hl7

package
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 Go to latest Published: Feb 25, 2021 License: Apache-2.0 Imports: 19 Imported by: 0

Documentation

Overview

Package hl7 provides functions for manipulating and handling HL7 messages, native HL7 types, and reading and writing messages over MLLP.

The HL7 2.3 specification is defined here: http://www.hl7.org/implement/standards/product_brief.cfm?product_id=140.

The MLLP specification is defined here: http://www.hl7.org/documentcenter/public/wg/inm/mllp_transport_specification.PDF

Index

Constants

View Source 
const (
	// SegmentTerminator is the character used to terminate a HL7 segment,
	// defined in section 2.7 of the HL7 2.3 specification.
	SegmentTerminator = constants.SegmentTerminator
	// SegmentTerminatorStr is the string representation of SegmentTerminator.
	SegmentTerminatorStr = constants.SegmentTerminatorStr
)

Variables

View Source 
var (
	// Timezone is a timezone for dates in the generated HL7 messages.
	// Its value is set by TimezoneAndLocation.
	Timezone string
	// Location is a location loaded for the Timezone used for dates in the
	// generated HL7 messages.
	// Its value is set by TimezoneAndLocation.
	Location *time.Location
)
View Source 
var ErrBadValue = errors.New("bad value for primitive HL7 type")

ErrBadValue occurs when we can't parse the value for a primitive HL7 type. We typically can't pass through the underlying reason (eg something like: strconv.ParseFloat: parsing ""E83039"": invalid syntax) as that reason may contain patient identifiable data.

View Source 
var Types = map[string]reflect.Type{}

Types maps the name of an HL7 segment or message type to the type of the struct that represents that segment or message type.

Functions

func SanitizeString 

func SanitizeString(s string) string

SanitizeString sanitizes the provided string value. SanitizeString returns an empty string if the value is a HL7 NULL e.g. '""', else it is a no-op.

func TimezoneAndLocation 

func TimezoneAndLocation(tz string) error

TimezoneAndLocation sets the Timezone and Location based on tz provided. Returns an error if the location for the given timezone cannot be loaded.

Types

type ABS 

type ABS struct {
	DischargeCareProvider      *XCN `hl7:"false,Discharge Care Provider"`       // ABS-1
	TransferMedicalServiceCode *CE  `hl7:"false,Transfer Medical Service Code"` // ABS-2
	SeverityOfIllnessCode      *CE  `hl7:"false,Severity Of Illness Code"`      // ABS-3
	DateTimeOfAttestation      *TS  `hl7:"false,Date/Time Of Attestation"`      // ABS-4
	AttestedBy                 *XCN `hl7:"false,Attested By"`                   // ABS-5
	TriageCode                 *CE  `hl7:"false,Triage Code"`                   // ABS-6
	AbstractCompletionDateTime *TS  `hl7:"false,Abstract Completion Date/Time"` // ABS-7
	AbstractedBy               *XCN `hl7:"false,Abstracted By"`                 // ABS-8
	CaseCategoryCode           *CE  `hl7:"false,Case Category Code"`            // ABS-9
	CaesarianSectionIndicator  *ID  `hl7:"false,Caesarian Section Indicator"`   // ABS-10
	GestationCategoryCode      *CE  `hl7:"false,Gestation Category Code"`       // ABS-11
	GestationPeriodWeeks       *NM  `hl7:"false,Gestation Period - Weeks"`      // ABS-12
	NewbornCode                *CE  `hl7:"false,Newborn Code"`                  // ABS-13
	StillbornIndicator         *ID  `hl7:"false,Stillborn Indicator"`           // ABS-14
}

ABS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ABS) SegmentName 

func (s *ABS) SegmentName() string

type ACC 

type ACC struct {
	AccidentDateTime            *TS  `hl7:"false,Accident Date/Time"`             // ACC-1
	AccidentCode                *CE  `hl7:"false,Accident Code"`                  // ACC-2
	AccidentLocation            *ST  `hl7:"false,Accident Location"`              // ACC-3
	AutoAccidentState           *CE  `hl7:"false,Auto Accident State"`            // ACC-4
	AccidentJobRelatedIndicator *ID  `hl7:"false,Accident Job Related Indicator"` // ACC-5
	AccidentDeathIndicator      *ID  `hl7:"false,Accident Death Indicator"`       // ACC-6
	EnteredBy                   *XCN `hl7:"false,Entered By"`                     // ACC-7
	AccidentDescription         *ST  `hl7:"false,Accident Description"`           // ACC-8
	BroughtInBy                 *ST  `hl7:"false,Brought In By"`                  // ACC-9
	PoliceNotifiedIndicator     *ID  `hl7:"false,Police Notified Indicator"`      // ACC-10
}

ACC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ACC) SegmentName 

func (s *ACC) SegmentName() string

type ACK 

type ACK struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	Other []interface{}
}

ACK represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ACK) MessageTypeName 

func (s *ACK) MessageTypeName() string

type ACK_N02 

type ACK_N02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	Other []interface{}
}

ACK_N02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ACK_N02) MessageTypeName 

func (s *ACK_N02) MessageTypeName() string
type AD struct {
	StreetAddress              *ST `hl7:"false,Street Address"`
	OtherDesignation           *ST `hl7:"false,Other Designation"`
	City                       *ST `hl7:"false,City"`
	StateOrProvince            *ST `hl7:"false,State Or Province"`
	ZipOrPostalCode            *ST `hl7:"false,Zip Or Postal Code"`
	Country                    *ID `hl7:"false,Country"`
	AddressType                *ID `hl7:"false,Address Type"`
	OtherGeographicDesignation *ST `hl7:"false,Other Geographic Designation"`
}

AD represents the corresponding HL7 datatype. Definition from HL7 2.4

type ADD 

type ADD struct {
	AddendumContinuationPointer *ST `hl7:"false,Addendum Continuation Pointer"` // ADD-1
}

ADD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ADD) SegmentName 

func (s *ADD) SegmentName() string

type ADR_A19 

type ADR_A19 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QAK            *QAK                     `hl7:"false,QAK"`
	QRD            *QRD                     `hl7:"true,QRD"`
	QRF            *QRF                     `hl7:"false,QRF"`
	QUERY_RESPONSE []ADR_A19_QUERY_RESPONSE `hl7:"true,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

ADR_A19 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADR_A19) MessageTypeName 

func (s *ADR_A19) MessageTypeName() string

type ADR_A19_INSURANCE 

type ADR_A19_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADR_A19_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADR_A19_INSURANCE) MessageTypeSubStructName 

func (s *ADR_A19_INSURANCE) MessageTypeSubStructName() string

type ADR_A19_PROCEDURE 

type ADR_A19_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADR_A19_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADR_A19_PROCEDURE) MessageTypeSubStructName 

func (s *ADR_A19_PROCEDURE) MessageTypeSubStructName() string

type ADR_A19_QUERY_RESPONSE 

type ADR_A19_QUERY_RESPONSE struct {
	EVN       *EVN                `hl7:"false,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	ROL1      []ROL               `hl7:"false,ROL1"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL2      []ROL               `hl7:"false,ROL2"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []ADR_A19_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADR_A19_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADR_A19_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADR_A19_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *ADR_A19_QUERY_RESPONSE) MessageTypeSubStructName() string

type ADT_A01 

type ADT_A01 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	ROL1      []ROL               `hl7:"false,ROL1"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL2      []ROL               `hl7:"false,ROL2"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []ADT_A01_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A01_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	PDA       *PDA                `hl7:"false,PDA"`
	Other     []interface{}
}

ADT_A01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A01) MessageTypeName 

func (s *ADT_A01) MessageTypeName() string

type ADT_A01_INSURANCE 

type ADT_A01_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A01_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A01_INSURANCE) MessageTypeSubStructName() string

type ADT_A01_PROCEDURE 

type ADT_A01_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A01_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A01_PROCEDURE) MessageTypeSubStructName 

func (s *ADT_A01_PROCEDURE) MessageTypeSubStructName() string

type ADT_A02 

type ADT_A02 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	ROL1  []ROL `hl7:"false,ROL1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	ROL2  []ROL `hl7:"false,ROL2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	PDA   *PDA  `hl7:"false,PDA"`
	Other []interface{}
}

ADT_A02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A02) MessageTypeName 

func (s *ADT_A02) MessageTypeName() string

type ADT_A03 

type ADT_A03 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	ROL1      []ROL               `hl7:"false,ROL1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL2      []ROL               `hl7:"false,ROL2"`
	DB1       []DB1               `hl7:"false,DB1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []ADT_A03_PROCEDURE `hl7:"false,PROCEDURE"`
	OBX       []OBX               `hl7:"false,OBX"`
	PDA       *PDA                `hl7:"false,PDA"`
	Other     []interface{}
}

ADT_A03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A03) MessageTypeName 

func (s *ADT_A03) MessageTypeName() string

type ADT_A03_PROCEDURE 

type ADT_A03_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A03_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A03_PROCEDURE) MessageTypeSubStructName 

func (s *ADT_A03_PROCEDURE) MessageTypeSubStructName() string

type ADT_A04 

type ADT_A04 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A04_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A04 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A04) MessageTypeName 

func (s *ADT_A04) MessageTypeName() string

type ADT_A04_INSURANCE 

type ADT_A04_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A04_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A04_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A04_INSURANCE) MessageTypeSubStructName() string

type ADT_A05 

type ADT_A05 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	ROL1      []ROL               `hl7:"false,ROL1"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL2      []ROL               `hl7:"false,ROL2"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []ADT_A05_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A05_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A05) MessageTypeName 

func (s *ADT_A05) MessageTypeName() string

type ADT_A05_INSURANCE 

type ADT_A05_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A05_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A05_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A05_INSURANCE) MessageTypeSubStructName() string

type ADT_A05_PROCEDURE 

type ADT_A05_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A05_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A05_PROCEDURE) MessageTypeSubStructName 

func (s *ADT_A05_PROCEDURE) MessageTypeSubStructName() string

type ADT_A06 

type ADT_A06 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	ROL1      []ROL               `hl7:"false,ROL1"`
	MRG       *MRG                `hl7:"false,MRG"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL2      []ROL               `hl7:"false,ROL2"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []ADT_A06_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A06_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A06) MessageTypeName 

func (s *ADT_A06) MessageTypeName() string

type ADT_A06_INSURANCE 

type ADT_A06_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A06_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A06_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A06_INSURANCE) MessageTypeSubStructName() string

type ADT_A06_PROCEDURE 

type ADT_A06_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ADT_A06_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A06_PROCEDURE) MessageTypeSubStructName 

func (s *ADT_A06_PROCEDURE) MessageTypeSubStructName() string

type ADT_A07 

type ADT_A07 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	MRG       *MRG                `hl7:"false,MRG"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A07_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A07 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A07) MessageTypeName 

func (s *ADT_A07) MessageTypeName() string

type ADT_A07_INSURANCE 

type ADT_A07_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A07_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A07_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A07_INSURANCE) MessageTypeSubStructName() string

type ADT_A08 

type ADT_A08 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A08_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A08 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A08) MessageTypeName 

func (s *ADT_A08) MessageTypeName() string

type ADT_A08_INSURANCE 

type ADT_A08_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A08_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A08_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A08_INSURANCE) MessageTypeSubStructName() string

type ADT_A09 

type ADT_A09 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

ADT_A09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A09) MessageTypeName 

func (s *ADT_A09) MessageTypeName() string

type ADT_A10 

type ADT_A10 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

ADT_A10 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A10) MessageTypeName 

func (s *ADT_A10) MessageTypeName() string

type ADT_A11 

type ADT_A11 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

ADT_A11 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A11) MessageTypeName 

func (s *ADT_A11) MessageTypeName() string

type ADT_A12 

type ADT_A12 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   *DG1  `hl7:"false,DG1"`
	Other []interface{}
}

ADT_A12 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ADT_A12) MessageTypeName 

func (s *ADT_A12) MessageTypeName() string

type ADT_A13 

type ADT_A13 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A13_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A13 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A13) MessageTypeName 

func (s *ADT_A13) MessageTypeName() string

type ADT_A13_INSURANCE 

type ADT_A13_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A13_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A13_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A13_INSURANCE) MessageTypeSubStructName() string

type ADT_A14 

type ADT_A14 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A14_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A14 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A14) MessageTypeName 

func (s *ADT_A14) MessageTypeName() string

type ADT_A14_INSURANCE 

type ADT_A14_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A14_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A14_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A14_INSURANCE) MessageTypeSubStructName() string

type ADT_A15 

type ADT_A15 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	ROL1  []ROL `hl7:"false,ROL1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	ROL2  []ROL `hl7:"false,ROL2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

ADT_A15 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A15) MessageTypeName 

func (s *ADT_A15) MessageTypeName() string

type ADT_A16 

type ADT_A16 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	ROL1  []ROL `hl7:"false,ROL1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	ROL2  []ROL `hl7:"false,ROL2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	DRG   *DRG  `hl7:"false,DRG"`
	Other []interface{}
}

ADT_A16 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A16) MessageTypeName 

func (s *ADT_A16) MessageTypeName() string

type ADT_A17 

type ADT_A17 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID1  *PID  `hl7:"true,PID1"`
	PD11  *PD1  `hl7:"false,PD11"`
	PV11  *PV1  `hl7:"true,PV11"`
	PV21  *PV2  `hl7:"false,PV21"`
	DB11  []DB1 `hl7:"false,DB11"`
	OBX1  []OBX `hl7:"false,OBX1"`
	PID2  *PID  `hl7:"true,PID2"`
	PD12  *PD1  `hl7:"false,PD12"`
	PV12  *PV1  `hl7:"true,PV12"`
	PV22  *PV2  `hl7:"false,PV22"`
	DB12  []DB1 `hl7:"false,DB12"`
	OBX2  []OBX `hl7:"false,OBX2"`
	Other []interface{}
}

ADT_A17 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A17) MessageTypeName 

func (s *ADT_A17) MessageTypeName() string

type ADT_A17_PATIENT 

type ADT_A17_PATIENT struct {
	PID   *PID `hl7:"true,PID"`
	PV1   *PV1 `hl7:"true,PV1"`
	Other []interface{}
}

ADT_A17_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.1

func (*ADT_A17_PATIENT) MessageTypeSubStructName 

func (s *ADT_A17_PATIENT) MessageTypeSubStructName() string

type ADT_A18 

type ADT_A18 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	MRG   *MRG `hl7:"true,MRG"`
	PV1   *PV1 `hl7:"true,PV1"`
	Other []interface{}
}

ADT_A18 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A18) MessageTypeName 

func (s *ADT_A18) MessageTypeName() string

type ADT_A20 

type ADT_A20 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	NPU   *NPU `hl7:"true,NPU"`
	Other []interface{}
}

ADT_A20 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A20) MessageTypeName 

func (s *ADT_A20) MessageTypeName() string

type ADT_A21 

type ADT_A21 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A21 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A21) MessageTypeName 

func (s *ADT_A21) MessageTypeName() string

type ADT_A22 

type ADT_A22 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A22 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A22) MessageTypeName 

func (s *ADT_A22) MessageTypeName() string

type ADT_A23 

type ADT_A23 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A23 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A23) MessageTypeName 

func (s *ADT_A23) MessageTypeName() string

type ADT_A24 

type ADT_A24 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID1  *PID  `hl7:"true,PID1"`
	PD11  *PD1  `hl7:"false,PD11"`
	PV11  *PV1  `hl7:"false,PV11"`
	DB11  []DB1 `hl7:"false,DB11"`
	PID2  *PID  `hl7:"true,PID2"`
	PD12  *PD1  `hl7:"false,PD12"`
	PV12  *PV1  `hl7:"false,PV12"`
	DB12  []DB1 `hl7:"false,DB12"`
	Other []interface{}
}

ADT_A24 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A24) MessageTypeName 

func (s *ADT_A24) MessageTypeName() string

type ADT_A25 

type ADT_A25 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A25 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A25) MessageTypeName 

func (s *ADT_A25) MessageTypeName() string

type ADT_A26 

type ADT_A26 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A26 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A26) MessageTypeName 

func (s *ADT_A26) MessageTypeName() string

type ADT_A27 

type ADT_A27 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A27 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A27) MessageTypeName 

func (s *ADT_A27) MessageTypeName() string

type ADT_A28 

type ADT_A28 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A28_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A28 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A28) MessageTypeName 

func (s *ADT_A28) MessageTypeName() string

type ADT_A28_INSURANCE 

type ADT_A28_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A28_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A28_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A28_INSURANCE) MessageTypeSubStructName() string

type ADT_A29 

type ADT_A29 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A29 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A29) MessageTypeName 

func (s *ADT_A29) MessageTypeName() string

type ADT_A30 

type ADT_A30 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	MRG   *MRG `hl7:"true,MRG"`
	Other []interface{}
}

ADT_A30 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A30) MessageTypeName 

func (s *ADT_A30) MessageTypeName() string

type ADT_A31 

type ADT_A31 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	PR1       []PR1               `hl7:"false,PR1"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ADT_A31_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ADT_A31 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A31) MessageTypeName 

func (s *ADT_A31) MessageTypeName() string

type ADT_A31_INSURANCE 

type ADT_A31_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ADT_A31_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A31_INSURANCE) MessageTypeSubStructName 

func (s *ADT_A31_INSURANCE) MessageTypeSubStructName() string

type ADT_A32 

type ADT_A32 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A32 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A32) MessageTypeName 

func (s *ADT_A32) MessageTypeName() string

type ADT_A33 

type ADT_A33 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ADT_A33 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A33) MessageTypeName 

func (s *ADT_A33) MessageTypeName() string

type ADT_A34 

type ADT_A34 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	MRG   *MRG `hl7:"true,MRG"`
	Other []interface{}
}

ADT_A34 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A34) MessageTypeName 

func (s *ADT_A34) MessageTypeName() string

type ADT_A35 

type ADT_A35 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	MRG   *MRG `hl7:"true,MRG"`
	Other []interface{}
}

ADT_A35 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A35) MessageTypeName 

func (s *ADT_A35) MessageTypeName() string

type ADT_A36 

type ADT_A36 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	MRG   *MRG `hl7:"true,MRG"`
	Other []interface{}
}

ADT_A36 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*ADT_A36) MessageTypeName 

func (s *ADT_A36) MessageTypeName() string

type ADT_A37 

type ADT_A37 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID1  *PID  `hl7:"true,PID1"`
	PD11  *PD1  `hl7:"false,PD11"`
	PV11  *PV1  `hl7:"false,PV11"`
	DB11  []DB1 `hl7:"false,DB11"`
	PID2  *PID  `hl7:"true,PID2"`
	PD12  *PD1  `hl7:"false,PD12"`
	PV12  *PV1  `hl7:"false,PV12"`
	DB12  []DB1 `hl7:"false,DB12"`
	Other []interface{}
}

ADT_A37 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A37) MessageTypeName 

func (s *ADT_A37) MessageTypeName() string

type ADT_A38 

type ADT_A38 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	DB1   []DB1 `hl7:"false,DB1"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	DRG   *DRG  `hl7:"false,DRG"`
	Other []interface{}
}

ADT_A38 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A38) MessageTypeName 

func (s *ADT_A38) MessageTypeName() string

type ADT_A39 

type ADT_A39 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	EVN     *EVN              `hl7:"true,EVN"`
	PATIENT []ADT_A39_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

ADT_A39 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A39) MessageTypeName 

func (s *ADT_A39) MessageTypeName() string

type ADT_A39_PATIENT 

type ADT_A39_PATIENT struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	MRG   *MRG `hl7:"true,MRG"`
	PV1   *PV1 `hl7:"false,PV1"`
	Other []interface{}
}

ADT_A39_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A39_PATIENT) MessageTypeSubStructName 

func (s *ADT_A39_PATIENT) MessageTypeSubStructName() string

type ADT_A43 

type ADT_A43 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	EVN     *EVN              `hl7:"true,EVN"`
	PATIENT []ADT_A43_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

ADT_A43 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A43) MessageTypeName 

func (s *ADT_A43) MessageTypeName() string

type ADT_A43_PATIENT 

type ADT_A43_PATIENT struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	MRG   *MRG `hl7:"true,MRG"`
	Other []interface{}
}

ADT_A43_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A43_PATIENT) MessageTypeSubStructName 

func (s *ADT_A43_PATIENT) MessageTypeSubStructName() string

type ADT_A44 

type ADT_A44 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	EVN     *EVN              `hl7:"true,EVN"`
	PATIENT []ADT_A44_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

ADT_A44 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ADT_A44) MessageTypeName 

func (s *ADT_A44) MessageTypeName() string

type ADT_A44_PATIENT 

type ADT_A44_PATIENT struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	MRG   *MRG `hl7:"true,MRG"`
	Other []interface{}
}

ADT_A44_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ADT_A44_PATIENT) MessageTypeSubStructName 

func (s *ADT_A44_PATIENT) MessageTypeSubStructName() string

type ADT_A45 

type ADT_A45 struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	EVN        *EVN                 `hl7:"true,EVN"`
	PID        *PID                 `hl7:"true,PID"`
	PD1        *PD1                 `hl7:"false,PD1"`
	MERGE_INFO []ADT_A45_MERGE_INFO `hl7:"true,MERGE_INFO"`
	Other      []interface{}
}

ADT_A45 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A45) MessageTypeName 

func (s *ADT_A45) MessageTypeName() string

type ADT_A45_MERGE_INFO 

type ADT_A45_MERGE_INFO struct {
	MRG   *MRG `hl7:"true,MRG"`
	PV1   *PV1 `hl7:"true,PV1"`
	Other []interface{}
}

ADT_A45_MERGE_INFO represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A45_MERGE_INFO) MessageTypeSubStructName 

func (s *ADT_A45_MERGE_INFO) MessageTypeSubStructName() string

type ADT_A50 

type ADT_A50 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	MRG   *MRG `hl7:"true,MRG"`
	PV1   *PV1 `hl7:"true,PV1"`
	Other []interface{}
}

ADT_A50 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A50) MessageTypeName 

func (s *ADT_A50) MessageTypeName() string

type ADT_A52 

type ADT_A52 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

ADT_A52 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A52) MessageTypeName 

func (s *ADT_A52) MessageTypeName() string

type ADT_A54 

type ADT_A54 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	ROL1  []ROL `hl7:"false,ROL1"`
	PV1   *PV1  `hl7:"true,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	ROL2  []ROL `hl7:"false,ROL2"`
	Other []interface{}
}

ADT_A54 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A54) MessageTypeName 

func (s *ADT_A54) MessageTypeName() string

type ADT_A60 

type ADT_A60 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"false,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	IAM   []IAM `hl7:"false,IAM"`
	Other []interface{}
}

ADT_A60 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A60) MessageTypeName 

func (s *ADT_A60) MessageTypeName() string

type ADT_A61 

type ADT_A61 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"true,PV1"`
	ROL   []ROL `hl7:"false,ROL"`
	PV2   *PV2  `hl7:"false,PV2"`
	Other []interface{}
}

ADT_A61 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ADT_A61) MessageTypeName 

func (s *ADT_A61) MessageTypeName() string

type AFF 

type AFF struct {
	SetIDAFF                                     *SI  `hl7:"true,Set ID - AFF"`                                      // AFF-1
	ProfessionalOrganization                     *XON `hl7:"true,Professional Organization"`                         // AFF-2
	ProfessionalOrganizationAddress              *XAD `hl7:"false,Professional Organization Address"`                // AFF-3
	ProfessionalOrganizationAffiliationDateRange []DR `hl7:"false,Professional Organization Affiliation Date Range"` // AFF-4
	ProfessionalAffiliationAdditionalInformation *ST  `hl7:"false,Professional Affiliation Additional Information"`  // AFF-5
}

AFF represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AFF) SegmentName 

func (s *AFF) SegmentName() string

type AIG 

type AIG struct {
	SetIDAIG                 *SI  `hl7:"true,Set ID - AIG"`                  // AIG-1
	SegmentActionCode        *ID  `hl7:"false,Segment Action Code"`          // AIG-2
	ResourceID               *CE  `hl7:"false,Resource ID"`                  // AIG-3
	ResourceType             *CE  `hl7:"true,Resource Type"`                 // AIG-4
	ResourceGroup            []CE `hl7:"false,Resource Group"`               // AIG-5
	ResourceQuantity         *NM  `hl7:"false,Resource Quantity"`            // AIG-6
	ResourceQuantityUnits    *CE  `hl7:"false,Resource Quantity Units"`      // AIG-7
	StartDateTime            *TS  `hl7:"false,Start Date/Time"`              // AIG-8
	StartDateTimeOffset      *NM  `hl7:"false,Start Date/Time Offset"`       // AIG-9
	StartDateTimeOffsetUnits *CE  `hl7:"false,Start Date/Time Offset Units"` // AIG-10
	Duration                 *NM  `hl7:"false,Duration"`                     // AIG-11
	DurationUnits            *CE  `hl7:"false,Duration Units"`               // AIG-12
	AllowSubstitutionCode    *IS  `hl7:"false,Allow Substitution Code"`      // AIG-13
	FillerStatusCode         *CE  `hl7:"false,Filler Status Code"`           // AIG-14
}

AIG represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AIG) SegmentName 

func (s *AIG) SegmentName() string

type AIL 

type AIL struct {
	SetIDAIL                 *SI `hl7:"true,Set ID - AIL"`                  // AIL-1
	SegmentActionCode        *ID `hl7:"false,Segment Action Code"`          // AIL-2
	LocationResourceID       *PL `hl7:"false,Location Resource ID"`         // AIL-3
	LocationTypeAIL          *CE `hl7:"true,Location Type-AIL"`             // AIL-4
	LocationGroup            *CE `hl7:"false,Location Group"`               // AIL-5
	StartDateTime            *TS `hl7:"false,Start Date/Time"`              // AIL-6
	StartDateTimeOffset      *NM `hl7:"false,Start Date/Time Offset"`       // AIL-7
	StartDateTimeOffsetUnits *CE `hl7:"false,Start Date/Time Offset Units"` // AIL-8
	Duration                 *NM `hl7:"false,Duration"`                     // AIL-9
	DurationUnits            *CE `hl7:"false,Duration Units"`               // AIL-10
	AllowSubstitutionCode    *IS `hl7:"false,Allow Substitution Code"`      // AIL-11
	FillerStatusCode         *CE `hl7:"false,Filler Status Code"`           // AIL-12
}

AIL represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AIL) SegmentName 

func (s *AIL) SegmentName() string

type AIP 

type AIP struct {
	SetIDAIP                 *SI   `hl7:"true,Set ID - AIP"`                  // AIP-1
	SegmentActionCode        *ID   `hl7:"false,Segment Action Code"`          // AIP-2
	PersonnelResourceID      []XCN `hl7:"false,Personnel Resource ID"`        // AIP-3
	ResourceRole             *CE   `hl7:"true,Resource Role"`                 // AIP-4
	ResourceGroup            *CE   `hl7:"false,Resource Group"`               // AIP-5
	StartDateTime            *TS   `hl7:"false,Start Date/Time"`              // AIP-6
	StartDateTimeOffset      *NM   `hl7:"false,Start Date/Time Offset"`       // AIP-7
	StartDateTimeOffsetUnits *CE   `hl7:"false,Start Date/Time Offset Units"` // AIP-8
	Duration                 *NM   `hl7:"false,Duration"`                     // AIP-9
	DurationUnits            *CE   `hl7:"false,Duration Units"`               // AIP-10
	AllowSubstitutionCode    *IS   `hl7:"false,Allow Substitution Code"`      // AIP-11
	FillerStatusCode         *CE   `hl7:"false,Filler Status Code"`           // AIP-12
}

AIP represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AIP) SegmentName 

func (s *AIP) SegmentName() string

type AIS 

type AIS struct {
	SetIDAIS                             *SI  `hl7:"true,Set ID - AIS"`                             // AIS-1
	SegmentActionCode                    *ID  `hl7:"false,Segment Action Code"`                     // AIS-2
	UniversalServiceIdentifier           *CE  `hl7:"true,Universal Service Identifier"`             // AIS-3
	StartDateTime                        *TS  `hl7:"false,Start Date/Time"`                         // AIS-4
	StartDateTimeOffset                  *NM  `hl7:"false,Start Date/Time Offset"`                  // AIS-5
	StartDateTimeOffsetUnits             *CE  `hl7:"false,Start Date/Time Offset Units"`            // AIS-6
	Duration                             *NM  `hl7:"false,Duration"`                                // AIS-7
	DurationUnits                        *CE  `hl7:"false,Duration Units"`                          // AIS-8
	AllowSubstitutionCode                *IS  `hl7:"false,Allow Substitution Code"`                 // AIS-9
	FillerStatusCode                     *CE  `hl7:"false,Filler Status Code"`                      // AIS-10
	PlacerSupplementalServiceInformation []CE `hl7:"false,Placer Supplemental Service Information"` // AIS-11
	FillerSupplementalServiceInformation []CE `hl7:"false,Filler Supplemental Service Information"` // AIS-12
}

AIS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AIS) SegmentName 

func (s *AIS) SegmentName() string

type AL1 

type AL1 struct {
	SetIDAL1                        *CE  `hl7:"true,Set ID - AL1"`                       // AL1-1
	AllergenTypeCode                *CE  `hl7:"false,Allergen Type Code"`                // AL1-2
	AllergenCodeMnemonicDescription *CE  `hl7:"true,Allergen Code/Mnemonic/Description"` // AL1-3
	AllergySeverityCode             *CE  `hl7:"false,Allergy Severity Code"`             // AL1-4
	AllergyReactionCode             []ST `hl7:"false,Allergy Reaction Code"`             // AL1-5
	IdentificationDate              *DT  `hl7:"false,Identification Date"`               // AL1-6
}

AL1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AL1) SegmentName 

func (s *AL1) SegmentName() string

type APR 

type APR struct {
	TimeSelectionCriteria     []SCV `hl7:"false,Time Selection Criteria"`     // APR-1
	ResourceSelectionCriteria []SCV `hl7:"false,Resource Selection Criteria"` // APR-2
	LocationSelectionCriteria []SCV `hl7:"false,Location Selection Criteria"` // APR-3
	SlotSpacingCriteria       *NM   `hl7:"false,Slot Spacing Criteria"`       // APR-4
	FillerOverrideCriteria    []SCV `hl7:"false,Filler Override Criteria"`    // APR-5
}

APR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*APR) SegmentName 

func (s *APR) SegmentName() string

type ARD_A19 

type ARD_A19 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QRD            *QRD                     `hl7:"true,QRD"`
	QRF            *QRF                     `hl7:"false,QRF"`
	QUERY_RESPONSE []ARD_A19_QUERY_RESPONSE `hl7:"true,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

ARD_A19 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*ARD_A19) MessageTypeName 

func (s *ARD_A19) MessageTypeName() string

type ARD_A19_INSURANCE 

type ARD_A19_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ARD_A19_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3

func (*ARD_A19_INSURANCE) MessageTypeSubStructName 

func (s *ARD_A19_INSURANCE) MessageTypeSubStructName() string

type ARD_A19_PROCEDURE 

type ARD_A19_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

ARD_A19_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.3

func (*ARD_A19_PROCEDURE) MessageTypeSubStructName 

func (s *ARD_A19_PROCEDURE) MessageTypeSubStructName() string

type ARD_A19_QUERY_RESPONSE 

type ARD_A19_QUERY_RESPONSE struct {
	EVN       *EVN                `hl7:"false,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	NK1       []NK1               `hl7:"false,NK1"`
	PV1       *PV1                `hl7:"true,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []ARD_A19_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []ARD_A19_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

ARD_A19_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3

func (*ARD_A19_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *ARD_A19_QUERY_RESPONSE) MessageTypeSubStructName() string

type ARQ 

type ARQ struct {
	PlacerAppointmentID         *EI   `hl7:"true,Placer Appointment ID"`            // ARQ-1
	FillerAppointmentID         *EI   `hl7:"false,Filler Appointment ID"`           // ARQ-2
	OccurrenceNumber            *NM   `hl7:"false,Occurrence Number"`               // ARQ-3
	PlacerGroupNumber           *EI   `hl7:"false,Placer Group Number"`             // ARQ-4
	ScheduleID                  *CE   `hl7:"false,Schedule ID"`                     // ARQ-5
	RequestEventReason          *CE   `hl7:"false,Request Event Reason"`            // ARQ-6
	AppointmentReason           *CE   `hl7:"false,Appointment Reason"`              // ARQ-7
	AppointmentType             *CE   `hl7:"false,Appointment Type"`                // ARQ-8
	AppointmentDuration         *NM   `hl7:"false,Appointment Duration"`            // ARQ-9
	AppointmentDurationUnits    *CE   `hl7:"false,Appointment Duration Units"`      // ARQ-10
	RequestedStartDateTimeRange []DR  `hl7:"false,Requested Start Date/Time Range"` // ARQ-11
	PriorityARQ                 *ST   `hl7:"false,Priority-ARQ"`                    // ARQ-12
	RepeatingInterval           *RI   `hl7:"false,Repeating Interval"`              // ARQ-13
	RepeatingIntervalDuration   *ST   `hl7:"false,Repeating Interval Duration"`     // ARQ-14
	PlacerContactPerson         []XCN `hl7:"true,Placer Contact Person"`            // ARQ-15
	PlacerContactPhoneNumber    []XTN `hl7:"false,Placer Contact Phone Number"`     // ARQ-16
	PlacerContactAddress        []XAD `hl7:"false,Placer Contact Address"`          // ARQ-17
	PlacerContactLocation       *PL   `hl7:"false,Placer Contact Location"`         // ARQ-18
	EnteredByPerson             []XCN `hl7:"true,Entered By Person"`                // ARQ-19
	EnteredByPhoneNumber        []XTN `hl7:"false,Entered By Phone Number"`         // ARQ-20
	EnteredByLocation           *PL   `hl7:"false,Entered By Location"`             // ARQ-21
	ParentPlacerAppointmentID   *EI   `hl7:"false,Parent Placer Appointment ID"`    // ARQ-22
	ParentFillerAppointmentID   *EI   `hl7:"false,Parent Filler Appointment ID"`    // ARQ-23
	PlacerOrderNumber           []EI  `hl7:"false,Placer Order Number"`             // ARQ-24
	FillerOrderNumber           []EI  `hl7:"false,Filler Order Number"`             // ARQ-25
}

ARQ represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ARQ) SegmentName 

func (s *ARQ) SegmentName() string

type AUI 

type AUI struct {
	AuthorizationNumber *ST `hl7:"false,Authorization Number"`
	Date                *DT `hl7:"false,Date"`
	Source              *ST `hl7:"false,Source"`
}

AUI represents the corresponding HL7 datatype. Definition from HL7 2.4

type AUT 

type AUT struct {
	AuthorizingPayorPlanID       *CE `hl7:"false,Authorizing Payor, Plan ID"`      // AUT-1
	AuthorizingPayorCompanyID    *CE `hl7:"true,Authorizing Payor, Company ID"`    // AUT-2
	AuthorizingPayorCompanyName  *ST `hl7:"false,Authorizing Payor, Company Name"` // AUT-3
	AuthorizationEffectiveDate   *TS `hl7:"false,Authorization Effective Date"`    // AUT-4
	AuthorizationExpirationDate  *TS `hl7:"false,Authorization Expiration Date"`   // AUT-5
	AuthorizationIdentifier      *EI `hl7:"false,Authorization Identifier"`        // AUT-6
	ReimbursementLimit           *CP `hl7:"false,Reimbursement Limit"`             // AUT-7
	RequestedNumberOfTreatments  *NM `hl7:"false,Requested Number Of Treatments"`  // AUT-8
	AuthorizedNumberOfTreatments *NM `hl7:"false,Authorized Number Of Treatments"` // AUT-9
	ProcessDate                  *TS `hl7:"false,Process Date"`                    // AUT-10
}

AUT represents the corresponding HL7 segment. Definition from HL7 2.4

func (*AUT) SegmentName 

func (s *AUT) SegmentName() string

type Any 

type Any []byte

Any represents any potential HL7 field type.

func NewAny 

func NewAny(any Any) *Any

NewAny returns a new Any.

func (*Any) Marshal 

func (any *Any) Marshal(_ *Context) ([]byte, error)

Marshal marshals Any value.

func (*Any) Unmarshal 

func (any *Any) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals Any value.

type BAR_P01 

type BAR_P01 struct {
	MSH   *MSH            `hl7:"true,MSH"`
	EVN   *EVN            `hl7:"true,EVN"`
	PID   *PID            `hl7:"true,PID"`
	PD1   *PD1            `hl7:"false,PD1"`
	ROL   []ROL           `hl7:"false,ROL"`
	VISIT []BAR_P01_VISIT `hl7:"true,VISIT"`
	Other []interface{}
}

BAR_P01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P01) MessageTypeName 

func (s *BAR_P01) MessageTypeName() string

type BAR_P01_INSURANCE 

type BAR_P01_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

BAR_P01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P01_INSURANCE) MessageTypeSubStructName 

func (s *BAR_P01_INSURANCE) MessageTypeSubStructName() string

type BAR_P01_PROCEDURE 

type BAR_P01_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

BAR_P01_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P01_PROCEDURE) MessageTypeSubStructName 

func (s *BAR_P01_PROCEDURE) MessageTypeSubStructName() string

type BAR_P01_VISIT 

type BAR_P01_VISIT struct {
	PV1       *PV1                `hl7:"false,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL       []ROL               `hl7:"false,ROL"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []BAR_P01_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	NK1       []NK1               `hl7:"false,NK1"`
	INSURANCE []BAR_P01_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	Other     []interface{}
}

BAR_P01_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P01_VISIT) MessageTypeSubStructName 

func (s *BAR_P01_VISIT) MessageTypeSubStructName() string

type BAR_P02 

type BAR_P02 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	EVN     *EVN              `hl7:"true,EVN"`
	PATIENT []BAR_P02_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

BAR_P02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P02) MessageTypeName 

func (s *BAR_P02) MessageTypeName() string

type BAR_P02_PATIENT 

type BAR_P02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"false,PV1"`
	DB1   []DB1 `hl7:"false,DB1"`
	Other []interface{}
}

BAR_P02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P02_PATIENT) MessageTypeSubStructName 

func (s *BAR_P02_PATIENT) MessageTypeSubStructName() string

type BAR_P05 

type BAR_P05 struct {
	MSH   *MSH            `hl7:"true,MSH"`
	EVN   *EVN            `hl7:"true,EVN"`
	PID   *PID            `hl7:"true,PID"`
	PD1   *PD1            `hl7:"false,PD1"`
	ROL   []ROL           `hl7:"false,ROL"`
	VISIT []BAR_P05_VISIT `hl7:"true,VISIT"`
	Other []interface{}
}

BAR_P05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P05) MessageTypeName 

func (s *BAR_P05) MessageTypeName() string

type BAR_P05_INSURANCE 

type BAR_P05_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

BAR_P05_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P05_INSURANCE) MessageTypeSubStructName 

func (s *BAR_P05_INSURANCE) MessageTypeSubStructName() string

type BAR_P05_PROCEDURE 

type BAR_P05_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

BAR_P05_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P05_PROCEDURE) MessageTypeSubStructName 

func (s *BAR_P05_PROCEDURE) MessageTypeSubStructName() string

type BAR_P05_VISIT 

type BAR_P05_VISIT struct {
	PV1       *PV1                `hl7:"false,PV1"`
	PV2       *PV2                `hl7:"false,PV2"`
	ROL       []ROL               `hl7:"false,ROL"`
	DB1       []DB1               `hl7:"false,DB1"`
	OBX       []OBX               `hl7:"false,OBX"`
	AL1       []AL1               `hl7:"false,AL1"`
	DG1       []DG1               `hl7:"false,DG1"`
	DRG       *DRG                `hl7:"false,DRG"`
	PROCEDURE []BAR_P05_PROCEDURE `hl7:"false,PROCEDURE"`
	GT1       []GT1               `hl7:"false,GT1"`
	NK1       []NK1               `hl7:"false,NK1"`
	INSURANCE []BAR_P05_INSURANCE `hl7:"false,INSURANCE"`
	ACC       *ACC                `hl7:"false,ACC"`
	UB1       *UB1                `hl7:"false,UB1"`
	UB2       *UB2                `hl7:"false,UB2"`
	ABS       *ABS                `hl7:"false,ABS"`
	BLC       []BLC               `hl7:"false,BLC"`
	RMI       *RMI                `hl7:"false,RMI"`
	Other     []interface{}
}

BAR_P05_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P05_VISIT) MessageTypeSubStructName 

func (s *BAR_P05_VISIT) MessageTypeSubStructName() string

type BAR_P06 

type BAR_P06 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	EVN     *EVN              `hl7:"true,EVN"`
	PATIENT []BAR_P06_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

BAR_P06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P06) MessageTypeName 

func (s *BAR_P06) MessageTypeName() string

type BAR_P06_PATIENT 

type BAR_P06_PATIENT struct {
	PID   *PID `hl7:"true,PID"`
	PV1   *PV1 `hl7:"false,PV1"`
	Other []interface{}
}

BAR_P06_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P06_PATIENT) MessageTypeSubStructName 

func (s *BAR_P06_PATIENT) MessageTypeSubStructName() string

type BAR_P10 

type BAR_P10 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	EVN       *EVN                `hl7:"true,EVN"`
	PID       *PID                `hl7:"true,PID"`
	PV1       *PV1                `hl7:"true,PV1"`
	DG1       []DG1               `hl7:"false,DG1"`
	GP1       *GP1                `hl7:"true,GP1"`
	PROCEDURE []BAR_P10_PROCEDURE `hl7:"false,PROCEDURE"`
	Other     []interface{}
}

BAR_P10 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P10) MessageTypeName 

func (s *BAR_P10) MessageTypeName() string

type BAR_P10_PROCEDURE 

type BAR_P10_PROCEDURE struct {
	PR1   *PR1 `hl7:"true,PR1"`
	GP2   *GP2 `hl7:"false,GP2"`
	Other []interface{}
}

BAR_P10_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*BAR_P10_PROCEDURE) MessageTypeSubStructName 

func (s *BAR_P10_PROCEDURE) MessageTypeSubStructName() string

type BHS 

type BHS struct {
	BatchFieldSeparator       *ST `hl7:"true,Batch Field Separator"`        // BHS-1
	BatchEncodingCharacters   *ST `hl7:"true,Batch Encoding Characters"`    // BHS-2
	BatchSendingApplication   *ST `hl7:"false,Batch Sending Application"`   // BHS-3
	BatchSendingFacility      *ST `hl7:"false,Batch Sending Facility"`      // BHS-4
	BatchReceivingApplication *ST `hl7:"false,Batch Receiving Application"` // BHS-5
	BatchReceivingFacility    *ST `hl7:"false,Batch Receiving Facility"`    // BHS-6
	BatchCreationDateTime     *TS `hl7:"false,Batch Creation Date/Time"`    // BHS-7
	BatchSecurity             *ST `hl7:"false,Batch Security"`              // BHS-8
	BatchNameIDType           *ST `hl7:"false,Batch Name/ID/Type"`          // BHS-9
	BatchComment              *ST `hl7:"false,Batch Comment"`               // BHS-10
	BatchControlID            *ST `hl7:"false,Batch Control ID"`            // BHS-11
	ReferenceBatchControlID   *ST `hl7:"false,Reference Batch Control ID"`  // BHS-12
}

BHS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*BHS) SegmentName 

func (s *BHS) SegmentName() string

type BLC 

type BLC struct {
	BloodProductCode *CE `hl7:"false,Blood Product Code"` // BLC-1
	BloodAmount      *CQ `hl7:"false,Blood Amount"`       // BLC-2
}

BLC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*BLC) SegmentName 

func (s *BLC) SegmentName() string

type BLG 

type BLG struct {
	WhenToCharge *CCD `hl7:"false,When To Charge"` // BLG-1
	ChargeType   *ID  `hl7:"false,Charge Type"`    // BLG-2
	AccountID    *CX  `hl7:"false,Account ID"`     // BLG-3
}

BLG represents the corresponding HL7 segment. Definition from HL7 2.4

func (*BLG) SegmentName 

func (s *BLG) SegmentName() string

type BTS 

type BTS struct {
	BatchMessageCount *ST  `hl7:"false,Batch Message Count"` // BTS-1
	BatchComment      *ST  `hl7:"false,Batch Comment"`       // BTS-2
	BatchTotals       []NM `hl7:"false,Batch Totals"`        // BTS-3
}

BTS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*BTS) SegmentName 

func (s *BTS) SegmentName() string

type BadMessageTypeError 

type BadMessageTypeError struct {
	Name string
}

BadMessageTypeError occurs when we find a message type name we're not aware of.

func (*BadMessageTypeError) Error 

func (e *BadMessageTypeError) Error() string

type BadSegmentError 

type BadSegmentError struct {
	Name string
}

BadSegmentError occurs when we find a segment name we're not aware of.

func (*BadSegmentError) Error 

func (e *BadSegmentError) Error() string

type CCD 

type CCD struct {
	WhenToChargeCode *ID `hl7:"false,When To Charge Code"`
	DateTime         *TS `hl7:"false,Date/Time"`
}

CCD represents the corresponding HL7 datatype. Definition from HL7 2.4

type CCP 

type CCP struct {
	ChannelCalibrationSensitivityCorrectionFactor *NM `hl7:"false,Channel Calibration Sensitivity Correction Factor"`
	ChannelCalibrationBaseline                    *NM `hl7:"false,Channel Calibration Baseline"`
	ChannelCalibrationTimeSkew                    *NM `hl7:"false,Channel Calibration Time Skew"`
}

CCP represents the corresponding HL7 datatype. Definition from HL7 2.4

type CD 

type CD struct {
	ChannelIdentifier            *WVI `hl7:"false,Channel Identifier"`
	WaveformSource               *WVS `hl7:"false,Waveform Source"`
	ChannelSensitivityUnits      *CSU `hl7:"false,Channel Sensitivity/Units"`
	ChannelCalibrationParameters *CCP `hl7:"false,Channel Calibration Parameters"`
	ChannelSamplingFrequency     *NM  `hl7:"false,Channel Sampling Frequency"`
	MinimumMaximumDataValues     *NR  `hl7:"false,Minimum/Maximum Data Values"`
}

CD represents the corresponding HL7 datatype. Definition from HL7 2.4

type CDM 

type CDM struct {
	PrimaryKeyValueCDM           *CE   `hl7:"true,Primary Key Value - CDM"`         // CDM-1
	ChargeCodeAlias              []CE  `hl7:"false,Charge Code Alias"`              // CDM-2
	ChargeDescriptionShort       *ST   `hl7:"true,Charge Description Short"`        // CDM-3
	ChargeDescriptionLong        *ST   `hl7:"false,Charge Description Long"`        // CDM-4
	DescriptionOverrideIndicator *IS   `hl7:"false,Description Override Indicator"` // CDM-5
	ExplodingCharges             []CE  `hl7:"false,Exploding Charges"`              // CDM-6
	ProcedureCode                []CE  `hl7:"false,Procedure Code"`                 // CDM-7
	ActiveInactiveFlag           *ID   `hl7:"false,Active/Inactive Flag"`           // CDM-8
	InventoryNumber              []CE  `hl7:"false,Inventory Number"`               // CDM-9
	ResourceLoad                 *NM   `hl7:"false,Resource Load"`                  // CDM-10
	ContractNumber               []CK  `hl7:"false,Contract Number"`                // CDM-11
	ContractOrganization         []XON `hl7:"false,Contract Organization"`          // CDM-12
	RoomFeeIndicator             *ID   `hl7:"false,Room Fee Indicator"`             // CDM-13
}

CDM represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CDM) SegmentName 

func (s *CDM) SegmentName() string

type CE 

type CE struct {
	Identifier                  *ST `hl7:"false,Identifier"`
	Text                        *ST `hl7:"false,Text"`
	NameOfCodingSystem          *IS `hl7:"false,Name Of Coding System"`
	AlternateIdentifier         *ST `hl7:"false,Alternate Identifier"`
	AlternateText               *ST `hl7:"false,Alternate Text"`
	NameOfAlternateCodingSystem *IS `hl7:"false,Name Of Alternate Coding System"`
}

CE represents the corresponding HL7 datatype. Definition from HL7 2.4

type CF 

type CF struct {
	Identifier                  *ID `hl7:"false,Identifier"`
	FormattedText               *FT `hl7:"false,Formatted Text"`
	NameOfCodingSystem          *IS `hl7:"false,Name Of Coding System"`
	AlternateIdentifier         *ID `hl7:"false,Alternate Identifier"`
	AlternateFormattedText      *FT `hl7:"false,Alternate Formatted Text"`
	NameOfAlternateCodingSystem *IS `hl7:"false,Name Of Alternate Coding System"`
}

CF represents the corresponding HL7 datatype. Definition from HL7 2.4

type CK 

type CK struct {
	IDNumber                                   *NM `hl7:"false,ID Number"`
	CheckDigit                                 *NM `hl7:"false,Check Digit"`
	CodeIdentifyingTheCheckDigitSchemeEmployed *ID `hl7:"false,Code Identifying The Check Digit Scheme Employed"`
	AssigningAuthority                         *HD `hl7:"false,Assigning Authority"`
}

CK represents the corresponding HL7 datatype. Definition from HL7 2.4

type CK_ACCOUNT_NO 

type CK_ACCOUNT_NO struct {
	AccountNumber    *NM `hl7:"false,Account Number"`
	CheckDigit       *NM `hl7:"false,Check Digit"`
	CheckDigitScheme *ID `hl7:"false,Check Digit Scheme"`
	FacilityID       *ID `hl7:"false,Facility ID"`
}

CK_ACCOUNT_NO represents the corresponding HL7 datatype. Definition from HL7 2.2

type CK_PAT_ID 

type CK_PAT_ID struct {
	PatientID        *ST `hl7:"false,Patient ID"`
	CheckDigit       *NM `hl7:"false,Check Digit"`
	CheckDigitScheme *ID `hl7:"false,Check Digit Scheme"`
	FacilityID       *ID `hl7:"false,Facility ID"`
}

CK_PAT_ID represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM 

type CM []byte

CM represents a HL7 CM value (Composite). CM was deprecated in HL7 2.4, and most instances have been replaced, so we don't provide a working implementation here.

func NewCM 

func NewCM(cm CM) *CM

NewCM returns a new CM.

func (*CM) Marshal 

func (cm *CM) Marshal(_ *Context) ([]byte, error)

Marshal marshals the CM value.

func (*CM) Unmarshal 

func (cm *CM) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the CM value.

type CM0 

type CM0 struct {
	SetIDCM0                *SI   `hl7:"false,Set ID - CM0"`               // CM0-1
	SponsorStudyID          *EI   `hl7:"true,Sponsor Study ID"`            // CM0-2
	AlternateStudyID        []EI  `hl7:"false,Alternate Study ID"`         // CM0-3
	TitleOfStudy            *ST   `hl7:"true,Title Of Study"`              // CM0-4
	ChairmanOfStudy         []XCN `hl7:"false,Chairman Of Study"`          // CM0-5
	LastIRBApprovalDate     *DT   `hl7:"false,Last IRB Approval Date"`     // CM0-6
	TotalAccrualToDate      *NM   `hl7:"false,Total Accrual To Date"`      // CM0-7
	LastAccrualDate         *DT   `hl7:"false,Last Accrual Date"`          // CM0-8
	ContactForStudy         []XCN `hl7:"false,Contact For Study"`          // CM0-9
	ContactSTelephoneNumber *XTN  `hl7:"false,Contact'S Telephone Number"` // CM0-10
	ContactSAddress         []XAD `hl7:"false,Contact'S Address"`          // CM0-11
}

CM0 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CM0) SegmentName 

func (s *CM0) SegmentName() string

type CM1 

type CM1 struct {
	SetIDCM1                *SI `hl7:"true,Set ID - CM1"`               // CM1-1
	StudyPhaseIdentifier    *CE `hl7:"true,Study Phase Identifier"`     // CM1-2
	DescriptionOfStudyPhase *ST `hl7:"true,Description Of Study Phase"` // CM1-3
}

CM1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CM1) SegmentName 

func (s *CM1) SegmentName() string

type CM2 

type CM2 struct {
	SetIDCM2                     *SI  `hl7:"false,Set ID- CM2"`                     // CM2-1
	ScheduledTimePoint           *CE  `hl7:"true,Scheduled Time Point"`             // CM2-2
	DescriptionOfTimePoint       *ST  `hl7:"false,Description Of Time Point"`       // CM2-3
	EventsScheduledThisTimePoint []CE `hl7:"true,Events Scheduled This Time Point"` // CM2-4
}

CM2 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CM2) SegmentName 

func (s *CM2) SegmentName() string

type CM_ABS_RANGE 

type CM_ABS_RANGE struct {
	Range            *CM `hl7:"false,Range"`
	NumericChange    *NM `hl7:"false,Numeric Change"`
	PercentPerChange *NM `hl7:"false,Percent Per Change"`
	Days             *NM `hl7:"false,Days"`
}

CM_ABS_RANGE represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_AUI 

type CM_AUI struct {
	AuthorizationNumber *ST `hl7:"false,Authorization Number"`
	Date                *TS `hl7:"false,Date"`
	Source              *ST `hl7:"false,Source"`
}

CM_AUI represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_BATCH_TOTAL 

type CM_BATCH_TOTAL struct {
	BatchTotal1 *NM `hl7:"false,Batch Total 1"`
	BatchTotal2 *NM `hl7:"false,Batch Total 2"`
}

CM_BATCH_TOTAL represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_CCD 

type CM_CCD struct {
	WhenToChargeCode *ID `hl7:"false,When To Charge Code"`
	DateTime         *TS `hl7:"false,Date/Time"`
}

CM_CCD represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_DDI 

type CM_DDI struct {
	DelayDays    *NM `hl7:"false,Delay Days"`
	Amount       *NM `hl7:"false,Amount"`
	NumberOfDays *NM `hl7:"false,Number Of Days"`
}

CM_DDI represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_DIN 

type CM_DIN struct {
	Date            *TS `hl7:"false,Date"`
	InstitutionName *CE `hl7:"false,Institution Name"`
}

CM_DIN represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_DLD 

type CM_DLD struct {
	DischargeLocation *ID `hl7:"false,Discharge Location"`
	EffectiveDate     *TS `hl7:"false,Effective Date"`
}

CM_DLD represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_DLT 

type CM_DLT struct {
	Range            *CM `hl7:"false,Range"`
	NumericThreshold *NM `hl7:"false,Numeric Threshold"`
	Change           *ST `hl7:"false,Change"`
	LengthOfTimeDays *NM `hl7:"false,Length Of Time-Days"`
}

CM_DLT represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_DTN 

type CM_DTN struct {
	DayType      *IS `hl7:"false,Day Type"`
	NumberOfDays *NM `hl7:"false,Number Of Days"`
}

CM_DTN represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_EIP 

type CM_EIP struct {
	ParentSPlacerOrderNumber *EI `hl7:"false,Parent´s Placer Order Number"`
	ParentSFillerOrderNumber *EI `hl7:"false,Parent´s Filler Order Number"`
}

CM_EIP represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_ELD 

type CM_ELD struct {
	SegmentID            *ST `hl7:"false,Segment ID"`
	Sequence             *NM `hl7:"false,Sequence"`
	FieldPosition        *NM `hl7:"false,Field Position"`
	CodeIdentifyingError *CE `hl7:"false,Code Identifying Error"`
}

CM_ELD represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_FILLER 

type CM_FILLER struct {
	UniqueFillerId      *ID `hl7:"false,Unique Filler Id"`
	FillerApplicationID *ID `hl7:"false,Filler Application ID"`
}

CM_FILLER represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_FINANCE 

type CM_FINANCE struct {
	FinancialClassID *ID `hl7:"false,Financial Class ID"`
	EffectiveDate    *TS `hl7:"false,Effective Date"`
}

CM_FINANCE represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_GROUP_ID 

type CM_GROUP_ID struct {
	UniqueGroupId       *ID `hl7:"false,Unique Group Id"`
	PlacerApplicationId *ID `hl7:"false,Placer Application Id"`
}

CM_GROUP_ID represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_INTERNAL_LOCATION 

type CM_INTERNAL_LOCATION struct {
	NurseUnitStation *ID `hl7:"false,Nurse Unit (Station)"`
	Room             *ID `hl7:"false,Room"`
	Bed              *ID `hl7:"false,Bed"`
	FacilityID       *ID `hl7:"false,Facility ID"`
	BedStatus        *ID `hl7:"false,Bed Status"`
	Etage            *ID `hl7:"false,Etage"`
	Klinik           *ID `hl7:"false,Klinik"`
	Zentrum          *ID `hl7:"false,Zentrum"`
}

CM_INTERNAL_LOCATION represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_JOB_CODE 

type CM_JOB_CODE struct {
	JobCode                *ID `hl7:"false,Job Code"`
	EmployeeClassification *ID `hl7:"false,Employee Classification"`
}

CM_JOB_CODE represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_LA1 

type CM_LA1 struct {
	PointOfCare                *ST `hl7:"false,Point Of Care"`
	Room                       *IS `hl7:"false,Room"`
	Bed                        *IS `hl7:"false,Bed"`
	Facility                   *HD `hl7:"false,Facility"`
	LocationStatus             *IS `hl7:"false,Location Status"`
	PersonLocationType         *IS `hl7:"false,Person Location Type"`
	Building                   *IS `hl7:"false,Building"`
	Floor                      *ST `hl7:"false,Floor"`
	StreetAddress              *ST `hl7:"false,Street Address"`
	OtherDesignation           *ST `hl7:"false,Other Designation"`
	City                       *ST `hl7:"false,City"`
	StateOrProvince            *ST `hl7:"false,State Or Province"`
	ZipOrPostalCode            *ST `hl7:"false,Zip Or Postal Code"`
	Country                    *ID `hl7:"false,Country"`
	AddressType                *ID `hl7:"false,Address Type"`
	OtherGeographicDesignation *ST `hl7:"false,Other Geographic Designation"`
}

CM_LA1 represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_LICENSE_NO 

type CM_LICENSE_NO struct {
	LicenseNumber               *ST `hl7:"false,License Number"`
	IssuingStateProvinceCountry *ST `hl7:"false,Issuing State,Province,Country"`
}

CM_LICENSE_NO represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_MOC 

type CM_MOC struct {
	DollarAmount *MO `hl7:"false,Dollar Amount"`
	ChargeCode   *CE `hl7:"false,Charge Code"`
}

CM_MOC represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_MSG 

type CM_MSG struct {
	MessageType  *ID `hl7:"false,Message Type"`
	TriggerEvent *ID `hl7:"false,Trigger Event"`
}

CM_MSG represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_NDL 

type CM_NDL struct {
	Name               *CN `hl7:"false,Name"`
	StartDateTime      *TS `hl7:"false,Start Date/Time"`
	EndDateTime        *TS `hl7:"false,End Date/Time"`
	PointOfCare        *IS `hl7:"false,Point Of Care"`
	Room               *IS `hl7:"false,Room"`
	Bed                *IS `hl7:"false,Bed"`
	Facility           *HD `hl7:"false,Facility"`
	LocationStatus     *IS `hl7:"false,Location Status"`
	PersonLocationType *IS `hl7:"false,Person Location Type"`
	Building           *IS `hl7:"false,Building"`
	Floor              *ST `hl7:"false,Floor"`
}

CM_NDL represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_OCD 

type CM_OCD struct {
	OccurrenceCode *CE `hl7:"false,Occurrence Code"`
	OccurrenceDate *DT `hl7:"false,Occurrence Date"`
}

CM_OCD represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_OSP 

type CM_OSP struct {
	OccurrenceSpanCode      *CE `hl7:"false,Occurrence Span Code"`
	OccurrenceSpanStartDate *DT `hl7:"false,Occurrence Span Start Date"`
	OccurrenceSpanStopDate  *DT `hl7:"false,Occurrence Span Stop Date"`
}

CM_OSP represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_PAT_ID 

type CM_PAT_ID struct {
	PatientID        *ST `hl7:"false,Patient ID"`
	CheckDigit       *NM `hl7:"false,Check Digit"`
	CheckDigitScheme *ID `hl7:"false,Check Digit Scheme"`
	FacilityID       *ID `hl7:"false,Facility ID"`
	Type             *ID `hl7:"false,Type"`
}

CM_PAT_ID represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_PAT_ID_0192 

type CM_PAT_ID_0192 struct {
	PatientID        *ST `hl7:"false,Patient ID"`
	CheckDigit       *NM `hl7:"false,Check Digit"`
	CheckDigitScheme *ID `hl7:"false,Check Digit Scheme"`
	FacilityID       *ID `hl7:"false,Facility ID"`
	Type             *ID `hl7:"false,Type"`
}

CM_PAT_ID_0192 represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_PCF 

type CM_PCF struct {
	PreCertificationPatientType *IS `hl7:"false,Pre-Certification Patient Type"`
	PreCertificationRequired    *ID `hl7:"false,Pre-Certification Required"`
	PreCertificationWindwow     *TS `hl7:"false,Pre-Certification Windwow"`
}

CM_PCF represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_PEN 

type CM_PEN struct {
	PenaltyType   *IS `hl7:"false,Penalty Type"`
	PenaltyAmount *NM `hl7:"false,Penalty Amount"`
}

CM_PEN represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_PI 

type CM_PI struct {
	IDNumber            *ST `hl7:"false,ID Number"`
	TypeOfIDNumber      *IS `hl7:"false,Type Of ID Number"`
	OtherQualifyingInfo *ST `hl7:"false,Other Qualifying Info"`
}

CM_PI represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_PIP 

type CM_PIP struct {
	Privilege      *CE `hl7:"false,Privilege"`
	PrivilegeClass *CE `hl7:"false,Privilege Class"`
	ExpirationDate *DT `hl7:"false,Expiration Date"`
	ActivationDate *DT `hl7:"false,Activation Date"`
}

CM_PIP represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_PLACER 

type CM_PLACER struct {
	UniquePlacerId    *ID `hl7:"false,Unique Placer Id"`
	PlacerApplication *ID `hl7:"false,Placer Application"`
}

CM_PLACER represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_PLN 

type CM_PLN struct {
	IDNumber                 *ST `hl7:"false,ID Number"`
	TypeOfIDNumber           *IS `hl7:"false,Type Of ID Number"`
	StateOtherQualifyingInfo *ST `hl7:"false,State/Other Qualifying Info"`
	ExpirationDate           *DT `hl7:"false,Expiration Date"`
}

CM_PLN represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_POSITION 

type CM_POSITION struct {
	Saal  *ST `hl7:"false,Saal"`
	Tisch *ST `hl7:"false,Tisch"`
	Stuhl *ST `hl7:"false,Stuhl"`
}

CM_POSITION represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_PRACTITIONER 

type CM_PRACTITIONER struct {
	ProcedurePractitionerID   *CN `hl7:"false,Procedure Practitioner  ID"`
	ProcedurePractitionerType *ID `hl7:"false,Procedure Practitioner Type"`
}

CM_PRACTITIONER represents the corresponding HL7 datatype. Definition from HL7 2.2

type CM_PRL 

type CM_PRL struct {
	OBX3ObservationIdentifierOfParentResult *CE `hl7:"false,OBX-3 Observation Identifier Of Parent Result"`
	OBX4SubIDOfParentResult                 *ST `hl7:"false,OBX-4 Sub-ID Of Parent Result"`
	PartOfOBX5ObservationResultFromParent   *TX `hl7:"false,Part Of OBX-5 Observation Result From Parent"`
}

CM_PRL represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_PTA 

type CM_PTA struct {
	PolicyType  *IS `hl7:"false,Policy Type"`
	AmountClass *IS `hl7:"false,Amount Class"`
	Amount      *NM `hl7:"false,Amount"`
}

CM_PTA represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_RANGE 

type CM_RANGE struct {
	LowValue  *CE `hl7:"false,Low Value"`
	HighValue *CE `hl7:"false,High Value"`
}

CM_RANGE represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_RFR 

type CM_RFR struct {
	ReferenceRange *CM `hl7:"false,Reference Range"`
	Sex            *IS `hl7:"false,Sex"`
	AgeRange       *CM `hl7:"false,Age Range"`
	AgeGestation   *CM `hl7:"false,Age Gestation"`
	Species        *TX `hl7:"false,Species"`
	RaceSubspecies *ST `hl7:"false,Race/Subspecies"`
	Conditions     *TX `hl7:"false,Conditions"`
}

CM_RFR represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_RI 

type CM_RI struct {
	RepeatPattern        *IS `hl7:"false,Repeat Pattern"`
	ExplicitTimeInterval *ST `hl7:"false,Explicit Time Interval"`
}

CM_RI represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_RMC 

type CM_RMC struct {
	RoomType       *IS `hl7:"false,Room Type"`
	AmountType     *IS `hl7:"false,Amount Type"`
	CoverageAmount *NM `hl7:"false,Coverage Amount"`
}

CM_RMC represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_SPD 

type CM_SPD struct {
	SpecialtyName       *ST `hl7:"false,Specialty Name"`
	GoverningBoard      *ST `hl7:"false,Governing Board"`
	EligibleOrCertified *ID `hl7:"false,Eligible Or Certified"`
	DateOfCertification *DT `hl7:"false,Date Of Certification"`
}

CM_SPD represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_SPS 

type CM_SPS struct {
	SpecimenSourceNameOrCode     *CE `hl7:"false,Specimen Source Name Or Code"`
	Additives                    *TX `hl7:"false,Additives"`
	Freetext                     *TX `hl7:"false,Freetext"`
	BodySite                     *CE `hl7:"false,Body Site"`
	SiteModifier                 *CE `hl7:"false,Site Modifier"`
	CollectionModifierMethodCode *CE `hl7:"false,Collection Modifier Method Code"`
}

CM_SPS represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_UVC 

type CM_UVC struct {
	ValueCode   *IS `hl7:"false,Value Code"`
	ValueAmount *NM `hl7:"false,Value Amount"`
}

CM_UVC represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_VR 

type CM_VR struct {
	FirstDataCodeValue *ST `hl7:"false,First Data Code Value"`
	LastDataCodeCalue  *ST `hl7:"false,Last Data Code Calue"`
}

CM_VR represents the corresponding HL7 datatype. Definition from HL7 2.3

type CM_WVI 

type CM_WVI struct {
	ChannelNumber *NM `hl7:"false,Channel Number"`
	ChannelName   *ST `hl7:"false,Channel Name"`
}

CM_WVI represents the corresponding HL7 datatype. Definition from HL7 2.3

type CN 

type CN struct {
	IDNumber                                    *ST `hl7:"false,ID Number"`
	FamilyName                                  *FN `hl7:"false,Family Name"`
	GivenName                                   *ST `hl7:"false,Given Name"`
	SecondAndFurtherGivenNamesOrInitialsThereof *ST `hl7:"false,Second And Further Given Names Or Initials Thereof"`
	SuffixEGJROrIII                             *ST `hl7:"false,Suffix (E.G., JR Or III)"`
	PrefixEGDR                                  *ST `hl7:"false,Prefix (E.G., DR)"`
	DegreeEGMD                                  *IS `hl7:"false,Degree (E.G., MD)"`
	SourceTable                                 *IS `hl7:"false,Source Table"`
	AssigningAuthority                          *HD `hl7:"false,Assigning Authority"`
}

CN represents the corresponding HL7 datatype. Definition from HL7 2.4

type CNE 

type CNE struct {
	Identifier                     *ST `hl7:"false,Identifier"`
	Text                           *ST `hl7:"false,Text"`
	NameOfCodingSystem             *IS `hl7:"false,Name Of Coding System"`
	AlternateIdentifier            *ST `hl7:"false,Alternate Identifier"`
	AlternateText                  *ST `hl7:"false,Alternate Text"`
	NameOfAlternateCodingSystem    *IS `hl7:"false,Name Of Alternate Coding System"`
	CodingSystemVersionID          *ST `hl7:"false,Coding System Version ID"`
	AlternateCodingSystemVersionID *ST `hl7:"false,Alternate Coding System Version ID"`
	OriginalText                   *ST `hl7:"false,Original Text"`
}

CNE represents the corresponding HL7 datatype. Definition from HL7 2.4

type CNN 

type CNN struct {
	IDNumber                                    *ST `hl7:"false,ID Number"`
	FamilyName                                  *ST `hl7:"false,Family Name"`
	GivenName                                   *ST `hl7:"false,Given Name"`
	SecondAndFurtherGivenNamesOrInitialsThereof *ST `hl7:"false,Second And Further Given Names Or Initials Thereof"`
	SuffixEGJROrIII                             *ST `hl7:"false,Suffix (E.G., JR Or III)"`
	PrefixEGDR                                  *ST `hl7:"false,Prefix (E.G., DR)"`
	DegreeEGMD                                  *IS `hl7:"false,Degree (E.G., MD)"`
	SourceTable                                 *IS `hl7:"false,Source Table"`
	AssigningAuthorityNamespaceID               *IS `hl7:"false,Assigning Authority Namespace ID"`
	AssigningAuthorityUniversalID               *ST `hl7:"false,Assigning Authority Universal ID"`
	AssigningAuthorityUniversalIDType           *ID `hl7:"false,Assigning Authority Universal ID Type"`
}

CNN represents the corresponding HL7 datatype. Definition from HL7 2.4

type CNS 

type CNS struct {
	StartingNotificationReferenceNumber *NM `hl7:"false,Starting Notification Reference Number"` // CNS-1
	EndingNotificationReferenceNumber   *NM `hl7:"false,Ending Notification Reference Number"`   // CNS-2
	StartingNotificationDateTime        *TS `hl7:"false,Starting Notification Date/Time"`        // CNS-3
	EndingNotificationDateTime          *TS `hl7:"false,Ending Notification Date/Time"`          // CNS-4
	StartingNotificationCode            *CE `hl7:"false,Starting Notification Code"`             // CNS-5
	EndingNotificationCode              *CE `hl7:"false,Ending Notification Code"`               // CNS-6
}

CNS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CNS) SegmentName 

func (s *CNS) SegmentName() string

type CNS231 

type CNS231 struct {
	StartingNotificationReferenceNumber *NM `hl7:"false,Starting Notification Reference Number"`
	EndingNotificationReferenceNumber   *NM `hl7:"false,Ending Notification Reference Number"`
	StartingNotificationDateTime        *TS `hl7:"false,Starting Notification Date/Time"`
	EndingNotificationDateTime          *TS `hl7:"false,Ending Notification Date/Time"`
	StartingNotificationCode            *CE `hl7:"false,Starting Notification Code"`
	EndingNotificationCode              *CE `hl7:"false,Ending Notification Code"`
	DegreeEGMD                          *IS `hl7:"false,Degree (E.G., MD)"`
	SourceTable                         *IS `hl7:"false,Source Table"`
	AssigningAuthorityNamespaceID       *IS `hl7:"false,Assigning Authority Namespace ID"`
	AssigningAuthorityUniversalID       *ST `hl7:"false,Assigning Authority Universal ID"`
	AssigningAuthorityUniversalIDType   *ID `hl7:"false,Assigning Authority Universal ID Type"`
}

CNS231 represents the corresponding HL7 datatype. Definition from HL7 2.3.1

type CN_PERSON 

type CN_PERSON struct {
	IDNumber            *ID `hl7:"false,ID Number"`
	FamiliyName         *ST `hl7:"false,Familiy Name"`
	GivenName           *ST `hl7:"false,Given Name"`
	MiddleInitialOrName *ST `hl7:"false,Middle Initial Or Name"`
	SuffixEGJROrIII     *ST `hl7:"false,Suffix (E.G. JR Or III)"`
	PrefixEGDR          *ST `hl7:"false,Prefix (E.G. DR)"`
	DegreeEGMD          *ST `hl7:"false,Degree (E.G. MD)"`
	SourceTableId       *ID `hl7:"false,Source Table Id"`
}

CN_PERSON represents the corresponding HL7 datatype. Definition from HL7 2.2

type CN_PHYSICIAN 

type CN_PHYSICIAN struct {
	PhysicianID         *ID `hl7:"false,Physician ID"`
	FamiliyName         *ST `hl7:"false,Familiy Name"`
	GivenName           *ST `hl7:"false,Given Name"`
	MiddleInitialOrName *ST `hl7:"false,Middle Initial Or Name"`
	SuffixEGJROrIII     *ST `hl7:"false,Suffix (E.G. JR Or III)"`
	PrefixEGDR          *ST `hl7:"false,Prefix (E.G. DR)"`
	DegreeEGMD          *ST `hl7:"false,Degree (E.G. MD)"`
	SourceTableId       *ID `hl7:"false,Source Table Id"`
	Adresse             *AD `hl7:"false,Adresse"`
	Telefon             *TN `hl7:"false,Telefon"`
	Faxnummer           *TN `hl7:"false,Faxnummer"`
	OnlineNummer        *TN `hl7:"false,Online-Nummer"`
	EMail               *ST `hl7:"false,E-Mail"`
}

CN_PHYSICIAN represents the corresponding HL7 datatype. Definition from HL7 2.2

type CP 

type CP struct {
	Price      *MO `hl7:"false,Price"`
	PriceType  *ID `hl7:"false,Price Type"`
	FromValue  *NM `hl7:"false,From Value"`
	ToValue    *NM `hl7:"false,To Value"`
	RangeUnits *CE `hl7:"false,Range Units"`
	RangeType  *ID `hl7:"false,Range Type"`
}

CP represents the corresponding HL7 datatype. Definition from HL7 2.4

type CQ 

type CQ struct {
	Quantity *NM `hl7:"false,Quantity"`
	Units    *CE `hl7:"false,Units"`
}

CQ represents the corresponding HL7 datatype. Definition from HL7 2.4

type CQ_QUANTITY 

type CQ_QUANTITY struct {
	Quantity *ST `hl7:"false,Quantity"`
	Units    *ST `hl7:"false,Units"`
}

CQ_QUANTITY represents the corresponding HL7 datatype. Definition from HL7 2.2

type CRM_C01 

type CRM_C01 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	PATIENT []CRM_C01_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

CRM_C01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CRM_C01) MessageTypeName 

func (s *CRM_C01) MessageTypeName() string

type CRM_C01_PATIENT 

type CRM_C01_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"false,PV1"`
	CSR   *CSR  `hl7:"true,CSR"`
	CSP   []CSP `hl7:"false,CSP"`
	Other []interface{}
}

CRM_C01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CRM_C01_PATIENT) MessageTypeSubStructName 

func (s *CRM_C01_PATIENT) MessageTypeSubStructName() string

type CSP 

type CSP struct {
	StudyPhaseIdentifier    *CE `hl7:"true,Study Phase Identifier"`       // CSP-1
	DateTimeStudyPhaseBegan *TS `hl7:"true,Date/Time Study Phase Began"`  // CSP-2
	DateTimeStudyPhaseEnded *TS `hl7:"false,Date/Time Study Phase Ended"` // CSP-3
	StudyPhaseEvaluability  *CE `hl7:"false,Study Phase Evaluability"`    // CSP-4
}

CSP represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CSP) SegmentName 

func (s *CSP) SegmentName() string

type CSR 

type CSR struct {
	SponsorStudyID                     *EI   `hl7:"true,Sponsor Study ID"`                        // CSR-1
	AlternateStudyID                   *EI   `hl7:"false,Alternate Study ID"`                     // CSR-2
	InstitutionRegisteringThePatient   *CE   `hl7:"false,Institution Registering The Patient"`    // CSR-3
	SponsorPatientID                   *CX   `hl7:"true,Sponsor Patient ID"`                      // CSR-4
	AlternatePatientIDCSR              *CX   `hl7:"false,Alternate Patient ID - CSR"`             // CSR-5
	DateTimeOfPatientStudyRegistration *TS   `hl7:"true,Date/Time Of Patient Study Registration"` // CSR-6
	PersonPerformingStudyRegistration  []XCN `hl7:"false,Person Performing Study Registration"`   // CSR-7
	StudyAuthorizingProvider           []XCN `hl7:"true,Study Authorizing Provider"`              // CSR-8
	DateTimePatientStudyConsentSigned  *TS   `hl7:"false,Date/Time Patient Study Consent Signed"` // CSR-9
	PatientStudyEligibilityStatus      *CE   `hl7:"false,Patient Study Eligibility Status"`       // CSR-10
	StudyRandomizationDateTime         []TS  `hl7:"false,Study Randomization Date/Time"`          // CSR-11
	RandomizedStudyArm                 []CE  `hl7:"false,Randomized Study Arm"`                   // CSR-12
	StratumForStudyRandomization       []CE  `hl7:"false,Stratum For Study Randomization"`        // CSR-13
	PatientEvaluabilityStatus          *CE   `hl7:"false,Patient Evaluability Status"`            // CSR-14
	DateTimeEndedStudy                 *TS   `hl7:"false,Date/Time Ended Study"`                  // CSR-15
	ReasonEndedStudy                   *CE   `hl7:"false,Reason Ended Study"`                     // CSR-16
}

CSR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CSR) SegmentName 

func (s *CSR) SegmentName() string

type CSS 

type CSS struct {
	StudyScheduledTimePoint        *CE  `hl7:"true,Study Scheduled Time Point"`          // CSS-1
	StudyScheduledPatientTimePoint *TS  `hl7:"false,Study Scheduled Patient Time Point"` // CSS-2
	StudyQualityControlCodes       []CE `hl7:"false,Study Quality Control Codes"`        // CSS-3
}

CSS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CSS) SegmentName 

func (s *CSS) SegmentName() string

type CSU 

type CSU struct {
	ChannelSensitivity                 *NM `hl7:"false,Channel Sensitivity"`
	UnitOfMeasureIdentifier            *ST `hl7:"false,Unit Of Measure Identifier"`
	UnitOfMeasureDescription           *ST `hl7:"false,Unit Of Measure Description"`
	UnitOfMeasureCodingSystem          *IS `hl7:"false,Unit Of Measure Coding System"`
	AlternateUnitOfMeasureIdentifier   *ST `hl7:"false,Alternate Unit Of Measure Identifier"`
	AlternateUnitOfMeasureDescription  *ST `hl7:"false,Alternate Unit Of Measure Description"`
	AlternateUnitOfMeasureCodingSystem *IS `hl7:"false,Alternate Unit Of Measure Coding System"`
}

CSU represents the corresponding HL7 datatype. Definition from HL7 2.4

type CSU_C09 

type CSU_C09 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	PATIENT []CSU_C09_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

CSU_C09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09) MessageTypeName 

func (s *CSU_C09) MessageTypeName() string

type CSU_C09_PATIENT 

type CSU_C09_PATIENT struct {
	PID         *PID                  `hl7:"true,PID"`
	PD1         *PD1                  `hl7:"false,PD1"`
	NTE         []NTE                 `hl7:"false,NTE"`
	VISIT       *CSU_C09_VISIT        `hl7:"false,VISIT"`
	CSR         *CSR                  `hl7:"true,CSR"`
	STUDY_PHASE []CSU_C09_STUDY_PHASE `hl7:"true,STUDY_PHASE"`
	Other       []interface{}
}

CSU_C09_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_PATIENT) MessageTypeSubStructName 

func (s *CSU_C09_PATIENT) MessageTypeSubStructName() string

type CSU_C09_RX_ADMIN 

type CSU_C09_RX_ADMIN struct {
	RXA   *RXA `hl7:"true,RXA"`
	RXR   *RXR `hl7:"true,RXR"`
	Other []interface{}
}

CSU_C09_RX_ADMIN represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_RX_ADMIN) MessageTypeSubStructName 

func (s *CSU_C09_RX_ADMIN) MessageTypeSubStructName() string

type CSU_C09_STUDY_OBSERVATION 

type CSU_C09_STUDY_OBSERVATION struct {
	ORC   *ORC  `hl7:"false,ORC"`
	OBR   *OBR  `hl7:"true,OBR"`
	OBX   []OBX `hl7:"true,OBX"`
	Other []interface{}
}

CSU_C09_STUDY_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_STUDY_OBSERVATION) MessageTypeSubStructName 

func (s *CSU_C09_STUDY_OBSERVATION) MessageTypeSubStructName() string

type CSU_C09_STUDY_PHARM 

type CSU_C09_STUDY_PHARM struct {
	ORC      *ORC               `hl7:"false,ORC"`
	RX_ADMIN []CSU_C09_RX_ADMIN `hl7:"true,RX_ADMIN"`
	Other    []interface{}
}

CSU_C09_STUDY_PHARM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_STUDY_PHARM) MessageTypeSubStructName 

func (s *CSU_C09_STUDY_PHARM) MessageTypeSubStructName() string

type CSU_C09_STUDY_PHASE 

type CSU_C09_STUDY_PHASE struct {
	CSP            []CSP                    `hl7:"false,CSP"`
	STUDY_SCHEDULE []CSU_C09_STUDY_SCHEDULE `hl7:"true,STUDY_SCHEDULE"`
	Other          []interface{}
}

CSU_C09_STUDY_PHASE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_STUDY_PHASE) MessageTypeSubStructName 

func (s *CSU_C09_STUDY_PHASE) MessageTypeSubStructName() string

type CSU_C09_STUDY_SCHEDULE 

type CSU_C09_STUDY_SCHEDULE struct {
	CSS               *CSS                        `hl7:"false,CSS"`
	STUDY_OBSERVATION []CSU_C09_STUDY_OBSERVATION `hl7:"true,STUDY_OBSERVATION"`
	STUDY_PHARM       []CSU_C09_STUDY_PHARM       `hl7:"true,STUDY_PHARM"`
	Other             []interface{}
}

CSU_C09_STUDY_SCHEDULE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_STUDY_SCHEDULE) MessageTypeSubStructName 

func (s *CSU_C09_STUDY_SCHEDULE) MessageTypeSubStructName() string

type CSU_C09_VISIT 

type CSU_C09_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

CSU_C09_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*CSU_C09_VISIT) MessageTypeSubStructName 

func (s *CSU_C09_VISIT) MessageTypeSubStructName() string

type CTD 

type CTD struct {
	ContactRole                     []CE  `hl7:"true,Contact Role"`                       // CTD-1
	ContactName                     []XPN `hl7:"false,Contact Name"`                      // CTD-2
	ContactAddress                  []XAD `hl7:"false,Contact Address"`                   // CTD-3
	ContactLocation                 *PL   `hl7:"false,Contact Location"`                  // CTD-4
	ContactCommunicationInformation []XTN `hl7:"false,Contact Communication Information"` // CTD-5
	PreferredMethodOfContact        *CE   `hl7:"false,Preferred Method Of Contact"`       // CTD-6
	ContactIdentifiers              []PI  `hl7:"false,Contact Identifiers"`               // CTD-7
}

CTD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CTD) SegmentName 

func (s *CTD) SegmentName() string

type CTI 

type CTI struct {
	SponsorStudyID          *EI `hl7:"true,Sponsor Study ID"`            // CTI-1
	StudyPhaseIdentifier    *CE `hl7:"false,Study Phase Identifier"`     // CTI-2
	StudyScheduledTimePoint *CE `hl7:"false,Study Scheduled Time Point"` // CTI-3
}

CTI represents the corresponding HL7 segment. Definition from HL7 2.4

func (*CTI) SegmentName 

func (s *CTI) SegmentName() string

type CWE 

type CWE struct {
	Identifier                     *ST `hl7:"false,Identifier"`
	Text                           *ST `hl7:"false,Text"`
	NameOfCodingSystem             *IS `hl7:"false,Name Of Coding System"`
	AlternateIdentifier            *ST `hl7:"false,Alternate Identifier"`
	AlternateText                  *ST `hl7:"false,Alternate Text"`
	NameOfAlternateCodingSystem    *IS `hl7:"false,Name Of Alternate Coding System"`
	CodingSystemVersionID          *ST `hl7:"false,Coding System Version ID"`
	AlternateCodingSystemVersionID *ST `hl7:"false,Alternate Coding System Version ID"`
	OriginalText                   *ST `hl7:"false,Original Text"`
}

CWE represents the corresponding HL7 datatype. Definition from HL7 2.4

type CX 

type CX struct {
	ID                                         *ST `hl7:"false,ID"`
	CheckDigit                                 *ST `hl7:"false,Check Digit"`
	CodeIdentifyingTheCheckDigitSchemeEmployed *ID `hl7:"false,Code Identifying The Check Digit Scheme Employed"`
	AssigningAuthority                         *HD `hl7:"false,Assigning Authority"`
	IdentifierTypeCode                         *ID `hl7:"false,Identifier Type Code"`
	AssigningFacility                          *HD `hl7:"false,Assigning Facility"`
	EffectiveDate                              *DT `hl7:"false,Effective Date"`
	ExpirationDate                             *DT `hl7:"false,Expiration Date"`
}

CX represents the corresponding HL7 datatype. Definition from HL7 2.4

type Context 

type Context struct {
	Decoder    *encoding.Decoder
	Rewrite    []Rewrite
	Delimiters *Delimiters
	// Nesting represents how deep in the HL7 parsing we are. HL7 only allows two levels of
	// nesting, so we keep track of this as an int in order to be able to detect if the code is
	// behaving incorrectly (e.g. nesting contexts too many times).
	// `0` represents the initial nesting level.
	Nesting int
	// Timezone that TS values will be parsed in.
	TimezoneLoc *time.Location
}

Context represents state about the HL7 message as a whole (eg derived from the header) which is necessary to parse individual values.

func (*Context) Nested 

func (c *Context) Nested() *Context

Nested returns a Context identical to the original one, but where the nesting level is incremented by one.

type DB1 

type DB1 struct {
	SetIDDB1                   *SI  `hl7:"true,Set ID - DB1"`                    // DB1-1
	DisabledPersonCode         *IS  `hl7:"false,Disabled Person Code"`           // DB1-2
	DisabledPersonIdentifier   []CX `hl7:"false,Disabled Person Identifier"`     // DB1-3
	DisabilityIndicator        *ID  `hl7:"false,Disability Indicator"`           // DB1-4
	DisabilityStartDate        *DT  `hl7:"false,Disability Start Date"`          // DB1-5
	DisabilityEndDate          *DT  `hl7:"false,Disability End Date"`            // DB1-6
	DisabilityReturnToWorkDate *DT  `hl7:"false,Disability Return To Work Date"` // DB1-7
	DisabilityUnableToWorkDate *DT  `hl7:"false,Disability Unable To Work Date"` // DB1-8
}

DB1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*DB1) SegmentName 

func (s *DB1) SegmentName() string

type DDI 

type DDI struct {
	DelayDays    *NM `hl7:"false,Delay Days"`
	Amount       *NM `hl7:"false,Amount"`
	NumberOfDays *NM `hl7:"false,Number Of Days"`
}

DDI represents the corresponding HL7 datatype. Definition from HL7 2.4

type DFT_P03 

type DFT_P03 struct {
	MSH          *MSH                   `hl7:"true,MSH"`
	EVN          *EVN                   `hl7:"true,EVN"`
	PID          *PID                   `hl7:"true,PID"`
	PD1          *PD1                   `hl7:"false,PD1"`
	ROL1         []ROL                  `hl7:"false,ROL1"`
	PV1          *PV1                   `hl7:"false,PV1"`
	PV2          *PV2                   `hl7:"false,PV2"`
	ROL2         []ROL                  `hl7:"false,ROL2"`
	DB1          []DB1                  `hl7:"false,DB1"`
	COMMON_ORDER []DFT_P03_COMMON_ORDER `hl7:"false,COMMON_ORDER"`
	FINANCIAL    []DFT_P03_FINANCIAL    `hl7:"true,FINANCIAL"`
	DG1          []DG1                  `hl7:"false,DG1"`
	DRG          *DRG                   `hl7:"false,DRG"`
	GT1          []GT1                  `hl7:"false,GT1"`
	INSURANCE    []DFT_P03_INSURANCE    `hl7:"false,INSURANCE"`
	ACC          *ACC                   `hl7:"false,ACC"`
	Other        []interface{}
}

DFT_P03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03) MessageTypeName 

func (s *DFT_P03) MessageTypeName() string

type DFT_P03_COMMON_ORDER 

type DFT_P03_COMMON_ORDER struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	ORDER       *DFT_P03_ORDER        `hl7:"false,ORDER"`
	OBSERVATION []DFT_P03_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

DFT_P03_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_COMMON_ORDER) MessageTypeSubStructName 

func (s *DFT_P03_COMMON_ORDER) MessageTypeSubStructName() string

type DFT_P03_FINANCIAL 

type DFT_P03_FINANCIAL struct {
	FT1                    *FT1                             `hl7:"true,FT1"`
	FINANCIAL_PROCEDURE    []DFT_P03_FINANCIAL_PROCEDURE    `hl7:"false,FINANCIAL_PROCEDURE"`
	FINANCIAL_COMMON_ORDER []DFT_P03_FINANCIAL_COMMON_ORDER `hl7:"false,FINANCIAL_COMMON_ORDER"`
	Other                  []interface{}
}

DFT_P03_FINANCIAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_FINANCIAL) MessageTypeSubStructName 

func (s *DFT_P03_FINANCIAL) MessageTypeSubStructName() string

type DFT_P03_FINANCIAL_COMMON_ORDER 

type DFT_P03_FINANCIAL_COMMON_ORDER struct {
	ORC                   *ORC                            `hl7:"false,ORC"`
	FINANCIAL_ORDER       *DFT_P03_FINANCIAL_ORDER        `hl7:"false,FINANCIAL_ORDER"`
	FINANCIAL_OBSERVATION []DFT_P03_FINANCIAL_OBSERVATION `hl7:"false,FINANCIAL_OBSERVATION"`
	Other                 []interface{}
}

DFT_P03_FINANCIAL_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_FINANCIAL_COMMON_ORDER) MessageTypeSubStructName 

func (s *DFT_P03_FINANCIAL_COMMON_ORDER) MessageTypeSubStructName() string

type DFT_P03_FINANCIAL_OBSERVATION 

type DFT_P03_FINANCIAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P03_FINANCIAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_FINANCIAL_OBSERVATION) MessageTypeSubStructName 

func (s *DFT_P03_FINANCIAL_OBSERVATION) MessageTypeSubStructName() string

type DFT_P03_FINANCIAL_ORDER 

type DFT_P03_FINANCIAL_ORDER struct {
	OBR   *OBR  `hl7:"true,OBR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P03_FINANCIAL_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_FINANCIAL_ORDER) MessageTypeSubStructName 

func (s *DFT_P03_FINANCIAL_ORDER) MessageTypeSubStructName() string

type DFT_P03_FINANCIAL_PROCEDURE 

type DFT_P03_FINANCIAL_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

DFT_P03_FINANCIAL_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_FINANCIAL_PROCEDURE) MessageTypeSubStructName 

func (s *DFT_P03_FINANCIAL_PROCEDURE) MessageTypeSubStructName() string

type DFT_P03_INSURANCE 

type DFT_P03_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

DFT_P03_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_INSURANCE) MessageTypeSubStructName 

func (s *DFT_P03_INSURANCE) MessageTypeSubStructName() string

type DFT_P03_OBSERVATION 

type DFT_P03_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P03_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_OBSERVATION) MessageTypeSubStructName 

func (s *DFT_P03_OBSERVATION) MessageTypeSubStructName() string

type DFT_P03_ORDER 

type DFT_P03_ORDER struct {
	OBR   *OBR  `hl7:"true,OBR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P03_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P03_ORDER) MessageTypeSubStructName 

func (s *DFT_P03_ORDER) MessageTypeSubStructName() string

type DFT_P11 

type DFT_P11 struct {
	MSH          *MSH                   `hl7:"true,MSH"`
	EVN          *EVN                   `hl7:"true,EVN"`
	PID          *PID                   `hl7:"true,PID"`
	PD1          *PD1                   `hl7:"false,PD1"`
	ROL1         []ROL                  `hl7:"false,ROL1"`
	PV1          *PV1                   `hl7:"false,PV1"`
	PV2          *PV2                   `hl7:"false,PV2"`
	ROL2         []ROL                  `hl7:"false,ROL2"`
	DB1          []DB1                  `hl7:"false,DB1"`
	COMMON_ORDER []DFT_P11_COMMON_ORDER `hl7:"false,COMMON_ORDER"`
	DG1          []DG1                  `hl7:"false,DG1"`
	DRG          *DRG                   `hl7:"false,DRG"`
	GT1          []GT1                  `hl7:"false,GT1"`
	INSURANCE    []DFT_P11_INSURANCE    `hl7:"false,INSURANCE"`
	ACC          *ACC                   `hl7:"false,ACC"`
	FINANCIAL    []DFT_P11_FINANCIAL    `hl7:"true,FINANCIAL"`
	Other        []interface{}
}

DFT_P11 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11) MessageTypeName 

func (s *DFT_P11) MessageTypeName() string

type DFT_P11_COMMON_ORDER 

type DFT_P11_COMMON_ORDER struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	ORDER       *DFT_P11_ORDER        `hl7:"false,ORDER"`
	OBSERVATION []DFT_P11_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

DFT_P11_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_COMMON_ORDER) MessageTypeSubStructName 

func (s *DFT_P11_COMMON_ORDER) MessageTypeSubStructName() string

type DFT_P11_FINANCIAL 

type DFT_P11_FINANCIAL struct {
	FT1                    *FT1                             `hl7:"true,FT1"`
	FINANCIAL_PROCEDURE    []DFT_P11_FINANCIAL_PROCEDURE    `hl7:"false,FINANCIAL_PROCEDURE"`
	FINANCIAL_COMMON_ORDER []DFT_P11_FINANCIAL_COMMON_ORDER `hl7:"false,FINANCIAL_COMMON_ORDER"`
	DG1                    []DG1                            `hl7:"false,DG1"`
	DRG                    *DRG                             `hl7:"false,DRG"`
	GT1                    []GT1                            `hl7:"false,GT1"`
	FINANCIAL_INSURANCE    []DFT_P11_FINANCIAL_INSURANCE    `hl7:"false,FINANCIAL_INSURANCE"`
	Other                  []interface{}
}

DFT_P11_FINANCIAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_FINANCIAL) MessageTypeSubStructName 

func (s *DFT_P11_FINANCIAL) MessageTypeSubStructName() string

type DFT_P11_FINANCIAL_COMMON_ORDER 

type DFT_P11_FINANCIAL_COMMON_ORDER struct {
	ORC                   *ORC                            `hl7:"false,ORC"`
	FINANCIAL_ORDER       *DFT_P11_FINANCIAL_ORDER        `hl7:"false,FINANCIAL_ORDER"`
	FINANCIAL_OBSERVATION []DFT_P11_FINANCIAL_OBSERVATION `hl7:"false,FINANCIAL_OBSERVATION"`
	Other                 []interface{}
}

DFT_P11_FINANCIAL_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_FINANCIAL_COMMON_ORDER) MessageTypeSubStructName 

func (s *DFT_P11_FINANCIAL_COMMON_ORDER) MessageTypeSubStructName() string

type DFT_P11_FINANCIAL_INSURANCE 

type DFT_P11_FINANCIAL_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

DFT_P11_FINANCIAL_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_FINANCIAL_INSURANCE) MessageTypeSubStructName 

func (s *DFT_P11_FINANCIAL_INSURANCE) MessageTypeSubStructName() string

type DFT_P11_FINANCIAL_OBSERVATION 

type DFT_P11_FINANCIAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P11_FINANCIAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_FINANCIAL_OBSERVATION) MessageTypeSubStructName 

func (s *DFT_P11_FINANCIAL_OBSERVATION) MessageTypeSubStructName() string

type DFT_P11_FINANCIAL_ORDER 

type DFT_P11_FINANCIAL_ORDER struct {
	OBR   *OBR  `hl7:"true,OBR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P11_FINANCIAL_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_FINANCIAL_ORDER) MessageTypeSubStructName 

func (s *DFT_P11_FINANCIAL_ORDER) MessageTypeSubStructName() string

type DFT_P11_FINANCIAL_PROCEDURE 

type DFT_P11_FINANCIAL_PROCEDURE struct {
	PR1   *PR1  `hl7:"true,PR1"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

DFT_P11_FINANCIAL_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_FINANCIAL_PROCEDURE) MessageTypeSubStructName 

func (s *DFT_P11_FINANCIAL_PROCEDURE) MessageTypeSubStructName() string

type DFT_P11_INSURANCE 

type DFT_P11_INSURANCE struct {
	IN1   *IN1  `hl7:"true,IN1"`
	IN2   *IN2  `hl7:"false,IN2"`
	IN3   []IN3 `hl7:"false,IN3"`
	ROL   []ROL `hl7:"false,ROL"`
	Other []interface{}
}

DFT_P11_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_INSURANCE) MessageTypeSubStructName 

func (s *DFT_P11_INSURANCE) MessageTypeSubStructName() string

type DFT_P11_OBSERVATION 

type DFT_P11_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P11_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_OBSERVATION) MessageTypeSubStructName 

func (s *DFT_P11_OBSERVATION) MessageTypeSubStructName() string

type DFT_P11_ORDER 

type DFT_P11_ORDER struct {
	OBR   *OBR  `hl7:"true,OBR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

DFT_P11_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DFT_P11_ORDER) MessageTypeSubStructName 

func (s *DFT_P11_ORDER) MessageTypeSubStructName() string

type DG1 

type DG1 struct {
	SetIDDG1                *SI   `hl7:"true,Set ID - DG1"`               // DG1-1
	DiagnosisCodingMethod   *ID   `hl7:"false,Diagnosis Coding Method"`   // DG1-2
	DiagnosisCodeDG1        *CE   `hl7:"false,Diagnosis Code - DG1"`      // DG1-3
	DiagnosisDescription    *ST   `hl7:"false,Diagnosis Description"`     // DG1-4
	DiagnosisDateTime       *TS   `hl7:"false,Diagnosis Date/Time"`       // DG1-5
	DiagnosisType           *IS   `hl7:"true,Diagnosis Type"`             // DG1-6
	MajorDiagnosticCategory *CE   `hl7:"false,Major Diagnostic Category"` // DG1-7
	DiagnosticRelatedGroup  *CE   `hl7:"false,Diagnostic Related Group"`  // DG1-8
	DRGApprovalIndicator    *ID   `hl7:"false,DRG Approval Indicator"`    // DG1-9
	DRGGrouperReviewCode    *IS   `hl7:"false,DRG Grouper Review Code"`   // DG1-10
	OutlierType             *CE   `hl7:"false,Outlier Type"`              // DG1-11
	OutlierDays             *NM   `hl7:"false,Outlier Days"`              // DG1-12
	OutlierCost             *CP   `hl7:"false,Outlier Cost"`              // DG1-13
	GrouperVersionAndType   *ST   `hl7:"false,Grouper Version And Type"`  // DG1-14
	DiagnosisPriority       *ID   `hl7:"false,Diagnosis Priority"`        // DG1-15
	DiagnosingClinician     []XCN `hl7:"false,Diagnosing Clinician"`      // DG1-16
	DiagnosisClassification *IS   `hl7:"false,Diagnosis Classification"`  // DG1-17
	ConfidentialIndicator   *ID   `hl7:"false,Confidential Indicator"`    // DG1-18
	AttestationDateTime     *TS   `hl7:"false,Attestation Date/Time"`     // DG1-19
}

DG1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*DG1) SegmentName 

func (s *DG1) SegmentName() string

type DIN 

type DIN struct {
	Date            *TS `hl7:"false,Date"`
	InstitutionName *CE `hl7:"false,Institution Name"`
}

DIN represents the corresponding HL7 datatype. Definition from HL7 2.4

type DLD 

type DLD struct {
	DischargeLocation *ID `hl7:"false,Discharge Location"`
	EffectiveDate     *TS `hl7:"false,Effective Date"`
}

DLD represents the corresponding HL7 datatype. Definition from HL7 2.4

type DLN 

type DLN struct {
	DriverSLicenseNumber        *ST `hl7:"false,Driver´s License Number"`
	IssuingStateProvinceCountry *IS `hl7:"false,Issuing State, Province, Country"`
	ExpirationDate              *DT `hl7:"false,Expiration Date"`
}

DLN represents the corresponding HL7 datatype. Definition from HL7 2.4

type DLT 

type DLT struct {
	Range             *NR `hl7:"false,Range"`
	NumericThreshold  *NM `hl7:"false,Numeric Threshold"`
	ChangeComputation *ST `hl7:"false,Change Computation"`
	LengthOfTimeDays  *NM `hl7:"false,Length Of Time-Days"`
}

DLT represents the corresponding HL7 datatype. Definition from HL7 2.4

type DOC_T12 

type DOC_T12 struct {
	MSH    *MSH             `hl7:"true,MSH"`
	MSA    *MSA             `hl7:"true,MSA"`
	ERR    *ERR             `hl7:"false,ERR"`
	QAK    *QAK             `hl7:"false,QAK"`
	QRD    *QRD             `hl7:"true,QRD"`
	RESULT []DOC_T12_RESULT `hl7:"true,RESULT"`
	DSC    *DSC             `hl7:"false,DSC"`
	Other  []interface{}
}

DOC_T12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DOC_T12) MessageTypeName 

func (s *DOC_T12) MessageTypeName() string

type DOC_T12_RESULT 

type DOC_T12_RESULT struct {
	EVN   *EVN  `hl7:"false,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	TXA   *TXA  `hl7:"true,TXA"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

DOC_T12_RESULT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DOC_T12_RESULT) MessageTypeSubStructName 

func (s *DOC_T12_RESULT) MessageTypeSubStructName() string

type DR 

type DR struct {
	RangeStartDateTime *TS `hl7:"false,Range Start Date/Time"`
	RangeEndDateTime   *TS `hl7:"false,Range End Date/Time"`
}

DR represents the corresponding HL7 datatype. Definition from HL7 2.4

type DRG 

type DRG struct {
	DiagnosticRelatedGroup *CE `hl7:"false,Diagnostic Related Group"` // DRG-1
	DRGAssignedDateTime    *TS `hl7:"false,DRG Assigned Date/Time"`   // DRG-2
	DRGApprovalIndicator   *ID `hl7:"false,DRG Approval Indicator"`   // DRG-3
	DRGGrouperReviewCode   *IS `hl7:"false,DRG Grouper Review Code"`  // DRG-4
	OutlierType            *CE `hl7:"false,Outlier Type"`             // DRG-5
	OutlierDays            *NM `hl7:"false,Outlier Days"`             // DRG-6
	OutlierCost            *CP `hl7:"false,Outlier Cost"`             // DRG-7
	DRGPayor               *IS `hl7:"false,DRG Payor"`                // DRG-8
	OutlierReimbursement   *CP `hl7:"false,Outlier Reimbursement"`    // DRG-9
	ConfidentialIndicator  *ID `hl7:"false,Confidential Indicator"`   // DRG-10
	DRGTransferType        *IS `hl7:"false,DRG Transfer Type"`        // DRG-11
}

DRG represents the corresponding HL7 segment. Definition from HL7 2.4

func (*DRG) SegmentName 

func (s *DRG) SegmentName() string

type DSC 

type DSC struct {
	ContinuationPointer *ST `hl7:"false,Continuation Pointer"` // DSC-1
	ContinuationStyle   *ID `hl7:"false,Continuation Style"`   // DSC-2
}

DSC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*DSC) SegmentName 

func (s *DSC) SegmentName() string

type DSP 

type DSP struct {
	SetIDDSP          *SI `hl7:"false,Set ID - DSP"`        // DSP-1
	DisplayLevel      *SI `hl7:"false,Display Level"`       // DSP-2
	DataLine          *TX `hl7:"true,Data Line"`            // DSP-3
	LogicalBreakPoint *ST `hl7:"false,Logical Break Point"` // DSP-4
	ResultID          *TX `hl7:"false,Result ID"`           // DSP-5
}

DSP represents the corresponding HL7 segment. Definition from HL7 2.4

func (*DSP) SegmentName 

func (s *DSP) SegmentName() string

type DSR_P04 

type DSR_P04 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QRD   *QRD  `hl7:"true,QRD"`
	QRF   *QRF  `hl7:"false,QRF"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

DSR_P04 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*DSR_P04) MessageTypeName 

func (s *DSR_P04) MessageTypeName() string

type DSR_Q01 

type DSR_Q01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"false,QAK"`
	QRD   *QRD  `hl7:"true,QRD"`
	QRF   *QRF  `hl7:"false,QRF"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

DSR_Q01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DSR_Q01) MessageTypeName 

func (s *DSR_Q01) MessageTypeName() string

type DSR_Q03 

type DSR_Q03 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"false,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"false,QAK"`
	QRD   *QRD  `hl7:"true,QRD"`
	QRF   *QRF  `hl7:"false,QRF"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

DSR_Q03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*DSR_Q03) MessageTypeName 

func (s *DSR_Q03) MessageTypeName() string

type DSR_R03 

type DSR_R03 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"false,MSA"`
	QRD   *QRD  `hl7:"true,QRD"`
	QRF   *QRF  `hl7:"false,QRF"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

DSR_R03 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*DSR_R03) MessageTypeName 

func (s *DSR_R03) MessageTypeName() string

type DT 

type DT string

DT represents a HL7 DT value (Date).

func NewDT 

func NewDT(dt DT) *DT

NewDT returns a new DT.

func (*DT) Marshal 

func (dt *DT) Marshal(_ *Context) ([]byte, error)

Marshal marshals the DT value.

func (*DT) Unmarshal 

func (dt *DT) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the DT value.

type DTN 

type DTN struct {
	DayType      *IS `hl7:"false,Day Type"`
	NumberOfDays *NM `hl7:"false,Number Of Days"`
}

DTN represents the corresponding HL7 datatype. Definition from HL7 2.4

type Delimiters 

type Delimiters struct {
	Field        byte
	Component    byte
	Subcomponent byte
	Repetition   byte
	Escape       byte
}

Delimiters are the delimiter characters used within a message, defined in section 2.7 of the HL7 2.3 specification.

func (*Delimiters) Marshal 

func (d *Delimiters) Marshal(_ *Context) ([]byte, error)

Marshal marshals Delimiters.

func (*Delimiters) Unmarshal 

func (d *Delimiters) Unmarshal(field []byte, c *Context) error

Unmarshal Delimiters, replacing the values currently used in message unmarshaling.

type EAC_U07 

type EAC_U07 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	ECD   []ECD `hl7:"true,ECD"`
	SAC   *SAC  `hl7:"false,SAC"`
	CNS   *CNS  `hl7:"false,CNS"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

EAC_U07 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EAC_U07) MessageTypeName 

func (s *EAC_U07) MessageTypeName() string

type EAN_U09 

type EAN_U09 struct {
	MSH          *MSH                   `hl7:"true,MSH"`
	EQU          *EQU                   `hl7:"true,EQU"`
	NOTIFICATION []EAN_U09_NOTIFICATION `hl7:"true,NOTIFICATION"`
	ROL          *ROL                   `hl7:"false,ROL"`
	Other        []interface{}
}

EAN_U09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EAN_U09) MessageTypeName 

func (s *EAN_U09) MessageTypeName() string

type EAN_U09_NOTIFICATION 

type EAN_U09_NOTIFICATION struct {
	NDS   *NDS `hl7:"true,NDS"`
	NTE   *NTE `hl7:"false,NTE"`
	Other []interface{}
}

EAN_U09_NOTIFICATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EAN_U09_NOTIFICATION) MessageTypeSubStructName 

func (s *EAN_U09_NOTIFICATION) MessageTypeSubStructName() string

type EAR_U08 

type EAR_U08 struct {
	MSH              *MSH                       `hl7:"true,MSH"`
	EQU              *EQU                       `hl7:"true,EQU"`
	COMMAND_RESPONSE []EAR_U08_COMMAND_RESPONSE `hl7:"true,COMMAND_RESPONSE"`
	ROL              *ROL                       `hl7:"false,ROL"`
	Other            []interface{}
}

EAR_U08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EAR_U08) MessageTypeName 

func (s *EAR_U08) MessageTypeName() string

type EAR_U08_COMMAND_RESPONSE 

type EAR_U08_COMMAND_RESPONSE struct {
	ECD   *ECD `hl7:"true,ECD"`
	SAC   *SAC `hl7:"false,SAC"`
	ECR   *ECR `hl7:"true,ECR"`
	Other []interface{}
}

EAR_U08_COMMAND_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EAR_U08_COMMAND_RESPONSE) MessageTypeSubStructName 

func (s *EAR_U08_COMMAND_RESPONSE) MessageTypeSubStructName() string

type ECD 

type ECD struct {
	ReferenceCommandNumber  *NM  `hl7:"true,Reference Command Number"`   // ECD-1
	RemoteControlCommand    *CE  `hl7:"true,Remote Control Command"`     // ECD-2
	ResponseRequired        *ID  `hl7:"false,Response Required"`         // ECD-3
	RequestedCompletionTime *TQ  `hl7:"false,Requested Completion Time"` // ECD-4
	Parameters              []ST `hl7:"false,Parameters"`                // ECD-5
}

ECD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ECD) SegmentName 

func (s *ECD) SegmentName() string

type ECR 

type ECR struct {
	CommandResponse           *CE  `hl7:"true,Command Response"`             // ECR-1
	DateTimeCompleted         *TS  `hl7:"true,Date/Time Completed"`          // ECR-2
	CommandResponseParameters []ST `hl7:"false,Command Response Parameters"` // ECR-3
}

ECR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ECR) SegmentName 

func (s *ECR) SegmentName() string

type ED 

type ED struct {
	SourceApplication *HD `hl7:"false,Source Application"`
	TypeOfData        *ID `hl7:"false,Type Of Data"`
	DataSubtype       *ID `hl7:"false,Data Subtype"`
	Encoding          *ID `hl7:"false,Encoding"`
	Data              *ST `hl7:"false,Data"`
}

ED represents the corresponding HL7 datatype. Definition from HL7 2.4

type EDR_Q01 

type EDR_Q01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"true,QAK"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

EDR_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*EDR_Q01) MessageTypeName 

func (s *EDR_Q01) MessageTypeName() string

type EDR_R07 

type EDR_R07 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"true,QAK"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

EDR_R07 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EDR_R07) MessageTypeName 

func (s *EDR_R07) MessageTypeName() string

type EDU 

type EDU struct {
	SetIDEDU                                    *SI  `hl7:"true,Set ID - EDU"`                                      // EDU-1
	AcademicDegree                              *IS  `hl7:"false,Academic Degree"`                                  // EDU-2
	AcademicDegreeProgramDateRange              *DR  `hl7:"false,Academic Degree Program Date Range"`               // EDU-3
	AcademicDegreeProgramParticipationDateRange *DR  `hl7:"false,Academic Degree Program Participation Date Range"` // EDU-4
	AcademicDegreeGrantedDate                   *DT  `hl7:"false,Academic Degree Granted Date"`                     // EDU-5
	School                                      *XON `hl7:"false,School"`                                           // EDU-6
	SchoolTypeCode                              *CE  `hl7:"false,School Type Code"`                                 // EDU-7
	SchoolAddress                               *XAD `hl7:"false,School Address"`                                   // EDU-8
}

EDU represents the corresponding HL7 segment. Definition from HL7 2.4

func (*EDU) SegmentName 

func (s *EDU) SegmentName() string

type EI 

type EI struct {
	EntityIdentifier *ST `hl7:"false,Entity Identifier"`
	NamespaceID      *IS `hl7:"false,Namespace ID"`
	UniversalID      *ST `hl7:"false,Universal ID"`
	UniversalIDType  *ID `hl7:"false,Universal ID Type"`
}

EI represents the corresponding HL7 datatype. Definition from HL7 2.4

type EIP 

type EIP struct {
	ParentSPlacerOrderNumber *EI `hl7:"false,Parent´s Placer Order Number"`
	ParentSFillerOrderNumber *EI `hl7:"false,Parent´s Filler Order Number"`
}

EIP represents the corresponding HL7 datatype. Definition from HL7 2.4

type ELD 

type ELD struct {
	SegmentID            *ST `hl7:"false,Segment ID"`
	Sequence             *NM `hl7:"false,Sequence"`
	FieldPosition        *NM `hl7:"false,Field Position"`
	CodeIdentifyingError *CE `hl7:"false,Code Identifying Error"`
}

ELD represents the corresponding HL7 datatype. Definition from HL7 2.4

type EQL 

type EQL struct {
	QueryTag                *ST `hl7:"false,Query Tag"`                 // EQL-1
	QueryResponseFormatCode *ID `hl7:"true,Query/Response Format Code"` // EQL-2
	EQLQueryName            *CE `hl7:"true,EQL Query Name"`             // EQL-3
	EQLQueryStatement       *ST `hl7:"true,EQL Query Statement"`        // EQL-4
}

EQL represents the corresponding HL7 segment. Definition from HL7 2.4

func (*EQL) SegmentName 

func (s *EQL) SegmentName() string

type EQP 

type EQP struct {
	EventType       *CE `hl7:"true,Event Type"`       // EQP-1
	FileName        *ST `hl7:"false,File Name"`       // EQP-2
	StartDateTime   *TS `hl7:"true,Start Date/Time"`  // EQP-3
	EndDateTime     *TS `hl7:"false,End Date/Time"`   // EQP-4
	TransactionData *FT `hl7:"true,Transaction Data"` // EQP-5
}

EQP represents the corresponding HL7 segment. Definition from HL7 2.4

func (*EQP) SegmentName 

func (s *EQP) SegmentName() string

type EQQ_Q01 

type EQQ_Q01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EQL   *EQL `hl7:"true,EQL"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

EQQ_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*EQQ_Q01) MessageTypeName 

func (s *EQQ_Q01) MessageTypeName() string

type EQQ_Q04 

type EQQ_Q04 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EQL   *EQL `hl7:"true,EQL"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

EQQ_Q04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*EQQ_Q04) MessageTypeName 

func (s *EQQ_Q04) MessageTypeName() string

type EQU 

type EQU struct {
	EquipmentInstanceIdentifier *EI `hl7:"true,Equipment Instance Identifier"` // EQU-1
	EventDateTime               *TS `hl7:"true,Event Date/Time"`               // EQU-2
	EquipmentState              *CE `hl7:"false,Equipment State"`              // EQU-3
	LocalRemoteControlState     *CE `hl7:"false,Local/Remote Control State"`   // EQU-4
	AlertLevel                  *CE `hl7:"false,Alert Level"`                  // EQU-5
}

EQU represents the corresponding HL7 segment. Definition from HL7 2.4

func (*EQU) SegmentName 

func (s *EQU) SegmentName() string

type ERP_Q01 

type ERP_Q01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	QAK   *QAK `hl7:"true,QAK"`
	ERQ   *ERQ `hl7:"true,ERQ"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

ERP_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*ERP_Q01) MessageTypeName 

func (s *ERP_Q01) MessageTypeName() string

type ERP_R09 

type ERP_R09 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	QAK   *QAK `hl7:"true,QAK"`
	ERQ   *ERQ `hl7:"true,ERQ"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

ERP_R09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ERP_R09) MessageTypeName 

func (s *ERP_R09) MessageTypeName() string

type ERQ 

type ERQ struct {
	QueryTag           *ST   `hl7:"false,Query Tag"`            // ERQ-1
	EventIdentifier    *CE   `hl7:"true,Event Identifier"`      // ERQ-2
	InputParameterList []QIP `hl7:"false,Input Parameter List"` // ERQ-3
}

ERQ represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ERQ) SegmentName 

func (s *ERQ) SegmentName() string

type ERR 

type ERR struct {
	ErrorCodeAndLocation []ELD `hl7:"true,Error Code And Location"` // ERR-1
}

ERR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ERR) SegmentName 

func (s *ERR) SegmentName() string

type ESR_U02 

type ESR_U02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EQU   *EQU `hl7:"true,EQU"`
	ROL   *ROL `hl7:"false,ROL"`
	Other []interface{}
}

ESR_U02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ESR_U02) MessageTypeName 

func (s *ESR_U02) MessageTypeName() string

type ESU_U01 

type ESU_U01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	ISD   []ISD `hl7:"false,ISD"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

ESU_U01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ESU_U01) MessageTypeName 

func (s *ESU_U01) MessageTypeName() string

type EVN 

type EVN struct {
	EventTypeCode        *ID   `hl7:"false,Event Type Code"`         // EVN-1
	RecordedDateTime     *TS   `hl7:"true,Recorded Date/Time"`       // EVN-2
	DateTimePlannedEvent *TS   `hl7:"false,Date/Time Planned Event"` // EVN-3
	EventReasonCode      *IS   `hl7:"false,Event Reason Code"`       // EVN-4
	OperatorID           []XCN `hl7:"false,Operator ID"`             // EVN-5
	EventOccurred        *TS   `hl7:"false,Event Occurred"`          // EVN-6
	EventFacility        *HD   `hl7:"false,Event Facility"`          // EVN-7
}

EVN represents the corresponding HL7 segment. Definition from HL7 2.4

func (*EVN) SegmentName 

func (s *EVN) SegmentName() string

type FAC 

type FAC struct {
	FacilityIDFAC                       *EI   `hl7:"true,Facility ID-FAC"`                        // FAC-1
	FacilityType                        *ID   `hl7:"false,Facility Type"`                         // FAC-2
	FacilityAddress                     []XAD `hl7:"true,Facility Address"`                       // FAC-3
	FacilityTelecommunication           *XTN  `hl7:"true,Facility Telecommunication"`             // FAC-4
	ContactPerson                       []XCN `hl7:"false,Contact Person"`                        // FAC-5
	ContactTitle                        []ST  `hl7:"false,Contact Title"`                         // FAC-6
	ContactAddress                      []XAD `hl7:"false,Contact Address"`                       // FAC-7
	ContactTelecommunication            []XTN `hl7:"false,Contact Telecommunication"`             // FAC-8
	SignatureAuthority                  []XCN `hl7:"true,Signature Authority"`                    // FAC-9
	SignatureAuthorityTitle             *ST   `hl7:"false,Signature Authority Title"`             // FAC-10
	SignatureAuthorityAddress           []XAD `hl7:"false,Signature Authority Address"`           // FAC-11
	SignatureAuthorityTelecommunication *XTN  `hl7:"false,Signature Authority Telecommunication"` // FAC-12
}

FAC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*FAC) SegmentName 

func (s *FAC) SegmentName() string

type FC 

type FC struct {
	FinancialClass *IS `hl7:"false,Financial Class"`
	EffectiveDate  *TS `hl7:"false,Effective Date"`
}

FC represents the corresponding HL7 datatype. Definition from HL7 2.4

type FHS 

type FHS struct {
	FileFieldSeparator       *ST `hl7:"true,File Field Separator"`        // FHS-1
	FileEncodingCharacters   *ST `hl7:"true,File Encoding Characters"`    // FHS-2
	FileSendingApplication   *ST `hl7:"false,File Sending Application"`   // FHS-3
	FileSendingFacility      *ST `hl7:"false,File Sending Facility"`      // FHS-4
	FileReceivingApplication *ST `hl7:"false,File Receiving Application"` // FHS-5
	FileReceivingFacility    *ST `hl7:"false,File Receiving Facility"`    // FHS-6
	FileCreationDateTime     *TS `hl7:"false,File Creation Date/Time"`    // FHS-7
	FileSecurity             *ST `hl7:"false,File Security"`              // FHS-8
	FileNameID               *ST `hl7:"false,File Name/ID"`               // FHS-9
	FileHeaderComment        *ST `hl7:"false,File Header Comment"`        // FHS-10
	FileControlID            *ST `hl7:"false,File Control ID"`            // FHS-11
	ReferenceFileControlID   *ST `hl7:"false,Reference File Control ID"`  // FHS-12
}

FHS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*FHS) SegmentName 

func (s *FHS) SegmentName() string

type FN 

type FN struct {
	Surname                        *ST `hl7:"false,Surname"`
	OwnSurnamePrefix               *ST `hl7:"false,Own Surname Prefix"`
	OwnSurname                     *ST `hl7:"false,Own Surname"`
	SurnamePrefixFromPartnerSpouse *ST `hl7:"false,Surname Prefix From Partner/Spouse"`
	SurnameFromPartnerSpouse       *ST `hl7:"false,Surname From Partner/Spouse"`
}

FN represents the corresponding HL7 datatype. Definition from HL7 2.4

type FT 

type FT string

FT represents a HL7 FT value (Formatted text).

func NewFT 

func NewFT(ft FT) *FT

NewFT returns a new FT.

func (*FT) Marshal 

func (ft *FT) Marshal(c *Context) ([]byte, error)

Marshal marshals the FT value.

func (*FT) Unmarshal 

func (ft *FT) Unmarshal(field []byte, c *Context) error

Unmarshal unmarshals the FT value.

type FT1 

type FT1 struct {
	SetIDFT1                  *SI   `hl7:"false,Set ID - FT1"`                  // FT1-1
	TransactionID             *ST   `hl7:"false,Transaction ID"`                // FT1-2
	TransactionBatchID        *ST   `hl7:"false,Transaction Batch ID"`          // FT1-3
	TransactionDate           *TS   `hl7:"true,Transaction Date"`               // FT1-4
	TransactionPostingDate    *TS   `hl7:"false,Transaction Posting Date"`      // FT1-5
	TransactionType           *IS   `hl7:"true,Transaction Type"`               // FT1-6
	TransactionCode           *CE   `hl7:"true,Transaction Code"`               // FT1-7
	TransactionDescription    *ST   `hl7:"false,Transaction Description"`       // FT1-8
	TransactionDescriptionAlt *ST   `hl7:"false,Transaction Description - Alt"` // FT1-9
	TransactionQuantity       *NM   `hl7:"false,Transaction Quantity"`          // FT1-10
	TransactionAmountExtended *CP   `hl7:"false,Transaction Amount - Extended"` // FT1-11
	TransactionAmountUnit     *CP   `hl7:"false,Transaction Amount - Unit"`     // FT1-12
	DepartmentCode            *CE   `hl7:"false,Department Code"`               // FT1-13
	InsurancePlanID           *CE   `hl7:"false,Insurance Plan ID"`             // FT1-14
	InsuranceAmount           *CP   `hl7:"false,Insurance Amount"`              // FT1-15
	AssignedPatientLocation   *PL   `hl7:"false,Assigned Patient Location"`     // FT1-16
	FeeSchedule               *IS   `hl7:"false,Fee Schedule"`                  // FT1-17
	PatientType               *IS   `hl7:"false,Patient Type"`                  // FT1-18
	DiagnosisCodeFT1          []CE  `hl7:"false,Diagnosis Code - FT1"`          // FT1-19
	PerformedByCode           []XCN `hl7:"false,Performed By Code"`             // FT1-20
	OrderedByCode             []XCN `hl7:"false,Ordered By Code"`               // FT1-21
	UnitCost                  *CP   `hl7:"false,Unit Cost"`                     // FT1-22
	FillerOrderNumber         *EI   `hl7:"false,Filler Order Number"`           // FT1-23
	EnteredByCode             []XCN `hl7:"false,Entered By Code"`               // FT1-24
	ProcedureCode             *CE   `hl7:"false,Procedure Code"`                // FT1-25
	ProcedureCodeModifier     []CE  `hl7:"false,Procedure Code Modifier"`       // FT1-26
}

FT1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*FT1) SegmentName 

func (s *FT1) SegmentName() string

type FTS 

type FTS struct {
	FileBatchCount     *NM `hl7:"false,File Batch Count"`     // FTS-1
	FileTrailerComment *ST `hl7:"false,File Trailer Comment"` // FTS-2
}

FTS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*FTS) SegmentName 

func (s *FTS) SegmentName() string

type GOL 

type GOL struct {
	ActionCode                  *ID   `hl7:"true,Action Code"`                       // GOL-1
	ActionDateTime              *TS   `hl7:"true,Action Date/Time"`                  // GOL-2
	GoalID                      *CE   `hl7:"true,Goal ID"`                           // GOL-3
	GoalInstanceID              *EI   `hl7:"true,Goal Instance ID"`                  // GOL-4
	EpisodeOfCareID             *EI   `hl7:"false,Episode Of Care ID"`               // GOL-5
	GoalListPriority            *NM   `hl7:"false,Goal List Priority"`               // GOL-6
	GoalEstablishedDateTime     *TS   `hl7:"false,Goal Established Date/Time"`       // GOL-7
	ExpectedGoalAchieveDateTime *TS   `hl7:"false,Expected Goal Achieve Date/Time"`  // GOL-8
	GoalClassification          *CE   `hl7:"false,Goal Classification"`              // GOL-9
	GoalManagementDiscipline    *CE   `hl7:"false,Goal Management Discipline"`       // GOL-10
	CurrentGoalReviewStatus     *CE   `hl7:"false,Current Goal Review Status"`       // GOL-11
	CurrentGoalReviewDateTime   *TS   `hl7:"false,Current Goal Review Date/Time"`    // GOL-12
	NextGoalReviewDateTime      *TS   `hl7:"false,Next Goal Review Date/Time"`       // GOL-13
	PreviousGoalReviewDateTime  *TS   `hl7:"false,Previous Goal Review Date/Time"`   // GOL-14
	GoalReviewInterval          *TQ   `hl7:"false,Goal Review Interval"`             // GOL-15
	GoalEvaluation              *CE   `hl7:"false,Goal Evaluation"`                  // GOL-16
	GoalEvaluationComment       []ST  `hl7:"false,Goal Evaluation Comment"`          // GOL-17
	GoalLifeCycleStatus         *CE   `hl7:"false,Goal Life Cycle Status"`           // GOL-18
	GoalLifeCycleStatusDateTime *TS   `hl7:"false,Goal Life Cycle Status Date/Time"` // GOL-19
	GoalTargetType              []CE  `hl7:"false,Goal Target Type"`                 // GOL-20
	GoalTargetName              []XPN `hl7:"false,Goal Target Name"`                 // GOL-21
}

GOL represents the corresponding HL7 segment. Definition from HL7 2.4

func (*GOL) SegmentName 

func (s *GOL) SegmentName() string

type GP1 

type GP1 struct {
	TypeOfBillCode              *IS  `hl7:"true,Type Of Bill Code"`               // GP1-1
	RevenueCode                 []IS `hl7:"false,Revenue Code"`                   // GP1-2
	OverallClaimDispositionCode *IS  `hl7:"false,Overall Claim Disposition Code"` // GP1-3
	OCEEditsPerVisitCode        []IS `hl7:"false,OCE Edits Per Visit Code"`       // GP1-4
	OutlierCost                 *CP  `hl7:"false,Outlier Cost"`                   // GP1-5
}

GP1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*GP1) SegmentName 

func (s *GP1) SegmentName() string

type GP2 

type GP2 struct {
	RevenueCode                         *IS  `hl7:"false,Revenue Code"`                           // GP2-1
	NumberOfServiceUnits                *NM  `hl7:"false,Number Of Service Units"`                // GP2-2
	Charge                              *CP  `hl7:"false,Charge"`                                 // GP2-3
	ReimbursementActionCode             *IS  `hl7:"false,Reimbursement Action Code"`              // GP2-4
	DenialOrRejectionCode               *IS  `hl7:"false,Denial Or Rejection Code"`               // GP2-5
	OCEEditCode                         []IS `hl7:"false,OCE Edit Code"`                          // GP2-6
	AmbulatoryPaymentClassificationCode *CE  `hl7:"false,Ambulatory Payment Classification Code"` // GP2-7
	ModifierEditCode                    []IS `hl7:"false,Modifier Edit Code"`                     // GP2-8
	PaymentAdjustmentCode               *IS  `hl7:"false,Payment Adjustment Code"`                // GP2-9
	PackagingStatusCode                 *IS  `hl7:"false,Packaging Status Code"`                  // GP2-10
	ExpectedHCFAPaymentAmount           *CP  `hl7:"false,Expected HCFA Payment Amount"`           // GP2-11
	ReimbursementTypeCode               *IS  `hl7:"false,Reimbursement Type Code"`                // GP2-12
	CoPayAmount                         *CP  `hl7:"false,Co-Pay Amount"`                          // GP2-13
	PayRatePerUnit                      *NM  `hl7:"false,Pay Rate Per Unit"`                      // GP2-14
}

GP2 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*GP2) SegmentName 

func (s *GP2) SegmentName() string

type GT1 

type GT1 struct {
	SetIDGT1                           *SI   `hl7:"true,Set ID - GT1"`                            // GT1-1
	GuarantorNumber                    []CX  `hl7:"false,Guarantor Number"`                       // GT1-2
	GuarantorName                      []XPN `hl7:"true,Guarantor Name"`                          // GT1-3
	GuarantorSpouseName                []XPN `hl7:"false,Guarantor Spouse Name"`                  // GT1-4
	GuarantorAddress                   []XAD `hl7:"false,Guarantor Address"`                      // GT1-5
	GuarantorPhNumHome                 []XTN `hl7:"false,Guarantor Ph Num - Home"`                // GT1-6
	GuarantorPhNumBusiness             []XTN `hl7:"false,Guarantor Ph Num - Business"`            // GT1-7
	GuarantorDateTimeOfBirth           *TS   `hl7:"false,Guarantor Date/Time Of Birth"`           // GT1-8
	GuarantorAdministrativeSex         *IS   `hl7:"false,Guarantor Administrative Sex"`           // GT1-9
	GuarantorType                      *IS   `hl7:"false,Guarantor Type"`                         // GT1-10
	GuarantorRelationship              *CE   `hl7:"false,Guarantor Relationship"`                 // GT1-11
	GuarantorSSN                       *ST   `hl7:"false,Guarantor SSN"`                          // GT1-12
	GuarantorDateBegin                 *DT   `hl7:"false,Guarantor Date - Begin"`                 // GT1-13
	GuarantorDateEnd                   *DT   `hl7:"false,Guarantor Date - End"`                   // GT1-14
	GuarantorPriority                  *NM   `hl7:"false,Guarantor Priority"`                     // GT1-15
	GuarantorEmployerName              []XPN `hl7:"false,Guarantor Employer Name"`                // GT1-16
	GuarantorEmployerAddress           []XAD `hl7:"false,Guarantor Employer Address"`             // GT1-17
	GuarantorEmployerPhoneNumber       []XTN `hl7:"false,Guarantor Employer Phone Number"`        // GT1-18
	GuarantorEmployeeIDNumber          []CX  `hl7:"false,Guarantor Employee ID Number"`           // GT1-19
	GuarantorEmploymentStatus          *IS   `hl7:"false,Guarantor Employment Status"`            // GT1-20
	GuarantorOrganizationName          []XON `hl7:"false,Guarantor Organization Name"`            // GT1-21
	GuarantorBillingHoldFlag           *ID   `hl7:"false,Guarantor Billing Hold Flag"`            // GT1-22
	GuarantorCreditRatingCode          *CE   `hl7:"false,Guarantor Credit Rating Code"`           // GT1-23
	GuarantorDeathDateAndTime          *TS   `hl7:"false,Guarantor Death Date And Time"`          // GT1-24
	GuarantorDeathFlag                 *ID   `hl7:"false,Guarantor Death Flag"`                   // GT1-25
	GuarantorChargeAdjustmentCode      *CE   `hl7:"false,Guarantor Charge Adjustment Code"`       // GT1-26
	GuarantorHouseholdAnnualIncome     *CP   `hl7:"false,Guarantor Household Annual Income"`      // GT1-27
	GuarantorHouseholdSize             *NM   `hl7:"false,Guarantor Household Size"`               // GT1-28
	GuarantorEmployerIDNumber          []CX  `hl7:"false,Guarantor Employer ID Number"`           // GT1-29
	GuarantorMaritalStatusCode         *CE   `hl7:"false,Guarantor Marital Status Code"`          // GT1-30
	GuarantorHireEffectiveDate         *DT   `hl7:"false,Guarantor Hire Effective Date"`          // GT1-31
	EmploymentStopDate                 *DT   `hl7:"false,Employment Stop Date"`                   // GT1-32
	LivingDependency                   *IS   `hl7:"false,Living Dependency"`                      // GT1-33
	AmbulatoryStatus                   []IS  `hl7:"false,Ambulatory Status"`                      // GT1-34
	Citizenship                        []CE  `hl7:"false,Citizenship"`                            // GT1-35
	PrimaryLanguage                    *CE   `hl7:"false,Primary Language"`                       // GT1-36
	LivingArrangement                  *IS   `hl7:"false,Living Arrangement"`                     // GT1-37
	PublicityCode                      *CE   `hl7:"false,Publicity Code"`                         // GT1-38
	ProtectionIndicator                *ID   `hl7:"false,Protection Indicator"`                   // GT1-39
	StudentIndicator                   *IS   `hl7:"false,Student Indicator"`                      // GT1-40
	Religion                           *CE   `hl7:"false,Religion"`                               // GT1-41
	MotherSMaidenName                  []XPN `hl7:"false,Mother'S Maiden Name"`                   // GT1-42
	Nationality                        *CE   `hl7:"false,Nationality"`                            // GT1-43
	EthnicGroup                        []CE  `hl7:"false,Ethnic Group"`                           // GT1-44
	ContactPersonSName                 []XPN `hl7:"false,Contact Person'S Name"`                  // GT1-45
	ContactPersonSTelephoneNumber      []XTN `hl7:"false,Contact Person'S Telephone Number"`      // GT1-46
	ContactReason                      *CE   `hl7:"false,Contact Reason"`                         // GT1-47
	ContactRelationship                *IS   `hl7:"false,Contact Relationship"`                   // GT1-48
	JobTitle                           *ST   `hl7:"false,Job Title"`                              // GT1-49
	JobCodeClass                       *JCC  `hl7:"false,Job Code/Class"`                         // GT1-50
	GuarantorEmployerSOrganizationName []XON `hl7:"false,Guarantor Employer'S Organization Name"` // GT1-51
	Handicap                           *IS   `hl7:"false,Handicap"`                               // GT1-52
	JobStatus                          *IS   `hl7:"false,Job Status"`                             // GT1-53
	GuarantorFinancialClass            *FC   `hl7:"false,Guarantor Financial Class"`              // GT1-54
	GuarantorRace                      []CE  `hl7:"false,Guarantor Race"`                         // GT1-55
}

GT1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*GT1) SegmentName 

func (s *GT1) SegmentName() string

type GenericHL7Segment 

type GenericHL7Segment struct {
	// contains filtered or unexported fields
}

GenericHL7Segment represents the corresponding HL7 segment type.

func (*GenericHL7Segment) SegmentName 

func (s *GenericHL7Segment) SegmentName() string

type HD 

type HD struct {
	NamespaceID     *IS `hl7:"false,Namespace ID"`
	UniversalID     *ST `hl7:"false,Universal ID"`
	UniversalIDType *ID `hl7:"false,Universal ID Type"`
}

HD represents the corresponding HL7 datatype. Definition from HL7 2.4

func (*HD) SanitizedString 

func (hd *HD) SanitizedString() string

SanitizedString sanitizes the HD string value.

func (*HD) String 

func (hd *HD) String() string

HD (Hierarchic designator) helper functions.

type IAM 

type IAM struct {
	SetIDIAM                             *SI  `hl7:"true,Set ID - IAM"`                              // IAM-1
	AllergenTypeCode                     *CE  `hl7:"false,Allergen Type Code"`                       // IAM-2
	AllergenCodeMnemonicDescription      *CE  `hl7:"true,Allergen Code/Mnemonic/Description"`        // IAM-3
	AllergySeverityCode                  *CE  `hl7:"false,Allergy Severity Code"`                    // IAM-4
	AllergyReactionCode                  []ST `hl7:"false,Allergy Reaction Code"`                    // IAM-5
	AllergyActionCode                    *CNE `hl7:"true,Allergy Action Code"`                       // IAM-6
	AllergyUniqueIdentifier              *EI  `hl7:"true,Allergy Unique Identifier"`                 // IAM-7
	ActionReason                         *ST  `hl7:"false,Action Reason"`                            // IAM-8
	SensitivityToCausativeAgentCode      *CE  `hl7:"false,Sensitivity To Causative Agent Code"`      // IAM-9
	AllergenGroupCodeMnemonicDescription *CE  `hl7:"false,Allergen Group Code/Mnemonic/Description"` // IAM-10
	OnsetDate                            *DT  `hl7:"false,Onset Date"`                               // IAM-11
	OnsetDateText                        *ST  `hl7:"false,Onset Date Text"`                          // IAM-12
	ReportedDateTime                     *TS  `hl7:"false,Reported Date/Time"`                       // IAM-13
	ReportedBy                           *XPN `hl7:"false,Reported By"`                              // IAM-14
	RelationshipToPatientCode            *CE  `hl7:"false,Relationship To Patient Code"`             // IAM-15
	AlertDeviceCode                      *CE  `hl7:"false,Alert Device Code"`                        // IAM-16
	AllergyClinicalStatusCode            *CE  `hl7:"false,Allergy Clinical Status Code"`             // IAM-17
	StatusedByPerson                     *XCN `hl7:"false,Statused By Person"`                       // IAM-18
	StatusedByOrganization               *XON `hl7:"false,Statused By Organization"`                 // IAM-19
	StatusedAtDateTime                   *TS  `hl7:"false,Statused At Date/Time"`                    // IAM-20
}

IAM represents the corresponding HL7 segment. Definition from HL7 2.4

func (*IAM) SegmentName 

func (s *IAM) SegmentName() string

type ID 

type ID string

ID represents a HL7 ID value (Coded value for HL7 tables).

func NewID 

func NewID(id ID) *ID

NewID returns a new ID.

func (*ID) Empty 

func (id *ID) Empty() bool

Empty returns whether ID is nil or empty.

func (*ID) Marshal 

func (id *ID) Marshal(_ *Context) ([]byte, error)

Marshal marshals the ID value.

func (*ID) SanitizedString 

func (id *ID) SanitizedString() string

SanitizedString sanitizes the ID string value.

func (*ID) String 

func (id *ID) String() string

func (*ID) Unmarshal 

func (id *ID) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the ID value.

type IN1 

type IN1 struct {
	SetIDIN1                      *SI   `hl7:"true,Set ID - IN1"`                       // IN1-1
	InsurancePlanID               *CE   `hl7:"true,Insurance Plan ID"`                  // IN1-2
	InsuranceCompanyID            []CX  `hl7:"true,Insurance Company ID"`               // IN1-3
	InsuranceCompanyName          []XON `hl7:"false,Insurance Company Name"`            // IN1-4
	InsuranceCompanyAddress       []XAD `hl7:"false,Insurance Company Address"`         // IN1-5
	InsuranceCoContactPerson      []XPN `hl7:"false,Insurance Co Contact Person"`       // IN1-6
	InsuranceCoPhoneNumber        []XTN `hl7:"false,Insurance Co Phone Number"`         // IN1-7
	GroupNumber                   *ST   `hl7:"false,Group Number"`                      // IN1-8
	GroupName                     []XON `hl7:"false,Group Name"`                        // IN1-9
	InsuredSGroupEmpID            []CX  `hl7:"false,Insured'S Group Emp ID"`            // IN1-10
	InsuredSGroupEmpName          []XON `hl7:"false,Insured'S Group Emp Name"`          // IN1-11
	PlanEffectiveDate             *DT   `hl7:"false,Plan Effective Date"`               // IN1-12
	PlanExpirationDate            *DT   `hl7:"false,Plan Expiration Date"`              // IN1-13
	AuthorizationInformation      *AUI  `hl7:"false,Authorization Information"`         // IN1-14
	PlanType                      *IS   `hl7:"false,Plan Type"`                         // IN1-15
	NameOfInsured                 []XPN `hl7:"false,Name Of Insured"`                   // IN1-16
	InsuredSRelationshipToPatient *CE   `hl7:"false,Insured'S Relationship To Patient"` // IN1-17
	InsuredSDateOfBirth           *TS   `hl7:"false,Insured'S Date Of Birth"`           // IN1-18
	InsuredSAddress               []XAD `hl7:"false,Insured'S Address"`                 // IN1-19
	AssignmentOfBenefits          *IS   `hl7:"false,Assignment Of Benefits"`            // IN1-20
	CoordinationOfBenefits        *IS   `hl7:"false,Coordination Of Benefits"`          // IN1-21
	CoordOfBenPriority            *ST   `hl7:"false,Coord Of Ben. Priority"`            // IN1-22
	NoticeOfAdmissionFlag         *ID   `hl7:"false,Notice Of Admission Flag"`          // IN1-23
	NoticeOfAdmissionDate         *DT   `hl7:"false,Notice Of Admission Date"`          // IN1-24
	ReportOfEligibilityFlag       *ID   `hl7:"false,Report Of Eligibility Flag"`        // IN1-25
	ReportOfEligibilityDate       *DT   `hl7:"false,Report Of Eligibility Date"`        // IN1-26
	ReleaseInformationCode        *IS   `hl7:"false,Release Information Code"`          // IN1-27
	PreAdmitCert                  *ST   `hl7:"false,Pre-Admit Cert"`                    // IN1-28
	VerificationDateTime          *TS   `hl7:"false,Verification Date/Time"`            // IN1-29
	VerificationBy                []XCN `hl7:"false,Verification By"`                   // IN1-30
	TypeOfAgreementCode           *IS   `hl7:"false,Type Of Agreement Code"`            // IN1-31
	BillingStatus                 *IS   `hl7:"false,Billing Status"`                    // IN1-32
	LifetimeReserveDays           *NM   `hl7:"false,Lifetime Reserve Days"`             // IN1-33
	DelayBeforeLRDay              *NM   `hl7:"false,Delay Before L.R. Day"`             // IN1-34
	CompanyPlanCode               *IS   `hl7:"false,Company Plan Code"`                 // IN1-35
	PolicyNumber                  *ST   `hl7:"false,Policy Number"`                     // IN1-36
	PolicyDeductible              *CP   `hl7:"false,Policy Deductible"`                 // IN1-37
	PolicyLimitAmount             *CP   `hl7:"false,Policy Limit - Amount"`             // IN1-38
	PolicyLimitDays               *NM   `hl7:"false,Policy Limit - Days"`               // IN1-39
	RoomRateSemiPrivate           *CP   `hl7:"false,Room Rate - Semi-Private"`          // IN1-40
	RoomRatePrivate               *CP   `hl7:"false,Room Rate - Private"`               // IN1-41
	InsuredSEmploymentStatus      *CE   `hl7:"false,Insured'S Employment Status"`       // IN1-42
	InsuredSAdministrativeSex     *IS   `hl7:"false,Insured'S Administrative Sex"`      // IN1-43
	InsuredSEmployerSAddress      []XAD `hl7:"false,Insured'S Employer'S Address"`      // IN1-44
	VerificationStatus            *ST   `hl7:"false,Verification Status"`               // IN1-45
	PriorInsurancePlanID          *IS   `hl7:"false,Prior Insurance Plan ID"`           // IN1-46
	CoverageType                  *IS   `hl7:"false,Coverage Type"`                     // IN1-47
	Handicap                      *IS   `hl7:"false,Handicap"`                          // IN1-48
	InsuredSIDNumber              []CX  `hl7:"false,Insured'S ID Number"`               // IN1-49
}

IN1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*IN1) SegmentName 

func (s *IN1) SegmentName() string

type IN2 

type IN2 struct {
	InsuredSEmployeeID                   []CX  `hl7:"false,Insured'S Employee ID"`                     // IN2-1
	InsuredSSocialSecurityNumber         *ST   `hl7:"false,Insured'S Social Security Number"`          // IN2-2
	InsuredSEmployerSNameAndID           []XCN `hl7:"false,Insured'S Employer'S Name And ID"`          // IN2-3
	EmployerInformationData              *IS   `hl7:"false,Employer Information Data"`                 // IN2-4
	MailClaimParty                       []IS  `hl7:"false,Mail Claim Party"`                          // IN2-5
	MedicareHealthInsCardNumber          *ST   `hl7:"false,Medicare Health Ins Card Number"`           // IN2-6
	MedicaidCaseName                     []XPN `hl7:"false,Medicaid Case Name"`                        // IN2-7
	MedicaidCaseNumber                   *ST   `hl7:"false,Medicaid Case Number"`                      // IN2-8
	MilitarySponsorName                  []XPN `hl7:"false,Military Sponsor Name"`                     // IN2-9
	MilitaryIDNumber                     *ST   `hl7:"false,Military ID Number"`                        // IN2-10
	DependentOfMilitaryRecipient         *CE   `hl7:"false,Dependent Of Military Recipient"`           // IN2-11
	MilitaryOrganization                 *ST   `hl7:"false,Military Organization"`                     // IN2-12
	MilitaryStation                      *ST   `hl7:"false,Military Station"`                          // IN2-13
	MilitaryService                      *IS   `hl7:"false,Military Service"`                          // IN2-14
	MilitaryRankGrade                    *IS   `hl7:"false,Military Rank/Grade"`                       // IN2-15
	MilitaryStatus                       *IS   `hl7:"false,Military Status"`                           // IN2-16
	MilitaryRetireDate                   *DT   `hl7:"false,Military Retire Date"`                      // IN2-17
	MilitaryNonAvailCertOnFile           *ID   `hl7:"false,Military Non-Avail Cert On File"`           // IN2-18
	BabyCoverage                         *ID   `hl7:"false,Baby Coverage"`                             // IN2-19
	CombineBabyBill                      *ID   `hl7:"false,Combine Baby Bill"`                         // IN2-20
	BloodDeductible                      *ST   `hl7:"false,Blood Deductible"`                          // IN2-21
	SpecialCoverageApprovalName          []XPN `hl7:"false,Special Coverage Approval Name"`            // IN2-22
	SpecialCoverageApprovalTitle         *ST   `hl7:"false,Special Coverage Approval Title"`           // IN2-23
	NonCoveredInsuranceCode              []IS  `hl7:"false,Non-Covered Insurance Code"`                // IN2-24
	PayorID                              []CX  `hl7:"false,Payor ID"`                                  // IN2-25
	PayorSubscriberID                    []CX  `hl7:"false,Payor Subscriber ID"`                       // IN2-26
	EligibilitySource                    *IS   `hl7:"false,Eligibility Source"`                        // IN2-27
	RoomCoverageTypeAmount               []RMC `hl7:"false,Room Coverage Type/Amount"`                 // IN2-28
	PolicyTypeAmount                     []PTA `hl7:"false,Policy Type/Amount"`                        // IN2-29
	DailyDeductible                      *DDI  `hl7:"false,Daily Deductible"`                          // IN2-30
	LivingDependency                     *IS   `hl7:"false,Living Dependency"`                         // IN2-31
	AmbulatoryStatus                     []IS  `hl7:"false,Ambulatory Status"`                         // IN2-32
	Citizenship                          []CE  `hl7:"false,Citizenship"`                               // IN2-33
	PrimaryLanguage                      *CE   `hl7:"false,Primary Language"`                          // IN2-34
	LivingArrangement                    *IS   `hl7:"false,Living Arrangement"`                        // IN2-35
	PublicityCode                        *CE   `hl7:"false,Publicity Code"`                            // IN2-36
	ProtectionIndicator                  *ID   `hl7:"false,Protection Indicator"`                      // IN2-37
	StudentIndicator                     *IS   `hl7:"false,Student Indicator"`                         // IN2-38
	Religion                             *CE   `hl7:"false,Religion"`                                  // IN2-39
	MotherSMaidenName                    []XPN `hl7:"false,Mother'S Maiden Name"`                      // IN2-40
	Nationality                          *CE   `hl7:"false,Nationality"`                               // IN2-41
	EthnicGroup                          []CE  `hl7:"false,Ethnic Group"`                              // IN2-42
	MaritalStatus                        []CE  `hl7:"false,Marital Status"`                            // IN2-43
	InsuredSEmploymentStartDate          *DT   `hl7:"false,Insured'S Employment Start Date"`           // IN2-44
	EmploymentStopDate                   *DT   `hl7:"false,Employment Stop Date"`                      // IN2-45
	JobTitle                             *ST   `hl7:"false,Job Title"`                                 // IN2-46
	JobCodeClass                         *JCC  `hl7:"false,Job Code/Class"`                            // IN2-47
	JobStatus                            *IS   `hl7:"false,Job Status"`                                // IN2-48
	EmployerContactPersonName            []XPN `hl7:"false,Employer Contact Person Name"`              // IN2-49
	EmployerContactPersonPhoneNumber     []XTN `hl7:"false,Employer Contact Person Phone Number"`      // IN2-50
	EmployerContactReason                *IS   `hl7:"false,Employer Contact Reason"`                   // IN2-51
	InsuredSContactPersonSName           []XPN `hl7:"false,Insured'S Contact Person'S Name"`           // IN2-52
	InsuredSContactPersonPhoneNumber     []XTN `hl7:"false,Insured'S Contact Person Phone Number"`     // IN2-53
	InsuredSContactPersonReason          []IS  `hl7:"false,Insured'S Contact Person Reason"`           // IN2-54
	RelationshipToThePatientStartDate    *DT   `hl7:"false,Relationship To The Patient Start Date"`    // IN2-55
	RelationshipToThePatientStopDate     []DT  `hl7:"false,Relationship To The Patient Stop Date"`     // IN2-56
	InsuranceCoContactReason             *IS   `hl7:"false,Insurance Co. Contact Reason"`              // IN2-57
	InsuranceCoContactPhoneNumber        *XTN  `hl7:"false,Insurance Co Contact Phone Number"`         // IN2-58
	PolicyScope                          *IS   `hl7:"false,Policy Scope"`                              // IN2-59
	PolicySource                         *IS   `hl7:"false,Policy Source"`                             // IN2-60
	PatientMemberNumber                  *CX   `hl7:"false,Patient Member Number"`                     // IN2-61
	GuarantorSRelationshipToInsured      *CE   `hl7:"false,Guarantor'S Relationship To Insured"`       // IN2-62
	InsuredSPhoneNumberHome              []XTN `hl7:"false,Insured'S Phone Number - Home"`             // IN2-63
	InsuredSEmployerPhoneNumber          []XTN `hl7:"false,Insured'S Employer Phone Number"`           // IN2-64
	MilitaryHandicappedProgram           *CE   `hl7:"false,Military Handicapped Program"`              // IN2-65
	SuspendFlag                          *ID   `hl7:"false,Suspend Flag"`                              // IN2-66
	CopayLimitFlag                       *ID   `hl7:"false,Copay Limit Flag"`                          // IN2-67
	StoplossLimitFlag                    *ID   `hl7:"false,Stoploss Limit Flag"`                       // IN2-68
	InsuredOrganizationNameAndID         []XON `hl7:"false,Insured Organization Name And ID"`          // IN2-69
	InsuredEmployerOrganizationNameAndID []XON `hl7:"false,Insured Employer Organization Name And ID"` // IN2-70
	Race                                 []CE  `hl7:"false,Race"`                                      // IN2-71
	HCFAPatientSRelationshipToInsured    *CE   `hl7:"false,HCFA Patient'S Relationship To Insured"`    // IN2-72
}

IN2 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*IN2) SegmentName 

func (s *IN2) SegmentName() string

type IN3 

type IN3 struct {
	SetIDIN3                           *SI   `hl7:"true,Set ID - IN3"`                           // IN3-1
	CertificationNumber                *CX   `hl7:"false,Certification Number"`                  // IN3-2
	CertifiedBy                        []XCN `hl7:"false,Certified By"`                          // IN3-3
	CertificationRequired              *ID   `hl7:"false,Certification Required"`                // IN3-4
	Penalty                            *MOP  `hl7:"false,Penalty"`                               // IN3-5
	CertificationDateTime              *TS   `hl7:"false,Certification Date/Time"`               // IN3-6
	CertificationModifyDateTime        *TS   `hl7:"false,Certification Modify Date/Time"`        // IN3-7
	Operator                           []XCN `hl7:"false,Operator"`                              // IN3-8
	CertificationBeginDate             *DT   `hl7:"false,Certification Begin Date"`              // IN3-9
	CertificationEndDate               *DT   `hl7:"false,Certification End Date"`                // IN3-10
	Days                               *DTN  `hl7:"false,Days"`                                  // IN3-11
	NonConcurCodeDescription           *CE   `hl7:"false,Non-Concur Code/Description"`           // IN3-12
	NonConcurEffectiveDateTime         *TS   `hl7:"false,Non-Concur Effective Date/Time"`        // IN3-13
	PhysicianReviewer                  []XCN `hl7:"false,Physician Reviewer"`                    // IN3-14
	CertificationContact               *ST   `hl7:"false,Certification Contact"`                 // IN3-15
	CertificationContactPhoneNumber    []XTN `hl7:"false,Certification Contact Phone Number"`    // IN3-16
	AppealReason                       *CE   `hl7:"false,Appeal Reason"`                         // IN3-17
	CertificationAgency                *CE   `hl7:"false,Certification Agency"`                  // IN3-18
	CertificationAgencyPhoneNumber     []XTN `hl7:"false,Certification Agency Phone Number"`     // IN3-19
	PreCertificationReqWindow          []PCF `hl7:"false,Pre-Certification Req/Window"`          // IN3-20
	CaseManager                        *ST   `hl7:"false,Case Manager"`                          // IN3-21
	SecondOpinionDate                  *DT   `hl7:"false,Second Opinion Date"`                   // IN3-22
	SecondOpinionStatus                *IS   `hl7:"false,Second Opinion Status"`                 // IN3-23
	SecondOpinionDocumentationReceived []IS  `hl7:"false,Second Opinion Documentation Received"` // IN3-24
	SecondOpinionPhysician             []XCN `hl7:"false,Second Opinion Physician"`              // IN3-25
}

IN3 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*IN3) SegmentName 

func (s *IN3) SegmentName() string

type INR_U06 

type INR_U06 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	INV   []INV `hl7:"true,INV"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

INR_U06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*INR_U06) MessageTypeName 

func (s *INR_U06) MessageTypeName() string

type INU_U05 

type INU_U05 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	INV   []INV `hl7:"true,INV"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

INU_U05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*INU_U05) MessageTypeName 

func (s *INU_U05) MessageTypeName() string

type INV 

type INV struct {
	SubstanceIdentifier          *CE  `hl7:"true,Substance Identifier"`            // INV-1
	SubstanceStatus              []CE `hl7:"true,Substance Status"`                // INV-2
	SubstanceType                *CE  `hl7:"false,Substance Type"`                 // INV-3
	InventoryContainerIdentifier *CE  `hl7:"false,Inventory Container Identifier"` // INV-4
	ContainerCarrierIdentifier   *CE  `hl7:"false,Container Carrier Identifier"`   // INV-5
	PositionOnCarrier            *CE  `hl7:"false,Position On Carrier"`            // INV-6
	InitialQuantity              *NM  `hl7:"false,Initial Quantity"`               // INV-7
	CurrentQuantity              *NM  `hl7:"false,Current Quantity"`               // INV-8
	AvailableQuantity            *NM  `hl7:"false,Available Quantity"`             // INV-9
	ConsumptionQuantity          *NM  `hl7:"false,Consumption Quantity"`           // INV-10
	QuantityUnits                *CE  `hl7:"false,Quantity Units"`                 // INV-11
	ExpirationDateTime           *TS  `hl7:"false,Expiration Date/Time"`           // INV-12
	FirstUsedDateTime            *TS  `hl7:"false,First Used Date/Time"`           // INV-13
	OnBoardStabilityDuration     *TQ  `hl7:"false,On Board Stability Duration"`    // INV-14
	TestFluidIdentifierS         []CE `hl7:"false,Test/Fluid Identifier(S)"`       // INV-15
	ManufacturerLotNumber        *ST  `hl7:"false,Manufacturer Lot Number"`        // INV-16
	ManufacturerIdentifier       *CE  `hl7:"false,Manufacturer Identifier"`        // INV-17
	SupplierIdentifier           *CE  `hl7:"false,Supplier Identifier"`            // INV-18
}

INV represents the corresponding HL7 segment. Definition from HL7 2.4

func (*INV) SegmentName 

func (s *INV) SegmentName() string

type IS 

type IS string

IS represents a HL7 IS value (Coded value for user-defined tables).

func NewIS 

func NewIS(is IS) *IS

NewIS returns a new IS.

func (*IS) Empty 

func (is *IS) Empty() bool

Empty returns whether IS is nil or empty.

func (*IS) Marshal 

func (is *IS) Marshal(_ *Context) ([]byte, error)

Marshal marshals the IS value.

func (*IS) SanitizedString 

func (is *IS) SanitizedString() string

SanitizedString sanitizes the IS string value.

func (*IS) String 

func (is *IS) String() string

func (*IS) Unmarshal 

func (is *IS) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the IS value.

type ISD 

type ISD struct {
	ReferenceInteractionNumberUniqueIdentifier *NM `hl7:"true,Reference Interaction Number (Unique Identifier)"` // ISD-1
	InteractionTypeIdentifier                  *CE `hl7:"false,Interaction Type Identifier"`                     // ISD-2
	InteractionActiveState                     *CE `hl7:"true,Interaction Active State"`                         // ISD-3
}

ISD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ISD) SegmentName 

func (s *ISD) SegmentName() string

type JCC 

type JCC struct {
	JobCode  *IS `hl7:"false,Job Code"`
	JobClass *IS `hl7:"false,Job Class"`
}

JCC represents the corresponding HL7 datatype. Definition from HL7 2.4

type LA1 

type LA1 struct {
	PointOfCare        *IS `hl7:"false,Point Of Care"`
	Room               *IS `hl7:"false,Room"`
	Bed                *IS `hl7:"false,Bed"`
	Facility           *HD `hl7:"false,Facility"`
	LocationStatus     *IS `hl7:"false,Location Status"`
	PersonLocationType *IS `hl7:"false,Person Location Type"`
	Building           *IS `hl7:"false,Building"`
	Floor              *IS `hl7:"false,Floor"`
	Address            *AD `hl7:"false,Address"`
}

LA1 represents the corresponding HL7 datatype. Definition from HL7 2.4

type LA2 

type LA2 struct {
	PointOfCare                *IS `hl7:"false,Point Of Care"`
	Room                       *IS `hl7:"false,Room"`
	Bed                        *IS `hl7:"false,Bed"`
	Facility                   *HD `hl7:"false,Facility"`
	LocationStatus             *IS `hl7:"false,Location Status"`
	PersonLocationType         *IS `hl7:"false,Person Location Type"`
	Building                   *IS `hl7:"false,Building"`
	Floor                      *IS `hl7:"false,Floor"`
	StreetAddress              *ST `hl7:"false,Street Address"`
	OtherDesignation           *ST `hl7:"false,Other Designation"`
	City                       *ST `hl7:"false,City"`
	StateOrProvince            *ST `hl7:"false,State Or Province"`
	ZipOrPostalCode            *ST `hl7:"false,Zip Or Postal Code"`
	Country                    *ID `hl7:"false,Country"`
	AddressType                *ID `hl7:"false,Address Type"`
	OtherGeographicDesignation *ST `hl7:"false,Other Geographic Designation"`
}

LA2 represents the corresponding HL7 datatype. Definition from HL7 2.4

type LAN 

type LAN struct {
	SetIDLAN                *SI  `hl7:"true,Set ID - LAN"`               // LAN-1
	LanguageCode            *CE  `hl7:"true,Language Code"`              // LAN-2
	LanguageAbilityCode     []CE `hl7:"false,Language Ability Code"`     // LAN-3
	LanguageProficiencyCode *CE  `hl7:"false,Language Proficiency Code"` // LAN-4
}

LAN represents the corresponding HL7 segment. Definition from HL7 2.4

func (*LAN) SegmentName 

func (s *LAN) SegmentName() string

type LCC 

type LCC struct {
	PrimaryKeyValueLCC *PL  `hl7:"true,Primary Key Value - LCC"` // LCC-1
	LocationDepartment *CE  `hl7:"true,Location Department"`     // LCC-2
	AccommodationType  []CE `hl7:"false,Accommodation Type"`     // LCC-3
	ChargeCode         []CE `hl7:"true,Charge Code"`             // LCC-4
}

LCC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*LCC) SegmentName 

func (s *LCC) SegmentName() string

type LCH 

type LCH struct {
	PrimaryKeyValueLCH             *PL `hl7:"true,Primary Key Value - LCH"`           // LCH-1
	SegmentActionCode              *ID `hl7:"false,Segment Action Code"`              // LCH-2
	SegmentUniqueKey               *EI `hl7:"false,Segment Unique Key"`               // LCH-3
	LocationCharacteristicID       *CE `hl7:"true,Location Characteristic ID"`        // LCH-4
	LocationCharacteristicValueLCH *CE `hl7:"true,Location Characteristic Value-LCH"` // LCH-5
}

LCH represents the corresponding HL7 segment. Definition from HL7 2.4

func (*LCH) SegmentName 

func (s *LCH) SegmentName() string

type LDP 

type LDP struct {
	PrimaryKeyValueLDP  *PL  `hl7:"true,Primary Key Value - LDP"`  // LDP-1
	LocationDepartment  *CE  `hl7:"true,Location Department"`      // LDP-2
	LocationService     []IS `hl7:"false,Location Service"`        // LDP-3
	SpecialtyType       []CE `hl7:"false,Specialty Type"`          // LDP-4
	ValidPatientClasses []IS `hl7:"false,Valid Patient Classes"`   // LDP-5
	ActiveInactiveFlag  *ID  `hl7:"false,Active/Inactive Flag"`    // LDP-6
	ActivationDateLDP   *TS  `hl7:"false,Activation Date  LDP"`    // LDP-7
	InactivationDateLDP *TS  `hl7:"false,Inactivation Date - LDP"` // LDP-8
	InactivatedReason   *ST  `hl7:"false,Inactivated Reason"`      // LDP-9
	VisitingHours       []VH `hl7:"false,Visiting Hours"`          // LDP-10
	ContactPhone        *XTN `hl7:"false,Contact Phone"`           // LDP-11
	LocationCostCenter  *CE  `hl7:"false,Location Cost Center"`    // LDP-12
}

LDP represents the corresponding HL7 segment. Definition from HL7 2.4

func (*LDP) SegmentName 

func (s *LDP) SegmentName() string

type LOC 

type LOC struct {
	PrimaryKeyValueLOC  *PL   `hl7:"true,Primary Key Value - LOC"`  // LOC-1
	LocationDescription *ST   `hl7:"false,Location Description"`    // LOC-2
	LocationTypeLOC     []IS  `hl7:"true,Location Type - LOC"`      // LOC-3
	OrganizationNameLOC []XON `hl7:"false,Organization Name - LOC"` // LOC-4
	LocationAddress     []XAD `hl7:"false,Location Address"`        // LOC-5
	LocationPhone       []XTN `hl7:"false,Location Phone"`          // LOC-6
	LicenseNumber       []CE  `hl7:"false,License Number"`          // LOC-7
	LocationEquipment   []IS  `hl7:"false,Location Equipment"`      // LOC-8
	LocationServiceCode *IS   `hl7:"false,Location Service Code"`   // LOC-9
}

LOC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*LOC) SegmentName 

func (s *LOC) SegmentName() string

type LRL 

type LRL struct {
	PrimaryKeyValueLRL                      *PL   `hl7:"true,Primary Key Value - LRL"`                     // LRL-1
	SegmentActionCode                       *ID   `hl7:"false,Segment Action Code"`                        // LRL-2
	SegmentUniqueKey                        *EI   `hl7:"false,Segment Unique Key"`                         // LRL-3
	LocationRelationshipID                  *CE   `hl7:"true,Location Relationship ID"`                    // LRL-4
	OrganizationalLocationRelationshipValue []XON `hl7:"false,Organizational Location Relationship Value"` // LRL-5
	PatientLocationRelationshipValue        *PL   `hl7:"false,Patient Location Relationship Value"`        // LRL-6
}

LRL represents the corresponding HL7 segment. Definition from HL7 2.4

func (*LRL) SegmentName 

func (s *LRL) SegmentName() string

type LSU_U12 

type LSU_U12 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	EQP   []EQP `hl7:"true,EQP"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

LSU_U12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*LSU_U12) MessageTypeName 

func (s *LSU_U12) MessageTypeName() string

type MA 

type MA struct {
	Sample1FromChannel1 *NM `hl7:"false,Sample 1 From Channel 1"`
	Sample1FromChannel2 *NM `hl7:"false,Sample 1 From Channel 2"`
	Sample1FromChannel3 *NM `hl7:"false,Sample 1 From Channel 3"`
	Sample1FromChannel4 *NM `hl7:"false,Sample 1 From Channel 4"`
	Sample1FromChannel5 *NM `hl7:"false,Sample 1 From Channel 5"`
	Sample1FromChannel6 *NM `hl7:"false,Sample 1 From Channel 6"`
}

MA represents the corresponding HL7 datatype. Definition from HL7 2.4

type MCF_Q02 

type MCF_Q02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	Other []interface{}
}

MCF_Q02 represents the corresponding HL7 message type. Definition from HL7 2.1

func (*MCF_Q02) MessageTypeName 

func (s *MCF_Q02) MessageTypeName() string

type MDM_T01 

type MDM_T01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	PID   *PID `hl7:"true,PID"`
	PV1   *PV1 `hl7:"true,PV1"`
	TXA   *TXA `hl7:"true,TXA"`
	Other []interface{}
}

MDM_T01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MDM_T01) MessageTypeName 

func (s *MDM_T01) MessageTypeName() string

type MDM_T02 

type MDM_T02 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"true,PV1"`
	TXA   *TXA  `hl7:"true,TXA"`
	OBX   []OBX `hl7:"true,OBX"`
	Other []interface{}
}

MDM_T02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MDM_T02) MessageTypeName 

func (s *MDM_T02) MessageTypeName() string

type MFA 

type MFA struct {
	RecordLevelEventCode      *ID  `hl7:"true,Record-Level Event Code"`       // MFA-1
	MFNControlID              *ST  `hl7:"false,MFN Control ID"`               // MFA-2
	EventCompletionDateTime   *TS  `hl7:"false,Event Completion Date/Time"`   // MFA-3
	MFNRecordLevelErrorReturn *CE  `hl7:"true,MFN Record Level Error Return"` // MFA-4
	PrimaryKeyValueMFA        []CE `hl7:"true,Primary Key Value - MFA"`       // MFA-5
	PrimaryKeyValueTypeMFA    []ID `hl7:"true,Primary Key Value Type - MFA"`  // MFA-6
}

MFA represents the corresponding HL7 segment. Definition from HL7 2.4

func (*MFA) SegmentName 

func (s *MFA) SegmentName() string

type MFD_M01 

type MFD_M01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MFI   *MFI  `hl7:"true,MFI"`
	MFA   []MFA `hl7:"false,MFA"`
	Other []interface{}
}

MFD_M01 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFD_M01) MessageTypeName 

func (s *MFD_M01) MessageTypeName() string

type MFD_M02 

type MFD_M02 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MFI   *MFI  `hl7:"true,MFI"`
	MFA   []MFA `hl7:"false,MFA"`
	Other []interface{}
}

MFD_M02 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFD_M02) MessageTypeName 

func (s *MFD_M02) MessageTypeName() string

type MFD_M03 

type MFD_M03 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MFI   *MFI  `hl7:"true,MFI"`
	MFA   []MFA `hl7:"false,MFA"`
	Other []interface{}
}

MFD_M03 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFD_M03) MessageTypeName 

func (s *MFD_M03) MessageTypeName() string

type MFE 

type MFE struct {
	RecordLevelEventCode *ID   `hl7:"true,Record-Level Event Code"` // MFE-1
	MFNControlID         *ST   `hl7:"false,MFN Control ID"`         // MFE-2
	EffectiveDateTime    *TS   `hl7:"false,Effective Date/Time"`    // MFE-3
	PrimaryKeyValueMFE   []Any `hl7:"true,Primary Key Value - MFE"` // MFE-4
	PrimaryKeyValueType  []ID  `hl7:"true,Primary Key Value Type"`  // MFE-5
}

MFE represents the corresponding HL7 segment. Definition from HL7 2.4

func (*MFE) SegmentName 

func (s *MFE) SegmentName() string

type MFI 

type MFI struct {
	MasterFileIdentifier            *CE `hl7:"true,Master File Identifier"`              // MFI-1
	MasterFileApplicationIdentifier *HD `hl7:"false,Master File Application Identifier"` // MFI-2
	FileLevelEventCode              *ID `hl7:"true,File-Level Event Code"`               // MFI-3
	EnteredDateTime                 *TS `hl7:"false,Entered Date/Time"`                  // MFI-4
	EffectiveDateTime               *TS `hl7:"false,Effective Date/Time"`                // MFI-5
	ResponseLevelCode               *ID `hl7:"true,Response Level Code"`                 // MFI-6
}

MFI represents the corresponding HL7 segment. Definition from HL7 2.4

func (*MFI) SegmentName 

func (s *MFI) SegmentName() string

type MFK_M01 

type MFK_M01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	MFI   *MFI  `hl7:"true,MFI"`
	MFA   []MFA `hl7:"false,MFA"`
	Other []interface{}
}

MFK_M01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFK_M01) MessageTypeName 

func (s *MFK_M01) MessageTypeName() string

type MFK_M02 

type MFK_M02 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	MFI   *MFI  `hl7:"true,MFI"`
	MFA   []MFA `hl7:"false,MFA"`
	Other []interface{}
}

MFK_M02 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*MFK_M02) MessageTypeName 

func (s *MFK_M02) MessageTypeName() string

type MFK_M03 

type MFK_M03 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	MFI   *MFI  `hl7:"true,MFI"`
	MFA   []MFA `hl7:"false,MFA"`
	Other []interface{}
}

MFK_M03 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFK_M03) MessageTypeName 

func (s *MFK_M03) MessageTypeName() string

type MFN_M01 

type MFN_M01 struct {
	MSH   *MSH         `hl7:"true,MSH"`
	MFI   *MFI         `hl7:"true,MFI"`
	MF    []MFN_M01_MF `hl7:"true,MF"`
	Other []interface{}
}

MFN_M01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M01) MessageTypeName 

func (s *MFN_M01) MessageTypeName() string

type MFN_M01_MF 

type MFN_M01_MF struct {
	MFE *MFE `hl7:"true,MFE"`
	// Missing: anyZSegment
	Other []interface{}
}

MFN_M01_MF represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M01_MF) MessageTypeSubStructName 

func (s *MFN_M01_MF) MessageTypeSubStructName() string

type MFN_M02 

type MFN_M02 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MFI      *MFI               `hl7:"true,MFI"`
	MF_STAFF []MFN_M02_MF_STAFF `hl7:"true,MF_STAFF"`
	Other    []interface{}
}

MFN_M02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M02) MessageTypeName 

func (s *MFN_M02) MessageTypeName() string

type MFN_M02_MF_STAFF 

type MFN_M02_MF_STAFF struct {
	MFE   *MFE `hl7:"true,MFE"`
	STF   *STF `hl7:"true,STF"`
	PRA   *PRA `hl7:"false,PRA"`
	ORG   *ORG `hl7:"false,ORG"`
	Other []interface{}
}

MFN_M02_MF_STAFF represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M02_MF_STAFF) MessageTypeSubStructName 

func (s *MFN_M02_MF_STAFF) MessageTypeSubStructName() string

type MFN_M03 

type MFN_M03 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MFI     *MFI              `hl7:"true,MFI"`
	MF_TEST []MFN_M03_MF_TEST `hl7:"true,MF_TEST"`
	Other   []interface{}
}

MFN_M03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M03) MessageTypeName 

func (s *MFN_M03) MessageTypeName() string

type MFN_M03_MF_TEST 

type MFN_M03_MF_TEST struct {
	MFE *MFE `hl7:"true,MFE"`
	OM1 *OM1 `hl7:"true,OM1"`
	// Missing: anyHL7Segment
	Other []interface{}
}

MFN_M03_MF_TEST represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M03_MF_TEST) MessageTypeSubStructName 

func (s *MFN_M03_MF_TEST) MessageTypeSubStructName() string

type MFN_M04 

type MFN_M04 struct {
	MSH    *MSH             `hl7:"true,MSH"`
	MFI    *MFI             `hl7:"true,MFI"`
	MF_CDM []MFN_M04_MF_CDM `hl7:"true,MF_CDM"`
	Other  []interface{}
}

MFN_M04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M04) MessageTypeName 

func (s *MFN_M04) MessageTypeName() string

type MFN_M04_MF_CDM 

type MFN_M04_MF_CDM struct {
	MFE   *MFE  `hl7:"true,MFE"`
	CDM   *CDM  `hl7:"true,CDM"`
	PRC   []PRC `hl7:"false,PRC"`
	Other []interface{}
}

MFN_M04_MF_CDM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M04_MF_CDM) MessageTypeSubStructName 

func (s *MFN_M04_MF_CDM) MessageTypeSubStructName() string

type MFN_M05 

type MFN_M05 struct {
	MSH         *MSH                  `hl7:"true,MSH"`
	MFI         *MFI                  `hl7:"true,MFI"`
	MF_LOCATION []MFN_M05_MF_LOCATION `hl7:"true,MF_LOCATION"`
	Other       []interface{}
}

MFN_M05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M05) MessageTypeName 

func (s *MFN_M05) MessageTypeName() string

type MFN_M05_MF_LOCATION 

type MFN_M05_MF_LOCATION struct {
	MFE         *MFE                  `hl7:"true,MFE"`
	LOC         *LOC                  `hl7:"true,LOC"`
	LCH         []LCH                 `hl7:"false,LCH"`
	LRL         []LRL                 `hl7:"false,LRL"`
	MF_LOC_DEPT []MFN_M05_MF_LOC_DEPT `hl7:"true,MF_LOC_DEPT"`
	Other       []interface{}
}

MFN_M05_MF_LOCATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M05_MF_LOCATION) MessageTypeSubStructName 

func (s *MFN_M05_MF_LOCATION) MessageTypeSubStructName() string

type MFN_M05_MF_LOC_DEPT 

type MFN_M05_MF_LOC_DEPT struct {
	LDP   *LDP  `hl7:"true,LDP"`
	LCH   []LCH `hl7:"false,LCH"`
	LCC   []LCC `hl7:"false,LCC"`
	Other []interface{}
}

MFN_M05_MF_LOC_DEPT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M05_MF_LOC_DEPT) MessageTypeSubStructName 

func (s *MFN_M05_MF_LOC_DEPT) MessageTypeSubStructName() string

type MFN_M06 

type MFN_M06 struct {
	MSH           *MSH                    `hl7:"true,MSH"`
	MFI           *MFI                    `hl7:"true,MFI"`
	MF_CLIN_STUDY []MFN_M06_MF_CLIN_STUDY `hl7:"true,MF_CLIN_STUDY"`
	Other         []interface{}
}

MFN_M06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M06) MessageTypeName 

func (s *MFN_M06) MessageTypeName() string

type MFN_M06_MF_CDM 

type MFN_M06_MF_CDM struct {
	MFE   *MFE  `hl7:"true,MFE"`
	CDM   *CDM  `hl7:"true,CDM"`
	PRC   []PRC `hl7:"false,PRC"`
	Other []interface{}
}

MFN_M06_MF_CDM represents the corresponding HL7 message type. Definition from HL7 2.3

func (*MFN_M06_MF_CDM) MessageTypeSubStructName 

func (s *MFN_M06_MF_CDM) MessageTypeSubStructName() string

type MFN_M06_MF_CLIN_STUDY 

type MFN_M06_MF_CLIN_STUDY struct {
	MFE                   *MFE                            `hl7:"true,MFE"`
	CM0                   *CM0                            `hl7:"true,CM0"`
	MF_PHASE_SCHED_DETAIL []MFN_M06_MF_PHASE_SCHED_DETAIL `hl7:"false,MF_PHASE_SCHED_DETAIL"`
	Other                 []interface{}
}

MFN_M06_MF_CLIN_STUDY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M06_MF_CLIN_STUDY) MessageTypeSubStructName 

func (s *MFN_M06_MF_CLIN_STUDY) MessageTypeSubStructName() string

type MFN_M06_MF_PHASE_SCHED_DETAIL 

type MFN_M06_MF_PHASE_SCHED_DETAIL struct {
	CM1   *CM1  `hl7:"true,CM1"`
	CM2   []CM2 `hl7:"false,CM2"`
	Other []interface{}
}

MFN_M06_MF_PHASE_SCHED_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M06_MF_PHASE_SCHED_DETAIL) MessageTypeSubStructName 

func (s *MFN_M06_MF_PHASE_SCHED_DETAIL) MessageTypeSubStructName() string

type MFN_M07 

type MFN_M07 struct {
	MSH                 *MSH                          `hl7:"true,MSH"`
	MFI                 *MFI                          `hl7:"true,MFI"`
	MF_CLIN_STUDY_SCHED []MFN_M07_MF_CLIN_STUDY_SCHED `hl7:"true,MF_CLIN_STUDY_SCHED"`
	Other               []interface{}
}

MFN_M07 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M07) MessageTypeName 

func (s *MFN_M07) MessageTypeName() string

type MFN_M07_MF_CLIN_STUDY 

type MFN_M07_MF_CLIN_STUDY struct {
	MFE                   *MFE                            `hl7:"true,MFE"`
	CM0                   *CM0                            `hl7:"true,CM0"`
	MF_PHASE_SCHED_DETAIL []MFN_M07_MF_PHASE_SCHED_DETAIL `hl7:"false,MF_PHASE_SCHED_DETAIL"`
	Other                 []interface{}
}

MFN_M07_MF_CLIN_STUDY represents the corresponding HL7 message type. Definition from HL7 2.3

func (*MFN_M07_MF_CLIN_STUDY) MessageTypeSubStructName 

func (s *MFN_M07_MF_CLIN_STUDY) MessageTypeSubStructName() string

type MFN_M07_MF_CLIN_STUDY_SCHED 

type MFN_M07_MF_CLIN_STUDY_SCHED struct {
	MFE   *MFE  `hl7:"true,MFE"`
	CM0   *CM0  `hl7:"true,CM0"`
	CM2   []CM2 `hl7:"false,CM2"`
	Other []interface{}
}

MFN_M07_MF_CLIN_STUDY_SCHED represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M07_MF_CLIN_STUDY_SCHED) MessageTypeSubStructName 

func (s *MFN_M07_MF_CLIN_STUDY_SCHED) MessageTypeSubStructName() string

type MFN_M07_MF_PHASE_SCHED_DETAIL 

type MFN_M07_MF_PHASE_SCHED_DETAIL struct {
	CM1   *CM1  `hl7:"true,CM1"`
	CM2   []CM2 `hl7:"false,CM2"`
	Other []interface{}
}

MFN_M07_MF_PHASE_SCHED_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3

func (*MFN_M07_MF_PHASE_SCHED_DETAIL) MessageTypeSubStructName 

func (s *MFN_M07_MF_PHASE_SCHED_DETAIL) MessageTypeSubStructName() string

type MFN_M08 

type MFN_M08 struct {
	MSH             *MSH                      `hl7:"true,MSH"`
	MFI             *MFI                      `hl7:"true,MFI"`
	MF_TEST_NUMERIC []MFN_M08_MF_TEST_NUMERIC `hl7:"true,MF_TEST_NUMERIC"`
	Other           []interface{}
}

MFN_M08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M08) MessageTypeName 

func (s *MFN_M08) MessageTypeName() string

type MFN_M08_MF_NUMERIC_OBSERVATION 

type MFN_M08_MF_NUMERIC_OBSERVATION struct {
	OM2   *OM2 `hl7:"false,OM2"`
	OM3   *OM3 `hl7:"false,OM3"`
	OM4   *OM4 `hl7:"false,OM4"`
	Other []interface{}
}

MFN_M08_MF_NUMERIC_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*MFN_M08_MF_NUMERIC_OBSERVATION) MessageTypeSubStructName 

func (s *MFN_M08_MF_NUMERIC_OBSERVATION) MessageTypeSubStructName() string

type MFN_M08_MF_TEST_NUMERIC 

type MFN_M08_MF_TEST_NUMERIC struct {
	MFE   *MFE `hl7:"true,MFE"`
	OM1   *OM1 `hl7:"true,OM1"`
	OM2   *OM2 `hl7:"false,OM2"`
	OM3   *OM3 `hl7:"false,OM3"`
	OM4   *OM4 `hl7:"false,OM4"`
	Other []interface{}
}

MFN_M08_MF_TEST_NUMERIC represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M08_MF_TEST_NUMERIC) MessageTypeSubStructName 

func (s *MFN_M08_MF_TEST_NUMERIC) MessageTypeSubStructName() string

type MFN_M09 

type MFN_M09 struct {
	MSH                 *MSH                          `hl7:"true,MSH"`
	MFI                 *MFI                          `hl7:"true,MFI"`
	MF_TEST_CATEGORICAL []MFN_M09_MF_TEST_CATEGORICAL `hl7:"true,MF_TEST_CATEGORICAL"`
	Other               []interface{}
}

MFN_M09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M09) MessageTypeName 

func (s *MFN_M09) MessageTypeName() string

type MFN_M09_MF_TEST_CATEGORICAL 

type MFN_M09_MF_TEST_CATEGORICAL struct {
	MFE                *MFE                        `hl7:"true,MFE"`
	OM1                *OM1                        `hl7:"true,OM1"`
	MF_TEST_CAT_DETAIL *MFN_M09_MF_TEST_CAT_DETAIL `hl7:"false,MF_TEST_CAT_DETAIL"`
	Other              []interface{}
}

MFN_M09_MF_TEST_CATEGORICAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M09_MF_TEST_CATEGORICAL) MessageTypeSubStructName 

func (s *MFN_M09_MF_TEST_CATEGORICAL) MessageTypeSubStructName() string

type MFN_M09_MF_TEST_CAT_DETAIL 

type MFN_M09_MF_TEST_CAT_DETAIL struct {
	OM3   *OM3  `hl7:"true,OM3"`
	OM4   []OM4 `hl7:"false,OM4"`
	Other []interface{}
}

MFN_M09_MF_TEST_CAT_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M09_MF_TEST_CAT_DETAIL) MessageTypeSubStructName 

func (s *MFN_M09_MF_TEST_CAT_DETAIL) MessageTypeSubStructName() string

type MFN_M10 

type MFN_M10 struct {
	MSH               *MSH                        `hl7:"true,MSH"`
	MFI               *MFI                        `hl7:"true,MFI"`
	MF_TEST_BATTERIES []MFN_M10_MF_TEST_BATTERIES `hl7:"true,MF_TEST_BATTERIES"`
	Other             []interface{}
}

MFN_M10 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M10) MessageTypeName 

func (s *MFN_M10) MessageTypeName() string

type MFN_M10_MF_TEST_BATTERIES 

type MFN_M10_MF_TEST_BATTERIES struct {
	MFE                 *MFE                         `hl7:"true,MFE"`
	OM1                 *OM1                         `hl7:"true,OM1"`
	MF_TEST_BATT_DETAIL *MFN_M10_MF_TEST_BATT_DETAIL `hl7:"false,MF_TEST_BATT_DETAIL"`
	Other               []interface{}
}

MFN_M10_MF_TEST_BATTERIES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M10_MF_TEST_BATTERIES) MessageTypeSubStructName 

func (s *MFN_M10_MF_TEST_BATTERIES) MessageTypeSubStructName() string

type MFN_M10_MF_TEST_BATT_DETAIL 

type MFN_M10_MF_TEST_BATT_DETAIL struct {
	OM5   *OM5  `hl7:"true,OM5"`
	OM4   []OM4 `hl7:"false,OM4"`
	Other []interface{}
}

MFN_M10_MF_TEST_BATT_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M10_MF_TEST_BATT_DETAIL) MessageTypeSubStructName 

func (s *MFN_M10_MF_TEST_BATT_DETAIL) MessageTypeSubStructName() string

type MFN_M11 

type MFN_M11 struct {
	MSH                *MSH                         `hl7:"true,MSH"`
	MFI                *MFI                         `hl7:"true,MFI"`
	MF_TEST_CALCULATED []MFN_M11_MF_TEST_CALCULATED `hl7:"true,MF_TEST_CALCULATED"`
	Other              []interface{}
}

MFN_M11 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M11) MessageTypeName 

func (s *MFN_M11) MessageTypeName() string

type MFN_M11_MF_TEST_CALCULATED 

type MFN_M11_MF_TEST_CALCULATED struct {
	MFE                 *MFE                         `hl7:"true,MFE"`
	OM1                 *OM1                         `hl7:"true,OM1"`
	MF_TEST_CALC_DETAIL *MFN_M11_MF_TEST_CALC_DETAIL `hl7:"false,MF_TEST_CALC_DETAIL"`
	Other               []interface{}
}

MFN_M11_MF_TEST_CALCULATED represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M11_MF_TEST_CALCULATED) MessageTypeSubStructName 

func (s *MFN_M11_MF_TEST_CALCULATED) MessageTypeSubStructName() string

type MFN_M11_MF_TEST_CALC_DETAIL 

type MFN_M11_MF_TEST_CALC_DETAIL struct {
	OM6   *OM6 `hl7:"true,OM6"`
	OM2   *OM2 `hl7:"true,OM2"`
	Other []interface{}
}

MFN_M11_MF_TEST_CALC_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M11_MF_TEST_CALC_DETAIL) MessageTypeSubStructName 

func (s *MFN_M11_MF_TEST_CALC_DETAIL) MessageTypeSubStructName() string

type MFN_M12 

type MFN_M12 struct {
	MSH               *MSH                        `hl7:"true,MSH"`
	MFI               *MFI                        `hl7:"true,MFI"`
	MF_OBS_ATTRIBUTES []MFN_M12_MF_OBS_ATTRIBUTES `hl7:"true,MF_OBS_ATTRIBUTES"`
	Other             []interface{}
}

MFN_M12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M12) MessageTypeName 

func (s *MFN_M12) MessageTypeName() string

type MFN_M12_MF_OBS_ATTRIBUTES 

type MFN_M12_MF_OBS_ATTRIBUTES struct {
	MFE   *MFE `hl7:"true,MFE"`
	OM1   *OM1 `hl7:"true,OM1"`
	OM7   *OM7 `hl7:"false,OM7"`
	Other []interface{}
}

MFN_M12_MF_OBS_ATTRIBUTES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFN_M12_MF_OBS_ATTRIBUTES) MessageTypeSubStructName 

func (s *MFN_M12_MF_OBS_ATTRIBUTES) MessageTypeSubStructName() string

type MFQ_M01 

type MFQ_M01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

MFQ_M01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFQ_M01) MessageTypeName 

func (s *MFQ_M01) MessageTypeName() string

type MFQ_M02 

type MFQ_M02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

MFQ_M02 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFQ_M02) MessageTypeName 

func (s *MFQ_M02) MessageTypeName() string

type MFQ_M03 

type MFQ_M03 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

MFQ_M03 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFQ_M03) MessageTypeName 

func (s *MFQ_M03) MessageTypeName() string

type MFR_M01 

type MFR_M01 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	ERR      *ERR               `hl7:"false,ERR"`
	QAK      *QAK               `hl7:"false,QAK"`
	QRD      *QRD               `hl7:"true,QRD"`
	QRF      *QRF               `hl7:"false,QRF"`
	MFI      *MFI               `hl7:"true,MFI"`
	MF_QUERY []MFR_M01_MF_QUERY `hl7:"true,MF_QUERY"`
	DSC      *DSC               `hl7:"false,DSC"`
	Other    []interface{}
}

MFR_M01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFR_M01) MessageTypeName 

func (s *MFR_M01) MessageTypeName() string

type MFR_M01_MF 

type MFR_M01_MF struct {
	MFE *MFE `hl7:"true,MFE"`
	// Missing: anyZSegment
	Other []interface{}
}

MFR_M01_MF represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFR_M01_MF) MessageTypeSubStructName 

func (s *MFR_M01_MF) MessageTypeSubStructName() string

type MFR_M01_MF_QUERY 

type MFR_M01_MF_QUERY struct {
	MFE *MFE `hl7:"true,MFE"`
	// Missing: anyZSegment
	Other []interface{}
}

MFR_M01_MF_QUERY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*MFR_M01_MF_QUERY) MessageTypeSubStructName 

func (s *MFR_M01_MF_QUERY) MessageTypeSubStructName() string

type MFR_M02 

type MFR_M02 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	ERR      *ERR               `hl7:"false,ERR"`
	QRD      *QRD               `hl7:"true,QRD"`
	QRF      *QRF               `hl7:"false,QRF"`
	MFI      *MFI               `hl7:"true,MFI"`
	MF_STAFF []MFR_M02_MF_STAFF `hl7:"true,MF_STAFF"`
	DSC      *DSC               `hl7:"false,DSC"`
	Other    []interface{}
}

MFR_M02 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFR_M02) MessageTypeName 

func (s *MFR_M02) MessageTypeName() string

type MFR_M02_MF_STAFF 

type MFR_M02_MF_STAFF struct {
	MFE *MFE `hl7:"true,MFE"`
	// Missing: anyZSegment
	Other []interface{}
}

MFR_M02_MF_STAFF represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFR_M02_MF_STAFF) MessageTypeSubStructName 

func (s *MFR_M02_MF_STAFF) MessageTypeSubStructName() string

type MFR_M03 

type MFR_M03 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MSA     *MSA              `hl7:"true,MSA"`
	ERR     *ERR              `hl7:"false,ERR"`
	QRD     *QRD              `hl7:"true,QRD"`
	QRF     *QRF              `hl7:"false,QRF"`
	MFI     *MFI              `hl7:"true,MFI"`
	MF_TEST []MFR_M03_MF_TEST `hl7:"true,MF_TEST"`
	DSC     *DSC              `hl7:"false,DSC"`
	Other   []interface{}
}

MFR_M03 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFR_M03) MessageTypeName 

func (s *MFR_M03) MessageTypeName() string

type MFR_M03_MF_TEST 

type MFR_M03_MF_TEST struct {
	MFE *MFE `hl7:"true,MFE"`
	// Missing: anyZSegment
	Other []interface{}
}

MFR_M03_MF_TEST represents the corresponding HL7 message type. Definition from HL7 2.2

func (*MFR_M03_MF_TEST) MessageTypeSubStructName 

func (s *MFR_M03_MF_TEST) MessageTypeSubStructName() string

type MLLPClient 

type MLLPClient struct {
	// contains filtered or unexported fields
}

MLLPClient reads and writes MLLP.

func NewMLLPClient 

func NewMLLPClient(c net.Conn) *MLLPClient

NewMLLPClient returns a new MLLPClient.

func (*MLLPClient) Read 

func (c *MLLPClient) Read() ([]byte, error)

func (*MLLPClient) Write 

func (c *MLLPClient) Write(message []byte) error

Write writes a message to MLLP client. Returns an error if writing a message fails.

type MO 

type MO struct {
	Quantity     *NM `hl7:"false,Quantity"`
	Denomination *ID `hl7:"false,Denomination"`
}

MO represents the corresponding HL7 datatype. Definition from HL7 2.4

type MOC 

type MOC struct {
	DollarAmount *MO `hl7:"false,Dollar Amount"`
	ChargeCode   *CE `hl7:"false,Charge Code"`
}

MOC represents the corresponding HL7 datatype. Definition from HL7 2.4

type MOP 

type MOP struct {
	MoneyOrPercentageIndicator *IS `hl7:"false,Money Or Percentage Indicator"`
	MoneyOrPercentageQuantity  *NM `hl7:"false,Money Or Percentage Quantity"`
}

MOP represents the corresponding HL7 datatype. Definition from HL7 2.4

type MRG 

type MRG struct {
	PriorPatientIdentifierList []CX  `hl7:"true,Prior Patient Identifier List"` // MRG-1
	PriorAlternatePatientID    []CX  `hl7:"false,Prior Alternate Patient ID"`   // MRG-2
	PriorPatientAccountNumber  *CX   `hl7:"false,Prior Patient Account Number"` // MRG-3
	PriorPatientID             *CX   `hl7:"false,Prior Patient ID"`             // MRG-4
	PriorVisitNumber           *CX   `hl7:"false,Prior Visit Number"`           // MRG-5
	PriorAlternateVisitID      *CX   `hl7:"false,Prior Alternate Visit ID"`     // MRG-6
	PriorPatientName           []XPN `hl7:"false,Prior Patient Name"`           // MRG-7
}

MRG represents the corresponding HL7 segment. Definition from HL7 2.4

func (*MRG) SegmentName 

func (s *MRG) SegmentName() string

type MSA 

type MSA struct {
	AcknowledgementCode       *ID `hl7:"true,Acknowledgement Code"`         // MSA-1
	MessageControlID          *ST `hl7:"true,Message Control ID"`           // MSA-2
	TextMessage               *ST `hl7:"false,Text Message"`                // MSA-3
	ExpectedSequenceNumber    *NM `hl7:"false,Expected Sequence Number"`    // MSA-4
	DelayedAcknowledgmentType *ID `hl7:"false,Delayed Acknowledgment Type"` // MSA-5
	ErrorCondition            *CE `hl7:"false,Error Condition"`             // MSA-6
}

MSA represents the corresponding HL7 segment. Definition from HL7 2.4

func (*MSA) SegmentName 

func (s *MSA) SegmentName() string

type MSG 

type MSG struct {
	MessageType      *ID `hl7:"false,Message Type"`
	TriggerEvent     *ID `hl7:"false,Trigger Event"`
	MessageStructure *ID `hl7:"false,Message Structure"`
}

MSG represents the corresponding HL7 datatype. Definition from HL7 2.4

type MSH 

type MSH struct {
	// Missing: MSH.1
	EncodingCharacters                  *Delimiters `hl7:"true,Encoding Characters"`                      // MSH-2
	SendingApplication                  *HD         `hl7:"false,Sending Application"`                     // MSH-3
	SendingFacility                     *HD         `hl7:"false,Sending Facility"`                        // MSH-4
	ReceivingApplication                *HD         `hl7:"false,Receiving Application"`                   // MSH-5
	ReceivingFacility                   *HD         `hl7:"false,Receiving Facility"`                      // MSH-6
	DateTimeOfMessage                   *TS         `hl7:"true,Date/Time Of Message"`                     // MSH-7
	Security                            *ST         `hl7:"false,Security"`                                // MSH-8
	MessageType                         *MSG        `hl7:"true,Message Type"`                             // MSH-9
	MessageControlID                    *ST         `hl7:"true,Message Control ID"`                       // MSH-10
	ProcessingID                        *PT         `hl7:"true,Processing ID"`                            // MSH-11
	VersionID                           *VID        `hl7:"true,Version ID"`                               // MSH-12
	SequenceNumber                      *NM         `hl7:"false,Sequence Number"`                         // MSH-13
	ContinuationPointer                 *ST         `hl7:"false,Continuation Pointer"`                    // MSH-14
	AcceptAcknowledgmentType            *ID         `hl7:"false,Accept Acknowledgment Type"`              // MSH-15
	ApplicationAcknowledgmentType       *ID         `hl7:"false,Application Acknowledgment Type"`         // MSH-16
	CountryCode                         *ID         `hl7:"false,Country Code"`                            // MSH-17
	CharacterSet                        []ID        `hl7:"false,Character Set"`                           // MSH-18
	PrincipalLanguageOfMessage          *CE         `hl7:"false,Principal Language Of Message"`           // MSH-19
	AlternateCharacterSetHandlingScheme *ID         `hl7:"false,Alternate Character Set Handling Scheme"` // MSH-20
	ConformanceStatementID              []ID        `hl7:"false,Conformance Statement ID"`                // MSH-21
}

MSH represents the corresponding HL7 segment. Definition from HL7 2.4

func (*MSH) SegmentName 

func (s *MSH) SegmentName() string

type Message 

type Message struct {
	*Context
	Segments []Token
	// contains filtered or unexported fields
}

Message is an HL7 message.

func ParseMessage 

func ParseMessage(input []byte) (*Message, error)

ParseMessage returns an object representing the HL7 message in input, ensuring it has a correct header, and returning an error if not.

func ParseMessageWithOptions 

func ParseMessageWithOptions(input []byte, options *ParseMessageOptions) (*Message, error)

ParseMessageWithOptions returns an object representing the HL7 message in input, ensuring it has a correct header, and returning an error if not. If options.Rewrites is populated, fields are rewritten with options.Rewrites during parsing. The rewrite functions are applied in order, and are chained so that the result of one function is passed to the next one. If not specified, the no-op rewrite is applied. If options.TimezoneLoc is populated, the given timezone is used to interpret dates from the message. If not specified, Timezone is used. If options.AllowNullHeader is set and the message has a null header, defaultDelimiters is used as the delimiters. options.segmentTerminator is used as the segment terminator or delimiter. The default value is \r. The spec doesn't allow custom values for this delimiter, but it might be necessary to change it to deal with some messages that use a non-standard terminator.

func (*Message) ABS 

func (m *Message) ABS() (*ABS, error)

ABS returns the first ABS segment within the message, or nil if there isn't one.

func (*Message) ACC 

func (m *Message) ACC() (*ACC, error)

ACC returns the first ACC segment within the message, or nil if there isn't one.

func (*Message) ADD 

func (m *Message) ADD() (*ADD, error)

ADD returns the first ADD segment within the message, or nil if there isn't one.

func (*Message) AFF 

func (m *Message) AFF() (*AFF, error)

AFF returns the first AFF segment within the message, or nil if there isn't one.

func (*Message) AIG 

func (m *Message) AIG() (*AIG, error)

AIG returns the first AIG segment within the message, or nil if there isn't one.

func (*Message) AIL 

func (m *Message) AIL() (*AIL, error)

AIL returns the first AIL segment within the message, or nil if there isn't one.

func (*Message) AIP 

func (m *Message) AIP() (*AIP, error)

AIP returns the first AIP segment within the message, or nil if there isn't one.

func (*Message) AIS 

func (m *Message) AIS() (*AIS, error)

AIS returns the first AIS segment within the message, or nil if there isn't one.

func (*Message) AL1 

func (m *Message) AL1() (*AL1, error)

AL1 returns the first AL1 segment within the message, or nil if there isn't one.

func (*Message) APR 

func (m *Message) APR() (*APR, error)

APR returns the first APR segment within the message, or nil if there isn't one.

func (*Message) ARQ 

func (m *Message) ARQ() (*ARQ, error)

ARQ returns the first ARQ segment within the message, or nil if there isn't one.

func (*Message) AUT 

func (m *Message) AUT() (*AUT, error)

AUT returns the first AUT segment within the message, or nil if there isn't one.

func (*Message) All 

func (m *Message) All() ([]interface{}, error)

All returns a slice of pointers to the parsed representations of every segment within the message.

func (*Message) AllABS 

func (m *Message) AllABS() ([]*ABS, error)

AllABS returns a slice containing all ABS segments within the message, or an empty slice if there aren't any.

func (*Message) AllACC 

func (m *Message) AllACC() ([]*ACC, error)

AllACC returns a slice containing all ACC segments within the message, or an empty slice if there aren't any.

func (*Message) AllADD 

func (m *Message) AllADD() ([]*ADD, error)

AllADD returns a slice containing all ADD segments within the message, or an empty slice if there aren't any.

func (*Message) AllAFF 

func (m *Message) AllAFF() ([]*AFF, error)

AllAFF returns a slice containing all AFF segments within the message, or an empty slice if there aren't any.

func (*Message) AllAIG 

func (m *Message) AllAIG() ([]*AIG, error)

AllAIG returns a slice containing all AIG segments within the message, or an empty slice if there aren't any.

func (*Message) AllAIL 

func (m *Message) AllAIL() ([]*AIL, error)

AllAIL returns a slice containing all AIL segments within the message, or an empty slice if there aren't any.

func (*Message) AllAIP 

func (m *Message) AllAIP() ([]*AIP, error)

AllAIP returns a slice containing all AIP segments within the message, or an empty slice if there aren't any.

func (*Message) AllAIS 

func (m *Message) AllAIS() ([]*AIS, error)

AllAIS returns a slice containing all AIS segments within the message, or an empty slice if there aren't any.

func (*Message) AllAL1 

func (m *Message) AllAL1() ([]*AL1, error)

AllAL1 returns a slice containing all AL1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllAPR 

func (m *Message) AllAPR() ([]*APR, error)

AllAPR returns a slice containing all APR segments within the message, or an empty slice if there aren't any.

func (*Message) AllARQ 

func (m *Message) AllARQ() ([]*ARQ, error)

AllARQ returns a slice containing all ARQ segments within the message, or an empty slice if there aren't any.

func (*Message) AllAUT 

func (m *Message) AllAUT() ([]*AUT, error)

AllAUT returns a slice containing all AUT segments within the message, or an empty slice if there aren't any.

func (*Message) AllBHS 

func (m *Message) AllBHS() ([]*BHS, error)

AllBHS returns a slice containing all BHS segments within the message, or an empty slice if there aren't any.

func (*Message) AllBLC 

func (m *Message) AllBLC() ([]*BLC, error)

AllBLC returns a slice containing all BLC segments within the message, or an empty slice if there aren't any.

func (*Message) AllBLG 

func (m *Message) AllBLG() ([]*BLG, error)

AllBLG returns a slice containing all BLG segments within the message, or an empty slice if there aren't any.

func (*Message) AllBTS 

func (m *Message) AllBTS() ([]*BTS, error)

AllBTS returns a slice containing all BTS segments within the message, or an empty slice if there aren't any.

func (*Message) AllCDM 

func (m *Message) AllCDM() ([]*CDM, error)

AllCDM returns a slice containing all CDM segments within the message, or an empty slice if there aren't any.

func (*Message) AllCM0 

func (m *Message) AllCM0() ([]*CM0, error)

AllCM0 returns a slice containing all CM0 segments within the message, or an empty slice if there aren't any.

func (*Message) AllCM1 

func (m *Message) AllCM1() ([]*CM1, error)

AllCM1 returns a slice containing all CM1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllCM2 

func (m *Message) AllCM2() ([]*CM2, error)

AllCM2 returns a slice containing all CM2 segments within the message, or an empty slice if there aren't any.

func (*Message) AllCNS 

func (m *Message) AllCNS() ([]*CNS, error)

AllCNS returns a slice containing all CNS segments within the message, or an empty slice if there aren't any.

func (*Message) AllCSP 

func (m *Message) AllCSP() ([]*CSP, error)

AllCSP returns a slice containing all CSP segments within the message, or an empty slice if there aren't any.

func (*Message) AllCSR 

func (m *Message) AllCSR() ([]*CSR, error)

AllCSR returns a slice containing all CSR segments within the message, or an empty slice if there aren't any.

func (*Message) AllCSS 

func (m *Message) AllCSS() ([]*CSS, error)

AllCSS returns a slice containing all CSS segments within the message, or an empty slice if there aren't any.

func (*Message) AllCTD 

func (m *Message) AllCTD() ([]*CTD, error)

AllCTD returns a slice containing all CTD segments within the message, or an empty slice if there aren't any.

func (*Message) AllCTI 

func (m *Message) AllCTI() ([]*CTI, error)

AllCTI returns a slice containing all CTI segments within the message, or an empty slice if there aren't any.

func (*Message) AllDB1 

func (m *Message) AllDB1() ([]*DB1, error)

AllDB1 returns a slice containing all DB1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllDG1 

func (m *Message) AllDG1() ([]*DG1, error)

AllDG1 returns a slice containing all DG1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllDRG 

func (m *Message) AllDRG() ([]*DRG, error)

AllDRG returns a slice containing all DRG segments within the message, or an empty slice if there aren't any.

func (*Message) AllDSC 

func (m *Message) AllDSC() ([]*DSC, error)

AllDSC returns a slice containing all DSC segments within the message, or an empty slice if there aren't any.

func (*Message) AllDSP 

func (m *Message) AllDSP() ([]*DSP, error)

AllDSP returns a slice containing all DSP segments within the message, or an empty slice if there aren't any.

func (*Message) AllECD 

func (m *Message) AllECD() ([]*ECD, error)

AllECD returns a slice containing all ECD segments within the message, or an empty slice if there aren't any.

func (*Message) AllECR 

func (m *Message) AllECR() ([]*ECR, error)

AllECR returns a slice containing all ECR segments within the message, or an empty slice if there aren't any.

func (*Message) AllEDU 

func (m *Message) AllEDU() ([]*EDU, error)

AllEDU returns a slice containing all EDU segments within the message, or an empty slice if there aren't any.

func (*Message) AllEQL 

func (m *Message) AllEQL() ([]*EQL, error)

AllEQL returns a slice containing all EQL segments within the message, or an empty slice if there aren't any.

func (*Message) AllEQP 

func (m *Message) AllEQP() ([]*EQP, error)

AllEQP returns a slice containing all EQP segments within the message, or an empty slice if there aren't any.

func (*Message) AllEQU 

func (m *Message) AllEQU() ([]*EQU, error)

AllEQU returns a slice containing all EQU segments within the message, or an empty slice if there aren't any.

func (*Message) AllERQ 

func (m *Message) AllERQ() ([]*ERQ, error)

AllERQ returns a slice containing all ERQ segments within the message, or an empty slice if there aren't any.

func (*Message) AllERR 

func (m *Message) AllERR() ([]*ERR, error)

AllERR returns a slice containing all ERR segments within the message, or an empty slice if there aren't any.

func (*Message) AllEVN 

func (m *Message) AllEVN() ([]*EVN, error)

AllEVN returns a slice containing all EVN segments within the message, or an empty slice if there aren't any.

func (*Message) AllFAC 

func (m *Message) AllFAC() ([]*FAC, error)

AllFAC returns a slice containing all FAC segments within the message, or an empty slice if there aren't any.

func (*Message) AllFHS 

func (m *Message) AllFHS() ([]*FHS, error)

AllFHS returns a slice containing all FHS segments within the message, or an empty slice if there aren't any.

func (*Message) AllFT1 

func (m *Message) AllFT1() ([]*FT1, error)

AllFT1 returns a slice containing all FT1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllFTS 

func (m *Message) AllFTS() ([]*FTS, error)

AllFTS returns a slice containing all FTS segments within the message, or an empty slice if there aren't any.

func (*Message) AllGOL 

func (m *Message) AllGOL() ([]*GOL, error)

AllGOL returns a slice containing all GOL segments within the message, or an empty slice if there aren't any.

func (*Message) AllGP1 

func (m *Message) AllGP1() ([]*GP1, error)

AllGP1 returns a slice containing all GP1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllGP2 

func (m *Message) AllGP2() ([]*GP2, error)

AllGP2 returns a slice containing all GP2 segments within the message, or an empty slice if there aren't any.

func (*Message) AllGT1 

func (m *Message) AllGT1() ([]*GT1, error)

AllGT1 returns a slice containing all GT1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllIAM 

func (m *Message) AllIAM() ([]*IAM, error)

AllIAM returns a slice containing all IAM segments within the message, or an empty slice if there aren't any.

func (*Message) AllIN1 

func (m *Message) AllIN1() ([]*IN1, error)

AllIN1 returns a slice containing all IN1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllIN2 

func (m *Message) AllIN2() ([]*IN2, error)

AllIN2 returns a slice containing all IN2 segments within the message, or an empty slice if there aren't any.

func (*Message) AllIN3 

func (m *Message) AllIN3() ([]*IN3, error)

AllIN3 returns a slice containing all IN3 segments within the message, or an empty slice if there aren't any.

func (*Message) AllINV 

func (m *Message) AllINV() ([]*INV, error)

AllINV returns a slice containing all INV segments within the message, or an empty slice if there aren't any.

func (*Message) AllISD 

func (m *Message) AllISD() ([]*ISD, error)

AllISD returns a slice containing all ISD segments within the message, or an empty slice if there aren't any.

func (*Message) AllLAN 

func (m *Message) AllLAN() ([]*LAN, error)

AllLAN returns a slice containing all LAN segments within the message, or an empty slice if there aren't any.

func (*Message) AllLCC 

func (m *Message) AllLCC() ([]*LCC, error)

AllLCC returns a slice containing all LCC segments within the message, or an empty slice if there aren't any.

func (*Message) AllLCH 

func (m *Message) AllLCH() ([]*LCH, error)

AllLCH returns a slice containing all LCH segments within the message, or an empty slice if there aren't any.

func (*Message) AllLDP 

func (m *Message) AllLDP() ([]*LDP, error)

AllLDP returns a slice containing all LDP segments within the message, or an empty slice if there aren't any.

func (*Message) AllLOC 

func (m *Message) AllLOC() ([]*LOC, error)

AllLOC returns a slice containing all LOC segments within the message, or an empty slice if there aren't any.

func (*Message) AllLRL 

func (m *Message) AllLRL() ([]*LRL, error)

AllLRL returns a slice containing all LRL segments within the message, or an empty slice if there aren't any.

func (*Message) AllMFA 

func (m *Message) AllMFA() ([]*MFA, error)

AllMFA returns a slice containing all MFA segments within the message, or an empty slice if there aren't any.

func (*Message) AllMFE 

func (m *Message) AllMFE() ([]*MFE, error)

AllMFE returns a slice containing all MFE segments within the message, or an empty slice if there aren't any.

func (*Message) AllMFI 

func (m *Message) AllMFI() ([]*MFI, error)

AllMFI returns a slice containing all MFI segments within the message, or an empty slice if there aren't any.

func (*Message) AllMRG 

func (m *Message) AllMRG() ([]*MRG, error)

AllMRG returns a slice containing all MRG segments within the message, or an empty slice if there aren't any.

func (*Message) AllMSA 

func (m *Message) AllMSA() ([]*MSA, error)

AllMSA returns a slice containing all MSA segments within the message, or an empty slice if there aren't any.

func (*Message) AllMSH 

func (m *Message) AllMSH() ([]*MSH, error)

AllMSH returns a slice containing all MSH segments within the message, or an empty slice if there aren't any.

func (*Message) AllNCK 

func (m *Message) AllNCK() ([]*NCK, error)

AllNCK returns a slice containing all NCK segments within the message, or an empty slice if there aren't any.

func (*Message) AllNDS 

func (m *Message) AllNDS() ([]*NDS, error)

AllNDS returns a slice containing all NDS segments within the message, or an empty slice if there aren't any.

func (*Message) AllNK1 

func (m *Message) AllNK1() ([]*NK1, error)

AllNK1 returns a slice containing all NK1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllNPU 

func (m *Message) AllNPU() ([]*NPU, error)

AllNPU returns a slice containing all NPU segments within the message, or an empty slice if there aren't any.

func (*Message) AllNSC 

func (m *Message) AllNSC() ([]*NSC, error)

AllNSC returns a slice containing all NSC segments within the message, or an empty slice if there aren't any.

func (*Message) AllNST 

func (m *Message) AllNST() ([]*NST, error)

AllNST returns a slice containing all NST segments within the message, or an empty slice if there aren't any.

func (*Message) AllNTE 

func (m *Message) AllNTE() ([]*NTE, error)

AllNTE returns a slice containing all NTE segments within the message, or an empty slice if there aren't any.

func (*Message) AllOBR 

func (m *Message) AllOBR() ([]*OBR, error)

AllOBR returns a slice containing all OBR segments within the message, or an empty slice if there aren't any.

func (*Message) AllOBX 

func (m *Message) AllOBX() ([]*OBX, error)

AllOBX returns a slice containing all OBX segments within the message, or an empty slice if there aren't any.

func (*Message) AllODS 

func (m *Message) AllODS() ([]*ODS, error)

AllODS returns a slice containing all ODS segments within the message, or an empty slice if there aren't any.

func (*Message) AllODT 

func (m *Message) AllODT() ([]*ODT, error)

AllODT returns a slice containing all ODT segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM1 

func (m *Message) AllOM1() ([]*OM1, error)

AllOM1 returns a slice containing all OM1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM2 

func (m *Message) AllOM2() ([]*OM2, error)

AllOM2 returns a slice containing all OM2 segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM3 

func (m *Message) AllOM3() ([]*OM3, error)

AllOM3 returns a slice containing all OM3 segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM4 

func (m *Message) AllOM4() ([]*OM4, error)

AllOM4 returns a slice containing all OM4 segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM5 

func (m *Message) AllOM5() ([]*OM5, error)

AllOM5 returns a slice containing all OM5 segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM6 

func (m *Message) AllOM6() ([]*OM6, error)

AllOM6 returns a slice containing all OM6 segments within the message, or an empty slice if there aren't any.

func (*Message) AllOM7 

func (m *Message) AllOM7() ([]*OM7, error)

AllOM7 returns a slice containing all OM7 segments within the message, or an empty slice if there aren't any.

func (*Message) AllORC 

func (m *Message) AllORC() ([]*ORC, error)

AllORC returns a slice containing all ORC segments within the message, or an empty slice if there aren't any.

func (*Message) AllORG 

func (m *Message) AllORG() ([]*ORG, error)

AllORG returns a slice containing all ORG segments within the message, or an empty slice if there aren't any.

func (*Message) AllORO 

func (m *Message) AllORO() ([]*ORO, error)

AllORO returns a slice containing all ORO segments within the message, or an empty slice if there aren't any.

func (*Message) AllPCR 

func (m *Message) AllPCR() ([]*PCR, error)

AllPCR returns a slice containing all PCR segments within the message, or an empty slice if there aren't any.

func (*Message) AllPD1 

func (m *Message) AllPD1() ([]*PD1, error)

AllPD1 returns a slice containing all PD1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllPDA 

func (m *Message) AllPDA() ([]*PDA, error)

AllPDA returns a slice containing all PDA segments within the message, or an empty slice if there aren't any.

func (*Message) AllPDC 

func (m *Message) AllPDC() ([]*PDC, error)

AllPDC returns a slice containing all PDC segments within the message, or an empty slice if there aren't any.

func (*Message) AllPEO 

func (m *Message) AllPEO() ([]*PEO, error)

AllPEO returns a slice containing all PEO segments within the message, or an empty slice if there aren't any.

func (*Message) AllPES 

func (m *Message) AllPES() ([]*PES, error)

AllPES returns a slice containing all PES segments within the message, or an empty slice if there aren't any.

func (*Message) AllPID 

func (m *Message) AllPID() ([]*PID, error)

AllPID returns a slice containing all PID segments within the message, or an empty slice if there aren't any.

func (*Message) AllPR1 

func (m *Message) AllPR1() ([]*PR1, error)

AllPR1 returns a slice containing all PR1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllPRA 

func (m *Message) AllPRA() ([]*PRA, error)

AllPRA returns a slice containing all PRA segments within the message, or an empty slice if there aren't any.

func (*Message) AllPRB 

func (m *Message) AllPRB() ([]*PRB, error)

AllPRB returns a slice containing all PRB segments within the message, or an empty slice if there aren't any.

func (*Message) AllPRC 

func (m *Message) AllPRC() ([]*PRC, error)

AllPRC returns a slice containing all PRC segments within the message, or an empty slice if there aren't any.

func (*Message) AllPRD 

func (m *Message) AllPRD() ([]*PRD, error)

AllPRD returns a slice containing all PRD segments within the message, or an empty slice if there aren't any.

func (*Message) AllPSH 

func (m *Message) AllPSH() ([]*PSH, error)

AllPSH returns a slice containing all PSH segments within the message, or an empty slice if there aren't any.

func (*Message) AllPTH 

func (m *Message) AllPTH() ([]*PTH, error)

AllPTH returns a slice containing all PTH segments within the message, or an empty slice if there aren't any.

func (*Message) AllPV1 

func (m *Message) AllPV1() ([]*PV1, error)

AllPV1 returns a slice containing all PV1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllPV2 

func (m *Message) AllPV2() ([]*PV2, error)

AllPV2 returns a slice containing all PV2 segments within the message, or an empty slice if there aren't any.

func (*Message) AllQAK 

func (m *Message) AllQAK() ([]*QAK, error)

AllQAK returns a slice containing all QAK segments within the message, or an empty slice if there aren't any.

func (*Message) AllQID 

func (m *Message) AllQID() ([]*QID, error)

AllQID returns a slice containing all QID segments within the message, or an empty slice if there aren't any.

func (*Message) AllQPD 

func (m *Message) AllQPD() ([]*QPD, error)

AllQPD returns a slice containing all QPD segments within the message, or an empty slice if there aren't any.

func (*Message) AllQRD 

func (m *Message) AllQRD() ([]*QRD, error)

AllQRD returns a slice containing all QRD segments within the message, or an empty slice if there aren't any.

func (*Message) AllQRF 

func (m *Message) AllQRF() ([]*QRF, error)

AllQRF returns a slice containing all QRF segments within the message, or an empty slice if there aren't any.

func (*Message) AllQRI 

func (m *Message) AllQRI() ([]*QRI, error)

AllQRI returns a slice containing all QRI segments within the message, or an empty slice if there aren't any.

func (*Message) AllRCP 

func (m *Message) AllRCP() ([]*RCP, error)

AllRCP returns a slice containing all RCP segments within the message, or an empty slice if there aren't any.

func (*Message) AllRDF 

func (m *Message) AllRDF() ([]*RDF, error)

AllRDF returns a slice containing all RDF segments within the message, or an empty slice if there aren't any.

func (*Message) AllRDT 

func (m *Message) AllRDT() ([]*RDT, error)

AllRDT returns a slice containing all RDT segments within the message, or an empty slice if there aren't any.

func (*Message) AllRF1 

func (m *Message) AllRF1() ([]*RF1, error)

AllRF1 returns a slice containing all RF1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllRGS 

func (m *Message) AllRGS() ([]*RGS, error)

AllRGS returns a slice containing all RGS segments within the message, or an empty slice if there aren't any.

func (*Message) AllRMI 

func (m *Message) AllRMI() ([]*RMI, error)

AllRMI returns a slice containing all RMI segments within the message, or an empty slice if there aren't any.

func (*Message) AllROL 

func (m *Message) AllROL() ([]*ROL, error)

AllROL returns a slice containing all ROL segments within the message, or an empty slice if there aren't any.

func (*Message) AllRQ1 

func (m *Message) AllRQ1() ([]*RQ1, error)

AllRQ1 returns a slice containing all RQ1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllRQD 

func (m *Message) AllRQD() ([]*RQD, error)

AllRQD returns a slice containing all RQD segments within the message, or an empty slice if there aren't any.

func (*Message) AllRX1 

func (m *Message) AllRX1() ([]*RX1, error)

AllRX1 returns a slice containing all RX1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXA 

func (m *Message) AllRXA() ([]*RXA, error)

AllRXA returns a slice containing all RXA segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXC 

func (m *Message) AllRXC() ([]*RXC, error)

AllRXC returns a slice containing all RXC segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXD 

func (m *Message) AllRXD() ([]*RXD, error)

AllRXD returns a slice containing all RXD segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXE 

func (m *Message) AllRXE() ([]*RXE, error)

AllRXE returns a slice containing all RXE segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXG 

func (m *Message) AllRXG() ([]*RXG, error)

AllRXG returns a slice containing all RXG segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXO 

func (m *Message) AllRXO() ([]*RXO, error)

AllRXO returns a slice containing all RXO segments within the message, or an empty slice if there aren't any.

func (*Message) AllRXR 

func (m *Message) AllRXR() ([]*RXR, error)

AllRXR returns a slice containing all RXR segments within the message, or an empty slice if there aren't any.

func (*Message) AllSAC 

func (m *Message) AllSAC() ([]*SAC, error)

AllSAC returns a slice containing all SAC segments within the message, or an empty slice if there aren't any.

func (*Message) AllSCH 

func (m *Message) AllSCH() ([]*SCH, error)

AllSCH returns a slice containing all SCH segments within the message, or an empty slice if there aren't any.

func (*Message) AllSID 

func (m *Message) AllSID() ([]*SID, error)

AllSID returns a slice containing all SID segments within the message, or an empty slice if there aren't any.

func (*Message) AllSPR 

func (m *Message) AllSPR() ([]*SPR, error)

AllSPR returns a slice containing all SPR segments within the message, or an empty slice if there aren't any.

func (*Message) AllSTF 

func (m *Message) AllSTF() ([]*STF, error)

AllSTF returns a slice containing all STF segments within the message, or an empty slice if there aren't any.

func (*Message) AllTCC 

func (m *Message) AllTCC() ([]*TCC, error)

AllTCC returns a slice containing all TCC segments within the message, or an empty slice if there aren't any.

func (*Message) AllTCD 

func (m *Message) AllTCD() ([]*TCD, error)

AllTCD returns a slice containing all TCD segments within the message, or an empty slice if there aren't any.

func (*Message) AllTXA 

func (m *Message) AllTXA() ([]*TXA, error)

AllTXA returns a slice containing all TXA segments within the message, or an empty slice if there aren't any.

func (*Message) AllUB1 

func (m *Message) AllUB1() ([]*UB1, error)

AllUB1 returns a slice containing all UB1 segments within the message, or an empty slice if there aren't any.

func (*Message) AllUB2 

func (m *Message) AllUB2() ([]*UB2, error)

AllUB2 returns a slice containing all UB2 segments within the message, or an empty slice if there aren't any.

func (*Message) AllURD 

func (m *Message) AllURD() ([]*URD, error)

AllURD returns a slice containing all URD segments within the message, or an empty slice if there aren't any.

func (*Message) AllURS 

func (m *Message) AllURS() ([]*URS, error)

AllURS returns a slice containing all URS segments within the message, or an empty slice if there aren't any.

func (*Message) AllVAR 

func (m *Message) AllVAR() ([]*VAR, error)

AllVAR returns a slice containing all VAR segments within the message, or an empty slice if there aren't any.

func (*Message) AllVTQ 

func (m *Message) AllVTQ() ([]*VTQ, error)

AllVTQ returns a slice containing all VTQ segments within the message, or an empty slice if there aren't any.

func (*Message) BHS 

func (m *Message) BHS() (*BHS, error)

BHS returns the first BHS segment within the message, or nil if there isn't one.

func (*Message) BLC 

func (m *Message) BLC() (*BLC, error)

BLC returns the first BLC segment within the message, or nil if there isn't one.

func (*Message) BLG 

func (m *Message) BLG() (*BLG, error)

BLG returns the first BLG segment within the message, or nil if there isn't one.

func (*Message) BTS 

func (m *Message) BTS() (*BTS, error)

BTS returns the first BTS segment within the message, or nil if there isn't one.

func (*Message) CDM 

func (m *Message) CDM() (*CDM, error)

CDM returns the first CDM segment within the message, or nil if there isn't one.

func (*Message) CM0 

func (m *Message) CM0() (*CM0, error)

CM0 returns the first CM0 segment within the message, or nil if there isn't one.

func (*Message) CM1 

func (m *Message) CM1() (*CM1, error)

CM1 returns the first CM1 segment within the message, or nil if there isn't one.

func (*Message) CM2 

func (m *Message) CM2() (*CM2, error)

CM2 returns the first CM2 segment within the message, or nil if there isn't one.

func (*Message) CNS 

func (m *Message) CNS() (*CNS, error)

CNS returns the first CNS segment within the message, or nil if there isn't one.

func (*Message) CSP 

func (m *Message) CSP() (*CSP, error)

CSP returns the first CSP segment within the message, or nil if there isn't one.

func (*Message) CSR 

func (m *Message) CSR() (*CSR, error)

CSR returns the first CSR segment within the message, or nil if there isn't one.

func (*Message) CSS 

func (m *Message) CSS() (*CSS, error)

CSS returns the first CSS segment within the message, or nil if there isn't one.

func (*Message) CTD 

func (m *Message) CTD() (*CTD, error)

CTD returns the first CTD segment within the message, or nil if there isn't one.

func (*Message) CTI 

func (m *Message) CTI() (*CTI, error)

CTI returns the first CTI segment within the message, or nil if there isn't one.

func (*Message) DB1 

func (m *Message) DB1() (*DB1, error)

DB1 returns the first DB1 segment within the message, or nil if there isn't one.

func (*Message) DG1 

func (m *Message) DG1() (*DG1, error)

DG1 returns the first DG1 segment within the message, or nil if there isn't one.

func (*Message) DRG 

func (m *Message) DRG() (*DRG, error)

DRG returns the first DRG segment within the message, or nil if there isn't one.

func (*Message) DSC 

func (m *Message) DSC() (*DSC, error)

DSC returns the first DSC segment within the message, or nil if there isn't one.

func (*Message) DSP 

func (m *Message) DSP() (*DSP, error)

DSP returns the first DSP segment within the message, or nil if there isn't one.

func (*Message) ECD 

func (m *Message) ECD() (*ECD, error)

ECD returns the first ECD segment within the message, or nil if there isn't one.

func (*Message) ECR 

func (m *Message) ECR() (*ECR, error)

ECR returns the first ECR segment within the message, or nil if there isn't one.

func (*Message) EDU 

func (m *Message) EDU() (*EDU, error)

EDU returns the first EDU segment within the message, or nil if there isn't one.

func (*Message) EQL 

func (m *Message) EQL() (*EQL, error)

EQL returns the first EQL segment within the message, or nil if there isn't one.

func (*Message) EQP 

func (m *Message) EQP() (*EQP, error)

EQP returns the first EQP segment within the message, or nil if there isn't one.

func (*Message) EQU 

func (m *Message) EQU() (*EQU, error)

EQU returns the first EQU segment within the message, or nil if there isn't one.

func (*Message) ERQ 

func (m *Message) ERQ() (*ERQ, error)

ERQ returns the first ERQ segment within the message, or nil if there isn't one.

func (*Message) ERR 

func (m *Message) ERR() (*ERR, error)

ERR returns the first ERR segment within the message, or nil if there isn't one.

func (*Message) EVN 

func (m *Message) EVN() (*EVN, error)

EVN returns the first EVN segment within the message, or nil if there isn't one.

func (*Message) FAC 

func (m *Message) FAC() (*FAC, error)

FAC returns the first FAC segment within the message, or nil if there isn't one.

func (*Message) FHS 

func (m *Message) FHS() (*FHS, error)

FHS returns the first FHS segment within the message, or nil if there isn't one.

func (*Message) FT1 

func (m *Message) FT1() (*FT1, error)

FT1 returns the first FT1 segment within the message, or nil if there isn't one.

func (*Message) FTS 

func (m *Message) FTS() (*FTS, error)

FTS returns the first FTS segment within the message, or nil if there isn't one.

func (*Message) GOL 

func (m *Message) GOL() (*GOL, error)

GOL returns the first GOL segment within the message, or nil if there isn't one.

func (*Message) GP1 

func (m *Message) GP1() (*GP1, error)

GP1 returns the first GP1 segment within the message, or nil if there isn't one.

func (*Message) GP2 

func (m *Message) GP2() (*GP2, error)

GP2 returns the first GP2 segment within the message, or nil if there isn't one.

func (*Message) GT1 

func (m *Message) GT1() (*GT1, error)

GT1 returns the first GT1 segment within the message, or nil if there isn't one.

func (*Message) IAM 

func (m *Message) IAM() (*IAM, error)

IAM returns the first IAM segment within the message, or nil if there isn't one.

func (*Message) IN1 

func (m *Message) IN1() (*IN1, error)

IN1 returns the first IN1 segment within the message, or nil if there isn't one.

func (*Message) IN2 

func (m *Message) IN2() (*IN2, error)

IN2 returns the first IN2 segment within the message, or nil if there isn't one.

func (*Message) IN3 

func (m *Message) IN3() (*IN3, error)

IN3 returns the first IN3 segment within the message, or nil if there isn't one.

func (*Message) INV 

func (m *Message) INV() (*INV, error)

INV returns the first INV segment within the message, or nil if there isn't one.

func (*Message) ISD 

func (m *Message) ISD() (*ISD, error)

ISD returns the first ISD segment within the message, or nil if there isn't one.

func (*Message) LAN 

func (m *Message) LAN() (*LAN, error)

LAN returns the first LAN segment within the message, or nil if there isn't one.

func (*Message) LCC 

func (m *Message) LCC() (*LCC, error)

LCC returns the first LCC segment within the message, or nil if there isn't one.

func (*Message) LCH 

func (m *Message) LCH() (*LCH, error)

LCH returns the first LCH segment within the message, or nil if there isn't one.

func (*Message) LDP 

func (m *Message) LDP() (*LDP, error)

LDP returns the first LDP segment within the message, or nil if there isn't one.

func (*Message) LOC 

func (m *Message) LOC() (*LOC, error)

LOC returns the first LOC segment within the message, or nil if there isn't one.

func (*Message) LRL 

func (m *Message) LRL() (*LRL, error)

LRL returns the first LRL segment within the message, or nil if there isn't one.

func (*Message) MFA 

func (m *Message) MFA() (*MFA, error)

MFA returns the first MFA segment within the message, or nil if there isn't one.

func (*Message) MFE 

func (m *Message) MFE() (*MFE, error)

MFE returns the first MFE segment within the message, or nil if there isn't one.

func (*Message) MFI 

func (m *Message) MFI() (*MFI, error)

MFI returns the first MFI segment within the message, or nil if there isn't one.

func (*Message) MRG 

func (m *Message) MRG() (*MRG, error)

MRG returns the first MRG segment within the message, or nil if there isn't one.

func (*Message) MSA 

func (m *Message) MSA() (*MSA, error)

MSA returns the first MSA segment within the message, or nil if there isn't one.

func (*Message) MSH 

func (m *Message) MSH() (*MSH, error)

MSH returns the first MSH segment within the message, or nil if there isn't one.

func (*Message) NCK 

func (m *Message) NCK() (*NCK, error)

NCK returns the first NCK segment within the message, or nil if there isn't one.

func (*Message) NDS 

func (m *Message) NDS() (*NDS, error)

NDS returns the first NDS segment within the message, or nil if there isn't one.

func (*Message) NK1 

func (m *Message) NK1() (*NK1, error)

NK1 returns the first NK1 segment within the message, or nil if there isn't one.

func (*Message) NPU 

func (m *Message) NPU() (*NPU, error)

NPU returns the first NPU segment within the message, or nil if there isn't one.

func (*Message) NSC 

func (m *Message) NSC() (*NSC, error)

NSC returns the first NSC segment within the message, or nil if there isn't one.

func (*Message) NST 

func (m *Message) NST() (*NST, error)

NST returns the first NST segment within the message, or nil if there isn't one.

func (*Message) NTE 

func (m *Message) NTE() (*NTE, error)

NTE returns the first NTE segment within the message, or nil if there isn't one.

func (*Message) OBR 

func (m *Message) OBR() (*OBR, error)

OBR returns the first OBR segment within the message, or nil if there isn't one.

func (*Message) OBX 

func (m *Message) OBX() (*OBX, error)

OBX returns the first OBX segment within the message, or nil if there isn't one.

func (*Message) ODS 

func (m *Message) ODS() (*ODS, error)

ODS returns the first ODS segment within the message, or nil if there isn't one.

func (*Message) ODT 

func (m *Message) ODT() (*ODT, error)

ODT returns the first ODT segment within the message, or nil if there isn't one.

func (*Message) OM1 

func (m *Message) OM1() (*OM1, error)

OM1 returns the first OM1 segment within the message, or nil if there isn't one.

func (*Message) OM2 

func (m *Message) OM2() (*OM2, error)

OM2 returns the first OM2 segment within the message, or nil if there isn't one.

func (*Message) OM3 

func (m *Message) OM3() (*OM3, error)

OM3 returns the first OM3 segment within the message, or nil if there isn't one.

func (*Message) OM4 

func (m *Message) OM4() (*OM4, error)

OM4 returns the first OM4 segment within the message, or nil if there isn't one.

func (*Message) OM5 

func (m *Message) OM5() (*OM5, error)

OM5 returns the first OM5 segment within the message, or nil if there isn't one.

func (*Message) OM6 

func (m *Message) OM6() (*OM6, error)

OM6 returns the first OM6 segment within the message, or nil if there isn't one.

func (*Message) OM7 

func (m *Message) OM7() (*OM7, error)

OM7 returns the first OM7 segment within the message, or nil if there isn't one.

func (*Message) ORC 

func (m *Message) ORC() (*ORC, error)

ORC returns the first ORC segment within the message, or nil if there isn't one.

func (*Message) ORG 

func (m *Message) ORG() (*ORG, error)

ORG returns the first ORG segment within the message, or nil if there isn't one.

func (*Message) ORO 

func (m *Message) ORO() (*ORO, error)

ORO returns the first ORO segment within the message, or nil if there isn't one.

func (*Message) PCR 

func (m *Message) PCR() (*PCR, error)

PCR returns the first PCR segment within the message, or nil if there isn't one.

func (*Message) PD1 

func (m *Message) PD1() (*PD1, error)

PD1 returns the first PD1 segment within the message, or nil if there isn't one.

func (*Message) PDA 

func (m *Message) PDA() (*PDA, error)

PDA returns the first PDA segment within the message, or nil if there isn't one.

func (*Message) PDC 

func (m *Message) PDC() (*PDC, error)

PDC returns the first PDC segment within the message, or nil if there isn't one.

func (*Message) PEO 

func (m *Message) PEO() (*PEO, error)

PEO returns the first PEO segment within the message, or nil if there isn't one.

func (*Message) PES 

func (m *Message) PES() (*PES, error)

PES returns the first PES segment within the message, or nil if there isn't one.

func (*Message) PID 

func (m *Message) PID() (*PID, error)

PID returns the first PID segment within the message, or nil if there isn't one.

func (*Message) PR1 

func (m *Message) PR1() (*PR1, error)

PR1 returns the first PR1 segment within the message, or nil if there isn't one.

func (*Message) PRA 

func (m *Message) PRA() (*PRA, error)

PRA returns the first PRA segment within the message, or nil if there isn't one.

func (*Message) PRB 

func (m *Message) PRB() (*PRB, error)

PRB returns the first PRB segment within the message, or nil if there isn't one.

func (*Message) PRC 

func (m *Message) PRC() (*PRC, error)

PRC returns the first PRC segment within the message, or nil if there isn't one.

func (*Message) PRD 

func (m *Message) PRD() (*PRD, error)

PRD returns the first PRD segment within the message, or nil if there isn't one.

func (*Message) PSH 

func (m *Message) PSH() (*PSH, error)

PSH returns the first PSH segment within the message, or nil if there isn't one.

func (*Message) PTH 

func (m *Message) PTH() (*PTH, error)

PTH returns the first PTH segment within the message, or nil if there isn't one.

func (*Message) PV1 

func (m *Message) PV1() (*PV1, error)

PV1 returns the first PV1 segment within the message, or nil if there isn't one.

func (*Message) PV2 

func (m *Message) PV2() (*PV2, error)

PV2 returns the first PV2 segment within the message, or nil if there isn't one.

func (*Message) ParseAll 

func (m *Message) ParseAll(name string) (interface{}, error)

ParseAll returns a slice of pointers to the parsed representations of every segment of the specified segmentType.

func (*Message) QAK 

func (m *Message) QAK() (*QAK, error)

QAK returns the first QAK segment within the message, or nil if there isn't one.

func (*Message) QID 

func (m *Message) QID() (*QID, error)

QID returns the first QID segment within the message, or nil if there isn't one.

func (*Message) QPD 

func (m *Message) QPD() (*QPD, error)

QPD returns the first QPD segment within the message, or nil if there isn't one.

func (*Message) QRD 

func (m *Message) QRD() (*QRD, error)

QRD returns the first QRD segment within the message, or nil if there isn't one.

func (*Message) QRF 

func (m *Message) QRF() (*QRF, error)

QRF returns the first QRF segment within the message, or nil if there isn't one.

func (*Message) QRI 

func (m *Message) QRI() (*QRI, error)

QRI returns the first QRI segment within the message, or nil if there isn't one.

func (*Message) RCP 

func (m *Message) RCP() (*RCP, error)

RCP returns the first RCP segment within the message, or nil if there isn't one.

func (*Message) RDF 

func (m *Message) RDF() (*RDF, error)

RDF returns the first RDF segment within the message, or nil if there isn't one.

func (*Message) RDT 

func (m *Message) RDT() (*RDT, error)

RDT returns the first RDT segment within the message, or nil if there isn't one.

func (*Message) RF1 

func (m *Message) RF1() (*RF1, error)

RF1 returns the first RF1 segment within the message, or nil if there isn't one.

func (*Message) RGS 

func (m *Message) RGS() (*RGS, error)

RGS returns the first RGS segment within the message, or nil if there isn't one.

func (*Message) RMI 

func (m *Message) RMI() (*RMI, error)

RMI returns the first RMI segment within the message, or nil if there isn't one.

func (*Message) ROL 

func (m *Message) ROL() (*ROL, error)

ROL returns the first ROL segment within the message, or nil if there isn't one.

func (*Message) RQ1 

func (m *Message) RQ1() (*RQ1, error)

RQ1 returns the first RQ1 segment within the message, or nil if there isn't one.

func (*Message) RQD 

func (m *Message) RQD() (*RQD, error)

RQD returns the first RQD segment within the message, or nil if there isn't one.

func (*Message) RX1 

func (m *Message) RX1() (*RX1, error)

RX1 returns the first RX1 segment within the message, or nil if there isn't one.

func (*Message) RXA 

func (m *Message) RXA() (*RXA, error)

RXA returns the first RXA segment within the message, or nil if there isn't one.

func (*Message) RXC 

func (m *Message) RXC() (*RXC, error)

RXC returns the first RXC segment within the message, or nil if there isn't one.

func (*Message) RXD 

func (m *Message) RXD() (*RXD, error)

RXD returns the first RXD segment within the message, or nil if there isn't one.

func (*Message) RXE 

func (m *Message) RXE() (*RXE, error)

RXE returns the first RXE segment within the message, or nil if there isn't one.

func (*Message) RXG 

func (m *Message) RXG() (*RXG, error)

RXG returns the first RXG segment within the message, or nil if there isn't one.

func (*Message) RXO 

func (m *Message) RXO() (*RXO, error)

RXO returns the first RXO segment within the message, or nil if there isn't one.

func (*Message) RXR 

func (m *Message) RXR() (*RXR, error)

RXR returns the first RXR segment within the message, or nil if there isn't one.

func (*Message) SAC 

func (m *Message) SAC() (*SAC, error)

SAC returns the first SAC segment within the message, or nil if there isn't one.

func (*Message) SCH 

func (m *Message) SCH() (*SCH, error)

SCH returns the first SCH segment within the message, or nil if there isn't one.

func (*Message) SID 

func (m *Message) SID() (*SID, error)

SID returns the first SID segment within the message, or nil if there isn't one.

func (*Message) SPR 

func (m *Message) SPR() (*SPR, error)

SPR returns the first SPR segment within the message, or nil if there isn't one.

func (*Message) STF 

func (m *Message) STF() (*STF, error)

STF returns the first STF segment within the message, or nil if there isn't one.

func (*Message) TCC 

func (m *Message) TCC() (*TCC, error)

TCC returns the first TCC segment within the message, or nil if there isn't one.

func (*Message) TCD 

func (m *Message) TCD() (*TCD, error)

TCD returns the first TCD segment within the message, or nil if there isn't one.

func (*Message) TXA 

func (m *Message) TXA() (*TXA, error)

TXA returns the first TXA segment within the message, or nil if there isn't one.

func (*Message) UB1 

func (m *Message) UB1() (*UB1, error)

UB1 returns the first UB1 segment within the message, or nil if there isn't one.

func (*Message) UB2 

func (m *Message) UB2() (*UB2, error)

UB2 returns the first UB2 segment within the message, or nil if there isn't one.

func (*Message) URD 

func (m *Message) URD() (*URD, error)

URD returns the first URD segment within the message, or nil if there isn't one.

func (*Message) URS 

func (m *Message) URS() (*URS, error)

URS returns the first URS segment within the message, or nil if there isn't one.

func (*Message) VAR 

func (m *Message) VAR() (*VAR, error)

VAR returns the first VAR segment within the message, or nil if there isn't one.

func (*Message) VTQ 

func (m *Message) VTQ() (*VTQ, error)

VTQ returns the first VTQ segment within the message, or nil if there isn't one.

type NA 

type NA struct {
	Value1 *NM `hl7:"false,Value1"`
	Value2 *NM `hl7:"false,Value2"`
	Value3 *NM `hl7:"false,Value3"`
	Value4 *NM `hl7:"false,Value4"`
}

NA represents the corresponding HL7 datatype. Definition from HL7 2.4

type NCK 

type NCK struct {
	SystemDateTime *TS `hl7:"true,System Date/Time"` // NCK-1
}

NCK represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NCK) SegmentName 

func (s *NCK) SegmentName() string

type NDL 

type NDL struct {
	Name               *CNN `hl7:"false,Name"`
	StartDateTime      *TS  `hl7:"false,Start Date/Time"`
	EndDateTime        *TS  `hl7:"false,End Date/Time"`
	PointOfCare        *IS  `hl7:"false,Point Of Care"`
	Room               *IS  `hl7:"false,Room"`
	Bed                *IS  `hl7:"false,Bed"`
	Facility           *HD  `hl7:"false,Facility"`
	LocationStatus     *IS  `hl7:"false,Location Status"`
	PersonLocationType *IS  `hl7:"false,Person Location Type"`
	Building           *IS  `hl7:"false,Building"`
	Floor              *IS  `hl7:"false,Floor"`
}

NDL represents the corresponding HL7 datatype. Definition from HL7 2.4

type NDS 

type NDS struct {
	NotificationReferenceNumber *NM `hl7:"true,Notification Reference Number"` // NDS-1
	NotificationDateTime        *TS `hl7:"true,Notification Date/Time"`        // NDS-2
	NotificationAlertSeverity   *CE `hl7:"true,Notification Alert Severity"`   // NDS-3
	NotificationCode            *CE `hl7:"true,Notification Code"`             // NDS-4
}

NDS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NDS) SegmentName 

func (s *NDS) SegmentName() string

type NK1 

type NK1 struct {
	SetIDNK1                                 *SI   `hl7:"true,Set ID - NK1"`                                      // NK1-1
	Name                                     []XPN `hl7:"false,Name"`                                             // NK1-2
	Relationship                             *CE   `hl7:"false,Relationship"`                                     // NK1-3
	Address                                  []XAD `hl7:"false,Address"`                                          // NK1-4
	PhoneNumber                              []XTN `hl7:"false,Phone Number"`                                     // NK1-5
	BusinessPhoneNumber                      []XTN `hl7:"false,Business Phone Number"`                            // NK1-6
	ContactRole                              *CE   `hl7:"false,Contact Role"`                                     // NK1-7
	StartDate                                *DT   `hl7:"false,Start Date"`                                       // NK1-8
	EndDate                                  *DT   `hl7:"false,End Date"`                                         // NK1-9
	NextOfKinAssociatedPartiesJobTitle       *ST   `hl7:"false,Next Of Kin / Associated Parties Job Title"`       // NK1-10
	NextOfKinAssociatedPartiesJobCodeClass   *JCC  `hl7:"false,Next Of Kin / Associated Parties Job Code/Class"`  // NK1-11
	NextOfKinAssociatedPartiesEmployeeNumber *CX   `hl7:"false,Next Of Kin / Associated Parties Employee Number"` // NK1-12
	OrganizationNameNK1                      []XON `hl7:"false,Organization Name - NK1"`                          // NK1-13
	MaritalStatus                            *CE   `hl7:"false,Marital Status"`                                   // NK1-14
	AdministrativeSex                        *IS   `hl7:"false,Administrative Sex"`                               // NK1-15
	DateTimeOfBirth                          *TS   `hl7:"false,Date/Time Of Birth"`                               // NK1-16
	LivingDependency                         []IS  `hl7:"false,Living Dependency"`                                // NK1-17
	AmbulatoryStatus                         []IS  `hl7:"false,Ambulatory Status"`                                // NK1-18
	Citizenship                              []CE  `hl7:"false,Citizenship"`                                      // NK1-19
	PrimaryLanguage                          *CE   `hl7:"false,Primary Language"`                                 // NK1-20
	LivingArrangement                        *IS   `hl7:"false,Living Arrangement"`                               // NK1-21
	PublicityCode                            *CE   `hl7:"false,Publicity Code"`                                   // NK1-22
	ProtectionIndicator                      *ID   `hl7:"false,Protection Indicator"`                             // NK1-23
	StudentIndicator                         *IS   `hl7:"false,Student Indicator"`                                // NK1-24
	Religion                                 *CE   `hl7:"false,Religion"`                                         // NK1-25
	MotherSMaidenName                        []XPN `hl7:"false,Mother'S Maiden Name"`                             // NK1-26
	Nationality                              *CE   `hl7:"false,Nationality"`                                      // NK1-27
	EthnicGroup                              []CE  `hl7:"false,Ethnic Group"`                                     // NK1-28
	ContactReason                            []CE  `hl7:"false,Contact Reason"`                                   // NK1-29
	ContactPersonSName                       []XPN `hl7:"false,Contact Person'S Name"`                            // NK1-30
	ContactPersonSTelephoneNumber            []XTN `hl7:"false,Contact Person'S Telephone Number"`                // NK1-31
	ContactPersonSAddress                    []XAD `hl7:"false,Contact Person'S Address"`                         // NK1-32
	NextOfKinAssociatedPartySIdentifiers     []CX  `hl7:"false,Next Of Kin/Associated Party'S Identifiers"`       // NK1-33
	JobStatus                                *IS   `hl7:"false,Job Status"`                                       // NK1-34
	Race                                     []CE  `hl7:"false,Race"`                                             // NK1-35
	Handicap                                 *IS   `hl7:"false,Handicap"`                                         // NK1-36
	ContactPersonSocialSecurityNumber        *ST   `hl7:"false,Contact Person Social Security Number"`            // NK1-37
}

NK1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NK1) SegmentName 

func (s *NK1) SegmentName() string

type NM 

type NM struct {
	Value float64
	Valid bool // "false" if the NM is an HL7 null.
}

NM represents a HL7 NM value (Numeric).

func NewNM 

func NewNM(value float64) *NM

NewNM returns a new NM.

func (*NM) Marshal 

func (nm *NM) Marshal(_ *Context) ([]byte, error)

Marshal marshals the NM value.

func (*NM) Unmarshal 

func (nm *NM) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the NM value.

type NMD_N01 

type NMD_N01 struct {
	MSH                        *MSH                                 `hl7:"true,MSH"`
	CLOCK_AND_STATS_WITH_NOTES []NMD_N01_CLOCK_AND_STATS_WITH_NOTES `hl7:"true,CLOCK_AND_STATS_WITH_NOTES"`
	Other                      []interface{}
}

NMD_N01 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMD_N01) MessageTypeName 

func (s *NMD_N01) MessageTypeName() string

type NMD_N01_APP_STATS 

type NMD_N01_APP_STATS struct {
	NST   *NST  `hl7:"true,NST"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

NMD_N01_APP_STATS represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMD_N01_APP_STATS) MessageTypeSubStructName 

func (s *NMD_N01_APP_STATS) MessageTypeSubStructName() string

type NMD_N01_APP_STATUS 

type NMD_N01_APP_STATUS struct {
	NSC   *NSC  `hl7:"true,NSC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

NMD_N01_APP_STATUS represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMD_N01_APP_STATUS) MessageTypeSubStructName 

func (s *NMD_N01_APP_STATUS) MessageTypeSubStructName() string

type NMD_N01_CLOCK 

type NMD_N01_CLOCK struct {
	NCK   *NCK  `hl7:"true,NCK"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

NMD_N01_CLOCK represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMD_N01_CLOCK) MessageTypeSubStructName 

func (s *NMD_N01_CLOCK) MessageTypeSubStructName() string

type NMD_N01_CLOCK_AND_STATS_WITH_NOTES 

type NMD_N01_CLOCK_AND_STATS_WITH_NOTES struct {
	CLOCK      *NMD_N01_CLOCK      `hl7:"false,CLOCK"`
	APP_STATS  *NMD_N01_APP_STATS  `hl7:"false,APP_STATS"`
	APP_STATUS *NMD_N01_APP_STATUS `hl7:"false,APP_STATUS"`
	Other      []interface{}
}

NMD_N01_CLOCK_AND_STATS_WITH_NOTES represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMD_N01_CLOCK_AND_STATS_WITH_NOTES) MessageTypeSubStructName 

func (s *NMD_N01_CLOCK_AND_STATS_WITH_NOTES) MessageTypeSubStructName() string

type NMD_N02 

type NMD_N02 struct {
	MSH                        *MSH                                 `hl7:"true,MSH"`
	CLOCK_AND_STATS_WITH_NOTES []NMD_N02_CLOCK_AND_STATS_WITH_NOTES `hl7:"true,CLOCK_AND_STATS_WITH_NOTES"`
	Other                      []interface{}
}

NMD_N02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMD_N02) MessageTypeName 

func (s *NMD_N02) MessageTypeName() string

type NMD_N02_APP_STATS 

type NMD_N02_APP_STATS struct {
	NST   *NST  `hl7:"true,NST"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

NMD_N02_APP_STATS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMD_N02_APP_STATS) MessageTypeSubStructName 

func (s *NMD_N02_APP_STATS) MessageTypeSubStructName() string

type NMD_N02_APP_STATUS 

type NMD_N02_APP_STATUS struct {
	NSC   *NSC  `hl7:"true,NSC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

NMD_N02_APP_STATUS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMD_N02_APP_STATUS) MessageTypeSubStructName 

func (s *NMD_N02_APP_STATUS) MessageTypeSubStructName() string

type NMD_N02_CLOCK 

type NMD_N02_CLOCK struct {
	NCK   *NCK  `hl7:"true,NCK"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

NMD_N02_CLOCK represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMD_N02_CLOCK) MessageTypeSubStructName 

func (s *NMD_N02_CLOCK) MessageTypeSubStructName() string

type NMD_N02_CLOCK_AND_STATS_WITH_NOTES 

type NMD_N02_CLOCK_AND_STATS_WITH_NOTES struct {
	CLOCK      *NMD_N02_CLOCK      `hl7:"false,CLOCK"`
	APP_STATS  *NMD_N02_APP_STATS  `hl7:"false,APP_STATS"`
	APP_STATUS *NMD_N02_APP_STATUS `hl7:"false,APP_STATUS"`
	Other      []interface{}
}

NMD_N02_CLOCK_AND_STATS_WITH_NOTES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMD_N02_CLOCK_AND_STATS_WITH_NOTES) MessageTypeSubStructName 

func (s *NMD_N02_CLOCK_AND_STATS_WITH_NOTES) MessageTypeSubStructName() string

type NMQ_N01 

type NMQ_N01 struct {
	MSH                  *MSH                           `hl7:"true,MSH"`
	QRY_WITH_DETAIL      *NMQ_N01_QRY_WITH_DETAIL       `hl7:"false,QRY_WITH_DETAIL"`
	CLOCK_AND_STATISTICS []NMQ_N01_CLOCK_AND_STATISTICS `hl7:"true,CLOCK_AND_STATISTICS"`
	Other                []interface{}
}

NMQ_N01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMQ_N01) MessageTypeName 

func (s *NMQ_N01) MessageTypeName() string

type NMQ_N01_CLOCK_AND_STATISTICS 

type NMQ_N01_CLOCK_AND_STATISTICS struct {
	NCK   *NCK `hl7:"false,NCK"`
	NST   *NST `hl7:"false,NST"`
	NSC   *NSC `hl7:"false,NSC"`
	Other []interface{}
}

NMQ_N01_CLOCK_AND_STATISTICS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMQ_N01_CLOCK_AND_STATISTICS) MessageTypeSubStructName 

func (s *NMQ_N01_CLOCK_AND_STATISTICS) MessageTypeSubStructName() string

type NMQ_N01_QRY_WITH_DETAIL 

type NMQ_N01_QRY_WITH_DETAIL struct {
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	Other []interface{}
}

NMQ_N01_QRY_WITH_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMQ_N01_QRY_WITH_DETAIL) MessageTypeSubStructName 

func (s *NMQ_N01_QRY_WITH_DETAIL) MessageTypeSubStructName() string

type NMQ_N02 

type NMQ_N02 struct {
	MSH                  *MSH                           `hl7:"true,MSH"`
	QRY_WITH_DETAIL      *NMQ_N02_QRY_WITH_DETAIL       `hl7:"false,QRY_WITH_DETAIL"`
	CLOCK_AND_STATISTICS []NMQ_N02_CLOCK_AND_STATISTICS `hl7:"true,CLOCK_AND_STATISTICS"`
	Other                []interface{}
}

NMQ_N02 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMQ_N02) MessageTypeName 

func (s *NMQ_N02) MessageTypeName() string

type NMQ_N02_CLOCK_AND_STATISTICS 

type NMQ_N02_CLOCK_AND_STATISTICS struct {
	NCK   *NCK `hl7:"false,NCK"`
	NST   *NST `hl7:"false,NST"`
	NSC   *NSC `hl7:"false,NSC"`
	Other []interface{}
}

NMQ_N02_CLOCK_AND_STATISTICS represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMQ_N02_CLOCK_AND_STATISTICS) MessageTypeSubStructName 

func (s *NMQ_N02_CLOCK_AND_STATISTICS) MessageTypeSubStructName() string

type NMQ_N02_QRY_WITH_DETAIL 

type NMQ_N02_QRY_WITH_DETAIL struct {
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	Other []interface{}
}

NMQ_N02_QRY_WITH_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMQ_N02_QRY_WITH_DETAIL) MessageTypeSubStructName 

func (s *NMQ_N02_QRY_WITH_DETAIL) MessageTypeSubStructName() string

type NMR_N01 

type NMR_N01 struct {
	MSH                            *MSH                                     `hl7:"true,MSH"`
	MSA                            *MSA                                     `hl7:"true,MSA"`
	ERR                            *ERR                                     `hl7:"false,ERR"`
	QRD                            *QRD                                     `hl7:"false,QRD"`
	CLOCK_AND_STATS_WITH_NOTES_ALT []NMR_N01_CLOCK_AND_STATS_WITH_NOTES_ALT `hl7:"true,CLOCK_AND_STATS_WITH_NOTES_ALT"`
	Other                          []interface{}
}

NMR_N01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMR_N01) MessageTypeName 

func (s *NMR_N01) MessageTypeName() string

type NMR_N01_CLOCK_AND_STATS_WITH_NOTES_ALT 

type NMR_N01_CLOCK_AND_STATS_WITH_NOTES_ALT struct {
	NCK   *NCK  `hl7:"false,NCK"`
	NTE1  []NTE `hl7:"false,NTE1"`
	NST   *NST  `hl7:"false,NST"`
	NTE2  []NTE `hl7:"false,NTE2"`
	NSC   *NSC  `hl7:"false,NSC"`
	NTE3  []NTE `hl7:"false,NTE3"`
	Other []interface{}
}

NMR_N01_CLOCK_AND_STATS_WITH_NOTES_ALT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*NMR_N01_CLOCK_AND_STATS_WITH_NOTES_ALT) MessageTypeSubStructName 

func (s *NMR_N01_CLOCK_AND_STATS_WITH_NOTES_ALT) MessageTypeSubStructName() string

type NMR_N02 

type NMR_N02 struct {
	MSH                            *MSH                                     `hl7:"true,MSH"`
	MSA                            *MSA                                     `hl7:"true,MSA"`
	ERR                            *ERR                                     `hl7:"false,ERR"`
	QRD                            *QRD                                     `hl7:"false,QRD"`
	CLOCK_AND_STATS_WITH_NOTES_ALT []NMR_N02_CLOCK_AND_STATS_WITH_NOTES_ALT `hl7:"true,CLOCK_AND_STATS_WITH_NOTES_ALT"`
	Other                          []interface{}
}

NMR_N02 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMR_N02) MessageTypeName 

func (s *NMR_N02) MessageTypeName() string

type NMR_N02_CLOCK_AND_STATS_WITH_NOTES_ALT 

type NMR_N02_CLOCK_AND_STATS_WITH_NOTES_ALT struct {
	NCK   *NCK  `hl7:"false,NCK"`
	NTE1  []NTE `hl7:"false,NTE1"`
	NST   *NST  `hl7:"false,NST"`
	NTE2  []NTE `hl7:"false,NTE2"`
	NSC   *NSC  `hl7:"false,NSC"`
	NTE3  []NTE `hl7:"false,NTE3"`
	Other []interface{}
}

NMR_N02_CLOCK_AND_STATS_WITH_NOTES_ALT represents the corresponding HL7 message type. Definition from HL7 2.2

func (*NMR_N02_CLOCK_AND_STATS_WITH_NOTES_ALT) MessageTypeSubStructName 

func (s *NMR_N02_CLOCK_AND_STATS_WITH_NOTES_ALT) MessageTypeSubStructName() string

type NPU 

type NPU struct {
	BedLocation *PL `hl7:"true,Bed Location"` // NPU-1
	BedStatus   *IS `hl7:"false,Bed Status"`  // NPU-2
}

NPU represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NPU) SegmentName 

func (s *NPU) SegmentName() string

type NR 

type NR struct {
	LowValue  *NM `hl7:"false,Low Value"`
	HighValue *NM `hl7:"false,High Value"`
}

NR represents the corresponding HL7 datatype. Definition from HL7 2.4

type NSC 

type NSC struct {
	ApplicationChangeType *IS `hl7:"true,Application Change Type"` // NSC-1
	CurrentCPU            *ST `hl7:"false,Current CPU"`            // NSC-2
	CurrentFileserver     *ST `hl7:"false,Current Fileserver"`     // NSC-3
	CurrentApplication    *HD `hl7:"false,Current Application"`    // NSC-4
	CurrentFacility       *HD `hl7:"false,Current Facility"`       // NSC-5
	NewCPU                *ST `hl7:"false,New CPU"`                // NSC-6
	NewFileserver         *ST `hl7:"false,New Fileserver"`         // NSC-7
	NewApplication        *HD `hl7:"false,New Application"`        // NSC-8
	NewFacility           *HD `hl7:"false,New Facility"`           // NSC-9
}

NSC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NSC) SegmentName 

func (s *NSC) SegmentName() string

type NST 

type NST struct {
	StatisticsAvailable           *ID `hl7:"true,Statistics Available"`              // NST-1
	SourceIdentifier              *ST `hl7:"false,Source Identifier"`                // NST-2
	SourceType                    *ID `hl7:"false,Source Type"`                      // NST-3
	StatisticsStart               *TS `hl7:"false,Statistics Start"`                 // NST-4
	StatisticsEnd                 *TS `hl7:"false,Statistics End"`                   // NST-5
	ReceiveCharacterCount         *NM `hl7:"false,Receive Character Count"`          // NST-6
	SendCharacterCount            *NM `hl7:"false,Send Character Count"`             // NST-7
	MessagesReceived              *NM `hl7:"false,Messages Received"`                // NST-8
	MessagesSent                  *NM `hl7:"false,Messages Sent"`                    // NST-9
	ChecksumErrorsReceived        *NM `hl7:"false,Checksum Errors Received"`         // NST-10
	LengthErrorsReceived          *NM `hl7:"false,Length Errors Received"`           // NST-11
	OtherErrorsReceived           *NM `hl7:"false,Other Errors Received"`            // NST-12
	ConnectTimeouts               *NM `hl7:"false,Connect Timeouts"`                 // NST-13
	ReceiveTimeouts               *NM `hl7:"false,Receive Timeouts"`                 // NST-14
	ApplicationControlLevelErrors *NM `hl7:"false,Application Control-Level Errors"` // NST-15
}

NST represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NST) SegmentName 

func (s *NST) SegmentName() string

type NTE 

type NTE struct {
	SetIDNTE        *SI  `hl7:"false,Set ID - NTE"`      // NTE-1
	SourceOfComment *ID  `hl7:"false,Source Of Comment"` // NTE-2
	Comment         []FT `hl7:"false,Comment"`           // NTE-3
	CommentType     *CE  `hl7:"false,Comment Type"`      // NTE-4
}

NTE represents the corresponding HL7 segment. Definition from HL7 2.4

func (*NTE) SegmentName 

func (s *NTE) SegmentName() string

type OBR 

type OBR struct {
	SetIDOBR                             *SI   `hl7:"false,Set ID - OBR"`                              // OBR-1
	PlacerOrderNumber                    *EI   `hl7:"false,Placer Order Number"`                       // OBR-2
	FillerOrderNumber                    *EI   `hl7:"false,Filler Order Number"`                       // OBR-3
	UniversalServiceIdentifier           *CE   `hl7:"true,Universal Service Identifier"`               // OBR-4
	Priority                             *ID   `hl7:"false,Priority"`                                  // OBR-5
	RequestedDateTime                    *TS   `hl7:"false,Requested Date/Time"`                       // OBR-6
	ObservationDateTime                  *TS   `hl7:"false,Observation Date/Time #"`                   // OBR-7
	ObservationEndDateTime               *TS   `hl7:"false,Observation End Date/Time #"`               // OBR-8
	CollectionVolume                     *CQ   `hl7:"false,Collection Volume *"`                       // OBR-9
	CollectorIdentifier                  []XCN `hl7:"false,Collector Identifier *"`                    // OBR-10
	SpecimenActionCode                   *ID   `hl7:"false,Specimen Action Code *"`                    // OBR-11
	DangerCode                           *CE   `hl7:"false,Danger Code"`                               // OBR-12
	RelevantClinicalInfo                 *ST   `hl7:"false,Relevant Clinical Info."`                   // OBR-13
	SpecimenReceivedDateTime             *TS   `hl7:"false,Specimen Received Date/Time *"`             // OBR-14
	SpecimenSource                       *SPS  `hl7:"false,Specimen Source"`                           // OBR-15
	OrderingProvider                     []XCN `hl7:"false,Ordering Provider"`                         // OBR-16
	OrderCallbackPhoneNumber             []XTN `hl7:"false,Order Callback Phone Number"`               // OBR-17
	PlacerField1                         *ST   `hl7:"false,Placer Field 1"`                            // OBR-18
	PlacerField2                         *ST   `hl7:"false,Placer Field 2"`                            // OBR-19
	FillerField1                         *ST   `hl7:"false,Filler Field 1 +"`                          // OBR-20
	FillerField2                         *ST   `hl7:"false,Filler Field 2 +"`                          // OBR-21
	ResultsRptStatusChngDateTime         *TS   `hl7:"false,Results Rpt/Status Chng - Date/Time +"`     // OBR-22
	ChargeToPractice                     *MOC  `hl7:"false,Charge To Practice +"`                      // OBR-23
	DiagnosticServSectID                 *ID   `hl7:"false,Diagnostic Serv Sect ID"`                   // OBR-24
	ResultStatus                         *ID   `hl7:"false,Result Status +"`                           // OBR-25
	ParentResult                         *PRL  `hl7:"false,Parent Result +"`                           // OBR-26
	QuantityTiming                       []TQ  `hl7:"false,Quantity/Timing"`                           // OBR-27
	ResultCopiesTo                       []XCN `hl7:"false,Result Copies To"`                          // OBR-28
	Parent                               *EIP  `hl7:"false,Parent"`                                    // OBR-29
	TransportationMode                   *ID   `hl7:"false,Transportation Mode"`                       // OBR-30
	ReasonForStudy                       []CE  `hl7:"false,Reason For Study"`                          // OBR-31
	PrincipalResultInterpreter           *NDL  `hl7:"false,Principal Result Interpreter +"`            // OBR-32
	AssistantResultInterpreter           []NDL `hl7:"false,Assistant Result Interpreter +"`            // OBR-33
	Technician                           []NDL `hl7:"false,Technician +"`                              // OBR-34
	Transcriptionist                     []NDL `hl7:"false,Transcriptionist +"`                        // OBR-35
	ScheduledDateTime                    *TS   `hl7:"false,Scheduled Date/Time +"`                     // OBR-36
	NumberOfSampleContainers             *NM   `hl7:"false,Number Of Sample Containers *"`             // OBR-37
	TransportLogisticsOfCollectedSample  []CE  `hl7:"false,Transport Logistics Of Collected Sample *"` // OBR-38
	CollectorSComment                    []CE  `hl7:"false,Collector'S Comment *"`                     // OBR-39
	TransportArrangementResponsibility   *CE   `hl7:"false,Transport Arrangement Responsibility"`      // OBR-40
	TransportArranged                    *ID   `hl7:"false,Transport Arranged"`                        // OBR-41
	EscortRequired                       *ID   `hl7:"false,Escort Required"`                           // OBR-42
	PlannedPatientTransportComment       []CE  `hl7:"false,Planned Patient Transport Comment"`         // OBR-43
	ProcedureCode                        *CE   `hl7:"false,Procedure Code"`                            // OBR-44
	ProcedureCodeModifier                []CE  `hl7:"false,Procedure Code Modifier"`                   // OBR-45
	PlacerSupplementalServiceInformation []CE  `hl7:"false,Placer Supplemental Service Information"`   // OBR-46
	FillerSupplementalServiceInformation []CE  `hl7:"false,Filler Supplemental Service Information"`   // OBR-47
}

OBR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OBR) SegmentName 

func (s *OBR) SegmentName() string

type OBX 

type OBX struct {
	SetIDOBX                       *SI   `hl7:"false,Set ID - OBX"`                       // OBX-1
	ValueType                      *ID   `hl7:"false,Value Type"`                         // OBX-2
	ObservationIdentifier          *CE   `hl7:"true,Observation Identifier"`              // OBX-3
	ObservationSubId               *ST   `hl7:"false,Observation Sub-Id"`                 // OBX-4
	ObservationValue               []Any `hl7:"false,Observation Value"`                  // OBX-5
	Units                          *CE   `hl7:"false,Units"`                              // OBX-6
	ReferencesRange                *ST   `hl7:"false,References Range"`                   // OBX-7
	AbnormalFlags                  *IS   `hl7:"false,Abnormal Flags"`                     // OBX-8
	Probability                    []NM  `hl7:"false,Probability"`                        // OBX-9
	NatureOfAbnormalTest           *ID   `hl7:"false,Nature Of Abnormal Test"`            // OBX-10
	ObservationResultStatus        *ID   `hl7:"true,Observation Result Status"`           // OBX-11
	DateLastObservationNormalValue *TS   `hl7:"false,Date Last Observation Normal Value"` // OBX-12
	UserDefinedAccessChecks        *ST   `hl7:"false,User Defined Access Checks"`         // OBX-13
	DateTimeOfTheObservation       *TS   `hl7:"false,Date/Time Of The Observation"`       // OBX-14
	ProducerSID                    *CE   `hl7:"false,Producer'S ID"`                      // OBX-15
	ResponsibleObserver            *XCN  `hl7:"false,Responsible Observer"`               // OBX-16
	ObservationMethod              []CE  `hl7:"false,Observation Method"`                 // OBX-17
	EquipmentInstanceIdentifier    []EI  `hl7:"false,Equipment Instance Identifier"`      // OBX-18
	DateTimeOfTheAnalysis          *TS   `hl7:"false,Date/Time Of The Analysis"`          // OBX-19
}

OBX represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OBX) SegmentName 

func (s *OBX) SegmentName() string

type OCD 

type OCD struct {
	OccurrenceCode *IS `hl7:"false,Occurrence Code"`
	OccurrenceDate *DT `hl7:"false,Occurrence Date"`
}

OCD represents the corresponding HL7 datatype. Definition from HL7 2.4

type ODS 

type ODS struct {
	Type                           *ID  `hl7:"true,Type"`                                 // ODS-1
	ServicePeriod                  []CE `hl7:"false,Service Period"`                      // ODS-2
	DietSupplementOrPreferenceCode []CE `hl7:"true,Diet, Supplement, Or Preference Code"` // ODS-3
	TextInstruction                []ST `hl7:"false,Text Instruction"`                    // ODS-4
}

ODS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ODS) SegmentName 

func (s *ODS) SegmentName() string

type ODT 

type ODT struct {
	TrayType        *CE  `hl7:"true,Tray Type"`         // ODT-1
	ServicePeriod   []CE `hl7:"false,Service Period"`   // ODT-2
	TextInstruction *ST  `hl7:"false,Text Instruction"` // ODT-3
}

ODT represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ODT) SegmentName 

func (s *ODT) SegmentName() string

type OM1 

type OM1 struct {
	SequenceNumberTestObservationMasterFile                *NM   `hl7:"true,Sequence Number - Test/ Observation Master File"`                   // OM1-1
	ProducerSServiceTestObservationID                      *CE   `hl7:"true,Producer'S Service/Test/Observation ID"`                            // OM1-2
	PermittedDataTypes                                     []ID  `hl7:"false,Permitted Data Types"`                                             // OM1-3
	SpecimenRequired                                       *ID   `hl7:"true,Specimen Required"`                                                 // OM1-4
	ProducerID                                             *CE   `hl7:"true,Producer ID"`                                                       // OM1-5
	ObservationDescription                                 *TX   `hl7:"false,Observation Description"`                                          // OM1-6
	OtherServiceTestObservationIDsForTheObservation        *CE   `hl7:"false,Other Service/Test/Observation IDs For The Observation"`           // OM1-7
	OtherNames                                             []ST  `hl7:"true,Other Names"`                                                       // OM1-8
	PreferredReportNameForTheObservation                   *ST   `hl7:"false,Preferred Report Name For The Observation"`                        // OM1-9
	PreferredShortNameOrMnemonicForObservation             *ST   `hl7:"false,Preferred Short Name Or Mnemonic For Observation"`                 // OM1-10
	PreferredLongNameForTheObservation                     *ST   `hl7:"false,Preferred Long Name For The Observation"`                          // OM1-11
	Orderability                                           *ID   `hl7:"false,Orderability"`                                                     // OM1-12
	IdentityOfInstrumentUsedToPerformThisStudy             []CE  `hl7:"false,Identity Of Instrument Used To Perform This Study"`                // OM1-13
	CodedRepresentationOfMethod                            []CE  `hl7:"false,Coded Representation Of Method"`                                   // OM1-14
	PortableDeviceIndicator                                *ID   `hl7:"false,Portable Device Indicator"`                                        // OM1-15
	ObservationProducingDepartmentSection                  []CE  `hl7:"false,Observation Producing Department/Section"`                         // OM1-16
	TelephoneNumberOfSection                               *XTN  `hl7:"false,Telephone Number Of Section"`                                      // OM1-17
	NatureOfServiceTestObservation                         *IS   `hl7:"true,Nature Of Service/Test/Observation"`                                // OM1-18
	ReportSubheader                                        *CE   `hl7:"false,Report Subheader"`                                                 // OM1-19
	ReportDisplayOrder                                     *ST   `hl7:"false,Report Display Order"`                                             // OM1-20
	DateTimeStampForAnyChangeInDefinitionForTheObservation *TS   `hl7:"false,Date/Time Stamp For Any Change In Definition For The Observation"` // OM1-21
	EffectiveDateTimeOfChange                              *TS   `hl7:"false,Effective Date/Time Of Change"`                                    // OM1-22
	TypicalTurnAroundTime                                  *NM   `hl7:"false,Typical Turn-Around Time"`                                         // OM1-23
	ProcessingTime                                         *NM   `hl7:"false,Processing Time"`                                                  // OM1-24
	ProcessingPriority                                     []ID  `hl7:"false,Processing Priority"`                                              // OM1-25
	ReportingPriority                                      *ID   `hl7:"false,Reporting Priority"`                                               // OM1-26
	OutsideSiteSWhereObservationMayBePerformed             []CE  `hl7:"false,Outside Site(S) Where Observation May Be Performed"`               // OM1-27
	AddressOfOutsideSiteS                                  []XAD `hl7:"false,Address Of Outside Site(S)"`                                       // OM1-28
	PhoneNumberOfOutsideSite                               *XTN  `hl7:"false,Phone Number Of Outside Site"`                                     // OM1-29
	ConfidentialityCode                                    *IS   `hl7:"false,Confidentiality Code"`                                             // OM1-30
	ObservationsRequiredToInterpretTheObservation          *CE   `hl7:"false,Observations Required To Interpret The Observation"`               // OM1-31
	InterpretationOfObservations                           *TX   `hl7:"false,Interpretation Of Observations"`                                   // OM1-32
	ContraindicationsToObservations                        *CE   `hl7:"false,Contraindications To Observations"`                                // OM1-33
	ReflexTestsObservations                                []CE  `hl7:"false,Reflex Tests/Observations"`                                        // OM1-34
	RulesThatTriggerReflexTesting                          *TX   `hl7:"false,Rules That Trigger Reflex Testing"`                                // OM1-35
	FixedCannedMessage                                     *CE   `hl7:"false,Fixed Canned Message"`                                             // OM1-36
	PatientPreparation                                     *TX   `hl7:"false,Patient Preparation"`                                              // OM1-37
	ProcedureMedication                                    *CE   `hl7:"false,Procedure Medication"`                                             // OM1-38
	FactorsThatMayAffectAffectTheObservation               *TX   `hl7:"false,Factors That May Affect Affect The Observation"`                   // OM1-39
	ServiceTestObservationPerformanceSchedule              []ST  `hl7:"false,Service/Test/Observation Performance Schedule"`                    // OM1-40
	DescriptionOfTestMethods                               *TX   `hl7:"false,Description Of Test Methods"`                                      // OM1-41
	KindOfQuantityObserved                                 *CE   `hl7:"false,Kind Of Quantity Observed"`                                        // OM1-42
	PointVersusInterval                                    *CE   `hl7:"false,Point Versus Interval"`                                            // OM1-43
	ChallengeInformation                                   *TX   `hl7:"false,Challenge Information"`                                            // OM1-44
	RelationshipModifier                                   *CE   `hl7:"false,Relationship Modifier"`                                            // OM1-45
	TargetAnatomicSiteOfTest                               *CE   `hl7:"false,Target Anatomic Site Of Test"`                                     // OM1-46
	ModalityOfImagingMeasurement                           *CE   `hl7:"false,Modality Of Imaging Measurement"`                                  // OM1-47
}

OM1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM1) SegmentName 

func (s *OM1) SegmentName() string

type OM2 

type OM2 struct {
	SequenceNumberTestObservationMasterFile              *NM   `hl7:"false,Sequence Number - Test/ Observation Master File"`                // OM2-1
	UnitsOfMeasure                                       *CE   `hl7:"false,Units Of Measure"`                                               // OM2-2
	RangeOfDecimalPrecision                              []NM  `hl7:"false,Range Of Decimal Precision"`                                     // OM2-3
	CorrespondingSIUnitsOfMeasure                        *CE   `hl7:"false,Corresponding SI Units Of Measure"`                              // OM2-4
	SIConversionFactor                                   *TX   `hl7:"false,SI Conversion Factor"`                                           // OM2-5
	ReferenceNormalRangeOrdinalAndContinuousObservations *RFR  `hl7:"false,Reference (Normal) Range - Ordinal And Continuous Observations"` // OM2-6
	CriticalRangeForOrdinalAndContinuousObservations     *NR   `hl7:"false,Critical Range For Ordinal And Continuous Observations"`         // OM2-7
	AbsoluteRangeForOrdinalAndContinuousObservations     *RFR  `hl7:"false,Absolute Range For Ordinal And Continuous Observations"`         // OM2-8
	DeltaCheckCriteria                                   []DLT `hl7:"false,Delta Check Criteria"`                                           // OM2-9
	MinimumMeaningfulIncrements                          *NM   `hl7:"false,Minimum Meaningful Increments"`                                  // OM2-10
}

OM2 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM2) SegmentName 

func (s *OM2) SegmentName() string

type OM3 

type OM3 struct {
	SequenceNumberTestObservationMasterFile     *NM  `hl7:"false,Sequence Number - Test/ Observation Master File"`  // OM3-1
	PreferredCodingSystem                       *CE  `hl7:"false,Preferred Coding System"`                          // OM3-2
	ValidCodedAnswers                           *CE  `hl7:"false,Valid Coded Answers"`                              // OM3-3
	NormalTextCodesForCategoricalObservations   []CE `hl7:"false,Normal Text/Codes For Categorical Observations"`   // OM3-4
	AbnormalTextCodesForCategoricalObservations *CE  `hl7:"false,Abnormal Text/Codes For Categorical Observations"` // OM3-5
	CriticalTextCodesForCategoricalObservations *CE  `hl7:"false,Critical Text/Codes For Categorical Observations"` // OM3-6
	ValueType                                   *ID  `hl7:"false,Value Type"`                                       // OM3-7
}

OM3 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM3) SegmentName 

func (s *OM3) SegmentName() string

type OM4 

type OM4 struct {
	SequenceNumberTestObservationMasterFile *NM  `hl7:"false,Sequence Number - Test/ Observation Master File"` // OM4-1
	DerivedSpecimen                         *ID  `hl7:"false,Derived Specimen"`                                // OM4-2
	ContainerDescription                    *TX  `hl7:"false,Container Description"`                           // OM4-3
	ContainerVolume                         *NM  `hl7:"false,Container Volume"`                                // OM4-4
	ContainerUnits                          *CE  `hl7:"false,Container Units"`                                 // OM4-5
	Specimen                                *CE  `hl7:"false,Specimen"`                                        // OM4-6
	Additive                                *CE  `hl7:"false,Additive"`                                        // OM4-7
	Preparation                             *TX  `hl7:"false,Preparation"`                                     // OM4-8
	SpecialHandlingRequirements             *TX  `hl7:"false,Special Handling Requirements"`                   // OM4-9
	NormalCollectionVolume                  *CQ  `hl7:"false,Normal Collection Volume"`                        // OM4-10
	MinimumCollectionVolume                 *CQ  `hl7:"false,Minimum Collection Volume"`                       // OM4-11
	SpecimenRequirements                    *TX  `hl7:"false,Specimen Requirements"`                           // OM4-12
	SpecimenPriorities                      []ID `hl7:"false,Specimen Priorities"`                             // OM4-13
	SpecimenRetentionTime                   *CQ  `hl7:"false,Specimen Retention Time"`                         // OM4-14
}

OM4 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM4) SegmentName 

func (s *OM4) SegmentName() string

type OM5 

type OM5 struct {
	SequenceNumberTestObservationMasterFile            *NM  `hl7:"false,Sequence Number - Test/ Observation Master File"`           // OM5-1
	TestObservationsIncludedWithinAnOrderedTestBattery []CE `hl7:"false,Test/Observations Included Within An Ordered Test Battery"` // OM5-2
	ObservationIDSuffixes                              *ST  `hl7:"false,Observation ID Suffixes"`                                   // OM5-3
}

OM5 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM5) SegmentName 

func (s *OM5) SegmentName() string

type OM6 

type OM6 struct {
	SequenceNumberTestObservationMasterFile *NM `hl7:"false,Sequence Number - Test/ Observation Master File"` // OM6-1
	DerivationRule                          *TX `hl7:"false,Derivation Rule"`                                 // OM6-2
}

OM6 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM6) SegmentName 

func (s *OM6) SegmentName() string

type OM7 

type OM7 struct {
	SequenceNumberTestObservationMasterFile *NM  `hl7:"true,Sequence Number - Test/ Observation Master File"` // OM7-1
	UniversalServiceIdentifier              *CE  `hl7:"true,Universal Service Identifier"`                    // OM7-2
	CategoryIdentifier                      []CE `hl7:"false,Category Identifier"`                            // OM7-3
	CategoryDescription                     *TX  `hl7:"false,Category Description"`                           // OM7-4
	CategorySynonym                         []ST `hl7:"false,Category Synonym"`                               // OM7-5
	EffectiveTestServiceStartDateTime       *TS  `hl7:"false,Effective Test/Service Start Date/Time"`         // OM7-6
	EffectiveTestServiceEndDateTime         *TS  `hl7:"false,Effective Test/Service End Date/Time"`           // OM7-7
	TestServiceDefaultDurationQuantity      *NM  `hl7:"false,Test/Service Default Duration Quantity"`         // OM7-8
	TestServiceDefaultDurationUnits         *CE  `hl7:"false,Test/Service Default Duration Units"`            // OM7-9
	TestServiceDefaultFrequency             *IS  `hl7:"false,Test/Service Default Frequency"`                 // OM7-10
	ConsentIndicator                        *ID  `hl7:"false,Consent Indicator"`                              // OM7-11
	ConsentIdentifier                       *CE  `hl7:"false,Consent Identifier"`                             // OM7-12
	ConsentEffectiveStartDateTime           *TS  `hl7:"false,Consent Effective Start Date/Time"`              // OM7-13
	ConsentEffectiveEndDateTime             *TS  `hl7:"false,Consent Effective End Date/Time"`                // OM7-14
	ConsentIntervalQuantity                 *NM  `hl7:"false,Consent Interval Quantity"`                      // OM7-15
	ConsentIntervalUnits                    *CE  `hl7:"false,Consent Interval Units"`                         // OM7-16
	ConsentWaitingPeriodQuantity            *NM  `hl7:"false,Consent Waiting Period Quantity"`                // OM7-17
	ConsentWaitingPeriodUnits               *CE  `hl7:"false,Consent Waiting Period Units"`                   // OM7-18
	EffectiveDateTimeOfChange               *TS  `hl7:"false,Effective Date/Time Of Change"`                  // OM7-19
	EnteredBy                               *XCN `hl7:"false,Entered By"`                                     // OM7-20
	OrderableAtLocation                     []PL `hl7:"false,Orderable-At Location"`                          // OM7-21
	FormularyStatus                         *IS  `hl7:"false,Formulary Status"`                               // OM7-22
	SpecialOrderIndicator                   *ID  `hl7:"false,Special Order Indicator"`                        // OM7-23
	PrimaryKeyValueCDM                      []CE `hl7:"false,Primary Key Value - CDM"`                        // OM7-24
}

OM7 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*OM7) SegmentName 

func (s *OM7) SegmentName() string

type OMD_O01 

type OMD_O01 struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	NTE        []NTE                `hl7:"false,NTE"`
	PATIENT    *OMD_O01_PATIENT     `hl7:"false,PATIENT"`
	ORDER_DIET []OMD_O01_ORDER_DIET `hl7:"true,ORDER_DIET"`
	ORDER_TRAY []OMD_O01_ORDER_TRAY `hl7:"false,ORDER_TRAY"`
	Other      []interface{}
}

OMD_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01) MessageTypeName 

func (s *OMD_O01) MessageTypeName() string

type OMD_O01_DIET 

type OMD_O01_DIET struct {
	ODS         []ODS                 `hl7:"true,ODS"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OMD_O01_OBSERVATION `hl7:"true,OBSERVATION"`
	Other       []interface{}
}

OMD_O01_DIET represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_DIET) MessageTypeSubStructName 

func (s *OMD_O01_DIET) MessageTypeSubStructName() string

type OMD_O01_INSURANCE 

type OMD_O01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMD_O01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_INSURANCE) MessageTypeSubStructName 

func (s *OMD_O01_INSURANCE) MessageTypeSubStructName() string

type OMD_O01_OBSERVATION 

type OMD_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMD_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_OBSERVATION) MessageTypeSubStructName 

func (s *OMD_O01_OBSERVATION) MessageTypeSubStructName() string

type OMD_O01_ORDER_DIET 

type OMD_O01_ORDER_DIET struct {
	ORC   *ORC          `hl7:"true,ORC"`
	DIET  *OMD_O01_DIET `hl7:"false,DIET"`
	Other []interface{}
}

OMD_O01_ORDER_DIET represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_ORDER_DIET) MessageTypeSubStructName 

func (s *OMD_O01_ORDER_DIET) MessageTypeSubStructName() string

type OMD_O01_ORDER_TRAY 

type OMD_O01_ORDER_TRAY struct {
	ORC   *ORC  `hl7:"true,ORC"`
	ODT   []ODT `hl7:"true,ODT"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMD_O01_ORDER_TRAY represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_ORDER_TRAY) MessageTypeSubStructName 

func (s *OMD_O01_ORDER_TRAY) MessageTypeSubStructName() string

type OMD_O01_PATIENT 

type OMD_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMD_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMD_O01_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMD_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_PATIENT) MessageTypeSubStructName 

func (s *OMD_O01_PATIENT) MessageTypeSubStructName() string

type OMD_O01_PATIENT_VISIT 

type OMD_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMD_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMD_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMD_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type OMD_O03 

type OMD_O03 struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	NTE        []NTE                `hl7:"false,NTE"`
	PATIENT    *OMD_O03_PATIENT     `hl7:"false,PATIENT"`
	ORDER_DIET []OMD_O03_ORDER_DIET `hl7:"true,ORDER_DIET"`
	ORDER_TRAY []OMD_O03_ORDER_TRAY `hl7:"false,ORDER_TRAY"`
	Other      []interface{}
}

OMD_O03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03) MessageTypeName 

func (s *OMD_O03) MessageTypeName() string

type OMD_O03_DIET 

type OMD_O03_DIET struct {
	ODS         []ODS                 `hl7:"true,ODS"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OMD_O03_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

OMD_O03_DIET represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_DIET) MessageTypeSubStructName 

func (s *OMD_O03_DIET) MessageTypeSubStructName() string

type OMD_O03_INSURANCE 

type OMD_O03_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMD_O03_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_INSURANCE) MessageTypeSubStructName 

func (s *OMD_O03_INSURANCE) MessageTypeSubStructName() string

type OMD_O03_OBSERVATION 

type OMD_O03_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMD_O03_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_OBSERVATION) MessageTypeSubStructName 

func (s *OMD_O03_OBSERVATION) MessageTypeSubStructName() string

type OMD_O03_ORDER_DIET 

type OMD_O03_ORDER_DIET struct {
	ORC   *ORC          `hl7:"true,ORC"`
	DIET  *OMD_O03_DIET `hl7:"false,DIET"`
	Other []interface{}
}

OMD_O03_ORDER_DIET represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_ORDER_DIET) MessageTypeSubStructName 

func (s *OMD_O03_ORDER_DIET) MessageTypeSubStructName() string

type OMD_O03_ORDER_TRAY 

type OMD_O03_ORDER_TRAY struct {
	ORC   *ORC  `hl7:"true,ORC"`
	ODT   []ODT `hl7:"true,ODT"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMD_O03_ORDER_TRAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_ORDER_TRAY) MessageTypeSubStructName 

func (s *OMD_O03_ORDER_TRAY) MessageTypeSubStructName() string

type OMD_O03_PATIENT 

type OMD_O03_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMD_O03_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMD_O03_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMD_O03_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_PATIENT) MessageTypeSubStructName 

func (s *OMD_O03_PATIENT) MessageTypeSubStructName() string

type OMD_O03_PATIENT_VISIT 

type OMD_O03_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMD_O03_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMD_O03_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMD_O03_PATIENT_VISIT) MessageTypeSubStructName() string

type OMG_O19 

type OMG_O19 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *OMG_O19_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OMG_O19_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OMG_O19 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19) MessageTypeName 

func (s *OMG_O19) MessageTypeName() string

type OMG_O19_INSURANCE 

type OMG_O19_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMG_O19_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_INSURANCE) MessageTypeSubStructName 

func (s *OMG_O19_INSURANCE) MessageTypeSubStructName() string

type OMG_O19_OBSERVATION 

type OMG_O19_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMG_O19_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_OBSERVATION) MessageTypeSubStructName 

func (s *OMG_O19_OBSERVATION) MessageTypeSubStructName() string

type OMG_O19_OBSERVATION_PRIOR 

type OMG_O19_OBSERVATION_PRIOR struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMG_O19_OBSERVATION_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_OBSERVATION_PRIOR) MessageTypeSubStructName 

func (s *OMG_O19_OBSERVATION_PRIOR) MessageTypeSubStructName() string

type OMG_O19_ORDER 

type OMG_O19_ORDER struct {
	ORC          *ORC                   `hl7:"true,ORC"`
	OBR          *OBR                   `hl7:"true,OBR"`
	NTE          []NTE                  `hl7:"false,NTE"`
	CTD          *CTD                   `hl7:"false,CTD"`
	DG1          []DG1                  `hl7:"false,DG1"`
	OBSERVATION  []OMG_O19_OBSERVATION  `hl7:"false,OBSERVATION"`
	PRIOR_RESULT []OMG_O19_PRIOR_RESULT `hl7:"false,PRIOR_RESULT"`
	FT1          []FT1                  `hl7:"false,FT1"`
	CTI          []CTI                  `hl7:"false,CTI"`
	BLG          *BLG                   `hl7:"false,BLG"`
	Other        []interface{}
}

OMG_O19_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_ORDER) MessageTypeSubStructName 

func (s *OMG_O19_ORDER) MessageTypeSubStructName() string

type OMG_O19_ORDER_PRIOR 

type OMG_O19_ORDER_PRIOR struct {
	ORC               *ORC                        `hl7:"false,ORC"`
	OBR               *OBR                        `hl7:"true,OBR"`
	NTE               []NTE                       `hl7:"false,NTE"`
	CTD               *CTD                        `hl7:"false,CTD"`
	OBSERVATION_PRIOR []OMG_O19_OBSERVATION_PRIOR `hl7:"true,OBSERVATION_PRIOR"`
	Other             []interface{}
}

OMG_O19_ORDER_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_ORDER_PRIOR) MessageTypeSubStructName 

func (s *OMG_O19_ORDER_PRIOR) MessageTypeSubStructName() string

type OMG_O19_PATIENT 

type OMG_O19_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMG_O19_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMG_O19_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMG_O19_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_PATIENT) MessageTypeSubStructName 

func (s *OMG_O19_PATIENT) MessageTypeSubStructName() string

type OMG_O19_PATIENT_PRIOR 

type OMG_O19_PATIENT_PRIOR struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	Other []interface{}
}

OMG_O19_PATIENT_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_PATIENT_PRIOR) MessageTypeSubStructName 

func (s *OMG_O19_PATIENT_PRIOR) MessageTypeSubStructName() string

type OMG_O19_PATIENT_VISIT 

type OMG_O19_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMG_O19_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMG_O19_PATIENT_VISIT) MessageTypeSubStructName() string

type OMG_O19_PATIENT_VISIT_PRIOR 

type OMG_O19_PATIENT_VISIT_PRIOR struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMG_O19_PATIENT_VISIT_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_PATIENT_VISIT_PRIOR) MessageTypeSubStructName 

func (s *OMG_O19_PATIENT_VISIT_PRIOR) MessageTypeSubStructName() string

type OMG_O19_PRIOR_RESULT 

type OMG_O19_PRIOR_RESULT struct {
	PATIENT_PRIOR       *OMG_O19_PATIENT_PRIOR       `hl7:"false,PATIENT_PRIOR"`
	PATIENT_VISIT_PRIOR *OMG_O19_PATIENT_VISIT_PRIOR `hl7:"false,PATIENT_VISIT_PRIOR"`
	AL1                 []AL1                        `hl7:"false,AL1"`
	ORDER_PRIOR         []OMG_O19_ORDER_PRIOR        `hl7:"true,ORDER_PRIOR"`
	Other               []interface{}
}

OMG_O19_PRIOR_RESULT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMG_O19_PRIOR_RESULT) MessageTypeSubStructName 

func (s *OMG_O19_PRIOR_RESULT) MessageTypeSubStructName() string

type OML_O21 

type OML_O21 struct {
	MSH           *MSH                    `hl7:"true,MSH"`
	NTE           []NTE                   `hl7:"false,NTE"`
	PATIENT       *OML_O21_PATIENT        `hl7:"false,PATIENT"`
	ORDER_GENERAL []OML_O21_ORDER_GENERAL `hl7:"true,ORDER_GENERAL"`
	Other         []interface{}
}

OML_O21 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21) MessageTypeName 

func (s *OML_O21) MessageTypeName() string

type OML_O21_CONTAINER_1 

type OML_O21_CONTAINER_1 struct {
	SAC   *SAC  `hl7:"true,SAC"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

OML_O21_CONTAINER_1 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_CONTAINER_1) MessageTypeSubStructName 

func (s *OML_O21_CONTAINER_1) MessageTypeSubStructName() string

type OML_O21_CONTAINER_2 

type OML_O21_CONTAINER_2 struct {
	SAC   *SAC  `hl7:"true,SAC"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

OML_O21_CONTAINER_2 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_CONTAINER_2) MessageTypeSubStructName 

func (s *OML_O21_CONTAINER_2) MessageTypeSubStructName() string

type OML_O21_INSURANCE 

type OML_O21_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OML_O21_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_INSURANCE) MessageTypeSubStructName 

func (s *OML_O21_INSURANCE) MessageTypeSubStructName() string

type OML_O21_OBSERVATION 

type OML_O21_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	TCD   *TCD  `hl7:"false,TCD"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OML_O21_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_OBSERVATION) MessageTypeSubStructName 

func (s *OML_O21_OBSERVATION) MessageTypeSubStructName() string

type OML_O21_OBSERVATION_PRIOR 

type OML_O21_OBSERVATION_PRIOR struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OML_O21_OBSERVATION_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_OBSERVATION_PRIOR) MessageTypeSubStructName 

func (s *OML_O21_OBSERVATION_PRIOR) MessageTypeSubStructName() string

type OML_O21_OBSERVATION_REQUEST 

type OML_O21_OBSERVATION_REQUEST struct {
	OBR          *OBR                   `hl7:"true,OBR"`
	CONTAINER_2  []OML_O21_CONTAINER_2  `hl7:"false,CONTAINER_2"`
	TCD          *TCD                   `hl7:"false,TCD"`
	NTE          []NTE                  `hl7:"false,NTE"`
	DG1          []DG1                  `hl7:"false,DG1"`
	OBSERVATION  []OML_O21_OBSERVATION  `hl7:"false,OBSERVATION"`
	PRIOR_RESULT []OML_O21_PRIOR_RESULT `hl7:"false,PRIOR_RESULT"`
	Other        []interface{}
}

OML_O21_OBSERVATION_REQUEST represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_OBSERVATION_REQUEST) MessageTypeSubStructName 

func (s *OML_O21_OBSERVATION_REQUEST) MessageTypeSubStructName() string

type OML_O21_ORDER 

type OML_O21_ORDER struct {
	ORC                 *ORC                         `hl7:"true,ORC"`
	OBSERVATION_REQUEST *OML_O21_OBSERVATION_REQUEST `hl7:"false,OBSERVATION_REQUEST"`
	FT1                 []FT1                        `hl7:"false,FT1"`
	CTI                 []CTI                        `hl7:"false,CTI"`
	BLG                 *BLG                         `hl7:"false,BLG"`
	Other               []interface{}
}

OML_O21_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_ORDER) MessageTypeSubStructName 

func (s *OML_O21_ORDER) MessageTypeSubStructName() string

type OML_O21_ORDER_GENERAL 

type OML_O21_ORDER_GENERAL struct {
	CONTAINER_1 *OML_O21_CONTAINER_1 `hl7:"false,CONTAINER_1"`
	ORDER       []OML_O21_ORDER      `hl7:"true,ORDER"`
	Other       []interface{}
}

OML_O21_ORDER_GENERAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_ORDER_GENERAL) MessageTypeSubStructName 

func (s *OML_O21_ORDER_GENERAL) MessageTypeSubStructName() string

type OML_O21_ORDER_PRIOR 

type OML_O21_ORDER_PRIOR struct {
	ORC               *ORC                        `hl7:"false,ORC"`
	OBR               *OBR                        `hl7:"true,OBR"`
	NTE               []NTE                       `hl7:"false,NTE"`
	OBSERVATION_PRIOR []OML_O21_OBSERVATION_PRIOR `hl7:"true,OBSERVATION_PRIOR"`
	Other             []interface{}
}

OML_O21_ORDER_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_ORDER_PRIOR) MessageTypeSubStructName 

func (s *OML_O21_ORDER_PRIOR) MessageTypeSubStructName() string

type OML_O21_PATIENT 

type OML_O21_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OML_O21_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OML_O21_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OML_O21_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_PATIENT) MessageTypeSubStructName 

func (s *OML_O21_PATIENT) MessageTypeSubStructName() string

type OML_O21_PATIENT_PRIOR 

type OML_O21_PATIENT_PRIOR struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	Other []interface{}
}

OML_O21_PATIENT_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_PATIENT_PRIOR) MessageTypeSubStructName 

func (s *OML_O21_PATIENT_PRIOR) MessageTypeSubStructName() string

type OML_O21_PATIENT_VISIT 

type OML_O21_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OML_O21_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OML_O21_PATIENT_VISIT) MessageTypeSubStructName() string

type OML_O21_PATIENT_VISIT_PRIOR 

type OML_O21_PATIENT_VISIT_PRIOR struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OML_O21_PATIENT_VISIT_PRIOR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_PATIENT_VISIT_PRIOR) MessageTypeSubStructName 

func (s *OML_O21_PATIENT_VISIT_PRIOR) MessageTypeSubStructName() string

type OML_O21_PRIOR_RESULT 

type OML_O21_PRIOR_RESULT struct {
	PATIENT_PRIOR       *OML_O21_PATIENT_PRIOR       `hl7:"false,PATIENT_PRIOR"`
	PATIENT_VISIT_PRIOR *OML_O21_PATIENT_VISIT_PRIOR `hl7:"false,PATIENT_VISIT_PRIOR"`
	AL1                 []AL1                        `hl7:"false,AL1"`
	ORDER_PRIOR         []OML_O21_ORDER_PRIOR        `hl7:"true,ORDER_PRIOR"`
	Other               []interface{}
}

OML_O21_PRIOR_RESULT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OML_O21_PRIOR_RESULT) MessageTypeSubStructName 

func (s *OML_O21_PRIOR_RESULT) MessageTypeSubStructName() string

type OMN_O01 

type OMN_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *OMN_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OMN_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OMN_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01) MessageTypeName 

func (s *OMN_O01) MessageTypeName() string

type OMN_O01_INSURANCE 

type OMN_O01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMN_O01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01_INSURANCE) MessageTypeSubStructName 

func (s *OMN_O01_INSURANCE) MessageTypeSubStructName() string

type OMN_O01_OBSERVATION 

type OMN_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMN_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01_OBSERVATION) MessageTypeSubStructName 

func (s *OMN_O01_OBSERVATION) MessageTypeSubStructName() string

type OMN_O01_ORDER 

type OMN_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *OMN_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	BLG          *BLG                  `hl7:"false,BLG"`
	Other        []interface{}
}

OMN_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01_ORDER) MessageTypeSubStructName 

func (s *OMN_O01_ORDER) MessageTypeSubStructName() string

type OMN_O01_ORDER_DETAIL 

type OMN_O01_ORDER_DETAIL struct {
	RQD         *RQD                  `hl7:"true,RQD"`
	RQ1         *RQ1                  `hl7:"false,RQ1"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OMN_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

OMN_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *OMN_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type OMN_O01_PATIENT 

type OMN_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMN_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMN_O01_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMN_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01_PATIENT) MessageTypeSubStructName 

func (s *OMN_O01_PATIENT) MessageTypeSubStructName() string

type OMN_O01_PATIENT_VISIT 

type OMN_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMN_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMN_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMN_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type OMN_O07 

type OMN_O07 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *OMN_O07_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OMN_O07_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OMN_O07 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMN_O07) MessageTypeName 

func (s *OMN_O07) MessageTypeName() string

type OMN_O07_INSURANCE 

type OMN_O07_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMN_O07_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMN_O07_INSURANCE) MessageTypeSubStructName 

func (s *OMN_O07_INSURANCE) MessageTypeSubStructName() string

type OMN_O07_OBSERVATION 

type OMN_O07_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMN_O07_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMN_O07_OBSERVATION) MessageTypeSubStructName 

func (s *OMN_O07_OBSERVATION) MessageTypeSubStructName() string

type OMN_O07_ORDER 

type OMN_O07_ORDER struct {
	ORC         *ORC                  `hl7:"true,ORC"`
	RQD         *RQD                  `hl7:"true,RQD"`
	RQ1         *RQ1                  `hl7:"false,RQ1"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OMN_O07_OBSERVATION `hl7:"false,OBSERVATION"`
	BLG         *BLG                  `hl7:"false,BLG"`
	Other       []interface{}
}

OMN_O07_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMN_O07_ORDER) MessageTypeSubStructName 

func (s *OMN_O07_ORDER) MessageTypeSubStructName() string

type OMN_O07_PATIENT 

type OMN_O07_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMN_O07_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMN_O07_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMN_O07_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMN_O07_PATIENT) MessageTypeSubStructName 

func (s *OMN_O07_PATIENT) MessageTypeSubStructName() string

type OMN_O07_PATIENT_VISIT 

type OMN_O07_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMN_O07_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMN_O07_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMN_O07_PATIENT_VISIT) MessageTypeSubStructName() string

type OMP_O09 

type OMP_O09 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *OMP_O09_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OMP_O09_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OMP_O09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09) MessageTypeName 

func (s *OMP_O09) MessageTypeName() string

type OMP_O09_COMPONENT 

type OMP_O09_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMP_O09_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09_COMPONENT) MessageTypeSubStructName 

func (s *OMP_O09_COMPONENT) MessageTypeSubStructName() string

type OMP_O09_INSURANCE 

type OMP_O09_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMP_O09_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09_INSURANCE) MessageTypeSubStructName 

func (s *OMP_O09_INSURANCE) MessageTypeSubStructName() string

type OMP_O09_OBSERVATION 

type OMP_O09_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMP_O09_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09_OBSERVATION) MessageTypeSubStructName 

func (s *OMP_O09_OBSERVATION) MessageTypeSubStructName() string

type OMP_O09_ORDER 

type OMP_O09_ORDER struct {
	ORC         *ORC                  `hl7:"true,ORC"`
	RXO         *RXO                  `hl7:"true,RXO"`
	NTE         []NTE                 `hl7:"false,NTE"`
	RXR         []RXR                 `hl7:"true,RXR"`
	COMPONENT   *OMP_O09_COMPONENT    `hl7:"false,COMPONENT"`
	OBSERVATION []OMP_O09_OBSERVATION `hl7:"false,OBSERVATION"`
	FT1         []FT1                 `hl7:"false,FT1"`
	BLG         *BLG                  `hl7:"false,BLG"`
	Other       []interface{}
}

OMP_O09_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09_ORDER) MessageTypeSubStructName 

func (s *OMP_O09_ORDER) MessageTypeSubStructName() string

type OMP_O09_PATIENT 

type OMP_O09_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMP_O09_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMP_O09_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMP_O09_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09_PATIENT) MessageTypeSubStructName 

func (s *OMP_O09_PATIENT) MessageTypeSubStructName() string

type OMP_O09_PATIENT_VISIT 

type OMP_O09_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMP_O09_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMP_O09_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMP_O09_PATIENT_VISIT) MessageTypeSubStructName() string

type OMS_O01 

type OMS_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *OMS_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OMS_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OMS_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01) MessageTypeName 

func (s *OMS_O01) MessageTypeName() string

type OMS_O01_INSURANCE 

type OMS_O01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMS_O01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01_INSURANCE) MessageTypeSubStructName 

func (s *OMS_O01_INSURANCE) MessageTypeSubStructName() string

type OMS_O01_OBSERVATION 

type OMS_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMS_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01_OBSERVATION) MessageTypeSubStructName 

func (s *OMS_O01_OBSERVATION) MessageTypeSubStructName() string

type OMS_O01_ORDER 

type OMS_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *OMS_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	BLG          *BLG                  `hl7:"false,BLG"`
	Other        []interface{}
}

OMS_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01_ORDER) MessageTypeSubStructName 

func (s *OMS_O01_ORDER) MessageTypeSubStructName() string

type OMS_O01_ORDER_DETAIL 

type OMS_O01_ORDER_DETAIL struct {
	RQD         *RQD                  `hl7:"true,RQD"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OMS_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

OMS_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *OMS_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type OMS_O01_PATIENT 

type OMS_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMS_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMS_O01_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMS_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01_PATIENT) MessageTypeSubStructName 

func (s *OMS_O01_PATIENT) MessageTypeSubStructName() string

type OMS_O01_PATIENT_VISIT 

type OMS_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMS_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OMS_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMS_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type OMS_O05 

type OMS_O05 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *OMS_O05_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OMS_O05_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OMS_O05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMS_O05) MessageTypeName 

func (s *OMS_O05) MessageTypeName() string

type OMS_O05_INSURANCE 

type OMS_O05_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

OMS_O05_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMS_O05_INSURANCE) MessageTypeSubStructName 

func (s *OMS_O05_INSURANCE) MessageTypeSubStructName() string

type OMS_O05_OBSERVATION 

type OMS_O05_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OMS_O05_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMS_O05_OBSERVATION) MessageTypeSubStructName 

func (s *OMS_O05_OBSERVATION) MessageTypeSubStructName() string

type OMS_O05_ORDER 

type OMS_O05_ORDER struct {
	ORC         *ORC                  `hl7:"true,ORC"`
	RQD         *RQD                  `hl7:"true,RQD"`
	RQ1         *RQ1                  `hl7:"false,RQ1"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OMS_O05_OBSERVATION `hl7:"false,OBSERVATION"`
	BLG         *BLG                  `hl7:"false,BLG"`
	Other       []interface{}
}

OMS_O05_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMS_O05_ORDER) MessageTypeSubStructName 

func (s *OMS_O05_ORDER) MessageTypeSubStructName() string

type OMS_O05_PATIENT 

type OMS_O05_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *OMS_O05_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []OMS_O05_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

OMS_O05_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMS_O05_PATIENT) MessageTypeSubStructName 

func (s *OMS_O05_PATIENT) MessageTypeSubStructName() string

type OMS_O05_PATIENT_VISIT 

type OMS_O05_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OMS_O05_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OMS_O05_PATIENT_VISIT) MessageTypeSubStructName 

func (s *OMS_O05_PATIENT_VISIT) MessageTypeSubStructName() string

type ORC 

type ORC struct {
	OrderControl                  *ID   `hl7:"true,Order Control"`                     // ORC-1
	PlacerOrderNumber             *EI   `hl7:"false,Placer Order Number"`              // ORC-2
	FillerOrderNumber             *EI   `hl7:"false,Filler Order Number"`              // ORC-3
	PlacerGroupNumber             *EI   `hl7:"false,Placer Group Number"`              // ORC-4
	OrderStatus                   *ID   `hl7:"false,Order Status"`                     // ORC-5
	ResponseFlag                  *ID   `hl7:"false,Response Flag"`                    // ORC-6
	QuantityTiming                []TQ  `hl7:"false,Quantity/Timing"`                  // ORC-7
	Parent                        *EIP  `hl7:"false,Parent"`                           // ORC-8
	DateTimeOfTransaction         *TS   `hl7:"false,Date/Time Of Transaction"`         // ORC-9
	EnteredBy                     []XCN `hl7:"false,Entered By"`                       // ORC-10
	VerifiedBy                    []XCN `hl7:"false,Verified By"`                      // ORC-11
	OrderingProvider              []XCN `hl7:"false,Ordering Provider"`                // ORC-12
	EntererSLocation              *PL   `hl7:"false,Enterer'S Location"`               // ORC-13
	CallBackPhoneNumber           []XTN `hl7:"false,Call Back Phone Number"`           // ORC-14
	OrderEffectiveDateTime        *TS   `hl7:"false,Order Effective Date/Time"`        // ORC-15
	OrderControlCodeReason        *CE   `hl7:"false,Order Control Code Reason"`        // ORC-16
	EnteringOrganization          *CE   `hl7:"false,Entering Organization"`            // ORC-17
	EnteringDevice                *CE   `hl7:"false,Entering Device"`                  // ORC-18
	ActionBy                      []XCN `hl7:"false,Action By"`                        // ORC-19
	AdvancedBeneficiaryNoticeCode *CE   `hl7:"false,Advanced Beneficiary Notice Code"` // ORC-20
	OrderingFacilityName          []XON `hl7:"false,Ordering Facility Name"`           // ORC-21
	OrderingFacilityAddress       []XAD `hl7:"false,Ordering Facility Address"`        // ORC-22
	OrderingFacilityPhoneNumber   []XTN `hl7:"false,Ordering Facility Phone Number"`   // ORC-23
	OrderingProviderAddress       []XAD `hl7:"false,Ordering Provider Address"`        // ORC-24
	OrderStatusModifier           *CWE  `hl7:"false,Order Status Modifier"`            // ORC-25
}

ORC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ORC) SegmentName 

func (s *ORC) SegmentName() string

type ORD_O02 

type ORD_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORD_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORD_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORD_O02) MessageTypeName 

func (s *ORD_O02) MessageTypeName() string

type ORD_O02_ORDER_DIET 

type ORD_O02_ORDER_DIET struct {
	ORC   *ORC  `hl7:"true,ORC"`
	ODS   []ODS `hl7:"false,ODS"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORD_O02_ORDER_DIET represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORD_O02_ORDER_DIET) MessageTypeSubStructName 

func (s *ORD_O02_ORDER_DIET) MessageTypeSubStructName() string

type ORD_O02_ORDER_TRAY 

type ORD_O02_ORDER_TRAY struct {
	ORC   *ORC  `hl7:"true,ORC"`
	ODT   []ODT `hl7:"false,ODT"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORD_O02_ORDER_TRAY represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORD_O02_ORDER_TRAY) MessageTypeSubStructName 

func (s *ORD_O02_ORDER_TRAY) MessageTypeSubStructName() string

type ORD_O02_PATIENT 

type ORD_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORD_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORD_O02_PATIENT) MessageTypeSubStructName 

func (s *ORD_O02_PATIENT) MessageTypeSubStructName() string

type ORD_O02_RESPONSE 

type ORD_O02_RESPONSE struct {
	PATIENT    *ORD_O02_PATIENT     `hl7:"false,PATIENT"`
	ORDER_DIET []ORD_O02_ORDER_DIET `hl7:"true,ORDER_DIET"`
	ORDER_TRAY []ORD_O02_ORDER_TRAY `hl7:"false,ORDER_TRAY"`
	Other      []interface{}
}

ORD_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORD_O02_RESPONSE) MessageTypeSubStructName 

func (s *ORD_O02_RESPONSE) MessageTypeSubStructName() string

type ORD_O04 

type ORD_O04 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORD_O04_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORD_O04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORD_O04) MessageTypeName 

func (s *ORD_O04) MessageTypeName() string

type ORD_O04_ORDER_DIET 

type ORD_O04_ORDER_DIET struct {
	ORC   *ORC  `hl7:"true,ORC"`
	ODS   []ODS `hl7:"false,ODS"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORD_O04_ORDER_DIET represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORD_O04_ORDER_DIET) MessageTypeSubStructName 

func (s *ORD_O04_ORDER_DIET) MessageTypeSubStructName() string

type ORD_O04_ORDER_TRAY 

type ORD_O04_ORDER_TRAY struct {
	ORC   *ORC  `hl7:"true,ORC"`
	ODT   []ODT `hl7:"false,ODT"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORD_O04_ORDER_TRAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORD_O04_ORDER_TRAY) MessageTypeSubStructName 

func (s *ORD_O04_ORDER_TRAY) MessageTypeSubStructName() string

type ORD_O04_PATIENT 

type ORD_O04_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORD_O04_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORD_O04_PATIENT) MessageTypeSubStructName 

func (s *ORD_O04_PATIENT) MessageTypeSubStructName() string

type ORD_O04_RESPONSE 

type ORD_O04_RESPONSE struct {
	PATIENT    *ORD_O04_PATIENT     `hl7:"false,PATIENT"`
	ORDER_DIET []ORD_O04_ORDER_DIET `hl7:"true,ORDER_DIET"`
	ORDER_TRAY []ORD_O04_ORDER_TRAY `hl7:"false,ORDER_TRAY"`
	Other      []interface{}
}

ORD_O04_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORD_O04_RESPONSE) MessageTypeSubStructName 

func (s *ORD_O04_RESPONSE) MessageTypeSubStructName() string

type ORF_R04 

type ORF_R04 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	QRD      *QRD               `hl7:"true,QRD"`
	QRF      *QRF               `hl7:"false,QRF"`
	RESPONSE []ORF_R04_RESPONSE `hl7:"true,RESPONSE"`
	ERR      *ERR               `hl7:"false,ERR"`
	QAK      *QAK               `hl7:"false,QAK"`
	DSC      *DSC               `hl7:"false,DSC"`
	Other    []interface{}
}

ORF_R04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORF_R04) MessageTypeName 

func (s *ORF_R04) MessageTypeName() string

type ORF_R04_OBSERVATION 

type ORF_R04_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORF_R04_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORF_R04_OBSERVATION) MessageTypeSubStructName 

func (s *ORF_R04_OBSERVATION) MessageTypeSubStructName() string

type ORF_R04_ORDER 

type ORF_R04_ORDER struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	CTD         *CTD                  `hl7:"false,CTD"`
	OBSERVATION []ORF_R04_OBSERVATION `hl7:"true,OBSERVATION"`
	CTI         []CTI                 `hl7:"false,CTI"`
	Other       []interface{}
}

ORF_R04_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORF_R04_ORDER) MessageTypeSubStructName 

func (s *ORF_R04_ORDER) MessageTypeSubStructName() string

type ORF_R04_PATIENT 

type ORF_R04_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORF_R04_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORF_R04_PATIENT) MessageTypeSubStructName 

func (s *ORF_R04_PATIENT) MessageTypeSubStructName() string

type ORF_R04_QUERY_RESPONSE 

type ORF_R04_QUERY_RESPONSE struct {
	PATIENT *ORF_R04_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORF_R04_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORF_R04_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORF_R04_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *ORF_R04_QUERY_RESPONSE) MessageTypeSubStructName() string

type ORF_R04_RESPONSE 

type ORF_R04_RESPONSE struct {
	PATIENT *ORF_R04_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORF_R04_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORF_R04_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORF_R04_RESPONSE) MessageTypeSubStructName 

func (s *ORF_R04_RESPONSE) MessageTypeSubStructName() string

type ORG 

type ORG struct {
	SetIDORG                                   *SI `hl7:"true,Set ID - ORG"`                                      // ORG-1
	OrganizationUnitCode                       *CE `hl7:"false,Organization Unit Code"`                           // ORG-2
	OrganizationUnitTypeCodeORG                *CE `hl7:"false,Organization Unit Type Code - ORG"`                // ORG-3
	PrimaryOrgUnitIndicator                    *ID `hl7:"false,Primary Org Unit Indicator"`                       // ORG-4
	PractitionerOrgUnitIdentifier              *CX `hl7:"false,Practitioner Org Unit Identifier"`                 // ORG-5
	HealthCareProviderTypeCode                 *CE `hl7:"false,Health Care Provider Type Code"`                   // ORG-6
	HealthCareProviderClassificationCode       *CE `hl7:"false,Health Care Provider Classification Code"`         // ORG-7
	HealthCareProviderAreaOfSpecializationCode *CE `hl7:"false,Health Care Provider Area Of Specialization Code"` // ORG-8
	EffectiveDateRange                         *DR `hl7:"false,Effective Date Range"`                             // ORG-9
	EmploymentStatusCode                       *CE `hl7:"false,Employment Status Code"`                           // ORG-10
	BoardApprovalIndicator                     *ID `hl7:"false,Board Approval Indicator"`                         // ORG-11
	PrimaryCarePhysicianIndicator              *ID `hl7:"false,Primary Care Physician Indicator"`                 // ORG-12
}

ORG represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ORG) SegmentName 

func (s *ORG) SegmentName() string

type ORG_O20 

type ORG_O20 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORG_O20_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORG_O20 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORG_O20) MessageTypeName 

func (s *ORG_O20) MessageTypeName() string

type ORG_O20_ORDER 

type ORG_O20_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	OBR   *OBR  `hl7:"false,OBR"`
	NTE   []NTE `hl7:"false,NTE"`
	CTI   []CTI `hl7:"false,CTI"`
	Other []interface{}
}

ORG_O20_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORG_O20_ORDER) MessageTypeSubStructName 

func (s *ORG_O20_ORDER) MessageTypeSubStructName() string

type ORG_O20_PATIENT 

type ORG_O20_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORG_O20_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORG_O20_PATIENT) MessageTypeSubStructName 

func (s *ORG_O20_PATIENT) MessageTypeSubStructName() string

type ORG_O20_RESPONSE 

type ORG_O20_RESPONSE struct {
	PATIENT *ORG_O20_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORG_O20_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORG_O20_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORG_O20_RESPONSE) MessageTypeSubStructName 

func (s *ORG_O20_RESPONSE) MessageTypeSubStructName() string

type ORL_O22 

type ORL_O22 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORL_O22_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORL_O22 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22) MessageTypeName 

func (s *ORL_O22) MessageTypeName() string

type ORL_O22_CONTAINER 

type ORL_O22_CONTAINER struct {
	SAC   *SAC  `hl7:"true,SAC"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

ORL_O22_CONTAINER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22_CONTAINER) MessageTypeSubStructName 

func (s *ORL_O22_CONTAINER) MessageTypeSubStructName() string

type ORL_O22_GENERAL_ORDER 

type ORL_O22_GENERAL_ORDER struct {
	CONTAINER *ORL_O22_CONTAINER `hl7:"false,CONTAINER"`
	ORDER     []ORL_O22_ORDER    `hl7:"false,ORDER"`
	Other     []interface{}
}

ORL_O22_GENERAL_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22_GENERAL_ORDER) MessageTypeSubStructName 

func (s *ORL_O22_GENERAL_ORDER) MessageTypeSubStructName() string

type ORL_O22_OBSERVATION_REQUEST 

type ORL_O22_OBSERVATION_REQUEST struct {
	OBR   *OBR  `hl7:"true,OBR"`
	SAC   []SAC `hl7:"false,SAC"`
	Other []interface{}
}

ORL_O22_OBSERVATION_REQUEST represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22_OBSERVATION_REQUEST) MessageTypeSubStructName 

func (s *ORL_O22_OBSERVATION_REQUEST) MessageTypeSubStructName() string

type ORL_O22_ORDER 

type ORL_O22_ORDER struct {
	ORC                 *ORC                         `hl7:"true,ORC"`
	OBSERVATION_REQUEST *ORL_O22_OBSERVATION_REQUEST `hl7:"false,OBSERVATION_REQUEST"`
	Other               []interface{}
}

ORL_O22_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22_ORDER) MessageTypeSubStructName 

func (s *ORL_O22_ORDER) MessageTypeSubStructName() string

type ORL_O22_PATIENT 

type ORL_O22_PATIENT struct {
	PID           *PID                    `hl7:"true,PID"`
	GENERAL_ORDER []ORL_O22_GENERAL_ORDER `hl7:"true,GENERAL_ORDER"`
	Other         []interface{}
}

ORL_O22_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22_PATIENT) MessageTypeSubStructName 

func (s *ORL_O22_PATIENT) MessageTypeSubStructName() string

type ORL_O22_RESPONSE 

type ORL_O22_RESPONSE struct {
	PATIENT *ORL_O22_PATIENT `hl7:"false,PATIENT"`
	Other   []interface{}
}

ORL_O22_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORL_O22_RESPONSE) MessageTypeSubStructName 

func (s *ORL_O22_RESPONSE) MessageTypeSubStructName() string

type ORM_O01 

type ORM_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *ORM_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORM_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORM_O01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01) MessageTypeName 

func (s *ORM_O01) MessageTypeName() string

type ORM_O01_CHOICE 

type ORM_O01_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RQD   *RQD `hl7:"true,RQD"`
	RQ1   *RQ1 `hl7:"true,RQ1"`
	RXO   *RXO `hl7:"true,RXO"`
	ODS   *ODS `hl7:"true,ODS"`
	ODT   *ODT `hl7:"true,ODT"`
	Other []interface{}
}

ORM_O01_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_CHOICE) MessageTypeSubStructName 

func (s *ORM_O01_CHOICE) MessageTypeSubStructName() string

type ORM_O01_INSURANCE 

type ORM_O01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

ORM_O01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_INSURANCE) MessageTypeSubStructName 

func (s *ORM_O01_INSURANCE) MessageTypeSubStructName() string

type ORM_O01_OBSERVATION 

type ORM_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORM_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_OBSERVATION) MessageTypeSubStructName 

func (s *ORM_O01_OBSERVATION) MessageTypeSubStructName() string

type ORM_O01_ORDER 

type ORM_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *ORM_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	FT1          []FT1                 `hl7:"false,FT1"`
	CTI          []CTI                 `hl7:"false,CTI"`
	BLG          *BLG                  `hl7:"false,BLG"`
	Other        []interface{}
}

ORM_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_ORDER) MessageTypeSubStructName 

func (s *ORM_O01_ORDER) MessageTypeSubStructName() string

type ORM_O01_ORDER_DETAIL 

type ORM_O01_ORDER_DETAIL struct {
	CHOICE      *ORM_O01_CHOICE       `hl7:"true,CHOICE"`
	NTE         []NTE                 `hl7:"false,NTE"`
	CTD         *CTD                  `hl7:"false,CTD"`
	DG1         []DG1                 `hl7:"false,DG1"`
	OBSERVATION []ORM_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

ORM_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *ORM_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type ORM_O01_PATIENT 

type ORM_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *ORM_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []ORM_O01_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

ORM_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_PATIENT) MessageTypeSubStructName 

func (s *ORM_O01_PATIENT) MessageTypeSubStructName() string

type ORM_O01_PATIENT_VISIT 

type ORM_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

ORM_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORM_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *ORM_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type ORN_O02 

type ORN_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORN_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORN_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORN_O02) MessageTypeName 

func (s *ORN_O02) MessageTypeName() string

type ORN_O02_ORDER 

type ORN_O02_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	RQD   *RQD  `hl7:"true,RQD"`
	RQ1   *RQ1  `hl7:"false,RQ1"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORN_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORN_O02_ORDER) MessageTypeSubStructName 

func (s *ORN_O02_ORDER) MessageTypeSubStructName() string

type ORN_O02_PATIENT 

type ORN_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORN_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORN_O02_PATIENT) MessageTypeSubStructName 

func (s *ORN_O02_PATIENT) MessageTypeSubStructName() string

type ORN_O02_RESPONSE 

type ORN_O02_RESPONSE struct {
	PATIENT *ORN_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORN_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORN_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORN_O02_RESPONSE) MessageTypeSubStructName 

func (s *ORN_O02_RESPONSE) MessageTypeSubStructName() string

type ORN_O08 

type ORN_O08 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORN_O08_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORN_O08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORN_O08) MessageTypeName 

func (s *ORN_O08) MessageTypeName() string

type ORN_O08_ORDER 

type ORN_O08_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	RQD   *RQD  `hl7:"true,RQD"`
	RQ1   *RQ1  `hl7:"false,RQ1"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORN_O08_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORN_O08_ORDER) MessageTypeSubStructName 

func (s *ORN_O08_ORDER) MessageTypeSubStructName() string

type ORN_O08_PATIENT 

type ORN_O08_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORN_O08_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORN_O08_PATIENT) MessageTypeSubStructName 

func (s *ORN_O08_PATIENT) MessageTypeSubStructName() string

type ORN_O08_RESPONSE 

type ORN_O08_RESPONSE struct {
	PATIENT *ORN_O08_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORN_O08_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORN_O08_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORN_O08_RESPONSE) MessageTypeSubStructName 

func (s *ORN_O08_RESPONSE) MessageTypeSubStructName() string

type ORO 

type ORO struct {
	ORDERITEMID       *CE  `hl7:"false,ORDER ITEM ID"`      // ORO-1
	SUBSTITUTEALLOWED *ID  `hl7:"false,SUBSTITUTE ALLOWED"` // ORO-2
	RESULTSCOPIESTO   []CN `hl7:"false,RESULTS COPIES TO"`  // ORO-3
	STOCKLOCATION     *ID  `hl7:"false,STOCK LOCATION"`     // ORO-4
}

ORO represents the corresponding HL7 segment. Definition from HL7 2.1

func (*ORO) SegmentName 

func (s *ORO) SegmentName() string

type ORP_O10 

type ORP_O10 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORP_O10_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORP_O10 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORP_O10) MessageTypeName 

func (s *ORP_O10) MessageTypeName() string

type ORP_O10_ORDER 

type ORP_O10_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *ORP_O10_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

ORP_O10_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORP_O10_ORDER) MessageTypeSubStructName 

func (s *ORP_O10_ORDER) MessageTypeSubStructName() string

type ORP_O10_ORDER_DETAIL 

type ORP_O10_ORDER_DETAIL struct {
	RXO   *RXO  `hl7:"true,RXO"`
	NTE1  []NTE `hl7:"false,NTE1"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	NTE2  []NTE `hl7:"false,NTE2"`
	Other []interface{}
}

ORP_O10_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORP_O10_ORDER_DETAIL) MessageTypeSubStructName 

func (s *ORP_O10_ORDER_DETAIL) MessageTypeSubStructName() string

type ORP_O10_PATIENT 

type ORP_O10_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORP_O10_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORP_O10_PATIENT) MessageTypeSubStructName 

func (s *ORP_O10_PATIENT) MessageTypeSubStructName() string

type ORP_O10_RESPONSE 

type ORP_O10_RESPONSE struct {
	PATIENT *ORP_O10_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORP_O10_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORP_O10_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORP_O10_RESPONSE) MessageTypeSubStructName 

func (s *ORP_O10_RESPONSE) MessageTypeSubStructName() string

type ORR_O02 

type ORR_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORR_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORR_O02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORR_O02) MessageTypeName 

func (s *ORR_O02) MessageTypeName() string

type ORR_O02_CHOICE 

type ORR_O02_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RQD   *RQD `hl7:"true,RQD"`
	RQ1   *RQ1 `hl7:"true,RQ1"`
	RXO   *RXO `hl7:"true,RXO"`
	ODS   *ODS `hl7:"true,ODS"`
	ODT   *ODT `hl7:"true,ODT"`
	Other []interface{}
}

ORR_O02_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORR_O02_CHOICE) MessageTypeSubStructName 

func (s *ORR_O02_CHOICE) MessageTypeSubStructName() string

type ORR_O02_ORDER 

type ORR_O02_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *ORR_O02_ORDER_DETAIL `hl7:"true,ORDER_DETAIL"`
	NTE          []NTE                 `hl7:"false,NTE"`
	CTI          []CTI                 `hl7:"false,CTI"`
	Other        []interface{}
}

ORR_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORR_O02_ORDER) MessageTypeSubStructName 

func (s *ORR_O02_ORDER) MessageTypeSubStructName() string

type ORR_O02_ORDER_DETAIL 

type ORR_O02_ORDER_DETAIL struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RQD   *RQD `hl7:"true,RQD"`
	RQ1   *RQ1 `hl7:"true,RQ1"`
	RXO   *RXO `hl7:"true,RXO"`
	ODS   *ODS `hl7:"true,ODS"`
	ODT   *ODT `hl7:"true,ODT"`
	Other []interface{}
}

ORR_O02_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORR_O02_ORDER_DETAIL) MessageTypeSubStructName 

func (s *ORR_O02_ORDER_DETAIL) MessageTypeSubStructName() string

type ORR_O02_PATIENT 

type ORR_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORR_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORR_O02_PATIENT) MessageTypeSubStructName 

func (s *ORR_O02_PATIENT) MessageTypeSubStructName() string

type ORR_O02_RESPONSE 

type ORR_O02_RESPONSE struct {
	PATIENT *ORR_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORR_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORR_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORR_O02_RESPONSE) MessageTypeSubStructName 

func (s *ORR_O02_RESPONSE) MessageTypeSubStructName() string

type ORS_O02 

type ORS_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *ORS_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

ORS_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORS_O02) MessageTypeName 

func (s *ORS_O02) MessageTypeName() string

type ORS_O02_ORDER 

type ORS_O02_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	RQD   *RQD  `hl7:"true,RQD"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORS_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORS_O02_ORDER) MessageTypeSubStructName 

func (s *ORS_O02_ORDER) MessageTypeSubStructName() string

type ORS_O02_PATIENT 

type ORS_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORS_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORS_O02_PATIENT) MessageTypeSubStructName 

func (s *ORS_O02_PATIENT) MessageTypeSubStructName() string

type ORS_O02_RESPONSE 

type ORS_O02_RESPONSE struct {
	PATIENT *ORS_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORS_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORS_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORS_O02_RESPONSE) MessageTypeSubStructName 

func (s *ORS_O02_RESPONSE) MessageTypeSubStructName() string

type ORS_O06 

type ORS_O06 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	MSA     *MSA             `hl7:"true,MSA"`
	ERR     *ERR             `hl7:"false,ERR"`
	NTE     []NTE            `hl7:"false,NTE"`
	RSPONSE *ORS_O06_RSPONSE `hl7:"false,RSPONSE"`
	Other   []interface{}
}

ORS_O06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORS_O06) MessageTypeName 

func (s *ORS_O06) MessageTypeName() string

type ORS_O06_ORDER 

type ORS_O06_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	RQD   *RQD  `hl7:"true,RQD"`
	RQ1   *RQ1  `hl7:"false,RQ1"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORS_O06_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORS_O06_ORDER) MessageTypeSubStructName 

func (s *ORS_O06_ORDER) MessageTypeSubStructName() string

type ORS_O06_PATIENT 

type ORS_O06_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORS_O06_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORS_O06_PATIENT) MessageTypeSubStructName 

func (s *ORS_O06_PATIENT) MessageTypeSubStructName() string

type ORS_O06_RSPONSE 

type ORS_O06_RSPONSE struct {
	PATIENT *ORS_O06_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ORS_O06_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ORS_O06_RSPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORS_O06_RSPONSE) MessageTypeSubStructName 

func (s *ORS_O06_RSPONSE) MessageTypeSubStructName() string

type ORU_R01 

type ORU_R01 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	PATIENT_RESULT []ORU_R01_PATIENT_RESULT `hl7:"true,PATIENT_RESULT"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

ORU_R01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORU_R01) MessageTypeName 

func (s *ORU_R01) MessageTypeName() string

type ORU_R01_OBSERVATION 

type ORU_R01_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORU_R01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORU_R01_OBSERVATION) MessageTypeSubStructName 

func (s *ORU_R01_OBSERVATION) MessageTypeSubStructName() string

type ORU_R01_ORDER_OBSERVATION 

type ORU_R01_ORDER_OBSERVATION struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	CTD         *CTD                  `hl7:"false,CTD"`
	OBSERVATION []ORU_R01_OBSERVATION `hl7:"true,OBSERVATION"`
	FT1         []FT1                 `hl7:"false,FT1"`
	CTI         []CTI                 `hl7:"false,CTI"`
	Other       []interface{}
}

ORU_R01_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORU_R01_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *ORU_R01_ORDER_OBSERVATION) MessageTypeSubStructName() string

type ORU_R01_PATIENT 

type ORU_R01_PATIENT struct {
	PID   *PID           `hl7:"true,PID"`
	PD1   *PD1           `hl7:"false,PD1"`
	NK1   []NK1          `hl7:"false,NK1"`
	NTE   []NTE          `hl7:"false,NTE"`
	VISIT *ORU_R01_VISIT `hl7:"false,VISIT"`
	Other []interface{}
}

ORU_R01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORU_R01_PATIENT) MessageTypeSubStructName 

func (s *ORU_R01_PATIENT) MessageTypeSubStructName() string

type ORU_R01_PATIENT_RESULT 

type ORU_R01_PATIENT_RESULT struct {
	PATIENT           *ORU_R01_PATIENT            `hl7:"false,PATIENT"`
	ORDER_OBSERVATION []ORU_R01_ORDER_OBSERVATION `hl7:"true,ORDER_OBSERVATION"`
	Other             []interface{}
}

ORU_R01_PATIENT_RESULT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORU_R01_PATIENT_RESULT) MessageTypeSubStructName 

func (s *ORU_R01_PATIENT_RESULT) MessageTypeSubStructName() string

type ORU_R01_RESPONSE 

type ORU_R01_RESPONSE struct {
	PATIENT           *ORU_R01_PATIENT            `hl7:"false,PATIENT"`
	ORDER_OBSERVATION []ORU_R01_ORDER_OBSERVATION `hl7:"true,ORDER_OBSERVATION"`
	Other             []interface{}
}

ORU_R01_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3

func (*ORU_R01_RESPONSE) MessageTypeSubStructName 

func (s *ORU_R01_RESPONSE) MessageTypeSubStructName() string

type ORU_R01_VISIT 

type ORU_R01_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

ORU_R01_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ORU_R01_VISIT) MessageTypeSubStructName 

func (s *ORU_R01_VISIT) MessageTypeSubStructName() string

type ORU_R03 

type ORU_R03 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	PATIENT_RESULT []ORU_R03_PATIENT_RESULT `hl7:"true,PATIENT_RESULT"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

ORU_R03 represents the corresponding HL7 message type. Definition from HL7 2.1

func (*ORU_R03) MessageTypeName 

func (s *ORU_R03) MessageTypeName() string

type ORU_R03_OBSERVATION 

type ORU_R03_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORU_R03_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.1

func (*ORU_R03_OBSERVATION) MessageTypeSubStructName 

func (s *ORU_R03_OBSERVATION) MessageTypeSubStructName() string

type ORU_R03_ORDER_OBSERVATION 

type ORU_R03_ORDER_OBSERVATION struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []ORU_R03_OBSERVATION `hl7:"true,OBSERVATION"`
	Other       []interface{}
}

ORU_R03_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.1

func (*ORU_R03_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *ORU_R03_ORDER_OBSERVATION) MessageTypeSubStructName() string

type ORU_R03_PATIENT 

type ORU_R03_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	PV1   *PV1  `hl7:"false,PV1"`
	Other []interface{}
}

ORU_R03_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.1

func (*ORU_R03_PATIENT) MessageTypeSubStructName 

func (s *ORU_R03_PATIENT) MessageTypeSubStructName() string

type ORU_R03_PATIENT_RESULT 

type ORU_R03_PATIENT_RESULT struct {
	PATIENT           *ORU_R03_PATIENT            `hl7:"false,PATIENT"`
	ORDER_OBSERVATION []ORU_R03_ORDER_OBSERVATION `hl7:"true,ORDER_OBSERVATION"`
	Other             []interface{}
}

ORU_R03_PATIENT_RESULT represents the corresponding HL7 message type. Definition from HL7 2.1

func (*ORU_R03_PATIENT_RESULT) MessageTypeSubStructName 

func (s *ORU_R03_PATIENT_RESULT) MessageTypeSubStructName() string

type ORU_R32 

type ORU_R32 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	PATIENT_RESULT []ORU_R32_PATIENT_RESULT `hl7:"true,PATIENT_RESULT"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

ORU_R32 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORU_R32) MessageTypeName 

func (s *ORU_R32) MessageTypeName() string

type ORU_R32_OBSERVATION 

type ORU_R32_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ORU_R32_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORU_R32_OBSERVATION) MessageTypeSubStructName 

func (s *ORU_R32_OBSERVATION) MessageTypeSubStructName() string

type ORU_R32_ORDER_OBSERVATION 

type ORU_R32_ORDER_OBSERVATION struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []ORU_R32_OBSERVATION `hl7:"true,OBSERVATION"`
	CTI         []CTI                 `hl7:"false,CTI"`
	Other       []interface{}
}

ORU_R32_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORU_R32_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *ORU_R32_ORDER_OBSERVATION) MessageTypeSubStructName() string

type ORU_R32_PATIENT 

type ORU_R32_PATIENT struct {
	PID   *PID           `hl7:"true,PID"`
	PD1   *PD1           `hl7:"false,PD1"`
	NK1   []NK1          `hl7:"false,NK1"`
	NTE   []NTE          `hl7:"false,NTE"`
	VISIT *ORU_R32_VISIT `hl7:"false,VISIT"`
	Other []interface{}
}

ORU_R32_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORU_R32_PATIENT) MessageTypeSubStructName 

func (s *ORU_R32_PATIENT) MessageTypeSubStructName() string

type ORU_R32_PATIENT_RESULT 

type ORU_R32_PATIENT_RESULT struct {
	PATIENT           *ORU_R32_PATIENT            `hl7:"false,PATIENT"`
	ORDER_OBSERVATION []ORU_R32_ORDER_OBSERVATION `hl7:"true,ORDER_OBSERVATION"`
	Other             []interface{}
}

ORU_R32_PATIENT_RESULT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORU_R32_PATIENT_RESULT) MessageTypeSubStructName 

func (s *ORU_R32_PATIENT_RESULT) MessageTypeSubStructName() string

type ORU_R32_VISIT 

type ORU_R32_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

ORU_R32_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*ORU_R32_VISIT) MessageTypeSubStructName 

func (s *ORU_R32_VISIT) MessageTypeSubStructName() string

type OSD 

type OSD struct {
	SequenceResultsFlag               *ID `hl7:"false,Sequence/Results Flag"`
	PlacerOrderNumberEntityIdentifier *ST `hl7:"false,Placer Order Number: Entity Identifier"`
	PlacerOrderNumberNamespaceID      *IS `hl7:"false,Placer Order Number: Namespace ID"`
	FillerOrderNumberEntityIdentifier *ST `hl7:"false,Filler Order Number: Entity Identifier"`
	FillerOrderNumberNamespaceID      *IS `hl7:"false,Filler Order Number: Namespace ID"`
	SequenceConditionValue            *ST `hl7:"false,Sequence Condition Value"`
	MaximumNumberOfRepeats            *NM `hl7:"false,Maximum Number Of Repeats"`
	PlacerOrderNumberUniversalID      *ST `hl7:"false,Placer Order Number: Universal ID"`
	PlacerOrderNumberUniversalIDType  *ID `hl7:"false,Placer Order Number; Universal ID Type"`
	FillerOrderNumberUniversalID      *ST `hl7:"false,Filler Order Number: Universal ID"`
	FillerOrderNumberUniversalIDType  *ID `hl7:"false,Filler Order Number: Universal ID Type"`
}

OSD represents the corresponding HL7 datatype. Definition from HL7 2.4

type OSP 

type OSP struct {
	OccurrenceSpanCode      *CE `hl7:"false,Occurrence Span Code"`
	OccurrenceSpanStartDate *DT `hl7:"false,Occurrence Span Start Date"`
	OccurrenceSpanStopDate  *DT `hl7:"false,Occurrence Span Stop Date"`
}

OSP represents the corresponding HL7 datatype. Definition from HL7 2.4

type OSQ_Q06 

type OSQ_Q06 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

OSQ_Q06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OSQ_Q06) MessageTypeName 

func (s *OSQ_Q06) MessageTypeName() string

type OSR_Q06 

type OSR_Q06 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	QRD      *QRD              `hl7:"true,QRD"`
	QRF      *QRF              `hl7:"false,QRF"`
	RESPONSE *OSR_Q06_RESPONSE `hl7:"false,RESPONSE"`
	DSC      *DSC              `hl7:"false,DSC"`
	Other    []interface{}
}

OSR_Q06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OSR_Q06) MessageTypeName 

func (s *OSR_Q06) MessageTypeName() string

type OSR_Q06_CHOICE 

type OSR_Q06_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RQD   *RQD `hl7:"true,RQD"`
	RQ1   *RQ1 `hl7:"true,RQ1"`
	RXO   *RXO `hl7:"true,RXO"`
	ODS   *ODS `hl7:"true,ODS"`
	ODT   *ODT `hl7:"true,ODT"`
	Other []interface{}
}

OSR_Q06_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OSR_Q06_CHOICE) MessageTypeSubStructName 

func (s *OSR_Q06_CHOICE) MessageTypeSubStructName() string

type OSR_Q06_OBSERVATION 

type OSR_Q06_OBSERVATION struct {
	ORC    *ORC            `hl7:"true,ORC"`
	CHOICE *OSR_Q06_CHOICE `hl7:"true,CHOICE"`
	NTE    []NTE           `hl7:"false,NTE"`
	CTI    []CTI           `hl7:"false,CTI"`
	Other  []interface{}
}

OSR_Q06_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*OSR_Q06_OBSERVATION) MessageTypeSubStructName 

func (s *OSR_Q06_OBSERVATION) MessageTypeSubStructName() string

type OSR_Q06_ORDER 

type OSR_Q06_ORDER struct {
	ORC    *ORC            `hl7:"true,ORC"`
	CHOICE *OSR_Q06_CHOICE `hl7:"true,CHOICE"`
	NTE    []NTE           `hl7:"false,NTE"`
	CTI    []CTI           `hl7:"false,CTI"`
	Other  []interface{}
}

OSR_Q06_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OSR_Q06_ORDER) MessageTypeSubStructName 

func (s *OSR_Q06_ORDER) MessageTypeSubStructName() string

type OSR_Q06_PATIENT 

type OSR_Q06_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OSR_Q06_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OSR_Q06_PATIENT) MessageTypeSubStructName 

func (s *OSR_Q06_PATIENT) MessageTypeSubStructName() string

type OSR_Q06_RESPONSE 

type OSR_Q06_RESPONSE struct {
	PATIENT *OSR_Q06_PATIENT `hl7:"false,PATIENT"`
	ORDER   []OSR_Q06_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

OSR_Q06_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OSR_Q06_RESPONSE) MessageTypeSubStructName 

func (s *OSR_Q06_RESPONSE) MessageTypeSubStructName() string

type OUL_R21 

type OUL_R21 struct {
	MSH               *MSH                        `hl7:"true,MSH"`
	NTE               *NTE                        `hl7:"false,NTE"`
	PATIENT           *OUL_R21_PATIENT            `hl7:"false,PATIENT"`
	VISIT             *OUL_R21_VISIT              `hl7:"false,VISIT"`
	ORDER_OBSERVATION []OUL_R21_ORDER_OBSERVATION `hl7:"true,ORDER_OBSERVATION"`
	DSC               *DSC                        `hl7:"false,DSC"`
	Other             []interface{}
}

OUL_R21 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OUL_R21) MessageTypeName 

func (s *OUL_R21) MessageTypeName() string

type OUL_R21_CONTAINER 

type OUL_R21_CONTAINER struct {
	SAC   *SAC  `hl7:"true,SAC"`
	SID   *SID  `hl7:"false,SID"`
	OBX   []OBX `hl7:"false,OBX"`
	Other []interface{}
}

OUL_R21_CONTAINER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OUL_R21_CONTAINER) MessageTypeSubStructName 

func (s *OUL_R21_CONTAINER) MessageTypeSubStructName() string

type OUL_R21_OBSERVATION 

type OUL_R21_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	TCD   *TCD  `hl7:"false,TCD"`
	SID   []SID `hl7:"false,SID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OUL_R21_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OUL_R21_OBSERVATION) MessageTypeSubStructName 

func (s *OUL_R21_OBSERVATION) MessageTypeSubStructName() string

type OUL_R21_ORDER_OBSERVATION 

type OUL_R21_ORDER_OBSERVATION struct {
	CONTAINER   *OUL_R21_CONTAINER    `hl7:"false,CONTAINER"`
	ORC         *ORC                  `hl7:"false,ORC"`
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []OUL_R21_OBSERVATION `hl7:"true,OBSERVATION"`
	CTI         []CTI                 `hl7:"false,CTI"`
	Other       []interface{}
}

OUL_R21_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OUL_R21_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *OUL_R21_ORDER_OBSERVATION) MessageTypeSubStructName() string

type OUL_R21_PATIENT 

type OUL_R21_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

OUL_R21_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OUL_R21_PATIENT) MessageTypeSubStructName 

func (s *OUL_R21_PATIENT) MessageTypeSubStructName() string

type OUL_R21_VISIT 

type OUL_R21_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

OUL_R21_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*OUL_R21_VISIT) MessageTypeSubStructName 

func (s *OUL_R21_VISIT) MessageTypeSubStructName() string

type PCF 

type PCF struct {
	PreCertificationPatientType *IS `hl7:"false,Pre-Certification Patient Type"`
	PreCertificationRequired    *ID `hl7:"false,Pre-Certification Required"`
	PreCertificationWindow      *TS `hl7:"false,Pre-Certification Window"`
}

PCF represents the corresponding HL7 datatype. Definition from HL7 2.4

type PCR 

type PCR struct {
	ImplicatedProduct                 *CE  `hl7:"true,Implicated Product"`                     // PCR-1
	GenericProduct                    *IS  `hl7:"false,Generic Product"`                       // PCR-2
	ProductClass                      *CE  `hl7:"false,Product Class"`                         // PCR-3
	TotalDurationOfTherapy            *CQ  `hl7:"false,Total Duration Of Therapy"`             // PCR-4
	ProductManufactureDate            *TS  `hl7:"false,Product Manufacture Date"`              // PCR-5
	ProductExpirationDate             *TS  `hl7:"false,Product Expiration Date"`               // PCR-6
	ProductImplantationDate           *TS  `hl7:"false,Product Implantation Date"`             // PCR-7
	ProductExplantationDate           *TS  `hl7:"false,Product Explantation Date"`             // PCR-8
	SingleUseDevice                   *IS  `hl7:"false,Single Use Device"`                     // PCR-9
	IndicationForProductUse           *CE  `hl7:"false,Indication For Product Use"`            // PCR-10
	ProductProblem                    *IS  `hl7:"false,Product Problem"`                       // PCR-11
	ProductSerialLotNumber            []ST `hl7:"false,Product Serial/Lot Number"`             // PCR-12
	ProductAvailableForInspection     *IS  `hl7:"false,Product Available For Inspection"`      // PCR-13
	ProductEvaluationPerformed        *CE  `hl7:"false,Product Evaluation Performed"`          // PCR-14
	ProductEvaluationStatus           *CE  `hl7:"false,Product Evaluation Status"`             // PCR-15
	ProductEvaluationResults          *CE  `hl7:"false,Product Evaluation Results"`            // PCR-16
	EvaluatedProductSource            *ID  `hl7:"false,Evaluated Product Source"`              // PCR-17
	DateProductReturnedToManufacturer *TS  `hl7:"false,Date Product Returned To Manufacturer"` // PCR-18
	DeviceOperatorQualifications      *ID  `hl7:"false,Device Operator Qualifications"`        // PCR-19
	RelatednessAssessment             *ID  `hl7:"false,Relatedness Assessment"`                // PCR-20
	ActionTakenInResponseToTheEvent   []ID `hl7:"false,Action Taken In Response To The Event"` // PCR-21
	EventCausalityObservations        []ID `hl7:"false,Event Causality Observations"`          // PCR-22
	IndirectExposureMechanism         []ID `hl7:"false,Indirect Exposure Mechanism"`           // PCR-23
}

PCR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PCR) SegmentName 

func (s *PCR) SegmentName() string

type PD1 

type PD1 struct {
	LivingDependency                        []IS  `hl7:"false,Living Dependency"`                           // PD1-1
	LivingArrangement                       *IS   `hl7:"false,Living Arrangement"`                          // PD1-2
	PatientPrimaryFacility                  []XON `hl7:"false,Patient Primary Facility"`                    // PD1-3
	PatientPrimaryCareProviderNameIDNo      []XCN `hl7:"false,Patient Primary Care Provider Name & ID No."` // PD1-4
	StudentIndicator                        *IS   `hl7:"false,Student Indicator"`                           // PD1-5
	Handicap                                *IS   `hl7:"false,Handicap"`                                    // PD1-6
	LivingWillCode                          *IS   `hl7:"false,Living Will Code"`                            // PD1-7
	OrganDonorCode                          *IS   `hl7:"false,Organ Donor Code"`                            // PD1-8
	SeparateBill                            *ID   `hl7:"false,Separate Bill"`                               // PD1-9
	DuplicatePatient                        []CX  `hl7:"false,Duplicate Patient"`                           // PD1-10
	PublicityCode                           *CE   `hl7:"false,Publicity Code"`                              // PD1-11
	ProtectionIndicator                     *ID   `hl7:"false,Protection Indicator"`                        // PD1-12
	ProtectionIndicatorEffectiveDate        *DT   `hl7:"false,Protection Indicator Effective Date"`         // PD1-13
	PlaceOfWorship                          []XON `hl7:"false,Place Of Worship"`                            // PD1-14
	AdvanceDirectiveCode                    []CE  `hl7:"false,Advance Directive Code"`                      // PD1-15
	ImmunizationRegistryStatus              *IS   `hl7:"false,Immunization Registry Status"`                // PD1-16
	ImmunizationRegistryStatusEffectiveDate *DT   `hl7:"false,Immunization Registry Status Effective Date"` // PD1-17
	PublicityCodeEffectiveDate              *DT   `hl7:"false,Publicity Code Effective Date"`               // PD1-18
	MilitaryBranch                          *IS   `hl7:"false,Military Branch"`                             // PD1-19
	MilitaryRankGrade                       *IS   `hl7:"false,Military Rank/Grade"`                         // PD1-20
	MilitaryStatus                          *IS   `hl7:"false,Military Status"`                             // PD1-21
}

PD1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PD1) SegmentName 

func (s *PD1) SegmentName() string

type PDA 

type PDA struct {
	DeathCauseCode                 []CE `hl7:"false,Death Cause Code"`                   // PDA-1
	DeathLocation                  *PL  `hl7:"false,Death Location"`                     // PDA-2
	DeathCertifiedIndicator        *ID  `hl7:"false,Death Certified Indicator"`          // PDA-3
	DeathCertificateSignedDateTime *TS  `hl7:"false,Death Certificate Signed Date/Time"` // PDA-4
	DeathCertifiedBy               *XCN `hl7:"false,Death Certified By"`                 // PDA-5
	AutopsyIndicator               *ID  `hl7:"false,Autopsy Indicator"`                  // PDA-6
	AutopsyStartAndEndDateTime     *DR  `hl7:"false,Autopsy Start And End Date/Time"`    // PDA-7
	AutopsyPerformedBy             *XCN `hl7:"false,Autopsy Performed By"`               // PDA-8
	CoronerIndicator               *ID  `hl7:"false,Coroner Indicator"`                  // PDA-9
}

PDA represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PDA) SegmentName 

func (s *PDA) SegmentName() string

type PDC 

type PDC struct {
	ManufacturerDistributor []XON `hl7:"true,Manufacturer/Distributor"` // PDC-1
	Country                 *CE   `hl7:"true,Country"`                  // PDC-2
	BrandName               *ST   `hl7:"true,Brand Name"`               // PDC-3
	DeviceFamilyName        *ST   `hl7:"false,Device Family Name"`      // PDC-4
	GenericName             *CE   `hl7:"false,Generic Name"`            // PDC-5
	ModelIdentifier         []ST  `hl7:"false,Model Identifier"`        // PDC-6
	CatalogueIdentifier     *ST   `hl7:"false,Catalogue Identifier"`    // PDC-7
	OtherIdentifier         []ST  `hl7:"false,Other Identifier"`        // PDC-8
	ProductCode             *CE   `hl7:"false,Product Code"`            // PDC-9
	MarketingBasis          *ID   `hl7:"false,Marketing Basis"`         // PDC-10
	MarketingApprovalID     *ST   `hl7:"false,Marketing Approval ID"`   // PDC-11
	LabeledShelfLife        *CQ   `hl7:"false,Labeled Shelf Life"`      // PDC-12
	ExpectedShelfLife       *CQ   `hl7:"false,Expected Shelf Life"`     // PDC-13
	DateFirstMarketed       *TS   `hl7:"false,Date First Marketed"`     // PDC-14
	DateLastMarketed        *TS   `hl7:"false,Date Last Marketed"`      // PDC-15
}

PDC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PDC) SegmentName 

func (s *PDC) SegmentName() string

type PEO 

type PEO struct {
	EventIdentifiersUsed                  []CE  `hl7:"false,Event Identifiers Used"`                      // PEO-1
	EventSymptomDiagnosisCode             []CE  `hl7:"false,Event Symptom/Diagnosis Code"`                // PEO-2
	EventOnsetDateTime                    *TS   `hl7:"true,Event Onset Date/Time"`                        // PEO-3
	EventExacerbationDateTime             *TS   `hl7:"false,Event Exacerbation Date/Time"`                // PEO-4
	EventImprovedDateTime                 *TS   `hl7:"false,Event Improved Date/Time"`                    // PEO-5
	EventEndedDataTime                    *TS   `hl7:"false,Event Ended Data/Time"`                       // PEO-6
	EventLocationOccurredAddress          []XAD `hl7:"false,Event Location Occurred Address"`             // PEO-7
	EventQualification                    []ID  `hl7:"false,Event Qualification"`                         // PEO-8
	EventSerious                          *ID   `hl7:"false,Event Serious"`                               // PEO-9
	EventExpected                         *ID   `hl7:"false,Event Expected"`                              // PEO-10
	EventOutcome                          []ID  `hl7:"false,Event Outcome"`                               // PEO-11
	PatientOutcome                        *ID   `hl7:"false,Patient Outcome"`                             // PEO-12
	EventDescriptionFromOthers            []FT  `hl7:"false,Event Description From Others"`               // PEO-13
	EventFromOriginalReporter             []FT  `hl7:"false,Event From Original Reporter"`                // PEO-14
	EventDescriptionFromPatient           []FT  `hl7:"false,Event Description From Patient"`              // PEO-15
	EventDescriptionFromPractitioner      []FT  `hl7:"false,Event Description From Practitioner"`         // PEO-16
	EventDescriptionFromAutopsy           []FT  `hl7:"false,Event Description From Autopsy"`              // PEO-17
	CauseOfDeath                          []CE  `hl7:"false,Cause Of Death"`                              // PEO-18
	PrimaryObserverName                   []XPN `hl7:"false,Primary Observer Name"`                       // PEO-19
	PrimaryObserverAddress                []XAD `hl7:"false,Primary Observer Address"`                    // PEO-20
	PrimaryObserverTelephone              []XTN `hl7:"false,Primary Observer Telephone"`                  // PEO-21
	PrimaryObserverSQualification         *ID   `hl7:"false,Primary Observer'S Qualification"`            // PEO-22
	ConfirmationProvidedBy                *ID   `hl7:"false,Confirmation Provided By"`                    // PEO-23
	PrimaryObserverAwareDateTime          *TS   `hl7:"false,Primary Observer Aware Date/Time"`            // PEO-24
	PrimaryObserverSIdentityMayBeDivulged *ID   `hl7:"false,Primary Observer'S Identity May Be Divulged"` // PEO-25
}

PEO represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PEO) SegmentName 

func (s *PEO) SegmentName() string

type PES 

type PES struct {
	SenderOrganizationName []XON `hl7:"false,Sender Organization Name"` // PES-1
	SenderIndividualName   []XCN `hl7:"false,Sender Individual Name"`   // PES-2
	SenderAddress          []XAD `hl7:"false,Sender Address"`           // PES-3
	SenderTelephone        []XTN `hl7:"false,Sender Telephone"`         // PES-4
	SenderEventIdentifier  *EI   `hl7:"false,Sender Event Identifier"`  // PES-5
	SenderSequenceNumber   *NM   `hl7:"false,Sender Sequence Number"`   // PES-6
	SenderEventDescription []FT  `hl7:"false,Sender Event Description"` // PES-7
	SenderComment          *FT   `hl7:"false,Sender Comment"`           // PES-8
	SenderAwareDateTime    *TS   `hl7:"false,Sender Aware Date/Time"`   // PES-9
	EventReportDate        *TS   `hl7:"true,Event Report Date"`         // PES-10
	EventReportTimingType  []ID  `hl7:"false,Event Report Timing/Type"` // PES-11
	EventReportSource      *ID   `hl7:"false,Event Report Source"`      // PES-12
	EventReportedTo        []ID  `hl7:"false,Event Reported To"`        // PES-13
}

PES represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PES) SegmentName 

func (s *PES) SegmentName() string

type PEX_P07 

type PEX_P07 struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	EVN        *EVN                 `hl7:"true,EVN"`
	PID        *PID                 `hl7:"true,PID"`
	PD1        *PD1                 `hl7:"false,PD1"`
	NTE        []NTE                `hl7:"false,NTE"`
	VISIT      *PEX_P07_VISIT       `hl7:"false,VISIT"`
	EXPERIENCE []PEX_P07_EXPERIENCE `hl7:"true,EXPERIENCE"`
	Other      []interface{}
}

PEX_P07 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07) MessageTypeName 

func (s *PEX_P07) MessageTypeName() string

type PEX_P07_ASSOCIATED_PERSON 

type PEX_P07_ASSOCIATED_PERSON struct {
	NK1                 *NK1                          `hl7:"true,NK1"`
	ASSOCIATED_RX_ORDER *PEX_P07_ASSOCIATED_RX_ORDER  `hl7:"false,ASSOCIATED_RX_ORDER"`
	ASSOCIATED_RX_ADMIN []PEX_P07_ASSOCIATED_RX_ADMIN `hl7:"false,ASSOCIATED_RX_ADMIN"`
	PRB                 []PRB                         `hl7:"false,PRB"`
	OBX                 []OBX                         `hl7:"false,OBX"`
	Other               []interface{}
}

PEX_P07_ASSOCIATED_PERSON represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_ASSOCIATED_PERSON) MessageTypeSubStructName 

func (s *PEX_P07_ASSOCIATED_PERSON) MessageTypeSubStructName() string

type PEX_P07_ASSOCIATED_RX_ADMIN 

type PEX_P07_ASSOCIATED_RX_ADMIN struct {
	RXA   *RXA `hl7:"true,RXA"`
	RXR   *RXR `hl7:"false,RXR"`
	Other []interface{}
}

PEX_P07_ASSOCIATED_RX_ADMIN represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_ASSOCIATED_RX_ADMIN) MessageTypeSubStructName 

func (s *PEX_P07_ASSOCIATED_RX_ADMIN) MessageTypeSubStructName() string

type PEX_P07_ASSOCIATED_RX_ORDER 

type PEX_P07_ASSOCIATED_RX_ORDER struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"false,RXR"`
	Other []interface{}
}

PEX_P07_ASSOCIATED_RX_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_ASSOCIATED_RX_ORDER) MessageTypeSubStructName 

func (s *PEX_P07_ASSOCIATED_RX_ORDER) MessageTypeSubStructName() string

type PEX_P07_EXPERIENCE 

type PEX_P07_EXPERIENCE struct {
	PES             *PES                      `hl7:"true,PES"`
	PEX_OBSERVATION []PEX_P07_PEX_OBSERVATION `hl7:"true,PEX_OBSERVATION"`
	Other           []interface{}
}

PEX_P07_EXPERIENCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_EXPERIENCE) MessageTypeSubStructName 

func (s *PEX_P07_EXPERIENCE) MessageTypeSubStructName() string

type PEX_P07_PEX_CAUSE 

type PEX_P07_PEX_CAUSE struct {
	PCR               *PCR                        `hl7:"true,PCR"`
	RX_ORDER          *PEX_P07_RX_ORDER           `hl7:"false,RX_ORDER"`
	RX_ADMINISTRATION []PEX_P07_RX_ADMINISTRATION `hl7:"false,RX_ADMINISTRATION"`
	PRB               []PRB                       `hl7:"false,PRB"`
	OBX               []OBX                       `hl7:"false,OBX"`
	NTE               []NTE                       `hl7:"false,NTE"`
	ASSOCIATED_PERSON *PEX_P07_ASSOCIATED_PERSON  `hl7:"false,ASSOCIATED_PERSON"`
	STUDY             []PEX_P07_STUDY             `hl7:"false,STUDY"`
	Other             []interface{}
}

PEX_P07_PEX_CAUSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_PEX_CAUSE) MessageTypeSubStructName 

func (s *PEX_P07_PEX_CAUSE) MessageTypeSubStructName() string

type PEX_P07_PEX_OBSERVATION 

type PEX_P07_PEX_OBSERVATION struct {
	PEO       *PEO                `hl7:"true,PEO"`
	PEX_CAUSE []PEX_P07_PEX_CAUSE `hl7:"true,PEX_CAUSE"`
	Other     []interface{}
}

PEX_P07_PEX_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_PEX_OBSERVATION) MessageTypeSubStructName 

func (s *PEX_P07_PEX_OBSERVATION) MessageTypeSubStructName() string

type PEX_P07_RX_ADMINISTRATION 

type PEX_P07_RX_ADMINISTRATION struct {
	RXA   *RXA `hl7:"true,RXA"`
	RXR   *RXR `hl7:"false,RXR"`
	Other []interface{}
}

PEX_P07_RX_ADMINISTRATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_RX_ADMINISTRATION) MessageTypeSubStructName 

func (s *PEX_P07_RX_ADMINISTRATION) MessageTypeSubStructName() string

type PEX_P07_RX_ORDER 

type PEX_P07_RX_ORDER struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"false,RXR"`
	Other []interface{}
}

PEX_P07_RX_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_RX_ORDER) MessageTypeSubStructName 

func (s *PEX_P07_RX_ORDER) MessageTypeSubStructName() string

type PEX_P07_STUDY 

type PEX_P07_STUDY struct {
	CSR   *CSR  `hl7:"true,CSR"`
	CSP   []CSP `hl7:"false,CSP"`
	Other []interface{}
}

PEX_P07_STUDY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_STUDY) MessageTypeSubStructName 

func (s *PEX_P07_STUDY) MessageTypeSubStructName() string

type PEX_P07_VISIT 

type PEX_P07_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PEX_P07_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PEX_P07_VISIT) MessageTypeSubStructName 

func (s *PEX_P07_VISIT) MessageTypeSubStructName() string

type PGL_PC6 

type PGL_PC6 struct {
	MSH           *MSH                   `hl7:"true,MSH"`
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PGL_PC6_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	GOAL          []PGL_PC6_GOAL         `hl7:"true,GOAL"`
	Other         []interface{}
}

PGL_PC6 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6) MessageTypeName 

func (s *PGL_PC6) MessageTypeName() string

type PGL_PC6_CHOICE 

type PGL_PC6_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PGL_PC6_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PGL_PC6_CHOICE) MessageTypeSubStructName 

func (s *PGL_PC6_CHOICE) MessageTypeSubStructName() string

type PGL_PC6_GOAL 

type PGL_PC6_GOAL struct {
	GOL         *GOL                  `hl7:"true,GOL"`
	NTE         []NTE                 `hl7:"false,NTE"`
	VAR         []VAR                 `hl7:"false,VAR"`
	GOAL_ROLE   []PGL_PC6_GOAL_ROLE   `hl7:"false,GOAL_ROLE"`
	PATHWAY     []PGL_PC6_PATHWAY     `hl7:"false,PATHWAY"`
	OBSERVATION []PGL_PC6_OBSERVATION `hl7:"false,OBSERVATION"`
	PROBLEM     []PGL_PC6_PROBLEM     `hl7:"false,PROBLEM"`
	ORDER       []PGL_PC6_ORDER       `hl7:"false,ORDER"`
	Other       []interface{}
}

PGL_PC6_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_GOAL) MessageTypeSubStructName 

func (s *PGL_PC6_GOAL) MessageTypeSubStructName() string

type PGL_PC6_GOAL_ROLE 

type PGL_PC6_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PGL_PC6_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_GOAL_ROLE) MessageTypeSubStructName 

func (s *PGL_PC6_GOAL_ROLE) MessageTypeSubStructName() string

type PGL_PC6_OBRRXO_SUPPGRP 

type PGL_PC6_OBRRXO_SUPPGRP struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PGL_PC6_OBRRXO_SUPPGRP represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_OBRRXO_SUPPGRP) MessageTypeSubStructName 

func (s *PGL_PC6_OBRRXO_SUPPGRP) MessageTypeSubStructName() string

type PGL_PC6_OBSERVATION 

type PGL_PC6_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PGL_PC6_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_OBSERVATION) MessageTypeSubStructName 

func (s *PGL_PC6_OBSERVATION) MessageTypeSubStructName() string

type PGL_PC6_ORDER 

type PGL_PC6_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PGL_PC6_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PGL_PC6_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_ORDER) MessageTypeSubStructName 

func (s *PGL_PC6_ORDER) MessageTypeSubStructName() string

type PGL_PC6_ORDER_DETAIL 

type PGL_PC6_ORDER_DETAIL struct {
	OBRRXO_SUPPGRP    *PGL_PC6_OBRRXO_SUPPGRP     `hl7:"true,OBRRXO_SUPPGRP"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PGL_PC6_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PGL_PC6_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PGL_PC6_ORDER_DETAIL) MessageTypeSubStructName() string

type PGL_PC6_ORDER_OBSERVATION 

type PGL_PC6_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PGL_PC6_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PGL_PC6_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PGL_PC6_PATHWAY 

type PGL_PC6_PATHWAY struct {
	PTH   *PTH  `hl7:"true,PTH"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PGL_PC6_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_PATHWAY) MessageTypeSubStructName 

func (s *PGL_PC6_PATHWAY) MessageTypeSubStructName() string

type PGL_PC6_PATIENT_VISIT 

type PGL_PC6_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PGL_PC6_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PGL_PC6_PATIENT_VISIT) MessageTypeSubStructName() string

type PGL_PC6_PROBLEM 

type PGL_PC6_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PGL_PC6_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_OBSERVATION []PGL_PC6_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	Other               []interface{}
}

PGL_PC6_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_PROBLEM) MessageTypeSubStructName 

func (s *PGL_PC6_PROBLEM) MessageTypeSubStructName() string

type PGL_PC6_PROBLEM_OBSERVATION 

type PGL_PC6_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PGL_PC6_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PGL_PC6_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PGL_PC6_PROBLEM_ROLE 

type PGL_PC6_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PGL_PC6_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PGL_PC6_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PGL_PC6_PROBLEM_ROLE) MessageTypeSubStructName() string

type PI 

type PI struct {
	IDNumber            *ST `hl7:"false,ID Number"`
	TypeOfIDNumber      *IS `hl7:"false,Type Of ID Number"`
	OtherQualifyingInfo *ST `hl7:"false,Other Qualifying Info"`
}

PI represents the corresponding HL7 datatype. Definition from HL7 2.4

type PID 

type PID struct {
	SetIDPID                    *SI   `hl7:"false,Set ID - PID"`                      // PID-1
	PatientID                   *CX   `hl7:"false,Patient ID"`                        // PID-2
	PatientIdentifierList       []CX  `hl7:"true,Patient Identifier List"`            // PID-3
	AlternatePatientIDPID       []CX  `hl7:"false,Alternate Patient ID - PID"`        // PID-4
	PatientName                 []XPN `hl7:"true,Patient Name"`                       // PID-5
	MotherSMaidenName           []XPN `hl7:"false,Mother'S Maiden Name"`              // PID-6
	DateTimeOfBirth             *TS   `hl7:"false,Date/Time Of Birth"`                // PID-7
	AdministrativeSex           *IS   `hl7:"false,Administrative Sex"`                // PID-8
	PatientAlias                []XPN `hl7:"false,Patient Alias"`                     // PID-9
	Race                        []CE  `hl7:"false,Race"`                              // PID-10
	PatientAddress              []XAD `hl7:"false,Patient Address"`                   // PID-11
	CountyCode                  *IS   `hl7:"false,County Code"`                       // PID-12
	PhoneNumberHome             []XTN `hl7:"false,Phone Number - Home"`               // PID-13
	PhoneNumberBusiness         []XTN `hl7:"false,Phone Number - Business"`           // PID-14
	PrimaryLanguage             *CE   `hl7:"false,Primary Language"`                  // PID-15
	MaritalStatus               *CE   `hl7:"false,Marital Status"`                    // PID-16
	Religion                    *CE   `hl7:"false,Religion"`                          // PID-17
	PatientAccountNumber        *CX   `hl7:"false,Patient Account Number"`            // PID-18
	SSNNumberPatient            *ST   `hl7:"false,SSN Number - Patient"`              // PID-19
	DriverSLicenseNumberPatient *DLN  `hl7:"false,Driver'S License Number - Patient"` // PID-20
	MotherSIdentifier           []CX  `hl7:"false,Mother'S Identifier"`               // PID-21
	EthnicGroup                 []CE  `hl7:"false,Ethnic Group"`                      // PID-22
	BirthPlace                  *ST   `hl7:"false,Birth Place"`                       // PID-23
	MultipleBirthIndicator      *ID   `hl7:"false,Multiple Birth Indicator"`          // PID-24
	BirthOrder                  *NM   `hl7:"false,Birth Order"`                       // PID-25
	Citizenship                 []CE  `hl7:"false,Citizenship"`                       // PID-26
	VeteransMilitaryStatus      *CE   `hl7:"false,Veterans Military Status"`          // PID-27
	Nationality                 *CE   `hl7:"false,Nationality"`                       // PID-28
	PatientDeathDateAndTime     *TS   `hl7:"false,Patient Death Date And Time"`       // PID-29
	PatientDeathIndicator       *ID   `hl7:"false,Patient Death Indicator"`           // PID-30
	IdentityUnknownIndicator    *ID   `hl7:"false,Identity Unknown Indicator"`        // PID-31
	IdentityReliabilityCode     []IS  `hl7:"false,Identity Reliability Code"`         // PID-32
	LastUpdateDateTime          *TS   `hl7:"false,Last Update Date/Time"`             // PID-33
	LastUpdateFacility          *HD   `hl7:"false,Last Update Facility"`              // PID-34
	SpeciesCode                 *CE   `hl7:"false,Species Code"`                      // PID-35
	BreedCode                   *CE   `hl7:"false,Breed Code"`                        // PID-36
	Strain                      *ST   `hl7:"false,Strain"`                            // PID-37
	ProductionClassCode         *CE   `hl7:"false,Production Class Code"`             // PID-38
}

PID represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PID) SegmentName 

func (s *PID) SegmentName() string

type PIN_I07 

type PIN_I07 struct {
	MSH                 *MSH                         `hl7:"true,MSH"`
	PROVIDER            []PIN_I07_PROVIDER           `hl7:"true,PROVIDER"`
	PID                 *PID                         `hl7:"true,PID"`
	NK1                 []NK1                        `hl7:"false,NK1"`
	GUARANTOR_INSURANCE *PIN_I07_GUARANTOR_INSURANCE `hl7:"false,GUARANTOR_INSURANCE"`
	NTE                 []NTE                        `hl7:"false,NTE"`
	Other               []interface{}
}

PIN_I07 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PIN_I07) MessageTypeName 

func (s *PIN_I07) MessageTypeName() string

type PIN_I07_GUARANTOR_INSURANCE 

type PIN_I07_GUARANTOR_INSURANCE struct {
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []PIN_I07_INSURANCE `hl7:"true,INSURANCE"`
	Other     []interface{}
}

PIN_I07_GUARANTOR_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PIN_I07_GUARANTOR_INSURANCE) MessageTypeSubStructName 

func (s *PIN_I07_GUARANTOR_INSURANCE) MessageTypeSubStructName() string

type PIN_I07_INSURANCE 

type PIN_I07_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

PIN_I07_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PIN_I07_INSURANCE) MessageTypeSubStructName 

func (s *PIN_I07_INSURANCE) MessageTypeSubStructName() string

type PIN_I07_PROVIDER 

type PIN_I07_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

PIN_I07_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PIN_I07_PROVIDER) MessageTypeSubStructName 

func (s *PIN_I07_PROVIDER) MessageTypeSubStructName() string

type PIP 

type PIP struct {
	Privilege      *CE `hl7:"false,Privilege"`
	PrivilegeClass *CE `hl7:"false,Privilege Class"`
	ExpirationDate *DT `hl7:"false,Expiration Date"`
	ActivationDate *DT `hl7:"false,Activation Date"`
	Facility       *EI `hl7:"false,Facility"`
}

PIP represents the corresponding HL7 datatype. Definition from HL7 2.4

type PL 

type PL struct {
	PointOfCare         *IS `hl7:"false,Point Of Care"`
	Room                *IS `hl7:"false,Room"`
	Bed                 *IS `hl7:"false,Bed"`
	Facility            *HD `hl7:"false,Facility"`
	LocationStatus      *IS `hl7:"false,Location Status"`
	PersonLocationType  *IS `hl7:"false,Person Location Type"`
	Building            *IS `hl7:"false,Building"`
	Floor               *IS `hl7:"false,Floor"`
	LocationDescription *ST `hl7:"false,Location Description"`
}

PL represents the corresponding HL7 datatype. Definition from HL7 2.4

type PLN 

type PLN struct {
	IDNumber                 *ST `hl7:"false,ID Number"`
	TypeOfIDNumber           *IS `hl7:"false,Type Of ID Number"`
	StateOtherQualifyingInfo *ST `hl7:"false,State/Other Qualifying Info"`
	ExpirationDate           *DT `hl7:"false,Expiration Date"`
}

PLN represents the corresponding HL7 datatype. Definition from HL7 2.4

type PMU_B01 

type PMU_B01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	STF   *STF  `hl7:"true,STF"`
	PRA   []PRA `hl7:"false,PRA"`
	ORG   []ORG `hl7:"false,ORG"`
	AFF   []AFF `hl7:"false,AFF"`
	LAN   []LAN `hl7:"false,LAN"`
	EDU   []EDU `hl7:"false,EDU"`
	Other []interface{}
}

PMU_B01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PMU_B01) MessageTypeName 

func (s *PMU_B01) MessageTypeName() string

type PMU_B03 

type PMU_B03 struct {
	MSH   *MSH `hl7:"true,MSH"`
	EVN   *EVN `hl7:"true,EVN"`
	STF   *STF `hl7:"true,STF"`
	Other []interface{}
}

PMU_B03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PMU_B03) MessageTypeName 

func (s *PMU_B03) MessageTypeName() string

type PMU_B04 

type PMU_B04 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EVN   *EVN  `hl7:"true,EVN"`
	STF   *STF  `hl7:"true,STF"`
	PRA   []PRA `hl7:"false,PRA"`
	ORG   *ORG  `hl7:"false,ORG"`
	Other []interface{}
}

PMU_B04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PMU_B04) MessageTypeName 

func (s *PMU_B04) MessageTypeName() string

type PN 

type PN struct {
	FamilyName                                  *FN `hl7:"false,Family Name"`
	GivenName                                   *ST `hl7:"false,Given Name"`
	SecondAndFurtherGivenNamesOrInitialsThereof *ST `hl7:"false,Second And Further Given Names Or Initials Thereof"`
	SuffixEGJROrIII                             *ST `hl7:"false,Suffix (E.G., JR Or III)"`
	PrefixEGDR                                  *ST `hl7:"false,Prefix (E.G., DR)"`
	DegreeEGMD                                  *IS `hl7:"false,Degree (E.G., MD)"`
}

PN represents the corresponding HL7 datatype. Definition from HL7 2.4

type PPG_PCG 

type PPG_PCG struct {
	MSH           *MSH                   `hl7:"true,MSH"`
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PPG_PCG_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	PATHWAY       []PPG_PCG_PATHWAY      `hl7:"true,PATHWAY"`
	Other         []interface{}
}

PPG_PCG represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG) MessageTypeName 

func (s *PPG_PCG) MessageTypeName() string

type PPG_PCG_CHOICE 

type PPG_PCG_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PPG_PCG_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PPG_PCG_CHOICE) MessageTypeSubStructName 

func (s *PPG_PCG_CHOICE) MessageTypeSubStructName() string

type PPG_PCG_GOAL 

type PPG_PCG_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PPG_PCG_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_OBSERVATION []PPG_PCG_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	PROBLEM          []PPG_PCG_PROBLEM          `hl7:"false,PROBLEM"`
	ORDER            []PPG_PCG_ORDER            `hl7:"false,ORDER"`
	Other            []interface{}
}

PPG_PCG_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_GOAL) MessageTypeSubStructName 

func (s *PPG_PCG_GOAL) MessageTypeSubStructName() string

type PPG_PCG_GOAL_OBSERVATION 

type PPG_PCG_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPG_PCG_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PPG_PCG_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PPG_PCG_GOAL_ROLE 

type PPG_PCG_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPG_PCG_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_GOAL_ROLE) MessageTypeSubStructName 

func (s *PPG_PCG_GOAL_ROLE) MessageTypeSubStructName() string

type PPG_PCG_OBRRXO_SUPPGRP 

type PPG_PCG_OBRRXO_SUPPGRP struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PPG_PCG_OBRRXO_SUPPGRP represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_OBRRXO_SUPPGRP) MessageTypeSubStructName 

func (s *PPG_PCG_OBRRXO_SUPPGRP) MessageTypeSubStructName() string

type PPG_PCG_ORDER 

type PPG_PCG_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PPG_PCG_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PPG_PCG_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_ORDER) MessageTypeSubStructName 

func (s *PPG_PCG_ORDER) MessageTypeSubStructName() string

type PPG_PCG_ORDER_DETAIL 

type PPG_PCG_ORDER_DETAIL struct {
	OBRRXO_SUPPGRP    *PPG_PCG_OBRRXO_SUPPGRP     `hl7:"true,OBRRXO_SUPPGRP"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PPG_PCG_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PPG_PCG_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PPG_PCG_ORDER_DETAIL) MessageTypeSubStructName() string

type PPG_PCG_ORDER_OBSERVATION 

type PPG_PCG_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPG_PCG_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PPG_PCG_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PPG_PCG_PATHWAY 

type PPG_PCG_PATHWAY struct {
	PTH          *PTH                   `hl7:"true,PTH"`
	NTE          []NTE                  `hl7:"false,NTE"`
	VAR          []VAR                  `hl7:"false,VAR"`
	PATHWAY_ROLE []PPG_PCG_PATHWAY_ROLE `hl7:"false,PATHWAY_ROLE"`
	GOAL         []PPG_PCG_GOAL         `hl7:"false,GOAL"`
	Other        []interface{}
}

PPG_PCG_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_PATHWAY) MessageTypeSubStructName 

func (s *PPG_PCG_PATHWAY) MessageTypeSubStructName() string

type PPG_PCG_PATHWAY_ROLE 

type PPG_PCG_PATHWAY_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPG_PCG_PATHWAY_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_PATHWAY_ROLE) MessageTypeSubStructName 

func (s *PPG_PCG_PATHWAY_ROLE) MessageTypeSubStructName() string

type PPG_PCG_PATIENT_VISIT 

type PPG_PCG_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PPG_PCG_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PPG_PCG_PATIENT_VISIT) MessageTypeSubStructName() string

type PPG_PCG_PROBLEM 

type PPG_PCG_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PPG_PCG_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_OBSERVATION []PPG_PCG_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	Other               []interface{}
}

PPG_PCG_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_PROBLEM) MessageTypeSubStructName 

func (s *PPG_PCG_PROBLEM) MessageTypeSubStructName() string

type PPG_PCG_PROBLEM_OBSERVATION 

type PPG_PCG_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPG_PCG_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PPG_PCG_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PPG_PCG_PROBLEM_ROLE 

type PPG_PCG_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPG_PCG_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPG_PCG_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PPG_PCG_PROBLEM_ROLE) MessageTypeSubStructName() string

type PPN 

type PPN struct {
	IDNumber                                    *ST `hl7:"false,ID Number"`
	FamilyName                                  *FN `hl7:"false,Family Name"`
	GivenName                                   *ST `hl7:"false,Given Name"`
	SecondAndFurtherGivenNamesOrInitialsThereof *ST `hl7:"false,Second And Further Given Names Or Initials Thereof"`
	SuffixEGJROrIII                             *ST `hl7:"false,Suffix (E.G., JR Or III)"`
	PrefixEGDR                                  *ST `hl7:"false,Prefix (E.G., DR)"`
	DegreeEGMD                                  *IS `hl7:"false,Degree (E.G., MD)"`
	SourceTable                                 *IS `hl7:"false,Source Table"`
	AssigningAuthority                          *HD `hl7:"false,Assigning Authority"`
	NameTypeCode                                *ID `hl7:"false,Name Type Code"`
	IdentifierCheckDigit                        *ST `hl7:"false,Identifier Check Digit"`
	CodeIdentifyingTheCheckDigitSchemeEmployed  *ID `hl7:"false,Code Identifying The Check Digit Scheme Employed"`
	IdentifierTypeCode                          *IS `hl7:"false,Identifier Type Code"`
	AssigningFacility                           *HD `hl7:"false,Assigning Facility"`
	DateTimeActionPerformed                     *TS `hl7:"false,Date/Time Action Performed"`
	NameRepresentationCode                      *ID `hl7:"false,Name Representation Code"`
	NameContext                                 *CE `hl7:"false,Name Context"`
	NameValidityRange                           *DR `hl7:"false,Name Validity Range"`
	NameAssemblyOrder                           *ID `hl7:"false,Name Assembly Order"`
}

PPN represents the corresponding HL7 datatype. Definition from HL7 2.4

type PPP_PCB 

type PPP_PCB struct {
	MSH           *MSH                   `hl7:"true,MSH"`
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PPP_PCB_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	PATHWAY       []PPP_PCB_PATHWAY      `hl7:"true,PATHWAY"`
	Other         []interface{}
}

PPP_PCB represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB) MessageTypeName 

func (s *PPP_PCB) MessageTypeName() string

type PPP_PCB_CHOICE 

type PPP_PCB_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PPP_PCB_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_CHOICE) MessageTypeSubStructName 

func (s *PPP_PCB_CHOICE) MessageTypeSubStructName() string

type PPP_PCB_GOAL 

type PPP_PCB_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PPP_PCB_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_OBSERVATION []PPP_PCB_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	Other            []interface{}
}

PPP_PCB_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_GOAL) MessageTypeSubStructName 

func (s *PPP_PCB_GOAL) MessageTypeSubStructName() string

type PPP_PCB_GOAL_OBSERVATION 

type PPP_PCB_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPP_PCB_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PPP_PCB_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PPP_PCB_GOAL_ROLE 

type PPP_PCB_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPP_PCB_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_GOAL_ROLE) MessageTypeSubStructName 

func (s *PPP_PCB_GOAL_ROLE) MessageTypeSubStructName() string

type PPP_PCB_ORDER 

type PPP_PCB_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PPP_PCB_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PPP_PCB_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_ORDER) MessageTypeSubStructName 

func (s *PPP_PCB_ORDER) MessageTypeSubStructName() string

type PPP_PCB_ORDER_DETAIL 

type PPP_PCB_ORDER_DETAIL struct {
	CHOICE            *PPP_PCB_CHOICE             `hl7:"true,CHOICE"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PPP_PCB_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PPP_PCB_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PPP_PCB_ORDER_DETAIL) MessageTypeSubStructName() string

type PPP_PCB_ORDER_OBSERVATION 

type PPP_PCB_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPP_PCB_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PPP_PCB_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PPP_PCB_PATHWAY 

type PPP_PCB_PATHWAY struct {
	PTH          *PTH                   `hl7:"true,PTH"`
	NTE          []NTE                  `hl7:"false,NTE"`
	VAR          []VAR                  `hl7:"false,VAR"`
	PATHWAY_ROLE []PPP_PCB_PATHWAY_ROLE `hl7:"false,PATHWAY_ROLE"`
	PROBLEM      []PPP_PCB_PROBLEM      `hl7:"false,PROBLEM"`
	Other        []interface{}
}

PPP_PCB_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_PATHWAY) MessageTypeSubStructName 

func (s *PPP_PCB_PATHWAY) MessageTypeSubStructName() string

type PPP_PCB_PATHWAY_ROLE 

type PPP_PCB_PATHWAY_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPP_PCB_PATHWAY_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_PATHWAY_ROLE) MessageTypeSubStructName 

func (s *PPP_PCB_PATHWAY_ROLE) MessageTypeSubStructName() string

type PPP_PCB_PATIENT_VISIT 

type PPP_PCB_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PPP_PCB_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PPP_PCB_PATIENT_VISIT) MessageTypeSubStructName() string

type PPP_PCB_PROBLEM 

type PPP_PCB_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PPP_PCB_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_OBSERVATION []PPP_PCB_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	GOAL                []PPP_PCB_GOAL                `hl7:"false,GOAL"`
	ORDER               []PPP_PCB_ORDER               `hl7:"false,ORDER"`
	Other               []interface{}
}

PPP_PCB_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_PROBLEM) MessageTypeSubStructName 

func (s *PPP_PCB_PROBLEM) MessageTypeSubStructName() string

type PPP_PCB_PROBLEM_OBSERVATION 

type PPP_PCB_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPP_PCB_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PPP_PCB_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PPP_PCB_PROBLEM_ROLE 

type PPP_PCB_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPP_PCB_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPP_PCB_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PPP_PCB_PROBLEM_ROLE) MessageTypeSubStructName() string

type PPR_PC1 

type PPR_PC1 struct {
	MSH           *MSH                   `hl7:"true,MSH"`
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PPR_PC1_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	PROBLEM       []PPR_PC1_PROBLEM      `hl7:"true,PROBLEM"`
	Other         []interface{}
}

PPR_PC1 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1) MessageTypeName 

func (s *PPR_PC1) MessageTypeName() string

type PPR_PC1_CHOICE 

type PPR_PC1_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PPR_PC1_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_CHOICE) MessageTypeSubStructName 

func (s *PPR_PC1_CHOICE) MessageTypeSubStructName() string

type PPR_PC1_GOAL 

type PPR_PC1_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PPR_PC1_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_OBSERVATION []PPR_PC1_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	Other            []interface{}
}

PPR_PC1_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_GOAL) MessageTypeSubStructName 

func (s *PPR_PC1_GOAL) MessageTypeSubStructName() string

type PPR_PC1_GOAL_OBSERVATION 

type PPR_PC1_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPR_PC1_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PPR_PC1_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PPR_PC1_GOAL_ROLE 

type PPR_PC1_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPR_PC1_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_GOAL_ROLE) MessageTypeSubStructName 

func (s *PPR_PC1_GOAL_ROLE) MessageTypeSubStructName() string

type PPR_PC1_ORDER 

type PPR_PC1_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PPR_PC1_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PPR_PC1_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_ORDER) MessageTypeSubStructName 

func (s *PPR_PC1_ORDER) MessageTypeSubStructName() string

type PPR_PC1_ORDER_DETAIL 

type PPR_PC1_ORDER_DETAIL struct {
	CHOICE            *PPR_PC1_CHOICE             `hl7:"true,CHOICE"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PPR_PC1_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PPR_PC1_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PPR_PC1_ORDER_DETAIL) MessageTypeSubStructName() string

type PPR_PC1_ORDER_OBSERVATION 

type PPR_PC1_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPR_PC1_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PPR_PC1_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PPR_PC1_PATHWAY 

type PPR_PC1_PATHWAY struct {
	PTH   *PTH  `hl7:"true,PTH"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPR_PC1_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_PATHWAY) MessageTypeSubStructName 

func (s *PPR_PC1_PATHWAY) MessageTypeSubStructName() string

type PPR_PC1_PATHWAY_OBSERVATION 

type PPR_PC1_PATHWAY_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPR_PC1_PATHWAY_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*PPR_PC1_PATHWAY_OBSERVATION) MessageTypeSubStructName 

func (s *PPR_PC1_PATHWAY_OBSERVATION) MessageTypeSubStructName() string

type PPR_PC1_PATIENT_VISIT 

type PPR_PC1_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PPR_PC1_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PPR_PC1_PATIENT_VISIT) MessageTypeSubStructName() string

type PPR_PC1_PROBLEM 

type PPR_PC1_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PPR_PC1_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PATHWAY             []PPR_PC1_PATHWAY             `hl7:"false,PATHWAY"`
	PROBLEM_OBSERVATION []PPR_PC1_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	GOAL                []PPR_PC1_GOAL                `hl7:"false,GOAL"`
	ORDER               []PPR_PC1_ORDER               `hl7:"false,ORDER"`
	Other               []interface{}
}

PPR_PC1_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_PROBLEM) MessageTypeSubStructName 

func (s *PPR_PC1_PROBLEM) MessageTypeSubStructName() string

type PPR_PC1_PROBLEM_OBSERVATION 

type PPR_PC1_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPR_PC1_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PPR_PC1_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PPR_PC1_PROBLEM_ROLE 

type PPR_PC1_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPR_PC1_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPR_PC1_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PPR_PC1_PROBLEM_ROLE) MessageTypeSubStructName() string

type PPT_PCL 

type PPT_PCL struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MSA     *MSA              `hl7:"true,MSA"`
	ERR     *ERR              `hl7:"false,ERR"`
	QAK     *QAK              `hl7:"false,QAK"`
	QRD     *QRD              `hl7:"true,QRD"`
	PATIENT []PPT_PCL_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

PPT_PCL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL) MessageTypeName 

func (s *PPT_PCL) MessageTypeName() string

type PPT_PCL_CHOICE 

type PPT_PCL_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PPT_PCL_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_CHOICE) MessageTypeSubStructName 

func (s *PPT_PCL_CHOICE) MessageTypeSubStructName() string

type PPT_PCL_GOAL 

type PPT_PCL_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PPT_PCL_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_OBSERVATION []PPT_PCL_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	PROBLEM          []PPT_PCL_PROBLEM          `hl7:"false,PROBLEM"`
	ORDER            []PPT_PCL_ORDER            `hl7:"false,ORDER"`
	Other            []interface{}
}

PPT_PCL_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_GOAL) MessageTypeSubStructName 

func (s *PPT_PCL_GOAL) MessageTypeSubStructName() string

type PPT_PCL_GOAL_OBSERVATION 

type PPT_PCL_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPT_PCL_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PPT_PCL_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PPT_PCL_GOAL_ROLE 

type PPT_PCL_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPT_PCL_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_GOAL_ROLE) MessageTypeSubStructName 

func (s *PPT_PCL_GOAL_ROLE) MessageTypeSubStructName() string

type PPT_PCL_ORDER 

type PPT_PCL_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PPT_PCL_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PPT_PCL_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_ORDER) MessageTypeSubStructName 

func (s *PPT_PCL_ORDER) MessageTypeSubStructName() string

type PPT_PCL_ORDER_DETAIL 

type PPT_PCL_ORDER_DETAIL struct {
	CHOICE            *PPT_PCL_CHOICE             `hl7:"true,CHOICE"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PPT_PCL_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PPT_PCL_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PPT_PCL_ORDER_DETAIL) MessageTypeSubStructName() string

type PPT_PCL_ORDER_OBSERVATION 

type PPT_PCL_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPT_PCL_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PPT_PCL_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PPT_PCL_PATHWAY 

type PPT_PCL_PATHWAY struct {
	PTH          *PTH                   `hl7:"true,PTH"`
	NTE          []NTE                  `hl7:"false,NTE"`
	VAR          []VAR                  `hl7:"false,VAR"`
	PATHWAY_ROLE []PPT_PCL_PATHWAY_ROLE `hl7:"false,PATHWAY_ROLE"`
	GOAL         []PPT_PCL_GOAL         `hl7:"false,GOAL"`
	Other        []interface{}
}

PPT_PCL_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PATHWAY) MessageTypeSubStructName 

func (s *PPT_PCL_PATHWAY) MessageTypeSubStructName() string

type PPT_PCL_PATHWAY_ROLE 

type PPT_PCL_PATHWAY_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPT_PCL_PATHWAY_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PATHWAY_ROLE) MessageTypeSubStructName 

func (s *PPT_PCL_PATHWAY_ROLE) MessageTypeSubStructName() string

type PPT_PCL_PATIENT 

type PPT_PCL_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PPT_PCL_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	PATHWAY       []PPT_PCL_PATHWAY      `hl7:"true,PATHWAY"`
	Other         []interface{}
}

PPT_PCL_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PATIENT) MessageTypeSubStructName 

func (s *PPT_PCL_PATIENT) MessageTypeSubStructName() string

type PPT_PCL_PATIENT_VISIT 

type PPT_PCL_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PPT_PCL_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PPT_PCL_PATIENT_VISIT) MessageTypeSubStructName() string

type PPT_PCL_PROBLEM 

type PPT_PCL_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PPT_PCL_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_OBSERVATION []PPT_PCL_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	Other               []interface{}
}

PPT_PCL_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PROBLEM) MessageTypeSubStructName 

func (s *PPT_PCL_PROBLEM) MessageTypeSubStructName() string

type PPT_PCL_PROBLEM_OBSERVATION 

type PPT_PCL_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPT_PCL_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PPT_PCL_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PPT_PCL_PROBLEM_ROLE 

type PPT_PCL_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPT_PCL_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPT_PCL_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PPT_PCL_PROBLEM_ROLE) MessageTypeSubStructName() string

type PPV_PCA 

type PPV_PCA struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MSA     *MSA              `hl7:"true,MSA"`
	ERR     *ERR              `hl7:"false,ERR"`
	QAK     *QAK              `hl7:"false,QAK"`
	QRD     *QRD              `hl7:"true,QRD"`
	PATIENT []PPV_PCA_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

PPV_PCA represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA) MessageTypeName 

func (s *PPV_PCA) MessageTypeName() string

type PPV_PCA_CHOICE 

type PPV_PCA_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PPV_PCA_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_CHOICE) MessageTypeSubStructName 

func (s *PPV_PCA_CHOICE) MessageTypeSubStructName() string

type PPV_PCA_GOAL 

type PPV_PCA_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PPV_PCA_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_PATHWAY     []PPV_PCA_GOAL_PATHWAY     `hl7:"false,GOAL_PATHWAY"`
	GOAL_OBSERVATION []PPV_PCA_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	PROBLEM          []PPV_PCA_PROBLEM          `hl7:"false,PROBLEM"`
	ORDER            []PPV_PCA_ORDER            `hl7:"false,ORDER"`
	Other            []interface{}
}

PPV_PCA_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_GOAL) MessageTypeSubStructName 

func (s *PPV_PCA_GOAL) MessageTypeSubStructName() string

type PPV_PCA_GOAL_OBSERVATION 

type PPV_PCA_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPV_PCA_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PPV_PCA_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PPV_PCA_GOAL_PATHWAY 

type PPV_PCA_GOAL_PATHWAY struct {
	PTH   *PTH  `hl7:"true,PTH"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPV_PCA_GOAL_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_GOAL_PATHWAY) MessageTypeSubStructName 

func (s *PPV_PCA_GOAL_PATHWAY) MessageTypeSubStructName() string

type PPV_PCA_GOAL_ROLE 

type PPV_PCA_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPV_PCA_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_GOAL_ROLE) MessageTypeSubStructName 

func (s *PPV_PCA_GOAL_ROLE) MessageTypeSubStructName() string

type PPV_PCA_ORDER 

type PPV_PCA_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PPV_PCA_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PPV_PCA_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_ORDER) MessageTypeSubStructName 

func (s *PPV_PCA_ORDER) MessageTypeSubStructName() string

type PPV_PCA_ORDER_DETAIL 

type PPV_PCA_ORDER_DETAIL struct {
	CHOICE            *PPV_PCA_CHOICE             `hl7:"true,CHOICE"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PPV_PCA_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PPV_PCA_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PPV_PCA_ORDER_DETAIL) MessageTypeSubStructName() string

type PPV_PCA_ORDER_OBSERVATION 

type PPV_PCA_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPV_PCA_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PPV_PCA_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PPV_PCA_PATIENT 

type PPV_PCA_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PPV_PCA_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	GOAL          []PPV_PCA_GOAL         `hl7:"true,GOAL"`
	Other         []interface{}
}

PPV_PCA_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_PATIENT) MessageTypeSubStructName 

func (s *PPV_PCA_PATIENT) MessageTypeSubStructName() string

type PPV_PCA_PATIENT_VISIT 

type PPV_PCA_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PPV_PCA_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PPV_PCA_PATIENT_VISIT) MessageTypeSubStructName() string

type PPV_PCA_PROBLEM 

type PPV_PCA_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PPV_PCA_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_OBSERVATION []PPV_PCA_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	Other               []interface{}
}

PPV_PCA_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_PROBLEM) MessageTypeSubStructName 

func (s *PPV_PCA_PROBLEM) MessageTypeSubStructName() string

type PPV_PCA_PROBLEM_OBSERVATION 

type PPV_PCA_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PPV_PCA_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PPV_PCA_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PPV_PCA_PROBLEM_ROLE 

type PPV_PCA_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PPV_PCA_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PPV_PCA_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PPV_PCA_PROBLEM_ROLE) MessageTypeSubStructName() string

type PR1 

type PR1 struct {
	SetIDPR1                *SI   `hl7:"true,Set ID - PR1"`               // PR1-1
	ProcedureCodingMethod   *IS   `hl7:"false,Procedure Coding Method"`   // PR1-2
	ProcedureCode           *CE   `hl7:"true,Procedure Code"`             // PR1-3
	ProcedureDescription    *ST   `hl7:"false,Procedure Description"`     // PR1-4
	ProcedureDateTime       *TS   `hl7:"true,Procedure Date/Time"`        // PR1-5
	ProcedureFunctionalType *IS   `hl7:"false,Procedure Functional Type"` // PR1-6
	ProcedureMinutes        *NM   `hl7:"false,Procedure Minutes"`         // PR1-7
	Anesthesiologist        []XCN `hl7:"false,Anesthesiologist"`          // PR1-8
	AnesthesiaCode          *IS   `hl7:"false,Anesthesia Code"`           // PR1-9
	AnesthesiaMinutes       *NM   `hl7:"false,Anesthesia Minutes"`        // PR1-10
	Surgeon                 []XCN `hl7:"false,Surgeon"`                   // PR1-11
	ProcedurePractitioner   []XCN `hl7:"false,Procedure Practitioner"`    // PR1-12
	ConsentCode             *CE   `hl7:"false,Consent Code"`              // PR1-13
	ProcedurePriority       *ID   `hl7:"false,Procedure Priority"`        // PR1-14
	AssociatedDiagnosisCode *CE   `hl7:"false,Associated Diagnosis Code"` // PR1-15
	ProcedureCodeModifier   []CE  `hl7:"false,Procedure Code Modifier"`   // PR1-16
	ProcedureDRGType        *IS   `hl7:"false,Procedure DRG Type"`        // PR1-17
	TissueTypeCode          []CE  `hl7:"false,Tissue Type Code"`          // PR1-18
}

PR1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PR1) SegmentName 

func (s *PR1) SegmentName() string

type PRA 

type PRA struct {
	PrimaryKeyValuePRA                        *CE   `hl7:"false,Primary Key Value - PRA"`                      // PRA-1
	PractitionerGroup                         []CE  `hl7:"false,Practitioner Group"`                           // PRA-2
	PractitionerCategory                      []IS  `hl7:"false,Practitioner Category"`                        // PRA-3
	ProviderBilling                           *ID   `hl7:"false,Provider Billing"`                             // PRA-4
	Specialty                                 []SPD `hl7:"false,Specialty"`                                    // PRA-5
	PractitionerIDNumbers                     []PLN `hl7:"false,Practitioner ID Numbers"`                      // PRA-6
	Privileges                                []PIP `hl7:"false,Privileges"`                                   // PRA-7
	DateEnteredPractice                       *DT   `hl7:"false,Date Entered Practice"`                        // PRA-8
	Institution                               *CE   `hl7:"false,Institution"`                                  // PRA-9
	DateLeftPractice                          *DT   `hl7:"false,Date Left Practice"`                           // PRA-10
	GovernmentReimbursementBillingEligibility []CE  `hl7:"false,Government Reimbursement Billing Eligibility"` // PRA-11
	SetIDPRA                                  *SI   `hl7:"false,Set ID - PRA"`                                 // PRA-12
}

PRA represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PRA) SegmentName 

func (s *PRA) SegmentName() string

type PRB 

type PRB struct {
	ActionCode                                        *ID  `hl7:"true,Action Code"`                                              // PRB-1
	ActionDateTime                                    *TS  `hl7:"true,Action Date/Time"`                                         // PRB-2
	ProblemID                                         *CE  `hl7:"true,Problem ID"`                                               // PRB-3
	ProblemInstanceID                                 *EI  `hl7:"true,Problem Instance ID"`                                      // PRB-4
	EpisodeOfCareID                                   *EI  `hl7:"false,Episode Of Care ID"`                                      // PRB-5
	ProblemListPriority                               *NM  `hl7:"false,Problem List Priority"`                                   // PRB-6
	ProblemEstablishedDateTime                        *TS  `hl7:"false,Problem Established Date/Time"`                           // PRB-7
	AnticipatedProblemResolutionDateTime              *TS  `hl7:"false,Anticipated Problem Resolution Date/Time"`                // PRB-8
	ActualProblemResolutionDateTime                   *TS  `hl7:"false,Actual Problem Resolution Date/Time"`                     // PRB-9
	ProblemClassification                             *CE  `hl7:"false,Problem Classification"`                                  // PRB-10
	ProblemManagementDiscipline                       []CE `hl7:"false,Problem Management Discipline"`                           // PRB-11
	ProblemPersistence                                *CE  `hl7:"false,Problem Persistence"`                                     // PRB-12
	ProblemConfirmationStatus                         *CE  `hl7:"false,Problem Confirmation Status"`                             // PRB-13
	ProblemLifeCycleStatus                            *CE  `hl7:"false,Problem Life Cycle Status"`                               // PRB-14
	ProblemLifeCycleStatusDateTime                    *TS  `hl7:"false,Problem Life Cycle Status Date/Time"`                     // PRB-15
	ProblemDateOfOnset                                *TS  `hl7:"false,Problem Date Of Onset"`                                   // PRB-16
	ProblemOnsetText                                  *ST  `hl7:"false,Problem Onset Text"`                                      // PRB-17
	ProblemRanking                                    *CE  `hl7:"false,Problem Ranking"`                                         // PRB-18
	CertaintyOfProblem                                *CE  `hl7:"false,Certainty Of Problem"`                                    // PRB-19
	ProbabilityOfProblem01                            *NM  `hl7:"false,Probability Of Problem (0-1)"`                            // PRB-20
	IndividualAwarenessOfProblem                      *CE  `hl7:"false,Individual Awareness Of Problem"`                         // PRB-21
	ProblemPrognosis                                  *CE  `hl7:"false,Problem Prognosis"`                                       // PRB-22
	IndividualAwarenessOfPrognosis                    *CE  `hl7:"false,Individual Awareness Of Prognosis"`                       // PRB-23
	FamilySignificantOtherAwarenessOfProblemPrognosis *ST  `hl7:"false,Family/Significant Other Awareness Of Problem/Prognosis"` // PRB-24
	SecuritySensitivity                               *CE  `hl7:"false,Security/Sensitivity"`                                    // PRB-25
}

PRB represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PRB) SegmentName 

func (s *PRB) SegmentName() string

type PRC 

type PRC struct {
	PrimaryKeyValuePRC  *CE  `hl7:"true,Primary Key Value - PRC"` // PRC-1
	FacilityIDPRC       []CE `hl7:"false,Facility ID - PRC"`      // PRC-2
	Department          []CE `hl7:"false,Department"`             // PRC-3
	ValidPatientClasses []IS `hl7:"false,Valid Patient Classes"`  // PRC-4
	Price               []CP `hl7:"false,Price"`                  // PRC-5
	Formula             []ST `hl7:"false,Formula"`                // PRC-6
	MinimumQuantity     *NM  `hl7:"false,Minimum Quantity"`       // PRC-7
	MaximumQuantity     *NM  `hl7:"false,Maximum Quantity"`       // PRC-8
	MinimumPrice        *MO  `hl7:"false,Minimum Price"`          // PRC-9
	MaximumPrice        *MO  `hl7:"false,Maximum Price"`          // PRC-10
	EffectiveStartDate  *TS  `hl7:"false,Effective Start Date"`   // PRC-11
	EffectiveEndDate    *TS  `hl7:"false,Effective End Date"`     // PRC-12
	PriceOverrideFlag   *IS  `hl7:"false,Price Override Flag"`    // PRC-13
	BillingCategory     []CE `hl7:"false,Billing Category"`       // PRC-14
	ChargeableFlag      *ID  `hl7:"false,Chargeable Flag"`        // PRC-15
	ActiveInactiveFlag  *ID  `hl7:"false,Active/Inactive Flag"`   // PRC-16
	Cost                *MO  `hl7:"false,Cost"`                   // PRC-17
	ChargeOnIndicator   *IS  `hl7:"false,Charge On Indicator"`    // PRC-18
}

PRC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PRC) SegmentName 

func (s *PRC) SegmentName() string

type PRD 

type PRD struct {
	ProviderRole                     []CE  `hl7:"true,Provider Role"`                          // PRD-1
	ProviderName                     []XPN `hl7:"false,Provider Name"`                         // PRD-2
	ProviderAddress                  []XAD `hl7:"false,Provider Address"`                      // PRD-3
	ProviderLocation                 *PL   `hl7:"false,Provider Location"`                     // PRD-4
	ProviderCommunicationInformation []XTN `hl7:"false,Provider Communication Information"`    // PRD-5
	PreferredMethodOfContact         *CE   `hl7:"false,Preferred Method Of Contact"`           // PRD-6
	ProviderIdentifiers              []PI  `hl7:"false,Provider Identifiers"`                  // PRD-7
	EffectiveStartDateOfProviderRole *TS   `hl7:"false,Effective Start Date Of Provider Role"` // PRD-8
	EffectiveEndDateOfProviderRole   *TS   `hl7:"false,Effective End Date Of Provider Role"`   // PRD-9
}

PRD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PRD) SegmentName 

func (s *PRD) SegmentName() string

type PRL 

type PRL struct {
	OBX3ObservationIdentifierOfParentResult *CE `hl7:"false,OBX-3 Observation Identifier Of Parent Result"`
	OBX4SubIDOfParentResult                 *ST `hl7:"false,OBX-4 Sub-ID Of Parent Result"`
	PartOfOBX5ObservationResultFromParent   *TX `hl7:"false,Part Of OBX-5 Observation Result From Parent"`
}

PRL represents the corresponding HL7 datatype. Definition from HL7 2.4

type PRR_PC5 

type PRR_PC5 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MSA     *MSA              `hl7:"true,MSA"`
	ERR     *ERR              `hl7:"false,ERR"`
	QAK     *QAK              `hl7:"false,QAK"`
	QRD     *QRD              `hl7:"true,QRD"`
	PATIENT []PRR_PC5_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

PRR_PC5 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5) MessageTypeName 

func (s *PRR_PC5) MessageTypeName() string

type PRR_PC5_CHOICE 

type PRR_PC5_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PRR_PC5_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_CHOICE) MessageTypeSubStructName 

func (s *PRR_PC5_CHOICE) MessageTypeSubStructName() string

type PRR_PC5_GOAL 

type PRR_PC5_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PRR_PC5_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_OBSERVATION []PRR_PC5_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	Other            []interface{}
}

PRR_PC5_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_GOAL) MessageTypeSubStructName 

func (s *PRR_PC5_GOAL) MessageTypeSubStructName() string

type PRR_PC5_GOAL_OBSERVATION 

type PRR_PC5_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PRR_PC5_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PRR_PC5_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PRR_PC5_GOAL_ROLE 

type PRR_PC5_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PRR_PC5_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_GOAL_ROLE) MessageTypeSubStructName 

func (s *PRR_PC5_GOAL_ROLE) MessageTypeSubStructName() string

type PRR_PC5_ORDER 

type PRR_PC5_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PRR_PC5_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PRR_PC5_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_ORDER) MessageTypeSubStructName 

func (s *PRR_PC5_ORDER) MessageTypeSubStructName() string

type PRR_PC5_ORDER_DETAIL 

type PRR_PC5_ORDER_DETAIL struct {
	CHOICE            *PRR_PC5_CHOICE             `hl7:"true,CHOICE"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PRR_PC5_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PRR_PC5_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PRR_PC5_ORDER_DETAIL) MessageTypeSubStructName() string

type PRR_PC5_ORDER_OBSERVATION 

type PRR_PC5_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PRR_PC5_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PRR_PC5_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PRR_PC5_PATIENT 

type PRR_PC5_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PRR_PC5_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	PROBLEM       []PRR_PC5_PROBLEM      `hl7:"true,PROBLEM"`
	Other         []interface{}
}

PRR_PC5_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_PATIENT) MessageTypeSubStructName 

func (s *PRR_PC5_PATIENT) MessageTypeSubStructName() string

type PRR_PC5_PATIENT_VISIT 

type PRR_PC5_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PRR_PC5_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PRR_PC5_PATIENT_VISIT) MessageTypeSubStructName() string

type PRR_PC5_PROBLEM 

type PRR_PC5_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PRR_PC5_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_PATHWAY     []PRR_PC5_PROBLEM_PATHWAY     `hl7:"false,PROBLEM_PATHWAY"`
	PROBLEM_OBSERVATION []PRR_PC5_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	GOAL                []PRR_PC5_GOAL                `hl7:"false,GOAL"`
	ORDER               []PRR_PC5_ORDER               `hl7:"false,ORDER"`
	Other               []interface{}
}

PRR_PC5_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_PROBLEM) MessageTypeSubStructName 

func (s *PRR_PC5_PROBLEM) MessageTypeSubStructName() string

type PRR_PC5_PROBLEM_OBSERVATION 

type PRR_PC5_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PRR_PC5_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PRR_PC5_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PRR_PC5_PROBLEM_PATHWAY 

type PRR_PC5_PROBLEM_PATHWAY struct {
	PTH   *PTH  `hl7:"true,PTH"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PRR_PC5_PROBLEM_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_PROBLEM_PATHWAY) MessageTypeSubStructName 

func (s *PRR_PC5_PROBLEM_PATHWAY) MessageTypeSubStructName() string

type PRR_PC5_PROBLEM_ROLE 

type PRR_PC5_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PRR_PC5_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PRR_PC5_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PRR_PC5_PROBLEM_ROLE) MessageTypeSubStructName() string

type PSH 

type PSH struct {
	ReportType                                         *ST  `hl7:"true,Report Type"`                                                // PSH-1
	ReportFormIdentifier                               *ST  `hl7:"false,Report Form Identifier"`                                    // PSH-2
	ReportDate                                         *TS  `hl7:"true,Report Date"`                                                // PSH-3
	ReportIntervalStartDate                            *TS  `hl7:"false,Report Interval Start Date"`                                // PSH-4
	ReportIntervalEndDate                              *TS  `hl7:"false,Report Interval End Date"`                                  // PSH-5
	QuantityManufactured                               *CQ  `hl7:"false,Quantity Manufactured"`                                     // PSH-6
	QuantityDistributed                                *CQ  `hl7:"false,Quantity Distributed"`                                      // PSH-7
	QuantityDistributedMethod                          *ID  `hl7:"false,Quantity Distributed Method"`                               // PSH-8
	QuantityDistributedComment                         *FT  `hl7:"false,Quantity Distributed Comment"`                              // PSH-9
	QuantityInUse                                      *CQ  `hl7:"false,Quantity In Use"`                                           // PSH-10
	QuantityInUseMethod                                *ID  `hl7:"false,Quantity In Use Method"`                                    // PSH-11
	QuantityInUseComment                               *FT  `hl7:"false,Quantity In Use Comment"`                                   // PSH-12
	NumberOfProductExperienceReportsFiledByFacility    []NM `hl7:"false,Number Of Product Experience Reports Filed By Facility"`    // PSH-13
	NumberOfProductExperienceReportsFiledByDistributor []NM `hl7:"false,Number Of Product Experience Reports Filed By Distributor"` // PSH-14
}

PSH represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PSH) SegmentName 

func (s *PSH) SegmentName() string

type PT 

type PT struct {
	ProcessingID   *ID `hl7:"false,Processing ID"`
	ProcessingMode *ID `hl7:"false,Processing Mode"`
}

PT represents the corresponding HL7 datatype. Definition from HL7 2.4

type PTA 

type PTA struct {
	PolicyType  *IS `hl7:"false,Policy Type"`
	AmountClass *IS `hl7:"false,Amount Class"`
	Amount      *NM `hl7:"false,Amount"`
}

PTA represents the corresponding HL7 datatype. Definition from HL7 2.4

type PTH 

type PTH struct {
	ActionCode                           *ID `hl7:"true,Action Code"`                                 // PTH-1
	PathwayID                            *CE `hl7:"true,Pathway ID"`                                  // PTH-2
	PathwayInstanceID                    *EI `hl7:"true,Pathway Instance ID"`                         // PTH-3
	PathwayEstablishedDateTime           *TS `hl7:"true,Pathway Established Date/Time"`               // PTH-4
	PathwayLifeCycleStatus               *CE `hl7:"false,Pathway Life Cycle Status"`                  // PTH-5
	ChangePathwayLifeCycleStatusDateTime *TS `hl7:"false,Change Pathway Life Cycle Status Date/Time"` // PTH-6
}

PTH represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PTH) SegmentName 

func (s *PTH) SegmentName() string

type PTR_PCF 

type PTR_PCF struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MSA     *MSA              `hl7:"true,MSA"`
	ERR     *ERR              `hl7:"false,ERR"`
	QAK     *QAK              `hl7:"false,QAK"`
	QRD     *QRD              `hl7:"true,QRD"`
	PATIENT []PTR_PCF_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

PTR_PCF represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF) MessageTypeName 

func (s *PTR_PCF) MessageTypeName() string

type PTR_PCF_CHOICE 

type PTR_PCF_CHOICE struct {
	// Only one of the following fields will be set.
	OBR   *OBR `hl7:"true,OBR"`
	RXO   *RXO `hl7:"true,RXO"`
	Other []interface{}
}

PTR_PCF_CHOICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_CHOICE) MessageTypeSubStructName 

func (s *PTR_PCF_CHOICE) MessageTypeSubStructName() string

type PTR_PCF_GOAL 

type PTR_PCF_GOAL struct {
	GOL              *GOL                       `hl7:"true,GOL"`
	NTE              []NTE                      `hl7:"false,NTE"`
	VAR              []VAR                      `hl7:"false,VAR"`
	GOAL_ROLE        []PTR_PCF_GOAL_ROLE        `hl7:"false,GOAL_ROLE"`
	GOAL_OBSERVATION []PTR_PCF_GOAL_OBSERVATION `hl7:"false,GOAL_OBSERVATION"`
	Other            []interface{}
}

PTR_PCF_GOAL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_GOAL) MessageTypeSubStructName 

func (s *PTR_PCF_GOAL) MessageTypeSubStructName() string

type PTR_PCF_GOAL_OBSERVATION 

type PTR_PCF_GOAL_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PTR_PCF_GOAL_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_GOAL_OBSERVATION) MessageTypeSubStructName 

func (s *PTR_PCF_GOAL_OBSERVATION) MessageTypeSubStructName() string

type PTR_PCF_GOAL_ROLE 

type PTR_PCF_GOAL_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PTR_PCF_GOAL_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_GOAL_ROLE) MessageTypeSubStructName 

func (s *PTR_PCF_GOAL_ROLE) MessageTypeSubStructName() string

type PTR_PCF_ORDER 

type PTR_PCF_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *PTR_PCF_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

PTR_PCF_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_ORDER) MessageTypeSubStructName 

func (s *PTR_PCF_ORDER) MessageTypeSubStructName() string

type PTR_PCF_ORDER_DETAIL 

type PTR_PCF_ORDER_DETAIL struct {
	CHOICE            *PTR_PCF_CHOICE             `hl7:"true,CHOICE"`
	NTE               []NTE                       `hl7:"false,NTE"`
	VAR               []VAR                       `hl7:"false,VAR"`
	ORDER_OBSERVATION []PTR_PCF_ORDER_OBSERVATION `hl7:"false,ORDER_OBSERVATION"`
	Other             []interface{}
}

PTR_PCF_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_ORDER_DETAIL) MessageTypeSubStructName 

func (s *PTR_PCF_ORDER_DETAIL) MessageTypeSubStructName() string

type PTR_PCF_ORDER_OBSERVATION 

type PTR_PCF_ORDER_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PTR_PCF_ORDER_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_ORDER_OBSERVATION) MessageTypeSubStructName 

func (s *PTR_PCF_ORDER_OBSERVATION) MessageTypeSubStructName() string

type PTR_PCF_PATHWAY 

type PTR_PCF_PATHWAY struct {
	PTH          *PTH                   `hl7:"true,PTH"`
	NTE          []NTE                  `hl7:"false,NTE"`
	VAR          []VAR                  `hl7:"false,VAR"`
	PATHWAY_ROLE []PTR_PCF_PATHWAY_ROLE `hl7:"false,PATHWAY_ROLE"`
	PROBLEM      []PTR_PCF_PROBLEM      `hl7:"false,PROBLEM"`
	Other        []interface{}
}

PTR_PCF_PATHWAY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PATHWAY) MessageTypeSubStructName 

func (s *PTR_PCF_PATHWAY) MessageTypeSubStructName() string

type PTR_PCF_PATHWAY_ROLE 

type PTR_PCF_PATHWAY_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PTR_PCF_PATHWAY_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PATHWAY_ROLE) MessageTypeSubStructName 

func (s *PTR_PCF_PATHWAY_ROLE) MessageTypeSubStructName() string

type PTR_PCF_PATIENT 

type PTR_PCF_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PATIENT_VISIT *PTR_PCF_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	PATHWAY       []PTR_PCF_PATHWAY      `hl7:"true,PATHWAY"`
	Other         []interface{}
}

PTR_PCF_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PATIENT) MessageTypeSubStructName 

func (s *PTR_PCF_PATIENT) MessageTypeSubStructName() string

type PTR_PCF_PATIENT_VISIT 

type PTR_PCF_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

PTR_PCF_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PATIENT_VISIT) MessageTypeSubStructName 

func (s *PTR_PCF_PATIENT_VISIT) MessageTypeSubStructName() string

type PTR_PCF_PROBLEM 

type PTR_PCF_PROBLEM struct {
	PRB                 *PRB                          `hl7:"true,PRB"`
	NTE                 []NTE                         `hl7:"false,NTE"`
	VAR                 []VAR                         `hl7:"false,VAR"`
	PROBLEM_ROLE        []PTR_PCF_PROBLEM_ROLE        `hl7:"false,PROBLEM_ROLE"`
	PROBLEM_OBSERVATION []PTR_PCF_PROBLEM_OBSERVATION `hl7:"false,PROBLEM_OBSERVATION"`
	GOAL                []PTR_PCF_GOAL                `hl7:"false,GOAL"`
	ORDER               []PTR_PCF_ORDER               `hl7:"false,ORDER"`
	Other               []interface{}
}

PTR_PCF_PROBLEM represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PROBLEM) MessageTypeSubStructName 

func (s *PTR_PCF_PROBLEM) MessageTypeSubStructName() string

type PTR_PCF_PROBLEM_OBSERVATION 

type PTR_PCF_PROBLEM_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

PTR_PCF_PROBLEM_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PROBLEM_OBSERVATION) MessageTypeSubStructName 

func (s *PTR_PCF_PROBLEM_OBSERVATION) MessageTypeSubStructName() string

type PTR_PCF_PROBLEM_ROLE 

type PTR_PCF_PROBLEM_ROLE struct {
	ROL   *ROL  `hl7:"true,ROL"`
	VAR   []VAR `hl7:"false,VAR"`
	Other []interface{}
}

PTR_PCF_PROBLEM_ROLE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*PTR_PCF_PROBLEM_ROLE) MessageTypeSubStructName 

func (s *PTR_PCF_PROBLEM_ROLE) MessageTypeSubStructName() string

type PV1 

type PV1 struct {
	SetIDPV1                *SI   `hl7:"false,Set ID - PV1"`              // PV1-1
	PatientClass            *IS   `hl7:"true,Patient Class"`              // PV1-2
	AssignedPatientLocation *PL   `hl7:"false,Assigned Patient Location"` // PV1-3
	AdmissionType           *IS   `hl7:"false,Admission Type"`            // PV1-4
	PreadmitNumber          *CX   `hl7:"false,Preadmit Number"`           // PV1-5
	PriorPatientLocation    *PL   `hl7:"false,Prior Patient Location"`    // PV1-6
	AttendingDoctor         []XCN `hl7:"false,Attending Doctor"`          // PV1-7
	ReferringDoctor         []XCN `hl7:"false,Referring Doctor"`          // PV1-8
	ConsultingDoctor        []XCN `hl7:"false,Consulting Doctor"`         // PV1-9
	HospitalService         *IS   `hl7:"false,Hospital Service"`          // PV1-10
	TemporaryLocation       *PL   `hl7:"false,Temporary Location"`        // PV1-11
	PreadmitTestIndicator   *IS   `hl7:"false,Preadmit Test Indicator"`   // PV1-12
	ReAdmissionIndicator    *IS   `hl7:"false,Re-Admission Indicator"`    // PV1-13
	AdmitSource             *IS   `hl7:"false,Admit Source"`              // PV1-14
	AmbulatoryStatus        []IS  `hl7:"false,Ambulatory Status"`         // PV1-15
	VIPIndicator            *IS   `hl7:"false,VIP Indicator"`             // PV1-16
	AdmittingDoctor         []XCN `hl7:"false,Admitting Doctor"`          // PV1-17
	PatientType             *IS   `hl7:"false,Patient Type"`              // PV1-18
	VisitNumber             *CX   `hl7:"false,Visit Number"`              // PV1-19
	FinancialClass          []FC  `hl7:"false,Financial Class"`           // PV1-20
	ChargePriceIndicator    *IS   `hl7:"false,Charge Price Indicator"`    // PV1-21
	CourtesyCode            *IS   `hl7:"false,Courtesy Code"`             // PV1-22
	CreditRating            *IS   `hl7:"false,Credit Rating"`             // PV1-23
	ContractCode            []IS  `hl7:"false,Contract Code"`             // PV1-24
	ContractEffectiveDate   []DT  `hl7:"false,Contract Effective Date"`   // PV1-25
	ContractAmount          []NM  `hl7:"false,Contract Amount"`           // PV1-26
	ContractPeriod          []NM  `hl7:"false,Contract Period"`           // PV1-27
	InterestCode            *IS   `hl7:"false,Interest Code"`             // PV1-28
	TransferToBadDebtCode   *IS   `hl7:"false,Transfer To Bad Debt Code"` // PV1-29
	TransferToBadDebtDate   *DT   `hl7:"false,Transfer To Bad Debt Date"` // PV1-30
	BadDebtAgencyCode       *IS   `hl7:"false,Bad Debt Agency Code"`      // PV1-31
	BadDebtTransferAmount   *NM   `hl7:"false,Bad Debt Transfer Amount"`  // PV1-32
	BadDebtRecoveryAmount   *NM   `hl7:"false,Bad Debt Recovery Amount"`  // PV1-33
	DeleteAccountIndicator  *IS   `hl7:"false,Delete Account Indicator"`  // PV1-34
	DeleteAccountDate       *DT   `hl7:"false,Delete Account Date"`       // PV1-35
	DischargeDisposition    *IS   `hl7:"false,Discharge Disposition"`     // PV1-36
	DischargedToLocation    *DLD  `hl7:"false,Discharged To Location"`    // PV1-37
	DietType                *CE   `hl7:"false,Diet Type"`                 // PV1-38
	ServicingFacility       *IS   `hl7:"false,Servicing Facility"`        // PV1-39
	BedStatus               *IS   `hl7:"false,Bed Status"`                // PV1-40
	AccountStatus           *IS   `hl7:"false,Account Status"`            // PV1-41
	PendingLocation         *PL   `hl7:"false,Pending Location"`          // PV1-42
	PriorTemporaryLocation  *PL   `hl7:"false,Prior Temporary Location"`  // PV1-43
	AdmitDateTime           *TS   `hl7:"false,Admit Date/Time"`           // PV1-44
	DischargeDateTime       []TS  `hl7:"false,Discharge Date/Time"`       // PV1-45
	CurrentPatientBalance   *NM   `hl7:"false,Current Patient Balance"`   // PV1-46
	TotalCharges            *NM   `hl7:"false,Total Charges"`             // PV1-47
	TotalAdjustments        *NM   `hl7:"false,Total Adjustments"`         // PV1-48
	TotalPayments           *NM   `hl7:"false,Total Payments"`            // PV1-49
	AlternateVisitID        *CX   `hl7:"false,Alternate Visit ID"`        // PV1-50
	VisitIndicator          *IS   `hl7:"false,Visit Indicator"`           // PV1-51
	OtherHealthcareProvider []XCN `hl7:"false,Other Healthcare Provider"` // PV1-52
}

PV1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PV1) SegmentName 

func (s *PV1) SegmentName() string

type PV2 

type PV2 struct {
	PriorPendingLocation              *PL   `hl7:"false,Prior Pending Location"`               // PV2-1
	AccommodationCode                 *CE   `hl7:"false,Accommodation Code"`                   // PV2-2
	AdmitReason                       *CE   `hl7:"false,Admit Reason"`                         // PV2-3
	TransferReason                    *CE   `hl7:"false,Transfer Reason"`                      // PV2-4
	PatientValuables                  []ST  `hl7:"false,Patient Valuables"`                    // PV2-5
	PatientValuablesLocation          *ST   `hl7:"false,Patient Valuables Location"`           // PV2-6
	VisitUserCode                     []IS  `hl7:"false,Visit User Code"`                      // PV2-7
	ExpectedAdmitDateTime             *TS   `hl7:"false,Expected Admit Date/Time"`             // PV2-8
	ExpectedDischargeDateTime         *TS   `hl7:"false,Expected Discharge Date/Time"`         // PV2-9
	EstimatedLengthOfInpatientStay    *NM   `hl7:"false,Estimated Length Of Inpatient Stay"`   // PV2-10
	ActualLengthOfInpatientStay       *NM   `hl7:"false,Actual Length Of Inpatient Stay"`      // PV2-11
	VisitDescription                  *ST   `hl7:"false,Visit Description"`                    // PV2-12
	ReferralSourceCode                []XCN `hl7:"false,Referral Source Code"`                 // PV2-13
	PreviousServiceDate               *DT   `hl7:"false,Previous Service Date"`                // PV2-14
	EmploymentIllnessRelatedIndicator *ID   `hl7:"false,Employment Illness Related Indicator"` // PV2-15
	PurgeStatusCode                   *IS   `hl7:"false,Purge Status Code"`                    // PV2-16
	PurgeStatusDate                   *DT   `hl7:"false,Purge Status Date"`                    // PV2-17
	SpecialProgramCode                *IS   `hl7:"false,Special Program Code"`                 // PV2-18
	RetentionIndicator                *ID   `hl7:"false,Retention Indicator"`                  // PV2-19
	ExpectedNumberOfInsurancePlans    *NM   `hl7:"false,Expected Number Of Insurance Plans"`   // PV2-20
	VisitPublicityCode                *IS   `hl7:"false,Visit Publicity Code"`                 // PV2-21
	VisitProtectionIndicator          *ID   `hl7:"false,Visit Protection Indicator"`           // PV2-22
	ClinicOrganizationName            []XON `hl7:"false,Clinic Organization Name"`             // PV2-23
	PatientStatusCode                 *IS   `hl7:"false,Patient Status Code"`                  // PV2-24
	VisitPriorityCode                 *IS   `hl7:"false,Visit Priority Code"`                  // PV2-25
	PreviousTreatmentDate             *DT   `hl7:"false,Previous Treatment Date"`              // PV2-26
	ExpectedDischargeDisposition      *IS   `hl7:"false,Expected Discharge Disposition"`       // PV2-27
	SignatureOnFileDate               *DT   `hl7:"false,Signature On File Date"`               // PV2-28
	FirstSimilarIllnessDate           *DT   `hl7:"false,First Similar Illness Date"`           // PV2-29
	PatientChargeAdjustmentCode       *CE   `hl7:"false,Patient Charge Adjustment Code"`       // PV2-30
	RecurringServiceCode              *IS   `hl7:"false,Recurring Service Code"`               // PV2-31
	BillingMediaCode                  *ID   `hl7:"false,Billing Media Code"`                   // PV2-32
	ExpectedSurgeryDateAndTime        *TS   `hl7:"false,Expected Surgery Date And Time"`       // PV2-33
	MilitaryPartnershipCode           *ID   `hl7:"false,Military Partnership Code"`            // PV2-34
	MilitaryNonAvailabilityCode       *ID   `hl7:"false,Military Non-Availability Code"`       // PV2-35
	NewbornBabyIndicator              *ID   `hl7:"false,Newborn Baby Indicator"`               // PV2-36
	BabyDetainedIndicator             *ID   `hl7:"false,Baby Detained Indicator"`              // PV2-37
	ModeOfArrivalCode                 *CE   `hl7:"false,Mode Of Arrival Code"`                 // PV2-38
	RecreationalDrugUseCode           []CE  `hl7:"false,Recreational Drug Use Code"`           // PV2-39
	AdmissionLevelOfCareCode          *CE   `hl7:"false,Admission Level Of Care Code"`         // PV2-40
	PrecautionCode                    []CE  `hl7:"false,Precaution Code"`                      // PV2-41
	PatientConditionCode              *CE   `hl7:"false,Patient Condition Code"`               // PV2-42
	LivingWillCode                    *IS   `hl7:"false,Living Will Code"`                     // PV2-43
	OrganDonorCode                    *IS   `hl7:"false,Organ Donor Code"`                     // PV2-44
	AdvanceDirectiveCode              []CE  `hl7:"false,Advance Directive Code"`               // PV2-45
	PatientStatusEffectiveDate        *DT   `hl7:"false,Patient Status Effective Date"`        // PV2-46
	ExpectedLOAReturnDateTime         *TS   `hl7:"false,Expected LOA Return Date/Time"`        // PV2-47
}

PV2 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*PV2) SegmentName 

func (s *PV2) SegmentName() string

type ParseError 

type ParseError struct {
	Offset   int
	Location string
	Cause    error
}

ParseError occurs when we can't parse parse of a HL7 message.

func (*ParseError) Error 

func (e *ParseError) Error() string

type ParseErrors 

type ParseErrors []ParseError

ParseErrors occurs when we encounter multiple errors while attempting to parse a HL7 message.

func (ParseErrors) Error 

func (e ParseErrors) Error() string

type ParseMessageOptions 

type ParseMessageOptions struct {
	TimezoneLoc *time.Location
	// SegmentTerminator contains characters used as an end of segment terminator.
	SegmentTerminator []byte
	Rewrites          *[]Rewrite
	AllowNullHeader   bool
}

ParseMessageOptions contains optional parameters to ParseMessage.

func NewParseMessageOptions 

func NewParseMessageOptions() *ParseMessageOptions

NewParseMessageOptions returns a ParseMessageOptions, which can be used to configure the parser's behaviour.

type Primitive 

type Primitive interface {
	Marshal(*Context) ([]byte, error)
	Unmarshal([]byte, *Context) error
}

Primitive represents a primitive HL7 type, eg ST or ID.

type QAK 

type QAK struct {
	QueryTag            *ST `hl7:"false,Query Tag"`             // QAK-1
	QueryResponseStatus *ID `hl7:"false,Query Response Status"` // QAK-2
	MessageQueryName    *CE `hl7:"false,Message Query Name"`    // QAK-3
	HitCountTotal       *NM `hl7:"false,Hit Count Total"`       // QAK-4
	ThisPayload         *NM `hl7:"false,This Payload"`          // QAK-5
	HitsRemaining       *NM `hl7:"false,Hits Remaining"`        // QAK-6
}

QAK represents the corresponding HL7 segment. Definition from HL7 2.4

func (*QAK) SegmentName 

func (s *QAK) SegmentName() string

type QBP_K13 

type QBP_K13 struct {
	MSH            *MSH                    `hl7:"true,MSH"`
	MSA            *MSA                    `hl7:"true,MSA"`
	ERR            *ERR                    `hl7:"false,ERR"`
	QAK            *QAK                    `hl7:"true,QAK"`
	QPD            *QPD                    `hl7:"true,QPD"`
	ROW_DEFINITION *QBP_K13_ROW_DEFINITION `hl7:"false,ROW_DEFINITION"`
	DSC            *DSC                    `hl7:"false,DSC"`
	Other          []interface{}
}

QBP_K13 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_K13) MessageTypeName 

func (s *QBP_K13) MessageTypeName() string

type QBP_K13_ROW_DEFINITION 

type QBP_K13_ROW_DEFINITION struct {
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"false,RDT"`
	Other []interface{}
}

QBP_K13_ROW_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_K13_ROW_DEFINITION) MessageTypeSubStructName 

func (s *QBP_K13_ROW_DEFINITION) MessageTypeSubStructName() string

type QBP_Q11 

type QBP_Q11 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QPD   *QPD `hl7:"true,QPD"`
	RCP   *RCP `hl7:"true,RCP"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QBP_Q11 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Q11) MessageTypeName 

func (s *QBP_Q11) MessageTypeName() string

type QBP_Q13 

type QBP_Q13 struct {
	MSH   *MSH         `hl7:"true,MSH"`
	QPD   *QPD         `hl7:"true,QPD"`
	QBP   *QBP_Q13_QBP `hl7:"false,QBP"`
	RDF   *RDF         `hl7:"false,RDF"`
	RCP   *RCP         `hl7:"true,RCP"`
	DSC   *DSC         `hl7:"false,DSC"`
	Other []interface{}
}

QBP_Q13 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Q13) MessageTypeName 

func (s *QBP_Q13) MessageTypeName() string

type QBP_Q13_QBP 

type QBP_Q13_QBP struct {
	// Missing: anyZSegment
	Other []interface{}
}

QBP_Q13_QBP represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Q13_QBP) MessageTypeSubStructName 

func (s *QBP_Q13_QBP) MessageTypeSubStructName() string

type QBP_Q15 

type QBP_Q15 struct {
	MSH *MSH `hl7:"true,MSH"`
	QPD *QPD `hl7:"true,QPD"`
	// Missing: anyZSegment
	RCP   *RCP `hl7:"true,RCP"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QBP_Q15 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Q15) MessageTypeName 

func (s *QBP_Q15) MessageTypeName() string

type QBP_Q21 

type QBP_Q21 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QPD   *QPD `hl7:"true,QPD"`
	RCP   *RCP `hl7:"true,RCP"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QBP_Q21 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Q21) MessageTypeName 

func (s *QBP_Q21) MessageTypeName() string

type QBP_Qnn 

type QBP_Qnn struct {
	MSH   *MSH `hl7:"true,MSH"`
	QPD   *QPD `hl7:"true,QPD"`
	RDF   *RDF `hl7:"false,RDF"`
	RCP   *RCP `hl7:"true,RCP"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QBP_Qnn represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Qnn) MessageTypeName 

func (s *QBP_Qnn) MessageTypeName() string

type QBP_Z73 

type QBP_Z73 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QPD   *QPD `hl7:"true,QPD"`
	RCP   *RCP `hl7:"true,RCP"`
	Other []interface{}
}

QBP_Z73 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QBP_Z73) MessageTypeName 

func (s *QBP_Z73) MessageTypeName() string

type QCK_Q02 

type QCK_Q02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	QAK   *QAK `hl7:"false,QAK"`
	Other []interface{}
}

QCK_Q02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QCK_Q02) MessageTypeName 

func (s *QCK_Q02) MessageTypeName() string

type QCN_J01 

type QCN_J01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QID   *QID `hl7:"true,QID"`
	Other []interface{}
}

QCN_J01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QCN_J01) MessageTypeName 

func (s *QCN_J01) MessageTypeName() string

type QID 

type QID struct {
	QueryTag         *ST `hl7:"true,Query Tag"`          // QID-1
	MessageQueryName *CE `hl7:"true,Message Query Name"` // QID-2
}

QID represents the corresponding HL7 segment. Definition from HL7 2.4

func (*QID) SegmentName 

func (s *QID) SegmentName() string

type QIP 

type QIP struct {
	SegmentFieldName   *ST `hl7:"false,Segment Field Name"`
	Value1Value2Value3 *ST `hl7:"false,Value1&Value2&Value3"`
}

QIP represents the corresponding HL7 datatype. Definition from HL7 2.4

type QPD 

type QPD struct {
	MessageQueryName                 *CE  `hl7:"true,Message Query Name"`                      // QPD-1
	QueryTag                         *ST  `hl7:"false,Query Tag"`                              // QPD-2
	UserParametersInSuccessiveFields *Any `hl7:"false,User Parameters (In Successive Fields)"` // QPD-3
}

QPD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*QPD) SegmentName 

func (s *QPD) SegmentName() string

type QRD 

type QRD struct {
	QueryDateTime            *TS   `hl7:"true,Query Date/Time"`              // QRD-1
	QueryFormatCode          *ID   `hl7:"true,Query Format Code"`            // QRD-2
	QueryPriority            *ID   `hl7:"true,Query Priority"`               // QRD-3
	QueryID                  *ST   `hl7:"true,Query ID"`                     // QRD-4
	DeferredResponseType     *ID   `hl7:"false,Deferred Response Type"`      // QRD-5
	DeferredResponseDateTime *TS   `hl7:"false,Deferred Response Date/Time"` // QRD-6
	QuantityLimitedRequest   *CQ   `hl7:"true,Quantity Limited Request"`     // QRD-7
	WhoSubjectFilter         []XCN `hl7:"true,Who Subject Filter"`           // QRD-8
	WhatSubjectFilter        []CE  `hl7:"true,What Subject Filter"`          // QRD-9
	WhatDepartmentDataCode   []CE  `hl7:"true,What Department Data Code"`    // QRD-10
	WhatDataCodeValueQual    []VR  `hl7:"false,What Data Code Value Qual."`  // QRD-11
	QueryResultsLevel        *ID   `hl7:"false,Query Results Level"`         // QRD-12
}

QRD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*QRD) SegmentName 

func (s *QRD) SegmentName() string

type QRF 

type QRF struct {
	WhereSubjectFilter           []ST `hl7:"true,Where Subject Filter"`              // QRF-1
	WhenDataStartDateTime        *TS  `hl7:"false,When Data Start Date/Time"`        // QRF-2
	WhenDataEndDateTime          *TS  `hl7:"false,When Data End Date/Time"`          // QRF-3
	WhatUserQualifier            []ST `hl7:"false,What User Qualifier"`              // QRF-4
	OtherQRYSubjectFilter        []ST `hl7:"false,Other QRY Subject Filter"`         // QRF-5
	WhichDateTimeQualifier       []ID `hl7:"false,Which Date/Time Qualifier"`        // QRF-6
	WhichDateTimeStatusQualifier []ID `hl7:"false,Which Date/Time Status Qualifier"` // QRF-7
	DateTimeSelectionQualifier   []ID `hl7:"false,Date/Time Selection Qualifier"`    // QRF-8
	WhenQuantityTimingQualifier  *TQ  `hl7:"false,When Quantity/Timing Qualifier"`   // QRF-9
	SearchConfidenceThreshold    *NM  `hl7:"false,Search Confidence Threshold"`      // QRF-10
}

QRF represents the corresponding HL7 segment. Definition from HL7 2.4

func (*QRF) SegmentName 

func (s *QRF) SegmentName() string

type QRI 

type QRI struct {
	CandidateConfidence *NM  `hl7:"false,Candidate Confidence"` // QRI-1
	MatchReasonCode     []IS `hl7:"false,Match Reason Code"`    // QRI-2
	AlgorithmDescriptor *CE  `hl7:"false,Algorithm Descriptor"` // QRI-3
}

QRI represents the corresponding HL7 segment. Definition from HL7 2.4

func (*QRI) SegmentName 

func (s *QRI) SegmentName() string

type QRY_A19 

type QRY_A19 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	Other []interface{}
}

QRY_A19 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QRY_A19) MessageTypeName 

func (s *QRY_A19) MessageTypeName() string

type QRY_P04 

type QRY_P04 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QRY_P04 represents the corresponding HL7 message type. Definition from HL7 2.2

func (*QRY_P04) MessageTypeName 

func (s *QRY_P04) MessageTypeName() string

type QRY_PC4 

type QRY_PC4 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	Other []interface{}
}

QRY_PC4 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QRY_PC4) MessageTypeName 

func (s *QRY_PC4) MessageTypeName() string

type QRY_Q01 

type QRY_Q01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QRY_Q01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QRY_Q01) MessageTypeName 

func (s *QRY_Q01) MessageTypeName() string

type QRY_Q02 

type QRY_Q02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QRY_Q02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QRY_Q02) MessageTypeName 

func (s *QRY_Q02) MessageTypeName() string

type QRY_R02 

type QRY_R02 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"true,QRF"`
	Other []interface{}
}

QRY_R02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QRY_R02) MessageTypeName 

func (s *QRY_R02) MessageTypeName() string

type QRY_T12 

type QRY_T12 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	Other []interface{}
}

QRY_T12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QRY_T12) MessageTypeName 

func (s *QRY_T12) MessageTypeName() string

type QSB_Q16 

type QSB_Q16 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QPD   *QPD `hl7:"true,QPD"`
	RCP   *RCP `hl7:"true,RCP"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QSB_Q16 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QSB_Q16) MessageTypeName 

func (s *QSB_Q16) MessageTypeName() string

type QSC 

type QSC struct {
	SegmentFieldName      *ST `hl7:"false,Segment Field Name"`
	RelationalOperator    *ID `hl7:"false,Relational Operator"`
	Value                 *ST `hl7:"false,Value"`
	RelationalConjunction *ID `hl7:"false,Relational Conjunction"`
}

QSC represents the corresponding HL7 datatype. Definition from HL7 2.4

type QVR_Q17 

type QVR_Q17 struct {
	MSH *MSH `hl7:"true,MSH"`
	QPD *QPD `hl7:"true,QPD"`
	// Missing: anyZSegment
	RCP   *RCP `hl7:"true,RCP"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

QVR_Q17 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*QVR_Q17) MessageTypeName 

func (s *QVR_Q17) MessageTypeName() string

type RAR_RAR 

type RAR_RAR struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	MSA        *MSA                 `hl7:"true,MSA"`
	ERR        *ERR                 `hl7:"false,ERR"`
	DEFINITION []RAR_RAR_DEFINITION `hl7:"true,DEFINITION"`
	DSC        *DSC                 `hl7:"false,DSC"`
	Other      []interface{}
}

RAR_RAR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAR_RAR) MessageTypeName 

func (s *RAR_RAR) MessageTypeName() string

type RAR_RAR_DEFINITION 

type RAR_RAR_DEFINITION struct {
	QRD     *QRD             `hl7:"true,QRD"`
	QRF     *QRF             `hl7:"false,QRF"`
	PATIENT *RAR_RAR_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RAR_RAR_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RAR_RAR_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAR_RAR_DEFINITION) MessageTypeSubStructName 

func (s *RAR_RAR_DEFINITION) MessageTypeSubStructName() string

type RAR_RAR_ENCODING 

type RAR_RAR_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RAR_RAR_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAR_RAR_ENCODING) MessageTypeSubStructName 

func (s *RAR_RAR_ENCODING) MessageTypeSubStructName() string

type RAR_RAR_ORDER 

type RAR_RAR_ORDER struct {
	ORC      *ORC              `hl7:"true,ORC"`
	ENCODING *RAR_RAR_ENCODING `hl7:"false,ENCODING"`
	RXA      []RXA             `hl7:"true,RXA"`
	RXR      *RXR              `hl7:"true,RXR"`
	Other    []interface{}
}

RAR_RAR_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAR_RAR_ORDER) MessageTypeSubStructName 

func (s *RAR_RAR_ORDER) MessageTypeSubStructName() string

type RAR_RAR_PATIENT 

type RAR_RAR_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RAR_RAR_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAR_RAR_PATIENT) MessageTypeSubStructName 

func (s *RAR_RAR_PATIENT) MessageTypeSubStructName() string

type RAS_O01 

type RAS_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RAS_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RAS_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RAS_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01) MessageTypeName 

func (s *RAS_O01) MessageTypeName() string

type RAS_O01_COMPONENTS 

type RAS_O01_COMPONENTS struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RAS_O01_COMPONENTS represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_COMPONENTS) MessageTypeSubStructName 

func (s *RAS_O01_COMPONENTS) MessageTypeSubStructName() string

type RAS_O01_ENCODING 

type RAS_O01_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RAS_O01_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_ENCODING) MessageTypeSubStructName 

func (s *RAS_O01_ENCODING) MessageTypeSubStructName() string

type RAS_O01_OBSERVATION 

type RAS_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RAS_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_OBSERVATION) MessageTypeSubStructName 

func (s *RAS_O01_OBSERVATION) MessageTypeSubStructName() string

type RAS_O01_ORDER 

type RAS_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RAS_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	ENCODING     *RAS_O01_ENCODING     `hl7:"false,ENCODING"`
	RXA          []RXA                 `hl7:"true,RXA"`
	RXR          *RXR                  `hl7:"true,RXR"`
	OBSERVATION  []RAS_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	CTI          []CTI                 `hl7:"false,CTI"`
	Other        []interface{}
}

RAS_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_ORDER) MessageTypeSubStructName 

func (s *RAS_O01_ORDER) MessageTypeSubStructName() string

type RAS_O01_ORDER_DETAIL 

type RAS_O01_ORDER_DETAIL struct {
	RXO                     *RXO                             `hl7:"true,RXO"`
	ORDER_DETAIL_SUPPLEMENT *RAS_O01_ORDER_DETAIL_SUPPLEMENT `hl7:"false,ORDER_DETAIL_SUPPLEMENT"`
	Other                   []interface{}
}

RAS_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RAS_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type RAS_O01_ORDER_DETAIL_SUPPLEMENT 

type RAS_O01_ORDER_DETAIL_SUPPLEMENT struct {
	NTE        []NTE               `hl7:"true,NTE"`
	RXR        []RXR               `hl7:"true,RXR"`
	COMPONENTS *RAS_O01_COMPONENTS `hl7:"false,COMPONENTS"`
	Other      []interface{}
}

RAS_O01_ORDER_DETAIL_SUPPLEMENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName 

func (s *RAS_O01_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName() string

type RAS_O01_PATIENT 

type RAS_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PATIENT_VISIT *RAS_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RAS_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_PATIENT) MessageTypeSubStructName 

func (s *RAS_O01_PATIENT) MessageTypeSubStructName() string

type RAS_O01_PATIENT_VISIT 

type RAS_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RAS_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RAS_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RAS_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type RAS_O17 

type RAS_O17 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RAS_O17_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RAS_O17_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RAS_O17 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17) MessageTypeName 

func (s *RAS_O17) MessageTypeName() string

type RAS_O17_COMPONENTS 

type RAS_O17_COMPONENTS struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RAS_O17_COMPONENTS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_COMPONENTS) MessageTypeSubStructName 

func (s *RAS_O17_COMPONENTS) MessageTypeSubStructName() string

type RAS_O17_ENCODING 

type RAS_O17_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RAS_O17_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_ENCODING) MessageTypeSubStructName 

func (s *RAS_O17_ENCODING) MessageTypeSubStructName() string

type RAS_O17_OBSERVATION 

type RAS_O17_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RAS_O17_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_OBSERVATION) MessageTypeSubStructName 

func (s *RAS_O17_OBSERVATION) MessageTypeSubStructName() string

type RAS_O17_ORDER 

type RAS_O17_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RAS_O17_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	ENCODING     *RAS_O17_ENCODING     `hl7:"false,ENCODING"`
	RXA          []RXA                 `hl7:"true,RXA"`
	RXR          *RXR                  `hl7:"true,RXR"`
	OBSERVATION  []RAS_O17_OBSERVATION `hl7:"false,OBSERVATION"`
	CTI          []CTI                 `hl7:"false,CTI"`
	Other        []interface{}
}

RAS_O17_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_ORDER) MessageTypeSubStructName 

func (s *RAS_O17_ORDER) MessageTypeSubStructName() string

type RAS_O17_ORDER_DETAIL 

type RAS_O17_ORDER_DETAIL struct {
	RXO                     *RXO                             `hl7:"true,RXO"`
	ORDER_DETAIL_SUPPLEMENT *RAS_O17_ORDER_DETAIL_SUPPLEMENT `hl7:"false,ORDER_DETAIL_SUPPLEMENT"`
	Other                   []interface{}
}

RAS_O17_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RAS_O17_ORDER_DETAIL) MessageTypeSubStructName() string

type RAS_O17_ORDER_DETAIL_SUPPLEMENT 

type RAS_O17_ORDER_DETAIL_SUPPLEMENT struct {
	NTE        []NTE               `hl7:"true,NTE"`
	RXR        []RXR               `hl7:"true,RXR"`
	COMPONENTS *RAS_O17_COMPONENTS `hl7:"false,COMPONENTS"`
	Other      []interface{}
}

RAS_O17_ORDER_DETAIL_SUPPLEMENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName 

func (s *RAS_O17_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName() string

type RAS_O17_PATIENT 

type RAS_O17_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PATIENT_VISIT *RAS_O17_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RAS_O17_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_PATIENT) MessageTypeSubStructName 

func (s *RAS_O17_PATIENT) MessageTypeSubStructName() string

type RAS_O17_PATIENT_VISIT 

type RAS_O17_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RAS_O17_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RAS_O17_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RAS_O17_PATIENT_VISIT) MessageTypeSubStructName() string

type RCD 

type RCD struct {
	SegmentFieldName   *ST `hl7:"false,Segment Field Name"`
	HL7DateType        *ST `hl7:"false,HL7 Date Type"`
	MaximumColumnWidth *NM `hl7:"false,Maximum Column Width"`
}

RCD represents the corresponding HL7 datatype. Definition from HL7 2.4

type RCI_I05 

type RCI_I05 struct {
	MSH         *MSH                  `hl7:"true,MSH"`
	MSA         *MSA                  `hl7:"true,MSA"`
	QRD         *QRD                  `hl7:"true,QRD"`
	QRF         *QRF                  `hl7:"false,QRF"`
	PROVIDER    []RCI_I05_PROVIDER    `hl7:"true,PROVIDER"`
	PID         *PID                  `hl7:"true,PID"`
	DG1         []DG1                 `hl7:"false,DG1"`
	DRG         []DRG                 `hl7:"false,DRG"`
	AL1         []AL1                 `hl7:"false,AL1"`
	OBSERVATION []RCI_I05_OBSERVATION `hl7:"false,OBSERVATION"`
	NTE         []NTE                 `hl7:"false,NTE"`
	Other       []interface{}
}

RCI_I05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RCI_I05) MessageTypeName 

func (s *RCI_I05) MessageTypeName() string

type RCI_I05_OBSERVATION 

type RCI_I05_OBSERVATION struct {
	OBR     *OBR              `hl7:"true,OBR"`
	NTE     []NTE             `hl7:"false,NTE"`
	RESULTS []RCI_I05_RESULTS `hl7:"false,RESULTS"`
	Other   []interface{}
}

RCI_I05_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RCI_I05_OBSERVATION) MessageTypeSubStructName 

func (s *RCI_I05_OBSERVATION) MessageTypeSubStructName() string

type RCI_I05_PROVIDER 

type RCI_I05_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RCI_I05_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RCI_I05_PROVIDER) MessageTypeSubStructName 

func (s *RCI_I05_PROVIDER) MessageTypeSubStructName() string

type RCI_I05_RESULTS 

type RCI_I05_RESULTS struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RCI_I05_RESULTS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RCI_I05_RESULTS) MessageTypeSubStructName 

func (s *RCI_I05_RESULTS) MessageTypeSubStructName() string

type RCL_I06 

type RCL_I06 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	QRD      *QRD               `hl7:"true,QRD"`
	QRF      *QRF               `hl7:"false,QRF"`
	PROVIDER []RCL_I06_PROVIDER `hl7:"true,PROVIDER"`
	PID      *PID               `hl7:"true,PID"`
	DG1      []DG1              `hl7:"false,DG1"`
	DRG      []DRG              `hl7:"false,DRG"`
	AL1      []AL1              `hl7:"false,AL1"`
	NTE      []NTE              `hl7:"false,NTE"`
	DSP      []DSP              `hl7:"false,DSP"`
	DSC      *DSC               `hl7:"false,DSC"`
	Other    []interface{}
}

RCL_I06 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RCL_I06) MessageTypeName 

func (s *RCL_I06) MessageTypeName() string

type RCL_I06_PROVIDER 

type RCL_I06_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RCL_I06_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RCL_I06_PROVIDER) MessageTypeSubStructName 

func (s *RCL_I06_PROVIDER) MessageTypeSubStructName() string

type RCP 

type RCP struct {
	QueryPriority            *ID   `hl7:"false,Query Priority"`              // RCP-1
	QuantityLimitedRequest   *CQ   `hl7:"false,Quantity Limited Request"`    // RCP-2
	ResponseModality         *CE   `hl7:"false,Response Modality"`           // RCP-3
	ExecutionAndDeliveryTime *TS   `hl7:"false,Execution And Delivery Time"` // RCP-4
	ModifyIndicator          *ID   `hl7:"false,Modify Indicator"`            // RCP-5
	SortByField              []SRT `hl7:"false,Sort-By Field"`               // RCP-6
	SegmentGroupInclusion    []ID  `hl7:"false,Segment Group Inclusion"`     // RCP-7
}

RCP represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RCP) SegmentName 

func (s *RCP) SegmentName() string

type RDE_O01 

type RDE_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RDE_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RDE_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RDE_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01) MessageTypeName 

func (s *RDE_O01) MessageTypeName() string

type RDE_O01_COMPONENT 

type RDE_O01_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDE_O01_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_COMPONENT) MessageTypeSubStructName 

func (s *RDE_O01_COMPONENT) MessageTypeSubStructName() string

type RDE_O01_INSURANCE 

type RDE_O01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RDE_O01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_INSURANCE) MessageTypeSubStructName 

func (s *RDE_O01_INSURANCE) MessageTypeSubStructName() string

type RDE_O01_OBSERVATION 

type RDE_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDE_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_OBSERVATION) MessageTypeSubStructName 

func (s *RDE_O01_OBSERVATION) MessageTypeSubStructName() string

type RDE_O01_ORDER 

type RDE_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RDE_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	RXE          *RXE                  `hl7:"true,RXE"`
	RXR          []RXR                 `hl7:"true,RXR"`
	RXC          []RXC                 `hl7:"false,RXC"`
	OBSERVATION  []RDE_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	CTI          []CTI                 `hl7:"false,CTI"`
	Other        []interface{}
}

RDE_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_ORDER) MessageTypeSubStructName 

func (s *RDE_O01_ORDER) MessageTypeSubStructName() string

type RDE_O01_ORDER_DETAIL 

type RDE_O01_ORDER_DETAIL struct {
	RXO       *RXO               `hl7:"true,RXO"`
	NTE       []NTE              `hl7:"false,NTE"`
	RXR       []RXR              `hl7:"true,RXR"`
	COMPONENT *RDE_O01_COMPONENT `hl7:"false,COMPONENT"`
	Other     []interface{}
}

RDE_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RDE_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type RDE_O01_PATIENT 

type RDE_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *RDE_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []RDE_O01_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

RDE_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_PATIENT) MessageTypeSubStructName 

func (s *RDE_O01_PATIENT) MessageTypeSubStructName() string

type RDE_O01_PATIENT_VISIT 

type RDE_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RDE_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDE_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RDE_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type RDE_O11 

type RDE_O11 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RDE_O11_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RDE_O11_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RDE_O11 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11) MessageTypeName 

func (s *RDE_O11) MessageTypeName() string

type RDE_O11_COMPONENT 

type RDE_O11_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDE_O11_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_COMPONENT) MessageTypeSubStructName 

func (s *RDE_O11_COMPONENT) MessageTypeSubStructName() string

type RDE_O11_INSURANCE 

type RDE_O11_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RDE_O11_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_INSURANCE) MessageTypeSubStructName 

func (s *RDE_O11_INSURANCE) MessageTypeSubStructName() string

type RDE_O11_OBSERVATION 

type RDE_O11_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDE_O11_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_OBSERVATION) MessageTypeSubStructName 

func (s *RDE_O11_OBSERVATION) MessageTypeSubStructName() string

type RDE_O11_ORDER 

type RDE_O11_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RDE_O11_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	RXE          *RXE                  `hl7:"true,RXE"`
	RXR          []RXR                 `hl7:"true,RXR"`
	RXC          []RXC                 `hl7:"false,RXC"`
	OBSERVATION  []RDE_O11_OBSERVATION `hl7:"false,OBSERVATION"`
	CTI          []CTI                 `hl7:"false,CTI"`
	Other        []interface{}
}

RDE_O11_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_ORDER) MessageTypeSubStructName 

func (s *RDE_O11_ORDER) MessageTypeSubStructName() string

type RDE_O11_ORDER_DETAIL 

type RDE_O11_ORDER_DETAIL struct {
	RXO       *RXO               `hl7:"true,RXO"`
	NTE       []NTE              `hl7:"false,NTE"`
	RXR       []RXR              `hl7:"true,RXR"`
	COMPONENT *RDE_O11_COMPONENT `hl7:"false,COMPONENT"`
	Other     []interface{}
}

RDE_O11_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RDE_O11_ORDER_DETAIL) MessageTypeSubStructName() string

type RDE_O11_PATIENT 

type RDE_O11_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *RDE_O11_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []RDE_O11_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

RDE_O11_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_PATIENT) MessageTypeSubStructName 

func (s *RDE_O11_PATIENT) MessageTypeSubStructName() string

type RDE_O11_PATIENT_VISIT 

type RDE_O11_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RDE_O11_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDE_O11_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RDE_O11_PATIENT_VISIT) MessageTypeSubStructName() string

type RDF 

type RDF struct {
	NumberOfColumnsPerRow *NM   `hl7:"true,Number Of Columns Per Row"` // RDF-1
	ColumnDescription     []RCD `hl7:"true,Column Description"`        // RDF-2
}

RDF represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RDF) SegmentName 

func (s *RDF) SegmentName() string

type RDO_O01 

type RDO_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RDO_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RDO_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RDO_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01) MessageTypeName 

func (s *RDO_O01) MessageTypeName() string

type RDO_O01_COMPONENT 

type RDO_O01_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDO_O01_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_COMPONENT) MessageTypeSubStructName 

func (s *RDO_O01_COMPONENT) MessageTypeSubStructName() string

type RDO_O01_INSURANCE 

type RDO_O01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RDO_O01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_INSURANCE) MessageTypeSubStructName 

func (s *RDO_O01_INSURANCE) MessageTypeSubStructName() string

type RDO_O01_OBSERVATION 

type RDO_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDO_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_OBSERVATION) MessageTypeSubStructName 

func (s *RDO_O01_OBSERVATION) MessageTypeSubStructName() string

type RDO_O01_ORDER 

type RDO_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RDO_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	BLG          *BLG                  `hl7:"false,BLG"`
	Other        []interface{}
}

RDO_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_ORDER) MessageTypeSubStructName 

func (s *RDO_O01_ORDER) MessageTypeSubStructName() string

type RDO_O01_ORDER_DETAIL 

type RDO_O01_ORDER_DETAIL struct {
	RXO         *RXO                  `hl7:"true,RXO"`
	NTE         []NTE                 `hl7:"false,NTE"`
	RXR         []RXR                 `hl7:"true,RXR"`
	COMPONENT   *RDO_O01_COMPONENT    `hl7:"false,COMPONENT"`
	OBSERVATION []RDO_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

RDO_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RDO_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type RDO_O01_PATIENT 

type RDO_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	PATIENT_VISIT *RDO_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	INSURANCE     []RDO_O01_INSURANCE    `hl7:"false,INSURANCE"`
	GT1           *GT1                   `hl7:"false,GT1"`
	AL1           []AL1                  `hl7:"false,AL1"`
	Other         []interface{}
}

RDO_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_PATIENT) MessageTypeSubStructName 

func (s *RDO_O01_PATIENT) MessageTypeSubStructName() string

type RDO_O01_PATIENT_VISIT 

type RDO_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RDO_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDO_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RDO_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type RDR_RDR 

type RDR_RDR struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	MSA        *MSA                 `hl7:"true,MSA"`
	ERR        *ERR                 `hl7:"false,ERR"`
	DEFINITION []RDR_RDR_DEFINITION `hl7:"true,DEFINITION"`
	DSC        *DSC                 `hl7:"false,DSC"`
	Other      []interface{}
}

RDR_RDR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDR_RDR) MessageTypeName 

func (s *RDR_RDR) MessageTypeName() string

type RDR_RDR_DEFINITION 

type RDR_RDR_DEFINITION struct {
	QRD     *QRD             `hl7:"true,QRD"`
	QRF     *QRF             `hl7:"false,QRF"`
	PATIENT *RDR_RDR_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RDR_RDR_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RDR_RDR_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDR_RDR_DEFINITION) MessageTypeSubStructName 

func (s *RDR_RDR_DEFINITION) MessageTypeSubStructName() string

type RDR_RDR_DISPENSE 

type RDR_RDR_DISPENSE struct {
	RXD   *RXD  `hl7:"true,RXD"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RDR_RDR_DISPENSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDR_RDR_DISPENSE) MessageTypeSubStructName 

func (s *RDR_RDR_DISPENSE) MessageTypeSubStructName() string

type RDR_RDR_ENCODING 

type RDR_RDR_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RDR_RDR_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDR_RDR_ENCODING) MessageTypeSubStructName 

func (s *RDR_RDR_ENCODING) MessageTypeSubStructName() string

type RDR_RDR_ORDER 

type RDR_RDR_ORDER struct {
	ORC      *ORC               `hl7:"true,ORC"`
	ENCODING *RDR_RDR_ENCODING  `hl7:"false,ENCODING"`
	DISPENSE []RDR_RDR_DISPENSE `hl7:"true,DISPENSE"`
	Other    []interface{}
}

RDR_RDR_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDR_RDR_ORDER) MessageTypeSubStructName 

func (s *RDR_RDR_ORDER) MessageTypeSubStructName() string

type RDR_RDR_PATIENT 

type RDR_RDR_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDR_RDR_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDR_RDR_PATIENT) MessageTypeSubStructName 

func (s *RDR_RDR_PATIENT) MessageTypeSubStructName() string

type RDS_O01 

type RDS_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RDS_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RDS_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RDS_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01) MessageTypeName 

func (s *RDS_O01) MessageTypeName() string

type RDS_O01_COMPONENT 

type RDS_O01_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDS_O01_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_COMPONENT) MessageTypeSubStructName 

func (s *RDS_O01_COMPONENT) MessageTypeSubStructName() string

type RDS_O01_ENCODING 

type RDS_O01_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RDS_O01_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_ENCODING) MessageTypeSubStructName 

func (s *RDS_O01_ENCODING) MessageTypeSubStructName() string

type RDS_O01_OBSERVATION 

type RDS_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDS_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_OBSERVATION) MessageTypeSubStructName 

func (s *RDS_O01_OBSERVATION) MessageTypeSubStructName() string

type RDS_O01_ORDER 

type RDS_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RDS_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	ENCODING     *RDS_O01_ENCODING     `hl7:"false,ENCODING"`
	RXD          *RXD                  `hl7:"true,RXD"`
	RXR          []RXR                 `hl7:"true,RXR"`
	RXC          []RXC                 `hl7:"false,RXC"`
	OBSERVATION  []RDS_O01_OBSERVATION `hl7:"false,OBSERVATION"`
	Other        []interface{}
}

RDS_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_ORDER) MessageTypeSubStructName 

func (s *RDS_O01_ORDER) MessageTypeSubStructName() string

type RDS_O01_ORDER_DETAIL 

type RDS_O01_ORDER_DETAIL struct {
	RXO                     *RXO                             `hl7:"true,RXO"`
	ORDER_DETAIL_SUPPLEMENT *RDS_O01_ORDER_DETAIL_SUPPLEMENT `hl7:"false,ORDER_DETAIL_SUPPLEMENT"`
	Other                   []interface{}
}

RDS_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RDS_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type RDS_O01_ORDER_DETAIL_SUPPLEMENT 

type RDS_O01_ORDER_DETAIL_SUPPLEMENT struct {
	NTE       []NTE              `hl7:"true,NTE"`
	RXR       []RXR              `hl7:"true,RXR"`
	COMPONENT *RDS_O01_COMPONENT `hl7:"false,COMPONENT"`
	Other     []interface{}
}

RDS_O01_ORDER_DETAIL_SUPPLEMENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName 

func (s *RDS_O01_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName() string

type RDS_O01_PATIENT 

type RDS_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PATIENT_VISIT *RDS_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RDS_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_PATIENT) MessageTypeSubStructName 

func (s *RDS_O01_PATIENT) MessageTypeSubStructName() string

type RDS_O01_PATIENT_VISIT 

type RDS_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RDS_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RDS_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RDS_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type RDS_O13 

type RDS_O13 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RDS_O13_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RDS_O13_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RDS_O13 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13) MessageTypeName 

func (s *RDS_O13) MessageTypeName() string

type RDS_O13_COMPONENT 

type RDS_O13_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDS_O13_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_COMPONENT) MessageTypeSubStructName 

func (s *RDS_O13_COMPONENT) MessageTypeSubStructName() string

type RDS_O13_ENCODING 

type RDS_O13_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RDS_O13_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_ENCODING) MessageTypeSubStructName 

func (s *RDS_O13_ENCODING) MessageTypeSubStructName() string

type RDS_O13_OBSERVATION 

type RDS_O13_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RDS_O13_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_OBSERVATION) MessageTypeSubStructName 

func (s *RDS_O13_OBSERVATION) MessageTypeSubStructName() string

type RDS_O13_ORDER 

type RDS_O13_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RDS_O13_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	ENCODING     *RDS_O13_ENCODING     `hl7:"false,ENCODING"`
	RXD          *RXD                  `hl7:"true,RXD"`
	RXR          []RXR                 `hl7:"true,RXR"`
	RXC          []RXC                 `hl7:"false,RXC"`
	OBSERVATION  []RDS_O13_OBSERVATION `hl7:"false,OBSERVATION"`
	FT1          []FT1                 `hl7:"false,FT1"`
	Other        []interface{}
}

RDS_O13_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_ORDER) MessageTypeSubStructName 

func (s *RDS_O13_ORDER) MessageTypeSubStructName() string

type RDS_O13_ORDER_DETAIL 

type RDS_O13_ORDER_DETAIL struct {
	RXO                     *RXO                             `hl7:"true,RXO"`
	ORDER_DETAIL_SUPPLEMENT *RDS_O13_ORDER_DETAIL_SUPPLEMENT `hl7:"false,ORDER_DETAIL_SUPPLEMENT"`
	Other                   []interface{}
}

RDS_O13_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RDS_O13_ORDER_DETAIL) MessageTypeSubStructName() string

type RDS_O13_ORDER_DETAIL_SUPPLEMENT 

type RDS_O13_ORDER_DETAIL_SUPPLEMENT struct {
	NTE       []NTE              `hl7:"true,NTE"`
	RXR       []RXR              `hl7:"true,RXR"`
	COMPONENT *RDS_O13_COMPONENT `hl7:"false,COMPONENT"`
	Other     []interface{}
}

RDS_O13_ORDER_DETAIL_SUPPLEMENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName 

func (s *RDS_O13_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName() string

type RDS_O13_PATIENT 

type RDS_O13_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NTE           []NTE                  `hl7:"false,NTE"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PATIENT_VISIT *RDS_O13_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RDS_O13_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_PATIENT) MessageTypeSubStructName 

func (s *RDS_O13_PATIENT) MessageTypeSubStructName() string

type RDS_O13_PATIENT_VISIT 

type RDS_O13_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RDS_O13_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDS_O13_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RDS_O13_PATIENT_VISIT) MessageTypeSubStructName() string

type RDT 

type RDT struct {
	ColumnValue *Any `hl7:"true,Column Value"` // RDT-1
}

RDT represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RDT) SegmentName 

func (s *RDT) SegmentName() string

type RDY_K15 

type RDY_K15 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"true,QAK"`
	QPD   *QPD  `hl7:"true,QPD"`
	DSP   []DSP `hl7:"false,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

RDY_K15 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RDY_K15) MessageTypeName 

func (s *RDY_K15) MessageTypeName() string

type REF_I12 

type REF_I12 struct {
	MSH                   *MSH                           `hl7:"true,MSH"`
	RF1                   *RF1                           `hl7:"false,RF1"`
	AUTHORIZATION_CONTACT *REF_I12_AUTHORIZATION_CONTACT `hl7:"false,AUTHORIZATION_CONTACT"`
	PROVIDER_CONTACT      []REF_I12_PROVIDER_CONTACT     `hl7:"true,PROVIDER_CONTACT"`
	PID                   *PID                           `hl7:"true,PID"`
	NK1                   []NK1                          `hl7:"false,NK1"`
	GT1                   []GT1                          `hl7:"false,GT1"`
	INSURANCE             []REF_I12_INSURANCE            `hl7:"false,INSURANCE"`
	ACC                   *ACC                           `hl7:"false,ACC"`
	DG1                   []DG1                          `hl7:"false,DG1"`
	DRG                   []DRG                          `hl7:"false,DRG"`
	AL1                   []AL1                          `hl7:"false,AL1"`
	PROCEDURE             []REF_I12_PROCEDURE            `hl7:"false,PROCEDURE"`
	OBSERVATION           []REF_I12_OBSERVATION          `hl7:"false,OBSERVATION"`
	PATIENT_VISIT         *REF_I12_PATIENT_VISIT         `hl7:"false,PATIENT_VISIT"`
	NTE                   []NTE                          `hl7:"false,NTE"`
	Other                 []interface{}
}

REF_I12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12) MessageTypeName 

func (s *REF_I12) MessageTypeName() string

type REF_I12_AUTCTD_SUPPGRP2 

type REF_I12_AUTCTD_SUPPGRP2 struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

REF_I12_AUTCTD_SUPPGRP2 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_AUTCTD_SUPPGRP2) MessageTypeSubStructName 

func (s *REF_I12_AUTCTD_SUPPGRP2) MessageTypeSubStructName() string

type REF_I12_AUTHORIZATION 

type REF_I12_AUTHORIZATION struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

REF_I12_AUTHORIZATION represents the corresponding HL7 message type. Definition from HL7 2.3

func (*REF_I12_AUTHORIZATION) MessageTypeSubStructName 

func (s *REF_I12_AUTHORIZATION) MessageTypeSubStructName() string

type REF_I12_AUTHORIZATION_CONTACT 

type REF_I12_AUTHORIZATION_CONTACT struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

REF_I12_AUTHORIZATION_CONTACT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_AUTHORIZATION_CONTACT) MessageTypeSubStructName 

func (s *REF_I12_AUTHORIZATION_CONTACT) MessageTypeSubStructName() string

type REF_I12_INSURANCE 

type REF_I12_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

REF_I12_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_INSURANCE) MessageTypeSubStructName 

func (s *REF_I12_INSURANCE) MessageTypeSubStructName() string

type REF_I12_OBSERVATION 

type REF_I12_OBSERVATION struct {
	OBR           *OBR                    `hl7:"true,OBR"`
	NTE           []NTE                   `hl7:"false,NTE"`
	RESULTS_NOTES []REF_I12_RESULTS_NOTES `hl7:"false,RESULTS_NOTES"`
	Other         []interface{}
}

REF_I12_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_OBSERVATION) MessageTypeSubStructName 

func (s *REF_I12_OBSERVATION) MessageTypeSubStructName() string

type REF_I12_PATIENT_VISIT 

type REF_I12_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

REF_I12_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_PATIENT_VISIT) MessageTypeSubStructName 

func (s *REF_I12_PATIENT_VISIT) MessageTypeSubStructName() string

type REF_I12_PROCEDURE 

type REF_I12_PROCEDURE struct {
	PR1             *PR1                     `hl7:"true,PR1"`
	AUTCTD_SUPPGRP2 *REF_I12_AUTCTD_SUPPGRP2 `hl7:"false,AUTCTD_SUPPGRP2"`
	Other           []interface{}
}

REF_I12_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_PROCEDURE) MessageTypeSubStructName 

func (s *REF_I12_PROCEDURE) MessageTypeSubStructName() string

type REF_I12_PROVIDER 

type REF_I12_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

REF_I12_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*REF_I12_PROVIDER) MessageTypeSubStructName 

func (s *REF_I12_PROVIDER) MessageTypeSubStructName() string

type REF_I12_PROVIDER_CONTACT 

type REF_I12_PROVIDER_CONTACT struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

REF_I12_PROVIDER_CONTACT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_PROVIDER_CONTACT) MessageTypeSubStructName 

func (s *REF_I12_PROVIDER_CONTACT) MessageTypeSubStructName() string

type REF_I12_RESULTS 

type REF_I12_RESULTS struct {
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []REF_I12_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

REF_I12_RESULTS represents the corresponding HL7 message type. Definition from HL7 2.3

func (*REF_I12_RESULTS) MessageTypeSubStructName 

func (s *REF_I12_RESULTS) MessageTypeSubStructName() string

type REF_I12_RESULTS_NOTES 

type REF_I12_RESULTS_NOTES struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

REF_I12_RESULTS_NOTES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*REF_I12_RESULTS_NOTES) MessageTypeSubStructName 

func (s *REF_I12_RESULTS_NOTES) MessageTypeSubStructName() string

type REF_I12_VISIT 

type REF_I12_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

REF_I12_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3

func (*REF_I12_VISIT) MessageTypeSubStructName 

func (s *REF_I12_VISIT) MessageTypeSubStructName() string

type RER_RER 

type RER_RER struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	MSA        *MSA                 `hl7:"true,MSA"`
	ERR        *ERR                 `hl7:"false,ERR"`
	DEFINITION []RER_RER_DEFINITION `hl7:"true,DEFINITION"`
	DSC        *DSC                 `hl7:"false,DSC"`
	Other      []interface{}
}

RER_RER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RER_RER) MessageTypeName 

func (s *RER_RER) MessageTypeName() string

type RER_RER_DEFINITION 

type RER_RER_DEFINITION struct {
	QRD     *QRD             `hl7:"true,QRD"`
	QRF     *QRF             `hl7:"false,QRF"`
	PATIENT *RER_RER_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RER_RER_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RER_RER_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RER_RER_DEFINITION) MessageTypeSubStructName 

func (s *RER_RER_DEFINITION) MessageTypeSubStructName() string

type RER_RER_ORDER 

type RER_RER_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RER_RER_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RER_RER_ORDER) MessageTypeSubStructName 

func (s *RER_RER_ORDER) MessageTypeSubStructName() string

type RER_RER_PATIENT 

type RER_RER_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RER_RER_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RER_RER_PATIENT) MessageTypeSubStructName 

func (s *RER_RER_PATIENT) MessageTypeSubStructName() string

type RF1 

type RF1 struct {
	ReferralStatus                *CE  `hl7:"false,Referral Status"`                // RF1-1
	ReferralPriority              *CE  `hl7:"false,Referral Priority"`              // RF1-2
	ReferralType                  *CE  `hl7:"false,Referral Type"`                  // RF1-3
	ReferralDisposition           []CE `hl7:"false,Referral Disposition"`           // RF1-4
	ReferralCategory              *CE  `hl7:"false,Referral Category"`              // RF1-5
	OriginatingReferralIdentifier *EI  `hl7:"true,Originating Referral Identifier"` // RF1-6
	EffectiveDate                 *TS  `hl7:"false,Effective Date"`                 // RF1-7
	ExpirationDate                *TS  `hl7:"false,Expiration Date"`                // RF1-8
	ProcessDate                   *TS  `hl7:"false,Process Date"`                   // RF1-9
	ReferralReason                []CE `hl7:"false,Referral Reason"`                // RF1-10
	ExternalReferralIdentifier    []EI `hl7:"false,External Referral Identifier"`   // RF1-11
}

RF1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RF1) SegmentName 

func (s *RF1) SegmentName() string

type RFR 

type RFR struct {
	NumericRange      *NR `hl7:"false,Numeric Range"`
	AdministrativeSex *IS `hl7:"false,Administrative Sex"`
	AgeRange          *NR `hl7:"false,Age Range"`
	GestationalRange  *NR `hl7:"false,Gestational Range"`
	Species           *TX `hl7:"false,Species"`
	RaceSubspecies    *ST `hl7:"false,Race/Subspecies"`
	Conditions        *TX `hl7:"false,Conditions"`
}

RFR represents the corresponding HL7 datatype. Definition from HL7 2.4

type RGR_RGR 

type RGR_RGR struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	MSA        *MSA                 `hl7:"true,MSA"`
	ERR        *ERR                 `hl7:"false,ERR"`
	DEFINITION []RGR_RGR_DEFINITION `hl7:"true,DEFINITION"`
	DSC        *DSC                 `hl7:"false,DSC"`
	Other      []interface{}
}

RGR_RGR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGR_RGR) MessageTypeName 

func (s *RGR_RGR) MessageTypeName() string

type RGR_RGR_DEFINITION 

type RGR_RGR_DEFINITION struct {
	QRD     *QRD             `hl7:"true,QRD"`
	QRF     *QRF             `hl7:"false,QRF"`
	PATIENT *RGR_RGR_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RGR_RGR_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RGR_RGR_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGR_RGR_DEFINITION) MessageTypeSubStructName 

func (s *RGR_RGR_DEFINITION) MessageTypeSubStructName() string

type RGR_RGR_ENCODING 

type RGR_RGR_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RGR_RGR_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGR_RGR_ENCODING) MessageTypeSubStructName 

func (s *RGR_RGR_ENCODING) MessageTypeSubStructName() string

type RGR_RGR_ORDER 

type RGR_RGR_ORDER struct {
	ORC      *ORC              `hl7:"true,ORC"`
	ENCODING *RGR_RGR_ENCODING `hl7:"false,ENCODING"`
	RXG      []RXG             `hl7:"true,RXG"`
	RXR      []RXR             `hl7:"true,RXR"`
	RXC      []RXC             `hl7:"false,RXC"`
	Other    []interface{}
}

RGR_RGR_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGR_RGR_ORDER) MessageTypeSubStructName 

func (s *RGR_RGR_ORDER) MessageTypeSubStructName() string

type RGR_RGR_PATIENT 

type RGR_RGR_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RGR_RGR_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGR_RGR_PATIENT) MessageTypeSubStructName 

func (s *RGR_RGR_PATIENT) MessageTypeSubStructName() string

type RGS 

type RGS struct {
	SetIDRGS          *SI `hl7:"true,Set ID - RGS"`         // RGS-1
	SegmentActionCode *ID `hl7:"false,Segment Action Code"` // RGS-2
	ResourceGroupID   *CE `hl7:"false,Resource Group ID"`   // RGS-3
}

RGS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RGS) SegmentName 

func (s *RGS) SegmentName() string

type RGV_O01 

type RGV_O01 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RGV_O01_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RGV_O01_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RGV_O01 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01) MessageTypeName 

func (s *RGV_O01) MessageTypeName() string

type RGV_O01_COMPONENTS 

type RGV_O01_COMPONENTS struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RGV_O01_COMPONENTS represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_COMPONENTS) MessageTypeSubStructName 

func (s *RGV_O01_COMPONENTS) MessageTypeSubStructName() string

type RGV_O01_ENCODING 

type RGV_O01_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RGV_O01_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_ENCODING) MessageTypeSubStructName 

func (s *RGV_O01_ENCODING) MessageTypeSubStructName() string

type RGV_O01_GIVE 

type RGV_O01_GIVE struct {
	RXG         *RXG                  `hl7:"true,RXG"`
	RXR         []RXR                 `hl7:"true,RXR"`
	RXC         []RXC                 `hl7:"false,RXC"`
	OBSERVATION []RGV_O01_OBSERVATION `hl7:"true,OBSERVATION"`
	Other       []interface{}
}

RGV_O01_GIVE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_GIVE) MessageTypeSubStructName 

func (s *RGV_O01_GIVE) MessageTypeSubStructName() string

type RGV_O01_OBSERVATION 

type RGV_O01_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RGV_O01_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_OBSERVATION) MessageTypeSubStructName 

func (s *RGV_O01_OBSERVATION) MessageTypeSubStructName() string

type RGV_O01_ORDER 

type RGV_O01_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RGV_O01_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	ENCODING     *RGV_O01_ENCODING     `hl7:"false,ENCODING"`
	GIVE         []RGV_O01_GIVE        `hl7:"true,GIVE"`
	Other        []interface{}
}

RGV_O01_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_ORDER) MessageTypeSubStructName 

func (s *RGV_O01_ORDER) MessageTypeSubStructName() string

type RGV_O01_ORDER_DETAIL 

type RGV_O01_ORDER_DETAIL struct {
	RXO                     *RXO                             `hl7:"true,RXO"`
	ORDER_DETAIL_SUPPLEMENT *RGV_O01_ORDER_DETAIL_SUPPLEMENT `hl7:"false,ORDER_DETAIL_SUPPLEMENT"`
	Other                   []interface{}
}

RGV_O01_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RGV_O01_ORDER_DETAIL) MessageTypeSubStructName() string

type RGV_O01_ORDER_DETAIL_SUPPLEMENT 

type RGV_O01_ORDER_DETAIL_SUPPLEMENT struct {
	NTE        []NTE               `hl7:"true,NTE"`
	RXR        []RXR               `hl7:"true,RXR"`
	COMPONENTS *RGV_O01_COMPONENTS `hl7:"false,COMPONENTS"`
	Other      []interface{}
}

RGV_O01_ORDER_DETAIL_SUPPLEMENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName 

func (s *RGV_O01_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName() string

type RGV_O01_PATIENT 

type RGV_O01_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	NTE           []NTE                  `hl7:"false,NTE"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PATIENT_VISIT *RGV_O01_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RGV_O01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_PATIENT) MessageTypeSubStructName 

func (s *RGV_O01_PATIENT) MessageTypeSubStructName() string

type RGV_O01_PATIENT_VISIT 

type RGV_O01_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RGV_O01_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RGV_O01_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RGV_O01_PATIENT_VISIT) MessageTypeSubStructName() string

type RGV_O15 

type RGV_O15 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	NTE     []NTE            `hl7:"false,NTE"`
	PATIENT *RGV_O15_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RGV_O15_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RGV_O15 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15) MessageTypeName 

func (s *RGV_O15) MessageTypeName() string

type RGV_O15_COMPONENTS 

type RGV_O15_COMPONENTS struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RGV_O15_COMPONENTS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_COMPONENTS) MessageTypeSubStructName 

func (s *RGV_O15_COMPONENTS) MessageTypeSubStructName() string

type RGV_O15_ENCODING 

type RGV_O15_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RGV_O15_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_ENCODING) MessageTypeSubStructName 

func (s *RGV_O15_ENCODING) MessageTypeSubStructName() string

type RGV_O15_GIVE 

type RGV_O15_GIVE struct {
	RXG         *RXG                  `hl7:"true,RXG"`
	RXR         []RXR                 `hl7:"true,RXR"`
	RXC         []RXC                 `hl7:"false,RXC"`
	OBSERVATION []RGV_O15_OBSERVATION `hl7:"true,OBSERVATION"`
	Other       []interface{}
}

RGV_O15_GIVE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_GIVE) MessageTypeSubStructName 

func (s *RGV_O15_GIVE) MessageTypeSubStructName() string

type RGV_O15_OBSERVATION 

type RGV_O15_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RGV_O15_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_OBSERVATION) MessageTypeSubStructName 

func (s *RGV_O15_OBSERVATION) MessageTypeSubStructName() string

type RGV_O15_ORDER 

type RGV_O15_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RGV_O15_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	ENCODING     *RGV_O15_ENCODING     `hl7:"false,ENCODING"`
	GIVE         []RGV_O15_GIVE        `hl7:"true,GIVE"`
	Other        []interface{}
}

RGV_O15_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_ORDER) MessageTypeSubStructName 

func (s *RGV_O15_ORDER) MessageTypeSubStructName() string

type RGV_O15_ORDER_DETAIL 

type RGV_O15_ORDER_DETAIL struct {
	RXO                     *RXO                             `hl7:"true,RXO"`
	ORDER_DETAIL_SUPPLEMENT *RGV_O15_ORDER_DETAIL_SUPPLEMENT `hl7:"false,ORDER_DETAIL_SUPPLEMENT"`
	Other                   []interface{}
}

RGV_O15_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RGV_O15_ORDER_DETAIL) MessageTypeSubStructName() string

type RGV_O15_ORDER_DETAIL_SUPPLEMENT 

type RGV_O15_ORDER_DETAIL_SUPPLEMENT struct {
	NTE        []NTE               `hl7:"true,NTE"`
	RXR        []RXR               `hl7:"true,RXR"`
	COMPONENTS *RGV_O15_COMPONENTS `hl7:"false,COMPONENTS"`
	Other      []interface{}
}

RGV_O15_ORDER_DETAIL_SUPPLEMENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName 

func (s *RGV_O15_ORDER_DETAIL_SUPPLEMENT) MessageTypeSubStructName() string

type RGV_O15_PATIENT 

type RGV_O15_PATIENT struct {
	PID           *PID                   `hl7:"true,PID"`
	NTE           []NTE                  `hl7:"false,NTE"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PATIENT_VISIT *RGV_O15_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RGV_O15_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_PATIENT) MessageTypeSubStructName 

func (s *RGV_O15_PATIENT) MessageTypeSubStructName() string

type RGV_O15_PATIENT_VISIT 

type RGV_O15_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RGV_O15_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RGV_O15_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RGV_O15_PATIENT_VISIT) MessageTypeSubStructName() string

type RI 

type RI struct {
	RepeatPattern        *IS `hl7:"false,Repeat Pattern"`
	ExplicitTimeInterval *ST `hl7:"false,Explicit Time Interval"`
}

RI represents the corresponding HL7 datatype. Definition from HL7 2.4

type RMC 

type RMC struct {
	RoomType       *IS `hl7:"false,Room Type"`
	AmountType     *IS `hl7:"false,Amount Type"`
	CoverageAmount *NM `hl7:"false,Coverage Amount"`
}

RMC represents the corresponding HL7 datatype. Definition from HL7 2.4

type RMI 

type RMI struct {
	RiskManagementIncidentCode *CE `hl7:"false,Risk Management Incident Code"` // RMI-1
	DateTimeIncident           *TS `hl7:"false,Date/Time Incident"`            // RMI-2
	IncidentTypeCode           *CE `hl7:"false,Incident Type Code"`            // RMI-3
}

RMI represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RMI) SegmentName 

func (s *RMI) SegmentName() string

type ROL 

type ROL struct {
	RoleInstanceID          *EI   `hl7:"false,Role Instance ID"`             // ROL-1
	ActionCode              *ID   `hl7:"true,Action Code"`                   // ROL-2
	RoleROL                 *CE   `hl7:"true,Role-ROL"`                      // ROL-3
	RolePerson              []XCN `hl7:"true,Role Person"`                   // ROL-4
	RoleBeginDateTime       *TS   `hl7:"false,Role Begin Date/Time"`         // ROL-5
	RoleEndDateTime         *TS   `hl7:"false,Role End Date/Time"`           // ROL-6
	RoleDuration            *CE   `hl7:"false,Role Duration"`                // ROL-7
	RoleActionReason        *CE   `hl7:"false,Role Action Reason"`           // ROL-8
	ProviderType            []CE  `hl7:"false,Provider Type"`                // ROL-9
	OrganizationUnitTypeROL *CE   `hl7:"false,Organization Unit Type - ROL"` // ROL-10
	OfficeHomeAddress       []XAD `hl7:"false,Office/Home Address"`          // ROL-11
	Phone                   []XTN `hl7:"false,Phone"`                        // ROL-12
}

ROL represents the corresponding HL7 segment. Definition from HL7 2.4

func (*ROL) SegmentName 

func (s *ROL) SegmentName() string

type ROR_ROR 

type ROR_ROR struct {
	MSH        *MSH                 `hl7:"true,MSH"`
	MSA        *MSA                 `hl7:"true,MSA"`
	ERR        *ERR                 `hl7:"false,ERR"`
	DEFINITION []ROR_ROR_DEFINITION `hl7:"true,DEFINITION"`
	DSC        *DSC                 `hl7:"false,DSC"`
	Other      []interface{}
}

ROR_ROR represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ROR_ROR) MessageTypeName 

func (s *ROR_ROR) MessageTypeName() string

type ROR_ROR_DEFINITION 

type ROR_ROR_DEFINITION struct {
	QRD     *QRD             `hl7:"true,QRD"`
	QRF     *QRF             `hl7:"false,QRF"`
	PATIENT *ROR_ROR_PATIENT `hl7:"false,PATIENT"`
	ORDER   []ROR_ROR_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

ROR_ROR_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ROR_ROR_DEFINITION) MessageTypeSubStructName 

func (s *ROR_ROR_DEFINITION) MessageTypeSubStructName() string

type ROR_ROR_ORDER 

type ROR_ROR_ORDER struct {
	ORC   *ORC  `hl7:"true,ORC"`
	RXO   *RXO  `hl7:"true,RXO"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

ROR_ROR_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ROR_ROR_ORDER) MessageTypeSubStructName 

func (s *ROR_ROR_ORDER) MessageTypeSubStructName() string

type ROR_ROR_PATIENT 

type ROR_ROR_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

ROR_ROR_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*ROR_ROR_PATIENT) MessageTypeSubStructName 

func (s *ROR_ROR_PATIENT) MessageTypeSubStructName() string

type RP 

type RP struct {
	Pointer       *ST `hl7:"false,Pointer"`
	ApplicationID *HD `hl7:"false,Application ID"`
	TypeOfData    *ID `hl7:"false,Type Of Data"`
	Subtype       *ID `hl7:"false,Subtype"`
}

RP represents the corresponding HL7 datatype. Definition from HL7 2.4

type RPA_I08 

type RPA_I08 struct {
	MSH           *MSH                   `hl7:"true,MSH"`
	MSA           *MSA                   `hl7:"true,MSA"`
	RF1           *RF1                   `hl7:"false,RF1"`
	AUTHORIZATION *RPA_I08_AUTHORIZATION `hl7:"false,AUTHORIZATION"`
	PROVIDER      []RPA_I08_PROVIDER     `hl7:"true,PROVIDER"`
	PID           *PID                   `hl7:"true,PID"`
	NK1           []NK1                  `hl7:"false,NK1"`
	GT1           []GT1                  `hl7:"false,GT1"`
	INSURANCE     []RPA_I08_INSURANCE    `hl7:"false,INSURANCE"`
	ACC           *ACC                   `hl7:"false,ACC"`
	DG1           []DG1                  `hl7:"false,DG1"`
	DRG           []DRG                  `hl7:"false,DRG"`
	AL1           []AL1                  `hl7:"false,AL1"`
	PROCEDURE     []RPA_I08_PROCEDURE    `hl7:"true,PROCEDURE"`
	OBSERVATION   []RPA_I08_OBSERVATION  `hl7:"false,OBSERVATION"`
	VISIT         *RPA_I08_VISIT         `hl7:"false,VISIT"`
	NTE           []NTE                  `hl7:"false,NTE"`
	Other         []interface{}
}

RPA_I08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08) MessageTypeName 

func (s *RPA_I08) MessageTypeName() string

type RPA_I08_AUTCTD_SUPPGRP2 

type RPA_I08_AUTCTD_SUPPGRP2 struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPA_I08_AUTCTD_SUPPGRP2 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_AUTCTD_SUPPGRP2) MessageTypeSubStructName 

func (s *RPA_I08_AUTCTD_SUPPGRP2) MessageTypeSubStructName() string

type RPA_I08_AUTHORIZATION 

type RPA_I08_AUTHORIZATION struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPA_I08_AUTHORIZATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_AUTHORIZATION) MessageTypeSubStructName 

func (s *RPA_I08_AUTHORIZATION) MessageTypeSubStructName() string

type RPA_I08_INSURANCE 

type RPA_I08_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RPA_I08_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_INSURANCE) MessageTypeSubStructName 

func (s *RPA_I08_INSURANCE) MessageTypeSubStructName() string

type RPA_I08_OBSERVATION 

type RPA_I08_OBSERVATION struct {
	OBR     *OBR              `hl7:"true,OBR"`
	NTE     []NTE             `hl7:"false,NTE"`
	RESULTS []RPA_I08_RESULTS `hl7:"false,RESULTS"`
	Other   []interface{}
}

RPA_I08_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_OBSERVATION) MessageTypeSubStructName 

func (s *RPA_I08_OBSERVATION) MessageTypeSubStructName() string

type RPA_I08_PROCEDURE 

type RPA_I08_PROCEDURE struct {
	PR1             *PR1                     `hl7:"true,PR1"`
	AUTCTD_SUPPGRP2 *RPA_I08_AUTCTD_SUPPGRP2 `hl7:"false,AUTCTD_SUPPGRP2"`
	Other           []interface{}
}

RPA_I08_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_PROCEDURE) MessageTypeSubStructName 

func (s *RPA_I08_PROCEDURE) MessageTypeSubStructName() string

type RPA_I08_PROVIDER 

type RPA_I08_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPA_I08_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_PROVIDER) MessageTypeSubStructName 

func (s *RPA_I08_PROVIDER) MessageTypeSubStructName() string

type RPA_I08_RESULTS 

type RPA_I08_RESULTS struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RPA_I08_RESULTS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_RESULTS) MessageTypeSubStructName 

func (s *RPA_I08_RESULTS) MessageTypeSubStructName() string

type RPA_I08_VISIT 

type RPA_I08_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RPA_I08_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPA_I08_VISIT) MessageTypeSubStructName 

func (s *RPA_I08_VISIT) MessageTypeSubStructName() string

type RPI_I01 

type RPI_I01 struct {
	MSH                 *MSH                         `hl7:"true,MSH"`
	MSA                 *MSA                         `hl7:"true,MSA"`
	PROVIDER            []RPI_I01_PROVIDER           `hl7:"true,PROVIDER"`
	PID                 *PID                         `hl7:"true,PID"`
	NK1                 []NK1                        `hl7:"false,NK1"`
	GUARANTOR_INSURANCE *RPI_I01_GUARANTOR_INSURANCE `hl7:"false,GUARANTOR_INSURANCE"`
	NTE                 []NTE                        `hl7:"false,NTE"`
	Other               []interface{}
}

RPI_I01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I01) MessageTypeName 

func (s *RPI_I01) MessageTypeName() string

type RPI_I01_GUARANTOR_INSURANCE 

type RPI_I01_GUARANTOR_INSURANCE struct {
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []RPI_I01_INSURANCE `hl7:"true,INSURANCE"`
	Other     []interface{}
}

RPI_I01_GUARANTOR_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I01_GUARANTOR_INSURANCE) MessageTypeSubStructName 

func (s *RPI_I01_GUARANTOR_INSURANCE) MessageTypeSubStructName() string

type RPI_I01_INSURANCE 

type RPI_I01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RPI_I01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I01_INSURANCE) MessageTypeSubStructName 

func (s *RPI_I01_INSURANCE) MessageTypeSubStructName() string

type RPI_I01_PROVIDER 

type RPI_I01_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPI_I01_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I01_PROVIDER) MessageTypeSubStructName 

func (s *RPI_I01_PROVIDER) MessageTypeSubStructName() string

type RPI_I04 

type RPI_I04 struct {
	MSH                 *MSH                         `hl7:"true,MSH"`
	MSA                 *MSA                         `hl7:"true,MSA"`
	PROVIDER            []RPI_I04_PROVIDER           `hl7:"true,PROVIDER"`
	PID                 *PID                         `hl7:"true,PID"`
	NK1                 []NK1                        `hl7:"false,NK1"`
	GUARANTOR_INSURANCE *RPI_I04_GUARANTOR_INSURANCE `hl7:"false,GUARANTOR_INSURANCE"`
	NTE                 []NTE                        `hl7:"false,NTE"`
	Other               []interface{}
}

RPI_I04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I04) MessageTypeName 

func (s *RPI_I04) MessageTypeName() string

type RPI_I04_GUARANTOR_INSURANCE 

type RPI_I04_GUARANTOR_INSURANCE struct {
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []RPI_I04_INSURANCE `hl7:"true,INSURANCE"`
	Other     []interface{}
}

RPI_I04_GUARANTOR_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I04_GUARANTOR_INSURANCE) MessageTypeSubStructName 

func (s *RPI_I04_GUARANTOR_INSURANCE) MessageTypeSubStructName() string

type RPI_I04_INSURANCE 

type RPI_I04_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RPI_I04_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I04_INSURANCE) MessageTypeSubStructName 

func (s *RPI_I04_INSURANCE) MessageTypeSubStructName() string

type RPI_I04_PROVIDER 

type RPI_I04_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPI_I04_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPI_I04_PROVIDER) MessageTypeSubStructName 

func (s *RPI_I04_PROVIDER) MessageTypeSubStructName() string

type RPL_I02 

type RPL_I02 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	PROVIDER []RPL_I02_PROVIDER `hl7:"true,PROVIDER"`
	NTE      []NTE              `hl7:"false,NTE"`
	DSP      []DSP              `hl7:"false,DSP"`
	DSC      *DSC               `hl7:"false,DSC"`
	Other    []interface{}
}

RPL_I02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPL_I02) MessageTypeName 

func (s *RPL_I02) MessageTypeName() string

type RPL_I02_PROVIDER 

type RPL_I02_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPL_I02_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPL_I02_PROVIDER) MessageTypeSubStructName 

func (s *RPL_I02_PROVIDER) MessageTypeSubStructName() string

type RPR_I03 

type RPR_I03 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	PROVIDER []RPR_I03_PROVIDER `hl7:"true,PROVIDER"`
	PID      []PID              `hl7:"false,PID"`
	NTE      []NTE              `hl7:"false,NTE"`
	Other    []interface{}
}

RPR_I03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPR_I03) MessageTypeName 

func (s *RPR_I03) MessageTypeName() string

type RPR_I03_PROVIDER 

type RPR_I03_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RPR_I03_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RPR_I03_PROVIDER) MessageTypeSubStructName 

func (s *RPR_I03_PROVIDER) MessageTypeSubStructName() string

type RQ1 

type RQ1 struct {
	AnticipatedPrice       *ST `hl7:"false,Anticipated Price"`       // RQ1-1
	ManufacturerIdentifier *CE `hl7:"false,Manufacturer Identifier"` // RQ1-2
	ManufacturerSCatalog   *ST `hl7:"false,Manufacturer'S Catalog"`  // RQ1-3
	VendorID               *CE `hl7:"false,Vendor ID"`               // RQ1-4
	VendorCatalog          *ST `hl7:"false,Vendor Catalog"`          // RQ1-5
	Taxable                *ID `hl7:"false,Taxable"`                 // RQ1-6
	SubstituteAllowed      *ID `hl7:"false,Substitute Allowed"`      // RQ1-7
}

RQ1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RQ1) SegmentName 

func (s *RQ1) SegmentName() string

type RQA_I08 

type RQA_I08 struct {
	MSH                 *MSH                         `hl7:"true,MSH"`
	RF1                 *RF1                         `hl7:"false,RF1"`
	AUTHORIZATION       *RQA_I08_AUTHORIZATION       `hl7:"false,AUTHORIZATION"`
	PROVIDER            []RQA_I08_PROVIDER           `hl7:"true,PROVIDER"`
	PID                 *PID                         `hl7:"true,PID"`
	NK1                 []NK1                        `hl7:"false,NK1"`
	GUARANTOR_INSURANCE *RQA_I08_GUARANTOR_INSURANCE `hl7:"false,GUARANTOR_INSURANCE"`
	ACC                 *ACC                         `hl7:"false,ACC"`
	DG1                 []DG1                        `hl7:"false,DG1"`
	DRG                 []DRG                        `hl7:"false,DRG"`
	AL1                 []AL1                        `hl7:"false,AL1"`
	PROCEDURE           []RQA_I08_PROCEDURE          `hl7:"false,PROCEDURE"`
	OBSERVATION         []RQA_I08_OBSERVATION        `hl7:"false,OBSERVATION"`
	VISIT               *RQA_I08_VISIT               `hl7:"false,VISIT"`
	NTE                 []NTE                        `hl7:"false,NTE"`
	Other               []interface{}
}

RQA_I08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08) MessageTypeName 

func (s *RQA_I08) MessageTypeName() string

type RQA_I08_AUTCTD_SUPPGRP2 

type RQA_I08_AUTCTD_SUPPGRP2 struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQA_I08_AUTCTD_SUPPGRP2 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_AUTCTD_SUPPGRP2) MessageTypeSubStructName 

func (s *RQA_I08_AUTCTD_SUPPGRP2) MessageTypeSubStructName() string

type RQA_I08_AUTHORIZATION 

type RQA_I08_AUTHORIZATION struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQA_I08_AUTHORIZATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_AUTHORIZATION) MessageTypeSubStructName 

func (s *RQA_I08_AUTHORIZATION) MessageTypeSubStructName() string

type RQA_I08_GUARANTOR_INSURANCE 

type RQA_I08_GUARANTOR_INSURANCE struct {
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []RQA_I08_INSURANCE `hl7:"true,INSURANCE"`
	Other     []interface{}
}

RQA_I08_GUARANTOR_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_GUARANTOR_INSURANCE) MessageTypeSubStructName 

func (s *RQA_I08_GUARANTOR_INSURANCE) MessageTypeSubStructName() string

type RQA_I08_INSURANCE 

type RQA_I08_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RQA_I08_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_INSURANCE) MessageTypeSubStructName 

func (s *RQA_I08_INSURANCE) MessageTypeSubStructName() string

type RQA_I08_OBSERVATION 

type RQA_I08_OBSERVATION struct {
	OBR     *OBR              `hl7:"true,OBR"`
	NTE     []NTE             `hl7:"false,NTE"`
	RESULTS []RQA_I08_RESULTS `hl7:"false,RESULTS"`
	Other   []interface{}
}

RQA_I08_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_OBSERVATION) MessageTypeSubStructName 

func (s *RQA_I08_OBSERVATION) MessageTypeSubStructName() string

type RQA_I08_PROCEDURE 

type RQA_I08_PROCEDURE struct {
	PR1             *PR1                     `hl7:"true,PR1"`
	AUTCTD_SUPPGRP2 *RQA_I08_AUTCTD_SUPPGRP2 `hl7:"false,AUTCTD_SUPPGRP2"`
	Other           []interface{}
}

RQA_I08_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_PROCEDURE) MessageTypeSubStructName 

func (s *RQA_I08_PROCEDURE) MessageTypeSubStructName() string

type RQA_I08_PROVIDER 

type RQA_I08_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQA_I08_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_PROVIDER) MessageTypeSubStructName 

func (s *RQA_I08_PROVIDER) MessageTypeSubStructName() string

type RQA_I08_RESULTS 

type RQA_I08_RESULTS struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RQA_I08_RESULTS represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_RESULTS) MessageTypeSubStructName 

func (s *RQA_I08_RESULTS) MessageTypeSubStructName() string

type RQA_I08_VISIT 

type RQA_I08_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RQA_I08_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQA_I08_VISIT) MessageTypeSubStructName 

func (s *RQA_I08_VISIT) MessageTypeSubStructName() string

type RQC_I05 

type RQC_I05 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	QRD      *QRD               `hl7:"true,QRD"`
	QRF      *QRF               `hl7:"false,QRF"`
	PROVIDER []RQC_I05_PROVIDER `hl7:"true,PROVIDER"`
	PID      *PID               `hl7:"true,PID"`
	NK1      []NK1              `hl7:"false,NK1"`
	GT1      []GT1              `hl7:"false,GT1"`
	NTE      []NTE              `hl7:"false,NTE"`
	Other    []interface{}
}

RQC_I05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQC_I05) MessageTypeName 

func (s *RQC_I05) MessageTypeName() string

type RQC_I05_PROVIDER 

type RQC_I05_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQC_I05_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQC_I05_PROVIDER) MessageTypeSubStructName 

func (s *RQC_I05_PROVIDER) MessageTypeSubStructName() string

type RQC_I06 

type RQC_I06 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	QRD      *QRD               `hl7:"true,QRD"`
	QRF      *QRF               `hl7:"false,QRF"`
	PROVIDER []RQC_I06_PROVIDER `hl7:"true,PROVIDER"`
	PID      *PID               `hl7:"true,PID"`
	NK1      []NK1              `hl7:"false,NK1"`
	GT1      *GT1               `hl7:"false,GT1"`
	NTE      []NTE              `hl7:"false,NTE"`
	Other    []interface{}
}

RQC_I06 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RQC_I06) MessageTypeName 

func (s *RQC_I06) MessageTypeName() string

type RQC_I06_PROVIDER 

type RQC_I06_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQC_I06_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RQC_I06_PROVIDER) MessageTypeSubStructName 

func (s *RQC_I06_PROVIDER) MessageTypeSubStructName() string

type RQD 

type RQD struct {
	RequisitionLineNumber    *SI `hl7:"false,Requisition Line Number"`     // RQD-1
	ItemCodeInternal         *CE `hl7:"false,Item Code - Internal"`        // RQD-2
	ItemCodeExternal         *CE `hl7:"false,Item Code - External"`        // RQD-3
	HospitalItemCode         *CE `hl7:"false,Hospital Item Code"`          // RQD-4
	RequisitionQuantity      *NM `hl7:"false,Requisition Quantity"`        // RQD-5
	RequisitionUnitOfMeasure *CE `hl7:"false,Requisition Unit Of Measure"` // RQD-6
	DeptCostCenter           *IS `hl7:"false,Dept. Cost Center"`           // RQD-7
	ItemNaturalAccountCode   *IS `hl7:"false,Item Natural Account Code"`   // RQD-8
	DeliverToID              *CE `hl7:"false,Deliver To ID"`               // RQD-9
	DateNeeded               *DT `hl7:"false,Date Needed"`                 // RQD-10
}

RQD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RQD) SegmentName 

func (s *RQD) SegmentName() string

type RQI_I01 

type RQI_I01 struct {
	MSH                 *MSH                         `hl7:"true,MSH"`
	PROVIDER            []RQI_I01_PROVIDER           `hl7:"true,PROVIDER"`
	PID                 *PID                         `hl7:"true,PID"`
	NK1                 []NK1                        `hl7:"false,NK1"`
	GUARANTOR_INSURANCE *RQI_I01_GUARANTOR_INSURANCE `hl7:"false,GUARANTOR_INSURANCE"`
	NTE                 []NTE                        `hl7:"false,NTE"`
	Other               []interface{}
}

RQI_I01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQI_I01) MessageTypeName 

func (s *RQI_I01) MessageTypeName() string

type RQI_I01_GUARANTOR_INSURANCE 

type RQI_I01_GUARANTOR_INSURANCE struct {
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []RQI_I01_INSURANCE `hl7:"true,INSURANCE"`
	Other     []interface{}
}

RQI_I01_GUARANTOR_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQI_I01_GUARANTOR_INSURANCE) MessageTypeSubStructName 

func (s *RQI_I01_GUARANTOR_INSURANCE) MessageTypeSubStructName() string

type RQI_I01_INSURANCE 

type RQI_I01_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

RQI_I01_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQI_I01_INSURANCE) MessageTypeSubStructName 

func (s *RQI_I01_INSURANCE) MessageTypeSubStructName() string

type RQI_I01_PROVIDER 

type RQI_I01_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQI_I01_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQI_I01_PROVIDER) MessageTypeSubStructName 

func (s *RQI_I01_PROVIDER) MessageTypeSubStructName() string

type RQP_I04 

type RQP_I04 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	PROVIDER []RQP_I04_PROVIDER `hl7:"true,PROVIDER"`
	PID      *PID               `hl7:"true,PID"`
	NK1      []NK1              `hl7:"false,NK1"`
	GT1      []GT1              `hl7:"false,GT1"`
	NTE      []NTE              `hl7:"false,NTE"`
	Other    []interface{}
}

RQP_I04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQP_I04) MessageTypeName 

func (s *RQP_I04) MessageTypeName() string

type RQP_I04_PROVIDER 

type RQP_I04_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RQP_I04_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQP_I04_PROVIDER) MessageTypeSubStructName 

func (s *RQP_I04_PROVIDER) MessageTypeSubStructName() string

type RQQ_Q01 

type RQQ_Q01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	ERQ   *ERQ `hl7:"true,ERQ"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

RQQ_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*RQQ_Q01) MessageTypeName 

func (s *RQQ_Q01) MessageTypeName() string

type RQQ_Q09 

type RQQ_Q09 struct {
	MSH   *MSH `hl7:"true,MSH"`
	ERQ   *ERQ `hl7:"true,ERQ"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

RQQ_Q09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RQQ_Q09) MessageTypeName 

func (s *RQQ_Q09) MessageTypeName() string

type RRA_O02 

type RRA_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRA_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRA_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRA_O02) MessageTypeName 

func (s *RRA_O02) MessageTypeName() string

type RRA_O02_ADMINISTRATION 

type RRA_O02_ADMINISTRATION struct {
	RXA   []RXA `hl7:"true,RXA"`
	RXR   *RXR  `hl7:"true,RXR"`
	Other []interface{}
}

RRA_O02_ADMINISTRATION represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRA_O02_ADMINISTRATION) MessageTypeSubStructName 

func (s *RRA_O02_ADMINISTRATION) MessageTypeSubStructName() string

type RRA_O02_ORDER 

type RRA_O02_ORDER struct {
	ORC            *ORC                    `hl7:"true,ORC"`
	ADMINISTRATION *RRA_O02_ADMINISTRATION `hl7:"false,ADMINISTRATION"`
	Other          []interface{}
}

RRA_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRA_O02_ORDER) MessageTypeSubStructName 

func (s *RRA_O02_ORDER) MessageTypeSubStructName() string

type RRA_O02_PATIENT 

type RRA_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRA_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRA_O02_PATIENT) MessageTypeSubStructName 

func (s *RRA_O02_PATIENT) MessageTypeSubStructName() string

type RRA_O02_RESPONSE 

type RRA_O02_RESPONSE struct {
	PATIENT *RRA_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRA_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRA_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRA_O02_RESPONSE) MessageTypeSubStructName 

func (s *RRA_O02_RESPONSE) MessageTypeSubStructName() string

type RRA_O18 

type RRA_O18 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRA_O18_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRA_O18 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRA_O18) MessageTypeName 

func (s *RRA_O18) MessageTypeName() string

type RRA_O18_ADMINISTRATION 

type RRA_O18_ADMINISTRATION struct {
	RXA   []RXA `hl7:"true,RXA"`
	RXR   *RXR  `hl7:"true,RXR"`
	Other []interface{}
}

RRA_O18_ADMINISTRATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRA_O18_ADMINISTRATION) MessageTypeSubStructName 

func (s *RRA_O18_ADMINISTRATION) MessageTypeSubStructName() string

type RRA_O18_ORDER 

type RRA_O18_ORDER struct {
	ORC            *ORC                    `hl7:"true,ORC"`
	ADMINISTRATION *RRA_O18_ADMINISTRATION `hl7:"false,ADMINISTRATION"`
	Other          []interface{}
}

RRA_O18_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRA_O18_ORDER) MessageTypeSubStructName 

func (s *RRA_O18_ORDER) MessageTypeSubStructName() string

type RRA_O18_PATIENT 

type RRA_O18_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRA_O18_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRA_O18_PATIENT) MessageTypeSubStructName 

func (s *RRA_O18_PATIENT) MessageTypeSubStructName() string

type RRA_O18_RESPONSE 

type RRA_O18_RESPONSE struct {
	PATIENT *RRA_O18_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRA_O18_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRA_O18_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRA_O18_RESPONSE) MessageTypeSubStructName 

func (s *RRA_O18_RESPONSE) MessageTypeSubStructName() string

type RRD_O02 

type RRD_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRD_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRD_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRD_O02) MessageTypeName 

func (s *RRD_O02) MessageTypeName() string

type RRD_O02_DISPENSE 

type RRD_O02_DISPENSE struct {
	RXD   *RXD  `hl7:"true,RXD"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RRD_O02_DISPENSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRD_O02_DISPENSE) MessageTypeSubStructName 

func (s *RRD_O02_DISPENSE) MessageTypeSubStructName() string

type RRD_O02_ORDER 

type RRD_O02_ORDER struct {
	ORC      *ORC              `hl7:"true,ORC"`
	DISPENSE *RRD_O02_DISPENSE `hl7:"false,DISPENSE"`
	Other    []interface{}
}

RRD_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRD_O02_ORDER) MessageTypeSubStructName 

func (s *RRD_O02_ORDER) MessageTypeSubStructName() string

type RRD_O02_PATIENT 

type RRD_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRD_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRD_O02_PATIENT) MessageTypeSubStructName 

func (s *RRD_O02_PATIENT) MessageTypeSubStructName() string

type RRD_O02_RESPONSE 

type RRD_O02_RESPONSE struct {
	PATIENT *RRD_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRD_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRD_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRD_O02_RESPONSE) MessageTypeSubStructName 

func (s *RRD_O02_RESPONSE) MessageTypeSubStructName() string

type RRD_O14 

type RRD_O14 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRD_O14_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRD_O14 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRD_O14) MessageTypeName 

func (s *RRD_O14) MessageTypeName() string

type RRD_O14_DISPENSE 

type RRD_O14_DISPENSE struct {
	RXD   *RXD  `hl7:"true,RXD"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RRD_O14_DISPENSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRD_O14_DISPENSE) MessageTypeSubStructName 

func (s *RRD_O14_DISPENSE) MessageTypeSubStructName() string

type RRD_O14_ORDER 

type RRD_O14_ORDER struct {
	ORC      *ORC              `hl7:"true,ORC"`
	DISPENSE *RRD_O14_DISPENSE `hl7:"false,DISPENSE"`
	Other    []interface{}
}

RRD_O14_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRD_O14_ORDER) MessageTypeSubStructName 

func (s *RRD_O14_ORDER) MessageTypeSubStructName() string

type RRD_O14_PATIENT 

type RRD_O14_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRD_O14_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRD_O14_PATIENT) MessageTypeSubStructName 

func (s *RRD_O14_PATIENT) MessageTypeSubStructName() string

type RRD_O14_RESPONSE 

type RRD_O14_RESPONSE struct {
	PATIENT *RRD_O14_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRD_O14_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRD_O14_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRD_O14_RESPONSE) MessageTypeSubStructName 

func (s *RRD_O14_RESPONSE) MessageTypeSubStructName() string

type RRE_O02 

type RRE_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRE_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRE_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRE_O02) MessageTypeName 

func (s *RRE_O02) MessageTypeName() string

type RRE_O02_ENCODING 

type RRE_O02_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RRE_O02_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRE_O02_ENCODING) MessageTypeSubStructName 

func (s *RRE_O02_ENCODING) MessageTypeSubStructName() string

type RRE_O02_ORDER 

type RRE_O02_ORDER struct {
	ORC      *ORC              `hl7:"true,ORC"`
	ENCODING *RRE_O02_ENCODING `hl7:"false,ENCODING"`
	Other    []interface{}
}

RRE_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRE_O02_ORDER) MessageTypeSubStructName 

func (s *RRE_O02_ORDER) MessageTypeSubStructName() string

type RRE_O02_PATIENT 

type RRE_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRE_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRE_O02_PATIENT) MessageTypeSubStructName 

func (s *RRE_O02_PATIENT) MessageTypeSubStructName() string

type RRE_O02_RESPONSE 

type RRE_O02_RESPONSE struct {
	PATIENT *RRE_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRE_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRE_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRE_O02_RESPONSE) MessageTypeSubStructName 

func (s *RRE_O02_RESPONSE) MessageTypeSubStructName() string

type RRE_O12 

type RRE_O12 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRE_O12_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRE_O12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRE_O12) MessageTypeName 

func (s *RRE_O12) MessageTypeName() string

type RRE_O12_ENCODING 

type RRE_O12_ENCODING struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RRE_O12_ENCODING represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRE_O12_ENCODING) MessageTypeSubStructName 

func (s *RRE_O12_ENCODING) MessageTypeSubStructName() string

type RRE_O12_ORDER 

type RRE_O12_ORDER struct {
	ORC      *ORC              `hl7:"true,ORC"`
	ENCODING *RRE_O12_ENCODING `hl7:"false,ENCODING"`
	Other    []interface{}
}

RRE_O12_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRE_O12_ORDER) MessageTypeSubStructName 

func (s *RRE_O12_ORDER) MessageTypeSubStructName() string

type RRE_O12_PATIENT 

type RRE_O12_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRE_O12_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRE_O12_PATIENT) MessageTypeSubStructName 

func (s *RRE_O12_PATIENT) MessageTypeSubStructName() string

type RRE_O12_RESPONSE 

type RRE_O12_RESPONSE struct {
	PATIENT *RRE_O12_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRE_O12_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRE_O12_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRE_O12_RESPONSE) MessageTypeSubStructName 

func (s *RRE_O12_RESPONSE) MessageTypeSubStructName() string

type RRG_O02 

type RRG_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRG_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRG_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRG_O02) MessageTypeName 

func (s *RRG_O02) MessageTypeName() string

type RRG_O02_GIVE 

type RRG_O02_GIVE struct {
	RXG   *RXG  `hl7:"true,RXG"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RRG_O02_GIVE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRG_O02_GIVE) MessageTypeSubStructName 

func (s *RRG_O02_GIVE) MessageTypeSubStructName() string

type RRG_O02_ORDER 

type RRG_O02_ORDER struct {
	ORC   *ORC          `hl7:"true,ORC"`
	GIVE  *RRG_O02_GIVE `hl7:"false,GIVE"`
	Other []interface{}
}

RRG_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRG_O02_ORDER) MessageTypeSubStructName 

func (s *RRG_O02_ORDER) MessageTypeSubStructName() string

type RRG_O02_PATIENT 

type RRG_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRG_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRG_O02_PATIENT) MessageTypeSubStructName 

func (s *RRG_O02_PATIENT) MessageTypeSubStructName() string

type RRG_O02_RESPONSE 

type RRG_O02_RESPONSE struct {
	PATIENT *RRG_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRG_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRG_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRG_O02_RESPONSE) MessageTypeSubStructName 

func (s *RRG_O02_RESPONSE) MessageTypeSubStructName() string

type RRG_O16 

type RRG_O16 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRG_O16_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRG_O16 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRG_O16) MessageTypeName 

func (s *RRG_O16) MessageTypeName() string

type RRG_O16_GIVE 

type RRG_O16_GIVE struct {
	RXG   *RXG  `hl7:"true,RXG"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RRG_O16_GIVE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRG_O16_GIVE) MessageTypeSubStructName 

func (s *RRG_O16_GIVE) MessageTypeSubStructName() string

type RRG_O16_ORDER 

type RRG_O16_ORDER struct {
	ORC   *ORC          `hl7:"true,ORC"`
	GIVE  *RRG_O16_GIVE `hl7:"false,GIVE"`
	Other []interface{}
}

RRG_O16_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRG_O16_ORDER) MessageTypeSubStructName 

func (s *RRG_O16_ORDER) MessageTypeSubStructName() string

type RRG_O16_PATIENT 

type RRG_O16_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRG_O16_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRG_O16_PATIENT) MessageTypeSubStructName 

func (s *RRG_O16_PATIENT) MessageTypeSubStructName() string

type RRG_O16_RESPONSE 

type RRG_O16_RESPONSE struct {
	PATIENT *RRG_O16_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRG_O16_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRG_O16_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRG_O16_RESPONSE) MessageTypeSubStructName 

func (s *RRG_O16_RESPONSE) MessageTypeSubStructName() string

type RRI_I12 

type RRI_I12 struct {
	MSH                   *MSH                           `hl7:"true,MSH"`
	MSA                   *MSA                           `hl7:"false,MSA"`
	RF1                   *RF1                           `hl7:"false,RF1"`
	AUTHORIZATION_CONTACT *RRI_I12_AUTHORIZATION_CONTACT `hl7:"false,AUTHORIZATION_CONTACT"`
	PROVIDER_CONTACT      []RRI_I12_PROVIDER_CONTACT     `hl7:"true,PROVIDER_CONTACT"`
	PID                   *PID                           `hl7:"true,PID"`
	ACC                   *ACC                           `hl7:"false,ACC"`
	DG1                   []DG1                          `hl7:"false,DG1"`
	DRG                   []DRG                          `hl7:"false,DRG"`
	AL1                   []AL1                          `hl7:"false,AL1"`
	PROCEDURE             []RRI_I12_PROCEDURE            `hl7:"false,PROCEDURE"`
	OBSERVATION           []RRI_I12_OBSERVATION          `hl7:"false,OBSERVATION"`
	PATIENT_VISIT         *RRI_I12_PATIENT_VISIT         `hl7:"false,PATIENT_VISIT"`
	NTE                   []NTE                          `hl7:"false,NTE"`
	Other                 []interface{}
}

RRI_I12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12) MessageTypeName 

func (s *RRI_I12) MessageTypeName() string

type RRI_I12_AUTCTD_SUPPGRP2 

type RRI_I12_AUTCTD_SUPPGRP2 struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RRI_I12_AUTCTD_SUPPGRP2 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_AUTCTD_SUPPGRP2) MessageTypeSubStructName 

func (s *RRI_I12_AUTCTD_SUPPGRP2) MessageTypeSubStructName() string

type RRI_I12_AUTHORIZATION 

type RRI_I12_AUTHORIZATION struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RRI_I12_AUTHORIZATION represents the corresponding HL7 message type. Definition from HL7 2.3

func (*RRI_I12_AUTHORIZATION) MessageTypeSubStructName 

func (s *RRI_I12_AUTHORIZATION) MessageTypeSubStructName() string

type RRI_I12_AUTHORIZATION_CONTACT 

type RRI_I12_AUTHORIZATION_CONTACT struct {
	AUT   *AUT `hl7:"true,AUT"`
	CTD   *CTD `hl7:"false,CTD"`
	Other []interface{}
}

RRI_I12_AUTHORIZATION_CONTACT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_AUTHORIZATION_CONTACT) MessageTypeSubStructName 

func (s *RRI_I12_AUTHORIZATION_CONTACT) MessageTypeSubStructName() string

type RRI_I12_OBSERVATION 

type RRI_I12_OBSERVATION struct {
	OBR           *OBR                    `hl7:"true,OBR"`
	NTE           []NTE                   `hl7:"false,NTE"`
	RESULTS_NOTES []RRI_I12_RESULTS_NOTES `hl7:"false,RESULTS_NOTES"`
	Other         []interface{}
}

RRI_I12_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_OBSERVATION) MessageTypeSubStructName 

func (s *RRI_I12_OBSERVATION) MessageTypeSubStructName() string

type RRI_I12_PATIENT_VISIT 

type RRI_I12_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RRI_I12_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RRI_I12_PATIENT_VISIT) MessageTypeSubStructName() string

type RRI_I12_PROCEDURE 

type RRI_I12_PROCEDURE struct {
	PR1             *PR1                     `hl7:"true,PR1"`
	AUTCTD_SUPPGRP2 *RRI_I12_AUTCTD_SUPPGRP2 `hl7:"false,AUTCTD_SUPPGRP2"`
	Other           []interface{}
}

RRI_I12_PROCEDURE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_PROCEDURE) MessageTypeSubStructName 

func (s *RRI_I12_PROCEDURE) MessageTypeSubStructName() string

type RRI_I12_PROVIDER 

type RRI_I12_PROVIDER struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RRI_I12_PROVIDER represents the corresponding HL7 message type. Definition from HL7 2.3

func (*RRI_I12_PROVIDER) MessageTypeSubStructName 

func (s *RRI_I12_PROVIDER) MessageTypeSubStructName() string

type RRI_I12_PROVIDER_CONTACT 

type RRI_I12_PROVIDER_CONTACT struct {
	PRD   *PRD  `hl7:"true,PRD"`
	CTD   []CTD `hl7:"false,CTD"`
	Other []interface{}
}

RRI_I12_PROVIDER_CONTACT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_PROVIDER_CONTACT) MessageTypeSubStructName 

func (s *RRI_I12_PROVIDER_CONTACT) MessageTypeSubStructName() string

type RRI_I12_RESULTS 

type RRI_I12_RESULTS struct {
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	OBSERVATION []RRI_I12_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

RRI_I12_RESULTS represents the corresponding HL7 message type. Definition from HL7 2.3

func (*RRI_I12_RESULTS) MessageTypeSubStructName 

func (s *RRI_I12_RESULTS) MessageTypeSubStructName() string

type RRI_I12_RESULTS_NOTES 

type RRI_I12_RESULTS_NOTES struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRI_I12_RESULTS_NOTES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RRI_I12_RESULTS_NOTES) MessageTypeSubStructName 

func (s *RRI_I12_RESULTS_NOTES) MessageTypeSubStructName() string

type RRI_I12_VISIT 

type RRI_I12_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RRI_I12_VISIT represents the corresponding HL7 message type. Definition from HL7 2.3

func (*RRI_I12_VISIT) MessageTypeSubStructName 

func (s *RRI_I12_VISIT) MessageTypeSubStructName() string

type RRO_O02 

type RRO_O02 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	NTE      []NTE             `hl7:"false,NTE"`
	RESPONSE *RRO_O02_RESPONSE `hl7:"false,RESPONSE"`
	Other    []interface{}
}

RRO_O02 represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRO_O02) MessageTypeName 

func (s *RRO_O02) MessageTypeName() string

type RRO_O02_ORDER 

type RRO_O02_ORDER struct {
	ORC          *ORC                  `hl7:"true,ORC"`
	ORDER_DETAIL *RRO_O02_ORDER_DETAIL `hl7:"false,ORDER_DETAIL"`
	Other        []interface{}
}

RRO_O02_ORDER represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRO_O02_ORDER) MessageTypeSubStructName 

func (s *RRO_O02_ORDER) MessageTypeSubStructName() string

type RRO_O02_ORDER_DETAIL 

type RRO_O02_ORDER_DETAIL struct {
	RXO   *RXO  `hl7:"true,RXO"`
	NTE1  []NTE `hl7:"false,NTE1"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	NTE2  []NTE `hl7:"false,NTE2"`
	Other []interface{}
}

RRO_O02_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRO_O02_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RRO_O02_ORDER_DETAIL) MessageTypeSubStructName() string

type RRO_O02_PATIENT 

type RRO_O02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RRO_O02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRO_O02_PATIENT) MessageTypeSubStructName 

func (s *RRO_O02_PATIENT) MessageTypeSubStructName() string

type RRO_O02_RESPONSE 

type RRO_O02_RESPONSE struct {
	PATIENT *RRO_O02_PATIENT `hl7:"false,PATIENT"`
	ORDER   []RRO_O02_ORDER  `hl7:"true,ORDER"`
	Other   []interface{}
}

RRO_O02_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.3.1

func (*RRO_O02_RESPONSE) MessageTypeSubStructName 

func (s *RRO_O02_RESPONSE) MessageTypeSubStructName() string

type RSP_K11 

type RSP_K11 struct {
	MSH *MSH `hl7:"true,MSH"`
	MSA *MSA `hl7:"true,MSA"`
	ERR *ERR `hl7:"false,ERR"`
	QAK *QAK `hl7:"true,QAK"`
	QPD *QPD `hl7:"true,QPD"`
	// Missing: anyZSegment
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

RSP_K11 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K11) MessageTypeName 

func (s *RSP_K11) MessageTypeName() string

type RSP_K13 

type RSP_K13 struct {
	MSH            *MSH                    `hl7:"true,MSH"`
	MSA            *MSA                    `hl7:"true,MSA"`
	ERR            *ERR                    `hl7:"false,ERR"`
	QAK            *QAK                    `hl7:"true,QAK"`
	QPD            *QPD                    `hl7:"true,QPD"`
	ROW_DEFINITION *RSP_K13_ROW_DEFINITION `hl7:"false,ROW_DEFINITION"`
	DSC            *DSC                    `hl7:"false,DSC"`
	Other          []interface{}
}

RSP_K13 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K13) MessageTypeName 

func (s *RSP_K13) MessageTypeName() string

type RSP_K13_ROW_DEFINITION 

type RSP_K13_ROW_DEFINITION struct {
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"false,RDT"`
	Other []interface{}
}

RSP_K13_ROW_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K13_ROW_DEFINITION) MessageTypeSubStructName 

func (s *RSP_K13_ROW_DEFINITION) MessageTypeSubStructName() string

type RSP_K15 

type RSP_K15 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"true,QAK"`
	QPD   *QPD  `hl7:"true,QPD"`
	DSP   []DSP `hl7:"false,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

RSP_K15 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K15) MessageTypeName 

func (s *RSP_K15) MessageTypeName() string

type RSP_K21 

type RSP_K21 struct {
	MSH            *MSH                    `hl7:"true,MSH"`
	MSA            *MSA                    `hl7:"true,MSA"`
	ERR            *ERR                    `hl7:"false,ERR"`
	QAK            *QAK                    `hl7:"true,QAK"`
	QPD            *QPD                    `hl7:"true,QPD"`
	QUERY_RESPONSE *RSP_K21_QUERY_RESPONSE `hl7:"false,QUERY_RESPONSE"`
	DSC            *DSC                    `hl7:"false,DSC"`
	Other          []interface{}
}

RSP_K21 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K21) MessageTypeName 

func (s *RSP_K21) MessageTypeName() string

type RSP_K21_QUERY_RESPONSE 

type RSP_K21_QUERY_RESPONSE struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	Other []interface{}
}

RSP_K21_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K21_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *RSP_K21_QUERY_RESPONSE) MessageTypeSubStructName() string

type RSP_K22 

type RSP_K22 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QAK            *QAK                     `hl7:"true,QAK"`
	QPD            *QPD                     `hl7:"true,QPD"`
	QUERY_RESPONSE []RSP_K22_QUERY_RESPONSE `hl7:"false,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

RSP_K22 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K22) MessageTypeName 

func (s *RSP_K22) MessageTypeName() string

type RSP_K22_QUERY_RESPONSE 

type RSP_K22_QUERY_RESPONSE struct {
	PID   *PID `hl7:"true,PID"`
	PD1   *PD1 `hl7:"false,PD1"`
	QRI   *QRI `hl7:"false,QRI"`
	Other []interface{}
}

RSP_K22_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K22_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *RSP_K22_QUERY_RESPONSE) MessageTypeSubStructName() string

type RSP_K23 

type RSP_K23 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	QAK   *QAK `hl7:"true,QAK"`
	QPD   *QPD `hl7:"true,QPD"`
	PID   *PID `hl7:"false,PID"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

RSP_K23 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K23) MessageTypeName 

func (s *RSP_K23) MessageTypeName() string

type RSP_K24 

type RSP_K24 struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	QAK   *QAK `hl7:"true,QAK"`
	QPD   *QPD `hl7:"true,QPD"`
	PID   *PID `hl7:"false,PID"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

RSP_K24 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K24) MessageTypeName 

func (s *RSP_K24) MessageTypeName() string

type RSP_K25 

type RSP_K25 struct {
	MSH   *MSH            `hl7:"true,MSH"`
	MSA   *MSA            `hl7:"true,MSA"`
	ERR   *ERR            `hl7:"false,ERR"`
	QAK   *QAK            `hl7:"true,QAK"`
	QPD   *QPD            `hl7:"true,QPD"`
	RCP   *RCP            `hl7:"true,RCP"`
	STAFF []RSP_K25_STAFF `hl7:"true,STAFF"`
	DSC   *DSC            `hl7:"false,DSC"`
	Other []interface{}
}

RSP_K25 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K25) MessageTypeName 

func (s *RSP_K25) MessageTypeName() string

type RSP_K25_STAFF 

type RSP_K25_STAFF struct {
	STF   *STF  `hl7:"true,STF"`
	PRA   *PRA  `hl7:"false,PRA"`
	ORG   []ORG `hl7:"false,ORG"`
	AFF   []AFF `hl7:"false,AFF"`
	LAN   []LAN `hl7:"false,LAN"`
	EDU   []EDU `hl7:"false,EDU"`
	Other []interface{}
}

RSP_K25_STAFF represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_K25_STAFF) MessageTypeSubStructName 

func (s *RSP_K25_STAFF) MessageTypeSubStructName() string

type RSP_Z82 

type RSP_Z82 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QAK            *QAK                     `hl7:"true,QAK"`
	QPD            *QPD                     `hl7:"true,QPD"`
	RCP            *RCP                     `hl7:"true,RCP"`
	QUERY_RESPONSE []RSP_Z82_QUERY_RESPONSE `hl7:"true,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

RSP_Z82 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82) MessageTypeName 

func (s *RSP_Z82) MessageTypeName() string

type RSP_Z82_COMMON_ORDER 

type RSP_Z82_COMMON_ORDER struct {
	ORC           *ORC                   `hl7:"true,ORC"`
	ORDER_DETAIL  *RSP_Z82_ORDER_DETAIL  `hl7:"false,ORDER_DETAIL"`
	ENCODED_ORDER *RSP_Z82_ENCODED_ORDER `hl7:"false,ENCODED_ORDER"`
	RXD           *RXD                   `hl7:"true,RXD"`
	RXR           []RXR                  `hl7:"true,RXR"`
	RXC           []RXC                  `hl7:"false,RXC"`
	OBSERVATION   []RSP_Z82_OBSERVATION  `hl7:"true,OBSERVATION"`
	Other         []interface{}
}

RSP_Z82_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_COMMON_ORDER) MessageTypeSubStructName 

func (s *RSP_Z82_COMMON_ORDER) MessageTypeSubStructName() string

type RSP_Z82_ENCODED_ORDER 

type RSP_Z82_ENCODED_ORDER struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z82_ENCODED_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_ENCODED_ORDER) MessageTypeSubStructName 

func (s *RSP_Z82_ENCODED_ORDER) MessageTypeSubStructName() string

type RSP_Z82_OBSERVATION 

type RSP_Z82_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RSP_Z82_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_OBSERVATION) MessageTypeSubStructName 

func (s *RSP_Z82_OBSERVATION) MessageTypeSubStructName() string

type RSP_Z82_ORDER_DETAIL 

type RSP_Z82_ORDER_DETAIL struct {
	RXO       *RXO               `hl7:"true,RXO"`
	NTE       []NTE              `hl7:"false,NTE"`
	RXR       []RXR              `hl7:"true,RXR"`
	TREATMENT *RSP_Z82_TREATMENT `hl7:"false,TREATMENT"`
	Other     []interface{}
}

RSP_Z82_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RSP_Z82_ORDER_DETAIL) MessageTypeSubStructName() string

type RSP_Z82_PATIENT 

type RSP_Z82_PATIENT struct {
	PID          *PID                   `hl7:"true,PID"`
	PD1          *PD1                   `hl7:"false,PD1"`
	NTE          []NTE                  `hl7:"false,NTE"`
	VISIT        *RSP_Z82_VISIT         `hl7:"false,VISIT"`
	COMMON_ORDER []RSP_Z82_COMMON_ORDER `hl7:"true,COMMON_ORDER"`
	Other        []interface{}
}

RSP_Z82_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_PATIENT) MessageTypeSubStructName 

func (s *RSP_Z82_PATIENT) MessageTypeSubStructName() string

type RSP_Z82_PATIENT_VISIT 

type RSP_Z82_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RSP_Z82_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_PATIENT_VISIT) MessageTypeSubStructName 

func (s *RSP_Z82_PATIENT_VISIT) MessageTypeSubStructName() string

type RSP_Z82_QUERY_RESPONSE 

type RSP_Z82_QUERY_RESPONSE struct {
	PATIENT *RSP_Z82_PATIENT `hl7:"false,PATIENT"`
	Other   []interface{}
}

RSP_Z82_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *RSP_Z82_QUERY_RESPONSE) MessageTypeSubStructName() string

type RSP_Z82_TREATMENT 

type RSP_Z82_TREATMENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RSP_Z82_TREATMENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_TREATMENT) MessageTypeSubStructName 

func (s *RSP_Z82_TREATMENT) MessageTypeSubStructName() string

type RSP_Z82_VISIT 

type RSP_Z82_VISIT struct {
	AL1           []AL1                  `hl7:"true,AL1"`
	PATIENT_VISIT *RSP_Z82_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	Other         []interface{}
}

RSP_Z82_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z82_VISIT) MessageTypeSubStructName 

func (s *RSP_Z82_VISIT) MessageTypeSubStructName() string

type RSP_Z86 

type RSP_Z86 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QAK            *QAK                     `hl7:"true,QAK"`
	QPD            *QPD                     `hl7:"true,QPD"`
	QUERY_RESPONSE []RSP_Z86_QUERY_RESPONSE `hl7:"true,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"false,DSC"`
	Other          []interface{}
}

RSP_Z86 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86) MessageTypeName 

func (s *RSP_Z86) MessageTypeName() string

type RSP_Z86_ADMINISTRATION 

type RSP_Z86_ADMINISTRATION struct {
	RXA   *RXA  `hl7:"true,RXA"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z86_ADMINISTRATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_ADMINISTRATION) MessageTypeSubStructName 

func (s *RSP_Z86_ADMINISTRATION) MessageTypeSubStructName() string

type RSP_Z86_COMMON_ORDER 

type RSP_Z86_COMMON_ORDER struct {
	ORC            *ORC                    `hl7:"true,ORC"`
	ORDER_DETAIL   *RSP_Z86_ORDER_DETAIL   `hl7:"false,ORDER_DETAIL"`
	ENCODED_ORDER  *RSP_Z86_ENCODED_ORDER  `hl7:"false,ENCODED_ORDER"`
	DISPENSE       *RSP_Z86_DISPENSE       `hl7:"false,DISPENSE"`
	GIVE           *RSP_Z86_GIVE           `hl7:"false,GIVE"`
	ADMINISTRATION *RSP_Z86_ADMINISTRATION `hl7:"false,ADMINISTRATION"`
	OBSERVATION    []RSP_Z86_OBSERVATION   `hl7:"true,OBSERVATION"`
	Other          []interface{}
}

RSP_Z86_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_COMMON_ORDER) MessageTypeSubStructName 

func (s *RSP_Z86_COMMON_ORDER) MessageTypeSubStructName() string

type RSP_Z86_DISPENSE 

type RSP_Z86_DISPENSE struct {
	RXD   *RXD  `hl7:"true,RXD"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z86_DISPENSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_DISPENSE) MessageTypeSubStructName 

func (s *RSP_Z86_DISPENSE) MessageTypeSubStructName() string

type RSP_Z86_ENCODED_ORDER 

type RSP_Z86_ENCODED_ORDER struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z86_ENCODED_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_ENCODED_ORDER) MessageTypeSubStructName 

func (s *RSP_Z86_ENCODED_ORDER) MessageTypeSubStructName() string

type RSP_Z86_GIVE 

type RSP_Z86_GIVE struct {
	RXG   *RXG  `hl7:"true,RXG"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z86_GIVE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_GIVE) MessageTypeSubStructName 

func (s *RSP_Z86_GIVE) MessageTypeSubStructName() string

type RSP_Z86_OBSERVATION 

type RSP_Z86_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RSP_Z86_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_OBSERVATION) MessageTypeSubStructName 

func (s *RSP_Z86_OBSERVATION) MessageTypeSubStructName() string

type RSP_Z86_ORDER_DETAIL 

type RSP_Z86_ORDER_DETAIL struct {
	RXO   *RXO  `hl7:"true,RXO"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z86_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RSP_Z86_ORDER_DETAIL) MessageTypeSubStructName() string

type RSP_Z86_PATIENT 

type RSP_Z86_PATIENT struct {
	PID          *PID                   `hl7:"true,PID"`
	PD1          *PD1                   `hl7:"false,PD1"`
	NTE          []NTE                  `hl7:"false,NTE"`
	AL1          []AL1                  `hl7:"false,AL1"`
	COMMON_ORDER []RSP_Z86_COMMON_ORDER `hl7:"true,COMMON_ORDER"`
	Other        []interface{}
}

RSP_Z86_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_PATIENT) MessageTypeSubStructName 

func (s *RSP_Z86_PATIENT) MessageTypeSubStructName() string

type RSP_Z86_QUERY_RESPONSE 

type RSP_Z86_QUERY_RESPONSE struct {
	PATIENT *RSP_Z86_PATIENT `hl7:"false,PATIENT"`
	Other   []interface{}
}

RSP_Z86_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z86_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *RSP_Z86_QUERY_RESPONSE) MessageTypeSubStructName() string

type RSP_Z88 

type RSP_Z88 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QAK            *QAK                     `hl7:"true,QAK"`
	QPD            *QPD                     `hl7:"true,QPD"`
	RCP            *RCP                     `hl7:"true,RCP"`
	QUERY_RESPONSE []RSP_Z88_QUERY_RESPONSE `hl7:"true,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"true,DSC"`
	Other          []interface{}
}

RSP_Z88 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88) MessageTypeName 

func (s *RSP_Z88) MessageTypeName() string

type RSP_Z88_ALLERGY 

type RSP_Z88_ALLERGY struct {
	AL1   []AL1          `hl7:"true,AL1"`
	VISIT *RSP_Z88_VISIT `hl7:"false,VISIT"`
	Other []interface{}
}

RSP_Z88_ALLERGY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_ALLERGY) MessageTypeSubStructName 

func (s *RSP_Z88_ALLERGY) MessageTypeSubStructName() string

type RSP_Z88_COMMON_ORDER 

type RSP_Z88_COMMON_ORDER struct {
	ORC           *ORC                   `hl7:"true,ORC"`
	ORDER_DETAIL  *RSP_Z88_ORDER_DETAIL  `hl7:"false,ORDER_DETAIL"`
	ORDER_ENCODED *RSP_Z88_ORDER_ENCODED `hl7:"false,ORDER_ENCODED"`
	RXD           *RXD                   `hl7:"true,RXD"`
	RXR           []RXR                  `hl7:"true,RXR"`
	RXC           []RXC                  `hl7:"false,RXC"`
	OBSERVATION   []RSP_Z88_OBSERVATION  `hl7:"true,OBSERVATION"`
	Other         []interface{}
}

RSP_Z88_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_COMMON_ORDER) MessageTypeSubStructName 

func (s *RSP_Z88_COMMON_ORDER) MessageTypeSubStructName() string

type RSP_Z88_COMPONENT 

type RSP_Z88_COMPONENT struct {
	RXC   []RXC `hl7:"true,RXC"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RSP_Z88_COMPONENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_COMPONENT) MessageTypeSubStructName 

func (s *RSP_Z88_COMPONENT) MessageTypeSubStructName() string

type RSP_Z88_OBSERVATION 

type RSP_Z88_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RSP_Z88_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_OBSERVATION) MessageTypeSubStructName 

func (s *RSP_Z88_OBSERVATION) MessageTypeSubStructName() string

type RSP_Z88_ORDER_DETAIL 

type RSP_Z88_ORDER_DETAIL struct {
	RXO       *RXO               `hl7:"true,RXO"`
	NTE       []NTE              `hl7:"false,NTE"`
	RXR       []RXR              `hl7:"true,RXR"`
	COMPONENT *RSP_Z88_COMPONENT `hl7:"false,COMPONENT"`
	Other     []interface{}
}

RSP_Z88_ORDER_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_ORDER_DETAIL) MessageTypeSubStructName 

func (s *RSP_Z88_ORDER_DETAIL) MessageTypeSubStructName() string

type RSP_Z88_ORDER_ENCODED 

type RSP_Z88_ORDER_ENCODED struct {
	RXE   *RXE  `hl7:"true,RXE"`
	RXR   []RXR `hl7:"true,RXR"`
	RXC   []RXC `hl7:"false,RXC"`
	Other []interface{}
}

RSP_Z88_ORDER_ENCODED represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_ORDER_ENCODED) MessageTypeSubStructName 

func (s *RSP_Z88_ORDER_ENCODED) MessageTypeSubStructName() string

type RSP_Z88_PATIENT 

type RSP_Z88_PATIENT struct {
	PID          *PID                   `hl7:"true,PID"`
	PD1          *PD1                   `hl7:"false,PD1"`
	NTE          []NTE                  `hl7:"false,NTE"`
	ALLERGY      *RSP_Z88_ALLERGY       `hl7:"false,ALLERGY"`
	COMMON_ORDER []RSP_Z88_COMMON_ORDER `hl7:"true,COMMON_ORDER"`
	Other        []interface{}
}

RSP_Z88_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_PATIENT) MessageTypeSubStructName 

func (s *RSP_Z88_PATIENT) MessageTypeSubStructName() string

type RSP_Z88_QUERY_RESPONSE 

type RSP_Z88_QUERY_RESPONSE struct {
	PATIENT *RSP_Z88_PATIENT `hl7:"false,PATIENT"`
	Other   []interface{}
}

RSP_Z88_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *RSP_Z88_QUERY_RESPONSE) MessageTypeSubStructName() string

type RSP_Z88_VISIT 

type RSP_Z88_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RSP_Z88_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z88_VISIT) MessageTypeSubStructName 

func (s *RSP_Z88_VISIT) MessageTypeSubStructName() string

type RSP_Z90 

type RSP_Z90 struct {
	MSH            *MSH                     `hl7:"true,MSH"`
	MSA            *MSA                     `hl7:"true,MSA"`
	ERR            *ERR                     `hl7:"false,ERR"`
	QAK            *QAK                     `hl7:"true,QAK"`
	QPD            *QPD                     `hl7:"true,QPD"`
	RCP            *RCP                     `hl7:"true,RCP"`
	QUERY_RESPONSE []RSP_Z90_QUERY_RESPONSE `hl7:"true,QUERY_RESPONSE"`
	DSC            *DSC                     `hl7:"true,DSC"`
	Other          []interface{}
}

RSP_Z90 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z90) MessageTypeName 

func (s *RSP_Z90) MessageTypeName() string

type RSP_Z90_COMMON_ORDER 

type RSP_Z90_COMMON_ORDER struct {
	ORC         *ORC                  `hl7:"true,ORC"`
	OBR         *OBR                  `hl7:"true,OBR"`
	NTE         []NTE                 `hl7:"false,NTE"`
	CTD         *CTD                  `hl7:"false,CTD"`
	OBSERVATION []RSP_Z90_OBSERVATION `hl7:"true,OBSERVATION"`
	Other       []interface{}
}

RSP_Z90_COMMON_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z90_COMMON_ORDER) MessageTypeSubStructName 

func (s *RSP_Z90_COMMON_ORDER) MessageTypeSubStructName() string

type RSP_Z90_OBSERVATION 

type RSP_Z90_OBSERVATION struct {
	OBX   *OBX  `hl7:"false,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

RSP_Z90_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z90_OBSERVATION) MessageTypeSubStructName 

func (s *RSP_Z90_OBSERVATION) MessageTypeSubStructName() string

type RSP_Z90_PATIENT 

type RSP_Z90_PATIENT struct {
	PID   *PID           `hl7:"true,PID"`
	PD1   *PD1           `hl7:"false,PD1"`
	NK1   []NK1          `hl7:"false,NK1"`
	NTE   []NTE          `hl7:"false,NTE"`
	VISIT *RSP_Z90_VISIT `hl7:"false,VISIT"`
	Other []interface{}
}

RSP_Z90_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z90_PATIENT) MessageTypeSubStructName 

func (s *RSP_Z90_PATIENT) MessageTypeSubStructName() string

type RSP_Z90_QUERY_RESPONSE 

type RSP_Z90_QUERY_RESPONSE struct {
	PATIENT      *RSP_Z90_PATIENT       `hl7:"false,PATIENT"`
	COMMON_ORDER []RSP_Z90_COMMON_ORDER `hl7:"true,COMMON_ORDER"`
	Other        []interface{}
}

RSP_Z90_QUERY_RESPONSE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z90_QUERY_RESPONSE) MessageTypeSubStructName 

func (s *RSP_Z90_QUERY_RESPONSE) MessageTypeSubStructName() string

type RSP_Z90_VISIT 

type RSP_Z90_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

RSP_Z90_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RSP_Z90_VISIT) MessageTypeSubStructName 

func (s *RSP_Z90_VISIT) MessageTypeSubStructName() string

type RTB_K13 

type RTB_K13 struct {
	MSH            *MSH                    `hl7:"true,MSH"`
	MSA            *MSA                    `hl7:"true,MSA"`
	ERR            *ERR                    `hl7:"false,ERR"`
	QAK            *QAK                    `hl7:"true,QAK"`
	QPD            *QPD                    `hl7:"true,QPD"`
	ROW_DEFINITION *RTB_K13_ROW_DEFINITION `hl7:"false,ROW_DEFINITION"`
	DSC            *DSC                    `hl7:"false,DSC"`
	Other          []interface{}
}

RTB_K13 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_K13) MessageTypeName 

func (s *RTB_K13) MessageTypeName() string

type RTB_K13_ROW_DEFINITION 

type RTB_K13_ROW_DEFINITION struct {
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"false,RDT"`
	Other []interface{}
}

RTB_K13_ROW_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_K13_ROW_DEFINITION) MessageTypeSubStructName 

func (s *RTB_K13_ROW_DEFINITION) MessageTypeSubStructName() string

type RTB_Knn 

type RTB_Knn struct {
	MSH   *MSH `hl7:"true,MSH"`
	MSA   *MSA `hl7:"true,MSA"`
	ERR   *ERR `hl7:"false,ERR"`
	QAK   *QAK `hl7:"true,QAK"`
	QPD   *QPD `hl7:"true,QPD"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

RTB_Knn represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_Knn) MessageTypeName 

func (s *RTB_Knn) MessageTypeName() string

type RTB_Q13 

type RTB_Q13 struct {
	MSH            *MSH                    `hl7:"true,MSH"`
	MSA            *MSA                    `hl7:"true,MSA"`
	ERR            *ERR                    `hl7:"false,ERR"`
	QAK            *QAK                    `hl7:"true,QAK"`
	QPD            *QPD                    `hl7:"true,QPD"`
	ROW_DEFINITION *RTB_Q13_ROW_DEFINITION `hl7:"false,ROW_DEFINITION"`
	DSC            *DSC                    `hl7:"false,DSC"`
	Other          []interface{}
}

RTB_Q13 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_Q13) MessageTypeName 

func (s *RTB_Q13) MessageTypeName() string

type RTB_Q13_ROW_DEFINITION 

type RTB_Q13_ROW_DEFINITION struct {
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"false,RDT"`
	Other []interface{}
}

RTB_Q13_ROW_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_Q13_ROW_DEFINITION) MessageTypeSubStructName 

func (s *RTB_Q13_ROW_DEFINITION) MessageTypeSubStructName() string

type RTB_Z74 

type RTB_Z74 struct {
	MSH            *MSH                    `hl7:"true,MSH"`
	MSA            *MSA                    `hl7:"true,MSA"`
	ERR            *ERR                    `hl7:"false,ERR"`
	QAK            *QAK                    `hl7:"true,QAK"`
	QPD            *QPD                    `hl7:"true,QPD"`
	ROW_DEFINITION *RTB_Z74_ROW_DEFINITION `hl7:"false,ROW_DEFINITION"`
	DSC            *DSC                    `hl7:"false,DSC"`
	Other          []interface{}
}

RTB_Z74 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_Z74) MessageTypeName 

func (s *RTB_Z74) MessageTypeName() string

type RTB_Z74_ROW_DEFINITION 

type RTB_Z74_ROW_DEFINITION struct {
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"false,RDT"`
	Other []interface{}
}

RTB_Z74_ROW_DEFINITION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*RTB_Z74_ROW_DEFINITION) MessageTypeSubStructName 

func (s *RTB_Z74_ROW_DEFINITION) MessageTypeSubStructName() string

type RX1 

type RX1 struct {
	UNUSED1              *ST  `hl7:"false,UNUSED"`                   // RX1-1
	UNUSED2              *ST  `hl7:"false,UNUSED"`                   // RX1-2
	ROUTE                *ST  `hl7:"false,ROUTE"`                    // RX1-3
	SITEADMINISTERED     *ST  `hl7:"false,SITE ADMINISTERED"`        // RX1-4
	IVSOLUTIONRATE       *CQ  `hl7:"false,IV SOLUTION RATE"`         // RX1-5
	DRUGSTRENGTH         *CQ  `hl7:"false,DRUG STRENGTH"`            // RX1-6
	FINALCONCENTRATION   *NM  `hl7:"false,FINAL CONCENTRATION"`      // RX1-7
	FINALVOLUMEINML      *NM  `hl7:"false,FINAL VOLUME IN ML."`      // RX1-8
	DRUGDOSE             *CM  `hl7:"false,DRUG DOSE"`                // RX1-9
	DRUGROLE             *ID  `hl7:"false,DRUG ROLE"`                // RX1-10
	PRESCRIPTIONSEQUENCE *NM  `hl7:"false,PRESCRIPTION SEQUENCE #"`  // RX1-11
	QUANTITYDISPENSED    *CQ  `hl7:"false,QUANTITY DISPENSED"`       // RX1-12
	UNUSED3              *ST  `hl7:"false,UNUSED"`                   // RX1-13
	DRUGID               *CE  `hl7:"false,DRUG ID"`                  // RX1-14
	COMPONENTDRUGIDS     []ID `hl7:"false,COMPONENT DRUG IDS"`       // RX1-15
	PRESCRIPTIONTYPE     *ID  `hl7:"false,PRESCRIPTION TYPE"`        // RX1-16
	SUBSTITUTIONSTATUS   *ID  `hl7:"false,SUBSTITUTION STATUS"`      // RX1-17
	RXORDERSTATUS        *ID  `hl7:"false,RX ORDER STATUS"`          // RX1-18
	NUMBEROFREFILLS      *NM  `hl7:"false,NUMBER OF REFILLS"`        // RX1-19
	UNUSED4              *ST  `hl7:"false,UNUSED"`                   // RX1-20
	REFILLSREMAINING     *NM  `hl7:"false,REFILLS REMAINING"`        // RX1-21
	DEACLASS             *ID  `hl7:"false,DEA CLASS"`                // RX1-22
	ORDERINGMDSDEANUMBER *NM  `hl7:"false,ORDERING MD'S DEA NUMBER"` // RX1-23
	UNUSED5              *ST  `hl7:"false,UNUSED"`                   // RX1-24
	LASTREFILLDATETIME   *TS  `hl7:"false,LAST REFILL DATE/TIME"`    // RX1-25
	RXNUMBER             *ST  `hl7:"false,RX NUMBER"`                // RX1-26
	PRNSTATUS            *ID  `hl7:"false,PRN STATUS"`               // RX1-27
	PHARMACYINSTRUCTIONS []TX `hl7:"false,PHARMACY INSTRUCTIONS"`    // RX1-28
	PATIENTINSTRUCTIONS  []TX `hl7:"false,PATIENT INSTRUCTIONS"`     // RX1-29
	INSTRUCTIONS         []TX `hl7:"false,INSTRUCTIONS"`             // RX1-30
}

RX1 represents the corresponding HL7 segment. Definition from HL7 2.1

func (*RX1) SegmentName 

func (s *RX1) SegmentName() string

type RXA 

type RXA struct {
	GiveSubIDCounter                *NM   `hl7:"true,Give Sub-ID Counter"`                 // RXA-1
	AdministrationSubIDCounter      *NM   `hl7:"true,Administration Sub-ID Counter"`       // RXA-2
	DateTimeStartOfAdministration   *TS   `hl7:"true,Date/Time Start Of Administration"`   // RXA-3
	DateTimeEndOfAdministration     *TS   `hl7:"true,Date/Time End Of Administration"`     // RXA-4
	AdministeredCode                *CE   `hl7:"true,Administered Code"`                   // RXA-5
	AdministeredAmount              *NM   `hl7:"true,Administered Amount"`                 // RXA-6
	AdministeredUnits               *CE   `hl7:"false,Administered Units"`                 // RXA-7
	AdministeredDosageForm          *CE   `hl7:"false,Administered Dosage Form"`           // RXA-8
	AdministrationNotes             []CE  `hl7:"false,Administration Notes"`               // RXA-9
	AdministeringProvider           []XCN `hl7:"false,Administering Provider"`             // RXA-10
	AdministeredAtLocation          *LA2  `hl7:"false,Administered-At Location"`           // RXA-11
	AdministeredPerTimeUnit         *ST   `hl7:"false,Administered Per (Time Unit)"`       // RXA-12
	AdministeredStrength            *NM   `hl7:"false,Administered Strength"`              // RXA-13
	AdministeredStrengthUnits       *CE   `hl7:"false,Administered Strength Units"`        // RXA-14
	SubstanceLotNumber              []ST  `hl7:"false,Substance Lot Number"`               // RXA-15
	SubstanceExpirationDate         []TS  `hl7:"false,Substance Expiration Date"`          // RXA-16
	SubstanceManufacturerName       []CE  `hl7:"false,Substance Manufacturer Name"`        // RXA-17
	SubstanceTreatmentRefusalReason []CE  `hl7:"false,Substance/Treatment Refusal Reason"` // RXA-18
	Indication                      []CE  `hl7:"false,Indication"`                         // RXA-19
	CompletionStatus                *ID   `hl7:"false,Completion Status"`                  // RXA-20
	ActionCodeRXA                   *ID   `hl7:"false,Action Code-RXA"`                    // RXA-21
	SystemEntryDateTime             *TS   `hl7:"false,System Entry Date/Time"`             // RXA-22
}

RXA represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXA) SegmentName 

func (s *RXA) SegmentName() string

type RXC 

type RXC struct {
	RXComponentType        *ID  `hl7:"true,RX Component Type"`         // RXC-1
	ComponentCode          *CE  `hl7:"true,Component Code"`            // RXC-2
	ComponentAmount        *NM  `hl7:"true,Component Amount"`          // RXC-3
	ComponentUnits         *CE  `hl7:"true,Component Units"`           // RXC-4
	ComponentStrength      *NM  `hl7:"false,Component Strength"`       // RXC-5
	ComponentStrengthUnits *CE  `hl7:"false,Component Strength Units"` // RXC-6
	SupplementaryCode      []CE `hl7:"false,Supplementary Code"`       // RXC-7
}

RXC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXC) SegmentName 

func (s *RXC) SegmentName() string

type RXD 

type RXD struct {
	DispenseSubIDCounter                                    *NM   `hl7:"true,Dispense Sub-ID Counter"`                                        // RXD-1
	DispenseGiveCode                                        *CE   `hl7:"true,Dispense/Give Code"`                                             // RXD-2
	DateTimeDispensed                                       *TS   `hl7:"true,Date/Time Dispensed"`                                            // RXD-3
	ActualDispenseAmount                                    *NM   `hl7:"true,Actual Dispense Amount"`                                         // RXD-4
	ActualDispenseUnits                                     *CE   `hl7:"false,Actual Dispense Units"`                                         // RXD-5
	ActualDosageForm                                        *CE   `hl7:"false,Actual Dosage Form"`                                            // RXD-6
	PrescriptionNumber                                      *ST   `hl7:"true,Prescription Number"`                                            // RXD-7
	NumberOfRefillsRemaining                                *NM   `hl7:"false,Number Of Refills Remaining"`                                   // RXD-8
	DispenseNotes                                           []ST  `hl7:"false,Dispense Notes"`                                                // RXD-9
	DispensingProvider                                      []XCN `hl7:"false,Dispensing Provider"`                                           // RXD-10
	SubstitutionStatus                                      *ID   `hl7:"false,Substitution Status"`                                           // RXD-11
	TotalDailyDose                                          *CQ   `hl7:"false,Total Daily Dose"`                                              // RXD-12
	DispenseToLocation                                      *LA2  `hl7:"false,Dispense-To Location"`                                          // RXD-13
	NeedsHumanReview                                        *ID   `hl7:"false,Needs Human Review"`                                            // RXD-14
	PharmacyTreatmentSupplierSSpecialDispensingInstructions []CE  `hl7:"false,Pharmacy/Treatment Supplier'S Special Dispensing Instructions"` // RXD-15
	ActualStrength                                          *NM   `hl7:"false,Actual Strength"`                                               // RXD-16
	ActualStrengthUnit                                      *CE   `hl7:"false,Actual Strength Unit"`                                          // RXD-17
	SubstanceLotNumber                                      []ST  `hl7:"false,Substance Lot Number"`                                          // RXD-18
	SubstanceExpirationDate                                 []TS  `hl7:"false,Substance Expiration Date"`                                     // RXD-19
	SubstanceManufacturerName                               []CE  `hl7:"false,Substance Manufacturer Name"`                                   // RXD-20
	Indication                                              []CE  `hl7:"false,Indication"`                                                    // RXD-21
	DispensePackageSize                                     *NM   `hl7:"false,Dispense Package Size"`                                         // RXD-22
	DispensePackageSizeUnit                                 *CE   `hl7:"false,Dispense Package Size Unit"`                                    // RXD-23
	DispensePackageMethod                                   *ID   `hl7:"false,Dispense Package Method"`                                       // RXD-24
	SupplementaryCode                                       []CE  `hl7:"false,Supplementary Code"`                                            // RXD-25
	InitiatingLocation                                      *CE   `hl7:"false,Initiating Location"`                                           // RXD-26
	PackagingAssemblyLocation                               *CE   `hl7:"false,Packaging/Assembly Location"`                                   // RXD-27
}

RXD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXD) SegmentName 

func (s *RXD) SegmentName() string

type RXE 

type RXE struct {
	QuantityTiming                                          *TQ   `hl7:"true,Quantity/Timing"`                                                // RXE-1
	GiveCode                                                *CE   `hl7:"true,Give Code"`                                                      // RXE-2
	GiveAmountMinimum                                       *NM   `hl7:"true,Give Amount - Minimum"`                                          // RXE-3
	GiveAmountMaximum                                       *NM   `hl7:"false,Give Amount - Maximum"`                                         // RXE-4
	GiveUnits                                               *CE   `hl7:"true,Give Units"`                                                     // RXE-5
	GiveDosageForm                                          *CE   `hl7:"false,Give Dosage Form"`                                              // RXE-6
	ProviderSAdministrationInstructions                     []CE  `hl7:"false,Provider'S Administration Instructions"`                        // RXE-7
	DeliverToLocation                                       *LA1  `hl7:"false,Deliver-To Location"`                                           // RXE-8
	SubstitutionStatus                                      *ID   `hl7:"false,Substitution Status"`                                           // RXE-9
	DispenseAmount                                          *NM   `hl7:"false,Dispense Amount"`                                               // RXE-10
	DispenseUnits                                           *CE   `hl7:"false,Dispense Units"`                                                // RXE-11
	NumberOfRefills                                         *NM   `hl7:"false,Number Of Refills"`                                             // RXE-12
	OrderingProviderSDEANumber                              []XCN `hl7:"false,Ordering Provider'S DEA Number"`                                // RXE-13
	PharmacistTreatmentSupplierSVerifierID                  []XCN `hl7:"false,Pharmacist/Treatment Supplier'S Verifier ID"`                   // RXE-14
	PrescriptionNumber                                      *ST   `hl7:"false,Prescription Number"`                                           // RXE-15
	NumberOfRefillsRemaining                                *NM   `hl7:"false,Number Of Refills Remaining"`                                   // RXE-16
	NumberOfRefillsDosesDispensed                           *NM   `hl7:"false,Number Of Refills/Doses Dispensed"`                             // RXE-17
	DTOfMostRecentRefillOrDoseDispensed                     *TS   `hl7:"false,D/T Of Most Recent Refill Or Dose Dispensed"`                   // RXE-18
	TotalDailyDose                                          *CQ   `hl7:"false,Total Daily Dose"`                                              // RXE-19
	NeedsHumanReview                                        *ID   `hl7:"false,Needs Human Review"`                                            // RXE-20
	PharmacyTreatmentSupplierSSpecialDispensingInstructions []CE  `hl7:"false,Pharmacy/Treatment Supplier'S Special Dispensing Instructions"` // RXE-21
	GivePerTimeUnit                                         *ST   `hl7:"false,Give Per (Time Unit)"`                                          // RXE-22
	GiveRateAmount                                          *ST   `hl7:"false,Give Rate Amount"`                                              // RXE-23
	GiveRateUnits                                           *CE   `hl7:"false,Give Rate Units"`                                               // RXE-24
	GiveStrength                                            *NM   `hl7:"false,Give Strength"`                                                 // RXE-25
	GiveStrengthUnits                                       *CE   `hl7:"false,Give Strength Units"`                                           // RXE-26
	GiveIndication                                          []CE  `hl7:"false,Give Indication"`                                               // RXE-27
	DispensePackageSize                                     *NM   `hl7:"false,Dispense Package Size"`                                         // RXE-28
	DispensePackageSizeUnit                                 *CE   `hl7:"false,Dispense Package Size Unit"`                                    // RXE-29
	DispensePackageMethod                                   *ID   `hl7:"false,Dispense Package Method"`                                       // RXE-30
	SupplementaryCode                                       []CE  `hl7:"false,Supplementary Code"`                                            // RXE-31
}

RXE represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXE) SegmentName 

func (s *RXE) SegmentName() string

type RXG 

type RXG struct {
	GiveSubIDCounter                                            *NM  `hl7:"true,Give Sub-ID Counter"`                                                // RXG-1
	DispenseSubIDCounter                                        *NM  `hl7:"false,Dispense Sub-ID Counter"`                                           // RXG-2
	QuantityTiming                                              *TQ  `hl7:"true,Quantity/Timing"`                                                    // RXG-3
	GiveCode                                                    *CE  `hl7:"true,Give Code"`                                                          // RXG-4
	GiveAmountMinimum                                           *NM  `hl7:"true,Give Amount - Minimum"`                                              // RXG-5
	GiveAmountMaximum                                           *NM  `hl7:"false,Give Amount - Maximum"`                                             // RXG-6
	GiveUnits                                                   *CE  `hl7:"true,Give Units"`                                                         // RXG-7
	GiveDosageForm                                              *CE  `hl7:"false,Give Dosage Form"`                                                  // RXG-8
	AdministrationNotes                                         []CE `hl7:"false,Administration Notes"`                                              // RXG-9
	SubstitutionStatus                                          *ID  `hl7:"false,Substitution Status"`                                               // RXG-10
	DispenseToLocation                                          *LA2 `hl7:"false,Dispense-To Location"`                                              // RXG-11
	NeedsHumanReview                                            *ID  `hl7:"false,Needs Human Review"`                                                // RXG-12
	PharmacyTreatmentSupplierSSpecialAdministrationInstructions []CE `hl7:"false,Pharmacy/Treatment Supplier'S Special Administration Instructions"` // RXG-13
	GivePerTimeUnit                                             *ST  `hl7:"false,Give Per (Time Unit)"`                                              // RXG-14
	GiveRateAmount                                              *ST  `hl7:"false,Give Rate Amount"`                                                  // RXG-15
	GiveRateUnits                                               *CE  `hl7:"false,Give Rate Units"`                                                   // RXG-16
	GiveStrength                                                *NM  `hl7:"false,Give Strength"`                                                     // RXG-17
	GiveStrengthUnits                                           *CE  `hl7:"false,Give Strength Units"`                                               // RXG-18
	SubstanceLotNumber                                          []ST `hl7:"false,Substance Lot Number"`                                              // RXG-19
	SubstanceExpirationDate                                     []TS `hl7:"false,Substance Expiration Date"`                                         // RXG-20
	SubstanceManufacturerName                                   []CE `hl7:"false,Substance Manufacturer Name"`                                       // RXG-21
	Indication                                                  []CE `hl7:"false,Indication"`                                                        // RXG-22
}

RXG represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXG) SegmentName 

func (s *RXG) SegmentName() string

type RXO 

type RXO struct {
	RequestedGiveCode                      *CE   `hl7:"false,Requested Give Code"`                         // RXO-1
	RequestedGiveAmountMinimum             *NM   `hl7:"false,Requested Give Amount - Minimum"`             // RXO-2
	RequestedGiveAmountMaximum             *NM   `hl7:"false,Requested Give Amount - Maximum"`             // RXO-3
	RequestedGiveUnits                     *CE   `hl7:"false,Requested Give Units"`                        // RXO-4
	RequestedDosageForm                    *CE   `hl7:"false,Requested Dosage Form"`                       // RXO-5
	ProviderSPharmacyTreatmentInstructions []CE  `hl7:"false,Provider'S Pharmacy/Treatment Instructions"`  // RXO-6
	ProviderSAdministrationInstructions    []CE  `hl7:"false,Provider'S Administration Instructions"`      // RXO-7
	DeliverToLocation                      *LA1  `hl7:"false,Deliver-To Location"`                         // RXO-8
	AllowSubstitutions                     *ID   `hl7:"false,Allow Substitutions"`                         // RXO-9
	RequestedDispenseCode                  *CE   `hl7:"false,Requested Dispense Code"`                     // RXO-10
	RequestedDispenseAmount                *NM   `hl7:"false,Requested Dispense Amount"`                   // RXO-11
	RequestedDispenseUnits                 *CE   `hl7:"false,Requested Dispense Units"`                    // RXO-12
	NumberOfRefills                        *NM   `hl7:"false,Number Of Refills"`                           // RXO-13
	OrderingProviderSDEANumber             []XCN `hl7:"false,Ordering Provider'S DEA Number"`              // RXO-14
	PharmacistTreatmentSupplierSVerifierID []XCN `hl7:"false,Pharmacist/Treatment Supplier'S Verifier ID"` // RXO-15
	NeedsHumanReview                       *ID   `hl7:"false,Needs Human Review"`                          // RXO-16
	RequestedGivePerTimeUnit               *ST   `hl7:"false,Requested Give Per (Time Unit)"`              // RXO-17
	RequestedGiveStrength                  *NM   `hl7:"false,Requested Give Strength"`                     // RXO-18
	RequestedGiveStrengthUnits             *CE   `hl7:"false,Requested Give Strength Units"`               // RXO-19
	Indication                             []CE  `hl7:"false,Indication"`                                  // RXO-20
	RequestedGiveRateAmount                *ST   `hl7:"false,Requested Give Rate Amount"`                  // RXO-21
	RequestedGiveRateUnits                 *CE   `hl7:"false,Requested Give Rate Units"`                   // RXO-22
	TotalDailyDose                         *CQ   `hl7:"false,Total Daily Dose"`                            // RXO-23
	SupplementaryCode                      []CE  `hl7:"false,Supplementary Code"`                          // RXO-24
}

RXO represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXO) SegmentName 

func (s *RXO) SegmentName() string

type RXR 

type RXR struct {
	Route                *CE `hl7:"true,Route"`                  // RXR-1
	AdministrationSite   *CE `hl7:"false,Administration Site"`   // RXR-2
	AdministrationDevice *CE `hl7:"false,Administration Device"` // RXR-3
	AdministrationMethod *CE `hl7:"false,Administration Method"` // RXR-4
	RoutingInstruction   *CE `hl7:"false,Routing Instruction"`   // RXR-5
}

RXR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*RXR) SegmentName 

func (s *RXR) SegmentName() string

type Rewrite 

type Rewrite func(t Token) *RewriteResult

Rewrite represents functions that take a Token, and return the underlying byte sequence value, having potentially rewritten that sequence to correct known message errors. A RewriteResult is also returned and it determines how the byte sequence is used: ReplaceValue: the token Value is replaced with the byte sequence returned. Noop: the token is not modified. The byte sequence is ignored. DeleteToken: the token is removed entirely. The byte sequence is ignored.

This function is invoked for each segment, field and value within the message, and thus allows rewriting all those elements. Use the token's Location to obtain the current position within the message. Empty fields or values can be rewritten; however, the placeholders for such fields or values need to be present. If you need to add fields or values in order to rewrite them, rewrite the entire segment first and add the placeholders. Fields or values can be made nil by rewriting them with []byte{} or returning DeleteToken. Segments can be removed by returning DeleteToken. It is not possible to add segments with this function.

Examples:

1. Rewrite a value within a field. 

// Rewrite the Zip code of a PID.
                                   ┌ Placeholder for the zip code
// Example PID: "PID|1||||||||||^^^^^|"
rewrite := func(t Token) *RewriteResult {
 if t.Location == "PID-11-Patient Address/XAD-5-Zip Or Postal Code" {
   return RewriteResultReplaceValue([]byte("49999"))
 }
 return RewriteResultNoop()
}

2. Rewrite an entire field. 

// Rewrite the entire Mother's Maiden Name field or a PID. The fields needs to be present.
                          ┌ Placeholder for the Mother's Maiden Name.
// Example PID: "PID|1||||||"
rewrite := func(t Token) *RewriteResult {
  if t.Location == "PID-6-Mother'S Maiden Name" {
    return RewriteResultReplaceValue([]byte("Doe^Jane"))
  }
  return RewriteResultNoop()
}

3. Rewrite an entire segment. 

// Rewrite the entire PID to add more placeholders.
// Example PID: "PID|1||"
rewrite := func(t Token) *RewriteResult {
  if t.Location == "PID" {
    return RewriteResultReplaceValue([]byte("PID|1|||||Doe^Jane"))
  }
  return RewriteResultNoop()
}

4. Delete an entire segment. 

// Delete all OBX segments.
// Example OBX: "OBX|1||"
rewrite := func(t Token) *RewriteResult {
  if t.Location == "OBX" {
    return RewriteResultDeleteToken()
  }
  return RewriteResultNoop()
}

type RewriteResult 

type RewriteResult struct {
	// contains filtered or unexported fields
}

RewriteResult determines the action to take for a rewrite, optionally including a new value. Use the RewriteResult* functions to create instances.

func NopRewrite 

func NopRewrite(_ Token) *RewriteResult

NopRewrite returns the underlying byte sequence value for a Token without any rewriting.

func RewriteResultDeleteToken 

func RewriteResultDeleteToken() *RewriteResult

RewriteResultDeleteToken returns a RewriteResult that deletes the current token.

func RewriteResultNoop 

func RewriteResultNoop() *RewriteResult

RewriteResultNoop returns a RewriteResult that is a no-op.

func RewriteResultReplaceValue 

func RewriteResultReplaceValue(newValue []byte) *RewriteResult

RewriteResultReplaceValue returns a RewriteResult that replaces the current value with newValue.

type SAC 

type SAC struct {
	ExternalAccessionIdentifier       *EI  `hl7:"false,External Accession Identifier"`         // SAC-1
	AccessionIdentifier               *EI  `hl7:"false,Accession Identifier"`                  // SAC-2
	ContainerIdentifier               *EI  `hl7:"false,Container Identifier"`                  // SAC-3
	PrimaryParentContainerIdentifier  *EI  `hl7:"false,Primary (Parent) Container Identifier"` // SAC-4
	EquipmentContainerIdentifier      *EI  `hl7:"false,Equipment Container Identifier"`        // SAC-5
	SpecimenSource                    *SPS `hl7:"false,Specimen Source"`                       // SAC-6
	RegistrationDateTime              *TS  `hl7:"false,Registration Date/Time"`                // SAC-7
	ContainerStatus                   *CE  `hl7:"false,Container Status"`                      // SAC-8
	CarrierType                       *CE  `hl7:"false,Carrier Type"`                          // SAC-9
	CarrierIdentifier                 *EI  `hl7:"false,Carrier Identifier"`                    // SAC-10
	PositionInCarrier                 *NA  `hl7:"false,Position In Carrier"`                   // SAC-11
	TrayTypeSAC                       *CE  `hl7:"false,Tray Type - SAC"`                       // SAC-12
	TrayIdentifier                    *EI  `hl7:"false,Tray Identifier"`                       // SAC-13
	PositionInTray                    *NA  `hl7:"false,Position In Tray"`                      // SAC-14
	Location                          []CE `hl7:"false,Location"`                              // SAC-15
	ContainerHeight                   *NM  `hl7:"false,Container Height"`                      // SAC-16
	ContainerDiameter                 *NM  `hl7:"false,Container Diameter"`                    // SAC-17
	BarrierDelta                      *NM  `hl7:"false,Barrier Delta"`                         // SAC-18
	BottomDelta                       *NM  `hl7:"false,Bottom Delta"`                          // SAC-19
	ContainerHeightDiameterDeltaUnits *CE  `hl7:"false,Container Height/Diameter/Delta Units"` // SAC-20
	ContainerVolume                   *NM  `hl7:"false,Container Volume"`                      // SAC-21
	AvailableVolume                   *NM  `hl7:"false,Available Volume"`                      // SAC-22
	InitialSpecimenVolume             *NM  `hl7:"false,Initial Specimen Volume"`               // SAC-23
	VolumeUnits                       *CE  `hl7:"false,Volume  Units"`                         // SAC-24
	SeparatorType                     *CE  `hl7:"false,Separator Type"`                        // SAC-25
	CapType                           *CE  `hl7:"false,Cap Type"`                              // SAC-26
	Additive                          []CE `hl7:"false,Additive"`                              // SAC-27
	SpecimenComponent                 *CE  `hl7:"false,Specimen Component"`                    // SAC-28
	DilutionFactor                    *SN  `hl7:"false,Dilution Factor"`                       // SAC-29
	Treatment                         *CE  `hl7:"false,Treatment"`                             // SAC-30
	Temperature                       *SN  `hl7:"false,Temperature"`                           // SAC-31
	HemolysisIndex                    *NM  `hl7:"false,Hemolysis Index"`                       // SAC-32
	HemolysisIndexUnits               *CE  `hl7:"false,Hemolysis Index Units"`                 // SAC-33
	LipemiaIndex                      *NM  `hl7:"false,Lipemia Index"`                         // SAC-34
	LipemiaIndexUnits                 *CE  `hl7:"false,Lipemia Index Units"`                   // SAC-35
	IcterusIndex                      *NM  `hl7:"false,Icterus Index"`                         // SAC-36
	IcterusIndexUnits                 *CE  `hl7:"false,Icterus Index Units"`                   // SAC-37
	FibrinIndex                       *NM  `hl7:"false,Fibrin Index"`                          // SAC-38
	FibrinIndexUnits                  *CE  `hl7:"false,Fibrin Index Units"`                    // SAC-39
	SystemInducedContaminants         []CE `hl7:"false,System Induced Contaminants"`           // SAC-40
	DrugInterference                  []CE `hl7:"false,Drug Interference"`                     // SAC-41
	ArtificialBlood                   *CE  `hl7:"false,Artificial Blood"`                      // SAC-42
	SpecialHandlingConsiderations     []CE `hl7:"false,Special Handling Considerations"`       // SAC-43
	OtherEnvironmentalFactors         []CE `hl7:"false,Other Environmental Factors"`           // SAC-44
}

SAC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*SAC) SegmentName 

func (s *SAC) SegmentName() string

type SAD 

type SAD struct {
	StreetOrMailingAddress *ST `hl7:"false,Street Or Mailing Address"`
	StreetName             *ST `hl7:"false,Street Name"`
	DwellingNumber         *ST `hl7:"false,Dwelling Number"`
}

SAD represents the corresponding HL7 datatype. Definition from HL7 2.4

type SCH 

type SCH struct {
	PlacerAppointmentID       *EI   `hl7:"false,Placer Appointment ID"`        // SCH-1
	FillerAppointmentID       *EI   `hl7:"false,Filler Appointment ID"`        // SCH-2
	OccurrenceNumber          *NM   `hl7:"false,Occurrence Number"`            // SCH-3
	PlacerGroupNumber         *EI   `hl7:"false,Placer Group Number"`          // SCH-4
	ScheduleID                *CE   `hl7:"false,Schedule ID"`                  // SCH-5
	EventReason               *CE   `hl7:"true,Event Reason"`                  // SCH-6
	AppointmentReason         *CE   `hl7:"false,Appointment Reason"`           // SCH-7
	AppointmentType           *CE   `hl7:"false,Appointment Type"`             // SCH-8
	AppointmentDuration       *NM   `hl7:"false,Appointment Duration"`         // SCH-9
	AppointmentDurationUnits  *CE   `hl7:"false,Appointment Duration Units"`   // SCH-10
	AppointmentTimingQuantity []TQ  `hl7:"true,Appointment Timing Quantity"`   // SCH-11
	PlacerContactPerson       []XCN `hl7:"false,Placer Contact Person"`        // SCH-12
	PlacerContactPhoneNumber  *XTN  `hl7:"false,Placer Contact Phone Number"`  // SCH-13
	PlacerContactAddress      []XAD `hl7:"false,Placer Contact Address"`       // SCH-14
	PlacerContactLocation     *PL   `hl7:"false,Placer Contact Location"`      // SCH-15
	FillerContactPerson       []XCN `hl7:"true,Filler Contact Person"`         // SCH-16
	FillerContactPhoneNumber  *XTN  `hl7:"false,Filler Contact Phone Number"`  // SCH-17
	FillerContactAddress      []XAD `hl7:"false,Filler Contact Address"`       // SCH-18
	FillerContactLocation     *PL   `hl7:"false,Filler Contact Location"`      // SCH-19
	EnteredByPerson           []XCN `hl7:"true,Entered By Person"`             // SCH-20
	EnteredByPhoneNumber      []XTN `hl7:"false,Entered By Phone Number"`      // SCH-21
	EnteredByLocation         *PL   `hl7:"false,Entered By Location"`          // SCH-22
	ParentPlacerAppointmentID *EI   `hl7:"false,Parent Placer Appointment ID"` // SCH-23
	ParentFillerAppointmentID *EI   `hl7:"false,Parent Filler Appointment ID"` // SCH-24
	FillerStatusCode          *CE   `hl7:"false,Filler Status Code"`           // SCH-25
	PlacerOrderNumber         []EI  `hl7:"false,Placer Order Number"`          // SCH-26
	FillerOrderNumber         []EI  `hl7:"false,Filler Order Number"`          // SCH-27
}

SCH represents the corresponding HL7 segment. Definition from HL7 2.4

func (*SCH) SegmentName 

func (s *SCH) SegmentName() string

type SCV 

type SCV struct {
	ParameterClass *IS `hl7:"false,Parameter Class"`
	ParameterValue *ST `hl7:"false,Parameter Value"`
}

SCV represents the corresponding HL7 datatype. Definition from HL7 2.4

type SI 

type SI struct {
	Value uint64
	Valid bool // "false" if the SI is an HL7 null.
}

SI represents a HL7 SI value (Sequence ID).

func NewSI 

func NewSI(value uint64) *SI

NewSI returns a new SI.

func (*SI) Marshal 

func (si *SI) Marshal(_ *Context) ([]byte, error)

Marshal marshals the SI value.

func (*SI) Unmarshal 

func (si *SI) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the SI value.

type SID 

type SID struct {
	ApplicationMethodIdentifier     *CE `hl7:"false,Application / Method Identifier"`   // SID-1
	SubstanceLotNumber              *ST `hl7:"false,Substance Lot Number"`              // SID-2
	SubstanceContainerIdentifier    *ST `hl7:"false,Substance Container Identifier"`    // SID-3
	SubstanceManufacturerIdentifier *CE `hl7:"false,Substance Manufacturer Identifier"` // SID-4
}

SID represents the corresponding HL7 segment. Definition from HL7 2.4

func (*SID) SegmentName 

func (s *SID) SegmentName() string

type SIU_S12 

type SIU_S12 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	SCH       *SCH                `hl7:"true,SCH"`
	NTE       []NTE               `hl7:"false,NTE"`
	PATIENT   []SIU_S12_PATIENT   `hl7:"false,PATIENT"`
	RESOURCES []SIU_S12_RESOURCES `hl7:"true,RESOURCES"`
	Other     []interface{}
}

SIU_S12 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12) MessageTypeName 

func (s *SIU_S12) MessageTypeName() string

type SIU_S12_GENERAL_RESOURCE 

type SIU_S12_GENERAL_RESOURCE struct {
	AIG   *AIG  `hl7:"true,AIG"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SIU_S12_GENERAL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12_GENERAL_RESOURCE) MessageTypeSubStructName 

func (s *SIU_S12_GENERAL_RESOURCE) MessageTypeSubStructName() string

type SIU_S12_LOCATION_RESOURCE 

type SIU_S12_LOCATION_RESOURCE struct {
	AIL   *AIL  `hl7:"true,AIL"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SIU_S12_LOCATION_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12_LOCATION_RESOURCE) MessageTypeSubStructName 

func (s *SIU_S12_LOCATION_RESOURCE) MessageTypeSubStructName() string

type SIU_S12_PATIENT 

type SIU_S12_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	PD1   *PD1  `hl7:"false,PD1"`
	PV1   *PV1  `hl7:"false,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

SIU_S12_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12_PATIENT) MessageTypeSubStructName 

func (s *SIU_S12_PATIENT) MessageTypeSubStructName() string

type SIU_S12_PERSONNEL_RESOURCE 

type SIU_S12_PERSONNEL_RESOURCE struct {
	AIP   *AIP  `hl7:"true,AIP"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SIU_S12_PERSONNEL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12_PERSONNEL_RESOURCE) MessageTypeSubStructName 

func (s *SIU_S12_PERSONNEL_RESOURCE) MessageTypeSubStructName() string

type SIU_S12_RESOURCES 

type SIU_S12_RESOURCES struct {
	RGS                *RGS                         `hl7:"true,RGS"`
	SERVICE            []SIU_S12_SERVICE            `hl7:"false,SERVICE"`
	GENERAL_RESOURCE   []SIU_S12_GENERAL_RESOURCE   `hl7:"false,GENERAL_RESOURCE"`
	LOCATION_RESOURCE  []SIU_S12_LOCATION_RESOURCE  `hl7:"false,LOCATION_RESOURCE"`
	PERSONNEL_RESOURCE []SIU_S12_PERSONNEL_RESOURCE `hl7:"false,PERSONNEL_RESOURCE"`
	Other              []interface{}
}

SIU_S12_RESOURCES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12_RESOURCES) MessageTypeSubStructName 

func (s *SIU_S12_RESOURCES) MessageTypeSubStructName() string

type SIU_S12_SERVICE 

type SIU_S12_SERVICE struct {
	AIS   *AIS  `hl7:"true,AIS"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SIU_S12_SERVICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SIU_S12_SERVICE) MessageTypeSubStructName 

func (s *SIU_S12_SERVICE) MessageTypeSubStructName() string

type SN 

type SN struct {
	Comparator      *ST `hl7:"false,Comparator"`
	Num1            *NM `hl7:"false,Num1"`
	SeparatorSuffix *ST `hl7:"false,Separator/Suffix"`
	Num2            *NM `hl7:"false,Num2"`
}

SN represents the corresponding HL7 datatype. Definition from HL7 2.4

type SPD 

type SPD struct {
	SpecialtyName       *ST `hl7:"false,Specialty Name"`
	GoverningBoard      *ST `hl7:"false,Governing Board"`
	EligibleOrCertified *ID `hl7:"false,Eligible Or Certified"`
	DateOfCertification *DT `hl7:"false,Date Of Certification"`
}

SPD represents the corresponding HL7 datatype. Definition from HL7 2.4

type SPQ_Q01 

type SPQ_Q01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	SPR   *SPR `hl7:"true,SPR"`
	RDF   *RDF `hl7:"false,RDF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

SPQ_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*SPQ_Q01) MessageTypeName 

func (s *SPQ_Q01) MessageTypeName() string

type SPQ_Q08 

type SPQ_Q08 struct {
	MSH   *MSH `hl7:"true,MSH"`
	SPR   *SPR `hl7:"true,SPR"`
	RDF   *RDF `hl7:"false,RDF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

SPQ_Q08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SPQ_Q08) MessageTypeName 

func (s *SPQ_Q08) MessageTypeName() string

type SPR 

type SPR struct {
	QueryTag                *ST   `hl7:"false,Query Tag"`                 // SPR-1
	QueryResponseFormatCode *ID   `hl7:"true,Query/Response Format Code"` // SPR-2
	StoredProcedureName     *CE   `hl7:"true,Stored Procedure Name"`      // SPR-3
	InputParameterList      []QIP `hl7:"false,Input Parameter List"`      // SPR-4
}

SPR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*SPR) SegmentName 

func (s *SPR) SegmentName() string

type SPS 

type SPS struct {
	SpecimenSourceNameOrCode     *CE `hl7:"false,Specimen Source Name Or Code"`
	Additives                    *TX `hl7:"false,Additives"`
	Freetext                     *TX `hl7:"false,Freetext"`
	BodySite                     *CE `hl7:"false,Body Site"`
	SiteModifier                 *CE `hl7:"false,Site Modifier"`
	CollectionModifierMethodCode *CE `hl7:"false,Collection Modifier Method Code"`
	SpecimenRole                 *CE `hl7:"false,Specimen Role"`
}

SPS represents the corresponding HL7 datatype. Definition from HL7 2.4

type SQM_S25 

type SQM_S25 struct {
	MSH     *MSH             `hl7:"true,MSH"`
	QRD     *QRD             `hl7:"true,QRD"`
	QRF     *QRF             `hl7:"false,QRF"`
	REQUEST *SQM_S25_REQUEST `hl7:"false,REQUEST"`
	DSC     *DSC             `hl7:"false,DSC"`
	Other   []interface{}
}

SQM_S25 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25) MessageTypeName 

func (s *SQM_S25) MessageTypeName() string

type SQM_S25_GENERAL_RESOURCE 

type SQM_S25_GENERAL_RESOURCE struct {
	AIG   *AIG `hl7:"true,AIG"`
	APR   *APR `hl7:"false,APR"`
	Other []interface{}
}

SQM_S25_GENERAL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25_GENERAL_RESOURCE) MessageTypeSubStructName 

func (s *SQM_S25_GENERAL_RESOURCE) MessageTypeSubStructName() string

type SQM_S25_LOCATION_RESOURCE 

type SQM_S25_LOCATION_RESOURCE struct {
	AIL   *AIL `hl7:"true,AIL"`
	APR   *APR `hl7:"false,APR"`
	Other []interface{}
}

SQM_S25_LOCATION_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25_LOCATION_RESOURCE) MessageTypeSubStructName 

func (s *SQM_S25_LOCATION_RESOURCE) MessageTypeSubStructName() string

type SQM_S25_PERSONNEL_RESOURCE 

type SQM_S25_PERSONNEL_RESOURCE struct {
	AIP   *AIP `hl7:"true,AIP"`
	APR   *APR `hl7:"false,APR"`
	Other []interface{}
}

SQM_S25_PERSONNEL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25_PERSONNEL_RESOURCE) MessageTypeSubStructName 

func (s *SQM_S25_PERSONNEL_RESOURCE) MessageTypeSubStructName() string

type SQM_S25_REQUEST 

type SQM_S25_REQUEST struct {
	ARQ       *ARQ                `hl7:"true,ARQ"`
	APR       *APR                `hl7:"false,APR"`
	PID       *PID                `hl7:"false,PID"`
	RESOURCES []SQM_S25_RESOURCES `hl7:"true,RESOURCES"`
	Other     []interface{}
}

SQM_S25_REQUEST represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25_REQUEST) MessageTypeSubStructName 

func (s *SQM_S25_REQUEST) MessageTypeSubStructName() string

type SQM_S25_RESOURCES 

type SQM_S25_RESOURCES struct {
	RGS                *RGS                         `hl7:"true,RGS"`
	SERVICE            []SQM_S25_SERVICE            `hl7:"false,SERVICE"`
	GENERAL_RESOURCE   []SQM_S25_GENERAL_RESOURCE   `hl7:"false,GENERAL_RESOURCE"`
	PERSONNEL_RESOURCE []SQM_S25_PERSONNEL_RESOURCE `hl7:"false,PERSONNEL_RESOURCE"`
	LOCATION_RESOURCE  []SQM_S25_LOCATION_RESOURCE  `hl7:"false,LOCATION_RESOURCE"`
	Other              []interface{}
}

SQM_S25_RESOURCES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25_RESOURCES) MessageTypeSubStructName 

func (s *SQM_S25_RESOURCES) MessageTypeSubStructName() string

type SQM_S25_SERVICE 

type SQM_S25_SERVICE struct {
	AIS   *AIS `hl7:"true,AIS"`
	APR   *APR `hl7:"false,APR"`
	Other []interface{}
}

SQM_S25_SERVICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQM_S25_SERVICE) MessageTypeSubStructName 

func (s *SQM_S25_SERVICE) MessageTypeSubStructName() string

type SQR_S25 

type SQR_S25 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	MSA      *MSA               `hl7:"true,MSA"`
	ERR      *ERR               `hl7:"false,ERR"`
	QAK      *QAK               `hl7:"true,QAK"`
	SCHEDULE []SQR_S25_SCHEDULE `hl7:"false,SCHEDULE"`
	DSC      *DSC               `hl7:"false,DSC"`
	Other    []interface{}
}

SQR_S25 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25) MessageTypeName 

func (s *SQR_S25) MessageTypeName() string

type SQR_S25_GENERAL_RESOURCE 

type SQR_S25_GENERAL_RESOURCE struct {
	AIG   *AIG  `hl7:"true,AIG"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SQR_S25_GENERAL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_GENERAL_RESOURCE) MessageTypeSubStructName 

func (s *SQR_S25_GENERAL_RESOURCE) MessageTypeSubStructName() string

type SQR_S25_LOCATION_RESOURCE 

type SQR_S25_LOCATION_RESOURCE struct {
	AIL   *AIL  `hl7:"true,AIL"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SQR_S25_LOCATION_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_LOCATION_RESOURCE) MessageTypeSubStructName 

func (s *SQR_S25_LOCATION_RESOURCE) MessageTypeSubStructName() string

type SQR_S25_PATIENT 

type SQR_S25_PATIENT struct {
	PID   *PID `hl7:"true,PID"`
	PV1   *PV1 `hl7:"false,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	DG1   *DG1 `hl7:"false,DG1"`
	Other []interface{}
}

SQR_S25_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_PATIENT) MessageTypeSubStructName 

func (s *SQR_S25_PATIENT) MessageTypeSubStructName() string

type SQR_S25_PERSONNEL_RESOURCE 

type SQR_S25_PERSONNEL_RESOURCE struct {
	AIP   *AIP  `hl7:"true,AIP"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SQR_S25_PERSONNEL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_PERSONNEL_RESOURCE) MessageTypeSubStructName 

func (s *SQR_S25_PERSONNEL_RESOURCE) MessageTypeSubStructName() string

type SQR_S25_RESOURCES 

type SQR_S25_RESOURCES struct {
	RGS                *RGS                         `hl7:"true,RGS"`
	SERVICE            []SQR_S25_SERVICE            `hl7:"false,SERVICE"`
	GENERAL_RESOURCE   []SQR_S25_GENERAL_RESOURCE   `hl7:"false,GENERAL_RESOURCE"`
	PERSONNEL_RESOURCE []SQR_S25_PERSONNEL_RESOURCE `hl7:"false,PERSONNEL_RESOURCE"`
	LOCATION_RESOURCE  []SQR_S25_LOCATION_RESOURCE  `hl7:"false,LOCATION_RESOURCE"`
	Other              []interface{}
}

SQR_S25_RESOURCES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_RESOURCES) MessageTypeSubStructName 

func (s *SQR_S25_RESOURCES) MessageTypeSubStructName() string

type SQR_S25_SCHEDULE 

type SQR_S25_SCHEDULE struct {
	SCH       *SCH                `hl7:"true,SCH"`
	NTE       []NTE               `hl7:"false,NTE"`
	PATIENT   *SQR_S25_PATIENT    `hl7:"false,PATIENT"`
	RESOURCES []SQR_S25_RESOURCES `hl7:"true,RESOURCES"`
	Other     []interface{}
}

SQR_S25_SCHEDULE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_SCHEDULE) MessageTypeSubStructName 

func (s *SQR_S25_SCHEDULE) MessageTypeSubStructName() string

type SQR_S25_SERVICE 

type SQR_S25_SERVICE struct {
	AIS   *AIS  `hl7:"true,AIS"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SQR_S25_SERVICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SQR_S25_SERVICE) MessageTypeSubStructName 

func (s *SQR_S25_SERVICE) MessageTypeSubStructName() string

type SRM_S01 

type SRM_S01 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	ARQ       *ARQ                `hl7:"true,ARQ"`
	APR       *APR                `hl7:"false,APR"`
	NTE       []NTE               `hl7:"false,NTE"`
	PATIENT   []SRM_S01_PATIENT   `hl7:"false,PATIENT"`
	RESOURCES []SRM_S01_RESOURCES `hl7:"true,RESOURCES"`
	Other     []interface{}
}

SRM_S01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01) MessageTypeName 

func (s *SRM_S01) MessageTypeName() string

type SRM_S01_GENERAL_RESOURCE 

type SRM_S01_GENERAL_RESOURCE struct {
	AIG   *AIG  `hl7:"true,AIG"`
	APR   *APR  `hl7:"false,APR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRM_S01_GENERAL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01_GENERAL_RESOURCE) MessageTypeSubStructName 

func (s *SRM_S01_GENERAL_RESOURCE) MessageTypeSubStructName() string

type SRM_S01_LOCATION_RESOURCE 

type SRM_S01_LOCATION_RESOURCE struct {
	AIL   *AIL  `hl7:"true,AIL"`
	APR   *APR  `hl7:"false,APR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRM_S01_LOCATION_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01_LOCATION_RESOURCE) MessageTypeSubStructName 

func (s *SRM_S01_LOCATION_RESOURCE) MessageTypeSubStructName() string

type SRM_S01_PATIENT 

type SRM_S01_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"false,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	OBX   []OBX `hl7:"false,OBX"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

SRM_S01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01_PATIENT) MessageTypeSubStructName 

func (s *SRM_S01_PATIENT) MessageTypeSubStructName() string

type SRM_S01_PERSONNEL_RESOURCE 

type SRM_S01_PERSONNEL_RESOURCE struct {
	AIP   *AIP  `hl7:"true,AIP"`
	APR   *APR  `hl7:"false,APR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRM_S01_PERSONNEL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01_PERSONNEL_RESOURCE) MessageTypeSubStructName 

func (s *SRM_S01_PERSONNEL_RESOURCE) MessageTypeSubStructName() string

type SRM_S01_RESOURCES 

type SRM_S01_RESOURCES struct {
	RGS                *RGS                         `hl7:"true,RGS"`
	SERVICE            []SRM_S01_SERVICE            `hl7:"false,SERVICE"`
	GENERAL_RESOURCE   []SRM_S01_GENERAL_RESOURCE   `hl7:"false,GENERAL_RESOURCE"`
	LOCATION_RESOURCE  []SRM_S01_LOCATION_RESOURCE  `hl7:"false,LOCATION_RESOURCE"`
	PERSONNEL_RESOURCE []SRM_S01_PERSONNEL_RESOURCE `hl7:"false,PERSONNEL_RESOURCE"`
	Other              []interface{}
}

SRM_S01_RESOURCES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01_RESOURCES) MessageTypeSubStructName 

func (s *SRM_S01_RESOURCES) MessageTypeSubStructName() string

type SRM_S01_SERVICE 

type SRM_S01_SERVICE struct {
	AIS   *AIS  `hl7:"true,AIS"`
	APR   *APR  `hl7:"false,APR"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRM_S01_SERVICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRM_S01_SERVICE) MessageTypeSubStructName 

func (s *SRM_S01_SERVICE) MessageTypeSubStructName() string

type SRR_S01 

type SRR_S01 struct {
	MSH      *MSH              `hl7:"true,MSH"`
	MSA      *MSA              `hl7:"true,MSA"`
	ERR      *ERR              `hl7:"false,ERR"`
	SCHEDULE *SRR_S01_SCHEDULE `hl7:"false,SCHEDULE"`
	Other    []interface{}
}

SRR_S01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01) MessageTypeName 

func (s *SRR_S01) MessageTypeName() string

type SRR_S01_GENERAL_RESOURCE 

type SRR_S01_GENERAL_RESOURCE struct {
	AIG   *AIG  `hl7:"true,AIG"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRR_S01_GENERAL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_GENERAL_RESOURCE) MessageTypeSubStructName 

func (s *SRR_S01_GENERAL_RESOURCE) MessageTypeSubStructName() string

type SRR_S01_LOCATION_RESOURCE 

type SRR_S01_LOCATION_RESOURCE struct {
	AIL   *AIL  `hl7:"true,AIL"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRR_S01_LOCATION_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_LOCATION_RESOURCE) MessageTypeSubStructName 

func (s *SRR_S01_LOCATION_RESOURCE) MessageTypeSubStructName() string

type SRR_S01_PATIENT 

type SRR_S01_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	PV1   *PV1  `hl7:"false,PV1"`
	PV2   *PV2  `hl7:"false,PV2"`
	DG1   []DG1 `hl7:"false,DG1"`
	Other []interface{}
}

SRR_S01_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_PATIENT) MessageTypeSubStructName 

func (s *SRR_S01_PATIENT) MessageTypeSubStructName() string

type SRR_S01_PERSONNEL_RESOURCE 

type SRR_S01_PERSONNEL_RESOURCE struct {
	AIP   *AIP  `hl7:"true,AIP"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRR_S01_PERSONNEL_RESOURCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_PERSONNEL_RESOURCE) MessageTypeSubStructName 

func (s *SRR_S01_PERSONNEL_RESOURCE) MessageTypeSubStructName() string

type SRR_S01_RESOURCES 

type SRR_S01_RESOURCES struct {
	RGS                *RGS                         `hl7:"true,RGS"`
	SERVICE            []SRR_S01_SERVICE            `hl7:"false,SERVICE"`
	GENERAL_RESOURCE   []SRR_S01_GENERAL_RESOURCE   `hl7:"false,GENERAL_RESOURCE"`
	LOCATION_RESOURCE  []SRR_S01_LOCATION_RESOURCE  `hl7:"false,LOCATION_RESOURCE"`
	PERSONNEL_RESOURCE []SRR_S01_PERSONNEL_RESOURCE `hl7:"false,PERSONNEL_RESOURCE"`
	Other              []interface{}
}

SRR_S01_RESOURCES represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_RESOURCES) MessageTypeSubStructName 

func (s *SRR_S01_RESOURCES) MessageTypeSubStructName() string

type SRR_S01_SCHEDULE 

type SRR_S01_SCHEDULE struct {
	SCH       *SCH                `hl7:"true,SCH"`
	NTE       []NTE               `hl7:"false,NTE"`
	PATIENT   []SRR_S01_PATIENT   `hl7:"false,PATIENT"`
	RESOURCES []SRR_S01_RESOURCES `hl7:"true,RESOURCES"`
	Other     []interface{}
}

SRR_S01_SCHEDULE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_SCHEDULE) MessageTypeSubStructName 

func (s *SRR_S01_SCHEDULE) MessageTypeSubStructName() string

type SRR_S01_SERVICE 

type SRR_S01_SERVICE struct {
	AIS   *AIS  `hl7:"true,AIS"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

SRR_S01_SERVICE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SRR_S01_SERVICE) MessageTypeSubStructName 

func (s *SRR_S01_SERVICE) MessageTypeSubStructName() string

type SRT 

type SRT struct {
	SortByField *ST `hl7:"false,Sort-By Field"`
	Sequencing  *ID `hl7:"false,Sequencing"`
}

SRT represents the corresponding HL7 datatype. Definition from HL7 2.4

type SSR_U04 

type SSR_U04 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	SAC   []SAC `hl7:"true,SAC"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

SSR_U04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SSR_U04) MessageTypeName 

func (s *SSR_U04) MessageTypeName() string

type SSU_U03 

type SSU_U03 struct {
	MSH                *MSH                         `hl7:"true,MSH"`
	EQU                *EQU                         `hl7:"true,EQU"`
	SPECIMEN_CONTAINER []SSU_U03_SPECIMEN_CONTAINER `hl7:"true,SPECIMEN_CONTAINER"`
	ROL                *ROL                         `hl7:"false,ROL"`
	Other              []interface{}
}

SSU_U03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SSU_U03) MessageTypeName 

func (s *SSU_U03) MessageTypeName() string

type SSU_U03_SPECIMEN_CONTAINER 

type SSU_U03_SPECIMEN_CONTAINER struct {
	SAC   *SAC `hl7:"true,SAC"`
	OBX   *OBX `hl7:"false,OBX"`
	Other []interface{}
}

SSU_U03_SPECIMEN_CONTAINER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SSU_U03_SPECIMEN_CONTAINER) MessageTypeSubStructName 

func (s *SSU_U03_SPECIMEN_CONTAINER) MessageTypeSubStructName() string

type ST 

type ST string

ST represents a HL7 ST value (String).

func NewST 

func NewST(st ST) *ST

NewST returns a new ST.

func (*ST) Empty 

func (st *ST) Empty() bool

Empty returns whether ST is nil or empty.

func (*ST) Marshal 

func (st *ST) Marshal(_ *Context) ([]byte, error)

Marshal marshals the ST value.

func (*ST) SanitizedString 

func (st *ST) SanitizedString() string

SanitizedString sanitizes the ST string value.

func (*ST) String 

func (st *ST) String() string

func (*ST) Unmarshal 

func (st *ST) Unmarshal(field []byte, c *Context) error

Unmarshal unmarshals the ST value.

type STF 

type STF struct {
	PrimaryKeyValueSTF            *CE   `hl7:"false,Primary Key Value - STF"`          // STF-1
	StaffIDCode                   []CX  `hl7:"false,Staff ID Code"`                    // STF-2
	StaffName                     []XPN `hl7:"false,Staff Name"`                       // STF-3
	StaffType                     []IS  `hl7:"false,Staff Type"`                       // STF-4
	AdministrativeSex             *IS   `hl7:"false,Administrative Sex"`               // STF-5
	DateTimeOfBirth               *TS   `hl7:"false,Date/Time Of Birth"`               // STF-6
	ActiveInactiveFlag            *ID   `hl7:"false,Active/Inactive Flag"`             // STF-7
	Department                    []CE  `hl7:"false,Department"`                       // STF-8
	HospitalService               []CE  `hl7:"false,Hospital Service"`                 // STF-9
	Phone                         []XTN `hl7:"false,Phone"`                            // STF-10
	OfficeHomeAddress             []XAD `hl7:"false,Office/Home Address"`              // STF-11
	InstitutionActivationDate     []DIN `hl7:"false,Institution Activation Date"`      // STF-12
	InstitutionInactivationDate   []DIN `hl7:"false,Institution Inactivation Date"`    // STF-13
	BackupPersonID                []CE  `hl7:"false,Backup Person ID"`                 // STF-14
	EMailAddress                  []ST  `hl7:"false,E-Mail Address"`                   // STF-15
	PreferredMethodOfContact      *CE   `hl7:"false,Preferred Method Of Contact"`      // STF-16
	MaritalStatus                 *CE   `hl7:"false,Marital Status"`                   // STF-17
	JobTitle                      *ST   `hl7:"false,Job Title"`                        // STF-18
	JobCodeClass                  *JCC  `hl7:"false,Job Code/Class"`                   // STF-19
	EmploymentStatusCode          *CE   `hl7:"false,Employment Status Code"`           // STF-20
	AdditionalInsuredOnAuto       *ID   `hl7:"false,Additional Insured On  Auto"`      // STF-21
	DriverSLicenseNumberStaff     *DLN  `hl7:"false,Driver'S License Number - Staff"`  // STF-22
	CopyAutoIns                   *ID   `hl7:"false,Copy  Auto Ins"`                   // STF-23
	AutoInsExpires                *DT   `hl7:"false,Auto Ins. Expires"`                // STF-24
	DateLastDMVReview             *DT   `hl7:"false,Date Last DMV Review"`             // STF-25
	DateNextDMVReview             *DT   `hl7:"false,Date Next DMV Review"`             // STF-26
	Race                          *CE   `hl7:"false,Race"`                             // STF-27
	EthnicGroup                   *CE   `hl7:"false,Ethnic Group"`                     // STF-28
	ReActivationApprovalIndicator *ID   `hl7:"false,Re-Activation Approval Indicator"` // STF-29
}

STF represents the corresponding HL7 segment. Definition from HL7 2.4

func (*STF) SegmentName 

func (s *STF) SegmentName() string

type SUR_P09 

type SUR_P09 struct {
	MSH      *MSH               `hl7:"true,MSH"`
	FACILITY []SUR_P09_FACILITY `hl7:"true,FACILITY"`
	Other    []interface{}
}

SUR_P09 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SUR_P09) MessageTypeName 

func (s *SUR_P09) MessageTypeName() string

type SUR_P09_FACILITY 

type SUR_P09_FACILITY struct {
	FAC             *FAC                      `hl7:"true,FAC"`
	PRODUCT         []SUR_P09_PRODUCT         `hl7:"true,PRODUCT"`
	PSH             *PSH                      `hl7:"true,PSH"`
	FACILITY_DETAIL []SUR_P09_FACILITY_DETAIL `hl7:"true,FACILITY_DETAIL"`
	Other           []interface{}
}

SUR_P09_FACILITY represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SUR_P09_FACILITY) MessageTypeSubStructName 

func (s *SUR_P09_FACILITY) MessageTypeSubStructName() string

type SUR_P09_FACILITY_DETAIL 

type SUR_P09_FACILITY_DETAIL struct {
	FAC   *FAC `hl7:"true,FAC"`
	PDC   *PDC `hl7:"true,PDC"`
	NTE   *NTE `hl7:"true,NTE"`
	Other []interface{}
}

SUR_P09_FACILITY_DETAIL represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SUR_P09_FACILITY_DETAIL) MessageTypeSubStructName 

func (s *SUR_P09_FACILITY_DETAIL) MessageTypeSubStructName() string

type SUR_P09_PRODUCT 

type SUR_P09_PRODUCT struct {
	PSH   *PSH `hl7:"true,PSH"`
	PDC   *PDC `hl7:"true,PDC"`
	Other []interface{}
}

SUR_P09_PRODUCT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*SUR_P09_PRODUCT) MessageTypeSubStructName 

func (s *SUR_P09_PRODUCT) MessageTypeSubStructName() string

type Segment 

type Segment interface {
	SegmentName() string
}

Segment is an interface implemented by the generated structs that represent concrete HL7 segment types, eg, MSH, PID, etc.

type Sender 

type Sender interface {
	Send([]byte) error
	Close() error
}

Sender is an interface for sending HL7 messages.

func NewFileSender 

func NewFileSender(destFilename string) (Sender, error)

NewFileSender creates a sender that sends HL7 messages to a file.

func NewMLLPSender 

func NewMLLPSender(address string, mllpKeepAlive bool, mllpKeepAlivePeriod time.Duration) (Sender, error)

NewMLLPSender returns a sender that sends HL7 messages via the MLLP protocol.

func NewStdoutSender 

func NewStdoutSender() Sender

NewStdoutSender returns a sender that sends HL7 messages to the standard output.

type TBR_Q01 

type TBR_Q01 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"true,QAK"`
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"true,RDT"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

TBR_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*TBR_Q01) MessageTypeName 

func (s *TBR_Q01) MessageTypeName() string

type TBR_R08 

type TBR_R08 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	MSA   *MSA  `hl7:"true,MSA"`
	ERR   *ERR  `hl7:"false,ERR"`
	QAK   *QAK  `hl7:"true,QAK"`
	RDF   *RDF  `hl7:"true,RDF"`
	RDT   []RDT `hl7:"true,RDT"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

TBR_R08 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*TBR_R08) MessageTypeName 

func (s *TBR_R08) MessageTypeName() string

type TCC 

type TCC struct {
	UniversalServiceIdentifier            *CE  `hl7:"true,Universal Service Identifier"`                // TCC-1
	TestApplicationIdentifier             *EI  `hl7:"true,Test Application Identifier"`                 // TCC-2
	SpecimenSource                        *SPS `hl7:"false,Specimen Source"`                            // TCC-3
	AutoDilutionFactorDefault             *SN  `hl7:"false,Auto-Dilution Factor Default"`               // TCC-4
	RerunDilutionFactorDefault            *SN  `hl7:"false,Rerun Dilution Factor Default"`              // TCC-5
	PreDilutionFactorDefault              *SN  `hl7:"false,Pre-Dilution Factor Default"`                // TCC-6
	EndogenousContentOfPreDilutionDiluent *SN  `hl7:"false,Endogenous Content Of Pre-Dilution Diluent"` // TCC-7
	InventoryLimitsWarningLevel           *NM  `hl7:"false,Inventory Limits Warning Level"`             // TCC-8
	AutomaticRerunAllowed                 *ID  `hl7:"false,Automatic Rerun Allowed"`                    // TCC-9
	AutomaticRepeatAllowed                *ID  `hl7:"false,Automatic Repeat Allowed"`                   // TCC-10
	AutomaticReflexAllowed                *ID  `hl7:"false,Automatic Reflex Allowed"`                   // TCC-11
	EquipmentDynamicRange                 *SN  `hl7:"false,Equipment Dynamic Range"`                    // TCC-12
	Units                                 *CE  `hl7:"false,Units"`                                      // TCC-13
	ProcessingType                        *CE  `hl7:"false,Processing Type"`                            // TCC-14
}

TCC represents the corresponding HL7 segment. Definition from HL7 2.4

func (*TCC) SegmentName 

func (s *TCC) SegmentName() string

type TCD 

type TCD struct {
	UniversalServiceIdentifier            *CE `hl7:"true,Universal Service Identifier"`                // TCD-1
	AutoDilutionFactor                    *SN `hl7:"false,Auto-Dilution Factor"`                       // TCD-2
	RerunDilutionFactor                   *SN `hl7:"false,Rerun Dilution Factor"`                      // TCD-3
	PreDilutionFactor                     *SN `hl7:"false,Pre-Dilution Factor"`                        // TCD-4
	EndogenousContentOfPreDilutionDiluent *SN `hl7:"false,Endogenous Content Of Pre-Dilution Diluent"` // TCD-5
	AutomaticRepeatAllowed                *ID `hl7:"false,Automatic Repeat Allowed"`                   // TCD-6
	ReflexAllowed                         *ID `hl7:"false,Reflex Allowed"`                             // TCD-7
	AnalyteRepeatStatus                   *CE `hl7:"false,Analyte Repeat Status"`                      // TCD-8
}

TCD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*TCD) SegmentName 

func (s *TCD) SegmentName() string

type TCU_U10 

type TCU_U10 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	EQU   *EQU  `hl7:"true,EQU"`
	TCC   []TCC `hl7:"true,TCC"`
	ROL   *ROL  `hl7:"false,ROL"`
	Other []interface{}
}

TCU_U10 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*TCU_U10) MessageTypeName 

func (s *TCU_U10) MessageTypeName() string

type TM 

type TM string

TM represents a HL7 TM value (Time).

func NewTM 

func NewTM(tm TM) *TM

NewTM returns a new TM.

func (*TM) Marshal 

func (tm *TM) Marshal(_ *Context) ([]byte, error)

Marshal marshals the TM value.

func (*TM) Unmarshal 

func (tm *TM) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the TM value.

type TN 

type TN string

TN represents a HL7 TN value (Telephone number).

func NewTN 

func NewTN(tn TN) *TN

NewTN returns a new TN.

func (*TN) Marshal 

func (tn *TN) Marshal(_ *Context) ([]byte, error)

Marshal marshals the TN value.

func (*TN) Unmarshal 

func (tn *TN) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the TN value.

type TQ 

type TQ struct {
	Quantity             *CQ  `hl7:"false,Quantity"`
	Interval             *RI  `hl7:"false,Interval"`
	Duration             *ST  `hl7:"false,Duration"`
	StartDateTime        *TS  `hl7:"false,Start Date/Time"`
	EndDateTime          *TS  `hl7:"false,End Date/Time"`
	Priority             *ST  `hl7:"false,Priority"`
	Condition            *ST  `hl7:"false,Condition"`
	Text                 *TX  `hl7:"false,Text"`
	ConjunctionComponent *ID  `hl7:"false,Conjunction Component"`
	OrderSequencing      *OSD `hl7:"false,Order Sequencing"`
	OccurrenceDuration   *CE  `hl7:"false,Occurrence Duration"`
	TotalOccurrences     *NM  `hl7:"false,Total Occurrences"`
}

TQ represents the corresponding HL7 datatype. Definition from HL7 2.4

type TS 

type TS struct {
	IsHL7Null bool
	Time      time.Time
	Precision TSPrecision
}

TS represents a HL7 TS value (Timestamp).

func (*TS) Marshal 

func (ts *TS) Marshal(c *Context) ([]byte, error)

Marshal marshals the TS value.

func (*TS) Unmarshal 

func (ts *TS) Unmarshal(field []byte, c *Context) error

Unmarshal unmarshals a TS value, as described in 2.8.42 of the HL7 2.3 specification. Values have the following format: 

YYYY[MM[DD[HHMM[SS[.S[S[S[S]]]]]]]][+/-ZZZZ]^<degree of precision>

Paraphrasing the comments on precision: In the current and future versions of HL7, the precision is indicated by limiting the number of digits used, unless the optional second component is present. In prior versions of HL7, an optional second component indicates the degree of precision of the time stamp. This optional second component is retained only for purposes of backward compatibility.

type TSPrecision 

type TSPrecision int

TSPrecision represents the precision of a time stamp (TS) value. 

const (
	YearPrecision TSPrecision = iota
	MonthPrecision
	DayPrecision
	HourPrecision
	MinutePrecision
	SecondPrecision
	TenthSecondPrecision
	HundredthSecondPrecision
	ThousandthSecondPrecision
	TenThousandthSecondPrecision
)

The various TSPrecision values.

type TX 

type TX string

TX represents a HL7 TX value (Text data).

func NewTX 

func NewTX(tx TX) *TX

NewTX returns a new TX.

func (*TX) Marshal 

func (tx *TX) Marshal(_ *Context) ([]byte, error)

Marshal marshals the TX value.

func (*TX) Unmarshal 

func (tx *TX) Unmarshal(field []byte, _ *Context) error

Unmarshal unmarshals the TX value.

type TXA 

type TXA struct {
	SetIDTXA                                 *SI   `hl7:"true,Set ID- TXA"`                                       // TXA-1
	DocumentType                             *IS   `hl7:"true,Document Type"`                                     // TXA-2
	DocumentContentPresentation              *ID   `hl7:"false,Document Content Presentation"`                    // TXA-3
	ActivityDateTime                         *TS   `hl7:"false,Activity Date/Time"`                               // TXA-4
	PrimaryActivityProviderCodeName          []XCN `hl7:"false,Primary Activity Provider Code/Name"`              // TXA-5
	OriginationDateTime                      *TS   `hl7:"false,Origination Date/Time"`                            // TXA-6
	TranscriptionDateTime                    *TS   `hl7:"false,Transcription Date/Time"`                          // TXA-7
	EditDateTime                             []TS  `hl7:"false,Edit Date/Time"`                                   // TXA-8
	OriginatorCodeName                       []XCN `hl7:"false,Originator Code/Name"`                             // TXA-9
	AssignedDocumentAuthenticator            []XCN `hl7:"false,Assigned Document Authenticator"`                  // TXA-10
	TranscriptionistCodeName                 []XCN `hl7:"false,Transcriptionist Code/Name"`                       // TXA-11
	UniqueDocumentNumber                     *EI   `hl7:"true,Unique Document Number"`                            // TXA-12
	ParentDocumentNumber                     *EI   `hl7:"false,Parent Document Number"`                           // TXA-13
	PlacerOrderNumber                        []EI  `hl7:"false,Placer Order Number"`                              // TXA-14
	FillerOrderNumber                        *EI   `hl7:"false,Filler Order Number"`                              // TXA-15
	UniqueDocumentFileName                   *ST   `hl7:"false,Unique Document File Name"`                        // TXA-16
	DocumentCompletionStatus                 *ID   `hl7:"true,Document Completion Status"`                        // TXA-17
	DocumentConfidentialityStatus            *ID   `hl7:"false,Document Confidentiality Status"`                  // TXA-18
	DocumentAvailabilityStatus               *ID   `hl7:"false,Document Availability Status"`                     // TXA-19
	DocumentStorageStatus                    *ID   `hl7:"false,Document Storage Status"`                          // TXA-20
	DocumentChangeReason                     *ST   `hl7:"false,Document Change Reason"`                           // TXA-21
	AuthenticationPersonTimeStamp            []PPN `hl7:"false,Authentication Person, Time Stamp"`                // TXA-22
	DistributedCopiesCodeAndNameOfRecipients []XCN `hl7:"false,Distributed Copies (Code And Name Of Recipients)"` // TXA-23
}

TXA represents the corresponding HL7 segment. Definition from HL7 2.4

func (*TXA) SegmentName 

func (s *TXA) SegmentName() string

type Token 

type Token struct {
	Value  []byte
	Offset int
	// Location is a string describing the HL7 field that corresponds the
	// location of this token, built from segment/type name, field number, and
	// description, separated path style, eg: PID-2-Patient ID/CX-2-Check Digit
	Location string
}

Token represents a substring within a HL7 message, together with the offset in bytes at which that token starts within the message.

func (Token) Error 

func (t Token) Error(err error) *ParseError

Error returns a ParseError at the location of this token, due to err.

func (Token) Errors 

func (t Token) Errors(err error) ParseErrors

Errors returns a ParseErrors with a single ParseError at the location of this token, due to err.

type UB1 

type UB1 struct {
	SetIDUB1                  *SI   `hl7:"false,Set ID - UB1"`                    // UB1-1
	BloodDeductible43         *NM   `hl7:"false,Blood Deductible  (43)"`          // UB1-2
	BloodFurnishedPintsOf40   *NM   `hl7:"false,Blood Furnished-Pints Of (40)"`   // UB1-3
	BloodReplacedPints41      *NM   `hl7:"false,Blood Replaced-Pints (41)"`       // UB1-4
	BloodNotReplacedPints42   *NM   `hl7:"false,Blood Not Replaced-Pints(42)"`    // UB1-5
	CoInsuranceDays25         *NM   `hl7:"false,Co-Insurance Days (25)"`          // UB1-6
	ConditionCode3539         []IS  `hl7:"false,Condition Code (35-39)"`          // UB1-7
	CoveredDays23             *NM   `hl7:"false,Covered Days - (23)"`             // UB1-8
	NonCoveredDays24          *NM   `hl7:"false,Non Covered Days - (24)"`         // UB1-9
	ValueAmountCode4649       []UVC `hl7:"false,Value Amount & Code (46-49)"`     // UB1-10
	NumberOfGraceDays90       *NM   `hl7:"false,Number Of Grace Days (90)"`       // UB1-11
	SpecialProgramIndicator44 *CE   `hl7:"false,Special Program Indicator (44)"`  // UB1-12
	PSROURApprovalIndicator87 *CE   `hl7:"false,PSRO/UR Approval Indicator (87)"` // UB1-13
	PSROURApprovedStayFm88    *DT   `hl7:"false,PSRO/UR Approved Stay-Fm (88)"`   // UB1-14
	PSROURApprovedStayTo89    *DT   `hl7:"false,PSRO/UR Approved Stay-To (89)"`   // UB1-15
	Occurrence2832            []OCD `hl7:"false,Occurrence (28-32)"`              // UB1-16
	OccurrenceSpan33          *CE   `hl7:"false,Occurrence Span (33)"`            // UB1-17
	OccurSpanStartDate33      *DT   `hl7:"false,Occur Span Start Date(33)"`       // UB1-18
	OccurSpanEndDate33        *DT   `hl7:"false,Occur Span End Date (33)"`        // UB1-19
	UB82Locator2              *ST   `hl7:"false,UB-82 Locator 2"`                 // UB1-20
	UB82Locator9              *ST   `hl7:"false,UB-82 Locator 9"`                 // UB1-21
	UB82Locator27             *ST   `hl7:"false,UB-82 Locator 27"`                // UB1-22
	UB82Locator45             *ST   `hl7:"false,UB-82 Locator 45"`                // UB1-23
}

UB1 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*UB1) SegmentName 

func (s *UB1) SegmentName() string

type UB2 

type UB2 struct {
	SetIDUB2                  *SI   `hl7:"false,Set ID - UB2"`                    // UB2-1
	CoInsuranceDays9          *ST   `hl7:"false,Co-Insurance Days (9)"`           // UB2-2
	ConditionCode2430         []IS  `hl7:"false,Condition Code (24-30)"`          // UB2-3
	CoveredDays7              *ST   `hl7:"false,Covered Days (7)"`                // UB2-4
	NonCoveredDays8           *ST   `hl7:"false,Non-Covered Days (8)"`            // UB2-5
	ValueAmountCode           []UVC `hl7:"false,Value Amount & Code"`             // UB2-6
	OccurrenceCodeDate3235    []OCD `hl7:"false,Occurrence Code & Date (32-35)"`  // UB2-7
	OccurrenceSpanCodeDates36 []OSP `hl7:"false,Occurrence Span Code/Dates (36)"` // UB2-8
	UB92Locator2State         []ST  `hl7:"false,UB92 Locator 2 (State)"`          // UB2-9
	UB92Locator11State        []ST  `hl7:"false,UB92 Locator 11 (State)"`         // UB2-10
	UB92Locator31National     *ST   `hl7:"false,UB92 Locator 31 (National)"`      // UB2-11
	DocumentControlNumber     []ST  `hl7:"false,Document Control Number"`         // UB2-12
	UB92Locator49National     []ST  `hl7:"false,UB92 Locator 49 (National)"`      // UB2-13
	UB92Locator56State        []ST  `hl7:"false,UB92 Locator 56 (State)"`         // UB2-14
	UB92Locator57National     *ST   `hl7:"false,UB92 Locator 57 (National)"`      // UB2-15
	UB92Locator78State        []ST  `hl7:"false,UB92 Locator 78 (State)"`         // UB2-16
	SpecialVisitCount         *NM   `hl7:"false,Special Visit Count"`             // UB2-17
}

UB2 represents the corresponding HL7 segment. Definition from HL7 2.4

func (*UB2) SegmentName 

func (s *UB2) SegmentName() string

type UDM_Q05 

type UDM_Q05 struct {
	MSH   *MSH  `hl7:"true,MSH"`
	URD   *URD  `hl7:"true,URD"`
	URS   *URS  `hl7:"false,URS"`
	DSP   []DSP `hl7:"true,DSP"`
	DSC   *DSC  `hl7:"false,DSC"`
	Other []interface{}
}

UDM_Q05 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*UDM_Q05) MessageTypeName 

func (s *UDM_Q05) MessageTypeName() string

type URD 

type URD struct {
	RUDateTime              *TS   `hl7:"false,R/U Date/Time"`               // URD-1
	ReportPriority          *ID   `hl7:"false,Report Priority"`             // URD-2
	RUWhoSubjectDefinition  []XCN `hl7:"true,R/U Who Subject Definition"`   // URD-3
	RUWhatSubjectDefinition []CE  `hl7:"false,R/U What Subject Definition"` // URD-4
	RUWhatDepartmentCode    []CE  `hl7:"false,R/U What Department Code"`    // URD-5
	RUDisplayPrintLocations []ST  `hl7:"false,R/U Display/Print Locations"` // URD-6
	RUResultsLevel          *ID   `hl7:"false,R/U Results Level"`           // URD-7
}

URD represents the corresponding HL7 segment. Definition from HL7 2.4

func (*URD) SegmentName 

func (s *URD) SegmentName() string

type URS 

type URS struct {
	RUWhereSubjectDefinition        []ST `hl7:"true,R/U Where Subject Definition"`          // URS-1
	RUWhenDataStartDateTime         *TS  `hl7:"false,R/U When Data Start Date/Time"`        // URS-2
	RUWhenDataEndDateTime           *TS  `hl7:"false,R/U When Data End Date/Time"`          // URS-3
	RUWhatUserQualifier             []ST `hl7:"false,R/U What User Qualifier"`              // URS-4
	RUOtherResultsSubjectDefinition []ST `hl7:"false,R/U Other Results Subject Definition"` // URS-5
	RUWhichDateTimeQualifier        []ID `hl7:"false,R/U Which Date/Time Qualifier"`        // URS-6
	RUWhichDateTimeStatusQualifier  []ID `hl7:"false,R/U Which Date/Time Status Qualifier"` // URS-7
	RUDateTimeSelectionQualifier    []ID `hl7:"false,R/U Date/Time Selection Qualifier"`    // URS-8
	RUQuantityTimingQualifier       *TQ  `hl7:"false,R/U Quantity/Timing Qualifier"`        // URS-9
}

URS represents the corresponding HL7 segment. Definition from HL7 2.4

func (*URS) SegmentName 

func (s *URS) SegmentName() string

type UVC 

type UVC struct {
	ValueCode   *IS `hl7:"false,Value Code"`
	ValueAmount *NM `hl7:"false,Value Amount"`
}

UVC represents the corresponding HL7 datatype. Definition from HL7 2.4

type VAR 

type VAR struct {
	VarianceInstanceID     *EI   `hl7:"true,Variance Instance ID"`       // VAR-1
	DocumentedDateTime     *TS   `hl7:"true,Documented Date/Time"`       // VAR-2
	StatedVarianceDateTime *TS   `hl7:"false,Stated Variance Date/Time"` // VAR-3
	VarianceOriginator     []XCN `hl7:"false,Variance Originator"`       // VAR-4
	VarianceClassification *CE   `hl7:"false,Variance Classification"`   // VAR-5
	VarianceDescription    []ST  `hl7:"false,Variance Description"`      // VAR-6
}

VAR represents the corresponding HL7 segment. Definition from HL7 2.4

func (*VAR) SegmentName 

func (s *VAR) SegmentName() string

type VH 

type VH struct {
	StartDayRange  *ID `hl7:"false,Start Day Range"`
	EndDayRange    *ID `hl7:"false,End Day Range"`
	StartHourRange *TM `hl7:"false,Start Hour Range"`
	EndHourRange   *TM `hl7:"false,End Hour Range"`
}

VH represents the corresponding HL7 datatype. Definition from HL7 2.4

type VID 

type VID struct {
	VersionID                *ID `hl7:"false,Version ID"`
	InternationalizationCode *CE `hl7:"false,Internationalization Code"`
	InternationalVersionID   *CE `hl7:"false,International Version ID"`
}

VID represents the corresponding HL7 datatype. Definition from HL7 2.4

type VQQ_Q01 

type VQQ_Q01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	VTQ   *VTQ `hl7:"true,VTQ"`
	RDF   *RDF `hl7:"false,RDF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

VQQ_Q01 represents the corresponding HL7 message type. Definition from HL7 2.3

func (*VQQ_Q01) MessageTypeName 

func (s *VQQ_Q01) MessageTypeName() string

type VQQ_Q07 

type VQQ_Q07 struct {
	MSH   *MSH `hl7:"true,MSH"`
	VTQ   *VTQ `hl7:"true,VTQ"`
	RDF   *RDF `hl7:"false,RDF"`
	DSC   *DSC `hl7:"false,DSC"`
	Other []interface{}
}

VQQ_Q07 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VQQ_Q07) MessageTypeName 

func (s *VQQ_Q07) MessageTypeName() string

type VR 

type VR struct {
	FirstDataCodeValue *ST `hl7:"false,First Data Code Value"`
	LastDataCodeCalue  *ST `hl7:"false,Last Data Code Calue"`
}

VR represents the corresponding HL7 datatype. Definition from HL7 2.4

type VTQ 

type VTQ struct {
	QueryTag                *ST   `hl7:"false,Query Tag"`                 // VTQ-1
	QueryResponseFormatCode *ID   `hl7:"true,Query/Response Format Code"` // VTQ-2
	VTQueryName             *CE   `hl7:"true,VT Query Name"`              // VTQ-3
	VirtualTableName        *CE   `hl7:"true,Virtual Table Name"`         // VTQ-4
	SelectionCriteria       []QSC `hl7:"false,Selection Criteria"`        // VTQ-5
}

VTQ represents the corresponding HL7 segment. Definition from HL7 2.4

func (*VTQ) SegmentName 

func (s *VTQ) SegmentName() string

type VXQ_V01 

type VXQ_V01 struct {
	MSH   *MSH `hl7:"true,MSH"`
	QRD   *QRD `hl7:"true,QRD"`
	QRF   *QRF `hl7:"false,QRF"`
	Other []interface{}
}

VXQ_V01 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXQ_V01) MessageTypeName 

func (s *VXQ_V01) MessageTypeName() string

type VXR_V03 

type VXR_V03 struct {
	MSH           *MSH                   `hl7:"true,MSH"`
	MSA           *MSA                   `hl7:"true,MSA"`
	QRD           *QRD                   `hl7:"true,QRD"`
	QRF           *QRF                   `hl7:"false,QRF"`
	PID           *PID                   `hl7:"true,PID"`
	PD1           *PD1                   `hl7:"false,PD1"`
	NK1           []NK1                  `hl7:"false,NK1"`
	PATIENT_VISIT *VXR_V03_PATIENT_VISIT `hl7:"false,PATIENT_VISIT"`
	GT1           []GT1                  `hl7:"false,GT1"`
	INSURANCE     []VXR_V03_INSURANCE    `hl7:"false,INSURANCE"`
	ORDER         []VXR_V03_ORDER        `hl7:"false,ORDER"`
	Other         []interface{}
}

VXR_V03 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXR_V03) MessageTypeName 

func (s *VXR_V03) MessageTypeName() string

type VXR_V03_INSURANCE 

type VXR_V03_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

VXR_V03_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXR_V03_INSURANCE) MessageTypeSubStructName 

func (s *VXR_V03_INSURANCE) MessageTypeSubStructName() string

type VXR_V03_OBSERVATION 

type VXR_V03_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

VXR_V03_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXR_V03_OBSERVATION) MessageTypeSubStructName 

func (s *VXR_V03_OBSERVATION) MessageTypeSubStructName() string

type VXR_V03_ORDER 

type VXR_V03_ORDER struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	RXA         *RXA                  `hl7:"true,RXA"`
	RXR         *RXR                  `hl7:"false,RXR"`
	OBSERVATION []VXR_V03_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

VXR_V03_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXR_V03_ORDER) MessageTypeSubStructName 

func (s *VXR_V03_ORDER) MessageTypeSubStructName() string

type VXR_V03_PATIENT_VISIT 

type VXR_V03_PATIENT_VISIT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

VXR_V03_PATIENT_VISIT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXR_V03_PATIENT_VISIT) MessageTypeSubStructName 

func (s *VXR_V03_PATIENT_VISIT) MessageTypeSubStructName() string

type VXU_V04 

type VXU_V04 struct {
	MSH       *MSH                `hl7:"true,MSH"`
	PID       *PID                `hl7:"true,PID"`
	PD1       *PD1                `hl7:"false,PD1"`
	NK1       []NK1               `hl7:"false,NK1"`
	PATIENT   *VXU_V04_PATIENT    `hl7:"false,PATIENT"`
	GT1       []GT1               `hl7:"false,GT1"`
	INSURANCE []VXU_V04_INSURANCE `hl7:"false,INSURANCE"`
	ORDER     []VXU_V04_ORDER     `hl7:"false,ORDER"`
	Other     []interface{}
}

VXU_V04 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXU_V04) MessageTypeName 

func (s *VXU_V04) MessageTypeName() string

type VXU_V04_INSURANCE 

type VXU_V04_INSURANCE struct {
	IN1   *IN1 `hl7:"true,IN1"`
	IN2   *IN2 `hl7:"false,IN2"`
	IN3   *IN3 `hl7:"false,IN3"`
	Other []interface{}
}

VXU_V04_INSURANCE represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXU_V04_INSURANCE) MessageTypeSubStructName 

func (s *VXU_V04_INSURANCE) MessageTypeSubStructName() string

type VXU_V04_OBSERVATION 

type VXU_V04_OBSERVATION struct {
	OBX   *OBX  `hl7:"true,OBX"`
	NTE   []NTE `hl7:"false,NTE"`
	Other []interface{}
}

VXU_V04_OBSERVATION represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXU_V04_OBSERVATION) MessageTypeSubStructName 

func (s *VXU_V04_OBSERVATION) MessageTypeSubStructName() string

type VXU_V04_ORDER 

type VXU_V04_ORDER struct {
	ORC         *ORC                  `hl7:"false,ORC"`
	RXA         *RXA                  `hl7:"true,RXA"`
	RXR         *RXR                  `hl7:"false,RXR"`
	OBSERVATION []VXU_V04_OBSERVATION `hl7:"false,OBSERVATION"`
	Other       []interface{}
}

VXU_V04_ORDER represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXU_V04_ORDER) MessageTypeSubStructName 

func (s *VXU_V04_ORDER) MessageTypeSubStructName() string

type VXU_V04_PATIENT 

type VXU_V04_PATIENT struct {
	PV1   *PV1 `hl7:"true,PV1"`
	PV2   *PV2 `hl7:"false,PV2"`
	Other []interface{}
}

VXU_V04_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXU_V04_PATIENT) MessageTypeSubStructName 

func (s *VXU_V04_PATIENT) MessageTypeSubStructName() string

type VXX_V02 

type VXX_V02 struct {
	MSH     *MSH              `hl7:"true,MSH"`
	MSA     *MSA              `hl7:"true,MSA"`
	QRD     *QRD              `hl7:"true,QRD"`
	QRF     *QRF              `hl7:"false,QRF"`
	PATIENT []VXX_V02_PATIENT `hl7:"true,PATIENT"`
	Other   []interface{}
}

VXX_V02 represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXX_V02) MessageTypeName 

func (s *VXX_V02) MessageTypeName() string

type VXX_V02_PATIENT 

type VXX_V02_PATIENT struct {
	PID   *PID  `hl7:"true,PID"`
	NK1   []NK1 `hl7:"false,NK1"`
	Other []interface{}
}

VXX_V02_PATIENT represents the corresponding HL7 message type. Definition from HL7 2.4

func (*VXX_V02_PATIENT) MessageTypeSubStructName 

func (s *VXX_V02_PATIENT) MessageTypeSubStructName() string

type WVI 

type WVI struct {
	ChannelNumber *NM `hl7:"false,Channel Number"`
	ChannelName   *ST `hl7:"false,Channel Name"`
}

WVI represents the corresponding HL7 datatype. Definition from HL7 2.4

type WVS 

type WVS struct {
	SourceName1 *ST `hl7:"false,Source Name 1"`
	SourceName2 *ST `hl7:"false,Source Name 2"`
}

WVS represents the corresponding HL7 datatype. Definition from HL7 2.4

type XAD 

type XAD struct {
	StreetAddress              *SAD `hl7:"false,Street Address"`
	OtherDesignation           *ST  `hl7:"false,Other Designation"`
	City                       *ST  `hl7:"false,City"`
	StateOrProvince            *ST  `hl7:"false,State Or Province"`
	ZipOrPostalCode            *ST  `hl7:"false,Zip Or Postal Code"`
	Country                    *ID  `hl7:"false,Country"`
	AddressType                *ID  `hl7:"false,Address Type"`
	OtherGeographicDesignation *ST  `hl7:"false,Other Geographic Designation"`
	CountyParishCode           *IS  `hl7:"false,County/Parish Code"`
	CensusTract                *IS  `hl7:"false,Census Tract"`
	AddressRepresentationCode  *ID  `hl7:"false,Address Representation Code"`
	AddressValidityRange       *DR  `hl7:"false,Address Validity Range"`
}

XAD represents the corresponding HL7 datatype. Definition from HL7 2.4

type XCN 

type XCN struct {
	IDNumber                                    *ST `hl7:"false,ID Number"`
	FamilyName                                  *FN `hl7:"false,Family Name"`
	GivenName                                   *ST `hl7:"false,Given Name"`
	SecondAndFurtherGivenNamesOrInitialsThereof *ST `hl7:"false,Second And Further Given Names Or Initials Thereof"`
	SuffixEGJROrIII                             *ST `hl7:"false,Suffix (E.G., JR Or III)"`
	PrefixEGDR                                  *ST `hl7:"false,Prefix (E.G., DR)"`
	DegreeEGMD                                  *IS `hl7:"false,Degree (E.G., MD)"`
	SourceTable                                 *IS `hl7:"false,Source Table"`
	AssigningAuthority                          *HD `hl7:"false,Assigning Authority"`
	NameTypeCode                                *ID `hl7:"false,Name Type Code"`
	IdentifierCheckDigit                        *ST `hl7:"false,Identifier Check Digit"`
	CodeIdentifyingTheCheckDigitSchemeEmployed  *ID `hl7:"false,Code Identifying The Check Digit Scheme Employed"`
	IdentifierTypeCode                          *IS `hl7:"false,Identifier Type Code"`
	AssigningFacility                           *HD `hl7:"false,Assigning Facility"`
	NameRepresentationCode                      *ID `hl7:"false,Name Representation Code"`
	NameContext                                 *CE `hl7:"false,Name Context"`
	NameValidityRange                           *DR `hl7:"false,Name Validity Range"`
	NameAssemblyOrder                           *ID `hl7:"false,Name Assembly Order"`
}

XCN represents the corresponding HL7 datatype. Definition from HL7 2.4

type XON 

type XON struct {
	OrganizationName                           *ST `hl7:"false,Organization Name"`
	OrganizationNameTypeCode                   *IS `hl7:"false,Organization Name Type Code"`
	IDNumber                                   *NM `hl7:"false,ID Number"`
	CheckDigit                                 *NM `hl7:"false,Check Digit"`
	CodeIdentifyingTheCheckDigitSchemeEmployed *ID `hl7:"false,Code Identifying The Check Digit Scheme Employed"`
	AssigningAuthority                         *HD `hl7:"false,Assigning Authority"`
	IdentifierTypeCode                         *IS `hl7:"false,Identifier Type Code"`
	AssigningFacilityID                        *HD `hl7:"false,Assigning Facility ID"`
	NameRepresentationCode                     *ID `hl7:"false,Name Representation Code"`
}

XON represents the corresponding HL7 datatype. Definition from HL7 2.4

type XPN 

type XPN struct {
	FamilyName                                  *FN `hl7:"false,Family Name"`
	GivenName                                   *ST `hl7:"false,Given Name"`
	SecondAndFurtherGivenNamesOrInitialsThereof *ST `hl7:"false,Second And Further Given Names Or Initials Thereof"`
	SuffixEGJROrIII                             *ST `hl7:"false,Suffix (E.G., JR Or III)"`
	PrefixEGDR                                  *ST `hl7:"false,Prefix (E.G., DR)"`
	DegreeEGMD                                  *IS `hl7:"false,Degree (E.G., MD)"`
	NameTypeCode                                *ID `hl7:"false,Name Type Code"`
	NameRepresentationCode                      *ID `hl7:"false,Name Representation Code"`
	NameContext                                 *CE `hl7:"false,Name Context"`
	NameValidityRange                           *DR `hl7:"false,Name Validity Range"`
	NameAssemblyOrder                           *ID `hl7:"false,Name Assembly Order"`
}

XPN represents the corresponding HL7 datatype. Definition from HL7 2.4

type XTN 

type XTN struct {
	Number                         *TN `hl7:"false,Number"`
	TelecommunicationUseCode       *ID `hl7:"false,Telecommunication Use Code"`
	TelecommunicationEquipmentType *ID `hl7:"false,Telecommunication Equipment Type"`
	EmailAddress                   *ST `hl7:"false,Email Address"`
	CountryCode                    *NM `hl7:"false,Country Code"`
	AreaCityCode                   *NM `hl7:"false,Area/City Code"`
	PhoneNumber                    *NM `hl7:"false,Phone Number"`
	Extension                      *NM `hl7:"false,Extension"`
	AnyText                        *ST `hl7:"false,Any Text"`
}

XTN represents the corresponding HL7 datatype. Definition from HL7 2.4

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