zed21

package
v1.3.0 Latest Latest
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This package is not in the latest version of its module.

 Go to latest Published: Nov 21, 2022 License: BSD-3-Clause Imports: 14 Imported by: 0

Documentation

Index

Constants

View Source 
const (
	MaxColumns     = 100_000
	MaxEnumSymbols = 100_000
	MaxUnionTypes  = 100_000
)
View Source 
const (
	IDUint8    = 0
	IDUint16   = 1
	IDUint32   = 2
	IDUint64   = 3
	IDInt8     = 4
	IDInt16    = 5
	IDInt32    = 6
	IDInt64    = 7
	IDDuration = 8
	IDTime     = 9
	IDFloat16  = 10
	IDFloat32  = 11
	IDFloat64  = 12
	IDDecimal  = 13
	IDBool     = 14
	IDBytes    = 15
	IDString   = 16
	IDBstring  = 17
	IDIP       = 18
	IDNet      = 19
	IDType     = 20
	IDError    = 21
	IDNull     = 22

	IDTypeDef = 23 // 0x17

	IDTypeName   = 24 // 0x18
	IDTypeRecord = 25 // 0x19
	IDTypeArray  = 26 // 0x20
	IDTypeSet    = 27 // 0x21
	IDTypeUnion  = 28 // 0x22
	IDTypeEnum   = 29 // 0x23
	IDTypeMap    = 30 // 0x24
)
View Source 
const (
	CtrlValueEscape   = 0xf5
	TypeDefRecord     = 0xf6
	TypeDefArray      = 0xf7
	TypeDefSet        = 0xf8
	TypeDefUnion      = 0xf9
	TypeDefEnum       = 0xfa
	TypeDefMap        = 0xfb
	TypeDefNamed      = 0xfc
	CtrlCompressed    = 0xfd
	CtrlAppMessage    = 0xfe
	CtrlEOS           = 0xff
	AppEncodingZNG    = 0
	AppEncodingJSON   = 1
	AppEncodingZSON   = 2
	AppEncodingString = 3
	AppEncodingBinary = 4
)

Variables

View Source 
var (
	ErrNotArray      = errors.New("cannot index a non-array")
	ErrIndex         = errors.New("array index out of bounds")
	ErrUnionSelector = errors.New("union selector out of bounds")
	ErrEnumIndex     = errors.New("enum index out of bounds")
)
View Source 
var (
	TypeUint8    = &TypeOfUint8{}
	TypeUint16   = &TypeOfUint16{}
	TypeUint32   = &TypeOfUint32{}
	TypeUint64   = &TypeOfUint64{}
	TypeInt8     = &TypeOfInt8{}
	TypeInt16    = &TypeOfInt16{}
	TypeInt32    = &TypeOfInt32{}
	TypeInt64    = &TypeOfInt64{}
	TypeDuration = &TypeOfDuration{}
	TypeTime     = &TypeOfTime{}
	// XXX add TypeFloat16
	TypeFloat32 = &TypeOfFloat32{}
	TypeFloat64 = &TypeOfFloat64{}
	// XXX add TypeDecimal
	TypeBool    = &TypeOfBool{}
	TypeBytes   = &TypeOfBytes{}
	TypeString  = &TypeOfString{}
	TypeBstring = &TypeOfBstring{}
	TypeIP      = &TypeOfIP{}
	TypeNet     = &TypeOfNet{}
	TypeType    = &TypeOfType{}
	TypeError   = &TypeOfError{}
	TypeNull    = &TypeOfNull{}
)
View Source 
var (
	NullUint8    = &Value{Type: TypeUint8}
	NullUint16   = &Value{Type: TypeUint16}
	NullUint32   = &Value{Type: TypeUint32}
	NullUint64   = &Value{Type: TypeUint64}
	NullInt8     = &Value{Type: TypeInt8}
	NullInt16    = &Value{Type: TypeInt16}
	NullInt32    = &Value{Type: TypeInt32}
	NullInt64    = &Value{Type: TypeInt64}
	NullDuration = &Value{Type: TypeDuration}
	NullTime     = &Value{Type: TypeTime}
	NullFloat32  = &Value{Type: TypeFloat32}
	NullFloat64  = &Value{Type: TypeFloat64}
	NullBool     = &Value{Type: TypeBool}
	NullBytes    = &Value{Type: TypeBytes}
	NullString   = &Value{Type: TypeString}
	NullIP       = &Value{Type: TypeIP}
	NullNet      = &Value{Type: TypeNet}
	NullType     = &Value{Type: TypeType}
	Null         = &Value{Type: TypeNull}
)
View Source 
var ErrMissing = errors.New("missing")

ErrMissing is a Go error that implies a missing value in the runtime logic whereas Missing is a Zed error value that represents a missing value embedded in the dataflow computation.

View Source 
var ErrTypeSyntax = errors.New("syntax error parsing type string")
View Source 
var False = &Value{TypeBool, []byte{0}}
View Source 
var Missing = &Value{TypeError, zcode.Bytes("missing")}

Missing is value that represents an error condition arising from a referenced entity not present, e.g., a reference to a non-existent record field, a map lookup for a key not present, an array index that is out of range, etc. The Missing error can be propagated through functions and expressions and each operator has clearly defined semantics with respect to the Missing value. For example, "true AND MISSING" is MISSING.

View Source 
var Quiet = &Value{TypeError, zcode.Bytes("quiet")}
View Source 
var True = &Value{TypeBool, []byte{1}}

Functions

func AppendBool 

func AppendBool(zb zcode.Bytes, b bool) zcode.Bytes

func AppendDuration 

func AppendDuration(bytes zcode.Bytes, d nano.Duration) zcode.Bytes

func AppendFloat32 

func AppendFloat32(zb zcode.Bytes, f float32) zcode.Bytes

func AppendFloat64 

func AppendFloat64(zb zcode.Bytes, d float64) zcode.Bytes

func AppendIP 

func AppendIP(zb zcode.Bytes, a net.IP) zcode.Bytes

func AppendInt 

func AppendInt(bytes zcode.Bytes, i int64) zcode.Bytes

func AppendNet 

func AppendNet(zb zcode.Bytes, subnet *net.IPNet) zcode.Bytes

func AppendTime 

func AppendTime(bytes zcode.Bytes, t nano.Ts) zcode.Bytes

func AppendUint 

func AppendUint(bytes zcode.Bytes, i uint64) zcode.Bytes

func ContainedType 

func ContainedType(typ Type) (Type, []Column)

ContainedType returns the inner type for set and array types in the first return value and the columns of its of type for record types in the second return value. ContainedType returns nil for both return values if the type is not a set, array, or record.

func DecodeBool 

func DecodeBool(zv zcode.Bytes) (bool, error)

func DecodeBytes 

func DecodeBytes(zv zcode.Bytes) ([]byte, error)

func DecodeDuration 

func DecodeDuration(zv zcode.Bytes) (nano.Duration, error)

func DecodeError 

func DecodeError(zv zcode.Bytes) (error, error)

func DecodeFloat 

func DecodeFloat(zb zcode.Bytes) (float64, error)

func DecodeFloat32 

func DecodeFloat32(zb zcode.Bytes) (float32, error)

func DecodeFloat64 

func DecodeFloat64(zv zcode.Bytes) (float64, error)

func DecodeIP 

func DecodeIP(zv zcode.Bytes) (net.IP, error)

func DecodeInt 

func DecodeInt(zv zcode.Bytes) (int64, error)

func DecodeNet 

func DecodeNet(zv zcode.Bytes) (*net.IPNet, error)

func DecodeString 

func DecodeString(zv zcode.Bytes) (string, error)

func DecodeTime 

func DecodeTime(zv zcode.Bytes) (nano.Ts, error)

func DecodeUint 

func DecodeUint(zv zcode.Bytes) (uint64, error)

func EncodeBool 

func EncodeBool(b bool) zcode.Bytes

func EncodeBytes 

func EncodeBytes(b []byte) zcode.Bytes

func EncodeDuration 

func EncodeDuration(d nano.Duration) zcode.Bytes

func EncodeError 

func EncodeError(err error) zcode.Bytes

func EncodeFloat32 

func EncodeFloat32(d float32) zcode.Bytes

func EncodeFloat64 

func EncodeFloat64(d float64) zcode.Bytes

func EncodeIP 

func EncodeIP(a net.IP) zcode.Bytes

func EncodeInt 

func EncodeInt(i int64) zcode.Bytes

func EncodeNet 

func EncodeNet(subnet *net.IPNet) zcode.Bytes

func EncodeString 

func EncodeString(s string) zcode.Bytes

func EncodeTime 

func EncodeTime(t nano.Ts) zcode.Bytes

func EncodeTypeValue 

func EncodeTypeValue(t Type) zcode.Bytes

func EncodeUint 

func EncodeUint(i uint64) zcode.Bytes

func IDChar 

func IDChar(c rune) bool

func IsContainerType 

func IsContainerType(typ Type) bool

func IsIdentifier 

func IsIdentifier(s string) bool

func IsPrimitiveType 

func IsPrimitiveType(typ Type) bool

func IsRecordType 

func IsRecordType(typ Type) bool

func IsTrue 

func IsTrue(zv zcode.Bytes) bool

func IsTypeName 

func IsTypeName(s string) bool

IsTypeName returns true iff s is a valid zson typedef name (exclusive of integer names for locally-scoped typedefs).

func IsUnionType 

func IsUnionType(typ Type) bool

func TypeChar 

func TypeChar(c rune) bool

func TypeID 

func TypeID(typ Type) int

Types

type Allocator 

type Allocator interface {
	NewValue(Type, zcode.Bytes) *Value
	CopyValue(Value) *Value
}

type Column 

type Column struct {
	Name string
	Type Type
}

Column defines the field name and type of a column in a record type.

func NewColumn 

func NewColumn(name string, typ Type) Column

type CompressionFormat 

type CompressionFormat int
const CompressionFormatLZ4 CompressionFormat = 0x00

type Context 

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

A Context implements the "type context" in the Zed model. For a given set of related Values, each Value has a type from a shared Context. The Context manages the transitive closure of Types so that each unique type corresponds to exactly one Type pointer allowing type equivlance to be determined by pointer comparison. (Type pointers from distinct Contexts obviously do not have this property.) A Context also provides an efficient means to translate type values (represented as serialized ZNG) to Types. This provides an efficient means to translate Type pointers from one context to another.

func NewContext 

func NewContext() *Context

func (*Context) Lookup 

func (c *Context) Lookup(id int) *TypeRecord

func (*Context) LookupByValue 

func (c *Context) LookupByValue(tv zcode.Bytes) (Type, error)

LookupByValue returns the Type indicated by a binary-serialized type value. This provides a means to translate a type-context-independent serialized encoding for an arbitrary type into the reciever Context.

func (*Context) LookupType 

func (c *Context) LookupType(id int) (Type, error)

func (*Context) LookupTypeArray 

func (c *Context) LookupTypeArray(inner Type) *TypeArray

func (*Context) LookupTypeDef 

func (c *Context) LookupTypeDef(name string) *TypeNamed

func (*Context) LookupTypeEnum 

func (c *Context) LookupTypeEnum(symbols []string) *TypeEnum

func (*Context) LookupTypeMap 

func (c *Context) LookupTypeMap(keyType, valType Type) *TypeMap

func (*Context) LookupTypeNamed 

func (c *Context) LookupTypeNamed(name string, target Type) (*TypeNamed, error)

func (*Context) LookupTypeRecord 

func (c *Context) LookupTypeRecord(columns []Column) (*TypeRecord, error)

LookupTypeRecord returns a TypeRecord within this context that binds with the indicated columns. Subsequent calls with the same columns will return the same record pointer. If the type doesn't exist, it's created, stored, and returned. The closure of types within the columns must all be from this type context. If you want to use columns from a different type context, use TranslateTypeRecord.

func (*Context) LookupTypeSet 

func (c *Context) LookupTypeSet(inner Type) *TypeSet

func (*Context) LookupTypeUnion 

func (c *Context) LookupTypeUnion(types []Type) *TypeUnion

func (*Context) LookupTypeValue 

func (c *Context) LookupTypeValue(typ Type) *Value

func (*Context) MustLookupTypeRecord 

func (c *Context) MustLookupTypeRecord(columns []Column) *TypeRecord

func (*Context) Reset 

func (c *Context) Reset()

func (*Context) TranslateType 

func (c *Context) TranslateType(ext Type) (Type, error)

TranslateType takes a type from another context and creates and returns that type in this context.

func (*Context) TranslateTypeRecord 

func (t *Context) TranslateTypeRecord(ext *TypeRecord) (*TypeRecord, error)

type Type 

type Type interface {
	// ID returns a unique (per Context) identifier that
	// represents this type.  For a named type, this identifier
	// represents the underlying type and not the named type itself.
	// Callers that care about the underlying type of a Value for
	// example should prefer to use this instead of using the go
	// .(type) operator on a Type instance.
	ID() int
}

A Type is an interface presented by a zeek type. Types can be used to infer type compatibility and create new values of the underlying type.

func InnerType 

func InnerType(typ Type) Type

InnerType returns the element type for the underlying set or array type or nil if the underlying type is not a set or array.

func LookupPrimitive 

func LookupPrimitive(name string) Type

func LookupPrimitiveByID 

func LookupPrimitiveByID(id int) Type

func TypeUnder 

func TypeUnder(typ Type) Type

type TypeArray 

type TypeArray struct {
	Type Type
	// contains filtered or unexported fields
}

func NewTypeArray 

func NewTypeArray(id int, typ Type) *TypeArray

func (*TypeArray) ID 

func (t *TypeArray) ID() int

type TypeEnum 

type TypeEnum struct {
	Symbols []string
	// contains filtered or unexported fields
}

func NewTypeEnum 

func NewTypeEnum(id int, symbols []string) *TypeEnum

func (*TypeEnum) ID 

func (t *TypeEnum) ID() int

func (*TypeEnum) Lookup 

func (t *TypeEnum) Lookup(symbol string) int

func (*TypeEnum) Symbol 

func (t *TypeEnum) Symbol(index int) (string, error)

type TypeMap 

type TypeMap struct {
	KeyType Type
	ValType Type
	// contains filtered or unexported fields
}

func NewTypeMap 

func NewTypeMap(id int, keyType, valType Type) *TypeMap

func (*TypeMap) ID 

func (t *TypeMap) ID() int

type TypeNamed 

type TypeNamed struct {
	Name string
	Type Type
	// contains filtered or unexported fields
}

func NewTypeNamed 

func NewTypeNamed(id int, name string, typ Type) *TypeNamed

func (*TypeNamed) ID 

func (t *TypeNamed) ID() int

func (*TypeNamed) NamedID 

func (t *TypeNamed) NamedID() int

type TypeOfBool 

type TypeOfBool struct{}

func (*TypeOfBool) Format 

func (t *TypeOfBool) Format(zv zcode.Bytes) string

func (*TypeOfBool) ID 

func (t *TypeOfBool) ID() int

func (*TypeOfBool) Marshal 

func (t *TypeOfBool) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfBool) String 

func (t *TypeOfBool) String() string

type TypeOfBstring 

type TypeOfBstring struct{}

func (*TypeOfBstring) ID 

func (t *TypeOfBstring) ID() int

type TypeOfBytes 

type TypeOfBytes struct{}

func (*TypeOfBytes) Format 

func (t *TypeOfBytes) Format(zv zcode.Bytes) string

func (*TypeOfBytes) ID 

func (t *TypeOfBytes) ID() int

func (*TypeOfBytes) Marshal 

func (t *TypeOfBytes) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfBytes) String 

func (t *TypeOfBytes) String() string

type TypeOfDuration 

type TypeOfDuration struct{}

func (*TypeOfDuration) Format 

func (t *TypeOfDuration) Format(zv zcode.Bytes) string

func (*TypeOfDuration) ID 

func (t *TypeOfDuration) ID() int

func (*TypeOfDuration) Marshal 

func (t *TypeOfDuration) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfDuration) String 

func (t *TypeOfDuration) String() string

type TypeOfError 

type TypeOfError struct{}

func (*TypeOfError) ID 

func (t *TypeOfError) ID() int

type TypeOfFloat32 

type TypeOfFloat32 struct{}

func (*TypeOfFloat32) Format 

func (t *TypeOfFloat32) Format(zb zcode.Bytes) string

func (*TypeOfFloat32) ID 

func (t *TypeOfFloat32) ID() int

func (*TypeOfFloat32) Marshal 

func (t *TypeOfFloat32) Marshal(zb zcode.Bytes) (interface{}, error)

func (*TypeOfFloat32) String 

func (t *TypeOfFloat32) String() string

type TypeOfFloat64 

type TypeOfFloat64 struct{}

func (*TypeOfFloat64) Format 

func (t *TypeOfFloat64) Format(zv zcode.Bytes) string

func (*TypeOfFloat64) ID 

func (t *TypeOfFloat64) ID() int

func (*TypeOfFloat64) Marshal 

func (t *TypeOfFloat64) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfFloat64) String 

func (t *TypeOfFloat64) String() string

type TypeOfIP 

type TypeOfIP struct{}

func (*TypeOfIP) Format 

func (t *TypeOfIP) Format(zv zcode.Bytes) string

func (*TypeOfIP) ID 

func (t *TypeOfIP) ID() int

func (*TypeOfIP) Marshal 

func (t *TypeOfIP) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfIP) String 

func (t *TypeOfIP) String() string

type TypeOfInt16 

type TypeOfInt16 struct{}

func (*TypeOfInt16) Format 

func (t *TypeOfInt16) Format(zv zcode.Bytes) string

func (*TypeOfInt16) ID 

func (t *TypeOfInt16) ID() int

func (*TypeOfInt16) Marshal 

func (t *TypeOfInt16) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfInt16) String 

func (t *TypeOfInt16) String() string

type TypeOfInt32 

type TypeOfInt32 struct{}

func (*TypeOfInt32) Format 

func (t *TypeOfInt32) Format(zv zcode.Bytes) string

func (*TypeOfInt32) ID 

func (t *TypeOfInt32) ID() int

func (*TypeOfInt32) Marshal 

func (t *TypeOfInt32) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfInt32) String 

func (t *TypeOfInt32) String() string

type TypeOfInt64 

type TypeOfInt64 struct{}

func (*TypeOfInt64) Format 

func (t *TypeOfInt64) Format(zv zcode.Bytes) string

func (*TypeOfInt64) ID 

func (t *TypeOfInt64) ID() int

func (*TypeOfInt64) Marshal 

func (t *TypeOfInt64) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfInt64) String 

func (t *TypeOfInt64) String() string

type TypeOfInt8 

type TypeOfInt8 struct{}

func (*TypeOfInt8) Format 

func (t *TypeOfInt8) Format(zv zcode.Bytes) string

func (*TypeOfInt8) ID 

func (t *TypeOfInt8) ID() int

func (*TypeOfInt8) Marshal 

func (t *TypeOfInt8) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfInt8) String 

func (t *TypeOfInt8) String() string

type TypeOfNet 

type TypeOfNet struct{}

func (*TypeOfNet) Format 

func (t *TypeOfNet) Format(zv zcode.Bytes) string

func (*TypeOfNet) ID 

func (t *TypeOfNet) ID() int

func (*TypeOfNet) Marshal 

func (t *TypeOfNet) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfNet) String 

func (t *TypeOfNet) String() string

type TypeOfNull 

type TypeOfNull struct{}

func (*TypeOfNull) Format 

func (t *TypeOfNull) Format(zv zcode.Bytes) string

func (*TypeOfNull) ID 

func (t *TypeOfNull) ID() int

func (*TypeOfNull) Marshal 

func (t *TypeOfNull) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfNull) String 

func (t *TypeOfNull) String() string

type TypeOfString 

type TypeOfString struct{}

func (*TypeOfString) ID 

func (t *TypeOfString) ID() int

type TypeOfTime 

type TypeOfTime struct{}

func (*TypeOfTime) Format 

func (t *TypeOfTime) Format(zv zcode.Bytes) string

func (*TypeOfTime) ID 

func (t *TypeOfTime) ID() int

func (*TypeOfTime) Marshal 

func (t *TypeOfTime) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfTime) String 

func (t *TypeOfTime) String() string

type TypeOfType 

type TypeOfType struct{}

func (*TypeOfType) ID 

func (t *TypeOfType) ID() int

type TypeOfUint16 

type TypeOfUint16 struct{}

func (*TypeOfUint16) Format 

func (t *TypeOfUint16) Format(zv zcode.Bytes) string

func (*TypeOfUint16) ID 

func (t *TypeOfUint16) ID() int

func (*TypeOfUint16) Marshal 

func (t *TypeOfUint16) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfUint16) String 

func (t *TypeOfUint16) String() string

type TypeOfUint32 

type TypeOfUint32 struct{}

func (*TypeOfUint32) Format 

func (t *TypeOfUint32) Format(zv zcode.Bytes) string

func (*TypeOfUint32) ID 

func (t *TypeOfUint32) ID() int

func (*TypeOfUint32) Marshal 

func (t *TypeOfUint32) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfUint32) String 

func (t *TypeOfUint32) String() string

type TypeOfUint64 

type TypeOfUint64 struct{}

func (*TypeOfUint64) Format 

func (t *TypeOfUint64) Format(zv zcode.Bytes) string

func (*TypeOfUint64) ID 

func (t *TypeOfUint64) ID() int

func (*TypeOfUint64) Marshal 

func (t *TypeOfUint64) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfUint64) String 

func (t *TypeOfUint64) String() string

type TypeOfUint8 

type TypeOfUint8 struct{}

func (*TypeOfUint8) Format 

func (t *TypeOfUint8) Format(zv zcode.Bytes) string

func (*TypeOfUint8) ID 

func (t *TypeOfUint8) ID() int

func (*TypeOfUint8) Marshal 

func (t *TypeOfUint8) Marshal(zv zcode.Bytes) (interface{}, error)

func (*TypeOfUint8) String 

func (t *TypeOfUint8) String() string

type TypeRecord 

type TypeRecord struct {
	Columns []Column
	LUT     map[string]int
	// contains filtered or unexported fields
}

func NewTypeRecord 

func NewTypeRecord(id int, columns []Column) *TypeRecord

func TypeRecordOf 

func TypeRecordOf(typ Type) *TypeRecord

func (*TypeRecord) ID 

func (t *TypeRecord) ID() int

type TypeSet 

type TypeSet struct {
	Type Type
	// contains filtered or unexported fields
}

func NewTypeSet 

func NewTypeSet(id int, typ Type) *TypeSet

func (*TypeSet) ID 

func (t *TypeSet) ID() int

type TypeUnion 

type TypeUnion struct {
	Types []Type
	// contains filtered or unexported fields
}

func NewTypeUnion 

func NewTypeUnion(id int, types []Type) *TypeUnion

func (*TypeUnion) ID 

func (t *TypeUnion) ID() int

func (*TypeUnion) Type 

func (t *TypeUnion) Type(selector int) (Type, error)

Type returns the type corresponding to selector.

type Value 

type Value struct {
	Type  Type
	Bytes zcode.Bytes
}

func NewBool 

func NewBool(b bool) *Value

func NewBstring 

func NewBstring(s string) *Value

func NewBytes 

func NewBytes(b []byte) *Value

func NewDuration 

func NewDuration(d nano.Duration) *Value

func NewError 

func NewError(err error) *Value

func NewErrorf 

func NewErrorf(format string, args ...interface{}) *Value

func NewFloat32 

func NewFloat32(f float32) *Value

func NewFloat64 

func NewFloat64(f float64) *Value

func NewIP 

func NewIP(a net.IP) *Value

func NewNet 

func NewNet(s *net.IPNet) *Value

func NewString 

func NewString(s string) *Value

func NewTime 

func NewTime(ts nano.Ts) *Value

func NewTypeValue 

func NewTypeValue(t Type) *Value

func NewUint64 

func NewUint64(v uint64) *Value

func NewValue 

func NewValue(zt Type, zb zcode.Bytes) *Value

func Not 

func Not(zb zcode.Bytes) *Value

Not returns the inverse Value of the Boolean-typed bytes value of zb.

func (*Value) Copy 

func (v *Value) Copy() *Value

Copy returns a copy of v that does not share v.Bytes. The copy's Bytes field is nil if and only if v.Bytes is nil.

func (*Value) CopyFrom 

func (v *Value) CopyFrom(from *Value)

CopyFrom copies from into v, reusing v.Bytes if possible and setting v.Bytes to nil if and only if from.Bytes is nil.

func (*Value) Equal 

func (v *Value) Equal(p Value) bool

func (*Value) IsContainer 

func (v *Value) IsContainer() bool

func (*Value) IsNull 

func (v *Value) IsNull() bool

IsNull returns true if and only if v is a null value of any type.

func (*Value) Iter 

func (v *Value) Iter() zcode.Iter

Source Files

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