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README

Secrets Management Go SDK

Go

View docs

This library provides interface to Keeper® Secrets Manager and can be used to access your Keeper vault, read and update existing records, rotate passwords and more. Keeper Secrets Manager is an open source project with contributions from Keeper's engineering team and partners.

Features:

Obtain a One-Time Access Token

Keeper Secrets Manager authenticates your API requests using advanced encryption that uses locally stored private key, device id and client id. To register your device and generate private key you will need to generate a One-Time Access Token via Web Vault or Keeper Commander CLI.

Via Web Vault

Secrets Manager > Applications > Create Application - will let you chose application name, shared folder(s) and permissions and generate One-Time Access Token. Note: Keeper does not store One-Time Access Tokens - save or copy the token offline for later use.

One-Time Access Tokens can be generated as needed: Secrets Manager > Applications > Application Name > Devices Tab > Edit > Add Device button - will let you create new Device and generate its One-Time Access Token.

What is an application?

Via Keeper Commander CLI

Login to Keeper with Commander CLI and perform following:

  1. Create Application

    $ sm app create [NAME]

  2. Share Secrets to the Application

    $ sm share add --app [NAME] --secret [UID] --editable
    • --app - Name of the Application.
    • --secret - Record UID or Shared Folder UID
    • --editable - if omitted defaults to false

  3. Create client

    $ sm client add --app [NAME] --unlock-ip --count 1
Install
go get github.com/keeper-security/secrets-manager-go/core
Quick Start
package main

// Import Secrets Manager
import ksm "github.com/keeper-security/secrets-manager-go/core"

func main() {
	// Establish connection
	// One time secrets generated via Web Vault or Commander CLI
	clientOptions := &ksm.ClientOptions{
		Token:  "US:ONE_TIME_TOKEN_BASE64",
		Config: ksm.NewFileKeyValueStorage("ksm-config.json")}
	sm := ksm.NewSecretsManager(clientOptions)
	// One time tokens can be used only once - afterwards use the generated config file
	// sm := ksm.NewSecretsManager(&ksm.ClientOptions{Config: ksm.NewFileKeyValueStorage("ksm-config.json")})

	// Retrieve all records
	allRecords, _ := sm.GetSecrets([]string{})

	// Get password from first record:
	password := allRecords[0].Password()

	// WARNING: Avoid logging sensitive data
	print("My password from Keeper: ", password)
}

Samples

File Download
sm := ksm.NewSecretsManager(&ksm.ClientOptions{Config: ksm.NewFileKeyValueStorage("ksm-config.json")})

if records, err := sm.GetSecrets([]string{}); err == nil {
	for _, r := range records {
		fmt.Println("\tTitle: " + r.Title())
		for i, f := range r.Files {
			fmt.Printf("\t\tfile #%d -> name: %s", i, f.Name)
			f.SaveFile("/tmp/"+f.Name, true)
		}
	}
}
Update record
sm := ksm.NewSecretsManager(&ksm.ClientOptions{Config: ksm.NewFileKeyValueStorage("ksm-config.json")})

if records, err := sm.GetSecrets([]string{}); err == nil && len(records) > 0 {
	record := records[0]
	newPassword := fmt.Sprintf("Test Password - " + time.Now().Format(time.RFC850))
	record.SetPassword(newPassword)

	if err := sm.Save(record); err != nil {
		fmt.Println("Error saving record: " + err.Error())
	}
}

Configuration

Types

Listed in priority order

  1. Environment variable
  2. Configuration store
  3. Code
Available configurations:
  • clientKey - One Time Access Token used during initialization
  • hostname - Keeper Backend host. Available values:
    • keepersecurity.com
    • keepersecurity.eu
    • keepersecurity.com.au
    • govcloud.keepersecurity.us

Adding more records or shared folders to the Application

Via Web Vault

Drag&Drop records into the shared folder or select from the record menu any of the options to CreateDuplicate/Move or create new records straight into the shared folder. As an alternative use: Secrets Manager > Application > Application Name > Folders & Records > Edit and use search field to add any folders or records then click Save.

Via Commander CLI
sm share add --app [NAME] --secret [UID2]
sm share add --app [NAME] --secret [UID3] --editable
Retrieve secret(s)
sm := ksm.NewSecretsManager(&ksm.ClientOptions{Config: ksm.NewFileKeyValueStorage("ksm-config.json")})
allSecrets, _ := sm.GetSecrets([]string{})
Update secret
secretToUpdate = allSecrets[0]
secretToUpdate.SetPassword("NewPassword123$")
secretsManager.Save(secretToUpdate)

Change Log

1.5.0

  • KSM-317 - Notation improvements
  • KSM-356 - Create custom fields
  • KSM-365 - Fixed KEY_CLINET_KEY is missing error
  • KSM-366 - Avoid exceptions/panics and return errors instead
  • KSM-367 - Fixed license not shown on pkg.go.dev

1.4.0

  • KSM-288 - Record removal
  • KSM-306 - Added support for Japan and Canada data centers
  • KSM-312 - Improve password generation entropy

For additional information please check our detailed Go SDK docs for Keeper Secrets Manager.

Documentation

Secrets Manager Guide

Enterprise Admin Guide

Keeper Commander Guide

Keeper Security Website

Documentation

Index

Constants

View Source 
const (
	Aes256KeySize    = 32
	AesGcmNonceSize  = 12
	DefaultBlockSize = 16
)
View Source 
const AsciiDigits string = "0123456789"
View Source 
const AsciiLowercase string = "abcdefghijklmnopqrstuvwxyz"
View Source 
const AsciiSpecialCharacters string = "\"!@#$%()+;<>=?[]{}^.,"
View Source 
const AsciiUppercase string = "ABCDEFGHIJKLMNOPQRSTUVWXYZ"
View Source 
const (
	DEFAULT_CONFIG_PATH string = "client-config.json"
)
View Source 
const DefaultPasswordLength int = 32

Generate password

View Source 
const EscapeChar = '\\'

New notation parser/extractor allows to search by title/label and to escape special chars

View Source 
const EscapeChars = "/[]\\" // /[]\ -> \/ ,\[, \], \\

Variables

View Source 
var ErrKeyExchange = errors.New("key exchange failed")

ErrKeyExchange is returned if the key exchange fails.

Functions

func Base64HmacFromString 

func Base64HmacFromString(key []byte, message string) string

Base64HmacFromString generates base64 encoded HMAC of the message string with the given key

func Base64ToBytes 

func Base64ToBytes(text string) []byte

func Base64ToString 

func Base64ToString(base64Text string) string

func Base64ToStringSafe 

func Base64ToStringSafe(base64Text string) string

func ByteToInt 

func ByteToInt(b []byte) string

func BytesToBase64 

func BytesToBase64(data []byte) string

func BytesToString 

func BytesToString(b []byte) string

func BytesToUrlSafeStr 

func BytesToUrlSafeStr(data []byte) string

func ClearBytes 

func ClearBytes(bytes []byte)

func CloneByteSlice 

func CloneByteSlice(src []byte) []byte

func Decrypt 

func Decrypt(data, key []byte) ([]byte, error)

Decrypt AES-GCM encrypted message

func DecryptRecord 

func DecryptRecord(data, secretKey []byte) (string, error)

func DictToJson 

func DictToJson(dict map[string]interface{}) string

func DictToJsonWithDefultIndent 

func DictToJsonWithDefultIndent(dict map[string]interface{}) string

func DictToJsonWithIndent 

func DictToJsonWithIndent(dict map[string]interface{}, indent string) string

func ECDH 

func ECDH(priv PrivateKey, pub PublicKey) ([]byte, error)

ECDH computes a shared key from a private key and a peer's public key.

func ECDH_Ecdsa 

func ECDH_Ecdsa(priv *ecdsa.PrivateKey, pub *ecdsa.PublicKey) ([]byte, error)

ECDH computes a shared key from a private key and a peer's public key.

func EcPublicKeyFromEncodedPoint 

func EcPublicKeyFromEncodedPoint(publicKey []byte) (crypto.PublicKey, error)

func EcPublicKeyToEncodedPoint 

func EcPublicKeyToEncodedPoint(pub *ecdsa.PublicKey) ([]byte, error)

func EncryptAesGcm 

func EncryptAesGcm(data []byte, key []byte) ([]byte, error)

Encrypt a message using AES-GCM.

func EncryptAesGcmFull 

func EncryptAesGcmFull(data, key, nonce []byte) ([]byte, error)

Encrypt a message using AES-GCM with custom nonce.

func GeneratePassword 

func GeneratePassword(minLength int, lowercase, uppercase, digits, specialCharacters, specialCharacterSet string) (string, error)

GeneratePassword returns a new password of specified minimum length using provided number of uppercase, lowercase, digits and special characters.

Empty strings or strings with invalid int values are treated as nil and used only if sum of the non nil values don't reach minLength

Note: If all character groups are unspecified or all have exact zero length then password characters are chosen from all groups uniformly at random.

Note: If all charset lengths are negative or 0 but can't reach min_length then all exact/negative charset lengths will be treated as minimum number of characters instead.

minLength is the minimum password length - default: 32 lowercase is the minimum number of lowercase characters if positive, exact if 0 or negative uppercase is the minimum number of uppercase characters if positive, exact if 0 or negative digits is the minimum number of digits if positive, exact if 0 or negative specialCharacters is the minimum number of special characters if positive, exact if 0 or negative specialCharacterSet is a string containing custom set of special characters to pick from

func GeneratePasswordWithOptions 

func GeneratePasswordWithOptions(options *PasswordOptions) (string, error)

GeneratePasswordWithOptions generates new password using provided options If options is nil the new password will be generated using defaults All lengths are optional and substituted with reasonable defaults when missing To exclude a charset - set corresponding option to 0 To use default length value - set its option to empty string "" Note: Any strings containing non integer values will be treated as empty string

func GeneratePrivateKeyDer 

func GeneratePrivateKeyDer() ([]byte, error)

func GenerateRandomBytes 

func GenerateRandomBytes(size int) ([]byte, error)

func GenerateUid 

func GenerateUid() string

func GenerateUidWithLength 

func GenerateUidWithLength(bitLength int) string

func GetClientVersion 

func GetClientVersion(hardcode bool) string

getClientVersion returns the version of the client

func GetDefaultOwnerPublicKey 

func GetDefaultOwnerPublicKey() string

func GetOS 

func GetOS() string

func GetRandomBytes 

func GetRandomBytes(size int) ([]byte, error)

func GetServerHostname 

func GetServerHostname(hostname string, configStore IKeyValueStorage) string

func HmacDigest 

func HmacDigest(key []byte, message []byte) []byte

func IsFieldClass 

func IsFieldClass(field interface{}) bool

func IsJson 

func IsJson(jsonStr string) bool

func JsonToDict 

func JsonToDict(content string) map[string]interface{}

func NewFileCache 

func NewFileCache(filePath string) *fileCache

func NewFileKeyValueStorage 

func NewFileKeyValueStorage(filePath ...interface{}) *fileKeyValueStorage

func NewMemoryCache 

func NewMemoryCache() *memoryCache

func NewMemoryKeyValueStorage 

func NewMemoryKeyValueStorage(config ...interface{}) *memoryKeyValueStorage

func NowMilliseconds 

func NowMilliseconds() int64

func ObjToDict 

func ObjToDict(obj interface{}) map[string]interface{}

func PadBinary 

func PadBinary(s []byte) []byte

func PathExists 

func PathExists(path string) (bool, error)

PathExists returns whether the given file or directory exists

func PublicEncrypt 

func PublicEncrypt(data []byte, serverPublicRawKeyBytes []byte, idz []byte) (encrypted []byte, err error)

func Sign 

func Sign(data []byte, privateKey *PrivateKey) ([]byte, error)

func StrToBool 

func StrToBool(val string) (bool, error)

StrToBool convert a string representation of truth to a boolean true or false.

func StringToBytes 

func StringToBytes(s string) []byte

func UnpadBinary 

func UnpadBinary(s []byte) []byte

func UrlSafeSha256FromString 

func UrlSafeSha256FromString(text string) string

UrlSafeSha256FromString generates URL safe encoded SHA256 sum of data in URL safe base64 encoded string

func UrlSafeStrToBytes 

func UrlSafeStrToBytes(text string) []byte

func UrlSafeStrToBytesSafe 

func UrlSafeStrToBytesSafe(text string) []byte

UrlSafeStrToBytesSafe decodes base64 text to bytes, returns empty byte slice on error

func Verify 

func Verify(data []byte, signature []byte, publicKey *PublicKey) error

Verify validates decrypted message against the given public key. On success, returns nil, on failure returns a relevant error.

Types

type AccountNumber 

type AccountNumber struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewAccountNumber 

func NewAccountNumber(value string) *AccountNumber

AccountNumber field constructor with the single value to eliminate the complexity of the passing List as a value

type AddFileResponse 

type AddFileResponse struct {
	Url               string `json:"url"`
	Parameters        string `json:"parameters"`
	SuccessStatusCode int    `json:"successStatusCode"`
}

func AddFileResponseFromJson 

func AddFileResponseFromJson(jsonData string) (*AddFileResponse, error)

type Address 

type Address struct {
	Street1 string `json:"street1,omitempty"`
	Street2 string `json:"street2,omitempty"`
	City    string `json:"city,omitempty"`
	State   string `json:"state,omitempty"`
	Country string `json:"country,omitempty"`
	Zip     string `json:"zip,omitempty"`
}

type AddressRef 

type AddressRef struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewAddressRef 

func NewAddressRef(value string) *AddressRef

AddressRef field constructor with the single value to eliminate the complexity of the passing List as a value

type Addresses 

type Addresses struct {
	KeeperRecordField
	Required      bool      `json:"required,omitempty"`
	PrivacyScreen bool      `json:"privacyScreen,omitempty"`
	Value         []Address `json:"value,omitempty"`
}

func NewAddresses 

func NewAddresses(value Address) *Addresses

Addresses field constructor with the single value to eliminate the complexity of the passing List as a value

type AppData 

type AppData struct {
	Title   string `json:"title,omitempty"`
	AppType string `json:"type,omitempty"`
}

Application info

func NewAppData 

func NewAppData(title, appType string) *AppData

type BankAccount 

type BankAccount struct {
	AccountType   string `json:"accountType,omitempty"`
	RoutingNumber string `json:"routingNumber,omitempty"`
	AccountNumber string `json:"accountNumber,omitempty"`
	OtherType     string `json:"otherType,omitempty"`
}

type BankAccounts 

type BankAccounts struct {
	KeeperRecordField
	Required      bool          `json:"required,omitempty"`
	PrivacyScreen bool          `json:"privacyScreen,omitempty"`
	Value         []BankAccount `json:"value,omitempty"`
}

func NewBankAccounts 

func NewBankAccounts(value BankAccount) *BankAccounts

BankAccounts field constructor with the single value to eliminate the complexity of the passing List as a value

type BirthDate 

type BirthDate struct {
	KeeperRecordField
	Required      bool    `json:"required,omitempty"`
	PrivacyScreen bool    `json:"privacyScreen,omitempty"`
	Value         []int64 `json:"value,omitempty"`
}

func NewBirthDate 

func NewBirthDate(value int64) *BirthDate

BirthDate field constructor with the single value to eliminate the complexity of the passing List as a value

type CardRef 

type CardRef struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewCardRef 

func NewCardRef(value string) *CardRef

CardRef field constructor with the single value to eliminate the complexity of the passing List as a value

type ClientOptions 

type ClientOptions struct {
	// Token specifies a One-Time Access Token used
	// to generate the configuration to use with core.SecretsManager client
	Token string

	// InsecureSkipVerify controls whether the client verifies
	// server's certificate chain and host name
	InsecureSkipVerify bool

	// Config specifies either one of the built-in IKeyValueStorage interfaces or a custom one
	Config IKeyValueStorage

	// LogLevel overrides the default log level for the logger
	LogLevel klog.LogLevel

	// Deprecated: Use Token instead. If both are set, hostname from the token takes priority.
	Hostname string
}

type ConfigKey 

type ConfigKey string
const (
	KEY_URL                  ConfigKey = "url" // base URL for the Secrets Manager service
	KEY_SERVER_PUBLIC_KEY_ID ConfigKey = "serverPublicKeyId"
	KEY_CLIENT_ID            ConfigKey = "clientId"
	KEY_CLIENT_KEY           ConfigKey = "clientKey"         // The key that is used to identify the client before public key
	KEY_APP_KEY              ConfigKey = "appKey"            // The application key with which all secrets are encrypted
	KEY_OWNER_PUBLIC_KEY     ConfigKey = "appOwnerPublicKey" // The application owner public key, to create records
	KEY_PRIVATE_KEY          ConfigKey = "privateKey"        // The client's private key
	KEY_PUBLIC_KEY           ConfigKey = "publicKey"         // The client's public key
	KEY_HOSTNAME             ConfigKey = "hostname"          // base hostname for the Secrets Manager service

)

func GetConfigKey 

func GetConfigKey(value string) ConfigKey

func GetConfigKeys 

func GetConfigKeys() []ConfigKey

type Context 

type Context struct {
	TransmissionKey TransmissionKey
	ClientId        []byte
	ClientKey       []byte
}

func NewContext 

func NewContext(transmissionKey TransmissionKey, clientId []byte, clientKey []byte) *Context

type CopyableMap 

type CopyableMap map[string]interface{}

func (CopyableMap) DeepCopy 

func (m CopyableMap) DeepCopy() map[string]interface{}

DeepCopy will create a deep copy of this map. The depth of this copy is all inclusive. Both maps and slices will be considered when making the copy.

type CopyableSlice 

type CopyableSlice []interface{}

func (CopyableSlice) DeepCopy 

func (s CopyableSlice) DeepCopy() []interface{}

DeepCopy will create a deep copy of this slice. The depth of this copy is all inclusive. Both maps and slices will be considered when making the copy.

type CreatePayload 

type CreatePayload struct {
	ClientVersion string `json:"clientVersion"`
	ClientId      string `json:"clientId"`
	RecordUid     string `json:"recordUid"`
	RecordKey     string `json:"recordKey"`
	FolderUid     string `json:"folderUid"`
	FolderKey     string `json:"folderKey"`
	Data          string `json:"data"`
}

func (*CreatePayload) CreatePayloadFromJson 

func (p *CreatePayload) CreatePayloadFromJson(jsonData string)

func (*CreatePayload) CreatePayloadToJson 

func (p *CreatePayload) CreatePayloadToJson() (string, error)

type Date 

type Date struct {
	KeeperRecordField
	Required      bool    `json:"required,omitempty"`
	PrivacyScreen bool    `json:"privacyScreen,omitempty"`
	Value         []int64 `json:"value,omitempty"`
}

func NewDate 

func NewDate(value int64) *Date

Date field constructor with the single value to eliminate the complexity of the passing List as a value

type DeletePayload 

type DeletePayload struct {
	ClientVersion string   `json:"clientVersion"`
	ClientId      string   `json:"clientId"`
	RecordUids    []string `json:"recordUids"`
}

func (*DeletePayload) DeletePayloadFromJson 

func (p *DeletePayload) DeletePayloadFromJson(jsonData string)

func (*DeletePayload) DeletePayloadToJson 

func (p *DeletePayload) DeletePayloadToJson() (string, error)

type DeleteSecretResponse 

type DeleteSecretResponse struct {
	RecordUid    string `json:"recordUid"`
	ResponseCode string `json:"responseCode"`
	ErrorMessage string `json:"errorMessage"`
}

type DeleteSecretsResponse 

type DeleteSecretsResponse struct {
	Records []DeleteSecretResponse `json:"records"`
}

func DeleteSecretsResponseFromJson 

func DeleteSecretsResponseFromJson(jsonData string) (*DeleteSecretsResponse, error)

type ECDSASignature 

type ECDSASignature struct {
	R, S *big.Int
}

ECDSASignature needed for compatibility with openssl (python > hazmat > openssl > ec > _ecdsa_sig_sign) which uses ASN.1/DER SEQUENCE format NB! MaxLen for ASN.1, depends on the encoding. P1363 only needs 64 bytes. And an OpePGP encoding only needs 66 bytes. ECDSASignature using ASN.1/DER needs up to 72 bytes. DER requires a minimum number of bytes. If ASN.1/BER is used, then the signature can be hundreds of bytes.

type Email 

type Email struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewEmail 

func NewEmail(value string) *Email

Email field constructor with the single value to eliminate the complexity of the passing List as a value

type EncryptedPayload 

type EncryptedPayload struct {
	EncryptedPayload []byte
	Signature        []byte
}

func NewEncryptedPayload 

func NewEncryptedPayload(encryptedPayload []byte, signature []byte) *EncryptedPayload

type ExpirationDate 

type ExpirationDate struct {
	KeeperRecordField
	Required      bool    `json:"required,omitempty"`
	PrivacyScreen bool    `json:"privacyScreen,omitempty"`
	Value         []int64 `json:"value,omitempty"`
}

func NewExpirationDate 

func NewExpirationDate(value int64) *ExpirationDate

ExpirationDate field constructor with the single value to eliminate the complexity of the passing List as a value

type FieldSectionFlag 

type FieldSectionFlag byte
const (
	FieldSectionFields FieldSectionFlag = 1 << iota
	FieldSectionCustom
	FieldSectionBoth = FieldSectionFields | FieldSectionCustom
)

type FieldTokenFlag 

type FieldTokenFlag byte
const (
	FieldTokenType FieldTokenFlag = 1 << iota
	FieldTokenLabel
	FieldTokenBoth = FieldTokenType | FieldTokenLabel
)

type FileRef 

type FileRef struct {
	KeeperRecordField
	Required bool     `json:"required,omitempty"`
	Value    []string `json:"value,omitempty"`
}

func NewFileRef 

func NewFileRef(value string) *FileRef

FileRef field constructor with the single value to eliminate the complexity of the passing List as a value

type FileUploadPayload 

type FileUploadPayload struct {
	ClientVersion   string `json:"clientVersion"`
	ClientId        string `json:"clientId"`
	FileRecordUid   string `json:"fileRecordUid"`
	FileRecordKey   string `json:"fileRecordKey"`
	FileRecordData  string `json:"fileRecordData"`
	OwnerRecordUid  string `json:"ownerRecordUid"`
	OwnerRecordData string `json:"ownerRecordData"`
	LinkKey         string `json:"linkKey"`
	FileSize        int    `json:"fileSize"`
}

func FileUploadPayloadFromJson 

func FileUploadPayloadFromJson(jsonData string) *FileUploadPayload

func (*FileUploadPayload) FileUploadPayloadToJson 

func (p *FileUploadPayload) FileUploadPayloadToJson() (string, error)

type Folder 

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

func GetFolderByKey 

func GetFolderByKey(folderUid string, folders []*Folder) *Folder

func NewFolderFromJson 

func NewFolderFromJson(folderDict map[string]interface{}, secretKey []byte) *Folder

func (*Folder) Records 

func (f *Folder) Records() []*Record

type GetPayload 

type GetPayload struct {
	ClientVersion    string   `json:"clientVersion"`
	ClientId         string   `json:"clientId"`
	PublicKey        string   `json:"publicKey,omitempty"`
	RequestedRecords []string `json:"requestedRecords"`
}

func (*GetPayload) GetPayloadFromJson 

func (p *GetPayload) GetPayloadFromJson(jsonData string)

func (*GetPayload) GetPayloadToJson 

func (p *GetPayload) GetPayloadToJson() (string, error)

type HOTP 

type HOTP struct {
	Secret  string // Secret key (required)
	Digits  int    // OTP digit count (default: 6)
	Counter int64  // Counter value (default: 0)
}

HOTP represents HMAC-Based OTP - https://datatracker.ietf.org/doc/html/rfc4226

func (*HOTP) Generate 

func (hotp *HOTP) Generate() (string, error)

Generates HOTP code and returns OTP as string and any error encountered.

type Host 

type Host struct {
	Hostname string `json:"hostName,omitempty"`
	Port     string `json:"port,omitempty"`
}

type Hosts 

type Hosts struct {
	KeeperRecordField
	Required      bool   `json:"required,omitempty"`
	PrivacyScreen bool   `json:"privacyScreen,omitempty"`
	Value         []Host `json:"value,omitempty"`
}

func NewHosts 

func NewHosts(value Host) *Hosts

Hosts field constructor with the single value to eliminate the complexity of the passing List as a value

type ICache 

type ICache interface {
	SaveCachedValue(data []byte) error
	GetCachedValue() ([]byte, error)
	Purge() error
}

type IKeyValueStorage 

type IKeyValueStorage interface {
	ReadStorage() map[string]interface{}
	SaveStorage(updatedConfig map[string]interface{})
	Get(key ConfigKey) string
	Set(key ConfigKey, value interface{}) map[string]interface{}
	Delete(key ConfigKey) map[string]interface{}
	DeleteAll() map[string]interface{}
	Contains(key ConfigKey) bool
	IsEmpty() bool
}

type KeeperFile 

type KeeperFile struct {
	FileKey string

	FileData []byte

	Uid          string
	Type         string
	Title        string
	Name         string
	LastModified int
	Size         int

	F              map[string]interface{}
	RecordKeyBytes []byte
	// contains filtered or unexported fields
}

func NewKeeperFileFromJson 

func NewKeeperFileFromJson(fileDict map[string]interface{}, recordKeyBytes []byte) *KeeperFile

func (*KeeperFile) DecryptFileKey 

func (f *KeeperFile) DecryptFileKey() []byte

func (*KeeperFile) DeepCopy 

func (f *KeeperFile) DeepCopy() *KeeperFile

func (*KeeperFile) GetFileData 

func (f *KeeperFile) GetFileData() []byte

func (*KeeperFile) GetMeta 

func (f *KeeperFile) GetMeta() map[string]interface{}

func (*KeeperFile) GetUrl 

func (f *KeeperFile) GetUrl() string

func (*KeeperFile) SaveFile 

func (f *KeeperFile) SaveFile(path string, createFolders bool) bool

func (*KeeperFile) ToString 

func (f *KeeperFile) ToString() string

type KeeperFileData 

type KeeperFileData struct {
	Title        string `json:"title,omitempty"`
	Name         string `json:"name,omitempty"`
	Type         string `json:"type,omitempty"`
	Size         int64  `json:"size,omitempty"`
	LastModified int64  `json:"lastModified,omitempty"`
}

type KeeperFileUpload 

type KeeperFileUpload struct {
	Name  string
	Title string
	Type  string
	Data  []byte
}

func GetFileForUpload 

func GetFileForUpload(filePath, fileName, fileTitle, mimeType string) (*KeeperFileUpload, error)

type KeeperRecordData 

type KeeperRecordData struct {
	Type   string              `json:"type,omitempty"`
	Title  string              `json:"title,omitempty"`
	Notes  string              `json:"notes,omitempty"`
	Fields []KeeperRecordField `json:"fields,omitempty"`
	Custom []KeeperRecordField `json:"custom,omitempty"`
}

type KeeperRecordField 

type KeeperRecordField struct {
	Type  string `json:"type"`
	Label string `json:"label,omitempty"`
}

type KeyPair 

type KeyPair struct {
	PublicKey  string `json:"publicKey,omitempty"`
	PrivateKey string `json:"privateKey,omitempty"`
}

type KeyPairs 

type KeyPairs struct {
	KeeperRecordField
	Required      bool      `json:"required,omitempty"`
	PrivacyScreen bool      `json:"privacyScreen,omitempty"`
	Value         []KeyPair `json:"value,omitempty"`
}

func NewKeyPairs 

func NewKeyPairs(value KeyPair) *KeyPairs

KeyPairs field constructor with the single value to eliminate the complexity of the passing List as a value

type KsmHttpResponse 

type KsmHttpResponse struct {
	StatusCode   int
	Data         []byte
	HttpResponse *http.Response
}

func NewKsmHttpResponse 

func NewKsmHttpResponse(statusCode int, data []byte, httpResponse *http.Response) *KsmHttpResponse

type LicenseNumber 

type LicenseNumber struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewLicenseNumber 

func NewLicenseNumber(value string) *LicenseNumber

LicenseNumber field constructor with the single value to eliminate the complexity of the passing List as a value

type Login 

type Login struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewLogin 

func NewLogin(value string) *Login

Login field constructor with the single value to eliminate the complexity of the passing List as a value

type Multiline 

type Multiline struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewMultiline 

func NewMultiline(value string) *Multiline

Multiline field constructor with the single value to eliminate the complexity of the passing List as a value

type Name 

type Name struct {
	First  string `json:"first,omitempty"`
	Middle string `json:"middle,omitempty"`
	Last   string `json:"last,omitempty"`
}

type Names 

type Names struct {
	KeeperRecordField
	Required      bool   `json:"required,omitempty"`
	PrivacyScreen bool   `json:"privacyScreen,omitempty"`
	Value         []Name `json:"value,omitempty"`
}

func NewNames 

func NewNames(value Name) *Names

Names field constructor with the single value to eliminate the complexity of the passing List as a value

type NotationSection 

type NotationSection struct {
	Section   string       // section name - ex. prefix
	IsPresent bool         // presence flag
	StartPos  int          // section start position in URI
	EndPos    int          // section end position in URI
	Text      *ParserTuple // <unescaped, raw> text
	Parameter *ParserTuple // <field type>|<field label>|<file name>
	Index1    *ParserTuple // numeric index [N] or []
	Index2    *ParserTuple // property index - ex. field/name[0][middle]
}

func NewNotationSection 

func NewNotationSection(section string) *NotationSection

func ParseNotation 

func ParseNotation(notation string) ([]*NotationSection, error)

func ParseNotationInLegacyMode 

func ParseNotationInLegacyMode(notation string) ([]*NotationSection, error)

func ParseSection 

func ParseSection(notation string, section string, pos int) (*NotationSection, error)

type OneTimeCode 

type OneTimeCode struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewOneTimeCode 

func NewOneTimeCode(value string) *OneTimeCode

OneTimeCode field constructor with the single value to eliminate the complexity of the passing List as a value

type ParserTuple 

type ParserTuple struct {
	Text    string // unescaped text
	RawText string // raw text incl. delimiter(s), escape characters etc.
}

func ParseSubsection 

func ParseSubsection(text string, pos int, delimiters string, escaped bool) (*ParserTuple, error)

type Password 

type Password struct {
	KeeperRecordField
	Required          bool                `json:"required,omitempty"`
	PrivacyScreen     bool                `json:"privacyScreen,omitempty"`
	EnforceGeneration bool                `json:"enforceGeneration,omitempty"`
	Complexity        *PasswordComplexity `json:"complexity,omitempty"`
	Value             []string            `json:"value,omitempty"`
}

func NewPassword 

func NewPassword(value string) *Password

Password field constructor with the single value to eliminate the complexity of the passing List as a value

type PasswordComplexity 

type PasswordComplexity struct {
	Length    int `json:"length,omitempty"`
	Caps      int `json:"caps,omitempty"`
	Lowercase int `json:"lowercase,omitempty"`
	Digits    int `json:"digits,omitempty"`
	Special   int `json:"special,omitempty"`
}

type PasswordOptions 

type PasswordOptions struct {
	MinLength               string
	UppercaseLength         string
	LowercaseLength         string
	DigitsLength            string
	SpecialCharactersLength string
	SpecialCharacterSet     string
}

PasswordOptions provides complexity settings for GeneratePasswordWithOptions Positive values specify minimum length, zero or negative - exact length Generated password must have at least MinLength characters - exact values may be converted to min values Empty strings or missing values will be substituted with a reasonable defaults ex. passing nil will generate password with length = DefaultPasswordLength using all charsets

type PaymentCard 

type PaymentCard struct {
	CardNumber         string `json:"cardNumber,omitempty"`
	CardExpirationDate string `json:"cardExpirationDate,omitempty"`
	CardSecurityCode   string `json:"cardSecurityCode,omitempty"`
}

type PaymentCards 

type PaymentCards struct {
	KeeperRecordField
	Required      bool          `json:"required,omitempty"`
	PrivacyScreen bool          `json:"privacyScreen,omitempty"`
	Value         []PaymentCard `json:"value,omitempty"`
}

func NewPaymentCards 

func NewPaymentCards(value PaymentCard) *PaymentCards

PaymentCards field constructor with the single value to eliminate the complexity of the passing List as a value

type Phone 

type Phone struct {
	Region string `json:"region,omitempty"` // Region code. Ex. US
	Number string `json:"number,omitempty"` // Phone number. Ex. 510-222-5555
	Ext    string `json:"ext,omitempty"`    // Extension number. Ex. 9987
	Type   string `json:"type,omitempty"`   // Phone number type. Ex. Mobile
}

type Phones 

type Phones struct {
	KeeperRecordField
	Required      bool    `json:"required,omitempty"`
	PrivacyScreen bool    `json:"privacyScreen,omitempty"`
	Value         []Phone `json:"value,omitempty"`
}

func NewPhones 

func NewPhones(value Phone) *Phones

Phones field constructor with the single value to eliminate the complexity of the passing List as a value

type PinCode 

type PinCode struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewPinCode 

func NewPinCode(value string) *PinCode

PinCode field constructor with the single value to eliminate the complexity of the passing List as a value

type PrivateKey 

type PrivateKey ecdsa.PrivateKey

func DerBase64PrivateKeyToPrivateKey 

func DerBase64PrivateKeyToPrivateKey(privateKeyDerBase64 string) (*PrivateKey, error)

func GenerateKeys 

func GenerateKeys(curve elliptic.Curve) (PrivateKey, error)

func GenerateNewEccKey 

func GenerateNewEccKey() (PrivateKey, error)

func GenerateP256Keys 

func GenerateP256Keys() (PrivateKey, error)

func GeneratePrivateKeyEcc 

func GeneratePrivateKeyEcc() (PrivateKey, error)

func LoadDerPrivateKeyDer 

func LoadDerPrivateKeyDer(data []byte) (*PrivateKey, error)

func (*PrivateKey) Bytes 

func (priv *PrivateKey) Bytes() []byte

Bytes returns private key D value

func (*PrivateKey) Equals 

func (priv *PrivateKey) Equals(k *PrivateKey) bool

Equals compares two private keys with constant time (to resist timing attacks)

func (*PrivateKey) GetPublicKey 

func (priv *PrivateKey) GetPublicKey() *PublicKey

GetPublicKey returns the associated PublicKey for this privatekey, If the key is missing then one is generated.

func (*PrivateKey) Hex 

func (priv *PrivateKey) Hex() string

Hex returns private key bytes as a hex string

func (*PrivateKey) SetBytes 

func (priv *PrivateKey) SetBytes(d []byte) *PrivateKey

SetBytes reconstructs the private key from D bytes

func (*PrivateKey) Sign 

func (priv *PrivateKey) Sign(rand io.Reader, digest []byte, opts crypto.SignerOpts) ([]byte, error)

Sign signs digest with priv, reading randomness from rand. 

The opts argument is not currently used but, in keeping with the crypto.Signer interface,
should be the hash function used to digest the message.

type PublicKey 

type PublicKey ecdsa.PublicKey

func (*PublicKey) Bytes 

func (pub *PublicKey) Bytes() (buf []byte)

Bytes concatenates public key x and y values

func (*PublicKey) Check 

func (pub *PublicKey) Check(curve elliptic.Curve) bool

Check if public key is valid for the curve

func (*PublicKey) SetBytes 

func (pub *PublicKey) SetBytes(buf []byte) *PublicKey

SetBytes decodes buf and stores the values in pub X and Y

type Record 

type Record struct {
	RecordKeyBytes []byte
	Uid            string

	Files      []*KeeperFile
	Revision   int64
	IsEditable bool

	RawJson    string
	RecordDict map[string]interface{}
	// contains filtered or unexported fields
}

func FindSecretByTitle 

func FindSecretByTitle(recordTitle string, records []*Record) *Record

func FindSecretsByTitle 

func FindSecretsByTitle(recordTitle string, records []*Record) []*Record

func NewRecord 

func NewRecord(templateRecordUid string, records []*Record, newRecordUid string) (*Record, error)

NewRecord returns a new empty record of the same type as template object but with new UID and RecordKeyBytes generates and uses new random UID if newRecordUid is empty returns error if template record is not found

func NewRecordClone 

func NewRecordClone(templateRecordUid string, records []*Record, newRecordUid string) (*Record, error)

NewRecordClone returns a deep copy of the template object with new UID and RecordKeyBytes generates and uses new random UID if newRecordUid is empty returns error if template record is not found

func NewRecordFromJson 

func NewRecordFromJson(recordDict map[string]interface{}, secretKey []byte, folderUid string) *Record

func NewRecordFromRecordData 

func NewRecordFromRecordData(recordData *RecordCreate, folder *Folder) *Record

func NewRecordFromRecordDataWithUid 

func NewRecordFromRecordDataWithUid(recordUid string, recordData *RecordCreate, folder *Folder) *Record

func (*Record) AddCustomField 

func (r *Record) AddCustomField(field interface{}) error

AddCustomField adds new custom field to the record The new field must satisfy the IsFieldClass function

func (*Record) CanClone 

func (r *Record) CanClone() bool

func (*Record) DownloadFile 

func (r *Record) DownloadFile(fileUid string, path string) bool

func (*Record) DownloadFileByTitle 

func (r *Record) DownloadFileByTitle(title string, path string) bool

func (*Record) FieldExists 

func (r *Record) FieldExists(section, name string) bool

func (*Record) FindFile 

func (r *Record) FindFile(name string) *KeeperFile

FindFile finds the first file with matching file UID, name or title

func (*Record) FindFileByFilename 

func (r *Record) FindFileByFilename(filename string) *KeeperFile

FindFileByName finds the first file with matching filename

func (*Record) FindFileByTitle 

func (r *Record) FindFileByTitle(title string) *KeeperFile

FindFileByTitle finds the first file with matching title

func (*Record) FindFiles 

func (r *Record) FindFiles(name string) []*KeeperFile

FindFiles finds all files with matching file UID, name or title

func (*Record) FolderUid 

func (r *Record) FolderUid() string

func (*Record) GetCustomFieldValue 

func (r *Record) GetCustomFieldValue(fieldType string, single bool) ([]interface{}, error)

func (*Record) GetCustomFieldValueByLabel 

func (r *Record) GetCustomFieldValueByLabel(fieldLabel string) string

GetCustomFieldValueByLabel returns string value of the *first* field from custom[] that matches fieldLabel

func (*Record) GetCustomFieldValueByType 

func (r *Record) GetCustomFieldValueByType(fieldType string) string

GetCustomFieldValueByType returns string value of the *first* field from custom[] that matches fieldType

func (*Record) GetCustomFieldValues 

func (r *Record) GetCustomFieldValues(label string, fieldType string) []string

func (*Record) GetCustomFieldsByLabel 

func (r *Record) GetCustomFieldsByLabel(fieldLabel string) []map[string]interface{}

func (*Record) GetCustomFieldsByType 

func (r *Record) GetCustomFieldsByType(fieldType string) []map[string]interface{}

func (*Record) GetFieldValueByLabel 

func (r *Record) GetFieldValueByLabel(fieldLabel string) string

GetFieldValueByLabel returns string value of the *first* field from fields[] that matches fieldLabel

func (*Record) GetFieldValueByType 

func (r *Record) GetFieldValueByType(fieldType string) string

GetFieldValueByType returns string value of the *first* field from fields[] that matches fieldType

func (*Record) GetFieldValuesByType 

func (r *Record) GetFieldValuesByType(fieldType string) []string

func (*Record) GetFieldsByLabel 

func (r *Record) GetFieldsByLabel(fieldLabel string) []map[string]interface{}

func (*Record) GetFieldsByMask 

func (r *Record) GetFieldsByMask(fieldToken string, fieldTokenFlag FieldTokenFlag, fieldType FieldSectionFlag) []map[string]interface{}

GetFieldsByMask returns all fields from the corresponding field section (fields, custom or both) where fieldToken matches the FieldTokenFlag (type, label or both)

func (*Record) GetFieldsBySection 

func (r *Record) GetFieldsBySection(fieldSectionType FieldSectionFlag) []interface{}

func (*Record) GetFieldsByType 

func (r *Record) GetFieldsByType(fieldType string) []map[string]interface{}

func (*Record) GetStandardFieldValue 

func (r *Record) GetStandardFieldValue(fieldType string, single bool) ([]interface{}, error)

func (*Record) InsertField 

func (r *Record) InsertField(section string, field interface{}) error

func (*Record) Notes 

func (r *Record) Notes() string

func (*Record) Password 

func (r *Record) Password() string

func (*Record) Print 

func (r *Record) Print()

func (*Record) RemoveField 

func (r *Record) RemoveField(section, name string, removeAll bool) int

func (*Record) SetCustomFieldValue 

func (r *Record) SetCustomFieldValue(fieldType string, value interface{}) error

func (*Record) SetCustomFieldValueSingle 

func (r *Record) SetCustomFieldValueSingle(fieldLabel, value string)

func (*Record) SetFieldValueSingle 

func (r *Record) SetFieldValueSingle(fieldType, value string)

func (*Record) SetNotes 

func (r *Record) SetNotes(notes string)

func (*Record) SetPassword 

func (r *Record) SetPassword(password string)

func (*Record) SetStandardFieldValue 

func (r *Record) SetStandardFieldValue(fieldType string, value interface{}) error

func (*Record) SetTitle 

func (r *Record) SetTitle(title string)

func (*Record) SetType 

func (r *Record) SetType(newType string)

func (*Record) Title 

func (r *Record) Title() string

func (*Record) ToString 

func (r *Record) ToString() string

func (*Record) Type 

func (r *Record) Type() string

func (*Record) UpdateField 

func (r *Record) UpdateField(section string, field interface{}) error

type RecordCreate 

type RecordCreate struct {
	RecordType string        `json:"type,omitempty"`
	Title      string        `json:"title,omitempty"`
	Notes      string        `json:"notes,omitempty"`
	Fields     []interface{} `json:"fields,omitempty"`
	Custom     []interface{} `json:"custom,omitempty"`
}

func NewRecordCreate 

func NewRecordCreate(recordType, title string) *RecordCreate

func NewRecordCreateFromJson 

func NewRecordCreateFromJson(recordJson string) *RecordCreate

func NewRecordCreateFromJsonDecoder 

func NewRecordCreateFromJsonDecoder(recordJson string, disallowUnknownFields bool) (*RecordCreate, error)

func (RecordCreate) GetFieldByType 

func (r RecordCreate) GetFieldByType(field interface{}) interface{}

GetFieldByType returns first found field of the same type as field param The search goes first through fields[] then custom[] Note: Method returns a pointer so any value modifications are reflected directly in the record

func (RecordCreate) GetFieldsByType 

func (r RecordCreate) GetFieldsByType(field interface{}) []interface{}

GetFieldsByType returns all fields of the same type as field param The search goes first through fields[] then custom[] Note: Method returns pointers so any value modifications are reflected directly in the record

func (RecordCreate) ToDict 

func (r RecordCreate) ToDict() map[string]interface{}

func (RecordCreate) ToJson 

func (r RecordCreate) ToJson() string

type RecordField 

type RecordField struct {
	Type     string
	Label    string
	Value    []interface{}
	Required bool
}

func NewRecordField 

func NewRecordField(fieldType, label string, required bool, value interface{}) *RecordField

type Secret 

type Secret struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewSecret 

func NewSecret(value string) *Secret

Secret field constructor with the single value to eliminate the complexity of the passing List as a value

type SecretsManager 

type SecretsManager struct {
	Token          string
	Hostname       string
	VerifySslCerts bool
	Config         IKeyValueStorage
	// contains filtered or unexported fields
}

func NewSecretsManager 

func NewSecretsManager(options *ClientOptions, arg ...interface{}) *SecretsManager

NewSecretsManager returns new *SecretsManager initialized with the options provided. If the configuration file cannot be initialized or parsed returns nil

func (*SecretsManager) CreateSecret 

func (c *SecretsManager) CreateSecret(record *Record) (recordUid string, err error)

func (*SecretsManager) CreateSecretWithRecordData 

func (c *SecretsManager) CreateSecretWithRecordData(recUid, folderUid string, recordData *RecordCreate) (recordUid string, err error)

CreateSecretWithRecordData creates new record using recordUID, folderUID and record data provided Note: if param recUid is empty - new auto generated record UID will be used

func (*SecretsManager) DefaultKeeperServerPublicKeyId 

func (c *SecretsManager) DefaultKeeperServerPublicKeyId() string

func (*SecretsManager) DeleteSecrets 

func (c *SecretsManager) DeleteSecrets(recordUids []string) (statuses map[string]string, err error)

func (*SecretsManager) FindNotation 

func (c *SecretsManager) FindNotation(records []*Record, notation string) (fieldValue []interface{}, err error)

func (*SecretsManager) GenerateTransmissionKey 

func (c *SecretsManager) GenerateTransmissionKey(keyId string) *TransmissionKey

func (*SecretsManager) GetNotation deprecated 

func (c *SecretsManager) GetNotation(notation string) (fieldValue []interface{}, err error)

Deprecated: Use GetNotationResults instead.

func (*SecretsManager) GetNotationResults 

func (c *SecretsManager) GetNotationResults(notation string) ([]string, error)

GetNotationResults returns a string list with all values specified by the notation or throws an error. Use TryGetNotationResults to just log errors and continue returning an empty string list on error.

func (*SecretsManager) GetSecretByTitle 

func (c *SecretsManager) GetSecretByTitle(recordTitle string) (record *Record, err error)

func (*SecretsManager) GetSecrets 

func (c *SecretsManager) GetSecrets(uids []string) (records []*Record, err error)

func (*SecretsManager) GetSecretsByTitle 

func (c *SecretsManager) GetSecretsByTitle(recordTitle string) (records []*Record, err error)

func (*SecretsManager) GetSecretsFullResponse 

func (c *SecretsManager) GetSecretsFullResponse(uids []string) (response *SecretsManagerResponse, err error)

func (*SecretsManager) HandleHttpError 

func (c *SecretsManager) HandleHttpError(rs *http.Response, body []byte, httpError error) (retry bool, err error)

func (*SecretsManager) LoadSecretKey 

func (c *SecretsManager) LoadSecretKey() string

Returns client_id from the environment variable, config file, or in the code

func (*SecretsManager) NotationPrefix 

func (c *SecretsManager) NotationPrefix() string

func (*SecretsManager) PostFunction 

func (c *SecretsManager) PostFunction(
	url string,
	transmissionKey *TransmissionKey,
	encryptedPayloadAndSignature *EncryptedPayload,
	verifySslCerts bool) (*KsmHttpResponse, error)

func (*SecretsManager) PostQuery 

func (c *SecretsManager) PostQuery(path string, payload interface{}) (body []byte, err error)

func (*SecretsManager) PrepareContext 

func (c *SecretsManager) PrepareContext() *Context

func (*SecretsManager) Save 

func (c *SecretsManager) Save(record *Record) (err error)

func (*SecretsManager) SetCache 

func (c *SecretsManager) SetCache(cache ICache)

func (*SecretsManager) TryGetNotationResults 

func (c *SecretsManager) TryGetNotationResults(notation string) []string

TryGetNotationResults returns a string list with all values specified by the notation or empty list on error. It simply logs any errors and continue returning an empty string list on error.

func (*SecretsManager) UploadFile 

func (c *SecretsManager) UploadFile(record *Record, file *KeeperFileUpload) (uid string, err error)

func (*SecretsManager) UploadFilePath 

func (c *SecretsManager) UploadFilePath(record *Record, filePath string) (uid string, err error)

type SecretsManagerResponse 

type SecretsManagerResponse struct {
	AppData   AppData
	Folders   []*Folder
	Records   []*Record
	ExpiresOn int64
	Warnings  string
	JustBound bool
}

Server response contained details about the application and the records that were requested to be returned

func (SecretsManagerResponse) ExpiresOnStr 

func (r SecretsManagerResponse) ExpiresOnStr(dateFormat string) string

ExpiresOnStr retrieves string formatted expiration date if dateFormat is empty default format is used: "%Y-%m-%d %H:%M:%S"

type SecureNote 

type SecureNote struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewSecureNote 

func NewSecureNote(value string) *SecureNote

SecureNote field constructor with the single value to eliminate the complexity of the passing List as a value

type SecurityQuestion 

type SecurityQuestion struct {
	Question string `json:"question,omitempty"`
	Answer   string `json:"answer,omitempty"`
}

type SecurityQuestions 

type SecurityQuestions struct {
	KeeperRecordField
	Required      bool               `json:"required,omitempty"`
	PrivacyScreen bool               `json:"privacyScreen,omitempty"`
	Value         []SecurityQuestion `json:"value,omitempty"`
}

func NewSecurityQuestions 

func NewSecurityQuestions(value SecurityQuestion) *SecurityQuestions

SecurityQuestions field constructor with the single value to eliminate the complexity of the passing List as a value

type TOTP 

type TOTP struct {
	Secret    string // Secret key (required)
	Digits    int    // OTP digit count (default: 6)
	Algorithm string // OTP Algorithm ("SHA1" or "SHA256" or "SHA512") (default: SHA1)
	Period    int64  // Period for which OTP is valid (seconds) (default: 30) == X in RFC6238
	UnixTime  int64  // (Optional) Unix Timestamp (default: Current unix timestamp)
}

TOTP represents Time-based OTP - https://datatracker.ietf.org/doc/html/rfc6238

func (*TOTP) Generate 

func (totp *TOTP) Generate() (code string, seconds int, err error)

Generates TOTP code and returns OTP as string, seconds remaining and any error encountered.

type Text 

type Text struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewText 

func NewText(value string) *Text

Text field constructor with the single value to eliminate the complexity of the passing List as a value

type TotpCode 

type TotpCode struct {
	Code     string // TOTP Code
	TimeLeft int    // Time left in seconds (time before expiration)
	Period   int    // Period in seconds
}

TotpCode provides detailed info about the generated TOTP code

func GetTotpCode 

func GetTotpCode(totpUrl string) (*TotpCode, error)

Generates TOTP code from the URL and returns OTP as string, seconds remaining and any error encountered.

type TransmissionKey 

type TransmissionKey struct {
	PublicKeyId  string
	Key          []byte
	EncryptedKey []byte
}

func NewTransmissionKey 

func NewTransmissionKey(publicKeyId string, key []byte, encryptedKey []byte) *TransmissionKey

type UpdatePayload 

type UpdatePayload struct {
	ClientVersion string `json:"clientVersion"`
	ClientId      string `json:"clientId"`
	RecordUid     string `json:"recordUid"`
	Revision      int64  `json:"revision"`
	Data          string `json:"data"`
}

func (*UpdatePayload) UpdatePayloadFromJson 

func (p *UpdatePayload) UpdatePayloadFromJson(jsonData string)

func (*UpdatePayload) UpdatePayloadToJson 

func (p *UpdatePayload) UpdatePayloadToJson() (string, error)

type Url 

type Url struct {
	KeeperRecordField
	Required      bool     `json:"required,omitempty"`
	PrivacyScreen bool     `json:"privacyScreen,omitempty"`
	Value         []string `json:"value,omitempty"`
}

func NewUrl 

func NewUrl(value string) *Url

Url field constructor with the single value to eliminate the complexity of the passing List as a value

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