crypto

Documentation

Index

• Variables
• func GeneratePassword(credentialOptions *v2.CredentialOptions) (string, error)
• func GenerateRandomPassword(randomPassword *v2.CredentialOptions_RandomPassword) (string, error)
• type EncryptionManager
  • func NewEncryptionManager(co *v2.CredentialOptions, ec []*v2.EncryptionConfig) (*EncryptionManager, error)
  • func (pkem *EncryptionManager) Encrypt(ctx context.Context, cred *v2.PlaintextData) ([]*v2.EncryptedData, error)
• type PlaintextCredential

Variables

var ErrInvalidCredentialOptions = errors.New("unknown credential options")

var ErrInvalidPasswordLength = errors.New("invalid password length")

Functions

func GeneratePassword

func GeneratePassword(credentialOptions *v2.CredentialOptions) (string, error)

func GenerateRandomPassword

func GenerateRandomPassword(randomPassword *v2.CredentialOptions_RandomPassword) (string, error)

Types

type EncryptionManager

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

func NewEncryptionManager

func NewEncryptionManager(co *v2.CredentialOptions, ec []*v2.EncryptionConfig) (*EncryptionManager, error)

func (*EncryptionManager) Encrypt

func (pkem *EncryptionManager) Encrypt(ctx context.Context, cred *v2.PlaintextData) ([]*v2.EncryptedData, error)

FIXME(morgabra) Be tolerant of failures here and return the encryptions that succeeded. We've likely already done things to generate the credentials we want to encrypt, so we should still return the created objects even if your encryption provider is misconfigured.

type PlaintextCredential

type PlaintextCredential struct {
	Name        string
	Description string
	Schema      string
	Bytes       []byte
}