Documentation
¶
Index ¶
- func CreateEndorsementsForSignatureRule(signatures, mspIDs, certBytesOrID [][]byte, creatorType int) *applicationpb.Endorsements
- func CreateEndorsementsForThresholdRule(signatures ...[]byte) []*applicationpb.Endorsements
- func GetCert(certPath string) (*x509.Certificate, error)
- func GetCertFromBytes(pemContent []byte) (*x509.Certificate, error)
- func GetSerializedKeyFromCert(certPath string) (signature.PublicKey, error)
- func NewKeyPair(scheme signature.Scheme) (signature.PrivateKey, signature.PublicKey)
- func NewKeyPairWithSeed(scheme signature.Scheme, seed int64) (signature.PrivateKey, signature.PublicKey)
- func ParseSigningKey(keyContent []byte) (*ecdsa.PrivateKey, error)
- func SerializeSigningKey(key *ecdsa.PrivateKey) ([]byte, error)
- func SerializeVerificationKey(key *ecdsa.PublicKey) ([]byte, error)
- type NsEndorser
Constants ¶
This section is empty.
Variables ¶
This section is empty.
Functions ¶
func CreateEndorsementsForSignatureRule ¶
func CreateEndorsementsForSignatureRule( signatures, mspIDs, certBytesOrID [][]byte, creatorType int, ) *applicationpb.Endorsements
CreateEndorsementsForSignatureRule creates a EndorsementSet for a signature rule. It takes parallel slices of signatures, MSP IDs, and certificate bytes, and creates a EndorsementSet where each signature is paired with its corresponding identity (MSP ID and certificate). This is used when a set of signatures must all be present to satisfy a rule (e.g., an AND condition).
func CreateEndorsementsForThresholdRule ¶
func CreateEndorsementsForThresholdRule(signatures ...[]byte) []*applicationpb.Endorsements
CreateEndorsementsForThresholdRule creates a slice of EndorsementSet pointers from individual threshold signatures. Each signature provided is wrapped in its own EndorsementWithIdentity and then placed in its own new EndorsementSet.
func GetCert ¶
func GetCert(certPath string) (*x509.Certificate, error)
GetCert reads a PEM-encoded X.509 certificate from the specified file path. and returns the parsed certificate.
func GetCertFromBytes ¶
func GetCertFromBytes(pemContent []byte) (*x509.Certificate, error)
GetCertFromBytes reads a PEM-encoded X.509 certificate and returns the parsed certificate.
func GetSerializedKeyFromCert ¶
GetSerializedKeyFromCert reads a ECDSA public key from a certificate file.
func NewKeyPair ¶
NewKeyPair generate private and public keys. This should only be used for evaluation and testing as it might use non-secure crypto methods.
func NewKeyPairWithSeed ¶
func NewKeyPairWithSeed(scheme signature.Scheme, seed int64) (signature.PrivateKey, signature.PublicKey)
NewKeyPairWithSeed generate deterministic private and public keys. This should only be used for evaluation and testing as it might use non-secure crypto methods.
func ParseSigningKey ¶
func ParseSigningKey(keyContent []byte) (*ecdsa.PrivateKey, error)
ParseSigningKey decodes a ECDSA key from a PEM file.
func SerializeSigningKey ¶
func SerializeSigningKey(key *ecdsa.PrivateKey) ([]byte, error)
SerializeSigningKey encodes a ECDSA private key into a PEM file.
Types ¶
type NsEndorser ¶
type NsEndorser struct {
// contains filtered or unexported fields
}
NsEndorser endorse a transaction's namespace. It converts a TX into a ASN1 message, and then uses the message endorser interface to endorse it. It also implements the endorser interface, which can endorse raw messages.
func NewNsEndorserFromKey ¶
func NewNsEndorserFromKey(scheme signature.Scheme, key []byte) (*NsEndorser, error)
NewNsEndorserFromKey creates a new NsEndorser according to the key and scheme.
func NewNsEndorserFromMsp ¶
func NewNsEndorserFromMsp(certType int, identities ...msp.SigningIdentity) (*NsEndorser, error)
NewNsEndorserFromMsp creates a new NsEndorser using identities. This endorser will create an endorsement for each MSP provided.
func (*NsEndorser) EndorseTxNs ¶
func (v *NsEndorser) EndorseTxNs(txID string, tx *applicationpb.Tx, nsIdx int) (*applicationpb.Endorsements, error)
EndorseTxNs endorses a transaction's namespace.
Source Files