/
zz_generated_crypto.go
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/
zz_generated_crypto.go
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package crypto
// THIS FILE IS AUTOMATICALLY GENERATED. DO NOT EDIT.
import (
"context"
"github.com/manifoldco/torus-cli/envelope"
"github.com/manifoldco/torus-cli/identity"
"github.com/manifoldco/torus-cli/primitive"
)
// SignedPublicKey returns a PublicKeyEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedPublicKey(ctx context.Context, body *primitive.PublicKey,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.PublicKey, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.PublicKey{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedPrivateKey returns a PrivateKeyEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedPrivateKey(ctx context.Context, body *primitive.PrivateKey,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.PrivateKey, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.PrivateKey{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedClaim returns a ClaimEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedClaim(ctx context.Context, body *primitive.Claim,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.Claim, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.Claim{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedKeyringV1 returns a KeyringV1Envelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedKeyringV1(ctx context.Context, body *primitive.KeyringV1,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.KeyringV1, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.KeyringV1{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedKeyring returns a KeyringEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedKeyring(ctx context.Context, body *primitive.Keyring,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.Keyring, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.Keyring{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedKeyringMemberV1 returns a KeyringMemberV1Envelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedKeyringMemberV1(ctx context.Context, body *primitive.KeyringMemberV1,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.KeyringMemberV1, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.KeyringMemberV1{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedKeyringMember returns a KeyringMemberEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedKeyringMember(ctx context.Context, body *primitive.KeyringMember,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.KeyringMember, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.KeyringMember{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedCredentialV1 returns a CredentialV1Envelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedCredentialV1(ctx context.Context, body *primitive.CredentialV1,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.CredentialV1, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.CredentialV1{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedCredential returns a CredentialEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedCredential(ctx context.Context, body *primitive.Credential,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.Credential, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.Credential{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedKeyringMemberClaim returns a KeyringMemberClaimEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedKeyringMemberClaim(ctx context.Context, body *primitive.KeyringMemberClaim,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.KeyringMemberClaim, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.KeyringMemberClaim{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}
// SignedMEKShare returns a MEKShareEnvelope that is signed, and includes
// a tamper-proof ID.
func (e *Engine) SignedMEKShare(ctx context.Context, body *primitive.MEKShare,
sigID *identity.ID, sigKP *SignatureKeyPair) (*envelope.MEKShare, error) {
id, sig, err := e.signAndID(ctx, body, sigID, sigKP)
if err != nil {
return nil, err
}
return &envelope.MEKShare{
ID: id,
Version: uint8(body.Version()),
Body: body,
Signature: *sig,
}, nil
}