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main_test.go
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main_test.go
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// Copyright (c) IOTIC LABS LIMITED. All rights reserved. Licensed under the Apache License, Version 2.0.
package main_test
import (
"context"
"encoding/hex"
"fmt"
"testing"
"time"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/advancedapi"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/api"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/crypto"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/identity"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/proof"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/register"
"github.com/Iotic-Labs/iotics-identity-go/v3/pkg/test"
"gotest.tools/assert"
"github.com/go-bdd/gobdd"
)
var (
testSeed, _ = hex.DecodeString("8e083334168ead990327d871d58d696aeb9f056a6fd7caddaed02d7d218cff51")
)
var resolver *test.InMemoryResolver
func aResolverExists(t gobdd.StepTest, ctx gobdd.Context) {
resolver = test.NewInMemoryResolver()
}
func userSeed(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxUserSeed, value)
}
func userKeyName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxUserKeyName, value)
}
func userIssuerName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxUserIssuerName, value)
}
func agentSeed(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxAgentSeed, value)
}
func agentKeyName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxAgentKeyName, value)
}
func agentIssuerName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxAgentIssuerName, value)
}
func twinSeed(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxTwinSeed, value)
}
func twinKeyName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxTwinKeyName, value)
}
func twinIssuerName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxTwinIssuerName, value)
}
func aNewOwnerKeyNameIs(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxNewOwnerKeyName, value)
}
func theLegacySeedMethod(t gobdd.StepTest, ctx gobdd.Context) {
ctx.Set(ctxUseLegacySeedMethod, "legacy")
}
// TODO: remove - shouldn't be in use
func anExistingRegisteredEntityType(t gobdd.StepTest, ctx gobdd.Context, entityType string) {
//name := "#RegisteredExisting" + entityType
switch entityType {
case "agent":
ctx.Set(ctxAgentKeyName, "#KeyAgent1")
case "twin":
ctx.Set(ctxTwinKeyName, "#KeyTwin1")
case "user":
// DID Type User
// Create
ctx.Set(ctxUserKeyName, "#KeyUser1")
}
}
func aDelegationName(t gobdd.StepTest, ctx gobdd.Context, value string) {
ctx.Set(ctxDelegationName, value)
}
func aRegisteredUser(t gobdd.StepTest, ctx gobdd.Context) {
seed, _ := crypto.CreateSeed(128)
opts := &api.CreateIdentityOpts{
Seed: seed,
KeyName: "RegUserKey1",
}
user, _ := api.CreateUserIdentity(context.TODO(), resolver, opts)
ctx.Set(ctxRegisteredUser, user)
}
func aRegisteredAgent(t gobdd.StepTest, ctx gobdd.Context) {
seed, _ := crypto.CreateSeed(128)
opts := &api.CreateIdentityOpts{
Seed: seed,
KeyName: "RegAgentKey1",
}
agent, _ := api.CreateAgentIdentity(context.TODO(), resolver, opts)
ctx.Set(ctxRegisteredAgent, agent)
}
func aRegisteredTwin(t gobdd.StepTest, ctx gobdd.Context) {
seed, _ := crypto.CreateSeed(128)
opts := &api.CreateIdentityOpts{
Seed: seed,
KeyName: "RegTwinKey1",
}
twin, _ := api.CreateTwinIdentity(context.TODO(), resolver, opts)
ctx.Set(ctxRegisteredTwin, twin)
}
func registerTwinIdentity(t gobdd.StepTest, name string) register.RegisteredIdentity {
keyPair := getNewKeyPair(name)
registeredTwin, _, err := advancedapi.CreateNewIdentityAndRegister(context.TODO(), resolver, identity.Twin, keyPair, name, false)
assert.NilError(t, err)
return registeredTwin
}
// TODO: get the twin key name from ctx.GetString(ctxTwinKeyName) instead
// and add an extra step accordingly to the feature file
func aRegisteredIdentityWithName(t gobdd.StepTest, ctx gobdd.Context, name string) {
ctx.Set(ctxTwinKeyName, name)
ctx.Set(ctxRegisteredTwin, registerTwinIdentity(t, name))
}
func aAnotherRegisteredIdentityWithName(t gobdd.StepTest, ctx gobdd.Context, name string) {
ctx.Set(ctxOtherRegisteredTwin, registerTwinIdentity(t, name))
}
func aRegisteredIdentityOwningTheDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func getNewKeyPair(name string) *crypto.KeyPair {
path := crypto.PathForDIDType(name, identity.Twin)
secret, _ := crypto.NewDefaultKeyPairSecrets(testSeed, path)
keyPair, _ := crypto.GetKeyPair(secret)
return keyPair
}
func aRegisterDocumentWithSeveralOwners(t gobdd.StepTest, ctx gobdd.Context) {
name := "#Owner1"
keyPair := getNewKeyPair(name)
o2name := "#Owner2"
o2publicKeyBase58 := getNewKeyPair(o2name).PublicKeyBase58
o3name := "#Owner3"
o3publicKeyBase58 := getNewKeyPair(o3name).PublicKeyBase58
registeredTwin, _, _ := advancedapi.CreateNewIdentityAndRegister(context.TODO(), resolver, identity.Twin, keyPair, name, false)
api.AddNewOwner(context.TODO(), resolver, o2name, o2publicKeyBase58, registeredTwin)
api.AddNewOwner(context.TODO(), resolver, o3name, o3publicKeyBase58, registeredTwin)
ctx.Set(ctxAllOwnersPubKeys, []string{keyPair.PublicKeyBase58, o2publicKeyBase58, o3publicKeyBase58})
ctx.Set(ctxTwinKeyName, name)
ctx.Set(ctxRegisteredTwin, registeredTwin)
}
func aNewTwinNameAndPublicKey(t gobdd.StepTest, ctx gobdd.Context, name string) {
keyPair := getNewKeyPair(name)
ctx.Set(ctxOtherTwinIdentityName, name)
ctx.Set(ctxOtherTwinIdentityPubKey, keyPair.PublicKeyBase58)
}
func aAnotherTwinOwner(t gobdd.StepTest, ctx gobdd.Context, name string) {
keyPair := getNewKeyPair(name)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
api.AddNewOwner(context.TODO(), resolver, name, keyPair.PublicKeyBase58, registeredTwin.(register.RegisteredIdentity))
ctx.Set(ctxOtherTwinIdentityName, name)
ctx.Set(ctxOtherTwinIdentityPubKey, keyPair.PublicKeyBase58)
}
func aAnotherTwinAuthenticationPublicKey(t gobdd.StepTest, ctx gobdd.Context, name string) {
keyPair := getNewKeyPair(name)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
err := advancedapi.AddAuthenticationKeyToDocument(context.TODO(), resolver, nil, name, keyPair.PublicKeyBase58, registeredTwin.(register.RegisteredIdentity))
assert.NilError(t, err)
ctx.Set(ctxOtherTwinIdentityName, name)
ctx.Set(ctxOtherTwinIdentityPubKey, keyPair.PublicKeyBase58)
}
func aDelegationProofCreatedForBy(t gobdd.StepTest, ctx gobdd.Context, createdForName string, createdByName string) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, otherIdentity.Did())
assert.NilError(t, err)
issuer, pr, err := advancedapi.CreateDelegationProof(initialIdentity.Issuer(), doc, otherIdentity.KeyPair())
assert.NilError(t, err)
assert.DeepEqual(t, issuer, otherIdentity.Issuer())
ctx.Set(ctxDelegationProof, pr)
}
func aGenericDelegationProofCreatedBy(t gobdd.StepTest, ctx gobdd.Context, createdByName string) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, otherIdentity.Did())
assert.NilError(t, err)
issuer, pr, err := advancedapi.CreateGenericDelegationProof(doc, otherIdentity.KeyPair())
assert.NilError(t, err)
assert.DeepEqual(t, issuer, otherIdentity.Issuer())
ctx.Set(ctxDelegationProof, pr)
}
func aRegisterIdentityIDAOwningTheDocumentDocAWithAnAuthDelegationProofCreatedByADelegatedRegisteredIdentity(t gobdd.StepTest, ctx gobdd.Context) {
}
func aRegisterIdentityIDAOwningTheDocumentDocAAndAControllerRegisteredIdentity(t gobdd.StepTest, ctx gobdd.Context) {
}
func aAnotherRegisteredIdentityWithNameAndAnExtraOwner(t gobdd.StepTest, ctx gobdd.Context, identityName string, extraOwnerName string) {
otherIdentity := registerTwinIdentity(t, identityName)
extraOwnerKeyPair := getNewKeyPair(extraOwnerName)
api.AddNewOwner(context.TODO(), resolver, extraOwnerName, extraOwnerKeyPair.PublicKeyBase58, otherIdentity)
ctx.Set(ctxOtherRegisteredTwin, otherIdentity)
ctx.Set(ctxOtherTwinIdentityExtraOwnerName, extraOwnerName)
ctx.Set(ctxOtherTwinIdentityExtraOwnerKeyPair, extraOwnerKeyPair)
}
func aRegisterIdentityIDAOwningTheDocumentDocAWithAControlDelegationProofCreatedByADelegatedRegisteredIdentityWithSeveralOwner(t gobdd.StepTest, ctx gobdd.Context) {
}
func aIdentityTypeSeedAndAIdentityTypeKeyNameFromARegisteredIdentity(t gobdd.StepTest, ctx gobdd.Context, identityType string, keyName string) {
}
func aControllerIssuer(t gobdd.StepTest, ctx gobdd.Context) {}
func aCreator(t gobdd.StepTest, ctx gobdd.Context) {}
func aNotRevokedRegisteredIdentity(t gobdd.StepTest, ctx gobdd.Context) {}
func anExistingRegisteredIdentity(t gobdd.StepTest, ctx gobdd.Context) {}
func anExistingRegisteredDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func aCorruptedRegisteredDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func aRegisterUserDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func aRegisterAgentDocument(t gobdd.StepTest, ctx gobdd.Context, withOrWithoutDelegation string) {}
func aNewOwnerKeyNameAnRegisteredIdentityRegister(t gobdd.StepTest, ctx gobdd.Context) {}
func aOwnerKeyNameAnRegisteredIdentityRegister(t gobdd.StepTest, ctx gobdd.Context) {}
func theAuthTokenDurationIs(t gobdd.StepTest, ctx gobdd.Context, duration string) {
ctx.Set(ctxAuthTokenDuration, duration)
}
func theTargetAudienceIs(t gobdd.StepTest, ctx gobdd.Context, audience string) {
ctx.Set(ctxTargetAudience, audience)
}
// When
func iCreateUserAndAgentWithAuthenticationDelegation(t gobdd.StepTest, ctx gobdd.Context) {
userSeedValue, _ := ctx.GetString(ctxUserSeed)
userSeed, _ := hex.DecodeString(userSeedValue)
userKeyName, _ := ctx.GetString(ctxUserKeyName)
agentSeedValue, _ := ctx.GetString(ctxAgentSeed)
agentSeed, _ := hex.DecodeString(agentSeedValue)
agentKeyName, _ := ctx.GetString(ctxAgentKeyName)
delegationName, _ := ctx.GetString(ctxDelegationName)
opts := &api.CreateUserAndAgentWithAuthDelegationOpts{
UserSeed: userSeed,
UserKeyName: userKeyName,
UserName: "",
UserPassword: "",
AgentSeed: agentSeed,
AgentKeyName: agentKeyName,
AgentName: "",
AgentPassword: "",
DelegationName: delegationName,
OverrideDocs: false,
}
userId, agentId, err := api.CreateUserAndAgentWithAuthDelegation(context.TODO(), resolver, opts)
assert.NilError(t, err)
ctx.Set(ctxRegisteredUser, userId)
ctx.Set(ctxRegisteredAgent, agentId)
}
func iCreateAUser(t gobdd.StepTest, ctx gobdd.Context) {
userSeedValue, _ := ctx.GetString(ctxUserSeed)
userSeed, _ := hex.DecodeString(userSeedValue)
userKeyName, _ := ctx.GetString(ctxUserKeyName)
opts := &api.CreateIdentityOpts{
Seed: userSeed,
KeyName: userKeyName,
}
user, err := api.CreateUserIdentity(context.TODO(), resolver, opts)
assert.NilError(t, err)
ctx.Set(ctxRegisteredUser, user)
}
func iCreateAnAgent(t gobdd.StepTest, ctx gobdd.Context) {
agentSeedValue, _ := ctx.GetString(ctxAgentSeed)
agentSeed, _ := hex.DecodeString(agentSeedValue)
agentKeyName, _ := ctx.GetString(ctxAgentKeyName)
opts := &api.CreateIdentityOpts{
Seed: agentSeed,
KeyName: agentKeyName,
}
agent, err := api.CreateAgentIdentity(context.TODO(), resolver, opts)
assert.NilError(t, err)
ctx.Set(ctxRegisteredAgent, agent)
}
func iCreateATwin(t gobdd.StepTest, ctx gobdd.Context) {
twinSeedValue, _ := ctx.GetString(ctxTwinSeed)
twinSeed, _ := hex.DecodeString(twinSeedValue)
twinKeyName, _ := ctx.GetString(ctxTwinKeyName)
twinIssuerName, _ := ctx.GetString(ctxTwinIssuerName)
opts := &api.CreateIdentityOpts{
Seed: twinSeed,
KeyName: twinKeyName,
Name: twinIssuerName,
}
twin, err := api.CreateTwinIdentity(context.TODO(), resolver, opts)
assert.NilError(t, err)
ctx.Set(ctxRegisteredTwin, twin)
}
func iDelegateControl(t gobdd.StepTest, ctx gobdd.Context) {
delegationName, _ := ctx.GetString(ctxDelegationName)
agent := ctxRegisteredAgent.GetRegisteredIdentity(t, ctx)
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
err := api.DelegateControl(context.TODO(), resolver, twin, agent, delegationName)
assert.NilError(t, err)
}
func iCreateAnAgentAuthToken(t gobdd.StepTest, ctx gobdd.Context) {
user := ctxRegisteredUser.GetRegisteredIdentity(t, ctx)
agent := ctxRegisteredAgent.GetRegisteredIdentity(t, ctx)
durationString, _ := ctx.GetString(ctxAuthTokenDuration)
audience, _ := ctx.GetString(ctxTargetAudience)
duration, _ := time.ParseDuration(durationString)
token, err := api.CreateAgentAuthToken(agent, user.Did(), duration, audience)
assert.NilError(t, err)
ctx.Set(ctxAuthToken, string(token))
}
func theUserTakesOwnershipOfTheRegisteredTwin(t gobdd.StepTest, ctx gobdd.Context) {
user := ctxRegisteredUser.GetRegisteredIdentity(t, ctx)
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
newOwnerKeyName, _ := ctx.GetString(ctxNewOwnerKeyName)
err := api.GetOwnershipOfTwinFromRegisteredIdentity(context.TODO(), resolver, twin, user, newOwnerKeyName)
assert.NilError(t, err)
}
func iGetTheAssociatedDocument(t gobdd.StepTest, ctx gobdd.Context) {
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
registerDoc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, twin.Did())
assert.NilError(t, err)
ctx.Set(ctxRetrievedDoc, registerDoc)
}
func iCheckIfTheRegisteredIdentityIsAllowedForControlAndAuthenticationOnTheAssociatedDocument(t gobdd.StepTest, ctx gobdd.Context) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
err := register.ValidateAllowedForAuth(context.TODO(), resolver, initialIdentity.Issuer(), initialIdentity.Did())
ctx.Set(ctxAllowedForAuth, err == nil)
err = register.ValidateAllowedForControl(context.TODO(), resolver, initialIdentity.Issuer(), initialIdentity.Did())
ctx.Set(ctxAllowedForControl, err == nil)
}
func iAddTheNewOwnerToTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
name, _ := ctx.GetString(ctxOtherTwinIdentityName)
publicKeyBase58, _ := ctx.GetString(ctxOtherTwinIdentityPubKey)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
advancedapi.AddPublicKeyToDocument(context.TODO(), resolver, nil, name, publicKeyBase58, registeredTwin.(register.RegisteredIdentity))
}
func iRemoveTheOtherOwnerFromTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
nameToRemove, _ := ctx.GetString(ctxOtherTwinIdentityName)
publicKeyBase58ToRemove, _ := ctx.GetString(ctxOtherTwinIdentityPubKey)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
initialOwner := registeredTwin.(register.RegisteredIdentity)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
otherIssuer, err := advancedapi.GetIssuerByPublicKey(doc, publicKeyBase58ToRemove)
assert.NilError(t, err)
advancedapi.RemovePublicKeyFromDocument(context.TODO(), resolver, nil, nameToRemove, initialOwner)
ctx.Set(ctxOtherTwinIdentityIssuer, otherIssuer)
}
func iRevokeTheOtherOwnerKey(t gobdd.StepTest, ctx gobdd.Context) {
nameToRevoke, _ := ctx.GetString(ctxOtherTwinIdentityName)
publicKeyBase58ToRevoke, _ := ctx.GetString(ctxOtherTwinIdentityPubKey)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
initialOwner := registeredTwin.(register.RegisteredIdentity)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
otherIssuer, err := advancedapi.GetIssuerByPublicKey(doc, publicKeyBase58ToRevoke)
assert.NilError(t, err)
advancedapi.RevokePublicKeyFromDocument(context.TODO(), resolver, nil, nameToRevoke, initialOwner)
ctx.Set(ctxOtherTwinIdentityIssuer, otherIssuer)
}
func iAddTheNewAuthenticationKeyToTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
name, _ := ctx.GetString(ctxOtherTwinIdentityName)
publicKeyBase58, _ := ctx.GetString(ctxOtherTwinIdentityPubKey)
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
err := advancedapi.AddAuthenticationKeyToDocument(context.TODO(), resolver, nil, name, publicKeyBase58, twin)
assert.NilError(t, err)
}
func iRemoveTheAuthenticationKeyFromTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
nameToRemove, _ := ctx.GetString(ctxOtherTwinIdentityName)
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
err := advancedapi.RemovePublicKeyFromDocument(context.TODO(), resolver, nil, nameToRemove, initialOwner)
assert.NilError(t, err)
}
func iRevokeTheAuthenticationKeyFromTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
nameToRevoke, _ := ctx.GetString(ctxOtherTwinIdentityName)
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
err := advancedapi.RevokePublicKeyFromDocument(context.TODO(), resolver, nil, nameToRevoke, initialOwner)
assert.NilError(t, err)
}
func iDADelegatesControlToIDB(t gobdd.StepTest, ctx gobdd.Context, name string) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
delegatingIdentity := registeredTwin.(register.RegisteredIdentity)
subjectRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
subjectIdentity := subjectRegisteredTwin.(register.RegisteredIdentity)
opts := advancedapi.DelegationOpts{
ResolverClient: resolver,
DelegatingKeyPair: delegatingIdentity.KeyPair(),
DelegatingDid: delegatingIdentity.Did(),
DelegatingDocument: nil,
SubjectKeyPair: subjectIdentity.KeyPair(),
SubjectDid: subjectIdentity.Did(),
SubjectDocument: nil,
Name: name,
}
advancedapi.DelegateControl(context.TODO(), opts)
ctx.Set(ctxDelegationName, name)
}
func iDADelegatesControlToIDBWithExtraOwner(t gobdd.StepTest, ctx gobdd.Context, delegationName string) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
extraOwnerKeyPair, _ := ctx.Get(ctxOtherTwinIdentityExtraOwnerKeyPair)
assert.Assert(t, extraOwnerKeyPair != nil)
opts := advancedapi.DelegationOpts{
ResolverClient: resolver,
DelegatingKeyPair: initialIdentity.KeyPair(),
DelegatingDid: initialIdentity.Did(),
DelegatingDocument: nil,
SubjectKeyPair: extraOwnerKeyPair.(*crypto.KeyPair),
SubjectDid: otherIdentity.Did(),
SubjectDocument: nil,
Name: delegationName,
}
advancedapi.DelegateControl(context.TODO(), opts)
ctx.Set(ctxDelegationName, delegationName)
}
func iAddTheControlDelegationProofToTheDocument(t gobdd.StepTest, ctx gobdd.Context, delegationProofName string) {
otherIdentity := ctxOtherRegisteredTwin.GetRegisteredIdentity(t, ctx)
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
delegationProof, _ := ctx.Get(ctxDelegationProof)
assert.Assert(t, delegationProof != nil)
pr := delegationProof.(*proof.Proof)
advancedapi.AddControlDelegationToDocument(context.TODO(), resolver, nil, delegationProofName, otherIdentity.Issuer().String(), pr.Signature, initialIdentity)
ctx.Set(ctxDelegationName, delegationProofName)
}
func iAddTheGenericControlDelegationProofToTheDocument(t gobdd.StepTest, ctx gobdd.Context, delegationProofName string) {
otherIdentity := ctxOtherRegisteredTwin.GetRegisteredIdentity(t, ctx)
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
delegationProof, _ := ctx.Get(ctxDelegationProof)
assert.Assert(t, delegationProof != nil)
pr := delegationProof.(*proof.Proof)
advancedapi.AddGenericControlDelegationToDocument(context.TODO(), resolver, nil, delegationProofName, otherIdentity.Issuer().String(), pr.Signature, initialIdentity)
ctx.Set(ctxDelegationName, delegationProofName)
}
func iRemoveTheControlDelegationProofFromTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
delegationName, _ := ctx.GetString(ctxDelegationName)
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
advancedapi.RemoveControlDelegationFromDocument(context.TODO(), resolver, nil, delegationName, initialIdentity)
}
func iRevokeTheControlDelegationProof(t gobdd.StepTest, ctx gobdd.Context) {
delegationName, _ := ctx.GetString(ctxDelegationName)
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
advancedapi.RevokeControlDelegationFromDocument(context.TODO(), resolver, nil, delegationName, initialIdentity)
}
func iDADelegatesAuthenticationToIDB(t gobdd.StepTest, ctx gobdd.Context, delegationName string) {
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
otherIdentity := ctxOtherRegisteredTwin.GetRegisteredIdentity(t, ctx)
opts := advancedapi.DelegationOpts{
ResolverClient: resolver,
DelegatingKeyPair: initialIdentity.KeyPair(),
DelegatingDid: initialIdentity.Did(),
DelegatingDocument: nil,
SubjectKeyPair: otherIdentity.KeyPair(),
SubjectDid: otherIdentity.Did(),
SubjectDocument: nil,
Name: delegationName,
}
advancedapi.DelegateAuthentication(context.TODO(), opts)
ctx.Set(ctxDelegationName, delegationName)
}
func iDADelegatesAuthenticationToIDBWithExtraOwner(t gobdd.StepTest, ctx gobdd.Context, delegationName string) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
extraOwnerKeyPair, _ := ctx.Get(ctxOtherTwinIdentityExtraOwnerKeyPair)
assert.Assert(t, extraOwnerKeyPair != nil)
opts := advancedapi.DelegationOpts{
ResolverClient: resolver,
DelegatingKeyPair: initialIdentity.KeyPair(),
DelegatingDid: initialIdentity.Did(),
DelegatingDocument: nil,
SubjectKeyPair: extraOwnerKeyPair.(*crypto.KeyPair),
SubjectDid: otherIdentity.Did(),
SubjectDocument: nil,
Name: delegationName,
}
advancedapi.DelegateAuthentication(context.TODO(), opts)
ctx.Set(ctxDelegationName, delegationName)
}
func iAddTheAuthenticationDelegationProofToTheDocument(t gobdd.StepTest, ctx gobdd.Context, delegationProofName string) {
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
delegationProof, _ := ctx.Get(ctxDelegationProof)
assert.Assert(t, delegationProof != nil)
pr := delegationProof.(*proof.Proof)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
advancedapi.AddAuthenticationDelegationToDocument(context.TODO(), resolver, nil, delegationProofName, otherIdentity.Issuer().String(), pr.Signature, initialIdentity)
ctx.Set(ctxDelegationName, delegationProofName)
}
func iAddTheGenericAuthenticationDelegationProofToTheDocument(t gobdd.StepTest, ctx gobdd.Context, delegationProofName string) {
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
delegationProof, _ := ctx.Get(ctxDelegationProof)
assert.Assert(t, delegationProof != nil)
pr := delegationProof.(*proof.Proof)
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
advancedapi.AddGenericAuthenticationDelegationToDocument(context.TODO(), resolver, nil, delegationProofName, otherIdentity.Issuer().String(), pr.Signature, initialIdentity)
ctx.Set(ctxDelegationName, delegationProofName)
}
func iRemoveTheAuthenticationDelegationProofFromTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
delegationName, _ := ctx.GetString(ctxDelegationName)
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
advancedapi.RemoveAuthenticationDelegationFromDocument(context.TODO(), resolver, nil, delegationName, initialIdentity)
}
func iRevokeTheAuthenticationDelegationProof(t gobdd.StepTest, ctx gobdd.Context) {
delegationName, _ := ctx.GetString(ctxDelegationName)
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
advancedapi.RevokeAuthenticationDelegationFromDocument(context.TODO(), resolver, nil, delegationName, initialIdentity)
}
func iSetTheControllerOnMyDocument(t gobdd.StepTest, ctx gobdd.Context) {
registeredTwin, _ := ctx.Get(ctxRegisteredTwin)
assert.Assert(t, registeredTwin != nil)
initialIdentity := registeredTwin.(register.RegisteredIdentity)
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
assert.Assert(t, otherRegisteredTwin != nil)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
advancedapi.SetDocumentController(context.TODO(), resolver, nil, initialIdentity, otherIdentity.Issuer())
}
func theDelegatedIdentityOwnerUsedForTheProofIsRevoked(t gobdd.StepTest, ctx gobdd.Context) {
extraOwnerName, _ := ctx.GetString(ctxOtherTwinIdentityExtraOwnerName)
assert.Assert(t, extraOwnerName != "")
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
advancedapi.RevokePublicKeyFromDocument(context.TODO(), resolver, nil, extraOwnerName, otherIdentity)
}
func theDelegatedIdentityOwnerUsedForTheProofIsRemoved(t gobdd.StepTest, ctx gobdd.Context) {
extraOwnerName, _ := ctx.GetString(ctxOtherTwinIdentityExtraOwnerName)
assert.Assert(t, extraOwnerName != "")
otherRegisteredTwin, _ := ctx.Get(ctxOtherRegisteredTwin)
otherIdentity := otherRegisteredTwin.(register.RegisteredIdentity)
advancedapi.RemovePublicKeyFromDocument(context.TODO(), resolver, nil, extraOwnerName, otherIdentity)
}
func iCreateTheIdentityOverridingTheDocumentWithANewName(t gobdd.StepTest, ctx gobdd.Context, identityType string) {
}
func iGetTheIdentity(t gobdd.StepTest, ctx gobdd.Context, identityType string) {}
func userDelegatesAuthenticationToAgent(t gobdd.StepTest, ctx gobdd.Context) {}
func twinDelegatesControlToAgent(t gobdd.StepTest, ctx gobdd.Context) {}
func iSetTheIdentityRegisterDocumentAttribute(t gobdd.StepTest, ctx gobdd.Context, attributeType string) {
}
func iRevokeTheIdentityRegisterDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func iGetTheRegisteredDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func iVerifyTheDocument(t gobdd.StepTest, ctx gobdd.Context) {}
func iCreateAnAuthenticationTokenFromTheAgent(t gobdd.StepTest, ctx gobdd.Context, withOrWithoutDelegation string) {
}
func iAddANewOwner(t gobdd.StepTest, ctx gobdd.Context) {}
func iRemoveAOwner(t gobdd.StepTest, ctx gobdd.Context) {}
// Then
func theEntityTypeRegisterDocumentIsCreated(t gobdd.StepTest, ctx gobdd.Context, entityType string) {
}
func theAssociatedEntityTypeIdentityIsReturned(t gobdd.StepTest, ctx gobdd.Context, entityType string) {
}
func theEntityTypeOwnsTheDocument(t gobdd.StepTest, ctx gobdd.Context, entityType string) {}
func theUserDocumentIsCreatedAndRegistered(t gobdd.StepTest, ctx gobdd.Context) {
user := ctxRegisteredUser.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, user.Did())
assert.NilError(t, err)
userSeedValue, _ := ctx.GetString(ctxUserSeed)
userKeyName, _ := ctx.GetString(ctxUserKeyName)
userIssuerName, _ := ctx.GetString(ctxUserIssuerName)
assertNewDocAndIdentity(t, ctx, []byte(userSeedValue), userKeyName, userIssuerName, doc, user)
ctx.Set(ctxRegisteredUserDocument, doc)
}
func theAgentDocumentIsCreatedAndRegistered(t gobdd.StepTest, ctx gobdd.Context) {
agent := ctxRegisteredAgent.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, agent.Did())
assert.NilError(t, err)
agentSeedValue, _ := ctx.GetString(ctxAgentSeed)
agentKeyName, _ := ctx.GetString(ctxAgentKeyName)
agentIssuerName, _ := ctx.GetString(ctxAgentIssuerName)
assertNewDocAndIdentity(t, ctx, []byte(agentSeedValue), agentKeyName, agentIssuerName, doc, agent)
ctx.Set(ctxRegisteredAgentDocument, doc)
}
func theTwinDocumentIsCreatedAndRegistered(t gobdd.StepTest, ctx gobdd.Context) {
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, twin.Did())
assert.NilError(t, err)
twinSeedValue, _ := ctx.GetString(ctxTwinSeed)
twinKeyName, _ := ctx.GetString(ctxTwinKeyName)
twinIssuerName, _ := ctx.GetString(ctxTwinIssuerName)
assertNewDocAndIdentity(t, ctx, []byte(twinSeedValue), twinKeyName, twinIssuerName, doc, twin)
ctx.Set(ctxRegisteredTwinDocument, doc)
}
func theUserAndAgentDocumentsAreRegisteredWithAuthenticationDelegation(t gobdd.StepTest, ctx gobdd.Context) {
userDoc := ctxRegisteredUserDocument.GetRegisteredDocument(t, ctx)
agentDoc := ctxRegisteredAgentDocument.GetRegisteredDocument(t, ctx)
assert.Assert(t, len(userDoc.DelegateAuthentication) == 1)
assert.Assert(t, userDoc.DelegateAuthentication[0].Revoked == false)
agent := ctxRegisteredAgent.GetRegisteredIdentity(t, ctx)
expectedController := fmt.Sprintf("%s%s", agent.Did(), identity.MakeName(identity.Agent))
assert.Assert(t, userDoc.DelegateAuthentication[0].Controller == expectedController)
// TODO: this could be a separate step/assertion
// NOTE: because this is auth delegation, the issuer is agent, subject is user
isAllowedFor, err := register.IsAllowFor(context.TODO(), resolver, agent.Issuer(), agentDoc, userDoc, true)
assert.NilError(t, err)
assert.Assert(t, isAllowedFor == true)
}
func theTwinDocumentHasControlDelegationFromTheAgentIdentity(t gobdd.StepTest, ctx gobdd.Context) {
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
agent := ctxRegisteredAgent.GetRegisteredIdentity(t, ctx)
// TODO: this could be a separate step/assertion
twinDoc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, twin.Did())
assert.NilError(t, err)
twinSeedValue, _ := ctx.GetString(ctxTwinSeed)
twinKeyName, _ := ctx.GetString(ctxTwinKeyName)
expectedTwinIssuerName := "#twin-0"
assertNewDocAndIdentity(t, ctx, []byte(twinSeedValue), twinKeyName, expectedTwinIssuerName, twinDoc, twin)
// TODO: this could be a separate step/assertion
agentDoc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, agent.Did())
assert.NilError(t, err)
agentSeedValue, _ := ctx.GetString(ctxAgentSeed)
agentKeyName, _ := ctx.GetString(ctxAgentKeyName)
expectedAgentIssuerName := "#agent-0"
assertNewDocAndIdentity(t, ctx, []byte(agentSeedValue), agentKeyName, expectedAgentIssuerName, agentDoc, agent)
assert.Assert(t, len(twinDoc.DelegateControl) == 1)
assert.Assert(t, twinDoc.DelegateControl[0].Revoked == false)
expectedController := fmt.Sprintf("%s%s", agent.Did(), identity.MakeName(identity.Agent))
assert.Assert(t, twinDoc.DelegateControl[0].Controller == expectedController)
// TODO: this could be a separate step/assertion
// NOTE: because this is control delegation, the issuer is agent, subject is twin
isAllowedFor, err := register.IsAllowFor(context.TODO(), resolver, agent.Issuer(), agentDoc, twinDoc, true)
assert.NilError(t, err)
assert.Assert(t, isAllowedFor == true)
}
func theAuthTokenIsValid(t gobdd.StepTest, ctx gobdd.Context) {
token, _ := ctx.GetString(ctxAuthToken)
claims, err := register.VerifyAuthentication(context.TODO(), resolver, register.JwtToken(token))
assert.NilError(t, err)
assert.Assert(t, claims != nil)
}
func theTwinDocumentIsUpdatedWithTheNewOwner(t gobdd.StepTest, ctx gobdd.Context) {
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
user := ctxRegisteredUser.GetRegisteredIdentity(t, ctx)
twinDoc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, twin.Did())
assert.NilError(t, err)
assert.Assert(t, len(twinDoc.PublicKeys) == 2)
originalPublicKey := twinDoc.PublicKeyByID("#twin-0")
assert.Assert(t, originalPublicKey != nil)
assert.Assert(t, originalPublicKey.Revoked == false)
newPublicKey := twinDoc.PublicKeyByID("#NewOwner")
assert.Assert(t, newPublicKey != nil)
assert.Assert(t, newPublicKey.Revoked == false)
newOwnerIssuer, _ := register.NewIssuer(twin.Did(), "#NewOwner")
expectedPublicKey := user.KeyPair().PublicKeyBase58
assert.Assert(t, newPublicKey.PublicKeyBase58 == expectedPublicKey)
// TODO: this could be a separate step/assertion
// NOTE: because this is control delegation, the issuer is twin, subject is twin
// can the new owner key control the twin, which is in the twinDoc already
isAllowedFor, err := register.IsAllowFor(context.TODO(), resolver, newOwnerIssuer, twinDoc, twinDoc, true)
assert.NilError(t, err)
assert.Assert(t, isAllowedFor == true)
}
func theRegisteredIdentityIssuerDidIsEqualToTheDocumentDid(t gobdd.StepTest, ctx gobdd.Context) {
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc := ctxRetrievedDoc.GetRegisteredDocument(t, ctx)
assert.Assert(t, twin.Did() == doc.ID)
}
func theRegisterDocumentHasTheRegisteredIdentityPublicKey(t gobdd.StepTest, ctx gobdd.Context) {
twin := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc := ctxRetrievedDoc.GetRegisteredDocument(t, ctx)
assertDocContainsPubKey(t, doc, twin.KeyPair().PublicKeyBase58)
}
func assertDocContainsPubKey(t gobdd.StepTest, doc *register.RegisterDocument, expectedPublicKey string) {
assert.Assert(t, expectedPublicKey != "")
found := false
for _, docKey := range doc.PublicKeys {
if docKey.PublicKeyBase58 == expectedPublicKey {
found = true
break
}
}
assert.Assert(t, found, "Public key not found in the document.")
}
func docKeysContain(t gobdd.StepTest, docKeys []register.RegisterPublicKey, publicKeyName string, revoked bool) bool {
if publicKeyName == "" {
t.Errorf("Given public key name is empty.", publicKeyName)
return false
}
for _, docKey := range docKeys {
if docKey.ID == publicKeyName {
return docKey.Revoked == revoked
}
}
t.Errorf("Public key \"%s\" not found in the document given keys.", publicKeyName)
return false
}
func docKeysDoNotContain(t gobdd.StepTest, docKeys []register.RegisterPublicKey, publicKeyName string) bool {
if publicKeyName == "" {
t.Errorf("Given public key name is empty.")
return false
}
for _, docKey := range docKeys {
if docKey.ID == publicKeyName {
t.Errorf("Public key \"%s\" found in the document given keys.", publicKeyName)
return false
}
}
return true
}
func docDelegationProofsContain(t gobdd.StepTest, docDelegationProofs []register.RegisterDelegationProof, delegationName string, revoked bool) bool {
if delegationName == "" {
t.Errorf("Given delegation name is empty.")
return false
}
for _, pr := range docDelegationProofs {
if pr.ID == delegationName {
return pr.Revoked == revoked
}
}
t.Errorf("Delegation name \"%s\" not found in the document given proofs.", delegationName)
return false
}
func theRegisteredIdentityIsAllowed(t gobdd.StepTest, ctx gobdd.Context) {
allowedForAuth, err := ctx.GetBool(ctxAllowedForAuth)
assert.NilError(t, err)
assert.Assert(t, allowedForAuth == true)
allowedForControl, err := ctx.GetBool(ctxAllowedForControl)
assert.NilError(t, err)
assert.Assert(t, allowedForControl)
}
func theRegisterDocumentHasSeveralPublicKeys(t gobdd.StepTest, ctx gobdd.Context) {
doc := ctxRetrievedDoc.GetRegisteredDocument(t, ctx)
allOwnersPubKeys, _ := ctx.Get(ctxAllOwnersPubKeys)
assert.Equal(t, len(doc.PublicKeys), 3)
for _, pubKey := range allOwnersPubKeys.([]string) {
assertDocContainsPubKey(t, doc, pubKey)
}
}
func theNewOwnerIsAllowedForAuthenticationAndControlOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
newTwinName, _ := ctx.GetString(ctxOtherTwinIdentityName)
newTwinPublicKeyBase58, _ := ctx.GetString(ctxOtherTwinIdentityPubKey)
assert.Assert(t, newTwinName != "")
assert.Assert(t, newTwinPublicKeyBase58 != "")
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
newIssuer, err := advancedapi.GetIssuerByPublicKey(doc, newTwinPublicKeyBase58)
assert.NilError(t, err)
assert.Assert(t, initialOwner.Name() != newIssuer.Name)
assert.Assert(t, initialOwner.Did() == newIssuer.Did)
assert.Assert(t, len(doc.PublicKeys) == 2)
assert.Assert(t, docKeysContain(t, doc.PublicKeys, initialOwner.Name(), false))
assert.Assert(t, docKeysContain(t, doc.PublicKeys, newTwinName, false))
assert.NilError(t, register.ValidateAllowedForAuth(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.NilError(t, register.ValidateAllowedForControl(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.NilError(t, register.ValidateAllowedForAuth(context.TODO(), resolver, newIssuer, doc.ID))
assert.NilError(t, register.ValidateAllowedForControl(context.TODO(), resolver, newIssuer, doc.ID))
}
func theRemovedOwnerIsNotAllowedForAuthenticationOrControlOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
removedTwinOwnerName, _ := ctx.GetString(ctxOtherTwinIdentityName)
assert.Assert(t, removedTwinOwnerName != "")
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
otherIssuer, _ := ctx.Get(ctxOtherTwinIdentityIssuer)
removedIssuer := otherIssuer.(*register.Issuer)
assert.Assert(t, removedIssuer.Did == initialOwner.Did())
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
assert.Assert(t, len(doc.PublicKeys) == 1)
assert.Assert(t, docKeysContain(t, doc.PublicKeys, initialOwner.Name(), false))
assert.Assert(t, docKeysDoNotContain(t, doc.PublicKeys, removedTwinOwnerName))
assert.NilError(t, register.ValidateAllowedForAuth(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.NilError(t, register.ValidateAllowedForControl(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.Assert(t, register.ValidateAllowedForAuth(context.TODO(), resolver, removedIssuer, doc.ID) != nil)
assert.Assert(t, register.ValidateAllowedForControl(context.TODO(), resolver, removedIssuer, doc.ID) != nil)
}
func theRevokedOwnerIsNotAllowedForAuthenticationOrControlOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
revokedTwinOwnerName, _ := ctx.GetString(ctxOtherTwinIdentityName)
assert.Assert(t, revokedTwinOwnerName != "")
revokedTwinPublicKeyBase58, _ := ctx.GetString(ctxOtherTwinIdentityPubKey)
assert.Assert(t, revokedTwinPublicKeyBase58 != "")
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
revokedIssuer, err := advancedapi.GetIssuerByPublicKey(doc, revokedTwinPublicKeyBase58)
assert.NilError(t, err)
otherIssuer, _ := ctx.Get(ctxOtherTwinIdentityIssuer)
assert.DeepEqual(t, revokedIssuer, otherIssuer)
assert.Assert(t, revokedIssuer.Did == initialOwner.Did())
assert.Assert(t, len(doc.PublicKeys) == 2)
assert.Assert(t, docKeysContain(t, doc.PublicKeys, initialOwner.Name(), false))
assert.Assert(t, docKeysContain(t, doc.PublicKeys, revokedTwinOwnerName, true))
assert.NilError(t, register.ValidateAllowedForAuth(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.NilError(t, register.ValidateAllowedForControl(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.Assert(t, register.ValidateAllowedForAuth(context.TODO(), resolver, revokedIssuer, doc.ID) != nil)
assert.Assert(t, register.ValidateAllowedForControl(context.TODO(), resolver, revokedIssuer, doc.ID) != nil)
}
func theAuthenticationKeyOwnerIsAllowedForAuthenticationOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
newAuthKeyTwinName, _ := ctx.GetString(ctxOtherTwinIdentityName)
newAuthKeyTwinIssuer, err := register.NewIssuer(doc.ID, newAuthKeyTwinName)
assert.NilError(t, err)
assert.Assert(t, len(doc.AuthenticationKeys) == 1)
assert.Assert(t, docKeysContain(t, doc.AuthenticationKeys, newAuthKeyTwinName, false))
assert.NilError(t, register.ValidateAllowedForAuth(context.TODO(), resolver, initialOwner.Issuer(), doc.ID))
assert.NilError(t, register.ValidateAllowedForAuth(context.TODO(), resolver, newAuthKeyTwinIssuer, doc.ID))
assert.Assert(t, register.ValidateAllowedForControl(context.TODO(), resolver, newAuthKeyTwinIssuer, doc.ID) != nil)
}
func theRemovedAuthenticationKeyOwnerIsNotAllowedForAuthenticationOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
removedTwinName, _ := ctx.GetString(ctxOtherTwinIdentityName)
removedTwinIssuer, err := register.NewIssuer(doc.ID, removedTwinName)
assert.NilError(t, err)
assert.Assert(t, len(doc.AuthenticationKeys) == 0)
assert.Assert(t, docKeysDoNotContain(t, doc.AuthenticationKeys, removedTwinName))
assert.Assert(t, register.ValidateAllowedForAuth(context.TODO(), resolver, removedTwinIssuer, doc.ID) != nil)
assert.Assert(t, register.ValidateAllowedForControl(context.TODO(), resolver, removedTwinIssuer, doc.ID) != nil)
}
func theRevokedAuthenticationKeyOwnerIsNotAllowedForAuthenticationOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
initialOwner := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialOwner.Did())
assert.NilError(t, err)
revokedTwinName, _ := ctx.GetString(ctxOtherTwinIdentityName)
revokedTwinIssuer, err := register.NewIssuer(doc.ID, revokedTwinName)
assert.NilError(t, err)
assert.Assert(t, len(doc.AuthenticationKeys) == 1)
assert.Assert(t, docKeysContain(t, doc.AuthenticationKeys, revokedTwinName, true))
assert.Assert(t, register.ValidateAllowedForAuth(context.TODO(), resolver, revokedTwinIssuer, doc.ID) != nil)
assert.Assert(t, register.ValidateAllowedForControl(context.TODO(), resolver, revokedTwinIssuer, doc.ID) != nil)
}
func theOtherIdentityIsAllowedForControlOnTheInitialIdentityDocument(t gobdd.StepTest, ctx gobdd.Context) {
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialIdentity.Did())
assert.NilError(t, err)
delegationName, _ := ctx.GetString(ctxDelegationName)
newTwinIdentity := ctxOtherRegisteredTwin.GetRegisteredIdentity(t, ctx)
assert.Assert(t, len(doc.DelegateControl) == 1)
assert.Assert(t, docDelegationProofsContain(t, doc.DelegateControl, delegationName, false))
assert.NilError(t, register.ValidateAllowedForControl(context.TODO(), resolver, newTwinIdentity.Issuer(), doc.ID))
}
func theDelegatedRegisteredIdentityIsAllowedForControlOnTheDocument(t gobdd.StepTest, ctx gobdd.Context) {
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialIdentity.Did())
assert.NilError(t, err)
delegationName, _ := ctx.GetString(ctxDelegationName)
otherIdentity := ctxOtherRegisteredTwin.GetRegisteredIdentity(t, ctx)
assert.Assert(t, len(doc.DelegateControl) == 1)
assert.Assert(t, docDelegationProofsContain(t, doc.DelegateControl, delegationName, false))
assert.NilError(t, register.ValidateAllowedForControl(context.TODO(), resolver, otherIdentity.Issuer(), initialIdentity.Did()))
}
func theDelegatedRegisteredIdentityIsNotAllowedForControlOnTheDocumentAfterDelegationRemove(t gobdd.StepTest, ctx gobdd.Context) {
initialIdentity := ctxRegisteredTwin.GetRegisteredIdentity(t, ctx)
doc, err := advancedapi.GetRegisterDocument(context.TODO(), resolver, initialIdentity.Did())
assert.NilError(t, err)
otherIdentity := ctxOtherRegisteredTwin.GetRegisteredIdentity(t, ctx)
assert.Assert(t, len(doc.DelegateControl) == 0)
assert.Assert(t, register.ValidateAllowedForControl(context.TODO(), resolver, otherIdentity.Issuer(), initialIdentity.Did()) != nil)
}