public void UploadenBestandFaalendBestandCursusStartdatum()
{
//Arrange
using (var ms = new MemoryStream())
{
using (var writer = new StreamWriter(ms))
{
var fileMock = new Mock <IFormFile>();
writer.WriteLine("Titel: C# Programmeren");
writer.WriteLine("Cursuscode: CNETIN");
writer.WriteLine("Duur: 5 dagen");
writer.WriteLine("11/10/2014 ");
writer.WriteLine("");
writer.Flush();
ms.Position = 0;
fileMock.Setup(m => m.OpenReadStream()).Returns(ms);
fileMock.Setup(m => m.Length).Returns(5);
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Create(fileMock.Object);
// Assert
CursusCreateMessageViewModel viewModel = (CursusCreateMessageViewModel)(result as ViewResult).Model;
Assert.IsNotNull(viewModel);
Assert.AreEqual(4, viewModel.ErrorAtLine);
}
}
}
public void TestenFileUploadOntvangenBijController()
{
//Arrange
using (var ms = new MemoryStream())
{
using (var writer = new StreamWriter(ms))
{
var fileMock = new Mock <IFormFile>();
writer.WriteLine("Titel: C# Programmeren");
writer.WriteLine("Cursuscode: CNETIN");
writer.WriteLine("Duur: 5 dagen");
writer.WriteLine("Startdatum: 11/10/2014 ");
writer.WriteLine("");
writer.Flush();
ms.Position = 0;
fileMock.Setup(m => m.OpenReadStream()).Returns(ms);
fileMock.Setup(m => m.Length).Returns(5);
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Create(fileMock.Object);
//Assert
Assert.IsInstanceOfType(result, typeof(IActionResult));
}
}
}
public void UploadenBestandTestAddContentVolledigeCursusTitelCheck()
{
//Arrange
using (var ms = new MemoryStream())
{
using (var writer = new StreamWriter(ms))
{
var fileMock = new Mock <IFormFile>();
writer.WriteLine("Titel: C# Programmeren");
writer.WriteLine("Cursuscode: CNETIN");
writer.WriteLine("Duur: 5 dagen");
writer.WriteLine("Startdatum: 11/10/2014 ");
writer.WriteLine("");
writer.Flush();
ms.Position = 0;
fileMock.Setup(m => m.OpenReadStream()).Returns(ms);
fileMock.Setup(m => m.Length).Returns(5);
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Create(fileMock.Object);
//Assert
Assert.AreEqual(1, mockAgent.NumberOfTimesAddCalled);
Assert.AreEqual("C# Programmeren", mockAgent.LijstCursusAddToevoeging[0].Cursus.Titel);
}
}
}
public static async Task ProofProtocolConnectionlessAsync(MockAgent requestor, MockAgent holder, ProofRequest proofRequest, bool useDidKeyFormat)
{
var proofService = requestor.GetService <IProofService>();
var(requestMsg, requestorRecord) = await proofService.CreateRequestAsync(requestor.Context, proofRequest, useDidKeyFormat : useDidKeyFormat);
var requestAttachment = requestMsg.Requests.FirstOrDefault(x => x.Id == "libindy-request-presentation-0")
?? throw new ArgumentException("Presentation request attachment not found.");
var requestJson = requestAttachment.Data.Base64.GetBytesFromBase64().GetUTF8String();
var request = JsonConvert.DeserializeObject <ProofRequest>(requestJson);
var requestedCredentials =
await ProofServiceUtils.GetAutoRequestedCredentialsForProofCredentials(holder.Context, proofService,
request);
var holderRecord = await proofService.CreatePresentationAsync(holder.Context, requestMsg, requestedCredentials);
var requestorProofRecord = await proofService.GetAsync(requestor.Context, requestorRecord.Id);
var holderProofRecord = await proofService.GetAsync(holder.Context, holderRecord.Id);
Assert.True(requestorProofRecord.State == ProofState.Accepted);
Assert.True(holderProofRecord.State == ProofState.Accepted);
var isProofValid = await proofService.VerifyProofAsync(requestor.Context, requestorProofRecord.Id);
Assert.True(isProofValid);
}
public void UploadenBestandTestVerwijzingMessagePage()
{
// Arrange
var fileMock = new Mock <IFormFile>();
var lines = File.ReadLines(@"TestFile\goedvoorbeeld.txt").ToList();
using (var memoryStream = new MemoryStream())
{
using (var streamWriter = new StreamWriter(memoryStream))
{
for (var i = 0; i < lines.Count; i++)
{
streamWriter.WriteLine(lines[i]);
}
streamWriter.Flush();
memoryStream.Position = 0;
fileMock.Setup(m => m.OpenReadStream()).Returns(memoryStream);
fileMock.Setup(m => m.Length).Returns(5);
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Create(fileMock.Object);
// Assert
Assert.IsInstanceOfType(result, typeof(IActionResult));
Assert.AreEqual("CursusCreateMessage", (result as ViewResult).ViewName);
}
}
}
public void UploadenBestandTestVerwijzingMessagePageModelContentInsertCount4()
{
// Arrange
var fileMock = new Mock <IFormFile>();
var lines = File.ReadLines(@"TestFile\goedvoorbeeld.txt").ToList();
using (var memoryStream = new MemoryStream())
{
using (var streamWriter = new StreamWriter(memoryStream))
{
for (var i = 0; i < lines.Count; i++)
{
streamWriter.WriteLine(lines[i]);
}
streamWriter.Flush();
memoryStream.Position = 0;
fileMock.Setup(m => m.OpenReadStream()).Returns(memoryStream);
fileMock.Setup(m => m.Length).Returns(5);
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Create(fileMock.Object);
// Assert
CursusCreateMessageViewModel viewModel = (CursusCreateMessageViewModel)(result as ViewResult).Model;
Assert.IsNotNull(viewModel);
Assert.AreEqual(4, viewModel.SuccesInsertCount);
}
}
}
public static string CreateBasicMessageWithHttpsType(MockAgent HttpsMessageAgent)
{
var basicMessage = new BasicMessage(HttpsMessageAgent.Context.UseMessageTypesHttps);
Assert.Equal(MessageTypesHttps.BasicMessageType, basicMessage.Type);
return(basicMessage.Type);
}
public async Task InitializeAsync()
{
_agent1 = await MockUtils.CreateAsync("agent1", config1, cred, new MockAgentHttpHandler((cb) => _router.RouteMessage(cb.name, cb.data)));
_router.RegisterAgent(_agent1);
_agent2 = await MockUtils.CreateAsync("agent2", config2, cred, new MockAgentHttpHandler((cb) => _router.RouteMessage(cb.name, cb.data)));
_router.RegisterAgent(_agent2);
}
public void testAddObjectTwice() {
Assert.assertEquals(1, env.getAgents().size());
XYLocation loc = new XYLocation(5, 5);
AbstractAgent b = new MockAgent();
env.addObjectToLocation(b, loc);
Assert.assertEquals(2, env.getAgents().size());
Assert.assertEquals(loc, env.getCurrentLocationFor(b));
}
public async Task InitializeAsync()
{
_issuerAgent = await MockUtils.CreateAsync("issuer", config1, cred, new MockAgentHttpHandler((cb) => _router.RouteMessage(cb.name, cb.data)), TestConstants.StewartDid);
_router.RegisterAgent(_issuerAgent);
_holderAgent = await MockUtils.CreateAsync("holder", config2, cred, new MockAgentHttpHandler((cb) => _router.RouteMessage((cb).name, cb.data)));
_router.RegisterAgent(_holderAgent);
}
public static async Task ProofProtocolAsync(MockAgent requestor, MockAgent holder,
ConnectionRecord requestorConnection, ConnectionRecord holderConnection, ProofRequest proofRequest)
{
var proofService = requestor.GetService <IProofService>();
var messageService = requestor.GetService <IMessageService>();
// Hook into message event
var requestSlim = new SemaphoreSlim(0, 1);
holder.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.PresentProofNames.RequestPresentation)
.Subscribe(x => requestSlim.Release());
var(requestMsg, requestorRecord) = await proofService.CreateRequestAsync(requestor.Context, proofRequest, requestorConnection.Id);
await messageService.SendAsync(requestor.Context, requestMsg, requestorConnection);
await requestSlim.WaitAsync(TimeSpan.FromSeconds(30));
var holderRequests = await proofService.ListRequestedAsync(holder.Context);
Assert.NotNull(holderRequests);
Assert.True(holderRequests.Count > 0);
// Hook into message event
var proofSlim = new SemaphoreSlim(0, 1);
requestor.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.PresentProofNames.Presentation)
.Subscribe(x => requestSlim.Release());
var record = holderRequests.FirstOrDefault();
var request = JsonConvert.DeserializeObject <ProofRequest>(record.RequestJson);
var requestedCredentials =
await ProofServiceUtils.GetAutoRequestedCredentialsForProofCredentials(holder.Context, proofService,
request);
var(proofMsg, holderRecord) = await proofService.CreatePresentationAsync(holder.Context, record.Id, requestedCredentials);
await messageService.SendAsync(holder.Context, proofMsg, holderConnection);
await proofSlim.WaitAsync(TimeSpan.FromSeconds(30));
var requestorProofRecord = await proofService.GetAsync(requestor.Context, requestorRecord.Id);
var holderProofRecord = await proofService.GetAsync(holder.Context, holderRecord.Id);
Assert.True(requestorProofRecord.State == ProofState.Accepted);
Assert.True(holderProofRecord.State == ProofState.Accepted);
var isProofValid = await proofService.VerifyProofAsync(requestor.Context, requestorProofRecord.Id);
Assert.True(isProofValid);
}
public override async Task <Scynet.Void> AgentStart(AgentStartRequest request, ServerCallContext context)
{
MockAgent egg = new MockAgent
{
Id = request.Egg.Uuid,
EggData = request.Egg.EggData.ToByteArray()
};
await client.GetGrain <IAgentRegistryGrain>(0).AgentStart(egg);
return(new Scynet.Void());
}
public void FindAllCursist()
{
//Arrange
MockAgent mockAgent = new MockAgent();
var target = new CursistController(mockAgent);
//Act
target.Index();
//Assert
Assert.AreEqual(1, mockAgent.NumberOfTimesIndexCursistCalled);
}
public void WeergevenHuidigeWeek()
{
//Arrange
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Index();
//Assert
Assert.IsInstanceOfType(result, typeof(IActionResult));
}
public void RotateRollLeftOneWithRotation()
{
IAgent agent = new MockAgent()
{
MaxRotationSpeed = Rotation.One, Rotation = Quaternion.identity
};
AgentController controller = new AgentController(agent);
Rotation Rotate = Rotation.RollLeft;
controller.Rotate(Rotate);
Assert.AreEqual(359, agent.Rotation.eulerAngles.z);
}
public void MoveRiseOneWithVector3()
{
IAgent agent = new MockAgent()
{
MaxMovementSpeed = Movement.One, Position = Vector3.zero
};
AgentController controller = new AgentController(agent);
Vector3 Direction = Vector3.zero + Movement.Up;
controller.Move(Direction);
Assert.AreEqual(1, agent.Position.y);
}
public void MoveForwardOneWithMovement()
{
IAgent agent = new MockAgent()
{
MaxMovementSpeed = Movement.One, Position = Vector3.zero
};
AgentController controller = new AgentController(agent);
Movement Direction = Movement.Front;
controller.Move(Direction);
Assert.AreEqual(1, agent.Position.z);
}
public async Task InitializeAsync()
{
_responder = await MockUtils.CreateAsync("responder", config1, cred, new MockAgentHttpHandler((cb) => _router.RouteMessage(cb.name, cb.data)), TestConstants.StewardSeed);
_router.RegisterAgent(_responder);
_requester = await MockUtils.CreateAsync("requester", config2, cred, new MockAgentHttpHandler((cb) => _router.RouteMessage(cb.name, cb.data)));
_router.RegisterAgent(_requester);
var ledgerService = _responder.ServiceProvider.GetRequiredService <ILedgerService>();
await ledgerService.RegisterServiceEndpointAsync(_responder.Context, TestConstants.StewardDid,
"http://responder");
}
public void WeergevenGekozenWeekModelCheckContent()
{
//Arrange
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Index(40, 2016);
//Assert
var resultModel = (result as ViewResult).Model;
Assert.IsInstanceOfType(resultModel, typeof(IEnumerable <CursusInstantie>));
Assert.AreEqual(new DateTime(2016, 10, 03).Day, DateTime.Parse(mockAgent.LijstGetByWeekInput[0]).Day);
}
public void WeergevenHuidigeWeekModelCheck()
{
//Arrange
MockAgent mockAgent = new MockAgent();
var target = new CursusController(mockAgent);
//Act
var result = target.Index(41, 2016);
//Assert
var resultModel = (result as ViewResult).Model;
Assert.IsInstanceOfType(result, typeof(IActionResult));
Assert.IsInstanceOfType(resultModel, typeof(IEnumerable <CursusInstantie>));
}
public Task AgentStart(MockAgent egg)
{
MockAgent agent = new MockAgent(egg);
if (!State.Agents.ContainsKey(agent.Id))
{
agent.Start();
State.Agents.Add(agent.Id, agent);
return(base.WriteStateAsync());
}
if (!State.Agents[agent.Id].IsRunning)
{
State.Agents[agent.Id].Start();
return(base.WriteStateAsync());
}
return(Task.CompletedTask);
}
public static async Task IssueCredentialConnectionlessAsync(MockAgent issuer, MockAgent holder, List <CredentialPreviewAttribute> credentialAttributes, bool useDidKeyFormat)
{
var credentialService = issuer.GetService <ICredentialService>();
var schemaService = issuer.GetService <ISchemaService>();
var provisionService = issuer.GetService <IProvisioningService>();
var issuerProv = await provisionService.GetProvisioningAsync(issuer.Context.Wallet);
var(definitionId, _) = await Scenarios.CreateDummySchemaAndNonRevokableCredDef(issuer.Context, schemaService,
issuerProv.IssuerDid, credentialAttributes.Select(_ => _.Name).ToArray());
(var offer, var issuerCredentialRecord) = await credentialService.CreateOfferAsync(
agentContext : issuer.Context,
config : new OfferConfiguration
{
IssuerDid = issuerProv.IssuerDid,
CredentialDefinitionId = definitionId,
CredentialAttributeValues = credentialAttributes,
UseDidKeyFormat = useDidKeyFormat
});
var holderCredentialRecord = await credentialService.CreateCredentialAsync(holder.Context, offer);
Assert.NotNull(holderCredentialRecord.CredentialAttributesValues);
Assert.True(holderCredentialRecord.CredentialAttributesValues.Count() == 2);
var issuerCredRecord = await credentialService.GetAsync(issuer.Context, issuerCredentialRecord.Id);
var holderCredRecord = await credentialService.GetAsync(holder.Context, holderCredentialRecord.Id);
Assert.Equal(CredentialState.Issued, issuerCredRecord.State);
Assert.Equal(CredentialState.Issued, holderCredRecord.State);
Assert.Equal(
issuerCredRecord.GetTag(TagConstants.LastThreadId),
holderCredRecord.GetTag(TagConstants.LastThreadId));
}
public void testGetObjectsAt() {
XYLocation loc = new XYLocation(5, 7);
env.moveObjectToAbsoluteLocation(a, loc);
Assert.assertEquals(1, env.getObjectsAt(loc).size());
AbstractAgent b = new MockAgent();
env.addObjectToLocation(b, loc);
Assert.assertEquals(2, env.getObjectsAt(loc).size());
}
private static async Task RunMainAsync()
{
var client = await StartClientWithRetries();
var grain = client.GetGrain <IAgentRegistryGrain>(0);
//var agentId = Guid.NewGuid().ToString();
var agentId = Guid.Parse("253717bf-34b4-43fc-8129-4c68a6bbe1fe").ToString();
MockAgent egg = new MockAgent()
{
Id = agentId,
EggData = Encoding.ASCII.GetBytes("Agent1")
};
await grain.AgentStart(egg);
var agentsList = await grain.GetAllAgents();
const int port = 50051;
const string host = "localhost";
var server = new Server()
{
Services =
{
Scynet.Component.BindService(new ComponentFacade(client))
},
Ports = { new ServerPort(host, port, ServerCredentials.Insecure) }
};
Console.WriteLine("Starting facade...");
server.Start();
Console.WriteLine("Facade started");
//hatchery channel
Channel channel = new Channel("127.0.0.1:9998", ChannelCredentials.Insecure);
var hatcheryClient = new Scynet.Hatchery.HatcheryClient(channel);
//var componentId = Guid.NewGuid().ToString();
var componentId = Guid.Parse("7730a43f-42a7-49db-b569-50e04929c4f9").ToString();
ComponentRegisterRequest hatcheryComponentRegisterRequest = new ComponentRegisterRequest()
{
Uuid = componentId,
Address = host + ":" + port,
};
//add await
hatcheryClient.RegisterComponent(hatcheryComponentRegisterRequest);
Agent agent = new Agent()
{
Uuid = agentId,
ComponentId = componentId,
EggData = ByteString.CopyFrom("Agent1", Encoding.Unicode)
};
AgentRegisterRequest arr = new AgentRegisterRequest();
arr.Agent = agent;
hatcheryClient.RegisterAgent(arr);
await server.ShutdownAsync();
}
public void testGetObjectsNear() {
XYLocation loc = new XYLocation(5, 5);
env.moveObjectToAbsoluteLocation(a, loc);
AbstractAgent b = new MockAgent();
AbstractAgent c = new MockAgent();
Wall w1 = new Wall();
env.addObjectToLocation(b, new XYLocation(7, 4));
env.addObjectToLocation(c, new XYLocation(5, 7));
env.addObjectToLocation(w1, new XYLocation(3, 10));
// at this point agent A should be able to see B and C but not the wall
// with a "vision radius" of 3
Set<EnvironmentObject> visibleToA = env.getObjectsNear(a, 3);
Assert.assertEquals(2, visibleToA.size());
// agent B should be able to see A only
Set<EnvironmentObject> visibleToB = env.getObjectsNear(b, 3);
Assert.assertEquals(1, visibleToB.size());
// move B South
env.moveObject(b, XYLocation.Direction.South);
// at this point both a and c should be visible to b
visibleToB = env.getObjectsNear(b, 3);
Assert.assertEquals(2, visibleToB.size());
// move c near the wall
env.moveObjectToAbsoluteLocation(c, new XYLocation(3, 11));
// only the wall should be visible
Set<EnvironmentObject> visibleToC = env.getObjectsNear(c, 3);
Assert.assertEquals(1, visibleToC.size());
}
public static async Task <(ConnectionRecord inviteeConnection, ConnectionRecord inviterConnection)> EstablishConnectionWithReturnRoutingAsync(MockAgent invitee, MockAgent inviter, bool useDidKeyFormat = false)
{
var slim = new SemaphoreSlim(0, 1);
var connectionService = inviter.GetService <IConnectionService>();
var messageService = inviter.GetService <IMessageService>();
// Hook into response message event of second runtime to release semaphore
invitee.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.ConnectionResponse)
.Subscribe(x => slim.Release());
var(invitation, inviteeConnection) = await connectionService.CreateInvitationAsync(inviter.Context,
new InviteConfiguration { AutoAcceptConnection = true, UseDidKeyFormat = useDidKeyFormat });
var(request, inviterConnection) =
await connectionService.CreateRequestAsync(invitee.Context, invitation);
var response = await messageService.SendReceiveAsync <ConnectionResponseMessage>(invitee.Context, request, inviterConnection);
Assert.NotNull(response);
await connectionService.ProcessResponseAsync(invitee.Context, response, inviterConnection);
await slim.WaitAsync(TimeSpan.FromSeconds(30));
var ackMessage = await connectionService.CreateAcknowledgementMessageAsync(invitee.Context,
inviterConnection.Id);
await messageService.SendAsync(invitee.Context, ackMessage, inviterConnection);
await slim.WaitAsync(TimeSpan.FromSeconds(30));
var inviteeConnectionRecord = await connectionService.GetAsync(inviter.Context, inviteeConnection.Id);
var inviterConnectionRecord = await connectionService.GetAsync(invitee.Context, inviterConnection.Id);
Assert.Equal(ConnectionState.Connected, inviteeConnectionRecord.State);
Assert.Equal(ConnectionState.Connected, inviterConnectionRecord.State);
Assert.Equal(inviteeConnectionRecord.MyDid, inviterConnectionRecord.TheirDid);
Assert.Equal(inviteeConnectionRecord.TheirDid, inviterConnectionRecord.MyDid);
Assert.Equal(
inviteeConnectionRecord.GetTag(TagConstants.LastThreadId),
inviterConnectionRecord.GetTag(TagConstants.LastThreadId));
return(inviteeConnectionRecord, inviterConnectionRecord);
}
public static async Task <DiscoveryDiscloseMessage> DiscoveryProtocolWithReturnRoutingAsync(MockAgent requestor, MockAgent holder, ConnectionRecord requestorConnection, ConnectionRecord holderConnection)
{
var discoveryService = requestor.GetService <IDiscoveryService>();
var messageService = requestor.GetService <IMessageService>();
//Ask for all protocols
var msg = discoveryService.CreateQuery(requestor.Context, "*");
var rsp = await messageService.SendAsync(requestor.Context.Wallet, msg, requestorConnection, null, true);
Assert.NotNull(rsp);
var discoveryMsg = rsp.GetMessage <DiscoveryDiscloseMessage>();
Assert.NotNull(discoveryMsg);
return(discoveryMsg);
}
public static async Task <DiscoveryDiscloseMessage> DiscoveryProtocolWithReturnRoutingAsync(MockAgent requestor, MockAgent holder, ConnectionRecord requestorConnection, ConnectionRecord holderConnection)
{
var discoveryService = requestor.GetService <IDiscoveryService>();
var messageService = requestor.GetService <IMessageService>();
//Ask for all protocols
var msg = discoveryService.CreateQuery(requestor.Context, "*");
var rsp = await messageService.SendReceiveAsync(requestor.Context, msg, requestorConnection);
Assert.NotNull(rsp);
if (rsp is UnpackedMessageContext messageContext)
{
var discoveryMsg = messageContext.GetMessage <DiscoveryDiscloseMessage>();
Assert.NotNull(discoveryMsg);
return(discoveryMsg);
}
throw new InvalidOperationException("The response was not of the expected type");
}
public static async Task <(ConnectionRecord inviteeConnection, ConnectionRecord inviterConnection)> EstablishConnectionWithReturnRoutingAsync(MockAgent invitee, MockAgent inviter)
{
var slim = new SemaphoreSlim(0, 1);
var connectionService = invitee.GetService <IConnectionService>();
var messsageService = invitee.GetService <IMessageService>();
// Hook into response message event of second runtime to release semaphore
inviter.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.ConnectionResponse)
.Subscribe(x => slim.Release());
(var invitation, var inviterConnection) = await connectionService.CreateInvitationAsync(invitee.Context,
new InviteConfiguration { AutoAcceptConnection = true });
(var request, var inviteeConnection) =
await connectionService.CreateRequestAsync(inviter.Context, invitation);
var response = await messsageService.SendAsync(inviter.Context.Wallet, request,
inviteeConnection, invitation.RecipientKeys.First(), true);
Assert.NotNull(response);
await inviter.HandleInboundAsync(response);
await slim.WaitAsync(TimeSpan.FromSeconds(30));
var connectionRecord1 = await connectionService.GetAsync(invitee.Context, inviterConnection.Id);
var connectionRecord2 = await connectionService.GetAsync(inviter.Context, inviteeConnection.Id);
Assert.Equal(ConnectionState.Connected, connectionRecord1.State);
Assert.Equal(ConnectionState.Connected, connectionRecord2.State);
Assert.Equal(connectionRecord1.MyDid, connectionRecord2.TheirDid);
Assert.Equal(connectionRecord1.TheirDid, connectionRecord2.MyDid);
Assert.Equal(
connectionRecord1.GetTag(TagConstants.LastThreadId),
connectionRecord2.GetTag(TagConstants.LastThreadId));
return(connectionRecord1, connectionRecord2);
}
public static async Task <(ConnectionRecord inviteeConnection, ConnectionRecord inviterConnection)> EstablishConnectionAsync(MockAgent invitee, MockAgent inviter, bool useDidKeyFormat = false)
{
var slim = new SemaphoreSlim(0, 1);
var connectionService = invitee.GetService <IConnectionService>();
var messageService = invitee.GetService <IMessageService>();
// Hook into response message event of second runtime to release semaphore
inviter.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.ConnectionResponse)
.Subscribe(x => slim.Release());
(var invitation, var inviterConnection) = await connectionService.CreateInvitationAsync(invitee.Context,
new InviteConfiguration { AutoAcceptConnection = true, UseDidKeyFormat = useDidKeyFormat });
var(request, inviteeConnection) =
await connectionService.CreateRequestAsync(inviter.Context, invitation);
await messageService.SendAsync(inviter.Context, request, inviteeConnection);
// Wait for connection to be established or continue after 30 sec timeout
await slim.WaitAsync(TimeSpan.FromSeconds(30));
var connectionRecord1 = await connectionService.GetAsync(invitee.Context, inviterConnection.Id);
var connectionRecord2 = await connectionService.GetAsync(inviter.Context, inviteeConnection.Id);
Assert.Equal(ConnectionState.Connected, connectionRecord1.State);
Assert.Equal(ConnectionState.Connected, connectionRecord2.State);
Assert.Equal(connectionRecord1.MyDid, connectionRecord2.TheirDid);
Assert.Equal(connectionRecord1.TheirDid, connectionRecord2.MyDid);
Assert.Equal(
connectionRecord1.GetTag(TagConstants.LastThreadId),
connectionRecord2.GetTag(TagConstants.LastThreadId));
return(connectionRecord1, connectionRecord2);
}
public static async Task IssueCredentialAsync(MockAgent issuer, MockAgent holder, ConnectionRecord issuerConnection, ConnectionRecord holderConnection, List <CredentialPreviewAttribute> credentialAttributes)
{
var credentialService = issuer.GetService <ICredentialService>();
var messageService = issuer.GetService <IMessageService>();
var schemaService = issuer.GetService <ISchemaService>();
var provisionService = issuer.GetService <IProvisioningService>();
// Hook into message event
var offerSlim = new SemaphoreSlim(0, 1);
holder.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.IssueCredentialNames.OfferCredential)
.Subscribe(x => offerSlim.Release());
var issuerProv = await provisionService.GetProvisioningAsync(issuer.Context.Wallet);
var(definitionId, _) = await Scenarios.CreateDummySchemaAndNonRevokableCredDef(issuer.Context, schemaService,
issuerProv.IssuerDid, credentialAttributes.Select(_ => _.Name).ToArray());
var(offer, issuerCredentialRecord) = await credentialService.CreateOfferAsync(
agentContext : issuer.Context,
config : new OfferConfiguration
{
IssuerDid = issuerProv.IssuerDid,
CredentialDefinitionId = definitionId,
CredentialAttributeValues = credentialAttributes,
},
connectionId : issuerConnection.Id);
await messageService.SendAsync(issuer.Context, offer, issuerConnection);
await offerSlim.WaitAsync(TimeSpan.FromSeconds(30));
var offers = await credentialService.ListOffersAsync(holder.Context);
Assert.NotNull(offers);
Assert.True(offers.Count > 0);
// Hook into message event
var requestSlim = new SemaphoreSlim(0, 1);
issuer.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.IssueCredentialNames.RequestCredential)
.Subscribe(x => requestSlim.Release());
var(request, holderCredentialRecord) = await credentialService.CreateRequestAsync(holder.Context, offers[0].Id);
Assert.NotNull(holderCredentialRecord.CredentialAttributesValues);
Assert.True(holderCredentialRecord.CredentialAttributesValues.Count() == 2);
await messageService.SendAsync(holder.Context, request, holderConnection);
await requestSlim.WaitAsync(TimeSpan.FromSeconds(30));
// Hook into message event
var credentialSlim = new SemaphoreSlim(0, 1);
holder.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.IssueCredentialNames.IssueCredential)
.Subscribe(x => credentialSlim.Release());
var(cred, _) = await credentialService.CreateCredentialAsync(
agentContext : issuer.Context,
credentialId : issuerCredentialRecord.Id);
await messageService.SendAsync(issuer.Context, cred, issuerConnection);
await credentialSlim.WaitAsync(TimeSpan.FromSeconds(30));
var issuerCredRecord = await credentialService.GetAsync(issuer.Context, issuerCredentialRecord.Id);
var holderCredRecord = await credentialService.GetAsync(holder.Context, holderCredentialRecord.Id);
Assert.Equal(CredentialState.Issued, issuerCredRecord.State);
Assert.Equal(CredentialState.Issued, holderCredRecord.State);
Assert.Equal(
issuerCredRecord.GetTag(TagConstants.LastThreadId),
holderCredRecord.GetTag(TagConstants.LastThreadId));
var ackSlim = new SemaphoreSlim(0, 1);
holder.GetService <IEventAggregator>().GetEventByType <ServiceMessageProcessingEvent>()
.Where(x => x.MessageType == MessageTypes.IssueCredentialNames.AcknowledgeCredential)
.Subscribe(x => ackSlim.Release());
var ackMessage =
await credentialService.CreateAcknowledgementMessageAsync(holder.Context, holderCredentialRecord.Id);
await messageService.SendAsync(holder.Context, ackMessage, holderConnection);
await ackSlim.WaitAsync(TimeSpan.FromSeconds(30));
Assert.Equal(ackMessage.Id,
issuerCredRecord.GetTag(TagConstants.LastThreadId));
}