protected virtual void Init()
{
var fabric = new ManualFabricBridge();
mBridgeRequest = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.RoundRobin);
mBridgeResponse = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.Broadcast);
mWebApi = new UnityWebApiMicroservicePipeline("Web")
.CallOut(WebApiConfigure)
.AddChannelOutgoing("Request", "This is the outgoing request channel")
.AttachSender(mBridgeRequest.GetSender())
.Revert()
.AddChannelIncoming("Response", "This is the response channel back from the Service")
.AttachListener(mBridgeResponse.GetListener())
.Revert();
mService1 = new MicroservicePipeline("Service")
.CallOut(ServiceConfigure)
.AddChannelIncoming("Request", "This is the incoming request channel from the API")
.AttachListener(mBridgeRequest.GetListener())
.Revert()
.AddChannelOutgoing("Response", "This is the outgoing request channel")
.AttachSender(mBridgeResponse.GetSender())
.Revert()
;
mService1.Start();
mWebApi.Start();
}
protected virtual void Init()
{
var fabric = new ManualFabricBridge();
var bridgeOut = fabric[FabricMode.Queue];
var bridgein = fabric[FabricMode.Broadcast];
mWebApi = new UnityWebApiMicroservicePipeline("Web")
.CallOut(WebApiConfigure)
.AddChannelOutgoing("Request", "This is the outgoing request channel")
.AttachSender(mBridgeRequest.GetSender())
.Revert()
.AddChannelIncoming("Response", "This is the response channel back from the Service")
.AttachListener(mBridgeResponse.GetListener())
.Revert();
mService1 = new MicroservicePipeline("Service")
.CallOut(ServiceConfigure)
.AddChannelIncoming("Request", "This is the incoming request channel from the API")
.AttachListener(mBridgeRequest.GetListener())
.Revert()
.AddChannelOutgoing("Response", "This is the outgoing request channel")
.AttachSender(mBridgeResponse.GetSender())
.Revert()
;
mService1.Start();
mWebApi.Start();
}
public void TestMethod1()
{
try
{
var fabric = new ManualFabricBridge();
var bridgeOut = fabric[FabricMode.Queue];
var bridgein = fabric[FabricMode.Broadcast];
PersistenceClient <Guid, BridgeMe> init;
DebugMemoryDataCollector memp1, memp2;
var p1 = new MicroservicePipeline("Sender")
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDebugMemoryDataCollector(out memp1)
.AddChannelIncoming("cresponse")
.AttachListener(bridgein.GetListener())
.Revert()
.AddChannelOutgoing("crequest")
.AttachSender(bridgeOut.GetSender())
.AttachPersistenceClient("cresponse", out init)
.Revert()
;
var p2 = new MicroservicePipeline("Receiver")
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDebugMemoryDataCollector(out memp2)
.AddChannelIncoming("crequest")
.AttachListener(bridgeOut.GetListener())
.AttachCommand(new PersistenceManagerHandlerMemory <Guid, BridgeMe>((e) => e.Id, (s) => new Guid(s)))
.Revert()
.AddChannelOutgoing("cresponse")
.AttachSender(bridgein.GetSender())
;
p2.ToMicroservice().Events.ExecuteBegin += CommunicationBridgeTests_OnExecuteBegin;
p1.Start();
p2.Start();
int check1 = p1.ToMicroservice().Commands.Count();
int check2 = p2.ToMicroservice().Commands.Count();
var entity = new BridgeMe()
{
Message = "Momma"
};
var rs = init.Create(entity, new RepositorySettings()
{
WaitTime = TimeSpan.FromMinutes(5)
}).Result;
var rs2 = init.Read(entity.Id).Result;
Assert.IsTrue(rs2.IsSuccess);
Assert.IsTrue(rs2.Entity.Message == "Momma");
}
catch (Exception ex)
{
throw;
}
}
public void TestReroute()
{
var bridgeOut = new ManualFabricBridge()[FabricMode.Queue];
bool success = false;
ManualResetEvent mre = new ManualResetEvent(false);
DebugMemoryDataCollector memp1, memp2;
var p1 = new MicroservicePipeline("Sender")
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDebugMemoryDataCollector(out memp1)
.AddChannelIncoming("fredo")
.AttachCommand(typeof(IContractInitial), (ctx) =>
{
ctx.Responses.Add(new TransmissionPayload(ctx.Request.Message.Clone().SetDestination <IContractFinal>()));
return(Task.FromResult(0));
})
.Revert()
.AddChannelOutgoing("crequest")
.AttachSender(bridgeOut.GetSender())
.Revert()
;
var p2 = new MicroservicePipeline("Receiver")
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDebugMemoryDataCollector(out memp2)
.AddChannelIncoming("crequest")
.AttachListener(bridgeOut.GetListener())
.AttachCommand(typeof(IContractFinal), (ctx) =>
{
var value = ctx.Request.Message.Holder.Object as string;
success = value == "Hello";
mre.Set();
return(Task.FromResult(0));
})
.Revert()
;
p1.Start();
p2.Start();
//Send the message to the command asynchronously.
p1.ToMicroservice().Dispatch.Process <IContractInitial>("Hello");
mre.WaitOne();
Assert.IsTrue(success);
p1.Stop();
p2.Stop();
}
public void TestMethod1()
{
var fabric = new ManualFabricBridge();
var incoming = fabric[FabricMode.Queue];
var response = fabric[FabricMode.Broadcast];
ICommandInitiator init;
var ms1 = new MicroservicePipeline("server")
.AdjustPolicyTaskManagerForDebug()
.AddChannelIncoming("freddy")
.AttachListener(incoming.GetListener())
.AttachCommand((ctx) => throw new Exception("All messed up"), ("one", "two"))
.Revert()
.AddChannelOutgoing("response")
.AttachSender(response.GetSender())
.Revert();
var ms2 = new MicroservicePipeline("client")
.AdjustPolicyTaskManagerForDebug()
.AddChannelOutgoing("freddy")
.AttachSender(incoming.GetSender())
.Revert()
.AddChannelIncoming("response")
.AttachListener(response.GetListener())
.AttachICommandInitiator(out init)
.Revert()
;
ms1.Start();
ms2.Start();
var rs = init.Process <string, string>(("freddy", "one", "two"), "hello").Result;
Assert.IsTrue(rs.ResponseCode == 500);
}
public void Redirect1()
{
try
{
var fabric = new ManualFabricBridge();
var bridgeOut = fabric[FabricMode.Queue];
var bridgein = fabric[FabricMode.Broadcast];
ICommandInitiator init;
DebugMemoryDataCollector memp1, memp2;
var client = new MicroservicePipeline("Sender")
.AdjustPolicyCommunicationBoundaryLoggingActive()
.AddDebugMemoryDataCollector(out memp1)
.AddChannelIncoming("cresponse", autosetPartition01: false)
.AttachPriorityPartition((0, 0.9M), (1, 1.1M))
.AttachListener(bridgein.GetListener())
.AttachICommandInitiator(out init)
.Revert()
.AddChannelOutgoing("crequest")
.AttachSender(bridgeOut.GetSender())
;
var server = new MicroservicePipeline("Receiver")
.AdjustPolicyCommunicationBoundaryLoggingActive()
.AddDebugMemoryDataCollector(out memp2)
.AddChannelIncoming("credirect")
.AttachCommand((CommandMethodRequestContext ctx) =>
{
ctx.ResponseSet(201, "Hi");
return(Task.FromResult(0));
}, ("one", "two"))
.Revert()
.AddChannelIncoming("crequest")
.AttachMessageRedirectRule(
canRedirect: (p) => p.Message.MessageType.Equals("bridgeme", StringComparison.InvariantCultureIgnoreCase)
, redirect: (p) =>
{
p.Message.MessageType = "BridgeMe2";
p.Message.ActionType = "Whatever";
}
)
.AttachMessageRedirectRule(
canRedirect: (p) => p.Message.MessageType.Equals("redirectme", StringComparison.InvariantCultureIgnoreCase)
, redirect: (p) =>
{
p.Message.ChannelId = "credirect";
p.Message.MessageType = "one";
p.Message.ActionType = "two";
}
)
.AttachListener(bridgeOut.GetListener())
.AttachCommand((CommandMethodRequestContext ctx) =>
{
ctx.ResponseSet(400, "Blah");
return(Task.FromResult(0));
}, ("BridgeMe", "create"))
.AttachCommand((CommandMethodRequestContext ctx) =>
{
ctx.ResponseSet(200, "Yah!");
return(Task.FromResult(0));
}, ("bridgeMe2", "whatever"))
.Revert()
.AddChannelOutgoing("cresponse")
.AttachSender(bridgein.GetSender())
;
client.Start();
server.Start();
int check1 = client.ToMicroservice().Commands.Count();
int check2 = server.ToMicroservice().Commands.Count();
var entity = new BridgeMe()
{
Message = "Momma"
};
var rs = init.Process <BridgeMe, string>(("crequest", "BRIDGEME", "create"), entity).Result;
Assert.IsTrue(rs.ResponseCode == 200);
var rs2 = init.Process <BridgeMe, string>(("crequest", "redirectme", "hmm"), entity).Result;
Assert.IsTrue(rs2.ResponseCode == 201);
client.Stop();
server.Stop();
}
catch (Exception ex)
{
throw;
}
}
public void PipelineCaseInsensitive()
{
try
{
DebugMemoryDataCollector collector1, collector2;
CommandInitiator init = null;
var fabric = new ManualFabricBridge();
var bridgeOut = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.RoundRobin);
var bridgeReturn = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.Broadcast);
var pClient = new MicroservicePipeline("Client");
var pServer = new MicroservicePipeline("Server");
pServer
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collector2)
.AddPayloadSerializerDefaultJson()
.AddChannelIncoming("INTERNALIN", internalOnly: false
, autosetPartition01: false)
.AttachPriorityPartition((0, 1.0M), (1, 0.9M))
.AttachListener(bridgeOut.GetListener())
.AttachMessagePriorityOverrideForResponse()
.AttachCommand((CommandMethodRequestContext ctx) =>
{
var payload = ctx.DtoGet <Blah>();
ctx.ResponseSet(200, payload.Message);
return(Task.FromResult(0));
}, ("FRANKY", "johnny5"))
.AttachCommand((CommandMethodRequestContext ctx) =>
{
var payload = ctx.DtoGet <Blah>();
ctx.ResponseSet(201, payload.Message);
return(Task.FromResult(0));
}, ("franky", "JoHnny6"))
.Revert()
.AddChannelOutgoing("return")
.AttachSender(bridgeReturn.GetSender())
.Revert();
;
pClient
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collector1)
.AddChannelIncoming("Return")
.AttachListener(bridgeReturn.GetListener())
.AttachMessagePriorityOverrideForResponse()
.AttachCommandInitiator(out init)
.Revert()
.AddChannelOutgoing("internalIn", internalOnly: false
, autosetPartition01: false)
.AttachPriorityPartition(0, 1)
.AttachSender(bridgeOut.GetSender())
.Revert()
;
pClient.Start();
pServer.Start();
var list = new List <Task <ResponseWrapper <string> > >();
list.Add(init.Process <ICaseSensitiveTest1, Blah, string>(new Blah()
{
Message = "hello1"
}));
list.Add(init.Process <Blah, string>("Internalin", "franky", "johnny5", new Blah()
{
Message = "hello2"
}));
list.Add(init.Process <Blah, string>(("InternalIn", "Franky", "johnny5"), new Blah()
{
Message = "hello3"
}));
list.Add(init.Process <Blah, string>(("internalIN", "FRANKY", "johnny6"), new Blah()
{
Message = "hello3"
}));
var result = Task.WhenAll(list).Result;
result.ForEach((r) => Assert.IsTrue(r.ResponseCode == 200 || r.ResponseCode == 201));
pClient.Stop();
pServer.Stop();
}
catch (Exception ex)
{
Assert.Fail(ex.Message);
}
}
public void PersistenceClientServer()
{
try
{
var fabric = new ManualFabricBridge();
var bridgeRequest = fabric[FabricMode.Queue];
var bridgeResponse = fabric[FabricMode.Broadcast];
PersistenceClient <Guid, Sample1> repo;
var p1 = new MicroservicePipeline("Server")
.AddChannelIncoming("request")
.AttachPersistenceManagerHandlerMemory(
keyMaker: (Sample1 e) => e.Id
, keyDeserializer: (s) => new Guid(s)
, versionPolicy: ((e) => e.VersionId.ToString("N").ToUpperInvariant(), (e) => e.VersionId = Guid.NewGuid(), true)
)
.AttachListener(bridgeRequest.GetListener())
.Revert()
.AddChannelOutgoing("response")
.AttachSender(bridgeResponse.GetSender())
;
var p2 = new MicroservicePipeline("Client")
.AddChannelIncoming("response")
.AttachListener(bridgeResponse.GetListener())
.Revert()
.AddChannelOutgoing("request")
.AttachSender(bridgeRequest.GetSender())
.AttachPersistenceClient("response", out repo)
.Revert()
;
p1.Start();
p2.Start();
var sample = new Sample1()
{
Message = "Hello mom"
};
var id = sample.Id;
//Run a set of simple version entity tests.
//Create
Assert.IsTrue(repo.Create(sample).Result.IsSuccess);
//Read
var result = repo.Read(id).Result;
Assert.IsTrue(result.IsSuccess);
Assert.IsTrue(result.Entity.Message == "Hello mom");
//Update success
var rs = repo.Update(sample).Result;
Assert.IsTrue(rs.IsSuccess);
//We have enabled version policy and optimistic locking so the next command should fail.
//Update fail as old version
Assert.IsFalse(repo.Update(sample).Result.IsSuccess);
//But this one should pass.
//Update pass as new entity.
Assert.IsTrue(repo.Update(rs.Entity).Result.IsSuccess);
//Read
Assert.IsTrue(repo.Read(sample.Id).Result.IsSuccess);
//Delete
Assert.IsTrue(repo.Delete(sample.Id).Result.IsSuccess);
//Read fail.
Assert.IsFalse(repo.Read(sample.Id).Result.IsSuccess);
p1.Stop();
p2.Stop();
}
catch (Exception ex)
{
throw;
}
}
public void MasterJobNegotiation()
{
var ctx = new EnqueueContext();
var fabric = new ManualFabricBridge();
var bridgeOut = fabric[FabricMode.Queue];
var bridgeIn = fabric[FabricMode.Broadcast];
var bridgeMaster = fabric[FabricMode.Broadcast];
try
{
PersistenceClient <Guid, BridgeMe> init1, init3;
DebugMemoryDataCollector memp1, memp2, memp3;
ManualChannelSender incoming = null;
var mast1 = new TestMasterJobCommand();
var mast2 = new TestMasterJobCommand();
var mast3 = new TestMasterJobCommand();
ctx.Create("Sender1", bridgeOut, bridgeIn, bridgeMaster, mast1, out init1, out memp1);
ctx.Create("Sender3", bridgeOut, bridgeIn, bridgeMaster, mast3, out init3, out memp3);
ctx.Add("Receiver2"
, new MicroservicePipeline("Receiver2")
.AdjustPolicyTaskManagerForDebug()
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDebugMemoryDataCollector(out memp2)
.AddChannelIncoming("local", internalOnly: true)
.AttachCommand(mast2)
.Revert()
.AddChannelIncoming("crequest")
.AttachListener(bridgeOut.GetListener())
.AttachCommand(new PersistenceManagerHandlerMemory <Guid, BridgeMe>((e) => e.Id, (s) => new Guid(s)))
.Revert()
.AddChannelOutgoing("cresponse")
.AttachSender(bridgeIn.GetSender(), (a) => incoming = a as ManualChannelSender)
.Revert()
.AddChannelBroadcast("negotiate")
.AttachListener(bridgeMaster.GetListener())
.AttachSender(bridgeMaster.GetSender())
.AssignMasterJob(mast2)
.Revert()
//.AddChannelIncoming("Deadletter")
// .AttachListener(incoming.GetDeadLetterListener())
// .Revert()
, mast2);
ctx.Services.Values.ForEach((v) => v.Start());
//Check that the standard comms are working.
var entity = new BridgeMe()
{
Message = "Momma"
};
var rs = init1.Create(entity, new RepositorySettings()
{
WaitTime = TimeSpan.FromSeconds(30)
}).Result;
var rs2 = init1.Read(entity.Id).Result;
var rs3 = init3.Read(entity.Id).Result;
Assert.IsTrue(rs2.IsSuccess);
Assert.IsTrue(rs3.IsSuccess);
Assert.IsTrue(rs2.Entity.Message == "Momma");
//Wait for one of the services to go master.
ctx.MasterJobSignal.WaitOne();
//OK, next service take over
Assert.IsNotNull(ctx.MasterName);
ctx.MasterJobSignal.Reset();
var holdme1 = ctx.MasterName;
ctx.Stop(holdme1);
//OK, final service take over
ctx.MasterJobSignal.WaitOne();
Assert.IsNotNull(ctx.MasterName);
ctx.MasterJobSignal.Reset();
var holdme2 = ctx.MasterName;
ctx.Stop(holdme2);
ctx.MasterJobSignal.WaitOne();
var holdme3 = ctx.MasterName;
ctx.Stop(ctx.MasterName);
Assert.IsNotNull(holdme3);
//Check that the payloads have been successfully signalled.
Assert.IsTrue(bridgeOut.PayloadsAllSignalled);
Assert.IsTrue(bridgeIn.PayloadsAllSignalled);
//Assert.IsTrue(bridgeMaster.PayloadsAllSignalled);
}
catch (Exception ex)
{
throw;
}
}
public void TestMethod1()
{
try
{
var fabric = new ManualFabricBridge();
var bridgeOut = fabric[FabricMode.Queue];
var bridgein = fabric[FabricMode.Broadcast];
var key = CreateSalt(128);
var encOut = new AesEncryptionHandler(key, keySize: 128);
var encIn = new AesEncryptionHandler(key, keySize: 128);
PersistenceClient <Guid, SecureMe> init;
DebugMemoryDataCollector memp1, memp2;
var p1 = new MicroservicePipeline("Sender")
.AddEncryptionHandler("rogue1", encOut)
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDataCollector((c) => new DebugMemoryDataCollector(), (c) => memp1 = c)
.AddChannelIncoming("cresponse")
.AttachListener(bridgein.GetListener())
.Revert()
.AddChannelOutgoing("crequest")
.AttachTransportPayloadEncryption("rogue1")
.AttachSender(bridgeOut.GetSender())
.AttachPersistenceClient("cresponse", out init)
.Revert()
;
var p2 = new MicroservicePipeline("Receiver")
.AddEncryptionHandler("rogue2", encIn)
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddDataCollector((c) => new DebugMemoryDataCollector(), (c) => memp2 = c)
.AddChannelIncoming("crequest")
.AttachTransportPayloadDecryption("rogue2")
.AttachListener(bridgeOut.GetListener())
.AttachCommand(new PersistenceManagerHandlerMemory <Guid, SecureMe>((e) => e.Id, (s) => new Guid(s)))
.Revert()
.AddChannelOutgoing("cresponse")
.AttachSender(bridgein.GetSender())
;
p1.Start();
p2.Start();
int check1 = p1.ToMicroservice().Commands.Count();
int check2 = p2.ToMicroservice().Commands.Count();
var entity = new SecureMe()
{
Message = "Momma"
};
var rs = init.Create(entity, new RepositorySettings()
{
WaitTime = TimeSpan.FromMinutes(5)
}).Result;
var rs2 = init.Read(entity.Id).Result;
Assert.IsTrue(rs2.IsSuccess);
Assert.IsTrue(rs2.Entity.Message == "Momma");
}
catch (Exception ex)
{
throw;
}
}
public void TestMethod1()
{
try
{
var fabric = new ManualFabricBridge();
var bridgeOut = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.RoundRobin);
var bridgein = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.Broadcast);
PersistenceClient <Guid, SecureMe> init;
DebugMemoryDataCollector memp1, memp2;
var p1 = new MicroservicePipeline("Sender")
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddAuthenticationHandlerJwtToken("id1", JwtHashAlgorithm.HS256, Encoding.UTF8.GetBytes("My big secret"))
.AddDebugMemoryDataCollector(out memp1)
.AddChannelIncoming("cresponse", boundaryLoggingEnabled: true)
.AttachListener(bridgein.GetListener())
.Revert()
.AddChannelOutgoing("crequest", boundaryLoggingEnabled: true)
.AttachSender(bridgeOut.GetSender())
.AttachTransportPayloadSignature("id1")
.AttachPersistenceClient("cresponse", out init)
.Revert()
;
var p2 = new MicroservicePipeline("Receiver")
.AdjustPolicyCommunication((p, c) => p.BoundaryLoggingActiveDefault = true)
.AddAuthenticationHandlerJwtToken("id1", JwtHashAlgorithm.HS256, Encoding.UTF8.GetBytes("My big secret"))
.AddDebugMemoryDataCollector(out memp2)
.AddChannelIncoming("crequest", boundaryLoggingEnabled: true)
.AttachListener(bridgeOut.GetListener())
.AttachTransportPayloadVerification("id1")
.AttachCommand(new PersistenceManagerHandlerMemory <Guid, SecureMe>((e) => e.Id, (s) => new Guid(s)))
.Revert()
.AddChannelOutgoing("cresponse", boundaryLoggingEnabled: true)
.AttachSender(bridgein.GetSender())
.Revert()
;
p1.Start();
p2.Start();
int check1 = p1.ToMicroservice().Commands.Count();
int check2 = p2.ToMicroservice().Commands.Count();
var entity = new SecureMe()
{
Message = "Momma"
};
var rs = init.Create(entity, new RepositorySettings()
{
WaitTime = TimeSpan.FromSeconds(30)
}).Result;
var rs2 = init.Read(entity.Id).Result;
Assert.IsTrue(rs2.IsSuccess);
Assert.IsTrue(rs2.Entity.Message == "Momma");
}
catch (Exception ex)
{
throw;
}
}
public void Pipeline2()
{
try
{
DebugMemoryDataCollector collector1, collector1a, collector2;
CommandInitiator init = null;
CommandInitiator init2 = null;
IPipelineChannelIncoming <MicroservicePipeline> cpipeIn = null;
IPipelineChannelOutgoing <MicroservicePipeline> cpipeOut = null;
var fabric = new ManualFabricBridge();
var bridgeOut = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.RoundRobin);
var bridgeReturn = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.Broadcast);
//bridgeReturn.Agent.OnReceive += (o, e) => { if (e.Payload.Extent.Days == 42) init.ToString(); };
//bridgeReturn.Agent.OnException += (o, e) => { if (e.Payload.Extent.Days == 42) init.ToString(); };
var pClient = new MicroservicePipeline("Client");
var pClient2 = new MicroservicePipeline("Client2");
var pServer = new MicroservicePipeline("Server");
pServer
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collector2)
.AddPayloadSerializerDefaultJson()
.AddChannelIncoming("internalIn", internalOnly: false
, autosetPartition01: false
, assign: (p, c) => cpipeIn = p)
.AttachPriorityPartition((0, 1.0M), (1, 0.9M))
.AttachListener(bridgeOut.GetListener())
.AttachMessagePriorityOverrideForResponse()
.AttachCommand((CommandMethodRequestContext ctx) =>
{
var payload = ctx.DtoGet <Blah>();
ctx.ResponseSet(200, payload.Message);
return(Task.FromResult(0));
}, ("franky", "johnny5"))
.AttachCommand((CommandMethodRequestContext ctx) =>
{
var payload = ctx.DtoGet <Blah>();
ctx.ResponseSet(201, payload.Message);
return(Task.FromResult(0));
}, ("franky", "johnny6"))
.Revert()
.AddChannelOutgoing("return")
.AttachSender(bridgeReturn.GetSender())
.Revert();
;
pClient
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collector1)
.AddChannelIncoming("spooky", internalOnly: true)
.AttachCommand((CommandMethodRequestContext ctx) =>
{
var payload = ctx.DtoGet <Blah>();
ctx.ResponseSet(200, payload.Message);
return(Task.FromResult(0));
}, ("franky", "johnny5"))
.Revert()
.AddChannelIncoming("return")
.AttachListener(bridgeReturn.GetListener())
.AttachMessagePriorityOverrideForResponse()
.AttachCommandInitiator(out init)
.Revert()
.AddChannelOutgoing("internalIn", internalOnly: false
, autosetPartition01: false
, assign: (p, c) => cpipeOut = p)
.AttachPriorityPartition(0, 1)
.AttachSender(bridgeOut.GetSender())
.Revert()
;
pClient2
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collector1a)
.AddChannelIncoming("spooky", internalOnly: true)
.AttachCommand((CommandMethodRequestContext ctx) =>
{
var payload = ctx.DtoGet <Blah>();
ctx.ResponseSet(200, payload.Message);
return(Task.FromResult(0));
}, ("franky", "johnny5"))
.Revert()
.AddChannelIncoming("return")
.AttachListener(bridgeReturn.GetListener())
.AttachMessagePriorityOverrideForResponse()
.AttachCommandInitiator(out init2)
.Revert()
.AddChannelOutgoing("internalIn", internalOnly: false
, autosetPartition01: false)
.AttachPriorityPartition(0, 1)
.AttachSender(bridgeOut.GetSender())
.Revert()
;
pClient.Start();
pClient2.Start();
pServer.Start();
init.OnRequestUnresolved += Init_OnRequestUnresolved;
init2.OnRequestUnresolved += Init_OnRequestUnresolved;
var list = new List <Task <ResponseWrapper <string> > >();
list.Add(init.Process <IPipelineTest2, Blah, string>(new Blah()
{
Message = "hello1"
}));
list.Add(init.Process <Blah, string>("internalIn", "franky", "johnny5", new Blah()
{
Message = "hello2"
}));
list.Add(init.Process <Blah, string>(("internalIn", "franky", "johnny5"), new Blah()
{
Message = "hello3"
}));
list.Add(init.Process <Blah, string>(("internalIn", "franky", "johnny6"), new Blah()
{
Message = "hello3"
}));
list.Add(init.Process <Blah, string>(("spooky", "franky", "johnny5"), new Blah()
{
Message = "hellospooky"
}));
var result = Task.WhenAll(list).Result;
result.ForEach((r) => Assert.IsTrue(r.ResponseCode == 200 || r.ResponseCode == 201));
pClient.Stop();
pClient2.Stop();
pServer.Stop();
}
catch (Exception ex)
{
Assert.Fail(ex.Message);
}
}
public void RPipeExternal()
{
PersistenceClient <Guid, PipeTest1> persistence, persistence2;
CommandInitiator init;
DebugMemoryDataCollector collectorS, collectorC;
var fabric = new ManualFabricBridge();
var bridgeOut = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.RoundRobin);
var bridgeReturn = new ManualCommunicationBridgeAgent(fabric, CommunicationBridgeMode.Broadcast);
var server = new MicroservicePipeline($"{nameof(RPipeExternal)}server");
var client = new MicroservicePipeline($"{nameof(RPipeExternal)}client");
server.ToMicroservice().Events.ProcessRequestError += Events_ProcessRequestError;
server.ToMicroservice().Events.ProcessRequestUnresolved += Events_ProcessRequestUnresolved;
client.ToMicroservice().Events.ProcessRequestError += Events_ProcessRequestError;
client.ToMicroservice().Events.ProcessRequestUnresolved += Events_ProcessRequestUnresolved;
server
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collectorS)
.AddChannelIncoming("inChannel")
.AttachPersistenceManagerHandlerMemory(
(PipeTest1 e) => e.Id
, (s) => new Guid(s)
, resourceProfile: "Entity")
.AttachListener(bridgeOut.GetListener())
.Revert()
.AddChannelOutgoing("return")
.AttachSender(bridgeReturn.GetSender())
.Revert()
;
client
.AdjustPolicyTaskManagerForDebug()
.AddDebugMemoryDataCollector(out collectorC)
.AddChannelIncoming("return")
.AttachCommandInitiator(out init)
.AttachListener(bridgeReturn.GetListener())
.Revert()
.AddChannelOutgoing("inChannel")
.AttachPersistenceClient("return", out persistence)
.AttachSender(bridgeOut.GetSender())
.Revert()
;
server.Start();
client.Start();
var result = persistence.Create(new PipeTest1()
{
Message = "Hello"
}
, new RepositorySettings()
{
WaitTime = TimeSpan.FromMinutes(5)
}
).Result;
Assert.IsTrue(result.ResponseCode == 201);
//var result2 = persistence2.Create(new PipeTest1() { Message = "Hello" }
// , new RepositorySettings() { WaitTime = TimeSpan.FromSeconds(5) }
// ).Result;
//Assert.IsTrue(result2.ResponseCode == 501);
//var result3 = init.Process<string, string>(("franky", "four", "fingers"), ""
// , new RequestSettings { WaitTime = TimeSpan.FromSeconds(5) }, routing: ProcessOptions.RouteInternal
// ).Result;
//Assert.IsTrue(result3.ResponseCode == 501);
}