/// <summary>
/// Creates a new instance of activity information from the activity.
/// </summary>
/// <returns>New instance of the ActivityInformation structure.</returns>
public ActivityInformation ToActivityInformation()
{
GpsLocation activityLocation = this.GetLocation();
ActivityInformation res = new ActivityInformation()
{
Version = new SemVer(this.Version).ToByteString(),
Id = this.ActivityId,
OwnerPublicKey = ProtocolHelper.ByteArrayToByteString(this.OwnerPublicKey),
ProfileServerContact = new ServerContactInfo()
{
IpAddress = ProtocolHelper.ByteArrayToByteString(this.OwnerProfileServerIpAddress),
NetworkId = ProtocolHelper.ByteArrayToByteString(this.OwnerProfileServerId),
PrimaryPort = this.OwnerProfileServerPrimaryPort,
},
Type = this.Type != null ? this.Type : "",
Latitude = activityLocation.GetLocationTypeLatitude(),
Longitude = activityLocation.GetLocationTypeLongitude(),
Precision = this.PrecisionRadius,
StartTime = ProtocolHelper.DateTimeToUnixTimestampMs(this.StartTime),
ExpirationTime = ProtocolHelper.DateTimeToUnixTimestampMs(this.ExpirationTime),
ExtraData = this.ExtraData != null ? this.ExtraData : ""
};
return(res);
}
/// <summary>
/// Returns location network node information.
/// </summary>
/// <param name="LocPort">Port of the associated LOC server.</param>
/// <returns>NodeInfo structure describing the server in location network.</returns>
public Iop.Locnet.NodeInfo GetNodeInfo(int LocPort)
{
Iop.Locnet.NodeInfo res = new Iop.Locnet.NodeInfo()
{
NodeId = ProtocolHelper.ByteArrayToByteString(new byte[0]),
Location = new Iop.Locnet.GpsLocation()
{
Latitude = location.GetLocationTypeLatitude(),
Longitude = location.GetLocationTypeLongitude()
},
Contact = new Iop.Locnet.NodeContact()
{
IpAddress = ProtocolHelper.ByteArrayToByteString(ipAddress.GetAddressBytes()),
NodePort = (uint)LocPort,
ClientPort = (uint)LocPort
},
};
Iop.Locnet.ServiceInfo serviceInfo = new Iop.Locnet.ServiceInfo()
{
Type = Iop.Locnet.ServiceType.Profile,
Port = (uint)primaryPort,
ServiceData = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(keys.PublicKey))
};
res.Services.Add(serviceInfo);
return(res);
}
/// <summary>
/// Returns network profile information about the client's identity.
/// </summary>
/// <param name="IncludeThumbnailImage">If true, the returned profile information will include thumbnail image.</param>
/// <returns>network profile information about the client's identity.</returns>
public IdentityNetworkProfileInformation GetIdentityNetworkProfileInformation(bool IncludeThumbnailImage)
{
log.Trace("(IncludeThumbnailImage:{0})", IncludeThumbnailImage);
IdentityNetworkProfileInformation res = new IdentityNetworkProfileInformation()
{
IdentityPublicKey = ProtocolHelper.ByteArrayToByteString(keys.PublicKey),
IsHosted = false,
IsOnline = false,
Latitude = location.GetLocationTypeLatitude(),
Longitude = location.GetLocationTypeLongitude(),
Name = name != null ? name : "",
Type = type != null ? type : "",
Version = version.ToByteString(),
ExtraData = extraData != null ? extraData : ""
};
if (IncludeThumbnailImage && (thumbnailImage != null))
{
res.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(thumbnailImage);
}
else
{
res.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(new byte[0]);
}
log.Trace("(-)");
return(res);
}
/// <summary>
/// Returns NodeInfo structure of the profile server.
/// </summary>
/// <returns>NodeInfo structure of the profile server.</returns>
public Iop.Locnet.NodeInfo GetNodeInfo()
{
log.Trace("()");
Iop.Locnet.NodeInfo res = null;
lock (internalLock)
{
res = new Iop.Locnet.NodeInfo()
{
NodeId = ProtocolHelper.ByteArrayToByteString(new byte[0]),
Contact = new Iop.Locnet.NodeContact()
{
IpAddress = ProtocolHelper.ByteArrayToByteString(ipAddress.GetAddressBytes()),
ClientPort = (uint)locPort,
NodePort = (uint)locPort
},
Location = nodeLocation,
};
Iop.Locnet.ServiceInfo serviceInfo = new Iop.Locnet.ServiceInfo()
{
Type = Iop.Locnet.ServiceType.Profile,
Port = (uint)primaryInterfacePort,
ServiceData = ProtocolHelper.ByteArrayToByteString(networkId)
};
res.Services.Add(serviceInfo);
}
log.Trace("(-)");
return(res);
}
/// <summary>
/// Creates instance of profile server from snapshot.
/// </summary>
/// <param name="Snapshot">Profile server snapshot.</param>
/// <returns>New profile server instance.</returns>
public static ProfileServer CreateFromSnapshot(ProfileServerSnapshot Snapshot)
{
ProfileServer res = new ProfileServer(Snapshot.Name, new GpsLocation(Snapshot.LocationLatitude, Snapshot.LocationLongitude), Snapshot.BasePort);
res.availableIdentitySlots = Snapshot.AvailableIdentitySlots;
res.clientAppServiceInterfacePort = Snapshot.ClientAppServiceInterfacePort;
res.clientCustomerInterfacePort = Snapshot.ClientCustomerInterfacePort;
res.clientNonCustomerInterfacePort = Snapshot.ClientNonCustomerInterfacePort;
res.ipAddress = IPAddress.Parse(Snapshot.IpAddress);
res.locPort = Snapshot.LocPort;
res.networkId = Crypto.FromHex(Snapshot.NetworkId);
res.primaryInterfacePort = Snapshot.PrimaryInterfacePort;
res.serverNeighborInterfacePort = Snapshot.ServerNeighborInterfacePort;
res.instanceDirectory = res.GetInstanceDirectoryName();
res.locServer = new LocServer(res);
byte[] ipBytes = res.ipAddress.GetAddressBytes();
Iop.Locnet.NodeContact contact = new Iop.Locnet.NodeContact()
{
IpAddress = ProtocolHelper.ByteArrayToByteString(ipBytes),
ClientPort = (uint)res.locPort,
NodePort = (uint)res.locPort
};
return(res);
}
/// <summary>
/// Creates CAN IPNS record object to point to a CAN object of the given hash with the given sequence number.
/// </summary>
/// <param name="Hash">Hash of the CAN object to point IPNS record to.</param>
/// <param name="SequenceNumber">Sequence number of the IPNS record.</param>
/// <param name="ExpirationTimeSeconds">Expiration time of the newly created record in seconds.</param>
/// <returns>Valid signed CAN IPNS record object, ready to be sent to CAN server.</returns>
public static CanIpnsEntry CreateIpnsRecord(byte[] Hash, UInt64 SequenceNumber, int ExpirationTimeSeconds)
{
log.Trace("(Hash:'{0}',SequenceNumber:{1},ExpirationTimeSeconds:{2})", Hash.ToBase58(), SequenceNumber, ExpirationTimeSeconds);
string validityString = DateTime.UtcNow.AddMonths(1).ToString(Rfc3339DateTimeFormat, DateTimeFormatInfo.InvariantInfo);
byte[] validityBytes = Encoding.UTF8.GetBytes(validityString);
UInt64 ttlNanoSec = (UInt64)(TimeSpan.FromSeconds(ExpirationTimeSeconds).TotalMilliseconds) * (UInt64)1000000;
string valueString = CanApi.CreateIpfsPathFromHash(Hash);
byte[] valueBytes = Encoding.UTF8.GetBytes(valueString);
CanIpnsEntry res = new CanIpnsEntry()
{
Sequence = SequenceNumber,
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Ttl = ttlNanoSec,
Validity = ProtocolHelper.ByteArrayToByteString(validityBytes),
Value = ProtocolHelper.ByteArrayToByteString(valueBytes)
};
res.Signature = ProtocolHelper.ByteArrayToByteString(CreateIpnsRecordSignature(res));
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Creates SignedActivityInformation representation of the activity.
/// </summary>
/// <returns>SignedActivityInformation structure describing the activity.</returns>
public SignedActivityInformation ToSignedActivityInformation()
{
SignedActivityInformation res = new SignedActivityInformation()
{
Activity = this.ToActivityInformation(),
Signature = ProtocolHelper.ByteArrayToByteString(this.Signature != null ? this.Signature : new byte[0])
};
return(res);
}
/// <summary>
/// Constructs ServerContactInfo representation of the server's contact information.
/// </summary>
/// <returns>ServerContactInfo structure or null if the function fails.</returns>
public ServerContactInfo GetServerContactInfo()
{
log.Trace("()");
ServerContactInfo res = new ServerContactInfo();
res.NetworkId = ProtocolHelper.ByteArrayToByteString(this.NetworkId);
res.PrimaryPort = (uint)this.PrimaryPort;
res.IpAddress = ProtocolHelper.ByteArrayToByteString(this.IpAddress);
log.Trace("(-)");
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int ClNonCustomerPort = (int)ArgumentValues["clNonCustomer Port"];
log.Trace("(ServerIp:'{0}',ClNonCustomerPort:{1})", ServerIp, ClNonCustomerPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
await client.ConnectAsync(ServerIp, ClNonCustomerPort, true);
bool startConversationOk = await client.StartConversationAsync();
Message requestMessage = mb.CreateVerifyIdentityRequest(client.Challenge);
// Invalidate signature.
byte[] signature = requestMessage.Request.ConversationRequest.Signature.ToByteArray();
signature[0] ^= 0x12;
requestMessage.Request.ConversationRequest.Signature = ProtocolHelper.ByteArrayToByteString(signature);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorInvalidSignature;
bool verifyIdentityOk = idOk && statusOk;
// Step 1 Acceptance
Passed = startConversationOk && verifyIdentityOk;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress NodeIp = (IPAddress)ArgumentValues["Node IP"];
int ClNonCustomerPort = (int)ArgumentValues["clNonCustomer Port"];
log.Trace("(NodeIp:'{0}',ClNonCustomerPort:{1})", NodeIp, ClNonCustomerPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
await client.ConnectAsync(NodeIp, ClNonCustomerPort, true);
Message requestMessage = client.CreateStartConversationRequest();
ByteString myKey = requestMessage.Request.ConversationRequest.Start.PublicKey;
byte[] badChallenge = new byte[4];
Crypto.Rng.GetBytes(badChallenge);
requestMessage.Request.ConversationRequest.Start = new StartConversationRequest();
requestMessage.Request.ConversationRequest.Start.PublicKey = myKey;
requestMessage.Request.ConversationRequest.Start.ClientChallenge = ProtocolHelper.ByteArrayToByteString(badChallenge);
requestMessage.Request.ConversationRequest.Start.SupportedVersions.Add(ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 0, 0 }));
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
// Step 1 Acceptance
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = responseMessage.Response.Details == "clientChallenge";
Passed = idOk && statusOk && detailsOk;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Converts public key to CAN ID format.
/// </summary>
/// <param name="PublicKey">Ed25519 public key.</param>
/// <returns>CAN ID that corresponds to the the public.</returns>
public static byte[] PublicKeyToId(byte[] PublicKey)
{
CanCryptoKey key = new CanCryptoKey()
{
Type = CanCryptoKey.Types.KeyType.Ed25519,
Data = ProtocolHelper.ByteArrayToByteString(PublicKey)
};
byte[] hash = Crypto.Sha256(key.ToByteArray());
byte[] res = new byte[2 + hash.Length];
res[0] = 0x12; // SHA256 hash prefix
res[1] = (byte)hash.Length;
Array.Copy(hash, 0, res, 2, hash.Length);
return(res);
}
public override bool Init()
{
log.Info("()");
bool res = false;
try
{
canIpnsLastSequenceNumber = Config.Configuration.CanIpnsLastSequenceNumber;
api = new CanApi(Config.Configuration.CanEndPoint, ShutdownSignaling);
// Construct profile server's contact information CAN object.
canContactInformation = new CanProfileServerContact()
{
PublicKey = ProtocolHelper.ByteArrayToByteString(Config.Configuration.Keys.PublicKey),
IpAddress = ProtocolHelper.ByteArrayToByteString(Config.Configuration.ExternalServerAddress.GetAddressBytes()),
PrimaryPort = (uint)Config.Configuration.ServerRoles.GetRolePort((uint)ServerRole.Primary)
};
initThread = new Thread(new ThreadStart(InitThread));
initThread.Start();
RegisterCronJobs();
res = true;
Initialized = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
if (!res)
{
ShutdownSignaling.SignalShutdown();
if ((initThread != null) && !initThreadFinished.WaitOne(25000))
{
log.Error("Init thread did not terminated in 25 seconds.");
}
}
log.Info("(-):{0}", res);
return(res);
}
public override bool Init()
{
log.Info("()");
bool res = false;
try
{
canApi = (CanApi)Base.ComponentDictionary["Network.ContentAddressNetwork.CanApi"];
// Construct profile server's contact information CAN object.
canContactInformation = new CanProfileServerContact()
{
PublicKey = ProtocolHelper.ByteArrayToByteString(Base.Configuration.Keys.PublicKey),
IpAddress = ProtocolHelper.ByteArrayToByteString(Base.Configuration.ServerInterface.GetAddressBytes()),
PrimaryPort = (uint)Base.Configuration.ServerRoles.GetRolePort(ServerRole.Primary)
};
initThread = new Thread(new ThreadStart(InitThread));
initThread.Start();
res = true;
Initialized = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
if (!res)
{
ShutdownSignaling.SignalShutdown();
if ((initThread != null) && !initThreadFinished.WaitOne(25000))
{
log.Error("Init thread did not terminated in 25 seconds.");
}
}
log.Info("(-):{0}", res);
return(res);
}
/// <summary>
/// Calculates expected search query results from the given profile server and its neighbors.
/// </summary>
/// <param name="NameFilter">Name filter of the search query, or null if name filtering is not required.</param>
/// <param name="TypeFilter">Type filter of the search query, or null if type filtering is not required.</param>
/// <param name="LocationFilter">Location filter of the search query, or null if location filtering is not required.</param>
/// <param name="Radius">If <paramref name="LocationFilter"/> is not null, this is the radius of the target area.</param>
/// <param name="IncludeHostedOnly">If set to true, the search results should only include profiles hosted on the queried profile server.</param>
/// <param name="IncludeImages">If set to true, the search results should include images.</param>
/// <param name="ExpectedCoveredServers">If the function succeeds, this is filled with list of covered servers that the search query should return.</param>
/// <param name="LocalServerResultsCount">If the function succeeds, this is filled with the number of search results obtained from the local server.</param>
/// <returns>List of profiles that match the given criteria or null if the function fails.</returns>
public List <IdentityNetworkProfileInformation> GetExpectedSearchResults(string NameFilter, string TypeFilter, GpsLocation LocationFilter, int Radius, bool IncludeHostedOnly, bool IncludeImages, out List <byte[]> ExpectedCoveredServers, out int LocalServerResultsCount)
{
log.Trace("(NameFilter:'{0}',TypeFilter:'{1}',LocationFilter:'{2}',Radius:{3},IncludeHostedOnly:{4},IncludeImages:{5})", NameFilter, TypeFilter, LocationFilter, Radius, IncludeHostedOnly, IncludeImages);
List <IdentityNetworkProfileInformation> res = new List <IdentityNetworkProfileInformation>();
ExpectedCoveredServers = new List <byte[]>();
ExpectedCoveredServers.Add(networkId);
List <IdentityNetworkProfileInformation> localResults = SearchQuery(NameFilter, TypeFilter, LocationFilter, Radius, IncludeImages);
LocalServerResultsCount = localResults.Count;
foreach (IdentityNetworkProfileInformation localResult in localResults)
{
localResult.IsHosted = true;
localResult.IsOnline = false;
}
res.AddRange(localResults);
if (!IncludeHostedOnly)
{
List <ProfileServer> neighbors = LocServer.GetNeighbors();
foreach (ProfileServer neighbor in neighbors)
{
ByteString neighborId = ProtocolHelper.ByteArrayToByteString(neighbor.GetNetworkId());
ExpectedCoveredServers.Add(neighborId.ToByteArray());
List <IdentityNetworkProfileInformation> neighborResults = neighbor.SearchQuery(NameFilter, TypeFilter, LocationFilter, Radius, IncludeImages);
foreach (IdentityNetworkProfileInformation neighborResult in neighborResults)
{
neighborResult.IsHosted = false;
neighborResult.HostingServerNetworkId = neighborId;
}
res.AddRange(neighborResults);
}
}
log.Trace("(-):*.Count={0}", res.Count);
return(res);
}
/// <summary>
/// Creates SignedProfileInformation representation of the identity's profile.
/// </summary>
/// <returns>SignedProfileInformation structure describing the profile.</returns>
public SignedProfileInformation ToSignedProfileInformation()
{
GpsLocation location = this.GetInitialLocation();
SignedProfileInformation res = new SignedProfileInformation()
{
Profile = new ProfileInformation()
{
Version = new SemVer(this.Version).ToByteString(),
PublicKey = ProtocolHelper.ByteArrayToByteString(this.PublicKey),
Type = this.Type,
Name = this.Name,
ExtraData = this.ExtraData,
Latitude = location.GetLocationTypeLatitude(),
Longitude = location.GetLocationTypeLongitude(),
ProfileImageHash = ProtocolHelper.ByteArrayToByteString(this.ProfileImage != null ? this.ProfileImage : new byte[0]),
ThumbnailImageHash = ProtocolHelper.ByteArrayToByteString(this.ThumbnailImage != null ? this.ThumbnailImage: new byte[0])
},
Signature = ProtocolHelper.ByteArrayToByteString(this.Signature != null ? this.Signature : new byte[0])
};
return(res);
}
/// <summary>
/// Performs a single round of initialization process with the target profile server.
/// </summary>
/// <param name="UpdateItems">Update items to send during the initialization process to the target profile server.</param>
/// <param name="ProfileServer">Simulated profile server instance.</param>
/// <param name="LocServer">Simulated LOC server instance.</param>
/// <param name="ErrorDetails">Expected error details returned as a response to update request.</param>
/// <returns>true if the function succeeds, false otherwise.</returns>
public async Task <bool> PerformInitializationProcessWithUpdateItemsAsync(List <SharedProfileUpdateItem> UpdateItems, ProfileServer ProfileServer, LocServer LocServer, string ErrorDetails)
{
log.Trace("()");
// Announce new neighbor.
Iop.Locnet.NeighbourhoodChange change = new Iop.Locnet.NeighbourhoodChange()
{
AddedNodeInfo = ProfileServer.GetNodeInfo(LocServer.Port)
};
bool addNeighborOk = await LocServer.SendChangeNotification(change);
// Wait for start of neighborhood initialization process.
IncomingServerMessage incomingServerMessage = await ProfileServer.WaitForConversationRequest(ServerRole.ServerNeighbor, ConversationRequest.RequestTypeOneofCase.StartNeighborhoodInitialization);
Message requestMessage = await ProfileServer.SendNeighborhoodSharedProfileUpdateRequest(incomingServerMessage.Client, UpdateItems);
incomingServerMessage = await ProfileServer.WaitForResponse(ServerRole.ServerNeighbor, requestMessage);
bool statusOk = incomingServerMessage.IncomingMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = incomingServerMessage.IncomingMessage.Response.Details == ErrorDetails;
bool updateOk = statusOk && detailsOk;
// Announce new neighbor.
change = new Iop.Locnet.NeighbourhoodChange()
{
RemovedNodeId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(ProfileServer.Keys.PublicKey))
};
bool deleteNeighborOk = await LocServer.SendChangeNotification(change);
bool res = addNeighborOk && updateOk && deleteNeighborOk;
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
int CanPort = (int)ArgumentValues["CAN Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1},CanPort:{2})", ServerIp, PrimaryPort, CanPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
bool hostingOk = await client.EstablishHostingAsync("Test");
client.CloseConnection();
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer], true);
bool checkInOk = await client.CheckInAsync();
bool step1Ok = listPortsOk && hostingOk && checkInOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
byte[] serverId = Crypto.Sha256(client.ServerKey);
List <CanKeyValue> clientData = new List <CanKeyValue>()
{
new CanKeyValue()
{
Key = "key1", StringValue = "value 1"
},
new CanKeyValue()
{
Key = "key2", Uint32Value = 2
},
new CanKeyValue()
{
Key = "key3", BoolValue = true
},
new CanKeyValue()
{
Key = "key4", BinaryValue = ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 2, 3 })
},
};
CanIdentityData identityData1 = new CanIdentityData()
{
HostingServerId = ProtocolHelper.ByteArrayToByteString(serverId)
};
identityData1.KeyValueList.AddRange(clientData);
Message requestMessage = mb.CreateCanStoreDataRequest(identityData1);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.Ok;
bool canStoreDataOk = idOk && statusOk;
byte[] objectHash1 = responseMessage.Response.ConversationResponse.CanStoreData.Hash.ToByteArray();
string objectPath1 = client.CreateIpfsPathFromHash(objectHash1);
log.Trace("Object path 1 is '{0}'.", objectPath1);
string validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
CanIpnsEntry ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(objectPath1)),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 1,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
bool canPublishIpnsRecordOk = idOk && statusOk;
// Step 2 Acceptance
bool step2Ok = canStoreDataOk && canPublishIpnsRecordOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
// Step 3
log.Trace("Step 3");
IPEndPoint canEndPoint = new IPEndPoint(ServerIp, CanPort);
byte[] clientCanId = client.CanPublicKeyToId(client.GetIdentityKeys().PublicKey);
string ipnsPath = client.CreateIpnsPathFromHash(clientCanId);
ProtocolClient.CanIpnsResolveResult canIpnsResolveResult = await client.CanIpnsResolve(canEndPoint, ipnsPath);
string canObjectPath = canIpnsResolveResult.Path;
bool objectPathOk = canObjectPath == objectPath1;
bool resolveOk = canIpnsResolveResult.Success && objectPathOk;
ProtocolClient.CanCatResult canCatResult = await client.CanGetObject(canEndPoint, canObjectPath);
byte[] receivedData = canCatResult.Data;
byte[] expectedData = identityData1.ToByteArray();
bool dataOk = StructuralComparisons.StructuralComparer.Compare(receivedData, expectedData) == 0;
bool catOk = canCatResult.Success && dataOk;
// Step 3 Acceptance
bool step3Ok = resolveOk && catOk;
log.Trace("Step 3: {0}", step3Ok ? "PASSED" : "FAILED");
// Step 4
log.Trace("Step 4");
ipnsRecord.Sequence = 2;
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
canPublishIpnsRecordOk = idOk && statusOk;
canIpnsResolveResult = await client.CanIpnsResolve(canEndPoint, ipnsPath);
canObjectPath = canIpnsResolveResult.Path;
objectPathOk = canObjectPath == objectPath1;
resolveOk = canIpnsResolveResult.Success && objectPathOk;
// Step 4 Acceptance
bool step4Ok = canPublishIpnsRecordOk && resolveOk;
log.Trace("Step 4: {0}", step4Ok ? "PASSED" : "FAILED");
// Step 5
log.Trace("Step 5");
byte[] valX = new byte[50000];
for (int i = 0; i < valX.Length; i++)
{
valX[i] = 0x30;
}
clientData = new List <CanKeyValue>()
{
new CanKeyValue()
{
Key = "key1", StringValue = "value 1"
},
new CanKeyValue()
{
Key = "key2", Uint32Value = 3
},
new CanKeyValue()
{
Key = "key3", BoolValue = false
},
new CanKeyValue()
{
Key = "keyX", BinaryValue = ProtocolHelper.ByteArrayToByteString(valX)
},
};
CanIdentityData identityData2 = new CanIdentityData()
{
HostingServerId = ProtocolHelper.ByteArrayToByteString(serverId)
};
identityData2.KeyValueList.AddRange(clientData);
requestMessage = mb.CreateCanStoreDataRequest(identityData2);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
canStoreDataOk = idOk && statusOk;
byte[] objectHash2 = responseMessage.Response.ConversationResponse.CanStoreData.Hash.ToByteArray();
string objectPath2 = client.CreateIpfsPathFromHash(objectHash2);
log.Trace("Object path 2 is '{0}'.", objectPath2);
ipnsRecord.Sequence = 3;
ipnsRecord.Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(objectPath2));
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
canPublishIpnsRecordOk = idOk && statusOk;
// Step 5 Acceptance
bool step5Ok = canStoreDataOk && canPublishIpnsRecordOk;
log.Trace("Step 5: {0}", step5Ok ? "PASSED" : "FAILED");
// Step 6
log.Trace("Step 6");
await Task.Delay(10000);
canIpnsResolveResult = await client.CanIpnsResolve(canEndPoint, ipnsPath);
canObjectPath = canIpnsResolveResult.Path;
objectPathOk = canObjectPath == objectPath2;
resolveOk = canIpnsResolveResult.Success && objectPathOk;
canCatResult = await client.CanGetObject(canEndPoint, canObjectPath);
receivedData = canCatResult.Data;
expectedData = identityData2.ToByteArray();
dataOk = StructuralComparisons.StructuralComparer.Compare(receivedData, expectedData) == 0;
catOk = canCatResult.Success && dataOk;
// Step 6 Acceptance
bool step6Ok = resolveOk && catOk;
log.Trace("Step 6: {0}", step6Ok ? "PASSED" : "FAILED");
// Step 7
log.Trace("Step 7");
requestMessage = mb.CreateCanStoreDataRequest(null);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
canStoreDataOk = idOk && statusOk;
ProtocolClient.CanDeleteResult canDeleteResult = await client.CanDeleteObject(canEndPoint, canObjectPath);
bool pinsOk = (canDeleteResult.Pins == null) || (canDeleteResult.Pins.Length == 0);
bool deleteOk = canDeleteResult.Success && pinsOk;
// Step 7 Acceptance
bool step7Ok = canStoreDataOk && deleteOk;
log.Trace("Step 7: {0}", step7Ok ? "PASSED" : "FAILED");
// Step 8
log.Trace("Step 8");
canDeleteResult = await client.CanDeleteObject(canEndPoint, objectPath1);
pinsOk = (canDeleteResult.Pins == null) || (canDeleteResult.Pins.Length == 0);
deleteOk = canDeleteResult.Success && pinsOk;
// Step 8 Acceptance
bool step8Ok = deleteOk;
log.Trace("Step 8: {0}", step8Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok && step3Ok && step4Ok && step5Ok && step6Ok && step7Ok && step8Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
int BasePort = (int)ArgumentValues["Base Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1},BasePort:{2})", ServerIp, PrimaryPort, BasePort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
ProfileServer profileServer = null;
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
bool profileInitializationOk = true;
byte[] testImageData = File.ReadAllBytes(Path.Combine("images", TestName + ".jpg"));
byte[] testImageData2 = File.ReadAllBytes(Path.Combine("images", TestName + "b.png"));
int profileIndex = 1;
int profileCount = 50;
for (int i = 0; i < profileCount; i++)
{
ProtocolClient profileClient = new ProtocolClient();
profileClient.InitializeRandomProfile(profileIndex, testImageData);
profileIndex++;
if (await profileClient.RegisterAndInitializeProfileAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], (int)rolePorts[ServerRoleType.ClCustomer]))
{
TestProfiles.Add(profileClient.Profile.Name, profileClient);
}
else
{
profileClient.Dispose();
profileInitializationOk = false;
break;
}
}
profileServer = new ProfileServer("TestServer", ServerIp, BasePort, client.GetIdentityKeys());
bool serverStartOk = profileServer.Start();
bool step1Ok = listPortsOk && profileInitializationOk && serverStartOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
bool neighborhoodInitializationProcessOk = await client.NeighborhoodInitializationProcessAsync(profileServer.PrimaryPort, profileServer.ServerNeighborPort, TestProfiles);
client.CloseConnection();
bool step2Ok = neighborhoodInitializationProcessOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
// Step 3
log.Trace("Step 3");
// Add 15 more identities.
Dictionary <string, ProtocolClient> newProfiles = new Dictionary <string, ProtocolClient>(StringComparer.Ordinal);
profileInitializationOk = true;
profileCount = 15;
for (int i = 0; i < profileCount; i++)
{
ProtocolClient profileClient = new ProtocolClient();
profileClient.InitializeRandomProfile(profileIndex, testImageData);
profileIndex++;
if (await profileClient.RegisterAndInitializeProfileAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], (int)rolePorts[ServerRoleType.ClCustomer]))
{
TestProfiles.Add(profileClient.Profile.Name, profileClient);
newProfiles.Add(profileClient.Profile.Name, profileClient);
}
else
{
profileClient.Dispose();
profileInitializationOk = false;
break;
}
}
log.Trace("Waiting 20 seconds ...");
await Task.Delay(20000);
// Meanwhile we expect updates to arrive on our simulated profile server.
bool error = false;
List <IncomingServerMessage> psMessages = profileServer.GetMessageList();
List <SharedProfileAddItem> addUpdates = new List <SharedProfileAddItem>();
foreach (IncomingServerMessage ism in psMessages)
{
if (ism.Role != ServerRole.ServerNeighbor)
{
continue;
}
Message message = ism.IncomingMessage;
if ((message.MessageTypeCase == Message.MessageTypeOneofCase.Request) &&
(message.Request.ConversationTypeCase == Request.ConversationTypeOneofCase.ConversationRequest) &&
(message.Request.ConversationRequest.RequestTypeCase == ConversationRequest.RequestTypeOneofCase.NeighborhoodSharedProfileUpdate))
{
foreach (SharedProfileUpdateItem updateItem in message.Request.ConversationRequest.NeighborhoodSharedProfileUpdate.Items)
{
if (updateItem.ActionTypeCase == SharedProfileUpdateItem.ActionTypeOneofCase.Add)
{
SharedProfileAddItem addItem = updateItem.Add;
addUpdates.Add(addItem);
}
else
{
log.Trace("Received invalid update action type {0}.", updateItem.ActionTypeCase);
error = true;
break;
}
}
}
if (error)
{
break;
}
}
bool receivedUpdatesOk = !error;
bool updatesOk = client.CheckProfileListMatchAddItems(newProfiles, addUpdates);
bool step3Ok = profileInitializationOk && receivedUpdatesOk && updatesOk;
log.Trace("Step 3: {0}", step3Ok ? "PASSED" : "FAILED");
// Step 4
log.Trace("Step 4");
// Cancel 15 identities.
HashSet <byte[]> cancelledProfiles = new HashSet <byte[]>(StructuralEqualityComparer <byte[]> .Default);
bool profileCancelingOk = true;
profileCount = 15;
for (int i = 0; i < profileCount; i++)
{
int index = Rng.Next(TestProfiles.Count);
List <string> keys = TestProfiles.Keys.ToList();
ProtocolClient profileClient = TestProfiles[keys[index]];
if (await profileClient.CancelHostingAgreementAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer]))
{
TestProfiles.Remove(keys[index]);
cancelledProfiles.Add(profileClient.GetIdentityId());
}
else
{
profileCancelingOk = false;
break;
}
}
await Task.Delay(20000);
// Meanwhile we expect updates to arrive on our simulated profile server.
psMessages = profileServer.GetMessageList();
List <SharedProfileDeleteItem> deleteUpdates = new List <SharedProfileDeleteItem>();
foreach (IncomingServerMessage ism in psMessages)
{
if (ism.Role != ServerRole.ServerNeighbor)
{
continue;
}
Message message = ism.IncomingMessage;
if ((message.MessageTypeCase == Message.MessageTypeOneofCase.Request) &&
(message.Request.ConversationTypeCase == Request.ConversationTypeOneofCase.ConversationRequest) &&
(message.Request.ConversationRequest.RequestTypeCase == ConversationRequest.RequestTypeOneofCase.NeighborhoodSharedProfileUpdate))
{
foreach (SharedProfileUpdateItem updateItem in message.Request.ConversationRequest.NeighborhoodSharedProfileUpdate.Items)
{
if (updateItem.ActionTypeCase == SharedProfileUpdateItem.ActionTypeOneofCase.Delete)
{
SharedProfileDeleteItem deleteItem = updateItem.Delete;
deleteUpdates.Add(deleteItem);
}
else
{
log.Trace("Received invalid update action type {0}.", updateItem.ActionTypeCase);
error = true;
break;
}
}
}
if (error)
{
break;
}
}
receivedUpdatesOk = !error;
updatesOk = client.CheckProfileListMatchDeleteItems(cancelledProfiles, deleteUpdates);
bool step4Ok = profileCancelingOk && receivedUpdatesOk && updatesOk;
log.Trace("Step 4: {0}", step4Ok ? "PASSED" : "FAILED");
// Step 5
log.Trace("Step 5");
// Change 25 profiles.
Dictionary <byte[], SharedProfileChangeItem> changedProfiles = new Dictionary <byte[], SharedProfileChangeItem>(StructuralEqualityComparer <byte[]> .Default);
bool profileChangingOk = true;
profileCount = 25;
for (int i = 0; i < profileCount; i++)
{
int index = Rng.Next(TestProfiles.Count);
List <string> keys = TestProfiles.Keys.ToList();
ProtocolClient profileClient = TestProfiles[keys[index]];
if (changedProfiles.ContainsKey(profileClient.GetIdentityId()))
{
// Do not take one client twice.
i--;
continue;
}
SharedProfileChangeItem changeItem = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(profileClient.GetIdentityId()),
SetName = Rng.NextDouble() < 0.20,
SetLocation = Rng.NextDouble() < 0.20,
SetExtraData = Rng.NextDouble() < 0.20,
SetThumbnailImage = Rng.NextDouble() < 0.20,
SetVersion = false,
};
// Make sure we change at least one thing.
if (!changeItem.SetName && !changeItem.SetLocation && !changeItem.SetThumbnailImage)
{
changeItem.SetExtraData = true;
}
if (changeItem.SetName)
{
log.Trace("Changing name of identity name '{0}'.", profileClient.Profile.Name);
TestProfiles.Remove(profileClient.Profile.Name);
profileClient.Profile.Name += "-change";
changeItem.Name = profileClient.Profile.Name;
TestProfiles.Add(profileClient.Profile.Name, profileClient);
}
if (changeItem.SetLocation)
{
log.Trace("Changing location of identity name '{0}'.", profileClient.Profile.Name);
if (Rng.NextDouble() < 0.30)
{
profileClient.Profile.Location.Latitude = profileClient.Profile.Location.Latitude / 2 + 1;
}
else if (Rng.NextDouble() < 0.30)
{
profileClient.Profile.Location.Longitude = profileClient.Profile.Location.Latitude / 2 + 1;
}
else
{
profileClient.Profile.Location.Latitude = profileClient.Profile.Location.Latitude / 2 + 1;
profileClient.Profile.Location.Longitude = profileClient.Profile.Location.Latitude / 2 + 1;
}
changeItem.Latitude = profileClient.Profile.Location.GetLocationTypeLatitude();
changeItem.Longitude = profileClient.Profile.Location.GetLocationTypeLongitude();
}
if (changeItem.SetExtraData)
{
log.Trace("Changing extra data of identity name '{0}'.", profileClient.Profile.Name);
if (!string.IsNullOrEmpty(profileClient.Profile.ExtraData))
{
profileClient.Profile.ExtraData = profileClient.Profile.ExtraData.Substring(0, Math.Min(10, profileClient.Profile.ExtraData.Length)) + "-change";
}
else
{
profileClient.Profile.ExtraData = "new value";
}
changeItem.ExtraData = profileClient.Profile.ExtraData;
}
if (changeItem.SetThumbnailImage)
{
log.Trace("Changing profile image of identity name '{0}'.", profileClient.Profile.Name);
profileClient.Profile.ProfileImage = testImageData2;
profileClient.Profile.ThumbnailImage = testImageData2;
changeItem.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(testImageData2);
}
changedProfiles.Add(profileClient.GetIdentityId(), changeItem);
await profileClient.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer], true);
bool ccheckInOk = await profileClient.CheckInAsync();
Message clientRequest = profileClient.MessageBuilder.CreateUpdateProfileRequest(null, changeItem.SetName ? changeItem.Name : null, changeItem.SetThumbnailImage ? profileClient.Profile.ProfileImage : null, changeItem.SetLocation ? profileClient.Profile.Location : null, changeItem.SetExtraData ? changeItem.ExtraData : null);
await profileClient.SendMessageAsync(clientRequest);
Message clientResponse = await profileClient.ReceiveMessageAsync();
bool cidOk = clientResponse.Id == clientRequest.Id;
bool cstatusOk = clientResponse.Response.Status == Status.Ok;
profileClient.CloseConnection();
bool changeOk = ccheckInOk && cidOk && cstatusOk;
if (!changeOk)
{
profileChangingOk = false;
break;
}
}
await Task.Delay(20000);
// Meanwhile we expect updates to arrive on our simulated profile server.
psMessages = profileServer.GetMessageList();
List <SharedProfileChangeItem> changeUpdates = new List <SharedProfileChangeItem>();
foreach (IncomingServerMessage ism in psMessages)
{
if (ism.Role != ServerRole.ServerNeighbor)
{
continue;
}
Message message = ism.IncomingMessage;
if ((message.MessageTypeCase == Message.MessageTypeOneofCase.Request) &&
(message.Request.ConversationTypeCase == Request.ConversationTypeOneofCase.ConversationRequest) &&
(message.Request.ConversationRequest.RequestTypeCase == ConversationRequest.RequestTypeOneofCase.NeighborhoodSharedProfileUpdate))
{
foreach (SharedProfileUpdateItem updateItem in message.Request.ConversationRequest.NeighborhoodSharedProfileUpdate.Items)
{
if (updateItem.ActionTypeCase == SharedProfileUpdateItem.ActionTypeOneofCase.Change)
{
SharedProfileChangeItem changeItem = updateItem.Change;
changeUpdates.Add(changeItem);
}
else
{
log.Trace("Received invalid update action type {0}.", updateItem.ActionTypeCase);
error = true;
break;
}
}
}
if (error)
{
break;
}
}
receivedUpdatesOk = !error;
updatesOk = client.CheckProfileListMatchChangeItems(changedProfiles, changeUpdates);
bool step5Ok = profileChangingOk && receivedUpdatesOk && updatesOk;
log.Trace("Step 5: {0}", step5Ok ? "PASSED" : "FAILED");
// Step 6
log.Trace("Step 6");
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
bool verifyIdentityOk = await client.VerifyIdentityAsync();
Message request = mb.CreateStopNeighborhoodUpdatesRequest();
await client.SendMessageAsync(request);
Message response = await client.ReceiveMessageAsync();
bool idOk = response.Id == request.Id;
bool statusOk = response.Response.Status == Status.Ok;
bool stopUpdatesOk = idOk && statusOk;
client.CloseConnection();
bool step6Ok = verifyIdentityOk && stopUpdatesOk;
log.Trace("Step 6: {0}", step6Ok ? "PASSED" : "FAILED");
// Step 7
log.Trace("Step 7");
// Add 5 more identities.
profileCount = 5;
error = false;
for (int i = 0; i < profileCount; i++)
{
ProtocolClient profileClient = new ProtocolClient();
profileClient.InitializeRandomProfile(profileIndex, testImageData);
profileIndex++;
if (!await profileClient.RegisterAndInitializeProfileAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], (int)rolePorts[ServerRoleType.ClCustomer]))
{
log.Trace("Failed to register and initialize client #{0}.", i);
profileClient.Dispose();
error = true;
break;
}
TestProfiles.Add(profileClient.Profile.Name, profileClient);
}
bool addProfilesOk = !error;
// Cancel 5 identities.
error = false;
profileCount = 5;
for (int i = 0; i < profileCount; i++)
{
int index = Rng.Next(TestProfiles.Count);
List <string> keys = TestProfiles.Keys.ToList();
ProtocolClient profileClient = TestProfiles[keys[index]];
if (!await profileClient.CancelHostingAgreementAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer]))
{
log.Trace("Failed to cancel hosting agreement of client name '{0}'.", profileClient.Profile.Name);
error = true;
break;
}
TestProfiles.Remove(keys[index]);
}
bool cancelProfilesOk = !error;
// Change 5 profiles.
error = false;
profileCount = 5;
for (int i = 0; i < profileCount; i++)
{
int index = Rng.Next(TestProfiles.Count);
List <string> keys = TestProfiles.Keys.ToList();
ProtocolClient profileClient = TestProfiles[keys[index]];
SharedProfileChangeItem changeItem = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(profileClient.GetIdentityId()),
SetExtraData = true,
ExtraData = "last change",
SetVersion = false,
SetLocation = false,
SetName = false,
SetThumbnailImage = false,
};
profileClient.Profile.ExtraData = changeItem.ExtraData;
await profileClient.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer], true);
bool checkInOk = await profileClient.CheckInAsync();
Message clientRequest = profileClient.MessageBuilder.CreateUpdateProfileRequest(null, null, null, null, changeItem.ExtraData);
await profileClient.SendMessageAsync(clientRequest);
Message clientResponse = await profileClient.ReceiveMessageAsync();
bool cidOk = clientResponse.Id == clientRequest.Id;
bool cstatusOk = clientResponse.Response.Status == Status.Ok;
profileClient.CloseConnection();
bool changeOk = checkInOk && cidOk && cstatusOk;
if (!changeOk)
{
log.Trace("Failed to change profile of client name '{0}'.", profileClient.Profile.Name);
error = true;
break;
}
}
bool changeProfileOk = !error;
await Task.Delay(20000);
// Meanwhile we expect NO update messages to arrive on our simulated profile server.
error = false;
psMessages = profileServer.GetMessageList();
foreach (IncomingServerMessage ism in psMessages)
{
if (ism.Role != ServerRole.ServerNeighbor)
{
continue;
}
Message message = ism.IncomingMessage;
if ((message.MessageTypeCase == Message.MessageTypeOneofCase.Request) &&
(message.Request.ConversationTypeCase == Request.ConversationTypeOneofCase.ConversationRequest) &&
(message.Request.ConversationRequest.RequestTypeCase == ConversationRequest.RequestTypeOneofCase.NeighborhoodSharedProfileUpdate))
{
error = true;
break;
}
}
bool noNewUpdatesOk = !error;
bool step7Ok = addProfilesOk && cancelProfilesOk && changeProfileOk && noNewUpdatesOk;
log.Trace("Step 7: {0}", step7Ok ? "PASSED" : "FAILED");
// Step 8
log.Trace("Step 8");
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
verifyIdentityOk = await client.VerifyIdentityAsync();
request = mb.CreateStartNeighborhoodInitializationRequest((uint)profileServer.PrimaryPort, (uint)profileServer.ServerNeighborPort);
await client.SendMessageAsync(request);
response = await client.ReceiveMessageAsync();
idOk = response.Id == request.Id;
statusOk = response.Response.Status == Status.Ok;
bool startNeighborhoodInitializationOk = idOk && statusOk;
bool step8Ok = verifyIdentityOk && startNeighborhoodInitializationOk;
log.Trace("Step 8: {0}", step8Ok ? "PASSED" : "FAILED");
// Step 9
log.Trace("Step 9");
// Add 5 more identities.
// These identities may or may not be included in the current initialization process in progress.
List <ProtocolClient> newClients = new List <ProtocolClient>();
profileCount = 5;
error = false;
for (int i = 0; i < profileCount; i++)
{
ProtocolClient profileClient = new ProtocolClient();
profileClient.InitializeRandomProfile(profileIndex, testImageData);
profileIndex++;
if (!await profileClient.RegisterAndInitializeProfileAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], (int)rolePorts[ServerRoleType.ClCustomer]))
{
log.Trace("Failed to register and initialize client #{0}.", i);
profileClient.Dispose();
error = true;
break;
}
newClients.Add(profileClient);
}
addProfilesOk = !error;
bool step9Ok = addProfilesOk;
log.Trace("Step 9: {0}", step9Ok ? "PASSED" : "FAILED");
// Step 10
log.Trace("Step 10");
// Wait for update request.
Message serverRequestMessage = null;
Message clientResponseMessage = null;
bool typeOk = false;
List <SharedProfileAddItem> receivedItems = new List <SharedProfileAddItem>();
error = false;
while (receivedItems.Count < TestProfiles.Count)
{
serverRequestMessage = await client.ReceiveMessageAsync();
typeOk = serverRequestMessage.MessageTypeCase == Message.MessageTypeOneofCase.Request &&
serverRequestMessage.Request.ConversationTypeCase == Request.ConversationTypeOneofCase.ConversationRequest &&
serverRequestMessage.Request.ConversationRequest.RequestTypeCase == ConversationRequest.RequestTypeOneofCase.NeighborhoodSharedProfileUpdate;
clientResponseMessage = mb.CreateNeighborhoodSharedProfileUpdateResponse(serverRequestMessage);
await client.SendMessageAsync(clientResponseMessage);
if (!typeOk)
{
break;
}
foreach (SharedProfileUpdateItem updateItem in serverRequestMessage.Request.ConversationRequest.NeighborhoodSharedProfileUpdate.Items)
{
if (updateItem.ActionTypeCase != SharedProfileUpdateItem.ActionTypeOneofCase.Add)
{
log.Trace("Received invalid update item action type '{0}'.", updateItem.ActionTypeCase);
error = true;
break;
}
receivedItems.Add(updateItem.Add);
}
if (error)
{
break;
}
}
log.Trace("Received {0} profiles from target profile server.", receivedItems.Count);
bool receivedProfilesOk = false;
if (!error)
{
// As we do not know if new identities made it to the initialization process, we just try all possible combinations.
// First possibility is that no new clients were present in the process.
if (client.CheckProfileListMatchAddItems(TestProfiles, receivedItems))
{
receivedProfilesOk = true;
}
for (int i = 0; i < newClients.Count; i++)
{
ProtocolClient newClient = newClients[i];
TestProfiles.Add(newClient.Profile.Name, newClient);
// Other possibilities are that one or more clients were present in the process.
if (!receivedProfilesOk)
{
if (client.CheckProfileListMatchAddItems(TestProfiles, receivedItems))
{
receivedProfilesOk = true;
}
}
}
}
bool step10Ok = receivedProfilesOk;
log.Trace("Step 10: {0}", step10Ok ? "PASSED" : "FAILED");
// Step 11
log.Trace("Step 11");
// Add 5 more identities.
profileCount = 5;
error = false;
for (int i = 0; i < profileCount; i++)
{
ProtocolClient profileClient = new ProtocolClient();
profileClient.InitializeRandomProfile(profileIndex, testImageData);
profileIndex++;
if (!await profileClient.RegisterAndInitializeProfileAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], (int)rolePorts[ServerRoleType.ClCustomer]))
{
log.Trace("Failed to register and initialize client #{0}.", i);
profileClient.Dispose();
error = true;
break;
}
TestProfiles.Add(profileClient.Profile.Name, profileClient);
}
addProfilesOk = !error;
bool step11Ok = addProfilesOk;
log.Trace("Step 11: {0}", step11Ok ? "PASSED" : "FAILED");
// Step 12
log.Trace("Step 12");
client.CloseConnection();
bool step12Ok = true;
log.Trace("Step 12: {0}", step12Ok ? "PASSED" : "FAILED");
// Step 13
log.Trace("Step 13");
// Add 5 more identities.
profileCount = 5;
error = false;
for (int i = 0; i < profileCount; i++)
{
ProtocolClient profileClient = new ProtocolClient();
profileClient.InitializeRandomProfile(profileIndex, testImageData);
profileIndex++;
if (!await profileClient.RegisterAndInitializeProfileAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], (int)rolePorts[ServerRoleType.ClCustomer]))
{
log.Trace("Failed to register and initialize client #{0}.", i);
profileClient.Dispose();
error = true;
break;
}
TestProfiles.Add(profileClient.Profile.Name, profileClient);
}
addProfilesOk = !error;
await Task.Delay(20000);
// Meanwhile we expect NO update messages to arrive on our simulated profile server.
error = false;
psMessages = profileServer.GetMessageList();
foreach (IncomingServerMessage ism in psMessages)
{
if (ism.Role != ServerRole.ServerNeighbor)
{
continue;
}
Message message = ism.IncomingMessage;
if ((message.MessageTypeCase == Message.MessageTypeOneofCase.Request) &&
(message.Request.ConversationTypeCase == Request.ConversationTypeOneofCase.ConversationRequest) &&
(message.Request.ConversationRequest.RequestTypeCase == ConversationRequest.RequestTypeOneofCase.NeighborhoodSharedProfileUpdate))
{
error = true;
break;
}
}
noNewUpdatesOk = !error;
bool step13Ok = addProfilesOk && noNewUpdatesOk;
log.Trace("Step 13: {0}", step13Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok && step3Ok && step4Ok && step5Ok && step6Ok && step7Ok && step8Ok && step9Ok && step10Ok && step11Ok && step12Ok && step13Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
foreach (ProtocolClient protocolClient in TestProfiles.Values)
{
protocolClient.Dispose();
}
if (profileServer != null)
{
profileServer.Shutdown();
}
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
int BasePort = (int)ArgumentValues["Base Port"];
int LocPort = (int)ArgumentValues["LOC Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1},BasePort:{2},LocPort:{3})", ServerIp, PrimaryPort, BasePort, LocPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
ProfileServer profileServer = null;
LocServer locServer = null;
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
// Create identities.
int profileNumber = 0;
byte[] imageData = File.ReadAllBytes(Path.Combine("images", TestName + ".png"));
Dictionary <string, ProtocolClient> expectedLastClients = new Dictionary <string, ProtocolClient>(StringComparer.Ordinal);
List <string> excessClientNames = new List <string>();
for (int i = 0; i < 20050; i++)
{
ProtocolClient protocolClient = new ProtocolClient();
protocolClient.InitializeRandomProfile(profileNumber, imageData);
profileNumber++;
if (i >= 19990)
{
protocolClient.Profile.Type = "last";
if (i < 20000)
{
expectedLastClients.Add(protocolClient.Profile.Name, protocolClient);
}
else
{
excessClientNames.Add(protocolClient.Profile.Name);
}
}
TestProfiles.Add(protocolClient.Profile.Name, protocolClient);
}
// Start simulated profile server.
profileServer = new ProfileServer("TestProfileServer", ServerIp, BasePort, client.GetIdentityKeys(), new GpsLocation(1, 2));
bool profileServerStartOk = profileServer.Start();
// Start simulated LOC server.
locServer = new LocServer("TestLocServer", ServerIp, LocPort);
bool locServerStartOk = locServer.Start();
await locServer.WaitForProfileServerConnectionAsync();
bool step1Ok = profileServerStartOk && locServerStartOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
// Announce new neighbor.
Iop.Locnet.NeighbourhoodChange change = new Iop.Locnet.NeighbourhoodChange()
{
AddedNodeInfo = profileServer.GetNodeInfo(LocPort)
};
bool changeNotificationOk = await locServer.SendChangeNotification(change);
// Wait for start of neighborhood initialization process.
IncomingServerMessage incomingServerMessage = await profileServer.WaitForConversationRequest(ServerRole.ServerNeighbor, ConversationRequest.RequestTypeOneofCase.StartNeighborhoodInitialization);
// Send update.
bool statusOk = false;
bool updateOk = true;
int profilesSent = 0;
List <ProtocolClient> allProfiles = new List <ProtocolClient>(TestProfiles.Values);
List <ProtocolClient> profilesToSend = allProfiles.GetRange(0, 19990);
while (profilesToSend.Count > 0)
{
int batchSize = Math.Min(Rng.Next(100, 150), profilesToSend.Count);
List <SharedProfileUpdateItem> updateItems = new List <SharedProfileUpdateItem>();
foreach (ProtocolClient pc in profilesToSend.GetRange(0, batchSize))
{
updateItems.Add(pc.GetSharedProfileUpdateAddItem());
}
profilesToSend.RemoveRange(0, batchSize);
Message updateRequest = await profileServer.SendNeighborhoodSharedProfileUpdateRequest(incomingServerMessage.Client, updateItems);
profilesSent += batchSize;
incomingServerMessage = await profileServer.WaitForResponse(ServerRole.ServerNeighbor, updateRequest);
statusOk = incomingServerMessage.IncomingMessage.Response.Status == Status.Ok;
bool batchOk = (updateRequest != null) && statusOk;
if (!batchOk)
{
updateOk = false;
break;
}
}
// Finish neighborhood initialization process.
Message finishRequest = await profileServer.SendFinishNeighborhoodInitializationRequest(incomingServerMessage.Client);
incomingServerMessage = await profileServer.WaitForResponse(ServerRole.ServerNeighbor, finishRequest);
statusOk = incomingServerMessage.IncomingMessage.Response.Status == Status.Ok;
bool finishOk = (finishRequest != null) && statusOk;
bool step2Ok = changeNotificationOk && updateOk && finishOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
// Step 3
log.Trace("Step 3");
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
bool verifyIdentityOk = await client.VerifyIdentityAsync();
List <SharedProfileUpdateItem> badUpdateItems = new List <SharedProfileUpdateItem>();
foreach (ProtocolClient pc in allProfiles.GetRange(19990, 60))
{
badUpdateItems.Add(pc.GetSharedProfileUpdateAddItem());
}
Message requestMessage = mb.CreateNeighborhoodSharedProfileUpdateRequest(badUpdateItems);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = responseMessage.Response.Details == "10.add";
bool badUpdateOk = idOk && statusOk && detailsOk;
client.CloseConnection();
// Step 3 Acceptance
bool step3Ok = verifyIdentityOk && badUpdateOk;
log.Trace("Step 3: {0}", step3Ok ? "PASSED" : "FAILED");
// Step 4
log.Trace("Step 4");
// Start conversation.
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
bool startConversationOk = await client.StartConversationAsync();
HashSet <byte[]> expectedCoveredServers = new HashSet <byte[]>(StructuralEqualityComparer <byte[]> .Default)
{
client.GetIdentityId(), Crypto.Sha256(client.ServerKey)
};
// Search all profiles with type "last".
requestMessage = mb.CreateProfileSearchRequest("last", null, null, null, 0, 100, 100);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
bool totalRecordCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.TotalRecordCount == 10;
bool maxResponseRecordCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.MaxResponseRecordCount == 100;
bool profilesCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.Profiles.Count == 10;
bool resultsOk = client.CheckProfileListMatchSearchResultItems(expectedLastClients, responseMessage.Response.ConversationResponse.ProfileSearch.Profiles.ToList(), false, false, client.GetIdentityId(), true);
bool queryOk = idOk && statusOk && totalRecordCountOk && maxResponseRecordCountOk && profilesCountOk && resultsOk;
client.CloseConnection();
// Step 4 Acceptance
bool step4Ok = startConversationOk && queryOk;
log.Trace("Step 4: {0}", step4Ok ? "PASSED" : "FAILED");
// Step 5
log.Trace("Step 5");
// Make TestProfiles reflect the status on the target profile server.
foreach (string excessClientName in excessClientNames)
{
TestProfiles[excessClientName].Dispose();
TestProfiles.Remove(excessClientName);
}
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
verifyIdentityOk = await client.VerifyIdentityAsync();
// Select 140 profiles for deletion.
List <SharedProfileUpdateItem> deleteUpdateItems = new List <SharedProfileUpdateItem>();
while (deleteUpdateItems.Count < 140)
{
int index = Rng.Next(TestProfiles.Count);
ProtocolClient pc = TestProfiles.ElementAt(index).Value;
deleteUpdateItems.Add(pc.GetSharedProfileUpdateDeleteItem());
if (expectedLastClients.ContainsKey(pc.Profile.Name))
{
expectedLastClients.Remove(pc.Profile.Name);
}
TestProfiles.Remove(pc.Profile.Name);
pc.Dispose();
}
// Send delete update.
requestMessage = mb.CreateNeighborhoodSharedProfileUpdateRequest(deleteUpdateItems);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
bool deleteUpdateOk = idOk && statusOk;
// Generate 160 new identities.
badUpdateItems.Clear();
excessClientNames.Clear();
for (int i = 0; i < 160; i++)
{
ProtocolClient protocolClient = new ProtocolClient();
protocolClient.InitializeRandomProfile(profileNumber, imageData);
profileNumber++;
protocolClient.Profile.Type = "last";
if (TestProfiles.Count < 20000)
{
expectedLastClients.Add(protocolClient.Profile.Name, protocolClient);
}
else
{
excessClientNames.Add(protocolClient.Profile.Name);
}
TestProfiles.Add(protocolClient.Profile.Name, protocolClient);
badUpdateItems.Add(protocolClient.GetSharedProfileUpdateAddItem());
}
// Add the new profiles to the profile server.
requestMessage = mb.CreateNeighborhoodSharedProfileUpdateRequest(badUpdateItems);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "140.add";
badUpdateOk = idOk && statusOk && detailsOk;
client.CloseConnection();
// Step 5 Acceptance
bool step5Ok = verifyIdentityOk && deleteUpdateOk && badUpdateOk;
log.Trace("Step 5: {0}", step5Ok ? "PASSED" : "FAILED");
// Step 6
log.Trace("Step 6");
// Make TestProfiles reflect the status on the target profile server.
foreach (string excessClientName in excessClientNames)
{
TestProfiles[excessClientName].Dispose();
TestProfiles.Remove(excessClientName);
}
// Start conversation.
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
startConversationOk = await client.StartConversationAsync();
// Search all profiles with type "last".
requestMessage = mb.CreateProfileSearchRequest("last", null, null, null, 0, 1000, 1000, false, false);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
totalRecordCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.TotalRecordCount == expectedLastClients.Count;
maxResponseRecordCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.MaxResponseRecordCount == 1000;
profilesCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.Profiles.Count == expectedLastClients.Count;
resultsOk = client.CheckProfileListMatchSearchResultItems(expectedLastClients, responseMessage.Response.ConversationResponse.ProfileSearch.Profiles.ToList(), false, false, client.GetIdentityId(), false);
queryOk = idOk && statusOk && totalRecordCountOk && maxResponseRecordCountOk && profilesCountOk && resultsOk;
client.CloseConnection();
// Step 6 Acceptance
bool step6Ok = startConversationOk && queryOk;
log.Trace("Step 6: {0}", step6Ok ? "PASSED" : "FAILED");
// Step 7
log.Trace("Step 7");
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
verifyIdentityOk = await client.VerifyIdentityAsync();
// Select 40 profiles for deletion.
deleteUpdateItems = new List <SharedProfileUpdateItem>();
while (deleteUpdateItems.Count < 40)
{
int index = Rng.Next(TestProfiles.Count);
ProtocolClient pc = TestProfiles.ElementAt(index).Value;
deleteUpdateItems.Add(pc.GetSharedProfileUpdateDeleteItem());
if (expectedLastClients.ContainsKey(pc.Profile.Name))
{
expectedLastClients.Remove(pc.Profile.Name);
}
TestProfiles.Remove(pc.Profile.Name);
pc.Dispose();
}
// Select 40 profiles for change, but avoid updating one profile twice in a single update message, which is forbidden.
HashSet <int> usedIndexes = new HashSet <int>();
List <SharedProfileUpdateItem> changeUpdateItems = new List <SharedProfileUpdateItem>();
while (changeUpdateItems.Count < 40)
{
int index = Rng.Next(TestProfiles.Count);
if (usedIndexes.Contains(index))
{
continue;
}
usedIndexes.Add(index);
ProtocolClient pc = TestProfiles.ElementAt(index).Value;
pc.Profile.ExtraData = "1234567890";
SharedProfileUpdateItem changeUpdateItem = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(pc.GetIdentityId()),
SetExtraData = true,
ExtraData = pc.Profile.ExtraData
}
};
changeUpdateItems.Add(changeUpdateItem);
}
// Generate 40 new identities.
List <SharedProfileUpdateItem> addUpdateItems = new List <SharedProfileUpdateItem>();
for (int i = 0; i < 40; i++)
{
ProtocolClient protocolClient = new ProtocolClient();
protocolClient.InitializeRandomProfile(profileNumber, imageData);
profileNumber++;
protocolClient.Profile.Type = "last";
expectedLastClients.Add(protocolClient.Profile.Name, protocolClient);
TestProfiles.Add(protocolClient.Profile.Name, protocolClient);
addUpdateItems.Add(protocolClient.GetSharedProfileUpdateAddItem());
}
// Send all the updates as one.
List <SharedProfileUpdateItem> newUpdateItems = new List <SharedProfileUpdateItem>();
newUpdateItems.AddRange(deleteUpdateItems);
newUpdateItems.AddRange(changeUpdateItems);
newUpdateItems.AddRange(addUpdateItems);
requestMessage = mb.CreateNeighborhoodSharedProfileUpdateRequest(newUpdateItems);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
bool newUpdateOk = idOk && statusOk;
client.CloseConnection();
// Step 7 Acceptance
bool step7Ok = verifyIdentityOk && newUpdateOk;
log.Trace("Step 7: {0}", step7Ok ? "PASSED" : "FAILED");
// Step 8
log.Trace("Step 8");
// Start conversation.
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
startConversationOk = await client.StartConversationAsync();
// Search all profiles with type "last".
requestMessage = mb.CreateProfileSearchRequest("last", null, null, null, 0, 1000, 1000, false, false);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
totalRecordCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.TotalRecordCount == expectedLastClients.Count;
maxResponseRecordCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.MaxResponseRecordCount == 1000;
profilesCountOk = responseMessage.Response.ConversationResponse.ProfileSearch.Profiles.Count == expectedLastClients.Count;
resultsOk = client.CheckProfileListMatchSearchResultItems(expectedLastClients, responseMessage.Response.ConversationResponse.ProfileSearch.Profiles.ToList(), false, false, client.GetIdentityId(), false);
queryOk = idOk && statusOk && totalRecordCountOk && maxResponseRecordCountOk && profilesCountOk && resultsOk;
client.CloseConnection();
// Step 8 Acceptance
bool step8Ok = startConversationOk && queryOk;
log.Trace("Step 8: {0}", step8Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok && step3Ok && step4Ok && step5Ok && step6Ok && step7Ok && step8Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
foreach (ProtocolClient protocolClient in TestProfiles.Values)
{
protocolClient.Dispose();
}
if (profileServer != null)
{
profileServer.Shutdown();
}
if (locServer != null)
{
locServer.Shutdown();
}
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Checks whether AddRelatedIdentityRequest request is valid.
/// </summary>
/// <param name="Client">Client that sent the request.</param>
/// <param name="AddRelatedIdentityRequest">Client's request message to validate.</param>
/// <param name="MessageBuilder">Client's network message builder.</param>
/// <param name="RequestMessage">Full request message from client.</param>
/// <param name="ErrorResponse">If the function fails, this is filled with error response message that is ready to be sent to the client.</param>
/// <returns>true if the profile update request can be applied, false otherwise.</returns>
public static bool ValidateAddRelatedIdentityRequest(IncomingClient Client, AddRelatedIdentityRequest AddRelatedIdentityRequest, PsMessageBuilder MessageBuilder, PsProtocolMessage RequestMessage, out PsProtocolMessage ErrorResponse)
{
log.Trace("()");
bool res = false;
ErrorResponse = null;
string details = null;
if (AddRelatedIdentityRequest == null)
{
AddRelatedIdentityRequest = new AddRelatedIdentityRequest();
}
if (AddRelatedIdentityRequest.CardApplication == null)
{
AddRelatedIdentityRequest.CardApplication = new CardApplicationInformation();
}
if (AddRelatedIdentityRequest.SignedCard == null)
{
AddRelatedIdentityRequest.SignedCard = new SignedRelationshipCard();
}
if (AddRelatedIdentityRequest.SignedCard.Card == null)
{
AddRelatedIdentityRequest.SignedCard.Card = new RelationshipCard();
}
CardApplicationInformation cardApplication = AddRelatedIdentityRequest.CardApplication;
SignedRelationshipCard signedCard = AddRelatedIdentityRequest.SignedCard;
RelationshipCard card = signedCard.Card;
byte[] applicationId = cardApplication.ApplicationId.ToByteArray();
byte[] cardId = card.CardId.ToByteArray();
if ((applicationId.Length == 0) || (applicationId.Length > RelatedIdentity.CardIdentifierLength))
{
log.Debug("Card application ID is invalid.");
details = "cardApplication.applicationId";
}
if (details == null)
{
byte[] appCardId = cardApplication.CardId.ToByteArray();
if (!ByteArrayComparer.Equals(cardId, appCardId))
{
log.Debug("Card IDs in application card and relationship card do not match.");
details = "cardApplication.cardId";
}
}
if (details == null)
{
if (card.ValidFrom > card.ValidTo)
{
log.Debug("Card validFrom field is greater than validTo field.");
details = "signedCard.card.validFrom";
}
else
{
DateTime?cardValidFrom = ProtocolHelper.UnixTimestampMsToDateTime(card.ValidFrom);
DateTime?cardValidTo = ProtocolHelper.UnixTimestampMsToDateTime(card.ValidTo);
if (cardValidFrom == null)
{
log.Debug("Card validFrom value '{0}' is not a valid timestamp.", card.ValidFrom);
details = "signedCard.card.validFrom";
}
else if (cardValidTo == null)
{
log.Debug("Card validTo value '{0}' is not a valid timestamp.", card.ValidTo);
details = "signedCard.card.validTo";
}
}
}
if (details == null)
{
byte[] issuerPublicKey = card.IssuerPublicKey.ToByteArray();
bool pubKeyValid = (0 < issuerPublicKey.Length) && (issuerPublicKey.Length <= ProtocolHelper.MaxPublicKeyLengthBytes);
if (!pubKeyValid)
{
log.Debug("Issuer public key has invalid length {0} bytes.", issuerPublicKey.Length);
details = "signedCard.card.issuerPublicKey";
}
}
if (details == null)
{
byte[] recipientPublicKey = card.RecipientPublicKey.ToByteArray();
if (!ByteArrayComparer.Equals(recipientPublicKey, Client.PublicKey))
{
log.Debug("Caller is not recipient of the card.");
details = "signedCard.card.recipientPublicKey";
}
}
if (details == null)
{
if (!Client.MessageBuilder.VerifySignedConversationRequestBodyPart(RequestMessage, cardApplication.ToByteArray(), Client.PublicKey))
{
log.Debug("Caller is not recipient of the card.");
ErrorResponse = Client.MessageBuilder.CreateErrorInvalidSignatureResponse(RequestMessage);
details = "";
}
}
if (details == null)
{
SemVer cardVersion = new SemVer(card.Version);
if (!cardVersion.Equals(SemVer.V100))
{
log.Debug("Card version is invalid or not supported.");
details = "signedCard.card.version";
}
}
if (details == null)
{
if (Encoding.UTF8.GetByteCount(card.Type) > PsMessageBuilder.MaxRelationshipCardTypeLengthBytes)
{
log.Debug("Card type is too long.");
details = "signedCard.card.type";
}
}
if (details == null)
{
RelationshipCard emptyIdCard = new RelationshipCard()
{
CardId = ProtocolHelper.ByteArrayToByteString(new byte[RelatedIdentity.CardIdentifierLength]),
Version = card.Version,
IssuerPublicKey = card.IssuerPublicKey,
RecipientPublicKey = card.RecipientPublicKey,
Type = card.Type,
ValidFrom = card.ValidFrom,
ValidTo = card.ValidTo
};
byte[] hash = Crypto.Sha256(emptyIdCard.ToByteArray());
if (!ByteArrayComparer.Equals(hash, cardId))
{
log.Debug("Card ID '{0}' does not match its hash '{1}'.", cardId.ToHex(64), hash.ToHex());
details = "signedCard.card.cardId";
}
}
if (details == null)
{
byte[] issuerSignature = signedCard.IssuerSignature.ToByteArray();
byte[] issuerPublicKey = card.IssuerPublicKey.ToByteArray();
if (!Ed25519.Verify(issuerSignature, cardId, issuerPublicKey))
{
log.Debug("Issuer signature is invalid.");
details = "signedCard.issuerSignature";
}
}
if (details == null)
{
res = true;
}
else
{
if (ErrorResponse == null)
{
ErrorResponse = MessageBuilder.CreateErrorInvalidValueResponse(RequestMessage, details);
}
}
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1})", ServerIp, PrimaryPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
ProtocolClient issuer = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
// Establish hosting agreement for primary client.
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
bool establishHostingOk = await client.EstablishHostingAsync("Primary");
client.CloseConnection();
// Check in primary client.
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer], true);
bool checkInOk = await client.CheckInAsync();
// Step 1 Acceptance
bool step1Ok = listPortsOk && establishHostingOk && checkInOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
byte[] primaryPubKey = client.GetIdentityKeys().PublicKey;
string type = "Card Type A";
DateTime validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
DateTime validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
SignedRelationshipCard signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
byte[] applicationId = new byte[] { 1 };
CardApplicationInformation cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
byte[] signature = new byte[16];
for (int i = 0; i < signature.Length; i++)
{
signature[i] = 0x40;
}
Message requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
requestMessage.Request.ConversationRequest.Signature = ProtocolHelper.ByteArrayToByteString(signature);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorInvalidSignature;
bool req1Ok = idOk && statusOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 2 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
signature = requestMessage.Request.ConversationRequest.Signature.ToByteArray();
signature[0] ^= 0x12;
requestMessage.Request.ConversationRequest.Signature = ProtocolHelper.ByteArrayToByteString(signature);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidSignature;
bool req2Ok = idOk && statusOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 3 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
bool req3Ok = idOk && statusOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 3 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorAlreadyExists;
bool req4Ok = idOk && statusOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 4 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
byte[] hash = new byte[16];
for (int i = 0; i < hash.Length; i++)
{
hash[i] = 0x40;
}
cardApplication.CardId = ProtocolHelper.ByteArrayToByteString(hash);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = responseMessage.Response.Details == "cardApplication.cardId";
bool req5Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 5 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
hash = cardApplication.CardId.ToByteArray();
hash[0] ^= 0x12;
cardApplication.CardId = ProtocolHelper.ByteArrayToByteString(hash);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "cardApplication.cardId";
bool req6Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "cardApplication.applicationId";
bool req7Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[40];
for (int i = 0; i < applicationId.Length; i++)
{
applicationId[i] = 0x40;
}
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "cardApplication.applicationId";
bool req8Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
byte[] issuerPubKey = new byte[10];
Array.Copy(signedCard.Card.IssuerPublicKey.ToByteArray(), issuerPubKey, issuerPubKey.Length);
signedCard.Card.IssuerPublicKey = ProtocolHelper.ByteArrayToByteString(issuerPubKey);
RelationshipCard card = new RelationshipCard()
{
CardId = ProtocolHelper.ByteArrayToByteString(new byte[32]),
Version = SemVer.V100.ToByteString(),
IssuerPublicKey = signedCard.Card.IssuerPublicKey,
RecipientPublicKey = signedCard.Card.RecipientPublicKey,
Type = signedCard.Card.Type,
ValidFrom = signedCard.Card.ValidFrom,
ValidTo = signedCard.Card.ValidTo,
};
byte[] cardDataToHash = card.ToByteArray();
byte[] cardId = Crypto.Sha256(cardDataToHash);
signedCard.Card.CardId = ProtocolHelper.ByteArrayToByteString(cardId);
applicationId = new byte[] { 6 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.issuerSignature";
bool req9Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
issuerPubKey = signedCard.Card.IssuerPublicKey.ToByteArray();
issuerPubKey[0] ^= 0x12;
signedCard.Card.IssuerPublicKey = ProtocolHelper.ByteArrayToByteString(issuerPubKey);
card = new RelationshipCard()
{
CardId = ProtocolHelper.ByteArrayToByteString(new byte[32]),
Version = SemVer.V100.ToByteString(),
IssuerPublicKey = signedCard.Card.IssuerPublicKey,
RecipientPublicKey = signedCard.Card.RecipientPublicKey,
Type = signedCard.Card.Type,
ValidFrom = signedCard.Card.ValidFrom,
ValidTo = signedCard.Card.ValidTo,
};
cardDataToHash = card.ToByteArray();
cardId = Crypto.Sha256(cardDataToHash);
signedCard.Card.CardId = ProtocolHelper.ByteArrayToByteString(cardId);
applicationId = new byte[] { 7 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.issuerSignature";
bool req10Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
byte[] issuerSignature = new byte[20];
Array.Copy(signedCard.IssuerSignature.ToByteArray(), issuerSignature, issuerSignature.Length);
signedCard.IssuerSignature = ProtocolHelper.ByteArrayToByteString(issuerSignature);
applicationId = new byte[] { 8 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.issuerSignature";
bool req11Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
issuerSignature = signedCard.IssuerSignature.ToByteArray();
issuerSignature[0] ^= 0x12;
signedCard.IssuerSignature = ProtocolHelper.ByteArrayToByteString(issuerSignature);
applicationId = new byte[] { 9 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.issuerSignature";
bool req12Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
cardId = new byte[20];
Array.Copy(signedCard.Card.CardId.ToByteArray(), cardId, cardId.Length);
signedCard.Card.CardId = ProtocolHelper.ByteArrayToByteString(cardId);
applicationId = new byte[] { 10 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.cardId";
bool req13Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
cardId = signedCard.Card.CardId.ToByteArray();
cardId[0] ^= 0x12;
signedCard.Card.CardId = ProtocolHelper.ByteArrayToByteString(cardId);
applicationId = new byte[] { 11 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.cardId";
bool req14Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
byte[] rcptPubKey = new byte[20];
Array.Copy(signedCard.Card.RecipientPublicKey.ToByteArray(), rcptPubKey, rcptPubKey.Length);
signedCard = issuer.IssueRelationshipCard(rcptPubKey, type, validFrom, validTo);
applicationId = new byte[] { 12 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.recipientPublicKey";
bool req15Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
rcptPubKey = new byte[primaryPubKey.Length];
Array.Copy(primaryPubKey, rcptPubKey, rcptPubKey.Length);
rcptPubKey[0] ^= 0x12;
signedCard = issuer.IssueRelationshipCard(rcptPubKey, type, validFrom, validTo);
applicationId = new byte[] { 13 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.recipientPublicKey";
bool req16Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(1479220555000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 14 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.validFrom";
bool req17Ok = idOk && statusOk && detailsOk;
type = new string('a', 70);
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 15 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.type";
bool req18Ok = idOk && statusOk && detailsOk;
type = new string('ɐ', 35);
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 16 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.type";
bool req19Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(new byte[] { 0, 0, 0 }, primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 17 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.version";
bool req20Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(new byte[] { 1, 0 }, primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 18 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.version";
bool req21Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
signedCard = issuer.IssueRelationshipCard(new byte[] { 1, 0, 0, 0 }, primaryPubKey, type, validFrom, validTo);
applicationId = new byte[] { 19 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.version";
bool req22Ok = idOk && statusOk && detailsOk;
type = "Card Type A";
validFrom = ProtocolHelper.UnixTimestampMsToDateTime(1479220556000);
validTo = ProtocolHelper.UnixTimestampMsToDateTime(2479220556000);
byte[] badPubKey = new byte[130];
for (int i = 0; i < badPubKey.Length; i++)
{
badPubKey[i] = 0x40;
}
RelationshipCard badIssuerKeyCard = new RelationshipCard()
{
CardId = ProtocolHelper.ByteArrayToByteString(new byte[32]),
Version = SemVer.V100.ToByteString(),
IssuerPublicKey = ProtocolHelper.ByteArrayToByteString(badPubKey),
RecipientPublicKey = ProtocolHelper.ByteArrayToByteString(primaryPubKey),
Type = type,
ValidFrom = ProtocolHelper.DateTimeToUnixTimestampMs(validFrom),
ValidTo = ProtocolHelper.DateTimeToUnixTimestampMs(validTo)
};
signedCard = issuer.IssueRelationshipCard(badIssuerKeyCard);
applicationId = new byte[] { 20 };
cardApplication = client.CreateRelationshipCardApplication(applicationId, signedCard);
requestMessage = mb.CreateAddRelatedIdentityRequest(cardApplication, signedCard);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "signedCard.card.issuerPublicKey";
bool req23Ok = idOk && statusOk && detailsOk;
// Step 2 Acceptance
bool step2Ok = req1Ok && req2Ok && req3Ok && req4Ok && req5Ok && req6Ok && req7Ok && req8Ok && req9Ok && req10Ok &&
req11Ok && req12Ok && req13Ok && req14Ok && req15Ok && req16Ok && req17Ok && req18Ok && req19Ok && req20Ok &&
req21Ok && req22Ok && req23Ok;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
// Step 3
log.Trace("Step 3");
applicationId = new byte[] { 21 };
requestMessage = mb.CreateRemoveRelatedIdentityRequest(applicationId);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorNotFound;
bool removeOk = idOk && statusOk;
type = new string('a', 70);
requestMessage = mb.CreateGetIdentityRelationshipsInformationRequest(client.GetIdentityId(), true, type, null);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "type";
req1Ok = idOk && statusOk && detailsOk;
type = new string('ɐ', 35);
requestMessage = mb.CreateGetIdentityRelationshipsInformationRequest(client.GetIdentityId(), true, type, null);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "type";
req2Ok = idOk && statusOk && detailsOk;
// Step 3 Acceptance
bool step3Ok = removeOk && req1Ok && req2Ok;
log.Trace("Step 3: {0}", step3Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok && step3Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
issuer.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1})", ServerIp, PrimaryPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
bool hostingOk = await client.EstablishHostingAsync("Test");
client.CloseConnection();
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer], true);
bool checkInOk = await client.CheckInAsync();
bool step1Ok = listPortsOk && hostingOk && checkInOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
byte[] serverId = new byte[5] {
0x40, 0x40, 0x40, 0x40, 0x40
};
List <CanKeyValue> clientData = new List <CanKeyValue>()
{
new CanKeyValue()
{
Key = "key1", StringValue = "value 1"
},
new CanKeyValue()
{
Key = "key2", Uint32Value = 2
},
new CanKeyValue()
{
Key = "key3", BoolValue = true
},
new CanKeyValue()
{
Key = "key4", BinaryValue = ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 2, 3 })
},
};
CanIdentityData identityData1 = new CanIdentityData()
{
HostingServerId = ProtocolHelper.ByteArrayToByteString(serverId)
};
identityData1.KeyValueList.AddRange(clientData);
Message requestMessage = mb.CreateCanStoreDataRequest(identityData1);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = responseMessage.Response.Details == "data.hostingServerId";
// Step 2 Acceptance
bool step2Ok = idOk && statusOk && detailsOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Refreshes profile server's IPNS record in CAN.
/// </summary>
/// <param name="IpnsRecord">IPNS record to refresh.</param>
/// <param name="PublicKey">Public key of the IPNS record owner.</param>
/// <returns>Structure describing whether the function succeeded and response provided by CAN server.</returns>
public async Task <CanRefreshIpnsResult> RefreshIpnsRecord(CanIpnsEntry IpnsRecord, byte[] PublicKey)
{
log.Trace("(PublicKey:'{0}')", PublicKey.ToHex());
string ipnsRecordEncoded = IpnsRecord.ToByteArray().ToBase64UrlPad(true);
CanCryptoKey cryptoKey = new CanCryptoKey()
{
Type = CanCryptoKey.Types.KeyType.Ed25519,
Data = ProtocolHelper.ByteArrayToByteString(PublicKey)
};
string keyEncoded = Base58Encoding.Encoder.Encode(cryptoKey.ToByteArray());
log.Debug("Encoding public key: {0}", keyEncoded);
NameValueCollection args = new NameValueCollection();
args.Add("arg", ipnsRecordEncoded);
args.Add("key", keyEncoded);
CanApiResult apiResult = await SendRequest("name/upload", args);
CanRefreshIpnsResult res = CanRefreshIpnsResult.FromApiResult(apiResult);
if (res.Success)
{
res.IsCanError = false;
// Check that the ID, path and sequence number match what we expect.
string canId = CanApi.PublicKeyToId(PublicKey).ToBase58();
if (res.Details.Peer == canId)
{
string path = Encoding.UTF8.GetString(IpnsRecord.Value.ToByteArray());
if (res.Details.NewPath == path)
{
if (res.Details.NewSeq == IpnsRecord.Sequence)
{
// All OK.
}
else
{
log.Warn("CAN sequence is {0}, received {1}.", IpnsRecord.Sequence, res.Details.NewSeq);
res.Success = false;
res.Message = "CAN path in response does not match expected value.";
}
}
else
{
log.Warn("CAN path is '{0}', received '{1}'.", path, res.Details.NewPath);
res.Success = false;
res.Message = "CAN path in response does not match expected value.";
}
}
else
{
log.Warn("CAN ID is '{0}', received '{1}'.", canId, res.Details.Peer);
res.Success = false;
res.Message = "CAN ID in response does not match expected value.";
}
}
if (res.Success)
{
log.Trace("(-):*.Success={0}", res.Success);
}
else
{
log.Trace("(-):*.Success={0},*.IsCanError={1},*.Message='{2}'", res.Success, res.IsCanError, res.Message);
}
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int ClNonCustomerPort = (int)ArgumentValues["clNonCustomer Port"];
int ClCustomerPort = (int)ArgumentValues["clCustomer Port"];
log.Trace("(ServerIp:'{0}',ClNonCustomerPort:{1},ClCustomerPort:{2})", ServerIp, ClNonCustomerPort, ClCustomerPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
await client.ConnectAsync(ServerIp, ClNonCustomerPort, true);
bool establishHostingOk = await client.EstablishHostingAsync();
// Step 1 Acceptance
bool step1Ok = establishHostingOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
client.CloseConnection();
// Step 2
log.Trace("Step 2");
await client.ConnectAsync(ServerIp, ClCustomerPort, true);
bool startConversationOk = await client.StartConversationAsync();
Message requestMessage = mb.CreateCheckInRequest(client.Challenge);
// Invalidate the signature.
byte[] signature = requestMessage.Request.ConversationRequest.Signature.ToByteArray();
byte[] sig32 = new byte[32];
Array.Copy(signature, sig32, sig32.Length);
requestMessage.Request.ConversationRequest.Signature = ProtocolHelper.ByteArrayToByteString(sig32);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorInvalidSignature;
bool checkInOk = idOk && statusOk;
// Step 2 Acceptance
bool step2Ok = startConversationOk && checkInOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1})", ServerIp, PrimaryPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
await client.ConnectAsync(ServerIp, PrimaryPort, false);
byte[] payload = Encoding.UTF8.GetBytes("Hello");
Message requestMessage = mb.CreatePingRequest(payload);
requestMessage.Request.SingleRequest.Version = ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 0 });
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorProtocolViolation;
// We should be disconnected by now, so sending or receiving should throw.
bool disconnectedOk = false;
requestMessage = mb.CreatePingRequest(payload);
try
{
await client.SendMessageAsync(requestMessage);
await client.ReceiveMessageAsync();
}
catch
{
log.Trace("Expected exception occurred.");
disconnectedOk = true;
}
// Step 1 Acceptance
Passed = idOk && statusOk && disconnectedOk;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Announces server's primary server role interface to the LOC server.
/// </summary>
/// <param name="PrimaryPort">Primary port of the server.</param>
/// <param name="Type">Type of the server.</param>
/// <param name="Location">Optionally, an empty GpsLocation instance that will be filled with location information received from the LOC server if the function succeeds.</param>
/// <returns>true if the function succeeds, false otherwise.</returns>
public async Task <bool> RegisterPrimaryServerRoleAsync(int PrimaryPort, ServiceType Type, IopProtocol.GpsLocation Location = null)
{
log.Info("(PrimaryPort:{0})", PrimaryPort);
bool res = false;
ServiceInfo serviceInfo = new ServiceInfo()
{
Port = (uint)PrimaryPort,
Type = Type,
ServiceData = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(((KeysEd25519)config.Settings["Keys"]).PublicKey))
};
LocProtocolMessage request = MessageBuilder.CreateRegisterServiceRequest(serviceInfo);
if (await SendMessageAsync(request))
{
LocProtocolMessage response = await ReceiveMessageAsync(shutdownSignaling.ShutdownCancellationTokenSource.Token);
if (response != null)
{
res = (response.Id == request.Id) &&
(response.MessageTypeCase == Message.MessageTypeOneofCase.Response) &&
(response.Response.Status == Status.Ok) &&
(response.Response.ResponseTypeCase == Response.ResponseTypeOneofCase.LocalService) &&
(response.Response.LocalService.LocalServiceResponseTypeCase == LocalServiceResponse.LocalServiceResponseTypeOneofCase.RegisterService);
if (res)
{
if (Location != null)
{
IopProtocol.GpsLocation location = new IopProtocol.GpsLocation(response.Response.LocalService.RegisterService.Location.Latitude, response.Response.LocalService.RegisterService.Location.Longitude);
Location.Latitude = location.Latitude;
Location.Longitude = location.Longitude;
if (Location.IsValid())
{
res = true;
}
else
{
log.Error("Registration failed, LOC server provided invalid location information [{0}].", location);
}
}
else
{
res = true;
}
if (res)
{
log.Debug("Primary interface has been registered successfully on LOC server{0}.", Location != null ? string.Format(", server location set is [{0}]", Location) : "");
}
}
else
{
log.Error("Registration failed, response status is {0}.", response.Response != null ? response.Response.Status.ToString() : "n/a");
}
}
else
{
log.Error("Invalid message received from LOC server.");
}
}
else
{
log.Error("Unable to send register server request to LOC server.");
}
log.Info("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
int BasePort = (int)ArgumentValues["Base Port"];
int LocPort = (int)ArgumentValues["LOC Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1},BasePort:{2},LocPort:{3})", ServerIp, PrimaryPort, BasePort, LocPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
ProfileServer profileServer = null;
LocServer locServer = null;
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
// Create identities.
ProfilePublicKeys = new List <byte[]>();
for (int i = 0; i < ProfileNames.Count; i++)
{
ProtocolClient protocolClient = new ProtocolClient();
ProfilePublicKeys.Add(protocolClient.GetIdentityKeys().PublicKey);
protocolClient.Dispose();
}
// Start simulated profile server.
profileServer = new ProfileServer("TestProfileServer", ServerIp, BasePort, client.GetIdentityKeys(), new GpsLocation(1, 2));
bool profileServerStartOk = profileServer.Start();
// Start simulated LOC server.
locServer = new LocServer("TestLocServer", ServerIp, LocPort);
bool locServerStartOk = locServer.Start();
await locServer.WaitForProfileServerConnectionAsync();
bool step1Ok = profileServerStartOk && locServerStartOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
// Initialize the original set of update messages update.
List <SharedProfileUpdateItem> originalAddUpdateItems = new List <SharedProfileUpdateItem>();
for (int i = 0; i < ProfileNames.Count; i++)
{
SharedProfileUpdateItem updateItem = new SharedProfileUpdateItem()
{
Add = new SharedProfileAddItem()
{
Version = SemVer.V100.ToByteString(),
Name = ProfileNames[i],
Type = ProfileTypes[i],
ExtraData = ProfileExtraData[i] != null ? ProfileExtraData[i] : "",
Latitude = ProfileLocations[i].GetLocationTypeLatitude(),
Longitude = ProfileLocations[i].GetLocationTypeLongitude(),
IdentityPublicKey = ProtocolHelper.ByteArrayToByteString(ProfilePublicKeys[i]),
SetThumbnailImage = ProfileImages[i] != null,
ThumbnailImage = ProtocolHelper.ByteArrayToByteString(ProfileImages[i] != null ? File.ReadAllBytes(ProfileImages[i]) : new byte[0])
}
};
originalAddUpdateItems.Add(updateItem);
}
// Neighborhood initialization process.
// Announce new neighbor.
Iop.Locnet.NeighbourhoodChange change = new Iop.Locnet.NeighbourhoodChange()
{
AddedNodeInfo = profileServer.GetNodeInfo(LocPort)
};
bool addNeighborOk = await locServer.SendChangeNotification(change);
// Wait for start of neighborhood initialization process.
IncomingServerMessage incomingServerMessage = await profileServer.WaitForConversationRequest(ServerRole.ServerNeighbor, ConversationRequest.RequestTypeOneofCase.StartNeighborhoodInitialization);
List <SharedProfileUpdateItem> updateItems = new List <SharedProfileUpdateItem>();
updateItems.Add(originalAddUpdateItems[0]);
updateItems.Add(originalAddUpdateItems[1]);
updateItems.Add(originalAddUpdateItems[5]);
updateItems.Add(originalAddUpdateItems[6]);
SharedProfileUpdateItem changeItem0 = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[0].Add.IdentityPublicKey.ToByteArray())),
}
};
SharedProfileUpdateItem changeItem1 = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[1].Add.IdentityPublicKey.ToByteArray())),
SetName = true,
Name = "X"
}
};
List <SharedProfileUpdateItem> originalUpdateItems = new List <SharedProfileUpdateItem>();
originalUpdateItems.Add(changeItem1);
originalUpdateItems.Add(originalAddUpdateItems[2]);
originalUpdateItems.Add(originalAddUpdateItems[3]);
originalUpdateItems.Add(originalAddUpdateItems[4]);
Message requestMessage = await profileServer.SendNeighborhoodSharedProfileUpdateRequest(incomingServerMessage.Client, updateItems);
incomingServerMessage = await profileServer.WaitForResponse(ServerRole.ServerNeighbor, requestMessage);
bool statusOk = incomingServerMessage.IncomingMessage.Response.Status == Status.Ok;
bool updateOk = statusOk;
// Finish neighborhood initialization process.
Message finishRequest = await profileServer.SendFinishNeighborhoodInitializationRequest(incomingServerMessage.Client);
incomingServerMessage = await profileServer.WaitForResponse(ServerRole.ServerNeighbor, finishRequest);
statusOk = incomingServerMessage.IncomingMessage.Response.Status == Status.Ok;
bool finishOk = (finishRequest != null) && statusOk;
bool step2Ok = addNeighborOk && updateOk && finishOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
// Step 3
log.Trace("Step 3");
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.SrNeighbor], true);
bool verifyIdentityOk = await client.VerifyIdentityAsync();
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Version = ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 0 });
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.version");
bool step3Ok = verifyIdentityOk && updateOk;
log.Trace("Step 3: {0}", step3Ok ? "PASSED" : "FAILED");
// Step 4
log.Trace("Step 4");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Version = ProtocolHelper.ByteArrayToByteString(new byte[] { 0, 0, 0 });
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.version");
bool step4Ok = verifyIdentityOk && updateOk;
log.Trace("Step 4: {0}", step4Ok ? "PASSED" : "FAILED");
// Step 5
log.Trace("Step 5");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.IdentityPublicKey = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(new string ('a', 300)));
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.identityPublicKey");
bool step5Ok = updateOk;
log.Trace("Step 5: {0}", step5Ok ? "PASSED" : "FAILED");
// Step 6
log.Trace("Step 6");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.IdentityPublicKey = originalAddUpdateItems[0].Add.IdentityPublicKey;
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.identityPublicKey");
bool step6Ok = updateOk;
log.Trace("Step 6: {0}", step6Ok ? "PASSED" : "FAILED");
// Step 7
log.Trace("Step 7");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Name = new string('a', 70);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.name");
bool step7Ok = updateOk;
log.Trace("Step 7: {0}", step7Ok ? "PASSED" : "FAILED");
// Step 8
log.Trace("Step 8");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Name = new string('ɐ', 50);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.name");
bool step8Ok = updateOk;
log.Trace("Step 8: {0}", step8Ok ? "PASSED" : "FAILED");
// Step 9
log.Trace("Step 9");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Type = new string('a', 70);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.type");
bool step9Ok = updateOk;
log.Trace("Step 9: {0}", step9Ok ? "PASSED" : "FAILED");
// Step 10
log.Trace("Step 10");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Type = new string('ɐ', 50);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.type");
bool step10Ok = updateOk;
log.Trace("Step 10: {0}", step10Ok ? "PASSED" : "FAILED");
// Step 11
log.Trace("Step 11");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Type = "";
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.type");
bool step11Ok = updateOk;
log.Trace("Step 11: {0}", step11Ok ? "PASSED" : "FAILED");
// Step 12
log.Trace("Step 12");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.SetThumbnailImage = true;
updateItems[1].Add.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(new byte[0]);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.thumbnailImage");
bool step12Ok = updateOk;
log.Trace("Step 12: {0}", step12Ok ? "PASSED" : "FAILED");
// Step 13
log.Trace("Step 13");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.SetThumbnailImage = true;
updateItems[1].Add.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(new byte[] { 0, 1, 2 });
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.thumbnailImage");
bool step13Ok = updateOk;
log.Trace("Step 13: {0}", step13Ok ? "PASSED" : "FAILED");
// Step 14
log.Trace("Step 14");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Latitude = 987654321;
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.latitude");
bool step14Ok = updateOk;
log.Trace("Step 14: {0}", step14Ok ? "PASSED" : "FAILED");
// Step 15
log.Trace("Step 15");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Longitude = 987654321;
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.longitude");
bool step15Ok = updateOk;
log.Trace("Step 15: {0}", step15Ok ? "PASSED" : "FAILED");
// Step 16
log.Trace("Step 16");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.ExtraData = new string('a', 270);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.extraData");
bool step16Ok = updateOk;
log.Trace("Step 16: {0}", step16Ok ? "PASSED" : "FAILED");
// Step 17
log.Trace("Step 17");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.ExtraData = new string('ɐ', 150);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.extraData");
bool step17Ok = updateOk;
log.Trace("Step 17: {0}", step17Ok ? "PASSED" : "FAILED");
// Step 18
log.Trace("Step 18");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[0].Add.IdentityPublicKey.ToByteArray())),
}
};
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.set*");
bool step18Ok = updateOk;
log.Trace("Step 18: {0}", step18Ok ? "PASSED" : "FAILED");
// Step 19
log.Trace("Step 19");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(new byte[] { 0, 1, 2 }),
SetName = true,
Name = "X"
}
};
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.identityNetworkId");
bool step19Ok = updateOk;
log.Trace("Step 19: {0}", step19Ok ? "PASSED" : "FAILED");
// Step 20
log.Trace("Step 20");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[0] = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[0].Add.IdentityPublicKey.ToByteArray())),
SetName = true,
Name = "X"
}
};
updateItems[1] = new SharedProfileUpdateItem()
{
Delete = new SharedProfileDeleteItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[0].Add.IdentityPublicKey.ToByteArray())),
}
};
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.delete.identityNetworkId");
bool step20Ok = updateOk;
log.Trace("Step 20: {0}", step20Ok ? "PASSED" : "FAILED");
// Step 21
log.Trace("Step 21");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[0] = new SharedProfileUpdateItem(originalAddUpdateItems[2]);
updateItems[1] = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[2].Add.IdentityPublicKey.ToByteArray())),
SetName = true,
Name = "X"
}
};
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.identityNetworkId");
bool step21Ok = updateOk;
log.Trace("Step 21: {0}", step21Ok ? "PASSED" : "FAILED");
// Step 22
log.Trace("Step 22");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[0] = new SharedProfileUpdateItem()
{
Change = new SharedProfileChangeItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(Crypto.Sha256(originalAddUpdateItems[2].Add.IdentityPublicKey.ToByteArray())),
SetName = true,
Name = "X"
}
};
updateItems[1] = new SharedProfileUpdateItem(originalAddUpdateItems[2]);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.identityPublicKey");
bool step22Ok = updateOk;
log.Trace("Step 22: {0}", step22Ok ? "PASSED" : "FAILED");
// Step 23
log.Trace("Step 23");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetVersion = true;
updateItems[1].Change.Version = ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 0 });
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.version");
bool step23Ok = updateOk;
log.Trace("Step 23: {0}", step23Ok ? "PASSED" : "FAILED");
// Step 24
log.Trace("Step 24");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetVersion = true;
updateItems[1].Change.Version = ProtocolHelper.ByteArrayToByteString(new byte[] { 0, 0, 0 });
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.version");
bool step24Ok = updateOk;
log.Trace("Step 24: {0}", step24Ok ? "PASSED" : "FAILED");
// Step 25
log.Trace("Step 25");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetName = true;
updateItems[1].Change.Name = new string('a', 70);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.name");
bool step25Ok = updateOk;
log.Trace("Step 25: {0}", step25Ok ? "PASSED" : "FAILED");
// Step 26
log.Trace("Step 26");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetName = true;
updateItems[1].Change.Name = new string('ɐ', 50);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.name");
bool step26Ok = updateOk;
log.Trace("Step 26: {0}", step26Ok ? "PASSED" : "FAILED");
// Step 27
log.Trace("Step 27");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetThumbnailImage = true;
updateItems[1].Change.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(new string((char)0x40, 6000)));
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.thumbnailImage");
bool step27Ok = updateOk;
log.Trace("Step 27: {0}", step27Ok ? "PASSED" : "FAILED");
// Step 28
log.Trace("Step 28");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetThumbnailImage = true;
updateItems[1].Change.ThumbnailImage = ProtocolHelper.ByteArrayToByteString(new byte[] { 0, 1, 2 });
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.thumbnailImage");
bool step28Ok = updateOk;
log.Trace("Step 28: {0}", step28Ok ? "PASSED" : "FAILED");
// Step 29
log.Trace("Step 29");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetLocation = true;
updateItems[1].Change.Latitude = 987654321;
updateItems[1].Change.Longitude = 0;
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.latitude");
bool step29Ok = updateOk;
log.Trace("Step 29: {0}", step29Ok ? "PASSED" : "FAILED");
// Step 30
log.Trace("Step 30");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetLocation = true;
updateItems[1].Change.Latitude = 0;
updateItems[1].Change.Longitude = 987654321;
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.longitude");
bool step30Ok = updateOk;
log.Trace("Step 30: {0}", step30Ok ? "PASSED" : "FAILED");
// Step 31
log.Trace("Step 31");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetExtraData = true;
updateItems[1].Change.ExtraData = new string('a', 270);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.extraData");
bool step31Ok = updateOk;
log.Trace("Step 31: {0}", step31Ok ? "PASSED" : "FAILED");
// Step 32
log.Trace("Step 32");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetExtraData = true;
updateItems[1].Change.ExtraData = new string('ɐ', 150);
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.extraData");
bool step32Ok = updateOk;
log.Trace("Step 32: {0}", step32Ok ? "PASSED" : "FAILED");
// Step 33
log.Trace("Step 33");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem()
{
Delete = new SharedProfileDeleteItem()
{
IdentityNetworkId = ProtocolHelper.ByteArrayToByteString(new byte[] { 0, 1, 2 })
}
};
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.delete.identityNetworkId");
bool step33Ok = updateOk;
log.Trace("Step 33: {0}", step33Ok ? "PASSED" : "FAILED");
// Step 34
log.Trace("Step 34");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(updateItems[1]);
updateItems[1].Add.Name = "";
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.add.name");
bool step34Ok = updateOk;
log.Trace("Step 34: {0}", step34Ok ? "PASSED" : "FAILED");
// Step 35
log.Trace("Step 35");
updateItems = new List <SharedProfileUpdateItem>(originalUpdateItems);
updateItems[1] = new SharedProfileUpdateItem(changeItem0);
updateItems[1].Change.SetName = true;
updateItems[1].Change.Name = "";
updateOk = await PerformNeighborhoodUpdateAsync(updateItems, client, "1.change.name");
bool step35Ok = updateOk;
log.Trace("Step 35: {0}", step35Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok && step3Ok && step4Ok && step5Ok && step6Ok && step7Ok && step8Ok && step9Ok && step10Ok &&
step11Ok && step12Ok && step13Ok && step14Ok && step15Ok && step16Ok && step17Ok && step18Ok && step19Ok && step20Ok &&
step21Ok && step22Ok && step23Ok && step24Ok && step25Ok && step26Ok && step27Ok && step28Ok && step29Ok && step30Ok &&
step31Ok && step32Ok && step33Ok && step34Ok && step35Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
if (profileServer != null)
{
profileServer.Shutdown();
}
if (locServer != null)
{
locServer.Shutdown();
}
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Removes servers from the profile server's neighborhood.
/// </summary>
/// <param name="NeighborhoodList">List of servers to cancel neighbor connection with..</param>
/// <returns>true if the function succeeds, false otherwise.</returns>
public bool CancelNeighborhood(List <ProfileServer> NeighborhoodList)
{
log.Trace("(NeighborhoodList.Count:{0})", NeighborhoodList.Count);
List <NeighbourhoodChange> changes = new List <NeighbourhoodChange>();
bool res = false;
lock (neighborsLock)
{
foreach (ProfileServer ps in NeighborhoodList)
{
// Do not process your own profile server.
if (ps.Name == profileServer.Name)
{
continue;
}
ps.Lock();
if (ps.IsInitialized())
{
// Ignore servers that are not in the neighborhood.
if (neighbors.ContainsKey(ps.Name))
{
neighbors.Remove(ps.Name);
log.Trace("Profile server '{0}' removed from the neighborhood of server '{1}'.", ps.Name, profileServer.Name);
// This neighbor server already runs, so we know its profile
// we can inform our profile server about it.
NeighbourhoodChange change = new NeighbourhoodChange();
change.RemovedNodeId = ProtocolHelper.ByteArrayToByteString(ps.GetNetworkId());
changes.Add(change);
}
}
else
{
// This neighbor server does not run yet, so we do not have its profile.
// We will uninstall a possibly installed event.
log.Debug("Profile server '{0}' is not initialized yet, uninstalling notification for server '{1}'.", ps.Name, profileServer.Name);
ps.UninstallInitializationNeighborhoodNotification(profileServer);
}
ps.Unlock();
}
}
if ((connectedProfileServer != null) && connectedProfileServerWantsUpdates)
{
// If our profile server is running already, removing servers to its neighborhood
// ends with sending update notification to the profile server.
if (changes.Count > 0)
{
log.Debug("Sending {0} neighborhood changes to profile server '{1}'.", changes.Count, profileServer.Name);
LocProtocolMessage message = connectedProfileServerMessageBuilder.CreateNeighbourhoodChangedNotificationRequest(changes);
res = SendMessageAsync(connectedProfileServer, message).Result;
}
else
{
log.Debug("No neighborhood changes to send to profile server '{0}'.", profileServer.Name);
res = true;
}
}
else
{
// Our profile server is not started/connected yet, which means we just modified its neighborhood,
// and the information about its neighborhood will be send to it once it sends us GetNeighbourNodesByDistanceLocalRequest.
log.Debug("Profile server '{0}' is not connected or not fully initialized yet, can't send changes.", profileServer.Name);
res = true;
}
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task <bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int PrimaryPort = (int)ArgumentValues["primary Port"];
log.Trace("(ServerIp:'{0}',PrimaryPort:{1})", ServerIp, PrimaryPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
log.Trace("Step 1");
// Get port list.
await client.ConnectAsync(ServerIp, PrimaryPort, false);
Dictionary <ServerRoleType, uint> rolePorts = new Dictionary <ServerRoleType, uint>();
bool listPortsOk = await client.ListServerPorts(rolePorts);
client.CloseConnection();
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClNonCustomer], true);
bool hostingOk = await client.EstablishHostingAsync("Test");
client.CloseConnection();
await client.ConnectAsync(ServerIp, (int)rolePorts[ServerRoleType.ClCustomer], true);
bool checkInOk = await client.CheckInAsync();
bool step1Ok = listPortsOk && hostingOk && checkInOk;
log.Trace("Step 1: {0}", step1Ok ? "PASSED" : "FAILED");
// Step 2
log.Trace("Step 2");
string validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
CanIpnsEntry ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes("/ipfs/QmaRvpLT4RgBDVY6cQKwqQGQNtbM31KSqh8TxvQgFoEUus")),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 1,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
Message requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = (responseMessage.Response.Status == Status.ErrorNotFound) || ((responseMessage.Response.Status == Status.ErrorInvalidValue) && (responseMessage.Response.Details == "record.value"));
bool canPublishIpnsRecordOk = idOk && statusOk;
// Step 2 Acceptance
bool step2Ok = canPublishIpnsRecordOk;
log.Trace("Step 2: {0}", step2Ok ? "PASSED" : "FAILED");
// Step 3
log.Trace("Step 3");
byte[] serverId = Crypto.Sha256(client.ServerKey);
List <CanKeyValue> clientData = new List <CanKeyValue>()
{
new CanKeyValue()
{
Key = "key1", StringValue = "value 1"
},
new CanKeyValue()
{
Key = "key2", Uint32Value = 2
},
new CanKeyValue()
{
Key = "key3", BoolValue = true
},
new CanKeyValue()
{
Key = "key4", BinaryValue = ProtocolHelper.ByteArrayToByteString(new byte[] { 1, 2, 3 })
},
};
CanIdentityData identityData1 = new CanIdentityData()
{
HostingServerId = ProtocolHelper.ByteArrayToByteString(serverId)
};
identityData1.KeyValueList.AddRange(clientData);
requestMessage = mb.CreateCanStoreDataRequest(identityData1);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
bool canStoreDataOk = idOk && statusOk;
byte[] objectHash1 = responseMessage.Response.ConversationResponse.CanStoreData.Hash.ToByteArray();
string objectPath1 = client.CreateIpfsPathFromHash(objectHash1);
log.Trace("Object path 1 is '{0}'.", objectPath1);
requestMessage = mb.CreateCanPublishIpnsRecordRequest(null);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = responseMessage.Response.Details == "record";
canPublishIpnsRecordOk = idOk && statusOk && detailsOk;
// Step 3 Acceptance
bool step3Ok = canStoreDataOk && canPublishIpnsRecordOk;
log.Trace("Step 3: {0}", step3Ok ? "PASSED" : "FAILED");
// Step 4
log.Trace("Step 4");
validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes("ipfabc")),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 1,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "record.value";
canPublishIpnsRecordOk = idOk && statusOk && detailsOk;
// Step 4 Acceptance
bool step4Ok = canPublishIpnsRecordOk;
log.Trace("Step 4: {0}", step4Ok ? "PASSED" : "FAILED");
// Step 5
log.Trace("Step 5");
validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(objectPath1)),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 1,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
canPublishIpnsRecordOk = idOk && statusOk;
// Step 5 Acceptance
bool step5Ok = canPublishIpnsRecordOk;
log.Trace("Step 5: {0}", step5Ok ? "PASSED" : "FAILED");
// Step 6
log.Trace("Step 6");
validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(objectPath1)),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 1,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorRejected;
detailsOk = !string.IsNullOrEmpty(responseMessage.Response.Details);
canPublishIpnsRecordOk = idOk && statusOk && detailsOk;
// Step 6 Acceptance
bool step6Ok = canPublishIpnsRecordOk;
log.Trace("Step 6: {0}", step6Ok ? "PASSED" : "FAILED");
// Step 7
log.Trace("Step 7");
validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(objectPath1)),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 2,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(new byte[] { 0x40, 0x40, 0x40, 0x40, 0x40 });
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorRejected;
detailsOk = !string.IsNullOrEmpty(responseMessage.Response.Details);
canPublishIpnsRecordOk = idOk && statusOk && detailsOk;
// Step 7 Acceptance
bool step7Ok = canPublishIpnsRecordOk;
log.Trace("Step 7: {0}", step7Ok ? "PASSED" : "FAILED");
// Step 8
log.Trace("Step 8");
requestMessage = mb.CreateCanStoreDataRequest(null);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.Ok;
canStoreDataOk = idOk && statusOk;
validityString = DateTime.UtcNow.AddMonths(1).ToString("yyyy-MM-dd'T'HH:mm:ss.fffK", DateTimeFormatInfo.InvariantInfo);
ipnsRecord = new CanIpnsEntry()
{
Value = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(objectPath1)),
ValidityType = CanIpnsEntry.Types.ValidityType.Eol,
Validity = ProtocolHelper.ByteArrayToByteString(Encoding.UTF8.GetBytes(validityString)),
Sequence = 3,
Ttl = 6000000000,
};
ipnsRecord.Signature = ProtocolHelper.ByteArrayToByteString(client.CreateIpnsRecordSignature(ipnsRecord));
requestMessage = mb.CreateCanPublishIpnsRecordRequest(ipnsRecord);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorNotFound;
canPublishIpnsRecordOk = idOk && statusOk;
// Step 8 Acceptance
bool step8Ok = canStoreDataOk && canPublishIpnsRecordOk;
log.Trace("Step 8: {0}", step8Ok ? "PASSED" : "FAILED");
Passed = step1Ok && step2Ok && step3Ok && step4Ok && step5Ok && step6Ok && step7Ok && step8Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return(res);
}
/// <summary>
/// Implementation of the test itself.
/// </summary>
/// <returns>true if the test passes, false otherwise.</returns>
public override async Task<bool> RunAsync()
{
IPAddress ServerIp = (IPAddress)ArgumentValues["Server IP"];
int ClNonCustomerPort = (int)ArgumentValues["clNonCustomer Port"];
log.Trace("(ServerIp:'{0}',ClNonCustomerPort:{1})", ServerIp, ClNonCustomerPort);
bool res = false;
Passed = false;
ProtocolClient client = new ProtocolClient();
try
{
MessageBuilder mb = client.MessageBuilder;
// Step 1
await client.ConnectAsync(ServerIp, ClNonCustomerPort, true);
Message requestMessage = client.CreateStartConversationRequest();
byte[] badPubKey = new byte[0];
requestMessage.Request.ConversationRequest.Start.PublicKey = ProtocolHelper.ByteArrayToByteString(badPubKey);
await client.SendMessageAsync(requestMessage);
Message responseMessage = await client.ReceiveMessageAsync();
bool idOk = responseMessage.Id == requestMessage.Id;
bool statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
bool detailsOk = responseMessage.Response.Details == "publicKey";
bool start1Ok = idOk && statusOk && detailsOk;
requestMessage = client.CreateStartConversationRequest();
badPubKey = new byte[130];
for (int i = 0; i < badPubKey.Length; i++)
badPubKey[i] = 0x40;
requestMessage.Request.ConversationRequest.Start.PublicKey = ProtocolHelper.ByteArrayToByteString(badPubKey);
await client.SendMessageAsync(requestMessage);
responseMessage = await client.ReceiveMessageAsync();
idOk = responseMessage.Id == requestMessage.Id;
statusOk = responseMessage.Response.Status == Status.ErrorInvalidValue;
detailsOk = responseMessage.Response.Details == "publicKey";
bool start2Ok = idOk && statusOk && detailsOk;
// Step 1 Acceptance
bool step1Ok = start1Ok && start2Ok;
Passed = step1Ok;
res = true;
}
catch (Exception e)
{
log.Error("Exception occurred: {0}", e.ToString());
}
client.Dispose();
log.Trace("(-):{0}", res);
return res;
}