internal static async void VerifyConnectionIsDuplexed(
IConnection child, IConnection parent,
CancellationTokenSource cancel,
MockChannel childSideChannel, MockChannel parentSideChannel,
TaskCompletionSource <bool> task)
{
await Task.Yield();
try
{
var rnd = new Random();
for (var index = 0; index < 1000 && !cancel.IsCancellationRequested; index++)
{
await Task.Yield();
Thread.SpinWait(rnd.Next(1, 1000));
if (cancel.IsCancellationRequested)
{
break;
}
await VerifyConnectionIsDuplexed(child, parent, cancel, childSideChannel, parentSideChannel).ConfigureAwait(false);
}
task.TrySetResult(true);
}
catch (Exception error)
{
task.TrySetException(error);
}
}
public IChannel <T> GetChannel <T>(string channelName)
{
var channel = new MockChannel <T>(channelName);
CreatedChannels[channelName] = channel;
return(channel);
}
public void SendOneSimpleMessage()
{
var mock = new MockChannel("doi");
var participant = new Participant(mock);
participant.Send(new Message("unu"));
Assert.True(mock.CheckWriteMessage("unu\0"));
}
public void Mock_ReadAllMessage()
{
var bytes = new byte[10];
var mock = new MockChannel("ana are", "asdf", "razvan");
Assert.Equal(7, mock.Read(bytes, 0, 7));
Assert.Equal(4, mock.Read(bytes, 0, 4));
Assert.Equal(6, mock.Read(bytes, 0, 6));
}
public async Task TitleIsSetProperly()
{
var mockChannel = new MockChannel(1, "1.0");
mockChannel.SetArtifactUrl("artifact_url");
await _sut.StartAsync(mockChannel, "dest_path");
Assert.AreEqual("Downloading Magpie.Tests Updates...", _sut.Title);
}
public void Mock_ReadAPartOfMessage()
{
var bytes = new byte[50];
var mock = new MockChannel("ana are mere", "tenis de camp", "razvan si dani");
Assert.Equal(3, mock.Read(bytes, 4, 3));
Assert.Equal(5, mock.Read(bytes, 0, 5));
Assert.Equal(4, mock.Read(bytes, 10, 4));
}
public void SetUp()
{
client = new AssertionFlowClient(
GoogleAuthenticationServer.Description, new X509Certificate2(@"test-key.p12", "notasecret", X509KeyStorageFlags.Exportable)) {
Scope = Scope,
ServiceAccountId = ServiceAccountId
};
state = new AuthorizationState(client.Scope.Split(' '));
channel = new MockChannel() {
ResponseMessage = new AssertionFlowMessage(GoogleAuthenticationServer.Description)
};
}
public void Initialize()
{
var debuggingInfoLogger = Substitute.For <IDebuggingInfoLogger>();
_analyticsLogger = Substitute.For <IAnalyticsLogger>();
var remoteContentDownloader = Substitute.For <IRemoteContentDownloader>();
var appInfo = new AppInfo("valid_url");
_channel = new MockChannel(1, "1.0");
AssemblyInjector.Inject();
_mainWindowViewModel = new MockMainWindowViewModel(appInfo, debuggingInfoLogger, remoteContentDownloader,
_analyticsLogger);
}
public async Task StartAsyncStartsDownloadingFile()
{
var mockChannel = new MockChannel(1, "1.0");
mockChannel.SetArtifactUrl("artifact_url");
_remoteContentDownloader.DownloadFile("artifact_url", "dest_path", Arg.Any <Action <int> >(), Arg.Any <IDebuggingInfoLogger>()).Returns("saved_dest_path");
var savedAt = await _sut.StartAsync(mockChannel, "dest_path");
await _remoteContentDownloader.Received().DownloadFile("artifact_url", "dest_path", Arg.Any <Action <int> >(), Arg.Any <IDebuggingInfoLogger>());
Assert.AreEqual("saved_dest_path", savedAt);
}
public void TestChannelInitialize()
{
//test may not be doable once initialize is done
Channel testChannel = new MockChannel(CHANNEL_NAME, hfclient);
Peer peer = hfclient.NewPeer("peer_", "grpc://localhost:7051");
testChannel.AddPeer(peer, PeerOptions.CreatePeerOptions().SetPeerRoles(PeerRole.ENDORSING_PEER));
Assert.IsFalse(testChannel.IsInitialized);
testChannel.Initialize();
Assert.IsTrue(testChannel.IsInitialized);
}
public void SetUp()
{
client = new AssertionFlowClient(
GoogleAuthenticationServer.Description, new X509Certificate2(@"test-key.p12", "notasecret", X509KeyStorageFlags.Exportable))
{
Scope = Scope,
ServiceAccountId = ServiceAccountId
};
state = new AuthorizationState(client.Scope.Split(' '));
channel = new MockChannel()
{
ResponseMessage = new AssertionFlowMessage(GoogleAuthenticationServer.Description)
};
}
public void PropertiesAreInitializedCorrectly()
{
var channel = new MockChannel(1, build: "Test Build", enrollmentEula: "www.example.com");
var enrollment = new Enrollment(channel);
var appInfo = new AppInfo("testString")
{
AppIconPath = "iconPath"
};
var sut = new EnrollmentViewModel(enrollment, appInfo);
Assert.AreEqual("Test Build", sut.ChannelName);
Assert.AreEqual("www.example.com", sut.EnrollmentEulaUrl);
Assert.AreEqual("iconPath", sut.AppIconPath);
}
public void LeaveParticipant()
{
var firstMock = new MockChannel("dan");
var secondMock = new MockChannel("mirel");
var firstParticipant = new Participant(firstMock);
var secondParticipant = new Participant(secondMock);
var room = new Room();
room.Join(firstParticipant);
room.Join(secondParticipant);
room.Leave(secondParticipant);
room.Broadcast(new Message("ion"));
Assert.True(firstMock.CheckWriteMessage("ion\0"));
Assert.Throws <InvalidOperationException> (() => secondMock.CheckWriteMessage("ion\0"));
}
public void ParticipantIsRemovedFromRoomWhenHeClosedTheConnection()
{
var firstMock = new MockChannel("mare\0", "nisip\0");
var secondMock = new MockChannel("doi\0");
var firstParticipant = new Participant(firstMock);
var secondParticipant = new Participant(secondMock);
var room = new Room();
room.Join(firstParticipant);
room.Join(secondParticipant);
secondParticipant.Receive();
Assert.Throws <CantReadException>(() => secondParticipant.Receive());
room.Broadcast(new Message("dan"));
Assert.Throws <InvalidOperationException> (() => secondMock.CheckWriteMessage("dan\0"));
Assert.True(firstMock.CheckWriteMessage("dan\0"));
}
public async Task UpdatesProgressWhenDownloading()
{
var mockChannel = new MockChannel(1, "1.0");
mockChannel.SetArtifactUrl("artifact_url");
_remoteContentDownloader.DownloadFile("artifact_url", "dest_path", Arg.Do <Action <int> >(a =>
{
a(50);
a(75);
}), Arg.Any <IDebuggingInfoLogger>())
.Returns("saved_dest_path");
await _sut.StartAsync(mockChannel, "dest_path");
Assert.AreEqual(75, _sut.ProgressPercent);
}
public void ParticipantCantJoinBecauseNicknameAlreadyExistInRoom()
{
var mock = new MockChannel("ion\0");
var firstParticipant = new Participant(mock);
var secondParticipant = new Participant(mock);
var thirdParticipant = new Participant(mock);
firstParticipant.Nickname = "alex";
secondParticipant.Nickname = "dan";
thirdParticipant.Nickname = "alex";
var room = new Room();
Assert.True(room.Join(firstParticipant));
Assert.True(room.Join(secondParticipant));
Assert.False(room.Join(thirdParticipant));
}
public void BroadcastMessage()
{
var firstMock = new MockChannel("ana");
var secondMock = new MockChannel("are");
var firstParticipant = new Participant(firstMock);
var secondParticipant = new Participant(secondMock);
firstParticipant.Nickname = "a";
secondParticipant.Nickname = "b";
var room = new Room();
room.Join(firstParticipant);
room.Join(secondParticipant);
room.Broadcast(new Message("mere"));
Assert.True(firstMock.CheckWriteMessage("b has joined\0"));
Assert.True(secondMock.CheckWriteMessage("mere\0"));
}
internal static async Task VerifyConnectionIsDuplexed(
IConnection child, IConnection parent,
CancellationTokenSource cancel,
MockChannel childSideChannel, MockChannel parentSideChannel)
{
//send additional data from the parent across the channel
var data = Guid.NewGuid();
var dataCopy = new byte[16];
parent.Write(parentSideChannel.Id, new MemoryStream(data.ToByteArray()));
Assert.AreEqual(dataCopy.Length, await childSideChannel.Buffer.ReadAsync(dataCopy, 0, 16, cancel.Token).ConfigureAwait(false));
Assert.AreEqual(data, new Guid(dataCopy.ToArray()));
//send additional data from the child across the channel
data = Guid.NewGuid();
child.Write(childSideChannel.Id, new MemoryStream(data.ToByteArray()));
Assert.AreEqual(dataCopy.Length, await parentSideChannel.Buffer.ReadAsync(dataCopy, 0, 16, cancel.Token).ConfigureAwait(false));
Assert.AreEqual(data, new Guid(dataCopy.ToArray()));
}
public void Test_FlushChannelMessages()
{
TestMessage1 msg1 = new TestMessage1();
msg1.Data.Add(100);
msg1.Data.Add(200);
string channel1Name = "TestChannel1";
TestMessage2 msg2 = new TestMessage2();
msg2.Data.Add(1000);
msg2.Data.Add(2000);
string channel2Name = "TestChannel2";
// Setup the mocks
MockDistributedMemoryManager distributedMemoryManagerMock = new MockDistributedMemoryManager();
DeferredChannelMessageContextEntry entry = new DeferredChannelMessageContextEntry(distributedMemoryManagerMock);
entry.AddOrUpdateMessage(channel1Name, msg1, null);
entry.AddOrUpdateMessage(channel2Name, msg2, null);
entry.FlushMessages();
TestMessage1 msg1Out;
TestMessage2 msg2Out;
Assert.IsFalse(entry.TryGetMessage(channel1Name, out msg1Out), "Channel1 should have no messages");
Assert.IsFalse(entry.TryGetMessage(channel2Name, out msg2Out), "Channel2 should have no messages");
// Validation
MockChannel <TestMessage1> channel1 = distributedMemoryManagerMock.CreatedChannels[channel1Name] as MockChannel <TestMessage1>;
Assert.IsNotNull(channel1, "{0} was not found", channel1Name);
Assert.AreEqual(1, channel1.PublishedMessages.Count);
Assert.AreSame(msg1, channel1.PublishedMessages[0]);
MockChannel <TestMessage2> channel2 = distributedMemoryManagerMock.CreatedChannels[channel2Name] as MockChannel <TestMessage2>;
Assert.IsNotNull(channel2, "{0} was not found", channel2Name);
Assert.AreEqual(1, channel2.PublishedMessages.Count);
Assert.AreSame(msg2, channel2.PublishedMessages[0]);
}
public void Test_AddOrUpdateMessage_Merge_FlushChannelMessages()
{
TestMessage1 msg11 = new TestMessage1();
msg11.Data.Add(100);
msg11.Data.Add(200);
TestMessage1 msg12 = new TestMessage1();
msg12.Data.Add(300);
msg12.Data.Add(400);
string channel1Name = "TestChannel1";
TestMessage2 msg21 = new TestMessage2();
msg21.Data.Add(1000);
msg21.Data.Add(2000);
TestMessage2 msg22 = new TestMessage2();
msg22.Data.Add(3000);
msg22.Data.Add(4000);
msg22.Data.Add(5000);
string channel2Name = "TestChannel2";
// Setup the mocks
MockDistributedMemoryManager distributedMemoryManagerMock = new MockDistributedMemoryManager();
DeferredChannelMessageContextEntry entry = new DeferredChannelMessageContextEntry(distributedMemoryManagerMock);
entry.AddOrUpdateMessage(channel1Name, msg11, (e, n) => e.Data.UnionWith(n.Data));
entry.AddOrUpdateMessage(channel1Name, msg12, (e, n) => e.Data.UnionWith(n.Data)); // This will merge
entry.AddOrUpdateMessage(channel2Name, msg21, (e, n) => e.Data.UnionWith(n.Data));
entry.AddOrUpdateMessage(channel2Name, msg22, (e, n) => e.Data.UnionWith(n.Data)); // This will merge
entry.FlushMessages();
TestMessage1 msg1Out;
TestMessage2 msg2Out;
Assert.IsFalse(entry.TryGetMessage(channel1Name, out msg1Out), "Channel1 should have no messages");
Assert.IsFalse(entry.TryGetMessage(channel2Name, out msg2Out), "Channel2 should have no messages");
// Validation
MockChannel <TestMessage1> channel1 = distributedMemoryManagerMock.CreatedChannels[channel1Name] as MockChannel <TestMessage1>;
Assert.IsNotNull(channel1, "{0} was not found", channel1Name);
Assert.AreEqual(1, channel1.PublishedMessages.Count); // Should still have only one message as it has been merged
SortedSet <int> msg1Data = new SortedSet <int>();
msg1Data.UnionWith(msg11.Data);
msg1Data.UnionWith(msg12.Data);
Assert.AreEqual(msg1Data.Count, channel1.PublishedMessages[0].Data.Count);
Assert.IsTrue(channel1.PublishedMessages[0].Data.SetEquals(msg1Data));
MockChannel <TestMessage2> channel2 = distributedMemoryManagerMock.CreatedChannels[channel2Name] as MockChannel <TestMessage2>;
Assert.IsNotNull(channel2, "{0} was not found", channel2Name);
Assert.AreEqual(1, channel2.PublishedMessages.Count); // Should still have only one message as it has been merged
SortedSet <int> msg2Data = new SortedSet <int>();
msg2Data.UnionWith(msg21.Data);
msg2Data.UnionWith(msg22.Data);
Assert.AreEqual(msg2Data.Count, channel2.PublishedMessages[0].Data.Count);
Assert.IsTrue(channel2.PublishedMessages[0].Data.SetEquals(msg2Data));
}
public TestDataspace(string name, DateTime creation)
: base(name)
{
Logger = LogManager.GetLogger(GetType());
RootProperty = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("a48c9c25-1e3a-43c8-be6a-044224cc69cb"),
Title = "property",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "unitless",
};
Velocity = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("d80b7b4d-f51d-4821-b1db-c595f18c51db"),
Title = "velocity",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "length per time",
};
PenetrationRate = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("d2b70df2-6df3-4751-bd02-150e3fc96450"),
Title = "penetration rate",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "length per time",
};
AvgPenetrationRate = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("7fbf2718-f45a-444e-ae3c-17f79f8817e2"),
Title = "avg penetration rate",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "length per time",
};
Force = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("a5789b56-72a3-4561-b906-b5ba13852c23"),
Title = "force",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "force",
};
Load = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("3bf92c0b-b712-4128-b7bc-b21e0270d9be"),
Title = "load",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "force",
};
HookLoad = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("d0a7c1c5-73da-45b5-a762-eb49721d91e9"),
Title = "hook load",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "force",
};
Length = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("4a305182-221e-4205-9e7c-a36b06fa5b3d"),
Title = "length",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "length",
};
Depth = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("4364b378-899a-403a-8401-b06abd4fc0cf"),
Title = "depth",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "length",
};
MeasuredDepth = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("c48c65d4-9680-4d10-903c-a1b2e30f66b5"),
Title = "measured depth",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "length",
};
Time = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("3a72f130-4ebf-4ea9-a330-a610a4e4ed0e"),
Title = "time",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "time",
};
AbsoluteTime = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("df21fba2-fe8c-4d66-9a73-fbd0e6013abb"),
Title = "absolute time",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "time",
};
TimeStamp = new MockPropertyKind
{
Dataspace = this,
Uuid = Guid.Parse("6a2ecc9b-7561-41eb-8c6d-adf83538c085"),
Title = "time stamp",
Creation = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
LastUpdate = DateTime.Parse("2016-12-09T17:30:47Z").ToUniversalTime(),
IsAbstract = "false",
QuantityClass = "time",
};
Velocity.SetParent(RootProperty, creation);
PenetrationRate.SetParent(Velocity, creation);
AvgPenetrationRate.SetParent(PenetrationRate, creation);
Force.SetParent(RootProperty, creation);
Load.SetParent(Force, creation);
HookLoad.SetParent(Load, creation);
Length.SetParent(RootProperty, creation);
Depth.SetParent(Length, creation);
MeasuredDepth.SetParent(Depth, creation);
Time.SetParent(RootProperty, creation);
AbsoluteTime.SetParent(Time, creation);
TimeStamp.SetParent(AbsoluteTime, creation);
Well01 = new MockWell
{
Dataspace = this,
Title = "Well 01",
Creation = creation,
LastUpdate = creation,
};
Well02 = new MockWell
{
Dataspace = this,
Title = "Well 02",
Creation = creation,
LastUpdate = creation,
};
Wellbore01 = new MockWellbore
{
Dataspace = this,
Title = "Wellbore 01",
Creation = creation,
LastUpdate = creation,
};
Wellbore01.SetWell(Well01, creation);
Wellbore02 = new MockWellbore
{
Dataspace = this,
Title = "Wellbore 02",
Creation = creation,
LastUpdate = creation,
};
Wellbore02.SetWell(Well01, creation);
Wellbore03 = new MockWellbore
{
Dataspace = this,
Title = "Wellbore 03 - Deleted Periodically",
Creation = creation,
LastUpdate = creation,
};
Wellbore03.SetWell(Well01, creation);
Wellbore04 = new MockWellbore
{
Dataspace = this,
Title = "Wellbore 04 - Permanently Deleted",
Creation = creation,
LastUpdate = creation,
};
Wellbore04.SetWell(Well01, creation);
Wellbore05 = new MockWellbore
{
Dataspace = this,
Title = "Wellbore 05 - Automatic Subscription",
Creation = creation,
LastUpdate = creation,
};
Wellbore05.SetWell(Well01, creation);
TimeChannel01 = new MockChannel(true)
{
Dataspace = this,
Title = "Average ROP",
Creation = creation,
LastUpdate = creation,
ChannelPropertyKind = AvgPenetrationRate,
Mnemonic = "ROPA",
Uom = "m/h",
};
TimeChannel01.SetWellbore(Wellbore01, creation);
TimeChannel02 = new MockChannel(true)
{
Dataspace = this,
Title = "Hook Load",
Creation = creation,
LastUpdate = creation,
ChannelPropertyKind = HookLoad,
Mnemonic = "HKLD",
Uom = "10 kN",
};
TimeChannel02.SetWellbore(Wellbore01, creation);
TimeChannel03 = new MockChannel(true)
{
Dataspace = this,
Title = "Bit Depth - Periodically Deleted",
Creation = creation,
LastUpdate = creation,
ChannelPropertyKind = MeasuredDepth,
Mnemonic = "BDEP",
Uom = "m",
};
TimeChannel03.SetWellbore(Wellbore01, creation);
TimeChannel04 = new MockChannel(true)
{
Dataspace = this,
Title = "Hole Depth - Periodically Unjoined",
Creation = creation,
LastUpdate = creation,
ChannelPropertyKind = MeasuredDepth,
Mnemonic = "HDEP",
Uom = "m",
};
TimeChannel04.SetWellbore(Wellbore01, creation);
TimeChannelSet01 = new MockChannelSet
{
Dataspace = this,
Title = "Time ChannelSet 01",
Creation = creation,
LastUpdate = creation,
};
TimeChannelSet01.SetWellbore(Wellbore01, creation);
TimeChannel01.JoinContainer(TimeChannelSet01, creation);
TimeChannel02.JoinContainer(TimeChannelSet01, creation);
TimeChannel03.JoinContainer(TimeChannelSet01, creation);
TimeChannel04.JoinContainer(TimeChannelSet01, creation);
DepthChannel01 = new MockChannel(false)
{
Dataspace = this,
Title = "Average ROP",
Creation = creation,
LastUpdate = creation,
ChannelPropertyKind = AvgPenetrationRate,
Mnemonic = "ROPA",
Uom = "m/h",
};
DepthChannel01.SetWellbore(Wellbore01, creation);
DepthChannel02 = new MockChannel(false)
{
Dataspace = this,
Title = "Hook Load",
Creation = creation,
LastUpdate = creation,
ChannelPropertyKind = HookLoad,
Mnemonic = "HKLD",
Uom = "10 kN",
};
DepthChannel02.SetWellbore(Wellbore01, creation);
DepthChannelSet01 = new MockChannelSet
{
Dataspace = this,
Title = "Depth ChannelSet 01",
Creation = creation,
LastUpdate = creation,
};
DepthChannelSet01.SetWellbore(Wellbore01, creation);
DepthChannel01.JoinContainer(DepthChannelSet01, creation);
DepthChannel02.JoinContainer(DepthChannelSet01, creation);
var objects = new List <MockObject>
{
Well01,
Well02,
Wellbore01,
Wellbore02,
Wellbore03,
Wellbore05,
RootProperty,
Velocity,
PenetrationRate,
AvgPenetrationRate,
Force,
Load,
HookLoad,
Length,
Depth,
MeasuredDepth,
Time,
AbsoluteTime,
TimeStamp,
TimeChannelSet01,
TimeChannel01,
TimeChannel02,
TimeChannel03,
TimeChannel04,
DepthChannelSet01,
DepthChannel01,
DepthChannel02,
};
Objects.Clear();
foreach (var @object in objects)
{
Objects[@object.Uuid] = @object;
@object.Create(creation);
}
var deletedObjects = new List <MockObject>
{
Wellbore04,
};
DeletedObjects.Clear();
foreach (var deletedObject in deletedObjects)
{
DeletedObjects[deletedObject.Uuid] = deletedObject;
}
Witsml = new MockFamily
{
Dataspace = this,
Title = "WITSML Store (2.0)",
Type = MockWitsmlObject.Type,
};
Eml = new MockFamily
{
Dataspace = this,
Title = "EML Common (2.1)",
Type = MockCommonObject.Type,
};
var families = new List <MockFamily> {
Witsml, Eml
};
Families.Clear();
Families.AddRange(families);
}
