public void HasExecuteError_Abort()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
dynamic content = new System.Dynamic.ExpandoObject();
// Abort is considered deprecated as of Jupyter 5.1, but we are still going to ensure we handle it, in
// case there is an older kernel we need to interact with.
content.status = ExecuteStatus.Abort;
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = true,
ExecutionIndex = 1,
Request = new Message(null),
Response = new List <Message>()
{
new Message()
{
Content = content
}
}
});
Assert.IsTrue(client.HasExecuteError());
}
public void HasExecuteError_NonStandardContent()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
// The check expects an element named "status". We are going to have something different,
// and even though it's set to the error of a value, it's not actually a status error so
// the message should be flagged as okay.
dynamic content = new System.Dynamic.ExpandoObject();
content.test = ExecuteStatus.Error;
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = true,
ExecutionIndex = 1,
Request = new Message(null),
Response = new List <Message>()
{
new Message()
{
Content = content
}
}
});
Assert.IsFalse(client.HasExecuteError());
}
public void HasExecuteError_Empty()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
Assert.IsFalse(client.HasExecuteError());
}
public void ClearExecuteLog()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
client.StartChannels();
client.Execute("test");
client.ClearExecuteLog();
Assert.IsFalse(client.HasPendingExecute());
Assert.AreEqual(0, client.GetPendingExecuteCount());
}
public void TrackExecuteRequests()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
client.StartChannels();
client.Execute("test");
Assert.IsTrue(client.HasPendingExecute());
Assert.AreEqual(1, client.GetPendingExecuteCount());
client.Execute("test");
Assert.IsTrue(client.HasPendingExecute());
Assert.AreEqual(2, client.GetPendingExecuteCount());
}
public void GetExecuteErrors_AbandonedCode()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = false,
Abandoned = true,
ExecutionIndex = -1,
Request = new Message(null)
});
Assert.AreEqual(1, client.GetExecuteErrors().Count);
Assert.AreEqual(KernelClient.ABANDONED_CODE_ERROR_MESSAGE, client.GetExecuteErrors().First());
}
public void GetExecuteErrors_None()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = true,
ExecutionIndex = 1,
Request = new Message(null),
Response = new List <Message>()
{
GetErrorMessage(), GetErrorMessage()
}
});
Assert.AreEqual(0, client.GetExecuteErrors().Count);
}
public void HasExecuteError_AbandonedCode()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = false,
Abandoned = true,
ExecutionIndex = -1,
Request = new Message(null)
});
// If an execution request is flagged as abandoned, we consider that an error
// situation and will stop.
Assert.IsTrue(client.HasExecuteError());
}
public void HasExecuteError_MixedStatuses()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = true,
ExecutionIndex = 1,
Request = new Message(null),
Response = new List <Message>()
{
GetSuccessMessage(), GetErrorMessage(), GetErrorMessage(), GetSuccessMessage()
}
});
Assert.IsTrue(client.HasExecuteError());
}
public void GetExecuteErrors_MultipleWithEmpty()
{
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object);
Assert.IsFalse(client.HasExecuteError());
client.StartChannels();
client.ExecuteLog.Add("1", new ExecutionEntry()
{
Complete = true,
ExecutionIndex = 1,
Request = new Message(null),
Response = new List <Message>()
{
GetErrorMessage("Error message 1"), GetErrorMessage(), GetErrorMessage("Error message 2")
}
});
Assert.AreEqual(2, client.GetExecuteErrors().Count);
Assert.AreEqual("TestError: Error message 1", client.GetExecuteErrors().First());
Assert.AreEqual("TestError: Error message 2", client.GetExecuteErrors().Last());
}
public void IsAlive()
{
// I don't love that we have to change the kernel manager's status, but the underlying checks
// for the client rely on that status being set appropriately.
KernelManagerMock.SetupGet(x => x.IsAlive).Returns(false);
KernelManagerMock.SetupGet(x => x.HasKernel).Returns(false);
var client = new KernelClient(KernelManagerMock.Object, ChannelFactoryMock.Object, false);
Assert.IsFalse(client.IsAlive);
KernelManagerMock.SetupGet(x => x.IsAlive).Returns(true);
KernelManagerMock.SetupGet(x => x.HasKernel).Returns(true);
client.StartChannels();
Assert.IsTrue(client.IsAlive);
KernelManagerMock.SetupGet(x => x.IsAlive).Returns(false);
KernelManagerMock.SetupGet(x => x.HasKernel).Returns(false);
client.StopChannels();
Assert.IsFalse(client.IsAlive);
}