public void ExitCodesThrowBeforeChildrenExit()
{
var si = new ProcessPipelineStartInfo()
{
StdInputRedirection = InputRedirection.InputPipe,
};
si.Add(TestUtil.TestChildPath, new[] { "EchoBack" });
si.Add(TestUtil.TestChildPath, new[] { "EchoBack" });
si.Add(TestUtil.TestChildPath, new[] { "EchoBack" });
using (var sut = ProcessPipeline.Start(si))
{
Assert.Throws <InvalidOperationException>(() => sut.IsSuccessful);
Assert.Throws <InvalidOperationException>(() => sut.GetExitCodes());
Assert.Throws <InvalidOperationException>(() => sut.ExitCode);
sut.StandardInput.Close();
sut.WaitForExit();
Assert.True(sut.IsSuccessful);
Assert.Equal(0, sut.ExitCode);
Assert.Equal(new int?[] { 0, 0, 0 }, sut.GetExitCodes());
}
}
public async Task CorrectlyConnectOutputPipes()
{
{
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.OutputPipe,
StdErrorRedirection = OutputRedirection.ErrorPipe,
};
si.Add(TestUtil.TestChildPath, "EchoOutAndError");
si.Add(TestUtil.TestChildPath, "EchoBack");
si.Add(TestUtil.TestChildPath, "EchoBack");
using (var sut = ProcessPipeline.Start(si))
{
await ChildProcessAssert.CorrectlyConnectsPipesAsync(sut, "TestChild.Out", "TestChild.Error");
}
}
{
// invert stdout and stderr
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.ErrorPipe,
StdErrorRedirection = OutputRedirection.OutputPipe,
};
si.Add(TestUtil.TestChildPath, "EchoOutAndError");
si.Add(TestUtil.TestChildPath, "EchoBack");
si.Add(TestUtil.TestChildPath, "EchoBack");
using (var sut = ProcessPipeline.Start(si))
{
await ChildProcessAssert.CorrectlyConnectsPipesAsync(sut, "TestChild.Error", "TestChild.Out");
}
}
}
public void CanObtainExitCodes()
{
{
var si = new ProcessPipelineStartInfo();
si.Add(TestUtil.TestChildPath, "ExitCode", "0");
si.Add(TestUtil.TestChildPath, "ExitCode", "0");
si.Add(TestUtil.TestChildPath, "ExitCode", "0");
using (var sut = ProcessPipeline.Start(si))
{
sut.WaitForExit();
Assert.True(sut.IsSuccessful);
Assert.Equal(0, sut.ExitCode);
}
}
{
var si = new ProcessPipelineStartInfo();
si.Add(TestUtil.TestChildPath, "ExitCode", "0");
si.Add(TestUtil.TestChildPath, "ExitCode", "1");
si.Add(TestUtil.TestChildPath, "ExitCode", "-1");
using (var sut = ProcessPipeline.Start(si))
{
sut.WaitForExit();
Assert.False(sut.IsSuccessful);
Assert.Equal(-1, sut.ExitCode);
Assert.Equal(new int?[] { 0, 1, -1 }, sut.GetExitCodes());
}
}
}
public void CanCreateChildProcess()
{
{
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.OutputPipe,
};
si.Add(TestUtil.TestChildPath);
using (var sut = ProcessPipeline.Start(si))
{
ChildProcessAssert.CanCreateChildProcess(sut);
}
}
{
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.OutputPipe,
};
si.Add(TestUtil.TestChildPath);
si.Add(TestUtil.TestChildPath, "EchoBack");
using (var sut = ProcessPipeline.Start(si))
{
ChildProcessAssert.CanCreateChildProcess(sut);
}
}
}
public void ReportsCreationFailure()
{
var si = new ProcessPipelineStartInfo();
si.Add(TestUtil.TestChildPath, "ExitCode", "0");
si.Add("nonexistentfile");
si.Add(TestUtil.TestChildPath, "ExitCode", "0");
using (var sut = ProcessPipeline.Start(si))
{
sut.WaitForExit();
Assert.Equal(new int?[] { 0, null, 0 }, sut.GetExitCodes());
}
}
private static ProcessPipeline CreateForWaitForExitTest()
{
var si = new ProcessPipelineStartInfo()
{
StdInputRedirection = InputRedirection.InputPipe,
StdOutputRedirection = OutputRedirection.NullDevice,
};
si.Add(TestUtil.TestChildPath, "EchoBack");
si.Add(TestUtil.TestChildPath, "EchoBack");
si.Add(TestUtil.TestChildPath, "EchoBack");
return(ProcessPipeline.Start(si));
}
public void ProcessPipelineWaitForAsyncIsTrulyAsynchronous()
{
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.NullDevice,
StdErrorRedirection = OutputRedirection.NullDevice,
};
si.Add(TestUtil.TestChildPath, "Sleep", "1000");
si.Add(TestUtil.TestChildPath, "Sleep", "1000");
using (var sut = ProcessPipeline.Start(si))
{
WaitForAsyncIsTrulyAsynchronous(sut);
}
}
public async Task PipesAreAsynchronous()
{
var si = new ProcessPipelineStartInfo()
{
StdInputRedirection = InputRedirection.InputPipe,
StdOutputRedirection = OutputRedirection.OutputPipe,
StdErrorRedirection = OutputRedirection.ErrorPipe,
};
si.Add(TestUtil.TestChildPath, "EchoBack");
si.Add(TestUtil.TestChildPath, "EchoBack");
si.Add(TestUtil.TestChildPath, "EchoBack");
using (var sut = ProcessPipeline.Start(si))
{
await ChildProcessAssert.PipesAreAsynchronousAsync(sut);
}
}
public void ProcessPipelineWaitForAsyncIsTrulyAsynchronous()
{
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.NullDevice,
StdErrorRedirection = OutputRedirection.NullDevice,
};
si.Add(TestUtil.DotnetCommand, TestUtil.TestChildPath, "Sleep", "1000");
si.Add(TestUtil.DotnetCommand, TestUtil.TestChildPath, "Sleep", "1000");
using (var sut = ProcessPipeline.Start(si))
{
WaitForAsyncIsTrulyAsynchronous(sut);
sut.WaitForExit();
Assert.True(sut.IsSuccessful);
}
}
public async Task RedirectBothOutput()
{
var si = new ProcessPipelineStartInfo()
{
StdOutputRedirection = OutputRedirection.OutputPipe,
};
si.Add(ProcessPipelineItemFlags.RedirectBothOutput, TestUtil.TestChildPath, "EchoOutAndError");
si.Add(new ProcessPipelineItem(TestUtil.TestChildPath, "EchoBack"));
using (var sut = ProcessPipeline.Start(si))
using (var sr = new StreamReader(sut.StandardOutput))
{
var output = await sr.ReadToEndAsync();
sut.WaitForExit();
Assert.Equal("TestChild.OutTestChild.Error", output);
}
}
