public void Empty_standard_out_with_instrumentation_remains_empty_after_extraction()
{
InstrumentedOutputExtractor.ExtractOutput(
new[] {
_sentinel,
#region variableLocation
@"
{
""variableLocations"": [
{
""name"": ""b"",
""locations"": [
{
""startLine"": 12,
""startColumn"": 16,
""endLine"": 12,
""endColumn"": 21
}
],
""declaredAt"": {
""start"": 176,
""end"": 181
}
}
]
}",
#endregion
_sentinel + _sentinel,
#region programState
@"
{
""filePosition"": {
""line"": 12,
""character"": 12,
""file"": ""Program.cs""
},
""stackTrace"": "" at FibonacciTest.Program.Main()\r\n "",
""locals"": [
{
""name"": ""a"",
""value"": ""4"",
""declaredAt"": {
""start"": 153,
""end"": 154
}
}
],
""parameters"": [],
""fields"": []
}
",
#endregion
_sentinel
}
).StdOut.Count().Should().Be(0);
}
private static async Task <RunResult> RunConsoleAsync(
Package package,
IEnumerable <SerializableDiagnostic> diagnostics,
Budget budget,
string requestId,
bool includeInstrumentation,
string commandLineArgs)
{
var dotnet = new Dotnet(package.Directory);
var commandName = $@"""{package.EntryPointAssemblyPath.FullName}""";
var commandLineResult = await dotnet.Execute(
commandName.AppendArgs(commandLineArgs),
budget);
budget.RecordEntry(UserCodeCompleted);
var output = InstrumentedOutputExtractor.ExtractOutput(commandLineResult.Output);
if (commandLineResult.ExitCode == 124)
{
throw new BudgetExceededException(budget);
}
string exceptionMessage = null;
if (commandLineResult.Error.Count > 0)
{
exceptionMessage = string.Join(Environment.NewLine, commandLineResult.Error);
}
var runResult = new RunResult(
succeeded: true,
output: output.StdOut,
exception: exceptionMessage,
diagnostics: diagnostics,
requestId: requestId);
if (includeInstrumentation)
{
runResult.AddFeature(output.ProgramStatesArray);
runResult.AddFeature(output.ProgramDescriptor);
}
return(runResult);
}
public void Empty_standard_out_remains_empty_after_extraction()
{
InstrumentedOutputExtractor.ExtractOutput(new string[] { })
.StdOut.Count().Should().Be(0);
}
public InstrumentedOutputExtractorTests()
{
var normalizedOutput = instrumentedProgramOutput.Select(line => line.EnforceLF()).ToArray();
splitOutput = InstrumentedOutputExtractor.ExtractOutput(normalizedOutput);
}