public async Task InspectMemoryGraph_ProducesExpectedOutput(string resourceName)
{
var code = TestCode.FromResource(resourceName);
var output = await ContainerTestDriver.CompileAndExecuteAsync(code.Original);
code.AssertIsExpected(RemoveFlowJson(output), _testOutputHelper);
}
//[InlineData("Output.Inspect.Heap.Null.cs2output"/*, true*/)]
public async Task InspectHeap_ProducesExpectedOutput(string resourceName /*, bool allowExceptions = false*/)
{
var code = TestCode.FromResource(resourceName);
var output = await ContainerTestDriver.CompileAndExecuteAsync(code.Original);
code.AssertIsExpected(RemoveFlowJson(output), _testOutputHelper);
}
public async Task SlowUpdate_ExecutesFSharp()
{
var code = @"
open System
printf ""Test""
";
var output = await ContainerTestDriver.CompileAndExecuteAsync(code, LanguageNames.FSharp);
Assert.Equal("Test", output);
}
public async Task SlowUpdate_ExecutesFSharp_WithExplicitEntryPoint()
{
var code = @"
open System
[<EntryPoint>]
let main argv =
printf ""Test""
0
";
var output = await ContainerTestDriver.CompileAndExecuteAsync(code, LanguageNames.FSharp);
Assert.Equal("Test", output);
}
public async Task Flow_IncludesExpectedValues(string resourceName)
{
var code = LoadCodeFromResource(resourceName);
var cleanCodeLines = code.Split("\r\n")
.Select(line => Regex.Replace(line, @"//.+$", ""));
var output = await ContainerTestDriver.CompileAndExecuteAsync(code);
var valuesByLineNumber = ExtractAndGroupFlowValueStepsByLineNumber(output);
var resultCode = string.Join("\r\n", cleanCodeLines.Select(
(line, index) => line + (valuesByLineNumber.TryGetValue(index + 1, out var values) ? $"// [{values}]" : "")
));
Assert.Equal(code, resultCode);
}
public async Task Inspect_ProducesExpectedOutput(string code, string expectedOutput)
{
var output = await ContainerTestDriver.CompileAndExecuteAsync(code);
Assert.Equal(expectedOutput, RemoveFlowJson(output));
}
