protected static void EmitAndAssertDisassembly(string source, string expected)
{
var sourceMethod = MethodAssembler.Assemble(source, "Test::Method");
var disassemblyWriter = new StringWriter();
var codeGen = new WindowsX64CodeGenerator(Stream.Null, disassemblyWriter);
codeGen.EmitMethod(sourceMethod, 0, false, null);
Assert.That(disassemblyWriter.ToString().Replace("\r\n", "\n").Trim(),
Is.EqualTo(expected.Replace("\r\n", "\n").Trim()));
}
public void Debug_log_contains_method_and_register_dump()
{
const string source = @"
; #0 int32 param
BB_0:
Return #0";
using (var dumpWriter = new StringWriter())
{
var codeGen = new WindowsX64CodeGenerator(Stream.Null, null);
codeGen.EmitMethod(MethodAssembler.Assemble(source, "Test::Method"), 0, false, dumpWriter);
var dumpString = dumpWriter.ToString();
// Dumped LIR
Assert.That(dumpString, Contains.Substring("Return 2 0 0 -> 0"));
// Locals
// #0 has no forced position, the others have
Assert.That(dumpString, Contains.Substring("; #0 int32 [?]"));
Assert.That(dumpString, Contains.Substring("; #1 int32 [rcx]"));
Assert.That(dumpString, Contains.Substring("; #2 int32 [rax]"));
}
}
