}

    void assertHasDebugSymbols() {
        assert listSymbols().find { it.name.contains(".debug_line") } != null
    }

    void assertDoesNotHaveDebugSymbols() {
        assert listSymbols().find { it.name.contains(".debug_line") } == null
    }

		39: testpoint{
			name:   ".rdata$.refptr.__native_startup_lock",
			ok:     true,
			auxstr: "{Size:8 NumRelocs:1 NumLineNumbers:0 Checksum:0 SecNum:16 Selection:2 _:[0 0 0]}",
		},
		81: testpoint{
			name:   ".debug_line",
			ok:     true,
			auxstr: "{Size:994 NumRelocs:1 NumLineNumbers:0 Checksum:1624223678 SecNum:32 Selection:0 _:[0 0 0]}",
		},
		155: testpoint{
			name: ".file",
			ok:   false,

		idx = ex.IdxFromOffset(parentDie.Offset)
	}
}

// FileRef takes a given DIE by index and a numeric file reference
// (presumably from a decl_file or call_file attribute), looks up the
// reference in the .debug_line file table, and returns the proper
// string for it. We need to know which DIE is making the reference
// so as to find the right compilation unit.

        def debugMetadata = debug.parsedModuleMetadata
        debugMetadata.variants.size() == 2
        def debugLink = debugMetadata.variant('debugLink')
        debugLink.dependencies.empty
        debugLink.files.size() == 1
        debugLink.files[0].name == staticLibraryName('test')
        debugLink.files[0].url == withStaticLibrarySuffix("test_debug-1.2")
        def debugRuntime = debugMetadata.variant('debugRuntime')

func (t *PosTable) FileTable() []string {
	// Create a LUT of the global package level file indices. This table is what
	// is written in the debug_lines header, the file[N] will be referenced as
	// N+1 in the debug_lines table.
	fileLUT := make([]string, len(t.nameMap))
	for str, i := range t.nameMap {
		fileLUT[i] = str
	}
	return fileLUT