// We are linking the final executable, so we
				// can optimize any TLS IE relocation to LE.
				if thearch.TLSIEtoLE == nil {
					log.Fatalf("internal linking of TLS IE not supported on %v", target.Arch.Family)
				}
				thearch.TLSIEtoLE(P, int(off), int(siz))
				o = int64(syms.Tlsoffset)
			} else {
				log.Fatalf("cannot handle R_TLS_IE (sym %s) when linking internally", ldr.SymName(s))
			}

        installation("build/install/main").exec().out == "Hello!"
    }

    @ToBeFixedForConfigurationCache
    def "can customize binaries before and after linking"() {
        def helloWorldApp = new CppHelloWorldApp()
        given:
        buildFile << '''
apply plugin: 'cpp'

model {
    components {
        main(NativeExecutableSpec)
    }

`__variant__LinkElements` (e.g. `debugLinkElements` and `releaseLinkElements`) extends `main__Variant__Implementation`::
Used for linking against the library.
This configuration is meant to be used by consumers, to retrieve all the elements necessary to link against the library.

		p.Internal.Ldflags = load.BuildLdflags.For(p)
		p.Internal.Gccgoflags = load.BuildGccgoflags.For(p)

		// Add implicit dependencies to pkgs list.
		// Currently buildmode=shared forces external linking mode, and
		// external linking mode forces an import of runtime/cgo (and
		// math on arm). So if it was not passed on the command line and
		// it is not present in another shared library, add it here.

		t.Skipf("skipping on %s/%s, PIE buildmode not supported", runtime.GOOS, runtime.GOARCH)
	}
	if !platform.InternalLinkPIESupported(runtime.GOOS, runtime.GOARCH) {
		// require cgo on platforms that PIE needs external linking
		testenv.MustHaveCGO(t)
	}
	t.Parallel()
	testDisasm(t, "fmthello.go", false, false, "-buildmode=pie")
}

func TestDisasmGoobj(t *testing.T) {
	mustHaveDisasm(t)
	testenv.MustHaveGoBuild(t)

# build directive, in the build. Set it to 0 to ignore them.
#
# GO_EXTLINK_ENABLED: Set to 1 to invoke the host linker when building
# packages that use cgo.  Set to 0 to do all linking internally.  This
# controls the default behavior of the linker's -linkmode option.  The
# default value depends on the system.
#
# GO_LDSO: Sets the default dynamic linker/loader (ld.so) to be used
# by the internal linker.

		isgotype := d.ldr.IsGoType(symIdx)
		relocs := d.ldr.Relocs(symIdx)
		var usedInIface bool

		if isgotype {
			if d.dynlink {
				// When dynamic linking, a type may be passed across DSO
				// boundary and get converted to interface at the other side.
				d.ldr.SetAttrUsedInIface(symIdx, true)
			}
			usedInIface = d.ldr.AttrUsedInIface(symIdx)
		}

// issue #31912 or https://bugs.llvm.org/show_bug.cgi?id=42442.
//
// When doing external linking, we hand everything off to the external
// linker, which will create its own dynamic symbol tables. For
// internal linking, this may turn weak imports into strong imports,
// which could cause dynamic linking to fail if a symbol really isn't
// defined. However, the standard library depends on everything it

					// Static cgo exports appear
					// in the exported symbol table.
					ctxt.dynexp = append(ctxt.dynexp, s)
				}
				if ctxt.LinkMode == LinkInternal {
					// For internal linking, we're
					// responsible for resolving
					// relocations from host objects.
					// Record the right Go symbol
					// version to use.
					l.AddCgoExport(s)
				}
				l.SetAttrCgoExportStatic(s, true)

			if sect.Name == ".debug_abbrev" {
				dwsize = uint64(ldr.SymSize(loader.Sym(sect.Sym)))

			}
		} else {
			// There is only one .FILE with external linking.
			dwsize = sect.Length
		}

		// get XCOFF name
		name, _ := xcoffGetDwarfSubtype(sect.Name)
		s := &XcoffSymEnt64{
			Nvalue:  currDwscnoff[sect.Name],
			Noffset: uint32(f.stringTable.add(name)),