return newInvocation("compiling ".concat(sourceFile.getName()), objectDir, buildPerFileArgs(genericArgs, sourceArgs, outputArgs, pchArgs), spec.getOperationLogger());
    }

    protected Iterable<String> buildPerFileArgs(List<String> genericArgs, List<String> sourceArgs, List<String> outputArgs, List<String> pchArgs) {
        return Iterables.concat(genericArgs, pchArgs, sourceArgs, outputArgs);
    }

                    genericArgs.add(sourceFile.getAbsolutePath());
                }
                if (null != spec.getModuleName()) {
                    genericArgs.add("-module-name");
                    genericArgs.add(spec.getModuleName());
                    genericArgs.add("-emit-module-path");
                    genericArgs.add(spec.getModuleFile().getAbsolutePath());
                }

    }

    def "check that position sensitive arguments are in the right order"() {
        given:
        def genericArgs = [ '/nologo' ]
        def sourceArgs = [ 'path/to/source.rc' ]
        def outputArgs = [ 'path/to/output.res' ]
        def compiler = getCompiler()
        expect:
        compiler.buildPerFileArgs(genericArgs, sourceArgs, outputArgs, []) as List == [ '/nologo', 'path/to/output.res', 'path/to/source.rc' ]
    }

        where:
        method        | desc
        "noArgs"      | 'noArgs()'
        "oneArg"      | 'oneArg(String)'
        "twoArgs"     | 'twoArgs(String, String)'
        "genericArgs" | 'genericArgs(List<String>, Map<Integer, List<String>>)'
    }

    def "inner classes are described"() {
        when:
        def sb = new StringBuilder()

    }

    @Override
    protected Iterable<String> buildPerFileArgs(List<String> genericArgs, List<String> sourceArgs, List<String> outputArgs, List<String> pchArgs) {
        if (pchArgs != null && !pchArgs.isEmpty()) {

    }

    def "check that position sensitive arguments are in the right order"() {
        given:
        def genericArgs = [ '/c' ]
        def sourceArgs = [ 'path/to/source.s' ]
        def outputArgs = [ 'path/to/output.o' ]
        def compiler = getCompiler()
        expect:
        compiler.buildPerFileArgs(genericArgs, sourceArgs, outputArgs, []) as List == [ 'path/to/output.o', '/c', 'path/to/source.s' ]
    }

    protected Iterable<String> buildPerFileArgs(List<String> genericArgs, List<String> sourceArgs, List<String> outputArgs, List<String> pchArgs) {
        if (pchArgs != null && !pchArgs.isEmpty()) {
            throw new UnsupportedOperationException("Precompiled header arguments cannot be specified for an Assembler compiler.");
        }
        return super.buildPerFileArgs(genericArgs, sourceArgs, outputArgs, pchArgs);
    }

    }

    @Override
    protected Iterable<String> buildPerFileArgs(List<String> genericArgs, List<String> sourceArgs, List<String> outputArgs, List<String> pchArgs) {
        if (pchArgs != null && !pchArgs.isEmpty()) {

		if first {
			first = false
		} else {
			rst.writeString(", ")
		}
		rst.genericArg()
	}
}

// genericArg parses:
//
//	<generic-arg> = <lifetime>
//	              | <type>
//	              | "K" <const> // forward-compat for const generics
//	<lifetime> = "L" <base-62-number>
func (rst *rustState) genericArg() {
	if len(rst.str) < 1 {
		rst.fail("expected generic-arg")
	}

				for len(targs) < len(tparams) {
					targs = append(targs, nil)
				}
				genericArgs = append(genericArgs, i)
			}
		}
	}
	assert(len(tparams) == len(targs))

	// at the moment we only support implicit instantiations of argument functions
	_ = len(genericArgs) > 0 && check.verifyVersionf(args[genericArgs[0]], go1_21, "implicitly instantiated function as argument")