abstract class MyWorkerTask extends DefaultTask {
    @Input
    abstract Property<Boolean> getBooleanFlag()

    @Inject
    abstract WorkerExecutor getWorkerExecutor()

    @TaskAction
    void doThings() {
        workerExecutor.noIsolation().submit(MyWorkAction) {}
    }
}

tasks.register("myWorkTask", MyWorkerTask) {}
// end::worker-executor[]

// tag::file-system[]

        buildFile << """
            test {
              include 'FooTest*'
              def cls = "FooTest"
              filter {
                includeTestsMatching "\${cls}.passOne" //make sure GStrings work
                includeTestsMatching "\${cls}.passTwo"
              }
            }
        """
        file("src/test/java/FooTest.java") << """
            ${testFrameworkImports}

    }


    /*
     * Groovy manipulates the JVM to let GString extend String.
     * Whenever we have a Set or Map containing Strings, it might also
     * contain GStrings. This breaks deserialization on the client.
     * This method forces GString to String conversion.
     */
    private static String convertGString(CharSequence original) {
        return original.toString();
    }

        failure.assertHasCause("Cannot fingerprint input property 'b': value 'xxx' cannot be serialized.")
    }

    @ToBeFixedForConfigurationCache(skip = INVESTIGATE)
    def "deals gracefully with not serializable contents of GStrings"() {
        buildFile << """
            task foo {
                inputs.property "a", "hello \${new Foo()}"
                outputs.file "foo.txt"
                doLast { file("foo.txt") << "" }
            }

    }

    def "reports build logic reading environment variables with getenv(String) using GString parameters"() {
        // Note that the map returned from System.getenv() doesn't support GStrings as keys, so there is no point in testing it.
        buildFile << '''
            def ci = "ci"
            def value = "value"
            println "CI1 = " + System.getenv("${ci.toUpperCase()}1")
        '''

		// and used as the new base register and the offset field in the instruction
		// can be set to zero.

		// This same problem can happen with gostrings since the final offset is not
		// known yet, but could be unaligned after the relocation is resolved.
		// So gostrings are handled the same way.

		// This allows the MOVDload and MOVWload to be generated in more cases and

// See Ge Nong, Sen Zhang, and Wai Hong Chen,
// "Two Efficient Algorithms for Linear Time Suffix Array Construction",
// especially section 3 (https://ieeexplore.ieee.org/document/5582081).
// See also http://zork.net/~st/jottings/sais.html.
//
// With optimizations inspired by Yuta Mori's sais-lite
// (https://sites.google.com/site/yuta256/sais).
//
// And with other new optimizations.

}

type G int

func (g G) GoString() string {
	return Sprintf("GoString(%d)", int(g))
}

type S struct {
	F F // a struct field that Formats
	G G // a struct field that GoStrings
}

type SI struct {
	I any
}

// P is a type with a String method with pointer receiver for testing %p.
type P int

var pValue P

func (p *P) String() string {
	return "String(p)"