package prop.`in`.`companion`.indirect.twice

class Test {
    fun test() {
        val x = <expr>oneMore</expr>
    }
    companion object {
        // effectively constant
        val someField = "something"
        val indirectPointer = someField
        val oneMore = indirectPointer
    }

something to copy...

Something to copy...

@CacheableTask
class MyCacheableTask extends DefaultTask {
    @InputFile
    @PathSensitive(PathSensitivity.NONE)
    File inputFile
    @OutputFile
    File outputFile

    @TaskAction
    void doSomething() {
        outputFile.text = inputFile.text
    }

        InputStream doSomething(Object param)
        InputStream doSomething(Object param, Object other)
    }

    @Managed
    interface ManagedTypeExtendingUnmanagedTypeWithOverloadedMethod extends UnmanagedSuperTypeWithOverloadedMethod {
        @Override ByteArrayInputStream doSomething(Object param)
        @Override ByteArrayInputStream doSomething(Object param, Object other)
    }

#ifndef COMMON_HEADER_${sourceIdx}_H
#define COMMON_HEADER_${sourceIdx}_H

// TODO: Actually do something in this common header

// fmt.Sprintf (instead of the correct 253 one). But the data
// structure at runtime actually has 253 nesting levels. So we end up
// calling String on something that is of type [][]*pwn instead of
// something of type *pwn. The way arg passing in Go works, the
// backing store pointer for the outer slice becomes the "this"
// pointer of the String method, which points to the inner []*pwn

-- go.mod --
module testrace

go 1.16
-- race_test.go --
package testrace

import "testing"

func TestRace(t *testing.T) {
	helperDone := make(chan struct{})
	go func() {
		t.Logf("Something happened before cleanup.")
		close(helperDone)
	}()

	t.Cleanup(func() {
		<-helperDone
	})

package prop.`in`.`companion`.indirect

class Test {
    fun test() {
        val x = <expr>indirectPointer</expr>
    }
    companion object {
        // effectively constant
        val someField = "something"
        val indirectPointer = someField
    }

	// the subtrees. It is allowed to mutate s. Return true if something has been changed.
	// +optional
	Structural func(s *Structural) bool
	// NestedValueValidation is called on each NestedValueValidation node in the schema,
	// before recursing into subtrees. It is allowed to mutate vv. Return true if something
	// has been changed.
	// +optional
	NestedValueValidation func(vv *NestedValueValidation) bool
}