// 
PACKAGE c

IMPORTPATH
	testdata/c

IMPORTS
	a

FILENAMES
	testdata/c.go

TYPES
	// A (should see this) 
	type A struct{}

	// B (should see this) 
	type B struct{}

	// C (should see this) 
	type C struct{}

	// D (should see this) 
	type D struct{}

	// E1 (should see this) 
	type E1 struct{}

	// E (should see this for E2 and E3) 
	type E2 struct{}

// Package issue12839 is a go/doc test to test association of a ...
PACKAGE issue12839

IMPORTPATH
	testdata/issue12839

IMPORTS
	p

FILENAMES
	testdata/issue12839.go

FUNCTIONS
	// F1 should not be associated with T1 
	func F1() (*T1, *T2)

	// F10 should not be associated with T1. 
	func F10() (T1, T2, error)

	// F4 should not be associated with a type (same as F1) 
	func F4() (a T1, b T2)

// Package blank is a go/doc test for the handling of _. See issue ...
PACKAGE blank

IMPORTPATH
	testdata/blank

IMPORTS
	os

FILENAMES
	testdata/blank.go

CONSTANTS
	// T constants counting from unexported constants. 
	const (
		C1	T
		C2
	
		C3
	
		C4	int
	)

	// Constants with a single type that is not propagated. 
	const (
		Default		= 0644
		Useless		= 0312
		WideOpen	= 0777
	)

    methods without any arguments, so that program invocation doesn't need to
    track and explicitly pass asset filenames.

    This pass accepts an option `saved-model-dir`, which specifies the directory
    where SavedModel is stored. This is a required option because all asset
    filenames are relative to this directory.
  }];

  let constructor = "::mlir::tf_saved_model::CreateAssetSinkingPass(\"\")";

        thrown(DuplicateFileCopyingException)
    }


    void files(String... fileNames) {
        copySpecResolver.destPath >> new RelativePath(false, '/root')
        def fileTree = Mock(FileTree)
        copySpecResolver.getSource() >> fileTree
        fileTree.visit(_ as FileVisitor) >> { FileVisitor visitor ->
            fileNames.each { filename ->
                def fvd = Mock(FileVisitDetails) {

// 
PACKAGE d

IMPORTPATH
	testdata/d

FILENAMES
	testdata/d1.go
	testdata/d2.go

CONSTANTS
	// CBx constants should appear before CAx constants. 
	const (
		CB2	= iota	// before CB1
		CB1		// before CB0
		CB0		// at end
	)

	// CAx constants should appear after CBx constants. 
	const (
		CA2	= iota	// before CA1
		CA1		// before CA0
		CA0		// at end
	)

	// C0 should be first. 
	const C0 = 0

// Package generics contains the new syntax supporting generic ...
PACKAGE generics

IMPORTPATH
	testdata/generics

FILENAMES
	testdata/generics.go

FUNCTIONS
	// AnotherFunc has an implicit constraint interface.  Neither type ...
	func AnotherFunc[T ~struct{ f int }](_ struct{ f int })

	// Func has an instantiated constraint. 
	func Func[T Constraint[string, Type[int]]]()

	// Single is not a factory function. 

// Package generics contains the new syntax supporting generic ...
PACKAGE generics

IMPORTPATH
	testdata/generics

FILENAMES
	testdata/generics.go

FUNCTIONS
	// AnotherFunc has an implicit constraint interface.  Neither type ...
	func AnotherFunc[T ~struct{ f int }](_ struct{ f int })

	// Func has an instantiated constraint. 
	func Func[T Constraint[string, Type[int]]]()

	// Single is not a factory function. 

//	   offsetToFilename[1]
//	   ..
//
//	runtime.filetab
//	   filename[0]
//	   filename[1]
//
// Looking up a filename then becomes:
//  0. Given a func, and filename index [K]
//  1. Get Func.CUIndex:       M := func.cuOffset
//  2. Find filename offset:   fileOffset := runtime.cutab[M+K]
//  3. Get the filename:       getcstring(runtime.filetab[fileOffset])

	_, err := reconciler.ApplyManifest(m)
	return err
}

// runManifestCommand runs the given manifest command. If filenames is set, passes the given filenames as -f flag,
// flags is passed to the command verbatim. If you set both flags and path, make sure to not use -f in flags.
func runManifestCommand(command string, filenames []string, flags string, chartSource chartSourceType, fileSelect []string) (string, error) {
	var args string