This is the test case from golang/go#67335, where the inlining resulted in bad
formatting.

The __unused__ import results in removal after a subsequent "organize imports" step.

-- go.mod --
module example.com

go 1.20

-- define/my/typ/foo.go --
package typ
type T int

-- some/other/pkg/foo.go --
package pkg
import "context"
import "example.com/define/my/typ"
func Foo(typ.T) context.Context{ return nil }

-- one/more/pkg/foo.go --
package pkg
func Bar() {}

-- to/be/inlined/foo.go --
package inlined

import "context"
import "example.com/some/other/pkg"
import "example.com/define/my/typ"

func Baz(ctx context.Context) context.Context {
	return pkg.Foo(typ.T(5))
}

-- b/c/foo.go --
package c
import (
	"context"
	"example.com/to/be/inlined"
	"example.com/one/more/pkg"
)

const (
	// This is a constant
	SomeConst = 5
)

func _() {
	inlined.Baz(context.TODO()) //@ codeaction("Baz", "refactor.inline.call", result=inline)
	pkg.Bar()
}

-- @inline/b/c/foo.go --
package c
import (
	"context"
	
	"example.com/one/more/pkg"
	pkg0 "example.com/some/other/pkg"
	"example.com/define/my/typ"
)

const (
	// This is a constant
	SomeConst = 5
)

func _() {
	var _ context.Context = context.TODO()
pkg0.Foo(typ.T(5)) //@ codeaction("Baz", "refactor.inline.call", result=inline)
	pkg.Bar()
}

