blob: 8d1134c5d6c908f6b63d1c6796ed6d542247ffde [file] [log] [blame]
This test exercises the refactoring of putting arguments, return values, and composite literal elements into a
single line.
-- go.mod --
module unused.mod
go 1.18
-- func_arg/func_arg.go --
package func_arg
func A(
a string,
b, c int64,
x int /*@codeaction("x", "x", "refactor.rewrite", func_arg)*/,
y int,
) (r1 string, r2, r3 int64, r4 int, r5 int) {
return a, b, c, x, y
}
-- @func_arg/func_arg/func_arg.go --
package func_arg
func A(a string, b, c int64, x int /*@codeaction("x", "x", "refactor.rewrite", func_arg)*/, y int) (r1 string, r2, r3 int64, r4 int, r5 int) {
return a, b, c, x, y
}
-- func_ret/func_ret.go --
package func_ret
func A(a string, b, c int64, x int, y int) (
r1 string /*@codeaction("r1", "r1", "refactor.rewrite", func_ret)*/,
r2, r3 int64,
r4 int,
r5 int,
) {
return a, b, c, x, y
}
-- @func_ret/func_ret/func_ret.go --
package func_ret
func A(a string, b, c int64, x int, y int) (r1 string /*@codeaction("r1", "r1", "refactor.rewrite", func_ret)*/, r2, r3 int64, r4 int, r5 int) {
return a, b, c, x, y
}
-- functype_arg/functype_arg.go --
package functype_arg
type A func(
a string,
b, c int64,
x int /*@codeaction("x", "x", "refactor.rewrite", functype_arg)*/,
y int,
) (r1 string, r2, r3 int64, r4 int, r5 int)
-- @functype_arg/functype_arg/functype_arg.go --
package functype_arg
type A func(a string, b, c int64, x int /*@codeaction("x", "x", "refactor.rewrite", functype_arg)*/, y int) (r1 string, r2, r3 int64, r4 int, r5 int)
-- functype_ret/functype_ret.go --
package functype_ret
type A func(a string, b, c int64, x int, y int) (
r1 string /*@codeaction("r1", "r1", "refactor.rewrite", functype_ret)*/,
r2, r3 int64,
r4 int,
r5 int,
)
-- @functype_ret/functype_ret/functype_ret.go --
package functype_ret
type A func(a string, b, c int64, x int, y int) (r1 string /*@codeaction("r1", "r1", "refactor.rewrite", functype_ret)*/, r2, r3 int64, r4 int, r5 int)
-- func_call/func_call.go --
package func_call
import "fmt"
func a() {
fmt.Println(
1 /*@codeaction("1", "1", "refactor.rewrite", func_call)*/,
2,
3,
fmt.Sprintf("hello %d", 4),
)
}
-- @func_call/func_call/func_call.go --
package func_call
import "fmt"
func a() {
fmt.Println(1 /*@codeaction("1", "1", "refactor.rewrite", func_call)*/, 2, 3, fmt.Sprintf("hello %d", 4))
}
-- indent/indent.go --
package indent
import "fmt"
func a() {
fmt.Println(
1,
2,
3,
fmt.Sprintf(
"hello %d" /*@codeaction("hello", "hello", "refactor.rewrite", indent, "Join parameters into one line")*/,
4,
))
}
-- @indent/indent/indent.go --
package indent
import "fmt"
func a() {
fmt.Println(
1,
2,
3,
fmt.Sprintf("hello %d" /*@codeaction("hello", "hello", "refactor.rewrite", indent, "Join parameters into one line")*/, 4))
}
-- structelts/structelts.go --
package structelts
type A struct{
a int
b int
}
func a() {
_ = A{
a: 1,
b: 2 /*@codeaction("b", "b", "refactor.rewrite", structelts)*/,
}
}
-- @structelts/structelts/structelts.go --
package structelts
type A struct{
a int
b int
}
func a() {
_ = A{a: 1, b: 2 /*@codeaction("b", "b", "refactor.rewrite", structelts)*/}
}
-- sliceelts/sliceelts.go --
package sliceelts
func a() {
_ = []int{
1 /*@codeaction("1", "1", "refactor.rewrite", sliceelts)*/,
2,
}
}
-- @sliceelts/sliceelts/sliceelts.go --
package sliceelts
func a() {
_ = []int{1 /*@codeaction("1", "1", "refactor.rewrite", sliceelts)*/, 2}
}
-- mapelts/mapelts.go --
package mapelts
func a() {
_ = map[string]int{
"a": 1 /*@codeaction("1", "1", "refactor.rewrite", mapelts)*/,
"b": 2,
}
}
-- @mapelts/mapelts/mapelts.go --
package mapelts
func a() {
_ = map[string]int{"a": 1 /*@codeaction("1", "1", "refactor.rewrite", mapelts)*/, "b": 2}
}
-- starcomment/starcomment.go --
package starcomment
func A(
/*1*/ x /*2*/ string /*3*/ /*@codeaction("x", "x", "refactor.rewrite", starcomment)*/,
/*4*/ y /*5*/ int /*6*/,
) (string, int) {
return x, y
}
-- @starcomment/starcomment/starcomment.go --
package starcomment
func A(/*1*/ x /*2*/ string /*3*/ /*@codeaction("x", "x", "refactor.rewrite", starcomment)*/, /*4*/ y /*5*/ int /*6*/) (string, int) {
return x, y
}