76 lines
1.6 KiB
V
76 lines
1.6 KiB
V
struct Abc {
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x int
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}
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struct Xyz {
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y int
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}
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struct XxYyZz {
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y int
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}
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type MySumType = Abc | Xyz
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type AnotherSumType = XxYyZz | int
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type SuperSumType = AnotherSumType | MySumType | string
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fn test_typeof_for_builtin_int_types() {
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assert typeof(i8(1)).name == 'i8'
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assert typeof(i16(1)).name == 'i16'
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assert typeof(int(1)).name == 'int'
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// assert typeof(1).name == 'int_literal'
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assert typeof(i64(1)).name == 'i64'
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assert typeof(u8(1)).name == 'u8'
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assert typeof(u16(1)).name == 'u16'
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assert typeof(u32(1)).name == 'u32'
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assert typeof(u64(1)).name == 'u64'
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//
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assert typeof(byte(1)).name == 'byte'
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assert typeof(char(1)).name == 'char'
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}
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fn test_typeof_for_builtin_float_types() {
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assert typeof(f32(1.0)).name == 'f32'
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assert typeof(f64(1.0)).name == 'f64'
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// assert typeof(1.0).name == 'float_literal'
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}
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fn test_typeof_for_builtin_string_type() {
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assert typeof('abc').name == 'string'
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assert typeof('/v/nv/vlib/v/tests/typeof_simple_types_test.v').name == 'string'
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assert typeof('22').name == 'string'
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}
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fn test_typeof_for_structs() {
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assert typeof(Abc{}).name == 'Abc'
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assert typeof(Xyz{}).name == 'Xyz'
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}
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//
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fn mysumtype_typeof(x MySumType) string {
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return typeof(x)
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}
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fn test_typeof_for_sumtypes() {
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z_abc := Abc{}
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z_xyz := Xyz{}
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assert mysumtype_typeof(z_abc) == 'Abc'
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assert mysumtype_typeof(z_xyz) == 'Xyz'
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}
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//
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fn supersumtype_typeof(x SuperSumType) string {
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return typeof(x)
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}
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fn mst(x MySumType) MySumType {
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return x
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}
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fn test_typeof_for_sumtypes_of_sumtypes() {
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assert supersumtype_typeof('abc') == 'string'
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assert supersumtype_typeof(mst(Abc{})) == 'MySumType'
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}
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