tinygo-org/tinygo
1
0
Fork 0
mirror of https://github.com/tinygo-org/tinygo.git synced 2026-08-12 23:13:40 +00:00
Code Issues Packages Projects Releases 6 Wiki Activity

cgo: normalize test results

Browse Source 
This makes the result consistent across Go versions, by running a regex
on the CGo output that wraps all single-line functions in a consistent
way.

Originally written by Elliott Sales de Andrade and modified by Ayke van
Laethem.
This commit is contained in:
Elliott Sales de Andrade
2020-02-27 02:12:43 -05:00
committed by Ron Evans
parent bb5f7534e5
commit 343bb42644
2 changed files with 56 additions and 14 deletions
Download Patch File Download Diff File Expand all files Collapse all files
cgo/testdata/types.out.go
Vendored
+39 -13
View File
@@ -62,12 +62,18 @@ type C.union3_t = C.union_1
type C.union_nested_t = C.union_3
type C.unionarray_t = struct{ arr [10]C.uchar }
func (s *C.struct_4) bitfield_a() C.uchar { return s.__bitfield_1 & 0x1f }
func (s *C.struct_4) set_bitfield_a(value C.uchar) { s.__bitfield_1 = s.__bitfield_1&^0x1f | value&0x1f<<0 }
func (s *C.struct_4) bitfield_a() C.uchar {
return s.__bitfield_1 & 0x1f
}
func (s *C.struct_4) set_bitfield_a(value C.uchar) {
s.__bitfield_1 = s.__bitfield_1&^0x1f | value&0x1f<<0
}
func (s *C.struct_4) bitfield_b() C.uchar {
return s.__bitfield_1 >> 5 & 0x1
}
func (s *C.struct_4) set_bitfield_b(value C.uchar) { s.__bitfield_1 = s.__bitfield_1&^0x20 | value&0x1<<5 }
func (s *C.struct_4) set_bitfield_b(value C.uchar) {
s.__bitfield_1 = s.__bitfield_1&^0x20 | value&0x1<<5
}
func (s *C.struct_4) bitfield_c() C.uchar {
return s.__bitfield_1 >> 6
}
@@ -94,25 +100,45 @@ type C.struct_type1 struct {
}
type C.struct_type2 struct{ _type C.int }
func (union *C.union_1) unionfield_i() *C.int { return (*C.int)(unsafe.Pointer(&union.$union)) }
func (union *C.union_1) unionfield_d() *float64 { return (*float64)(unsafe.Pointer(&union.$union)) }
func (union *C.union_1) unionfield_s() *C.short { return (*C.short)(unsafe.Pointer(&union.$union)) }
func (union *C.union_1) unionfield_i() *C.int {
return (*C.int)(unsafe.Pointer(&union.$union))
}
func (union *C.union_1) unionfield_d() *float64 {
return (*float64)(unsafe.Pointer(&union.$union))
}
func (union *C.union_1) unionfield_s() *C.short {
return (*C.short)(unsafe.Pointer(&union.$union))
}
type C.union_1 struct{ $union uint64 }
func (union *C.union_2) unionfield_area() *C.point2d_t { return (*C.point2d_t)(unsafe.Pointer(&union.$union)) }
func (union *C.union_2) unionfield_solid() *C.point3d_t { return (*C.point3d_t)(unsafe.Pointer(&union.$union)) }
func (union *C.union_2) unionfield_area() *C.point2d_t {
return (*C.point2d_t)(unsafe.Pointer(&union.$union))
}
func (union *C.union_2) unionfield_solid() *C.point3d_t {
return (*C.point3d_t)(unsafe.Pointer(&union.$union))
}
type C.union_2 struct{ $union [3]uint32 }
func (union *C.union_3) unionfield_point() *C.point3d_t { return (*C.point3d_t)(unsafe.Pointer(&union.$union)) }
func (union *C.union_3) unionfield_array() *C.unionarray_t { return (*C.unionarray_t)(unsafe.Pointer(&union.$union)) }
func (union *C.union_3) unionfield_thing() *C.union3_t { return (*C.union3_t)(unsafe.Pointer(&union.$union)) }
func (union *C.union_3) unionfield_point() *C.point3d_t {
return (*C.point3d_t)(unsafe.Pointer(&union.$union))
}
func (union *C.union_3) unionfield_array() *C.unionarray_t {
return (*C.unionarray_t)(unsafe.Pointer(&union.$union))
}
func (union *C.union_3) unionfield_thing() *C.union3_t {
return (*C.union3_t)(unsafe.Pointer(&union.$union))
}
type C.union_3 struct{ $union [2]uint64 }
func (union *C.union_union2d) unionfield_i() *C.int { return (*C.int)(unsafe.Pointer(&union.$union)) }
func (union *C.union_union2d) unionfield_d() *[2]float64 { return (*[2]float64)(unsafe.Pointer(&union.$union)) }
func (union *C.union_union2d) unionfield_i() *C.int {
return (*C.int)(unsafe.Pointer(&union.$union))
}
func (union *C.union_union2d) unionfield_d() *[2]float64 {
return (*[2]float64)(unsafe.Pointer(&union.$union))
}
type C.union_union2d struct{ $union [2]uint64 }
type C.enum_option C.int