343bb42644
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.
145 строки
3,3 КиБ
Go
145 строки
3,3 КиБ
Go
package main
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import "unsafe"
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var _ unsafe.Pointer
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const C.option2A = 20
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const C.optionA = 0
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const C.optionB = 1
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const C.optionC = -5
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const C.optionD = -4
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const C.optionE = 10
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const C.optionF = 11
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const C.optionG = 12
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const C.unused1 = 5
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type C.int16_t = int16
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type C.int32_t = int32
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type C.int64_t = int64
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type C.int8_t = int8
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type C.uint16_t = uint16
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type C.uint32_t = uint32
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type C.uint64_t = uint64
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type C.uint8_t = uint8
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type C.uintptr_t = uintptr
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type C.char uint8
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type C.int int32
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type C.long int32
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type C.longlong int64
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type C.schar int8
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type C.short int16
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type C.uchar uint8
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type C.uint uint32
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type C.ulong uint32
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type C.ulonglong uint64
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type C.ushort uint16
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type C.bitfield_t = C.struct_4
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type C.myIntArray = [10]C.int
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type C.myint = C.int
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type C.option2_t = C.uint
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type C.option_t = C.enum_option
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type C.point2d_t = struct {
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x C.int
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y C.int
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}
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type C.point3d_t = C.struct_point3d
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type C.struct_nested_t = struct {
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begin C.point2d_t
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end C.point2d_t
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tag C.int
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coord C.union_2
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}
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type C.types_t = struct {
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f float32
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d float64
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ptr *C.int
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}
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type C.union1_t = struct{ i C.int }
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type C.union2d_t = C.union_union2d
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type C.union3_t = C.union_1
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type C.union_nested_t = C.union_3
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type C.unionarray_t = struct{ arr [10]C.uchar }
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func (s *C.struct_4) bitfield_a() C.uchar {
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return s.__bitfield_1 & 0x1f
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}
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func (s *C.struct_4) set_bitfield_a(value C.uchar) {
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s.__bitfield_1 = s.__bitfield_1&^0x1f | value&0x1f<<0
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}
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func (s *C.struct_4) bitfield_b() C.uchar {
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return s.__bitfield_1 >> 5 & 0x1
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}
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func (s *C.struct_4) set_bitfield_b(value C.uchar) {
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s.__bitfield_1 = s.__bitfield_1&^0x20 | value&0x1<<5
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}
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func (s *C.struct_4) bitfield_c() C.uchar {
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return s.__bitfield_1 >> 6
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}
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func (s *C.struct_4) set_bitfield_c(value C.uchar,
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) { s.__bitfield_1 = s.__bitfield_1&0x3f | value<<6 }
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type C.struct_4 struct {
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start C.uchar
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__bitfield_1 C.uchar
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d C.uchar
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e C.uchar
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}
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type C.struct_point3d struct {
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x C.int
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y C.int
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z C.int
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}
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type C.struct_type1 struct {
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_type C.int
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__type C.int
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___type C.int
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}
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type C.struct_type2 struct{ _type C.int }
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func (union *C.union_1) unionfield_i() *C.int {
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return (*C.int)(unsafe.Pointer(&union.$union))
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}
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func (union *C.union_1) unionfield_d() *float64 {
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return (*float64)(unsafe.Pointer(&union.$union))
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}
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func (union *C.union_1) unionfield_s() *C.short {
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return (*C.short)(unsafe.Pointer(&union.$union))
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}
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type C.union_1 struct{ $union uint64 }
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func (union *C.union_2) unionfield_area() *C.point2d_t {
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return (*C.point2d_t)(unsafe.Pointer(&union.$union))
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}
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func (union *C.union_2) unionfield_solid() *C.point3d_t {
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return (*C.point3d_t)(unsafe.Pointer(&union.$union))
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}
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type C.union_2 struct{ $union [3]uint32 }
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func (union *C.union_3) unionfield_point() *C.point3d_t {
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return (*C.point3d_t)(unsafe.Pointer(&union.$union))
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}
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func (union *C.union_3) unionfield_array() *C.unionarray_t {
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return (*C.unionarray_t)(unsafe.Pointer(&union.$union))
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}
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func (union *C.union_3) unionfield_thing() *C.union3_t {
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return (*C.union3_t)(unsafe.Pointer(&union.$union))
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}
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type C.union_3 struct{ $union [2]uint64 }
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func (union *C.union_union2d) unionfield_i() *C.int {
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return (*C.int)(unsafe.Pointer(&union.$union))
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}
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func (union *C.union_union2d) unionfield_d() *[2]float64 {
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return (*[2]float64)(unsafe.Pointer(&union.$union))
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}
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type C.union_union2d struct{ $union [2]uint64 }
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type C.enum_option C.int
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type C.enum_unused C.uint
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