//export MojoMain
func MojoMain(handle C.MojoHandle) C.MojoResult {
application.Run(&FortuneServerDelegate{
fortuneFactory: FortuneFactory{
fortune: NewFortuneImpl(),
},
}, system.MojoHandle(handle))
return C.MOJO_RESULT_OK
}
//export MojoMain
func MojoMain(handle C.MojoHandle) C.MojoResult {
application.Run(&principalServiceDelegate{}, system.MojoHandle(handle))
return C.MOJO_RESULT_OK
}
//export MojoMain
func MojoMain(handle C.MojoHandle) C.MojoResult {
application.Run(&HttpHandlerDelegate{}, system.MojoHandle(handle))
return C.MOJO_RESULT_OK
}
//export MojoMain
func MojoMain(handle C.MojoHandle) C.MojoResult {
application.Run(&V23ProxyTestServerDelegate{}, system.MojoHandle(handle))
return C.MOJO_RESULT_OK
}
//export MojoMain
func MojoMain(handle C.MojoHandle) C.MojoResult {
application.Run(&RemoteEchoClientDelegate{}, system.MojoHandle(handle))
return C.MOJO_RESULT_OK
}
//export MojoMain
func MojoMain(handle C.MojoHandle) C.MojoResult {
application.Run(&delegate{stubs: map[*bindings.Stub]struct{}{}}, system.MojoHandle(handle))
return C.MOJO_RESULT_OK
}
// Parse parses a validation tests input string that has no comments.
// Panics if input has errors.
func (p *inputParser) Parse(s string) ([]byte, []system.UntypedHandle) {
var bytes []byte
var buf [8]byte
// We need non-nil slice for comparing values with reflect.DeepEqual.
handles := []system.UntypedHandle{}
pointers := make(map[string]pointerPlaceholder)
for _, item := range p.parseToDataItems(s) {
switch item.Type {
case "u1":
var value uint8
fmt.Sscan(item.Value, &value)
bytes = append(bytes, byte(value))
case "u2":
var value uint16
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint16(buf[:2], value)
bytes = append(bytes, buf[:2]...)
case "u4":
var value uint32
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint32(buf[:4], value)
bytes = append(bytes, buf[:4]...)
case "u8":
var value uint64
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint64(buf[:8], value)
bytes = append(bytes, buf[:8]...)
case "s1":
var value int8
fmt.Sscan(item.Value, &value)
bytes = append(bytes, byte(value))
case "s2":
var value int16
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint16(buf[:2], uint16(value))
bytes = append(bytes, buf[:2]...)
case "s4":
var value int32
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint32(buf[:4], uint32(value))
bytes = append(bytes, buf[:4]...)
case "s8":
var value int64
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint64(buf[:8], uint64(value))
bytes = append(bytes, buf[:8]...)
case "b":
var value byte
for i := 0; i < 8; i++ {
value <<= 1
if item.Value[i] == '1' {
value++
}
}
bytes = append(bytes, value)
case "f":
var value float32
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint32(buf[:4], math.Float32bits(value))
bytes = append(bytes, buf[:4]...)
case "d":
var value float64
fmt.Sscan(item.Value, &value)
binary.LittleEndian.PutUint64(buf[:8], math.Float64bits(value))
bytes = append(bytes, buf[:8]...)
case "dist4":
pointers[item.Value] = pointerPlaceholder{len(bytes), 4}
bytes = append(bytes, buf[:4]...)
case "dist8":
pointers[item.Value] = pointerPlaceholder{len(bytes), 8}
bytes = append(bytes, buf[:8]...)
case "anchr":
placeholder := pointers[item.Value]
dist := len(bytes) - placeholder.Position
switch placeholder.Size {
case 4:
binary.LittleEndian.PutUint32(bytes[placeholder.Position:], uint32(dist))
case 8:
binary.LittleEndian.PutUint64(bytes[placeholder.Position:], uint64(dist))
}
delete(pointers, item.Value)
case "handles":
var value int
fmt.Sscan(item.Value, &value)
handles = make([]system.UntypedHandle, value)
for i, _ := range handles {
handles[i] = &mockHandle{handle: system.MojoHandle(i + 1)}
}
default:
panic(fmt.Sprintf("unsupported item type: %v", item.Type))
}
}
if len(pointers) != 0 {
panic(fmt.Sprintf("unmatched pointers: %v", pointers))
}
return bytes, handles
}
