func GoLua(L *lua.State) int {
go func() {
LT := L.NewThread()
L.PushValue(1)
lua.XMove(L, LT, 1)
res := LT.Resume(0)
for res != 0 {
if res == 2 {
emsg := LT.ToString(-1)
fmt.Println("error", emsg)
}
ch, t := valueOfProxy(LT, -2)
if LT.ToBoolean(-1) { // send on a channel
val := valueOf(LuaToGo(LT, t.Elem(), -3))
ch.Send(val)
res = LT.Resume(0)
} else { // receive on a channel
val, ok := ch.Recv()
GoToLua(LT, t.Elem(), val)
LT.PushBoolean(ok)
res = LT.Resume(2)
}
}
}()
return 0
}
// look up a Lua value by its full name. If idx is 0, then this name
// is assumed to start in the global table, e.g. "string.gsub".
// With non-zero idx, can be used to look up subfields of a table
func Lookup(L *lua.State, path string, idx int) {
parts := strings.Split(path, ".")
if idx != 0 {
L.PushValue(idx)
} else {
L.GetGlobal("_G")
}
for _, field := range parts {
L.GetField(-1, field)
L.Remove(-2) // remove table
}
}
func channel_send(L *lua.State) int {
fmt.Println("yield send")
L.PushValue(2)
L.PushValue(1)
L.PushBoolean(true)
return L.Yield(3)
//~ ch,t := valueOfProxy(L,1)
//~ val := valueOf(LuaToGo(L, t.Elem(),2))
//~ ch.Send(val)
//~ return 0
}
func channel_recv(L *lua.State) int {
fmt.Println("yield recv")
L.PushValue(1)
L.PushBoolean(false)
return L.Yield(2)
//~ ch,t := valueOfProxy(L,1)
//~ L.Yield(0)
//~ val,ok := ch.Recv()
//~ GoToLua(L,t.Elem(),val)
//~ L.PushBoolean(ok)
//~ L.Resume(0)
//~ return 2
}
// create a new LuaObject using the given state and stack index.
func NewLuaObject(L *lua.State, idx int) *LuaObject {
tp := lua.LTypename(L, idx)
L.PushValue(idx)
ref := L.Ref(lua.LUA_REGISTRYINDEX)
return &LuaObject{L, ref, tp}
}