public void LoadProto(int idx)
{
var proto = stack.closure.proto.Protos[idx];
var closure = Closure.newLuaClosure(proto);
stack.push(closure);
for (int i = 0; i < proto.Upvalues.Length; i++)
{
var uvInfo = proto.Upvalues[i];
int uvIdx = uvInfo.Idx;
if (uvInfo.Instack == 1)
{
if (stack.openuvs == null)
{
stack.openuvs = new Dictionary <int, Upvalue>();
}
if (stack.openuvs.ContainsKey(uvIdx))
{
closure.upvals[i] = stack.openuvs[uvIdx];
}
else
{
closure.upvals[i] = new Upvalue(stack, uvIdx);
stack.openuvs.Add(uvIdx, closure.upvals[i]);
}
}
else
{
closure.upvals[i] = stack.closure.upvals[uvIdx];
}
}
}
public int Load(ref byte[] chunk, string chunkName, string mode)
{
var proto = binchunk.BinaryChunk.Undump(chunk);
var c = Closure.newLuaClosure(proto);
stack.push(c);
return(0);
}
public int Load(ref byte[] chunk, string chunkName, string mode)
{
var proto = BinaryChunk.Undump(chunk);
var c = Closure.newLuaClosure(proto);
stack.push(c);
if (proto.Upvalues.Length > 0)
{
var env = registry.get(Consts.LUA_RIDX_GLOBALS);
c.upvals[0] = new Upvalue(env);
}
return(0);
}
public void LoadProto(int idx)
{
var subProto = stack.closure.proto.Protos[idx];
var closure = Closure.newLuaClosure(subProto);
stack.push(closure);
for (var i = 0; i < subProto.Upvalues.Length; i++)
{
var uvInfo = subProto.Upvalues[i];
var uvIdx = (int)uvInfo.Idx;
if (uvInfo.Instack == 1)
{
if (stack.openuvs == null)
{
stack.openuvs = new Dictionary <int, Upvalue>();
}
if (stack.openuvs.ContainsKey(uvIdx))
{
var openuv = stack.openuvs[uvIdx];
closure.upvals[i] = openuv;
}
else
{
closure.upvals[i] = new Upvalue {
val = stack.slots[uvIdx]
};
stack.openuvs[uvIdx] = closure.upvals[i];
}
}
else
{
closure.upvals[i] = stack.closure.upvals[uvIdx];
}
}
}
