public LuaTable(LuaState l)
{
InitLuaTable(l);
}
public static void ApiCheckNumElems( LuaState lua, int n )
{
#if UNILUA_ASSERT
Assert( n < (lua.Top.Index - lua.CI.FuncIndex), "not enough elements in the stack" );
#endif
}
internal void SetThValue(LuaState v)
{
#if DEBUG_DUMMY_TVALUE_MODIFY
CheckLock();
#endif
Tt = (int)LuaType.LUA_TTHREAD;
NValue = 0.0;
UInt64Value = 0;
OValue = v;
}
private void InitLuaTable(LuaState lua)
{
L = lua;
ArrayPart = DummyArrayPart;
SetNodeVector(0);
}
public LoadParameter(LuaState l, ILoadInfo loadinfo, string name, string mode)
{
L = l;
LoadInfo = loadinfo;
Name = name;
Mode = mode;
}
LuaState ILuaAPI.NewThread()
{
LuaState newLua = new LuaState(G);
Top.V.SetThValue(newLua);
ApiIncrTop();
newLua.HookMask = HookMask;
newLua.BaseHookCount = BaseHookCount;
newLua.Hook = Hook;
newLua.ResetHookCount();
return newLua;
}
public bool Next( LuaState lua, StkId key )
{
var val = key+1;
Node next;
if( key.Value.IsNil )
next = Head;
else if( DictPart.TryGetValue( key.Value, out next ) )
next = next.Next;
else
((LuaState)lua).G_RunError("invalid key to 'next'");
if( next != null ) {
key.Value = next.Key;
val.Value = next.Value;
return true;
}
else return false;
}
public static void ApiCheckNumElems( LuaState lua, int n )
{
Assert( n < (lua.Top.Index - lua.CI.Func.Index), "not enough elements in the stack" );
}
public LLex( ILuaState lua, ILoadInfo loadinfo, string name )
{
Lua = (LuaState)lua;
LoadInfo = loadinfo;
LineNumber = 1;
LastLine = 1;
Token = null;
LookAhead = null;
_Saved = null;
Source = name;
_Next();
}
public void ArithOp( LuaState lua, TMS tm, ArithDelegate op )
{
var lhs = RKB.Value as LuaNumber;
var rhs = RKC.Value as LuaNumber;
if( lhs != null && rhs != null )
{
var ra = RA;
var res = op( lhs.Value, rhs.Value );
ra.Value = new LuaNumber( res );
}
else lua.V_Arith( RA, RKB, RKC, tm );
}
public void FEED_AOT_FOR_IOS(LuaState lua)
{
lua.L_Opt(lua.L_CheckInteger, 1, 1);
}