public static void execBitXOR(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeValueBase v1 = step.arg1.getValue(scope, frame);
ASBinCode.RunTimeValueBase v2 = step.arg2.getValue(scope, frame);
OpCast.InvokeTwoValueOf(v1, v2, frame, step.token, scope, frame._tempSlot1, frame._tempSlot2, step, _BitXOR_ValueOf_Callbacker);
}
public static void execBitOR(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeValueBase v1 = step.arg1.getValue(scope, frame);
ASBinCode.RunTimeValueBase v2 = step.arg2.getValue(scope, frame);
var f = frame.player.swc.operatorOverrides.getOperatorFunction(OverrideableOperator.bitOr,
v1.rtType, v2.rtType);
if (f != null)
{
FunctionCaller fc = frame.player.funcCallerPool.create(frame, step.token);
fc.SetFunction(f);
fc.loadDefineFromFunction();
if (!fc.createParaScope())
{
return;
}
//fc.releaseAfterCall = true;
bool success;
fc.pushParameter(v1, 0, out success);
fc.pushParameter(v2, 1, out success);
fc.returnSlot = step.reg.getSlot(scope, frame);
fc.callbacker = fc;
fc.call();
}
else
{
OpCast.InvokeTwoValueOf(v1, v2, frame, step.token, scope, frame._tempSlot1, frame._tempSlot2, step, _BitOR_ValueOf_CallBacker);
}
}
public static void execAdd(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeValueBase v1 = step.arg1.getValue(scope, frame);
ASBinCode.RunTimeValueBase v2 = step.arg2.getValue(scope, frame);
var f = frame.player.swc.operatorOverrides.getOperatorFunction(OverrideableOperator.addition,
v1.rtType, v2.rtType);
if (f != null)
{
FunctionCaller fc = frame.player.funcCallerPool.create(frame, step.token);
fc.SetFunction(f);
fc.loadDefineFromFunction();
if (!fc.createParaScope())
{
return;
}
//fc.releaseAfterCall = true;
bool success;
fc.pushParameter(v1, 0, out success);
fc.pushParameter(v2, 1, out success);
fc.returnSlot = step.reg.getSlot(scope, frame);
fc.callbacker = fc;
fc.call();
}
else if (
(v1.rtType > ASBinCode.RunTimeDataType.unknown && v2.rtType > ASBinCode.RunTimeDataType.unknown)
||
v1.rtType == ASBinCode.RunTimeDataType.rt_int
||
v1.rtType == ASBinCode.RunTimeDataType.rt_uint
||
v1.rtType == ASBinCode.RunTimeDataType.rt_number
||
v2.rtType == ASBinCode.RunTimeDataType.rt_int
||
v2.rtType == ASBinCode.RunTimeDataType.rt_uint
||
v2.rtType == ASBinCode.RunTimeDataType.rt_number
)
{
OpCast.InvokeTwoValueOf(v1, v2, frame, step.token, scope,
frame._tempSlot1, frame._tempSlot2, step, _execAdd_CallBacker);
}
else //toString
{
OpCast.InvokeTwoToString(v1, v2, frame, step.token, scope,
frame._tempSlot1, frame._tempSlot2, step, _execAdd_InvokeToString_CallBacker);
}
}
public static void execNeg(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeValueBase v = step.arg1.getValue(scope, frame);
if (v.rtType != ASBinCode.RunTimeDataType.rt_number)
{
var f = frame.player.swc.operatorOverrides.getOperatorFunction(OverrideableOperator.Unary_negation,
v.rtType, RunTimeDataType.unknown);
if (f != null)
{
FunctionCaller fc = frame.player.funcCallerPool.create(frame, step.token); //fc.releaseAfterCall = true;
fc.SetFunction(f);
fc.loadDefineFromFunction();
if (!fc.createParaScope())
{
return;
}
bool success;
fc.pushParameter(v, 0, out success);
fc.returnSlot = step.reg.getSlot(scope, frame);
fc.callbacker = fc;
fc.call();
return;
}
else
{
OpCast.InvokeTwoValueOf(v, ASBinCode.rtData.rtNull.nullptr, frame, step.token, scope, frame._tempSlot1, frame._tempSlot2, step, _execNeg_ValueOf_Callbacker);
}
}
else
{
step.reg.getSlot(scope, frame).setValue(-((ASBinCode.rtData.rtNumber)v).value);//new ASBinCode.rtData.rtNumber( -((ASBinCode.rtData.rtNumber)v).value));
//frame.endStep(step);
frame.endStepNoError();
}
}
public static void execBitNot(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeValueBase v1 = step.arg1.getValue(scope, frame);
OpCast.InvokeTwoValueOf(v1, ASBinCode.rtData.rtNull.nullptr, frame, step.token, scope, frame._tempSlot1, frame._tempSlot2, step, _BitNot_ValueOf_Callbacker);
}
public static void execIncrement(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
var v = step.arg1.getValue(scope, frame);
StackSlotAccessor register = step.arg1 as StackSlotAccessor;
if (register != null)
{
((StackSlot)register.getSlotForAssign(scope, frame)).linkTo(null);
}
switch (v.rtType)
{
case ASBinCode.RunTimeDataType.rt_int:
{
ASBinCode.rtData.rtInt iv = (ASBinCode.rtData.rtInt)v;
iv.value++;
((LeftValueBase)step.arg1).getSlot(scope, frame).directSet(iv);
step.reg.getSlot(scope, frame).setValue(iv.value);
}
break;
case ASBinCode.RunTimeDataType.rt_uint:
{
ASBinCode.rtData.rtUInt iv = (ASBinCode.rtData.rtUInt)v;
iv.value++;
((LeftValueBase)step.arg1).getSlot(scope, frame).directSet(iv);
step.reg.getSlot(scope, frame).setValue(iv.value);
}
break;
case ASBinCode.RunTimeDataType.rt_number:
{
ASBinCode.rtData.rtNumber iv = (ASBinCode.rtData.rtNumber)v;
iv.value++;
((LeftValueBase)step.arg1).getSlot(scope, frame).directSet(iv);
step.reg.getSlot(scope, frame).setValue(iv.value);
}
break;
case ASBinCode.RunTimeDataType.rt_string:
{
double n = TypeConverter.ConvertToNumber(v);
if (string.IsNullOrEmpty(((ASBinCode.rtData.rtString)v).value))
{
n = 0;
}
ASBinCode.rtData.rtNumber num = new ASBinCode.rtData.rtNumber(++n);
step.reg.getSlot(scope, frame).directSet(num);
}
break;
case ASBinCode.RunTimeDataType.rt_boolean:
case ASBinCode.RunTimeDataType.rt_void:
case ASBinCode.RunTimeDataType.rt_null:
{
double n = TypeConverter.ConvertToNumber(v);
ASBinCode.rtData.rtNumber num = new ASBinCode.rtData.rtNumber(++n);
((ASBinCode.LeftValueBase)step.reg).getSlot(scope, frame).directSet(num);
}
break;
case ASBinCode.RunTimeDataType.unknown:
default:
{
OpCast.InvokeTwoValueOf(v, ASBinCode.rtData.rtNull.nullptr, frame, step.token,
scope, frame._tempSlot1,
frame._tempSlot2, step, _execIncrement_ValueOf_Callbacker);
return;
}
}
//frame.endStep(step);
frame.endStepNoError();
}