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);
}
}
private static void _execAdd_InvokeToString_CallBacker(
ASBinCode.RunTimeValueBase v1, ASBinCode.RunTimeValueBase v2,
StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeDataType v1type = v1.rtType;
ASBinCode.RunTimeDataType v2type = v2.rtType;
if (v1type == ASBinCode.RunTimeDataType.rt_void)
{
v1type = ASBinCode.RunTimeDataType.rt_number;
}
if (v2type == ASBinCode.RunTimeDataType.rt_void)
{
v2type = ASBinCode.RunTimeDataType.rt_number;
}
ASBinCode.RunTimeDataType finalType =
TypeConverter.getImplicitOpType(
v1type,
v2type,
ASBinCode.OpCode.add, frame.player.swc
);
if (finalType == ASBinCode.RunTimeDataType.rt_number)
{
step.reg.getSlot(scope, frame).setValue(
TypeConverter.ConvertToNumber(v1)
+
TypeConverter.ConvertToNumber(v2)
);
frame.endStepNoError();
return;
}
else if (finalType == ASBinCode.RunTimeDataType.rt_string)
{
BlockCallBackBase cb = frame.player.blockCallBackPool.create();
cb.setCallBacker(D_Cast_TwoString_Callbacker);
cb.args = frame;
cb.scope = scope;
cb.step = step;
OpCast.CastTwoValue(v1, v2, finalType, frame, step.token, scope,
frame._tempSlot1, frame._tempSlot2, cb
);
return;
}
else if (finalType == ASBinCode.RunTimeDataType.rt_void)
{
step.reg.getSlot(scope, frame).setValue(ASBinCode.rtData.rtUndefined.undefined);
}
else
{
frame.throwOpException(step.token, ASBinCode.OpCode.add);
}
frame.endStep(step);
}
private static void _execSuffixInc_ValueOf_Callbacker(ASBinCode.RunTimeValueBase v1, ASBinCode.RunTimeValueBase v2,
StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
if (v1.rtType > ASBinCode.RunTimeDataType.unknown)
{
OpCast.InvokeTwoToString(v1, ASBinCode.rtData.rtNull.nullptr,
frame, step.token, scope, frame._tempSlot1, frame._tempSlot2,
step, _execSuffixInc_toString_Callbacker);
}
else
{
double n = TypeConverter.ConvertToNumber(v1);
step.reg.getSlot(scope, frame).setValue(n);
ASBinCode.rtData.rtNumber num = new ASBinCode.rtData.rtNumber(++n);
StackSlotAccessor register = step.arg1 as StackSlotAccessor;
if (register != null)
{
bool issuccess;
((StackSlot)register.getSlotForAssign(scope, frame)).assign(num, out issuccess);
if (!issuccess)
{
frame.throwError(step.token, 0, "操作失败");
}
}
else
{
((ASBinCode.LeftValueBase)step.arg1).getSlot(scope, frame).directSet(num);
}
frame.endStep(step);
}
}
private static void _convertCB(BlockCallBackBase sender, object args)
{
object[] a = (object[])sender.args;
if (sender.isSuccess)
{
ASBinCode.rtti.Vector_Data vd = (ASBinCode.rtti.Vector_Data)a[0];
var v = ((StackFrame)a[5])._tempSlot1.getValue().Clone(); //必须Clone
var list = (List <RunTimeValueBase>)a[1];
vd.innnerList.Add((RunTimeValueBase)v);
sender._intArg = sender._intArg + 1;
if (sender._intArg >= list.Count)
{
IBlockCallBack cb = (IBlockCallBack)a[4];
cb.call(cb.args);
}
else
{
OpCast.CastValue(list[sender._intArg],
vd.vector_type, (StackFrame)a[5], (SourceToken)a[2],
(RunTimeScope)a[3], ((StackFrame)a[5])._tempSlot1,
sender, false);
}
}
}
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 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);
}
}
private static void _execIncrement_ValueOf_Callbacker(ASBinCode.RunTimeValueBase v1, ASBinCode.RunTimeValueBase v2,
StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope
)
{
if (v1.rtType > ASBinCode.RunTimeDataType.unknown)
{
OpCast.InvokeTwoToString(v1, ASBinCode.rtData.rtNull.nullptr, frame, step.token, scope, frame._tempSlot1, frame._tempSlot2, step, _execIncrement_ToString_Callbacker);
}
else
{
double n = TypeConverter.ConvertToNumber(v1);
ASBinCode.rtData.rtNumber num = new ASBinCode.rtData.rtNumber(++n);
((ASBinCode.LeftValueBase)step.reg).getSlot(scope, frame).directSet(num);
frame.endStep(step);
}
}
private static void _execNeg_ValueOf_Callbacker(ASBinCode.RunTimeValueBase v1, ASBinCode.RunTimeValueBase v2,
StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope
)
{
if (v1.rtType > ASBinCode.RunTimeDataType.unknown)
{
OpCast.InvokeTwoToString(v1, ASBinCode.rtData.rtNull.nullptr, frame, step.token, scope, frame._tempSlot1, frame._tempSlot2, step, _execNeg_ToString_Callbacker);
}
else
{
step.reg.getSlot(scope, frame).setValue(
-TypeConverter.ConvertToNumber(v1)
);
//frame.endStep(step);
frame.endStepNoError();
}
}
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 pushAllElementToVector(ASBinCode.rtti.Vector_Data vd,
List <RunTimeValueBase> datalist, StackFrame frame, SourceToken token,
RunTimeScope scope,
IBlockCallBack callbacker
)
{
BlockCallBackBase convertCb = frame.player.blockCallBackPool.create();
convertCb._intArg = 0;
convertCb.setCallBacker(_convertCB);
object[] args = convertCb.cacheObjects; //new object[6];
args[0] = vd;
args[1] = datalist;
args[2] = token;
args[3] = scope;
args[4] = callbacker;
args[5] = frame;
convertCb.args = args;
OpCast.CastValue(datalist[convertCb._intArg],
vd.vector_type, frame, token, scope, frame._tempSlot1,
convertCb, false);
}
public static void execUnaryPlus(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeValueBase v = step.arg1.getValue(scope, frame);
var f = frame.player.swc.operatorOverrides.getOperatorFunction(OverrideableOperator.Unary_plus,
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
{
BlockCallBackBase cb = frame.player.blockCallBackPool.create();
cb.scope = scope;
cb.step = step;
cb.args = frame;
cb.setCallBacker(_tonumber_cb);
OpCast.CastValue(v, RunTimeDataType.rt_number,
frame, step.token, scope, frame._tempSlot1, cb, false);
}
}
private static void _execAdd_CallBacker(
ASBinCode.RunTimeValueBase v1, ASBinCode.RunTimeValueBase v2,
StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.RunTimeDataType v1type = v1.rtType;
ASBinCode.RunTimeDataType v2type = v2.rtType;
if (v1type == ASBinCode.RunTimeDataType.rt_void)
{
v1type = ASBinCode.RunTimeDataType.rt_number;
}
if (v2type == ASBinCode.RunTimeDataType.rt_void)
{
v2type = ASBinCode.RunTimeDataType.rt_number;
}
if (v1type > ASBinCode.RunTimeDataType.unknown || v2type > ASBinCode.RunTimeDataType.unknown)
{
//***调用toString()***
OpCast.InvokeTwoToString(v1, v2, frame, step.token, scope,
frame._tempSlot1, frame._tempSlot2, step, _execAdd_InvokeToString_CallBacker);
}
//else if (v1type > ASBinCode.RunTimeDataType.unknown)
//{
// OpCast.InvokeTwoToString(v1, v2, frame, step.token, scope,
// frame._tempSlot1, frame._tempSlot2, step, _execAdd_InvokeToString_CallBacker);
//}
//else if (v2type > ASBinCode.RunTimeDataType.unknown)
//{
//}
else
{
_execAdd_InvokeToString_CallBacker(v1, v2, frame, step, scope);
}
}
public override void executeAsync(RunTimeValueBase thisObj,SLOT[] argements,SLOT resultSlot,
object callbacker,
object stackframe,
SourceToken token,RunTimeScope scope)
{
//base.executeAsync(thisObj, argements, resultSlot, callbacker, stackframe, token, scope);
var thisArg = argements[0].getValue();
rtFunction func = (rtFunction)((rtObjectBase)thisObj).value.memberData[0].getValue();
rtFunction toApply = (rtFunction)func; //.Clone();
if (!func.ismethod) //方法无法更改this
{
if (!(thisArg is rtObjectBase))
{
var player = ((StackFrame)stackframe).player;
var objtype = thisArg.rtType;
if (objtype < RunTimeDataType.unknown
&&
player.swc.primitive_to_class_table[objtype] != null
)
{
FunctionCaller toInsertStack = ((StackFrame)stackframe).player.funcCallerPool.create((StackFrame)(stackframe),token);
toInsertStack.callbacker = (IBlockCallBack)callbacker;
toInsertStack.SetFunction(toApply);
toInsertStack._tempSlot = ((StackFrame)stackframe)._tempSlot1;
toInsertStack.returnSlot = resultSlot;
toInsertStack.tag = argements;
stackCallers.Push(toInsertStack);
//***转换为对象***
OpCast.Primitive_to_Object(thisArg,(StackFrame)stackframe,token,scope,
((StackFrame)stackframe)._tempSlot1,
null,_primitive_toObj);
return;
}
else
{
var fd = player.swc.functions[toApply.functionId];
var block = player.swc.blocks[fd.blockid];
//if (block.isoutclass )将this复位
{
var oc = player.outpackage_runtimescope[block.define_class_id];
toApply.setThis(oc.this_pointer);
}
//else
//{
// caller.function.setThis(null);
//}
}
}
else
{
toApply.setThis((rtObjectBase)thisArg);
}
}
FunctionCaller caller = ((StackFrame)stackframe).player.funcCallerPool.create((StackFrame)(stackframe),token);
caller.callbacker = (IBlockCallBack)callbacker;
caller.SetFunction(toApply);
caller._tempSlot = ((StackFrame)stackframe)._tempSlot1;
caller.returnSlot = resultSlot;
caller.loadDefineFromFunction();
if (!caller.createParaScope())
{
return;
}
if (argements[1].getValue().rtType == RunTimeDataType.rt_array)
{
rtArray argArray = (rtArray)argements[1].getValue();
for (int i = 0; i < argArray.innerArray.Count; i++)
{
bool success;
caller.pushParameter(argArray.innerArray[i],i,out success);
}
}
caller.call();
}
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 prepareConstructorClassArgements(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
var rv = step.arg1.getValue(scope, frame);
if (rv.rtType > RunTimeDataType.unknown)
{
var player = frame.player;
var _class = getClass(player, frame, step, scope);
if (_class != null && !_class.no_constructor)
{
//frame.instanceCreator = new InstanceCreator(player, frame, step.token, _class);
frame.activeInstanceCreator(step.token, _class);
if (_class.constructor != null)
{
if (!frame.instanceCreator.prepareConstructorArgements())
{
return;
}
}
//if (_class.constructor != null)
//{
// ASBinCode.rtti.FunctionDefine funcDefine = player.swc.functions[_class.constructor_functionid];
// ASBinCode.rtti.FunctionSignature signature = funcDefine.signature;
// frame.funCaller = new FunctionCaller(player, frame, step.token);
// frame.funCaller.toCallFunc = funcDefine;
// frame.funCaller.createParaScope();
//}
}
else if (_class.isInterface)
{
frame.throwError(step.token, 0, _class.name + " Interfaces cannot be instantiated with the new operator.");
}
else
{
frame.throwError(step.token, 0, _class.name + " is not a constructor");
}
}
else
{
if (rv.rtType == RunTimeDataType.rt_function)
{
ASBinCode.rtData.rtFunction func = (ASBinCode.rtData.rtFunction)rv;
if (func.ismethod)
{
frame.throwError(step.token, 0,
"Method cannot be used as a constructor."
);
}
else
{
//***创建一个Object对象，创建完毕之后，使用此函数执行初始化。将此对象作为此函数的this指针执行一次。
OpCast.Primitive_to_Object((ASBinCode.rtData.rtFunction)rv,
frame, step.token, scope, frame._tempSlot1, step, _func_ToObj
);
return;
}
}
else
{
frame.throwCastException(step.token, rv.rtType, RunTimeDataType.rt_function);
//new error.InternalError( step.token,"原始类型转对象未实现",new ASBinCode.rtData.rtString("原始类型转对象未实现") ));
}
}
frame.endStep(step);
}
private void check_para(BlockCallBackBase checkparacb)
{
while (check_para_id < pushedArgs)
{
var parameter = toCallFunc.signature.parameters;
RunTimeValueBase argement = getToCheckParameter(check_para_id);
var argtype = argement.rtType;
var targettype = parameter[check_para_id].type;
if (argtype != targettype
&&
targettype != RunTimeDataType.rt_void
&&
!(argtype == RunTimeDataType.rt_null && targettype > RunTimeDataType.unknown)
&&
!(argtype > RunTimeDataType.unknown && targettype > RunTimeDataType.unknown
&&
(
ClassMemberFinder.check_isinherits(argement,targettype,player.swc)
||
ClassMemberFinder.check_isImplements(argement,targettype,player.swc)
)
)
)
{
BlockCallBackBase cb = player.blockCallBackPool.create();
cb.args = argement;
cb._intArg = check_para_id;
cb.setCallBacker(check_para_callbacker);
cb.setWhenFailed(check_para_failed);
check_para_id++;
OpCast.CastValue(argement,parameter[
cb._intArg].type,
invokerFrame,token,invokerFrame.scope,_tempSlot,cb,false);
return;
}
else
{
check_para_id++;
}
}
if (pushedArgs < toCallFunc.signature.parameters.Count && !toCallFunc.IsAnonymous) //匿名函数能跳过参数检查
{
for (int i = pushedArgs; i < toCallFunc.signature.parameters.Count; i++)
{
if (toCallFunc.signature.parameters[pushedArgs].defaultValue == null
&&
!toCallFunc.signature.parameters[pushedArgs].isPara
)
{
invokerFrame.throwArgementException(
token,
string.Format(
"Argument count mismatch on Function/{0}. Expected {1}, got {2}.",
player.swc.blocks[toCallFunc.blockid].name,toCallFunc.signature.parameters.Count,pushedArgs
)
);
clear_para_slot(invokerFrame,onstackparametercount); onstackparametercount = 0;
//***中断本帧本次代码执行进入try catch阶段
invokerFrame.endStep();
if (callbacker != null)
{
callbacker.noticeRunFailed();
}
release();
return;
}
}
}
if (!check_return_objtypeisclasscreated())
{
return;
}
if (checkparacb != null)
{
checkparacb.noticeEnd();
}
//***全部参数检查通过***
doCall_allcheckpass();
}
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();
}
public static void exec(StackFrame frame, ASBinCode.OpStep step, RunTimeScope scope)
{
#if DEBUG
#region 函数调用检查 现基本不需要了
// RunTimeValueBase rv;rtFunction toclear = null;
//if (step.arg1 is MethodGetterBase)
//{
// rv = ((MethodGetterBase)step.arg1).getMethod(frame.scope); toclear = (rtFunction)rv;
//}
//else
//{
// rv = step.arg1.getValue(frame.scope, frame);
//}
// if (rv.rtType == frame.player.swc.FunctionClass.getRtType())
// {
// rv = TypeConverter.ObjectImplicit_ToPrimitive((rtObject)rv);
// }
// if (rv.rtType > RunTimeDataType.unknown && ClassMemberFinder.check_isinherits(rv, RunTimeDataType._OBJECT + 2, frame.player.swc))
// {
// //***说明要调用强制类型转换***
// ASBinCode.rtti.Class cls = ((rtObject)rv).value._class;
// if (frame.typeconvertoperator == null || frame.typeconvertoperator.targettype != cls
// )
// {
// frame.throwError(new error.InternalError(frame.player.swc, step.token, "应该是强制类型转换，内部异常"));
// frame.endStep(step);
// return;
// }
// else if (frame.typeconvertoperator.inputvalue == null)
// {
// frame.throwError(step.token,0, "Argument count mismatch on class coercion. Expected 1, got 0."
// );
// frame.endStep(step);
// return;
// }
// }
// else
// {
// if (rv.rtType != RunTimeDataType.rt_function)
// {
// frame.throwError(step.token,0, "value is not a function"
// );
// frame.endStep(step);
// return;
// }
// ASBinCode.rtData.rtFunction function = (ASBinCode.rtData.rtFunction)rv;
// ASBinCode.rtti.FunctionDefine funcDefine = frame.player.swc.functions[function.functionId];
// if (!frame.funCaller.isFuncEquals(function))
// {
// if (toclear != null) { toclear.Clear(); }
// frame.throwError(new error.InternalError(frame.player.swc, step.token, "运行时异常，调用函数不对"));
// frame.endStep(step);
// return;
// }
// }
#endregion
#endif
if (frame.typeconvertoperator == null)
{
var funCaller = frame.funCaller;
funCaller.callbacker = funCaller;
funCaller.returnSlot = step.reg.getSlot(frame.scope, frame);
funCaller.call();
frame.funCaller = null;
}
else
{
if (frame.typeconvertoperator.targettype.instanceClass == null)
{
frame.throwError(new error.InternalError(frame.player.swc, step.token, "强制类型转换类型错误",
new ASBinCode.rtData.rtString("强制类型转换类型错误")));
frame.endStep(step);
return;
}
else
{
BlockCallBackBase cb = frame.player.blockCallBackPool.create();
cb.step = step;
cb.args = frame;
cb.setCallBacker(_convert_cb);
OpCast.CastValue(frame.typeconvertoperator.inputvalue,
frame.typeconvertoperator.targettype.instanceClass.getRtType(),
frame, step.token, frame.scope, step.reg.getSlot(frame.scope, frame),
cb,
false);
frame.typeconvertoperator = null;
}
}
}
public static void execAssigning(StackFrame frame, ASBinCode.OpStep step, ASBinCode.RunTimeScope scope)
{
ASBinCode.SLOT slot = step.reg.getSlotForAssign(scope,frame);
ASBinCode.RunTimeValueBase v = step.arg1.getValue(scope,frame);
bool success;
var lt = slot.assign(v,out success);
if (!success) //(!slot.directSet(v))
{
if (!(slot is StackSlot)) //直接赋值时
{
//ext = "Illegal assignment to function " + ((MethodGetterBase)step.reg).name + ".";
}
else
{
StackSlot oslot = (StackSlot)slot;
//if (oslot.linktarget != null)
{
//slot = oslot.linktarget;
slot = lt;
}
if (step.arg1 is IMemReg)
{
//将其暂存到临时槽内
frame._tempSlot2.directSet(v);
v = frame._tempSlot2.getValue();
}
if (slot is SetThisItemSlot)
{
_doSetThisItem(((SetThisItemSlot)slot).bindObj,v,((SetThisItemSlot)slot).setindex,oslot,frame,step);
return;
}
if (slot is ClassPropertyGetter.PropertySlot)
{
ClassPropertyGetter.PropertySlot propslot =
(ASBinCode.ClassPropertyGetter.PropertySlot)slot;
//***调用访问器。***
ASBinCode.ClassPropertyGetter prop = oslot.stackObjects.propGetSet; //propslot.property;
_doPropAssigning(prop,frame,step,frame.player,scope,
//propslot.bindObj
oslot.stackObjects.propBindObj
,v,
oslot
);
return;
}
if (slot is OpVector.vectorSLot) //Vector类型不匹配
{
BlockCallBackBase cb = frame.player.blockCallBackPool.create();
cb.scope = scope;
cb.step = step;
cb.args = frame;
cb.setCallBacker(_vectorConvertCallBacker);
cb.cacheObjects[0] = slot;
//***调用强制类型转换***
OpCast.CastValue(v,((OpVector.vectorSLot)slot).vector_data.vector_type,
frame,step.token,scope,frame._tempSlot1,cb,false);
return;
}
if (slot is ObjectMemberSlot && !((ObjectMemberSlot)slot).isConstMember)
{
BlockCallBackBase cb = frame.player.blockCallBackPool.create();
cb.scope = scope;
cb.step = step;
cb.args = frame;
cb.setCallBacker(_objectmemberslotConvertCallbacker);
cb.cacheObjects[0] = slot;
//***调用强制类型转换***
OpCast.CastValue(v,((ObjectMemberSlot)slot).slottype,
frame,step.token,scope,frame._tempSlot1,cb,false);
return;
}
}
string ext = String.Empty;
if (slot is MethodGetterBase.MethodSlot)
{
ext = "Cannot assign to a method "; // + ((ASBinCode.ClassMethodGetter.MethodSlot)slot).method;
}
else if (slot is ObjectMemberSlot)
{
ext = "Illegal write to read-only property ";
//+ ((ObjectMemberSlot)slot).obj.value._class.name
//+" on ppp.PPC."
}
else if (slot is ClassPropertyGetter.PropertySlot)
{
ext = "Illegal write to read-only property ";
}
else if (slot is OpAccess_Dot.prototypeSlot)
{
ext = "Cannot create property "
+ ((OpAccess_Dot.prototypeSlot)slot)._protoname +
" on " + ((OpAccess_Dot.prototypeSlot)slot)._protoRootObj.value._class.name;
}
frame.throwError(
step.token,0,ext
);
frame.endStep(step);
}
else
{
frame.endStepNoError();
}
}
