void VJSGlobalClass::do_dateToIso(VJSParms_callStaticFunction& ioParms, VJSGlobalObject*)
{
VString s;
VJSValue jsval(ioParms.GetContextRef());
if (ioParms.CountParams() > 0)
{
VTime dd;
jsval = ioParms.GetParamValue(1);
jsval.GetTime(dd);
dd.GetJSONString(s);
}
ioParms.ReturnString(s);
}
void VJSGlobalClass::do_testMe( VJSParms_callStaticFunction& inParms, VJSGlobalObject*)
{
VJSObject globalObject( inParms.GetContext().GetGlobalObject());
VString functionName;
inParms.GetStringParam( 1, functionName);
std::vector<VJSValue> values;
size_t count = inParms.CountParams();
for( size_t i = 2 ; i <= count ; ++i)
values.push_back( inParms.GetParamValue( i));
VJSValue result( inParms.GetContextRef());
bool ok = globalObject.CallMemberFunction( functionName, &values, &result, inParms.GetExceptionRefPointer());
inParms.ReturnValue( result);
}
void VJSStorageClass::_setItem (VJSParms_callStaticFunction &ioParms, VJSStorageObject *inStorageObject)
{
xbox_assert(inStorageObject != NULL);
XBOX::VString name;
if (ioParms.CountParams() && ioParms.IsStringParam(1) && ioParms.GetStringParam(1, name)) {
XBOX::VJSValue value(ioParms.GetContext());
if (ioParms.CountParams() < 2)
value.SetUndefined();
else
value = ioParms.GetParamValue(2);
inStorageObject->SetKeyValue(name, value);
}
}
void VJSTimer::_SetTimer (VJSParms_callStaticFunction &ioParms, VJSWorker *inWorker, bool inIsInterval)
{
xbox_assert(inWorker != NULL);
if (!ioParms.CountParams())
return;
XBOX::VJSContext context(ioParms.GetContext());
XBOX::VJSObject functionObject(context);
ioParms.GetParamObject(1, functionObject);
if (!functionObject.IsFunction())
return;
functionObject.Protect();
Real duration;
duration = 0.0;
if (ioParms.CountParams() >= 2) {
if (ioParms.IsNumberParam(2)) {
if (!ioParms.GetRealParam(2, &duration))
duration = 0.0;
} else {
// According to specification, if timeout is an object, call its toString() method if any.
// Then apply ToNumber() on the string to obtain duration.
XBOX::VJSObject timeOutObject(context);
if (ioParms.GetParamObject(2, timeOutObject)) {
timeOutObject.SetContext(context);
if (timeOutObject.HasProperty("toString")) {
XBOX::VJSObject toStringObject = timeOutObject.GetPropertyAsObject("toString");
if (toStringObject.IsFunction()) {
std::vector<XBOX::VJSValue> values;
XBOX::VJSValue string(context);
toStringObject.SetContext(context);
timeOutObject.CallFunction(toStringObject, &values, &string, NULL);
if (string.IsString()) {
// If Number() is called as a function (and not as a constructor), it acts as ToNumber().
// See section 15.7.1 of ECMA-262 specification.
XBOX::VJSObject toNumberObject = context.GetGlobalObject().GetPropertyAsObject("Number");
if (toNumberObject.IsFunction()) {
XBOX::VJSValue number(context);
values.clear();
values.push_back(string);
toNumberObject.SetContext(context);
context.GetGlobalObject().CallFunction(toNumberObject, &values, &number, NULL);
if (number.IsNumber() && !number.GetReal(&duration))
duration = 0.0;
}
}
}
}
}
}
// (value != value) is true if value is a NaN.
if (duration < 0.0 || duration > XBOX::kMAX_Real || duration != duration)
duration = 0.0;
}
std::vector<XBOX::VJSValue> *arguments;
arguments = new std::vector<XBOX::VJSValue>;
for (sLONG i = 3; i <= ioParms.CountParams(); i++)
arguments->push_back(ioParms.GetParamValue(i));
sLONG period, id;
VJSTimer *timer;
period = (sLONG) duration;
if (inIsInterval) {
if (period < VJSTimer::kMinimumInterval)
period = VJSTimer::kMinimumInterval;
} else {
if (period < VJSTimer::kMinimumTimeout)
period = VJSTimer::kMinimumTimeout;
}
timer = new VJSTimer(functionObject, inIsInterval ? period : VJSTimer::kTimeOut);
if ((id = inWorker->GetTimerContext()->InsertTimer(timer)) < 0) {
// Too many timers (should never happen). Silently ignore.
// Returned ID (-1) isn't valid and a clear on it, will do nothing.
timer->Release();
delete arguments;
} else {
XBOX::VTime triggerTime;
triggerTime.FromSystemTime();
triggerTime.AddMilliseconds(period);
inWorker->QueueEvent(VJSTimerEvent::Create(timer, triggerTime, arguments));
}
ioParms.ReturnNumber(id);
}
