void AMFWriter::beginObject(const string& type,bool externalizable) {
(UInt32&)lastReference=0;
if(!_amf3) {
if(amf0Preference && !externalizable) {
_lastObjectReferences.push_back(0);
if(type.empty())
writer.write8(AMF_BEGIN_OBJECT);
else {
writer.write8(AMF_BEGIN_TYPED_OBJECT);
write(type);
}
return;
}
writer.write8(AMF_AVMPLUS_OBJECT);
_amf3=true;
}
writer.write8(AMF3_OBJECT);
_references.push_back(AMF3_OBJECT);
(UInt32&)lastReference=_references.size();
_lastObjectReferences.push_back(lastReference);
UInt32 flags = 1; // inner object
// ClassDef always inline (because never hard properties, all is dynamic)
// _references.push_back(0);
flags|=(1<<1);
if(externalizable)
flags|=(1<<2);
else
flags|=(1<<3); // Always dynamic, but can't be externalizable AND dynamic!
/* TODO?
if(externalizable) {
// What follows is the value of the “inner” object
} else if(hardProperties>0 && !pClassDef) {
// The remaining integer-data represents the number of class members that exist.
// If there is a class-def reference there are no property names and the number of values is equal to the number of properties in the class-def
flags |= (hardProperties<<4);
}*/
writer.write7BitValue(flags);
writePropertyName(type);
}
void DataWriter::writeStringProperty(const string& name,const string& value) {
writePropertyName(name);
writeString(value);
}
void DataWriter::writeBooleanProperty(const string& name,bool value) {
writePropertyName(name);
writeBoolean(value);
}
void DataWriter::writeNumberProperty(const string& name,double value) {
writePropertyName(name);
writeNumber(value);
}
void DataWriter::writeDateProperty(const string& name,const Time& date) {
writePropertyName(name);
writeDate(date);
}
void DataWriter::writeNullProperty(const string& name) {
writePropertyName(name);
writeNull();
}
void AMFWriter::writeObjectProperty(const string& name) {
writePropertyName(name);
writeNull();
}
void AMFWriter::writeObjectProperty(const string& name,const string& value) {
writePropertyName(name);
write(value);
}
void AMFWriter::writeObjectProperty(const string& name,const vector<UInt8>& data) {
writePropertyName(name);
writeByteArray(data);
}
void AMFWriter::writeObjectProperty(const string& name,Int32 value) {
writePropertyName(name);
writeInteger(value);
}
void AMFWriter::writeObjectProperty(const string& name,double value) {
writePropertyName(name);
writeNumber(value);
}
void AMFWriter::writeObjectProperty(const string& name,const Timestamp& date) {
writePropertyName(name);
writeDate(date);
}
