Method writeOne

MonaCore/sources/AMFReader.cpp:174–665

}

bool AMFReader::writeOne(UInt8 type, DataWriter& writer) {

	switch (type) {

		case AMF0_REF: {
			packet.next();
			UInt16 reference = packet.read16();
			if(reference>=_amf0References.size()) {
				ERROR("AMF0 reference not found")
				return false;
			}
			if (writeReference(writer, (reference+1) << 1))
				return true;
			UInt32 reset(packet.position());
			packet.reset(_amf0References[reference]);
			bool referencing(_referencing);
			_referencing = false;
			bool written = readNext(writer);
			_referencing = referencing;
			packet.reset(reset);
			return written;
		}

		case STRING:  {
			type = packet.read8();
			UInt32 size(0);
			if (type == AMF_LONG_STRING) {
				size = packet.read32();
				if (size > packet.available()) {
					ERROR("AMF long string bad-formed with a ", size, " size exceeding the ", packet.available(), " bytes available");
					return false;
				}
				writer.writeString(STR packet.current(), size);
				packet.next(size);
				return true;
			}
			const char* value(readText(size));
			if (!value)
				return false;
			writer.writeString(value, size);
			return true;
		}

		case BOOLEAN:
			type = packet.read8();
			writer.writeBoolean(_amf3 ? (type == AMF3_TRUE) : packet.read8()!=0x00);
			return true;

		case NUMBER: {
			type = packet.read8();
			if (!_amf3 || type==AMF3_NUMBER) {
				writer.writeNumber(packet.readNumber<double>());
				return true;
			}
			// Forced in AMF3 here!
			UInt32 value = packet.read7BitValue();
			if(value>AMF_MAX_INTEGER)
				value-=(1<<29);