Serializer Class Reference

Inheritance diagram for Serializer:

Collaboration diagram for Serializer:

Public Member Functions
	Serializer (nByte protocol=SerializationProtocol::DEFAULT)
const nByte *	getData (void) const
int	getSize (void) const
template<typename T >
bool	push (const T &data)
template<typename T >
bool	push (const T pData, int arraySize)
template<typename T >
bool	push (const T pData, const int *arraySizes)
virtual JString &	toString (JString &retStr, bool withTypes=false) const
virtual JString &	toString (JString &retStr, bool withTypes=false) const=0
JString	toString (bool withTypes=false) const
Public Member Functions inherited from Base
virtual	~Base (void)=0
Public Member Functions inherited from LoggingBase< Base >
virtual	~LoggingBase (void)=0
Public Member Functions inherited from ToString
virtual	~ToString (void)
virtual JString	typeToString (void) const
JString	toString (bool withTypes=false) const

Additional Inherited Members
Static Public Member Functions inherited from LoggingBase< Base >
static void	setListener (const BaseListener *pBaseListener)
static int	getDebugOutputLevel (void)
static bool	setDebugOutputLevel (int debugLevel)
static const LogFormatOptions &	getLogFormatOptions (void)
static void	setLogFormatOptions (const LogFormatOptions &options)

Detailed Description

The Serializer class serializes everything, that gets added to it, into a byte-array.

You can add data of suported types to a Serializer instance by calling push() on it, passing that data. A call to push() will automatically serialize the data before adding it to the instance. The content of a Serializer instance can be retrieved in form form of a byte array by calling getData().

If you do multiple calls to push() on the same instance, then the array retrieved by getData() will contain serialized representations of the passed data for all of them. The order in which these representations are stored will match the order of the calls.

The serialized data can be used to construct a Deserializer instance from it, which provides the interface for retrieving the original datatypes from the byte array.

Remarks

The byte array that is returned by getData() has been serialized into a format, that can be deserialized by the Photon Server and other Photon Client platforms.

Member Function Documentation

getData()

const nByte * getData

(

void

)

const

Remarks

The size of the array, that's returned by this function, can be retrieved by calling getSize() on the the same instance without adding new data to the instance between the calls to this function and to getSize().

Returns

the payload in form of a byte array

getSize()

int getSize

(

void

)

const

Returns

the size in bytes of the payload

push() [1/3]

bool push

(

const T &

data

)

Adds a serialized representation of parameter data to the Serializer-instance on which it is called.

Template Parameters

T	type of parameter data - has to be of one of the supported datatypes

Parameters

data	data to serialize

Returns

true if successful, false in case of an error

push() [2/3]

bool push	(	const T	pData,
		int	arraySize
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

This overload accepts singledimensional arrays and NULL-pointers passed for parameter pData.

Parameters

pData	array of data to serialize
arraySize	the size of the value array

push() [3/3]

bool push	(	const T	pData,
		const int *	arraySizes
	)

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

This overload accepts multidimensional arrays and NULL-pointers passed for parameter val. The array, passed for parameter pData has to be a pointer of the correct abstraction level, meaning a normal pointer for a singledimensional array, a doublepointer for a twodimensional array, a triplepointer for a threedimensional array and so on.

Parameters

pData	array of data to serialize
arraySizes	the sizes for every dimension of the array

toString() [1/3]

JString & toString ( JString &  retStr, bool  withTypes = false  ) const

virtual

Remarks

The cost of this function depends a lot on implementation details of the implementing subclasses, but for container classes this function can become quite expensive, if the instance contains huge amounts of data, as its cost for many container class implementations increases disproportionately high to the size of the payload.

Parameters

retStr	reference to a string, to store the return-value in; the information, which is generated by this function, will be attached at the end of any eventually existing previous content of the string
withTypes	set to true, to include type information in the generated string

Returns

a JString representation of the instance and its contents for debugging purposes.

Implements ToString.

toString() [2/3]

toString

Remarks

The cost of this function depends a lot on implementation details of the implementing subclasses, but for container classes this function can become quite expensive, if the instance contains huge amounts of data, as its cost for many container class implementations increases disproportionately high to the size of the payload.

Parameters

retStr	reference to a string, to store the return-value in; the information, which is generated by this function, will be attached at the end of any eventually existing previous content of the string
withTypes	set to true, to include type information in the generated string

Returns

a JString representation of the instance and its contents for debugging purposes.

toString() [3/3]

JString toString

This is an overloaded member function, provided for convenience. It differs from the above function only in what argument(s) it accepts.

Parameters

withTypes

set to true, to include type information in the generated string

Returns

a JString representation of the instance and its contents for debugging purposes.

See also

JString