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buffer_h.fos
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buffer_h.fos
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/*
* WHINE TEAM
* We Had Ini, Now Engine
*
* RunClientScript/RunServerScript data "packer"
* Partially based on Serializator (TLA scripts) and BufferManager (FOnline engine)
*
* server and client module
*/
#ifndef __BUFFER_H__
#define __BUFFER_H__
////////////////////
// Buffer control //
////////////////////
//
// ~buffer;
// clear buffer from any data, reset reading position
//
// -buffer;
// reset reading position
//
////////////////
// Primitives //
////////////////
//
// Supported:
// int8
// int16
// int32
// int64
// uint8
// uint16
// uint32
// uint64
// bool
// string
// float
//
////////////////////////
// Adding/geting data //
////////////////////////
//
// buffer >> primitive;
// buffer.Get( primitive );
// get primitive from buffer
//
// buffer << primitive;
// buffer.Set( primitive );
// add primitive to Buffer
//
////////////
// Arrays //
////////////
//
// ...todo...
//
// Supported:
// array<primitive>
// array<array<primitive>>
// array<array<array<primitive>>>
//
// buffer >>> array;
// copy full content of buffer to array, without changing reading position
// array must be array<int*> / array<uint*>
//
// buffer >>>= array;
// array = buffer.AsInt8();
// array = buffer.AsInt16();
// array = buffer.AsInt32();
// array = buffer.AsInt64();
// array = buffer.AsUint8();
// array = buffer.AsUint16();
// array = buffer.AsUint32();
// array = buffer.AsUint64();
// copy full content of buffer to array, without changing reading position
// any data already stored in array will be removed
// array must be array<int*> / array<uint*>
//
// Module name, as seen by AngelScript, for fast module renaming
#define BUFFER_MODULE "buffer"
// How length of string/arrays will be stored in buffer
#define BUFFER_LENTYPE uint16
shared interface Buffer
{
bool IsRaw( uint len );
Buffer@ opCom();
Buffer@ opNeg();
#define _opBase#(type) \
Buffer@ opShr( type& value ); \
Buffer@ opShl( type value ); \
Buffer@ Get( type& value ); \
Buffer@ Set( type& value );
#define _opArray#(type) \
Buffer@ opShr( array<type>& value ); \
Buffer@ opShl( array<type>& value ); \
Buffer@ Get( array<type>& value ); \
Buffer@ Set( array<type>& value );
#define _opDump#(type,name) \
Buffer@ opUShr( array<type>& arr ); \
Buffer@ opUShrAssign( array<type>& arr ); \
array<type> name();
_opBase(int8)
_opBase(int16)
_opBase(int32)
_opBase(int64)
_opBase(uint8)
_opBase(uint16)
_opBase(uint32)
_opBase(uint64)
_opBase(bool)
_opBase(string)
_opBase(float)
_opArray(int8)
_opArray(int16)
_opArray(int32)
_opArray(int64)
_opArray(uint8)
_opArray(uint16)
_opArray(uint32)
_opArray(uint64)
_opArray(bool)
_opArray(string)
_opArray(float)
_opArray(array<int8>)
_opArray(array<int16>)
_opArray(array<int32>)
_opArray(array<int64>)
_opArray(array<uint8>)
_opArray(array<uint16>)
_opArray(array<uint32>)
_opArray(array<uint64>)
_opArray(array<bool>)
_opArray(array<string>)
_opArray(array<float>)
_opArray(array<array<int8>>)
_opArray(array<array<int16>>)
_opArray(array<array<int32>>)
_opArray(array<array<int64>>)
_opArray(array<array<uint8>>)
_opArray(array<array<uint16>>)
_opArray(array<array<uint32>>)
_opArray(array<array<uint64>>)
_opArray(array<array<bool>>)
_opArray(array<array<string>>)
_opArray(array<array<float>>)
_opDump(int8, AsInt8)
_opDump(int16, AsInt16)
_opDump(int32, AsInt32)
_opDump(int64, AsInt64)
_opDump(uint8, AsUint8)
_opDump(uint16,AsUint16)
_opDump(uint32,AsUint32)
_opDump(uint64,AsUint64)
};
#ifndef __BUFFER__
import Buffer@ NewBuffer() from BUFFER_MODULE;
#define _newBuffer#(type) \
import Buffer@ NewBuffer( array<type>@ data ) from BUFFER_MODULE;
_newBuffer(int8)
_newBuffer(int16)
_newBuffer(int32)
_newBuffer(int64)
_newBuffer(uint8)
_newBuffer(uint16)
_newBuffer(uint32)
_newBuffer(uint64)
#endif // __BUFFER__
#endif // __BUFFER_H__ //