remotemono::IPCVector< ElemT, IntPtrT > Class Template Reference

#include <IPCVector.h>

Classes
struct	VectorAPI
struct	VectorLocalAPI
struct	VectorRemoteAPI

Public Types
typedef IntPtrT	VectorPtr
typedef IntPtrT	DataPtr
typedef VectorPtr(__fastcall *	VECTOR_NEW) (uint32_t cap)
typedef void(__fastcall *	VECTOR_FREE) (VectorPtr v)
typedef void(__fastcall *	VECTOR_ADD) (VectorPtr v, ElemT elem)
typedef void(__fastcall *	VECTOR_CLEAR) (VectorPtr v)
typedef uint32_t(__fastcall *	VECTOR_LENGTH) (VectorPtr v)
typedef uint32_t(__fastcall *	VECTOR_CAPACITY) (VectorPtr v)
typedef DataPtr(__fastcall *	VECTOR_DATA) (VectorPtr v)
typedef void(__fastcall *	VECTOR_GROW) (VectorPtr v, uint32_t)

Public Member Functions
void	inject (blackbone::Process *process)
void	uninject ()
VectorAPI &	getAPI ()
VectorPtr	vectorNew (uint32_t cap=16)
void	vectorFree (VectorPtr v)
void	vectorAdd (VectorPtr v, ElemT elem)
void	vectorClear (VectorPtr v)
uint32_t	vectorLength (VectorPtr v)
uint32_t	vectorCapacity (VectorPtr v)
DataPtr	vectorData (VectorPtr v)
void	vectorGrow (VectorPtr v, uint32_t cap)
VectorPtr	create (const std::vector< ElemT > &data)
void	read (VectorPtr v, std::vector< ElemT > &out)

Detailed Description

template<typename ElemT, typename IntPtrT>
class remotemono::IPCVector< ElemT, IntPtrT >

A simple class representing a dynamically growing array in either the local or remote process. If it is in the remote process, a series of simple functions will be injected into the remote that can be called to manipulate such array objects in the remote process itself, and a remote array can also be queried and modified locally through RPC calls.

In RemoteMono, this class is mainly used to support the mono_*_foreach() functions by having them collect the objects they iterate over into an IPCVector array that can then be read by the local process.

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The documentation for this class was generated from the following files:

• remotemono/IPCVector.h
• remotemono/IPCVector_Impl.h