clanCore System

Classes
class	CL_AutoPtr< Type >
	CL_AutoPtr. More...
class	CL_BlockAllocator
	Memory allocator that allocates in blocks. More...
class	CL_BlockAllocated
	Class with operator new/delete overloads for CL_BlockAllocator. More...
class	CL_CommandLine
	Helper class to parse command line arguments. More...
class	CL_ConsoleWindow
	Text console window. More...
class	CL_DataBuffer
	General purpose data buffer. More...
class	CL_DateTime
	Date/Time class. More...
class	CL_Event
	OS level event. More...
class	CL_EventProvider
	OS level event provider. More...
class	CL_Exception
	Top-level exception class. More...
class	CL_FixedMemoryPool< s >
	Memory pool using a fixed memory size. More...
class	CL_InterlockedVariable
	Interlocked variable class. More...
class	CL_MemoryPool
	Memory allocation interface. More...
class	CL_MemoryPoolAllocator< _Type >
	STL allocator using CL_MemoryPool. More...
class	CL_Mutex
	Mutex class. More...
class	CL_MutexSection
	Mutex locking helper. More...
class	CL_Runnable
	Thread runnable object. More...
class	CL_RunnableMember_v0< C >
class	CL_RunnableMember_v1< C, P1 >
class	CL_RunnableMember_v2< C, P1, P2 >
class	CL_RunnableMember_v3< C, P1, P2, P3 >
class	CL_RunnableMember_v4< C, P1, P2, P3, P4 >
class	CL_RunnableMember_v5< C, P1, P2, P3, P4, P5 >
class	CL_Service
	Service/daemon class. More...
class	CL_SetupCore
	Library initializer class. More...
class	CL_SharedPtr_Impl
class	CL_SharedPtr_Deleter< Type >
class	CL_SharedPtr_DeleterPool< Type >
class	CL_SharedPtr_DeleterCallback< Type >
class	CL_SharedPtr_DeleterClassCallback< Type, FreeClass >
class	CL_SharedPtr_Link
class	CL_UnknownSharedPtr
	CL_UnknownSharedPtr. More...
class	CL_SharedPtr< Type >
	CL_SharedPtr. More...
class	CL_StaticMemoryPool
	Static memory pool. More...
struct	CL_PreallocatedMemory
class	CL_System
	General system helper functions. More...
class	CL_Thread
	Thread class. More...
class	CL_ThreadLocalStorage
	Thread class. More...
class	CL_WeakPtr< Type >
	Weak pointer class (pointer to a CL_SharedPtr object that dont increase reference count). More...
Defines
#define	cl_new   new
	Memory pool new.
#define	CL_DELETER_SIZE   (sizeof(CL_SharedPtr_DeleterClassCallback<int,CL_MemoryPool>))
Functions
template<typename Container>
void	cl_delete_container (Container &container)
void *	operator new (size_t size, CL_MemoryPool *pool)
	Memory pool operator new.
void	operator delete (void *data, CL_MemoryPool *pool)
	Memory pool operator delete.
void *	operator new[] (size_t size, CL_MemoryPool *pool)
	Memory pool operator new[].
void	operator delete[] (void *data, CL_MemoryPool *pool)
	Memory pool operator delete[].
template<typename Type>
void	cl_delete (CL_MemoryPool *pool, Type *obj)
	Memory pool delete.
template<typename Type>
void	cl_delete (CL_MemoryPool *pool, Type *obj, size_t array_size)
	Memory pool delete.

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Define Documentation

#define CL_DELETER_SIZE   (sizeof(CL_SharedPtr_DeleterClassCallback<int,CL_MemoryPool>))

#define cl_new   new

Memory pool new.

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Function Documentation

template<typename Type> void cl_delete (  CL_MemoryPool *  pool, Type *  obj, size_t  array_size )

Memory pool delete. Parameters: pool  = Memory pool interface to use. If NULL, object is deleted using operator delete[](obj) obj  = Objects to free. The destructor is called array_size  = Number of objects in the array (Used to call the destructors. The entire array is always deleted even if array_size is short)

template<typename Type> void cl_delete (  CL_MemoryPool *  pool, Type *  obj )

Memory pool delete. Parameters: pool  = Memory pool interface to use. If NULL, object is deleted using operator delete(obj) obj  = Object to free. The destructor is called

template<typename Container> void cl_delete_container (  Container &  container  )

void operator delete (  void *  data, CL_MemoryPool *  pool )  [inline]

Memory pool operator delete. Parameters: data  = Data to free. (The destructor is not called, see cl_delete(CL_MemoryPool *pool, Type *obj) ) pool  = Memory pool interface to use. If NULL, use "::operator delete(data)"

void operator delete[] (  void *  data, CL_MemoryPool *  pool )  [inline]

Memory pool operator delete[]. Parameters: data  = Data to free. (The destructor is not called, see cl_delete(CL_MemoryPool *pool, Type *obj, size_t array_size) ) pool  = Memory pool interface to use. If NULL, use "::operator delete[](data)"

void* operator new (  size_t  size, CL_MemoryPool *  pool )  [inline]

Memory pool operator new. Parameters: size  = Size to allocate pool  = Memory pool interface to use. If NULL = use "::operator new(size)"

void* operator new[] (  size_t  size, CL_MemoryPool *  pool )  [inline]

Memory pool operator new[]. Parameters: size  = Size to allocate pool  = Memory pool interface to use. If NULL = use "::operator new(size)"

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