- Table of Contents
- sipReleaseLock — Release the interpreter lock and save the current Python thread state
- sipAcquireLock — Acquire the interpreter lock and restore the Python thread state
- sipCondReleaseLock — Release the interpreter lock, if previously acquired, and save Python thread state
- sipCondAcquireLock — Acquire the interpreter lock, if not already acquired, and restore Python thread state
- sipMalloc — A Python 1.5 style memory allocator that supports Python 1.5 and 1.6
- sipFree — A Python 1.5 style memory de-allocator that supports Python 1.5 and 1.6
Name
sipReleaseLock -- Release the interpreter lock and save the current Python thread state
Synopsis
void sipReleaseLock(void);
Description
Calls PyEval_SaveThread().
Name
sipAcquireLock -- Acquire the interpreter lock and restore the Python thread state
Synopsis
void sipAcquireLock(void);
Description
Calls PyEval_RestoreThread().
Name
sipCondReleaseLock -- Release the interpreter lock, if previously acquired, and save Python thread state
Synopsis
void sipCondReleaseLock(int relLock);
Description
Calls PyEval_SaveThread().
relLock
Release the interpreter lock, if
relLock is true,
calling PyEval_SaveThread().
Name
sipCondAcquireLock -- Acquire the interpreter lock, if not already acquired, and restore Python thread state
Synopsis
int sipCondAcquireLock(void);
Description
Calls PyEval_RestoreThread().
Return Value
Return TRUE if the lock could be aquired, else FALSE.
Name
sipMalloc -- A Python 1.5 style memory allocator that supports Python 1.5 and 1.6
Synopsis
ANY * sipMalloc(size_t nbytes);
Description
Return Value
Pointer to allocated memory block (or NULL).
nbytes
Number of bytes to allocate.
Name
sipFree -- A Python 1.5 style memory de-allocator that supports Python 1.5 and 1.6
Synopsis
void sipFree(ANY * mem, MMMM MMMM);
Description
mem
A pointer to the memory block to be freed.