/* Proxy classes for apr_*. Generated by hand. */ #ifdef SWIGPYTHON %include proxy.swg %nodefault apr_array_header_t; %nodefault apr_file_t; %nodefault apr_hash_t; %nodefault apr_pool_t; %opaque_proxy(apr_array_header_t); %opaque_proxy(apr_file_t); %opaque_proxy(apr_hash_t); %pythoncode %{ application_pool = None class GenericSWIGWrapper: def __init__(self, this, pool): """Create new Generic SWIG wrapper object""" import weakref self.this = this self._parent_pool = pool self._is_valid = weakref.ref(pool._is_valid) def set_parent_pool(self, pool): """Set the parent pool of this object""" self._parent_pool = pool def valid(self): """Is this object valid?""" return self._is_valid() def assert_valid(self): """Assert that this object is still valid""" assert self.valid(), "This object has already been destroyed" def _unwrap(self): """Return underlying SWIG object""" self.assert_valid() return self.this def _mark_weakpool_invalid(weakpool): if weakpool and weakpool() and hasattr(weakpool(), "_is_valid"): del weakpool()._is_valid %} struct apr_pool_t { %extend { %pythoncode %{ def set_parent_pool(self, parent_pool=None): """Create a new memory pool""" global application_pool self._parent_pool = parent_pool or application_pool self._mark_valid() # Protect important functions from GC self._apr_pool_destroy = _core.apr_pool_destroy self._svn_swig_py_clear_application_pool = \ _core.svn_swig_py_clear_application_pool # If we are an application-level pool, # then set this pool to be the application-level pool if not self._parent_pool: svn_swig_py_set_application_pool(self, self) application_pool = self def valid(self): """Check whether this memory pool and its parents are still valid""" return hasattr(self,"_is_valid") def assert_valid(self): """Assert that this memory_pool is still valid.""" assert self.valid(), "This pool has already been destroyed" def clear(self): """Clear embedded memory pool. Invalidate all subpools.""" pool = self._parent_pool apr_pool_clear(self) self.set_parent_pool(pool) def destroy(self): """Destroy embedded memory pool. If you do not destroy the memory pool manually, Python will destroy it automatically.""" global application_pool self.assert_valid() is_application_pool = not self._parent_pool # Destroy pool self._apr_pool_destroy(self) # Clear application pool if necessary if is_application_pool: application_pool = None self._svn_swig_py_clear_application_pool() # Mark self as invalid if hasattr(self, "_parent_pool"): del self._parent_pool if hasattr(self, "_is_valid"): del self._is_valid def __del__(self): """Automatically destroy memory pools, if necessary""" if self.valid(): self.destroy() def _mark_valid(self): """Mark pool as valid""" self._weakparent = None if self._parent_pool: import weakref # Make sure that the parent object is valid self._parent_pool.assert_valid() # Refer to self using a weakrefrence so that we don't # create a reference cycle weakself = weakref.ref(self) # Set up callbacks to mark pool as invalid when parents # are destroyed self._weakparent = weakref.ref(self._parent_pool._is_valid, lambda x: _mark_weakpool_invalid(weakself)) # Mark pool as valid self._is_valid = lambda: 1 def _wrap(self, obj): """Mark a SWIG object as owned by this pool""" self.assert_valid() if hasattr(obj, "set_parent_pool"): obj.set_parent_pool(self) return obj elif obj is None: return None else: return GenericSWIGWrapper(obj, self) %} } }; %pythoncode %{ # Initialize a global pool svn_pool_create() %} #endif