/* Gets the PyFrameObject for this frame, lazily
* creating it if necessary.
- * Returns a borrowed referennce */
+ * Returns a borrowed reference */
static inline PyFrameObject *
_PyFrame_GetFrameObject(_PyInterpreterFrame *frame)
{
Py_ssize_t long_lived_pending;
/* gh-117783: Deferred reference counting is not fully implemented yet, so
- as a temporary measure we treat objects using deferred referenence
+ as a temporary measure we treat objects using deferred reference
counting as immortal. The value may be zero, one, or a negative number:
0: immortalize deferred RC objects once the first thread is created
1: immortalize all deferred RC objects immediately
* Implementation of safe memory reclamation scheme using
* quiescent states.
*
- * This is dervied from the "GUS" safe memory reclamation technique
+ * This is derived from the "GUS" safe memory reclamation technique
* in FreeBSD written by Jeffrey Roberson. It is heavily modified. Any bugs
* in this code are likely due to the modifications.
*
struct _PyThreadStateImpl *tstate_imp = (_PyThreadStateImpl*) tstate;
// gh-119369: GIL must be released (if held) to prevent deadlocks, because
- // we might not have an active tstate, which means taht blocking on PyMutex
+ // we might not have an active tstate, which means that blocking on PyMutex
// locks will not implicitly release the GIL.
assert(!tstate->_status.holds_gil);
}
/* Cache entries must be unsigned values, so we offset the
* dictoffset by MANAGED_DICT_OFFSET.
- * We do the reverese offset in LOAD_ATTR_METHOD_LAZY_DICT */
+ * We do the reverse offset in LOAD_ATTR_METHOD_LAZY_DICT */
dictoffset -= MANAGED_DICT_OFFSET;
assert(((uint16_t)dictoffset) == dictoffset);
cache->dict_offset = (uint16_t)dictoffset;