Lines Matching full:leader

24  * choose to introduce QDSOs. There are also roles such as Port Leader and Event
25  * Leader which can be assumed by these different types under different
27  * Leader is not a static function of its type and these roles can 'float'
33  * dynamically assume leader roles. It can therefore be seen as an extension of
53  *   E: Always an event leader if it exists.
54  *   e: Potentially an event leader (namely if it is the root APL object in a
57  *   P: Always a port leader if it exists.
58  *   p: Potentially a port leader (namely if there is no port leader above it).
60  *   C: Always a connection leader.
82     /* invariant: != NULL iff this is a port leader or subsidiary object */
90      * a QUIC domain is always rooted in an event leader.
96      * object, or NULL if we are not at or below a port leader. Always equals
142  * engine: If non-NULL, this object becomes the Event Leader. parent_obj must be
143  * NULL iff this is non-NULL as currently the Event Leader is always the root in
145  * determined by using parent_obj and ancestors to find the Event Leader.
147  * port: If non-NULL, this object becomes a Port Leader. If NULL, the
149  * ancestors to find the Port Leader.
204 /* Returns 1 iff this leader structure represents an event leader. */
213  * the obj object itself is an event leader, rather than one of its ancestors.
222 /* Returns 1 iff this leader structure represents a port leader. */
231  * the obj object itself is a port leader, rather than one of its ancestors.
281  * Get a reference to the reactor applicable to a leader. Always returns
290 /* Get a reference to the OSSL_LIB_CTX pointer applicable to a leader. */
297 /* Get a reference to the propq pointer applicable to a leader. */
305  * Returns the APL object pointer to the event leader in a hierarchy. Always
318  * Returns the APL object pointer to the port leader in a hierarchy (if any).