graph_t
graph_t *graph;
graph_t *gp = request->l_graph;
graph_t *gp = request->l_graph;
graph_t *gp = request->l_graph;
graph_t *gp = (lock->l_graph);
static void flk_graph_uncolor(graph_t *);
graph_t *gp = new_lock->l_graph;
graph_t *gp = lock->l_graph;
graph_t *gp = request->l_graph;
graph_t *gp = request->l_graph;
static void check_sleeping_locks(graph_t *);
static void check_active_locks(graph_t *);
static void check_owner_locks(graph_t *, pid_t, int, vnode_t *);
flk_graph_uncolor(graph_t *gp)
graph_t *gp = lock->l_graph;
graph_t *gp = request->l_graph;
graph_t *gp = request->l_graph;
graph_t *
graph_t *gp;
graph_t *gp_alloc = NULL;
gp_alloc = kmem_zalloc(sizeof (graph_t), KM_SLEEP);
kmem_free(gp_alloc, sizeof (graph_t));
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp = request->l_graph;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp; /* lock graph */
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp;
graph_t *gp = request->l_graph;
graph_t *gp;
check_active_locks(graph_t *gp)
check_sleeping_locks(graph_t *gp)
check_owner_locks(graph_t *gp, pid_t pid, int sysid, vnode_t *vp)
graph_t *gp;
graph_t *gp;
graph_t *lock_graph[HASH_SIZE];
graph_t *flk_get_lock_graph(vnode_t *, int);