2507 putleakinfo(struct leaktree *leaks, void *f, size_t sz, int cnt)  in putleakinfo()  argument
2517 	p = RBT_FIND(leaktree, leaks, &key);  in putleakinfo()
2532 		RBT_INSERT(leaktree, leaks, p);  in putleakinfo()
2586 dump_leaks(struct leaktree *leaks)  in dump_leaks()  argument
2593 	RBT_FOREACH(p, leaktree, leaks)   in dump_leaks()
2598 dump_chunk(struct leaktree* leaks, struct chunk_info *p, void **f,  in dump_chunk()  argument
2610 					putleakinfo(leaks, f[i], sz, 1);  in dump_chunk()
2621 dump_free_chunk_info(struct dir_info *d, struct leaktree *leaks)  in dump_free_chunk_info()  argument
2642 				dump_chunk(leaks, p, NULL, 1);  in dump_free_chunk_info()
2676 malloc_dump1(int poolno, struct dir_info *d, struct leaktree *leaks)  in malloc_dump1()  argument
2692 		dump_free_chunk_info(d, leaks);  in malloc_dump1()
2707 				putleakinfo(leaks, d->r[i].f, realsize, 1);  in malloc_dump1()
2712 				dump_chunk(leaks,  in malloc_dump1()
2722 malloc_dump0(int poolno, struct dir_info *pool, struct leaktree *leaks)  in malloc_dump0()  argument
2740 	malloc_dump1(poolno, pool, leaks);  in malloc_dump0()
2750 	struct leaktree leaks = RBT_INITIALIZER(&leaks);  in malloc_dump()  local
2753 		malloc_dump0(i, mopts.malloc_pool[i], &leaks);  in malloc_dump()
2755 	dump_leaks(&leaks);  in malloc_dump()