82 	qdf_perf_entry_t    *entry  = NULL;  in __qdf_perf_init()  local
93 	entry = kmalloc(sizeof(struct qdf_perf_entry), GFP_ATOMIC);  in __qdf_perf_init()
95 	if (!entry) {  in __qdf_perf_init()
101 	memset(entry, 0, sizeof(struct qdf_perf_entry));  in __qdf_perf_init()
103 	INIT_LIST_HEAD(&entry->list);  in __qdf_perf_init()
104 	INIT_LIST_HEAD(&entry->child);  in __qdf_perf_init()
106 	spin_lock_init(&entry->lock_irq);  in __qdf_perf_init()
108 	list_add_tail(&entry->list, &pentry->child);  in __qdf_perf_init()
110 	entry->name = id_name;  in __qdf_perf_init()
111 	entry->type = type;  in __qdf_perf_init()
114 		entry->proc = proc_mkdir(id_name, pentry->proc);  in __qdf_perf_init()
118 	entry->parent   = pentry;  in __qdf_perf_init()
119 	entry->proc     = create_proc_entry(id_name, S_IFREG|S_IRUGO|S_IWUSR,  in __qdf_perf_init()
121 	entry->proc->data       = entry;  in __qdf_perf_init()
122 	entry->proc->read_proc  = api_tbl[type].proc_read;  in __qdf_perf_init()
123 	entry->proc->write_proc = api_tbl[type].proc_write;  in __qdf_perf_init()
128 	api_tbl[type].init(entry, api_tbl[type].def_val);  in __qdf_perf_init()
131 	return entry;  in __qdf_perf_init()
143 	qdf_perf_entry_t     *entry  = PERF_ENTRY(id),  in __qdf_perf_destroy()  local
144 		*parent = entry->parent;  in __qdf_perf_destroy()
146 	if (!list_empty(&entry->child)) {  in __qdf_perf_destroy()
152 	remove_proc_entry(entry->name, parent->proc);  in __qdf_perf_destroy()
154 	list_del(&entry->list);  in __qdf_perf_destroy()
156 	vfree(entry);  in __qdf_perf_destroy()
170 	qdf_perf_entry_t *entry = PERF_ENTRY(id);  in __qdf_perf_start()  local
172 	api_tbl[entry->type].sample(entry, 0);  in __qdf_perf_start()
184 	qdf_perf_entry_t *entry = PERF_ENTRY(id);  in __qdf_perf_end()  local
186 	api_tbl[entry->type].sample(entry, 1);  in __qdf_perf_end()