39 static void thread_print_cb(struct thread_analyzer_info *info)  in thread_print_cb()  argument
41 	size_t pcnt = (info->stack_used * 100U) / info->stack_size;  in thread_print_cb()
46 		THREAD_ANALYZER_VSTR(info->name),  in thread_print_cb()
47 		info->stack_size - info->stack_used, info->stack_used,  in thread_print_cb()
48 		info->stack_size, pcnt,  in thread_print_cb()
49 		info->utilization);  in thread_print_cb()
52 	if (info->priv_stack_size > 0) {  in thread_print_cb()
53 		pcnt = (info->priv_stack_used * 100U) / info->priv_stack_size;  in thread_print_cb()
58 			" ", info->priv_stack_size - info->priv_stack_used, info->priv_stack_used,  in thread_print_cb()
59 			info->priv_stack_size, pcnt);  in thread_print_cb()
66 		" ", info->usage.total_cycles);  in thread_print_cb()
73 		" ", info->usage.current_cycles, info->usage.peak_cycles,  in thread_print_cb()
74 		info->usage.average_cycles);  in thread_print_cb()
81 		THREAD_ANALYZER_VSTR(info->name),  in thread_print_cb()
82 		info->stack_size - info->stack_used, info->stack_used,  in thread_print_cb()
83 		info->stack_size, pcnt);  in thread_print_cb()
102 	struct thread_analyzer_info info;  in thread_analyze_cb()  local
127 	info.name = name;  in thread_analyze_cb()
128 	info.stack_size = size;  in thread_analyze_cb()
129 	info.stack_used = size - unused;  in thread_analyze_cb()
134 		info.priv_stack_size = size;  in thread_analyze_cb()
135 		info.priv_stack_used = size - unused;  in thread_analyze_cb()
137 		info.priv_stack_size = 0;  in thread_analyze_cb()
144 	if (k_thread_runtime_stats_get(thread, &info.usage) != 0) {  in thread_analyze_cb()
159 		info.utilization = (info.usage.execution_cycles * 100U) /  in thread_analyze_cb()
166 	cb(&info);  in thread_analyze_cb()