static void task_print(SerialDevice *dev, Task_Handle task)
{
Task_Stat stat;
Task_stat(task, &stat);
const char *name = Task_Handle_name(task);
const char *mode = "INVALID";
switch (stat.mode) {
case Task_Mode_RUNNING: // Task is currently executing
mode = "RUNNING";
break;
case Task_Mode_READY: // Task is scheduled for execution
mode = "READY";
break;
case Task_Mode_BLOCKED: // Task is suspended from execution
mode = "BLOCKED";
break;
case Task_Mode_TERMINATED: // Task is terminated from execution
mode = "TERMINATED";
break;
case Task_Mode_INACTIVE: // Task is on inactive task list
mode = "INACTIVE";
break;
};
serial_printf(dev, "%s: %d, %s, stack: %u/%u\r\n", name, stat.priority,
mode, stat.used, stat.stackSize);
}
/*
* ======== ThreadSupport_stat ========
*/
Bool ThreadSupport_stat(ThreadSupport_Handle obj, \
ThreadSupport_Stat* buf, Error_Block* eb)
{
Task_Stat statbuf;
Task_stat(Task_self(), &statbuf);
buf->stackSize = statbuf.stackSize;
buf->stackUsed = statbuf.used;
return (TRUE);
}
static void checkStackMetrics(void) {
static uint16 maxStackUse = 0;
Task_Stat statbuf; /* declare buffer */
Task_stat(Task_self(), &statbuf); /* call func to get status */
// System_printf("\nSTACK METRICS\n");
if(statbuf.used > maxStackUse){
maxStackUse = statbuf.used;
}
//RESET UNUSED STACK
uint32 i;
for(i = 0; i < (statbuf.sp - statbuf.stack)-1 ; i++){ //-1 for safety, don't care warning
gapRoleTaskStack[i] = 0xBE;
}
}
