applied uncrustify to sched source

kinclude/sched.c

@@ -180,7 +180,8 @@ void mark_ecall_entry()
     scheduling_interrupted_start = read_time();
 }
 
-optional_pcbptr find_available_pcb_slot() {
+optional_pcbptr find_available_pcb_slot()
+{
     static int index = 0;
     int start_index = index;
     ProcessControlBlock* pcb = processes + index;
@@ -200,6 +201,7 @@ optional_pcbptr create_new_process(loaded_binary* bin, int stack_size)
 {
     // try to get a position in the processes list
     optional_pcbptr slot_or_err = find_available_pcb_slot();
+
     // if that failed, we cannot creat a new process
     if (has_error(slot_or_err)) {
         dbgln("No more process structs!", 24);
@@ -208,6 +210,7 @@ optional_pcbptr create_new_process(loaded_binary* bin, int stack_size)
 
     // allocate stack for the new process
     optional_voidptr stack_top_or_err = malloc_stack(stack_size); // allocate 4Kib stack
+
     // if that failed, we also can't create a new process
     if (has_error(stack_top_or_err)) {
         dbgln("Error while allocating stack for process", 40);
@@ -242,6 +245,7 @@ optional_pcbptr create_new_thread(ProcessControlBlock* parent, void* entrypoint,
 {
     // try to get a position in the processes list
     optional_pcbptr slot_or_err = find_available_pcb_slot();
+
     // if that failed, we cannot creat a new process
     if (has_error(slot_or_err)) {
         dbgln("No more process structs!", 24);
@@ -250,6 +254,7 @@ optional_pcbptr create_new_thread(ProcessControlBlock* parent, void* entrypoint,
 
     // allocate stack for the new process
     optional_voidptr stack_top_or_err = malloc_stack(stack_size); // allocate 4Kib stack
+
     // if that failed, we also can't create a new process
     if (has_error(stack_top_or_err)) {
         dbgln("Error while allocating stack for thread", 39);