applied uncrustify to sched source

master
Anton Lydike 3 years ago
parent 7302c9c652
commit 4e439f979d

@ -21,7 +21,7 @@ unsigned long long int next_interrupt_scheduled_for;
int next_process_id = 1;
// run the next process
void scheduler_run_next ()
void scheduler_run_next()
{
current_process = scheduler_select_free();
// set up timer interrupt
@ -110,42 +110,42 @@ void scheduler_switch_to(ProcessControlBlock* pcb)
CSR_WRITE(CSR_MEPC, pcb->pc);
// set up registers
__asm__(
"mv x31, %0\n"
"csrrw zero, %1, x31\n"
"lw x1, 0(x31)\n"
"lw x2, 4(x31)\n"
"lw x3, 8(x31)\n"
"lw x4, 12(x31)\n"
"lw x5, 16(x31)\n"
"lw x6, 20(x31)\n"
"lw x7, 24(x31)\n"
"lw x8, 28(x31)\n"
"lw x9, 32(x31)\n"
"lw x10, 36(x31)\n"
"lw x11, 40(x31)\n"
"lw x12, 44(x31)\n"
"lw x13, 48(x31)\n"
"lw x14, 52(x31)\n"
"lw x15, 56(x31)\n"
"lw x16, 60(x31)\n"
"lw x17, 64(x31)\n"
"lw x18, 68(x31)\n"
"lw x19, 72(x31)\n"
"lw x20, 76(x31)\n"
"lw x21, 80(x31)\n"
"lw x22, 84(x31)\n"
"lw x23, 88(x31)\n"
"lw x24, 92(x31)\n"
"lw x25, 96(x31)\n"
"lw x26, 100(x31)\n"
"lw x27, 104(x31)\n"
"lw x28, 108(x31)\n"
"lw x29, 112(x31)\n"
"lw x30, 116(x31)\n"
"lw x31, 120(x31)\n"
"mret \n"
:: "r"(pcb->regs), "I"(CSR_MSCRATCH)
__asm__ (
"mv x31, %0\n"
"csrrw zero, %1, x31\n"
"lw x1, 0(x31)\n"
"lw x2, 4(x31)\n"
"lw x3, 8(x31)\n"
"lw x4, 12(x31)\n"
"lw x5, 16(x31)\n"
"lw x6, 20(x31)\n"
"lw x7, 24(x31)\n"
"lw x8, 28(x31)\n"
"lw x9, 32(x31)\n"
"lw x10, 36(x31)\n"
"lw x11, 40(x31)\n"
"lw x12, 44(x31)\n"
"lw x13, 48(x31)\n"
"lw x14, 52(x31)\n"
"lw x15, 56(x31)\n"
"lw x16, 60(x31)\n"
"lw x17, 64(x31)\n"
"lw x18, 68(x31)\n"
"lw x19, 72(x31)\n"
"lw x20, 76(x31)\n"
"lw x21, 80(x31)\n"
"lw x22, 84(x31)\n"
"lw x23, 88(x31)\n"
"lw x24, 92(x31)\n"
"lw x25, 96(x31)\n"
"lw x26, 100(x31)\n"
"lw x27, 104(x31)\n"
"lw x28, 108(x31)\n"
"lw x29, 112(x31)\n"
"lw x30, 116(x31)\n"
"lw x31, 120(x31)\n"
"mret \n"
:: "r"(pcb->regs), "I"(CSR_MSCRATCH)
);
__builtin_unreachable();
}
@ -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);

@ -22,4 +22,4 @@ void mark_ecall_entry();
optional_pcbptr create_new_process(loaded_binary*, int);
optional_pcbptr create_new_thread(ProcessControlBlock*, void*, void*, int);
void kill_child_processes(ProcessControlBlock* pcb);
#endif
#endif

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