path: root/src/kernel/task/syscall.cpp

#include "syscall.h"
#include "task.h"
#include "timer.h"
#include <core/monitor.h>
#include <core/sys.h>

#define CALL0(name, scname) static void scname(registers* r) { r->eax = name(); }
#define CALL1(name, scname) static void scname(registers* r) { \
	r->eax = name(r->ebx); }
#define CALL2(name, scname) static void scname(registers* r) { \
	r->eax = name(r->ebx, r->ecx); }
#define CALL3(name, scname) static void scname(registers* r) { \
	r->eax = name(r->ebx, r->ecx, r->edx); }
#define CALL0V(name, scname) static void scname(registers* r) { name(); }
#define CALL1V(name, scname) static void scname(registers* r) { name(r->ebx); }
#define CALL2V(name, scname) static void scname(registers* r) { name(r->ebx, r->ecx); }
#define CALL3V(name, scname) static void scname(registers* r) { name(r->ebx, r->ecx, r->edx); }
#define CALL4V(name, scname) static void scname(registers* r) { name(r->ebx, r->ecx, r->edx, r->esi); }

CALL0V(thread_exit, thread_exit_sc);
CALL0V(schedule, schedule_sc);
CALL1V(thread_sleep, thread_sleep_sc);
CALL1V(process_exit, process_exit_sc);
CALL1V(idt_waitIrq, irq_wait_sc);
CALL0(proc_priv, proc_priv_sc);
CALL1(process_sbrk, proc_sbrk_sc);
CALL1V(process_brk, proc_brk_sc);

static void printk_sc(registers *r) {
	monitor_write((char*)r->ebx);
}

static void thread_new_sc(registers* r) {
	cli();
	thread_new(current_thread->process, (thread_entry)r->ebx, (void*)r->ecx, (void*)r->edx);
	sti();
}

int_callback syscalls[NUMBER_OF_SYSCALLS] = {
	thread_exit_sc,			//0
	schedule_sc,
	thread_sleep_sc,
	process_exit_sc,
	printk_sc,
	thread_new_sc,			//5
	irq_wait_sc,
	proc_priv_sc,
	proc_sbrk_sc,
	proc_brk_sc,
	0 };