int main(int argc, char* argv[])
{
locker_test();
atomic_test();
spinlock_test();
event_test();
#if !defined(OS_MAC)
semaphore_test();
#endif
stack_test();
#if defined(OS_WINDOWS)
// rtsp_header_range_test();
rtsp_header_session_test();
rtsp_header_rtp_info_test();
rtsp_header_transport_test();
sdp_test();
sdp_a_fmtp_test();
sdp_a_rtpmap_test();
url_test();
unicode_test();
utf8codec_test();
thread_pool_test();
ip_route_test();
//aio_socket_test();
//systimer_test();
system("pause");
#endif
return 0;
}
// Setup code for APs
void
mp_main(void)
{
// We are in high EIP now, safe to switch to kern_pgdir
lcr3(PADDR(kern_pgdir));
cprintf("SMP: CPU %d starting\n", cpunum());
lapic_init();
env_init_percpu();
trap_init_percpu();
xchg(&thiscpu->cpu_status, CPU_STARTED); // tell boot_aps() we're up
#ifdef USE_TICKET_SPIN_LOCK
spinlock_test();
#endif
// Now that we have finished some basic setup, call sched_yield()
// to start running processes on this CPU. But make sure that
// only one CPU can enter the scheduler at a time!
//
// Your code here:
lock_kernel();
sched_yield();
// Remove this after you finish Exercise 4
//for (;;);
}
int
main(int argc, char *argv[])
{
if (argc < 2)
fail("To few arguments for test case");
#ifndef ETHR_NO_THREAD_LIB
{
char *testcase;
send_my_pid();
testcase = argv[1];
if (ethr_init(NULL) != 0 || ethr_late_init(NULL) != 0)
fail("Failed to initialize the ethread library");
if (strcmp(testcase, "create_join_thread") == 0)
create_join_thread_test();
else if (strcmp(testcase, "equal_tids") == 0)
equal_tids_test();
else if (strcmp(testcase, "mutex") == 0)
mutex_test();
else if (strcmp(testcase, "try_lock_mutex") == 0)
try_lock_mutex_test();
else if (strcmp(testcase, "cond_wait") == 0)
cond_wait_test();
else if (strcmp(testcase, "broadcast") == 0)
broadcast_test();
else if (strcmp(testcase, "detached_thread") == 0)
detached_thread_test();
else if (strcmp(testcase, "max_threads") == 0)
max_threads_test();
else if (strcmp(testcase, "tsd") == 0)
tsd_test();
else if (strcmp(testcase, "spinlock") == 0)
spinlock_test();
else if (strcmp(testcase, "rwspinlock") == 0)
rwspinlock_test();
else if (strcmp(testcase, "rwmutex") == 0)
rwmutex_test();
else if (strcmp(testcase, "atomic") == 0)
atomic_test();
else if (strcmp(testcase, "dw_atomic_massage") == 0)
dw_atomic_massage_test();
else
skip("Test case \"%s\" not implemented yet", testcase);
succeed(NULL);
}
#else /* #ifndef ETHR_NO_THREAD_LIB */
skip("No ethread library to test");
#endif /* #ifndef ETHR_NO_THREAD_LIB */
return 0;
}
int thread_tests(void)
{
mutex_test();
semaphore_test();
event_test();
spinlock_test();
atomic_test();
thread_sleep(200);
context_switch_test();
preempt_test();
join_test();
return 0;
}
void
i386_init(void)
{
extern char edata[], end[];
// Before doing anything else, complete the ELF loading process.
// Clear the uninitialized global data (BSS) section of our program.
// This ensures that all static/global variables start out zero.
memset(edata, 0, end - edata);
// Initialize the console.
// Can't call cprintf until after we do this!
cons_init();
cprintf("6828 decimal is %o octal!\n", 6828);
// cprintf("6828 decimal is %o octal!%n\n%n", 6828, &chnum1, &chnum2);
// cprintf("pading space in the right to number 22: %-8d.\n", 22);
// cprintf("chnum1: %d chnum2: %d\n", chnum1, chnum2);
// cprintf("%n", NULL);
// memset(ntest, 0xd, sizeof(ntest) - 1);
// cprintf("%s%n", ntest, &chnum1);
// cprintf("chnum1: %d\n", chnum1);
// Lab 2 memory management initialization functions
mem_init();
// Lab 3 user environment initialization functions
env_init();
trap_init();
// Lab 4 multiprocessor initialization functions
mp_init();
lapic_init();
// Lab 4 multitasking initialization functions
pic_init();
// Acquire the big kernel lock before waking up APs
// Your code here:
lock_kernel();
// Starting non-boot CPUs
boot_aps();
#ifdef USE_TICKET_SPIN_LOCK
unlock_kernel();
spinlock_test();
lock_kernel();
#endif
// Should always have idle processes at first.
int i;
for (i = 0; i < NCPU; i++)
ENV_CREATE(user_idle, ENV_TYPE_IDLE);
#if defined(TEST)
// Don't touch -- used by grading script!
ENV_CREATE(TEST, ENV_TYPE_USER);
#else
// Touch all you want.
//ENV_CREATE(user_primes, ENV_TYPE_USER);
//ENV_CREATE(user_yield, ENV_TYPE_USER);
//ENV_CREATE(user_yield, ENV_TYPE_USER);
//ENV_CREATE(user_yield, ENV_TYPE_USER);
//ENV_CREATE(user_dumbfork, ENV_TYPE_USER);
ENV_CREATE(user_hello, ENV_TYPE_USER);
#endif // TEST*
// Schedule and run the first user environment!
sched_yield();
}
int main(int argc, char* argv[])
{
#if defined(OS_LINUX)
struct sigaction sa;
sa.sa_handler = SIG_IGN;
sigaction(SIGCHLD, &sa, 0);
sigaction(SIGPIPE, &sa, 0);
#endif
heap_test();
rbtree_test();
timer_test();
socket_test();
locker_test();
atomic_test();
#if defined(ATOMIC_TEST)
atomic_test2();
#endif
spinlock_test();
event_test();
#if !defined(OS_MAC)
semaphore_test();
#endif
onetime_test();
bits_test();
stack_test();
time64_test();
base64_test();
bitmap_test();
hweight_test();
ring_buffer_test();
uri_parse_test();
#if defined(HTTP_TEST)
http_test();
#endif
thread_pool_test();
task_queue_test();
ip_route_test();
aio_socket_test_cancel();
aio_socket_test();
aio_socket_test2();
aio_socket_test3();
aio_socket_test4();
#if defined(OS_WINDOWS)
unicode_test();
utf8codec_test();
systimer_test();
system("pause");
#endif
return 0;
}