int main()
{
timeout_queue = NULL;
pcb_init_t itable[3];
itable[0].pid = TIMER_I_PROCESS_PID;
itable[0].name = "timer_i_process";
itable[0].priority = 0;
itable[0].start = timer_i_process;
itable[0].stack_size = 4096;
itable[0].is_i_process = 1;
itable[0].is_sys_process = 0;
itable[1].pid = CCI_PID;
itable[1].name = "fake_cci";
itable[1].priority = 0;
itable[1].start = fake_cci;
itable[1].stack_size = 4096;
itable[1].is_i_process = 0;
itable[1].is_sys_process = 1;
itable[2].pid = NULL_PID;
itable[2].name = "null";
itable[2].priority = 3;
itable[2].start = null_process;
itable[2].stack_size = 4096;
itable[2].is_i_process = 0;
itable[2].is_sys_process = 1;
trace(ALWAYS,"Starting initialization");
k_init(itable, 3, FALSE, TRUE);
return 0;
}
void test_jsw_level (int n, int level)
{
struct jsw_tree tree = { 0 };
u64 key;
s64 count = 0;
int i;
int rc;
u64 start, finish, total;
k_seed(1);
k_init();
start = nsecs();
for (i = 0; i < n; i++) {
if (k_should_delete(count, level)) {
key = k_delete_rand();
rc = jsw_remove(&tree, key);
if (!rc) fatal("jswremove key=%lld", key);
--count;
} else {
key = k_rand_key();
k_add(key);
rc = jsw_insert(&tree, key);
if (!rc) fatal("jswinsert key=%lld", key);
++count;
}
}
finish = nsecs();
total = finish - start;
printf("%lld nsecs %g nsecs/op\n", total, (double)total/(double)n);
}
//------------------------------------------------------------------------------
// Function: main
//
// Description: Initializes Kernel then creates 4 threads where each blinks
// a different LED at its own rate. The last thread created
// (thread 0) replaces 'main'.
//
// Threads use the following resources:
//
// thread0 - PORTB bit 2 (Arduino pin 10)
// thread1 - PORTB bit 3 (Arduino pin 11)
// thread2 - PORTB bit 4 (Arduino pin 12)
// thread3 - PORTB bit 5 (Arduino pin 13)
//
//------------------------------------------------------------------------------
int main(void)
{
k_init();
setupStuff();
//k_new(T3_ID, thread3, 1);
//k_new(T2_ID, thread2, 1);
//k_new(T1_ID, thread1, 1);
//k_new(T0_ID, thread0, 1); // This replaces 'main'
while(1); // should not get here at all
}
void startupc(void)
{
clr_bss(); /* clear BSS area (uninitialized data) */
init_devio(); /* latch onto Tutor-supplied info, code */
k_init(); /* start kernel */
}
int main(int argc, char * argv[])
{
utest_start();
enable_debug = 1;
append_i = 0;
trace_uint(ALWAYS,"append i ", append_i);
trace_ptr(ALWAYS,"expected ", expected);
trace(ALWAYS,expected);
pcb_init_t itable[6];
itable[0].pid = 0;
itable[0].name = "a";
itable[0].priority = 0;
itable[0].start = start_a;
itable[0].stack_size = 4096;
itable[0].is_i_process = 0;
itable[0].is_sys_process = 0;
itable[1].pid = 1;
itable[1].name = "b";
itable[1].priority = 0;
itable[1].start = start_b;
itable[1].stack_size = 4096;
itable[1].is_i_process = 0;
itable[1].is_sys_process = 0;
itable[2].pid = 2;
itable[2].name = "c";
itable[2].priority = 1;
itable[2].start = start_c;
itable[2].stack_size = 4096;
itable[2].is_i_process = 0;
itable[2].is_sys_process = 0;
itable[3].pid = 3;
itable[3].name = "d";
itable[3].priority = 1;
itable[3].start = start_d;
itable[3].stack_size = 4096;
itable[3].is_i_process = 0;
itable[3].is_sys_process = 0;
itable[4].pid = 4;
itable[4].name = "e";
itable[4].priority = 1;
itable[4].start = start_e;
itable[4].stack_size = 4096;
itable[4].is_i_process = 0;
itable[4].is_sys_process = 0;
itable[5].pid = 5;
itable[5].name = "f";
itable[5].priority = 2;
itable[5].start = start_f;
itable[5].stack_size = 4096;
itable[5].is_i_process = 0;
itable[5].is_sys_process = 0;
k_init(itable, 6, FALSE, FALSE);
return 0;
}
