int main(){
kn_thread_t t1 = kn_create_thread(THREAD_JOINABLE);
kn_thread_t t2 = kn_create_thread(THREAD_JOINABLE);
kn_thread_start_wait(t1,routine11,NULL);
kn_thread_start_wait(t2,routine22,NULL);
while(1){
kn_sleepms(1000);
}
return 0;
}
int main(){
kn_thread_t t1 = kn_create_thread(THREAD_JOINABLE);
kn_thread_t t2 = kn_create_thread(THREAD_JOINABLE);
//kn_thread_t t3 = kn_create_thread(THREAD_JOINABLE);
channel1 = kn_new_channel(kn_thread_getid(t1));
channel2 = kn_new_channel(kn_thread_getid(t2));
kn_thread_start_run(t1,routine1,NULL);
kn_thread_start_run(t2,routine2,NULL);
//kn_thread_start_run(t3,routine2,NULL);
while(1){
kn_sleepms(100);
}
return 0;
}
int main(){
MYSQL *mysql = mysql_init(NULL);
if (!mysql) return 0;
if (!mysql_real_connect(mysql,ip,usrname,passwd,db,port,NULL,0)){
int ret = mysql_errno(mysql);
printf("connect mysql error host: %s user %s passwd: %s ret: %d\n",ip,usrname,passwd,ret);
mysql_close(mysql);
return 0;
}
mysqlConn = calloc(1,sizeof(*mysqlConn));
mysqlConn->mysqlConn = mysql;
mysqlConn->engine = kn_new_engine();
mysqlConn->thd = kn_create_thread(THREAD_JOINABLE);
kn_thread_start_run(mysqlConn->thd,mysql_worker,(void*)mysqlConn);
engine_t engine = kn_new_engine();
handle_t h = kn_new_chrdev(0);
if(!h) return 0;
kn_chrdev_associate(h,engine,chr_transfer_finish,NULL);
st_io io;
io.next.next = NULL;
struct iovec wbuf[1];
char buf[4096];
wbuf[0].iov_base = buf;
wbuf[0].iov_len = 4096;
io.iovec_count = 1;
io.iovec = wbuf;
kn_chrdev_read(h,&io);
kn_engine_run(engine);
return 0;
}
void kn_thread_run(kn_thread_routine r,void *arg)
{
struct kn_thread_arg *_thread_arg = malloc(sizeof(*_thread_arg));
_thread_arg->custom_routine = r;
_thread_arg->custom_arg = arg;
_thread_arg->_thread = kn_create_thread(0);//not joinable
kn_thread_start_run(_thread_arg->_thread,routine,_thread_arg);
}
int main(void)
{
pinMode(LEDPIN,OUTPUT);
pinMode(LEDPIN2,OUTPUT);
cli();
timer1_init();
serial_open(19200, SERIAL_8N1);
init_yield_array();
//int t1 = kn_create_thread(tempHumidity);
int t2 = kn_create_thread(blink);
int t3 = kn_create_thread(blink_faster);
while(1)
{
//kn_run_thread(t1);
kn_run_thread(t2);
kn_run_thread(t3);
//init_yield_array();
// if (tot_overflow >= 10) {
// blink();
// tot_overflow = 0;
// }
// if (tot_overflow2 >= 15) {
// blink_faster();
// tot_overflow2 = 0;
// }
//kn_run_thread(t1);
//kn_run_thread(t2);
//kn_run_thread(t3);
//prints(" $$$$$$$$ ");
//_delay_ms(800);
//getTempHumidity();
//prints((uint8_t*)TOTAL_RAM_SIZE);
// char buffer[16];
// sprintf(buffer,"%d",(int)TOTAL_RAM_SIZE);
// prints(buffer);
//kn_create_thread(THREAD1, &threadB, false, NULL);
// get_temp();
// _delay_ms(800);
}
}
int main(){
msgque = kn_new_msgque(32);
kn_thread_t t1 = kn_create_thread(THREAD_JOINABLE);
kn_thread_t t2 = kn_create_thread(THREAD_JOINABLE);
kn_thread_start_run(t1,routine1,NULL);
kn_thread_start_run(t2,routine2,NULL);
uint64_t tick,now;
tick = now = kn_systemms64();
while(1){
kn_sleepms(100);
now = kn_systemms64();
if(now - tick > 1000)
{
uint32_t elapse = (uint32_t)(now-tick);
printf("count:%d\n",count/elapse*1000);
tick = now;
count = 0;
}
}
return 0;
}
