void test_alarm(void)
{
int i,j,it,cnt,icnt;
unsigned char testbuf[100];
cnt = 0;
icnt=1000;
it=0;
#if 0
//cnt =alarm_count_get();
for(i=0;i<sizeof testbuf;i++)
testbuf[i]=1;
alarm_save(0,testbuf,100);
for(i=0;i<sizeof testbuf;i++)
testbuf[i]=2;
alarm_save(0,testbuf,100);
memset(testbuf,0,sizeof testbuf);
alarm_read(0,1,testbuf,100);
memset(testbuf,0,sizeof testbuf);
alarm_read(0,0,testbuf,100);
#endif
while(1){
for(j=1;j<2;j++){
while(cnt<300){
for(i=0;i<sizeof testbuf;i++)
testbuf[i]=i/3+cnt;
alarm_save(j,testbuf,100);
cnt ++;
icnt = cnt;
}
cnt=299;
icnt=255;
while(cnt){
delay_us(200000);
memset(testbuf,0,sizeof testbuf);
alarm_read(j,icnt,testbuf,100);
for(i=0;i<sizeof testbuf;i++)
if(testbuf[i]!=(unsigned char)(i/3+cnt))
break;
if(i==sizeof testbuf)
print(PRINT_NORMAL,"check cnt icnt: %d it:%d ok\n",icnt,it);
else
print(PRINT_NORMAL,"check cnt icnt :%d it %d err\n",icnt,it);
cnt --;
icnt--;
if(icnt<0)
icnt=255;
}
}
}
}
}
res->next = NULL;
return res;
}
}
static alarm_t* root_peek(void) {
return root;
}
static void callback( __attribute__ ((unused)) int unused0,
__attribute__ ((unused)) int unused1,
__attribute__ ((unused)) int unused2,
__attribute__ ((unused)) void* ud) {
for (alarm_t* alarm = root_peek(); alarm != NULL; alarm = root_peek()) {
uint32_t now = alarm_read();
// has the alarm not expired yet? (distance from `now` has to be larger or
// equal to distance from current clock value.
if (alarm->expiration - alarm->t0 > now - alarm->t0) {
alarm_internal_set(alarm->expiration);
break;
} else {
root_pop();
if (alarm->callback) {
tock_enqueue(alarm->callback, now, alarm->expiration, 0, alarm->ud);
}
}
}
}
int alarm_readflash_bin(unsigned char type,unsigned int cur,void *pbuf,unsigned short len)
{
return alarm_read(type,cur,pbuf,len);
}
