(*ampm_len) = u_strlen(u_formatted_str);
buf = u_austrncpy(buf, u_formatted_str, buf_len);
- _SDBG("ampm[%d][%s][%d]", formatted_str_len, buf, intime);
+ _SDBG("ampm[%d][%s][%ld]", formatted_str_len, buf, intime);
return 0;
}
}
buf = u_austrncpy(buf, u_formatted_str, buf_len);
- _SDBG("time[%d][%s][%d]", formatted_str_len, buf, intime);
+ _SDBG("time[%d][%s][%ld]", formatted_str_len, buf, intime);
return 0;
}
s_default_clock_info.alarm_id = 0;
}
- _DBG("Add alarm start[%d], interval[%d]", start, interval);
+ _DBG("Add alarm start[%ld], interval[%ld]", start, interval);
s_default_clock_info.alarm_id = clock_viewer_util_alarm_add(start, interval, __clock_viewer_default_clock_alarm_cb, data);
if (s_default_clock_info.alarm_id == 0) {
(*ampm_len) = u_strlen(u_formatted_str);
buf = u_austrncpy(buf, u_formatted_str, buf_len);
- _SECURE_D("ampm:(%d)[%s][%d]", formatted_str_len, buf, intime);
+ _SECURE_D("ampm:(%d)[%s][%ld]", formatted_str_len, buf, intime);
return 0;
}
_E("formatted_str_len is less than 0");
buf = u_austrncpy(buf, u_formatted_str, buf_len);
- _SECURE_D("time:(%d)[%s][%d]", formatted_str_len, buf, intime);
+ _SECURE_D("time:(%d)[%s][%ld]", formatted_str_len, buf, intime);
return 0;
}