void clockRefresh(void *)
{
// Handle user's format preference
Fl_String timestr = Fl_Date_Time::Now().time_string();
Fl_String timestrsec;
Fl_String format;
pGlobalConfig.get("Clock", "TimeFormat", format, "");
Fl_String seconds = timestr.sub_str(6, 2);
Fl_String minutes = timestr.sub_str(3, 2);
int hours = atoi(timestr.sub_str(0, 2));
if(format == "12") {
if(hours > 12) {
hours -= 12;
}
}
timestr = Fl_String(hours) + ":" + minutes;
timestrsec = timestr + ":" + seconds;
mClockBox->label(timestr);
strncpy(Fl_Date_Time::datePartsOrder, _("MDY"), 3);
Fl_String pClockTooltip = Fl_Date_Time::Now().day_name() + ", ";
pClockTooltip += Fl_Date_Time::Now().date_string() + ", " + timestrsec;
mClockBox->tooltip(pClockTooltip);
mClockBox->redraw();
Fl::add_timeout(1.0, clockRefresh);
}
void parse_header(Fl_Buffer &buf)
{
if(!header.empty()) return;
char *ptr = buf.data();
char *header_end = strstr(ptr, "\r\n\r\n");
if(header_end) {
header = Fl_String(ptr, header_end-ptr);
int hlen = header.length()+4;
buf.set(buf.data()+hlen, buf.bytes()-hlen);
printf("HEADER (%s)\n", header.c_str());
int pos = header.pos("Content-Length");
if(pos>-1) {
pos += 15;
int pos2 = header.pos("\r\n", pos);
content_len = header.sub_str(pos, pos2-pos).to_int();
p_bar->range(0, content_len);
}
}
}