bool in_str_t::page_t::chunk(size_t off, str_t &str) const {
if(off >= body.size())
return false;
str = str_t(body.ptr() + off, body.size() - off);
return true;
}
string_t time_string(timeval_t time) {
timestruct_t ts(time);
unsigned int year = ts.year + 1;
unsigned int day = ts.day + 1;
return string_t::ctor_t(5 + 3 + 4 + 5 + 8 + 4)
(str_t(wnames[ts.wday], 3))(',')(' ') // 5
('0' + (day / 10) % 10)('0' + day % 10)(' ') // 3
(str_t(mnames[ts.month], 3))(' ') // 4
('0' + (year / 1000) % 10)('0' + (year / 100) % 10)
('0' + (year / 10) % 10)('0' + year % 10)(' ') // 5
('0' + (ts.hour / 10) % 10)('0' + ts.hour % 10)(':')
('0' + (ts.minute / 10) % 10)('0' + ts.minute % 10)(':')
('0' + (ts.second / 10) % 10)('0' + ts.second % 10) // 8
(CSTR(" GMT")) // 4
;
}
QString KGameSvgDocument::nodeToSvg() const
{
QString s, t, xml, defs, pattern;
QTextStream str(&s);
QTextStream str_t(&t);
QStringList defsAdded;
int result = 0;
QRegExp rx;
currentNode().save(str, 1);
xml = *str.string();
// Find and add any required gradients or patterns
pattern = QLatin1String( "url" ) + WSP_ASTERISK + OPEN_PARENS + WSP_ASTERISK + QLatin1String( "#(.*)" ) + WSP_ASTERISK + CLOSE_PARENS;
rx.setPattern(pattern);
if (rx.indexIn(xml, result) != -1)
{
QDomNode node, nodeBase;
QString baseId;
QDomNode n = def();
result = 0;
while ((result = rx.indexIn(xml, result)) != -1)
{
// Find the pattern or gradient referenced
result += rx.matchedLength();
if (!defsAdded.contains(rx.cap(1)))
{
node = d->findElementById(QLatin1String( "id" ), rx.cap(1), n);
node.save(str_t, 1);
defsAdded.append(rx.cap(1));
}
// Find the gradient the above gradient is based on
baseId = node.toElement().attribute(QLatin1String( "xlink:href" )).mid(1);
if (!defsAdded.contains(baseId))
{
nodeBase = d->findElementById(QLatin1String( "id" ), baseId, n);
nodeBase.save(str_t, 1);
defsAdded.append(baseId);
}
}
defs = *str_t.string();
defs = QLatin1String( "<defs>" ) + defs + QLatin1String( "</defs>" );
}
// Need to make node be a real svg document, so prepend and append required tags.
xml = d->SVG_XML_PREPEND + defs + xml + d->SVG_XML_APPEND;
return xml;
}
void module_load(char const *file_name) {
if(!dlopen(file_name, RTLD_NOW | RTLD_GLOBAL)) {
char *err = dlerror();
/*
if(err) {
char *demangled = abi::__cxa_demangle(err, NULL, 0, NULL);
if(demangled) {
free(err); err = demangled;
}
}
*/
if(!err)
throw STRING("Unknown libdl error");
string_t::ctor_t error_z(strlen(err) + 1);
error_z(str_t(err, strlen(err)))('\0');
free(err);
throw string_t(error_z);
}
}
string_t time_current_string(timeval_t &timeval_curr) {
time_current_cache_t &cache = time_current_cache;
timeval_t t = timeval::current();
timeval_curr = t;
uint64_t cache_time = (t - timeval::unix_origin) / interval::second;
if(cache_time != cache.last_time) {
unsigned long cache_date = cache_time / (60 * 60 * 24);
if(cache_date != cache.last_date) {
timestruct_t ts(t);
copy3(wnames[ts.wday], cache.buf);
dig2(ts.day + 1, cache.buf + 5);
copy3(mnames[ts.month], cache.buf + 5 + 3);
dig4(ts.year + 1, cache.buf + 5 + 3 + 4);
cache.last_date = cache_date;
}
// (timeval::unix_origin - timeval::epch_origin) % (60 * 60 * 24) == 0
unsigned int _time = cache_time % (60 * 60 * 24);
dig2(_time % 60, cache.buf + 5 + 3 + 4 + 5 + 3 + 3); _time /= 60;
dig2(_time % 60, cache.buf + 5 + 3 + 4 + 5 + 3); _time /= 60;
dig2(_time, cache.buf + 5 + 3 + 4 + 5);
cache.last_time = cache_time;
}
return
string_t::ctor_t(sizeof(cache.buf))
(str_t(cache.buf, sizeof(cache.buf)))
;
}
void pi_t::print_app(
out_t &out, root_t const *root, enum_table_t const &
) {
out(str_t((char const *)root, root->size * sizeof(_size_t)));
}
bool static_page_t::chunk(size_t off, str_t &str) const {
str = str_t((char const *)NULL + off, (size_t)(-1) - off);
return true;
}
