resulthandler<T>::resulthandler(T value, status success, int id)
{
common_constructor();
value_ = value;
success_ = success;
id_ = id;
}
resulthandler<T>::resulthandler(T value, status success, std::string text)
{
common_constructor();
value_ = value;
success_ = success;
text_ = text;
}
resulthandler<T>::resulthandler(status success, int id, std::string text)
{
common_constructor();
success_ = success;
id_ = id;
text_ = text;
}
// Make sure assignment is deep!
RegStore::AoR& RegStore::AoR::operator= (AoR const& other)
{
if (this != &other)
{
clear(true);
common_constructor(other);
}
return *this;
}
void common_init(struct tcommon *t){
//public
//private
t->prv = common_constructor();
{
ppcommon p = (ppcommon)t->prv;
p->myFps = (float) 0.0;
//char myMenuStatus[MAXSTAT];
//char messagebar[MAXSTAT];
//char window_title[MAXTITLE];
p->cursorStyle = ACURSE;
p->promptForURL = 0;
p->promptForFile = 0;
}
}
omni_thread::omni_thread(void* arg, priority_t pri)
{
common_constructor(arg, pri, 1);
fn_void = NULL;
fn_ret = NULL;
}
omni_thread::omni_thread(void* (*fn)(void*), void* arg, priority_t pri)
{
common_constructor(arg, pri, 0);
fn_void = NULL;
fn_ret = fn;
}
/// Copy constructor.
RegStore::AoR::AoR(const AoR& other)
{
common_constructor(other);
}
HockeyDrop::HockeyDrop(int xin, int yin) {
x = xin;
y = yin;
common_constructor();
}
HockeyDrop::HockeyDrop() {
x = y = 0;
common_constructor();
}
resulthandler<T>::resulthandler(T value, status success)
{
common_constructor();
value_ = value;
success_ = success;
}
resulthandler<T>::resulthandler(status success, int id)
{
common_constructor();
success_ = success;
id_ = id;
}
resulthandler<T>::resulthandler(status success)
{
common_constructor();
success_ = success;
}
resulthandler<T>::resulthandler()
{
common_constructor();
}
