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#include <raleigh/d/dialog.h>
#include <raleigh/w/padding.h>
#include <raleigh/w/button.h>
#include <raleigh/w/label.h>
#include <raleigh/w/hbox.h>
using namespace raleigh;
void dialog::show_modal() {
show();
do {
_wait_for_action();
_yield_task();
consume_actions();
} while (!result);
to_be_deleted.add_back(*this);
}
static bool on_diag_close(window_tag_t) {
return false;
}
struct diag_and_result {
dialog *d;
diag_result_t r;
diag_and_result(dialog *d, diag_result_t r)
: d(d), r(r) {}
};
static void set_diag_result(button_tag_t tag) {
const diag_and_result *const cast = (const diag_and_result *)tag;
cast->d->result = cast->r;
//TODO: go through all of raleigh and add destructors
//in this case, delete all of these tags when the window is closed
}
dialog::dialog(widget &top_part, alist<duple<const char *, diag_result_t>> buttons)
: window(*new vbox(), RGB(bf, bf, bf), &on_diag_close), result(0), main_box((vbox *)&root) {
dllist<widget &> *button_row = new dllist<widget &>();
for (duple<const char *, diag_result_t> *i = buttons.buf; i < buttons.buf + buttons.n_entries; ++i) {
label *l = new label(i->a);
padding *p = new padding(*l, 4);
button *b = new button(*p, &set_diag_result, new diag_and_result(this, i->b));
padding *pb = new padding(*b, 2);
button_row->add_back(*pb);
}
hbox *button_box = new hbox(*button_row);
padding *ptop = new padding(top_part, 2);
padding *pbot = new padding(*button_box, 2);
main_box->add_end(*ptop);
main_box->add_end(*pbot);
}
alist<duple<const char *, diag_result_t>> &mk_yes_no_cancel() {
alist<duple<const char *, diag_result_t>> *list = new alist<duple<const char *, diag_result_t>>(3, 1);
list->add_back(duple<const char *, diag_result_t>("Yes", YES));
list->add_back(duple<const char *, diag_result_t>("No", NO));
list->add_back(duple<const char *, diag_result_t>("Cancel", CANCEL));
return *list;
}
alist<duple<const char *, diag_result_t>> &mk_yes_no_retry() {
alist<duple<const char *, diag_result_t>> *list = new alist<duple<const char *, diag_result_t>>(3, 1);
list->add_back(duple<const char *, diag_result_t>("Yes", YES));
list->add_back(duple<const char *, diag_result_t>("No", NO));
list->add_back(duple<const char *, diag_result_t>("Retry", RETRY));
return *list;
}
alist<duple<const char *, diag_result_t>> &raleigh::yes_no_cancel(mk_yes_no_cancel());
alist<duple<const char *, diag_result_t>> &raleigh::yes_no_retry(mk_yes_no_retry());
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