void
EditorSectorsMenu::delete_sector()
{
Level* level = Editor::current()->get_level();
auto dialog = std::make_unique<Dialog>();
// Do not delete sector when there would be no left.
if (level->get_sector_count() < 2) {
// do not allow to delete the sector
dialog->set_text(_("Each level must have at least one sector."));
dialog->clear_buttons();
dialog->add_cancel_button(_("Cancel"));
} else {
// confirmation dialog
dialog->set_text(_("Do you really want to delete this sector?"));
dialog->clear_buttons();
dialog->add_cancel_button(_("Cancel"));
dialog->add_button(_("Delete sector"), [] {
MenuManager::instance().clear_menu_stack();
Editor::current()->delete_current_sector();
});
}
MenuManager::instance().set_dialog(std::move(dialog));
}
void QtCalculator::keyReleaseEvent( QKeyEvent *e ){
switch (e->key() ){
case Key_Next:
key_pressed = FALSE;
pbAC->setOn(FALSE);
break;
case Key_Prior:
key_pressed = FALSE;
pbClear->setOn(FALSE);
break;
case Key_H:
key_pressed = FALSE;
pbhyp->setOn(FALSE);
break;
case Key_I:
key_pressed = FALSE;
pbinv->setOn(FALSE);
break;
case Key_A:
key_pressed = FALSE;
pbA->setOn(FALSE);
break;
case Key_E:
key_pressed = FALSE;
if (current_base == NB_HEX)
pbE->setOn(FALSE);
else
pbEE->setOn(FALSE);
break;
case Key_Escape:
key_pressed = FALSE;
pbClear->setOn(FALSE);
break;
case Key_Delete:
key_pressed = FALSE;
pbAC->setOn(FALSE);
break;
case Key_S:
key_pressed = FALSE;
pbSin->setOn(FALSE);
break;
case Key_Backslash:
key_pressed = FALSE;
pbplusminus->setOn(FALSE);
break;
case Key_B:
key_pressed = FALSE;
pbB->setOn(FALSE);
break;
case Key_7:
key_pressed = FALSE;
pb7->setOn(FALSE);
break;
case Key_8:
key_pressed = FALSE;
pb8->setOn(FALSE);
break;
case Key_9:
key_pressed = FALSE;
pb9->setOn(FALSE);
break;
case Key_ParenLeft:
key_pressed = FALSE;
pbparenopen->setOn(FALSE);
break;
case Key_ParenRight:
key_pressed = FALSE;
pbparenclose->setOn(FALSE);
break;
case Key_Ampersand:
key_pressed = FALSE;
pband->setOn(FALSE);
break;
case Key_C:
key_pressed = FALSE;
if (current_base == NB_HEX)
pbC->setOn(FALSE);
else
pbCos->setOn(FALSE);
break;
case Key_4:
key_pressed = FALSE;
pb4->setOn(FALSE);
break;
case Key_5:
key_pressed = FALSE;
pb5->setOn(FALSE);
break;
case Key_6:
key_pressed = FALSE;
pb6->setOn(FALSE);
break;
case Key_Asterisk:
key_pressed = FALSE;
pbX->setOn(FALSE);
break;
case Key_Slash:
key_pressed = FALSE;
pbdivision->setOn(FALSE);
break;
case Key_O:
key_pressed = FALSE;
pbor->setOn(FALSE);
break;
case Key_T:
key_pressed = FALSE;
pbTan->setOn(FALSE);
break;
case Key_Exclam:
key_pressed = FALSE;
pbfactorial->setOn(FALSE);
break;
case Key_D:
key_pressed = FALSE;
if(kcalcdefaults.style == 0)
pbD->setOn(FALSE); // trig mode
else
pblog->setOn(FALSE);// stat mode
break;
case Key_1:
key_pressed = FALSE;
pb1->setOn(FALSE);
break;
case Key_2:
key_pressed = FALSE;
pb2->setOn(FALSE);
break;
case Key_3:
key_pressed = FALSE;
pb3->setOn(FALSE);
break;
case Key_Plus:
key_pressed = FALSE;
pbplus->setOn(FALSE);
break;
case Key_Minus:
key_pressed = FALSE;
pbminus->setOn(FALSE);
break;
case Key_Less:
key_pressed = FALSE;
pbshift->setOn(FALSE);
break;
case Key_N:
key_pressed = FALSE;
pbln->setOn(FALSE);
break;
case Key_L:
key_pressed = FALSE;
pblog->setOn(FALSE);
break;
case Key_AsciiCircum:
key_pressed = FALSE;
pbpower->setOn(FALSE);
break;
case Key_F:
key_pressed = FALSE;
pbF->setOn(FALSE);
break;
case Key_Period:
key_pressed = FALSE;
pbperiod->setOn(FALSE);
break;
case Key_Comma:
key_pressed = FALSE;
pbperiod->setOn(FALSE);
break;
case Key_0:
key_pressed = FALSE;
pb0->setOn(FALSE);
break;
case Key_Equal:
key_pressed = FALSE;
pbequal->setOn(FALSE);
break;
case Key_Return:
key_pressed = FALSE;
pbequal->setOn(FALSE);
break;
case Key_Enter:
key_pressed = FALSE;
pbequal->setOn(FALSE);
break;
case Key_Percent:
key_pressed = FALSE;
pbpercent->setOn(FALSE);
break;
case Key_AsciiTilde:
key_pressed = FALSE;
pbnegate->setOn(FALSE);
break;
case Key_Colon:
key_pressed = FALSE;
pbmod->setOn(FALSE);
break;
case Key_BracketLeft:
key_pressed = FALSE;
pbsquare->setOn(FALSE);
break;
case Key_Backspace:
key_pressed = FALSE;
pbAC->setOn(FALSE);
break;
case Key_R:
key_pressed = FALSE;
pbreci->setOn(FALSE);
break;
}
clear_buttons();
}
void menu_setup_devices()
{
if(redraw)
{
clearDisplay();
clear_buttons();
redraw=0;
draw_filledRect(0,0,LCD_WIDTH,35,155,100,100);
draw_filledCircle(17,17,15,40,80,40);
draw_text_8x6(7,10,"Back",255,100,100);
uint16_t text_width = get_text_width_16pt("Setup Devices");
draw_text_16pt((LCD_WIDTH-text_width)>>1,9, "Setup Devices", 200,200,255);
init_lineitems();
char buf[30];
char buf2[30];
draw_lineitem("","<new>");
for(int i = 0; i < get_device_count();i++)
{
snprintf(buf,30,"%i",get_device(i)->base_address);
char classname[30];
if(get_device(i)->device_class_uuid == 0)
{
strncpy(classname,"<empty>",30);
}
else if(get_device_class_by_uuid(get_device(i)->device_class_uuid) == NULL)
{
strncpy(classname,"<missing>",30);
}
else
{
strncpy(classname,get_device_class_by_uuid(get_device(i)->device_class_uuid)->name,30);
}
snprintf(buf2,30,"%s - %s",classname,get_device(i)->name);
draw_lineitem(buf,buf2);
}
draw_scrollbar();
draw_button_h(257,45,52,42,"^",155,0,0,0,255,0);
if((get_device_count()<10)&&(active_row==0))
{
draw_button_h(257,92,52,42,"Add",155,0,0,0,255,0);
}
if(active_row>0)
{
draw_button_h(257,92,52,42,"Edit",155,0,0,0,255,0);
draw_button_h(257,139,52,42,"Delete",155,0,0,0,255,0);
}
draw_button_h(257,186,52,42,"v",155,0,0,0,255,0);
}
uint8_t field=0;
uint16_t x;
uint16_t y;
if(check_button_press(&x,&y)==1)
{
if(y > 41)
{
field=1;
if(y > 184)
{
field=4;
}else if(y > 136)
{
field=3;
}else if(y > 89)
{
field=2;
}
}
else
{
if(x < 40)
{
redraw=1;
set_current_execution(menu_setup);
}
}
if(field == 1)
{
if(active_row > 0)
{
if(active_row==scroll_offset)
{
scroll_offset--;
}
active_row--;
}
redraw=1;
}
if(field == 4)
{
if(active_row < (get_device_count()))
{
active_row++;
int drawline = active_row-scroll_offset;
if(drawline==10)
{
scroll_offset++;
}
}
redraw=1;
}
if(field == 2)
{
redraw=1;
if(active_row==0)
{
if(get_device_count()<50)
{
set_current_execution(menu_setup_devices_add);
}
}
else
{
set_current_execution(menu_setup_devices_edit);
set_device_to_edit(active_row-1);
}
}
if(field == 3)
{
redraw=1;
if(active_row > 0)
{
del_device(active_row-1);
if(active_row==scroll_offset)
{
scroll_offset--;
}
active_row--;
}
}
}
}
void menu_setup_devices_add()
{
if(init_device)
{
new_device=my_malloc(sizeof(dmx_device_t));
init_device=0;
new_device->name=my_malloc(1);
new_device->name[0]=0;
new_device->uuid=rand();
new_device->device_class_uuid=0;
new_device->base_address=0;
active_row = 0;
scroll_offset = 0;
}
if(invoke != 0)
{
if(invoke==1)
{
char* name = get_keyboard_buffer();
my_free(new_device->name);
new_device->name=my_malloc(strlen(name)+1);
strcpy(new_device->name, name);
}
else if(invoke==2)
{
new_device->device_class_uuid = get_choose_device_class();
}
else if(invoke==3)
{
new_device->base_address = get_keyboard_number();
}
invoke=0;
}
if(redraw)
{
clearDisplay();
clear_buttons();
redraw=0;
draw_filledRect(0,0,LCD_WIDTH,35,155,100,100);
draw_filledCircle(17,17,15,40,80,40);
draw_text_8x6(7,10,"Back",255,100,100);
uint16_t text_width = get_text_width_16pt("Add Device");
draw_text_16pt((LCD_WIDTH-text_width)>>1,9, "Add Device", 200,200,255);
init_lineitems();
draw_lineitem("Name",new_device->name);
if(new_device->device_class_uuid == 0)
{
draw_lineitem("Class","<empty>");
}
else if(get_device_class_by_uuid(new_device->device_class_uuid) == NULL)
{
draw_lineitem("Class","<missing>");
}
else
{
draw_lineitem("Class",get_device_class_by_uuid(new_device->device_class_uuid)->name);
}
draw_lineitem_addr("Address",new_device->base_address);
draw_scrollbar();
draw_button_h(257,45,52,42,"^",155,0,0,0,255,0);
draw_button_h(257,92,52,42,"Edit",155,0,0,0,255,0);
draw_button_h(257,139,52,42,"Save",155,0,0,0,255,0);
draw_button_h(257,186,52,42,"v",155,0,0,0,255,0);
}
uint8_t field=0;
uint16_t x;
uint16_t y;
if(check_button_press(&x,&y)==1)
{
if(y > 41)
{
field=1;
if(y > 184)
{
field=4;
}else if(y > 136)
{
field=3;
}else if(y > 89)
{
field=2;
}
}
else
{
if(x < 40)
{
redraw=1;
init_device=1;
my_free(new_device->name);
my_free(new_device);
set_current_execution(menu_setup_devices);
}
}
if(field == 1)
{
if(active_row > 0)
{
if(active_row==scroll_offset)
{
scroll_offset--;
}
active_row--;
}
redraw=1;
}
if(field == 4)
{
if(active_row < 2)
{
active_row++;
int drawline = active_row-scroll_offset;
if(drawline==10)
{
scroll_offset++;
}
}
redraw=1;
}
if(field == 2)
{
invoke=active_row+1;
redraw=1;
if(active_row==0)
{
invoke_keyboard("Enter Device Name",new_device->name);
}
else if(active_row==1)
{
invoke_choose_device_class(new_device->device_class_uuid);
}
else if(active_row==2)
{
invoke_numeric_keyboard("Enter Base Address",new_device->base_address);
}
}
if(field == 3)
{
add_device(new_device);
redraw=1;
init_device=1;
set_current_execution(menu_setup_devices);
}
}
}
