static VOID CaptureMousePointer(HANDLE ConOutHandle, BOOLEAN Capture)
{
static BOOL IsClipped = FALSE; // For debugging purposes
UNREFERENCED_PARAMETER(IsClipped);
if (Capture)
{
RECT rcClip;
// if (IsClipped) return;
/* Be sure the cursor will be hidden */
while (ShowConsoleCursor(ConOutHandle, FALSE) >= 0) ;
GetClientRect(hConsoleWnd, &rcClip);
MapWindowPoints(hConsoleWnd, HWND_DESKTOP /*NULL*/, (LPPOINT)&rcClip, 2 /* Magic value when the LPPOINT parameter is a RECT */);
IsClipped = ClipCursor(&rcClip);
}
else
{
// if (!IsClipped) return;
ClipCursor(NULL);
IsClipped = FALSE;
/* Be sure the cursor will be shown */
while (ShowConsoleCursor(ConOutHandle, TRUE) < 0) ;
}
}
void CColorCfg::Configure()
{
FarMenu mnu( MColors );
mnu.AddItem( MCfg_clNormal )->SetData( iclNormal );
mnu.AddItem( MCfg_clBold )->SetData( iclBold );
mnu.AddItem( MCfg_clItalic )->SetData( iclItalic );
mnu.AddItem( MCfg_clUnderline )->SetData( iclUnderline );
mnu.AddItem( MCfg_clBoldItalic )->SetData( iclBoldItalic );
mnu.AddItem( MCfg_clBoldUnderline )->SetData( iclBoldUnderline );
mnu.AddItem( MCfg_clItalicUnderline )->SetData( iclItalicUnderline );
mnu.AddItem( MCfg_clBoldItalicUnderline )->SetData( iclBoldItalicUnderline );
mnu.AddItem( MCfg_clReverse )->SetData( iclReverse );
mnu.AddItem( MCfg_clReverseBold )->SetData( iclReverseBold );
mnu.AddItem( MCfg_clReverseItalic )->SetData( iclReverseItalic );
mnu.AddItem( MCfg_clReverseUnderline )->SetData( iclReverseUnderline );
mnu.AddItem( MCfg_clReverseBoldItalic )->SetData( iclReverseBoldItalic );
mnu.AddItem( MCfg_clReverseBoldUnderline )->SetData( iclReverseBoldUnderline );
mnu.AddItem( MCfg_clReverseItalicUnderline )->SetData( iclReverseItalicUnderline );
mnu.AddItem( MCfg_clReverseBoldItalicUnderline )->SetData( iclReverseBoldItalicUnderline );
mnu.AddSeparator();
mnu.AddItem( MCfg_clKludges )->SetDisabled();
mnu.AddItem( MCfg_clQuotesEven )->SetData( iclQuotesEven );
mnu.AddItem( MCfg_clQuotesOdd )->SetData( iclQuotesOdd );
mnu.AddItem( MCfg_clSignature )->SetData( iclSignature );
mnu.AddItem( MCfg_clOrigin )->SetData( iclOrigin );
mnu.AddItem( MCfg_clTearline )->SetData( iclTearline );
mnu.AddItem( MCfg_clTagline )->SetData( iclTagline );
mnu.AddItem( Mcfg_clHyperlink )->SetData( iclHyperlink );
mnu.AddSeparator( MCfg__Window );
mnu.AddItem( MCfg_clTitle )->SetData( iclBorderTitle );
mnu.AddItem( MCfg_clBorder )->SetData( iclBorder );
mnu.AddItem( MCfg_clHeaderLines )->SetData( iclHeaderLine );
mnu.AddItem( MCfg_clHeaderEdit )->SetData( iclHeaderEdit );
mnu.AddItem( MCfg_clHeaderEditSel )->SetData( iclHeaderEditSel );
mnu.AddItem( MCfg_clDateTime )->SetData( iclDateTime );
FarMenu::PItem Item;
while ( ( Item = mnu.Show() ) != NULL )
{
ShowConsoleCursor( TRUE );
int idx = Item->GetData();
CFarColorDialog dlg( m_Palette[ idx ] );
if ( dlg.Execute() )
m_Palette[ idx ] = dlg.GetColorValue();
mnu.SelectItem( Item );
}
}
static VOID ShowHideMousePointer(HANDLE ConOutHandle, BOOLEAN ShowPtr)
{
WCHAR szMenuString[255] = L"";
if (ShowPtr)
{
/* Be sure the cursor will be shown */
while (ShowConsoleCursor(ConOutHandle, TRUE) < 0) ;
}
else
{
/* Be sure the cursor will be hidden */
while (ShowConsoleCursor(ConOutHandle, FALSE) >= 0) ;
}
if (LoadStringW(GetModuleHandle(NULL),
(!ShowPtr ? IDS_SHOW_MOUSE : IDS_HIDE_MOUSE),
szMenuString,
sizeof(szMenuString) / sizeof(szMenuString[0])) > 0)
{
ModifyMenu(hConsoleMenu, ID_SHOWHIDE_MOUSE,
MF_BYCOMMAND, ID_SHOWHIDE_MOUSE, szMenuString);
}
}
int main()
{
group_is_off_no();
ShowConsoleCursor(NO);
TextColor(240);
system("cls");
TextColor(112);
DrawBox0(0,1,80,23,177);
TXTprintf("ASCS",19,6,121,05);
TextColor(55);
DrawBox0(19,16,44,5,32);
LoadingAnimation(26,17,30,10,"Loading...",55);
Sleep(100);
TextColor(112);
DrawBox0(14,16,44,5,177);
main_menu();
return 0;
}
void make_ls_schedule()
{
int ms,i;
char file_name[20]=LS_SCHEDULE_FILE_NAME;
ls_group grp;
Time td,default_morning_start={1,0,0},default_night_start={14,0,0};
gotoxy(1,24); printf("Choose one option.");
xnMenu mnu_mls;
mnu_mls.lx=25; mnu_mls.ly=2;mnu_mls.width=25;mnu_mls.items=3; mnu_mls.now_pos=1; mnu_mls.last_pos=1;
mnu_mls.item_char[1]="Time Duration.";
mnu_mls.item_char[2]="One day time";
mnu_mls.item_char[3]="All week time";
print_xnMenu(mnu_mls);
ms=handle_xnMenu(mnu_mls);
switch(ms){
case 1:
TextColor(112);
system("cls");
DrawBox1(0,1,80,23,32);
gotoxy(1,24); printf("This will make loadshedding schedule using default time.");
gotoxy(1,3); printf("Enter Duration of loadshedding(hh/mm/ss):");
ShowConsoleCursor(YES);
scanf("%d%d%d",&td.hour,&td.minute,&td.second);
ShowConsoleCursor(NO);
auto_schedule_make(file_name,td,default_morning_start,default_night_start);
Sleep(200);
gotoxy(1,24); printf("Schedule made successfuflly.. ");
Sleep(1000);
main_menu();
break;
case 2:
TextColor(112);
system("cls");
DrawBox1(0,1,80,23,32);
gotoxy(1,24); printf("This will make loadshedding schedule using time you provide.");
gotoxy(1,3); printf("Enter Duration of loadshedding(hh/mm/ss):");
ShowConsoleCursor(YES);
scanf("%d%d%d",&td.hour,&td.minute,&td.second);
gotoxy(1,4);
printf("Enter least morning time to start loadshedding:");
scanf("%d%d%d",&default_morning_start.hour,&default_morning_start.minute,&default_morning_start.second);
gotoxy(1,5);
printf("Enter least night time to start loadshedding:");
scanf("%d%d%d",&default_night_start.hour,&default_night_start.minute,&default_night_start.second);
ShowConsoleCursor(NO);
auto_schedule_make(file_name,td,default_morning_start,default_night_start);
Sleep(200);
gotoxy(1,24); printf("Schedule made successfuflly.. ");
Sleep(1000);
main_menu();
break;
case 3:
TextColor(112);
system("cls");
gotoxy(1,24); printf("This will make loadshedding schedule using group-1 time.");
for(i=1;i<=7;i++){
DrawBox1(0,1,80,23,32);
gotoxy(1,3);
ShowConsoleCursor(YES);
printf("Enter loadshedding time morning of day %d(hh/mm/ss):",i);
scanf("%d%d%d",&grp.day[i].morning[0].hour,&grp.day[i].morning[0].minute,&grp.day[i].morning[0].second);
gotoxy(1,4); printf("to (hh/mm/ss):");
scanf("%d%d%d",&grp.day[i].morning[1].hour,&grp.day[i].morning[1].minute,&grp.day[i].morning[1].second);
gotoxy(1,5); printf("Enter loadshedding time night of day %d(hh/mm/ss):",i);
scanf("%d%d%d",&grp.day[i].night[0].hour,&grp.day[i].night[0].minute,&grp.day[i].night[0].second);
gotoxy(1,6); printf("to (hh/mm/ss):");
scanf("%d%d%d",&grp.day[i].night[1].hour,&grp.day[i].night[1].minute,&grp.day[i].night[1].second);
}
auto_schedule_make_week_time(file_name,grp);
Sleep(200);
gotoxy(1,24); printf("Schedule made successfuflly.. ");
Sleep(1000);
main_menu();
break;
default:
main_menu();
break;
}
}
void main_menu()
{
char chs;
TextColor(240);
system("cls");
int menu_s;
xnMenu main_xnMenu;
ShowConsoleCursor(NO);
TextColor(112);
DrawBox0(0,1,80,23,177);
TXTprintf("ASCS",19,6,121,0);
DrawHorizontalLine2(19,16,42);
gotoxy(27,16); printf("AutoShedding Control System.");
gotoxy(3,0); cprintf("Main Menu",128);
TextColor(240);
gotoxy(1,0); printf("%c",240);
gotoxy(1,24); printf("Select One Option.");
TextColor(128);
main_xnMenu.lx=2;main_xnMenu.ly=1,main_xnMenu.items=5;main_xnMenu.width=30;main_xnMenu.now_pos=1;
main_xnMenu.item_char[1]="Make LS schedule";
main_xnMenu.item_char[2]="View LS schedule";
main_xnMenu.item_char[3]="Power Control";
main_xnMenu.item_char[4]="-";
main_xnMenu.item_char[5]="Exit";
GO_TOP
while(!kbhit()){
TextColor(240);
gotoxy(52,0); print_now_nepali_date();
gotoxy(71,24); print_now_nepali_time();
Sleep(10);
}
chs=getch();
if(chs=='m' || chs=='M' || chs==78){
print_xnMenu(main_xnMenu);
menu_s=handle_xnMenu(main_xnMenu);
switch(menu_s){
case 1:
make_ls_schedule();
break;
case 2:
show_now_loadshedding();
main_menu();
break;
case 3:
power_control();
break;
case 5:
DrawBox2(0,20,80,4,32);
gotoxy(2,21);
printf("Are you sure to exit?(\"system may crash\")(y/n):");
if(getchar()=='y' || getchar()=='Y')
exit(EXIT_SUCCESS);
else
main_menu();
break;
default:
main_menu();
break;
}
}
else
main_menu();
}
