/** \fn GalleryView::MenuMain()
* \brief Shows the main menu when the MENU button was pressed
* \return void
*/
void GalleryView::MenuMain()
{
// Create the main menu that
// will contain the submenus above
MythMenu *menu = new MythMenu(tr("Image Options"), this, "mainmenu");
// Depending on the status of the sync show either the
// start sync or stop sync. The user can decide if he
// wants to stop the sync before leaving the main screen.
if (!m_syncStatusThread->isSyncRunning())
menu->AddItem(tr("Start Syncronization"), SLOT(ConfirmStartSync()));
else
menu->AddItem(tr("Stop Syncronization"), SLOT(ConfirmStopSync()));
// Add the available submenus to the main menu. The methods will
// check if the requirements for showing the menu item is fulfilled
MenuMetadata(menu);
MenuSelection(menu);
MenuFile(menu);
menu->AddItem(tr("Settings"), SLOT(MenuSettings()));
m_menuPopup = new MythDialogBox(menu, m_popupStack, "menuPopup");
if (!m_menuPopup->Create())
{
delete m_menuPopup;
m_menuPopup = NULL;
return;
}
m_popupStack->AddScreen(m_menuPopup);
}
int main( int argc, char *argv[] )
{
event_pollmask mask;
if ( argc > 1 && !stricmp(argv[1],"-iconbar") )
iconbar = TRUE;
mask.value = 0;
mask.data.null = 1;
wimpinit();
while (!quitapp)
{
if (ackpending)
mask.data.null = 0;
else
mask.data.null = 1;
Wimp_Poll(mask,&e);
switch (e.type)
{
case event_NULL:
if (ackpending)
{
ackpending = FALSE;
_kernel_oscli("delete <Wimp$Scrap>");
Error_Report2( 0, "Data transfer failed - receiver died" );
}
break;
case event_OPEN:
Wimp_OpenWindow( &e.data.openblock );
break;
case event_CLOSE:
if ( e.data.openblock.window == wh && !iconbar )
quitapp = TRUE;
else if ( e.data.openblock.window == palh )
palette_open = FALSE;
else if ( e.data.openblock.window == spropth )
spropt_open = FALSE;
Wimp_CloseWindow( e.data.openblock.window );
break;
case event_KEY:
if ( e.data.key.caret.window == wh
&& e.data.key.caret.icon == igicon_SAVENAME
&& e.data.key.code == 13 )
SaveFile( savename );
else if ( e.data.key.caret.window == wCFSI
&& e.data.key.code == 13 )
{
GetCFSIData();
Wimp_CloseWindow( wCFSI );
cfsi_open = FALSE;
}
else
Wimp_ProcessKey( e.data.key.code );
break;
case event_BUTTON:
WimpButton();
break;
case event_MENU:
MenuSelection( e.data.selection );
break;
case event_USERDRAG:
if (draggingfile)
{
mouse_block mb;
DragASprite_Stop();
draggingfile = FALSE;
Wimp_GetPointerInfo( &mb );
e.type = event_SEND;
e.data.message.header.action = message_DATASAVE;
e.data.message.header.yourref = 0;
e.data.message.header.size = 256;
e.data.message.data.datasave.window = mb.window;
e.data.message.data.datasave.icon = mb.icon;
e.data.message.data.datasave.pos = mb.pos;
e.data.message.data.datasave.estsize = 0;
e.data.message.data.datasave.filetype = 0x695;
strcpy( e.data.message.data.datasave.leafname,
Leaf( savename ) );
Wimp_SendMessage( event_SEND, &e.data.message,
(message_destinee) mb.window,
mb.icon );
}
break;
case event_SEND:
case event_SENDWANTACK:
switch (e.data.message.header.action)
{
case message_DATASAVEACK:
SaveFile( e.data.message.data.datasaveack.filename );
break;
case message_DATALOAD:
if ( e.data.message.data.dataload.filetype == 0xFED
&& e.data.message.data.dataload.window == palh )
{
LoadPalette( e.data.message.data.dataload.filename );
}
else if ( e.data.message.data.dataload.filetype == 0xFF9
|| e.data.message.data.dataload.filetype == 0xC2A
|| e.data.message.data.dataload.filetype == 0x695
|| e.data.message.data.dataload.filetype == 0xAFF
|| cfsi )
{
if ( e.data.message.data.dataload.window < 0 )
OpenMainWindow();
LoadFile( e.data.message.data.dataload.filename,
e.data.message.data.dataload.filetype );
}
break;
case message_DATALOADACK:
ackpending = FALSE;
break;
case message_QUIT:
quitapp=TRUE;
break;
}
break;
}
}
Wimp_CloseDown(me);
return 0;
}
//------------------------------------------------------------------------------
// Main Program
//------------------------------------------------------------------------------
int main()
{
// Table dimensions variables
int iRow, iColumn;
// Get dimensions
while(1)
{
system("cls"); // Clear Screen
printf("Give array dimensions.\nRows:");
scanf("%d", &iRow);
printf("Columns:");
scanf("%d", &iColumn);
if ((iRow > 1 && iRow <= MAX_ROW) && (iColumn > 1 && iColumn <= MAX_COLUMN))
break;
}
// Create the array
int** iArray = Allocate_2D_Array(iRow, iColumn);
// Create list's head pointer
struct node* pHead = NULL;
// Create list's tail pointer
struct node* pTail = NULL;
// Create the first node which contains the array's dimensions
// pHead now points to that node
if (! AddNode(&pHead, iRow, iColumn, 0))
exit(1);
// Get array values
int i, j;
for (i = 0; i < iRow; i++)
{
for (j = 0; j < iColumn; j++)
{
printf("Give the [%d][%d] element:", i, j);
scanf("%d", &iArray[i][j]);
// If not a zero value then add node
if (iArray[i][j] != 0)
{
// Locate the tail node and store its address in pTail
LocateTail(pHead, &pTail);
// Add new node after the last node (tail node)
if (! AddNode(&pTail->m_pNext, i, j, iArray[i][j]))
exit(1);
}
}
printf("\n");
}
// Show msg
printf("Single Linked List created successfully\n\n");
int quit = FALSE;
while (quit == FALSE)
{
printf("Press any key to continue...");
getch();
switch(MenuSelection())
{
case 1:
{
DisplayArray(iArray, iRow, iColumn);
break;
}
case 2:
{
DisplayList(pHead);
break;
}
case 3:
{
int** iArrayTwo = Allocate_2D_Array(pHead->m_iX_Pos, pHead->m_iY_Pos);
for (i = 0; i < pHead->m_iX_Pos; i++)
for (j = 0; j < pHead->m_iY_Pos; j++)
iArrayTwo[i][j] = 0;
struct node* pCurrent = pHead;
while (pCurrent != NULL)
{
if (pCurrent->m_iData != 0)
iArrayTwo[pCurrent->m_iX_Pos][pCurrent->m_iY_Pos] = pCurrent->m_iData;
pCurrent = pCurrent->m_pNext;
}
printf("New Array created successfully: \n\n");
DisplayArray(iArrayTwo, pHead->m_iX_Pos, pHead->m_iY_Pos);
printf("\nThe program will now exit\n\n");
DeleteDynArray(iArrayTwo, pHead->m_iX_Pos);
quit = TRUE;
break;
}
case 4:
{
quit = TRUE;
break;
}
}
}
// Free dynamic allocated memory - 2D Arrays + List
DeleteDynArray(iArray, iRow);
DeleteList(pHead);
system("pause");
return 0;
}
