Window control

Shortcuts to quickly tile windows. Notably, you can hit the following combination of keys to snap windows on your Mac accordingly:AdvertisementFn-Control-F: Fill the screen with the current windowFn-Control-C: Center the current windowFn-Control-Left Arrow: Snap the current window to the leftFn-Control-Right Arrow: Snap the current window to the rightFn-Control-Up Arrow: Snap the current window to the topFn-Control-Down Arrow: Snap the current window to the bottomFn-Control-R: Revert the window to its original sizeBesides tiling a single app, you can hold down Shift while performing these shortcuts to arrange different windows on your screen. For example, pressing Fn-Control-Shift-Left Arrow will move the active window to the left, and bring the second window to the right. These behaviors change depending on how many windows you have tiled on your display. Much like this long-awaited addition, with just a bit of digging around, you can discover several other hidden macOS Sequoia features that offer similar levels of convenience.

Makes a variety of changes to a control.Control, SubCommand , Value, Control, WinTitle, WinText, ExcludeTitle, ExcludeTextParameters SubCommand, Value These are dependent upon each other and their usage is described below. Control If blank or omitted, the target window's topmost control will be used. Otherwise, specify either ClassNN (the classname and instance number of the control) or the control's text, both of which can be determined via Window Spy. When using text, the matching behavior is determined by SetTitleMatchMode. To operate upon a control's HWND (window handle), leave the Control parameter blank and specify ahk_id %ControlHwnd% for the WinTitle parameter (this also works on hidden controls even when DetectHiddenWindows is Off). The HWND of a control is typically retrieved via ControlGet Hwnd, MouseGetPos, or DllCall(). WinTitle, WinText, ExcludeTitle, ExcludeText If each of these is blank or omitted, the Last Found Window will be used. Otherwise, specify for WinTitle a window title or other criteria to identify the target window and/or for WinText a substring from a single text element of the target window (as revealed by the included Window Spy utility). ExcludeTitle and ExcludeText can be used to exclude one or more windows by their title or text. Their specification is similar to WinTitle and WinText, except that ExcludeTitle does not recognize any criteria other than the window title. Window titles and text are case-sensitive. By default, hidden windows are not detected and hidden text elements are detected, unless changed with DetectHiddenWindows and DetectHiddenText. By default, a window title must start with the specified WinTitle or ExcludeTitle to be a match, unless changed with SetTitleMatchMode. Sub-commandsFor SubCommand, specify one of the following: Check: Turns on (checks) a radio button or checkbox. Uncheck: Turns off a radio button or checkbox. Enable: Enables a control if it was previously disabled. Disable: Disables or "grays out" a control. Show: Shows a control if it was previously hidden. Hide: Hides a control. Style: Changes the style of a control. ExStyle: Changes the extended style of a control. ShowDropDown: Shows the drop-down list of a ComboBox control. HideDropDown: Hides the drop-down list of a ComboBox control. TabLeft: Moves left by one or more tabs in a SysTabControl32. TabRight: Moves right by one or more tabs in a SysTabControl32. Add: Adds the specified string as a new entry at the bottom of a ListBox, ComboBox (and possibly other types). Delete: Deletes the specified entry number from a ListBox or ComboBox. Choose: Sets the selection in a ListBox or ComboBox to be the specified entry number. ChooseString: Sets the selection in a ListBox or ComboBox to be the first entry whose leading part matches the specified string. EditPaste: Pastes the specified string at the caret in an Edit

Connected socket. TCPSend Sends data on a connected socket. TCPShutdown, UDPShutdown Stops TCP/UDP services. TCPStartup, UDPStartup Starts TCP or UDP services. TimerDiff Returns the difference in time from a previous call to TimerInit(). TimerInit Returns a handle that can be passed to TimerDiff() to calculate the difference in milliseconds. ToolTip Creates a tooltip anywhere on the screen. TrayCreateItem Creates a menuitem control for the tray. TrayCreateMenu Creates a menu control for the tray menu. TrayGetMsg Polls the tray to see if any events have occurred. TrayItemDelete Deletes a menu/item control from the tray menu. TrayItemGetHandle Returns the handle for a tray menu(item). TrayItemGetState Gets the current state of a control. TrayItemGetText Gets the itemtext of a tray menu/item control. TrayItemSetOnEvent Defines a user-defined function to be called when a tray item is clicked. TrayItemSetState Sets the state of a tray menu/item control. TrayItemSetText Sets the itemtext of a tray menu/item control. TraySetClick Sets the clickmode of the tray icon - what mouseclicks will display the tray menu. TraySetIcon Loads/Sets a specified tray icon. TraySetOnEvent Defines a user function to be called when a special tray action happens. TraySetPauseIcon Loads/Sets a specified tray pause icon. TraySetState Sets the state of the tray icon. TraySetToolTip (Re)Sets the tooltip text for the tray icon. TrayTip Displays a balloon tip from the AutoIt Icon. UBound Returns the size of array dimensions or the number of keys in a map. UDPBind Create a socket bound to an incoming connection. UDPCloseSocket Close a UDP socket. UDPOpen Open a socket connected to an existing server . UDPRecv Receives data from an opened socket. UDPSend Sends data on an opened socket. VarGetType Returns the internal type representation of a variant. WinActivate Activates (gives focus to) a window. WinActive Checks to see if a specified window exists and is currently active. WinClose Closes a window. WinExists Checks to see if a specified window exists. WinFlash Flashes a window in the taskbar. WinGetCaretPos Returns the coordinates of the caret in the foreground window. WinGetClassList Retrieves the classes from a window. WinGetClientSize Retrieves the size of a given window's client area. WinGetHandle Retrieves the internal handle of a window. WinGetPos Retrieves the position and size of a given window. WinGetProcess Retrieves the Process ID (PID) associated with a window. WinGetState Retrieves the state of a given window. WinGetText Retrieves the text from a window. WinGetTitle Retrieves the full title from a

ON_UPDATE_COMMAND_UI handlers for all of the buttons in the group.For more information on using CToolBar, see the article MFC Toolbar Implementation and Technical Note 31: Control Bars.Inheritance HierarchyCObjectCCmdTargetCWndCControlBarCToolBarRequirementsHeader: afxext.h CToolBar::CommandToIndexThis member function returns the index of the first toolbar button, starting at position 0, whose command ID matches nIDFind.int CommandToIndex(UINT nIDFind) const;ParametersnIDFindCommand ID of a toolbar button.Return ValueThe index of the button, or -1 if no button has the given command ID. CToolBar::CreateThis member function creates a Windows toolbar (a child window) and associates it with the CToolBar object.virtual BOOL Create( CWnd* pParentWnd, DWORD dwStyle = WS_CHILD | WS_VISIBLE | CBRS_TOP, UINT nID = AFX_IDW_TOOLBAR);ParameterspParentWndPointer to the window that is the toolbar's parent.dwStyleThe toolbar style. Additional toolbar styles supported are:CBRS_TOP Control bar is at top of the frame window.CBRS_BOTTOM Control bar is at bottom of the frame window.CBRS_NOALIGN Control bar isn't repositioned when the parent is resized.CBRS_TOOLTIPS Control bar displays tool tips.CBRS_SIZE_DYNAMIC Control bar is dynamic.CBRS_SIZE_FIXED Control bar is fixed.CBRS_FLOATING Control bar is floating.CBRS_FLYBY Status bar displays information about the button.CBRS_HIDE_INPLACE Control bar isn't displayed to the user.nIDThe toolbar's child-window ID.Return ValueNonzero if successful; otherwise 0.RemarksIt also sets the toolbar height to a default value.Example// This code fragment is taken from CMainFrame::OnCreate// CMainFrame is derived from CMDIFrameWnd.//This example creates a dockable toolbar.if (!m_wndToolBar.Create(this) || !m_wndToolBar.LoadToolBar(IDR_MAINFRAME)){ TRACE0("Failed to create toolbar\n"); return -1; // fail to create}//Make the toolbar dockablem_wndToolBar.EnableDocking(CBRS_ALIGN_ANY);EnableDocking(CBRS_ALIGN_ANY);DockControlBar(&m_wndToolBar); CToolBar::CreateExCall this function to create a Windows toolbar (a child window) and associate it with the CToolBar object.virtual BOOL CreateEx( CWnd* pParentWnd, DWORD dwCtrlStyle = TBSTYLE_FLAT, DWORD dwStyle = WS_CHILD | WS_VISIBLE | CBRS_ALIGN_TOP, CRect rcBorders = CRect( 0, 0, 0, 0), UINT nID = AFX_IDW_TOOLBAR);ParameterspParentWndPointer to the window that is the toolbar's parent.dwCtrlStyleAdditional styles for the creation of the embedded CToolBarCtrl object. By default, this value is set to TBSTYLE_FLAT. For a complete list of toolbar styles, see dwStyle.dwStyleThe toolbar style. See Toolbar Control and Button Styles in the Windows SDK for a list of appropriate styles.rcBordersA CRect object that defines the widths of the toolbar window borders. These borders are set to 0,0,0,0 by default, thereby resulting in a toolbar window with no borders.nIDThe toolbar's child-window ID.Return ValueNonzero if successful; otherwise 0.RemarksIt also sets the toolbar height to a default value.Use CreateEx, instead of Create, when certain styles need to be present during the creation of the embedded tool bar control. For example, set dwCtrlStyle to TBSTYLE_FLAT | TBSTYLE_TRANSPARENT to create a toolbar that resembles the Internet Explorer 4 toolbars.Example// This example demonstrates CToolBar::CreateEx by creating a // toolbar as part of a child frame window. It also calls the // LoadToolbar and EnableDocking functionsint CChildFrame::OnCreate(LPCREATESTRUCT lpCreateStruct){ if (CMDIChildWnd::OnCreate(lpCreateStruct) == -1) return -1; if (!m_wndMyToolBar.CreateEx(this, TBSTYLE_FLAT, WS_CHILD | WS_VISIBLE |

And 5000DescriptionThis setting is used to control the bottom side of the Mouse Lock region when locking to a Window. Specify a negative number to shrink the lock area, or a positive number to expand the lock area.General: Mouse Cursor Lock to Window: Change LeftKeyHKCU\Software\Binary Fortress Software\DisplayFusion\MouseLockWindowChangeLeftValuesA number between -5000 and 5000DescriptionThis setting is used to control the left side of the Mouse Lock region when locking to a Window. Specify a negative number to shrink the lock area, or a positive number to expand the lock area.General: Mouse Cursor Lock to Window: Change RightKeyHKCU\Software\Binary Fortress Software\DisplayFusion\MouseLockWindowChangeRightValuesA number between -5000 and 5000DescriptionThis setting is used to control the right side of the Mouse Lock region when locking to a Window. Specify a negative number to shrink the lock area, or a positive number to expand the lock area.General: Mouse Cursor Lock to Window: Change TopKeyHKCU\Software\Binary Fortress Software\DisplayFusion\MouseLockWindowChangeTopValuesA number between -5000 and 5000DescriptionThis setting is used to control the top side of the Mouse Lock region when locking to a Window. Specify a negative number to shrink the lock area, or a positive number to expand the lock area.General: Mouse Lock Polling Interval (ms)KeyHKCU\Software\Binary Fortress Software\DisplayFusion\MouseLockPollingIntervalDescriptionUse this setting to make the mouse lock polling happen more or less frequently. A lower number is more frequent, a higher number is less frequent.DisplayFusion must be restarted for this setting to take effect.General: Rollup Window to Hat AllowedKeyHKCU\Software\Binary Fortress Software\DisplayFusion\WindowRollupHatsAllowedValues0: Rollup Window to Hat is Not Allowed and Not Visible (default)1: Rollup Window to Hat is Allowed and VisibleDescriptionThis setting allows the "Rollup Window to Hat" option to be visible in the Settings window. This is allowed by default on Steam versions of DisplayFusion.DisplayFusion must be restarted for this setting to take effect.General: Run as a High Priority ProcessKeyHKCU\Software\Binary Fortress Software\DisplayFusion\ProcessHighPriorityValues0: Will run as

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