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Pattern Scroller
Volume Number:6
Issue Number:12
Column Tag:Pascal Procedures

Pattern Scroller

By Shelly Mendlinger, Brooklyn, NY

Note: Source code files accompanying article are located on MacTech CD-ROM or source code disks.

These programs are written in Borland’s Turbo Pascal. Don’t worry! Borland’s implementation is straightforward and virtually straight out of Inside Macintosh (IM), Vol . I, II and IV. Perhaps the compiler directives need explanation.

{1}

{$D+} Turn on Generate Debug Symbols.  Puts procedure names in the object 
code. 
{$R ResFileName }  Define Resource File.  
{$U-} Turn off Use Standard Units.  Units PasInOut and PasConsole not 
automatically complied.

PatternsScroller

PatternsScroller(fig. 1) creates a scrollable pattern list showing eight patterns at a time. Click in a pattern to select it. The selection is echoed in the test rectangle to prove the data has been correctly retrieved. This program came about by playing-I mean experimenting-with the List Manager Package(IM vol. IV) to solve a problem: give access the 38 patterns in the System’s ‘PAT#’ resource while taking minimal screen space. Obviously, the MacPaint style of 2 rows of 19 patterns across the screen would not do. The solution is scrollable patterns. Showing several small squares of patterns and a scroll bar requires little screen area.

The two dozen or so routines of the List Manager handle the tedious chores of list maintenance and appearance such as drawing, storing and retrieving data, selecting, hiliting, scrolling, resizing, updating, activating. Quite an impressive list! PatternScroller utilizes the List Manager to manipulate non-text data(8-byte QuickDraw patterns). Since the default routines draw list data as text and invert to hilite selections, a new LDEF(List DEFinition) resource customized for patterns needs to be created. The second program, Pas_to_ResCode.LDEF, does this and writes the code to the specified resource file.

The Terminology

First, we discuss List Manager terminology. A list is a set of elements containing data of variable sizes. A cell is a screen rectangle that displays an element’s data; it’s basic unit of the list interface. Cell is also a data type (the equivalent of type point) that describes a (screen)cell’s two dimensional position in the list. The first cell is in column one, row one (the top most, left most position) and has coordinates (0,0), actually the position of its top-left corner in the list’s cell grid. To avoid confusion, remember a cell’s coordinates are (column - 1, row - 1). Be aware that some List Manager variables are in terms of cells and some in terms pixels. Hopefully, these will be clarified as we go through the subroutines of PatternScroller (Listing 2) in the order they are called.

Initialize: Initializes the usual managers and sets up a window to show the list. The Dialog Manager is not initialized and does not seem to be needed by the List Manager.

SetUpList: Calling LNew initiates the List Manager by loading in into memory and creating a list record data structure that includes the values passed in its nine parameters:

rView: Type rect. In local coordinates, the box in which the list is to be drawn. Its size determines the number of cells visible.

dataBounds: Type rect. In terms of cells, the initial dimensions of the list array. The first values are 0,0, the next two are the number of columns and rows of cells making up the list. Here it’s 38 columns across, 1 row down.

cSize: Type point. Holds the width and height in pixels of the basic cell. All cells in a given list have identical dimensions, no matter what the length of the data held.

theProc: Type integer. The ID of the LDEF resource to be used; the default ID = 0. Here it’s assigned the value of LDefNum, declared as a constant for easy changing.

theWindow: Type windowPtr. The window in which the list is to be drawn.

drawIt: if true, turns on the drawing routines(more on this later). Best to pass false until the list is complete or list building may be slowed.

hasGrow: If true, scroll bars will leave room for a growBox icon.

scrollHoriz, scrollVert: Draws and enables scroll bars for a list. Yes, it’s that easy! No coding for inUpPage, inUpbutton, ThumbsUp, Thumbsdown, click _held_down; the List Manager handles it all.

LNew returns a listhandle that is passed in all subsequent list routines. This new list, however, is empty, awaiting calls to LSetCell to add elements of data. This is accomplished with a handy little For loop that sets cell coordinates, accesses an indexed pattern and loads each cell with eight bytes of data. By the way, the “at” operator,@, returns a pointer to its operand, which can be a variable or a subroutine. Now the drawing routines are turned on via LDoDraw and the list is actually drawn on screen with LUpDate. A pattern is selected to start things off and the list is complete. Note totRect encloses rView and the scroll bar rectangle. totRect is used in the HandleEvent subroutine.

DoTestRect: Shows the opening pattern via ShowPat.

ShowPat: Displays the current pattern by calling LGetSelect to find the currently selected cell, then gets the pattern data by calling LGetCell. Note theCell is initially set to the first cell, (0,0), because LGetSelect returns in it the coordinates of the selected cell that is equal to or greater than the cell passed. Passing (0,0) ensures no cell will be overlooked.

HandleEvent: Handles two events, keydown and mousedown. Mousedown has the good stuff in the inContent case of FindWindow. If the click is in totRect(list rect + scroll rect), the current pattern is deselected. This is a two-step process: 1) the currently selected cell is returned in aCell by LGetSelect (see ShowPat), 2) false is passed as the first parameter of LSetSelect to deselect that cell. It is important to deselect before calling LClick or very strange hilite/unhilite things happen. LClick tracks the click, much as TrackControl does for controls. Scroll bar hits, drags and autoscrolling are all handled. The boolean result is true if a double-click occurs, both clicks in the same cell. (A fun exercise is to have a pattern editor pop up upon a double-click, ala MacPaint). Furthermore, if mousedown is in rView, i.e. in a pattern, the cell clicked in is determined with a call to LLastClick(which in Turbo returns type longint not type cell as stated in IM). That cell is assigned to aCell(the longint is cast to type cell) and then made the current selection via LSetSelect(first parameter := true). If the click is not in rView, it must be in the scroll bar, so aCell retains the value of the current selection, which is reselected. Finally, ShowPat is called to display the new selection.

The Source Code

That’s basically PatternScroller. To run it, First be sure to run Pas_to_ResCode(see below) to have a custom LDEF to call. When that is handled, choose Run(compile to memory and execute) from the Compile Menu to test out PatternScroller. Choosing To Disk from the Compile Menu will create a free-standing application. There are advantages to this. ResEdit can be used to see the LDEF as machine code(fig.2). When the Pascal environment is gone, some memory problems disappear. It’s easier to debug, too, especially with the help of the D+ compiler directive. There is one peculiarity(bug?) within the LClickLoop routine of LClick. Upon a mousedown event, this routine is called to handle scroll bar hits, hiliting/unhiliting and autoscrolling until a mouseup event. When a click is dragged through patterns, each cell the cursor passes through is hilited then unhilited in turn. Upon release of the button, both the mousedown cell and the mouseup cell are hilited, although the lower cell is always selected. A more accurate interface would not change the selection if mouseup and mousedown were not in the same cell, and would unhilite the mouseup cell. But we’ll save a custom ClickLoop routine for another project.

The second program, Pas_to_ResCode.LDEF (listing 2), writes code resources(res type WDEF, MDEF, CDEF, CDEV, etc.) to the named resource file. It is how I decided to answer a subtle challenge in IM: a definition procedure is usually written in assembly language, but may be written in Pascal. Sure, it can be written in Pascal, but how do you turn the text into a code resource? The neat part of this program is that the compiler converts the Pascal to machine language, which is then added to the res file. The machine code generated(fig. 2) this way starts with 4E56-LINK A6(create a stack frame for local variables) and winds up with 4E5E-UNLINK A6(dispose of stack frame), and lastly, 4ED0-JMP (A0) (JuMP to the return address in register A0). All very nice and tidy, although one wonders why the registers are not saved after linking and then restored before unlinking, as the Turbo manual states is standard entry and exit code. This may be nit-picking; the code works!

There are two important points in this program that warrant a closer look. First, the empty procedure Marker must immediately follow the procedure TheCode, because its address(@Marker) marks the end of TheCode. Address arithmetic is used to calculate theCode’s size, which as CodeSize is passed to PtrToHand. This brings us to the second point. AddResource, the routine that writes data to a res file, requires that this data be in a relocatable block(IM vol I, The Resource Manager). As things stand, TheCode is locked in the heap with the rest of the program. Unlocking TheCode is accomplished by calling PtrToHand, which makes a relocatable copy of the data pointed to (@theCode), and returns a handle to this block. The handle is just what AddResource is waiting for.

List Manager

Now for List Manager specific stuff. LDEF, the list definition procedure governs the initializing, drawing, hiliting/unhiliting and closing of a list.

According to IM, the List Manager communicates with the procedure via the LMessage parameter(type integer), sending one of four possible values:

{2}

LInitMsg   =   0, initialize list.
LDrawMsg = 1, draw cell.
LHiliteMag=  2, hilite/unhilite cell.
LCloseMsg =  3, close list.

According to IM, a separate routine should handle each operation represented by LMessage. In Pascal, the best approach is a case statement with LMessage as selector. Before looking at each routine, here are the other parameters passed by the List Manager to the definition procedure:

isSelect: Type boolean. True if a cell is selected.

cRect: Type rect. The local coordinates of the selected/deselected cell’s rectangle.

theCell: Type cell. The coordinates(in row and column) of the cell in question.

LDataOffSet: Type integer. The number of bytes into the list’s data block that marks the start of theCell’s data.

LDataLen: Type integer. The length in bytes of theCell’s data. Here its eight bytes.

LHandle: Type listHandle. A handle to the list record.

Now the operation routines as they respond to each message:

LInitMsg: LNew sends this message after setting all default values in the list record. This initialize routine is used to change record settings, allocate private storage, etc. Here the selFlags field is changed so only one cell at a time is selected. The default setting offers all the selection possibilities found in a Standard File dialog window(like Font/DA Mover), with shift key extensions, dragging, etc. This routine is also a good place to draw a frame about the list.

LDrawMsg: Sent whenever a cell needs to be drawn. This is one half of the mysterious “draw routines” that gets turned off and on in the SetUpList procedure of PatternScroller. The first order of business is to change the port’s clip region to cRect, the cell’s screen rectangle, as IM directs. Next, the pattern is accessed and drawn. Surprisingly, a problem developed accessing the pattern. Upon running PatternScroller, the System bombed when this routine had calls to GetPattern, GetIndPattern, BlockMove, even HLock! An exhaustive study was not done nor was there deep pondering as to the nature of the problem. (If you have a hint, please inform me!) Mercifully, the realization eventually hit that a data offset and a handle to a list record are passed for a reason. The way to the pattern is via the address of the data in the data block stored by the list, calculated by adding LDataOffSet to the pointer gotten by dereferencing the cells field(type DataHandle) of the list record. Now the pattern can be drawn inset from the cell rect, leaving room for a hilite frame(see below). Lastly, the port’s original clip region is restored. Every visible cell is drawn this way.

LHiliteMsg: The other half of the “drawing routines”, the hilite routine has the same parameters as the draw routine. The port’s clip region is handled the same way for insurance purposes. IM does not mention it, but with the similarity to the draw routine better safe than sorry. A 4x4 pixel black frame about a cell seems a clear way to hilite a pattern selection. Using pen mode Xor allows the luxury of disregarding the isSelect parameter. If the cell is not selected there is a white frame about its pattern, as initially drawn. If it is selected, the Xor’ed frame is black. If deselected, an Xor’ed black frame turns white. Nifty. This routine opens creative possibilities to hiliting non-text data, pictures could change, icons could be inverted, etc.

LCloseMsg: This message is sent by LDispose. If any private storage was allocated in the initialize routine, now is the time to dispose of it. This LDEF does not need a close routine.

Four messages, four suborutines, that’s it!

Notice the call to CreateResFile is optional. After the first time or if there’s an existing res file, comment out({ }) the call, the code will be added to the named file. As a rule, always change the resID constant with each refinement of a definition procedure. The Twilight Zone can spring up in the calling program when more than one instances of a res type have the same ID number. For this reason, Do Not Compile Pas_to_ResCode To Disk. An application has its info hard-wired, thus each run will add the res code with the same ID. Also, remember to change the resource ID in the calling program; don’t get stuck with the same old routine.

This is the same reason there is a minor Mac interface to the program. As a courtesy, information is displayed. As a necessity, before calling AddReaource, the event loop awaits a positive action: keydown to quit, mousedown to proceed. This can avert potential disasters.

The List manager is a very handy tool for storing, updating and displaying data. For further information, see back issues of MacTutor (of course!) List Manager Inspires Help Function Solution, Vol. 3, No. 4 for one. Also, The Complete book of Macintosh Assembly Language Programming, Vol. II by Dan Weston (1987 Scott, Foresman, and Company, Glenview, IL.) has a very good chapter on the List Manager. Don’t shy away because of assembly language. The text is so full of clear, useful info that the programming examples are secondary. Anyhow, as Mac assembly language programmers love to do, all Pascal routines out of IM commented into the source code, so it’s in Pascal anyway!

Through the LDEF procedure, you have complete control over a list’s appearance and behavior. Other definition procedures offer the same control over other aspects of the interface. This means the power to fine tune your program’s interface. And that’s the way to real Mac creativity! So open IM and create a custom CDEF or WDEF with Pas_to_ResCode. You can add your own dot extension. Just be sure to change the constant RType to the appropriate type.

{$D+}  {generate debug symbols}
Program PatternScroller;
{**** written and © 1989
 ***  by Shelly Mendlinger
 **** Brooklyn, New York ***}
 
{$R PatList.RSRC}  {identify res file}
{$U-}  {No defaults. We’ll roll our own}
uses
    memtypes, quickdraw, osintf, toolintf, packintf;
const
    LdefNum = 1000;
    title = ‘PatternScroller  ©1989 by Shelly Mendlinger’;
var
    Rview,
    dBounds,
    Wrect,
    totRect,
    testRect    : rect;
    cSize       : point;
    theCell     : cell;
    wind        : windowPtr;
    theList     : listHandle;
    thePat      : pattern;
    index,
    dLen,
    theProc     : integer;
    str         : str255;
    event       : eventRecord;
    aHand       : handle;
    aCell       : cell;
    over,
    bool,
    drawIt,
    hasGrow,
    scrollHoriz,
    scrollVert  : boolean;

Procedure ShowPat;
begin
    {-- set vars --}
    dLen := 8;
    setPt(theCell,0,0);
    {-- get current selection --}
    bool := LGetSelect(true,theCell, theList);
    {-- get cell data --}
LGetCell(@thePat,dLen,theCell,theList);
    {-- show pat --}
    fillrect(testRect,thePat);
    framerect(testrect);
end;{proc show pat}

Procedure Initialize;
begin
    {-- Let the Games Begin --}
    initGraf(@thePort);
    initFonts;
    initWindows;
    initCursor;
    {-- open a window --}
    setrect(wRect,10,50,500,330);
    wind := newWindow(nil,wRect,title,true,0,
 pointer(-1),true,0);
    setPort(wind);
    flushEvents(everyevent,0);
end;{proc init}

Procedure SetUpList;
begin
    {-- set parameters --}
    setRect(Rview,100,20,340,50);{drawing 
        area, local coords}
    setrect(dBounds,0,0,38,1);{38 long, 1 high}
    setPt(cSize,30,30);{30 X 30 pixel cells}
    theProc := LDefNUm;{LDEF ID}
    drawIt  := false;  {turn off drawing}
    hasgrow := false;  {no grow box}
    scrollHoriz := true;{yes horiz scroll bar}
    scrollVert := false; {no vert scroll}
    {-- start things going --}
    theList := LNew(Rview,dbounds,cSize,theProc,wind,drawIt,         
              hasGrow,scrollHoriz,scrollVert);
    {-- fill cells with pat data --}
    for index := 1 to 38 do
      begin
        setPt(theCell,index-1,0);
getIndPattern(thePat,sysPatListID,index);
LSetCell(@thePat,sizeof(pattern),theCell,thelist);
     end;{for index}
    {-- draw the list --}
    LDoDraw(true,theList);
    LUpdate(wind^.visRgn,theList);
    {-- select starting pat --}
    setPt(theCell,3,0);
    LsetSelect(true,theCell,theList);
    totrect := Rview;
   totRect.bottom := totRect.bottom + 15; 
         {include scroll rect}
end;{proc Set up list}

Procedure doTestRect;
begin
    setRect(testrect,100,100,340,250);
    str:= ‘Test Rect’;
 {-- center string --}
    with testRect do
moveto(left+(right-left-stringWidth(str)) 
    div 2,96);
    drawstring(str);
    Showpat;
end;{proc do Test Rect} 

Procedure HandleEvent(evt : EventRecord);
var
    aPt,
    pt2     : point;
    aRect,
    oldRect : rect;
    long    : longint;
begin
    aPt := evt.where;
    {-- what’s happining? --}
    case evt.what of
    keydown: over := true;{any key quits}
    mousedown:  
          case findWindow(aPt,wind) of
          inGoAway: over := true;{say  bye-bye}
          inContent: begin
            setRect(oldRect,0,0,0,0);
            globalToLocal(aPt);
            {-- is click in list? --}
            if ptInRect(aPt,totRect) then
             begin
              {- get current selection -}
              setPt(theCell,0,0);
              bool := LGetSelect(true, aCell,theList);
              {-- deselect old cell --}
         LSetSelect(false,aCell,theList);
              {-- trach click --}
              bool := LClick(aPt,
            evt.modifiers, theLIst);
              {- is click in a pattern -}
              if ptInRect(aPt,Rview) then
                 begin
                  {-- get new cell --}
              long :=LLastclick(theList);
                   aCell := cell(long);
              end;{in pat}
             {-- select/reselect cell --}
          LSetSelect(true,aCell,theList);
             ShowPat;
            end;{in totRect}
          end;{inContent}
         otherwise
         end;{case findwindow}
       otherwise
      end;{case what}
 end;{proc handle event}
 
BEGIN {main}
    Initialize;
    SetUpList;
    DoTestRect;
    {-- do event loop --}
    over := false;
    repeat
    if getNextEvent(everyEvent,event) then handleEvent(event);
    until over;
    {-- clean up --}
    Ldispose(theList);
end.{prog PatternScroller}   

Program Pas_to_ResCode_LDEF;
{****  © 1989 by Shelly Mendlinger  ****}
{****  Brooklyn, New York   ****}

uses
    memtypes, quickdraw, osintf, toolintf, packintf;
const
    resFile     = ‘PatList.rsrc’;
    RType       = ‘LDEF’;
    resID       = 1000;
    resName     = ‘PatList Def’;
var
    CodePtr     : procPtr;
    CodeHand    : handle;
    CodeSize    : size;
    oldResNum,
    newResNum,
    err         : integer;
    str         : str255;
    goAhead     : boolean;

{*** This Proc is turned into res code *}   
Procedure theCode(Message : integer;
        isSelect    : boolean;
        cRect       : rect;
        theCell     : cell;
        LDataOffSet,
        LdataLen    : integer;
        aList       : Listhandle);
type
    patPtr      = ^pattern;
var
    aPat        : patPtr;
    oldClip     : rgnHandle;
    hand        : handle;
    aRect       : rect;
begin
    {-- what’s the story --}
    case Message of
    
    LInitMsg: {initialize the list}
      begin
        {-- select one cell at a time --}
        aList^^.selFlags := LOnlyOne;
        {-- frame the list --}
        Pennormal;
        aRect := aList^^.rView;
        inSetRect(aRect,-1,-1);
        framerect(aRect);
      end;{init}
    
    LdrawMsg: {draw theCell}
      begin
        {-- save port’s cliprgn --}
        oldclip := aList^^.port^.cliprgn;
        {-- change port’s cliprgn, 
   IM says so --}
        rectRgn(aList^^.port^.cliprgn,cRect);
        {-- calc cell’s data address --}
        Hand := handle(aList^^.cells); 
              {handle to data}
        aPat := patPtr(pointer(ord(hand^) + LDataOffSet));
{ptr to pat}
        {-- draw pat & cell frame --}
        framerect(cRect);
        aRect := cRect;
        inSetRect(aRect,5,5);
        FillRect(aRect,aPat^);
        FrameRect(aRect);
        {-- restore port’s clip --}
        aList^^.port^.cliprgn := oldClip;
      end;{draw}
      
  LHiliteMsg:  {hilite theCell}
    begin
        {-- same clip stuff as above --}
        oldclip := aList^^.port^.cliprgn;
    rectRgn(aList^^.port^.cliprgn,cRect);
        {-- Xor a frame --}
        pennormal;
        penMode(patXor);
        penSize(4,4);
        aRect:= cRect;
        inSetRect(aRect,-5,-5);
        frameRect(cRect);
        pennormal;
        {-- clip stuff --}
        aList^^.port^.cliprgn := oldClip;
    end;{hilite}
 otherwise
 end;{case message}
end;{proc theCode}

{-- mark the end of theCode --}
Procedure Marker;
begin
end;{proc mark}

Procedure EventLoop;
var
    evt     : eventRecord;
    GetOut  : boolean;
begin
    GetOut := false;
    repeat
     if getNextEvent(everyevent,evt) then
       case evt.what of
       {-- any key to quit --}
       keyDown     :  GetOut  := true;
       {-- click to proceed --}
        mouseDown   :  GoAhead := true;
        otherwise
       end;{case what}
   until GetOut or GoAhead;
end;{proc eventloop}

Begin {main}
    {-- address of theCode --}
    CodePtr := @theCode;
    {-- pointer math --}
    CodeSize := size(ord(@Marker) -
                             ord(codePtr));
    {-- get handle for AddResource --}
    Err := PtrToHand(CodePtr, CodeHand,
                         CodeSize);
    {-- handle error --}
    if err <> noErr then
      begin
        numtoString(err,str);
        str := ‘OS ERROR GETTING HANDLE. #’ + str; 
        moveto(100,100);
        drawstring(str);
      end { error}
    else  
      begin
        goAhead := false;
        {-- save current res fie --}
        oldResNum := curResfile;
        {-- draw interface --}
        textfont(0);
        textsize(18);
        moveto(20,25);
        drawstring(‘ANY KEY TO QUIT’);
        
        moveto(20,55);
        drawstring(‘CLICK TO ADD RESOURCE’);
        
        str := ‘Res File: ‘ + ResFile;
        moveto(100,75);
        drawstring(str);
        
        str := ‘Res Type: ‘ + RType;
        moveto(100,95);
        drawstring(str);
        
        numtostring(ResID,str);
        str := ‘Res Id: ‘ + str;
        moveto(100,115);
        drawstring(str);
        
        str := ‘Res Name: ‘ + ResName;
        moveto(100,135);
        drawstring(str);
        
        numtostring(CodeSize,str);
        str := ‘Code size: ‘ + str + ‘ bytes’;
        moveto(100,155);
        drawstring(str);
    
        EventLoop;
        
        if GoAhead then
          begin
            {*** OPTIONAL ***}
            createResFile(resFile);
            
            {-- open s res file --}
       newResNum := openResFile(ResFile);
            {-- write to res file --}           addResource(CodeHand,RType,resID,ResName);
            {-- close selected res file }
            closeresFile(newResNum);
            {-- restore orig. res file }
            useResFile(oldResNum);
          end;{do it}
        end;{else no err}
 end.{prog pas to res code}
    

 

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Forest Spirit 1.0.5 Device: iOS Universal Category: Games Price: $2.99, Version: 1.0.5 (iTunes) Description: | Read more »
Ski Safari 2 (Games)
Ski Safari 2 1.0 Device: iOS Universal Category: Games Price: $1.99, Version: 1.0 (iTunes) Description: The world's most fantastical, fun, family-friendly skiing game is back and better than ever! Play as Sven's sister Evana, share... | Read more »
Lara Croft GO (Games)
Lara Croft GO 1.0.47768 Device: iOS Universal Category: Games Price: $4.99, Version: 1.0.47768 (iTunes) Description: Lara Croft GO is a turn based puzzle-adventure set in a long-forgotten world. Explore the ruins of an ancient... | Read more »
Whispering Willows (Games)
Whispering Willows 1.23 Device: iOS Universal Category: Games Price: $4.99, Version: 1.23 (iTunes) Description: **LAUNCH SALE 50% OFF** - Whispering Willows is on sale for 50% off ($4.99) until September 9th. | Read more »
Calvino Noir (Games)
Calvino Noir 1.1 Device: iOS iPhone Category: Games Price: $3.99, Version: 1.1 (iTunes) Description: The film noir stealth game. Calvino Noir is the exploratory, sneaking adventure through the 1930s European criminal underworld.... | Read more »
Angel Sword (Games)
Angel Sword 1.0 Device: iOS Universal Category: Games Price: $6.99, Version: 1.0 (iTunes) Description: Prepare to adventure in the most epic full scale multiplayer 3D RPG for mobile! Experience amazing detailed graphics in full HD.... | Read more »

Price Scanner via MacPrices.net

Apple and Cisco Partner to Deliver Fast-Lane...
Apple and Cisco have announced a partnership to create a “fast lane” for iOS business users by optimizing Cisco networks for iOS devices and apps. The alliance integrates iPhone with Cisco enterprise... Read more
Apple offering refurbished 2015 13-inch Retin...
The Apple Store is offering Apple Certified Refurbished 2015 13″ Retina MacBook Pros for up to $270 (15%) off the cost of new models. An Apple one-year warranty is included with each model, and... Read more
Apple refurbished 2015 MacBook Airs available...
The Apple Store has Apple Certified Refurbished 2015 11″ and 13″ MacBook Airs (the latest models), available for up to $180 off the cost of new models. An Apple one-year warranty is included with... Read more
21-inch iMacs on sale for up to $120 off MSRP
B&H Photo has 21″ iMacs on sale for up to $120 off MSRP including free shipping plus NY sales tax only: - 21″ 1.4GHz iMac: $999.99 $100 off - 21″ 2.7GHz iMac: $1199.99 $100 off - 21″ 2.9GHz iMac... Read more
5K iMacs on sale for up to $150 off MSRP, fre...
B&H Photo has the 27″ 3.3GHz 5K iMac on sale for $1899.99 including free shipping plus NY tax only. Their price is $100 off MSRP. They have the 27″ 3.5GHz 5K iMac on sale for $2149.99 $2199.99, $... Read more
1.4GHz Mac mini, refurbished, available for $...
The Apple Store has Apple Certified Refurbished 1.4GHz Mac minis available for $419. Apple’s one-year warranty is included, and shipping is free. Their price is $80 off MSRP, and it’s the lowest... Read more
iPad Air 2 on sale for up to $100 off MSRP
Best Buy has iPad Air 2s on sale for up to $100 off MSRP on their online store for a limited time. Choose free shipping or free local store pickup (if available). Sale prices available for online... Read more
MacBook Airs on sale for $100 off MSRP
Best Buy has MacBook Airs on sale for $100 off MSRP on their online store. Choose free shipping or free local store pickup (if available). Sale prices for online orders only, in-store prices may vary... Read more
Big Grips Lift Handle For iPad Air and iPad A...
KEM Ventures, Inc. which pioneered the extra-large, super-protective iPad case market with the introduction of Big Grips Frame and Stand in 2011, is launching Big Grips Lift featuring a new super-... Read more
Samsung Launches Galaxy Tab S2, Its Most Powe...
Samsung Electronics America, Inc. has announced the U.S. release of the Galaxy Tab S2, its thinnest, lightest, ultra-fast tablet. Blending form and function, elegant design and multitasking power,... Read more

Jobs Board

*Apple* Evangelist - JAMF Software (United S...
The Apple Evangelist is responsible for building and cultivating strategic relationships with Apple 's small and mid-market business development field teams. This Read more
*Apple* Retail - Multiple Positions (US) - A...
Sales Specialist - Retail Customer Service and Sales Transform Apple Store visitors into loyal Apple customers. When customers enter the store, you're also the Read more
*Apple* Desktop Analyst - KDS Staffing (Unit...
…field and consistent professional recruiting achievement. Job Description: Title: Apple Desktop AnalystPosition Type: Full-time PermanentLocation: White Plains, NYHot Read more
*Apple* Systems Engineer (Mclean, VA and NYC...
Title: Apple Systems Engineer (Mclean, VA and NYC) Location: United States-New York-New York-200 Park Ave (22005) Other Locations: United States-Virginia-Vienna-Towers Read more
*Apple* Systems Engineer (Mclean, VA and NYC...
…Assist in providing strategic direction and technical leadership within the Apple portfolio, including desktops, laptops, and printing environment. This person will Read more
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