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Text Box objects
Volume Number:7
Issue Number:8
Column Tag:Jörg's Folder

Text Box View Objects

By Jörg Langowski, MacTutor Editorial Board

“Text box view objects”

We are proceeding quite a bit on our way to a full drawing program (with objects of different shape and text boxes); this month we’ll finally see how to create text boxes in a window as independent views. Next month, then, we’ll put it all together and maybe even start adding the disk I/O code.

Some Forth news first

First of all, though, I’d like to let you know that Palo Alto Shipping still exists. I had them on the phone just a couple of days ago, the old number (415) 688-1111 still works. They are still supporting Mach2, and even working on a version that is System 7 compatible. But unfortunately, Forth has become their side activity. As I understood it, they are mainly working on hardware developments now, such as modems, and are doing the Mach2 support only as a service to faithful Forthers. Anyway, Rick Wiley assured me that the System 7-compatible version should be out at the end of the summer. Otherwise, he stated, “there is just no market for Forth on the Macintosh”. Too bad; people still ask me every now and then about what’s happening with Mach2, and some quite complex programs seem to have been developed with this system. The Mach2 roundtable on GEnie has been inactive for a long time; in fact, it is supposed to be taken down soon.

Still, there are quite a number of Forth systems around for the Macintosh. Mach2, if PASC keeps its promise to get the System 7 upgrade out at the end of the summer (however, if you compare Bay Area summer temperatures to those we have here in France this year, that might well be in November); MacForth Plus by Creative Solutions - but we rarely hear anything from MacForth people here at MacTutor, although there seems to be quite a big crowd out there using MacForth; then the public domain systems, starting with PocketForth by Chris Heilman, and the two object oriented systems, Yerk (ex-NEON) and Mops, which you’ve read about in this column. Thus, if you need a Forth for the Macintosh, there are still quite a few possibilities.

When (if ever) I receive a System 7-compatible version of Mach2, I’ll devote a column to it. Until then, let’s continue our C++/MacApp explorations.

C++ text boxes

Last month’s example showed you how to create two text views as subviews of a scroller, and how to make either one of them the application’s target, i.e., the place where key down events are sent. The application was very simple, it contained just one window which was open at startup, and had no means to save the view’s data in a document.

Of course, the drawing application that we are going to create is useless if we can’t save our drawings. Therefore we’ll have to restructure our example for being able to deal with documents. Also, at the end we’d like to add as many text boxes as we like to our drawing; therefore we’ll have to put them in a list which is part of the document, where all the other shapes (rectangles, lines, polygons...) are also kept.

A MacApp application that is supposed to deal with documents needs to define the method DoMakeDocument, which is called when a new document is created (by selecting New from the File menu) or an existing one opened. In our case (see example) this method will just create the new document through the new operator. We have only one class of documents. For applications that can deal with different document types, the parameter itsCmdNumber will indicate which type of document has been opened.

Initialization of the new document is done by the constructor TEditDocument::TEditDocument(). We do not need to call a special initializing method, as we would have to in Pascal. However, we need to call the generic IDocument method from within our constructor.

The document’s window and views within that window are created by the DoMakeViews() method, which is called by MacApp. In the case of a document which is opened for printing, the flag forPrinting would be set to true; we ignore it here since we make no distinction between a document opened for display or for printing.

We create the document window from a view template which was created with ViewEdit. This template contains a TEditView, which is a subclass of TScroller (see last month’s column). That view contains four subviews of type TBoxView, our text boxes which we want to draw. Although TEditView contains a list of its subviews, we’ll keep references to the text boxes in a separate list, fShapeList, to which we can later add other types of shapes (rectangles, lines, etc.), which are not views. This will be the list of objects to be drawn in our window.

Thus, we will define a new subclass of TShape, TEditBox, which contains a pointer to its document and to the TBoxView as instance variables. A TEditBox can then be accessed through the generic ForEachShapeDo method in TEditView, just as all the other shapes in the shape list. Here, the view’s frame is drawn by the method TEditBox::DrawYourself. The view itself will be drawn independently, because it is installed as a subview in the document window. (We could handle the drawing of text boxes completely separately from the other objects in the shape list, by defining an Adorn method for TBoxView; the way I’ve done it here is just one possibility).

A TBoxView should respond to mouse clicks by becoming the target for text input. Thus, we define a method TBoxView::DoMouseCommand, whose only two statements are:

/* 1 */

this->GetWindow()->SetTarget(this);
inherited::DoMouseCommand(theMouse, info, hysteresis);

Thus, it sets the currently active target to itself and then calls DoMouseCommand from its superclass, so that the standard text selection mouse commands work.

DoMakeViews() gets references to the four subviews of the TEditView and creates TEditBoxes containing those views. This is just for testing purposes; later, we’ll add a palette selection which will create a new text box and install it in the shape list, and its TBoxView in the list of subviews of the document window. I should point out here that, in order to get the view’s enclosing rectangles (their ‘extents’) with the GetFrame method, one has to focus on the superview containing them. Focusing means: setting the GrafPort to the window in which the view is installed, setting the window’s origin to the origin of the view, and setting the clip region to the view’s superview. One can only focus a view whose window is visible, so we have to show the window first (aWindow->Show(true,false)).

Once the views have been created and installed in the window, they will respond to mouse clicks as you expect; when you type text in the active text box, you can select it with the mouse, cut, copy and paste; and when you click in an inactive text box, the blinking caret will appear there.

When you try out the example, note that the bottom left text box initially is set to the Courier font, while all the others are Geneva. When you copy text from one box to the other, you’ll notice that you can mix fonts in each box; Geneva text stays Geneva, irrespectively of which box you copy it to. Yes, MacApp text views are styled. We’ll explore this property further in the coming columns, and add a style selection menu as well.

Finally, I’ll give you three screen dumps which show the ViewEdit settings for the view resources in the editor.rsrc file. They should allow those of you who don’t get the source code disks to recreate the example from scratch. Although I recommend subscribing to the source disks, if only to avoid typographic errors.

See you next month.

Screen 1: Example view hierarchy (the view in the background is the TEditView)

Screen 2: TWindow parameters for the example (target setting is not important since the program changes the target anyway)

Screen 3: TEditView parameters (note setting of view ID and class name)

Screen 4: TBoxView parameters (note class name and view ID. The four views should have IDs tx01, tx02, tx03 and tx04 respectively)

Listing 1: editor.h

class TEditor : public TApplication {
public:
 pascal TEditor(OSType itsMainFileType);
 virtual pascal struct TDocument 
 *DoMakeDocument(CmdNumber itsCmdNumber);
 pascal void HandleFinderRequest();
#ifdef qDebug
 virtual pascal void IdentifySoftware();
#endif
};

class TEditView;

class TBoxView : public TTEView {
public:
 pascal struct TCommand *DoMouseCommand
 (Point *theMouse, EventInfo *info, Point *hysteresis);
#ifdef qDebug
 virtual pascal void Fields
 (pascal void (*DoToField) (StringPtr fieldName,
 Ptr fieldAddr, short fieldType, void *link), void *link);
#endif
};

class TEditDocument : public TDocument {
public:
 TEditView*fEditView;
 pascal TEditDocument();
 pascal void DoMakeViews(Boolean forPrinting);
 pascal void DoNeedDiskSpace
 (long *dataForkBytes, long *rsrcForkBytes);
 pascal void DoRead(short aRefNum, 
 Boolean rsrcExists, Boolean forPrinting);
 pascal void DoWrite(short aRefNum, 
 Boolean makingCopy);
 pascal void Free();
#ifdef qDebug
 virtual pascal void Fields
 (pascal void (*DoToField) (StringPtr fieldName,
 Ptr fieldAddr, short fieldType, void *link), void *link);
#endif
};

class TBox : public TObject {
public:
 Rect fLocation;
 BooleanfSelected;
 RgnHandlefTagRgn;
 Rect fTL,fTR,fBL,fBR,
 fT,fB,fL,fR;
 pascal TBox(Rect *itsLocation);
 virtual pascal void DrawShape();
#ifdef qDebug
 virtual pascal void Fields
 (pascal void (*DoToField) (StringPtr fieldName,
 Ptr fieldAddr, short fieldType, void *link), void *link);
#endif
};

class TShape : public TBox {
public:
 short  fPenSize;
 PatternfPenPat;
 PatternfFillPat;
 pascal TShape(Rect *itsLocation);
#ifdef qDebug
 virtual pascal void Fields
 (pascal void (*DoToField) (StringPtr fieldName,
 Ptr fieldAddr, short fieldType, void *link), void *link);
#endif
};

class TEditBox : public TShape {
public:
 TBoxView *fBoxView;
 TEditDocument   *fEditDocument;
 
 pascal TEditBox(Rect *itsLocation, 
   TBoxView *itsView, TEditDocument *itsDocument);
 pascal void DrawShape();
#ifdef qDebug
 virtual pascal void Fields
 (pascal void (*DoToField) (StringPtr fieldName,
 Ptr fieldAddr, short fieldType, void *link), void *link);
#endif
};

class TEditView : public TScroller {
public:
 TEditDocument *fDocument;
 TList  *fShapeList; 
 // list of shapes (TEditView, boxes)
 pascal void IEditView(TEditDocument *itsDocument);
 pascal void AddShape(TBox *aBox); 
 pascal void DeleteShape();
 pascal void ForEachShapeDo
 (pascal void (*DoToItem) (TObject *item, void 
     *DoToItem_Staticlink),void *DoToItem_Staticlink);
 pascal void Draw(Rect *area);
 pascal void Free();
#ifdef qDebug
 virtual pascal void Fields
 (pascal void (*DoToField) (StringPtr fieldName,
 Ptr fieldAddr, short fieldType, void *link), void *link);
#endif
};

// -- global definitions --

typedef pascal void (*DoToObject) 
 (TObject *aObject, void *DoToObject_staticlink);
Listing 2: editor.cp

#include <UMacApp.h>
#include <UPrinting.h>
#include <UTEView.h>
#include <Fonts.h>
#include <ToolUtils.h>

#include “editor.h”

// ***** Global constants

const OSType kSignature   = ‘JLMT’;
const OSType kFileType  = ‘JL01’;
const int kWindowID= 1002;

// ***** Class TEditor 

pascal TEditor::TEditor(OSType itsMainFileType)
{TEditView*aEditView;
 TBoxView *aBoxView;
 
 IApplication(itsMainFileType);
 if (gDeadStripSuppression)
 { aEditView = new TEditView;
 aBoxView  = new TBoxView;}
}

pascal struct TDocument 
*TEditor::DoMakeDocument(CmdNumber itsCmdNumber)
{TEditDocument* aEditDocument;
 aEditDocument = new TEditDocument;
 FailNIL(aEditDocument);
 return aEditDocument;  }

pascal void TEditor::HandleFinderRequest()  {};

#ifdef qDebug
pascal void TEditor::IdentifySoftware()
{ProgramReport
 (“\pEditor ©J.Langowski/MacTutor June 1991”,false);
 inherited::IdentifySoftware();  }
#endif

// ***** Class TEditDocument 

pascal TEditDocument::TEditDocument()
{IDocument(kFileType, kSignature, kUsesDataFork,
 !kUsesRsrcFork, !kDataOpen, !kRsrcOpen);
 fSavePrintInfo = true; // save print info in data fork
}

pascal void 
 TEditDocument::DoMakeViews(Boolean forPrinting)
{VRect  itsExtent;
 Rect itsQDExtent;

 TBoxView *aBoxView;
 TEditBox *aEditBox;
 TWindow*aWindow;

 aWindow = NewTemplateWindow(kWindowID,this);
 FailNIL(aWindow);

 aWindow->SimpleStagger(kStdStaggerAmount, 
 kStdStaggerAmount, &gStdStaggerCount);

 fEditView = 
 (TEditView*) aWindow->FindSubView(‘scrl’);
 FailNIL(fEditView);
 fEditView->IEditView(this);
 
 aWindow->Show(true,false); // so view can be focused
 
 if (fEditView->Focus())  
 // must focus for ViewToQDRect
 { aBoxView = 
 (TBoxView*) aWindow->FindSubView(‘tx01’);
 FailNIL(aBoxView);
 aBoxView->GetFrame(&itsExtent);
 fEditView->
 ViewToQDRect(&itsExtent,&itsQDExtent);
 aEditBox = 
 new TEditBox(&itsQDExtent,aBoxView,this);
 FailNIL(aEditBox);
 fEditView->AddShape(aEditBox);
 
 aBoxView = 
 (TBoxView*) aWindow->FindSubView(‘tx02’);
 FailNIL(aBoxView);
 aBoxView->GetFrame(&itsExtent);
 fEditView->
 ViewToQDRect(&itsExtent,&itsQDExtent);
 aEditBox = 
 new TEditBox(&itsQDExtent,aBoxView,this);
 FailNIL(aEditBox);
 fEditView->AddShape(aEditBox);
 
 aWindow->SetTarget(aBoxView);  
 //  just for testing, set to view no. 2
 
 aBoxView = 
 (TBoxView*) aWindow->FindSubView(‘tx03’);
 FailNIL(aBoxView);
 aBoxView->GetFrame(&itsExtent);
 fEditView->
 ViewToQDRect(&itsExtent,&itsQDExtent);
 aEditBox = 
 new TEditBox(&itsQDExtent,aBoxView,this);
 FailNIL(aEditBox);
 fEditView->AddShape(aEditBox);
 
 aBoxView = 
 (TBoxView*) aWindow->FindSubView(‘tx04’);
 FailNIL(aBoxView);
 aBoxView->GetFrame(&itsExtent);
 fEditView->
 ViewToQDRect(&itsExtent,&itsQDExtent);
 aEditBox = 
 new TEditBox(&itsQDExtent,aBoxView,this);
 FailNIL(aEditBox);
 fEditView->AddShape(aEditBox);  }
}

pascal void TEditDocument::DoNeedDiskSpace
 (long *dataForkBytes, long *rsrcForkBytes)  {}
pascal void TEditDocument::DoRead(short aRefNum,
  Boolean rsrcExists, Boolean forPrinting)   {}
pascal void TEditDocument::DoWrite
 (short aRefNum, Boolean makingCopy) {}
pascal void TEditDocument::Free()  {}

#ifdef qDebug
pascal void TEditDocument::Fields(pascal void 
 (*DoToField) (StringPtr fieldName, Ptr fieldAddr, 
 short fieldType, void *link), void *link)
{DoToField(“\pTEditDocument”, nil, bClass, link);
 DoToField(“\pfEditView”, (Ptr) &fEditView, 
 bObject, link);
 inherited::Fields(DoToField, link); }
#endif

// *****  Shape class methods

pascal TBox::TBox(Rect *itsLocation)
 {    fLocation = *itsLocation;  
 fSelected = false;}

pascal void TBox::DrawShape()
{//  add code later for shape selections     }

#ifdef qDebug
pascal void TBox::Fields(pascal void (*DoToField) 
 (StringPtr fieldName, Ptr fieldAddr, short fieldType, 
 void *link), void *link)
{DoToField(“\pTBox”, nil, bClass, link);
 DoToField(“\pfLocation”, (Ptr) &fLocation, bRect, link);
 DoToField(“\pfSelected”, (Ptr) &fSelected, 
 bBoolean, link);
 DoToField(“\pfTagRgn”, (Ptr) &fTagRgn, 
 bRgnHandle, link);
 DoToField(“\pfTL”, (Ptr) &fTL, bRect, link);
 DoToField(“\pfTR”, (Ptr) &fTR, bRect, link);
 DoToField(“\pfBL”, (Ptr) &fBL, bRect, link);
 DoToField(“\pfBR”, (Ptr) &fBR, bRect, link);
 DoToField(“\pfT”, (Ptr) &fT, bRect, link);
 DoToField(“\pfB”, (Ptr) &fB, bRect, link);
 DoToField(“\pfL”, (Ptr) &fL, bRect, link);
 DoToField(“\pfR”, (Ptr) &fR, bRect, link);
 inherited::Fields(DoToField, link); }
#endif

pascal TShape::TShape(Rect *itsLocation) : (itsLocation)
{  fPenSize = 1;
 for (int i = 0; i<8 ; i++)
 { fPenPat[i]  = qd.black[i];
 fFillPat[i] = qd.gray[i];}
}

#ifdef qDebug
pascal void TShape::Fields(pascal void (*DoToField) 
 (StringPtr fieldName, Ptr fieldAddr, short fieldType, 
 void *link), void *link)
{DoToField(“\pTShape”, nil, bClass, link);
 DoToField(“\pfPenSize”, (Ptr) &fPenSize, 
 bInteger, link);
 DoToField(“\pfPenPat”, (Ptr) &fPenPat, 
 bPattern, link);
 DoToField(“\pfFillPat”, (Ptr) &fFillPat, bPattern, link);
 inherited::Fields(DoToField, link); }
#endif

pascal TEditBox::TEditBox(Rect *itsLocation, TBoxView
 *itsView, TEditDocument *itsDocument) : (itsLocation)
{fBoxView = itsView;
 fEditDocument = itsDocument; }

pascal void TEditBox::DrawShape()
{VRect  itsExtent;
 Rect itsQDExtent;
 
 PenNormal();
 fBoxView->GetFrame(&itsExtent);
 fEditDocument->fEditView->
 ViewToQDRect(&itsExtent,&itsQDExtent);
 FrameRect(&itsQDExtent);
 inherited::DrawShape();  }

#ifdef qDebug
pascal void TEditBox::Fields(pascal void (*DoToField) 
 (StringPtr fieldName, Ptr fieldAddr, short fieldType, 
 void *link), void *link)
{DoToField(“\pTEditBox”, nil, bClass, link);
 DoToField(“\pfBoxView”, (Ptr) &fBoxView, 
 bObject, link);
 DoToField(“\pfEditDocument”, (Ptr) &fEditDocument, 
 bObject, link);
 inherited::Fields(DoToField, link); }
#endif

// *****  TBoxView methods

pascal struct TCommand 
 *TBoxView::DoMouseCommand(Point *theMouse,
 EventInfo *info, Point *hysteresis)
{this->GetWindow()->SetTarget(this);
 inherited::DoMouseCommand
 (theMouse, info, hysteresis);
 return gNoChanges;}

#ifdef qDebug
pascal void TBoxView::Fields(pascal void (*DoToField) 
 (StringPtr fieldName, Ptr fieldAddr, short fieldType, 
 void *link), void *link)
{DoToField(“\pTBoxView”, nil, bClass, link);
 inherited::Fields(DoToField, link); }
#endif

// *****  TEditView methods

pascal void TEditView::IEditView
 (TEditDocument *itsDocument)
{TStdPrintHandler*aStdPrintHandler;
 TList  *aList;
 
 aStdPrintHandler = new TStdPrintHandler;
 FailNIL(aStdPrintHandler);
 aStdPrintHandler->IStdPrintHandler
 (nil,this,kSquareDots,kFixedSize,!kFixedSize);
 fPrintHandler = aStdPrintHandler;
 
 fDocument = itsDocument; 
 aList = NewList();
 fShapeList = aList; }

pascal void TEditView::AddShape(TBox *aBox) 
 { fShapeList->InsertFirst(aBox);  }

pascal void TEditView::DeleteShape()
 { fShapeList->Delete(fShapeList->First());  }

pascal void TEditView::ForEachShapeDo
 (pascal void (*DoToItem) (TObject *item, void
  *DoToItem_Staticlink),void *DoToItem_Staticlink)
{fShapeList->Each(DoToItem,DoToItem_Staticlink); }


pascal void DrawYourself(TBox *aBox, void *link)
 { aBox->DrawShape();}
pascal void TEditView::Draw(Rect *area)
{void *link;
 ForEachShapeDo((DoToObject)DrawYourself,link); }

pascal void TEditView::Free() { }

#ifdef qDebug
pascal void TEditView::Fields(pascal void (*DoToField) 
 (StringPtr fieldName, Ptr fieldAddr, short fieldType, 
 void *link), void *link)
{DoToField(“\pTEditView”, nil, bClass, link);
 DoToField(“\pfDocument”, (Ptr) &fDocument, 
 bObject, link);
 DoToField(“\pfShapeList”, (Ptr) &fShapeList, 
 bObject, link);
 inherited::Fields(DoToField, link); }
#endif

TEditor *gEditor;

int main()
{InitToolBox();
 if (ValidateConfiguration(&gConfiguration))
 {
 InitUMacApp(8); InitUPrinting();
 InitUTEView();
 gEditor = new TEditor(kFileType);
 FailNIL(gEditor);
 gEditor->Run(); }
 else StdAlert(phUnsupportedConfiguration);
 return 0;}
Listing 3: editor.r

/* editor.r 
 Rez file for MacTutor C++/MacApp Editor example
 J. Langowski March 1991  */

#ifndef __TYPES.R__
#include “Types.r”
#endif

#ifndef __SYSTYPES.R__
#include “SysTypes.r”
#endif

#ifndef __MacAppTypes__
#include “MacAppTypes.r”
#endif

#ifndef __ViewTypes__
#include “ViewTypes.r”
#endif

#if qDebug
include “Debug.rsrc”;
#endif

include “MacApp.rsrc”;
include “Printing.rsrc”;

include “Defaults.rsrc” ‘SIZE’(-1);
include “Defaults.rsrc” ‘ALRT’(phAboutApp);
include “Defaults.rsrc” ‘DITL’(phAboutApp);
include “Defaults.rsrc” ‘cmnu’(mApple);
include “Defaults.rsrc” ‘cmnu’(mEdit);
include “Defaults.rsrc” ‘cmnu’(mBuzzWords);

include “Editor” ‘CODE’;

include “editor.rsrc”;

#define kSignature ‘JLMT’
#define kDocFileType ‘JL01’
#define getInfoString“©1991 J.Langowski/MacTutor. “

resource ‘cmnu’ (2) {
 2, textMenuProc, allEnabled, enabled, “File”,
  {“New”, noIcon, “N”, noMark, plain, 10;
 “Open ”, noIcon, “O”, noMark, plain, 20;
 “-”, noIcon, noKey, noMark, plain, nocommand;
 “Close”, noIcon, noKey, noMark, plain, 31;
 “Save”, noIcon, “S”, noMark, plain, 30;
 “Save As ”, noIcon, noKey, noMark, plain, 32;
 “Save a Copy In ”, noIcon, noKey, 
 noMark, plain, 33;
 “-”, noIcon, noKey, noMark, plain, nocommand;
 “Page Setup ”, noIcon, noKey, 
 noMark, plain, 176;
 “Print One”, noIcon, “P”, noMark, plain, 177;
 “Print ”, noIcon, noKey, noMark, plain, 178;
 “-”, noIcon, noKey, noMark, plain, nocommand;
 “Quit”, noIcon, “Q”, noMark, plain, 36}
};

resource ‘MBAR’ (kMBarDisplayed,purgeable) 
{{mApple; 2; mEdit;} };

RESOURCE ‘vers’ (2,
#if qNames
“Package Version”,
#endif
 purgeable) { 0x02, 0x00, beta, 0x06, verUs, “2.0”,
 “MacApp® 2.0, ©Apple Computer, Inc. 1990”  };

RESOURCE ‘vers’ (1,
#if qNames
“File Version”,
#endif
 purgeable) { 0x01, 0x00, beta, 0x05, verUs, “Editor”,
 “©JL/MacTutor June 1991” };

resource ‘dbug’ (kDebugParamsID,
#if qNames
“Debug”,
#endif
 purgeable) {  {350, 4, 474, 636},  /* Bounding rect  */
 1,  /*  font  */ 9, /* font size  */
 100, /* Number of lines */ 100, /* Width of lines */
 true, /* open initially */
 “Jörg’s Debug Window”  /* Window title */  };

 

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With its impact and waterproof design, the Skinit Waterproof case provides security and protection to guarantee your phone will get you through even the most demanding outdoor conditions. The impact-... Read more
iMacs on sale for up to $150 off MSRP
B&H Photo has 21″ and 27″ iMacs on sale for up to $150 off MSRP including free shipping plus NY sales tax only: - 27″ 3.3GHz iMac 5K: $2181.11 $118 off MSRP - 27″ 3.2GHz/1TB Fusion iMac 5K: $1949... Read more
12-inch 1.1GHz Retina MacBooks on sale for $5...
B&H Photo has 2016 12″ 1.1GHz/256GB Retina MacBooks on sale for up to $50 off MSRP. Shipping is free, and B&H charges NY tax only: - 12″ 1.1GHz Space Gray Retina MacBook: $1249 $50 off MSRP... Read more
WWDC Announcements Revisited Still Underwhelm...
I was disappointed that no new MacBook hardware was announced at this year’s all-software World Wide Developer’s Conference. Not even a hint about what’s in the development pipeline. Of course, we... Read more
Twelve South Compass 2 iPad Stand Now Availab...
Twelve South has updated its most popular iPad stand, Compass 2, with the introduction of two new colors — Gold and Rose Gold. These new color options n perfectly complement the new Rose Gold iPad... Read more

Jobs Board

*Apple* iPhone 6s and New Products Tester Ne...
…we therefore look forward to put out products to quality test for durability. Apple leads the digital music revolution with its iPods and iTunes online store, Read more
Music Marketing Lead, iTunes & *Apple*...
…Music Marketing Lead is responsible for developing robust marketing campaigns and programs for Apple Music and iTunes across the whole of Apple ecosystem. This Read more
*Apple* Valley Medical Clinic is Hiring - AP...
Apple Valley Medical Clinic is Hiring! Apple Valley Medical Clinic is an independently owned practice operating a Family Medicine Clinic, a 24/7 Urgent Care, Read more
*Apple* New Products Testers Needed - Apple...
…we therefore look forward to put out products to quality test for durability. Apple leads the digital music revolution with its iPods and iTunes online store, Read more
*Apple* Solutions Consultant - APPLE (United...
Job Summary As an Apple Solutions Consultant, you'll be the link between our future customers and our products. You'll showcase your entrepreneurial spirit as you Read more
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