Computer Programming Language For Mac

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Swift is a powerful and intuitive programming language for iOS, macOS, tvOS, and watchOS. Writing Swift code is interactive and fun, the syntax is concise yet expressive, and Swift includes modern features developers love. Swift code is safe by design, yet also produces software that runs lightning-fast. On your Mac, choose Apple menu System Preferences, then click Language & Region. Open Language & Region preferences for me. Do one of the following: Choose a language for an app: Click the Add button, choose an app and a language from the pop-up menus, then click Add. Change the language for an app in the list: Select the app, then choose a new language from the pop-up menu.

About the platform[edit]

macOS is the primary operating system for the Macintosh computer. It was originally a system designed privately by Apple Inc, however with Mac OS X, it has been based on Unix. Specifically, a modified FreeBSD operating system called 'Darwin'.

There are many different kinds of software that can be developed for Mac OS X. People generally think of applications, but we'll briefly cover some of the other kinds.

Types of Software for Mac OS X[edit]

Applications[edit]

The great-grandmother and lingua franca of all programming languages, C was first released in 1972 – that’s a whopping 45 years ago! During the past decades, it has become one of the most widely used programming languages ever to exist.
NetBeans is an open-source code editor tool for developing with Java, PHP, C, and other programming languages. With this editor, code analyzers, and converters. It allows you to upgrade your applications to use new Java 8 language constructs. Platforms: Mac Windows Linux. Features: Easy & Efficient Project Management.

Applications are what people generally think of when they think about software for Mac OS X. Cocoa applications include: Finder, Mail, Address Book, Safari, Microsoft Word, and Microsoft Excel. Anybody can develop applications using Apple's free development tools which includes XCode. Mac OS X applications are developed using Objective-C though there are other possible programming languages that could be used.

The most popular languages for use on the macOS platform is Objective-C which could be thought of as Mac OS X's 'native language' since the Mac OS X libraries, or 'frameworks', all have an Objective-C interface. Objective-C includes everything that plain C can do, and adds object-oriented programming. See: Objective-C.

C++ can be used in developing for the Mac, but generally, it is used in addition to Objective-C rather than being in place of Objective-C. Using both Objective-C and C++ is called 'Objective-C++' and is considered to be optional when developing software for Mac OS X: C++

See Programming:Objective-C for a lesson on the basics of Objective-C [1] may also be of assistance.

Some preliminary thoughts:

Objective-C is the language most commonly used in Mac OS Programming. Objective-C entered Mac OS X and has ancestry in NeXT. Cocoa. Before you learn Mac programming you must know the basics of C since it is the basis for Objective-C.

There used to be three separate APIs for developing a Mac application with a GUI:

1. Classic (Mac OS 9 and lower). Developing for the Classic API is no longer done. When Mac OS X first came out, users and developers had a huge investment in software written for Mac Classic OS and Mac OS X used to have an emulation mode so that users could run their old software. Apple has long since stopped support of the Classic API and Classic emulation in Mac OS X.

2. Carbon (Mac OS 8.5 up to and including Mac OS X 10.6 Snow Leopard). Carbon was an API for developers to update their applications that used the Classic API to be run without the Classic emulator. Carbon was a great way that Apple provided developers to upgrade their software to run on Mac OS X without having to totally rewrite their software, but Carbon, like Classic, is no longer supported by Apple.

3. Cocoa (All versions of Mac OS X). Cocoa is the most native API that can be used to develop applications for Mac OS X that are truly 'Mac-like'. Generally, Objective-C will be used along with Cocoa, though there are other options such as Cocoa-AppleScript and Cocoa-Python, but Cocoa-Objective-C is really the 'mainstream' way to develop Cocoa applications.

Resource Forks Files in Mac OS X have a feature that is unique to Mac OS and that is that each file on disk can have two 'forks'. This feature used to be used for Classic and Carbon applications to separate code from resources (such as menus, windows, etc.), and the Mac OS X file system still supports two forks, but you should only use the 'data fork'. The resource fork is non-standard and can be lost when transferring Mac files to other file systems.

AppleScripts[edit]

Another 'native language' for developing Mac OS X applications is AppleScript. AppleScript is a language that Apple invented to automate repetitive tasks. The AppleScript application is located on your Mac at /Applications/Utilities/AppleScript Editor. AppleScript can be used to record AppleEvents, the events that applications send to themselves or to other applications. Why don't you try it out. Open AppleScript Editor, press the record button, do some things with your other applications and watch the script write itself. AppleScript can be used alone or it can be used along with XCode to develop Cocoa Applications using mostly AppleScript instead of Objective-C. This option is mostly for experienced AppleScript programmers who don't know Objective-C.

Automator Workflows[edit]

Apple also provides an application called 'Automator' that can be used to easily automate repetitive tasks. It is located at /Applications/Automator.app

Shell Scripts[edit]

Mac OS X has an application called Terminal that provides a command-line interface to Mac OS X. It is possible to develop scripts for the command line. Terminal.app is located at /Applications/Utilities/Terminal.app To create a shell script, you need a text editor. There is a text editor that comes with Mac OS X called 'TextEdit.app'. It is located in /Applications/TextEdit.app. But actually, what is better than TextEdit is a program such as TextWrangler.app which is available for free from the following link: http://www.barebones.com/products/textwrangler/

The shell that Terminal.app uses by default is called 'bash'. Here is a simple tutorial on developing bash scriptshttp://www.maclife.com/article/columns/terminal_101_automate_terminal_bash_scripts

We won't go any more deeply into shell scripts here in this wikibook, but it's just good to know what they are. You can always google for more information now that you know what to google for.

Command Line Tools[edit]

When you open Terminal and you learn how to type in commands. The commands are usually command-line tools or scripts. Above, we just talked about developing your own scripts with a text editor. It's also possible to develop your own command-line tools, using XCode. This is an advanced thing to do. Usually, power-users will write a shell-script (or some other kind of thing such as an AppleScript or an Automator Workflow) but it's good to know what a command-line tool is. Command-line tools have a textual user-interface rather than a graphical user interface (GUI).

Java[edit]

Java used to be treated by Apple as a 'first class language' to develop for Mac OS, however in recent years, Apple has less support for Java. Now with Mac OS X 10.7 'Lion' and 10.8 'Mountain Lion', Java doesn't even come pre-installed in Mac OS X. Java is still available, but users have to download Java from Oracle's website and install it themselves. Apple's Mac App Store doesn't even allow Java apps to be sold at their store calling Java 'deprecated'.

However, there still are Mac developers who use Java because it has the advantage of being cross-platform compatible. For example, the same source-code can be used to generate software that runs on Mac, Windows, and Linux.

Apple has said that Java reduces the Mac to the 'least common denominator'. That's why they support it less.

Python[edit]

Python is somewhat supported by Apple. In fact, Python is shipped with Mac OS X and is part of the System Folder. There are third-party libraries that allow developers to develop applications using Python and Cocoa together, but these are not very well maintained, and Python on the Mac is most suitable for developing command-line utilities, or cross-platform scripts that aren't really very Mac-like.

Ruby[edit]

Similar to Python.

Basic Programming Language For Mac

Websites[edit]

Most Mac users use Safari for their web browser. Safari uses the standards set by w3c.org You can develop websites that work with Safari by following the standards of the w3c.org. Remember to validate your HMTL, CSS, and JavaScript.

HTML Validator:http://validator.w3.org/

CSS Validator:http://jigsaw.w3.org/css-validator/

JavaScript Lint:http://www.javascriptlint.com/online_lint.php

If you're developing websites using your Mac and using Safari, remember to test your webpages on other platforms and with other web browsers.

Mac OS X Specific Languages[edit]

Objective-C is really the 'native' language for Mac OS X development

You could call AppleScript a 'native' language too, but it isn't really used to make commercial applications. It was designed to be used by real power-users to automate their tasks. Although it is possible to use AppleScript to build Cocoa applications in XCode, this would be more for users who already know AppleScript and don't want to learn Objective-C.

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Mac OS X Frameworks[edit]

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Developers are doing
great things with Swift.

Swift is a fast and efficient language that provides real-time feedback and can be seamlessly incorporated into existing Objective-C code. So developers are able to write safer, more reliable code, save time, and create even richer app experiences.

Great apps
built using Swift.

More and more developers are incorporating Swift code into their apps. And some are even building all-new apps entirely in Swift.

Better performance
equals better apps.

Swift apps more than live up to the name. For instance, a common search algorithm completes much faster using Swift.

10,000 integers found in a graph
using depth-first search algorithm*

Educators are adding Swift
to their curriculum.

Developers aren’t the only ones who’ve experienced the potential of Swift. Universities and academic institutions around the world teach with Swift and Xcode on Mac, empowering their students with the best tools to build amazing apps. And with Apple’s free Develop in Swift curriculum, the transition from introductory coding to app development with Swift has never been easier.

Colleges and universities that are incorporating Swift into their courses

Aberystwyth University
Borough of Manhattan
Community College
California Polytechnic State University
Central Piedmont Community College
Foothill College
Full Sail University

Houston Community College System
Ingésup
Lawson State Community College
Mesa Community College
Northwest Kansas Technical College
Plymouth University

RMIT University
Southern Methodist University
Stanford University
Technical University of Munich
Tecnológico de Monterrey
University of California, Santa Cruz

Swift is everywhere.
And now it’s open for everyone.

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Swift is free and open source, and it’s available to a wide audience of developers, educators, and students under the Apache 2.0 open source license. We’re providing binaries for macOS and Linux that can compile code for iOS, macOS, watchOS, tvOS, and Linux. And to help Swift grow into an even more powerful language, we created a community where users can contribute directly to the Swift source code.

Get started with Swift.

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Xcode

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Xcode is the Mac app used to build every other Mac app and every iOS app, too. It has all the tools you need to create an amazing app experience. And it’s available as a free download from the Mac App Store.

Download Xcode from the