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”Parallels Desktop is the easiest, fastest, and most tightly integrated app for running Windows apps or the Windows desktop in Apple OS X.”Edward Mendelson, PCMag.com “The latest version of Parallels, the popular Windows virtualization tool for Mac OS X, almost feels like its trolling Apple.”Engadget.

From the Dock to the Desktop to Spotlight, there is no shortage of ways to launch apps in OS X. Each method has its own advantages and disadvantages, and most users are familiar with them. But there’s yet another way to launch apps in OS X, and it’s a bit less well known: the Finder toolbar. In OS X, Finder by default features a number of useful options and buttons in its toolbar, and some apps like Dropbox may install their own handy items. Screenshot by Matt Elliott/CNET To force quit a Mac app, you can call up the Force Quit Applications menu from the Apple menu button in the upper-left corner or by hitting Command-Option-Esc. Steps to fix icon toolbar missing on Finder, menubar desktop Mac Method 1. Restart your Mac, and when the Mac starts up, press and hold the shift key so Mac will enter safe boot mode; Login to your account then restart normally, let Mac boot to the system; Method 2. Go to Finder Go To Folder write this: /Library/. What makes today so much different from the past is that many Macs are using Retina displays where in the past the difference in resolution were not as vast. There was a substantial increase in size of the menubar when Apple went from OS 9 to OS 10 so I hope we can see something similar soon. This is the menubar on my iMac.

Without further ado, here’s how to transfer files from iPhone to Mac:. In addition to that, the software works perfectly even without an internet connection. First off, download and install the program on your Mac. Android file transfer app to mac. You can get its installer from the official website of Apowersoft.

Xamarin.Mac allows for the development of fully native Mac apps in C# and .NET using the same macOS APIs that are used when developing in Objective-C or Swift. Because Xamarin.Mac integrates directly with Xcode, the developer can use Xcode's Interface Builder to create an app's user interfaces (or optionally create them directly in C# code).

Additionally, since Xamarin.Mac applications are written in C# and .NET, code can be shared with Xamarin.iOS and Xamarin.Android mobile apps; all while delivering a native experience on each platform.

This article will introduce the key concepts needed to create a Mac app using Xamarin.Mac, Visual Studio for Mac and Xcode's Interface Builder by walking through the process of building a simple Hello, Mac app that counts the number of times a button has been clicked:

The following concepts will be covered:

Visual Studio for Mac – Introduction to the Visual Studio for Mac and how to create Xamarin.Mac applications with it.
Anatomy of a Xamarin.Mac Application – What a Xamarin.Mac application consists of.
Xcode’s Interface Builder – How to use Xcode’s Interface Builder to define an app’s user interface.
Outlets and Actions – How to use Outlets and Actions to wire up controls in the user interface.
Deployment/Testing – How to run and test a Xamarin.Mac app.

Requirements

Xamarin.Mac application development requires:

A Mac computer running macOS High Sierra (10.13) or higher.
Xcode 10 or higher.
The latest version of Xamarin.Mac and Visual Studio for Mac.

To run an application built with Xamarin.Mac, you will need:

A Mac computer running macOS 10.7 or greater.

Warning

The upcoming Xamarin.Mac 4.8 release will only support macOS 10.9 or higher.Previous versions of Xamarin.Mac supported macOS 10.7 or higher, butthese older macOS versions lack sufficient TLS infrastructure to supportTLS 1.2. To target macOS 10.7 or macOS 10.8, use Xamarin.Mac 4.6 orearlier.

Starting a new Xamarin.Mac App in Visual Studio for Mac

As stated above, this guide will walk through the steps to create a Mac app called Hello_Mac that adds a single button and label to the main window. When the button is clicked, the label will display the number of times it has been clicked.

To get started, do the following steps:

Start Visual Studio for Mac:
Click on the New Project.. button to open the New Project dialog box, then select Mac > App > Cocoa App and click the Next button:
Enter Hello_Mac for the App Name, and keep everything else as default. Click Next:
Confirm the location of the new project on your computer:
Click the Create button.

Visual Studio for Mac will create the new Xamarin.Mac app and display the default files that get added to the app's solution:

Visual Studio for Mac uses the same Solution and Project structure as Visual Studio 2019. A solution is a container that can hold one or more projects; projects can include applications, supporting libraries, test applications, etc. The File > New Project template creates a solution and an application project automatically.

Anatomy of a Xamarin.Mac Application

Xamarin.Mac application programming is very similar to working with Xamarin.iOS. iOS uses the CocoaTouch framework, which is a slimmed-down version of Cocoa, used by Mac.

Take a look at the files in the project:

Main.cs contains the main entry point of the app. When the app is launched, the Main class contains the very first method that is run.
AppDelegate.cs contains the AppDelegate class that is responsible for listening to events from the operating system.
Info.plist contains app properties such as the application name, icons, etc.
Entitlements.plist contains the entitlements for the app and allows access to things such as Sandboxing and iCloud support.
Main.storyboard defines the user interface (Windows and Menus) for an app and lays out the interconnections between Windows via Segues. Storyboards are XML files that contain the definition of views (user interface elements). This file can be created and maintained by Interface Builder inside of Xcode.
ViewController.cs is the controller for the main window. Controllers will be covered in detail in another article, but for now, a controller can be thought of the main engine of any particular view.
ViewController.designer.cs contains plumbing code that helps integrate with the main screen’s user interface.

The following sections, will take a quick look through some of these files. Later, they will be explored in more detail, but it’s a good idea to understand their basics now.

Main.cs

The Main.cs file is very simple. It contains a static Main method which creates a new Xamarin.Mac app instance and passes the name of the class that will handle OS events, which in this case is the AppDelegate class:

AppDelegate.cs

The AppDelegate.cs file contains an AppDelegate class, which is responsible for creating windows and listening to OS events:

This code is probably unfamiliar unless the developer has built an iOS app before, but it’s fairly simple.

The DidFinishLaunching method runs after the app has been instantiated, and it’s responsible for actually creating the app's window and beginning the process of displaying the view in it.

The WillTerminate method will be called when the user or the system has instantiated a shutdown of the app. The developer should use this method to finalize the app before it quits (such as saving user preferences or window size and location).

ViewController.cs

Cocoa (and by derivation, CocoaTouch) uses what’s known as the Model View Controller (MVC) pattern. The ViewController declaration represents the object that controls the act

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