For serious web development, it's better to invest in a desktop or laptop computer running Windows, macOS or Linux. A text editor, to write code in. This could be a text editor (e.g. Visual Studio Code, Notepad, Sublime Text, Atom, GNU Emacs, or VIM ), or a. Dec 18, 2019 What makes Mac such a great development platform is probably all the amazing OS X developer tools it supports. Having a proper set of tools is of crucial importance to any programmer, as it allows building all sorts of powerful apps for users to stay productive and entertained on iPhones, iPads, Apple TVs or Macs.
EDITION v3.1 - Updated to ASP.NET Core 3.1
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Author:
Steve 'ardalis' Smith - Software Architect and Trainer - Ardalis.com
Editors:
Maira Wenzel
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Introduction
.NET Core and ASP.NET Core offer several advantages over traditional .NET development. You should use .NET Core for your server applications if some or all of the following are important to your application's success:
Traditional .NET applications can and do support many of these requirements, but ASP.NET Core and .NET Core have been optimized to offer improved support for the above scenarios.
More and more organizations are choosing to host their web applications in the cloud using services like Microsoft Azure. You should consider hosting your application in the cloud if the following are important to your application or organization:
Going From Web Development To Building Software For Macos Mac
Building web applications with ASP.NET Core, hosted in Azure, offers many competitive advantages over traditional alternatives. ASP.NET Core is optimized for modern web application development practices and cloud hosting scenarios. In this guide, you'll learn how to architect your ASP.NET Core applications to best take advantage of these capabilities.
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This guide has been revised to cover .NET Core 3.1 version along with many additional updates related to the same 'wave' of technologies (that is, Azure and additional third-party technologies) coinciding in time with the .NET Core 3.1 release. That's why the book version has also been updated to version 3.1.
Purpose
This guide provides end-to-end guidance on building monolithic web applications using ASP.NET Core and Azure. In this context, 'monolithic' refers to the fact that these applications are deployed as a single unit, not as a collection of interacting services and applications.
Free macos mojave for windows 10 windows 10. This guide is complementary to '.NET Microservices. Architecture for Containerized .NET Applications', which focuses more on Docker, microservices, and deployment of containers to host enterprise applications.
.NET Microservices. Architecture for Containerized .NET Applications
Who should use this guide
The audience for this guide is mainly developers, development leads, and architects who are interested in building modern web applications using Microsoft technologies and services in the cloud.
A secondary audience is technical decision makers who are already familiar ASP.NET or Azure and are looking for information on whether it makes sense to upgrade to ASP.NET Core for new or existing projects.
How you can use this guide
This guide has been condensed into a relatively small document that focuses on building web applications with modern .NET technologies and Azure. As such, it can be read in its entirety to provide a foundation of understanding such applications and their technical considerations. The guide, along with its sample application, can also serve as a starting point or reference. Use the associated sample application as a template for your own applications, or to see how you might organize your application's component parts. Refer back to the guide's principles and coverage of architecture and technology options and decision considerations when you're weighing these choices for your own application.
Feel free to forward this guide to your team to help ensure a common understanding of these considerations and opportunities. Having everybody working from a common set of terminology and underlying principles helps ensure consistent application of architectural patterns and practices.
References
The OS X operating system combines a stable core with advanced technologies to help you deliver world-class products on the Mac platform. Knowing what these technologies are, and how to use them, can help streamline your development process, while giving you access to key OS X features.
At a Glance
This guide introduces you to the range of possibilities for developing Mac software, describes the many technologies you can use for software development, and points you to sources of information about those technologies. It does not describe user-level system features or features that have no impact on software development.
OS X Has a Layered Architecture with Key Technologies in Each Layer
It’s helpful to view the implementation of OS X as a set of layers. The lower layers of the system provide the fundamental services on which all software relies. Subsequent layers contain more sophisticated services and technologies that build on (or complement) the layers below.
The lower the layer a technology is in, the more specialized are the services it provides. Generally, technologies in higher layers incorporate lower-level technologies to provide common app behaviors. A good rule of thumb is to use the highest-level programming interface that meets the goals of your app. Here is a brief summary of the layers of OS X.
Relevant Chapters:Cocoa Application Layer, Media Layer, Core Services Layer, Core OS Layer, Kernel and Device Drivers Layer
You Can Create Many Different Kinds of Software for Mac
Using the developer tools and system frameworks, you can develop a wide variety of software for Mac, including the following:
Relevant Chapter:Creating Software Products for the Mac Platform
When Porting a Cocoa Touch App, Be Aware of API Similarities and Differences
The technology stacks on which Cocoa and Cocoa Touch apps are based have many similarities. Some system frameworks are identical (or nearly identical) in each platform, including Foundation, Core Data, and AV Foundation. This commonality of API makes some migration tasks—for example, porting the data model of your Cocoa Touch app—easy.
Other migration tasks are more challenging because they depend on frameworks that reflect the differences between the platforms. For example, porting controller objects and revising the user interface are more demanding tasks because they depend on AppKit and UIKit, which are the primary app frameworks in the Cocoa and CocoaTouch layers, respectively.
See Also
Apple provides developer tools and additional information that support your development efforts.
Xcode, Apple’s integrated development environment, helps you design, create, debug, and optimize your software. You can download Xcode from the Mac App Store.
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For an overview of the developer tools for OS X, see the Xcode Apple Developer webpage. For an overview Xcode functionality, read Xcode Overview.
The OS X Developer Library contains the documentation, sample code, tutorials, and other information you need to write OS X apps. You can access the OS X Developer Library from the Apple Developer website or from Xcode. In Xcode, choose Help > Documentation and API Reference to view documents and other resources in the Organizer window.
In addition to the OS X Developer Library, there are other sources of information on developing different types of software for Mac:
Going From Web Development To Building Software For Macos FreeGoing From Web Development To Building Software For Macos Computer
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