Net framework 2 0 free download - InsomniaX, Corel KnockOut 2.0, Mac OS X Update, and many more programs. Even.NET Framework wouldn't be such small as 3-4 MB, you must mean the.NET Framework bootstrapper package which could be so small.NET Framework bootstrapper itself doesn't include the full package to install, it will download the stuff necessary for installation from net working during the installation, that is to say we should keep online.
Develop .NET, ASP.NET, .NET Core, Xamarin
or Unity applications on Windows, Mac, Linux
or Unity applications on Windows, Mac, Linux
free 30-day trial
Incredible .NET IDE with the power of ReSharper! Rider is used across our entire dev team using Windows and macOS.
Derek Comartin
Director of Engineering, Full Circle TMS
Director of Engineering, Full Circle TMS
What is Rider?
JetBrains Rider is a cross-platform .NET IDE based on the IntelliJ platform and ReSharper.
Supports many .NET project types
Rider supports .NET Framework, the new cross-platform .NET Core, and Mono based projects. This lets you develop a wide range of applications including .NET desktop applications, services and libraries, Unity games, Xamarin apps, ASP.NET, and ASP.NET Core web applications.
Feature-rich and fast
Rider provides 2200+ live code inspections, hundreds of context actions and refactorings brought by ReSharper, and combines them with the IntelliJ platform's solid IDE features. Despite a heavy feature set, Rider is designed to be fast and responsive.
Cross-platform
As well as running and debugging multiple runtimes, Rider itself runs on multiple platforms: Windows, macOS, and Linux.
Features
.net Framework 4.0 For Mac
Code analysis
Rider boasts 2,200+ live code inspections, with automated quick-fixes to resolve detected issues individually or in bulk. Solution-wide error analysis will monitor code issues and let you know if anything goes wrong, even in files that are not currently open.
Code editing
Rider's rich editor features different kinds of code completion and code templates, auto-inserting matching braces and import directives, quick info tooltips and gutter icons for inheritance navigation, context actions, and much more.
Refactorings
Most of ReSharper's 60+ refactorings are already available in Rider, and its 450+ context actions are all there. Rename, extract methods, interfaces and classes, move and copy types, use alternative syntax, and a lot more!
Unit test runner
Rider helps you run and debug unit tests based on NUnit, xUnit.net, or MSTest. You can explore tests, group them in different ways, break them down into individual sessions, see test output and navigate to source code from stack traces.
.net Framework 3.5 For Mac
Debugger and more tools
Rider includes a debugger that works with .NET Framework, Mono and .NET Core applications, letting you step, watch, evaluate, and run to cursor. Other tools include a stack trace explorer, NuGet browser, and VCS and database support.
Databases and SQL
Work with SQL and databases without leaving Rider. Connect to databases, edit schemas and table data, run queries, and even analyze schemas with UML diagrams.
Navigation and search
Jump to any file, type, or member in your code base instantly, as well as quickly find settings and actions. Find usages of any symbol, or navigate from a symbol to the base and derived symbols, extension methods, or implementations.
Front-end technologies
Rider comes with JavaScript, TypeScript, HTML, CSS and Sass support built in. Take advantage of the refactorings, debugging, and unit testing capabilities included from WebStorm.
Extensibility
True to its roots, Rider supports a wide array of plugins developed for ReSharper and IntelliJ Platform. In addition to the bundled plugins (such as those for VCS, F#, and Unity support), plugins that support Markdown,
.gitignore
files, and Python scripts are available.Rider for Unity
Rider comes backed up with Unity support.
Using Rider to write C# makes me happy. I have never seen code refactoring tools that actually work - always without exception. It's amazing when you can rely on it.
Joachim Ante,
Unity CTO & Founder
Unity CTO & Founder
What’s new in Rider
Data Breakpoints
allow you to focus on a particular object’s properties
Pin-To-Frame
lets you pin values across frames
Localization manager
finally comes to Rider!
New Unit Test runner
with support for MSFakes and TypeMock Isolator
Shader support
in the Unity integration
Unity Pausepoints
switch the Unity Editor into pause mode
F# support
brings enhanced refactorings and new quick-fixes
Better support for nullable reference types
and other C# features
NuGet tool window
displays transitive packages
dotUltimate: JetBrains Rider, ReSharper C++, and powerful .NET tools in one license
Want to enhance your .NET development experience in Rider with tools to detect performance bottlenecks and analyze unit test coverage? Learn more about dotUltimate, a single license that includes dotCover and dotTrace plugins integrated into Rider, along with other JetBrains products:
Customers
JetBrains Rider is the first tool I install after repaving my development machine.
I haven’t launched Visual Studio for months after I switched to JetBrains Rider.
Working with branches has never been so smooth since I started using Jetbrains’s Rider.
Dennis Doomen,
Continuous Improver at Aviva Solutions and author of Fluent Assertions
Continuous Improver at Aviva Solutions and author of Fluent Assertions
JetBrains Rider is my C# development tool of choice these days on both OS X and Windows. If you’re a longstanding ReSharper user, you’ll find it to be an almost seamless transition. I highly recommend the developer-friendly keystroke navigation and fine grained debugger support.
Jeremy Miller
In Rider, I just focus on working with my code, as it should be, instead of fighting my IDE. Rider gave me back the joy in writing .NET code.
Frans Bouma,
lead developer, LLBLGen Pro
lead developer, LLBLGen Pro
Switching to JetBrains Rider was a great decision. Our team has never experienced an IDE that can communicate with Unity in such a flawless and efficient manner. We would highly recommend JetBrains Rider to anyone who aims at improving the efficiency and accuracy of their workflows.
Thomas Weiss
An IDE can make or break a developer’s day. When JetBrains introduced Rider (C#) we jumped on board as fast as we could. Having been there at every step of the way in Unity’s evolution of IDE integrations; working with Rider has been nothing but an absolute joy. With the introduction of CLion (C++), we were so excited we created an integration plugin for Unreal. Both of these tools help our team on a daily basis, allowing developers to perform their tasks quickly and efficiently, all the while seamlessly integrating with numerous parts of our pipeline.
Matthew Davey
-->Visual Studio for Mac makes it easy to develop your app's service with its support for the latest ASP.NET Core Web development platform. ASP.NET Core runs on .NET Core, the latest evolution of the .NET Framework and runtime. It's been tuned for fast performance, factored for small install sizes, and reimagined to run on Linux and macOS, as well as Windows.
Installing .NET Core
.NET Core 3.1 is automatically installed when you install Visual Studio for Mac. For more information about versions of .NET Core supported in Visual Studio for Mac see .NET Core Support.
Creating an ASP.NET Core app in Visual Studio for Mac
Open Visual Studio for Mac. On the Start Screen, select New Project...
This will display the New Project dialog, allowing you to select a template to create your application.
There are a number of projects that will provide you with a pre-built template to start building your ASP.NET Core Application. These are:
- .NET Core > Empty
- .NET Core > API
- .NET Core > Web Application
- .NET Core > Web Application (Model-View-Controller)
- .NET Core > Blazor Server App
- .NET Core > Blazor WebAssembly App
Select the ASP.NET Core Empty Web Application and press Next. Give the Project a Name and press Create. This creates a new ASP.NET Core app. In the solution pad's left pane, expand the second arrow and then select Startup.cs. It should look similar to the image below:
The ASP.NET Core Empty template creates a web application with two default files: Program.cs and Startup.cs, which are explained below. It also creates a Dependencies folder, which contains your project's NuGet package dependencies such as ASP.NET Core, the .NET Core framework, and the MSBuild targets that build the project:
Program.cs
Open and inspect the Program.cs file in your project. Notice that several things are happening in the
Main
method – the entry into your app:.net Framework Machine.config
An ASP.NET Core app creates a web server in its main method by configuring and launching a host via an instance of
WebHostBuilder
. This builder provides methods to allow the host to be configured. In the template app the following configurations are used:.UseStartup<Startup>()
: Specifies the Startup class.
However, you can also add additional configurations, such as:
UseKestrel
: Specifies the Kestrel server will be used by the appUseContentRoot(Directory.GetCurrentDirectory())
: Uses the web project's root folder as the app's content root when the app is started from this folder.UseIISIntegration()
: Specifies that the app should work with IIS. To use IIS with ASP.NET Core bothUseKestrel
andUseIISIntegration
need to be specified.
Startup.cs
The Startup class for your app is specified in the
UseStartup()
method on the CreateWebHostBuilder
. It is in this class that you will specify the request handling pipeline, and where you configure any services.Open and inspect the Startup.cs file in your project:
This Startup class must always adhere to the following rules:
- It must always be public
- It must contain the two public methods:
ConfigureServices
andConfigure
The
ConfigureServices
method defines the services that will be used by your app.The
Configure
allows you to compose your request pipeline using Middleware. These are components used within an ASP.NET application pipeline to handle requests and responses. The HTTP pipeline consists of a number of request delegates, called in sequence. Each delegate can choose to either handle the request itself, or pass it to the next delegate.You can configure delegates by using the
Run
,Map
, and Use
methods on IApplicationBuilder
, but the Run
method will never call a next delegate and should always be used at the end of your pipeline.The
Configure
method of the pre-built template is built to do a few things. First, it configures an exception handling page for use during development. Then, it sends a response to the requesting web page with a simple 'Hello World'.This simple Hello, World project can run now without any additional code being added. To run the app, you can either select which browser you want to run app the app in using the dropdown right of the Play button, or simply hit the Play (triangular) button to use your default browser:
Visual Studio for Mac uses a random port to launch your web project. To find out what port this is, open the Application Output, which is listed under View > Pads. You should find output similar to that shown below:
Once the project is running, your default web browser should launch and connect to the URL listed in the Application Output. Alternatively, you can open any browser of your choice, and enter
http://localhost:5000/
, replacing the 5000
with the port that Visual Studio output in the Application Output. You should see the text Hello World!
:Adding a Controller
ASP.NET Core Apps use the Model-View-Controller (MVC) design pattern to provide a logical separation of responsibilities for each part of the app. MVC consists of the following:
- Model: A class that represents the data of the app.
- View: Displays the app's user interface (which is often the model data).
- Controller: A class which handles browser requests, responds to user input and interaction.
For more information on using MVC refer to Overview of ASP.NET Core MVC guide.
To add a controller, do the following:
- Right-click on the Project name and select Add > New Files. Select General > Empty Class, and enter a controller name:
- Add the following code to the new controller:
- Add the
Microsoft.AspNetCore.Mvc
dependency to the project by right-clicking the Dependency folder, and selecting Add Package.... - Use the Search box to browse the NuGet library for
Microsoft.AspNetCore.Mvc
, and select Add Package. This may take a few minutes to install and you may be prompted to accept various licenses for the required dependencies: - In the Startup class, remove the
app.Run
lambda and set the URL routing logic used by MVC to determine which code it should invoke to the following:Make sure to remove theapp.Run
lambda, as this will override the routing logic.MVC uses the following format, to determine which code to run:/[Controller]/[ActionName]/[Parameters]
When you add the code snippet above, you are telling the app to default to theHelloWorld
Controller, and theIndex
action method. - Add the
services.AddMvc();
call to theConfigureServices
method, as illustrated below:You can also pass parameter information from the URL to the controller. - Add another method to your HelloWorldController, as illustrated below:
- If you run the app now, it should automatically open your browser:
- Try to browse to
http://localhost:xxxx/HelloWorld/Xamarin?name=Amy
(replacingxxxx
with the correct port), you should see the following:
Troubleshooting
![Net Framework For Mac Net Framework For Mac](/uploads/1/1/8/9/118934772/622243658.png)
If you need to install .NET Core manually on Mac OS 10.12 (Sierra) and higher, do the following:
- Before you start installing .NET Core, ensure that you have updated all OS updates to the latest stable version. You can check this by going to the App Store application, and selecting the Updates tab.
- Follow the steps listed on the .NET Core site.
Make sure to complete all steps successfully to ensure that .NET Core is installed successfully.
Summary
Net Framework For Macbook
This guide gave an introduction to ASP.NET Core. It describes what it is, when to use it, and provided information on using it in Visual Studio for Mac.For more information on the next steps from here, refer to the following guides:
Net Framework 4.0 For Mac
- ASP.NET Core docs.
- Creating Backend Services for Native Mobile Applications, which shows how to build a REST service using ASP.NET Core for a Xamarin.Forms app.
- ASP.NET Core hands-on lab.