#Csharp vs c

[ibasskung]

C# ปะทะ Visual Basic .NET ภาษาไหนดีกว่า? โปรแกรมอัปโหลดไฟล์ไปยัง Google Drive แบบอะซิงโครนัส

สำหรับผมชอบทั้ง 2 ภาษาครับ

C# vs. Visual Basic .NET: Which language is better? Building a file upload program to Google Drive using asynchronous programming.

For me, I like both languages.

iBasskung #CSharp #VBNET #Programming #Developers #VisualStudio2022 #GoogleDriveAPIversion3

[nile-bits]

Stack vs. Heap in C#: What Every Developer Should Know

Any developer must comprehend memory management, but this is especially true when dealing with programming languages like C#. This post will go thoroughly into the ideas of heap and stack memory, examining how they are used, how they vary, and how they affect your C# programs. Several code examples will be provided to show these ideas in action...

Learn more here:

https://nilebits.com/blog/2024/06/stack-vs-heap-in-csharp/

[vanguarddeveloper]

Working with APIs in C# and React: Best Practices

Dive into our latest guide on mastering APIs with C# and React TypeScript, packed with real-world tips and robust code examples for the modern developer. 🚀#SoftwareDevelopment #CSharp #ReactTypeScript #WebDev #APIs #BestPractices

Resources: Some great books for learning great techniques in React and C#, when building applications that talk to your API. Introduction to API Consumption and Building in Modern Applications Context: An overview of why APIs are crucial for modern web and mobile applications. Explanation of RESTful APIs and GraphQL. REST vs. GraphQL: REST (Representational State Transfer) APIs operate over…

[susidestroyerofworlds]

tsoding made tic-tac-toe in C and Haskell

KamilBest made tic-tac-toe in C#

right. ok. I have a request. there's github right, which I don't fully understand how to use but it has people's code on the internet. can someone link me to

a source code thingy for a program, written in an object oriented language, that is a full program but is small enough for me (who has never written a "real" program) to like, grasp

the same thing written in a non-object-oriented language

so that I can fucking look at them. like I basically only understand what a computer program looks like when it's < 100 lines or so of like real actual code, I have no concept of how "big" programs are actually organized.

[i4technolab]

For debugging, software or tools are very essential. Debugging is context-sensitive, the languages and tools vary widely. Most modern IDEs have very advanced debugging and powerful tools that can reduce the time required to investigate and resolve the issues or bugs.

[iamprogrammerz]

Dart vs C# vs Java ☞ https://morioh.com/p/343ba5bff484 #Dart #Java #CSharp #Morioh

[codeavailfan]

C vs C# Detailed comparison by Experts you should know

Here in this blog, Codeavail experts will explain to you on C vs C# in detail with example.

Nowadays, where you have a lot of programming languages to look over, it’s hard to make knowledge of which language to utilize when you set up your tasks. But C and C# are two of the top programming languages. Both languages are easy to learn and based upon the object-oriented programming topics. Before we examine the distinctions, let us review a few highlights of each and how they are adding to the programming display.

Know about C vs C#

C Language:

This language is a center programming language that was created at Bell investigate lab in 1972 by Dennis Ritchie. C language consolidates the properties of low level and raised level language. Along these lines, its idea about a center programming Language.

C might be a high programming language that licenses you to create PC code and moveable applications. There are 32 all-out keywords utilized in the C language. It’s an ideal language for creating a PC code system.

The important features of C language are:

Low-level way to memory

A simple set of keywords

Clean style

C# Language:

C# is a high level, an object-oriented programming language that besides worked as an expansion of C. It was created by a group at Microsoft lead by Anders Hejlsberg in 2002. It’s situated in the .NET structure, yet its spine is still obviously the C language.

C# orders into byte-code, as opposed to machine code. That implies it executes on a virtual PC that makes an interpretation of it into machine code on the fly. It includes trash assortment, uninitialized variable checking, bound checking, and type checking capacities to the base C code.

It commonly observes use inside or attempt applications, as opposed to business programming. It’s found in customer and server improvement in the .NET structure.

Types of software construction designs:

Rapid application development projects

Large or small teams, internet applications

Projects implemented by individuals

Projects with strict dependability requirements.

Essential Differences Between C and C#

Both C vs C# are well-known decisions in the business; let us examine a portion of the significant Differences Between C and C#:

Since C# is based, Syntaxes will, in general, be in addition, comparable. Sections utilized for portion coding structures, and C-style object-arranged code that includes conditions and libraries are fundamentally the same as.

Moving from C# to C++ is likely progressively difficult because it’s a significantly more low-level language. C# handles a great part of the overhead that must be estimated in a C++ program. This is one significant explanation C++ is viewed as an increasingly difficult language as well.

C is low level and lets you get truly near the machine, yet it’s a procedural language. What’s significant in our setting is that. It implies it has no understanding of articles and legacy.

More about C vs C#

C# is altogether different from C/C++. I accept some portion of its name originated from C++ ++, at that point taking the second ‘++’ and putting it under the first to make the ‘#’ image. Demonstrating they believe they’re the third in the arrangement. That being stated, if you took a stab at making a C++ document into a CS record, you’re going to make some terrible memories. It’s not going to work by any stretch of the imagination.

We suppose you could state C# and C++ share a lot of practice speaking Java and JavaScript. Which share as much for all intents and purposes as Ham and Hamster. JavaScript was named in that capacity, so individuals would think it had something to do with the first language Java.

Which was, at that point, well known, so essentially closely following their achievement in some misleading content move. The equivalent may be valid with C#. Individuals accept it has to do with C++, so they give it a shot. I wouldn’t get it past Microsoft, because, before C#, they made J++, which was fundamentally only Java with little contrast. After a claim, they needed to evacuate it and made C#.

C# is passing on my preferred programming language. While it may not be as quick, it has consistent heaps of sumptuous highlights that make life simpler, similar to articulation body individuals, get and set properties, Linq, and so forth.

They’re continually including new things and causing it so you can do what used to take 10 lines of code into 1 line. This is critical to me since I feel that what sets aside a program a long effort to compose shouldn’t be the reality you need to type a ton, that shouldn’t be the variable. What decides the period ought to be how savvy you are and how complex what you’re attempting to do is.

C# keeps you from doing certain things that C/C++ permits you to. However, a portion of these things were things that you could never need to do in any case. They were presumably some error that was going to prompt some extremely odd conduct. And you do not know why such as doling out in a contingent field or having ‘5;’ as an articulation. That line of code isn’t “doing” anything, so C# won’t let that run since it was most likely an error.

Compiled languages:

Both C vs C# have arranged languages. This suggests before an application is moved on a PC or the server, the code must be changed over to parallels and afterward executed. An executable EXE document is a genuine case of an ordered record that could be written in C++ or C#.

Object-oriented setup:

Even the fact that the scientific structure varies to an impressive degree, the significant ideas like classes, legacy, and polymorphism continue as before.

C vs C# Comparison Table

C program suits Hardware applications, framework programming, chip structuring, and inserted gadgets.

Significant information types included: int, buoy, twofold, and burn.

All out number of keyword utilized in C programming: 32

There is just a single fundamental sort accessible in C

An organized programming language.

The execution stream includes top-down characteristics.

C#

Significantly reasonable for application and web application advancement.

Significant information types included: int, buoy, twofold, and burn, Boolean, which is utilized to deal with consistent activities.

The absolute number of keyword utilized in C# programming: 87

C# includes 2 vital varieties in it.

An item arranged programming language.

C# follows a base up program structure for performance.

Head to head comparison between C and C#1.Size of binaries

C:  C is a compiled language, which will generate our codes in the binary files.

C#: C# is also a compiled language, Which converts user code into binary files.

2. Performance

C: C is a widely-used programming language. C code faster than other programming languages.

C#: C# code is slower than a C programming language.

3. Garbage collection

C: C programming, many programmers need to handle memory allocation and deallocation.

C#: In C# programming, the programmer does not bother about memory management.

4. Types of Projects

C: We use C language in the projects.

C#: C# programming mostly used for web and desktop-based applications.

5. Compiler warning

C: In the programming language, a programmer can write any code.

C#: In the C# programming language, a programmer can write code for what they want to develop.

Which Language do you want to use for your project?

C# engineers and C++ designers have diverse ranges of abilities, so you can post an extension and figure out which stage is generally effective for your undertaking after talking about the two sides.

A dependable general guideline is that web and work area improvement is finished utilizing elevated level language such as C#. C# is a piece of the .NET language, which is explicitly expected for web improvement.

However, it additionally works easily with Windows-based projects. Even though Microsoft is attempting to port its language to the Linux framework, it is ideal to stay with the C# and Windows conditions.

C++ is all the more balanced as far as stages and target applications, yet the designer pool is progressively constrained because it’s not as mainstream for web and versatile applications.

If your undertaking centers around amazingly low-level handling, you may require a C++ designer. You can likewise utilize C++ to make effective, quick applications for server-side programming.

At last, you can use C++ considerably more than C#, yet it’s not generally the most practical approach to deal with your venture.

Also, the ideal approach to choose the correct language is to post your extend and ask designers their assessments. Designers and supporters for the two dialects will test out their thoughts and give you more data on your particular venture to assist you with deciding.

Conclusion:

In this blog, We explain the difference between C vs C#. As we discussed several features of the C and C# programming languages.

In addition, C# is a straightforward, broadly useful language that has been institutionalized, yet we, for the most part, observe it with .NET system on Windows, while C++ is generally utilized. C# was, for the most part, evolved as a Microsoft elective for the strong Java.

Finally, While C++ needs to follow appropriate engineering and the code has certain officials. C# code is created as parts so it can fill in as a lot of remains solitary modules autonomous of one another. C++ accompanies a lot of highlights that are amazingly appropriate for complex programming systems.

While C# has restricted and straightforward highlights that are generally enough for a basic web application. If you want to get any computer science assignment help and computer science homework help related to programming assignment help. You can get the best C Programming Assignment Help at an affordable price within a given deadline.

[iamcodegeek]

Dart vs C# vs Java ☞ https://morioh.com/p/343ba5bff484 #Dart #Java #CSharp #Morioh

[abuncolwild]

Autodesk inventor 2015 .net framework 無料ダウンロード.Autodesk Inventor 2015 の動作環境

Autodesk inventor 2015 .net framework 無料ダウンロード.AutoCAD Mechanical 2015 の動作環境

                                                                          質問を投稿し、回答をもらう.Autodesk Inventor の動作環境 | Inventor | Autodesk Knowledge Network

    Before silently installing Inventor and Inventor LT on client computers ensure Framework SP1 has been installed and the computers have been rebooted. To prevent a silent install from failing on client computers: Install Framework SP1on the client computers. Reboot Client computers before installing Inventor and Inventor LT Nov 19,  · The Visual Basic and C# templates appear only when framework is and not in I am not sure if this affects the results - I installed AutoCAD Net wizard in a system that already had VS and VS Professional installed in it. Regards, Balaji Inventor Viewはどこからダウンロード Inventor , Inventor , Inventor , Inventor , Inventor Professional , Inventor Professional , Inventor Professional , & Inventor Professional 特に断りのない限り、Autodesk Knowledge Network    

Autodesk inventor 2015 .net framework 無料ダウンロード.Inventor Viewはどこからダウンロードできますか。 | Inventor | Autodesk Knowledge Network

問題: この記事では、Autodesk Inventor LT のシステム要件について説明します。 ご使用のオペレーティング システムに、Autodesk® Inventor® ソフトウェアの適切なバージョンをインストールしていることを確認します。Inventor は、32 ビットおよび 64 ビットのオペレーティング システムに対し、 Inventor および Inventor LT をクライアント コンピュータにサイレント インストールする前に、 Framework SP1 がインストールされ、コンピュータを再起動したことを確認してください。 クライアント コンピュータへのサイレント インストール失敗を防ぐには、次の手順を実 問題: Windows 10 に Inventor をインストールすると、次のエラー メッセージが表示されます。.NET がインストールされていません。このコンポーネントなしに DWG TrueView (日本語版)をインストールすることはできません。詳細はシステム管理者に問い合わせてください。 [OK]をク Estimated Reading Time: 1 min         

 I keep forgetting to post things like this here, instead of at other forums; apologies for the duplication. After reading Kean state that we need to use Visual Studio or for AutoCAD products:.

NET 4. I installed Visual Studio Ultimate from MSDN. That said, I noticed something curious with the wizard - I should note that all of my solutions open, debug, and compile just fine, but there seems to be something wonky with the Is it just me, or does anyone else have an issue with the new wizard, where the C project template is only visible when. NET Framework 4. Go to Solution. I know you guys are short staffed at the moment, however, could someone from Autodesk, ADN, etc.

confirm this? The Visual Basic and C templates appear only when the. Net framework is 4. I am not sure if this affects the results - I installed AutoCAD Net wizard in a system that already had VS and VS Professional installed in it. Just tried on another system that only had VS and the. Net wizard for installed. After I installed VS in it, the templates did not appear at all.

I think that is expected since the wizard did not place the templates for VS to find. Sorry, not sure what else could be causing this problem in your system. Does a reinstall of the. Net wizard change the behavior? Interestingly, prior to uninstall, I had extracted a copy of the C template. After uninstall, the extracted template did show up for 4. So, I re-installed the wizard, and then both the. ZIP re-installed and the extracted copy were no longer visible under 4.

I do not see any other reason why this would happen unless the project template is incorrect for some reason. The information that controls when the template has to appear inside Visual Studio is embedded in the Visual Studio Project template file. Please unzip the file, and open "MyTemplate. vstemplate" file in an editor. This file should have the framework specified as. Among several differences, both the RequiredFrameworkVersion, and MaxFrameworkVersion XmlNodes are missing from AutoCAD CSharp plug-in.

zip, dated Here's a quick side-by-side comparison:. I had a similair issue, in which the templates were not visible in VS using AutoCad dotnet file finsing th VB templates for target. Net 4. The issue was solved on my side, following the solution instructions, but then simply unzipping the zip file in the template folder nothing else. NET Wizard. Turn on suggestions. Auto-suggest helps you quickly narrow down your search results by suggesting possible matches as you type.

Showing results for. Search instead for. Did you mean:. This page has been translated for your convenience with an automatic translation service.

This is not an official translation and may contain errors and inaccurate translations. Autodesk does not warrant, either expressly or implied, the accuracy, reliability or completeness of the information translated by the machine translation service and will not be liable for damages or losses caused by the trust placed in the translation service.

AutoCAD NET Wizard 7 REPLIES 7. Back to AutoCAD Customization Category. Reply Topic Options Subscribe to RSS Feed Mark Topic as New Mark Topic as Read Float this Topic for Current User Bookmark Subscribe Printer Friendly Page. Back to Topic Listing Previous Next. Filter by Lables. dwg 1. net NET API NET FRAMEWORK 3 3D rendering 1 3D Solids 1 acdbmgd. dll 1 ACTIVEX 1 advance steel 1 AlignmentPoint 1 API 5 API.

NET 5 API implementation 1 AppendToolTipText 1 arcs 1 array 1 asdasd 1 Assembly 1 Assets 2 attribute 2 AttributeReference 1 attributes 1 autcad 1 Auto CAD 2 AutoCAD 34 AutoCAD.

NET 33 AUTOCAD 1 AutoCAD 3 autocad 1 Autocad 1 autocad 6 AutoCAD CefSharp 1 AutoCAD 1 AutoCAD API 4 autocad api csharp 2 Autocad Customization 8 autocad dotnet api.

Open 1 dotnet 4 Drawableoverrule 1 draworder 1 DWG Files 1 DwgViewrAcCtrl 1 dxf import 1 Dynamic Block 5 dynamic block attribute 1 dynamic blocks 2 Dynamic Block，custom entity 1 Editor 2 entities 2 entity 1 esri 1 eUnknownHandle 1 exploded dims to native 1 Export DWG 1 extents 1 Factory Assets 1 Factory Design Utilities 2 FDO 1 FIELD 2 Field Codes 1 FileExistsConditionAttribute 1 Fillet 1 formatting 1 forms 1 Geometric Extents 1 Geometry 2 grips 1 Hatch 2 Hatch Patterns 3 Hatch problems 1 icons 1 Id 1 Id selection 2 iLogic API 1 Images 1 Insert 1 Interops 1 Intersections 1 jig 1 json 2 launch 1 Layer 1 LayerTableRecord 1 Layout 2 LEADER edit 1 Lisp routine help 1 LispMethod 1 Map 3D 1 Maps 1 Mirrior Command 1 Mirror Command 1 Mirror Components 2 Mirror features 1 mline 1 model space 1 mtext 4 Navisworks API 1 nested block 1 net 1 NET API 3 netload 1 objectarx 3 ObjectId 2 open file 1 OPM 1 Ortho Mode 1 Orthographics 1 overrule 1 packagecontents.

xml 1 Packaging 1 pagesetup 1 Palettes 2 paperspace 1 Performance 2 Plant 3d 4 PLANT 3D 2 Plant 3D Custom Parts 1 Plant 3D Isometrics 1 Plant3D 5 Plot 2 Plotting 1 plotting and publishing 3 Plotting issues 1 plug in 1 Plug-in Support 2 plugins 1 Point Input 1 pointcloud 1 PointMonitorEventArgs 1 Polygon 3 polygons 1 polyline 5 Polyline Edit 1 Polyline's attributes 1 polylines 3 Preview 1 Programming 2 progress dialog 1 Properties 1 property 1 Publishing issues 1 python 1 RealDWG 3 Region 1 Resize Image for RibbonSplitButton 1 Ribbon 4 Ribbons 2 rotation 1 Rules 1 Scripting 1 SDK 1 selecting 1 selection 5 Selection Filters 1 SendStringToExecute 1 Service 1 services 1 Sheet Manager 1 sheet set 1 sheetset 2 Shortcut 1 shrinkwrap 1 socket 1 Solid Body 1 solids 2 split 1 SubDMesh 1 Tables 1 TAG 1 text manipulation 1 TEXT STYLE 1 thumbnail 1 tlb COM 1 tolerances 1 transactions 2 Trim command 1 ucs 1 ucs transform wcs 1 UDP 1 UI 1 User Interface 1 vb 1 VB.

NET 7 VBA 1 View 1 ViewportRecord 1 Viewports 1 Views 1 Visual Studio 1 Visual Studio 3 VLISP 1 VS 1 Web 1 Winform 1 WPF 1 Xrecord 1 xrefs 1 Zoom problem 1. Message 1 of 8. Mark as New Bookmark Subscribe Mute Subscribe to RSS Feed Permalink Print Report. After reading Kean state that we need to use Visual Studio or for AutoCAD products: "Do bear in mind that to target. Message 2 of 8. Cheers "How we think determines what we do, and what we do determines what we get. Message 3 of 8. Hi, I do not see this behavior in my system.

Regards, Balaji Balaji Developer Technical Services Autodesk Developer Network. Message 4 of 8. So had to uninstall the. Net wizard and reinstall it for the templates to appear in VS Message 5 of 8. Hi Balaji, Yes, I have tried uninstalling, and re-installing the wizard. Message 6 of 8. Balaji Developer Technical Services Autodesk Developer Network. Message 7 of 8.

Can you please check if there is something wrong with that file? Regards, Balaji That's the issue, Balaji; the My Template. vstemplate file in.. Here's a quick side-by-side comparison: [Edit] - The forums scale the image, and it is not selectable to view full-size, so here's a link to do just that. Adding said XmlNodes, and values does correct the issue.

Message 8 of 8. Hi, I had a similair issue, in which the templates were not visible in VS using AutoCad dotnet file finsing th VB templates for target.

Maybe VS was having security issues reading the zip automatically. Gr, Ingmar. Tags 4. Tags: autocad Post Reply. Can't find what you're looking for? Ask the community or share your knowledge.

[blogdial707]

C# For Visual Studio Code

Visual Studio Code C# Project

C In Visual Studio

C# For Visual Studio Code

Visual Studio Code For C# Development

C'est La Vie

How to Setup C# in Visual Studio Code Full SetupDownload the full source code of application here:https://codingshiksha.com/blogs/android/firebase-phone-auth. In this section, you use Visual Studio Code to create a local Azure Functions project in C#. Later in this article, you'll publish your function code to Azure. Choose the Azure icon in the Activity bar, then in the Azure: Functions area, select the Create new project.

C# for Visual Studio Code (powered by OmniSharp)

Welcome to the C# extension for Visual Studio Code! This extension provides the following features inside VS Code:

Lightweight development tools for .NET Core.

Great C# editing support, including Syntax Highlighting, IntelliSense, Go to Definition, Find All References, etc.

Debugging support for .NET Core (CoreCLR). NOTE: Mono debugging is not supported. Desktop CLR debugging has limited support.

Support for project.json and csproj projects on Windows, macOS and Linux.

The C# extension is powered by OmniSharp.

Get Started Writing C# in VS Code

Note about using .NET Core 3.1.40x SDKs

The .NET 3.1.40x SDKs require version 16.7 of MSBuild.

For MacOS and Linux users who have Mono installed, this means you will need to set omnisharp.useGlobalMono to never until a version of Mono ships with MSBuild 16.7.

Note about using .NET 5 SDKs

The .NET 5 SDK requires version 16.8 of MSBuild.

For Windows users who have Visual Studio installed, this means you will need to be on the latest Visual Studio 16.8 Preview.For MacOS and Linux users who have Mono installed, this means you will need to set omnisharp.useGlobalMono to never until a version of Mono ships with MSBuild 16.8.

What's new in 1.23.11

Move the global Mono check to the correct place (#4489, PR: #4492)

Visual Studio Code C# Project

What's new in 1.23.10

Support solution filters (*.slnf) (PR: #4481)

Prompt user to install Blazor WASM companion extension if needed (PR: #4392)

Add path to dotnet so child processes can use the CLI (PR: #4459)

Give more information when Mono is missing or invalid. (#4428, PR: #4431)

Revert incremental change forwarding (PR: #4477)

Fixes to asset generation (PR: #4402)

Add properties to blazorwasm debug configuration. (dotnet/aspnetcore#30977, PR: i#4445)

Avoid white status bar items to ensure contrast (#4384, PR: #4385)

Update OmniSharp to 1.37.8

Update Roslyn version to 3.10.0-1.21125.6 (PR: omnisharp-roslyn#2105)

Update included build tools to closely match NET 6 Preview 1 SDK (PR: omnisharp-roslyn#2103)

Improve custom error messages for MSB3644 (PR: omnisharp-roslyn#2097)

Do not call FindReferencesAsync for null symbol (omnisharp-roslyn#2054, PR: omnisharp-roslyn#2089)

use an OmniSharp specific message for MSB3644 (omnisharp-roslyn#2029, PR: omnisharp-roslyn#2069)

changed the default RunFixAllRequest timeout to 10 seconds (PR: omnisharp-roslyn#2066)

Support Solution filter (.slnf) (PR: omnisharp-roslyn#2121)

updated to IL Spy 7.0.0.6372 (PR: omnisharp-roslyn#2113)

Add sentinel file to MSBuild to enable workload resolver (#4417, PR: omnisharp-roslyn#2111)

fixed CS8605 'Unboxing possibly null value' (PR: omnisharp-roslyn#2108)

Updated Razor support (PR: #4470)

Bug fixes

What's new in 1.23.9

Add option to organize imports during document formatting. (PR: #4302)

Update to use zero based indexes (PR: #4300)

Improve request queues to improve code completion performance (PR: #4310)

Add setting to control whether to show the OmniSharp log on error (#4102, #4330, PR: #4333)

Support building launch assets for NET6-NET9 projects (#4346, PR: #4349)

Add debugger support for Concord extensions. See the ConcordExtensibilitySamples wiki for more information.

Update OmniSharp version to 1.37.6

Handle records in syntax highlighting (#2048, PR: #2049)

Remove formatting on new line (PR: #2053)

Validate highlighting ranges in semantic highlighting requests (PR: #2055)

Delay project system init to avoid solution update race (PR: #2057)

Use 'variable' kind for parameter completion (#2060, PR: #2061)

Log request when response fails (#2064)

What's new in 1.23.8

Updated Debugger support (PR: #4281)

Updated the version of .NET that the debugger uses for running its own C# code to .NET 5

Updated .NET debugging services loader to address problem with debugging after installing XCode12 (dotnet/runtime/#42311)

Fixed integrated terminal on non-Windows (#4203)

Updated Razor support (PR: #4278)

Bug fixes

Update OmniSharp version to 1.37.5 (PR: #4299)

Update Roslyn version to 3.9.0-2.20570.24 (PR: omnisharp-roslyn#2022)

Editorconfig improvements - do not lose state, trigger re-analysis on change (omnisharp-roslyn#1955, #4165, #4184, PR: omnisharp-roslyn#2028)

Add documentation comment creation to the FormatAfterKeystrokeService (PR: omnisharp-roslyn#2023)

Raise default GotoDefinitionRequest timeout from 2s to 10s (#4260, PR: omnisharp-roslyn#2032)

Workspace create file workaround (PR: omnisharp-roslyn#2019)

Added msbuild:UseBundledOnly option to force the usage of bundled MSBuild (PR: omnisharp-roslyn#2038)

Support auto doc comment generation (#8, PR: #4261)

Add schema support for appsettings.json (#4279, PR: #4280)

Add schema support for global.json (PR: #4290)

Update remoteProcessPickerScript windows ssh exit (#3482, PR: #4225)

Do not start OmniSharp server in Live Share scenarios (#3910, PR: #4038)

Suppress codelens for IEnumerable.GetEnumerator (#4245, PR: #4246)

Allow arm64 MacOS to debug dotnet projects (#4277, PR: #4288)

Emmet support in Razor files

To enable emmet support, add the following to your settings.json:

Semantic Highlighting

The C# semantic highlighting support is in preview. To enable, set editor.semanticHighlighting.enabled and csharp.semanticHighlighting.enabled to true in your settings. Semantic highlighting is only provided for code files that are part of the active project.

To really see the difference, try the new Visual Studio 2019 Light and Dark themes with semantic colors that closely match Visual Studio 2019.

Supported Operating Systems for Debugging

Currently, the C# debugger officially supports the following operating systems:

X64 operating systems:

Windows 7 SP1 and newer

macOS 10.12 (Sierra) and newer

Linux: see .NET Core documentation for the list of supported distributions. Note that other Linux distributions will likely work as well as long as they include glibc and OpenSSL.

ARM operating systems:

Linux is supported as a remote debugging target

Found a Bug?

To file a new issue to include all the related config information directly from vscode by entering the command pallette with Ctrl+Shift+P(Cmd+Shift+P on macOS) and running CSharp: Report an issue command. This will open a browser window with all the necessary information related to the installed extensions, dotnet version, mono version, etc. Enter all the remaining information and hit submit. More information can be found on the wiki.

Alternatively you could visit https://github.com/OmniSharp/omnisharp-vscode/issues and file a new one.

Development

First install:

Node.js (8.11.1 or later)

Npm (5.6.0 or later)

To run and develop do the following:

Run npm i

Run npm run compile

Open in Visual Studio Code (code .)

Optional: run npm run watch, make code changes

Press F5 to debug

C In Visual Studio

To test do the following: npm run test or F5 in VS Code with the 'Launch Tests' debug configuration.

License

Copyright © .NET Foundation, and contributors.

The Microsoft C# extension is subject to these license terms.The source code to this extension is available on https://github.com/OmniSharp/omnisharp-vscode and licensed under the MIT license.

Code of Conduct

This project has adopted the code of conduct defined by the Contributor Covenantto clarify expected behavior in our community.For more information see the .NET Foundation Code of Conduct.

Contribution License Agreement

C# For Visual Studio Code

By signing the CLA, the community is free to use your contribution to .NET Foundation projects.

Visual Studio Code For C# Development

.NET Foundation

C'est La Vie

This project is supported by the .NET Foundation.

[i4technolab]

Microsoft Asp.Net is a web development framework that’s used to build web pages, web services & web applications. It is a part of the .net framework. Asp.Net also supports basic.Net, C#, Jscript .Net and open-source languages like Python and Perl. Additionally, the .Net developer tool can be used to create an application for Windows operating systems and for .net web development.

[questpond]

Differentiate between Int16, Int32 and Int64 in C#. A small video on Csharp which gives an explanation on int16 vs int32 and int64 data types.

[erossiniuk]

Multiple output in Azure Functions with C#

In this post I like to analyse how to return multiple output in Azure Functions with C# and Service Bus. If you want more info, in the last week or so, I published some posts about Azure Function in C# or F# like “Create Azure Function in C# Script and Service Bus” or “Creating Azure Function in F#“.

You have a platform on Azure and two different services are triggered by a message from Service Bus. At some point, you have an Azure Function doing a procedure that has to do 3 outputs:

response an ActionResult like OkObjectResult to allow the UI to continue its activity

send a message to a Service Bus to trigger another process

and also send another message to another Service Bus to trigger a different process

In the Microsoft documentation, Azure Service Bus output binding for Azure Functions, there is only one output, usually to Service Bus and the code Microsoft offers is pretty easy:

[FunctionName("ServiceBusOutput")] [return: ServiceBus("myqueue", Connection = "ServiceBusConnection")] public static string ServiceBusOutput([HttpTrigger] dynamic input, ILogger log) { log.LogInformation($"C# function processed: {input.Text}"); return input.Text; }

This function is triggered from an HttpRequest and return (see the annotation return:) a message in Service Bus with input.Text. This is the base function I will use.

Setup a Service Bus

In the Azure Portal, I’m going to create a new Service Bus. I’m calling it aztest.

Create Service Bus in Azure Portal

After that, I create two new queues: message-out1 and message-out2. Click on + Queue in the portal and type the name of the queue. Then press Create to create each queue.

Create a new queue in Azure Service Bus

Later in the project I need to connection string to this Service Bus: in the menu on the left, select Shared access policies, then click on RootManageSharedAccessKey and save the Primary Connection String.

Copy the connection string for the Service Bus

For now, I’m done with Service Bus and the Azure Portal.

Create a new project with Visual Studio

Open Visual Studio and Create a new project.From the list, select Azure Functions and press Next.

Create a new project with Visual Studio

Configure your new project: I decide to call it AFMultiOutput (Azure Functions Multiple Output). Press on Create.

Configure your new project

In the next window of the creating wizard, I choose Azure Functions v3 (.NET Core) and Http Trigger as trigger of the function. Then press Create.

Create a new Azure Functions Application

Done! Now, I have to add a package to connect Service Bus. Right click on the project in the Solution Explorer and click on Manage NuGet Packages…

Add NuGet for connecting Service Bus

Now, search and install Microsoft.Azure.WebJobs.Extensions.ServiceBus

NuGet packages to install Service Bus

I have to add the connection strings for Service Bus. For that, in the local.settings.json I add two new keys called ServiceBusConnectionString1 and ServiceBusConnectionString1. Replace <connection1> and <connection2> with the Primary Connection String from the Azure Portal. Be careful with the name of those keys.

{ "IsEncrypted": false, "Values": { "AzureWebJobsStorage": "UseDevelopmentStorage=true", "FUNCTIONS_WORKER_RUNTIME": "dotnet", "ServiceBusConnectionString1": "<connection1>", "ServiceBusConnectionString2": "<connection2>" } }

Next step is to add in the signature of the function our output. As I said, I want two outputs, one for each Service Bus. The new signature is that:

public async Task<IActionResult> Run( [HttpTrigger(AuthorizationLevel.Function, "get", "post", Route = null)] HttpRequest req, [ServiceBus("message-out1", Connection = "ServiceBusConnectionString1")] IAsyncCollector<dynamic> outputServiceBus1, [ServiceBus("message-out2", Connection = "ServiceBusConnectionString2")] IAsyncCollector<dynamic> outputServiceBus2, ILogger log)

Automatically, the Azure Function will read the settings to grab the connection strings. Notice the first parameter after ServiceBus is the name of the queue.

To write multiple values to an output binding, or if a successful function invocation might not result in anything to pass to the output binding, use the ICollector or IAsyncCollector types. These types are write-only collections that are written to the output binding when the method completes.

As outputs of this function, I use those variables and add a simple message in each queue.

await outputServiceBus1.AddAsync("Item1"); await outputServiceBus2.AddAsync("Item2");

Finally, I have to return an HttpCode to the caller. It is easy to reply with an object, in this case a null object.

return new OkObjectResult(null);

The multiple output in Azure Functions with C# is done and looks like that:

public class Function1 { [FunctionName("Function1")] public async Task<IActionResult> Run( [HttpTrigger(AuthorizationLevel.Function, "get", "post", Route = null)] HttpRequest req, [ServiceBus("message-out1", Connection = "ServiceBusConnectionString1")] IAsyncCollector<dynamic> outputServiceBus1, [ServiceBus("message-out2", Connection = "ServiceBusConnectionString2")] IAsyncCollector<dynamic> outputServiceBus2, ILogger log) { await outputServiceBus1.AddAsync("Item1"); await outputServiceBus2.AddAsync("Item2"); return new OkObjectResult(null); } }

Explore your Service Bus

To explore this brand-new Service Bus, I download Service Bus Explorer from Github, a really good project. If you don’t want to source code, the installer is here.

Service Bus Explorer

After that, I have to connect Service Bus Explorer with the Service Bus. For the Service Bus page, on the left, there is an option called “Shared access policies“: click there and click on “RootManageSharedAccessKey“. Now, copy the “Primary Connection String“ or copy the keys from your local.settings.json

Copy the connection string for the Service Bus

Then, in Service Bus Explore, click on File > Connect. Paste the “Primary Connection String” in the connection string textbox and then press Ok.

Service Bus Explorer: connect

Finally, I find my queues and I browse them.

Service Bus Explorer with my queues

Run the function

It is time to run the function and verify if it is working as I want. Run the project in Visual Studio.

Azure Function is running

Open a browser and insert the url for the function, in my case is

http://localhost:7071/api/Function1

In the window, I see the function sent some output without errors.

The function replied to my request without errors

So, in Service Bus Explorer, I refreshed the queue with F5. Now I see the messages in both queues.

Messages in both queues

ICollector<T> vs IAsyncCollector<T>

So, what is the difference between ICollector<T> and IAsyncCollector<T>?

ICollector<T>.Add(item) will always perform the add operation against the underlying service immediately. E.g. the implementation for the Queue binding will enqueue messages immediately as they are added.

IAsyncCollector<T>.AddAsync(item) behavior varies from binding to binding, based on whether the underlying service supports batching. In such cases, AddAsync may only actually save the added items to be flushed later by the corresponding IAsyncCollector<T>.FlushAsync method. When a function completes successfully FlushAsync will be called automatically. You can allow the auto-flush behavior to flush for you, or you may choose to call FlushAsync manually in your function as you need to.

Conclusion

Finally, I have my multiple output in Azure Functions with C# and Service Bus. Not really difficult but a bit long. If you have any questions, please use our forum.

If you want to take a look at my code, visit my repository on Github.

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