.NET (Core and Framework)

@sneha2004sahani2004 said in Is this the correct category for Blazor Server questions: Most forums lump Blazor Server and Blazor WASM together Hmmm, there are more than two... Blazor Server Static, Blazor Server Interactive, Blazor WebAssembly/WASM, Blazor Auto (Server + WASM), Blazor Hybrid (WinForm, WPF, Analonia, MAUI) ... Then there is StreamRendering...

You don’t build plugins directly for BeyondTrust, you just talk to it through the REST API. In .NET it’s as simple as an HttpClient call with the API key: var client = new HttpClient { BaseAddress = new Uri("https://your-url/api/public/v3/") }; client.DefaultRequestHeaders.Add("Authorization", "PS-Auth key=API_KEY; runas=API_USER;"); var res = await client.GetStringAsync("users"); Console.WriteLine(res); Swap "users" with "accounts", "sessions", etc. depending on what you need.

When comparing .NET Core and .NET Framework, it is essential to consider various factors such as performance, cross-platform support, deployment options, and future-proofing. Here’s a detailed comparison between the two to help you decide which is best for your needs: 1. Performance .NET Core: Generally faster and more efficient than .NET Framework. Microsoft has made significant performance improvements in .NET Core, especially in areas like server-side web applications and microservices. Kestrel, the web server in .NET Core, is highly optimized for performance, especially in handling asynchronous operations and modern hardware architectures. Garbage Collection (GC) and JIT (Just-In-Time) compilation have been improved in .NET Core to reduce latency and improve throughput. Supports tiered compilation, which optimizes hot paths of code over time for better performance. .NET Framework: Performance is generally good for most traditional desktop and enterprise applications. However, it lacks many of the modern performance optimizations found in .NET Core. The web server in .NET Framework, IIS, is more mature but not as optimized for high-performance scenarios, especially compared to Kestrel in .NET Core. Verdict: .NET Core offers better performance, especially for web applications, cloud-based services, and applications that require scalability. 2. Cross-Platform Support .NET Core: Cross-platform, meaning it can run on Windows, Linux, and macOS. If you are building applications that need to be deployed across multiple operating systems, .NET Core is the clear choice. .NET Framework: Only runs on Windows. It is tightly integrated with the Windows operating system and is not portable across other platforms. Verdict: If you need cross-platform support, .NET Core is the way to go. 3. Application Types .NET Core: Ideal for building web applications (ASP.NET Core), microservices, cloud-native apps, console apps, cross-platform libraries, and high-performance APIs. It supports modern development practices like Docker containers, Kubernetes, and serverless architectures. Does not fully support desktop applications like Windows Forms or WPF (though .NET Core 3.1 and .NET 5+ added partial support). .NET Framework: Best suited for Windows-specific applications, especially legacy desktop applications built with WPF or Windows Forms. If you are working with older enterprise applications that require compatibility with Windows-only technologies like COM, WCF, or Windows Services, .NET Framewor

To implement sending WhatsApp OTP for TOTP (Time-based One-Time Password) in ASP.NET using LINQ operations, you'll need to: 1. Generate TOTP: Use a library that supports TOTP generation. 2. Send the OTP to WhatsApp: You can use services like Twilio, Vonage, or WhatsApp Business API to send messages via WhatsApp. 3. Verify the OTP: Store and verify the TOTP against the user input.

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To diagnose which DLL is unable to be loaded by a subject DLL, especially in a .NET context, you can utilize several tools and methods: Dependency Walker **Tool**: Dependency Walker (depends.exe) **Usage**: This tool analyzes the dependencies of a DLL and can help you see which DLLs are missing or failing to load. It provides a detailed tree view of all dependencies, showing the status of each one. **Steps**: Download Dependency Walker from [dependencywalker.com](http://www.dependencywalker.com/). Open your subject DLL with Dependency Walker. Check for any missing or red-colored entries in the tree. Process Monitor (ProcMon) **Tool**: Process Monitor (part of Sysinternals Suite) **Usage**: ProcMon allows you to capture real-time file system, registry, and process/thread activity. This can help you see which DLLs are being accessed and which ones are failing to load. **Steps**: Download and run Process Monitor from [Microsoft Sysinternals](https://docs.microsoft.com/en-us/sysinternals/downloads/procmon). Set a filter for your application (use the process name). Look for "NAME NOT FOUND" or "DLL NOT FOUND" events, which indicate that a specific DLL could not be loaded. 3. **Fusion Log Viewer** **Tool**: Fusion Log Viewer (Fuslogvw.exe) **Usage**: This tool logs assembly binding failures, which can be particularly useful for .NET applications to determine why a specific assembly (DLL) failed to load. **Steps**: Open the Developer Command Prompt for Visual Studio. Run `fuslogvw.exe`. Enable logging and reproduce the issue. Check the logs for any binding errors or issues related to your subject DLL. 4. **.NET Assembly Binding Logging** If the subject DLL is a .NET assembly, you can enable assembly binding logging in the registry: **Steps**: Open `regedit`. Navigate to `HKEY_LOCAL_MACHINE\SOFTWARE\Microsoft\Fusion`. Create a new DWORD value named `ForceLog` and set it to `1`. Create a new DWORD value named `LogPath` and set it to a directory where you want the logs saved. Reproduce the issue, and check the logs in the specified directory. 5. **Debugging with Visual Studio** If you have the source code for the .NET application, you can attach the debugger to your application and set breakpoints around the P/Invoke calls. Check for exceptions thrown during the load process. The exception messages can often provide insight into what went wrong. *Using LoadLibraryE

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To automate the creation of a Pitchbook by selecting specific slides from various reports in your Report Automation (RA) tool, you can follow these steps. Since your tool is created in WPF with C# code, the process involves manipulating PowerPoint slides programmatically. Here is a high-level approach: Install Required Libraries: Use a library like Open XML SDK or Microsoft PowerPoint Interop to manipulate PowerPoint presentations. For this example, I will use Open XML SDK. Extract Slides from Existing Reports: Write a method to extract the desired slides from the existing PowerPoint presentations generated by your RA tool. Create a New Pitchbook: Write a method to create a new PowerPoint presentation and add the extracted slides to it. Example Implementation Step 1: Install Open XML SDK You can install the Open XML SDK via NuGet Package Manager in Visual Studio: bash Copy code Install-Package DocumentFormat.OpenXml Step 2: Extract and Combine Slides Here’s a basic example of how you can achieve this: csharp Copy code using DocumentFormat.OpenXml.Packaging; using DocumentFormat.OpenXml.Presentation; using System; using System.Linq; public class PitchbookCreator { public void CreatePitchbook(string[] sourceFiles, int[][] slideIndices, string outputFilePath) { // Create a new presentation document using (PresentationDocument newPresentation = PresentationDocument.Create(outputFilePath, DocumentFormat.OpenXml.PresentationDocumentType.Presentation)) { // Add a new presentation part to the presentation document PresentationPart presentationPart = newPresentation.AddPresentationPart(); presentationPart.Presentation = new Presentation(); SlideIdList slideIdList = new SlideIdList(); for (int i = 0; i < sourceFiles.Length; i++) { using (PresentationDocument sourceDocument = PresentationDocument.Open(sourceFiles\[i\], false)) { PresentationPart sourcePart = sourceDocument.PresentationPart; int slideIndex = 256 + i; foreach (int index in slideIndices\[i\]) { SlidePart slidePart = (SlidePart)sourcePart.GetPartById(sourcePart.Presentation.SlideIdList.ChildElements\[index\].GetAttribute("id", "").Value); SlidePart newSlidePart = presentationPart.AddNewPart(); newSlidePart.FeedDa

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