Getting Started with .NETSpeedBoost Professional Edition: A Step-by-Step Guide

Getting Started with .NETSpeedBoost Professional Edition: A Step-by-Step Guide

1. System requirements

• OS: Windows ⁄₁₁ (64-bit) or Windows Server 2016+
• CPU: x64 with SSE2 support
• RAM: 4 GB minimum (8 GB recommended)
• .NET runtime: .NET 6.0 or later (supports .NET ⁄₈)
• Disk: 200 MB free for installer and logs

2. Obtain and install

1. Download the Professional Edition installer (MSI) from your vendor account.
2. Run the MSI as Administrator.
3. Accept the license, choose install path, and complete the setup.
4. Restart the machine if prompted.

3. License activation

• Open the installed app or run the CLI tool netspeedboost with –activate (replacewith your key).
• For volume licensing, use the corporate license server address in the activation settings.

4. Integrate with your .NET app

1. Add the NuGet package:

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   dotnet add package NETSpeedBoost.Professional 

2. In Program.cs (for .NET ⁄₇ minimal host) register the runtime profiler at startup:

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   using NETSpeedBoost;
   
   var builder = WebApplication.CreateBuilder(args);
   builder.Host.UseNETSpeedBoost(); // enables profiler & optimizations
   var app = builder.Build();
   app.Run();
   

3. For legacy apps, call NETSpeedBoost.Profiler.Initialize() early in Main().

5. Configure optimizations

• Use the GUI or edit config netspeedboost.json in the app folder. Key options:
  • JITAggressiveInlining: true/false
  • HotPathCacheSize: integer (default 1000)
  • IOAsyncBatching: true/false
• Example JSON:

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  {
    “JITAggressiveInlining”: true,
    “HotPathCacheSize”: 2000,
    “IOAsyncBatching”: true
  }
  

6. Run profiling and baseline

1. Start your app under the built-in profiler via CLI:

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   netspeedboost profile –target “dotnet MyApp.dll” –duration 5m –output baseline.snb 

2. Review the generated baseline report in the GUI or open baseline.snb with the report viewer.

7. Apply recommended fixes

• From the report, apply suggestions (inlining, method reordering, thread-pool tuning) via one-click apply or export patches.
• Rebuild and rerun the app to confirm improvements.

8. Continuous integration

• Add profiling in CI pipeline:

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  netspeedboost ci –run “dotnet test” –report ci_report.snb 

• Fail builds if performance regressions exceed thresholds.

9. Monitoring in production

• Enable lightweight telemetry (sampling) in netspeedboost.json:
  • TelemetrySamplingRate: 0.01 (1%)
• Use the dashboard to monitor hot paths, GC pressure, and latency spikes.

10. Troubleshooting & support

• Common fixes:
  • High GC: enable server GC or increase object pooling.
  • Thread starvation: increase IOAsyncBatching and thread pool min threads.
• Logs: check %ProgramData%\NETSpeedBoost\logs</code>
• Contact vendor support with baseline report and logs.

If you want, I can generate a ready-to-use netspeedboost.json tuned for a web API (ASP.NET Core) with ~200 RPS.