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ASP.NET Performant Custom Code: Best Practices

Performance is an important consideration in the realm of software development since it has a big impact on how well an application works and how well users experience it. Following best practices to achieve optimal efficiency and responsiveness is crucial when building custom .NET code.

Top 15 Effective Methods to Write ASP.NET Custom Code

Boost Memory Utilisation

Performance depends heavily on memory management effectiveness. Keep in mind the size of huge data structures and refrain from creating too many objects. To ease memory strain and garbage collection overhead, appropriately dispose of unmanaged resources and use object pooling for frequently used objects.

Employ asynchronous programming

Your code may handle many tasks concurrently thanks to asynchronous programming, which enhances responsiveness. For I/O operations like file I/O, network requests, and database queries, use asynchronous techniques. This keeps the program responsive and avoids blocking the main thread.

Utilise Effective Data Structures

Select the data structures that are best for your needs. Think about things like memory overhead, lookup time, and insertion time. Use lists or arrays for sequential access, and dictionaries or hash sets for quick lookups.

Cut back on boxing and unboxing

Avoid boxing and unboxing, which are needless conversions between value types and reference types. Due to memory allocation and deallocation overhead, these activities may hurt performance.

Make Loops and Iterations Optimal

To cut down on pointless iterations, optimize loops. When iterating through collections, foreach loops are preferable to conventional loops because of their improved efficiency.

Make compiler optimizations available

Utilise compiler enhancements to produce more efficient code. To allow the compiler to apply different optimizations, such as inlining and loop unrolling, use Release mode builds and enable optimizations.

Pay Attention to Exception Handling

Avoid using exceptions to interrupt control flow and use exception handling carefully. Only utilize exceptions in unusual circumstances because throwing and catching them can be performance-intensive.

Pick the Proper Collection Type

Depending on your particular use case, choose the right collection type. Use List, for instance, if you require a dynamically resizable array, and LinkedList, if you frequently insert and remove items from an array.

Benchmark and Profile Your Code

To locate performance bottlenecks, benchmark and profile your code regularly. Tools like Benchmark ASP.NET and Visual Studio Profiler can assist in identifying areas that need optimization.

Use compiler services

To optimize your code for the target platform, use compiler services like Just-in-Time (JIT) compilation and Ahead-of-Time (AOT) compilation.

Cut down on string combining

Avoid using the “+” operator to concatenate strings excessively. Use StringBuilder instead to manipulate strings more effectively.

Put parallel processing into practice

Consider using the Task Parallel Library to create parallel processing for CPU-intensive jobs to make the most of multi-core CPUs.

Enhance Database Query Performance

Database round trips can be cut down by optimizing queries to reduce data retrieval. wherever possible, make use of database indexes and cached query results.

Take a look at caching

By using caching, you can save frequently used data in memory and avoid costly calculations or database searches.

Optimizing while still maintaining maintainability is necessary while writing performant custom .NET code. ASP NET Development team that adheres to these recommended practices can produce incredibly effective and responsive programs that provide a wonderful user experience. Never forget to prioritize performance improvements based on actual usage patterns while frequently profiling your code. Your .NET apps can function at their best and stand out in a crowded digital environment by paying close attention to performance considerations.

Azure Logic Apps: .NET Custom Code Deployment and Management

For creating scalable and automated operations in the cloud, Azure Logic Apps offers a strong platform. Developers may need to add custom .NET code to Logic Apps to increase its functionality even if a large variety of pre-built connectors and actions are available.

ASP.NET Custom Code Overview for Azure Logic Apps

Azure Logic Apps offers a robust platform for building scalable and automated operations in the cloud. Developers may need to add custom .NET code to Logic Apps to increase its functionality even if a large variety of pre-built connectors and actions are available.

Developing .NET Connector from Scratch

Developers must create custom connections to integrate .NET custom code with Logic Apps. You can hide your .NET code using a custom connection and expose it as an action in your Logic App.

Writing .NET Custom Code

Write the .NET custom code that carries out the required functionality before building the connector. Make sure that the code complies with best practices for functionality, security, and maintainability.

Creating the Custom Connector in Azure

Go to the Azure Portal and choose “Create a resource” to construct a custom connector. Select “Integration > Custom connector,” then use the wizard to define your connector and add any unique .NET code.

Defining Actions and Triggers

Set up your custom connector’s triggers and actions. Actions are the procedures carried out as part of the workflow, whereas triggers are the events that start the Logic App. Set the parameters for each action’s input and output.

Making the Custom Connector Available

To deploy the connector to your Azure Logic Apps environment after specifying it, click “Create”. Your custom .NET code can be accessed as an action in Logic Apps once it has been deployed.

Taking Care of Custom Connectors

Custom connectors can be managed with Azure Logic Apps. Analyzing usage data, keeping an eye on performance, and updating the connector as necessary.

Versioning and updates

Like with any piece of software, upgrades and improvements could become necessary over time. You can manage updates and version your custom connectors with ease using Azure Logic Apps.

Testing and Bug Fixing

To make sure they work as intended, thoroughly test both your customized .NET code and the Logic App workflow. Debugging tools are offered by Azure Logic Apps to assist in finding and fixing any problems.

Security Points to Bear in Mind

Verify that the custom .NET code you write adheres to security best practices. To protect sensitive data and resources, implement the necessary authentication protocols, such as OAuth, and maintain access control.

Scalability and Effectiveness

Create your bespoke software with the Logic Apps approach in mind to scale effectively. To address heavy workloads, use Azure services like Azure Functions for distributed processing and serverless execution.

Monitoring and logging

For your custom connector, include thorough monitoring and logging to keep track of usage, performance, and issues. The tools Azure Monitor and Application Insights are excellent for this.

Backup and restoration

Consider developing backup and recovery plans for your own Logic Apps code and workflows, just like you would for any crucial application.

Conclusion

Building robust and specialized workflows is made possible for developers by integrating .NET custom code with Azure Logic Apps. To ensure top performance and continual progress, remember to periodically monitor and optimize your custom connectors.

John Oliver
John Oliver
Uneeb Khan CEO at blogili.com. Have 4 years of experience in the websites field. Uneeb Khan is the premier and most trustworthy informer for technology, telecom, business, auto news, games review in World.

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