Dot Net Full Stack Developer Challenges and Solutions

Dot Net Full Stack Developer Challenges and Solutions

Modern full-stack web development utilizes the .NET platform because it provides enhanced security, performance, and cross-platform application development capabilities. However, there are numerous challenges to be addressed when developing web apps with Dot Net. Here we have discussed various DotNet full stack developer challenges and solutions for beginners. Explore our DotNet course syllabus and kickstart your learning journey.

Dot Net Full Stack Developer Challenges and Solutions

During .NET development, software developers often encounter the following challenges:

Unnecessary Logging

The following are some challenges with needless logging in .NET development: 

• Logging to External Resources: Given I/O limitations and network delay, logging to external sources such as databases, web services, or files may result in increased overhead. 
• Excessive Number of Logging Entries Code and log files may become challenging to read and comprehend if there are too many entries logged.
• Logging Too Many Exceptions: Rethrowing an exception after you catch it and log it can result in an unusable log file. 
• Logging in libraries: The majority of libraries should use callbacks, events, exceptions, and return values as regular control flow instead of logging. 
• Log File Size: Over time, log files can swell and become difficult to manage, consuming a lot of disk space. 
• Sensitive Data: Log files may include sensitive data, including keys, passwords, and other private information.

Some of the solutions for the above challenges are:

• Try logging locally instead to stay away from this.
• To assist with this, you can specify a threshold for the maximum number of times you can call a logging method using a customizable rule. 
• Either log the exception or throw it again; don’t do both.
• Developers must make sure that the log file contains no sensitive data.  

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Garbage Collection Pauses

As garbage collection pauses can result in CPU burden, slow down app processing, and reduce performance, they are a prevalent challenge in .NET development. 

• When the memory used by various components on the managed heap exceeds the pre-determined threshold configuration, garbage collection (GC) takes place in the CLR.
• Pauses in garbage collection typically happen in the Generation 0 heap. 
• This is the area designated for the storage of transient items.

To reduce garbage collection pauses, you might attempt the following: 

• Modify collection thresholds: To regulate the size and frequency of the collection, you can modify the thresholds.
• Employ performance monitoring and profiling tools: These will assist you in determining when the Generation 0 collection has grown too big.
• Reduce the rate at which objects are allocated: The Allocated Bytes/second performance counter can be used to track allocation rates. Garbage collection frequency can be decreased by lowering the allocation rate. 
• Attempt Resizing Your Heap: This is something you can attempt.
• Adjust GC Algorithm Settings: One possible approach is to adjust the GC algorithm settings.  
• Turn Off Explicit GC: One option is to turn off explicit GC.
• Provide Enough System Capacity: You could attempt to provide Enough System Capacity. 

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Application Hanging

Challenge: The issue of applications hanging is widely recognized as a frequent one in.NET program development. The term “hanging of applications” describes a situation in which the IIS website either displays different errors when accessed or takes a long time to load any kind of data or information. 

Hanging applications come in two varieties: soft hangs and hard hangs. 

• Soft hangs happen when a website has problematic code that causes problems with page loading. 
• Hard hangs happen when an application stops functioning and a page cannot possibly load.

Solution: Code review and peer testing techniques assist in resolving soft hang problems. 

Use conventional code review and peer testing even if your preferred integrated development environment (IDE), like Visual Studio, does not show any compilation or run-time errors. 

Managing Dependencies

Challenge: Compatibility problems, inadequate security, scalability problems, performance problems, and runtime mistakes are all part of managing dependencies.

One of the largest reliefs for developers is code dependency, which allows them to access alternative data and libraries and streamline the .NET application development.

However, code dependency can occasionally jeopardize your program. These are the few checkpoints that need to be taken into account before utilizing any dependent libraries or programs.

• Is the selected library reputable and trustworthy?
• Is this how it should be used correctly?

Solutions: 

• Employ the most recent ASP.Net framework version, test the application across many platforms, and employ binding redirects in web setup to prevent compatibility issues.
• Use security scanning tools and carry out security coding.
• Examine the application’s functionality and make use of continuous deployment processes to minimize runtime errors.
• Autoscaling and load balancing help to lessen scalability problems.

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Server Overload

Challenge: Excessive use of the server leads to a problem with server overload. Any problems with an IIS server, such as employing an SSL certificate that has expired or been added to the CRL, might result in server overload. 

Solution: Before releasing any .NET application for production, developers must continuously test the code domain and app layer due to the significant influence of cache issues and app pools.

Database Issues

Challenge: Most developers encounter some frequent problems while working with databases in .NET during the development process. 

For example, if a webpage functions properly but loads slowly, it may have some problems with the database it uses. 

Solution: The database must thus be continuously monitored.

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Overuse of Thread Synchronization

Challenge: There’s a possibility that a.NET developer may write or synchronize code for an application in a way that only allows one thread to be served at a time, with additional threads being placed on standby to be processed during development. 

Solution: Software developers can apply a lock on an object from the eCommerce site by creating a synchronized code. An incoming thread will then need to wait until the software developer can access the lock on the synchronized object.

Conclusion

There are numerous standard methods, approaches, and techniques to overcome DotNet Full Stack developer challenges. Learn to implement them with the right hands-on exposure through our Dot Net Full Stack Course at SLA.