It’s an intriguing idea that lets you create applications without concern about server administration. Yes, you read that correctly. No longer must servers be provisioned, scaled, or maintained. With serverless, you can concentrate just on the essential logic of your application while leaving the complex infrastructure issues to the cloud provider.

Therefore, this blog is for you whether you’re a developer interested in learning more about serverless computing or an ASP.NET development company trying to produce top-notch web apps. Prepare to maximize Azure’s serverless computing capabilities and advance your web app development.

Why Should You Create a Serverless Application?

You may focus on your application code rather than managing and running infrastructure when creating a serverless application. Additionally, you don’t need to think about provisioning or configuring servers because the Azure serverless web app means it takes care of these tasks for you. Let us study below why serverless apps are preferred to standard server-hosted apps.

• Low maintenance
• Scalability
• Reduced infrastructure cost
• Less management

What are the Different Types of Serverless Computing?

There are essentially two types of serverless computing that developers frequently run into backend-as-a-service (BaaS) and function-as-a-service (FaaS). Let’s study both the serverless computing type closely.

Backend-as-a-Service (BaaS): BaaS enables developers to make use of external cloud service providers’ services and applications. It provides a wide range of features, including databases that can be accessed in the cloud, high-fidelity consumption data, additional encryption, and authentication services. Developers usually communicate with serverless operations while using BaaS through application programming interfaces (APIs). Developers can concentrate on creating unique experiences thanks to these APIs’ smooth integration with the offered backend services.

Function-as-a-Service (FaaS): In the serverless era, FaaS is the paradigm that is well known. Developers can use FaaS to design server-side logic that runs inside managed containers provided by cloud services. The major cloud services providers, such as IBM Cloud, Google Cloud, Microsoft Azure, Amazon Web Services, and Google Cloud, each offer their own FaaS options, such as Azure Functions, AWS Lambda, and IBM Cloud Functions. For instance, Azure Functions gives developers the freedom to focus on creating unique experiences while Azure takes care of the supporting infrastructure.

Let’s now investigate how you may use Azure’s serverless architecture to build a web application.

A typical Azure serverless web application uses Azure Functions to create an API and Azure Blob Storage to serve static content. The web application communicates with the API, which accesses Azure Cosmos DB to retrieve data. Azure Kubernetes Service (AKS) makes use of the virtual node capability of AKS to provision Azure Container Instances (ACI) pods that launch in order to effectively handle scalability.

By adjusting its capacity based on the demand thanks to dynamic provisioning, AKS can do away with additional server management. You can create and deploy your applications continuously in a repeatable and manageable way with the aid of containers. Scalable and durable container clusters can be built by coordinating the deployment of these containers using Kubernetes in Azure Kubernetes Service (AKS).

It is crucial to hire ASP.NET developers with experience in Azure and serverless computing for implementing this architecture successfully. Your web application will be efficiently created while following serverless architecture principles thanks to their expertise with ASP.NET and Azure’s features.

Therefore, if you want to build a web application in Azure and make use of serverless architecture, think about working with ASP.NET developers that can take advantage of Azure’s serverless capabilities to produce a scalable, economical, and high-performance web application.

You can create a web app in Azure that scales with ease and offers top-notch user experiences by using Azure Functions, Azure Blob Storage, Azure Cosmos DB, and Azure Kubernetes Service.

How to Build a Serverless Web App in Azure- Step-by-step Process

Step 1: Building the Azure Storage Account

Create a resource group to hold all the files your application needs to run as soon as possible. Create a storage account after that. Install the necessary extension to make your storage account available for static website hosting. Your storage account will be prepared to host the static content of your web application once it has been enabled.

Step 2: Building the Azure Function App

It’s now time to construct the Azure Function App. Make sure to run the command to construct the function app after updating all the required values. Once established, Cross-Origin Resource Sharing (CORS) should be configured to provide seamless access to resources on different servers by web browsers.

Step 3: Making an Azure Function

Using the command line to develop a function app is simple thanks to Azure CLI. But you can also use other tools to build functions according to your preferences and needs.

Step 4: Setting up the HTML Front-end

Create the HTML form that will be your serverless web application’s user interface. To meet the needs of your application, modify the HTML code as needed.

Step 5: Deploying the HTML Front-end

Upload the file or blob to the appropriate container in your Azure Storage account to make your HTML front end available. To simplify seamless request and response procedures, use the Fetch API.

Step 6: Test the serverless web application

It’s time to test your serverless web application in this phase. To see your application in action, go to the main endpoint URL of your static website. Test the client-side JavaScript function that is called when the user presses the Submit button to verify the functioning.

An Example of a Serverless Web Application

Use Azure Functions and Azure Storage to create a serverless web application. Through the use of an HTML form, users of this application can input data, which is then processed by a serverless function and saved in Azure Storage. The application exhibits the scalability and flexibility of serverless architecture as well as its power.

You have mastered the skills necessary to build serverless web applications on Azure. You may develop scalable and effective online apps by using the step-by-step instructions, Azure Functions, and Azure Storage. To ensure a flawless experience, keep in mind that hiring a qualified.NET Core developer can greatly improve your development process.

Given a real-world example of a serverless web application, you can use what you’ve learned to improve your own projects. Adopt the serverless paradigm, take advantage of Azure’s capabilities, and create scalable, high-performing web applications.

You may like this: 19 Essential Best Practices for .NET Core Development

Top Azure Serverless Solutions

Azure Functions: Azure Functions manage infrastructure management and scalability while enabling on-demand execution of custom code. Building your application as separate, independent functions with Azure Functions enables better modularity and flexibility.

A visual workflow designer is offered by Logic Apps, which makes it easier to plan and implement complex workflows in your application. You may seamlessly connect your web app with external systems, providing sophisticated integrations, by linking various services and components.

Event Grid: Event Grid manages all events that set up your code and logic by acting as a centralized event management system. It makes it possible for serverless web apps to have event-driven architectures by allowing real-time responses to events.

Azure Serverless Components Monitoring

Application Insights: This Azure monitoring feature gives developers the ability to keep an eye on their applications both locally and in Azure. It offers useful information about the usage, availability, and performance of the program.

Kudu: Kudu is essential for Git deployment and provides a number of additional functionalities for Azure Web Apps. It enhances the development process by offering sophisticated debugging and deployment features.

Data from numerous sources may be gathered and analyzed using Log Analytics, which allows you to compile all of your work into one workspace. Processes for monitoring and troubleshooting are made easier by centralization.

Operations Management Suite is a service offered by Azure that integrates log analytics, IT automation, backup and recovery, security, and compliance duties to offer a complete management solution for serverless web apps.

Azure Monitor: Azure Monitor provides the majority of Azure services with basic infrastructure metrics and logs. It lets you learn more about the functionality and state of your application, ensuring its smooth running.

Azure Service Health: Service Health keeps you up to date on scheduled maintenance and any service interruptions that can affect your serverless web app. It makes sure you’re informed so you can make plans.

Azure Advisor: This Azure platform service aids you in adhering to the best deployment practices in Azure. It offers suggestions for enhancing cost-effectiveness, security, and performance.

You may like this: Clean Architecture in .NET Core

Serverless Web App Implementation in Azure: Step-by-Step

Step 1: Setup the Face API. To add face recognition functionality to your serverless web app, you must first configure the Face API.

Step 2: Create the Logic App: Connect the Twitter account: Create a visual workflow using Logic Apps to link your web app to your Twitter account, allowing for interactions and data retrieval.

Step 3: Linking the Face API to the Logic App: Finishing the Visual Workflow The Face API can be integrated with your Logic App to add facial recognition to the process. Set up the visual workflow in the logic app to get the capabilities you want.

Conclusion

Microsoft developed or built Azure, a cloud computing platform or service. Software that is installed on a hosting service and made available online is referred to as “Software as a Service” (SaaS). The tools needed to develop apps are provided by platform-as-a-service. Access to essential resources like real machines, virtual machines, and virtual storage is made possible via infrastructure-as-a-service.

The post How to Build a Serverless Web App in Azure – A Complete Guide appeared first on CMARIX Blog.

Any organization that has a web application can gain a competitive advantage in the market, which in turn enables them to reach a larger demographic and obtain a greater visibility for their brand.

As technology constantly evolves, many development frameworks and technologies are coming into the market every day. Hence, enterprises are finding it difficult to determine which framework is the most appropriate for developing web applications.

As web application development continues to boom, the ASP.Net Core for web application development is gradually establishing a reputation for being a reliable and efficient framework capable of delivering high-quality websites.

More than 34.5% of all websites and web applications run on the .NET framework, which have shown positive results. By implementing .Net Core Best Practices, you can make the most of these figures.

This blog will discuss various reasons for investing in ASP.Net development services in the upcoming years, given its prominence in developing web-based applications.

What is ASP.NET?

Asp.NET is an open-source framework commonly used by a wide range of web developers to create web applications that enable real-time connectivity between clients. The framework is designed to work with the hypertext transfer protocol (HTTP), one of the most widely used protocols for creating web applications.

A server-side framework is used by web developers to deploy scripts on the server, as well as create a customized user interface by using the scripts. For web applications to function, client-side scripts are usually needed.

The Key Capabilities of ASP.NET Core

With ASP.Net Core, some key capabilities can improve the development process for web applications in several ways:

• An authentication mechanism consists of libraries, web templates, and a database used for logins, multi-factor authentication through social media apps, and external authentication.
• It enables the user to create dynamic pages through HTML, CSS, JavaScript, and C#, and it just requires the usage of Razor to achieve this.
• Users can create seamless web applications with the ASP.Net Core Editor that completes code, highlights syntax, and offers diverse other features.
• Regarding web templating syntax, Razor can be considered a web standard for making dynamic web pages in C#.
• The ASP.NET Core framework is designed to handle multiple Web servers and requests for Web pages.
• Using SignalR, you will be able to build real-time applications that can be used in real-time.
• The framework is compatible with Angular, React, and other popular JavaScript libraries.

Why Count On ASP.NET Core for Developing Web Applications?

There has been a massive improvement over ASP.NET Core compared to its predecessors. Much of the credit goes to the unique and unparalleled attributes that make it a popular framework.

Below are some outstanding reasons of ASP.NET Core for Enterprise Web App Development, which should be considered by every software developer or development organization when developing a web application.

1. Open-Source Framework

Customized software can be a perfect solution for each enterprise and industry, as they have unique scopes and requirements that need to be fully met by customized applications. By using ASP.NET Core’s open-source and free installation packages, users can build highly customized, easily extendable apps.

With the open-source nature of ASP.NET Core, your application project will be given the flexibility and agility it needs since it makes it easy to integrate open-source components seamlessly.

2. Secure Environment

With the growing cyber attacks with cyber criminals becoming more powerful and equipped with advanced tools, protecting the confidentiality and integrity of user information has been the primary responsibilities of every organization. Security-wise, ASP.NET provides all the necessary components for preventing and mitigating potential threats.

Each ASP.NET application also incorporates an authentication and access control mechanism which allows only authorized users to access resources.

3. Razor Pages

As part of the latest version of Microsoft’s web framework, .net core, there is a new feature. It is intended to increase efficiency in environments focused on pages. In the age of cutting-edge visual user interfaces, developers can use the page-based coding framework to create powerful user interfaces with increased efficiency.

With this cutting-edge feature, the framework will become less complex due to the ability to create self-contained app pages that all can have unique views and features. As a result, there is an opportunity to structure each page’s code efficiently and timely.

4. Performance-Driven

ASP.NET Development Company must take into account superior performance when developing ASP.NET applications. With ASP.NET Core, performance, flexibility, and scalability are exceptional. This allows you to write consistent, reusable, and practical code, as well as utilizing tool optimizations and core libraries to ensure that it is reliable.

One of the unique features of this web development platform is that it automatically allows users to optimize their codes during the compilation process. As a result, the codes become more functional.

5. Extremely Versatile

ASP.NET Core’s versatility is another reason asp.net developers prefer Creating an ASP.NET Core Web Application. Using the framework, you can create cutting-edge web applications for mobile devices and desktops.

Using it can create a robust and high-quality app, combining your app development work. Compared to other server-side programming languages, ASP.NET Core offers the advantage of transitioning quickly between different development processes.

6. Cross-Platform Compatibility

The cross-platform nature of .NET development makes it a very attractive option for those interested in development on different platforms.

However, even though the framework can only be created for Windows, the tools and apps created with it can still run smoothly on Linux, macOS, and Windows systems simultaneously.

With Visual Studio IDE, developers can build web apps on any OS they prefer and collaborate while designing them.

With .NET Core, you can leverage cross-platform support, modular packaging, and installation flexibility.

7. Inherently Rich Tools for Developers

It is a common practice that app developers must use a wide range of programming languages, tools, and methods for writing, testing, and linking the code to create a complete application that uses multiple functions.

With ASP.Net Core, developers can access many developer tools to configure protocols, generate codes, and integrate APIs, widgets, and plugins into their web applications.

Moreover, it is equipped with a high-quality IDE known as Visual Studio. Several productivity enhancement features are included in the software, which helps reduce the number of errors and time to market.

8. Support From a Dedicated Community

A framework’s success depends on its community. With the community’s support, the libraries are provided quickly and exquisitely to aid developers in developing web apps.

Numerous individuals are available for assistance on GitHub and StackOverflow, as well as providing the infrastructure. Moreover, you can collaborate with the developers and they can also assist in developing the web application.

When Is It Appropriate to Use ASP.NET Frameworks?

With ASP.NET frameworks, web developers can construct complex web applications such as web-based and dynamic websites. Coding is essential to these projects because they are more interactive, requiring more efficiency and responsiveness.

Since ASP.NET Core works across all major operating systems, it is best suited for modern web applications.

Although developers may still use other platforms to build their websites, they are typically more appropriate for websites with relatively simple purposes and require an administrative system to update the site.

In addition, these platforms enable non-technical users to monetize medium-sized websites. With ASP.NET, all of your work is undertaken by code, but developers’ increased control with this technology allows them to access databases, enhance integration, and increase security.

You may like this: .Net Core vs .Net Framework

Conclusion

With the rise of demand for mobile applications and software solutions, new technologies have emerged in recent years, but ASP.NET Core has distinguished itself as a leader among these technologies.

It is undoubtedly the most reliable and affordable framework for developing web applications. Various packages and modules are available to extend its capabilities, and Microsoft supports it extensively.
If you want to stay ahead in the competition and want the best for your next web app project, hire .net core developers from reliable companies and they bring out the best for your web project.

The post ASP.NET Core: Top Reasons That Makes It Beneficial Choice for Web App Project appeared first on CMARIX Blog.

In this article, we’ll discuss the top 19 .NET Core best practices to help you build high-quality applications. These best practices are essential to ensuring the success of your .NET Core projects, and they will help you avoid common pitfalls and achieve better performance, scalability, and security.

Explain .NET Core

.NET Core is a free, open-source, cross-platform framework for building modern, scalable applications that follows asp net core controller best practices. It is a modern implementation of the .NET framework, designed to run on multiple platforms, including Windows, Mac, and Linux. With .NET Core, developers can build applications for the web, desktop, and cloud and take advantage of the latest advancements in .NET technology. Additionally, .NET Core allows for a wide range of programming languages and libraries to be used, making it a versatile tool for building applications. Its efficient and powerful platform, combined with its adherence to asp net core architecture best practices, makes .NET Core a great choice for modern application development.

Top 19 .Net Core Best Practices

1. Choose the Right Version

Choosing the appropriate version of.NET Core to build an application with is the first step in the process. It is essential to ensure that your development environment is always up to date, as new releases of.NET Core include performance and security enhancements, as well as bug fixes. However, it is also essential to take into account compatibility with the systems that are already in place and to check that the version you are using is one that is well-supported and maintained.

2. Design for Scalability

Scalability is an important consideration when developing any application, and .NET Core gives you the tools you require to account for it from the very beginning of your application’s development. You can ensure that your application will be able to manage increased traffic and demand over time by adhering to a modular architecture and avoiding single points of failure. You can further improve the scalability of your application by distributing the load across multiple servers, which can be accomplished with the help of load balancing. Hire .NET Core Developer to build scalable applications with .NET Core.

3. Consider Performance

The performance of any application is essential to its overall success, and .NET Core offers a wide variety of strategies for improving application performance. You can improve the speed of your application and its responsiveness by making use of algorithms that are effective and reducing the amount of data transferred. In addition, you can improve performance by avoiding operations that require a lot of resources and by making use of data structures that are appropriate for the situation.

4. Ensure Security

Building a secure application is an essential part of developing any application, and.NET Core gives you access to a wide variety of features that can assist you in doing so. It is essential to validate all user input prior to processing it, as input validation is the essential first step in preventing security vulnerabilities and exploits. It is essential to encrypt sensitive data, such as passwords and financial information, in order to prevent unauthorized access to the data. In conclusion, protecting your application against threats such as cross-site scripting (XSS) and SQL injection is necessary in order to guarantee the application’s security.

5. Follow the established coding standards.

Building high-quality applications involve a number of steps, one of which is adhering to coding standards..NET Core provides a number of tools to assist developers in adhering to best practices. Building applications that are easy to maintain and scalable requires following naming conventions that are consistent throughout, writing code that is clear and concise and documenting code very thoroughly. In addition, comments and documentation can assist you in comprehending the objective and operation of your code, and they can make it simpler for other programmers to make contributions to your undertaking.

6. Automate Testing

Building high-quality applications involve many steps, one of which is automating the testing process..NET Core provides a wide variety of tools that can assist you in automating the testing procedure. You can ensure the quality of your code and find bugs early on in the development process by running unit tests, integration tests, and performance tests. These tests can all work together. In addition, automated testing can help you cut down the amount of time spent on development and improve the code’s readability and maintainability.

7. Leverage Dependency Injection

Dependency injection is a powerful pattern that can assist you in constructing applications that are more modular, easier to maintain, and more testable. You are able to easily inject dependencies into your classes and components by taking advantage of the built-in support for dependency injection that is included with .NET Core. This has the potential to increase the modularity of your code, making it less difficult to test and maintain.

8. Embrace Logging

Logging is a critical aspect of building any application, and .NET Core provides many tools to help you log and track events and errors. With a focus on net core logging best practices, you can ensure that your logging is effective, efficient, and informative. Logging can help you with debugging, troubleshooting, and monitoring your application, and it can provide valuable information about the state of your application. By logging meaningful events and errors, you can quickly diagnose and fix issues, and you can monitor your application’s performance and resource usage.

9. Implement Exception Handling

Exception handling is an essential aspect of building robust and reliable applications, and .NET Core provides many features to help you handle exceptions gracefully. By properly handling exceptions, you can ensure that your application continues to function even in the event of an error, and you can provide proper error reporting to your users. This can help you avoid data loss, prevent crashes, and improve the overall stability and reliability of your application.

10. Use Configuration Files

Configuration files are an essential aspect of building flexible and maintainable applications, and .NET Core provides many tools to help you manage your configuration settings. By avoiding hard-coding configuration settings, you can ensure that your application is flexible and can be easily modified to meet changing requirements. In addition, configuration files can provide an easy and maintainable way to manage settings in different environments, making it easier to deploy and maintain your application.

11. Optimize Data Storage

Data storage is a critical aspect of building any application, and .NET Core provides many tools to help you optimize your data storage. By properly indexing your data and designing your database, you can improve the performance and scalability of your application. In addition, by using caching techniques, you can reduce the load on your database and improve the performance of your application.

12. Monitor and Optimize Resource Usage

Monitoring and optimizing resource usage is an essential aspect of building high-performance applications, and .NET Core provides many tools to help you monitor and optimize your resource usage. By monitoring and optimizing memory usage, CPU utilization, and network utilization, you can ensure that your application is using resources efficiently and effectively, and you can avoid performance bottlenecks and other issues.

13. Implement Version Control

Version control is an essential aspect of building collaborative and maintainable applications, and .NET Core provides many tools to help you implement version control. By using version control, you can track changes to your code, collaborate with other developers, and easily roll back changes if necessary. In addition, version control can help you maintain a history of your code, making it easier to track bugs and make changes over time. Hire ASP.Net Developers who are familiar with version control and can help you implement it effectively in your projects.

14. Leverage Caching

Caching is a powerful technique for improving the performance and scalability of your application, and .NET Core provides many tools to help you leverage caching. By caching data and resources, you can reduce the load on your database and improve the performance of your application. In addition, caching can help you provide offline functionality and improve the overall user experience of your application.

15. Make use of caching libraries

Caching is a powerful tool that can significantly improve the performance of your application. By leveraging caching libraries, you can reduce the load on your application’s database and improve response times. Additionally, caching libraries provide robust and flexible caching solutions that can be customized to meet your specific needs.

16. Utilize multithreading

Multithreading is an important aspect of building high-performance applications, and .NET Core provides robust support for multithreading. By utilizing multithreading and incorporating asp net core async best practices, you can improve the performance of your application by taking advantage of multiple cores and improving resource utilization. Additionally, .NET Core supports asynchronous programming, allowing you to write highly responsive and scalable applications, further enhancing your application’s performance.

17. Use a centralized logging solution

Logging is an essential aspect of building secure and maintainable applications, and .NET Core provides a range of logging solutions. By using a centralized logging solution, you can improve visibility into the performance and behavior of your application, making it easier to troubleshoot and debug issues. Additionally, centralized logging provides a single location for storing and accessing log data, making it easier to analyze and understand the behavior of your application.

18. Integrate with monitoring tools

Monitoring is key to ensuring the performance and availability of your application, and .NET Core provides a range of tools for integrating with monitoring solutions. By integrating with monitoring tools, you can improve visibility into the performance and behavior of your application, making it easier to troubleshoot and optimize performance.

19. Continuously evaluate and optimize

The final step in building high-quality .NET Core applications is to continuously evaluate and optimize your application. Regularly assessing and improving performance, security, and user experience is essential to ensuring the success of your application over the long term.

You may like this: Difference Between .Net Core and .Net Framework

Conclusion

In conclusion, the top 19 .NET Core best practices provide a comprehensive guide for building robust, scalable, and secure applications. Whether you’re a seasoned .NET developer or just starting, these best practices can help you build high-quality applications that meet the needs of your users and your business. As an ASP.NET Development Company, by continuously evaluating and optimizing your application, you can ensure its long-term success and maintain its relevance in a rapidly changing technology landscape.

The post Top 19 Essential Best Practices for .NET Core Development appeared first on CMARIX Blog.

What is SharePoint CMS?

Microsoft SharePoint is a popular content management system. It is now a portion of the Microsoft 365 package, and many companies use it for document storage, tracking, and sharing.

By issuing a document ID to each item on its server, the SharePoint content management system enables you to produce unique documents. Because counterfeited documents do not have the same document ID, these IDs assist firms in identifying documents that have been copied or relocated from their location. Document IDs can also be configured for top-level site categories.

SharePoint’s dashboard contains a plethora of capabilities for marketing content management and information tracking. It includes a web analytics application that gives real-time information. This data can be used to create consumer profiles and track campaigns. SharePoint’s content audits also assists firms in optimising their SEO approach through the use of multivariate tests.

What Are the Benefits of Microsoft SharePoint CMS?

SharePoint CMS is an excellent content management system. You can manage digital assets such as corporate documents, records, media asset libraries, and visual/audio content. This content management system has several advantages. Let’s have a look:

Easy to Use

The SharePoint content management system is effective and simple to use. Its user interface provides an intuitive user experience. You can use a variety of devices to access the platform, including PCs, laptops, tablets, and smartphones. Furthermore, its process is simplified, allowing first-time users to simply manage the system’s complexities. It can also assist you in automating critical business procedures.

Improved Collaboration

SharePoint document management system enables organizations to exchange documents for collaboration in real-time and making decisions. It enables multiple individuals to collaborate on the same text by handling versioning and keeping a basic history of the document. You can also talk to other editors about modifications.

Increased Document Security

SharePoint can also aid in document security. It effectively secures your papers using encryption and cloud backup. You may also control who sees, prints, and edits your documents.

SharePoint allows you to limit peer and group sharing (i.e., only people who are part of authorised groups can see or edit your documents). You may also set up access inheritance for SharePoint groups, which implies that only particular users in the group will be able to access it.

This prevents unauthorised access to documents. For certain documents, you may also enable security mechanisms including two-factor authentication and an OTP.

SharePoint CMS Features

Metadata

Metadata refers to information about data. It allows people to learn more information about the data despite having to access it.

Users can establish both formal and informal categorization systems for their data using SharePoint’s Managed Metadata feature. The official hierarchy is known as taxonomy, and the colloquial structure is known as folksonomy.

Admins can create display filters for libraries using taxonomy/folksonomy. You can also construct term sets, which group documents in SharePoint that have a common term. Term sets can be both local and global in nature.

Integration With Other Business Software

SharePoint CMS may communicate with other corporate applications such as CRM and ERP. It can also be integrated with project management tools like Jira. SharePoint can also be linked to other Microsoft 365 tools like Excel, Word, and PowerPoint.

DMS Properties

Although SharePoint lacks important DMS properties such as shared notes capabilities and content indexing (the ability to index-search entire documents), it does provide basic DMS functionality such as permission validation and versioning.

SharePoint Web Content Management

SharePoint includes reusable themes and page layouts that you might use to easily develop web content. Furthermore, firms might reuse templates and theme rules across multiple sites to ensure brand consistency. You can also change the look and feel of the SharePoint intranet. You can always opt for custom CMS development services for this.

Legal Documentation

The eDiscovery Center in SharePoint is a specialist tool for handling, indexing, and managing legal documents.

Security and Compliance

Microsoft SharePoint CMS come with several security features. It has a data encryption feature. Data at rest is encrypted at two levels: disk-level BitLocker data encryption and file-level encryption with a unique key for each file. The SSL/TLS connection protects data in transit.

It also has access control. CMS access with permissions to secure critical content from unauthorised reading, modification, and deletion at any level – from a document to the entire site.

A two-factor authentication feature is available in this CMS. To access SharePoint CMS, enter a password and a code from an email or text message.

SharePoint Content Management Example

SharePoint CMS makes it simple to generate and manage a wide range of content for intranets, extranets, and portals.

Document Management Portal

You can create templates for documents. In addition, you can also create document workflows with multiple steps that are not linear (e.g., approval, collecting signatures).

It has a document collaboration feature in real-time. You can search for documents by title, metadata, or full text. You can also search filtering and enterprise search. The document access depends on permission. It also has versioning of documents and an audit trail.

Business Intranet

You can use SharePoint CMS for developing a business intranet in your organization. What’s even more exciting, you do all of the following using this.

• The management company and industry announcements and news
• Document administration.
• Employee profiles and an organisational chart
• Policy administration.
• Management of knowledge.
• Employee communication and collaboration are formalised.
• Management of compliance.

Now you can build your own business intranet.

Social Intranet

You can also build a social intranet and engage with your team. You can manage the following things:

• Employee communication that is informal (blogs, forums, discussion boards).
• Gamification.
• Communities.
• Integration of social media.
• Surveys and feedback
• Galleries of media.

The possibilities are endless with SharePoint CMS.

HR Portal

You can even build an HR portal using SharePoint CMS. Using this, you can do the following:

• HR document administration.
• Management of employee information.
• Employee competency and skill management
• Employee benefits administration.
• Management of employee requests.
• Management of employee learning and development.

Get this now for developing a smoothly running HR portal.

Learning Portal

This CMS is not only related to offices but also to educational institutions. You can build a learning portal with this CMS.

• Support for learning content that is multi-type, multi-format, and multi-language.
• Management and development of learning content
• eLearning Collaboration (e.g., group tasks).
• Quizzes and exams are used to assess learning.
• Content feedback from students.

Knowledge Management Portal

You can also create a knowledge management portal using this CMS.

• Creation and management of knowledge assets (e.g., articles, guides, FAQ).
• Collaboration on intellectual property.
• Knowledge storage that is structured.
• Transfer of knowledge
• Advanced knowledge asset search.
• Reporting and analytics (e.g., user activity, number of articles created, views).

You can manage such activities using this CMS.

Customer Portal

You can manage your customers by developing a customer portal using SharePoint CMS.

• Onboarding of new customers.
• Multi-language customer-targeted content creation and management (press releases, knowledge articles, user manuals, etc.).
• Customer engagement with the material (shares, likes, subscription to updates).
• Ticketing for customers.
• Customer comments (surveys and polls).

What are you waiting for? Try this out today!

Community Portal

Communities are important for society. Thus, you can build a community portal using SharePoint CMS.

• Management of community membership.
• Gamification and social characteristics
• Transfer of knowledge
• Event administration (e.g., lectures, podcasts).
• Ad administration (templates, scheduled publishing, etc.)

Create your own community portal now!

CMS SharePoint Integration

The interface with Microsoft Office is excellent. Again, it may come as no surprise that SharePoint works well with Word, Excel, and other office apps.

SharePoint may be a fantastic intranet solution. SharePoint is likely most famous as an intranet solution, rather than a tool for constructing websites that clients will engage with, due to that fantastic office and employee connection we described a moment ago.

Even though SharePoint is more commonly used for intranets, it doesn’t mean you can’t use it to create a public-facing website. You simply need to be aware of the constraints before beginning the process. For starters, adopting Microsoft SharePoint CMS as an intensive CMS necessitates a competent programming staff that is well-versed in the software. Another disadvantage is that the design and layout features available on a SharePoint company website are quite limited.

Choose the right SharePoint CMS Solution Company

Content management systems are critical for managing a company’s online presence. You need a cloud-based solution to store and transmit information across your organisation, whether you’re using it to handle product information, marketing campaigns, or internal paperwork.

By building a central information repository for all of your data, SharePoint CMS can help you complete this work more efficiently. You can also share documents with other teams and view changes in real-time. Hence, choosing a company that provides custom CMS development services is crucial for your business.

Final Thoughts

SharePoint provides powerful and workflow-enabled solutions for improving document control in a company. It is the ideal collaboration tool for small and medium-sized businesses.SharePoint Enterprise Content Management streamlines intranet information governance and administration. This improves communication, cooperation, and workflow within and between organisations. For efficient content management, Microsoft CMS is the way to go, especially if you currently utilise other Microsoft 365 tools. If you want to avail all these services for your business, hire SharePoint developers now.

The post SharePoint CMS – Is SharePoint a Secure Platform for Corporate Use? appeared first on CMARIX Blog.

In this race, one must not fall behind in learning and exploring new technology and services that can significantly impact the final product. The web building process has undergone a massive change, and when you Hire .Net Core Developer, you cannot miss the beat of .Net technology. One of the biggest concerns every developer faces is to select the right development services and decide which libraries can complete the code. To avoid confusion, here is a list of the top 11 .Net core libraries that can help developers select the best one for their project.

Why Select the Best Library for .Net?

When choosing a programming language for application development, it is essential to consider the application’s needs. To ensure the security and data integrity of the application, it is necessary to develop a logging system. The second important aspect is that the system should be able to provide a graceful error handling mechanism so that the application will be able to continue to run even if there is a bug. The third is that the application should be able to handle exceptions gracefully.

.NET development is a vast field, and in many cases, developers from Asp.net MVC development company choose the.NET platform because of its ease of use and ease of deployment. Many developers decide to switch from Microsoft.NET to another software development platform because the ‘other’ platform is closer to their hearts. Let’s unfold Pandora’s box of .NET libraries along with ASP.NET Core 3.0: Key Considerations that can help you build your next big project in no time.

Introduction to .NET Core Libraries

The .NET Core is a cross-platform development platform for building production-ready applications on the Microsoft.NET platform. The.NET Core framework allows developers the development of software and applications that will enable developers to design business processes efficiently. It promotes open-source technology and adheres to the.NET Standard 2.0 while being backwards compatible.

Lately, .NET Core’s features have been updated to allow for less code and the deployment of high-performance and incredibly scalable applications. All the improvements have been made to the .Net framework Libraries. Here in this read, we have collected the top 11 .NET Core libraries to help build complex websites and applications to benefit businesses in the longer run.

1. Swashbuckle

Swashbuckle is a.net core library to build beautiful API documentation. It comprises a cross-platform library of styles, code snippets, and documentation. The library is used to create beautiful API documentation by creating a unique style that is easy for others to understand.

What More Does it Offer?

• Automatic generation of Swagger 2.0
• Seamless integration with Swagger UI.
• Reflection-based schema generation
• Swagger UI extensibility hooks
• Supports XML comments
• Offers authentication Implicit OAuth2 scheme and flow, APIKey, and basic authentication

2. Polly

Polly offers.NET core developers a lightweight, fault-tolerant, retry-based, circuit-breaking fallback mechanism that retries on transient errors. It also provides idiomatic ways to build asynchronous or fault-tolerant programs in a way that’s easy to reason about and understand. This includes but is not limited to: retrying on transient errors, handling the case when a retry causes a temporary error and identifying and dealing with transient errors that otherwise would be difficult to detect.

What More Does it Offer?

• Easy navigation via an unreliable network
• offers resilient strategies
• Comes packed with zero-dependency

3. AutoMapper

AutoMapper is a.net core library to manage object-to-object mapping. It maps objects without reflection at runtime. It offers a fluent API, so developers can configure AutoMapper to map between types and ensure that changes in source properties are automatically reflected in the destination. The supports Type Converters, Mappers, KeyedMapping, and many different mapping schemes, including the ability to specify complex mappings to objects with inheritance.

What More Does it Offer?

• Microsoft DI Extensions
• IDataReader/Record Extensions
• Collection Extensions
• EF6 Extensions
• Enum Extensions
• Expression Mapping

4. Sanskrit

Sanskrit is a .Net library used to build Lightweight Services in ASP.NET Core 6. It is a delivery notification framework that allows businesses to send email notifications to users. It gives developers the ability to run their applications on the SaaS model. The library is based on a combination of the.Net Core framework and Microsoft.

What More Does it Offer?

An open-source web framework Supports web app development to manage dynamic relationships between users and content using a Web API A best fit to build SaaS applications.

You may like this: Top 19 .Net Core Best Practices

5. FluentEmail

It is a .Net library that works with networking protocols like SMTP, SpamAssassin, and others. It also supports the mail.exe protocol, which allows for creating an application that can be used to send mail.

What More Does it Offer?

• Supports the mail.exe protocol
• Ease of building an application that can be used to send mail

6. MailKit

MailKit is a cross-platform API client/server library with.Net core technologies. It helps developers make an email client, web server, and messaging system. Its mechanism makes integrating into applications with little or no.Net core experience easier.

What More Does it Offer?

• Easy Authentication and Security Layer (SASL) process
• Offers proxy support for SOCKS4/4a, SOCKS, and HTTP
• SMTP client
• Pop3 client
• IMAP4 client
• Async API and API cancellation

7. CacheManager

CacheManager is a small, high-performance caching abstraction for.Net Core, written in C#, designed to be easy to use, extend, and maintain. It is a .Net core library, allowing developers to map objects to the databases. It simplifies the caching mechanism of.Net core by providing a simple, free-to-use cache abstraction.

What More Does it Offer?

• A.net core library for cache abstraction in C#
• C# port of Memcached, supporting .Net Standard 2.0
• Open-source project on GitHub
• Uses Bintray package control for deployments

8. Dapper

Dapper is.net’s core library for object mapping and supports high-performance ORM support for SQL Server, MySQL, SQLite, SqICE, etc. It is a new, open-source.net core ORM framework and the first of its kind. It offers a productive and simple programming interface that makes it easy for developers to build powerful.net core apps.

What More Does it Offer?

• Build high performance, scalable, and fault-tolerant object database Objects mapping to databases.
• The rapid development of feature-rich, performance-critical applications.
• You can extend your IDB connection interface using this NuGen library.

9. Ocelot

Ocelot is an open-source API gateway for running microservices or service-oriented architecture. The functionality is similar to the popular JAX-RS (Java API for RESTful web services) 2.0 standard; all microservice platforms do not support Ocelot. Ocelot can be used with Capistrano, Docker, and other infrastructure.

What More Does it Offer?

• Useful for routing
• Request aggregation
• Load balancing
• Configuration

You may like this: Clean Architecture .NET Core

10. NLog

NLog is an open-source logging library. It provides a.NET-based logging framework which is robust, rich, and extensible. NLog is built to be the “universal” logging framework, so whether you’re logging for an ASP.NET MVC app, a Web API, a console app, a Windows Service, or anything in between, NLog can help you. NLog is used by thousands of developers across the world.

What More Does it Offer?

• Easy configuration
• Template formation
• Extensible structure

11. SignalR

SignalR is a client-side library that helps developers add real-time features to their.NET applications using WebSockets and server-sent events. SignalR has built-in support for auto-reconnect on network loss, bi-directional communication, and long-polling. It enables you to quickly build high-end, real-time online applications by decoupling data and functionality with a service-oriented architecture.

What More Does it Offer?

• Automated connection management
• Simultaneous client message-sending
• Scale-up traffic
• Enables group messages to clients

You may like this: Difference Between .Net Core and .Net Framework

Conclusion

That’s all for this post. We hope that the.Net core libraries listed in this post will be useful to you and can be used for your upcoming project.

At CMARIX- A software development company in India, we have an expert team of developers who are well-equipped within and outs of Net Core libraries. We can help you build a relevant web platform for your business needs.

Call us today to schedule a FREE 30-minute consultation and accelerate your business to the next level.

The post Top 11 .NET Core Libraries Every Web Developer Should Know appeared first on CMARIX Blog.

Do you need Visual Studio 2022 to build the ASP.NET Core Web project?

Yes, you will need Visual Studio 2022 to build the ASP.NET Core Web project. It will aid in the development of lightweight services with ASP.NET Core 6. If it is not installed, you must download it immediately to start the work. However, if it is installed already, take a look at the steps outlined here.

Steps to Build an ASP.NET Core Web project in Visual Studio 2022

You must follow multiple steps in the right order to develop the ASP.NET Core Web project in Visual Studio 2022. Check them out here –

Step 1: Go to the Visual Studio 2022 IDE

Step 2: Tap on Create new project

Step 3: Click on ASP.NET Core Web API

Step 4: Press Next

Step 5: Look out for Configure your new project. After that, you need to enter the name and location of the project.

Step 6: Observe the “Place solution and project in the same directory” window. Then, you need to make a decision.

Step 7: Tap on Next

Step 8: Look for the “Additional Information” window. There, opt for the .NET 6.0 choice. Here, remember that you must tap on none in the Authentication Type window.

Step 9: Before leaving, uncheck these boxes – “Configure for HTTPS,” “Enable Open API Support,” “Enable Docker.”

Step 10: Tap on Create

Read More: Is Asp.Net Core Behind The Success Of Enterprise Applications Development?

How to Build Lightweight Services in ASP.NET Core?

There are two distinct ways that you can develop lightweight services in ASP.NET Core. Firstly, you can use the Program Class to proceed.

While creating the new ASP.NET Core 6 Empty Project, it is imperative to note that there is no default Startup.cs file. In that case, the developers can write the code they want in the Program.cs file. It is one of the simplest ways to build lightweight services. However, you need to choose the best MVC.Net Development Services for reliable output.

Lightweight services or API lack templates or controller classes. These are not needed for their creation. Hence, it becomes easy to build them in the Program or Startup class.

Another way that you can develop lightweight services in ASP.NET Core is by using the IEndpointConventionBuilder interface extensions. Take a look at the different extension methods –

• MapRazorPages
• MapGrpcServices
• MapHub
• MapGet
• MapPut
• MapPost
• MapDelete
• MapControllers

Here, MapControllers is used for Controllers, while MapRazorPages is used for RazorPages. Moreover, you can also use MapGrpcServices for gRPC and MapHub for SignalR.

Apart from this, developers can use MapGet, MapPut, MapDelete, and MapPost to create a connection between the routing system and the request delegate.

Hiring the best ASP.Net Developers will definitely give an edge over others in the market.

How to choose the best ASP.Net Development Company?

There are different parameters that you need to consider before hiring the right ASP.Net Development Company. It is vital to remember that you are investing a significant amount in the project. As such, you need to hire ASP.Net developers that suit the best for your web development needs.

Take a look at these pointers –

• Team of Skilled Developers

The company that you want to hire must have a team of certified and proficient ASP.Net developers. They must have extensive knowledge of MVVM or Model-View-View-Model in MVC (Model-View-Controller) architectures. That way, you can choose the one you want without much hassle. Moreover, you can also ask the team some technical questions to satisfy your curiosity. Make sure not to ask cliché and basic questions in the meeting.

• Years of Experience

The time period from which the developers are handling web development projects is essential. The more time they have spent in the industry, the more experience they have. As such, you can rely on them to deal with unexpected scenarios with ease. For instance, something urgent crops up during the development phase. In that case, they can use their expertise to navigate the situation.

• Timely Delivery

Another thing that you need to consider is the timeline of project delivery. You must decide on the deadline and make sure that the company can deliver it within it. To gain more confidence, you can ask previous clients. This will give you an indication of how they work, their ethics, and their quality of work. If you are worried, you can ask for updates at specific time intervals.

• Budget-friendly Rates

The next thing that you must keep in mind is the cost-effective price rates. For this, the best solution is to first set up a budget. Now, you can choose the company that fits your budget the best. However, you must understand that price plays a crucial role in the quality of the work you will get. You cannot expect top-grade work at minimal costs.

• Proper Communication

Lastly, you must also focus on the communication skills of the developer team. They must understand your needs for the web development project. In turn, you must make sure that you are very clear about your requirements. You must maintain a smooth communication channel to prevent lost messages. Moreover, make sure that you can contact them at all hours via different communication methods. It is vital for the smooth flowing of the project.

You may like this: Top 19 .NET Core Best Practices

Conclusion

These are the different ways developers can build lightweight services in ASP.NET Core. It is imperative to understand that obtaining the best MVC .Net Development Services is crucial for the success of the web development project. After all, hassle-free yet excellent services are all that you seek from expert developers.

The post Introduction To Build Lightweight Services in ASP.NET Core 6 appeared first on CMARIX Blog.

This post will lay out the features of both and attempt to discover a reasonable victor between them dependent on a feature-wise examination.

Before you decide to deal with ASP.NET core vs. Node.js or any other programming languages for the server-side, you need to consider the accompanying perspectives.

Each programming language has its technology stack that fills some needs of the business.

Here we will discuss why you should compare these two technologies before you hire certified ASP.Net Developers for your specific project and the advantages of using this framework in application development.

.NET Core

.NET is an open-source programming development structure that Microsoft first possessed and afterward delivered to the local open-source area. At first, it had two branches, like the .net structure, which runs just on Windows, and the .net center, which is cross-platform. In any case, from .net center adaptation 3, Microsoft halted the prior .net system support.

You may like this: Top 19 .Net Core Best Practices

Node.js

Node.js is an open-source runtime environment to foster quick and scalable network applications. Hub js is based on chrome’s javascript runtime, which is known as the V8 motor. Hub js is profoundly ideal in data-concentrated real-time applications as it utilizes an event-driven, non-impeding I/O model. This js isn’t greatly liked in creating productive applications, for example, video and audio processing.

Here you should have a point about what issue you need to determine, the features of your business, and the kind of crowd you need to serve.

Specialized Expertise

Without broad information and comprehension of various servers, languages, and frameworks, one can’t chip away at the server-side.

Here, the determination of technology depends on the development group, and the accessibility of experts in that field depends on geology.

Qualities of the Languages

There is a broad scope of languages present in the IT field, which you can allude to fabricate natural and excellent web applications on the server-side.

All languages include their ecosystems, networks, supports, and qualities. These models assume an indispensable part in the choice of a structure.

Presently, without taking a lot of your time, how about we jump profoundly into the definite correlation of Node.js vs. .NET Core.

Scalability and Security

ASP.NET Core/.NET Core is unquestionably a champ in this classification. The security and unwavering quality of the platform make it an incredible choice to make robust programming with C# language. Node.js is more solid for complex venture programming created with TypeScript than all alone.

Speed

Node.js: Being asynchronous, it can deal with a few callbacks subsequently.

While managing a job in Node.js, you won’t confront numerous deliberations. Additionally, it gives you a choice to coordinate little segments instead of a gigantic arrangement of boundaries.

ASP.NET: A bundle of shows acquired by ASP.NET empowers you to upgrade your code and keep it exact and minimal. Yet, redirecting from these arrangements will prompt manual design, which is fairly difficult and devours some additional time.

Async vs. Sync

This is another important trademark to consider while running a contrasting .Net center and Nodejs. The last is asynchronous, while the previous is coordinated commonly.

Thinking about being coordinated or asynchronous? The appropriate response is straightforward. A simultaneous setting permits the execution of only one activity, subsequently keeping others from coinciding.

Then again, one can play out numerous functionalities without hindering any single capacity under an asynchronous setting.

Tools

Node.js: You can use any mainstream TextEditor for fostering any 0web application utilizing Node.js. Notwithstanding, a common choice is to utilize WebStorm (IDE) because it builds considerable usefulness and upgraded support from the local area.

ASP.NET: There are many tools present on the lookout, like LINQPad, NDepend, ELMAH, and so forth, which you can use to make imaginative and cutting edge websites and web applications. By and large, engineers like to utilize tools like Visual Studio, Web Essentials, and Resharper.

Performance

Most engineers use performance as the fundamental tool to distinguish a broadly applicable developmental platform for their decision. They focus on the rundown of basics to decide which alternative is helpful between the two choices. The instance of examination of .Net center and Nodejs isn’t the same as this standard.

Since Microsoft, related to the .NET people group on GitHub, is mindful to deal with the working of .Net Core, it claims a few valuable functionalities.

Both are prepared to do either overperforming or failing to meet expectations in given circumstances. It reduces the range of abilities of a worker. By and large, a decent worker won’t criticize any of these options.

Notwithstanding, the .Net center tends to outflank Nodejs when appointed a similar workload on a similar system. This can be credited to the distinctions in their programming language.

Like this, most software engineers don’t separate between the two platforms depending on their performance. Thus, it tends to be securely said that both the options pass similarly well.

The variety in the performance must be seen when there is either an enormous workload or immense traffic squeezing for space. By the way, the distinction in the performance of both is infinitesimal.

Hosting

Node.js: There are limits on Node.js when engineers decide to have their applications. In this manner, most engineers decide to have by framing their own Linux Web Server.

ASP.NET: To have applications constructed utilizing ASP.NET, you have a few options like AWS, Heroku, Microsoft Azure, and Google Cloud Platform.

Ecosystem

Node.js: It is, for the most part, an open-source JavaScript runtime environment. Designers are more attracted to Node.js as it uses a V8 motor to compose backend code utilizing the front-end language.

Also, immense measures of Node.js frameworks have been delivered over the most recent couple of years to improve web and mobile application development.

ASP.NET: It is essentially a server-side structure that offers an exhaustive heap of libraries, tools, which you can use to make applications effectively.

This open-source technology helps in arranging profoundly powerful websites and web applications utilizing .NET languages like C#, F#, and Visual fundamental.

Benefits Of Using Node.js

• Can utilize a single language JavaScript to perform both front end backend development
• Node is cross-platform and asynchronous by beginning.
• Support of NPM bundle chief to utilize external modules
• Code measured quality causes less reliance inside the venture, and traded modules can be utilized in different activities with no side consequences for existing code.

Read More: Enterprises Are Developing Their Business Apps Using Node.js, Why Aren’t You?

Benefits of Using .Net Core

• Reduced coding time with inbuilt libraries
• Security
• Supportive coding environment and tooling with Visual Studio
• Cross-Platform support
• Development and organization across various platforms Cloud, IoT, Desktop, and so on

Mainstream Organizations that Moved to Node.js

PayPal, Netflix, Uber, LinkedIn, eBay

Mainstream Organizations that Moved to .NET Core

Chipotle, UPS, GoDaddy, Asgard Systems, Siemens Healthineers

Final Say: Node.js vs. .NET Core

As it is clear from the abovementioned, the two platforms are nearly neck to neck as far as features and functionalities, yet in an alternate way. Consequently, it is a precarious possibility to pick one between the two. Your smartest choice to draw a contrast between the two options is to think as far as your prerequisites. We are sure you will be able to make a final decision on whether to hire ASP.Net Developers or hire NodeJs Developers for your upcoming project.

The post Node.js vs. .NET Core: Which is better for Server-side Development Platform? appeared first on CMARIX Blog.

Here we are going to explain various aspects of using E2E for ASP.NET Core applications.

What End-to-End (E2E) Tests do?

E2E tests roughly represent user interactions with a software product. This is a powerful method to validate the user experience of a software product. Let us have a quick look at the principal characteristics of the E2E test.

• From end to end, tests are closely bonded with the user interface of the software, writing such testing programs need increased cost. For the same reason, they need more maintenance costs than regular tests.
• Since they require running an actual web browser side by side, the testing process is very slow.
• The ultimate benefit of such tests is that they deliver testing results very close to the actual user experience feedback for the application.

Testing Coverage

End to end tests offers more expansive coverage of the areas related to the user experience of a software product. They cover each and every aspect ranging from business logic, the interactions with various components, integration of device and platform features, unit test performance, and corner cases.

By carrying out E2E tests we can evaluate all-important user actions and interactions from the perspective of the end-users so that the actual user experience can be evaluated. This is why many testing services these days are showcasing their expertise with this testing skill.

Some of the key aspects that we can validate using E2E tests include

• login and logout
• Viewing list of articles
• Being able to open an article
• Being able to add an article
• Ability to remove an article

This is actually a testing process to evaluate the basic functions of an app while not being engaged with the business logic or corner cases.

Learn More: Key Principles of Carrying Out User Acceptance Testing (UAT) in 2020

Making the ASP.NET Core Application Ready for E2E Test

Now we need to explain about preparing the ASP.NET Core application ready for E2E tests. For this, we need to keep in our consideration all the factors that can influence any automation tests. For example, to run the test to evaluate the login function we first need to create an account for the app with login credentials. For different app pages, we also need to create some test data.

Against which environments the test is going to run? Well, this depends on the server-side management to a great extent. Some environments against which End-to-End tests are run include the following.

• A newly deployed test environment created for the express purpose of running E2E tests. For this option, you need to manage synchrony with the previous state of the app.
• A new test environment can also be built from scratch so that we don’t need to worry about keeping in sync with previous states.

For our present explanation, it is better to opt for the second option which is much similar to what QA professionals do at the time of integration testing. We have to begin the process by adding a new and fresh ASP.NET Core project.

Starting Selenium Tests with Nightwatch.js

We would choose Selenium as the most equipped testing tool besides using Nightwatch.js. The latter is a great JavaScript framework that is used for writing great test scripts through a rich API. Compared to the bland Selenium, it is a good tool for writing the test script. The best thing is Nightwatch can allow access to the Selenium API as well. You can always use other test tools of your preference as long as you can guarantee to get the same testing output and coverage.

We are now fully prepared for starting with the Selenium-based tests.

Here we need to mention the important prerequisites for running Selenium-based tests.

• For running Selenium-based tests, you need access to a selenium server that uses Java as the coding language. So, for running the test you have to install Java first on the built environment.
• Just because you will use the JavaScript-based framework Nightwatch.js you also need to install Node.js on those computers as well.
• After installing these you have to add a package.json file to the E2ETest project.
• Now add other Node dependencies for Nightwatch.js and Selenium that you may require.
• Now install the web drivers for browsers where you are going to run the test.
• Create a separate Selenium driver folder and add all the updated driver versions there.
• In the end, add a configuration file to help Nightwatch know the location of the various test files.

A Few Points About Test Maintainability

You might have already seen that tests rely heavily on HTML attributes and structure. This may create problems as simple refactoring can break code. This is why it is important to keep CSS selectors as vague as possible. This may sometimes require adding class names and IDs to allow tests to detect them easily without messing with the HTML structure of the app.

When you write a lot of tests utilizing the extensible capabilities of the Nightwatch and build custom commands, assertions, and pages to ensure clean and maintainable test code, you have really mastered the art of writing E2E tests. This is also one of the key reasons why we prefer using the Nightwatch framework instead of using the Web Driver API directly.

Conclusion

App testing involves a lot of complexities and no app development company can turn their eyes on them. Moreover, among the various different tests that are applied by QA professionals and testing experts, End-to-end (E2E) comes with the hardest complexities. But just like the challenges, the reward for carrying E2E tests is also big enough. End to End tests helps development companies to have a solid grasp over the issues corresponding to key app functions.

The post Key Considerations For Carrying Out End-to-End (E2E) Testing Of ASP.NET Core Applications appeared first on CMARIX Blog.

While this new support extends across a number of technologies, here we are going to explain the support for .NET Core. For Microsoft development services, this new support mechanism can bring ease of using AWS cloud platform.

Making the App Ready

In the beginning, make sure you have installed all the required tools. Let’s explain this with the below instructions.

Begin by creating an Angular application and as soon as the CLI is installed, you can build the app by using the ng command. After this run the app locally to make sure it is working fine. The CLI of the Angular framework will put all the app components within a new sub-folder called “AmplifyDotnet,”. We need to run all the command prompts from this location.

• Add a REST API

As we now have a functional front-end, it is time to add Amplify support to the project. At this time, we actually allow the previous command to run and his why for avoiding this we need a new command window and navigate this to the folder of the project. Now, we can easily initialize Amplify.

We need to run the amplify init command from the command-line prompt within the Angular project. Here you can get extensive guidance from the Amplify Documentation on the init process. When answering all the rest prompts are finished, Amplify will create an environment hosted in AWS. Now here we can easily add other backend components.

• Add the .NET Core Function

AWS Amplify offers extensive support for a number of cloud-hosted backend resources like Amazon S3 buckets, endpoints of Amazon API Gateway, AWS Lambda functions, Amazon DynamoDB tables, and several others. On the Amplify CLI all the resource types such as these are considered as categories. Each of these categories within the CLI comes with its own set of particular commands. Only for Lambda, Amplify incorporates a function category. We can use the add command for building a new function.

Read More: Is Asp.Net Core Behind The Success Of Enterprise Applications Development?

Prompts For Information About The New Function

Now we will get prompts to provide information about the new function. We have to provide the name for the created resource. The name should be an easier one for human understanding so that it can allow the unique identification of the resource for the Amplify project in hand. You also need to create a name for the AWS CloudFormation stack which is used to deploy the resources.

Now you also need to create a name for the function that directly refers to the name of the deployed Lambda resource. Though you can always change it, the CLI will use the name of the resource. Oh also have to mention the runtime for your function. As this remains set to NodeJS by default, for your current project you have to change it to .NET Core 3.1.

When you are working on a practical application for real world uses, you are likely to need other AWS resources and calling other REST APIs. Only to avoid complexities in understanding, here for our example we will let the code remain just as it is.

Now, it is time to deploy the function. By just returning to the command prompt, we can easily use the amplify push command for the sake of deploying the resources of the project to the AWS environment. When the execution of the command is finished, one can easily see the full list of resources. When the change occurs you can see a prompt asking you whether you want to continue with the changes.

When the process of deployment takes place it will compile and put the .NET code into a package ready for deployment. After this within just a few minutes, the newly created Lambda function will start running the code. Just by entering the AWS console and going to the Lambda dashboard, one can easily see the newly created function. The suffix attached to the function name represents the environment the function belongs to. This convention will prevent other developers from working with Amplify environments to overwrite functions accidentally.

Now that your code is ready for deployment and the function is created properly you need to test the function execution. The testing can be carried out from within the AWS Lambda console. The only downside of this is that it may be a little time-consuming as you have to wait for the completion of each deployment before further tests can be carried out. For faster and convenient testing, you have a better Amplify mechanism. This mechanism is all about simulating the Lambda execution environment on the computer you are working on. This can be easily done if you use the mock category of AWS Amplify. Now, everything said and done, it’s time to test the function.

Invoke the Function through API Gateway

In this respect it is important to remember that with Amplify apart from Lambda functions, you can enjoy support for other API gateways as well. AWS Amplify also comes with extensive support to help you define API Gateway resources that are required for hosting HTTPS interfaces. Since HTTPS interfaces play an important role to allow interactions with the functions by using API categories, this Amplify support is important. These categories will help developers to determine paths of resources, invoke functions as and when such paths are used, and will allow setting configuration for the user authorization.

Conclusion

Here we just tried to explain the basics of AWS Amplify’s new support for creating backend functions in .NET Core 3.1. Thanks to this new runtime support, AWS Amplify customers can enjoy the ability to leverage the existing C# and .NET Core coding skills for building AWS Lambda functions. This will allow more versatility while the developers with .Net Core background can use their own coding fundamentals.

The post How .Net Core Support for AWS Amplify Backend Functions Work appeared first on CMARIX Blog.

To know more about the development cycle of ASP.NET Core and to gain knowledge of its future design directions, we interviewed Kenneth Y. Fukizi, the author of the book ‘Learn ASP.NET Core 3.0, Second edition’, published by Packt Publishing. He has more than 14 years of professional experience and is working as a software engineering contractor/consultant for client organizations based in South Africa, Australia, U.S.A, and Canada.

Kenneth believes that the current performance of ASP.NET Core is a lot more superior than its predecessors and its competitor frameworks. He prefers to use ASP.Net Core to build enterprise web applications due to the flexibility that comes with it. He is also excited that .Net 5 will have more interoperability with other programming languages. When asked about his thoughts on Microsoft supporting the open-source platform Pulumi, Kenneth says it will definitely help developers in building modern cloud applications.

Benefits of Using ASP.NET Core for Enterprise Application Development

• Performance

The most significant benefit that you can get off using ASP.NET Core for enterprise application development is performance.

It automatically optimizes the code when you compile it, which ensures enhanced performance. The most significant benefit of this is you do not have to make any alterations in the code. With the help of re-compilation, you can directly optimize the code.

As per the study results by TechEmpower, the performance of ASP.NET Core is much quicker than the past performance records. Isn’t that amazing news? It goes to show that developers are much more interested in DotNet web development.

• Effortless Updates

In terms of updating new changes, it becomes incredibly tricky for any ASP.NET development company to update new changes. As soon as any new change or update comes up, a release of a new framework version is planned.

For example, MVC5 came into the market after the launch of its new attribute – routing.

On the other hand, when it comes to ASP.NET Core development services, every update is managed by the NuGet package. So, whenever a new release of the Nuget package version is expected, new changes can be affected by updating packages.

• Command Line Application

ASP.NET Core consists of the command line that supports all the major platforms, including Linux, Windows, and Mac. With the help of Command-Line Application, it is possible to create, execute, and host different applications using ASP.NET development services.

• Effortless Management

As far as ASP.NET coding is concerned, less is more! Since the language does not require more coding, developers can put in more effort into optimizing the coding structure.

This way, they can create the code with limited sentences. Remember, the less the coding, the better it is to maintain!

Always keep yourself updated with the latest improvements happening in the ASP.NET Core programming language. This way, it is possible to increase the maintenance standards.

• Supports Cross-Platform

The ASP.NET development services for enterprises must support all platforms. Since ASP.NET is cross-platform, it is effortless for developers to effortlessly develop applications that run smoothly on Linux, Windows, and Mac using ASP.NET Core web application development. This way, your business can get more mileage on other platforms.

The amazing benefit of ASP.NET Core in developing cross-platform apps is the fact that you can develop frontend with the same C# code for the backend.

Thanks to the new .NET standard libraries, developers can easily develop cross-platform apps with maximum effectiveness.

• Supports Cloud-Based Development

In case you are a large organization, ASP.NET Core facilitates the development of cloud-based applications.

You can develop different types of web applications, the Internet of Things (IoT) apps, and mobile backend!

The Easy Integration of MVC & Web API Frameworks

Before ASP.NET Core was introduced, developers were predominantly employing the MVC and Web API frameworks. MVC was customized to develop web applications that ended up with HTML.

On the other hand, Web API was designed with the sole intention of creating RESTful services with the help of XML or JSON.

As far as ASP.NET Core is concerned, both MVC and Web API have been integrated together. There was always something familiar with both these frameworks. The amazing part is, MVC can get JSON data instead of HTML. Integrating them was a great move to simplify the development process.

It has an altogether new feature called Razor pages. These pages are an extension of the MVC framework. They help in encapsulating the controller and model aspects of a page through two-way binding. It replaces WebForms by employing the familiar Razor syntax.

Cross-Site Request Forgery (CSRF) Protection

Security is of paramount importance in this digital age. It assists in ensuring that your application is safe from any attack. CSRF protects your authenticated session from potential hackers by ensuring that the users’ verified session is not employed to perform an action they did not initiate.

For example, you log into your bank account and then shift to another website. If it becomes possible for any person accessing that website to post to your bank website to transfer funds, it can result in a horrible incident.

All this possible in case the online session on the banking website is still valid and the bank does not correctly validate requests.

These kinds of attacks can be prevented by using this feature. The amazing part is ASP.NET Core generates anti-forgery tokens which can be extremely useful in the long run.

You may like this: Top 19 .NET Core Best Practices

Conclusion

Asp.Net is globally recognized as a robust enterprise-friendly language for building high-quality apps. A plethora of successful enterprise apps across niches provide solid ground for choosing Asp.net.

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