DEV Community: Harshal Suthar

Building Multi-Page Applications with Xamarin Forms - Tips and Tricks

Harshal Suthar — Mon, 22 Jul 2024 10:13:59 +0000

Developing multi-page applications is a common requirement in mobile app development, and Xamarin Forms offers a robust framework for creating such applications across multiple platforms. Whether you're a developer working for a Xamarin development company or an individual exploring Xamarin app development services, this guide provides essential tips and tricks to build efficient and user-friendly multi-page applications using Xamarin Forms.

Xamarin Forms allows developers to create cross-platform applications with a single codebase, simplifying the process of developing for Android, iOS, and Windows. Building multi-page applications with Xamarin Forms involves managing multiple views and navigation flows effectively. This blog will walk you through the best practices for handling multi-page setups, ensuring a smooth user experience and maintainable code.

Understanding Navigation in Xamarin Forms

Navigating between pages is a fundamental aspect of multi-page applications. Xamarin Forms supports several navigation patterns:

Stack Navigation: This is the most common navigation method where pages are stacked on top of each other, allowing users to navigate back and forth. Use Navigation.PushAsync() to push a new page onto the navigation stack and Navigation.PopAsync() to remove the top page.
Tabbed Navigation: Ideal for apps with distinct sections, tabbed navigation allows users to switch between different pages using tabs. Implement this with TabbedPage.
Master-Detail Navigation: This pattern provides a side menu (master) and the main content (detail) of your application. Use MasterDetailPage to implement this navigation style.
Shell Navigation: Introduced in Xamarin.Forms 4.0, Shell simplifies complex navigation scenarios by providing a more streamlined and flexible navigation system. It supports hierarchical, tab-based, and flyout (drawer) navigation.

Organizing Your Pages

When building a multi-page application, it's crucial to keep your pages well-organized:

Separation of Concerns: Use a clean architecture to separate concerns. Organize your pages into folders based on functionality, such as Views, ViewModels, and Models.
Reusable Components: Create reusable components to avoid duplicating code. Use ContentView or UserControl to encapsulate common UI elements.
Consistent Navigation: Maintain a consistent navigation pattern throughout your application. Use Shell for managing routes and navigating between pages efficiently.

Managing State Across Pages

Maintaining state across different pages is essential for a seamless user experience:

ViewModel Management: Use the MVVM pattern to manage state and business logic. Share view models across pages or use dependency injection to manage instances.
Navigation Parameters: Pass data between pages using navigation parameters. For example, use Navigation.PushAsync(new DetailPage(data)) to pass data to the new page.
Application State: Use Application.Current.Properties or a state management library to store and retrieve data that needs to persist across sessions.

Handling User Inputs and Events

Handling user inputs effectively is crucial for a multi-page application:

Event Handling: Use data binding and command patterns to handle user interactions. For instance, bind buttons to commands in your view model to manage user actions.
Validation: Implement validation for user inputs to ensure data integrity. Use data annotations or custom validation logic to validate user inputs before navigation.

Performance Optimization

Optimizing performance is critical, especially for complex multi-page applications:

Lazy Loading: Load pages and resources only when needed to improve performance. Use OnAppearing and OnDisappearing methods to handle resource loading.
Memory Management: Avoid memory leaks by unsubscribing from events and disposing of resources when pages are no longer needed.
Efficient Data Handling: Use data virtualization techniques to handle large data sets efficiently. Load data incrementally or use paging to manage large lists.

Testing and Debugging

Ensure your multi-page application is robust by implementing thorough testing and debugging practices:

Unit Testing: Write unit tests for your view models and business logic to ensure correctness. Use mocking frameworks to isolate components.
UI Testing: Perform UI testing to validate user interactions and navigation flows. Xamarin Test Cloud and other testing frameworks can help automate UI tests.
Debugging Tools: Use debugging tools provided by Visual Studio to trace and resolve issues. Leverage Xamarin's built-in debugging features to diagnose problems.

Conclusion

Building multi-page applications with Xamarin Forms requires careful planning and execution. By understanding navigation patterns, organizing your pages effectively, managing state, handling user inputs, optimizing performance, and performing rigorous testing, you can create a high-quality multi-page application that meets user expectations.

For expert assistance in developing Xamarin Forms applications, consider reaching out to a professional Xamarin development company or exploring comprehensive Xamarin app development services. Leveraging these resources can help streamline your development process and enhance the quality of your multi-page applications.

Kotlin vs Java: Which is Best for Android App Development?

Harshal Suthar — Fri, 21 Jun 2024 06:05:23 +0000

When it comes to Android app development, two programming languages often come to mind: Java and Kotlin. Both languages have their unique advantages and serve as the foundation for countless apps on the Google Play Store. In this comprehensive guide, we’ll explore the features, performance, and suitability of Java and Kotlin for Android development, helping you decide which language is best for your next project.

Introduction to Java and Kotlin

Java: The Veteran Language

Java has been the primary language for Android development since the platform's launch in 2008. Known for its stability and extensive library support, Java's object-oriented structure makes it a versatile and reliable choice for developers. It operates on the Java Virtual Machine (JVM), ensuring cross-platform compatibility and robust performance.

Kotlin: The Modern Contender

Kotlin, developed by JetBrains, was officially supported by Google for Android development in 2017. Designed to interoperate fully with Java, Kotlin aims to offer a more concise, expressive, and safer coding experience. Its modern features and syntax improvements make it an attractive alternative to Java, particularly for new projects. Kotlin app development services have quickly gained popularity due to these benefits.

Syntax and Readability

Java: Verbose and Traditional

Java is known for its verbosity, often requiring substantial boilerplate code. For instance, defining a simple data class in Java involves multiple lines for constructors, getters, and setters:

public class User {
    private String name;
    private int age;

    public User(String name, int age) {
        this.name = name;
        this.age = age;
    }

    // Getters and Setters
}

Kotlin: Concise and Expressive

Kotlin significantly reduces boilerplate code, offering a more streamlined syntax. The same data class in Kotlin can be written in a single line:

data class User(val name: String, val age: Int)

Null Safety

Java: Manual Handling Required

NullPointerExceptions (NPEs) are a common headache in Java, requiring developers to manually check for null values:

String name = null;
if (name != null) {
    // Do something with name
}

Kotlin: Built-In Null Safety

Kotlin’s type system differentiates between nullable and non-nullable types, reducing the risk of NPEs:

val name: String? = null
name?.let {
    // Do something with name
}

Performance

Java: Established Efficiency

Java’s mature runtime and extensive optimization over the years ensure efficient performance. It's a proven choice for high-performance applications.

Kotlin: Comparable Performance

Kotlin compiles to JVM bytecode, resulting in performance similar to Java. However, Kotlin’s advanced features might introduce minor overhead, which is usually negligible in most applications.

Development Speed and Efficiency

Java: Slower Due to Verbosity

Java’s verbose nature can slow down development. Writing extensive boilerplate code and handling null safety manually consumes valuable time.

Kotlin: Faster and More Productive

Kotlin’s concise syntax, built-in null safety, and features like extension functions and data classes enhance development speed, allowing for quicker iterations and faster time-to-market. Kotlin app development services are therefore often faster and more efficient compared to traditional Java development.

Community and Support

Java: Vast and Mature Community

Java boasts a large, established community with extensive resources, libraries, and frameworks. Its long-standing presence ensures comprehensive support and documentation.

Kotlin: Growing and Vibrant Community

Since Google’s endorsement, Kotlin’s community has grown rapidly. While not as large as Java’s, it offers a vibrant and supportive environment with increasing resources and libraries. The growing interest in Kotlin app development services has also led to more learning materials and community support.

Use Cases of Java and Kotlin

Java: Best for Legacy and Large-Scale Projects

Legacy Projects: Ideal for maintaining and expanding existing Java-based applications.
Enterprise Applications: Suitable for complex, large-scale systems due to its stability and mature ecosystem.
Cross-Platform Development: Versatile for server-side development alongside Android.

Kotlin: Ideal for Modern and Mixed Projects

New Android Projects: Perfect for new apps, leveraging Kotlin’s modern features and reduced boilerplate code. Kotlin app development services are particularly beneficial for startups and innovative projects.
Mixed Projects: Seamless interoperability with Java makes it ideal for integrating into existing Java projects.
Enhanced Productivity: Kotlin’s expressive syntax boosts developer efficiency and code maintainability.

Conclusion of Java vs Kotlin
Choosing between Java and Kotlin for Android app development depends on various factors, including your project requirements, team expertise, and future maintenance plans. Java’s stability and extensive ecosystem make it a reliable choice for many developers, especially for large-scale and legacy projects. Conversely, Kotlin’s modern features, concise syntax, and official support from Google make it an excellent choice for new projects and teams aiming for higher productivity. Kotlin app development services offer numerous advantages, particularly for modern, agile development practices.

Ultimately, both Java and Kotlin have their strengths. The best choice will depend on your specific needs and goals. Whether you opt for Java or embrace Kotlin, both languages offer powerful tools to create robust and innovative Android applications.

Razor pages vs MVC

Harshal Suthar — Wed, 29 May 2024 08:39:30 +0000

What is ASP.NET?

ASP.NET is a type of software framework/infrastructure that was developed by Microsoft. ASP.NET is used for developing, running, and deploying the applications same as console applications, window services, and web applications. It is a web application of .NET framework that is used to create dynamic web pages.

It does not require any license for developing web applications. Microsoft ASP.NET Provides open-source for all users. That was used for web development and Windows-based app development. ASP stands for (Active Server Pages). Most of the developers prefer Asp.Net Technology because it is too easy to create and maintain the existing project source code and HTML. ASP .NET languages can be built to be language-independent.

What are Razor Pages?

The Razor Page is similar to the HTML page but it loads data easily. A Razor Page is almost the same as ASP.NET MVC’s view component. It has basically the syntax and functionality the same as MVC. Now, what is the difference between MVC and Razor pages?

The basic difference between Razor pages and MVC is that the model and controller code is also added within the Razor Page itself. You do not need to add code separately.

It is similar to MVVM (Model-View-View-Model) framework. That provides two-way data binding and a simpler development experience with isolated concerns.

The ASP.NET MVC has been extremely popular nowadays for web application development, and it definitely has lots of advantages. In fact, the ASP.NET Web Forms was particularly designed as an MVVM solution in MVC.

But, the new ASP.NET Core Razor Pages is the next development of ASP.NET Web Forms.

Razor Pages vs ASP.NET CORE MVC: Key features

Let’s go through the basics like what is razor pages and what features they support.

What is Razor pages vs MVC?

Each one of these frameworks has its own benefits and is suited for different purposes.

MVC offers impeccable flexibility and scalability which best fits large-scale projects with complex requirements while Razor pages provide simplicity and efficiency in creating basic pages.

Features of Razor Pages:

Supports cross-platform development.
No controllers used.
Basic structure includes CSHTML Razor file and .cshtml.cs code-behind file.
Each page handles its model and specific actions.
Utilizes anti-forgery token validation.
Model declaration is called AboutModel.
Default routing configuration in the Pages folder based on request.
Can be deployed on Windows, UNIX, and Mac.

Features of ASP.NET MVC (Model-View-Controller):

Uses controllers to bridge model and view components.
Requires AddMvc() in Startup.cs for Core web apps.
Sends commands to update the model and handles user interaction.
Takes more time for coding dynamic routes and naming conventions.
Complex routing structures, more effort is needed compared to Razor Pages.
Requests routed based on controller names and actions.
Ability to route any request to any controller with additional work.

ASP.NET MVC vs Razor Pages — The Similarities

When you get into detail on MVC vs Razor, you may discover a lot of similarities. Some of the critical ones are:

They use the same technology stack, including the Razor view engine for UI rendering.
They make use of the same server-side runtime, enabling the use of the same language, tools, and libraries for ASP.NET application development.
Follow the MVC (Model-View-Controller) architectural pattern, breaking applications into three interconnected components: model, view, and controller.

Razor vs MVC framework: Both offer a way to organize code logically and maintainably.

Employ routing to map incoming requests to specific code.
Support dependency injection for injecting dependencies into controllers or pages.

ASP.NET razor vs MVC framework: Both provide extensibility and customization:

DOT NET developers may seamlessly create custom filters, tag helpers, and middleware to modify or extend behavior of your application framework.

Thus, all these similarities between MVC vs Razor pages make it easy for .NET developers to switch between the two frameworks or employ them in the same application.

Now, you might be thinking if these are similarities then what are the differences between MVC and Razor pages in ASP.NET? Let’s look into it in detail.

What is Razor Syntax in MVC?

There are two types of Razor syntax.

Single statement block: It starts with @.
Multi statement block: It needs to be always written between this @ {.……} The semicolon “;” must be wont to end statements. Here variable and function starts with the @ symbol.

Single block Statements

A single statement block is used when you want to work with a single line of code written on the MVC view page.

Example

To display current Date-time. Create Index.CSS HTML View and add the below code.

 @{  
    ViewBag.Title = "Index";  
}<div>  
            <label>Current-Date: @DateTime.Now.ToString()</label>

            <label>Current-Long Date: @DateTime.Now.ToLongDateString()
</label></div>

Inspect browser and search for “DateTime.Now.ToString()” on browser. You can't see the c# code on the browser side as you did.

If you inspect the browser and search for “DateTime.Now.ToString()” on the browser.

We can only see the HTML code. This is the job of View Engine. It converts C# code into pure Html format in the browser.

Multi statement block

We also define a multiline statement block as a single-line statement block. In this block, we can define more than one line of code statements and do processes. A multiline block is between opening and closing curly braces like that {....}, but the opening brace will have the one “@" special character in the same line if we define the "@" and opening curly braces in different lines then it will display an error.

Example:

<div>
@{
    Var c++ = 200;
    Var Rubi = 800;
    Var Ionic = 100;
    Var sum = (c++ + Rubi + Ionic);
  }
addition of @ c++ and @Rubi and @Ionic is</div>

Now, see how to write Razor code:

Basic Structure of Razor Pages and MVC

Razor pages do not have any type of structure like MVC. But all Razor pages inbuilt under the Pages folder with a very simple structure. You have to see the below screenshot for more understanding. Further, you can organize your project structure based on your requirements.

Understand Razor pages vs MVC structure from the below image.

Razor Structure

MVC Structure

The above screenshot will describe to you about differences between the project structure of .Net Razor pages and MVC.

Code Comparison between MVC and Razor

As we already mentioned above that Razor pages and MVC look almost similar i.e. both having. cshtml as the file

If you will notice the 2 pages, one from Razor and another from MVC then you will notice the @page at the top of Razor pages.

In Razor Page use @page is a directive and one more difference is the model declaration in Razor pages.

In Razor Pages, we can declare model is like below

For example, Demo.cshtml – @model DemoModel

For Index.cshtml – @model Indexmodel
@model RazorPageTest.Models.PageClass<form asp-action="pgmanage"><div id="pg”class="><h4>Client</h4>
<div asp-validation-summary="DEMOMODE" class="text - default "> </div>
            <input asp-for="MODEL" type="hidden"><div class="form-group"><div class="col-md-9">
            <input asp-for="Display" class="form-control"></div></div>
<div class="form-group"><div class="col-md-offset-1 col - md - 10">
            <input class="btn btn - denger" type="submit" value="SubmitData"></div></div></div></form>

There is the MVC controller. Our model is DemoClass which only have two properties with a simple example.

public class DemoController: Controller
    {
        public IConfiguration Configuration;
        public DemoController(IConfiguration conf)
        {
            Configuration = conf;
        }
        public async Task<iactionresult> ManagePage(int E_id)
        {
            PageClass p;
            using (var cn = new SqlConnection   (Configuration.GetConnectionString("cdb")))
            {
                await conn.OpenAsync();
                var pg= await conn.QueryAsync<pageclass>("select * FROM     PageData Where PageDataID = @pa1", new { pa1 = id });
Pg = pg.FirstOrDefault ();
            }
            return View(pg);
        }
        [HttpPost]
        [ValidateAntiForgeryToken]
        public async Task<iactionresult> ManagePage(int id, PageClass  pg)
        {
            if (ModelState.IsValid)
            {
                try
                {
                    using (var cn = new SqlConnection   (Configuration.GetConnectionString("cndb")))
                    {
                        await conn.OpenAsync();
                        await conn.ExecuteAsync("UPDATE PageData SET Title     = @Title WHERE PageDataID = @PageDataID", new { page.PageDataID,       page.Title});
                    }
                }
                catch (Exception)
                {
                   return lgdata
                }
                return RedirectToAction("Demo", "Home");
            }
            return View(pg);
        }
    }
</iactionresult></pageclass></iactionresult>

You can add a new Razor Page to your application. First of all, go to visual studio and click on the file menu and select a new project, Add -> Razor Pages

After that, given the appropriate name to the view and select your required options and then click on Add button.

Let's check default code- inside the Demo.cshtml

public class Demo: pgModell
    {
        public void OnGet()
        {
         @TempData= @dt;
        }
}

There is no code-behind in MVC.

ASP.NET CORE MVC vs Razor pages – What to choose for your Project?

Razor Pages excel when dealing with structured and straightforward content, making them a preferred alternative for login or contact form kind of pages. Its convenience in making centralized code for specific pages while facilitating the separation of logic into external classes makes it an interesting option for web development. This promotes core organization keeping controllers uncluttered, and maintainable.

On the flip side, MVC shines in scenarios involving intricate databases and web applications characterized by dynamic server views, RESTful APIs, and frequent AJAX calls. It's more comprehensive and allows for efficient data handling and interactions.

Now that you understand the instances in which Razor pages and MVC work well together, you can decide which one to use based on your business requirements.

Conclusion

The decision between Razor Pages and MVC should be based on the demands of your project. Razor Pages are a simple and organized solution for simpler, content-focused pages. When dealing with big applications that require substantial database interactions and dynamic features, however, MVC's flexibility and sturdy design make it the better choice. Finally, the selection is determined by the nature and scope of your web development project.

In this blog, we explored the principles of ASP.NET Razor pages, MVC fundamentals, and the similarities and differences in ASP.NET Razor pages vs MVC.

Web Worker in React: A step-by-step guide

Harshal Suthar — Wed, 22 May 2024 09:43:16 +0000

Understanding web worker in React is entirely dependent on the idea of JavaScript’s code execution. So, before you begin, you should understand how JavaScript code is executed.

JavaScript is single-threaded in nature. That is when one code thread completes its execution, the next one starts, and so on. This eventually leads to long delays and procedures becoming stalled. If one of the several threads has to be performed as soon as possible because subsequent processes rely on it, the app's performance will suffer as a result. This is where web workers come into play to alleviate such difficulties.

Web workers offer multi-threaded capability in JavaScript development. Furthermore, it removes the need for extended delays for process execution, making the app's performance quicker and smoother.

C#, Java, C++, and Emerald are some examples that offer parallel programming features and contribute to smoother functionality.

Let’s learn how to use web worker in React

What is a Web Worker?

A Web Worker is a feature of React.js that allows JavaScript code to execute in a separate background thread, freeing up the main thread to handle user interactions and refresh the UI.

Web Workers are commonly used to perform computationally intensive tasks such as image processing or complex calculations, without blocking the user interface.

In React, Web Workers can be created using the Worker API, which is a standard API provided by modern browsers. The Worker API allows you to create a new Web Worker instance from a JavaScript file, which can then be used to execute code in a separate thread.

To use a Web Worker in React, you typically create a new Worker instance in your component's componentDidMount lifecycle method, passing in the path to the JavaScript file that contains the worker code.

You can then send messages to the worker using the postMessage method and receive messages back from the worker using theonmessageevent handler.

How a "Web Worker API" interacts between the main thread and the worker thread?

Communication between the worker thread and the main thread occurs via the React Web Workers API in the following way.

Step – 1: Work instance initiation and passing the path of a worker script..

Step – 2: The main thread will use postMessage() to deliver a message for connection initiation, while the worker thread will wait for that message using onmessage ().

Step – 3: When the worker thread delivers a message usingpostMessage, the main thread will receive a message usingonmessage.

Step – 4: In the event of an error, there is an instance named oneerrorcall-back. It will capture errors from the worker thread.

How to use Web Worker in React?

Let’s understand web workers practically with an example.

Here, we will create a new Web Worker instance in our component’s constructor, passing the path to the App.js file. We then listen for messages from the worker in the handleCalculate method and send a message to the worker when the component is mounted using the postMessage method.

First, we will create a loop executer for num, then we will pass the number in the input field, and on the button click we will iterate the loop. On the iteration, we will display the calculated number message loaded on the page. Web Workers is an attempt to bring multi-threaded behavior to JavaScript.

App.js

    import React from 'react'
    import { Component } from 'react'
    class App extends Component {
      constructor() {
        super()
        this.state = {
          num: '',
          result: '',
          loadingMessage: ''
        }
        this.handleCount = this.handleCount.bind(this)
        this.handleCalculate = this.handleCalculate.bind(this)
      }

      handleCount(e) {
        this.setState({
          num: e.target.value
        })
      }
      handleCalculate() {
        const { num } = this.state
        let result = 0;
        for (let i = 1; i <= num; i++) {
          this.setState({
            loadingMessage: `Loaded ${i} / ${num}`
          })
          for (let j = 0; j < i; j++) {
            result++
          }
        }
        this.setState({
          result
        })
      }
      render() {
        return (

We've used a number for the input box and a loadingMessage to display previously loaded numbers. When we enter a small range, it will show normally without interrupting the page's Interface. The result is as follows:

But, when we input a lengthy value for the iterating loop, the page UI is blocked. After a while, the page will stop responding. Here, we placed 500000000 into the text field; after a while, it will display the unresponsive page option. The result is shown below.

Now, we are going to do the same task using the web worker in React.

App.js

        import React from 'react'
        import { Component } from 'react'
        import workerScript from './Worker'

        import React from 'react'
        import { Component } from 'react'
        import workerScript from './Worker'

        class App extends Component {
          constructor() {
            super()
            this.state = {
              num: '',
              result: '',
              loadingMessage: ''
            }
            this.handleCount = this.handleCount.bind(this)
            this.handleCalculate = this.handleCalculate.bind(this)
          }

          componentDidMount() {
            this.worker = new Worker(workerScript)
            this.worker.addEventListener('message', e => {
              const type = e.data.type;
              if (type === 'loading') {
                const { i, num } = e.data;
                this.setState({
                  loadingMessage: `Loaded ${i} / ${num}`
                })
              }
              else {
                const { result } = e.data;
                this.setState({
                  result
                })
              }
            })
          }
          handleCount(e) {
            this.setState({
              num: e.target.value
            })
          }
          handleCalculate() {
            const { num } = this.state
            this.worker.postMessage(num)
          }
          render() {
            return (

In this app component, we have imported the worker component and in the calculate method, we pass the number from the worker.js file. Whatever login we wrote on the button click event before the worker, we must now implement it in the worker file.

Worker.js

    const loopworker = () => {
        onmessage = (e) => {
            const num = e.data;
            let result = 0;
            for (let i = 1; i <= num; i++) {
                const data = { type: 'loading', i, num }
                postMessage(JSON.parse(JSON.stringify(data)))
                for (let j = 0; j < i; j++) {
                    result++;
                }
            }
            const data = {
                type: 'result',
                result
            }
            postMessage(JSON.parse(JSON.stringify(data)))
        }
    }

    let code = loopworker.toString()
    code = code.substring(code.indexOf("{") + 1, code.lastIndexOf("}"))
    const blob = new Blob([code], { type: 'application/javascriptssky' })
    const workerScript = URL.createObjectURL(blob)
    module.exports = workerScript;

Let’s understand some of the crucial keywords that we used above.

Self:

Here, 'self' is guaranteed to link to a ServiceWorkerGlobalScope that contains attributes like clients, registrations or caches, and other event handlers. Nonetheless, it adheres to the same dynamic binding rules as the rest of the JavaScript environment. It doesn't matter if you remember it all the time, but use self when you wish to expressly refer to the global context.

e.data:

Any values passed from the app component will be accessed in the e.dataobject.

PostMessage:

To communicate with workers, the postMessage is used.

This brings us to the end of this blog. We hope you found this React.js tutorial useful. Please check our latest update for more articles like this.

React Web worker: Conclusion

Webworker in React is an important topic for React developers since it allows them to run multi-threaded programs. Understanding web workers in React.js is solely based on the JavaScript code execution concept. Hence, before you start, you should grasp how JavaScript code works. JavaScript is a single-threaded language. Web workers enable multi-threaded JavaScript programming. Additionally, it eliminates the need for lengthy pauses in process execution, resulting in faster and smoother app performance.

This blog has covered the fundamentals of web workers, how their API communicates with the main thread and worker thread, and a practical demonstration of how to use web worker with React.

UiPath vs Power Automate - Making the Right Choice

Harshal Suthar — Tue, 14 May 2024 08:13:22 +0000

Businesses, today, are increasingly relying on automation tools to deal with repetitive tasks and productivity. Power Automate and UiPath, the two prominent RPA platforms have emerged as the go-to choice for workflow and business process automation. These are known for their unique features and have superior automation capabilities.

You would wonder to know that Power Automate and UiPath collectively dominate about 70% of the global automation market. Their influence is expected to be crucial in shaping the future market.

UiPath is especially popular, featuring an impressive user base and high ratings, with 2260 reviews averaging at 4.5. On the other hand, Power Automate also has a strong presence with 140 reviews and an average rating of 4.4.

Consultants often find themselves unsure about which platform is right for their automation needs, Power Automate or UiPath? They often get confused by the array of features, pricing structures, and compatibility differences between UiPath and Power Automate.

This uncertainty can hinder their ability of implementing automation solutions, be it for their clients, or company. This leads to delays and misses opportunities for efficiency gains.

In our blog, we will dissect these complexities and provide clear guidance to help consultants confidently choose the platform that aligns best with their goals and requirements.

Overview of Power Automate

Microsoft Power Automate, formerly known as Power Flow is a SaaS and cloud-based platform used to optimize and automate workflows. Using this tool, consultants can create automated workflows between apps and services.

Microsoft Power Automate is part of a large Microsoft ecosystem. By having a good understanding of Business Process Automation (BPA), Power Automate consultants can help businesses develop reusable workflows that spring into action and carry out tasks when activated.

Is Power Automate the Same as RPA?

Power Flow or Power Automate is a Robotic Process Automation tool that allows users to design end-to-end RPA processes for their specific workflow needs. Here users can conduct email processing, form processing, approvals, etc.

Leverage Microsoft Power Automate consulting services and avail maximum benefits for your business.

Overview of UiPath

UiPath became an RPA company in 2005 and began with a mission to create software that uses AI and automation. It is known for its strong RPA capabilities and offers open code to help you better satisfy workflow needs. UiPath allows you to automate tasks that require over and over again. You can make your work go smoother and get more done in less time.

UiPath offers a drag-and-drop interface that makes it easy to create, deploy, and manage RPA bots. The core RPA product of UiPath is cloud-native offerings along with the custom-designed studio for professional and native programmers. All these essentials make UiPath the most preferred RPA tool in the Industry.

Improve your decision-making with Power BI Development Services.

Power Automate vs UiPath: Difference in Features

Let’s figure out some differences between Power Automate and UiPath to have a better insight into these technologies.

Power Automate vs UiPath: What’s Best for Startups?

Of course, UiPath is a #1 automation tool with a strong userbase, but Startups still prefer to go with Power Automate. The reasons are:

UiPath has a higher initial investment compared to Power Automate
Power Automate has a more competitive pricing structure
Implementing UiPath for enterprises costs between $60k and $100k
Power Automate may cost 40% to 50% less than UiPath

Hence, Power Automate is a more affordable option for startups with limited resources and budget constraints. Power Automate is highly adopted by technical people and has a substantial user base of about 10 million monthly active users.

UiPath vs Power Automate: Statistics overview

When it comes to Power Automate vs UiPath, we can see both have their own significance and popularity. Given below are some of the significant facts of Power Automate and UiPath.

Microsoft is a leader in Gartner's Magic Quadrant™ for RPA, and Power Automate is a critical part of it.
According to research, there are more than 10 million monthly active users of Microsoft Power Automate.
The US, UK, and India are the top three customers of Power Automate by geography where the United States holds a 54% ratio, the United Kingdom has an 11.87% share and India has a 6.33% share.
As per Gartner’s 2023 Magic Quadrant for RPA stats, UiPath has been ranked the #1 RPA platform. UiPath has been a leader in the race for straight five years.
UiPath has generated revenue of $1.31B in the fiscal year ending 31 Jan 2024 with a 23.57% growth rate.

Let’s check the popularity of RPA solutions from a global perspective.

From the above graph, we can observe that:

UiPath is ranked number one in the list of 55 RPA solution providers.
PowerAutomate is in third place on the list.
UiPath is not only ahead of PowerAutomate in score, but also has more views and comments.

However, for those who are familiar with Microsoft products, Power Automate could be an impactful tool for their workflow or business process automation.

Power Automate vs UiPath: Scenarios to Choose

Consultants can consider the following scenarios when choosing between Power Automate vs UiPath RPA tools.

Complexity:
Power Automate has a user-friendly interface with low code approach. It is a perfect choice for simple task automation. On the other hand, UiPath is ideal for complex automation needs. UiPath has advanced features and offers flexibility for intricate workflows and system integrations compared to MS Power Automate.
Your choice between Power Automate and UiPath should be based on the complexity of your automation needs and the technical skills of your team.

User Interface:
Power Automate offers a user-friendly interface, ideal for all - be it consultants, business users, or citizen developers. In contrast, UiPath may require more technical proficiency and require training for users to develop automation skills.

Integration:
When it comes to Power Automate, it provides seamless integration with Microsoft's ecosystem, including SharePoint, Dynamics 365, and Office 365. However, its integration capabilities with third-party applications may be more limited compared to UiPath. This makes UiPath a preferred choice for your demands of extensive integration across diverse technologies beyond the Microsoft ecosystem.

Cloud-based Workflow:
For cloud-based automation workflows, Power Automate's architecture helps you with convenient access and scalability. When it comes to UiPath, it allows you to manage tasks across both cloud and on-premises environments. This makes it perfect for your firm having hybrid infrastructure needs.

Low-Code Automation:
For simple to moderately complex tasks that don't require advanced RPA capabilities, Power Automate's low-code/no-code approach allows business users to automate processes without extensive programming knowledge. Whereas in UiPath, users need to delve into more intricate workflows and leverage its comprehensive suite of RPA tools to tackle complex automation challenges with precision and scalability.

UiPath offers flexibility for regular task automation to meet your needs at any scale.

Enterprise Scalability:
For large-scale automation initiatives across departments or entire organizations, UiPath's scalability and centralized management features make it a preferred choice. Whereas Power Automate’s integration with Microsoft's ecosystem such as SharePoint, Microsoft Dynamic 365, and Office 365 offers seamless connectivity. This would be an ideal solution for those who are heavily invested in the Microsoft ecosystem, and strive for enhanced efficiency.

However, its scalability and robustness may be more limited compared to UiPath's comprehensive suite of RPA tools, particularly for highly complex automation requirements.

Customization and Flexibility:
When you need extensive customization options, access to a rich library of pre-built activities, and the ability to develop custom connectors, UiPath offers a more robust set of tools. In the case of Power Automate, while it provides a user-friendly interface and integrates seamlessly with Microsoft applications, its customization capabilities may be more limited compared to UiPath.
Power Automate's strength lies in its simplicity and ease of use, making it an excellent choice for automating routine tasks and workflows within the Microsoft ecosystem.

However, for enterprises that require advanced automation capabilities and flexibility, especially in IT environments with diverse systems, UiPath could be an ideal choice.

Power Automate vs UiPath: Pros and Cons

Let’s look at some advantages and disadvantages of Power Automate and Uipath RPA tools.

Power Automate

Power Automate allows businesses to securely automate their operations at scale with AI and low-code techniques.

Pros:

Easy to use tool even for those having less coding expertise.
It uses AI to automate repetitive and time-consuming tasks, in which AI automatically extracts data from documents, generates reports, answers customer queries, and more.
Power Automate also comprises process and task-mining capabilities to analyze and optimize workflows.
The platform comprises built-in error handling for its activities.
The great advantage relies on its cost-effective pricing models, making it feasible for everyone to opt for premium features.

Cons:

Power Automates allows only 250 actions in a single workflow.
Complex workflow can affect the performance of the program.
Here components can only connect with the usage of Azure.
The available training and support programs are only available for programmers and not for actual users.

UiPath

By utilizing the great capabilities of Uipath, programmers can create and consume automation in a secure, collaborative, and administrative environment.

Pros:

Consists of an intuitive drag-and-drop interface.
Compatible with other systems and languages.
Users can leverage a vast connector library.
Comprises extensive documentation that assists in resolving issues and errors.
Users can leverage resources and support from a vast community of programmers.

Cons:

Surely an expensive solution.
Many users find it tough to understand and navigate through the user interface.
One has to face limitations when it comes to mobile automation.
New updates can sometimes disrupt processes that were created earlier.

Can Power Automate and UiPath be Used Together?

A straightforward answer to this question is yes, Power Automate and UiPath can be combined together to create more complex solutions. For example, the combination of Power Automate and UiPath enables inbound automation from Microsoft products to UiPath by leveraging Orchestrator APIs.

Next, it can be used as a shared storage medium where users can export the data from Power Automate and store it as a CSV file in shared storage be it OneDrive, SharePoint, or a local drive accessible to UiPath.

Is Power Automate Better than UiPath?

Professionals who support UiPath may have no idea that Power Automate could be a better solution for their workflow automation (Business process automation). Here are the reasons:

Seamlessly integrates with Microsoft Office 365 suite that enhances productivity for users who are already familiar with Microsoft products.
Offers a user-friendly interface and intuitive design, requiring minimal training for users to get started.
Provides a wide range of pre-built connectors and templates, enabling quick and easy automation of common tasks.
Leverages Microsoft's robust security features and compliance standards, ensuring data protection and regulatory compliance.
Scalable and flexible, allowing businesses to automate processes of any complexity and scale up as needed.
Offers cost-effective pricing plans, making it accessible to businesses of all sizes.
Provides advanced AI capabilities, such as AI Builder, for automating more complex processes and decision-making tasks.
Seamlessly integrates with other Microsoft Power Platform products, such as Power BI and Power Apps, for comprehensive automation solutions.

With the Power Automate vs UiPath comparison, you got enough clarity about the features of each. Right? Now let’s delve further and check which RPA platform is the right fit for your business.

Power Automate vs UiPath: What’s Right for Your Business?

Now, which is better Power Automate or Uipath? This single question can confuse even the most experienced professionals. It's a question that can leave even business professionals scratching their heads, at least once when deciding. UiPath and Power Automate are both great options for businesses, but they have their own unique strengths. It's important for companies to carefully consider their specific needs and requirements before choosing the best solution for them.

Use Power Automate if:

Your business demands to automate workflows between cloud-based apps and services then Power Automate is your way to go.
Next, when you are familiar with working under the Microsoft ecosystem and want to leverage other products of the Microsoft suite.

Use UiPath if:

You wish to automate tasks in a desktop app and require advanced features for business process automation.
You are required to manage sophisticated automation jobs that demand intricate workflows, conditional logic, and integration with diverse systems.

Compare options and features before making the right choice: Power Automate or UiPath . Go through your precise requirements and find out which will be a suitable option to work with. Moreover, it's important to consider specific use cases and budget requirements to choose the best RPA tool.

I hope this blog seems informative and helps you discover a lot about Power Automate vs UiPath.

OutSystems vs Power Apps

Harshal Suthar — Wed, 08 May 2024 09:24:28 +0000

Building apps nowadays is way easier all thanks to the low-code development approach. The low-code development approach allows individuals to build an app without having in-depth knowledge of coding. With the rapid development, businesses can customize and automate their workflow without heavily investing in the IT department.

The two pioneer options in low-code development are OutSystems and Power apps. Now here comes the matter of choosing the ideal Low-code platforms for healthcare: Outsystems or Power Apps? Are you also confused between these two choices? Do not worry we have come up with an in-depth comparison of these two low-code application development platforms.

In this blog post, we will understand the differences between Outsystems and Power Apps platforms and also have an insight into which low-code approach is better for healthcare software development.

What is Outsystems?

Outsystems is one of the popular low-code development platforms that facilitates tools for developing, deploying, and managing enterprise software. It is a cutting-edge app platform, that makes app development quick and easier. This improves user experience, automates workflow, and innovates operation platforms.

OutSystems offers development tools with pre-built templates that help speed up the development process. This user-friendly platform caters to both professional developers and business users to create applications efficiently. The main emphasis of OutSystems is on speed, flexibility, and scalability, which enables organizations to deliver applications promptly, which can be customized and integrated with their existing systems with ease.

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Advantages of Using Outsystems for Healthcare App development

Customizability:
OutSystems allows for extensive customization, making it suitable for building complex ealthcare applications tailored to specific needs.

Integration:
Outsystems offers robust integration capabilities allowing healthcare professionals to enjoy interoperability among different systems whenever required.

Rapid Development:
OutSystems enables rapid application development through visual development tools and pre-built templates, which can be beneficial to deploying solutions in the healthcare industry.

Built-in Security:
Outsystem’s cutting-edge security tech stacks ensure app security all the time. And it provides enough resources to deliver a secure app environment. Hence healthcare organizations can be assured their data is safe and encrypted.

Pre-built Templates:
Outsystems proffers an extensive library of pre-built templates using which programmers can focus on customizing the app to suit their specific requirements instead of building an app from scratch.

What is Microsoft Power Apps?

Power Apps is the low-code also known as no-code tool offered by Microsoft allowing businesses to build custom apps without having coding expertise. Power Apps is part of the large Microsoft ecosystem which also includes Power BI allowing you to enjoy automation functionalities.

Coders can access several templates and connectors to build apps eliminating the need to design everything from scratch. Moreover, apps built with PowerApps seamlessly integrate with other Microsoft services like Office 365, SharePoint, Dynamic 365, and Azure.

There are three different kinds of Power Apps, which are Canvas apps, Model-driven apps, and Portals. These approaches provide a set of benefits for businesses and individuals to build web and apps.

Benefits of Using Power Apps for Healthcare Application

AI Capabilities: AIoT improves healthcare software development and by opting for Power Apps businesses can harness the great capabilities of AI to build an advanced app. PowerApps lets you include an AI builder that adds optical character recognition and language detection. Businesses can integrate various AI options like business card readers, object detectors, text recognizers, receipt processors, and form processors. Recently PowerApps introduced the arrival of Copital. Using such great AI capabilities, healthcare organizations can train their AI model for specific use cases.

Integration Capabilities: PowerApp is part of a huge ecosystem of Microsoft Power Platform, hence it integrates smoothly with products like SharePoint, Dynamic 365, and Office 365. Integration with Microsoft Power BI and Virtual agents can help the healthcare industry build external-facing websites.

Low Code Platform: With its low-code approach, Power Apps allows healthcare professionals to build applications without extensive coding knowledge, enabling faster development cycles.

Data Security: Power Apps offers robust data security features, essential for handling sensitive patient information in compliance with healthcare regulations like HIPAA. Clients should work with a top-notch PowerApps development company that can understand your security requirements and provide you with secure and reliable solutions.

Task Automation: Get rid of doing tedious tasks manually by leveraging the capabilities of Power Automation. Healthcare organizations can integrate Power Automation to streamline their repetitive tasks like patient data entry, doctor and nurse records, and much more.

Reduced Cost: Building an app from scratch surely costs high as you have to invest in developers and the IT department. However, using the low-code approach of power apps you can remarkably cut down development costs. Moreover, the budget-friendly pricing model of PowerApps allows businesses to build an app tailored to their specific needs without breaking the bank.

Outsystems vs Power Apps: What Healthcare Pros Need to Know

Outsystems vs Power Apps: Factors to Consider for Healthcare Application

Let’s have an in-depth understanding of Outsystems vs Power Apps for healthcare applications development.

1. Outsystems vs Power Apps: Targeted Audience

OutSystems: Primarily targeted towards professional developers and enterprise-level businesses.

Power Apps: Primarily focused on both professional developers and citizen developers, allowing users with differentiated technical expertise to build apps.

2. Outsystems vs Power Apps: Learning Curve

OutSystems: Generally has a steeper learning curve due to its advanced features and capabilities, and requires acquittance of programming concepts.

Power Apps: Microsoft’s product is designed to be user-friendly with a low-code approach, making it more accessible for individuals having limited coding experience.

3. Difference in Development Needs

OutSystems: Suitable for complex application development, offering extensive customization options and support for various programming languages.

Power Apps: Available pre-built templates and drag-and-drop functionality reduce the need for extensive coding, ultimately making it a perfect choice for rapid app development.

4. Outsystems vs Power Apps: Ease of Usag

OutSystems: This low-code tech stack comprises advanced functionality to elevate the usage experience of individuals. However, it may demand more technical expertise to leverage the full potential of Outsystem.

Power Apps: PowerApps is known for its ease of usage across low-code platforms. There are myriad reasons for that, in which intuitive interfaces and simple tools remain prominent for building applications without extensive coding knowledge. Remarkably benefited for healthcare providers to deliver exceptional user experience.

5. Outsystems vs Power Apps: Difference in Features

OutSystems: This low-code development option for the healthcare industry provides a comprehensive feature set for enterprise-grade application development, including built-in security, scalability, and integration capabilities.

Power Apps: One of the popular products of Microsoft offers a wide range of components for designing custom applications, such as data integration, workflow automation, and AI capabilities through Microsoft Azure.

6. App Deployment Differences Between OutSystems and Power Apps

OutSystems: Here users have options to deploy their apps across different platforms, be it web, mobile, or desktop. Apart from this, users have the option on hand to host their app on the cloud or on-premises.

Power Apps: Supporting deploying of apps on web browsers, mobile devices, and Microsoft Teams. Along with that users can enjoy seamless integration various across Microsoft platforms.

7. Outsystems vs Power Apps: What’s ideal for User experience

OutSystems: Provides extensive tool kit and capabilities for providing rich user interfaces and engaging user experiences. This remains a prominent factor in the healthcare industry which can be crucial for healthcare applications aimed at enhancing patient engagement and satisfaction.

Power Apps: Offers a user-friendly interface design experience, especially for programmers familiar with Microsoft's design principles. However, if we compare the customization options to design advanced UI/UX then you may find it limited in comparison with OutSystems.

8. Development Flexibility

OutSystems: Proffers more flexibility and control over the development process. Developers can write custom code when needed, which is advantageous for complex healthcare applications requiring specific functionalities.

Power Apps: Provides a more structured and direct approach for building apps. However, the available customization options might be limited compared to Outsystems especially when it comes to dealing with complex logic and incorporation.

Power Apps vs Outsystems: What’s ideal for Healthcare App development?

When it comes to choosing the low-code approach of Power Apps or Outsystems for healthcare IT solutions, one should consider the below options.

Customization:
OutSystems offers a broader approach to customization on the other hand, PowerApps lack certain features. Here consider your specific needs for customization and look for a suitable solution.

Integration:
Consider Outsystems if your healthcare system needs integration. Outsystems holds robust integration capabilities and supports various data sources and APIs. Powerapps integrates smoothly with Microsoft services like SharePoint, dynamic 365, etc. Consider Powerapps if you wish to work in the dynamic environment of Microsoft.

Security:
The healthcare industry needs to adhere to security standards like HIPAA. Both option offers enough security capabilities however you have to be ensured that they align with specific compliance requirements.
Cost:

Last, it is important to consider the pricing models of both platforms in which one should also consider the licensing fees, maintenance expenses, and other costs related to development. Ultimately choosing between Outsystems and Power Apps for the healthcare sector relies on multiple factors like project needs, team efficiency, budget goals, long-term plans, and others related to your software requirements.

Power Apps vs OutSystems: Conclusion

For healthcare app development, where security, compliance, and scalability are critical, OutSystems might be a preferred choice due to its robust features and flexibility. On the flip side, if your organization is already heavily invested in the Microsoft ecosystem or requires simpler applications with seamless integration with Microsoft products, PowerApps could be a suitable option.

The comparison of Outsystems vs PowerApps might not be sufficient all the time, because there are specific benefits and challenges associated with both approaches. However, it depends on specific scenarios and the business needs to work with one specific option. It is ideal to consult a reliable healthcare software development company so that you can know the true potential of both these low-code development options.

Power Apps vs Power Automate

Harshal Suthar — Mon, 06 May 2024 11:49:00 +0000

I often see people asking questions like “Is Power App the same as Power Automate?”. “Are they interchangeable or have their own purpose?”. We first need to clear up this confusion – Power Apps and Power Automate are not the same! Several factors make Power Apps and Power Automate different from each other.

First, they are the essential parts of the tremendous ecosystem called Microsoft Power Platform (a line of business intelligence, app development, and many more) and both these have different working and purpose.

In this blog, we will discuss in detail - Power Automate vs Power Apps, and their usage, so stick around with us till the end.

What is Power Apps used for?

Power Apps is a product from Microsoft that allows both individuals and organizations to create customized business applications without any coding. It features a drag-and-drop functionality. This will allow users to create visually appealing and professional-looking business applications in no time.

The popular use cases of Power Apps are listed below:

Finance - create applications that will quickly develop budgets, reports, etc. for your described data.
Sales & Marketing - easily connect systems with the applications to get instant notifications regarding products, sales, etc.
HR Management – creation of apps that will allow employees to stay connected, keep track of their data, and many more.

Do you know? the applications created using MS Power Apps will have the ability to connect them with numerous data sources. The sources can be within the Microsoft Ecosystem or external sources such as cloud storage.

Additionally, the apps created in Power Apps will be fully responsive just like the ones that are created through proper coding.

The good thing is that the Power Apps is available in both free and paid versions. The paid version costs around $20/month. At last, it's important to stay in touch with the reliable Microsoft Power Apps consulting services to leverage the best benefits.

Now here is the twist. What if someone asks you - What are the three types of Power Apps?

Here some people wonder if Power Apps do have different types. Well, guess what? They do! Power Apps are of three types:

Canvas Apps
Model-driven Apps
Power Pages

Each one has its own purpose for use in the business.

So, now you have a thorough idea of what exactly Power Apps is. It is time to get a short overview of Power Automate.

What is Power Automate?

Power Automate is also a product by Microsoft through which automatic workflows can be created.

In simple words, Power Automate eliminates the need for individuals to shift from one application to another to perform specific tasks. Instead, it will automate numerous routine tasks on its own without compromising on accuracy as well as efficiency.

Some people get puzzled when they are asked – “what is the difference between Power Automate and Power Flow?” The answer to this is simple. Microsoft Flow and Microsoft Power Automate are the same product. Microsoft Automate has some advanced features such as AI builder, and RPA (Robotic Process Automation) making it an updated version of Microsoft Flow.

Some of the most notable use cases of Power Automate are:

Powerful Governance.
Quick and efficient set of workflows that will automatically carry out essential purchase processes.
Automate workflows with MS Office, Excel, PowerPoint, and many more Microsoft 365 products.
Easy setup of document processing for maximum automation.

There is a pricing similarity between Power Apps vs Power Automate as both are available in free and paid versions. The premium version includes multiple plans – Power Apps is available at $20/month (per user) and the second one, Power Automate is available at $15/month.

Why use Power Automate and Power Apps?

To put it simply, we use MS Power apps for creating user-friendly applications (no matter what domain it is) while Power Automate is used for making our jobs more efficient.

Microsoft Power Apps lets you create custom mobile applications without needing extensive coding knowledge.

Power Automate helps to automate tedious and repetitive workflows, saving time and effort. For example,

You can set up automatic email notifications,
Data synchronization between different apps, or
Approval workflows without manual intervention.

With Power Apps, you can make custom-built apps precise to your specific business needs, such as data entry forms, interactive dashboards, or mobile apps, all with a user-friendly interface.

Power Apps vs Power Automate: When to choose what?

When deciding between Power Apps and Power Automate, you first understand the purpose of each tool. MS Power Apps, a leading low-code application development platform is ideal for creating custom apps without coding. It is perfect for tasks like building interactive dashboards or data entry forms.

On the flip side, Power Automate, previously known as Power Flow excels at automating repetitive tasks and workflows. This includes sending automatic notifications or syncing data between apps.

So, to decide on Power Apps vs Power Automate - when to choose what, first consider whether you need to build an app from scratch or automate existing processes.

8 Key Differences to Know between Power Apps & Power Automate

Below are some of the key differences between Power Apps and Power Automate.

1. Power Apps vs Power Automate: What’s the Primary Purpose

The purpose of Power Apps is to assist both individuals and professionals in the creation of customized business applications without writing diverse code.

For instance, an e-commerce store owner can use Power Apps to build an inventory management app quickly and efficiently. The app will allow the employees to get real-time data for inventory as well as quick scanning of product bar codes.

On the other hand, the main purpose of Power Automate is to automate routine workflows by utilizing advanced Artificial Intelligence algorithms.

For example, business organizations can automate the image to text extraction process using Power Automate. To do so, Power Automate makes use of both AI and Optical Character Recognition algorithms to first understand the text that the picture contains and then extract the text with 100% accuracy.

2. Power Apps vs Power Automate: Interface Variation

You may find interface variations between Power Apps and Power Automate. MS Power Apps features a drag-and-drop interface for the creation of business elements. This means that even individuals with average knowledge of online toolkits can use it to build fully professional and responsive business applications.

When it comes to Power Automate, features a special flow designer to build workflows to automatically perform routine tasks quickly and efficiently.

3. Power Apps vs Power Automate: Accessibility & Integration

Users can easily access Power Apps through mobile phones, desktop PCs, tablets, etc. anytime, from anywhere. All you are required to have is a stable internet connection. Moreover, it can be easily integrated with many Microsoft services and products.

On the contrary, currently, Power Automate is accessible through PCs or laptops. This is because it requires diverse editing which is only possible through computers. Besides this, it also supports integration with numerous Microsoft products and services.

4. Membership Packages for Power Apps vs Power Automate

Power Apps is included in the Office 365 suite, making it a genuine addition for businesses already using Office 365 tools. Hence Power App is your way to go if you wish to leverage Office 365 products.

On the other hand, Power Automate comes under the Azure cloud platform, making it an ideal choice for businesses looking to leverage Azure’s cloud capabilities. So, Power Automate can be a great option if you want a platform integrated into Azure.

5. Flexibility difference between Power Apps and Power Automate

Power Apps comprises more flexibility as you can access it with any device with a web browser. Moreover, it supports integration with other Microsoft products and can be used on multiple platforms like Power BI, SharePoint, and Dynamic 365.

However, Power Automate is limited to desktop devices only where you will get limited integration options. As it only supports workflow integration with SharePoint.

Here Power Apps is a clear winner as it provides a more suitable option for individuals who need a flexible and comprehensive app development tool.

6. What’s Good for Document Management: PowerApps or Power Automate?

Microsoft Power Apps comprises some great capabilities to build document-centric apps where you can integrate functionalities for editing and managing documents directly under the app’s interface. Apart from this, Power Apps even allows you to craft custom document entries and edit document forms where you can build a user-centric interface by adding precise fields and controls that satisfy your document management tasks.

Power Automate even offers document-centric workflow. Here you can build a workflow for the approval of documents reviewing procedures. Meaning that it allows automating workflow that drives events within the document such as editing, feedback tracking, sending notifications, etc. Moreover, by using Power Automate, you will be able to connect multiple document repositories like SharePoint, cloud storage, OneDrive, and more.

7. Power Apps vs Power Automate: Modification differences

A key distinction between Power Apps and Power Automate relies on respective procedures of editing and modification. With Power Apps, you can effortlessly update your apps within the Power Apps environment. Any modification you make will take immediate effect, allowing you to keep your apps up-to-date and functioning smoothly.

Talking about Power Automate, it consists of an interface called Flow that allows individuals to create automated workflows between apps and services. It’s a powerful tool yet it doesn’t offer immediate updates and changes. For sure it adds an extra step for modification purposes however it also facilitates flexibility for users to create more complex and customized workflow.

8. Close Coordination and Independent Functioning

Power Apps works closely with other Microsoft products, ensuring that apps are linked with products such as MS Dynamics 365 and SharePoint.

Power Automate operates on its own and enables task automation on various platforms without needing to be integrated with other Microsoft services. Power Automate’s ability to work independently makes it a versatile choice for people who prefer not to depend heavily on the Microsoft Ecosystem.

So, these are the core differences between Power Apps and Power Automate that one should be aware of. I hope you find this blog informative and helps you find a suitable solution for your business.

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Power Apps vs Power Automate: Decision-making

After understanding Power Apps and Power Automate, in this blog, we can see both are crucial parts of Microsoft’s Power platform. Both of them are unique and offer their own set of benefits for businesses. MS Power Apps is specifically designed for creating customized low-code applications, whereas Power Automate is used for automating workflows. These are the fundamental distinctions to be aware of, but there are several important differences between Power Automate and Power Apps that one should consider when choosing the right one.

In this article, we have explored those differences in detail. I hope this will help you find a suitable solution for your business. Partner with iFour to build your low-code application with modern advancements.

FAQs – Power Apps vs Power Automate

What is the relationship between Power Apps and Power Automate?

A common relationship between Power Apps and Power Automate is that both are Microsoft products tagged under Power Platform and work to create custom apps and automate workflows.

What is the difference between Power Apps vs Power Automate and Power BI?

There are multiple differences in Power Apps vs Power Automate and Power BI, however, the major difference is that Power Apps is used to create custom apps and is more flexible compared to Power Automate. While Power Automate is used for Process Automation and Power BI is utilized for data visualization and analysis.

What is better than Power Apps?

It can be tricky to answer this question as each platform comprises its own significance, although we can find some alternatives of Power Apps which are Outsystems, Salesforce platform, and APEX. However, MS Power Apps could be a better option for users who are already familiar with Microsoft products.

What are the use cases of Power Apps?

We can find multiple examples of Power Apps such as it is used in the healthcare industry for patient management systems and attendance management systems. Moreover, it can be also used to build food processing automation apps, project management apps, etc. Overall, Power Apps beings helpful for individuals and organizations to create custom apps that satisfy their specific requirements.

What are the use cases of Power Automate?

The core example of Power Automate is that when clients integrate automation, they get alerts for emails when they receive emails from a specific sender. It also creates automation for data entries, data collection, customer service, etc. Basically, Power Automate is used in organizations to create and automate workflows.

What are the benefits of using Power Apps?

There are multiple benefits of using Power Apps such as it enables programmers to leverage AI capabilities, robust security practices, smooth integration across platforms, and reduced cost of development.

What are the benefits of using Power Automate?

The core benefit of using Power Automate is that it streamlines everyday tasks across the business system. Moreover, it automates workflows so users can free up their time doing manual jobs and pay attention to more important prospects. And at last, it benefits users to leverage great integration capabilities across and outside of the MS environment.

An overview of new features of MVC 6 for MVC Software companies

Harshal Suthar — Mon, 26 Feb 2024 08:46:06 +0000

MVC 6 is an open-source .Net framework which is built by merging the frameworks of MVC, Web API and Webpages into single framework. It supports Mac, mono and Linux, hence this is a cross-platform compatible framework. It has gained a huge popularity among many eminent MVC software development companies in USA since recent past. The architecture of the newly developed framework, MVC 6 is as shown below.

New features in MVC 6:

Important components of an MVC6 application:

Global.json
This is packed with solution-level settings and project-to-project references.

src folder
Source code for our web application.

Wwwroot
This folder contains static files and all other files that the web app serves directly to the clients, including HTML, CSS, and Image and JavaScript files.

Config.Json
This file contains the application configuration in various places. MVC Programmer can define its application configuration, not just this file. Using the configuration value providers, the correct configuration values are picked. We do not need to bother about how to connect to various sources to get the confutation value.

Following code snippet explains how to add a connection string in Config.json file.

Project.json
The “project.json” file serves as the new project file (.csproj/.vbproj).This file is included with the project dependencies and build information. This also contains the commands used by the application. Dependencies like loading external JavaScript library like jQuery, Knockout.js.

Project.json file provides intellisense for the available packages when developer adds or edits dependencies. All packages that one has added from this file are automatically pulled from NuGet and when one removes packages it automatically gets removed from project reference.

Startup.cs
It is an entry point for the application. This file is used to define the environment for the application, e.g. Using MVC, Entity Framework, etc. By default, the host looks for a Startup class with a Configure method that takes IApplicationBuilder as a parameter.

Defining the Request Pipeline
the Startup.cs contains a startup method.

The above code snippet creates an object of the configuration class. We are adding the config.json and Environment variables as the source of configuration values. Also, we can add other configuration sources that our application requires.

Due to the availability of configuration value providers for different sources, Our application can fetch the configuration values from different configuration sources efficiently. Hence the application doesn’t need to be concerned about the different sources of configuration. This is one reason that MVC 6 applications can be easily moved to the cloud.

Code snippet to add the MVC framework in the pipeline

The code above is same as the old MVC for defining routes, except that the UseMvc method is used to setup the routes.

The AddMvc() basically adds the dependencies needed for MVC 6.

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Understanding Controller in MVC 6
In MVC 6 the application does not need to be derived from the controller class. In controller there are many default functionalities. Most of the time one needs to derive from the controller class, but if one does not need access to all of the functionalities provided by the controller class, one can define its own controller class.

Understanding Views in MVC 6

In MVC 6 view, developers have been provided with new attributes for Model binding. HTML Helper methods are used for generating UI elements like: @Html.EditorFor and Model binding are removed.

MVC 6 New Attribute

Asp-controller: Provides Controller Name.
Asp-action: Provides Action Name of Controller class.
Asp-for: This attribute is used for Model Binding.
Asp-validation-for: This attribute is used for Model validation.
Asp-validation-summary: This attribute is used to display the validation summary.

How does change detection work in Angular?

Harshal Suthar — Mon, 08 Jan 2024 11:51:08 +0000

What is change detection?

Updating the DOM whenever user Data is changed is known as the Change Detection technique. There are two Strategies available for Change Detection in Angular. The default strategy is, everytime user data is changed or manipulated, Angular will run the Change Detector to Update theDOM element. The second one is OnPush(), which we will discuss later in the article.

Angular Framework needs to create a copy of your application's state on the UI by combining the template and the state.

For Example:

Model.ts :

export interface car
{
id:number;
Name:String;
}

Name:{ car.Name } Id: { car.Id }
DOM :

Name:Swift
Id:1

If the template or model file is changed, it's necessary to update the view. This process of syncing the template with the data is called "Change Detection”.Every Frontend Language uses this process, for example, react uses virtual DOM.

Change detection is a process of updating DOM when the state (model orTemplate) is changed.

How change detection works?

Every Process has its work cycle, for Change Detection it's mainly divided into two parts: The angular side and developer side.

Developer side: Developer's updates application model.
Angular side: Sync the updated state model and re-render the view.

Let’s take a brief look at this process

Step 1: When Developer updates the template page or Data models like changing something in data binding or something.

Step 2: Changes are made in the state of your application, now Angular will detect thechanges.

Step 3: Change detection uses the Tree method to re-render your application/component,ChangeDetection will check every component of your application in tree form from top to bottom to check if any corresponding modelhas changed or not.

Step 4: If there is any change, it will update the component view and re-render it.

It will be easy to understand it with some graphical representation:

Default-strategy1:

You can see Angular components and it Changes Detector (CD) for every component which was created during your application bootstrap process in this image. Those change detectors compare the current value with the previouss one. If ChangeDetector detects the value is changed, it will set Property is Changed==true.

Zone.js

Normally, any asynchronous task is intercepted and tracked by zone.The zone has three phases:

Phase 1: when the zone starts, it is in a stable situation.

Phase 2: It will become unstable if any task is run in the Zone

Phase 3: After the Task is completed it will return to a Stable situation.

Change Detection will be triggered by the angular framework if one of these events is fired:

Any browser event like a click, keyup, keydown, OnChange, etc.
setInterval() or setTimeout()
Any HTTP request using XMLHttpRequest Angular uses its zone called ngZone.There is only one ngZone and in this zone Change detection will be called, only for async operations.

Change Detection strategies

Default ChangeDetection strategy

Angular uses ChangeDetectionStrategy.Defaultas a default change detection strategy. Every time an event is fired like user event, XHR, timer, etc. The default strategy will check every component in the component tree from top to bottom. It will check every component without making any assumption on component's dependencies which may create some issue that's why it's called dirty checking. It can badly influence your application's performance if you have a large application that contains many components.

OnPush()

As we saw in default Change Detection strategy, if you have a large application default strategy will check all component, we will affect your performance.so to overcome that problem you can use OnPush()ChangeDetection strategy.

Let’s understand this with an example:

app.component.ts:

import Component from '@angular/core';

@Component({
selector: 'app-root',
templateUrl: './app.component.html',
styleUrls: ['./app.component.css']
})
export class AppComponent {
fruits = ['Mengo', 'Orange', 'Banana'];

constructor() { }

addFruit(item) {
  this.fruits.push(item);
}  
}

Now add some code in app.component.html:

<input><button>Add Fruit
<app-child>
</app-child></button>

Now let’s create a child component:

Go to child >child.component.ts:

<code>import { Component, Input } from '@angular/core';

@Component({
selector: 'app-child',
templateUrl: './child.component.html',
styleUrls: ['./child.component.css']
})

export class ChildComponent {
@Input() data: string[];

constructor() { }
}
</code>

In child > child.component.html:

<app-child><h3>Fruit List</h3>
<ul><li> </li><li>{item}</li></ul>
</app-child>

To change the ChangeDetection strategy in your component you have to add this code in your component ts file:

changeDetection:ChangeDetectionStrategy.OnPush

So your child.component.ts file will look like this:

import { Component, Input, ChangeDetectionStrategy } from '@angular/core';

@Component({
selector: 'app-child',
templateUrl: './child.component.html',
styleUrls: ['./child.component.css'],
changeDetection: ChangeDetectionStrategy.OnPush  //change in startegy
}) 
export class ChildComponent {
@Input() data: string[];

constructor() { }
}

So now default ChangeDetector will not get invoked nor will OnPush() because we will have to add a new method which can be called in your child component after that OnPush() ChangeDetector will get called.

addFruit(item)
{
  this.fruits = [...this.fruits, item];
}

In that code, we are returning a new food array instead of mutating it.now as you can see angular ran change detection after detecting a new reference to data.

We can understand OnPush easily with graphical representation.

From Angular 7, the OnPush strategy fits well with most of the component, we are using ngrx/store to manage state and it's really useful. For example: if there is a change in data ngrx will bear the responsibility for new references.

We can use ChangeDetectRef to gain full control like:ChangeDetectRef.detectChanges()

For example:We can add update button in our project:

Child.component.ts:

import 
Component,
Input,
ChangeDetectorRef,  
ChangeDetectionStrategy
 from '@angular/core';

@Component(
selector: 'app-child',
templateUrl: './child.component.html',
changeDetection: ChangeDetectionStrategy.OnPush
)

export class ChildComponent 
@Input() data: string[];

constructor(private cd: ChangeDetectorRef) 

update()
  this.cd.detectChanges();

Angular will call the ChangeDetector when we click on Update Data Button.

There are different common available for ChangeDetectorRef like:

ChangeDetectorRef.MarkForCheck():

markForCheck will tell ChangeDetector whenparticular Input is called/rendered.

ChangeDetectorRef.detach()&ChangeDetectorRef.reattach():

you can detach and reattach the method to ChangeDetector using these two methods.

You can understand it in one picture:

ChangeDetectorRefMethods:

Conclusion

There are two strategies available for Change Detection.ChangeDetection.Default, which will check every component from top to bottom in tree formation when ChangeDetector detects any changes.ChangeDetection.OnPush(), this method or component which have OnPush() method described in it, will only be check when any function ormethod of that particular component get called. So, which one should you use?If you have a small project Default strategy is best for you.If you have a large project or a scenario where some of your components doesn’t come in use more often then you should use OnPush() method. We hope you get a clear idea regarding the different ways in which change detection works in Angular.

How to Create a Word Add-in With Angular 2+?

Harshal Suthar — Thu, 28 Dec 2023 06:38:23 +0000

Word add-ins are one of many developer options you have on the Office add-in platform. In this blog, we can add the add-in using angular. Add-ins are just small web applications that run in one place and are served over HTTPS in the Office client.

Building an office add-in in Angular:

Step 1: In the package.json file, add the dependencies and dev dependencies and run the npm install command to install these dependencies.

{
  "name": "addin-demo",
  "version": "0.0.0",
  "scripts": {
    "ng": "ng",
    "start": "ng serve",
    "build": "ng build",
    "test": "ng test",
    "lint": "ng lint",
    "e2e": "ng e2e"
  },
  "private": true,
  "dependencies": {
    "@angular/animations": "~11.0.1",
    "@angular/common": "~11.0.1",
    "@angular/compiler": "~11.0.1",
    "@angular/core": "~11.0.1",
    "@angular/forms": "~11.0.1",
    "@angular/platform-browser": "~11.0.1",
    "@angular/platform-browser-dynamic": "~11.0.1",
    "@angular/router": "~11.0.1",
    "rxjs": "~6.6.0",
    "tslib": "^2.0.0",
    "zone.js": "~0.10.2",
    "@microsoft/office-js-helpers": "^1.0.1",
    "office-ui-fabric-js": "^1.3.0",
    "@types/office-js": "^1.0.23"
  },
  "devDependencies": {
    "@angular-devkit/build-angular": "~0.1100.2",
    "@angular/cli": "~11.0.2",
    "@angular/compiler-cli": "~11.0.1",
    "@types/jasmine": "~3.6.0",
    "@types/node": "^12.11.1",
    "codelyzer": "^6.0.0",
    "jasmine-core": "~3.6.0",
    "jasmine-spec-reporter": "~5.0.0",
    "karma": "~5.1.0",
    "karma-chrome-launcher": "~3.1.0",
    "karma-coverage": "~2.0.3",
    "karma-jasmine": "~4.0.0",
    "karma-jasmine-html-reporter": "^1.5.0",
    "protractor": "~7.0.0",
    "ts-node": "~8.3.0",
    "tslint": "~6.1.0",
    "typescript": "~4.0.2",
    "@types/office-runtime": "^1.0.7",
    "html-loader": "^0.5.5",
    "html-webpack-plugin": "^3.2.0",
    "office-addin-debugging": "^2.1.13",
    "office-addin-dev-certs": "^1.0.1",
    "office-toolbox": "^0.1.1"
  }
}

Step 2: Add the office.js library and office UI fabric core CSS in the index.html file.

                <meta charset="utf-8"><title></title><base href="/">
                <meta name="viewport" content="width=device-width, initial-scale=1"><link href="favicon.ico" rel="icon" type="image/x-icon">

    <!-- Office JavaScript API -->
<script type="text/javascript" src="https://appsforoffice.microsoft.com/lib/1.1/hosted/office.js"></script>

<!-- For more information on Office UI Fabric, visit https://developer.microsoft.com/fabric. --><link href="https://static2.sharepointonline.com/files/fabric/office-ui-fabric-core/10.0.0/css/fabric.min.css" rel="stylesheet"><p>
                <app-root></app-root></p>

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Step 6: Add the following code in the polyfills.ts file to enable the polyfills for IE.

import 'core-js/client/shim';
import 'core-js/es6/symbol';
import 'core-js/es6/object';
import 'core-js/es6/function';
import 'core-js/es6/parse-int';
import 'core-js/es6/parse-float';
import 'core-js/es6/number';
import 'core-js/es6/math';
import 'core-js/es6/string';
import 'core-js/es6/date';
import 'core-js/es6/array';
import 'core-js/es6/regexp';
import 'core-js/es6/map';
import 'core-js/es6/weak-map';
import 'core-js/es6/set';

Conclusion

In this blog post, we elaborate on the process of office add-in development using Angular. Add-ins are just small web applications that run in one place and are served over HTTPS in the Microsoft Office client.

Make your background task easy with Hangfire in .NET

Harshal Suthar — Wed, 13 Dec 2023 11:16:43 +0000

The background task is a type of task which runs in the background. For example, sometimes we run any task and it takes a long time so start a new task to work more efficiently. Let's take the example in the coding world sometimes we have to log in one page and after a fewprocesses need to send an email to the client so we can do send mail process in the background and continue the process which is unfinished in this sending mail is Background task.

Why we need background Tasks?

The background task is important when you need to run an operation which is taking a long time to finish its operations. Without the background task, we need to perform both operations one by one and the response can also take more time to reach the user and it is a bad user experience. With the Background task, you can run the task in the background to complete and give a response to the user more quickly and it is a good user experience.

What is Hangfire?

Hangfire is an open-source framework. It helps in creating a new process and manage the Background Task. The background task is also called The Background job. Hangfire help us to manage background tasks for example some tasks you can't put in the processing pipeline. From that type of operations some are listed below:

mass notifications/newsletter
batch import from xml, csv, json
creation of archives
firing off web hooks
deleting users
building different graphs
image/video processing
purge temporary files
recurring automated reports
database maintenance

Type of Hangfire Jobs

Hangfire had so many types of jobs a few of them are listed below:

Fire-and-forget
Delayed
Recurring
Continuations of other jobs

The Background Jobs are stored in your selected place. Hangfire has supported so many storages that are based on documents and relational.

Hangfire has its own automatic retry logic that retries the jobs and completes them so don't worry about the error thrown by the jobs. It uses workers to handle the tasks, you define the number of workers you would like and that they share the queue, running the tasks on a primary-come first-serve basis. Hang fire’s UI is itself protected by an API key and accessible from /Hangfire if you have the API key.

Now let's know how to configure Hangfire:

First of all, you need to create your regular core project. and have to select .NET5 in the web application.

After creating the project to use Hangfire, install a NuGet package of Hangfire is required. Below are listed some packages of Hangfire which are helpful to configure and setup authentication and store job-related information in SQL.

Hangfire.AspNetCore
Hangfire.Dashboard.Basic.Authentication
Hangfire.MemoryStorage
Hangfire.SqlServer

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Now create database table using the Migration commands and after create services for that.

EmpService.cs
  using Hangfire.AppDbContext;  
  using Hangfire.Model;  
  using System;  
  using System.Collections.Generic;  
  using System.Linq;  
  using System.Threading.Tasks;  
  namespace Hangfire.Services  
  {  
      public class EmployeeService : IEmployeeService  
      {  
          private readonly EmployeeDbContext _employeeDbContext;  
          public EmployeeService(EmployeeDbContext employeeDbContext)  
          {  
              _employeeDbContext = employeeDbContext;  
          }  
          public async Task<bool> InsertEmployeeAsync()  
          {  
              try  
              {  
                  Employee employee = new Employee()  
                  {  
                      EmployeeName = "Jk",  
                      Designation = "Full Stack Developer"  
                  };  
                  await _employeeDbContext.AddAsync(employee);  
                  await _employeeDbContext.SaveChangesAsync();  
                  return true;  
              }  
              catch (Exception ex)  
              {  
                  throw;  
              }  
          }  
      }  
  }  
  IEmpService.cs
  using System;  
  using System.Collections.Generic;  
  using System.Linq;  
  using System.Threading.Tasks;  
  namespace Hangfire.Services  
  {  
     public interface IEmpService
      {  
          Task<bool> InsertEmployeeAsync();  
      }  
  } 
  We are complete service injection in privious step in Startup.cs file  
  #region Services Injection  
              services.AddTransient<iempservice>();  
     #endregion 
  Now set the Password and id for access the Hangfire Dashboard
  appsettings.js
  "HangfireCredentials": {  
      "UserName": "Demo",  
      "Password": "Demo@123"  
    }
  </iempservice></bool></bool>

Starup.cs

  //add Authentication to access the Hangfire Dashboard  
            app.UseHangfireDashboard("/hangfire", new DashboardOptions()  
            {  
                AppPath = null,  
                DashboardTitle = "Hangfire Dashboard",  
                Authorization = new[]{  
                new HangfireCustomBasicAuthenticationFilter{  
                    User = Configuration.GetSection("HangfireCredentials:UserName").Value,  
                    Pass = Configuration.GetSection("HangfireCredentials:Password").Value  
                }  
            },  
            }); ;

Create background tasks

BJob.cs

  using Hangfire.Services;  
  using System;  
  using System.Collections.Generic;  
  using System.Linq;  
  using System.Threading.Tasks;  
  namespace DemoHangfire  
  {  
      public class BJob  
      {  
          #region Property  
          private readonly EmpService _EmpService;  
          #endregion  
          #region Constructor  
          public Job(IEmployeeService employeeService)  
          {  
              _EmpService = EmpService 
          }  
          #endregion  
          #region Job Scheduler  
          public async Task<bool> JobAsync()  
          {  
              var result = await __EmpService.InsertEmployeeAsync();  
              return true;  
          }  
          #endregion  
      }  
  }
  </bool>

After completingthe above process add Background task in Startup.cs

#region Job Scheduling Tasks  
// Recurring Job for every 5 min  
            recurringJobManager.AddOrUpdate("Insert Employee : Runs Every 1 Min", () => jobscheduler.JobAsync(), "*/5 * * * *");  
            //Fire and forget job   
            var jobId =  backgroundJobClient.Enqueue(() => jobscheduler.JobAsync());  
            //Continous the Job  
            backgroundJobClient.ContinueJobWith(jobId, () => jobscheduler.JobAsync());  
            //Schedule Job  
            backgroundJobClient.Schedule(() => jobscheduler.JobAsync(), TimeSpan.FromDays(5));  
            #endregion

After completing, the whole process for configuring the Hangfire, create the background jobs now run the project in the browser you can initially see the Swagger page. Remove swagger and write Hangfire and see the Hangfire view.

Conclusion

After reading this blog you will surely understand about the Hangfire and background jobs. Also, will come to know about the background process and how it is important for creating a more efficient web application. We also explained that how to configure Hangfire in the project and how to run it.

How Boilerplate Entity Framework is used in .Net Web Applications

Harshal Suthar — Wed, 15 Nov 2023 07:28:31 +0000

Microsoft announced in the recent past, the first completely redesigned version of Asp.Net framework, a framework which already has a huge popularity in developing robust web applications. And this version is named as Asp.Net Core 1.0, which is an open-source as well as the cross-platform framework. Using it’s updated version, one can able to build web applications, develop websites, and form web services as per the project requirements. To further accelerate your desktop web application development, website development, and custom web development you can use Asp.Net Boilerplate framework.

Asp.Net Boilerplate framework v1.0.0 is an open-source general-purpose framework that allows us to develop custom web Applications based on MVC.Net and WebApi with high reliability and performance.

Moreover, the recent release of its updated version i.e. Asp.Net Boilerplate v2.0.0 provides support for .Net Core as well. That means, now developers can build their modern web applications fueling them with the excellent features of Asp.Net MVC, Asp.Net Core, and Web API services. This framework also provides us the list of free and premium start-up templates, choosing one of them helps in saving a high amount of development time. With the support of third-party development tools, users can also accomplish particular development tasks with lesser burden. Currently, the latest version of Asp.Net Boilerplate available in the market is v5.4.

Pre-Requisites:

To work with Boilerplate Entity framework, you should have the following tools installed in your system.

Visual Studio 2017,
MS SQL Server,
Visual Studio extensions – Web compiler, Bundler, and Minifier,
Active internet connection.

Let us understand in a basic way, how Boilerplate Entity framework is used in WebAPI Application development using Code First approach.

Before proceeding further, it is necessary to have basic knowledge about the Entity framework, how it is used in the application, and its integration in the project, what is Application layer, Business layer, Database layer. And importantly, you need to add Abp.EntityFramework to your project from the nuget package.

When you are using Entity Framework in the project for creating the application, first you need to define DbContext class in the application

A major benefit you will have while using Boilerplate Entity Framework is, the classes will be mapped to database tables in a conventional way. Hence you do not require to make any sort of configurations.

The entities are linked to Entity Framework context by adding each one of them a property just like the below instance.

public IDbSet<myexampleclass>MyExampleClass { get; set; }</myexampleclass>

And to update the database while working on the project, you can use migration tool which is inbuilt in Entity Framework. It provides two types of Migration modes- Manual and Automatic.

Repository:

Start with a simplest solution just by using default repository i.e. The IRepository in the project, which helps in performing CRUD operations. This collection of repositories is used directly on Application Layer.

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Application Services:

Here you just need to create the service that should be inherited from IApplicationService interface.

In a nutshell, these are the main concepts to keep in mind while core development of any WebApi project.

Conclusion:

With the use of Boilerplate Entity Framework, you can able to create an eye-catching modern web Applications using features of Asp.Net MVC, Asp.Net Core, and Web API services. But to get success among the modern applications of market, you certainly need good tactics for enhanced performance and improvement. Hence iFour Technolab is here to help you for that in all the possible ways. We deal with all kind of consulting services related to .Net with effective results.

Just connect to iFour Technolab Pvt. Ltd., a leading .Net web development company which provides extra-ordinary services to its clientele all over the world. It also has Microsoft certified software experts that work in all disciplines of .Net and fulfills all your necessities to provide lead-edging pace over the competitors.

DEV Community: Harshal Suthar

Building Multi-Page Applications with Xamarin Forms - Tips and Tricks

Understanding Navigation in Xamarin Forms

Organizing Your Pages

Managing State Across Pages

Handling User Inputs and Events

Performance Optimization

Testing and Debugging

Conclusion

Kotlin vs Java: Which is Best for Android App Development?

Introduction to Java and Kotlin

Java: The Veteran Language

Kotlin: The Modern Contender

Syntax and Readability

Java: Verbose and Traditional

Kotlin: Concise and Expressive

Null Safety

Java: Manual Handling Required

Kotlin: Built-In Null Safety

Performance

Java: Established Efficiency

Kotlin: Comparable Performance

Development Speed and Efficiency

Java: Slower Due to Verbosity

Kotlin: Faster and More Productive

Community and Support

Java: Vast and Mature Community

Kotlin: Growing and Vibrant Community

Use Cases of Java and Kotlin

Java: Best for Legacy and Large-Scale Projects

Kotlin: Ideal for Modern and Mixed Projects

Razor pages vs MVC

What is ASP.NET?

What are Razor Pages?

Razor Pages vs ASP.NET CORE MVC: Key features

What is Razor pages vs MVC?

Features of Razor Pages:

Features of ASP.NET MVC (Model-View-Controller):

ASP.NET MVC vs Razor Pages — The Similarities

What is Razor Syntax in MVC?

Single block Statements

Multi statement block

Basic Structure of Razor Pages and MVC

Code Comparison between MVC and Razor

ASP.NET CORE MVC vs Razor pages – What to choose for your Project?

Conclusion

Web Worker in React: A step-by-step guide

What is a Web Worker?

How a "Web Worker API" interacts between the main thread and the worker thread?

How to use Web Worker in React?

App.js

App.js

Worker.js

Self:

e.data:

PostMessage:

React Web worker: Conclusion

UiPath vs Power Automate - Making the Right Choice

Overview of Power Automate

Is Power Automate the Same as RPA?

Overview of UiPath

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Power Automate vs UiPath: Difference in Features

Power Automate vs UiPath: What’s Best for Startups?

UiPath vs Power Automate: Statistics overview

Power Automate vs UiPath: Scenarios to Choose

Power Automate vs UiPath: Pros and Cons

Power Automate

UiPath

Can Power Automate and UiPath be Used Together?

Is Power Automate Better than UiPath?

Power Automate vs UiPath: What’s Right for Your Business?

OutSystems vs Power Apps

What is Outsystems?

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Advantages of Using Outsystems for Healthcare App development

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What is Microsoft Power Apps?

Benefits of Using Power Apps for Healthcare Application

Outsystems vs Power Apps: What Healthcare Pros Need to Know