Web Development

Micro Frontend Architecture
Web Development

Implementing Micro Frontend Architecture in the Web App

Micro-frontend Architecture: A Microservice Approach to Developing Web Apps Front-end development is crucial in deciding a web app’s interactiveness. There are various elements attached to the front-end development. Micro-frontend architecture is a prominent and new-age approach to front-end development. It becomes significant when a web app is split into self-contained components. Though these components are structured separately, their assembly looks like a single complete product to the end user.  The concept behind micro-frontend logic is somewhat similar to microservice. While the microservice is oriented to the server, the micro-frontend is associated with the client side. This approach is most reliant on creating a complex web-based product. Since it allows multiple developer teams to work on different software, it automatically enhances the productivity of the entire development team. Using micro frontend architecture style, programmers can efficiently develop web apps that too while achieving superior scalability.  “How interactive is the web app?”. The answer to this question lies in the development process of web app development. The development phase is always dynamic and a fusion of the latest tech. Micro-frontend is one of the latest patterns in the development of web apps. This approach is focused on the benefits of microservices to the client side. The collective approach behind Micro-frontend is to structure the web app as a composition of features owned by independent teams. While being responsive to distinct missions, each team works as a cross-functional and develops its end-to-end features. The idea behind the micro front end is not new. It has a lot in common with the self-contained system concept. Microservice Architecture is a type of architecture where an application is developed as a collection of services. It provides the framework for developing, deploying & maintaining microservice architecture diagrams and services independently. Unlike Monolithic architecture, the microservices structure is composed of several independent modules. These are organized around different business domains. In this type of architecture, the modules are connected very loosely interconnected usually through APIs. Hence, they possess minimum interdependencies. Monolithic vs Microservices Architecture While structuring a web app, you can use two different architectural approaches– Monolithic & Microservices. The microservices can be classified into various components which can be collectively called Micro-frontends.  Monolithic Architecture A monolith is referred to as a huge block of stone. In the early days of web development, the entire program was built in the form of one indivisible unit and hence this architecture got its name. All the components of monolithic systems rely on one another for the proper functionality of the Web UI. Hence, a slight change in the architecture or the addition of a new feature requires changing the whole architecture and hence can end up with the whole system failure. With technological advancement — software products started getting more complex. Hence handling them in a single unit was not a smart decision. To ease the entire development process, the codebase is divided into two distinct divisions– front and backend. Despite the division, this approach is still referred to as the monolithic approach. The only major difference that is clear-cut visible is we are getting two large heaps of frontend and backend codes instead of one massive programming code. This approach is very much useful in development of small applications—since it is designed with a single source codebase.  Microservice Architecture In contrast to the previous approach, the microservice architecture is the combination of loosely coupled components developed by different teams. With this pattern, composing web application UI becomes fast and effective. The components of the web app UI are semi-independent fragments. Each service runs its own process and has its own codebase & DevOps practices. Communication between the services is facilitated with defined channels called APIs. Microservice gel with Frontend via API Gateway over the network or through the backend for the frontend service. API getaways provide a single point of entry for a set of microservices while the backend-to-frontend offers targeted API for individual clients. For an instance: For an eCommerce web app, payment gateway and product management needs the involvement of two independent teams is needed for end-to-end development Working of Micro Frontend Works: Core Ideas and Integration Patterns As per earlier discussion, we have already understood that teams are vertically arranged in a micro frontend architecture. This means that they are furcated into the domain expertise and have end-to-end responsibility for certain features. It can encompass up to two microservice on the backend and its view as a micro frontend.  A micro frontend can be a complete page or individual fragments of the page. For a heavy website, it’s easy to split up the page components and assign each component to an individual team. Few elements like headers, footers, and recommendations often appear on multiple pages. Hence, teams can develop fragments that other teams can also add to their pages. The micro front end can be deployed independently as individual projects. This can be achieved by assembling both pages and fragments into a single interface. The assembly is done through many techniques – routing, composition, and communication.  Routing Routing works for page-level integration. It is used when you need a service from a page owned by one team to the page owned by another team. Each micro frontend is considered a single-page web app. This can be approached by using HTML Links. When you click a hyperlink, the browser fetches the target markup from the designated server and replaces the page with the requested one.  For rendering a page without reloading, opting for a shared application shell or meta-framework gets the job done. Application Shell is the minimal HTML, CSS & Javascript that structures and powers the web app UI. You can get the static rendered page even if the content data request from the server is still pending.  Meta Frameworks: It combines different pages, no matter what library or framework is used, into one whole frame. It also supports APIS to communicate between individual applications.  Composition Getting the fragments into the right slot within the

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Dev Ops, Technology, Web Development

How to Install & Run Node/React app as an Exe file?

 Node.js + React App Importance The combination of Node.js and React is widely used in modern web development due to their complementary strengths and ability to build fast, scalable, and maintainable full-stack applications. Also it offers a powerful and efficient full-stack development environment by leveraging JavaScript on both the frontend and backend. This unified language model streamlines the development process, allows for shared logic across layers, and reduces the learning curve for developers. Node.js provides a fast, scalable, and non-blocking backend that’s ideal for handling APIs, real-time data, and microservices, while React enables the creation of dynamic, responsive user interfaces through its component-based architecture and virtual DOM. Here’s why this stack is even more important: Seamless Full-Stack JavaScript:Both frontend (React) and backend (Node.js) use JavaScript, allowing for shared code, faster development, and easier onboarding of developers across the stack. Scalable and High-Performance Architecture:Node.js is non-blocking and event-driven, ideal for handling concurrent requests—while React enables fast, interactive user interfaces via a virtual DOM. Rapid Development with Large Ecosystem:The npm ecosystem offers thousands of ready-made packages, while React’s component-based structure makes UIs modular and reusable. Real-Time and SPA Friendly:Perfect for building real-time features (like chat, notifications) and single-page applications with smooth client-side routing using libraries like React Router. Strong Community and Support:Both technologies are backed by large communities (Node by the OpenJS Foundation, React by Meta), ensuring ongoing updates, tools, and job market relevance. To Install and Run app as an Exe file We’ll need the following prerequisites: NodeJS and npm installed. https://docs.npmjs.com/downloading-and-installing-node-js-and-npm A demo App https://medium.com/@diogo.fg.pinheiro/simple-to-do-list-app-with-node-js-and-mongodb-chapter-1-c645c7a27583  Inno Setup Compiler  https://jrsoftware.org/isdl.php Bat to exe converter https://bat-to-exe-converter-x64.en.softonic.com/ Step 1 : Make Sure the Node app is installed and ready to launch.  Run the install command mentioned in the documentation of the app.Usually it’s either NPM in it or YARN install Once the installation is done and all the required modules are installed, try running the app with the command mentioned in the documentationUsually it’s NPM start or YARN run Step 2 : Create a exe file that executes the run command to start the application Open BAT to EXE converter Type the run command used to start the app Click convert to convert it into an exe file, we can also add an icon for a better looking exe file. Add this line on top to open the cmd in background if not DEFINED IS_MINIMIZED set IS_MINIMIZED=1 && start “” /min “%~dpnx0” %* && exit Step 3 : Create a setup file to extract the files and create a shortcut on desktop and start menu Open inno setup compiler Select “new script” and fill in the project details. Let the application destination base be default or customise it if needed.This will be your installation directory. Choose the exe file we created on step 2 as main executable fileAlso choose “add folder” and choose the root folder consisting all the required files and exe file. Choose your setup name, output folder and setup icon. Click on finish to generate the setup file Step 4 : Create a installer for systems without nodeJS Pre installed. Go to your setup output directory from step 3 Download the latest version from herehttps://nodejs.org/en/download/ Group them in a folder named “bin” like this Open bat to exe converter and paste the following commands cd bin/ start “YourApplicationNameHere”.exe start node.msi Convert it to an exe and place it outside the bin folder Compress the bin folder and this exe as a zip. This Zip can be shared with anyone who doesn’t have prior programming experience or nodeJS installed in their system. The installer installs both NodeJs and the app and creates shortcuts on the desktop and start menu. This shortcut will open up the application in the browser. To learn how to setup CI/CD Pipeline for react app with Github actions: https://nyxwolves.com/uncategorized/setup-ci-cd-with-github-actions-for-a-react-app-with-aws-ec2/

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Technology, Web Development

How to setup CI/CD with GitHub Actions for a React App with AWS EC2?

Here’s a tutorial on how to create a simple CI/CD with GitHub Actions for deploying React applications. Getting started GitHub Actions allows you to automate, customise, and execute software development workflows right in your GitHub repository. A workflow is a configurable automated process made up of one or more jobs. You can configure your workflows to run when specific activity on GitHub happens, at a scheduled time, or when an event outside of GitHub occurs. The workflow configuration is defined by a YAML file. GitHub provides preconfigured workflow templates. Before we start on setting up the actions Github would require a few secrets to identify the EC2 instance. Seeking the secrets First, on your React App GitHub repository, navigate to the main page of the repository, click Settings. Inside settings you’ll find actions which will contain repository secrets. These secrets are encrypted environment variables that we create in an organization repository, or repository environment. Now is the chance to get back to our EC2 Dashboard to the respective instance and get the details for the instance in which we are going to deploy. You can visit this to see how to setup EC2 instance for React Apps We’ll start with the basics and define the host machine i.e IP of the instance. Click on the new repository secret and fill in the values.. Refer to the following table on how we do it. DEPLOY_HOST Public IP of your EC2 instance DEPLOY_KEY Copy paste the content from your pem file DEPLOY_PORT 22 DEPLOY_TARGET Location for the folder in which files will be stored in the instance DEPLOY_USERNAME ssh username for your instance A small tip here, if you are deploying in the home location of your instance path to it would be /home/ubuntu/folder_name if you are on an Ubuntu Instance. Defining the workflow process Then, you’ll see suggestions of CI templates that are the best fit for your project. You can use workflow templates as a starting place to build your custom workflow. In this case, click Set up this workflow, under the name of the template NodeJS. Setting up the Workflow Now there are two ways you can go around, you can choose from a predefined template provided by Github or set up your own workflow. In this tutorial we are going to set up our own workflow. And don’t worry we’ll share our workflow here as well. You can use this workflow code: name: Build React Files & Deploy to EC2 amazon There are 2 events that trigger the workflow on push or pull request. The virtual environment used to run the workflow is an Ubuntu machine in the latest version. In the steps section, 2 actions and 3 NPM scripts are being used. The first action actions/checkout@v2 is a standard that you must include in your workflow before other actions when your workflow requires a copy of your repository’s code. The second one, as the name suggests, it is a set up for Node.js, as you can see, the set up is made in different versions of Node.js, through an array with all the versions used. After adding the deploy command on your workflow, click Start commit, and click Commit new file. After commiting the code the pipeline should start running and it will start deploying the application. You can see the status of your workflow in the Actions tab And the status of your workflow will be shown there. Happy Coding 🙂 To learn more about the importants of CI/CD, do check out our blogs: https://nyxwolves.com/ci-cd-pipelines-for-development-businesses-post-corona/ https://nyxwolves.com/web-development/ways-ci-cd-can-increase-your-productivity/   References: · https://github.com/features/actions

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Web Development

Why do you need API Testing & Why does it matters?

What is API testing, why is it important, and what should you know about it? API stands for Application Programming Interface in its most basic form. An API is a collection of procedures, functions, and other points of access that a program, operating system, library, or other pieces of software makes available to programmers so that it can interact with other software.  An API is similar to a user interface. It consists of direct software linkages, or calls, to lower-level functions and actions rather than a user-friendly collection of windows, dialogue boxes, buttons, and menus. APIs may appear intimidating, but they’re designed to be used by experienced programmers. What is API Testing? So, why is it important for testers to understand API testing? In a nutshell, for total coverage! Manual or automated UI testing only checks the display layers to ensure the end-user experience satisfies expectations and functional needs.  As a result, if you only utilise UI testing without data-driven API testing, it’s practically impossible to test how a user could alter the app and its linked sub-apps. The ideal way is to test both the user interface and the API.  What’s more, API testing can often be done ahead of UI availability, which is appealing to agile and waterfall teams trying to cut testing time and costs. This allows QA to jump on their task while also learning the ins and outs of the program they’re testing.  Developers often focus on validating an API’s basic ‘happy route’ to ensure it functions as intended under ideal conditions. This does not take into account unusual entries or pathways through the app. API testers on a QA team will focus on all of the numerous permutations and scenarios to check within a single API as well as between many APIs in a chain of queries (end-to-end). Here are the types:         Functional Testing – Checks if the API behaves according to the business logic. Integration Testing – Ensures that different modules or systems interact properly via the API. Performance Testing – Measures the API’s responsiveness, speed, and scalability. Security Testing – Validates that the API is protected against threats like SQL injection, data leaks, etc. Validation Testing – Confirms that the API returns correct data in the correct format. Error Handling Testing – Ensures the API handles invalid input and failures gracefully. Why do you need API Testing? API test programs should make a specific API call, then output and log the expected and actual responses. It should also log time and any other relevant metrics and the line of test code that was running when an API error occurred (unless they are more easily collected by system debugging tools).  If the test code creates a larger memory buffer than the API requires, you can inspect the contents of the buffer for incorrect overwriting on the API’s part. In addition, the test code should capture all API outputs created during the test using variables initially set to different values that are not produced by the API; this makes it easier to detect the API outputs as you look at the variable values. Additionally, API automated testing takes a fraction of the time that UI automated testing does. Single end-to-end API tests can run in under a second in some cases, which is ideal for the current continuous integration protocols, which require builds to be deployed numerous times per day.  Organizations are now opting to ‘reverse the pyramid’ of testing rather than invest in the time-consuming work of implementing UI automation, starting up numerous test environments or virtual machines to conduct automated tests in various web browsers. This means that once-low-priority unit and service level testing, which was often outside of QA’s jurisdiction, has become a key focus of testing efforts. In contrast, more traditional functional and regression testing has shrunk. In the end, API testing has numerous advantages over a more typical manual or automated UI approach. It may augment existing testing efforts and offer new capabilities to your testing goals with the correct tools and experience.   

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Software, Web Development

How to implement Micro Frontend Architecture in your web app?

Micro frontend is a small program that operate together to produce a bigger application. They are usually segmented by subdomain or feature. Before getting into Micro frontend, it’s essential to understand what micro front-end are and why they’re crucial. Mainly they are architectural as “An architectural style where separately deliverable frontend programs are composed into a better whole.” Each team can own a feature end-to-end — from the database to the user interface — including its piece of the frontend. Projects usually come in a variety of sizes and requirements. You don’t need to bother about micro frontend if your project is simple enough to have two or three pages and can be managed by a single team. To implement it, you can use any framework you choose, such as Angular, React, or Vuejs. However, this is not always the case. For example, your frontend app may be a minor portion of a larger program. It may consist of sections and features built by several teams, or it may be delivered into production by distinct groups. If you find yourself in one of these scenarios, consider Micro Frontend. Modern online applications are increasingly larger and more complicated, with multiple teams managing them at times. You may have features in your application that were created by separate teams, and you wish to deploy only a few of them into production before releasing the complete application. How do you manage many teams and release schedules if you have one repository?  Most of these complicated programs are client-side, making them more challenging to maintain. This monolithic extensive fat application has a few other flaws as well. In this essay, I’ll go over the benefits, drawbacks, implementation, and various other topics. How Should Micro-Frontend Architecture Be Implemented?  You must first select how you want to separate the application frontend before you begin writing micro frontend. There are two primary approaches: horizontal split and vertical split.  The horizontal split allows you to divide an interface into many portions, each of which can be allocated to a different team. You must, however, give it a unified, consistent look and feel.  When it comes to the vertical split, this is where you prioritize business domains and assign each domain to a distinct team. Because a single team will be in charge of the entire interface, it will gain experience in that particular business domain over time. Based on how and where the various micro-frontend pieces are constructed, a micro-frontend architecture approach can be accounted for using a variety of methodologies. The superiority of one method over another, on the other hand, is highly controversial. Consider Micro-Frontend, again! The micro-frontend architecture, like anything else, has a price. Before starting this framework, you should think about a few compromises. As the number of micro frontends grows, you’ll need to devise effective management techniques. Because separate teams will be working on distinct micro frontends and may even employ different technologies, the risk of offering an inconsistent user experience is typically present.  Code duplication is quite frequent when independent teams work on different micro frontends. This can increase the payload, which has a substantial impact on the performance of a web application. Even if you combine several frontend pieces, the final product must always appear as a single cohesive entity. Communication between multiple components becomes critical in this situation. Conclusion I understand that micro frontend are all the latest craze, but you shouldn’t use them for every program. If your software is small, don’t utilize it, and don’t overcomplicate it. Our entire procedure should be fluid and not overly complicated due to this approach. So, before using this strategy, use your best decision. via GIPHY

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Web Development

Top 5 Tech Stacks for Scalable Web Applications in 2022

To start with, a tech stack is a collection of technologies used to create a single working web application. It is a collection of programming languages, frameworks, libraries, patterns, user interface/user experience (UI/UX) solutions, and frontend and backend tools connected via APIs.  A secret tech stack underpins fast and scalable websites. But how can you decide which tech stack is ideal for your web development project?  We’ll show you how to choose the ideal tech stack for your next software project in this blog. The LAMP Stack  Linux, Apache, MySQL, and PHP are all components of the LAMP stack. For more than ten years, the LAMP tech stack has been traditional and trustworthy, and it is one of the best ways to provide online applications. The LAMP stack was also one of the first open-source software stacks to be widely used worldwide. As a result, it is famous for designing new apps due to their simplicity and stability.  Another advantage of the LAMP stack is that it can easily manage dynamic pages with constantly changing content.  Platforms like WordPress and Shopify also use the LAMP stack. Because this stack can only run on Linux, you can easily tweak its components. ASP.NET  It is a popular cross-platform, open-source framework for web application backend development. With the help of ASP.NET development services, you may create mobile, desktop, online, gaming, and IoT applications using a variety of libraries, editors, and languages.  The Common Language Interface (CLI) is supported by. NET. It does, however, follow best practices while developing an application using the manner you chose. You can join the thousands of developers already contributing to the.NET platform due to its tremendous popularity and open-source nature. Vue.js In 2022, Vue.js will be the most prevalent frontend technology stack. Vue.js is a JavaScript framework for creating user interfaces and single-page apps. It’s free to download and use, following the Model-View-ViewModel (MVVM) architectural pattern.  Vue is a cross between heavier technologies like React and Angular. If you want to move an existing app without rewriting the code, VueJS development is the way to go.  Even though Vue is compact and easy, with the added benefit of extensive HTML capabilities, many other factors influence what Vue.js is and how it should be used. Node.js  One of the most widely used open-source programming languages is Node.js. On Chrome V8, it provides JavaScript runtime settings, allowing you to create quick and scalable web applications. In addition, it introduces a slew of new concepts and approaches for developing server-side JavaScript.  According to research, in 2020, Node.js will be the most widely used programming language in the development industry. This statistic demonstrates how important Node.js is for developers.  Node.js uses a “Single-threaded event loop” and operates on the Google V8 JavaScript engine. That is why Node.js is used by many large firms such as eBay, LinkedIn, and AliExpress for backend programming languages. Ruby Ruby is a backend general-purpose programming language, which means it can be used to create a wide range of programs. You may be familiar with Ruby on Rails, one of the most well-known web development frameworks that have helped firms like Twitter, Airbnb, Dribble, and Hulu grow into household brands.  Because Ruby comes with an open-source library, it’s a popular choice among businesses because it’s a highly versatile language that allows developers to create software quickly. In addition, some may consider Ruby to be one of the most time-efficient programming languages available, especially when combined with Rails. Thus, startups frequently choose Ruby when they need to build and scale their product swiftly. So, did you find our top tech stacks worthy of your attention?  As previously said, selecting the appropriate web stack is difficult and time-consuming. Keep in mind your project’s requirements, business goals, and how the stack can assist you in achieving them—and making the wrong option might find you in hot water and cost you a lot of money. Now is the time to make your decision! via GIPHY

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CI/CD
App Development, Software, Web Development

How CI/CD Pipelines for Development Businesses Can Survive in a Post-Corona Economy

If your company is considering moving to continuous integration and delivery (CI/CD) style of software development, the first question you may have is if this is a smart idea.  Shifting and training your employees will require time and money, but it’s not always apparent what the benefit will be or when you’ll see any return.  It’s understandable to be cautious and not jump on board with whatever the latest term is.  CI/CD has also demonstrated its worth not only in terms of speed—which isn’t a criterion of success in and of itself—but also in terms of delivering tangible business value, such as reducing time to market for new applications, features, and services, and enhancing KPIs. That is why corporate decision-makers must look past the hype and gain a thorough understanding of what CI/CD is and what it can provide a company. That way, there will be maximum buy-in throughout the organization, not only in IT and operations.  Let’s take a look at some of the benefits of CI/CD pipelines to help your firm decide whether or not to invest in them. But trust me, I have got something for you. Ensure high-quality code The most important reason to conduct DevOps is to improve code quality, and CI/CD is, of course, the most important procedure for DevOps teams. Because CI/CD pipelines include test automation, developers can learn about code issues almost immediately. Teams don’t waste time or resources on defective code, and developers aren’t bombarded with constant “fix” requests after they’ve moved on to other projects, thanks to the concept of “failing quickly.” Time is saved, money is saved, and engineers aren’t wasting their time switching between contexts… win, win, win.  Streamlined rollback A CI/CD pipeline allows developers to fail quickly and recover even more quickly. Pushing code into production is a simple procedure, and if there are any problems, you can easily roll it back. The ability to quickly roll back code saves time, energy, and resources for teams, and leads to speedier bug repairs.  Regular update ad feedback A DevOps platform with a single CI/CD workflow allows everyone on the team – including business stakeholders – to understand what’s going on, where it’s heading, and what might be going wrong. This may appear to be a basic concept, yet a single window into application development is quite groundbreaking.  Previously, there were so many tools in use that a project manager would have to look in multiple places and ask multiple people for progress updates. Developers and operational professionals did not fare much better. That was a waste of time and resources, especially when issues developed.  Transparency and accountability at their best A CI/CD pipeline makes the overall software development process perfectly transparent to the corporate side thanks to constant feedback. Product managers can see the status of a project at a glance and keep track of accountability as needed.  Enhanced Mean time to resolution (MTTR)  DevOps teams can quickly identify and resolve issues thanks to the insight afforded by a CI/CD pipeline. A major development statistic, mean resolution time, or MTTR, is based on the capacity to quickly fix problems. The faster the MTTR, the more effectively the DevOps team works and the faster software can be delivered; in other words, MTTR has a significant impact on the bottom line of a company. Shift to CI and CD to boom your business! Developers who notice how easy it is to iterate the software will be ready to suggest improvements or report any undesirable behavior before it reaches a client.  As many businesses have learned, a strategic shift to CI/CD can result in more overall innovation, as well as improved communication and efficiency across the board. Which, in turn, provides you with a competitive advantage.

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App Development, Software, Web Development

Ways CI/CD Can Increase Your Productivity

Okay, let’s get this complexity broken into pieces to understand that the modern DevOps teams need an effective continuous integration (CI) and continuous delivery (CD) pipeline to keep up with the fast-changing technology landscape. If you know the agile concepts, it aids in a promising CI/CD pipeline that may shorten the software development life cycle, resulting in higher-quality software that is delivered faster.  If you are ever wondering how CI and CD work, then it is simple to say that CI/CD pipeline’s primary purpose is to automate the software development lifecycle (SDLC).  From creating code and performing tests to delivery and deployment, the pipeline will encompass many phases of the software development process. A CI/CD pipeline incorporates continuous monitoring and automation into the development process. A CI/CD pipeline integrates all stages of the software development life cycle and encompasses all software development life cycle stages.  You know why software companies go to this? It reduces the number of manual tasks for the development team, resulting in fewer human errors and faster outcomes. All of this contributes to the delivery team’s increased productivity. And Yay!  So, the Continuous Integration (CI) is automatically detected, pulled, built, and does unit testing as source code is changed for a product (the continuous process).  For better understanding and utilization the main goal of CI is to quickly make sure a new change from a developer is “good enough” and suitable for further use in the codebase. Let me say kudos! A software delivery pipeline can be implemented in a variety of ways. For various parts of source tracking, building, testing, gathering metrics, managing versions, and so on, a significant number and type of programs can be utilized in a pipeline.  However, the general procedure is the same. The overall pipeline is handled by a single working application, and each of the processes runs as a specific job or is stage-managed by that application. Individual “jobs” are typically established using a syntax and structure that the orchestration program can understand and control as a process.  Manufacturer’s goods from raw ingredients in a quick, automated, and repeatable manner in a factory. On the other hand, a software delivery pipeline creates releases from source code in a quick, automated, and repeatable manner.  And now, “Continuous delivery” is the overarching strategy for accomplishing the delivery process. “Continuous integration” is the process for starting the assembly line. The method of ensuring quality is referred to as “continuous testing,” while making the finished product available to consumers is referred to as “continuous delivery.”  “DevOps” practitioners are the overall efficiency gurus who ensure that everything runs smoothly and efficiently for everyone. CI/CD pipelines are there around for a long time (Traditional) A four-stage pipeline that is simple to understand.  The developer writes the code and then commits the modifications to a central code repository.  The server is triggered when the report detects a change.  Gets the new code and automates the build and testing process. If any errors are discovered during creating or testing, the development team is automatically notified via predefined means, such as email or Slack.  AWS Elastic Beanstalk, an application orchestration service, is used to upload the final package. CI/CD workflow in the cloud  The trend is to migrate DevOps tasks to the cloud as cloud technologies become more widely adopted. Azure and AWS, for example, offer a whole suite of services for managing all of the needed DevOps tasks on their respective platforms.  CI/CD pipelines reduce manual labor and efficiency for software dev Let me give you some final thoughts about CI and CD where a properly constructed pipeline will boost delivery team efficiency by lowering manual labor and eliminating the majority of manual errors while improving overall product quality.  In addition, end-users, developers, and the business will benefit from a speedier and more agile development life cycle as a result of this. Right now, CI and CD are learning from Human’s decision to use a modern mainframe development environment in order to edit and debug code which is mainly to increase the speed and quality of the work.  Automation is to make things easier and so to make software development the easiest.

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