Govind somani

My name is, and I have 3.5 years of experience as a developer. I've specialized in delivering high-quality solutions within deadlines and presenting content. I have expertise in areas like JavaScript, Typekit, Git, Redux, and some based on other technologies. Currently, I'm working as a lead gen developer at Fitness Technology, where I contribute to projects like the ticket exchange and e-commerce. The ticket system is similar to the Bookmyshop application, where users can book tickets. Previously, at RapidHat Private Limited, I played a key role in developing mobile applications using React Native. For web applications, I used VHS, Redux, and Material. My projects included a uncc app and a home board. I showcased my ability to design user interfaces. Before that, at Ocea Tech, I worked on the Stacey project, focusing on React, Redux, and gateway technology. For front-end technology, I used React, and for back-end technology, I used Node.js, MySQL, and Express. I hold a master's degree in computer application from a medical university, where I achieved 76%, and a bachelor's degree in computer application from Kochawi College, where I achieved 70%. My roles and responsibilities include designing components, designing usable components with the help of advanced layers and earlier technologies. I also develop web applications, deploy them on servers, optimize application performance by reducing unnecessary API calls, integrate third-party APIs, and access application functionality. I utilize Redux for state management and maintain applications in-depth. As a team lead, I lead a team of front-end developers in designing, developing, and deploying web applications, and I conduct code reviews and provide feedback to ensure best practices and high-quality solutions. Within the team, I provide guidance on best practices and implement coding standards to maintain high-quality solutions. Thank you.

To centralize the API's call services, I have to maintain the eligibility, visibility of my code and the step-by-step approach. So, in that, I will accurately define the API services modules, as well as define the APIs holding the services module. I will use EPA.js, or it will be defined by hand, or define different EPAs and endpoints with the help of SEOs, and also fetch the driver's windows. A part of that, I use the API services in my components. I have actively handled error handling and interrupt services. Also, we have derived benefits from centralizing reusability, error handling, and configurations.

Yes. So I was doing a, I would like to save for that shift. Oh. To implement the responsive design features with the help of CSS, it involves using server keys or strategies. So, I'll use the flexible layout, and also, we can use the flexible grid media query, as well as create responsive media queries. And the third one is the responsive units. In these units, we can provide fluid images and videos, and mobile-first design. As a web developer, we can design for mobile first. Then after that, we can work on desktop. For responsive design, we have to use typographies and navigations. We can use CSS variables for consistency. And we have to test across devices. We can use tools like browser developer tools, such as Chrome's tools, and Firefox tools, etcetera. And online services like BrowserStack are available. These are the types of cases for responsive design as we can manage.

I'm not sure about it, but yeah, we can optimize the application in the sort of server-side rendering and static view site generation and also use code splitting with dynamic imports. Cloud splitting automatically splits our code into smaller bundles, which are loaded on demand when we need them. Dynamically, dynamic imports are used to load components only when they are needed. We can also use image optimizations and efficient caching. In this caching strategy, we settle on the state that is equivalent and quickly update and optimize the CSS and JavaScript. We can manage the CSS and JavaScript at the end of the server and also use prefetching and lazy loading. Prefetching and lazy loading will work together. We can also use the CDM and reduce third-party scripts. We can manage offloading scripts from the main HTML file, using HTML x y zed to any of these scripts.

How would you handle the DP integration in the address with the authentication requirements? However, we'll handle the API implementations. So for API implementations, we can handle that. We can handle the API integrations in the ticket, applications with the authentication requirements. So, like, for the authentication, we handle the API integration with the authentication requirement in the application, which involves several steps. There will be the use of GS and W JWT tokens. When a user logs in on the server, so authentications that user will be written with a JWT. And such if the stores offer that stores the JWT in secured places, like local storage, session storage, and cookies. Also, we can centralize the APIs. A centralized API call model will handle the API request with the JWT attached on the header request. And we will manage the authentication of the components. So protected dot will be used for the net. It will be protected. We can also use the context for all states. We can use the use context as well as refresh tokens will work in that also. Like there are many points we can manage.

So how would you approach building a UI component library in a React vector that they will send the best practices of the designs? How would you, like, I'll be, I think he said he used to design the. How do you design each component according to best practices? So, like, building the UI components, building the UI components in accordance with the best practices that, it's not just documenting or designing to develop and documenting the components. So we have to, like, plan this planning and designing and development setup as well as also like, development setup, building components, and the fourth one is also, like, testing. So, like, in the planning and design, we can, like, define the scope and the design system, as well as also in the development setup, the project structure, what we have to, like, articulate a well-organized direct restructure for our components and the development tools. So how to use a user builder like Webpack or Rollup to bundle and set up Babel for transferring modern JavaScript. And also, like, install the dependencies like React DOM, Prop Type for type checking, and Testing Library for Jest and testing. And, also, like, building components, you can just create a component structure to get functional components, which use hooks and Prop Types to define props and ensure their types. And, also, we can manage stylings. For testing, we can just write unit tests for each component to ensure it works as expected, what we accept. And then, like, adjust the library for testing, too.

In the typescript function, please explain So, like, we can explain it with the so now type user's ID number. Okay. Name is in the string function. Save the data and data using the imaging. This function sends data to the back end server. It uses example server data of k. So the function means that we are in the application committing. So first of all, the function will properly validate the input parameters, data, and user's data functions. And we have to handle the type errors. It means that without validations, incorrect data type can be passed as well as in the saved user data, we have to give the ID in the string. ID will be in the string and name is like what we have to name is done, like x, y, zed. Okay. So now second, well, is that we have the missing required field. So if the field is like the required field, like the ID or name has been missing, it will cause a back end error. We have to catch the back end error. So we expect unexpected details. So in that, we have to check if the name is missing as well as also in the back end. And also, we are being vulnerable to injection attacks. So improving the validation data might lead to injection-related issues with the inputs sent to the back end. An invalid data format will happen like the back end might accept specific formats, or incorrect data formatting can cause errors. These are the examples. So we have to first of all, handle the type error and also the missing required fields like ID or name will be here in the function of the user data functions. And also, the malicious input will lead to scripts as well as also. And also, like, invalid data format will be invalid. The data format will be in a correct format. So we have to say that the username will be this. So in the saved data, if it is valid, it will be their data. So we have to give the ID. It will be a number and then the string will be of that. So if the user is valid, we have to create a valid user. So data will be any and data is as a user. So in that, we are to check the type of the data, dot ID is equals to number or type of the data, dot name is a string. So it will be checked. Otherwise, for the string, suppose if I am a user, so I will register with my name. I will give you the number.

Given the React component is not set to 0 or 2, the issue is that the equals effect is not working properly when it comes to fetching data. There are problems with the view, and the problems are missing dependencies, syntax issues, and a better error handling method. We can also improve the JWT. Missing dependency errors occur when the dependency is not installed, and if it's not installed, it will run the API call after every render, resulting in continuous API calls. Continuous API calls will be made. The syntax error is a small typo in the return statement. We also need to manage the loading state and implement a better error handling method. It's good practice to handle potential errors from the API call and improve the code's readability. If the get users function is invoked, the get user function will be called. In motion, the code can be made more readable. We need to define the proper get user function so that it will work properly. Changes and improvements include adding the dependency, loading states, error handling, and improving the code's readability. If we make these changes, the support will be shown properly, and there will be no problems after making the changes and adding the dependency. The loading state will be handled properly. Error handling will be managed, and the code's readability will be improved.

I would be architecting traffic, or rather, articulating a K traffic, by requiring various third-party services to care for the considerations of server keys, such as performance stability, performance stability, and security, and main stability. These are the required third-party services. In the front-end architecture, we have component designs, server-side rendering, code splitting, log loading, and in the back-end, we have a two-API gateway, microservices architecture, creating caching and CDN, handling third-party services on service abstractions, abstraction layers, expression layers, and rating limiting, or rate limiting. Performance optimizations will be performing monitoring with tools, real-time monitoring, and performance analytics, and memorizations and virtualizations. For the last one, there's security to secure communications, such as HTTPS and authentications, data protection. We can access controls of the data. These are the ways we have to manage all the complexities.

How do you sequence the code splitting of 38 and different nests in JS? So, the Nest JS, we have to set up with the setup, setting up the typescript, like installations, the typescript. We can install the typescript and also manage the all month's configurations, the typescript. And after the configurations, we have to ensure that code quality with the typescript. The types have interfaces and types. What interfaces, for example, suppose the interfaces are as a user, I am getting the interfaces. I need the ID, name, and email. So in that, I have to give the ID will be a number, name will be a string, and the email also a string. So these are things like interfaces. We can collect and define the components with the profile additions and also server-side code in the Nest JS as well as API routes, how to manage the API routes, and the typescript if we are using third-party libraries. So in that case, we have to install the type types with the typescript-direct-types package. So it will be used that we are using here the types, meaning that package in the typescript. If we are using it at rate and typescript and testing if we are using Jest and typescript, so we have to give Jest permissions and the test environment at this configuration. We have to manage the configurations in the typescript as well as manage the CICD pipelines as well.

So what considerations do you take when implementing external APIs with React and Nest JS? React on Nest JS is so in the, like, the process, we can manage external API integrations like securities, HTTPS, authentications, authorizations, and we can design API design and documentations like API contracts, whether APIs, and many more. Error handling will be managed, like error codes, such as 401, 402, and 500. We can also perform optimizations or data page editions. We have 100 reports. In that case, we have to manage data paginations into 10 parts. Like, in the first report, I mean, the first 10 reports, the second page should get 10 reports. We can also manage states, global states, and local states management. We'll be testing our applications with unit testing and integration testing as well. These are common examples of what we can manage. The conclusion will be that integrating external API calls into React JS and Nest JS involves careful planning, security, performance optimization, and error handling by following best practices or considering key factors, which we ensure.