#vue axios

[akaicodes]

update to my roadmap of learning https://www.tumblr.com/akaicodes/744920785897111552/roadmap-of-learning-curriculum-related-so-far - 4 months later ♡

• C# - spent ~1 year so far practicing, more comfortable, can build whole sites/programs with little help

• HTML & CSS - started ~5 months ago, confident in both, can style a site without help online, still much to learn

• JavaScript + Vue - Axios - can build “full stack” applications where i do both backend & frontend and host online (love JS!!)

• REST - experienced for 5 months! can build my own REST API, use someone elses with axios & test it thoughoutly with Postman (+Javascript code)

• Unit testing & UI testing - learned so many better ways to unit test & UI test more indeph

• Started leaning Git more with commands

• SQL - can manipulate simple databases and more one from scratch

& huge thanks to my sister @niyacodes for being on this journey with me 💓

++++ I went to a 5 hour exam for all these subjects (+- more) and got the highest grade possible 🥹 (i failed my first programming exam in 1st sem!!!!) ((pic is my favorite after study-snack))

[hiringjournal]

5 Essential Skills to Look for When You Hire a Vue.js Developer

Vue.js is quickly becoming the preferred front-end framework for companies wishing to create adaptable, high-performing web apps. The developer behind your user interface frequently determines its quality, whether you're working on an MVP or developing a sophisticated platform. 

For this reason, a lot of tech firms are opting to use Vue.js engineers to power their projects. Hiring someone with Vue knowledge alone won't help; you need someone who knows the framework and its ecosystem better. When hiring vue js developers, you should look for the five essential abilities listed below.

Build Better Interfaces by Hiring the Right Front-End Talent

Core proficiency in Vue.js

Although it may seem apparent, a strong grasp of Vue's fundamental features—reactive data binding, components, directives, and lifecycle hooks—is the cornerstone of any successful Vue developer. Additionally, a strong applicant should understand when and how to use Vue Router and Vue CLI. 

Make sure Vue.js engineers are at ease with Vue 3 and the Composition API before hiring them for long-term projects. For scalable applications, current IT businesses desire enhanced performance and better code organization, which the most recent version offers.

Deep knowledge of JavaScript and ES6+

Since Vue.js is based on JavaScript, knowing how to use contemporary JavaScript (ES6+) is essential. The ideal developer should feel at ease with promises, destructuring, array methods, arrow functions, and template literals. This guarantees their ability to write code that is clear, modular, and maintainable. Additionally, it's critical that they comprehend how JavaScript works with the DOM, particularly when responsiveness and performance are major considerations.

Experience in front-end ecosystems and tools

Vue is rarely utilized alone. It is frequently integrated by developers with testing libraries like Jest, Axios for managing APIs, and Vuex for state management. Proficient Vue.js developers should be able to use Webpack or Vite to create effective development pipelines. Knowing CSS pre-processors like SASS or LESS is also a plus because many tech businesses demand front-end engineers to know how to use them.

For this reason, it is essential to hire front-end developers who are knowledgeable with all aspects of contemporary online tools, not just the framework.

API integration and backend collaboration

The work of front-end developers is not isolated. They must communicate with RESTful APIs and backend systems with ease. Seek applicants who have experience working in teams utilizing Agile approaches and who are proficient in processing authentication tokens, testing API endpoints, and gracefully handling errors. To prevent a skills mismatch, be sure to include this criterion if you are working with an IT staffing agency.

Problem-solving and communication skills

Technical proficiency is important, but so is the ability for independent problem-solving and effective communication. The top Vue.js developers collaborate as often as they code. They grasp the business implications of their code, provide better solutions, and pose pertinent questions. These soft skills can have a significant impact on the success of a project, whether you're working with a small startup or a huge tech company.

Concluding Thoughts

Hiring Vue js developers involves more than just checking off boxes on a CV. Professionals who are well-versed in the framework, work well with others, and stay up to date with changing tech stacks are what you require. Hiring the appropriate person can improve your front-end experience, cut down on development time, and increase the marketability of your product.

[vytcdc1]

The journey to mastering full-stack development often begins with choosing the right combination of technologies. For many developers, Python, Vue.js, and PostgreSQL form a powerful and versatile stack. This trio provides a robust backend, a dynamic front end, and a reliable database. Whether you’re a budding developer enrolled in an FSD Python course or a seasoned programmer exploring new frameworks, this guide will provide the foundational steps to set up a full-stack project. 

Why Choose Python, Vue.js, and PostgreSQL?

Python: Known for its simplicity and versatility, Python is a favorite for backend development. Frameworks like Flask and Django make it easy to build scalable APIs and web applications. 

Vue.js: Vue.js is a progressive JavaScript framework for building user interfaces. Its simplicity, flexibility, and reactive components make it ideal for crafting modern, dynamic frontends. 

PostgreSQL: As one of the most advanced open-source relational database systems, PostgreSQL is renowned for its scalability, reliability, and extensive feature set. 

Step 1: Plan Your Project Structure 

In a standard full-stack project using Python, Vue.js, and PostgreSQL, the project structure is typically organized into several main directories. The backend directory contains the Python-based backend code, which could use frameworks like Django or Flask. The frontend directory holds the Vue.js frontend code and is responsible for the user interface. The database directory includes scripts and configuration files for setting up and managing the PostgreSQL database. The environment directory stores configuration files, such as environment variables and deployment settings. Finally, the docs directory is dedicated to documentation and notes related to the project. This structure ensures clarity and separation of concerns, making the project easier to manage and scale. 

Step 2: Set Up the Backend with Python 

Choose a Python Framework:  

Flask: Lightweight and flexible for simple APIs. 

Django: A full-fledged web framework with built-in features for authentication, ORM, and more. 

Create the Virtual Environment:  

Using virtual environments ensures project dependencies remain isolated, a key concept covered in any Python FSD curriculum. 

Install Necessary Packages:  

For Flask: Flask, Flask-Cors, and SQLAlchemy. 

For Django, use core Django packages and DRF (Django Rest Framework) for API handling. 

API Design:  

Develop RESTful endpoints to handle CRUD operations. 

Implement authentication mechanisms like JWT for user management. 

Step 3: Develop the Frontend with Vue.js 

Set Up the Vue.js Environment:  

Use Vue CLI to scaffold your application. This creates a starter project with essential configurations. 

Design Components:  

Break down your application into modular components (e.g., header, footer, forms). 

Use Vue’s data-binding and state management to handle user interactions. 

API Integration:  

Axios or Fetch can be used to connect the Vue.js frontend with your Python backend. 

Styling:  

Choose between frameworks like Vuetify, Tailwind CSS, or Bootstrap to style your application. 

Step 4: Configure the PostgreSQL Database 

Install PostgreSQL:  

Ensure PostgreSQL is installed and running on your system. Tools like pgAdmin simplify database management. 

Set Up the Database:  

Define your schema and relationships. Django’s ORM or Flask’s SQLAlchemy can streamline this process. 

Database Connection:  

Configure your backend to connect to PostgreSQL using libraries like psycopg2. 

Migrations:  

Use migration tools provided by your framework (e.g., Django’s migrate command) to keep your database schema synchronized. 

Step 5: Link the Frontend and Backend 

Cross-Origin Resource Sharing (CORS):  

Enable CORS in your backend to allow API requests from your frontend. 

Environment Variables:  

Use .env files to securely manage API keys, database credentials, and other sensitive information. 

Serve the Frontend:  

Deploy your Vue.js application and configure the backend to serve the frontend (or use a separate web server). 

Step 6: Deployment 

Containerization:  

Use Docker to containerize your application for consistent deployment across environments. 

Hosting Platforms:  

For the backend, consider platforms like Heroku, AWS, or Azure. 

For the front end, platforms like Vercel or Netlify are excellent choices. 

Database Hosting:  

Host PostgreSQL on cloud platforms like AWS RDS or DigitalOcean for better scalability. 

Conclusion

Setting up a full-stack project with Python, Vue.js, and PostgreSQL may seem complex initially, but with proper guidance and practice, it becomes a manageable and rewarding process. Whether you’re enrolled in a Python Full Stack Development Course or self-learning, this stack equips you with the tools to build modern, scalable web applications. 

Each step in this guide provides a foundation for exploring and implementing advanced features like authentication, real-time updates, or cloud deployment. With persistence and curiosity, you’ll be well on your way to mastering full-stack development. 

Contact Us: 

Phone 

+917338811773 

+918925903732 

Email: careers@vytcdc.com 

[nubecolectiva]

How to Make a Get with Axios in Vue 3.

Como Hacer Un Get con Axios en Vue 3.

👉 https://blog.nubecolectiva.com/como-hacer-un-get-con-axios-en-vue-3/

[souhaillaghchimdev]

Web Application Development Using JavaScript

JavaScript is one of the core technologies of the web, alongside HTML and CSS. It allows developers to build interactive, dynamic web applications — from simple websites to full-featured platforms like social media sites and online stores. If you're curious about how JavaScript powers modern web apps, this guide is for you!

What Is a Web Application?

A web application is a software program that runs in your browser and interacts with users. Unlike static websites, web apps can update content, accept user input, and perform complex tasks — all without needing to reload the page.

Why JavaScript?

Client-Side Power: JavaScript runs in the browser and controls the user interface (UI).

Interactive Features: JavaScript is used to build forms, animations, dropdowns, dynamic content, and more.

Frameworks & Libraries: Popular tools like React, Vue, and Angular make building web apps faster and easier.

Full-Stack Development: With Node.js, you can use JavaScript for both frontend and backend development.

Basic Technologies of Web Apps

HTML: The structure of the page

CSS: The design and layout

JavaScript: The behavior and logic

JavaScript in Action

Here’s a simple example of JavaScript updating a page without reloading:<button onclick="changeText()">Click Me</button> <p id="demo">Hello!</p> <script> function changeText() { document.getElementById("demo").innerText = "You clicked the button!"; } </script>

Modern JavaScript Tools

React: Build dynamic user interfaces using components

Vue.js: A lightweight framework for building modern UIs

Angular: A full-featured framework for large-scale apps

Node.js: Run JavaScript on the server for backend logic

Express.js: A web framework for building server-side APIs

MongoDB: A NoSQL database commonly used with Node.js

Steps to Build a Web App with JavaScript

Design your user interface with HTML and CSS

Use JavaScript to handle user interaction and dynamic content

Connect to an API or backend server using Fetch or Axios

Store and manage data with localStorage or databases

Test and deploy using platforms like Netlify or Vercel

Helpful Resources to Get Started

JavaScript on MDN

The Modern JavaScript Tutorial

React Official Docs

Node.js Official Site

Conclusion

JavaScript is the heart of modern web applications. Whether you're building a simple to-do app or the next big startup idea, JavaScript gives you the power to make your ideas come alive in the browser. Start small, keep practicing, and soon you'll be building your own full-fledged web apps!

[australiajobstoday]

Ui Developer (React JS)

1) Must have skills. 5+ years of experience in JavaScript Development & Experinece in React/Angular/Vue, HTML5, CSS3 & SASSBoostrap/Material-UI/PrimeNG- Knowledge of React’s core concepts like JSX, components, props, state, and lifecycle methods. – Proficiency in other aspects of SPAs like routing(react-router), api integration(axios/fetch) etc. – Unit Testing for React through Jest, etc. while…

[aitoolswhitehattoolbox]

Ui Developer (React JS)

1) Must have skills. 5+ years of experience in JavaScript Development & Experinece in React/Angular/Vue, HTML5, CSS3 & SASSBoostrap/Material-UI/PrimeNG- Knowledge of React’s core concepts like JSX, components, props, state, and lifecycle methods. – Proficiency in other aspects of SPAs like routing(react-router), api integration(axios/fetch) etc. – Unit Testing for React through Jest, etc. while…

[jurysoft-raas]

Top 10 Skills to Look for When Hiring a Nuxt.js Developer

In the competitive landscape of web development, hiring the right Nuxt.js developer can significantly impact the success of your project. Nuxt.js, a powerful framework built on Vue.js, enables server-side rendering, static site generation, and a robust ecosystem for modern web development. Here at Jurysoft, we specialize in providing top-tier Nuxt.js developers as a resource service to help you achieve your business goals. To ensure you find the best talent, here are the top 10 skills to look for when hiring a Nuxt js developer.

1. Proficient in JavaScript

JavaScript is the cornerstone of all web development, and Nuxt.js is no exception. A proficient Nuxt.js developer must have:

Strong Fundamentals: Understanding of core JavaScript concepts like closures, prototypes, and asynchronous programming.

Modern JavaScript (ES6+): Familiarity with ES6+ features such as arrow functions, destructuring, template literals, and modules. This knowledge ensures the developer can write clean, efficient, and modern code.

2. Expertise in Vue.js

Nuxt.js is built on Vue.js, making Vue expertise indispensable. Essential Vue.js skills include:

Component-Based Architecture: Ability to create, manage, and reuse components efficiently.

Vue Directives and Filters: Knowledge of built-in and custom directives to manipulate the DOM.

Vue Router: Experience with routing, including nested routes, route guards, and dynamic routes.

Vuex: Proficiency in state management using Vuex, understanding mutations, actions, getters, and modules.

3. Experience with Nuxt.js

While understanding Vue.js is crucial, specific experience with Nuxt.js is equally important. Key areas include:

File-Based Routing: Mastery of Nuxt.js's file-based routing system for intuitive and organized code.

Middleware: Understanding of middleware to manage authentication, logging, and other logic.

Nuxt.js Lifecycle: Knowledge of the Nuxt.js lifecycle, including hooks like asyncData, fetch, middleware, and plugins.

4. Server-Side Rendering (SSR) Knowledge

SSR can greatly improve the performance and SEO of your web application. A proficient Nuxt.js developer should:

Understand SSR Benefits: Know the advantages of SSR, such as faster page loads and better SEO.

Implement SSR: Experience in setting up and optimizing SSR in Nuxt.js applications.

Handle SSR Challenges: Ability to manage SSR-specific issues like state hydration and request handling.

5. Static Site Generation (SSG)

Nuxt.js’s ability to generate static sites is a major advantage. Key skills include:

Configuring SSG: Experience in configuring Nuxt.js to generate static sites, including handling dynamic routes.

Deployment Knowledge: Understanding deployment processes for static sites, whether on Netlify, Vercel, or other platforms.

Performance Optimization: Skills in optimizing static site performance, ensuring fast load times and a great user experience.

6. Familiarity with Vuex for State Management

State management is critical for complex applications. A skilled developer should:

Vuex Integration: Seamlessly integrate Vuex with Nuxt.js applications.

Modular State Management: Ability to design a modular and maintainable state architecture.

Handling Side Effects: Proficiency in handling side effects using actions and mutations in Vuex.

7. API Integration Skills

Nuxt.js developers often need to interact with various APIs. Essential skills include:

Making API Requests: Proficiency in making API calls using Axios or Fetch API.

Asynchronous Data Handling: Ability to manage asynchronous data fetching and ensure data integrity.

Error Handling: Skills in handling errors gracefully and providing meaningful feedback to users.

8. Component-Based Architecture

Nuxt.js promotes a component-based architecture. Key skills include:

Reusable Components: Ability to design and build reusable components that enhance maintainability.

Component Communication: Understanding of component communication patterns, including props, events, and scoped slots.

Performance Considerations: Awareness of performance implications and optimization techniques for components.

9. Understanding of Modern Build Tools

Knowledge of modern build tools is crucial for efficient development. A skilled developer should:

Webpack and Babel: Proficiency in configuring and optimizing Webpack and Babel for Nuxt.js projects.

Package Management: Experience with npm or yarn for managing project dependencies.

Build Optimization: Skills in optimizing build processes to enhance performance and reduce load times.

10. Testing and Debugging Proficiency

Quality assurance is a critical aspect of development. Key skills include:

Testing Frameworks: Experience with testing frameworks like Jest and testing tools like Cypress.

Unit and Integration Testing: Ability to write unit and integration tests to ensure code reliability.

Debugging Skills: Proficiency in debugging tools and techniques to troubleshoot and resolve issues efficiently.

Conclusion

Hiring a Nuxt.js developer with the right mix of skills can greatly impact your project's success. At Jurysoft, we provide highly skilled Nuxt.js developers who are proficient in these essential areas. By prioritizing these top 10 skills, you can ensure that your projects are built with high-quality code, optimized for performance, and provide a seamless user experience. Whether you’re developing complex web applications or static sites, a skilled Nuxt.js developer is invaluable in achieving your goals. Take the time to evaluate candidates carefully, and you’ll find the talent that will drive your projects forward.

[positronx]

In this tutorial we will teach you how to make HTTP put request using Axios library in Vue js application and update the data on a web server.

[wamatechblog]

Fundamentals of Hybrid App Development Application Architecture

In today's fast-paced digital landscape, mobile applications have become an integral part of our lives. Businesses and developers are constantly striving to create engaging and efficient apps that cater to a wide range of users. Hybrid app development has emerged as a powerful solution to meet this demand, combining the best of both native and web app development approaches. At the core of successful hybrid app development lies a robust application architecture. In this blog, we'll delve into the fundamentals of hybrid app development application architecture.

Understanding Hybrid App Development:

Hybrid apps are designed to work across multiple platforms, usually using a single codebase. Unlike native apps that are platform-specific and require separate development for each operating system (iOS, Android, etc.), hybrid  apps utilize web technologies like HTML, CSS, and JavaScript to create a consistent experience across different platforms. This approach minimizes development efforts and time while providing near-native performance.

Key Components of Hybrid App Architecture:

Web Views: Hybrid apps often rely on a native shell that contains a web view, which is essentially a component that displays web content. This web view is responsible for rendering the app's user interface using web technologies.

Native Bridge: A vital element of hybrid app architecture, the native bridge acts as a communication channel between the web view and native device features. It enables seamless interaction between the web-based interface and the device's capabilities, like accessing the camera, sensors, or other hardware features.

User Interface (UI) Layer: The UI layer encompasses the visual components and user interactions within the app. HTML, CSS, and JavaScript are used to create the app's interface, ensuring a consistent look and feel across various platforms.

Application Logic: This layer handles the app's functionality and business logic. JavaScript frameworks like Angular, React, or Vue are commonly employed to manage the application's behavior, data processing, and communication with APIs.

API Integration: Hybrid apps often need to connect with external services or APIs. This is done through HTTP requests using libraries like Axios or the Fetch API. The response data is then processed within the application logic layer.

Offline Support: Hybrid apps can leverage various techniques to provide offline functionality, such as caching resources locally or using service workers. This ensures that users can still access certain features or content when they're not connected to the internet.

Advantages of Hybrid App Architecture:

Code Reusability: Since hybrid apps use a single codebase, developers can write code once and deploy it across multiple platforms, saving time and effort.

Faster Development: Hybrid apps streamline the development process by using web technologies and shared code, resulting in quicker time-to-market.

Consistent User Experience: Hybrid apps provide a uniform user experience across platforms, which is crucial for maintaining brand identity and user satisfaction.

Cost-Efficiency: Developing a single app for multiple platforms reduces development costs compared to building separate native apps.

Access to Device Features: The native bridge enables hybrid apps to access device-specific features, providing a level of functionality close to native apps.

Challenges and Considerations:

While hybrid app architecture offers numerous benefits, developers must also address certain challenges, such as:

Performance: While hybrid apps can achieve near-native performance, resource-intensive tasks may still experience some performance lag.

Limited Native Features: Not all device features can be accessed through the native bridge, potentially limiting the app's capabilities.

User Interface Complexity: Designing a seamless user interface that adapts well to various screen sizes and orientations can be challenging.

Compatibility: Ensuring compatibility with different devices and operating system versions requires thorough testing.

In Conclusion:

Hybrid app development application architecture combines the best of both native and web app approaches, offering a compelling solution for creating cross-platform applications. By leveraging web technologies, native bridges, and shared codebases, developers can achieve faster development cycles, consistent user experiences, and efficient utilization of resources. While challenges exist, the hybrid approach continues to evolve, making it an increasingly viable option for businesses and developers aiming to reach a broader audience in the ever-expanding mobile landscape.

[laravelvuejs]

API Driven Application with Vue.js, JSON-Server and Axios - VueJs

API Driven Application with Vue.js, JSON-Server and Axios – VueJs

API Driven Application with Vue.js, JSON-Server and Axios – VueJs

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Article for this video can be found here: https://developer.school/posts/vue-js-json-server-and-axios/

Vue.js, Axios and json-server allow for quick prototyping of ideas.

Check out more free tutorials at https://developer.school

Chat with me, join the Slack group! http://bit.ly/JoinPaulHallidaySlack

My personal channels:

htt…

[codehunger]

Vue-js Post request example

Vue-js Post request example

We will Learn the below things in this Blog Article. How we install axios via npm ?How to install node modules ?What is axios ?How to import Axios ?Sending post request via AxiosCompiling assest. we will learn about how we can send post requests by using Axios, if Axios is not present in your comoper.json file then you can use the below command to install the Axios npm install axios Before…

[moisrex]

I am just thrilled that I'm still willing to learn and not give up on myself. Everyday I wake up and think about the ideas that I have and review the roadmap that I made to get there in my head. And I think I need to be more interactive with the community too. So contact me and let's talk in binary. 😉 . . #code #js #javascript #coding #coder #es6 #vue #vuejs #vuex #laravel #axios #techie #technology #dev #developer #developers #development https://www.instagram.com/p/Bq-5HDMBFAo/?utm_source=ig_tumblr_share&igshid=1703qjsu7o58t

[vytcdc1]

How to Set Up a Full Stack Project with Python, Vue.js, and PostgreSQL

The journey to mastering full-stack development often begins with choosing the right combination of technologies. For many developers, Python, Vue.js, and PostgreSQL form a powerful and versatile stack. This trio provides a robust backend, a dynamic front end, and a reliable database. Whether you’re a budding developer enrolled in an FSD Python course or a seasoned programmer exploring new frameworks, this guide will provide the foundational steps to set up a full-stack project. 

Why Choose Python, Vue.js, and PostgreSQL?

Python: Known for its simplicity and versatility, Python is a favorite for backend development. Frameworks like Flask and Django make it easy to build scalable APIs and web applications. 

Vue.js: Vue.js is a progressive JavaScript framework for building user interfaces. Its simplicity, flexibility, and reactive components make it ideal for crafting modern, dynamic frontends. 

PostgreSQL: As one of the most advanced open-source relational database systems, PostgreSQL is renowned for its scalability, reliability, and extensive feature set. 

Step 1: Plan Your Project Structure 

In a standard full-stack project using Python, Vue.js, and PostgreSQL, the project structure is typically organized into several main directories. The backend directory contains the Python-based backend code, which could use frameworks like Django or Flask. The frontend directory holds the Vue.js frontend code and is responsible for the user interface. The database directory includes scripts and configuration files for setting up and managing the PostgreSQL database. The environment directory stores configuration files, such as environment variables and deployment settings. Finally, the docs directory is dedicated to documentation and notes related to the project. This structure ensures clarity and separation of concerns, making the project easier to manage and scale. 

Step 2: Set Up the Backend with Python 

Choose a Python Framework:  

Flask: Lightweight and flexible for simple APIs. 

Django: A full-fledged web framework with built-in features for authentication, ORM, and more. 

Create the Virtual Environment:  

Using virtual environments ensures project dependencies remain isolated, a key concept covered in any Python FSD curriculum. 

Install Necessary Packages:  

For Flask: Flask, Flask-Cors, and SQLAlchemy. 

For Django, use core Django packages and DRF (Django Rest Framework) for API handling. 

API Design:  

Develop RESTful endpoints to handle CRUD operations. 

Implement authentication mechanisms like JWT for user management. 

Step 3: Develop the Frontend with Vue.js 

Set Up the Vue.js Environment:  

Use Vue CLI to scaffold your application. This creates a starter project with essential configurations. 

Design Components:  

Break down your application into modular components (e.g., header, footer, forms). 

Use Vue’s data-binding and state management to handle user interactions. 

API Integration:  

Axios or Fetch can be used to connect the Vue.js frontend with your Python backend. 

Styling:  

Choose between frameworks like Vuetify, Tailwind CSS, or Bootstrap to style your application. 

Step 4: Configure the PostgreSQL Database 

Install PostgreSQL:  

Ensure PostgreSQL is installed and running on your system. Tools like pgAdmin simplify database management. 

Set Up the Database:  

Define your schema and relationships. Django’s ORM or Flask’s SQLAlchemy can streamline this process. 

Database Connection:  

Configure your backend to connect to PostgreSQL using libraries like psycopg2. 

Migrations:  

Use migration tools provided by your framework (e.g., Django’s migrate command) to keep your database schema synchronized. 

Step 5: Link the Frontend and Backend 

Cross-Origin Resource Sharing (CORS):  

Enable CORS in your backend to allow API requests from your frontend. 

Environment Variables:  

Use .env files to securely manage API keys, database credentials, and other sensitive information. 

Serve the Frontend:  

Deploy your Vue.js application and configure the backend to serve the frontend (or use a separate web server). 

Step 6: Deployment 

Containerization:  

Use Docker to containerize your application for consistent deployment across environments. 

Hosting Platforms:  

For the backend, consider platforms like Heroku, AWS, or Azure. 

For the front end, platforms like Vercel or Netlify are excellent choices. 

Database Hosting:  

Host PostgreSQL on cloud platforms like AWS RDS or DigitalOcean for better scalability. 

Conclusion

Setting up a full-stack project with Python, Vue.js, and PostgreSQL may seem complex initially, but with proper guidance and practice, it becomes a manageable and rewarding process. Whether you’re enrolled in a Python Full Stack Development Course or self-learning, this stack equips you with the tools to build modern, scalable web applications. 

Each step in this guide provides a foundation for exploring and implementing advanced features like authentication, real-time updates, or cloud deployment. With persistence and curiosity, you’ll be well on your way to mastering full-stack development. 

Contact Us: 

Phone 

+917338811773 

+918925903732 

Email: careers@vytcdc.com 

[katyslemon]

Here are top 10 essential and useful NuxtJS modules for your existing and next Vue.js application(2020 Guideline)

[usingjavascript]

How to vue js 2.0 file upload and axios ☞ http://dev.geekwall.in/efd6422973 #vuejs #javascript