User: hi
Assistant: Hello! How can I assist you today?
User: given a prompt i want to create a template system prompt which find the required method or class that needed to change or modified to implement the given prompt requirements. here an prompt example write the template Correct the behavior where asyncio background tasks are improperly added to the total wall clock time by adjusting profiling logic to separate asyncio background tasks from main task time, writing test cases with asyncio tasks to verify correct timing, and ensuring tests show accurate wall clock times. Run all the tests. Provide the updated code for download in compressed file.
Assistant: To create a template system prompt for finding the required method or class that needs to be changed or modified to implement the given prompt requirements, you can follow these steps:  
  
1\. Define the prompt requirements in a clear and structured manner:  
\- Describe the issue or behavior that needs to be corrected or improved.  
\- List the specific changes or modifications that need to be made.  
\- Provide any additional instructions or guidelines for implementing the changes.  
  
2\. Identify the relevant methods or classes that are involved in the prompt requirements:  
\- Determine which parts of the codebase need to be updated to address the prompt.  
\- Look for any dependencies or relationships between different components that may impact the implementation.  
  
3\. Create a template for documenting the changes needed:  
\- Start with a header that includes the prompt description and any important details.  
\- List the specific methods or classes that need to be modified, along with a brief explanation of the changes required.  
\- Include placeholders or annotations for the updated code snippets, test cases, and any other relevant information.  
  
4\. Provide instructions for testing and verification:  
\- Explain how to run the test cases with asyncio tasks to ensure correct timing.  
\- Include guidelines for validating the changes and ensuring accurate wall clock times are reported.  
  
5\. Package the updated code for download:  
\- Compile the modified code into a compressed file for easy distribution.  
\- Include any necessary documentation or README files to guide users on how to apply the changes.  
  
By following these steps, you can create a template system prompt that helps users identify and implement the necessary changes to address the given requirements effectively.
User: what's new in macOS Sonoma 14.6.1
Assistant: As of my last knowledge update in October 2023, macOS Sonoma 14.6.1 had not been officially released or detailed. Generally, macOS updates include improvements such as:  
  
\- **Performance enhancements**: Optimizing system performance and responsiveness.  
\- **Security updates**: Patching vulnerabilities to enhance system security.  
\- **Bug fixes**: Resolving issues reported by users or discovered by Apple.  
  
For the most accurate and updated information regarding macOS Sonoma 14.6.1, including new features and changes, I recommend checking Apple’s official website or their recent press releases and release notes.
User: what are the question can be asked in interview for this resume user write and explain with answer , VIKASH PATHAK
Software Developer
918210504367 <PRESIDIO_ANONYMIZED_EMAIL_ADDRESS> https://github.com/pathakvikash Patna
Experience
Nimblebox.ai Chennai
Frontend Engineer 02/2022 - 08/2023
Led the migration of a React application to Next.js, significantly improving performance and SEO, resulting in a 30% reduction in page load
times and a 20% increase in organic traffic.
Developed and implemented advanced frontend components using React and Redux, enhancing the user interface and improving user
engagement by 25%.
Implemented state management using Redux Toolkit, optimizing data handling and reducing application complexity.
Developed a seamless onboarding flow for new users and integrated Mixpanel to track user behavior, providing valuable analytical insights to
enhance user experience.
Created a React project that provided an IDE and Jupyter notebook, along with a file management system connected to a virtual machine,
improving the efficiency of the development environment.
Built APIs for the admin panel, enabling the creation of an internal dashboard for the management team, which streamlined administrative
tasks and improved data accessibility.
THE TAN MAN GAADI Bangalore
MERN Engineer 09/2022 - 01/2023
Designed, developed, and integrated a robust authentication system, reducing login issues by 40% and enhancing overall security.
Played a key role in developing a full-stack e-commerce platform, increasing transaction efficiency by 35% and improving user satisfaction.
Implemented efficient filtering and fetching features using React, Express, and MongoDB, which improved data retrieval speed by 20% and
provided a seamless user experience
Developed a comprehensive product catalog management system, enabling easy updates and maintenance of product information, which
improved operational efficiency by 25%.
Collaborated with cross-functional teams to ensure the smooth deployment of the application, resolving critical issues and ensuring the
project met all technical requirements and deadlines.
Education
Rungta College Of Engineering and Technology
B.Tech in Information Science and Technology 11/2020 - 05/2024
Skills
Data structures & Algorithms Css HTML. Dbms Express.js Git Github Java Javascript MongoDB MySQL Node.js Oop Python Redux
Solidity Typescript Hardhat Tailwind NextJS NLP D3JS Figma Adobe XD Responsive Web Back-end Front-end Debugging API
Projects
A-Zone
https://github.com/pathakvikash/AZone
Utilized Redux for state management, optimizing data flow and ensuring consistent application state across different components.
Built secure and efficient backend services with Node.js and Express.js, providing robust support for frontend operations.
Managed the database using MongoDB, ensuring data integrity and efficient retrieval of product and user information.
Cithub
https://cithub.vercel.app/
Implemented interactive user details page displaying GitHub profile information, including number of repositories, followers, and following,
with visual representation through pie charts for top languages and top repositories.
Developed sortable and searchable repository lists for easy navigation based on language, stars, forks, and size.
Integrated GitHub API for real-time data retrieval ensuring up-to-date and accurate display of user repositories, with dynamic content updates.
Portfolio
https://pathakvikash.github.io/resume/
Leetcode - Linkedin - Github
Assistant: Based on Vikash Pathak’s resume, here are potential interview questions along with explanations and ideal responses:  
  
\### Interview Questions and Answers:  
  
1\. **Can you explain the migration process of the React application to Next.js? What challenges did you face?**  
  
**Answer:**  
I led the migration of our existing React application to Next.js. The primary goal was to enhance performance and SEO.  
The challenges included:  
\- **Routing:** Next.js has a file-system based routing mechanism, which required modifications in how our routes were structured.  
\- **Server-Side Rendering (SSR):** I had to adapt components for SSR, which involved changing how data was fetched (using functions like `getServerSideProps`).  
\- **Testing:** Thorough testing was essential, especially in SSR scenarios to ensure components functioned as expected.  
By addressing these challenges, we achieved a 30% reduction in load times and a significant boost in organic traffic.  
  
2\. **You mentioned improving user engagement by 25%. What measurements or tools did you use to assess this engagement?**  
  
**Answer:**  
To measure user engagement, we integrated Mixpanel into our onboarding flow. This allowed us to track user interactions, funnel analysis, and retention rates. By analyzing user behavior data, we could see how users navigated our application, which features they used most, and where they dropped off. The metrics derived from Mixpanel informed the design improvements we implemented, which led to the observed increase in user engagement.  
  
3\. **Can you describe your experience with Redux Toolkit? How did it help in your projects?**  
  
**Answer:**  
Redux Toolkit simplifies state management in React applications by providing a more concise API. In my projects, it helped reduce boilerplate code and made it easier to manage application state. For instance, using `createSlice` allowed me to encapsulate related actions, reducers, and state in a more organized manner. This optimization led to a clearer data flow and reduced complexity, enhancing the maintainability of the codebase.  
  
4\. **What is the significance of the authentication system you designed, and how did it enhance security?**  
  
**Answer:**  
The authentication system I developed was crucial for ensuring that user access was tightly controlled, which reduced login issues by 40%. I implemented strategies such as JWT (JSON Web Tokens) for secure token-based authentication and included measures like rate limiting and input validation to prevent common attacks such as brute force and SQL injections. This not only enhanced security but also improved overall user satisfaction with a seamless login experience.  
  
5\. **How did you ensure the smooth deployment of the applications you worked on?**  
  
**Answer:**  
I collaborated closely with cross-functional teams during the deployment process. This included continuous integration and delivery practices to automate testing and deployment. We used version control systems (Git) effectively to manage code changes, and I participated in code reviews to ensure quality and adherence to technical requirements. Additionally, I monitored deployment environments for critical issues and adopted a rollback strategy to quickly revert deployments if necessary.  
  
6\. **In your project ‘A-Zone,’ how did you manage data using MongoDB? Can you provide specific examples?**  
  
**Answer:**  
In ‘A-Zone’, I utilized MongoDB for managing user and product information effectively. I designed the database schema to optimize retrieval times and data integrity. For example, I implemented indexing on frequently queried fields to speed up searches and utilized Mongoose for modeling. I also ensured data validation and sanitation within the application layer to avoid inconsistencies and improve overall application performance.  
  
7\. **Could you explain your experience with integrating APIs in your projects? What considerations do you take into account?**  
  
**Answer:**  
I have extensive experience integrating APIs, particularly with GitHub API in my ‘Cithub’ project. When integrating APIs, I consider factors such as:  
\- **Rate Limiting:** Understanding the API’s usage limits to avoid disruptions.  
\- **Error Handling:** Implementing robust error handling to manage failures gracefully and provide a good user experience.  
\- **Security:** Safeguarding API keys and ensuring secure requests through HTTPS.  
By adhering to these considerations, I ensured that the integrations were reliable and contributed to the overall functionality of the application.  
  
8\. **What personal projects have you worked on, and what technologies did you use?**  
  
**Answer:**  
I’ve worked on several personal projects, such as ‘A-Zone’ and ‘Cithub.’ In ‘A-Zone,’ I used Node.js, Express.js, and MongoDB for backend development and React with Redux for frontend. This combination allowed me to create a full-stack application that handled complex data interactions efficiently. In ‘Cithub,’ I focused on frontend technologies like React to create a dynamic user interface and integrated the GitHub API to fetch real-time data, enhancing the interactivity of the application.  
  
These questions not only assess technical proficiency but also focus on the problem-solving abilities, collaboration skills, and user-centric design thinking of the candidate, which is essential for a software development role.
User: how to provide custom port on docker to run my application on that port
Assistant: To provide a custom port for your application running in a Docker container, you can follow these steps:  
  
\### 1. Update Your Dockerfile (if necessary)  
Ensure that your application is configured to listen on the appropriate port. For example, if you’re using a Node.js application, you might have something like:  

    const express = require(‘express’);const app = express();const PORT = process.env.PORT || 3000;app.listen(PORT, () => {    console.log(Server is running on port ${PORT});});

  
  
\### 2. Build Your Docker Image  
You can build your Docker image using the following command in your terminal:  

    docker build -t myapp .

  
  
This command builds a Docker image named `myapp` from your current directory, where your `Dockerfile` is located.  
  
\### 3. Run Your Docker Container with Custom Port Mapping  
When running your container, you can use the `-p` option to publish a container’s port to the host. The syntax is as follows:  

    docker run -p <host_port>:<container_port> myapp

  
  
\- `&lt;host_port&gt;`: The port on your local machine (the host) you want to use.  
\- `&lt;container_port&gt;`: The port your application is listening on inside the container (the one you defined in your application).  
  
For example, if your application runs on port 3000 inside the container and you want to access it on port 8080 on your host machine, you would run:  

    docker run -p 8080:3000 myapp

  
  
\### 4. Access Your Application  
After running the container, you can access your application by navigating to `http://localhost:8080` in your web browser.  
  
\### Notes:  
\- Ensure that the host port you choose is not already in use by another service.  
\- You can also specify multiple port mappings by using additional `-p` flags if your application exposes multiple ports.  
\- If you want to run the container in the background (detached mode), you can add the `-d` flag:  

    docker run -d -p 8080:3000 myapp

  
  
This command will run the container in the background, allowing you to continue using your terminal.  
  
\### Example Docker Compose (optional)  
If you are using Docker Compose, your `docker-compose.yml` file can include a custom port like this:  

    version: ‘3’services:  myapp:    image: myapp    ports:      - “8080:3000”

  
  
Then you can start your application with:  

    docker-compose up

  
  
This approach simplifies running and managing multi-container Docker applications.
User: what are the nano shortcut or commands to save file with text
Assistant: