Forem: Juned Khan

My Wins of Week 🌟 [04/08/24]

Juned Khan — Sun, 04 Aug 2024 06:14:19 +0000

worked on react Meme
learned typescript
prepare an web
km search
null

Wins of Week 🌟 [28/07/24]

Juned Khan — Mon, 29 Jul 2024 11:54:54 +0000

This week was awesome i made new post on dev.to

The Story behind simpletimer.space!

Juned Khan ・ Jul 23 '24

#webdev #productivity #showdev

Still back on #100daysofcode
Learned about how to get client online in seminar
created for simpletimer.space
learned more on firebase
worked on PMS

The Story behind simpletimer.space!

Juned Khan — Tue, 23 Jul 2024 10:33:05 +0000

It was a beautiful morning ☀️
I just had my tea ☕ it was so good 😋

I had lot of projects to complete... I was so energetic and excited to do my work ⌨️.

As i Started my work I needed some Timer so i searched online Timer

I searchedddddd and searchedd

and I found lot of timers, and yup with some ADs

So i Decided to 🔫 the pc

but before i do anything!
I got an idea 💡
my brain me something 🧠

🧠 : you are developer right?
😅 : mmm yeah!

🧠 : so why dont you create our own Timer!⌛
🤯 : You are right!

&
with ❤️ + 🧠 + 🍵 + and some 🐞
Finallyyyyyyyyyyyyyyyyyyyyyyyyyyyyyy ✨

###_I Created my own Simple & Aesthetic Timer called_

It is SimplTimer.space is simple Aesthetic Timer✨⌛ with modern minimalistic look! 🎀

You can choose various them for different moods 😊
It contain 10 Different Themes to select from 🎨

Here are some weird magical name that i gave to themes 🎇🧪

-🪙 Golden Black
-🧁 Cupcake
-🪗 Pinky Band
-🎃 Pumpy knin
-🌊 Silent Blue
-🩸 Energetic Red
-🍀 Natural way
-🐈‍⬛ Night Cat
-🎆 Sour Mood
-❄️ Snow Flake

so now i can code with my favorite theme

And timer with no Ads!😎
Its Simple, Aesthetic and trac my time!

You can try this at simpletimer.space ⌛✨

Thanks for Reading 📝
I Hope you have awesome day 😉

Let's connect & grow together 🌱

My Wins of week 🌟 [21/07/04]

Juned Khan — Mon, 22 Jul 2024 16:39:37 +0000

15 july

spend whole day editing the video

spend morning finializig the video

17

18 thu

worked on unt prject

created a timer project

went to clg
at eve did code 1hr not muhc

My Wins of Week 🌟 [14/07/24]

Juned Khan — Sun, 14 Jul 2024 06:32:57 +0000

Ahhhh...⚡
This week has been full of exciting developments, achievements & Ups and Down. I would like to share my wins with you all. Let's dive in! 🌊

🎯 Coding this week #100daysofcode

Here is Github repo link Where i Share my 100daysofcode!
🔗 : 100 days of code log

⌛
want to more consistence in
this journey with goal of coding 2 hr

💾 Working this week:

😁 Meme Maker :

I am still working on this project as of 14 july. This week i added features like moveable text on the meme and also made them draggable.
I also made them downloadable by using canvas but still need to update the text when it move to the canvas, will work on that following week
Improved the Design and user experience!

💡note: Early think to make the text on the meme image as static but wasnt satisfied by the output wanted to make it more useful and creative... definitely it will take time but learn a lot Progres>>>>Perfection

// Detect dark theme var iframe = document.getElementById('tweet-1811725873474863508-279'); if (document.body.className.includes('dark-theme')) { iframe.src = "https://platform.twitter.com/embed/Tweet.html?id=1811725873474863508&theme=dark" }

🧩 Portfolio :

Added the Lab section where i share my experiment project
Improved Design and Fix some bugs

🧠Learning This Week :

Share Coding journey daily to X & Github as its helpful for understanding weekly progress! 📈
Learned Framer motion with Next Js... checkout this video 📺
Read up again 3x its so imp 💎
There are many helpful packages and libraries for accomplishing task in react ⚛️

🍵 Next Week Goals :

Learn Typescript
Share PMS to Social
Share intro video to Social
Press more on J btn
Work on clg stuff

Thank you for reading about my journey this week! If you have any suggestions or feedback, please leave a comment below. Let's keep building and learning together!

Happy Weekend ❤️

My Wins of Week 🌟 [07/07/24]

Juned Khan — Tue, 09 Jul 2024 03:51:30 +0000

Worked on the portfolio
Completed Designing of portfolio
Learned more things like Forms in react!
Continuously worked on react project for 3 days that is 8 7 and 6 of july!
before that 4-5 went out
most productive onnly 1-2-3 need to focus more on time and energy management!

2 days late for wins of week!

-090724

My Wins of Week 🌟[30/06/24]

Juned Khan — Sun, 30 Jun 2024 07:06:54 +0000

`Hi Awesome People on Internet!👋`

I'm JK 🧑‍💻, & Hers my Wins of the Weeeeeeeeeeeek!

🎢

This week has been full of exciting developments, and I'm thrilled to share my progress with you.

⭐ I Completed 9 Days Journey to #100daysofcode Challenge

⚛️I Reached 39% in React Course Revesion

🎥 Created Video Introduction for Updated Vesion MoodyWorld App

MoodyWorld is a simple app where you can share your moods with the world!🌍

🔗 Try now: MoodyWorld

💡 Planning for creating more video of my Projects

💻 Desktop version of MoodyWorld App

💾 Project that i work on this week

🧠Learning this week

Firebase Authentication and Storage
use half image of logo if you want to set half logo at side
React make JS & HTML so easy name = dev.to it will come in <h1> {name} </h1>
Sending Props in react

Conditional Rendering in React
Sending Data from data.js to main file

✍️ Life Learningsss

Planning is so so so so so IMP!
Surrounding Matter for focus working
No Phone in Morning

🎯 Next Week Goals

Proper Planning and organizing of time & energy ⚡
Working more on Project & Share Learnings 🧩
Star Working on Node JS

Thank you for reading about my journey this week! If you have any suggestions or feedback, please leave a comment below. Let's keep building and learning together!

Happy Weekend ❤️

Software Quality Infrastructure Components

Juned Khan — Sun, 09 Jun 2024 03:42:45 +0000

ensure the development, maintenance, and continuous improvement of high-quality software products.

1. 📋 Quality Management System (QMS)

A system that documents processes and responsibilities for achieving quality policies and objectives.

Ensures consistency in software development processes.
Aligns project activities with quality standards.
Provides a framework for continuous improvement.

Example: ISO 9001 Certification

Usage: ISO 9001 helps organizations establish a quality management system that meets customer requirements and customer satisfaction

2. 📚 Standards and Guidelines

Documents that provide frameworks and best practices for software development and quality assurance

Define quality criteria and performance standards.
Guide developers and testers in their tasks.
Help maintain consistency and compliance.

Example: ISO/IEC 25010

Usage: ISO/IEC 25010 provides a model for evaluating software quality, like functionality, reliability, and usability etc

3. 🔍 Quality Assurance (QA) Processes

Structured processes to ensure the software meets specified requirements and standards in quality.

Involves planning and systematic monitoring.
Identifies defects early in the development cycle.
Ensures that processes are followed correctly.

Example: Test Planning

Usage: Test planning involves creating detailed test plans that outline testing strategies, resources, schedules, and deliverables, ensuring thorough and systematic testing.

4. 🧪 Quality Control (QC) Activities

Operational techniques and activities used to fulfill requirements for quality control

Involves various types of testing (unit, integration, system).
Conducts code reviews and inspections.
Ensures that the product meets quality standards before release.

Example: Unit Testing

Usage: Unit testing involves testing individual components or modules of the software to ensure they work as intended, helping to identify and fix bugs early.

5. 🤖 Automated Testing Tools

Software tools that automate repetitive but necessary tasks in the testing process.

Increase efficiency and test coverage.
Reduce human errors in testing.
Allow for continuous testing and integration.

Example: Selenium

Selenium automates web browser testing, allowing testers to write scripts in various programming languages to test web applications across different browsers and platforms

6. 🛠️ Configuration Management

Processes and tools for managing changes in software to ensure consistency

Tracks and controls changes to the software codebase.
Maintains version control and history.
Supports continuous integration and deployment.

Example: Git

Usage: Git is a version control system that helps teams manage changes to the source code over time, enabling collaboration and maintaining a history of changes.

7. 🐛 Defect Tracking Systems

Systems used to track and manage defects and issues in software.

Record and prioritize defects.
Assign defects to responsible team members.
Track the progress of defect resolution.

Example: JIRA

Usage: JIRA is used to log and track bugs, assign tasks, and monitor the status of defects, ensuring that issues are addressed promptly and effectively.

8. 📈 Metrics and Measurement Tools

Tools and processes for collecting, analyzing, and reporting data related to software quality

Provide insights into software performance.
Help identify areas for improvement.
Enable data-driven decision-making.

Example: SonarQube

Usage: SonarQube analyzes code quality and provides metrics on code complexity, duplication, and potential bugs, helping teams improve code maintainability and quality.

9. ⚠️ Risk Management

Processes to identify, assess, and mitigate risks throughout the software development lifecycle.

Identifies potential risks early.
Assesses the impact and likelihood of risks.
Develops strategies to mitigate risks.

Example: Risk Analysis Sessions

Usage: Risk analysis sessions involve brainstorming potential risks, evaluating their impact and likelihood, and developing mitigation plans to minimize their effect on the project.

10. 🎓 Training and Certification Programs

Programs to ensure that team members have the necessary skills and knowledge to perform their roles effectively

Provide ongoing education and skill development.
Ensure team members are up-to-date with industry practices.
Enhance the overall competence of the team.

Example: Certified Software Quality Engineer (CSQE)

Usage: The CSQE certification validates a professional’s understanding of quality principles and practices, enhancing their ability to contribute to quality improvement efforts.

11. 🔄 Continuous Improvement Processes

Mechanisms for ongoing evaluation and improvement of software quality practices

Encourage regular reviews and feedback loops.
Implement lessons learned from past projects.
Foster a culture of continuous enhancement.

Example: Agile Retrospectives

Usage: Agile retrospectives involve team meetings at the end of each sprint to discuss what went well, what didn’t, and how processes can be improved, leading to continuous process improvement.

12. 🗂️ Documentation and Knowledge Management

Maintaining comprehensive documentation for processes, procedures, requirements, design specifications, test cases, and user manuals.

Ensures all project information is accessible.
Facilitates knowledge sharing and collaboration.
Supports maintenance and future development.

Example: Confluence

Usage: Confluence is a collaboration tool used to create, share, and organize documentation and knowledge, enabling teams to keep project information centralized and accessible.

13. 🗣️ Customer Feedback Mechanisms

Processes and tools for collecting and analyzing feedback from end-users and stakeholders

Gather insights on user experience and satisfaction.
Identify areas for improvement based on user input.
Enhance product quality and customer satisfaction.

Example: User Surveys

Usage: User surveys collect feedback on user satisfaction, usability issues, and desired features, helping teams understand user needs and prioritize improvements.

14. ✔️ Compliance and Audit Mechanisms

Regular audits and compliance checks to ensure adherence to standards, regulations, and internal policies

Ensure software meets legal and regulatory requirements.
Verify adherence to internal standards and procedures.
Identify areas of non-compliance and address them.

Example: Internal Audits

Usage: Internal audits involve systematically reviewing processes and practices to ensure compliance with standards and identifying areas for improvement.

15. 💻 Integrated Development Environments (IDEs)

IDEs that support software development with features like code editing, debugging, and version control integration

Enhance productivity with built-in tools and features.
Provide debugging and code analysis capabilities.
Integrate with version control systems for efficient collaboration.

Example: Visual Studio

Usage: Visual Studio provides a comprehensive development environment with tools for coding, debugging, and version control integration, supporting efficient and high-quality software development.

12 Benefits Of Learning Python 🐍

Juned Khan — Sat, 25 May 2024 12:16:24 +0000

🦜 : Why should i learn python?

🦉 : Python provides many useful features which make it popular and valuable from the other programming languages.

(1) Easy to Learn and Use 📚
Python is simple to learn with straightforward syntax resembling English. No semicolons or curly brackets; indentation defines code blocks. It's perfect for beginners!

(2) Expressive Language ✍️
Python can handle complex tasks with minimal code. For example, print("Hello World") takes just one line, unlike Java or C which need multiple lines.

(3) Interpreted Language 🔍
Python executes one line at a time, making debugging easy and the language portable.

(4) Cross-platform Language 🌐
Python runs on Windows, Linux, UNIX, and macOS, making it highly portable. Write once, run anywhere!

(5) Free and Open Source 💸
Python is free and open-source, available at www.python.org. A large global community contributes to its modules and functions.

(6) Object-Oriented Language 🧩
Python supports object-oriented concepts like classes, inheritance, polymorphism, and encapsulation, promoting reusable code and efficient application development.

(7) Extensible 🔗
Python code can be compiled with languages like C/C++ and used within Python programs, making it versatile and powerful.

(8) Large Standard Library 📚
Python boasts a vast library collection for machine learning (TensorFlow, Pandas, Numpy), web development (Django, Flask), and more.

(9) GUI Programming Support 🖥️
Libraries like PyQT5, Tkinter, and Kivy facilitate the development of desktop applications with graphical user interfaces.

(10) Integrated 🧬
Python integrates seamlessly with languages like C, C++, and Java, running code line by line and simplifying debugging.

(11) Embeddable 🔄
Code from other programming languages can be embedded in Python, and vice versa, allowing for flexible code integration.

(12) Dynamic Memory Allocation 📦
No need to specify variable data types; Python automatically allocates memory at runtime, simplifying code writing. For example, just write x = 15.

Learn about Software Errors 🐞

Juned Khan — Sat, 18 May 2024 08:07:52 +0000

A software error is essentially a mistake in the code, design, or documentation of a program that causes it to behave differently than expected. These errors can range from minor inconveniences to causing the software to crash entirely.

Causes of Software Errors 🐞

(1) Faulty Definition: 🛠️

The client provides incomplete or faulty definitions for the software, leading to missing functionalities due to incomplete information. For example, in a school management system, the worker payout feature was missing because it wasn't specified.

(2) Client - Developer Communication Problem: 💬

Software can develop errors when there is a misunderstanding between the client and the developer. Miscommunication regarding requirements, instructions, reviews, and feedback can result in software errors.

(3) Deliberate Deviations from Software Requirements: 🚫

This term refers to consistently doing the opposite of what should be done. Deliberate deviations can occur due to:

Using outdated software models without proper analysis
Omitting parts due to time or budget pressures
Minor changes by developers leading to major future errors

(4) Logical Design Errors: 🔍

Software errors can enter the system when the professionals designing the system—systems architects, software engineers, analysts, etc.—make mistakes in the software requirements. Logical design errors are essentially flaws in the blueprint of the software. These errors are tricky to fix later, so it's important to catch them early in the development process.

(5) Coding Errors: 💻

Coding errors are a significant source of software issues. They can be caused by misunderstandings of the design documentation, logical errors, typing mistakes, case errors, and other mistakes made using development tools.

(6) Non-Compliance with Documentation and Coding Instructions: 📄

Neglecting documentation and coding standards creates a domino effect of problems throughout the software development lifecycle. It slows down development, hinders collaboration, increases the risk of errors, and makes maintenance a frustrating challenge.

(7) Shortcomings of the Testing Process: 🧪

Incomplete testing can lead to future software errors. Failure to detect and solve these errors due to time pressure also contributes to software issues.

(8) Procedure Errors: 🚦

These errors occur when the instructions guiding the user through the software are flawed.

(9) Documentation Errors: 📚

Documentation errors can be a major headache for both development and maintenance teams. They can occur due to:

Incomplete information
Outdated information
Misleading information
Missing functionality
These factors can all contribute to software errors.

BONUS 🎉

Here's why preventing software errors is crucial:

🚀 Improved User Experience: Error-free software is more stable, reliable, and predictable, leading to a smoother and less frustrating experience for users.

💸 Reduced Costs: Fixing errors after software is released is expensive and time-consuming. Preventing them upfront saves money and resources.

🔒 Enhanced Security: Software errors can create security vulnerabilities that hackers can exploit. Preventing errors helps keep your software safe.

🌟 Better Reputation: Software riddled with errors can damage a company's reputation. Delivering high-quality, error-free software builds trust and credibility.

**
There are several ways to prevent software errors throughout the development lifecycle:
**

📋 Clear Requirements: Clearly defined and documented requirements ensure everyone involved understands the software's purpose and functionality.

🛠️ Strong Design: Well-designed software with a logical structure is less prone to errors. Techniques like flowcharts and UML diagrams can help visualize the software's design.

🔍 Code Reviews: Having other developers review code can help identify errors and potential issues before they become problems.

🧪 Thorough Testing: Comprehensive testing using various techniques helps uncover errors before the software is released. This includes unit testing, integration testing, and user acceptance testing (UAT).

📏 Coding Standards: Establishing coding standards promotes consistency and clarity in the codebase, making it easier to write error-free code and maintain the software.

🔄 Version Control: Version control systems allow developers to track changes made to the code and revert to previous versions if necessary. This helps minimize the risk of errors introduced during development.

🐔Primitive Data Structure

Juned Khan — Thu, 09 May 2024 03:47:02 +0000

What is Primitive Data Structure 🌲

Primitive data structures are basic and fundamental data structures provided by programming languages. They are directly operated upon by machine instructions and are typically built into the programming language itself. Some common examples of primitive data structures include:

1.Integer: Used to store whole numbers.
2. Float/Double: Used to store floating-point numbers with decimal points.
3.Character: Used to store individual characters.
4.Boolean: Used to store true or false values.

Primitive data structures are simple and have fixed sizes, making them efficient in terms of memory usage and execution speed. They are usually atomic in nature, meaning they cannot be further subdivided.

📌Data Structure PT I

Juned Khan — Tue, 16 Apr 2024 16:51:59 +0000

What is a Data Structure? 🗃️

In computer science, a data structure is a way of organizing and storing data in a computer so that it can be accessed and manipulated efficiently.

Think of data structures as the building blocks of software applications, providing a means to manage and organize data effectively.

Where do we need Data Structures? 🔍

Data structures are used virtually everywhere in software development, from simple programs to complex systems.

Here are some common areas where data structures are crucial:

- Algorithm Design:
Data structures are fundamental to the design and analysis of algorithms. Different data structures are suited to different types of operations, so understanding them helps in choosing the right data structure to optimize algorithm performance.

- Database Systems:
Databases rely heavily on data structures to store and retrieve information efficiently. speed up database operations such as searching and sorting.

- Operating Systems:
Operating systems use various data structures to manage system resources, such as processes, files, and memory. Examples include queues for scheduling processes and linked lists for managing file systems.

- Compiler Design:
Compilers use data structures like syntax trees and symbol tables to analyze and manipulate source code during the compilation process.

- Network Protocols:
Data structures play a vital role in implementing network protocols for communication between devices. For example, packet headers in network protocols are often structured using data structures like arrays and linked lists.

Why do we need Data Structures? 🧸

Efficiency: Using the right data structure can significantly improve the efficiency of operations such as searching, insertion, deletion, and sorting.

Organization: Data structures provide a systematic way to organize and manage data, making it easier to understand and maintain large datasets.

Abstraction: Data structures abstract away the details of how data is stored and accessed, allowing programmers to focus on solving higher-level problems without worrying about low-level implementation details.

Reuse and Modularity: Well-designed data structures can be reused across different applications, promoting code reusability and modularity.