Will Prompt Writing Replace Traditional Coding Skills?

 Hello Everyone,

Artificial Intelligence (AI) is changing the way we work and build technology. One big change is prompt writing. It means giving instructions to AI tools like ChatGPT so they can do tasks for you.

This raises an important question:

Will prompt writing replace traditional coding skills?

Let’s understand this in simple words.

1.What is Prompt Writing?

In recent years, tools like ChatGPT and other AI assistants have become very popular. These tools can write code, create websites, fix bugs, and even explain complex software problems. Because of this, many people are asking an important question .Prompt writing means telling AI clearly what you want.

Instead of writing long code, you give instructions in simple English, and AI gives you the result.

A good prompt includes:

- What you want
- Some details or background
- Any rules (like format or length)

Example:

- Bad prompt: “Write code”
- Good prompt: “Write a Python program to calculate monthly expenses.”

Better prompts give better results.

2. What is Traditional Coding?

Traditional coding means writing instructions using programming languages like Python, Java, or C++.

It requires:

- Logical thinking
- Problem-solving skills
- Technical knowledge

Developers use coding to build apps, websites, and software.

  3. Prompt Writing vs Coding

Easy to learn	Yes	No (takes time)
Speed	Fast	Slower
Control	Less	Full control
Flexibility	Depends on AI	Fully flexible

 

4. Why Prompt Writing is Popular

1. Easy to Start
   Anyone can use AI without learning coding.

2. Saves Time
   Tasks can be done quickly.

3. Automation
   AI can write code, content, and more.

 

4.You don’t need to remember every syntax

5. You get fast answers

6. You can build things quicker

7. Beginners can create working code

5. Will Prompt Writing Replace Coding?

Short answer: No.

But it will change how coding works.

Reasons:

1. AI Needs Human Help

             AI cannot fully understand everything. Humans are needed to guide it.

2. Complex Work Needs Coding

             Big apps and systems still need coding skills.

3. Fixing Errors
              AI can make mistakes. Developers are needed to fix them.
 
4. Responsibility Cannot Be Given to AI

             In software development:

• • • A human is accountable

    • Code affects money, users, and security

    • Mistakes can cause serious damage

6. How Prompt Writing and Coding Work Together

You can improve this skill with practice.

1. Be Clear

Say exactly what you want.

Example:
“Explain SEO in simple words with examples.”


2. Use Structure

Divide your prompt:

- Role
- Task
- Format

 Example:
“Act as a teacher. Explain photosynthesis in simple language.”


3. Give Details
More details = better answers.

4. Try Again (Improve Prompt)

If the answer is not good, change your prompt and try again.

5. Practice Daily

Use AI daily for different tasks like writing, coding, or learning.




The Future: Developers Who Can Do Both

The future is not prompt writing vs coding.

It is prompt writing + coding.

People who know both will:

- Work faster
- Get better results
- Be more valuable

   
Prompt writing will not replace coding.

It will support and improve coding.

AI is like a helper, but humans are still needed.

 

Best strategy:

- Learn basic coding
- Learn prompt writing
- Use both together

- Understand coding fundamentals

- Know how to give good prompts

- Can review and improve AI-generated code

Final Thoughts

Prompt writing is powerful, but it is not magic.

• It will not replace traditional coding

• It will not replace developers

• It will change how developers work

Coding skills are still the foundation.
Prompt writing is a new tool on top of that foundation.

The best developers of tomorrow will not choose one or the other —
they will master both.

Don’t forget to leave your feedback and comments below!

Regards

Sujeet Bhujbal

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Blog: www.sujeetbhujbal.com 

CodeProject:-https://www.codeproject.com/Members/SujitBhujbal

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Claude AI: A Simple and Clear Guide

 

What Is Claude AI?

Claude AI is a family of AI models  designed to help people with writing, problem‑solving, coding, research, and more.
Anthropic built Claude with a strong focus on safety, helpfulness, and reliable behavior. The name “Claude” comes from Claude Shannon, the father of information theory. 

By 2026, Claude has become one of the most trusted AI assistants because of its smart reasoning, long memory, and safe responses. More than 18.9 million people use Claude every month

Different Versions of Claude

Claude comes in different model types for different needs:

• Opus (most powerful): Best for deep thinking, coding, and long reports. Great for complex work. 
• Sonnet (balanced): Good mix of speed and performance. 
• Haiku (fastest and cheapest): Great for quick tasks and customer support.

Why Claude AI Is Becoming Popular

Here are the biggest reasons Claude AI is trending:

1. Very Long Context Handling

Claude can read huge documents—even entire books or long reports—without losing track. This makes it useful for research, legal work, and business analysis.
 

2. Better Reasoning and Accuracy

The 2026 update improved logic, planning, and problem‑solving. Claude gives more factual, reliable answers and reduces “hallucinations” (AI mistakes).
 

3. Fast Responses

Claude has become faster—around 30–40% lower latency in some versions.
 

4. Strong Safety Features

Claude uses "Constitutional AI"—a training method based on clear ethical rules.
This makes its responses more safe and aligned with human values.

5. Great for Business Workflows

Claude is now deeply used in companies for:

• Document analysis
• Coding workflows
• Creating SOPs and training materials
• Marketing content
• Data analytics

What Can Claude Do?

Claude is a multi‑purpose AI assistant. Here are some examples:

Write and Edit Content

Blogs, emails, social media posts, reports—Claude can generate or improve writing.

Analyze Large Documents

Summaries, insights, key points, comparisons—Claude handles long documents extremely well.

Assist with Coding

Claude Code can help fix bugs, generate code, or guide beginners.

 Work Inside Apps

Claude now works in:

• PowerPoint
• Excel
• Desktop apps
• Mobile apps (with health data integration in the U.S.)

 

Business Automation

With MCP (Model Context Protocol), Claude can connect to company tools and automate workflows.

Where Claude Shines

According to 2026 reviews:

• Very good at multitasking
• High accuracy and clean writing
• Safe and ethical responses
• Great with large text inputs

Where Claude Has Limitations

No AI is perfect. Claude has a few challenges:

• May struggle with sarcasm or cultural references
• Not the best at long multi‑step reasoning in some models
• Limited knowledge of very recent events
  
  

Should You Use Claude AI?

If you want an AI that is:

• Easy to use
• Safe and reliable
• Good at writing
• Excellent with long documents
• Helpful for coding

…then Claude AI is a great choice.

Whether you're a student, developer, business owner, or someone who just wants help with writing, Claude can fit your needs.

Final Thoughts

Claude AI has quickly become one of the most trusted and advanced AI assistants in 2026. Its mix of safety, deep thinking, long‑context reading, and real‑world usefulness makes it a powerful tool for personal and professional work.

If you want an assistant that feels smart, helpful, and consistent, Claude AI is definitely worth trying.

Don’t forget to leave your feedback and comments below!

Regards

Sujeet Bhujbal

--------------------------------------------------------------------------------

Blog: www.sujeetbhujbal.com 

CodeProject:-https://www.codeproject.com/Members/SujitBhujbal

CsharpCorner:-http://www.c-sharpcorner.com/Authors/sujit9923/sujit-bhujbal.aspx

Linkedin :-http://in.linkedin.com/in/sujitbhujbal  

Medium: - https://medium.com/@SujeetBhujbal

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How to upgrade .NET CORE

 How to upgrade .NET CORE using Visual Studio

Upgrading to a new .NET Core version involves multiple steps to ensure your development environment, source code, continuous integration (CI), and hosting environment are all appropriately updated. Below are detailed instructions to guide you through the process.

Reasons to upgrade:

• The current .NET version is no longer supported.
• The new version supports a new operating system.
• The new version includes important API, performance, or security features.

 Step 1: Upgrade the development environment

The first step in the upgrade process is to ensure your development environment is ready for the new .NET version. The .NET SDK, which includes the .NET CLI, build system, and runtime, needs to be updated.

1. Download the installer: Visit the .NET download page and download the installer for your operating system.
2. Run the installer: Follow the on-screen instructions to install the new .NET SDK.
3. Use package manager (optional): Some operating systems allow installation via a package manager (e.g., Homebrew for macOS, apt-get for Linux).
4. Visual Studio users: If you use Visual Studio, upgrade to the latest version of Visual Studio, which will automatically include the latest .NET SDK.

Verify installation:

Open a command-line interface and run the following commands to ensure the new SDK is installed:

dotnet –list-sdks

dotnet –list-runtimes

Step 2: Upgrade source code

Next, you must update your project files to target the new .NET version.

1. Open the project file: Locate and open your project file (e.g., *.csproj, *.vbproj, or *.fsproj).
2. Update TargetFramework: Change the <TargetFramework> property value to the new version. For example:

<TargetFramework>net6.0</TargetFramework>

to

<TargetFramework>net8.0</TargetFramework>

3. Use upgrade assistant: The .NET Upgrade Assistant tool can automate these changes.
4. Build the project: Rebuild your project using the new SDK. The command-line command for this is:

dotnet build

5. Restore workloads: If needed, restore workloads with the new SDK version using:

dotnet workload restore

Step 3: Update continuous integration (CI)

Ensure your CI pipeline is updated to use the new .NET SDK. Update the configuration files for your CI system (e.g., GitHub Actions, Azure Pipelines) to reference the new .NET version.

1. Modify configuration files: Update the .NET version in your CI configuration files to match the new version.
2. Run CI pipelines: Execute your CI pipelines to verify that the build and test processes work correctly with the new .NET version.

Step 4: Update hosting environment

Lastly, update your hosting environment to support the new .NET version. This step ensures that your production environment can run the upgraded application.

1. Install new .NET runtime: Ensure the hosting environment has the new .NET Runtime installed. This might involve updating server configurations or using container images with the latest runtime.

Deploy application: Deploy your upgraded application to the hosting environment and verify that it runs correctly.

Don’t forget to leave your feedback and comments below!

Regards

Sujeet Bhujbal

--------------------------------------------------------------------------------

Blog: www.sujeetbhujbal.com 

CodeProject:-https://www.codeproject.com/Members/SujitBhujbal

CsharpCorner:-http://www.c-sharpcorner.com/Authors/sujit9923/sujit-bhujbal.aspx

Linkedin :-http://in.linkedin.com/in/sujitbhujbal  

Medium: - https://medium.com/@SujeetBhujbal

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How to Check .NET Core Versions

 

What is the latest version of .NET Core?

.NET Core versioning scheme

The .NET Core versioning scheme follows a structured approach, which is essential for maintaining clarity and consistency across its releases. This scheme is crucial given the platform’s broad use for developing cloud-native, cross-platform, and IoT applications.

Major, minor, patch overview:

• Major version: Incremented annually, this version signals significant product changes, including new features, API-breaking changes, and major dependency updates. Notably, even-numbered major versions like .NET 6 and .NET 8 are long-term supported (LTS), providing three years of support. In contrast, odd-numbered versions receive standard-term support (STS) with 18 months of updates.
• Minor version: Increased when new behaviors or public APIs are introduced, along with non-breaking enhancements, this increment may also reflect the adoption of a newer minor version of an existing dependency.
• Patch version: Adjusted for bug fixes, new platform support, or minor updates in dependencies. It represents maintenance updates that do not alter the API surface area or introduce new features.

The .NET Runtime adheres to semantic versioning (SemVer), denoted as MAJOR.MINOR.PATCH[-PRERELEASE-BUILDNUMBER]. This method ensures each version number clearly communicates the extent and nature of changes, aiding developers in understanding the impact of upgrades.

LTS (Long-Term Support):

Long-Term Support (LTS) versions of .NET Core are designed to provide extended stability and support. These versions are released every two years and offer three years of free support and patches.

LTS versions are typically even-numbered (e.g., .NET 6, .NET 8) and are essential for environments where long-term stability and reliability are critical. LTS versions are often chosen for enterprise applications due to their extended maintenance window, ensuring that applications remain secure and stable without frequent major updates.

Benefits of LTS:

• Stability: Provides a reliable and consistent environment over an extended period.
• Extended Support: Offers a three-year support window with patches and updates.
• Reduced Risk: Minimizes disruptions from major changes and breaking updates.

LTS (Long-Term Support):

Long-Term Support (LTS) versions of .NET Core are designed to provide extended stability and support. These versions are released every two years and offer three years of free support and patches.

LTS versions are typically even-numbered (e.g., .NET 6, .NET 8) and are essential for environments where long-term stability and reliability are critical. LTS versions are often chosen for enterprise applications due to their extended maintenance window, ensuring that applications remain secure and stable without frequent major updates.

Benefits of LTS:

• Stability: Provides a reliable and consistent environment over an extended period.
• Extended Support: Offers a three-year support window with patches and updates.
• Reduced Risk: Minimizes disruptions from major changes and breaking updates.

How to Check .NET Core Versions

To check the currently installed .NET Core SDK version, use this command:

dotnet –version

This will immediately show you the exact version of .NET Core you are currently running.

You can also use the command:

–list-sdks

To see which SDKs are installed and their locations on your machine.

Don’t forget to leave your feedback and comments below!

Regards

Sujeet Bhujbal

--------------------------------------------------------------------------------

Blog: www.sujeetbhujbal.com 

CodeProject:-https://www.codeproject.com/Members/SujitBhujbal

CsharpCorner:-http://www.c-sharpcorner.com/Authors/sujit9923/sujit-bhujbal.aspx

Linkedin :-http://in.linkedin.com/in/sujitbhujbal  

Medium: - https://medium.com/@SujeetBhujbal

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Migrating from a .NET developer role to a Java developer role

Hello Everyone,

 I worked as a .NET full stack developer for almost 15 years, but recently I started working on Java technology so Migrating from a .NET developer role to a Java developer role involves both technical and mindset shifts.

 Here's a structured guide to help you make the transition smoothly

1. Understand the Core Differences

Both Java and C# are the same, but there are some core differences

Aspect	.NET	Java
Primary Language	C#	Java
Runtime	CLR (Common Language Runtime)	JVM (Java Virtual Machine)
Framework	.NET Framework / .NET Core	Spring, Jakarta EE, etc.
IDE	Visual Studio	IntelliJ IDEA, Eclipse, VS Code
Build Tools	MSBuild	Maven, Gradle

2. Learn Java Syntax and Ecosystem

Since C# and Java are syntactically similar, the learning curve is manageable.  I focused on:

• Java syntax and conventions
• Exception handling
• Collections framework
• Java 8+ features (Streams, Lambdas, Optional, etc.)
• Memory management and garbage collection

---

🧰 3. Get Comfortable with Java Tools

I started working with the following tools

• IDE: IntelliJ IDEA 
• Build Tools: Maven or Gradle
• Dependency Management: Understand pom.xml (Maven) or build.gradle
• Testing: JUnit, Mockito

---

🌐 4. Learn Java Frameworks

I started learning below frameworks

• Spring Boot: For building REST APIs and microservices
• Spring Data JPA: For database access
• Spring Security: For authentication and authorization

---

🗃️ 5. Database and ORM

I know Entity Framework in .NET, so I learned:

• JPA (Java Persistence API)
• Hibernate (most popular JPA implementation)

---

🧪 6. Practice with Projects

I build small projects like:

• A RESTful API with Spring Boot
• A CRUD application using Spring Data JPA
• A microservice with Spring Cloud

---

📦 7. Understand Java Deployment

I had good knowledge of .NET Core Deployment so I learned

• WAR vs JAR files
• Running Java apps with java -jar
• Dockerizing Java applications

---

📈 8. Explore Advanced Topics (Optional)

• Reactive programming with Spring WebFlux
• Kafka or RabbitMQ for messaging
• Kubernetes for deployment
• 
  

It took me almost 2 months to learn Java from .NET, but it was a good experience.

Don’t forget to leave your feedback and comments below!

Regards

Sujeet Bhujbal

--------------------------------------------------------------------------------

Blog: www.sujeetbhujbal.com 

CodeProject:-https://www.codeproject.com/Members/SujitBhujbal

CsharpCorner:-http://www.c-sharpcorner.com/Authors/sujit9923/sujit-bhujbal.aspx

Linkedin :-http://in.linkedin.com/in/sujitbhujbal  

Medium: - https://medium.com/@SujeetBhujbal

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