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Global, Programming, WordPress

WordPress for beginners. Easy way to create website

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You want to create a website but less knowledge about coding? This is the easy way to creating website using WordPress for beginners.

What is WordPress?

WordPress is one of the most popular content management systems (CMS) in the world, allowing you to create stunning websites without extensive coding knowledge. In this guide, we will cover everything you need to know to start using WordPress, including installing XAMPP on Windows and macOS to set up a local environment WordPress for beginners.

What is XAMPP?

XAMPP is a free and open-source software that provides a local server environment for PHP development. It includes Apache (web server), MySQL (database), PHP, and Perl. Using XAMPP, you can install WordPress on your local machine to test, develop, or learn before deploying it to a live server.

Download and Install XAMPP

For Windows:

Download XAMPP:

Visit the official XAMPP website.

Download the XAMPP installer for Windows.

Run the Installer:

Double-click the downloaded .exe file to run the installer.

If prompted by User Account Control (UAC), click Yes to proceed.

Select Components:

In the setup wizard, select the components you want to install. For WordPress, ensure the following are checked:

Apache

MySQL

PHP

Click Next.

Choose Installation Folder:

Choose a directory to install XAMPP (default is C:\xampp).

Click Next.

Start the Installation:

Click Next to begin the installation process.

Once installation is complete, launch the XAMPP Control Panel.

Start Apache and MySQL:

In the XAMPP Control Panel, click Start next to Apache and MySQL.

Ensure both services are running (indicated by green highlights).

For macOS:

Download XAMPP:

Visit the official XAMPP website.

Download the XAMPP installer for macOS.

Run the Installer:

Open the downloaded .dmg file.

Drag the XAMPP icon into the Applications folder.

Launch XAMPP:

Open the Applications folder and double-click XAMPP.

Click Start for Apache and MySQL services.

Set Up Permissions:

macOS might require additional permissions to allow XAMPP to run services.

Follow on-screen prompts to grant necessary permissions.

Download and Install WordPress

Download WordPress:

Visit the official WordPress website.

Download the latest version of WordPress.

Extract WordPress Files:

Extract the downloaded .zip file.

Move the extracted WordPress folder to the htdocs directory in XAMPP:

Windows: C:\xampp\htdocs

macOS: /Applications/XAMPP/htdocs

You can change root project folder with your own name or still using “wordpress” as the name.

Create a Database

Access phpMyAdmin:

Open a browser and go to http://localhost/phpmyadmin.

Create a New Database:

Click Databases at the top.

Enter a name for your database (e.g., wordpress).

Select utf8mb4_general_ci as the collation.

Click Create.

Configure the website

Open WordPress Setup:

Open a browser and go to http://localhost/wordpress.

Select Language:

Choose your preferred language and click Continue.

Database Configuration:

Enter the following details:

Database Name: The name of the database you created (e.g., wordpress).

Username: root

Password: Leave this blank (default for XAMPP).

Database Host: localhost

Table Prefix: wp_ (default, but you can change it).

Click Submit.

Run the Installation:

Follow the on-screen instructions to complete the installation.

Enter your site title, admin username, password, and email address.

Log In to WordPress:

Once the installation is complete, log in to your WordPress dashboard by visiting http://localhost/wordpress/wp-admin.

Overview

It’s not an easy way to create website without proper knowledge about programming, but with WordPress it can be easy. WordPress for beginners starting from installing all tools and environments to running the WordPress. After all the steps completed, you can start to explore WordPress and customize your own website.

Want to learn other stack? Want to create multi-platform application? You can find the solution hire Start your journey with flutter here! Step by step to install Flutter

All discussions about programming technologies and other technologies
Global, Technology

Happy New Year 2025 !!! These are Programming Technologies Poised to Boom in 2025

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As we move into 2025, the programming world is set for groundbreaking advancements that promise to redefine how we build and interact with technology. If we talk about programming technologies, there are a lot of options that can help us during development process. But in 2025 some programming technologies poised to boom. Below, we explore key programming technologies with the potential to dominate the coming year.

AI-Augmented Development

Application Sample: GitHub Copilot, Amazon CodeWhisperer, Tabnine

Learn more about AI-Augmented Development The trend of integrating Artificial Intelligence into development workflows is expected to reach new heights. Building on tools like GitHub Copilot and Amazon CodeWhisperer, 2025 will likely introduce more sophisticated AI systems that can:

Autonomously write and optimize code.

Predict project timelines and resource needs.

Facilitate seamless collaboration between team members.

These tools will become increasingly accessible, allowing even non-programmers to prototype and build applications rapidly.

Adaptive Web Frameworks

Application Sample: Builder.io (using Qwik), Astro-powered blogs, ecommerce platforms like Shopify Hydrogen

Learn more about Qwik | Learn more about Astro Web frameworks are expected to become more adaptive, focusing on ultra-fast load times and dynamic rendering. Technologies like Qwik and Astro, which prioritize hydration and performance, are likely to gain significant traction. Features to watch for include:

Enhanced server-side rendering.

Optimized delivery for edge computing.

Better support for headless CMS integrations.

WASI and Beyond

Application Sample: Wasmtime runtime, Cloudflare Workers, IoT management platforms

Learn more about WASI WebAssembly System Interface (WASI) is anticipated to revolutionize the way developers think about portable applications. By enabling secure, lightweight, and high-performance applications outside the browser, WASI could see growth in:

Cloud-native app development.

Portable gaming engines.

IoT device programming.

Blockchain Interoperability Standards

Application Sample: Polkadot, Cosmos, Chainlink Cross-Chain Interoperability Protocol

Learn more about Blockchain Interoperability While blockchain adoption has fluctuated, 2025 could be the year we see significant breakthroughs in interoperability. Emerging tools aim to make it easier for decentralized applications (dApps) to operate across multiple blockchains. Key areas of focus include:

Improved smart contract standards.

Secure cross-chain communication.

Enhanced scalability through sharding.

Low-Code and No-Code Evolution

Application Sample: Microsoft Power Apps, OutSystems, Bubble.io

Learn more about Low-Code Platforms Low-code and no-code platforms are likely to become even more powerful, targeting enterprise-grade applications. With improved AI integrations, these platforms will offer capabilities like:

Automated database management.

Scalable cloud deployments.

Advanced analytics and reporting tools.

Quantum Programming Advancements

Application Sample: IBM Quantum Experience (Qiskit), Google Quantum AI (Cirq), Rigetti Quantum Cloud Services

Learn more about Qiskit | Learn more about Cirq Quantum computing continues to evolve, with SDKs becoming more practical for developers. Tools like Qiskit and Cirq are likely to introduce:

Simplified libraries for quantum algorithms.

Real-time quantum error correction.

Better integration with classical programming environments.

Edge-Native Development Frameworks

Application Sample: Vercel Edge Functions, Fastly Compute@Edge, Netlify Edge Functions

Learn more about Edge Computing As edge computing grows, the need for specialized frameworks will increase. 2025 is likely to bring frameworks designed specifically for edge environments, focusing on:

Real-time data processing.

Lightweight and secure microservices.

Seamless integration with machine learning models.

Unified DevOps and MLOps

Application Sample: GitLab CI/CD with MLflow, Amazon SageMaker MLOps, Kubeflow Pipelines

Learn more about MLOps The convergence of DevOps and Machine Learning Operations (MLOps) will streamline workflows. Expect tools that unify CI/CD pipelines for traditional and machine learning applications, offering:

End-to-end observability.

Automated model versioning and deployment.

Integrated data validation tools.

AR/VR and Mixed Reality SDKs

Application Sample: Unity XR SDK, Unreal Engine AR/VR tools, Microsoft HoloLens apps

Learn more about WebXR The metaverse may not have reached its peak yet, but 2025 could see the rise of more advanced AR/VR and mixed-reality SDKs. These will empower developers to build immersive applications with features like:

Realistic environment simulations.

AI-driven content creation.

Compatibility with WebXR standards.

Multi-Cloud Development Platforms

Application Sample: HashiCorp Terraform, Red Hat OpenShift, VMware Tanzu

Learn more about Multi-Cloud Strategies With enterprises increasingly adopting multi-cloud strategies, platforms that simplify development across cloud providers will be in high demand. These platforms will offer:

Unified APIs for cloud services.

Automated workload optimization.

Advanced security compliance tools.

These are list of programming technologies poised to boom in 2025. To learn about newest programming technologies in 2024, you can read here https://programmermumet.fly.dev/2024/12/30/happy-new-year-this-is-summary-of-the-newest-programming-technologies-in-2024/

All discussions about programming technologies and other technologies
Global, Technology

This is Summary of the Newest Programming Technologies in 2024

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As technology advances at an unprecedented pace, 2024 has seen several exciting developments in programming technologies. These innovations are shaping how developers build, deploy, and manage software, offering new possibilities for efficiency, scalability, and creativity. These are the newest programming technologies in 2024 :

1. AI-Assisted Development

Artificial Intelligence continues to revolutionize programming workflows. Tools like GitHub Copilot X, now integrated with broader IDEs, have enhanced code suggestion and debugging capabilities. Released in March 2024, the focus has shifted towards context-aware AI systems that can:

Autogenerate unit tests.

Offer architecture recommendations.

Detect vulnerabilities in real-time.

Learn more about GitHub Copilot X

Product Sample: GitHub Copilot X integrated into Visual Studio Code, auto-completing a function with recommended test cases.

2. WebAssembly (Wasm) Expansion

WebAssembly has become the go-to technology for running high-performance applications in the browser. In 2024, its ecosystem has matured significantly, with support for multi-threading, garbage collection, and improved language bindings. Major updates were introduced in February 2024, enabling:

Cross-platform game development.

Machine learning in the browser.

Enhanced video editing tools directly on the web.

Learn more about WebAssembly

Product Sample: Figma’s collaborative design tool leveraging WebAssembly for real-time, browser-based performance.

3. Serverless 2.0

Serverless computing has entered its next phase. The new wave of serverless frameworks emphasizes reduced cold start times, better debugging tools, and multi-cloud support. Updates from AWS Lambda, Google Cloud Functions, and Azure Functions were launched in June 2024, introducing features such as:

Support for larger payloads and increased runtime limits.

Native integration with edge computing for lower latency.

Hybrid deployment models that combine serverless with container orchestration.

Learn more about AWS Lambda

Product Sample: AWS Lambda-powered chatbot integrating with multiple APIs for real-time customer support.

4. Quantum Computing SDKs

Quantum programming is transitioning from experimental to practical, with improved SDKs and languages like Qiskit, Cirq, and Microsoft’s Quantum Development Kit. The latest versions were released in May 2024, offering:

Better integration with classical computing workflows.

Enhanced simulators for debugging quantum algorithms.

Libraries for quantum machine learning and cryptography.

Learn more about Qiskit

Product Sample: IBM’s Quantum Experience platform demonstrating quantum circuit optimizations for cryptographic tasks.

5. Edge Computing Frameworks

With the rise of IoT and the need for low-latency applications, edge computing frameworks have gained traction. Frameworks like Cloudflare Workers and Fastly’s Compute@Edge rolled out major updates in July 2024, now offering:

Advanced caching strategies.

Built-in support for machine learning inference at the edge.

Enhanced developer tooling for observability and debugging.

Learn more about Cloudflare Workers

Product Sample: Cloudflare Workers implementing real-time translation on websites with near-zero latency.

6. Blockchain and Web3 Development

Blockchain technologies remain significant, but 2024 has brought practical innovations to Web3 development. Key tools like Foundry and Apeworx introduced updates in April 2024, including:

Simplified smart contract frameworks.

Interoperable blockchains for seamless data transfer across networks.

Enhanced security tools for auditing and safeguarding decentralized apps (dApps).

Learn more about Foundry

Product Sample: A decentralized finance (DeFi) platform enabling seamless cross-chain token swaps.

7. Next-Generation Frontend Frameworks

Frontend development has seen significant updates with frameworks focusing on performance and developer experience. Notable advancements include:

React Server Components (RSC) becoming mainstream in January 2024.

Full adoption of Tailwind CSS for utility-first design, solidified in February 2024.

Enhanced frameworks like SolidJS and Qwik, offering ultra-fast rendering capabilities, updated in June 2024.

Learn more about React Server Components

Product Sample: An e-commerce site built with React Server Components and Tailwind CSS for blazing-fast load times and seamless user interactions.

8. Rust and Its Ecosystem

Rust continues its dominance in system programming due to its focus on safety and performance. In 2024, the Rust ecosystem has expanded with updates in August 2024, featuring:

New async libraries that simplify concurrent programming.

Tools for easier integration with other languages, such as Python and JavaScript.

Improved developer experience with IDEs offering first-class support.

Learn more about Rust

Product Sample: A high-performance API server written in Rust, integrating with Python for AI-driven analytics.

9. Enhanced DevOps and CI/CD Tools

Modern DevOps workflows have shifted towards automation and observability. Tools like GitLab and GitHub Actions introduced major updates in September 2024, featuring:

AI-driven pipeline optimizations.

Real-time monitoring and feedback loops.

Integrated security scanning for faster deployments.

Learn more about GitHub Actions

Product Sample: GitHub Actions automating end-to-end tests and deployments for a SaaS platform.

10. AR/VR and Metaverse Programming

Immersive technologies are advancing rapidly. Platforms like Unity and Unreal Engine introduced better support for AR/VR in November 2024, including:

Realistic physics and lighting simulations.

AI-driven NPC behavior generation.

WebXR standards for AR/VR experiences directly in the browser.

Learn more about Unity

Product Sample: A virtual reality training simulation for medical professionals built using Unity.

These are the newest programming technologies in 2024, for the potential technology to be explored in 2025, check it here https://programmermumet.fly.dev/2024/12/31/happy-new-year-2025-these-are-programming-technologies-poised-to-boom-in-2025

Flutter Technology
Flutter, Global, Programming

Start your journey with flutter here! Step by step to install Flutter

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Futter, a popular technology in mobile development. The ease of implementation makes this technology quickly popular and used in many applications. But if you are new in flutter, how the first step do using it? This is step by step to install Flutter and start your first application.

Prerequisites and Dependencies

Before starting, ensure you have the following:

General Requirements

Operating System:

Windows: Windows 10 or later (64-bit).

macOS: macOS 10.14 (Mojave) or later.

Disk Space: At least 2.8 GB of free disk space for the Flutter SDK.

RAM: Minimum 4 GB (8 GB recommended for better performance).

Dependencies

Git:

Install Git to manage Flutter projects.

Download Git.

Java Development Kit (JDK) (for Android Development):

Required for building Android apps.

Download JDK.

Visual Studio Code:

Install Visual Studio Code as the preferred code editor.

Download Visual Studio Code.

Flutter Extensions for VS Code:

Install the Flutter and Dart extensions in Visual Studio Code for Flutter development.

Command-Line Tools:

Command Prompt or PowerShell (Windows) or Terminal (macOS).

Additional Tools:

Android Studio and Xcode (specific to your OS).

1. Setting up Flutter

Step 1: Download Flutter SDK

1. Go to the official Flutter website.

2. Navigate to the “Get started” section and select your operating system (Windows or macOS).

3. Download the Flutter SDK zip file.

4. Extract the zip file to a suitable location:

Windows: C:\flutter

macOS: ~/Documents/flutter

Step 2: Update Environment Variables

On Windows:

1. Open the Start menu and search for “Environment Variables.”

2. Click on “Edit the system environment variables.”

3. Under the “System Properties” dialog, go to the “Advanced” tab and click “Environment Variables.”

4. In the “System variables” section, find the Path variable and click “Edit.”

5. Add the path to the Flutter bin folder (e.g., C:\flutter\bin).

On macOS:

1. Open the Terminal.

2. Add Flutter to your PATH by editing your shell configuration file (.zshrc, .bash_profile, or .bashrc),

3. Reload the configuration file.

export PATH=”$PATH:`pwd`/flutter/bin”

source ~/.zshrc

Step 3: Install Required Tools

Android Studio:

1. Download and install Android Studio.

2. Open Android Studio, go to “Settings,” and install the necessary SDK tools (e.g., Android SDK, Android SDK Platform-Tools, and Android Emulator).

Xcode (macOS only):

1. Install Xcode from the Mac App Store.

2. Open Xcode and agree to the license agreement.

3. Install the Xcode command-line tools:

xcode-select –install

Step 4: Set up a Simulator

On Windows:

1. In Android Studio, open the AVD Manager (Tools > Device Manager).

2. Click “Create Virtual Device” and select a hardware profile (e.g., Pixel 5).

3. Select a system image (e.g., Android 12) and click “Next.”

4. Configure the emulator settings as needed and click “Finish.”

5. Launch the emulator by clicking the green play button in the AVD Manager.

On macOS:

1. Open Xcode and go to “Preferences” > “Components.”

2. Install a simulator for the latest iOS version (e.g., iPhone 14).

3. Open the iOS simulator by running the following command and rnsure the simulator is running before proceeding.:

open -a Simulator

Step 5: Install VS Code Extensions

1. Open Visual Studio Code.

2. Go to the Extensions view by clicking on the Extensions icon in the Activity Bar or pressing Ctrl+Shift+X(Windows) or Cmd+Shift+X (macOS).

3. Search for “Flutter” and install the Flutter extension. The Dart extension will be installed automatically

Step 6: Verify Installation

1. Open a terminal (Command Prompt or PowerShell on Windows, Terminal on macOS).

2. Run the following command, this will check your environment and provide suggestions to fix any issues.

flutter doctor

Step 7: Create and Open a Flutter Project

1. Open a terminal in Visual Studio Code.

2. Run the following command:

flutter create hello_world

3. Navigate to the project directory:

cd hello_world

4. Open the project in Visual Studio Code:

code .

Step 8: Sync Dependencies

1. Ensure all required dependencies are downloaded by running:

flutter pub get

2. On macOS, for iOS projects, navigate to the ios folder and run:

cd ios
pod install

This will install all required CocoaPods dependencies.

3. Return to the root project directory:

cd ..

Step 9: Run the App

Connect an Android device or start the Android emulator (Windows) / iOS simulator (macOS).

Press F5 in Visual Studio Code to start debugging and run the app.

2. The “Hello World” Code

Once your project is set up, you can customize the default Flutter app to display “Hello, World!” by editing the lib/main.dart file:

import ‘package:flutter/material.dart’;

void main() {
runApp(const MyApp());
}

class MyApp extends StatelessWidget {
const MyApp({super.key});

@override
Widget build(BuildContext context) {
return MaterialApp(
home: Scaffold(
appBar: AppBar(
title: const Text(‘Hello World App’),
),
body: const Center(
child: Text(
‘Hello, World!’,
style: TextStyle(fontSize: 24),
),
),
),
);
}
}

Save the file and press F5 in Visual Studio Code to run the app. You should see “Hello, World!” displayed on the screen.

Closing

These are step by step to install Flutter for the first time. For learning from official website about how the step to install Flutter, you can go here https://flutter.dev

For understanding about the basic of state management in Flutter, follow this https://programmermumet.fly.dev/2024/12/28/learning-flutter-you-must-understand-these/

Flutter Technology
Flutter, Global, Programming

How did some line of code become a whole working application

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An application is a common thing to be used in this digital era. It written of line by line of codes, larger and larger, and be a whole working application. But how exactly it works? This is the simple explanation.

Overview

The journey of a single line of code to a fully functional system is a fascinating process that showcases the synergy of technology, logic, and creativity. At its core, programming starts with a simple instruction or algorithm, written in a specific programming language. This code acts as a blueprint for a computer to perform a specific task. When combined with other lines of code, it becomes part of a larger structure that can solve complex problems. Each line contributes to a small piece of the puzzle, working collaboratively to achieve a unified purpose.

Explanation with code

Once written, the code undergoes a transformation process to be understood by machines. This begins with compilation or interpretation, depending on the programming language used. Compilers translate the high-level human-readable code into machine code or binary, which the computer can execute. Interpreted languages, on the other hand, convert and execute code line-by-line in real time.

For instance, consider this Flutter example:

import ‘package:flutter/material.dart’;

void main() {
runApp(MyApp());
}

class MyApp extends StatelessWidget {
@override
Widget build(BuildContext context) {
return MaterialApp(
home: Scaffold(
appBar: AppBar(
title: Text(‘Hello Flutter!’),
),
body: Center(
child: Text(‘Hello, World!’),
),
),
);
}
}

Here, the MyApp widget provides the blueprint for the UI. The runApp function interprets this blueprint and renders it on the screen.

Integrate with services

The compiled or interpreted code is then integrated into larger systems through frameworks, libraries, and APIs. Frameworks provide predefined structures and functionalities, enabling developers to focus on building unique features without reinventing the wheel. Libraries offer reusable pieces of code to perform specific tasks, while APIs facilitate communication between different components or systems. For example, a single line of code might utilize an API call to retrieve data from a remote server:

import ‘package:flutter/material.dart’;
import ‘package:http/http.dart’ as http;
import ‘dart:convert’;

void main() {
runApp(MyApp());
}

class MyApp extends StatelessWidget {
@override
Widget build(BuildContext context) {
return MaterialApp(
home: Scaffold(
appBar: AppBar(
title: Text(‘API Example’),
),
body: Center(
child: FutureBuilder(
future: fetchData(),
builder: (context, snapshot) {
if (snapshot.connectionState == ConnectionState.waiting) {
return CircularProgressIndicator();
} else if (snapshot.hasData) {
return Text(snapshot.data.toString());
} else {
return Text(‘Error fetching data’);
}
},
),
),
),
);
}
}

Future fetchData() async {
final response = await http.get(Uri.parse(‘https://api.example.com/data’));
if (response.statusCode == 200) {
return json.decode(response.body)[‘message’];
} else {
throw Exception(‘Failed to load data’);
}
}

This snippet demonstrates how a Flutter application fetches and displays data from a server, becoming part of a larger interactive system.

Unit Testing

Testing and deployment mark the transition from code to a working system. During testing, developers ensure that the code performs as expected under various conditions and integrates seamlessly with other components. Automated testing tools and unit tests often check individual lines of code for correctness. For example:

import ‘package:flutter_test/flutter_test.dart’;

int add(int a, int b) {
return a + b;
}

void main() {
test(‘Addition test’, () {
expect(add(2, 3), 5);
});
}

Here, a simple test ensures that the add function works correctly. After passing such tests, the system is deployed to real-world environments where it serves its intended purpose, whether as a mobile app, a web application, or an embedded system.

Finally, the lifecycle of a working system involves continuous monitoring, updates, and scaling. Developers often revisit the code to improve performance, fix bugs, or add new features. Through version control systems like Git, they can track changes and collaborate efficiently. Over time, what started as a simple line of code evolves into a robust, scalable system that drives innovation and serves users worldwide. This process highlights the incredible transformation that begins with a single instruction and culminates in a system capable of transforming industries and lives.

For learning more about flutter concept, follow official documentation here https://flutter.dev

Or you can follow this simple tutorial here https://programmermumet.fly.dev/2024/12/29/start-your-journey-with-flutter-here-step-by-step-to-install-flutter

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