DEV Community: Momin Iqbal

How to Convert HTML to EXE: Build Standalone Windows Apps Without Electron

Momin Iqbal — Sat, 01 Aug 2026 12:49:11 +0000

If you are a web developer, you’ve likely built a powerful web tool using HTML, CSS, and JavaScript and wondered: "How can I package this into a native Windows desktop app without dealing with the bloat of Electron?"

Frameworks like Electron or Node.js are popular for turning web apps into executables, but they often result in massive file sizes (300MB+), require complex local configurations, and demand steep command-line learning curves.

Fortunately, cloud-based compilers have made it possible to convert HTML to EXE instantly. Here is a look at how you can turn your web assets into a lightweight, secure Windows application in minutes.

Why Build Windows Apps with LiteAI Instead of Electron?

LiteAI provides a streamlined alternative that operates entirely in the cloud, generating lightweight executables with zero configuration. Key benefits include:

Source Code Protection: Unlike standard browsers, a dedicated HTML executable wrapper can disable "Inspect Element" and right-click menus, keeping your proprietary code completely hidden from end-users.
Standalone Execution: The generated executable contains everything it needs to run. Users just double-click the EXE to launch your app natively on Windows without needing to install Chrome, Node.js, or external dependencies.
Local File System Access: Break out of the browser sandbox. Your web app can be configured to read, write, and interact directly with the Windows local file system.

Bypassing Windows SmartScreen & Security Warnings

When converting code and deploying custom Windows software for the first time, developers frequently encounter the "Unknown Publisher" or Windows SmartScreen warning. This occurs because newly generated .exe files lack a historical trust reputation with the operating system.

While purchasing an expensive Code Signing Certificate is the traditional route for enterprise teams, an incredibly effective technical workflow for new builds is to submit your compiled executable file directly to Microsoft Malware Analysis. Once their automated systems analyze and verify the integrity of the file, the SmartScreen warning flag is typically removed from that specific build, ensuring a smooth, warning-free installation experience for your end-users.

Step-by-Step: How to Build Your HTML Executable

Using a cloud compiler, the process of turning your web code into a Windows app is straightforward:

Login to Your Account: Head to the LiteAI dashboard and access your cloud development environment.
Select HTML to EXE: In your System Dashboard, locate the action toolbar and click the HTML to EXE button to start a new Windows app project.
Name Your Project: Provide a clean, slug-friendly identifier for your environment (e.g., image-to-pdf-converter) and create the project.
Open Your Environment: Click Open Project to launch the cloud IDE.
Code and Preview: Write or paste your HTML, CSS, and JS code directly in the editor, and click Preview to test your logic instantly.
Export Your Application: Click on the Export App dropdown in the top navigation bar and select HTML to EXE (Desktop).
Configure Desktop Settings: Verify your project name, upload a custom Application Icon, and hit the GENERATE .EXE button.
Download Your Executable: Wait a few moments while our cloud servers compile your app. Once ready, download your standalone Windows application package!

Frequently Asked Questions

Q: How do I convert HTML to an EXE?

A: You can convert HTML to an EXE by uploading your web assets to the LiteAI dashboard and clicking 'Generate .EXE'. Our cloud compiler packages your code into a standalone HTML executable that runs natively on Windows.

Q: Does the HTML Executable work offline?

A: Yes. All of your HTML, CSS, JavaScript, and media assets are bundled directly inside the .exe file. It functions perfectly without an internet connection.

Q: Will my users need to install Chrome or Node.js?

A: No. The compiler packages a lightweight runtime engine directly into the application. It has zero external dependencies for the end-user.

Q: Can I use PHP or Python with this?

A: This specific compiler is designed for client-side web technologies (HTML, CSS, JS). If you have a backend, your front-end HTML can connect to it via APIs, but backend code is not compiled into this EXE format.

Start Building Today

You no longer need heavy desktop environments or complex wrapper libraries to bring your web apps to the Windows desktop. Head over to LiteAI to turn your HTML code into a standalone .exe file today!

HTML to EXE Converter: Build Windows Apps | LiteAI

Use the LiteAI HTML to EXE converter to instantly package web assets into a secure, standalone Windows executable (.exe). Protect your source code and build native desktop apps.

liteai.me

How Web Developers Can Bypass Android Studio: Converting HTML to APK in Minutes

Momin Iqbal — Sat, 01 Aug 2026 12:37:03 +0000

Hi everyone! If you are a web developer, you already know the frustration. You spend days or weeks building a beautifully responsive, lightning-fast web application using HTML, CSS, and JavaScript (or even Python). It works flawlessly in a mobile browser. But then comes the inevitable question from your users or clients:

"Is there an app for this on the Play Store?"

Historically, saying "yes" meant facing a massive learning curve. It meant downloading gigabytes of Android Studio dependencies, wrestling with Gradle version mismatches, learning Kotlin or Java, and manually configuring an AndroidManifest.xml just to wrap a webpage.

Fortunately, modern cloud infrastructure has changed the game. Today, HTML to APK conversion allows you to bypass the traditional mobile development pipeline entirely. Here is a deep dive into how HTML to APK technology works, why it's the fastest route to the Play Store, and how you can do it in minutes.

What is an HTML to APK Converter?

At its core, an HTML to APK converter is a build engine that takes your standard web assets (HTML, JS, CSS) and packages them into a native Android executable file (.apk or .aab).

Instead of relying on a remote server to load your website like a traditional browser does, the converter bundles your code directly inside the application's /assets folder. The app then runs on a hardware-accelerated Android WebView—a native component that renders web content flawlessly inside a standalone app shell.

Because the files are stored locally on the user's device, the app loads instantly, feels native, and bypasses server latency.

Why Choose HTML to APK Over Native Development?

If you already have a functioning web application, rewriting your entire codebase in React Native, Flutter, or Kotlin is often an unnecessary drain on resources.

Opting for an HTML to APK workflow offers several massive advantages:

Zero Environment Setup: You don't need a high-end machine to run Android Studio or Android emulators. Cloud compilers handle the heavy lifting of the Gradle build process on their end.
Maintain a Single Codebase: When you update your web application's core logic, your mobile app automatically benefits from those architectural improvements.
Leverage the Skills You Already Have: Whether you write vanilla JavaScript, use advanced frontend frameworks, or write serverless Python logic via PyScript, an HTML to APK wrapper supports it all out of the box.

What to Look for in a Professional Compiler

Not all converters are created equal. Many legacy tools simply point a WebView to a live URL, which results in a slow, internet-dependent app that Google will likely reject from the Play Store.

If you want to ensure your app is production-ready, ensure your tool has these core features:

1. True Offline Support

A major hallmark of a native app is that it still works (at least partially) without an internet connection. Look for a compiler that fully supports Service Workers, HTML5 LocalDB, and aggressive caching so your app functions flawlessly offline.

2. AAB Generation & Keystore Management

An .apk file is great for testing on your own device, but if you want to publish to the Play Store, Google now requires an Android App Bundle (.aab). Your converter must be capable of generating signed .aab files securely mapped to your unique cryptographic keystore.

3. Native Hardware Bridge

Modern web apps often need to act like native apps. The best converters allow your JavaScript to interact with native Android device APIs—such as the camera, vibration feedback, and persistent local storage.

4. Zero Watermarks

Avoid "free" tools that inject splash screens, branding, or ads into your code. Your app should belong entirely to you, completely unbranded.

How to Convert HTML to APK in Minutes (The Modern Workflow)

Using a cloud-based compiler like LiteAI, the process of turning your web logic into a deployable Android app is reduced to a simple UI workflow:

Initialize a Cloud Workspace: Log into the cloud dashboard and create a new project environment.
Import or Write Code: Drop your HTML, JS, and CSS into the cloud IDE.
Configure the AndroidManifest: Define your app's package name and select the hardware permissions your app will need (like file storage or camera access). The compiler will auto-generate the complex XML files for you.
Cloud Compile: Trigger the Gradle build on the cloud servers. The platform wraps your assets inside the native engine.
Download and Deploy: Within seconds, download your standard APK for local sideloading and testing, or grab your signed AAB bundle to upload directly to the Google Play Console.

The Takeaway

The barrier between web development and mobile app deployment has never been lower. You no longer need to hire a dedicated mobile engineer or spend months learning Kotlin just to get your HTML project onto a user's home screen.

By utilizing modern HTML to APK cloud compilers, you can focus on what you do best—writing great web logic—while automated infrastructure handles the mobile distribution.

Have you tried converting your web apps to mobile yet? Let me know about your experience in the comments below!

https://liteai.me/

HTML to APK Converter | Compile Web Apps to Android | LiteAI

Convert HTML, JS, and Python web apps into native Android APKs using the LiteAI cloud compiler. Full WebView and hardware support.

liteai.me

HTML to EXE Converter

Momin Iqbal — Mon, 27 Jul 2026 05:08:47 +0000

What is the LiteAI HTML to EXE Converter? 🤔

In simple terms, it is a cloud compiler. Instead of forcing you to set up build pipelines on your local machine, it takes your raw web assets and packages them into a native Windows .exe on our servers.

You just zip your directory, upload it, and download the compiled binary. Your users get a native desktop program they can run with a simple double-click.

How is it different from local wrappers?

I built this specifically to solve the headaches associated with traditional desktop packaging:

🚫 Zero Local Dependencies: You don't need to touch npm, pip, or command-line build tools. If your entry point is index.html, you are ready to compile.

🪶 Goodbye Bloat: Because the cloud compiler optimizes the wrapper instead of bundling a massive Chromium instance into every single app, the resulting file sizes are incredibly lightweight.

🔒 Source Code Protection: One of the biggest issues with web wrappers is how easily users can unpack them or hit Ctrl+Shift+I to view your logic. The LiteAI compiler disables right-click menus and developer tools, keeping your proprietary code completely hidden.

🔌 100% Offline Capable: The compiler bundles all your HTML, CSS, JS, and media assets directly inside the binary. The app doesn't need to ping a server to render the UI; it runs perfectly offline.

The Workflow 🛠️

It expects a standard, flat web directory. No package.json needed. Just ensure your main file is named index.html.

Upload your zipped project folder, configure your app icon (.ico) and window title in the GUI, and hit Generate .EXE.

If you are building offline utilities, internal company dashboards, or lightweight Kiosk apps, I'd love for you to give the compiler a try.

Check it out here: liteai.me/html-to-exe

How to Convert HTML to EXE and Build Windows Apps

Momin Iqbal — Sun, 26 Jul 2026 11:42:00 +0000

How to Convert HTML to EXE

To convert HTML to EXE, upload your HTML, CSS, and JavaScript to the LiteAI dashboard and select Windows as the build target.

The LiteAI cloud compiler wraps your web application in a high-performance engine and generates a secure HTML executable. The standalone .exe file runs offline on Windows while protecting the underlying source code.

Why Build Windows Apps with LiteAI Instead of Electron?

Frameworks such as Electron and Node.js are popular options for packaging web applications as executables. However, they can produce file sizes of 300 MB or more and often require local setup, dependencies, and command-line knowledge.

LiteAI provides a streamlined cloud-based alternative that generates lightweight executables with zero configuration.

Source Code Protection

The generated EXE disables Inspect Element and right-click menus, helping keep proprietary code hidden from end users.

Standalone Execution

The executable includes everything required to run the application. Users can launch it by double-clicking the EXE without installing external dependencies.

Local File System Access

Your web application can be configured to read, write, and interact directly with the Windows local file system.

How to Build an HTML Executable

Step 1: Log In to Your Account

Visit LiteAI and click Login to access the cloud development environment.

Step 2: Select HTML to EXE

In the System Dashboard, find the action toolbar and click HTML to EXE to create a new Windows application project.

Step 3: Name Your Project

Enter a slug-friendly name for the environment, such as image-to-pdf-converter, and click Create.

Step 4: Open Your Environment

The new project will appear in the active projects list. Click Open Project to launch the cloud IDE.

Step 5: Add and Preview Your Code

Write or paste your HTML, CSS, and JavaScript into the editor. Click Preview to test the application in the browser.

Step 6: Export Your Application

When the application is ready, open the Export App menu in the top navigation bar and select HTML to EXE (Desktop).

Step 7: Configure the Desktop Settings

In the Desktop Builder, check the project name, upload a custom application icon, and click Generate .EXE.

Step 8: Download the Executable

Wait while the LiteAI cloud servers compile the web application. When the build is ready, go to the Build Dashboard and click Download .zip (EXE) to download the standalone Windows application.

Frequently Asked Questions

How do I convert HTML to EXE?

Upload your web assets to the LiteAI dashboard and click Generate .EXE. The cloud compiler packages the code into a standalone HTML executable that runs on Windows.

Does the HTML executable work offline?

Yes. The HTML, CSS, JavaScript, and media assets are bundled inside the .exe file, allowing the application to work without an internet connection.

Do users need to install Chrome or Node.js?

No. The compiler packages a lightweight runtime engine with the application, so the end user does not need to install external dependencies.

Can I Use PHP or Python?

This compiler is designed for client-side web technologies, including HTML, CSS, and JavaScript. A frontend can connect to an existing backend through APIs, but backend code is not compiled into this EXE format.

Generate Your Windows EXE

Use LiteAI to convert your HTML application into a standalone Windows executable.

Generate a Windows EXE with LiteAI

HTML to APK Converter | Free AI App Builder | LiteAI.me

Momin Iqbal — Wed, 01 Jul 2026 12:12:28 +0000

Create a New Project: From your System Dashboard, click the yellow + New Project button to boot up a fresh cloud development environment.

Initialize the Project: Assign a slug-friendly identifier (e.g., my-custom-app) and hit Create.

Access the Editor: Locate your project under "Active Projects" and click View Instance to enter the workspace.

Ask the AI: In the top action bar, click Ask LiteAI to open the prompt assistant.

Generate Your Code: Type your app idea (e.g., "Build a weather tracker app") and click Generate. The AI will write the foundational HTML/JS code.

Preview the App: Click Preview in the top navigation to render your web application directly in your browser.

Test Functionality: Interact with your new web app to ensure all features work perfectly before moving to the compilation stage.

Configure the Android Build: Click the green Convert Android App button. Here, you will configure your package identity (e.g., com.mybrand.app) and select required hardware permissions (like Camera or File Storage).

more info:

HTML to APK Converter | Compile Web Apps to Android | LiteAI

Convert HTML, JS, and Python web apps into native Android APKs using the LiteAI cloud compiler. Full WebView and hardware support.

liteai.me

Compile in the Cloud: Click Execute Build. The Gradle daemon will run in the cloud, processing your HTML into a native Android environment.

Download and Install: Once compilation is complete, download your finalized .APK (for sideloading/testing) or .AAB (for Play Store publishing).

HTML to APK

Momin Iqbal — Wed, 10 Jun 2026 19:09:00 +0000

HTML to APK with LiteAI.me

Convert your HTML web applications into Android APK or AAB files using LiteAI.me. Generate your app with AI, preview it in the browser, and compile it into a mobile app without setting up Android Studio.

Quick Steps

Log in to LiteAI.me.
Create a new project.
Open the editor.
Use Ask LiteAI to generate your HTML application.
Preview and test your app.
Click Convert Android App.
Configure permissions and build settings.
Download your APK or AAB file.

Why Use LiteAI.me?

AI-powered app generation
No coding required for basic projects
Live preview environment
Cloud-based Android builds
APK and AAB export support
Faster app development workflow

Get Started

🌐 Website: https://liteai.me

Build, preview, and convert your HTML applications into Android apps directly from the browser with LiteAI.me.

Building a Zero-Friction Browser Screen Recorder (Just Press Alt + R)

Momin Iqbal — Wed, 27 May 2026 12:01:36 +0000

Context switching is the enemy of deep work. If you are deep in a Python backend or architecting a database schema, and you suddenly need to document a bug or demo a feature, booting up a heavy desktop recording application completely breaks your flow.

Traditional recording software demands administrative privileges, hogs system resources, and often requires complicated audio routing. We needed a better way to capture high-resolution visual feedback instantly.

Here is why we moved away from bloated desktop apps and embraced a purely browser-based screen recording architecture, and why you should consider integrating this workflow into your daily development cycle.

The Architecture of "Zero-Install"

When architecting publishing platforms like sublite.app or building out web-based IDEs, the goal is always minimal friction. The same philosophy applies to utility tools.

A browser-based recorder leverages standard web technologies—specifically the MediaDevices.getDisplayMedia() and MediaRecorder APIs. This eliminates the "Day 1" deployment issues of traditional software.

No background daemons eating up RAM.
No virtual audio cables to install.
Total OS Agnosticism: Whether you are on a sleek ultrabook or a heavy-duty workstation, the interface remains minimal, professional, and entirely focused on the task.

The data is processed securely and efficiently within the browser's sandbox, meaning you aren't waiting for a massive .mp4 payload to upload to a third-party server just to see your recording.

Solving the System Audio Nightmare

If you have ever tried to explain a complex project workflow, you know that capturing system sound and microphone input simultaneously can be an absolute headache—especially on macOS. Historically, doing this natively required expensive third-party suites or incredibly rigid built-in tools.

By relying on the browser's permission model, we bypassed the complicated settings menus. With a few clicks, you grant the browser permission, and it handles the heavy lifting of muxing the audio streams in the cloud or locally. Windows users get the same lightweight, crystal-clear audio mapping without needing a dedicated GPU or high-end processor to encode the stream.

The UX Magic: `Alt + R`

Efficiency is the core of any good developer tool. Clicking through multiple nested menus to start a simple screen capture is terrible UX.

We mapped the core functionality to a global event listener: Alt + R.

Imagine you are reviewing a pull request or writing a practical coding guide. You realize a 30-second video explanation would be much clearer than a five-paragraph text comment. Instead of minimizing your windows, you just hit Alt + R. The browser instantly prompts you to select your target (a specific Chrome/Edge tab, an application window, or the entire 4K display), and you are recording.

It preserves your creative momentum.

Why This Matters for Technical Education

When authoring formal curriculum—like an Introduction to Programming textbook—or explaining concepts to students who use English as a third language, clear visual communication is mandatory. Analogies only go so far; sometimes you just need to show the code executing.

This tool is designed to be universally accessible. The UI uses simple English, stripped of unnecessary jargon, so anyone from a senior engineer to a first-year computer science student can use it flawlessly.

A Note on Privacy: Because the core engine operates within the browser's secure environment, the initial recording is processed locally. We prioritize a clean, secure experience where your data remains yours until you explicitly choose to share it.

Stop Fighting Your Tools

Whether you are capturing a quick logistics update for your distribution team or recording a comprehensive technical tutorial, your tools should get out of your way.

The next time you need to document a workflow, skip the downloads. Just open your browser, press Alt + R, and start talking.

Screen Record with Audio

The Best Free Subscription Manager & POS for Small Business

Momin Iqbal — Sat, 03 Jan 2026 21:13:47 +0000

The Ultimate Guide to Payvo.me: Streamlining Subscription Management & POS

Payvo.me is a SaaS subscription management, Point of Sale (POS), and bookkeeping dashboard designed for small businesses and non-technical teams. It replaces spreadsheets and manual invoices with a centralized, automated system.

Important Distinction: Payvo.me is NOT a bank, digital wallet, or payment processor. It is a ledger tool for recording and tracking payments received through external methods (Cash, Bank Transfers, External Wallets, etc.).

🚀 Core Value Proposition

Centralized Bookkeeping: A single dashboard to log customer subscriptions, one-time sales, and recurring revenue.
Mobile-First POS: Turns your device camera into a barcode scanner for inventory and checkout.
Automated Management: Removes the manual busywork of billing cycles and tracking installments.
Local & Global: Supports multiple currencies including PKR, INR, USD, SAR, AED, AUD, CAD, and IRR.

🛠 Key Features

1. Subscription & Payment Recording

Flexible Plans: Track One-Time Payments, Monthly Recurring Subscriptions, and Installment Plans.
Automated Invoicing: Auto-generates bill status (Pending, Paid, Payouts).
Deep Analytics: Visualizes MRR (Monthly Recurring Revenue), Churn Rate, and Paid Invoice percentages.

2. Point of Sale (POS) & Inventory

Zero-Latency Scanning: Uses device camera for fast barcode/QR code recognition.
Smart Inventory: "Scan to Add" checks for duplicates and updates stock levels instantly.
Cart Management: Auto-updates quantities during checkout scanning.

3. Receipts & Notifications

WhatsApp Integration: Generates text receipts to share manually or automatically.
Thermal Printing: Formats data for standard 58mm and 80mm thermal printers.
Customer Portal: A read-only view for customers to check history and download receipts.
Smart Alerts: Notifications for payment confirmations and pending dues.

4. Financial Tracking (Fast Revenue)

Cash Ledger: Track Opening/Closing cash drawer balances to reconcile physical cash.
Net Profit: Automatic calculation of daily net change.
Smart History: Searchable logs of all revenue recorded via Cash, Cheque, or Transfer.

5. HR & Payroll

Employee Management: Database for staff details and roles.
Salary Recording: Log monthly payouts, including Basic Salary, Allowances, and Deductions.

💰 Pricing Models

Plan	Cost	Best For	Inclusions
Free	$0 / mo	Testing & Side Projects	2 Customers, Portal, Analytics, POS, Inventory, Payroll.
Pro	$10 / mo	Scaling Businesses	Up to 100 Customers.
Business	Custom	Enterprise	Unlimited Customers, Custom Domain, Custom Landing Page.

📚 Why Automate? (Educational Resources)

The Problem with Spreadsheets

Manual billing and Excel sheets often lead to:

Silent Mistakes: Formula errors can alter financial totals unnoticed.
Messy Data: Difficulty tracking active vs. cancelled accounts.
No Visibility: Lack of clear metrics for MRR or Churn.
Scaling Issues: More customers = more admin work.

How Payvo.me Solves It

Map Your Offers: Define monthly retainers, memberships, or installments once.
Migrate Profiles: Move from "spreadsheet rows" to dynamic Customer Profiles.
Automate Status: Payment status updates instantly; no more manual "Paid/Unpaid" toggling.
Real-Time Dashboards: Replace custom formulas with built-in graphs for Revenue and Retention.

Decision Framework

When choosing software, Payvo.me advises small businesses to check:

Payment Support: Does it handle your specific mix of one-time vs. recurring?
Complexity: Can non-technical team members use it?
Visibility: Do you get immediate insight into revenue?

🏁 Workflow: How to Start

Setup: Create an account at Payvo.me.
Onboarding: Input customer data and define billing plans.
Operations: Use the POS to scan items or manually log external payments.
Tracking: View reports on revenue, reconcile cash drawers, and manage payroll.

HadiDB: A Lightweight, Horizontally Scalable Database in Python

Momin Iqbal — Tue, 24 Dec 2024 17:07:32 +0000

HadiDB

HadiDB is a lightweight, highly horizontally scalable database written in Python.

How to install hadidb

pip install hadidb

Create User HadiDB

Creates a new user with the example username admin and example password admin using createUser(). It then authenticates the same user by calling the authentication() method.

from HadiDB.operation import User
user = User("admin", "admin")
user.createUser() # Creating a new user in the HadiDB
user.authentication() # Authenticating the HadiDB user

Result:

{'status': 200, 'message': 'Database user Created'}

Create Databse , Collection and Schema

This code sets up user credentials and a schema for a database collection. It initializes a database operation using the Operation class with the specified username, password, database, and collection. Finally, it inserts the provided data into the collection and stores the result.

from HadiDB.operation import Operation

username = "admin"
password = "admin"
database = "mefiz.com"
collection = "authUser"

schema = {
    "username":"Unique",
    "password":"Hash",
    "cnic":"Unique",
    "picture":"Image",
    "bio":"Text"
}
db = Operation(username,password,database,collection)
db.create_database(schema)

Insert Data

Insert Data into the Collection use db.insert(data) inserts the data into the specified database collection.

from HadiDB.operation import Operation

username = "admin"
password = "admin"
database = "mefiz.com"
collection = "authUser"


db = Operation(username,password,database,collection)

data = {
    "username":"hadidb",
    "password":"12345",
    "cnic":"123232442",
    "picture":"user/my/hadidb.jpg",
    "bio":"HadiDB is the Best ;)"
}


result = db.insert(data)
print(result)

Result:

{
'status': 200, 
'message': 'Data insert successfully',
'data': {
    'username': 'hadidb', 
    'password': '12345', 
    'cnic': '123232442', 
    'picture': 'user/my/hadidb.jpg', 
    'bio': 'HadiDB is the Best ;)',
     'id': 1
     }
}

Update Data

Update Data db.update(1, update_data) updates the record with the ID 1 in the database using the provided update_data.

from HadiDB.operation import Operation

username = "admin"
password = "admin"
database = "mefiz.com"
collection = "authUser"


db = Operation(username,password,database,collection)


update_data = {     
    "username": "hadidb_update",
    "password": "123455",
    "cnic": "1232324423",
    "picture": "user/my/hadidb1.jpg",
    "bio": "HadiDB is the Best ;) update bio" 
}

result = db.update(1,update_data)
print(result)

Result:

{
    'status': 200, 
    'message': 'Data Update successfully',
    'data': {
    'username': 'hadidb_update', 
    'password': '123455', 
    'cnic': '1232324423', 
    'picture': 'user/my/hadidb1.jpg', 
    'bio': 'HadiDB is the Best ;) update bio', 
    'id': 1
    }
}

GetByID

The unique identifier (ID) of the document you want to retrieve specific object or an error if the document does not exist.

result = db.getbyID(1)
print(result)

Get All Object

The getAll method retrieves all documents from the specified collection in the database.

result = db.getAll()
print(result)

GetByKey

The getbykey method retrieves all documents from the database where the specified key-value pair matches. Not Support multi keys values pairs

result = db.getbykey({
    "username":"momin"
 })
print(result)

GetByKeys

The getbykeys function uses an implicit AND (&&)operation. Both conditions Example (cnic and bio) if matched key values in the database then return the matched object.

result = db.getbykeys({
    "cnic":"123232442",
    "bio":"HadiDB is the Best ;) update bio"
})
print(result)

Count

The count method returns the total number of documents (or objects) present in the specified collection in the database.

result = db.count()
print(result)

Result:

{'status': 200, 'count': 1}

GeyByKeyCount

The getbykeyCount method counts the number of documents in the collection where the specified key-value pair matches.

result = db.getbykeyCount({
    "username":"momin"
    })

Delete

Deletes a document from the database by its unique identifier (id)

result = db.delete(1)
print(result)

Reuslt:

{'status': 200, 'message': 'data delete successful'}

Get All Database

Retrieves all available databases by using the get_database() method of the Configuration class

from HadiDB.operation import Configuration

print(Configuration().get_database())

Get All Collection

Retrieves all collections from a specific database using the get_collection() method of the Configuration class.

from HadiDB.operation import Configuration

database = "mefiz.com"
print(Configuration(database).get_collection())

Get Schema of Specfic Collection

Return Schema of a specific collection by using get_schema()method from the Configuration class.

from HadiDB.operation import Configuration
database = "mefiz.com"
collection = "authUser"
print(Configuration(database,collection).get_schema())

Delete Collection

Deletes a specific collection from a database using the deleteCollection() method of the DatabaseDeletionService class.

from HadiDB.operation import DatabaseDeletionService

db = DatabaseDeletionService(username,password,database,collection)
print(db.deleteCollection())

Delete Database

Deletes Database using the deleteDatabase() method of the DatabaseDeletionService class.

from HadiDB.operation import DatabaseDeletionService

db = DatabaseDeletionService(username,password,database,collection)
print(db.deleteDatabase())

GitHub : https://github.com/MominIqbal-1234/hadidb

Check Site : https://mefiz.com

Developed by : Momin Iqbal

gemini-chat-python

Momin Iqbal — Sat, 13 Apr 2024 20:37:42 +0000

GeminiAI-Chat – the revolutionary Python library designed to power up your applications with advanced conversational AI capabilities GeminiAI-Chat, developers can effortlessly integrate AI-driven chat functionalities into their projects

How to install geminiai-chat-python

pip install geminiai-chat-python --upgrade

Documentation
GeminiAI-Chat offers a seamless way to incorporate intelligent, responsive AI chat features

from GeminiAIChat.core import API


res = API("your_api_key") # https://aistudio.google.com/app/apikey
res.prompt("what is python")
print(res.response())

Get API KEY
https://aistudio.google.com/app/apikey

Issues
https://github.com/MominIqbal-1234/geminiai-chat-python/issues

Spin-Python-SDK Templete

Momin Iqbal — Sat, 13 Apr 2024 20:31:41 +0000

What is Spin
Spin is a framework for building and running event-driven microservice applications with WebAssembly (Wasm) components.

Spin Templete
spin templete is the layer of Spin-python-sdk for render html

How to install spin_templete

pip install spin_templete

Setup

mkdir templete
cd templete
touch index.html

index.html

<!DOCTYPE html>
<html lang="en">
<head>
    <meta charset="UTF-8">
    <meta name="viewport" content="width=device-width, initial-scale=1.0">
    <title>Document</title>
</head>
<body>
    <h1>Hello World Again Momin</h1>

    <ul>
        {% for item in items %}
            <li>{{ item }}</li>
        {% endfor %}
        </ul>   
    <ul>
        {% for item in mylist %}
            <li>{{ item }}</li>
        {% endfor %}
        </ul>   



<h1>{{name}}</h1>

</body>
</html>

app.py

from spin_sdk.http import IncomingHandler, Request, Response
from spintemplete.templete import Render


html = Render("templete")

class IncomingHandler(IncomingHandler):
    def handle_request(self, request: Request) -> Response:
        return html.render("index.html",items=[1,2,3,4,5],mylist=["hello","world"],name="momin")

spin.toml
Add more html files your requirements


[component.myapp]
source = "app.wasm"
files = ["templete/index.html"]

Repository : https://github.com/MominIqbal-1234/spin_templete
Developed by : Momin Iqbal
site : https://image.mefiz.com

Python web Developers

Momin Iqbal — Sat, 27 May 2023 21:19:50 +0000

WebRaft

webraft to save development time and effort

MominIqbal-1234 / webraft

webraft for python web developers

Downloads webraft

WebRaft

creating and reading JSON Web Tokens, extracting user agent information, retrieving IP data, and creating and reading API keys

install webraft

link: https://pypi.org/project/webraft/

pip install webraft --upgrade

Support

WebRaft Support Four Python web-framework

1) Django # django
2) Flask  # flask
3) FastAPI # fastapi
4) Bottle  # bottle

Django Rest-API

Create Secret Key

from webraft.core import GenerateKey
print(GenerateKey.generate_key())

Support Algorithm

HS256
HS512
HS384

request

request is an object that represents an incoming HTTP request <br> webraft take every function request object <br> this doc show use to request in different python web framework

# Django
def home(request)
  pass

# FastAPI
from fastapi import FastAPI, Request

app = FastAPI()

@app.get("/")
async def read_user(request: Request):
  pass

# Flask
from flask import Flask, request

…

View on GitHub

DEV Community: Momin Iqbal

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