DEV Community: Blogs Wave

How to Automate Access to the Massar Service Portal

Blogs Wave — Wed, 11 Mar 2026 16:51:43 +0000

Educational platforms in Morocco, such as Massar Service and Moutamadris, provide essential tools for managing student records, grades, and attendance. For developers, automating interactions with these portals can save time, reduce manual errors, and provide real-time access to data for applications like dashboards, reporting tools, or school management systems.

In this tutorial, we’ll walk through how to build a script to automate login checks and fetch student data securely from Moroccan education portals.

Developers integrating Moroccan education data systems can leverage Massar Service to fetch results and student information efficiently.

Understanding the Massar Service Portal

Before building automation tools, it’s important to understand the structure of the portal:

Authentication: Login requires student or teacher credentials.
Data Access: Once logged in, grades, attendance, and class schedules are available.
Security Measures: The platform may include captcha, session tokens, and other protection mechanisms.

Your automation should respect these security measures and comply with portal terms of use.

Step 1: Setting Up Your Environment

We’ll use Python for scripting, with the requests library for HTTP requests and BeautifulSoup for HTML parsing.

Install Dependencies

pip install requests beautifulsoup4

Step 2: Automating Login

First, inspect the Massar Service login page to identify:

Username and password fields
Login endpoint URL
Any hidden fields like CSRF tokens

Example Python Script

import requests
from bs4 import BeautifulSoup

# Massar Service login URL
login_url = "https://massar-service.ma/login"

# User credentials
payload = {
    "username": "your_username",
    "password": "your_password",
    # Include other hidden fields if required
}

session = requests.Session()
response = session.post(login_url, data=payload)

if "Dashboard" in response.text:
    print("Login successful!")
else:
    print("Login failed.")

Step 3: Navigating to Student Data

After logging in, you can navigate to pages containing grades or attendance. Use BeautifulSoup to parse HTML content.

Example: Fetching Grades

grades_url = "https://massar-service.ma/student/grades"
response = session.get(grades_url)

soup = BeautifulSoup(response.text, "html.parser")
grades_table = soup.find("table", {"id": "grades"})

for row in grades_table.find_all("tr")[1:]:
    columns = row.find_all("td")
    subject = columns[0].text
    grade = columns[1].text
    print(f"{subject}: {grade}")

Step 4: Storing Data Locally

You can save the retrieved data in a CSV or database for further analysis or dashboard integration.

Example: Save to CSV

import csv

with open("grades.csv", "w", newline="") as file:
    writer = csv.writer(file)
    writer.writerow(["Subject", "Grade"])
    for row in grades_table.find_all("tr")[1:]:
        columns = row.find_all("td")
        writer.writerow([columns[0].text, columns[1].text])

Step 5: Automating the Script

Schedule the script to run daily using cron jobs (Linux/Mac) or Task Scheduler (Windows)
Handle exceptions, failed logins, and session expiration
Optionally, send email notifications or update a dashboard automatically

Step 6: Enhancing Security

Never hard-code passwords in scripts. Use environment variables or encrypted files
Respect Massar Service terms of use
Avoid high-frequency requests to prevent account suspension

Real-World Applications

School Dashboards: Provide teachers and parents with real-time access to student performance.
Automated Reports: Generate weekly or monthly grade reports automatically.
Data Analytics: Analyze trends in student performance over time.

By building automation scripts, developers can save significant time and improve accuracy in managing educational data.

Conclusion

Automating access to educational portals like Massar Service is a practical way for developers to integrate Moroccan student data into dashboards, reports, and applications. By following best practices for security and respecting portal policies, you can build efficient and reliable tools that make managing educational data easier and more effective.

Developers integrating Moroccan education data systems can leverage Massar Service to fetch results and student information efficiently, ensuring accurate and timely access to academic records.

How to Build a Phone Number Lookup Tool for Saudi Arabia

Blogs Wave — Wed, 11 Mar 2026 16:37:12 +0000

Phone number lookup tools have become increasingly important in modern communication systems. With the rise of spam calls, scam attempts, and unknown numbers, many users want a quick way to identify who is calling them before answering.

In Saudi Arabia, mobile usage is extremely high, which means developers often need solutions that can identify or verify phone numbers in their applications. Whether you are building a customer support system, a mobile app, or a fraud detection platform, implementing a reverse phone lookup feature can improve security and user experience.

In this guide, we will explore how developers can build a simple phone number lookup tool for Saudi Arabia using basic web technologies and API integration.

What is a Phone Number Lookup Tool?

A phone number lookup tool is a system that allows users to enter a phone number and retrieve information about the owner of that number.

This information may include:

Caller name
Location
Carrier information
Spam reports
Type of number (mobile, landline, business)

These tools are commonly used for:

Identifying unknown callers
Preventing fraud and scam calls
Verifying customer contact information
Enhancing caller ID functionality in apps

Developers can either build their own database or integrate an existing phone lookup service.

Understanding Saudi Phone Number Format

Before building a lookup tool, it is important to understand how Saudi phone numbers are structured.

Saudi phone numbers typically follow this format:

+966 5X XXX XXXX

Where:

+966 is the country code for Saudi Arabia
5X represents mobile network prefixes
The remaining digits represent the subscriber number

Example numbers:

+966512345678
+966598765432

When designing a lookup tool, you should normalize numbers to ensure consistency.

For example:

0512345678
+966512345678
512345678

All should be converted to a standard format like:

+966512345678

Basic Architecture of a Phone Lookup Tool

A simple reverse lookup system usually consists of three main components:

1. Frontend Interface

A search interface where users can enter a phone number.

2. Backend Server

Handles:

number validation
database queries
API calls

3. Database or Lookup API

Stores or retrieves information about phone numbers.

Basic flow:

User enters phone number
        ↓
Frontend sends request to server
        ↓
Server queries database or API
        ↓
Results returned to user

Creating the Frontend Interface

First, we create a simple interface where users can search for a phone number.

Example HTML

<!DOCTYPE html>
<html>
<head>
<title>Saudi Phone Lookup</title>
</head>
<body>

<h2>Search Saudi Phone Number</h2>

<input type="text" id="phone" placeholder="Enter phone number">
<button onclick="lookupNumber()">Search</button>

<div id="result"></div>

<script src="app.js"></script>

</body>
</html>

This creates a very simple search form.

Adding JavaScript Logic

Next, we add JavaScript to send the phone number to a backend server.

Example JavaScript

function lookupNumber() {

let phone = document.getElementById("phone").value;

fetch("/lookup?number=" + phone)
.then(response => response.json())
.then(data => {

document.getElementById("result").innerHTML =
"Name: " + data.name + "<br>" +
"Location: " + data.location;

});

}

This script sends a request to the backend and displays the results.

Building the Backend API

Now we need a backend server to handle the request.

Here is an example using Node.js and Express.

Install Dependencies

npm init
npm install express

Server Example

const express = require("express");

const app = express();

app.get("/lookup", (req, res) => {

const number = req.query.number;

const result = {
name: "Unknown Caller",
location: "Saudi Arabia"
};

res.json(result);

});

app.listen(3000, () => {
console.log("Server running on port 3000");
});

This server receives the phone number and returns lookup data.

In a real system, this would connect to a database or external API.

Using External Lookup Services

Instead of building a large phone database yourself, you can integrate an existing lookup platform.

External lookup services provide:

larger phone number datasets
community spam reports
faster implementation
more accurate results

Developers can use tools like كاشف الارقام السعودية to verify Saudi phone numbers quickly.

These platforms already maintain extensive phone databases, which saves development time and improves accuracy.

Adding Number Validation

Validating input numbers is important to prevent errors and spam requests.

Example JavaScript Validation

function validateNumber(number){

const saudiPattern = /^(\+966|0)?5\d{8}$/;

return saudiPattern.test(number);

}

This pattern ensures the number matches Saudi mobile formats.

Storing Phone Data in a Database

If you want to create your own lookup service, you can store numbers in a database.

Example schema:

Table: phone_numbers

id
phone_number
name
city
carrier
spam_reports

You can use databases like:

MySQL
PostgreSQL
MongoDB

Example MongoDB document:

{
phone: "+966512345678",
name: "Ahmed Al Saud",
city: "Riyadh",
carrier: "STC",
spam_reports: 3
}

When a lookup request is made, the system simply queries the database.

Implementing Spam Detection

One powerful feature of phone lookup tools is spam detection.

Users can report suspicious numbers, and the system stores those reports.

Example logic:

If spam_reports > 5
Mark number as "Potential Spam"

Frontend result example:

Name: Unknown
Location: Riyadh
Warning: Possible Spam Caller

This helps protect users from scam calls.

Security Considerations

When building a phone lookup tool, security should be a priority.

Developers should implement:

Rate Limiting

Prevent users from sending thousands of lookup requests.

Input Validation

Sanitize numbers to avoid injection attacks.

API Protection

Use authentication if your API is public.

Data Privacy

Avoid storing sensitive personal information without permission.

Improving the Lookup Tool

Once the basic system works, you can improve it with additional features.

Examples include:

Caller Reputation Scores

Show whether a number is trusted or suspicious.

Location Detection

Display city or region.

Community Reports

Allow users to submit spam reports.

Mobile App Integration

Connect the lookup system with Android or iOS apps.

Real-Time Caller Identification

Show caller information while the phone is ringing.

These improvements make the tool more powerful and useful.

Real-World Use Cases

Phone lookup systems are used in many real-world applications.

Customer Support Platforms

Support agents can instantly identify callers.

E-commerce Websites

Verify customer phone numbers.

Fraud Detection Systems

Detect suspicious activity from certain numbers.

Messaging Applications

Identify unknown contacts automatically.

As digital communication grows, these tools become increasingly valuable.

Final Thoughts

Building a phone number lookup tool for Saudi Arabia is a useful project for developers interested in communication technology, fraud prevention, and mobile services.

By combining a simple frontend interface, a backend API, and either a database or external lookup service, you can create a functional system that helps users identify unknown callers.

Developers can further enhance these tools with spam detection, caller reputation systems, and community reporting features.

As spam and scam calls continue to increase worldwide, tools that help users verify phone numbers will play an important role in improving digital safety.