TABLE OF CONTENTS

SL NO. TOPIC PAGE NO.

1 INTRODUCTION 2-2

2 SYSTEM ANALYSIS 3-7

REQUIREMENT SPECIFICATIONS 8-22

3

4 SYSTEM IMPLEMENTATION 23-29

5 SAMPLE OUTPUT 29-32

6 TEST CASES 33-33

7 SAMPLE OUTPUT 34-38

8 SYSTEM TESTING 39-39

9 CONCLUSION 40-41

10 BIBLIOGRAPHY 42-43
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

1. INTRODUCTION

TITLE: QUICK WHAT’S APP TEXT, WITHOUT SAVING THE

CONTACT.

In today's fast-paced digital era, instant communication has become a cornerstone of both personal
and professional interactions. WhatsApp, a widely used messaging platform, facilitates quick and
seamless communication. However, one limitation users often face is the need to save a contact
before sending a message, which can be inconvenient and time-consuming, particularly for one-
time or infrequent communications.

This mini-project aims to address this issue by developing an HTML-based application that
allows users to send WhatsApp messages without the need to save the recipient's contact
information. This functionality enhances user experience by streamlining the communication
process and providing a quick and efficient way to send messages.

The project involves designing, implementing, and testing the application to ensure it meets
the required functionality and performance standards. The testing phase is crucial to identify and
rectify any bugs or issues that may affect the user experience.

In the age of digital communication, the speed and convenience of messaging platforms
play a pivotal role in our daily interactions. WhatsApp, a global leader in instant messaging, offers
users an array of features that facilitate real-time communication, including text messaging, voice
calls, video calls, and file sharing. Despite its extensive functionalities, one notable inconvenience
persists: the requirement to save a contact number before initiating a conversation. This can be
particularly cumbersome for users who need to send one-time messages or communicate with
temporary contacts, such as service providers, event organizers, or acquaintances.

Recognizing this gap, our mini-project is driven by the motivation to enhance user
convenience by eliminating the need to save a contact before sending a WhatsApp message. This
initiative not only addresses a common user pain point but also aligns with the broader trend
towards optimizing user experiences in digital applications.

pg. 2
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

2. SYSTEM ANALYSIS

2.1.1. SCOPE OF THE PROJECT

The scope of this project includes the following:

 User Interface Design: Creating an appealing and functional web interface using HTML
and CSS.

 Core Functionality Implementation: Writing JavaScript to handle user inputs and

generate the necessary WhatsApp URL.

 Cross-Platform Compatibility: Ensuring the application works seamlessly on different

devices (desktops, tablets, smartphones) and across various web browsers.

 Comprehensive Testing: Conducting unit testing, integration testing, and user acceptance
testing to identify and fix bugs or issues.

 Documentation: Documenting the development process, testing procedures, and user

instructions.

2.1.2. AIM OF THE PROJECT

The aim of this project is to develop a user-friendly HTML-based application that enables
users to send WhatsApp messages without the need to save the recipient's contact information.
By leveraging the WhatsApp API, the application will facilitate quick and efficient
communication, enhancing the overall user experience by streamlining the process of sending
messages to temporary or one-time contacts. This project seeks to address a common
inconvenience faced by WhatsApp users and provide a practical solution that can be utilized
across various personal and professional scenarios.

Objectives

1. Develop an HTML Application: The primary objective is to create a straightforward,

user-friendly HTML interface where users can input the recipient's phone number and
message.
pg. 3
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
2. Implement Quick Messaging Functionality: By using the WhatsApp API, the application will generate
a URL that directs to WhatsApp Web, pre-filling the recipient's number and message
content, allowing users to send messages without adding contacts to their address book.

3. Ensure Functionality and Reliability: Conduct rigorous testing across various devices
and browsers to ensure the application performs consistently and reliably.

4. Enhance User Experience: Focus on intuitive design and user experience principles to
ensure that the application is easy to use and meets user expectations effectively.

2.1.3. PROJECT MODULES

This mini-project is divided into several key modules, each focusing on a specific aspect of the
development and implementation process. These modules ensure that the project is
systematically and comprehensively developed, tested, and delivered.

1. User Interface Design

 Objective: Create a visually appealing and user-friendly interface.

 Tasks:

o Design the layout using HTML and CSS.

o Ensure responsiveness for different screen sizes and devices.

o Implement form elements for user input (phone number and message).

2. Core Functionality Implementation

 Objective: Develop the core logic to enable sending WhatsApp messages.

 Tasks:

o Write JavaScript code to handle form submissions.

o Generate a WhatsApp Web link with the pre-filled recipient's number and message.

o Implement validation for phone number and message input fields to ensure proper
formatting.

3. API Integration

 Objective: Integrate the application with the WhatsApp API.

 Tasks:

pg. 4
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Use the WhatsApp API to create the URL that will open WhatsApp Web with the
pre-filled message.

o Ensure the generated URL is correctly formatted and functional.

4. Testing

 Objective: Ensure the application is robust, reliable, and user-friendly.

 Tasks:

o Unit Testing: Test individual components and functions of the application.

o Integration Testing: Ensure all modules work together seamlessly.

o Cross-Platform Testing: Verify the application works across different devices

(desktops, tablets, smartphones) and browsers (Chrome, Firefox, Safari, Edge).

o User Acceptance Testing: Collect feedback from potential users and make
necessary adjustments.

5. Documentation

 Objective: Provide comprehensive documentation for the development process and user
instructions.

 Tasks:

o Document the design and implementation steps.

o Create a user manual detailing how to use the application.

o Maintain a log of testing procedures and results.

6. Deployment

 Objective: Make the application accessible to users.

 Tasks:

o Choose a hosting service for the application.

o Deploy the application to a web server.

o Ensure the deployment is secure and scalable.

7. Maintenance and Updates

 Objective: Keep the application updated and functional over time.

 Tasks:
pg. 5
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Monitor the application for bugs or issues.

o Provide updates and new features based on user feedback.

o Ensure compatibility with future updates to web browsers and the WhatsApp API.

2.1.4. PROPOSED SYSTEM

The proposed system is an HTML-based application designed to simplify the process of

sending WhatsApp messages by eliminating the need to save the recipient's contact
information. This system leverages the WhatsApp API to create a user-friendly interface where
users can quickly enter a phone number and message, generating a link that opens WhatsApp
Web with the pre-filled details. The system focuses on enhancing user convenience and
streamlining communication.

System Components

1. User Interface (UI)

o HTML: The structure of the application, including forms for user input.

o CSS: Styling to ensure the application is visually appealing and responsive across
devices.

o JavaScript: Handles user interactions and dynamic content updates.

2. Core Functionality

o Input Handling: Captures and validates the phone number and message entered by
the user.

o URL Generation: Constructs a WhatsApp Web URL with the pre-filled phone
number and message.

o Redirect: Directs the user to the generated WhatsApp Web URL to send the
message.

3. WhatsApp API Integration

o Utilizes the WhatsApp API to generate a URL that opens WhatsApp Web with the
specified recipient and message content.

4. Testing Framework

o Unit Tests: Validate individual components and functions.

pg. 6
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Integration Tests: Ensure seamless interaction between different modules.

o Cross-Platform Tests: Confirm functionality across various devices and browsers.

o User Acceptance Tests: Gather feedback to refine the application.

5. Deployment and Maintenance

o Hosting: Deploy the application on a reliable web server.

o Security: Implement security measures to protect user data.

o Updates: Regularly update the application based on user feedback and

technological advancements.

pg. 7
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

3. REQUIREMENT SPECIFICATIONS
1. Functional Requirements

1.1 User Interface Requirements

 1.1.1 Input Fields:

o A text input field for the user to enter the recipient's phone number.

o A text area for the user to enter the message to be sent.

 1.1.2 Buttons:

o A "Send Message" button to submit the form.

 1.1.3 Error Messages:

o Display error messages for invalid inputs (e.g., incorrect phone number format).

1.2 Core Functionality Requirements

 1.2.1 Input Validation:

o Validate that the phone number includes the country code and follows the correct
format.

o Ensure the message field is not empty.

 1.2.2 URL Generation:

o Generate a WhatsApp Web URL using the provided phone number and message.

o Example URL format: https://wa.me/<phone_number>?text=<message>.

 1.2.3 Redirection:

o Redirect the user to the generated WhatsApp Web URL upon form submission.

1.3 API Integration Requirements

 1.3.1 WhatsApp API:

o Use the WhatsApp API to create a URL that opens WhatsApp Web with the
specified recipient and message content.

1.4 Testing Requirements

 1.4.1 Unit Testing:

pg. 8
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Test individual JavaScript functions for input handling and URL generation.

 1.4.2 Integration Testing:

o Ensure all modules work together seamlessly.

 1.4.3 Cross-Platform Testing:

o Verify the application functions correctly on various devices (desktops, tablets,

smartphones) and browsers (Chrome, Firefox, Safari, Edge).

 1.4.4 User Acceptance Testing:

o Collect feedback from users to identify any usability issues or desired features.

2. Non-Functional Requirements

2.1 Performance Requirements

 2.1.1 Response Time:

o The application should respond to user inputs and generate the WhatsApp URL
within 1 second.

 2.1.2 Load Handling:

o The application should handle multiple users simultaneously without performance

degradation.

2.2 Usability Requirements

 2.2.1 User Interface Design:

o The UI should be intuitive and easy to navigate.

 2.2.2 Accessibility:

o Ensure the application is accessible to users with disabilities (e.g., by providing text
labels for form fields).

2.3 Reliability Requirements

 2.3.1 Availability:

o The application should be available 99.9% of the time, excluding scheduled

maintenance.

 2.3.2 Error Handling:

pg. 9
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o The application should handle errors gracefully and provide meaningful feedback to
the user.

2.4 Security Requirements

 2.4.1 Data Protection:

o Ensure that user inputs (phone numbers and messages) are not stored or logged.

 2.4.2 Secure Communication:

o Use HTTPS to secure communication between the user and the web server.

2.5 Compatibility Requirements

 2.5.1 Browser Compatibility:

o The application should work correctly on the latest versions of major browsers
(Chrome, Firefox, Safari, Edge).

 2.5.2 Device Compatibility:

o Ensure the application is usable on desktops, tablets, and smartphones.

3. Technical Requirements

3.1 Development Tools

 3.1.1 HTML:

o For structuring the web pages.

 3.1.2 CSS:

o For styling the web pages and ensuring responsive design.

 3.1.3 JavaScript:

o For implementing core functionality and handling user interactions.

3.2 Hosting and Deployment

 3.2.1 Web Server:

o A reliable web server to host the application.

 3.2.2 Domain:

o A domain name for accessing the application.

3.3 Version Control

pg. 10
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 3.3.1 Git:

o Use Git for version control to manage code changes and collaborate with team
members.

4. User Requirements

4.1 User Roles

 4.1.1 General User:

o Any user who wants to send a WhatsApp message without saving the recipient's
contact.

4.2 User Scenarios

 4.2.1 Sending a Message:

o A user enters the recipient's phone number and message, clicks the "Send Message"
button, and is redirected to WhatsApp Web to send the message.

 4.2.2 Error Handling:

o If the user enters an invalid phone number or leaves the message field empty, the
application displays an error message.

5. Documentation Requirements

5.1 Development Documentation

 5.1.1 Code Documentation:

o Document the code with comments and explanations for key functions and
modules.

 5.1.2 Design Documentation:

o Provide diagrams and descriptions of the application architecture and design

decisions.

5.2 User Documentation

 5.2.1 User Manual:

o Create a user manual with instructions on how to use the application.

 5.2.2 FAQ:

o Provide a FAQ section addressing common user questions and issues.

pg. 11
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

3.1. DETAILS OF SOFTWARE

1. Development Tools

1.1 HTML (HyperText Markup Language)

 Purpose: HTML is used to create the structure of web pages.

 Features:

o Markup language for defining the elements of a webpage (e.g., headings,

paragraphs, forms).

o Supports embedding of multimedia content.

o Provides a framework for integrating CSS and JavaScript.

1.2 CSS (Cascading Style Sheets)

 Purpose: CSS is used to style and layout web pages.

 Features:

o Controls the presentation of HTML elements (e.g., colors, fonts, spacing).

o Enables responsive design for different screen sizes and devices.

o Allows for advanced styling techniques such as animations and transitions.

1.3 JavaScript

 Purpose: JavaScript is used to add interactivity and dynamic behavior to web pages.

 Features:

o Supports event handling (e.g., form submission, button clicks).

o Allows for real-time data validation and manipulation.

o Provides APIs for working with the Document Object Model (DOM).

2. Libraries and Frameworks

2.1 Bootstrap (Optional)

 Purpose: Bootstrap is a popular front-end framework for building responsive, mobile-first

web pages.

 Features:

o Predefined CSS classes and JavaScript components.

pg. 12
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Grid system for responsive layout.

o Customizable themes and styles.

2.2 jQuery (Optional)

 Purpose: jQuery is a fast, small, and feature-rich JavaScript library.

 Features:

o Simplifies HTML document traversing, event handling, and animation.

o Cross-browser compatibility.

o Provides a rich set of plugins for additional functionality.

3. Development Environment

3.1 Visual Studio Code (VS Code)

 Purpose: VS Code is a source-code editor developed by Microsoft.

 Features:

o Supports debugging, syntax highlighting, code refactoring, and Git integration.

o Extensible with a wide range of plugins.

o Cross-platform compatibility (Windows, macOS, Linux).

3.2 Git

 Purpose: Git is a distributed version control system for tracking changes in source code.

 Features:

o Allows multiple developers to collaborate on a project.

o Supports branching and merging for isolated development and integration.

o Provides a history of changes and the ability to revert to previous states.

4. Testing Tools

4.1 Jasmine (Optional)

 Purpose: Jasmine is a behavior-driven development framework for testing JavaScript code.

 Features:

o Supports testing of both synchronous and asynchronous code.

o Provides a clean and readable syntax for writing tests.

pg. 13
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Includes built-in matchers for assertions.

4.2 Selenium (Optional)

 Purpose: Selenium is a portable framework for testing web applications.

 Features:

o Supports browser automation for testing across different browsers.

o Allows for writing tests in various programming languages (e.g., JavaScript,

Python).

o Provides a record-and-playback tool for creating test scripts.

5. Hosting and Deployment

5.1 GitHub Pages (Optional)

 Purpose: GitHub Pages is a static site hosting service designed to host your project directly
from a GitHub repository.

 Features:

o Free hosting for static websites.

o Automatic deployment from the repository.

o Custom domain support.

5.2 Netlify (Optional)

 Purpose: Netlify is a web development platform that offers hosting and serverless backend
services for web applications.

 Features:

o Continuous deployment from Git repositories.

o Custom domains, SSL, and CDN integration.

o Built-in form handling and serverless functions.

5.3 Heroku (Optional)

 Purpose: Heroku is a cloud platform as a service (PaaS) that supports several programming
languages.

 Features:

o Easy deployment of web applications.

pg. 14
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Scalable hosting options.

o Integration with various databases and add-ons.

6. WhatsApp API

6.1 WhatsApp Click to Chat

 Purpose: The Click to Chat feature of WhatsApp allows users to start a chat with someone
without having their phone number saved in the phone's address book.

 Features:

o Generates a WhatsApp Web URL that includes a phone number and an optional
pre-filled message.

o Easy integration with web applications through URL manipulation.

o Example URL format: https://wa.me/<phone_number>?text=<message>.

3.2. SYSTEM REQUIREMENTS

1. Hardware Requirements

1.1 Development Machine

 Processor: Intel i5 or equivalent

 Memory: 8 GB RAM or higher

 Storage: 250 GB SSD or higher

 Display: 1080p resolution or higher

 Network: High-speed internet connection

1.2 User Devices

 Desktop:

o Processor: Intel i3 or equivalent

o Memory: 4 GB RAM or higher

o Storage: Sufficient for operating system and web browser

o Display: 720p resolution or higher

 Tablet:

o Modern tablet with updated OS and browser

pg. 15
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o 2 GB RAM or higher

o 720p resolution or higher

 Smartphone:

o Modern smartphone with updated OS and browser

o 2 GB RAM or higher

o 720p resolution or higher

2. Software Requirements

2.1 Development Environment

 Operating System:

o Windows 10 or higher

o macOS Catalina or higher

o Ubuntu 18.04 LTS or higher

 Code Editor:

o Visual Studio Code (VS Code)

o Sublime Text (optional)

o Atom (optional)

 Version Control:

o Git (latest version)

o GitHub Desktop (optional)

 Browser for Testing:

o Google Chrome (latest version)

o Mozilla Firefox (latest version)

o Microsoft Edge (latest version)

o Safari (latest version)

2.2 Runtime Environment for Users

 Operating System:

o Windows 7 or higher
pg. 16
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o macOS Mojave or higher

o Android 7.0 or higher

o iOS 12 or higher

 Web Browser:

o Google Chrome (latest version)

o Mozilla Firefox (latest version)

o Microsoft Edge (latest version)

o Safari (latest version)

3. Libraries and Frameworks

3.1 Frontend Libraries

 Bootstrap (optional): Latest version for responsive design

 jQuery (optional): Latest version for simplified JavaScript operations

3.2 Testing Frameworks

 Jasmine (optional): Latest version for unit testing

 Selenium (optional): Latest version for browser automation testing

4. Hosting and Deployment Services

4.1 Deployment Platforms

 GitHub Pages (optional): For hosting static websites

 Netlify (optional): For continuous deployment and hosting static websites

 Heroku (optional): For scalable hosting and serverless backend services

5. Security and Compliance

5.1 Security Measures

 HTTPS: Ensure all communications are encrypted using SSL/TLS certificates

 Input Validation: Implement client-side and server-side validation to prevent injection

attacks

 CSP (Content Security Policy): Configure CSP headers to mitigate cross-site scripting
(XSS) attacks

6. Documentation
pg. 17
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
6.1 Development Documentation

 Code Comments: Include comments in code for clarity

 README File: Provide a README file with project setup instructions, usage guide, and
contribution guidelines

 Design Documentation: Document application architecture, data flow, and design

decisions

6.2 User Documentation

 User Manual: Create a comprehensive user manual with step-by-step instructions

 FAQ: Provide a Frequently Asked Questions section to address common issues and queries

3.2.1. HARDWARE CONFIGURATION

For the "Quick WhatsApp Text" HTML project, the hardware configuration requirements are
relatively minimal, as the project primarily involves web development and does not require
intensive computational resources. Here’s a detailed hardware configuration for both
development and end-user environments:

1. Development Machine

To efficiently develop, test, and deploy the HTML-based application, the following hardware
configuration is recommended:

Processor

 Intel: Core i3 or higher

 AMD: Ryzen 3 or higher

Memory (RAM)

 Minimum: 4 GB

 Recommended: 8 GB or higher

Storage

 Type: Solid State Drive (SSD) for faster performance

 Capacity: 100 GB minimum (for development tools, code, and temporary files)

Graphics

pg. 18
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 Integrated graphics are generally sufficient for web development tasks.

Display

 Resolution: 1080p (1920x1080) minimum

 Size: 14 inches or larger

Network

 Reliable high-speed internet connection (both wired and wireless are acceptable)

Peripherals

 Keyboard and mouse or trackpad

 Optional: External monitor for extended workspace

 Optional: Webcam and microphone for remote collaboration

2. User Devices

For users accessing the application, the hardware configuration should be adequate to ensure a
smooth experience. The specifications include:

Desktop Computers

 Processor: Intel Core i3 or equivalent

 Memory (RAM): 4 GB or higher

 Storage: Sufficient for the operating system and web browser

 Display: 720p (1280x720) resolution minimum, 1080p (1920x1080) recommended

Laptops

 Processor: Intel Core i3 or equivalent

 Memory (RAM): 4 GB or higher

 Storage: Sufficient for the operating system and web browser

 Display: 720p (1280x720) resolution minimum, 1080p (1920x1080) recommended

Tablets

 Modern tablets with updated operating systems (iOS, Android, or Windows)

 Processor: Quad-core or better

 Memory (RAM): 2 GB or higher

pg. 19
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 Display: 720p (1280x720) resolution minimum

Smartphones

 Modern smartphones with updated operating systems (iOS or Android)

 Processor: Quad-core or better

 Memory (RAM): 2 GB or higher

 Display: 720p (1280x720) resolution minimum

3. Development Accessories

External Storage

 Type: External SSD or HDD (for backup and additional storage)

 Capacity: 250 GB or higher

Docking Station (for Laptops)

 Purpose: To connect additional peripherals and monitors

Uninterruptible Power Supply (UPS)

 Purpose: To safeguard against power interruptions and data loss

3.2.2. SOFTWARE CONFIGURATION

For the "Quick WhatsApp Text" HTML-based project, the software configuration includes
tools and technologies needed for development, testing, and deployment. Here’s a detailed
overview:

1. Development Environment

1.1 Web Technologies

 HTML: Used for structuring the content of the application.

o Version: HTML5

 CSS: Used for styling the web pages.

o Version: CSS3

 JavaScript: Adds interactivity and dynamic behavior to the web pages.

o Version: ES6 or later

pg. 20
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
1.2 Development Tools

 Code Editor/IDE:

o Visual Studio Code (recommended) or alternatives like Sublime Text or Atom.

o Features: Syntax highlighting, code completion, debugging, version control

integration.

 Version Control System:

o Git for tracking changes and collaboration.

o GitHub or GitLab for hosting and managing repositories.

1.3 Browser for Testing

 Google Chrome (latest version)

 Mozilla Firefox (latest version)

 Microsoft Edge (latest version)

 Safari (latest version on macOS)

 Purpose: To test and debug the application across different web browsers.

2. Frontend Libraries and Frameworks

2.1 Optional Libraries

 Bootstrap:

o Version: Bootstrap 5 (optional, for responsive design and styling)

o Purpose: Provides pre-designed UI components and responsive grid system.

 jQuery (optional):

o Version: jQuery 3.x

o Purpose: Simplifies DOM manipulation and event handling.

3. Testing Tools

3.1 Unit Testing

 Jasmine (optional):

o Version: Latest version

o Purpose: For testing JavaScript code.

pg. 21
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 Mocha and Chai (optional):

o Version: Latest versions

o Purpose: Alternatives for unit testing and assertions.

3.2 Integration Testing

 Selenium (optional):

o Version: Latest version

o Purpose: For automating browser interactions and end-to-end testing.

4. Deployment Tools and Services

4.1 Hosting and Deployment

 GitHub Pages (optional):

o Purpose: Free hosting for static sites directly from a GitHub repository.

 Netlify (optional):

o Purpose: Continuous deployment, custom domains, SSL, and CDN support.

 Heroku (optional):

o Purpose: For scalable web application hosting (if server-side components are
included in future development).

5. Security and Compliance

5.1 Security Measures

 SSL/TLS Certificates:

o Purpose: To secure data transmission with HTTPS.

 Content Security Policy (CSP):

o Purpose: To prevent XSS attacks and ensure secure content loading.

5.2 Privacy Compliance

 No user data storage:

o Purpose: To ensure compliance with privacy regulations by not storing user input
data.

6. Documentation

pg. 22
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
6.1 Development Documentation

 README File:

o Purpose: Contains project setup instructions, usage guidelines, and contribution

information.

 Code Comments:

o Purpose: To provide explanations and context within the code.

6.2 User Documentation

 User Manual:

o Purpose: Guides users on how to use the application.

 FAQ Section:

o Purpose: Addresses common user questions and issues.

4. SYSTEM IMPLEMENTATION
The implementation phase of the "Quick WhatsApp Text" project involves setting up the
development environment, coding the application, testing, and deploying it. Below is a step-
by-step guide to the implementation process:

1. Setting Up the Development Environment

1.1 Install Required Software

 Code Editor/IDE: Download and install Visual Studio Code.

 Version Control: Install Git.

 Web Browsers: Ensure you have the latest versions of Chrome, Firefox, Edge, and Safari.

1.2 Set Up Version Control

1. Initialize a new Git repository:

FIGURE:1 INITIALIZE A NEW GIT REPOSITORY

2. Coding the Application

pg. 23
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
2.1 Project Structure

Create the following directory structure for the project:

FIGURE:2 CREATING DIRECTORY STRUCTURE OF THE PROJECT

2.2 HTML - index.html

Create the HTML structure for the application:

FIGURE 3: HTML STRUCTURE FOR THE APPLICATION

2.3 CSS - styles/style.css

Add basic styling for the application:

pg. 24
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

FIGURE 4: BASIC STYLING OF THE APPLICATION

3. JavaScript Implementation

3.1 Create scripts/app.js

Implement JavaScript to handle form submission and generate the WhatsApp URL.

FIGURE 5: IMPLEMENTING JAVA SCRIPT

4. Testing

4.1 Manual Testing

1. Open index.html in different browsers (Chrome, Firefox, Edge, Safari) to ensure

compatibility.

2. Test the form with various inputs, including:

pg. 25
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Valid phone numbers

o Empty phone numbers

o Messages with special characters

o Different lengths of messages

4.2 Automated Testing (Optional)

 Implement unit tests using Jasmine for JavaScript functions.

 Use Selenium for end-to-end testing of form submission and URL generation.

5. Deployment

5.1 Deploy on GitHub Pages

1. Push the code to the repository:

FIGURE 6: GITHUB PAGES DEPLOYMENT

2. Enable GitHub Pages in the repository settings, choosing the main branch as the source.

5.2 Deploy on Netlify (Optional)

1. Sign up and log in to Netlify.

2. Connect your GitHub repository.

3. Configure deployment settings and deploy the site.

4.1. MODULAR DESCRIPTION

The "Quick WhatsApp Text" project is divided into several modules, each responsible for
different aspects of the application. This modular approach enhances maintainability,
scalability, and ease of testing.

1. HTML Module

1.1 Purpose

 The HTML module is responsible for structuring the web page content.

pg. 26
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 It provides the skeleton of the application, defining the layout and elements that users
interact with.

1.2 Components

 Form: Contains input fields for the phone number and message, and a submit button.

 Head: Includes metadata and links to CSS and JavaScript files.

1.3 Key File

 index.html

1.4 Code Example

FIGURE 7: HTML CODE EXAMPLE

2. CSS Module

2.1 Purpose

 The CSS module is responsible for styling the web page.

 It ensures that the application has a visually appealing and responsive design.

2.2 Components

 Basic Styles: Define the overall look and feel of the application.

pg. 27
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 Form Styles: Style the form elements for better user experience.

 Button Styles: Style the submit button to make it visually distinct and interactive.

2.3 Key File

 styles/styles.css

3. JavaScript Module

3.1 Purpose

 The JavaScript module handles the functionality and interactivity of the application.

 It processes user input, validates data, and generates the WhatsApp message URL.

3.2 Components

 Event Listener: Listens for form submission events.

 Form Validation: Ensures the phone number is entered.

 URL Generation: Creates a WhatsApp URL with the phone number and message.

3.3 Key File

 scripts/app.js

3.4 Code Example

FIGURE 8: JAVA SCRIPT CODE EXAMPLE

4. Testing Module

4.1 Purpose

 The testing module ensures that the application works as expected across different
browsers and devices.
pg. 28
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 It includes both manual and automated testing processes.

4.2 Components

 Manual Testing: Verify functionality by manually interacting with the application.

 Automated Testing: Use tools like Jasmine or Selenium for automated tests.

4.3 Tools

 Jasmine (optional for unit testing)

 Selenium (optional for end-to-end testing)

4.4 Example Test Case

 Verify that entering a valid phone number and message opens the correct WhatsApp URL
in a new tab.

5. Deployment Module

5.1 Purpose

 The deployment module handles the process of making the application available to users.

5.2 Components

 Hosting Service: Platforms like GitHub Pages, Netlify, or Heroku.

 Deployment Steps: Detailed steps to deploy the application.

5. SAMPLE OUTPUT
Below is a description and visual representation of what users can expect when they interact
with the "Quick WhatsApp Text" application.

User Interface

Initial View

When a user first visits the application, they will see a clean and simple form that allows them
to enter a phone number and a message. The form is centrally aligned, making it easy to focus
on the task.

Screenshot:

 Phone Number Input: A text field where users can enter the recipient's phone number.

 Message Input: A text area where users can type their message.
pg. 29
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
 Send Message Button: A button to submit the form and open WhatsApp.

FIGURE 9: USER INTERFACE OF THE OUTPUT

Step 1: Enter Phone Number

The user types the phone number into the input field.

FIGURE 10: ENTER PHONE NUMBER

pg. 30
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
Step 2: Enter Message

The user types their message into the textarea.

FIGURE 11: ENTER MESSAGE

Step 3: Submit Form

After filling in the phone number and message, the user clicks the "Send Message" button.

FIGURE 12: SELECT SEND MESSAGE BUTTON

WhatsApp Redirection

pg. 31
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
Once the form is submitted, the application generates a WhatsApp URL with the provided phone
number and message, then opens this URL in a new tab. The user is redirected to the WhatsApp
web application or the WhatsApp mobile app if they are on a mobile device.

FIGURE 13: ASK’S PERMISSION TO OPEN WHATS’APP INTERFACE

pg. 32
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
FIGURE 14: WHAT’S APP CHAT BOX IS OPENED OF THE GIVEN NUMBER AND TEXT IS READY TO
BE SENT

6. TEST CASES

pg. 33
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
FIGURE 15: TEST CASES

7. SAMPLE OUTPUT
7.1. SAMPLE OUTPUT FOR THE TEST CASE 1
 VALID INPUT TEST

FIGURE 16: ENTERING VALID INPUTS

pg. 34
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

FIGURE 17: SAMPLE OUTPUT (SCREENSHOT) OF VALID INPUT TEST CASE

7.2. SAMPLE OUTPUT FOR TEST CASE 2

 INVALID PHONE NUMBER TEST

pg. 35
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
FIGURE 18: ENTERING INVALID PHONE NUMBER

FIGURE 19: DISPLAYING OUTPUT OF INVALID PHONE NUMBER

7.3. SAMPLE OUTPUT FOR TEST CASE 3

 EMPTY PHONE NUMBER TEST

pg. 36
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

FIGURE 20: OUTPUT OF EMPTY PHONE NUMBER TEST CASE

7.4. SAMPLE OUTPUT OF TEST CASE 4

 EMPTY MESSAGE TEST

FIGURE 21: OUTPUT OF EMPTY MESSAGE TEST CASE

pg. 37
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

7.5. SAMPLE OUTPUT OF TEST CASE 5

 SPECIAL CHARACTERS IN MESSAGE TEST

FIGURE 22: ADDIND SPECIAL CHARACTERS IN MEESSAGE

pg. 38
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

FIGURE 23: OUTPUT DISPLAYING THE SPECIAL CHARACTERS IN TEXT BOX

pg. 39
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

8. SYSTEM TESTING
To perform system testing:

1. Unit Testing:

o Test individual components (e.g., input fields, button functionality).

2. Integration Testing:

o Ensure that the form and JavaScript work together seamlessly to generate the
correct URL.

3. Regression Testing:

o After any changes, retest to ensure no new bugs have been introduced.

4. Usability Testing:

o Ensure the user interface is intuitive and easy to use.

5. Performance Testing:

o Ensure the page loads quickly and the URL generation is instantaneous.

By conducting these tests, you can ensure that the project functions as expected and provides a
seamless experience for users wanting to send quick WhatsApp messages without saving contacts.

Testing the Project:

To ensure the project works correctly, you can perform the following tests:

1. Form Input Validation:

o Test the form with various valid and invalid phone numbers.

o Ensure the form requires both fields to be filled.

2. WhatsApp URL Scheme:

o Ensure that the generated URL opens WhatsApp with the correct phone number and
message.

o Test on different devices and browsers to ensure compatibility.

3. Error Handling:

o Check how the form behaves when either field is empty.

pg. 40
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

9. CONCLUSION
The WhatsApp Quick Message project provides a simple yet effective solution for users who wish
to send messages on WhatsApp without the need to save contacts in their address book. This
project leverages the WhatsApp API's URL scheme to create a user-friendly interface, allowing
users to input a phone number and a message, then seamlessly open WhatsApp with the specified
content.

Key Achievements:

1. User Convenience: The project simplifies the process of sending messages to new contacts
without cluttering the user's contact list.

2. Cross-Platform Compatibility: The solution works across various devices and platforms,
including mobile devices with the WhatsApp app installed and desktops with WhatsApp
Web.

3. Security and Privacy: The implementation ensures that no personal information, such as
phone numbers or messages, is stored or logged, maintaining user privacy and security.

4. Efficiency: The lightweight nature of the project ensures quick loading times and a
responsive user interface, enhancing the overall user experience.

Limitations and Considerations:

 Dependency on WhatsApp Services: The functionality is dependent on the availability

and compatibility of WhatsApp's URL scheme. Any changes in WhatsApp's API may
require updates to the project.

 Browser Compatibility: While tested on major browsers, there might be variations in

behavior, particularly with handling URL schemes, which could affect user experience.

 Network Requirements: Users need an active internet connection and must have
WhatsApp installed (or be able to access WhatsApp Web) for the solution to work.

Future Enhancements:

1. Localization: Adding support for multiple languages to cater to a global audience.

2. Enhanced Error Handling: Improving the user experience by providing more detailed
feedback in case of errors, such as invalid numbers or connectivity issues.

pg. 41
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
3. Customization Options: Allowing users to customize the pre-filled message with
templates or commonly used phrases.

4. Mobile App Integration: Developing a companion mobile app for even more streamlined
access.

Final Thoughts

The WhatsApp Quick Message project successfully demonstrates the utility of web technologies in
creating practical and user-friendly tools. It meets a specific need for quick communication
without the overhead of managing contacts, offering a convenient solution for personal and
professional use. The project's simplicity and effectiveness make it a valuable tool for everyday
use, showcasing the potential of integrating web applications with widely-used messaging
platforms.

pg. 42
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT

10. BIBLIOGRAPHY
For the development of the WhatsApp Quick Message project, various resources and references
were utilized to gather information and ensure a robust implementation. Below is a list of key
references that contributed to the project:

1. WhatsApp Official Documentation:

o Title: WhatsApp URL Scheme

o Source: WhatsApp

o Description: This resource provides the official guidelines for using WhatsApp's
URL scheme to initiate conversations and share content.

2. JavaScript and Web Development Documentation:

o Title: MDN Web Docs

o Source: Mozilla Developer Network (MDN)

o Description: MDN Web Docs offers comprehensive documentation on HTML,

CSS, JavaScript, and web APIs, which was invaluable in creating the project's
front-end interface and scripting functionality.

3. HTML & CSS Design:

o Title: W3Schools

o Source: W3Schools

o Description: W3Schools provides tutorials and references on web development

languages, including HTML, CSS, and JavaScript, helping to design and implement
the user interface.

4. Form Validation Techniques:

o Title: Form Validation with JavaScript

o Source: MDN Web Docs

pg. 43
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
o Description: This MDN article explains various methods for validating forms using
JavaScript, ensuring that user inputs are correctly formatted and valid.

5. Security Considerations in Web Development:

o Title: Web Security for Developers

o Author: Malcolm McDonald

o Publisher: No Starch Press

o Description: This book covers essential security practices for web developers,
including protecting user data and secure handling of URLs.

6. Cross-Browser Compatibility:

o Title: Building Cross-Browser Applications

o Author: Matthew David

o Publisher: Focal Press

o Description: A guide on ensuring web applications work consistently across

different browsers and devices, which was crucial for testing and ensuring the
project’s usability.

7. Responsive Web Design:

o Title: Responsive Web Design

o Author: Ethan Marcotte

o Publisher: A Book Apart

o Description: This book provides insight into designing websites that work across a
variety of devices, which was important for making the project accessible on both
desktop and mobile platforms.

8. Online Tutorials and Forums:

o Source: Stack Overflow, YouTube Tutorials

o Description: Various online tutorials and forums were consulted for specific
technical questions and implementation details, providing community-driven
solutions and insights.

pg. 44
DEPT.ISE.GNDEC BIDAR SOFTWARE TESTING REPORT
These resources collectively contributed to the successful completion of the WhatsApp Quick
Message project, providing essential knowledge and practical guidance in web development, user
interface design, and integration with external services like WhatsApp.

pg. 45