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6 Virtual Planner User Guide Table of Contents Introduction 1.1 Purpose 1.2 Key Features Getting Started 2.1 Installation 2.2 User Registration Application Overview 3.1 Dashboard 3.2 12-Month Calendar 3.3 User Profile Using the Calendar 4.1 Navigating the Calendar 4.2 Adding Events 4.3 Editing Events 4.4 Deleting Events User Profile Management 5.1 Editing Profile Information 5.2 Setting Preferences Alerts and Notifications 6.1 Setting Up Alerts 6.2 Receiving Notifications Docker Containerization 7.1 Installing Docker 7.2 Building and Running the Docker Container Troubleshooting 8.1 Common Issues 8.2 Support and Contact Information Conclusion 1. Introduction 1.1 Purpose The Virtual Planner is a user-friendly application designed to help organize events and tasks on an interactive 12-month calendar. This guide aims to provide users with comprehensive instructions on using the Virtual Planner efficiently. 1.2 Key Features Graphical 12-month planner User profiles with customizable preferences Event alerts and notifications Cross-platform support using Docker containerization 2. Getting Started 2.1 Installation To install the Virtual Planner, follow the provided installation instructions for your operating system (Linux, MacOS, or Windows). 2.2 User Registration Upon installation, register for a user account to personalize your Virtual Planner experience. 3. Application Overview 3.1 Dashboard After logging in, you'll be directed to the dashboard displaying an overview of your upcoming events and tasks. 3.2 12-Month Calendar Navigate to the 12-month calendar to view and manage events for each month. Easily switch between months to plan ahead. 3.3 User Profile Access your user profile to customize settings, preferences, and personal information. 4. Using the Calendar 4.1 Navigating the Calendar Use the arrow buttons or select a specific month to navigate through the calendar. 4.2 Adding Events Click on a day to add events, providing details such as title, time, and description. Save to confirm. 4.3 Editing Events Edit existing events by clicking on them in the calendar. Update details and save changes. 4.4 Deleting Events Remove events by selecting them on the calendar and confirming deletion. 5. User Profile Management 5.1 Editing Profile Information Navigate to your user profile to edit personal information such as name, email, and password. 5.2 Setting Preferences Customize preferences like default view, time format, and notification settings. 6. Alerts and Notifications 6.1 Setting Up Alerts Configure alerts for upcoming events in your preferences. Choose notification methods (email, pop-up, etc.). 6.2 Receiving Notifications Receive timely notifications based on your configured alert settings. 7. Docker Containerization 7.1 Installing Docker Follow the steps to install Docker on your respective operating system. 7.2 Building and Running the Docker Container Use the provided makefile to build and run the Virtual Planner Docker container. Virtual Planner Test Plan Introduction: This document will outline a strategy to effectively test and evaluate the function and performance of the Virtual Test Planner. The virtual test planner is an application designed to assist users in organizing events and tasks across a user-friendly graphical 12 month planner. The user is able to create a personalized profile that is capable of prioritizing tasks based on the user's preference. The application is designed to provide alerts to the user when an event is upcoming. The application will be containerized utilizing docker. This implementation will allow the application to be launched from operating systems to include MacOS, Linux, and windows. The objective of this test plan is to ensure successful operation of the application and test the various features that are included in the design of the Virtual Test Plan. The testing scope will encompass all of the functional components of the applications to include user interface, Docker containerization, makefile functionality across various environments, and features such as alerts to the user. The main goal of the test plan is to identify any faults or issues within the application, in order to exceed expectations. Testing environment: As previously mentioned, the application will be launched across various operating systems such as Linux, MacOS, and Windows. The purpose of launching the Virtual Test Planner across the mentioned environments is to ensure functionality of the makefile and docker containerization. Docker containers are self-sufficient, which is ideal when deploying across various environments. Functionality Testing: The program will be tested on all of the features that have been outlined in the Virtual Planner project plan. The front end of the application will be tested to verify the calendar correctly displays a full 365 day, 12 month calendar. The program will then have verification that the user can input tasks, appointments, events etc. for each month. The application will be checked for proper display of the correct time, day, month, and year. These checks will be made across the three environments listed above. Input functional testing for each of the tasks we were assigned here. Docker Containerization: A key feature of the Virtual Planner is the ability to deploy the application across several operating systems. To ensure this, the applications functionality will be tested by confirming the docker images can be successfully built using the makefile provided, across various environments. The purpose of this is to verify all of the services are running. Performance: The resource usage such as CPU and memory will be monitored during the deployment of the application and will continue to be monitored when performing a functionality check. The resources will be documented and compared across the operating systems to verify consistency. Michael Okonkwo I. Introduction A. Purpose: To ensure the successful implementation and functionality of key features, alerts, user profiles, and an interactive 12-month calendar using JavaScript. B. Scope: The test plan covers both manual and automated testing processes. C. Responsibilities: Define the responsibilities of the testing team and development team. II. Testing Objectives A. Validate the implementation of key features. B. Ensure the effectiveness and accuracy of alert mechanisms. C. Confirm the proper functioning of user profiles. D. Verify the interactivity and accuracy of the 12-month calendar. E. Assess the performance and scalability of the implemented components. F. Identify and address security vulnerabilities. III. Testing Types A. Functional Testing 1. Unit Testing 2. Integration Testing 3. System Testing B. Usability Testing 1. User Interface (UI) Testing 2. User Experience (UX) Testing C. Performance Testing 1. Load Testing 2. Stress Testing D. Security Testing 1. Authentication and Authorization Testing 2. Data Security Testing IV. Test Cases 1. Key Features and Alerts a. Verify each key feature's functionality. b. Ensure alerts are triggered correctly. c. Validate the responsiveness of alerts. 2. User Profiles a. Confirm the creation of user profiles. b. Validate the editing and updating of user profiles. c. Verify proper access control for different user roles. 3. 12-Month Calendar a. Confirm the interactivity of the calendar. b. Verify correct display of months and dates. c. Validate user interactions such as adding events. V. Test Environment A. Browser Compatibility 1. Chrome, Firefox, Safari, Edge, etc. B. Operating System Compatibility 1. Windows, macOS, Linux, etc. VI. Test Execution A. Manual Testing 1. Test each feature and alert manually. 2. Execute user profile tests manually. 3. Interact with the 12-month calendar manually. B. Automated Testing 1. Implement automated test scripts for key features. 2. Create automated test cases for alert mechanisms. 3. Automate user profile testing. 4. Develop automated tests for the 12-month calendar. VII. Performance Testing A. Load Testing 1. Simulate concurrent user activity. 2. Verify system performance under load. B. Stress Testing 1. Test the system's limits. 2. Evaluate system behavior under extreme conditions. VIII. Security Testing A. Authentication and Authorization 1. Verify secure user authentication. 2. Validate proper access control. B. Data Security 1. Ensure encryption of sensitive data. 2. Test for vulnerabilities related to data storage. IX. Reporting and Documentation A. Document all test cases, results, and issues. B. Provide regular status updates to the development team. C. Collaborate on bug tracking and resolution. Ethan Miller In the realm of functional testing for database management, rigorous assessments are conducted to ensure the seamless interaction between an application and its database. Fundamental aspects such as database connectivity are scrutinized to guarantee successful establishment of connections, while thorough examinations of data insertion and retrieval operations ascertain the accuracy of data representation. The testing process extends to update and deletion operations, scrutinizing the system's ability to modify or remove data without errors. Emphasis is placed on validating data integrity constraints, enforcing security measures like encryption, and implementing robust validation rules to reject invalid inputs. Additionally, performance tests are carried out under various conditions to evaluate the efficiency of database operations, and backup and recovery procedures are meticulously examined to ensure the system's resilience in the face of data loss. This comprehensive functional testing approach ensures that the database management system performs reliably, adheres to security standards, and effectively supports the functionality of the overarching software application.