Acceptence Criteria

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Learning Outcomes

• [x] Use an Agile methodology to plan and design a Full-Stack Web application using an MVC framework and related contemporary technologies.
• [ ] Implement a data model, application features and business logic to manage, query and manipulate data to meet given needs in a particular real-world domain.
• [ ] Identify and apply authorisation, authentication and permission features in a Full-Stack web application solution.
• [ ] Create manual and/or automated tests for a Full-Stack Web application using an MVC framework and related contemporary technologies
• [x] Use a distributed version control system and a repository hosting service to document, develop and maintain a Full-Stack Web application using an MVC framework and related contemporary technologies.
• [x] Deploy a Full-Stack Web application using an MVC framework and related contemporary technologies to a cloud-based platform
• [x] Understand and use object-based software concepts

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LO1

• [x] Design a Front-End for a data-driven web application that meets accessibility guidelines, follows the principles of UX design, meets its given purpose and provides a set of user interactions.
• [x] Implement custom HTML and CSS code to create a responsive Full-Stack application consisting of one or more HTML pages with relevant responses to user actions and a set of data manipulation functions
• [ ] Build a database-backed MVC web application that allows users to store and manipulate data records about a particular domain.
• [x] Design a database structure relevant for your domain, consisting of a minimum of one custom model.
• [ ] Use an Agile tool to manage the planning and implementation of all significant functionality
• [ ] Document and implement all User Stories and map them to the project within an Agile tool
• [x] Write Python code that is consistent in style and conforms to the PEP8 style guide and validated HTML and CSS code.
• [ ] Include sufficient custom Python logic to demonstrate your proficiency in the language
• [ ] Include functions with compound statements such as if conditions and/or loops in your Python code
• [x] Write code that meets minimum standards for readability (comments, indentation, consistent and meaningful naming conventions).
• [x] Name files consistently and descriptively, without spaces or capitalisation to allow for cross-platform compatibility.
• [ ] Document and implement all User Stories within the Agile tool and map them to the project goals
• [ ] Document the UX design work undertaken for this project, including any wireframes, mockups, diagrams, etc.,created as part of the design process and its reasoning. Include diagrams created as part of the design process and demonstrate that these have been followed through to implementation

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LO2

• [ ] Develop the model into a usable database where data is stored in a consistent and well-organised manner.
• [ ] Create functionality for users to create, locate, display, edit and delete records
• [ ] All changes to the data should be notified to relevant user
• [x] Implement at least one form, with validation, that allows users to create and edit models in the backend

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LO3

• [ ] Apply role-based login and registration functionality
• [ ] The current login state is reflected to the user
• [ ] Users should not be permitted to access restricted content or functionality prior to role-based login.

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LO4

• [ ] Design and implement manual and/or automated Python test procedures to assess functionality, usability, responsiveness and data management within the entire web application

• [ ] Design and implement manual and/or automated JavaScript test procedures to assess functionality, usability, responsiveness and data management within the entire web application

• [ ] Document all implemented testing in the README.

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LO5

• [x] Use Git & GitHub for version control of a Full-Stack web application up to deployment, using commit messages to document the development process.
• [ ] Commit final code that is free of any passwords or security-sensitive information to the repository and the hosting platform

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LO6

• [ ] Deploy a final version of the Full-Stack application code to a cloud-based hosting platform and test to ensure it matches the development version
• [ ] Ensure that the final deployed code is free of commented out code and has no broken internal links
• [x] Document the deployment process in a README file in English
• [ ] Ensure the security of the deployed version, making sure to not include any passwords in the git repository, that all secret keys are hidden in environment variables or in files that are in .gitignore, and that DEBUG mode is turned off

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LO7

• [ ] Design a custom data model that fits the purpose of the project

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MERIT

• [x] Design a Front-End for a Full-Stack application following UX design principles, which meets accessibility guidelines, is easy to navigate and allows the user to find information and resources intuitively.
• [x] Create templates, writing code that demonstrates a solid understanding of template syntax, logic and usage
• [ ] Provide evidence of refining Epics to User Stories to Tasks
• [ ] Clear user acceptance criteria have been defined.
• [ ] Should-have prioritised user stories should not be more than 60% of the timebox user story points total.
• [x] Design a Full-Stack application that lets the user initiate and control actions and gives immediate and complete feedback on data processes
• [ ] Write robust code that is free of errors in all parts of the application.
• [x] Implement a Full-Stack application whose purpose is quickly evident to a new user.
• [ ] Maintain database configuration in a single location where it can be changed easily
• [ ] Maintain a Procfile, requirements.txt file, etc.
• [ ] All Create, Read, Update and Delete (CRUD) functionality is present and working.
• [ ] All Create, Read, Update and Delete actions are immediately reflected in the user interface.
• [ ] Present a clear rationale for the development of the project in the README, demonstrating that it has a clear, well-defined purpose addressing the needs of a particular target audience (or multiple related audiences), explaining the data, and explaining the security features considered
• [ ] Fully document the results of well-planned automated testing procedures to assess the website’s functionality, usability and responsiveness. Include an evaluation of bugs found and their fixes and explanation of any bugs that are left unfixed
• [ ] Describe the data schema fully in the README file
• [x] Commit often for each feature/fix, ensuring that commits are small, well-defined and have clear, descriptive messages
• [ ] Fully document the deployment procedure in a section in a README file, written using consistent and effective markdown formatting that is well-structured, easy to follow, and has few grammatical errors.
• [ ] Implement efficient model code in the solution