Final Project: Quiz Application with Microservices
During this activity, students should be able to:
Design and implement a quiz application using a microservice architecture using various AWS services.
This activity helps students develop the following skills, values and attitudes: ability to analyze and synthesize, capacity for identifying and solving problems, and efficient use of computer systems.
This activity must be developed in the pre-assigned teams.
Write a quiz application that allows testing the user's knowledge about design patterns and refactorings.
Application Code and Functionality
The application must be comprised of at least two microservices plus the web client code that integrates them all and provides the user interface.
Each microservice must be implemented as an AWS Lambda function in Ruby and provide a RESTful API with JSON requests and responses.
Each microservice should have its own independent persistent data store (if it actually needs one), shared with no other microservice. For read only data stores you can use plain text files (for example YAML or JSON files). For read & write data stores you must use the Amazon DynamoDB NoSQL database.
The web client must be developed in Ruby using the Sinatra DSL using the Model–View–Controller (MVC) architectural pattern. You can also check [HARRIS].
The user interface must be intuitive and easy to use. You may use a web front-end framework (for example Bootstrap or W3.CSS) if you wish.
The application must allow the user to select how many different questions (between one and ten) she/he wants to answer.
The questions must be selected randomly from a bank of at least 50 multiple choice items. All questions must be related to design patterns, antipatterns and refactorings. Please use the following resources:
Each question must appear all by itself in the web browser window.
Once the user answers a question, the application must give the user the corresponding feedback, indicating if the answer was right or wrong, and displaying the correct answer if the user’s choice was wrong. After this, the user can proceed to see and answer the next question.
Once all questions have been answered, the application must display the final score. Also, a score table with the initials and scores (in descending order) of all previous users should be displayed.
Finally, the user should be given the option to restart the quiz application.
You must write the documentation for your application’s design and architecture. See the example in: greeter.tgz. The
greeter/README.rdoc file contains all the indications on how to produce the documentation. This is how the final result should look: greeter/doc/index.html.
README.rdoc must contain these sections:
- General overview
- How to install and run the application and all the microservices
- 4+1 architectural view model
- Logical view
- Process view
- Development view
- Physical view
- Scenarios (Use case view)
- Patterns used
- Acknowledgments (optional)
Every Ruby class and public method written must be adequately documented using the RDoc markup language.
All the source files must include at the top the authors’ personal information (name and student id) within comments. For example:
Place in one tarball file called
microservices.tgz all the contents of your project.
To deliver the
microservices.tgz file, please provide the following information:
Only one team member needs to upload the file.
Due date is Monday, November 28.
This activity will be evaluated using the following criteria:
Implementation of program requirements.
The program and/or documentation was plagiarized.