An awesome implementation of MVI and Clean Architecture. The current project makes use of all the latest depedencies and android tools. The project is completely written in kotlin, cherry on the ice is that the gradle files too are writtend using DSLs that make this project up to date till now. The project follows complete Test Driven Development. A star thing in this TDD is that the testing is performed even before the Presentation Layer(UI components) are prepared. The project is stale nowadays due to multiple engagements but will be continued soon
- If you are looking to submit patches, then please do note that reviewing practices are quite strict, so sometimes you may have to add appetize url of the apk in the PR when demanded or needed.
Follow these steps to deploy your app to appetize.io:-
-
Get an API token from here: https://appetize.io/docs#request-api-token.
-
Create a CI/CD variable for api token named "APPETIZE_API".
Follow this guide to learn how to add CI/CD variables to your gitlab repository: https://docs.gitlab.com/ee/ci/variables/#creating-a-custom-environment-variable -
Run the following command once to upload the app.
curl https://[email protected]/v1/apps -F "file=@path_of_file_to_be_uploaded.apk" -F "platform=android"
Replace API_TOKEN with the api token you got in step 1.
Replace file_to_upload.apk with your apk file. -
Command in step 3 will return a response. Note the public key from your response and add a CI/CD varible named "APPETIZE_KEY" and enter this public key as value.
Make sure to make both the varibales protected and make your branch protected too. Follow this guide: https://docs.gitlab.com/ee/user/project/protected_branches.html#configuring-protected-branchesThis is a one time setup, subsequent changes you make in your repository will be reflected in your link you got in the response automatically.
- This branch is all about deepening the core module functionality
- Means in the commits made in this branch i've added more functionalities like DataChannelManager and hence deepened the core module
- More specifically, in this branch, i've written classes that manage state,i.e, StateManagement oriented
State Management
- Consider a scenario where a user clicks an interactive component of the app
- (This is the current initial state of the app)
- A corresponding output/change is then reflected on the screen
- Technically speaking, that reflected change is termed as a state change
- (State here has got no special meaning, it is just what it is normally)
- The process that occurs down the architecture lane behind the scenes to cause the change reflected on the screen is handled by stateManagement
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