- Prevent illegal input in ZEC Send/Request form.
- New SDL-EXT-UI module for UI related SDK helper components.
- Regex for continuous validation of the entered ZEC amount.
- Added a new unit tests for validation of the regex too.
- Using the regex on ZEC Request and ZEC Send screens.
- Updated existing and created a new UI tests for validating entered ZEC amount values on Request and Send screens.
- Improve code to be validated with DetektAll static analyzation.
- Architecture documentation update with the newly added sdk-ext-ui module.
- Added run configuration sdk-ext-lib:connectedCheck for AS.
- Added check for digits count between grouping separators + tests.
- Refactoring test class name and its separator value.
Implements a basic scaffold for sending ZEC.
Some new model objects and an extension method were added that I hope to move to the SDK.
Followup issues include
- Press-and-hold for the Send button #249
- Prevent illegal input in input form #218
- Prevent undefined behavior if locale changes #217
- Add error handling to the Zec send screen #250
- Add confirmation after send is created #252
This moves the theme and common UI elements to a separate Gradle module.
This is a first step towards creating our own custom design system, as it would eventually allow hiding of Material Design from the rest of the app UI.
As part of this change, a new common utility module was created so that both the ui and ui-design modules can depend on it.
Preliminary and limited version of background sync, with the following limitations
- Sync is always enabled
- Default sync period is 24 hours and is not updated once the wallet is created
This change refactors the synchronizer to a global singleton that both WorkManager and the UI can interact with.
This sets up the infrastructure needed to continue implementing the onboarding UI for create and import of wallets. By fleshing out the global state management in the app now, we can better manage asynchronous IO to avoid blocking the UI.
This adds:
- Load and persistence a wallet in encrypted preferences
- The stored data is written as a single JSON object, as opposed to multiple entries, to ensure atomic writes
- The data is versioned, so that we can change the JSON format readily in the future
- Detection of application state, e.g. onboarding versus loading the user's wallet
- Touch points to initialize the SDK
Provides infrastructure to help us track exactly what build of the app is running. This provides the ability to implement a number of features in the future
- Displaying build version in an About screen
- Automatically versioning with Git commit count as an incrementing version number
- Injection of secrets, API keys, or other behaviors into the build so that the app can leverage them at runtime. The secrets can be securely stored as environment variables (e.g. on CI), so they don't need to be committed to the repository.
This adds infrastructure to read/write preferences, with both a multiplatform wrapper and an Android-specific implementation.
This implementation is primarily designed to cover the initial needs of implementing the wallet SDK integration for issue #28 for securely storing keys (with encryption) for the user's wallet.
Honza Rychnovsky
Carter Jernigan