ccd8c5b65f
Implement a prototype of integrating [WalletConnect Web SDK]() - integrate WalletConnect Web SDK using Node.js and packing it using [webpack](https://webpack.js.org/guides/getting-started/) - this way, we achieve the same versioning strategy for the SDK - add WalletConnectSDK view - it is used to load the web SDK via a WebView (validated working on Mac and Windows) - add new app dependency of WebView QT - also update vendor packages `Dotherside` and `nimqml` to add required WebView::initialize API used to initialize the WebView integration at the app start - add WalletConnectPage to Storybook for quick prototyping - Also add dependency for WebView Qt lib - index.js is the wrapper used to provide a simple stateful interface with the WC SDK - Entry in ui/generate-rcc.go ensures the node_modules cache is excluded from the resource file Notes: - Added `com.apple.security.cs.allow-jit` entitlement when signing the app package. This allows Execution of JIT-compiled Code Entitlement required by the fast-path of the JavaScriptCore framework on MacOS platforms. - Keep some debugging entries expected to help debugging Linux package - Removed outdated `DerivationPathInputRegressionTests` qml test Closes #12301
StatusQ
An emerging reusable QML UI component library for Status applications.
Usage
StatusQ introduces a module namespace that semantically groups components so they can be easily imported. These modules are:
- StatusQ.Core
- StatusQ.Core.Theme
- StatusQ.Core.Utils
- StatusQ.Components
- StatusQ.Controls
- StatusQ.Layout
- StatusQ.Platform
- StatusQ.Popups
Provided components can be viewed and tested in the sandbox application that comes with this repository. Other than that, modules and components can be used as expected.
Example:
import Status.Core 0.1
import Status.Controls 0.1
StatusInput {
...
}
Viewing and testing components
To make viewing and testing components easy, we've added a sandbox application to this repository in which StatusQ components are being build. This is the first place where components see the light of the world and can be run in a proper application environment.
Using Qt Creator
The easiest way to run the sandbox application is to simply open the provided CMakeLists.txt file using Qt Creator.
Using command line interface
To run the sandbox from within a command line interface, run the following commands:
$ git clone https://github.com/status-im/StatusQ
$ cd StatusQ
$ git submodule update --init
$ ./scripts/build
Once that is done, the sandbox can be started with the generated executable:
$ ./build/sandbox/Sandbox