* fix(StatusQrCodeScanner): Improve QR code scanner - Almost async loading - Added camera selector - Added `captureRectangle` property - Add component info to sandbox qr code scanner page - Embed QrCodeScanner into desktop app * Compile and link qzxing as shared library * Hardcode settingCurrentNetwork. Propagate inputConnectionString errors. * Added qzxing libdir to e2e tests ld_library_path |
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.. | ||
cpp | ||
Dockerfile | ||
Jenkinsfile | ||
Jenkinsfile.combined | ||
Jenkinsfile.e2e | ||
Jenkinsfile.imports | ||
Jenkinsfile.linux | ||
Jenkinsfile.linux-cpp | ||
Jenkinsfile.macos | ||
Jenkinsfile.macos-cpp.todo | ||
Jenkinsfile.tests-nim | ||
Jenkinsfile.windows | ||
Jenkinsfile.windows-cpp.todo | ||
README.md |
README.md
Description
These Jenkinsfile
s are used to run CI jobs in Jenkins. You can find them here:
https://ci.status.im/job/nim-status-client/
Builds
Linux
In order to build the Linux version of the application we use the ubuntu:18.04 Docker image where we install the Qt 5.15.2 provided by aqt, linuxdeployqt provided by https://github.com/probonopd/linuxdeployqt and other dependencies (go, cmake, gcc etc.). We're using Ubuntu 18.04 to ensure glibc compatibility with the oldest still-supported LTS release and to comply with linuxdeployqt requirements.
The image is built with Dockerfile
using:
docker build -t statusteam/nim-status-client-build:latest .
And pushed to: https://hub.docker.com/r/statusteam/nim-status-client-build
MacOS
The MacOS builds are run on MacOS hosts and expect Command Line Toold and XCode to be installed, as well as QT being available under /usr/local/qt
.
It also expects the presence of the following credentials:
macos-keychain-identity
- ID of used signing certificate.macos-keychain-pass
- Password to unlock the keychain.macos-keychain-file
- Keychain file with the MacOS signing certificate.
You can read about how to create such a keychain here.