Put 2 private keys as a secret into the main repository. Put each public key as deployment key into each private repository. Create 2 SSH keys for the 2 private repositories by running ssh-keygen -t ed25519 twice. The following steps are required to setup the SSH keys for the runner during runtime to access the private repositories: Since the private repositories that my app dependeing on are mine as well, therefore I can add the required configuration into those private repositories. When working locally, my laptop can resolve the depedencies and checkout successfully because it has the private key configured for Github.īut when running in Github Actions, the private repositories can not be accessed since the runners is not configured to access the private repositories. I have an iOS app project with dependencies as Swift Packages hosted in private repositories on Github. asrock z690 steel legend manual how to lose belly fat overnight naturally orvis fly fishing backpack physical chemistry application. #ios, #swift, #github, #github-actions, #continuous-delivery, #continuous-integration The problem types of corporate actions with examples pdf. Similarly Windows and Linux are done too.How to access private repositories from Github Actions? 1 I have the github action for app distribution in firebase and I have the following error With :gradle:4.2.1 ran satisfactorily, but :gradle:4.2. name: Build with Gradle with: arguments: macosX64Binaries # to build mac binary - name: Upload MacOS Build uses: with: name: macos-build path: build/bin/macosX64/releaseExecutable/ParkingLot-LLD-Kotlin-MPP.kexe MacOS build_macos: runs-on: macos-latest # build this on a Mac steps. 
name: Build with Gradle with: arguments: assembleDist # java distribution - name: Upload JVM Build uses: with: name: jvm-build path: build/distributions/ParkingLot-LLD-Kotlin-MPP-*.zip # this is the path where it is created 3. JavaScript jobs: build_js: runs-on: ubuntu-latest steps: - uses: - name: Set up JDK 17 uses: with: java-version: '17' distribution: 'microsoft' - name: Build with Gradle uses: with: gradle-version: current arguments: compileProductionExecutableKotlinJs - name: Tar Artifact run: tar -czf build/js/packages/ParkingLot-LLD-Kotlin-MPP - name: Upload JS Build uses: with: name: js-build path: 2. So how does that work, you'll ask? Here's how.
exe executable (via mingw)Īnd they way I have set it up on Github, on every tag, it releases all these binaries. The interesting thing is, it is made using Kotlin Multiplatform, which means it can be compiled to the following formats You can check the following terminal recording. First, ensure that you have a proper Kotlin script. So I recently made a Parking Lot CLI program (the kind of ones you make for low-level system design interview questions). UPDATE: Kotlin is now pre-installed on GitHub Actions runners, no need to install it beforehand anymore.
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