43c710ec39
* Move java lib install to /usr/local/frc/java * Build and install both debug and normal OpenCV libraries * Install OpenCV cmake files * Build OpenCV Java with version 8 target * Build static OpenCV for static allwpilib binaries * Move netconsoleTee install to /usr/local/frc/bin * Move multiCameraServer default app install to /usr/local/frc/bin * Install more FRC binaries * Fix /home/pi/zips/java-multiCameraServer.zip owner to pi:pi * Remove azure 60 minute timeout * Add openjdk-8-jdk to Azure docker image (this is needed for cmake to find javah as only cmake 3.9 is available) |
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.. | ||
gradle/wrapper | ||
build.gradle | ||
gradlew | ||
gradlew.bat | ||
install.sh | ||
README.txt | ||
runCamera |
======================= Building locally on rPi ======================= 1) Run "./gradlew build" 2) Run "./install.sh" (replaces /home/pi/runCamera) 3) Run "./runInteractive" in /home/pi or "sudo svc -t /service/camera" to restart service. =================== Building on desktop =================== One time setup -------------- Copy the .jar files from /home/pi/javalibs on the Pi to the source directory. Building -------- 1) Run "./gradlew build" 2) Copy build/libs/java-multiCameraServer-all.jar and runCamera to /home/pi on the Pi. Note: the .jar filename may be different; if it is, either rename when copying to the Pi or edit runCamera to reflect the new jar name. 3) On the Pi, run "./runInteractive" in /home/pi or "sudo svc -t /service/camera" to restart service.