Remove armv7hf for container-example

.github/workflows/container-example.yml

@@ -13,12 +13,9 @@ jobs:
     strategy:
       matrix:
         include:
-          - arch: armv7hf
-            platformarch: "linux/arm/v7"
-            axis-os: 11.11.70
           - arch: aarch64
             platformarch: "linux/arm64/v8"
-            axis-os: 11.11.70
+            axis-os: 12.0.89
     env:
       EXREPO: acap-native-examples
       EXNAME: container-example
@@ -33,7 +30,7 @@ jobs:
         run: |
           docker image rm -f $imagetag
           cd $EXNAME
-          docker pull --platform=${{ matrix.platformarch}} alpine:$alpinetag
+          docker pull --platform=${{ matrix.platformarch }} alpine:$alpinetag
           docker save -o alpine.tar alpine:$alpinetag
           docker build --no-cache --tag $imagetag --build-arg ARCH=${{ matrix.arch }} .
           docker cp $(docker create $imagetag):/opt/app ./build

container-example/Dockerfile

@@ -1,6 +1,6 @@
 # syntax=docker/dockerfile:1
 
-ARG ARCH=armv7hf
+ARG ARCH=aarch64
 ARG VERSION=1.15
 ARG UBUNTU_VERSION=22.04
 ARG REPO=axisecp

container-example/README.md

@@ -98,38 +98,31 @@ Standing in your working directory run the following commands:
 > https://docs.docker.com/network/proxy and a
 > [script for Axis devices](https://axiscommunications.github.io/acap-documentation/docs/develop/build-install-run.html#configure-network-proxy-settings) in the ACAP documentation.
 
-##### Build the application for armv7hf
-
-Pull the [Alpine linux container image][alpine] for armv7hf and save it to a
-.tar file, then build the application:
+Pull the [Alpine linux container image][alpine] and save it to a .tar file.
 
 ```sh
-docker pull --platform="linux/arm/v7" alpine:3.19.1
+docker pull --platform="linux/arm64/v8" alpine:3.19.1
 docker save -o alpine.tar alpine:3.19.1
-docker build --build-arg ARCH=armv7hf --tag container-example:armv7hf .
-docker cp $(docker create container-example:armv7hf):/opt/app ./build-armv7hf
+````
+
+Build the application:
+
+```sh
+docker build --tag <APP_IMAGE> .
 ```
 
-##### Build the application for aarch64
+`<APP_IMAGE>` is the name to tag the image with, e.g., `container-example:1.0`.
 
-Pull the [Alpine linux container image][alpine] for aarch64 and save it to a
-.tar file, then build the application:
+Copy the result from the container image to a local directory `build`:
 
 ```sh
-docker pull --platform="linux/arm64/v8" alpine:3.19.1
-docker save -o alpine.tar alpine:3.19.1
-docker build --build-arg ARCH=aarch64 --tag container-example:aarch64 .
-docker cp $(docker create container-example:aarch64):/opt/app ./build-aarch64
+docker cp $(docker create <APP_IMAGE>):/opt/app ./build
 ```
 
-##### Extract the application
-
-The `build-armv7hf` and `build-aarch64` directories contain the build
-artifacts, where the ACAP application is found with suffix `.eap`, depending on
-which SDK architecture that was chosen, one of these files should be found:
+The `build` directory contains the build artifacts, where the ACAP
+application is found with suffix `.eap`. This file should be found:
 
-- `Container_Example_1_0_0_aarch64.eap`
-- `Container_Example_1_0_0_armv7hf.eap`
+- `Container_Example_1_0_0_aarch64.eap`.
 
 #### Install your application
 
@@ -142,9 +135,8 @@ http://<AXIS_DEVICE_IP>/index.html#apps
 - Click on the tab `Apps` in the device GUI
 - Enable `Allow unsigned apps` toggle
 - Click `(+ Add app)` button to upload the application file
-- Browse to the newly built ACAP application, depending on architecture:
+- Browse to the newly built ACAP application:
   - `Container_Example_1_0_0_aarch64.eap`
-  - `Container_Example_1_0_0_armv7hf.eap`
 - Click `Install`
 - Run the application by enabling the `Start` switch