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arm64_docker_builds.txt
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arm64_docker_builds.txt
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# Sources:
# https://matt-wxw.medium.com/build-docker-images-for-platform-arm64-apple-m1-and-amd64-on-apple-m1-with-docker-desktop-7c6dd5f7f325
# https://andrewlock.net/creating-multi-arch-docker-images-for-arm64-from-windows/
#### Build the AMD64/ARM64 compliant baseOS image (e.g. gcc850 w/ open-mpi 3.1.6)
# Step 1. Create a new docker builder (only needs to be done once)
docker buildx create --name multibuilder --use
# Step 2. Change to local simulation_containers git repo directory
cd /Users/sserbin/Data/GitHub/ngeearctic_elm_containers
# Step 3a. Build an AMD64/ARM64 compliant version of the baseOS container. This is for local builds only
docker buildx build --push -t serbinsh/ngeearctic_elm_containers:baseos_gcc850ompi316_multiarch \
--no-cache --platform linux/amd64,linux/arm64 -f docker/baseos/gcc850ompi316/Dockerfile .
# Just an ARM64 compliant image for testing
docker buildx build --push -t serbinsh/ngeearctic_elm_containers:baseos_gcc850ompi316_arm64 \
--no-cache --platform linux/arm64 -f docker/baseos/gcc850ompi316/Dockerfile_arm64 .
# quick test using cached build
docker buildx build --push -t serbinsh/ngeearctic_elm_containers:baseos_gcc850ompi316_arm64 \
--platform linux/arm64 -f docker/baseos/gcc850ompi316/Dockerfile_arm64 .
# Step 3b. Build an AMD64/ARM64 compliant version of the baseOS container w/ non-parallel libs. This is for local builds only
docker buildx build --push -t serbinsh/ngeearctic_elm_containers:baseos_gcc850ompi316-serial_multiarch \
--no-cache --platform linux/amd64,linux/arm64 -f docker/baseos/gcc850_serial/Dockerfile .
#### Build the latest ARM64 compliant ELM container - based on an ARM64 compliant baseOS image
# Step 1. Create a new docker builder
docker buildx create --name multibuilder --use
# Step 2. Change to local simulation_containers git repo directory
cd /Users/sserbin/Data/GitHub/simulation_containers
# Step 3a. Build multi-arch ELM
docker buildx build --push -t serbinsh/ngeearctic_elm_containers:elm_v2-for-ngee_multiarch --no-cache \
--platform linux/amd64,linux/arm64 -f docker/elm/elm_v2-for-ngee/Dockerfile_multiarch .
# Step 3b. Build AMD64 and ARM64 compliant version of the serial lib ELM docker. This is for local builds only
docker buildx build --push -t serbinsh/ngeearctic_elm_containers:elm_v2-for-ngee-serial_multiarch --no-cache \
--platform linux/amd64,linux/arm64 -f docker/elm/elm_v2-for-ngee/Dockerfile_serial_multiarch .
#### Build a multi-platform version of the jupyter-lab simulation_container
# Step 1. Create a new docker builder (only needs to be done once)
docker buildx create --name multibuilder --use
# Step 2. Change to local simulation tools git repo directory
cd /Users/sserbin/Data/GitHub/fasst_simulation_tools
# Step 3a. Build an AMD64+ARM64 compliant version of the jupyter environment (version 3.3.2, src AMD/ARM compliant)
# https://hub.docker.com/r/jupyter/base-notebook/tags/?page=1&name=3.3.2
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:fasst_jupyterlab_3.3.2 --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_lab_3.3.2 .
# Step 3b. Build an AMD64+ARM64 compliant version of the jupyter environment (version 3.3.2, src AMD/ARM compliant)
# Google Earth Engine version
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:fasst_jupyterlab_gee_3.3.2 --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_lab_gee_3.3.2 .
# Step 4a. Add example notebook scripts to fasst_jupyterlab_3.3.2 container and label as "elmlab_3.3.2"
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:elmlab_3.3.2 --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_elmlab_3.3.2 .
# Step 4b. Add example notebook scripts to fasst_jupyterlab_3.3.2 container and label as "elmlab_3.3.2"
# Google Earth Engine version
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:elmlab_gee_3.3.2 --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_elmlab_gee_3.3.2 .
#### Build the STABLE RELEASE ARM64 compliant ELM container - based on an ARM64 compliant baseOS image
# Step 1. Create a new docker builder
docker buildx create --name multibuilder --use
# Step 2. Change to local simulation_containers git repo directory
cd /Users/sserbin/Data/GitHub/simulation_containers
# Step 3. Build an ARM64 compliant version of the ELM docker. This is for local builds only
docker buildx build --push -t fasstsimulation/elm-builds:elm_v2-for-ngee_arm64_stable --no-cache \
--platform linux/arm64 -f docker/elm/elm_v2-for-ngee/Dockerfile_arm64_stable .
###### !!!! OLDER INSTRUCTIONS !!!!!
#### Build a multi-platform version of the jupyter-lab simulation_container
# Step 1. Create a new docker builder (only needs to be done once)
docker buildx create --name multibuilder --use
# Step 2. Change to local simulation_containers git repo directory
cd /Users/sserbin/Data/GitHub/fasst_simulation_tools
# Step 3a. Build an AMD64+ARM64 compliant version of the simulation_container (version 3.3.2, src AMD/ARM compliant)
# https://hub.docker.com/r/jupyter/base-notebook/tags/?page=1&name=3.3.2
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:fasst_jupyterlab_3.3.2 --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_lab_3.3.2 .
# Step 3b. Build an AMD64+ARM64 compliant version of the simulation_container (version 3.3.2, src AMD/ARM compliant)
# https://hub.docker.com/r/jupyter/base-notebook/tags/?page=1&name=3.3.2
# With Google Earth Engine and GEEmap
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:fasst_jupyterlab_3.3.2_gee --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_lab_gee_3.3.2 .
# Step 3. Build an AMD64+ARM64 compliant version of the simulation_container (version 3.4.0, src AMD/ARM compliant)
# https://hub.docker.com/r/jupyter/base-notebook/tags?page=1&name=3.4.0
# !!!
# Step 3a. Build an AMD64+ARM64 compliant version of the simulation_container (version 3.3.2, src AMD/ARM compliant)
# Alternative Step - add new scripts to jupyter-lab container without rebuilding the full container
docker buildx build --push -t fasstsimulation/fasst_simulation_tools:elmlab_3.3.2 --no-cache \
--platform linux/amd64,linux/arm64 -f docker/jupyter/Dockerfile_elmlab_3.3.2 .