You won't need to install any other dependencies - making it perfect for AWS Lambda functions! Just call. This entire folder can be copied to any Amazon Linux 2 EC2 instance (or AWS Lambda function). LDFLAGS="-L/root/build/cache/lib -lstdc++" \Įxit the docker container and run ls -la to see the compiled ImageMagick binaries: bash-4.2# ls -laĭrwxr-xr-x 7 root root 4096 May 2 11:04. With the above dependencies installed, we're ready to compile ImageMagick: cd /root Step 5: Build ImageMagick on Amazon Linux 2 If you need to work with ICC color profiles: cd /root DCMAKE_INSTALL_PREFIX=/root/build/cache \īZIP is required by some formats (e.g. The following installs libheif : cd /root The following installs libde265: cd /root heic support, you'll need both libde265 and libheif. PKG_CONFIG_PATH=/root/build/cache/lib/pkgconfig \ Skip any modules you don't need to support: Optional: libjpeg Step 4: Install ImageMagick's Dependencies Install the following OS packages (required by ImageMagick's build process): yum install -y git gcc gcc-c++ cpp cpio make cmake automake autoconf chkconfig clang clang-libs dos2unix zlib zlib-devel zip unzip tar perl libxml2 bzip2 bzip2-libs xz xz-libs pkgconfig libtool
This option is slow (from non-ARM build machines).Īll remaining commands in this tutorial must be run inside the container. Use -platform linux/arm64/v8 to compile for ARM64 (Amazon's new Graviton processors).Use -platform linux/amd64 to compile for x86.Run a docker container to build ImageMagick with: docker run \ (Don't forget to cd into this directory.) Step 2: Run an Amazon Linux 2 Docker Container Cup of coffee (while the commands run).Ĭreate a folder on your development machine for the ImageMagick binaries: mkdir imagemagick.Copy-and-paste skills (minimal thinking required).Follow this guide to build ImageMagick from source on Amazon Linux 2 (useful for AWS Lambda functions).
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