b88f173c43
This takes some of the machinery from CNI and from the rkt networking code, and turns it into a library that can be linked into go apps. Included is an example command-line application that uses the library, called `cnitool`. Other headline changes: * Plugin exec'ing is factored out The motivation here is to factor out the protocol for invoking plugins. To that end, a generalisation of the code from api.go and pkg/plugin/ipam.go goes into pkg/invoke/exec.go. * Move argument-handling and conf-loading into public API The fact that the arguments get turned into an environment for the plugin is incidental to the API; so, provide a way of supplying them as a struct or saying "just use the same arguments as I got" (the latter is for IPAM plugins).
34 lines
685 B
Bash
Executable File
34 lines
685 B
Bash
Executable File
#!/bin/bash -e
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ORG_PATH="github.com/appc"
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REPO_PATH="${ORG_PATH}/cni"
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if [ ! -h gopath/src/${REPO_PATH} ]; then
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mkdir -p gopath/src/${ORG_PATH}
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ln -s ../../../.. gopath/src/${REPO_PATH} || exit 255
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fi
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export GOBIN=${PWD}/bin
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export GOPATH=${PWD}/gopath:$(pwd)/Godeps/_workspace
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echo "Building API"
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go build ${REPO_PATH}/libcni
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echo "Building reference CLI"
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go install ${REPO_PATH}/cnitool
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echo "Building plugins"
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PLUGINS="plugins/meta/* plugins/main/* plugins/ipam/*"
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for d in $PLUGINS; do
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if [ -d $d ]; then
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plugin=$(basename $d)
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echo " " $plugin
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go install ${REPO_PATH}/$d
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fi
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done
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if [ ! -h $GOBIN/host-local-ptp ]; then
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ln -s host-local $GOBIN/host-local-ptp
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fi
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