Lukas Stancik
8176e71b81
Basic working code that is capable of establishing the Wireguard tunnel given that there is properly configured `.psk` file for at least one known wifi network (see README.md for more details)
42 lines
1.5 KiB
Bash
Executable File
42 lines
1.5 KiB
Bash
Executable File
#!/bin/sh
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set -e
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# First argument is preprocessed .env file supposed to be in tmp.build.XXXXXXXXXX directory
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# Let's load it up
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. $1
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alpine_source() {
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find ${CACHE_DIR} -type f -name ${RELEASE_BASENAME}.tar.gz | grep -q ${RELEASE_BASENAME} || \
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curl -sSL ${ALPINE_MIRROR}/${RELEASE_VERSION}/releases/${ALPINE_ARCH}/${RELEASE_BASENAME}.tar.gz -o ${CACHE_DIR}/${RELEASE_BASENAME}.tar.gz
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mkdir -p ${CACHE_DIR}/${RELEASE_BASENAME}
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find ${CACHE_DIR}/${RELEASE_BASENAME} -type d -empty -exec tar xfz ${CACHE_DIR}/${RELEASE_BASENAME}.tar.gz -C ${CACHE_DIR}/${RELEASE_BASENAME} \;
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}
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tailspin_bin() {
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find ${CACHE_DIR} -type f -name tailspin.tar.gz | grep -q tailspin || \
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curl -sSL https://github.com/bensadeh/tailspin/releases/download/4.0.0/tailspin-x86_64-unknown-linux-musl.tar.gz -o ${CACHE_DIR}/tailspin.tar.gz
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mkdir -p ${CACHE_DIR}/tailspin
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find ${CACHE_DIR}/tailspin -type d -empty -exec tar xfz ${CACHE_DIR}/tailspin.tar.gz -C ${CACHE_DIR}/tailspin \;
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}
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age_bin() {
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find ${CACHE_DIR} -type d -name age-src | grep -q age-src || \
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git clone https://github.com/wj/age.git ${CACHE_DIR}/age-src
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mkdir -p ${CACHE_DIR}/age
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find ${CACHE_DIR}/age -type d -empty -exec docker run --rm -v ${CACHE_DIR}/age:/usr/local/bin -e GOBIN=/usr/local/bin/ -v ${CACHE_DIR}/age-src:/usr/src/age -w /usr/src/age golang:1.22-alpine go install ./cmd/age \;
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}
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mkdir -p secrets
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mkdir -p ${CACHE_DIR}/aport
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mkdir -p ${CACHE_DIR}/extras
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# Second argument is supposed to be name of the functions decalred above
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# Let's call it
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$2
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