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Cassidy Marble
1dd1d8c82e
The file is read, not sourced. An `ID` with no OS of its own is only taken as Linux when the kernel's `ostype` says so; otherwise `uname -a` decides.
108 lines
2.7 KiB
Bash
Executable File
108 lines
2.7 KiB
Bash
Executable File
#!/bin/sh
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# Save the PATH as it was when the test started to restore it when it
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# finishes
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ORIG_PATH="${PATH}"
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cleanup() {
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# Restore the PATH as it was when the test started
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export PATH="${ORIG_PATH}"
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}
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die () { cleanup; echo "$@" ; exit 1; }
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: nvm.sh
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\. ../../../nvm.sh
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# Directory where mocked binaries used by nvm_get_arch for each OS/arch are
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# located
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MOCKS_DIR="$(pwd)/../../mocks"
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# Sets the PATH for these tests to include the symlinks to the mocked
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# binaries
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export PATH=".:${PATH}"
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# `nvm_get_os` reads `/etc/os-release` where it is available; this test drives
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# the OS through the mocked `uname`, so point it at a file that does not exist
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export NVM_OS_RELEASE="${MOCKS_DIR}/nonexistent-os-release"
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# Setups mock binaries for a given OS and arch that mimic
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# the output of the real binaries used by nvm_get_arch to guess
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# the architecture of a given system.
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setup_mock_arch() {
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local OS
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OS=$1
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local ARCH
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ARCH=$2
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local OPT
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OPT=$3
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if [ "_${OS}" = '_solaris' ] || [ "_${OS}" = '_smartos' ]; then
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ln -sf "${MOCKS_DIR}/isainfo_${ARCH}" ./isainfo
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if [ "_$OPT" != "_no_pkg_info" ]; then
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ln -sf "${MOCKS_DIR}/pkg_info_${ARCH}" ./pkg_info
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else
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ln -sf "${MOCKS_DIR}/pkg_info_fail" ./pkg_info
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fi
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fi
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ln -sf "${MOCKS_DIR}/uname_${OS}_${ARCH}" ./uname
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}
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# Cleans up the setup done by setup_mock_arch.
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cleanup_mock_arch() {
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local OS
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OS=$1
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local ARCH
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ARCH=$2
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if [ "_${OS}" = '_solaris' ] || [ "_${OS}" = '_smartos' ]; then
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rm -f ./isainfo
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rm -f ./pkg_info
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fi
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rm -f ./uname
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}
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# Runs nvm_get_arch for architecture $ARCH and OS $OS, and compares the
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# expected output $EXPECTED_OUTPUT with the actual output. Does nothing
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# and exits cleanly if they match, dies otherwise.
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run_test() {
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local ARCH
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ARCH=$1
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local OS
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OS=$2
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local EXPECTED_OUTPUT
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EXPECTED_OUTPUT=$3
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local OPT
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OPT=$4
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setup_mock_arch "${OS}" "${ARCH}" "${OPT}"
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local OUTPUT
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OUTPUT="$(nvm_get_arch)"
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cleanup_mock_arch "${OS}" "${ARCH}"
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[ "_${OUTPUT}" = "_${EXPECTED_OUTPUT}" ] ||
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die "nvm_get_arch for OS \"${OS}\" and arch \"${ARCH}\" with OPT \"${OPT}\" did
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not return \"${EXPECTED_OUTPUT}\"; got \"${OUTPUT}\""
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}
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run_test x86 smartos x86
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run_test x86 smartos x86 no_pkg_info
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run_test amd64 smartos x64
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run_test amd64 smartos x64 no_pkg_info
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run_test x86 osx x86
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run_test amd64 osx x64
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# These smartos cases have no arch-specific uname mock, so they fall through to
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# the real host: they only hold on an x86_64 host, and not on Alpine, where the
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# host picks up the musl suffix these non-musl assertions do not expect.
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if [ ! -f "/etc/alpine-release" ] && [ "$(command uname -m)" = 'x86_64' ]; then
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run_test arm64 smartos x64
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run_test armv8l smartos x64
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fi
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run_test loongarch64 linux loong64
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cleanup
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