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https://github.com/NixOS/nix.git
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c11836126b
Use `set -u` and `set -o pipefail` to catch accidental mistakes and failures more strongly. - `set -u` catches the use of undefined variables - `set -o pipefail` catches failures (like `set -e`) earlier in the pipeline. This makes the tests a bit more robust. It is nice to read code not worrying about these spurious success paths (via uncaught) errors undermining the tests. Indeed, I caught some bugs doing this. There are a few tests where we run a command that should fail, and then search its output to make sure the failure message is one that we expect. Before, since the `grep` was the last command in the pipeline the exit code of those failing programs was silently ignored. Now with `set -o pipefail` it won't be, and we have to do something so the expected failure doesn't accidentally fail the test. To do that we use `expect` and a new `expectStderr` to check for the exact failing exit code. See the comments on each for why. `grep -q` is replaced with `grepQuiet`, see the comments on that function for why. `grep -v` when we just want the exit code is replaced with `grepInverse, see the comments on that function for why. `grep -q -v` together is, surprise surprise, replaced with `grepQuietInverse`, which is both combined. Co-authored-by: Robert Hensing <roberth@users.noreply.github.com>
191 lines
5.7 KiB
Bash
191 lines
5.7 KiB
Bash
source common.sh
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if [ -z "${storeCleared-}" ]; then
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clearStore
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fi
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clearProfiles
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# Query installed: should be empty.
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test "$(nix-env -p $profiles/test -q '*' | wc -l)" -eq 0
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nix-env --switch-profile $profiles/test
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# Query available: should contain several.
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test "$(nix-env -f ./user-envs.nix -qa '*' | wc -l)" -eq 6
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outPath10=$(nix-env -f ./user-envs.nix -qa --out-path --no-name '*' | grep foo-1.0)
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drvPath10=$(nix-env -f ./user-envs.nix -qa --drv-path --no-name '*' | grep foo-1.0)
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[ -n "$outPath10" -a -n "$drvPath10" ]
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# Query with json
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nix-env -f ./user-envs.nix -qa --json | jq -e '.[] | select(.name == "bar-0.1") | [
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.outputName == "out",
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.outputs.out == null
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] | all'
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nix-env -f ./user-envs.nix -qa --json --out-path | jq -e '.[] | select(.name == "bar-0.1") | [
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.outputName == "out",
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(.outputs.out | test("'$NIX_STORE_DIR'.*-0\\.1"))
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] | all'
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# Query descriptions.
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nix-env -f ./user-envs.nix -qa '*' --description | grepQuiet silly
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rm -rf $HOME/.nix-defexpr
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ln -s $(pwd)/user-envs.nix $HOME/.nix-defexpr
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nix-env -qa '*' --description | grepQuiet silly
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# Query the system.
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nix-env -qa '*' --system | grepQuiet $system
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# Install "foo-1.0".
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nix-env -i foo-1.0
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# Query installed: should contain foo-1.0 now (which should be
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# executable).
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test "$(nix-env -q '*' | wc -l)" -eq 1
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nix-env -q '*' | grepQuiet foo-1.0
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test "$($profiles/test/bin/foo)" = "foo-1.0"
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# Test nix-env -qc to compare installed against available packages, and vice versa.
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nix-env -qc '*' | grepQuiet '< 2.0'
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nix-env -qac '*' | grepQuiet '> 1.0'
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# Test the -b flag to filter out source-only packages.
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[ "$(nix-env -qab | wc -l)" -eq 1 ]
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# Test the -s flag to get package status.
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nix-env -qas | grepQuiet 'IP- foo-1.0'
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nix-env -qas | grepQuiet -- '--- bar-0.1'
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# Disable foo.
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nix-env --set-flag active false foo
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(! [ -e "$profiles/test/bin/foo" ])
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# Enable foo.
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nix-env --set-flag active true foo
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[ -e "$profiles/test/bin/foo" ]
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# Store the path of foo-1.0.
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outPath10_=$(nix-env -q --out-path --no-name '*' | grep foo-1.0)
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echo "foo-1.0 = $outPath10"
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[ "$outPath10" = "$outPath10_" ]
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# Install "foo-2.0pre1": should remove foo-1.0.
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nix-env -i foo-2.0pre1
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# Query installed: should contain foo-2.0pre1 now.
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test "$(nix-env -q '*' | wc -l)" -eq 1
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nix-env -q '*' | grepQuiet foo-2.0pre1
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test "$($profiles/test/bin/foo)" = "foo-2.0pre1"
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# Upgrade "foo": should install foo-2.0.
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NIX_PATH=nixpkgs=./user-envs.nix:${NIX_PATH-} nix-env -f '<nixpkgs>' -u foo
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# Query installed: should contain foo-2.0 now.
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test "$(nix-env -q '*' | wc -l)" -eq 1
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nix-env -q '*' | grepQuiet foo-2.0
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test "$($profiles/test/bin/foo)" = "foo-2.0"
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# Store the path of foo-2.0.
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outPath20=$(nix-env -q --out-path --no-name '*' | grep foo-2.0)
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test -n "$outPath20"
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# Install bar-0.1, uninstall foo.
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nix-env -i bar-0.1
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nix-env -e foo
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# Query installed: should only contain bar-0.1 now.
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if nix-env -q '*' | grepQuiet foo; then false; fi
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nix-env -q '*' | grepQuiet bar
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# Rollback: should bring "foo" back.
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oldGen="$(nix-store -q --resolve $profiles/test)"
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nix-env --rollback
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[ "$(nix-store -q --resolve $profiles/test)" != "$oldGen" ]
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nix-env -q '*' | grepQuiet foo-2.0
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nix-env -q '*' | grepQuiet bar
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# Rollback again: should remove "bar".
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nix-env --rollback
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nix-env -q '*' | grepQuiet foo-2.0
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if nix-env -q '*' | grepQuiet bar; then false; fi
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# Count generations.
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nix-env --list-generations
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test "$(nix-env --list-generations | wc -l)" -eq 7
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# Doing the same operation twice results in the same generation, which triggers
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# "lazy" behaviour and does not create a new symlink.
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nix-env -i foo
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nix-env -i foo
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# Count generations.
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nix-env --list-generations
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test "$(nix-env --list-generations | wc -l)" -eq 8
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# Switch to a specified generation.
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nix-env --switch-generation 7
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[ "$(nix-store -q --resolve $profiles/test)" = "$oldGen" ]
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# Install foo-1.0, now using its store path.
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nix-env -i "$outPath10"
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nix-env -q '*' | grepQuiet foo-1.0
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nix-store -qR $profiles/test | grep "$outPath10"
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nix-store -q --referrers-closure $profiles/test | grep "$(nix-store -q --resolve $profiles/test)"
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[ "$(nix-store -q --deriver "$outPath10")" = $drvPath10 ]
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# Uninstall foo-1.0, using a symlink to its store path.
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ln -sfn $outPath10/bin/foo $TEST_ROOT/symlink
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nix-env -e $TEST_ROOT/symlink
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if nix-env -q '*' | grepQuiet foo; then false; fi
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nix-store -qR $profiles/test | grepInverse "$outPath10"
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# Install foo-1.0, now using a symlink to its store path.
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nix-env -i $TEST_ROOT/symlink
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nix-env -q '*' | grepQuiet foo
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# Delete all old generations.
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nix-env --delete-generations old
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# Run the garbage collector. This should get rid of foo-2.0 but not
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# foo-1.0.
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nix-collect-garbage
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test -e "$outPath10"
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(! [ -e "$outPath20" ])
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# Uninstall everything
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nix-env -e '*'
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test "$(nix-env -q '*' | wc -l)" -eq 0
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# Installing "foo" should only install the newest foo.
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nix-env -i foo
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test "$(nix-env -q '*' | grep foo- | wc -l)" -eq 1
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nix-env -q '*' | grepQuiet foo-2.0
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# On the other hand, this should install both (and should fail due to
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# a collision).
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nix-env -e '*'
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(! nix-env -i foo-1.0 foo-2.0)
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# Installing "*" should install one foo and one bar.
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nix-env -e '*'
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nix-env -i '*'
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test "$(nix-env -q '*' | wc -l)" -eq 2
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nix-env -q '*' | grepQuiet foo-2.0
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nix-env -q '*' | grepQuiet bar-0.1.1
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# Test priorities: foo-0.1 has a lower priority than foo-1.0, so it
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# should be possible to install both without a collision. Also test
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# ‘--set-flag priority’ to manually override the declared priorities.
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nix-env -e '*'
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nix-env -i foo-0.1 foo-1.0
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[ "$($profiles/test/bin/foo)" = "foo-1.0" ]
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nix-env --set-flag priority 1 foo-0.1
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[ "$($profiles/test/bin/foo)" = "foo-0.1" ]
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# Test nix-env --set.
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nix-env --set $outPath10
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[ "$(nix-store -q --resolve $profiles/test)" = $outPath10 ]
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nix-env --set $drvPath10
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[ "$(nix-store -q --resolve $profiles/test)" = $outPath10 ]
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