mirror of
https://github.com/fish-shell/fish-shell
synced 2024-11-15 01:17:45 +00:00
9aa8740c36
This makes the script worse, but it's good enough.
The required changes are:
- `shopt -s nullglob`, which we simply don't use (we have one glob, but that's
guaranteed to match because we ship the files)
- One array, which we replace with a direct use of the glob (plus it
used `echo` again?)
- The `function` word, which I'm still annoyed is even a thing!
- Variable indirection (`color=${!color_var}` - instead we pass the
value directly - which makes the script uglier!)
- One array, which we replace with a function
- A use of `type -t`, replaced with `command -v`
- A use of `${var:begin:end}` substring expansion, replaced with trickery.
- `set -o pipefail` is replaced with a function
Note that checkbashisms still complains about `command -v`, because
we're not using it with "-p". But we _want_ to check the current
$PATH, and `command -v` is POSIX.
This still uses `local`, which technically isn't in POSIX.
The tests now appear to pass in:
- bash
- dash
- zsh
- mksh
- busybox
319 lines
9.8 KiB
Bash
Executable file
319 lines
9.8 KiB
Bash
Executable file
#!/bin/sh
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##
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# Test that the invocation of the fish executable works as we hope.
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#
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# We try to run the 'fish' binary with different command line switches.
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# Each time we check against an output that we expect.
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#
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# We are testing fish's invocation itself, so this is not written in
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# fish itself - if the invocation wasn't working, we'd never even
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# be able to use this test to check that the invocation wasn't working.
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#
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# What we test...
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#
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# * The environment is cleaned so that (hopefully) differences in
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# the host terminal, language or user settings do not affect the
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# tests.
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#
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# * The files 'tests/invocation/*.invoke' contain the arguments that
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# will be passed to the 'fish' command under test. The arguments
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# may be split over multiple lines for clarity.
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#
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# * Before execution, if the file 'tests/invocation/<name>.config'
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# exists, it will be copied as the 'config.fish' file in the
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# configuration directory.
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#
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# * The stdout and stderr are captured into files and will be
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# processed before comparison with the
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# 'tests/invocation/<name>.(out|err)' files. A missing file is
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# considered to be no output.
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# Either file may be given a further suffix of '.<system name>'
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# which will be used in preference to the default. This allows
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# the expected output to change depending on the system being
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# used - to allow for differences in behaviour.
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# The '<system name>' can be found with 'uname -s'.
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# This facility should be used sparingly as system differences
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# will confuse users.
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#
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# * The file 'tests/invocation/<name>.grep' is used to select the
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# sections of the file we are interested in within the stdout.
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# Only the parts that match will be compared to the '*.out' file.
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# This can be used to filter out changeable parts of the output
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# leaving just the parts we are interested in.
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#
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# * The stderr output will have the 'RC: <return code>' appended
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# if the command returned a non-zero value.
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# The stderr output will have the 'XDG_CONFIG_HOME' location
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# substituted, to allow error reports to be compared consistently.
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#
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# * If the processed output differs from the supplied output,
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# the test will fail, and the differences will be shown on the
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# console.
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#
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# * If anything fails, the return code for this script will be
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# non-zero.
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#
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# Errors will be fatal
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set -e
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# The directory this script is in (as everything is relative to here)
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here="$(cd "$(dirname "$0")" && pwd -P)"
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cd "$here"
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# The temporary directory to use
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temp_dir="$here/../test"
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# The fish binary we are testing - for manual testing, may be overridden
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fish_exe="${fish_exe:-../test/root/bin/fish}"
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fish_dir="$(dirname "${fish_exe}")"
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fish_leaf="$(basename "${fish_exe}")"
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# Which system are we on.
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# fish has slightly different behaviour depending on the system it is
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# running on (and the libraries that it is linked with), so for special
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# cases, we'll use a suffixed file.
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system_name="$(uname -s)"
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# Check whether we have the 'colordiff' tool - if not, we'll revert to
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# boring regular 'diff'.
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if command -v colordiff >/dev/null 2>&1; then
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difftool='colordiff'
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else
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difftool='diff'
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fi
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##
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# Set variables to known values so that they will not affect the
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# execution of the test.
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clean_environment() {
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# Reset the terminal variables to a known type.
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export TERM=xterm
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unset ITERM_PROFILE
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# And the language as well, so that we do not see differences in
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# output dur to the user's locale
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export LANGUAGE=en_US:en
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# Ensure that the fish environment we use is in a clean state
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rm -rf "${temp_dir}/data" "${temp_dir}/home"
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mkdir -p "${temp_dir}/data" "${temp_dir}/home" "${temp_dir}/home/fish"
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export XDG_DATA_HOME="${temp_dir}/data"
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export XDG_CONFIG_HOME="${temp_dir}/home"
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}
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##
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# Fail completely :-(
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fail() {
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say "$term_red" "FAIL: $*" >&2
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exit 1
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}
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##
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# Coloured output
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#
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# Use like `say "$term_green" "message".
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say() {
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echo "$1$2$term_reset"
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}
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run_rc() {
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# Write the return code on to the end of the stderr, so that it can be
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# checked like anything else.
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eval "$*" || echo "RC: $?" >&2
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}
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filter() {
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# In some cases we want to check only a part of the output.
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# For those we filter the output through grep'd matches.
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if [ -f "$1" ] ; then
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# grep '-o', '-E' and '-f' are supported by the tools in modern GNU
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# environments, and on OS X.
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grep -oE -f "$1"
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else
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cat
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fi
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}
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##
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# Actual testing of a .invoke file.
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test_file() {
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local file="$1"
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local dir="$(dirname "$file")"
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local base="$(basename "$file" .invoke)"
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local test_config="${dir}/${base}.config"
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local test_stdout="${dir}/${base}.tmp.out"
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local test_stderr="${dir}/${base}.tmp.err"
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local want_stdout="${dir}/${base}.out"
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local grep_stdout="${dir}/${base}.grep"
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local want_stderr="${dir}/${base}.err"
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local empty="${dir}/${base}.empty"
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local filter
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local rc=0
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local test_args_literal
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local test_args
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local out_status=0
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local err_status=0
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# Literal arguments, for printing
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test_args_literal="$(cat "$file")"
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# Read the test arguments, escaping things that might be processed by us
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test_args="$(sed 's/\$/\$/' "$file" | tr '\n' ' ')"
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# Select system-specific files if they are present.
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system_specific=
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if [ -f "${test_config}.${system_name}" ] ; then
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test_config="${test_config}.${system_name}"
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system_specific=true
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fi
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if [ -f "${want_stdout}.${system_name}" ] ; then
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want_stdout="${want_stdout}.${system_name}"
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system_specific=true
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fi
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if [ -f "${want_stderr}.${system_name}" ] ; then
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want_stderr="${want_stderr}.${system_name}"
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system_specific=true
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fi
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if [ -f "${grep_stdout}.${system_name}" ] ; then
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grep_stdout="${grep_stdout}.${system_name}"
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system_specific=true
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fi
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# Create an empty file so that we can compare against it if needed
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echo -n > "${empty}"
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# If they supplied a configuration file, we create it here
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if [ -f "$test_config" ] ; then
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cat "$test_config" > "${temp_dir}/home/fish/config.fish"
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else
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rm -f "${temp_dir}/home/fish/config.fish"
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fi
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echo -n "Testing file $file ${system_specific:+($system_name specific) }... "
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# The hoops we are jumping through here, with changing directory are
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# so that we always execute fish as './fish', which means that any
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# error messages will appear the same, even if the tested binary
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# is not one that we built here.
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# We disable the exit-on-error here, so that we can catch the return
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# code.
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set +e
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run_rc "cd \"$fish_dir\" && \"./$fish_leaf\" $test_args" \
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2> "$test_stderr" \
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< /dev/null \
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| filter "$grep_stdout" \
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> "$test_stdout"
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set -e
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# If the wanted output files are not present, they are assumed empty.
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if [ ! -f "$want_stdout" ] ; then
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want_stdout="$empty"
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fi
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if [ ! -f "$want_stderr" ] ; then
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want_stderr="$empty"
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fi
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# The standard error that we get will report errors using non-relative
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# filenames, so we try to replace these with the variable names.
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#
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# However, fish will also have helpfully translated the home directory
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# into '~/' in the error report. Consequently, we need to perform a
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# small fix-up so that we can replace the string sanely.
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xdg_config_in_home="${XDG_CONFIG_HOME#$HOME}"
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if [ "${#xdg_config_in_home}" -lt "${#XDG_CONFIG_HOME}" ]; then
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xdg_config_in_home="~$xdg_config_in_home"
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fi
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# 'sed -i' (inplace) has different syntax on BSD and GNU versions of
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# the tool, so cannot be used here, hence we write to a separate file,
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# and then move back.
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sed "s,$xdg_config_in_home,\$XDG_CONFIG_HOME,g" "${test_stderr}" > "${test_stderr}.new"
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mv -f "${test_stderr}.new" "${test_stderr}"
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# Check the results
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if ! diff "${test_stdout}" "${want_stdout}" >/dev/null 2>/dev/null ; then
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out_status=1
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fi
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if ! diff "${test_stderr}" "${want_stderr}" >/dev/null 2>/dev/null ; then
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err_status=1
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fi
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if [ "$out_status" = '0' ] && \
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[ "$err_status" = '0' ] ; then
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say "$term_green" "ok"
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# clean up tmp files
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rm -f "${test_stdout}" "${test_stderr}" "${empty}"
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rc=0
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else
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say "$term_red" "fail"
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say "$term_blue" "$test_args_literal" | sed 's/^/ /'
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if [ "$out_status" != '0' ] ; then
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say "$term_yellow" "Output differs for file $file. Diff follows:"
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"$difftool" -u "${test_stdout}" "${want_stdout}"
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fi
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if [ "$err_status" != '0' ] ; then
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say "$term_yellow" "Error output differs for file $file. Diff follows:"
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"$difftool" -u "${test_stderr}" "${want_stderr}"
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fi
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rc=1
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fi
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return $rc
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}
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########################################################################
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# Main harness
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if [ ! -x "${fish_exe}" ] ; then
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fail "Fish executable not found at '${fish_exe}'"
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fi
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clean_environment
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# Terminal colouring
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# Only do this after setting up $TERM.
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term_red=""
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term_green=""
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term_yellow=""
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term_blue=""
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term_magenta=""
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term_cyan=""
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term_white=""
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term_reset=""
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# Some systems don't have tput. Disable coloring.
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if command -v tput >/dev/null 2>&1; then
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term_red="$(tput setaf 1)"
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term_green="$(tput setaf 2)"
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term_yellow="$(tput setaf 3)"
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term_blue="$(tput setaf 4)"
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term_magenta="$(tput setaf 5)"
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term_cyan="$(tput setaf 6)"
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term_white="$(tput setaf 7)"
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term_reset="$(tput sgr0)"
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fi
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say "$term_cyan" "Testing shell invocation functionality"
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passed=0
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failed=0
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for file in invocation/*.invoke; do
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if ! test_file "$file" ; then
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failed=$(( failed + 1 ))
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else
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passed=$(( passed + 1 ))
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fi
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done
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echo "Encountered $failed errors in the invocation tests (out of $(( failed + passed )))."
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if [ "$failed" != 0 ] ; then
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exit 1
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fi
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exit 0
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