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|
source "${CI_DIR}/common/build.sh"
source "${CI_DIR}/common/suite.sh"
print_core() {
local app="$1"
local core="$2"
if test "$app" = quiet ; then
echo "Found core $core"
return 0
fi
echo "======= Core file $core ======="
if [[ "${TRAVIS_OS_NAME}" == osx ]]; then
lldb -Q -o "bt all" -f "${app}" -c "${core}"
else
gdb -n -batch -ex 'thread apply all bt full' "${app}" -c "${core}"
fi
}
check_core_dumps() {
local del=
if test "$1" = "--delete" ; then
del=1
shift
fi
local app="${1:-${BUILD_DIR}/bin/nvim}"
if [[ "${TRAVIS_OS_NAME}" == osx ]]; then
local cores="$(find /cores/ -type f -print)"
else
local cores="$(find ./ -type f -name 'core.*' -print)"
fi
if [ -z "${cores}" ]; then
return
fi
local core
for core in $cores; do
if test "$del" = "1" ; then
print_core "$app" "$core" >&2
rm "$core"
else
print_core "$app" "$core"
fi
done
if test "$app" != quiet ; then
fail 'cores' E 'Core dumps found'
fi
}
check_logs() {
# Iterate through each log to remove an useless warning.
for log in $(find "${1}" -type f -name "${2}"); do
sed -i "${log}" \
-e '/Warning: noted but unhandled ioctl/d' \
-e '/could cause spurious value errors to appear/d' \
-e '/See README_MISSING_SYSCALL_OR_IOCTL for guidance/d'
done
# Now do it again, but only consider files with size > 0.
local err=""
for log in $(find "${1}" -type f -name "${2}" -size +0); do
cat "${log}"
err=1
done
if [[ -n "${err}" ]]; then
fail 'logs' E 'Runtime errors detected.'
fi
}
valgrind_check() {
check_logs "${1}" "valgrind-*"
}
asan_check() {
check_logs "${1}" "*san.*"
}
run_unittests() {(
enter_suite unittests
ulimit -c unlimited
if ! build_make unittest ; then
fail 'unittests' F 'Unit tests failed'
fi
check_core_dumps "$(which luajit)"
exit_suite
)}
run_functionaltests() {(
enter_suite functionaltests
ulimit -c unlimited
if ! build_make ${FUNCTIONALTEST}; then
fail 'functionaltests' F 'Functional tests failed'
fi
asan_check "${LOG_DIR}"
valgrind_check "${LOG_DIR}"
check_core_dumps
exit_suite
)}
run_oldtests() {(
enter_suite oldtests
ulimit -c unlimited
if ! make -C "${TRAVIS_BUILD_DIR}/src/nvim/testdir"; then
reset
fail 'oldtests' F 'Legacy tests failed'
fi
asan_check "${LOG_DIR}"
valgrind_check "${LOG_DIR}"
check_core_dumps
exit_suite
)}
install_nvim() {(
enter_suite 'install_nvim'
if ! build_make install ; then
fail 'install' E 'make install failed'
exit_suite
fi
"${INSTALL_PREFIX}/bin/nvim" --version
"${INSTALL_PREFIX}/bin/nvim" -u NONE -e -c ':help' -c ':qall' || {
echo "Running ':help' in the installed nvim failed."
echo "Maybe the helptags have not been generated properly."
fail 'help' F 'Failed running :help'
}
local genvimsynf=syntax/vim/generated.vim
# Check that all runtime files were installed
for file in doc/tags $genvimsynf $(
cd runtime ; git ls-files | grep -e '.vim$' -e '.ps$' -e '.dict$' -e '.py$' -e '.tutor$'
) ; do
if ! test -e "${INSTALL_PREFIX}/share/nvim/runtime/$file" ; then
fail 'runtime-install' F "It appears that $file is not installed."
fi
done
# Check that generated syntax file has function names, #5060.
local gpat='syn keyword vimFuncName .*eval'
if ! grep -q "$gpat" "${INSTALL_PREFIX}/share/nvim/runtime/$genvimsynf"; then
fail 'funcnames' F "It appears that $genvimsynf does not contain $gpat."
fi
for file in $(
cd runtime ; git ls-files | grep -e '.awk$' -e '.sh$' -e '.bat$'
) ; do
if ! test -x "${INSTALL_PREFIX}/share/nvim/runtime/$file" ; then
fail 'not-exe' F "It appears that $file is not installed or is not executable."
fi
done
exit_suite
)}
|
