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verify_test_context() {
if [ -z "$TEST_NAME" -a ! "$USING_TET" ]; then
echo "A test context must be established with 'test_start <name>'!"
exit 255
fi
}
## record the test a name.
test_start () {
TEST_NAME="$*"
verify_test_context
TEST_STATUS=PASS
if [ $USING_TET ]; then
tet_infoline $TEST_NAME
FAIL=N
else
echo -n "[`date`] $TEST_NAME: "
fi
}
test_infoline() {
verify_test_context
FAIL_MESSAGE="$FAIL_MESSAGE\n$*"
if [ "$USING_TET" ] ; then
tet_infoline $*
fi
}
test_fail() {
FAIL=Y
TEST_STATUS=FAIL
test_infoline $*
}
## provide a nice way to document the test purpose
test_purpose() {
verify_test_context
# TODO: generate a manpage or something.
}
test_note() {
verify_test_context
# TODO: generate even more docs.
}
## Used for setup/dependency verification.
test_init() {
verify_test_context
}
test_status() {
TEST_STATUS="$1"
test_infoline "$2"
}
## Called after test_init()
test_procedure() {
verify_test_context
## Make sure nothing screwed up in initilization
if [ "$TEST_STATUS" != "PASS" ]; then
# Something failed before we could get to the test.
FAIL=N
test_result NORESULT "Initilization failed!"
fi
}
## Must be within test_procedure
test_failoverride() {
STAT=${1-WARN}
if [ "$TEST_STATUS" == FAIL ] ; then
FAIL=N
test_status "$STAT"
fi
}
## Report the test's result.
test_result() {
verify_test_context
# Set status appropriately
if [ ! -z "$1" ]; then
TEST_STATUS=$1
# account for TET
if [ "$TEST_STATUS" = "FAIL" ] ; then
FAIL=Y
fi
fi
# if we have a message, save it
if [ ! -z "$2" ]; then
test_infoline $2
fi
if [ "$USING_TET" ]; then
tet_result $TEST_STATUS
fi
# not using tet, so print nice explanation
[ -z "$USING_TET" ] && echo -n "$TEST_STATUS"
## Result codes MUST agree with tet_codes
## for LSB/tet integration.
case "$TEST_STATUS" in
PASS ) RESULT=0
;;
FAIL ) RESULT=1
[ -z "$USING_TET" ] && echo -ne " $FAIL_MESSAGE"
;;
UNTESTED ) RESULT=5
[ -z "$USING_TET" ] && echo -ne " $FAIL_MESSAGE"
;;
NORESULT ) RESULT=7
[ -z "$USING_TET" ] && echo -ne " $FAIL_MESSAGE"
;;
WARN ) RESULT=10
[ -z "$USING_TET" ] && echo -ne " $FAIL_MESSAGE"
;;
*) RESULT=1
[ -z "$USING_TET" ] && echo -ne " - UNKNOWN STATUS\n$FAIL_MESSAGE"
;;
esac
#fi
[ -z "$USING_TET" ] && echo ""
exit "$RESULT"
}
use_file() {
src="$1"
file=${src##/*/}
varname="$2"
if [ $# -lt 2 ] ; then
echo "TEST SYNTAX ERROR: use_file must have two arguments" >&2
exit 255
fi
assert_file "$src"
outfile="xdgtestdata-$XDG_TEST_ID-$file"
eval "$varname=$outfile"
cp "$src" "$XDG_TEST_TMPDIR/$outfile"
}
get_unique_name() {
varname="$1"
file="$2"
if [ -z "$varname" ] ; then
echo "TEST SYNAX ERROR: get_unique_name requries a variable name"
exit 255
fi
outfile="xdgtestdata-$XDG_TEST_ID-$file"
eval "$varname=$outfile"
}
edit_file() {
file="$1"
origstr="$2"
varname="$3"
newstr="$4"
if [ $# -lt 3 ] ; then
echo "TEST SYNTAX ERROR: edit_file must have at least 3 arguments."
exit 255
fi
assert_file "$file"
if [ -z "$newstr" ] ; then
newstr="xdgtestdata-$XDG_TEST_ID-$origstr"
fi
eval "$varname=\"$newstr\""
sed -i -e "s|$origstr|$newstr|g" "$file"
}
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