# - Removing a submodule with a git directory absorbs the submodules
# git directory first into the superproject.
-test_submodule_switch_recursing () {
- command="$1"
+test_submodule_switch_recursing_with_args () {
+ cmd_args="$1"
+ command="git $cmd_args --recurse-submodules"
RESULTDS=success
if test "$KNOWN_FAILURE_DIRECTORY_SUBMODULE_CONFLICTS" = 1
then
RESULTDS=failure
fi
- RESULTR=success
- if test "$KNOWN_FAILURE_SUBMODULE_RECURSIVE_NESTED" = 1
- then
- RESULTR=failure
- fi
RESULTOI=success
if test "$KNOWN_FAILURE_SUBMODULE_OVERWRITE_IGNORED_UNTRACKED" = 1
then
)
'
+ test_expect_success "git -c submodule.recurse=true $cmd_args: modified submodule updates submodule work tree" '
+ prolog &&
+ reset_work_tree_to_interested add_sub1 &&
+ (
+ cd submodule_update &&
+ git branch -t modify_sub1 origin/modify_sub1 &&
+ git -c submodule.recurse=true $cmd_args modify_sub1 &&
+ test_superproject_content origin/modify_sub1 &&
+ test_submodule_content sub1 origin/modify_sub1
+ )
+ '
+
# Updating a submodule to an invalid sha1 doesn't update the
# superproject nor the submodule's work tree.
test_expect_success "$command: updating to a missing submodule commit fails" '
'
# recursing deeper than one level doesn't work yet.
- test_expect_$RESULTR "$command: modified submodule updates submodule recursively" '
+ test_expect_success "$command: modified submodule updates submodule recursively" '
prolog &&
reset_work_tree_to_interested add_nested_sub &&
(
# Test that submodule contents are updated when switching between commits
# that change a submodule, but throwing away local changes in
# the superproject as well as the submodule is allowed.
-test_submodule_forced_switch_recursing () {
- command="$1"
+test_submodule_forced_switch_recursing_with_args () {
+ cmd_args="$1"
+ command="git $cmd_args --recurse-submodules"
RESULT=success
if test "$KNOWN_FAILURE_DIRECTORY_SUBMODULE_CONFLICTS" = 1
then