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![Junio C Hamano](/assets/img/avatar_default.png)
These tests use "! test_path_is_dir" or "! test_path_is_file" to ensure that the path is not recursively checked out or "submodule update" did not touch the working tree. Use "test_path_is_missing" to assert that the path does not exist, instead of negating test_path_is_* helpers; they are designed to be loud in wrong occasions. Besides, negating "test_path_is_dir" would mean we would be happy if a file exists there, which is not the case for these tests. Signed-off-by: Junio C Hamano <gitster@pobox.com>
249 lines
8.4 KiB
Bash
Executable file
249 lines
8.4 KiB
Bash
Executable file
#!/bin/sh
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test_description='pull can handle submodules'
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GIT_TEST_FATAL_REGISTER_SUBMODULE_ODB=1
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export GIT_TEST_FATAL_REGISTER_SUBMODULE_ODB
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. ./test-lib.sh
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. "$TEST_DIRECTORY"/lib-submodule-update.sh
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reset_branch_to_HEAD () {
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git branch -D "$1" &&
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git checkout -b "$1" HEAD &&
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git branch --set-upstream-to="origin/$1" "$1"
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}
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git_pull () {
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reset_branch_to_HEAD "$1" &&
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may_only_be_test_must_fail "$2" &&
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$2 git pull
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}
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# pulls without conflicts
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test_submodule_switch_func "git_pull"
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git_pull_ff () {
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reset_branch_to_HEAD "$1" &&
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may_only_be_test_must_fail "$2" &&
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$2 git pull --ff
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}
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test_submodule_switch_func "git_pull_ff"
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git_pull_ff_only () {
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reset_branch_to_HEAD "$1" &&
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may_only_be_test_must_fail "$2" &&
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$2 git pull --ff-only
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}
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test_submodule_switch_func "git_pull_ff_only"
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git_pull_noff () {
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reset_branch_to_HEAD "$1" &&
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may_only_be_test_must_fail "$2" &&
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$2 git pull --no-ff
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}
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if test "$GIT_TEST_MERGE_ALGORITHM" != ort
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then
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KNOWN_FAILURE_NOFF_MERGE_DOESNT_CREATE_EMPTY_SUBMODULE_DIR=1
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KNOWN_FAILURE_NOFF_MERGE_ATTEMPTS_TO_MERGE_REMOVED_SUBMODULE_FILES=1
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fi
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test_submodule_switch_func "git_pull_noff"
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test_expect_success 'setup' '
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git config --global protocol.file.allow always
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'
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test_expect_success 'pull --recurse-submodule setup' '
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test_create_repo child &&
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test_commit -C child bar &&
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test_create_repo parent &&
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test_commit -C child foo &&
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git -C parent submodule add ../child sub &&
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git -C parent commit -m "add submodule" &&
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git clone --recurse-submodules parent super
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'
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test_expect_success 'recursive pull updates working tree' '
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test_commit -C child merge_strategy &&
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git -C parent submodule update --remote &&
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git -C parent add sub &&
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git -C parent commit -m "update submodule" &&
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git -C super pull --no-rebase --recurse-submodules &&
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test_path_is_file super/sub/merge_strategy.t
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'
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test_expect_success "submodule.recurse option triggers recursive pull" '
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test_commit -C child merge_strategy_2 &&
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git -C parent submodule update --remote &&
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git -C parent add sub &&
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git -C parent commit -m "update submodule" &&
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git -C super -c submodule.recurse pull --no-rebase &&
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test_path_is_file super/sub/merge_strategy_2.t
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'
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test_expect_success " --[no-]recurse-submodule and submodule.recurse" '
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test_commit -C child merge_strategy_3 &&
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git -C parent submodule update --remote &&
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git -C parent add sub &&
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git -C parent commit -m "update submodule" &&
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git -C super -c submodule.recurse pull --no-recurse-submodules --no-rebase &&
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test_path_is_missing super/sub/merge_strategy_3.t &&
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git -C super -c submodule.recurse=false pull --recurse-submodules --no-rebase &&
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test_path_is_file super/sub/merge_strategy_3.t &&
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test_commit -C child merge_strategy_4 &&
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git -C parent submodule update --remote &&
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git -C parent add sub &&
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git -C parent commit -m "update submodule" &&
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git -C super -c submodule.recurse=false pull --no-recurse-submodules --no-rebase &&
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test_path_is_missing super/sub/merge_strategy_4.t &&
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git -C super -c submodule.recurse=true pull --recurse-submodules --no-rebase &&
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test_path_is_file super/sub/merge_strategy_4.t
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'
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test_expect_success "fetch.recurseSubmodules option triggers recursive fetch (but not recursive update)" '
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test_commit -C child merge_strategy_5 &&
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# Omit the parent commit, otherwise this passes with the
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# default "pull" behavior.
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git -C super -c fetch.recursesubmodules=true pull --no-rebase &&
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# Check that the submodule commit was fetched
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sub_oid=$(git -C child rev-parse HEAD) &&
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git -C super/sub cat-file -e $sub_oid &&
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# Check that the submodule worktree did not update
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test_path_is_missing super/sub/merge_strategy_5.t
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'
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test_expect_success "fetch.recurseSubmodules takes precedence over submodule.recurse" '
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test_commit -C child merge_strategy_6 &&
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# Omit the parent commit, otherwise this passes with the
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# default "pull" behavior.
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git -C super -c submodule.recurse=false -c fetch.recursesubmodules=true pull --no-rebase &&
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# Check that the submodule commit was fetched
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sub_oid=$(git -C child rev-parse HEAD) &&
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git -C super/sub cat-file -e $sub_oid &&
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# Check that the submodule worktree did not update
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test_path_is_missing super/sub/merge_strategy_6.t
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'
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test_expect_success 'pull --rebase --recurse-submodules (remote superproject submodule changes, local submodule changes)' '
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# This tests the following scenario :
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# - local submodule has new commits
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# - local superproject does not have new commits
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# - upstream superproject has new commits that change the submodule pointer
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# change upstream
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test_commit -C child rebase_strategy &&
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git -C parent submodule update --remote &&
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git -C parent add sub &&
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git -C parent commit -m "update submodule" &&
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# also have local commits
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test_commit -C super/sub local_stuff &&
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git -C super pull --rebase --recurse-submodules &&
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test_path_is_file super/sub/rebase_strategy.t &&
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test_path_is_file super/sub/local_stuff.t
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'
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test_expect_success 'pull --rebase --recurse-submodules fails if both sides record submodule changes' '
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# This tests the following scenario :
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# - local superproject has new commits that change the submodule pointer
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# - upstream superproject has new commits that change the submodule pointer
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# local changes in submodule recorded in superproject:
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test_commit -C super/sub local_stuff_2 &&
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git -C super add sub &&
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git -C super commit -m "local update submodule" &&
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# and in the remote as well:
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test_commit -C child important_upstream_work &&
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git -C parent submodule update --remote &&
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git -C parent add sub &&
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git -C parent commit -m "remote update submodule" &&
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# Unfortunately we fail here, despite no conflict in the
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# submodule itself, but the merge strategy in submodules
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# does not support rebase:
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test_must_fail git -C super pull --rebase --recurse-submodules 2>err &&
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test_i18ngrep "locally recorded submodule modifications" err
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'
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test_expect_success 'pull --rebase --recurse-submodules (no submodule changes, no fork-point)' '
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# This tests the following scenario :
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# - local submodule does not have new commits
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# - local superproject has new commits that *do not* change the submodule pointer
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# - upstream superproject has new commits that *do not* change the submodule pointer
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# - local superproject branch has no fork-point with its remote-tracking counter-part
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# create upstream superproject
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test_create_repo submodule &&
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test_commit -C submodule first_in_sub &&
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test_create_repo superprojet &&
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test_commit -C superprojet first_in_super &&
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git -C superprojet submodule add ../submodule &&
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git -C superprojet commit -m "add submodule" &&
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test_commit -C superprojet third_in_super &&
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# clone superproject
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git clone --recurse-submodules superprojet superclone &&
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# add commits upstream
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test_commit -C superprojet fourth_in_super &&
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# create topic branch in clone, not based on any remote-tracking branch
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git -C superclone checkout -b feat HEAD~1 &&
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test_commit -C superclone first_on_feat &&
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git -C superclone pull --rebase --recurse-submodules origin HEAD
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'
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# NOTE:
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#
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# This test is particular because there is only a single commit in the upstream superproject
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# 'parent' (which adds the submodule 'a-submodule'). The clone of the superproject
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# ('child') hard-resets its branch to a new root commit with the same tree as the one
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# from the upstream superproject, so that its branch has no merge-base with its
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# remote-tracking counterpart, and then calls 'git pull --recurse-submodules --rebase'.
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# The result is that the local branch is reset to the remote-tracking branch (as it was
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# originally before the hard-reset).
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# The only commit in the range generated by 'submodule.c::submodule_touches_in_range' and
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# passed to 'submodule.c::collect_changed_submodules' is the new (regenerated) initial commit,
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# which adds the submodule.
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# However, 'submodule_touches_in_range' does not error (even though this commit adds the submodule)
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# because 'combine-diff.c::diff_tree_combined' returns early, as the initial commit has no parents.
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test_expect_success 'branch has no merge base with remote-tracking counterpart' '
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rm -rf parent child &&
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test_create_repo a-submodule &&
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test_commit -C a-submodule foo &&
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test_create_repo parent &&
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git -C parent submodule add "$(pwd)/a-submodule" &&
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git -C parent commit -m foo &&
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git clone parent child &&
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# Reset the current branch so that it has no merge base with
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# the remote-tracking branch.
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OTHER=$(git -C child commit-tree -m bar \
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$(git -C child rev-parse HEAD^{tree})) &&
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git -C child reset --hard "$OTHER" &&
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git -C child pull --recurse-submodules --rebase
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'
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test_done
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