aa2faac03a
merge-ort handles submodules (and directory/file conflicts in general) differently than merge-recursive does; it basically puts all the special handling for different filetypes into one place in the codebase instead of needing special handling for different filetypes in many different code paths. This one code path in merge-ort could perhaps use some work still (there are still test_expect_failure cases in the testsuite), but it passes all the tests that merge-recursive does as well as 12 additional ones that merge-recursive fails. Mark those 12 tests as test_expect_success under merge-ort. Signed-off-by: Elijah Newren <newren@gmail.com> Reviewed-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
216 lines
7.2 KiB
Bash
Executable File
216 lines
7.2 KiB
Bash
Executable File
#!/bin/sh
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test_description='pull can handle submodules'
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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 '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 '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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