git/t/t3602-rm-sparse-checkout.sh

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#!/bin/sh
test_description='git rm in sparse checked out working trees'
. ./test-lib.sh
test_expect_success 'setup' "
mkdir -p sub/dir &&
touch a b c sub/d sub/dir/e &&
git add -A &&
git commit -m files &&
cat >sparse_error_header <<-EOF &&
The following paths and/or pathspecs matched paths that exist
outside of your sparse-checkout definition, so will not be
updated in the index:
EOF
cat >sparse_hint <<-EOF &&
hint: If you intend to update such entries, try one of the following:
hint: * Use the --sparse option.
hint: * Disable or modify the sparsity rules.
hint: Disable this message with \"git config advice.updateSparsePath false\"
EOF
echo b | cat sparse_error_header - >sparse_entry_b_error &&
cat sparse_entry_b_error sparse_hint >b_error_and_hint
"
for opt in "" -f --dry-run
do
test_expect_success "rm${opt:+ $opt} does not remove sparse entries" '
git sparse-checkout set --no-cone a &&
test_must_fail git rm $opt b 2>stderr &&
test_cmp b_error_and_hint stderr &&
git ls-files --error-unmatch b
'
done
test_expect_success 'recursive rm does not remove sparse entries' '
git reset --hard &&
git sparse-checkout set sub/dir &&
add, rm, mv: fix bug that prevents the update of non-sparse dirs These three commands recently learned to avoid updating paths outside the sparse checkout even if they are missing the SKIP_WORKTREE bit. This is done using path_in_sparse_checkout(), which checks whether a given path matches the current list of sparsity rules, similar to what clear_ce_flags() does when we run "git sparse checkout init" or "git sparse-checkout reapply". However, clear_ce_flags() uses a recursive approach, applying the match results from parent directories on paths that get the UNDECIDED result, whereas path_in_sparse_checkout() only attempts to match the full path and immediately considers UNDECIDED as NOT_MATCHED. This makes the function miss matches with leading directories. For example, if the user has the sparsity patterns "!/a" and "b/", add, rm, and mv will fail to update the path "a/b/c" and end up displaying a warning about it being outside the sparse checkout even though it isn't. This problem only occurs in full pattern mode as the pattern matching functions never return UNDECIDED for cone mode. To fix this, replicate the recursive behavior of clear_ce_flags() in path_in_sparse_checkout(), falling back to the parent directory match when a path gets the UNDECIDED result. (If this turns out to be too expensive in some cases, we may want to later add some form of caching to accelerate multiple queries within the same directory. This is not implemented in this patch, though.) Also add two tests for each affected command (add, rm, and mv) to check that they behave correctly with the recursive pattern matching. The first test would previously fail without this patch while the second already succeeded. It is added mostly to make sure that we are not breaking the existing pattern matching for directories that are really sparse, and also as a protection against any future regressions. Two other existing tests had to be changed as well: one test in t3602 checks that "git rm -r <dir>" won't remove sparse entries, but it didn't allow the non-sparse entries inside <dir> to be removed. The other one, in t7002, tested that "git mv" would correctly display a warning message for sparse paths, but it accidentally expected the message to include two non-sparse paths as well. Signed-off-by: Matheus Tavares <matheus.bernardino@usp.br> Acked-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2021-10-28 17:21:11 +03:00
git rm -r sub &&
git status --porcelain -uno >actual &&
cat >expected <<-\EOF &&
add, rm, mv: fix bug that prevents the update of non-sparse dirs These three commands recently learned to avoid updating paths outside the sparse checkout even if they are missing the SKIP_WORKTREE bit. This is done using path_in_sparse_checkout(), which checks whether a given path matches the current list of sparsity rules, similar to what clear_ce_flags() does when we run "git sparse checkout init" or "git sparse-checkout reapply". However, clear_ce_flags() uses a recursive approach, applying the match results from parent directories on paths that get the UNDECIDED result, whereas path_in_sparse_checkout() only attempts to match the full path and immediately considers UNDECIDED as NOT_MATCHED. This makes the function miss matches with leading directories. For example, if the user has the sparsity patterns "!/a" and "b/", add, rm, and mv will fail to update the path "a/b/c" and end up displaying a warning about it being outside the sparse checkout even though it isn't. This problem only occurs in full pattern mode as the pattern matching functions never return UNDECIDED for cone mode. To fix this, replicate the recursive behavior of clear_ce_flags() in path_in_sparse_checkout(), falling back to the parent directory match when a path gets the UNDECIDED result. (If this turns out to be too expensive in some cases, we may want to later add some form of caching to accelerate multiple queries within the same directory. This is not implemented in this patch, though.) Also add two tests for each affected command (add, rm, and mv) to check that they behave correctly with the recursive pattern matching. The first test would previously fail without this patch while the second already succeeded. It is added mostly to make sure that we are not breaking the existing pattern matching for directories that are really sparse, and also as a protection against any future regressions. Two other existing tests had to be changed as well: one test in t3602 checks that "git rm -r <dir>" won't remove sparse entries, but it didn't allow the non-sparse entries inside <dir> to be removed. The other one, in t7002, tested that "git mv" would correctly display a warning message for sparse paths, but it accidentally expected the message to include two non-sparse paths as well. Signed-off-by: Matheus Tavares <matheus.bernardino@usp.br> Acked-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2021-10-28 17:21:11 +03:00
D sub/dir/e
EOF
test_cmp expected actual &&
git rm --sparse -r sub &&
git status --porcelain -uno >actual2 &&
cat >expected2 <<-\EOF &&
D sub/d
D sub/dir/e
EOF
add, rm, mv: fix bug that prevents the update of non-sparse dirs These three commands recently learned to avoid updating paths outside the sparse checkout even if they are missing the SKIP_WORKTREE bit. This is done using path_in_sparse_checkout(), which checks whether a given path matches the current list of sparsity rules, similar to what clear_ce_flags() does when we run "git sparse checkout init" or "git sparse-checkout reapply". However, clear_ce_flags() uses a recursive approach, applying the match results from parent directories on paths that get the UNDECIDED result, whereas path_in_sparse_checkout() only attempts to match the full path and immediately considers UNDECIDED as NOT_MATCHED. This makes the function miss matches with leading directories. For example, if the user has the sparsity patterns "!/a" and "b/", add, rm, and mv will fail to update the path "a/b/c" and end up displaying a warning about it being outside the sparse checkout even though it isn't. This problem only occurs in full pattern mode as the pattern matching functions never return UNDECIDED for cone mode. To fix this, replicate the recursive behavior of clear_ce_flags() in path_in_sparse_checkout(), falling back to the parent directory match when a path gets the UNDECIDED result. (If this turns out to be too expensive in some cases, we may want to later add some form of caching to accelerate multiple queries within the same directory. This is not implemented in this patch, though.) Also add two tests for each affected command (add, rm, and mv) to check that they behave correctly with the recursive pattern matching. The first test would previously fail without this patch while the second already succeeded. It is added mostly to make sure that we are not breaking the existing pattern matching for directories that are really sparse, and also as a protection against any future regressions. Two other existing tests had to be changed as well: one test in t3602 checks that "git rm -r <dir>" won't remove sparse entries, but it didn't allow the non-sparse entries inside <dir> to be removed. The other one, in t7002, tested that "git mv" would correctly display a warning message for sparse paths, but it accidentally expected the message to include two non-sparse paths as well. Signed-off-by: Matheus Tavares <matheus.bernardino@usp.br> Acked-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2021-10-28 17:21:11 +03:00
test_cmp expected2 actual2
'
test_expect_success 'recursive rm --sparse removes sparse entries' '
git reset --hard &&
git sparse-checkout set "sub/dir" &&
git rm --sparse -r sub &&
git status --porcelain -uno >actual &&
cat >expected <<-\EOF &&
D sub/d
D sub/dir/e
EOF
test_cmp expected actual
'
test_expect_success 'rm obeys advice.updateSparsePath' '
git reset --hard &&
git sparse-checkout set a &&
test_must_fail git -c advice.updateSparsePath=false rm b 2>stderr &&
test_cmp sparse_entry_b_error stderr
'
test_expect_success 'do not advice about sparse entries when they do not match the pathspec' '
git reset --hard &&
git sparse-checkout set a &&
test_must_fail git rm nonexistent 2>stderr &&
grep "fatal: pathspec .nonexistent. did not match any files" stderr &&
! grep -F -f sparse_error_header stderr
'
test_expect_success 'do not warn about sparse entries when pathspec matches dense entries' '
git reset --hard &&
git sparse-checkout set a &&
git rm "[ba]" 2>stderr &&
test_must_be_empty stderr &&
git ls-files --error-unmatch b &&
test_must_fail git ls-files --error-unmatch a
'
test_expect_success 'do not warn about sparse entries with --ignore-unmatch' '
git reset --hard &&
git sparse-checkout set a &&
git rm --ignore-unmatch b 2>stderr &&
test_must_be_empty stderr &&
git ls-files --error-unmatch b
'
test_expect_success 'refuse to rm a non-skip-worktree path outside sparse cone' '
git reset --hard &&
git sparse-checkout set a &&
git update-index --no-skip-worktree b &&
test_must_fail git rm b 2>stderr &&
test_cmp b_error_and_hint stderr &&
git rm --sparse b 2>stderr &&
test_must_be_empty stderr &&
test_path_is_missing b
'
add, rm, mv: fix bug that prevents the update of non-sparse dirs These three commands recently learned to avoid updating paths outside the sparse checkout even if they are missing the SKIP_WORKTREE bit. This is done using path_in_sparse_checkout(), which checks whether a given path matches the current list of sparsity rules, similar to what clear_ce_flags() does when we run "git sparse checkout init" or "git sparse-checkout reapply". However, clear_ce_flags() uses a recursive approach, applying the match results from parent directories on paths that get the UNDECIDED result, whereas path_in_sparse_checkout() only attempts to match the full path and immediately considers UNDECIDED as NOT_MATCHED. This makes the function miss matches with leading directories. For example, if the user has the sparsity patterns "!/a" and "b/", add, rm, and mv will fail to update the path "a/b/c" and end up displaying a warning about it being outside the sparse checkout even though it isn't. This problem only occurs in full pattern mode as the pattern matching functions never return UNDECIDED for cone mode. To fix this, replicate the recursive behavior of clear_ce_flags() in path_in_sparse_checkout(), falling back to the parent directory match when a path gets the UNDECIDED result. (If this turns out to be too expensive in some cases, we may want to later add some form of caching to accelerate multiple queries within the same directory. This is not implemented in this patch, though.) Also add two tests for each affected command (add, rm, and mv) to check that they behave correctly with the recursive pattern matching. The first test would previously fail without this patch while the second already succeeded. It is added mostly to make sure that we are not breaking the existing pattern matching for directories that are really sparse, and also as a protection against any future regressions. Two other existing tests had to be changed as well: one test in t3602 checks that "git rm -r <dir>" won't remove sparse entries, but it didn't allow the non-sparse entries inside <dir> to be removed. The other one, in t7002, tested that "git mv" would correctly display a warning message for sparse paths, but it accidentally expected the message to include two non-sparse paths as well. Signed-off-by: Matheus Tavares <matheus.bernardino@usp.br> Acked-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2021-10-28 17:21:11 +03:00
test_expect_success 'can remove files from non-sparse dir' '
git reset --hard &&
git sparse-checkout disable &&
mkdir -p w x/y &&
test_commit w/f &&
test_commit x/y/f &&
git sparse-checkout set --no-cone w !/x y/ &&
add, rm, mv: fix bug that prevents the update of non-sparse dirs These three commands recently learned to avoid updating paths outside the sparse checkout even if they are missing the SKIP_WORKTREE bit. This is done using path_in_sparse_checkout(), which checks whether a given path matches the current list of sparsity rules, similar to what clear_ce_flags() does when we run "git sparse checkout init" or "git sparse-checkout reapply". However, clear_ce_flags() uses a recursive approach, applying the match results from parent directories on paths that get the UNDECIDED result, whereas path_in_sparse_checkout() only attempts to match the full path and immediately considers UNDECIDED as NOT_MATCHED. This makes the function miss matches with leading directories. For example, if the user has the sparsity patterns "!/a" and "b/", add, rm, and mv will fail to update the path "a/b/c" and end up displaying a warning about it being outside the sparse checkout even though it isn't. This problem only occurs in full pattern mode as the pattern matching functions never return UNDECIDED for cone mode. To fix this, replicate the recursive behavior of clear_ce_flags() in path_in_sparse_checkout(), falling back to the parent directory match when a path gets the UNDECIDED result. (If this turns out to be too expensive in some cases, we may want to later add some form of caching to accelerate multiple queries within the same directory. This is not implemented in this patch, though.) Also add two tests for each affected command (add, rm, and mv) to check that they behave correctly with the recursive pattern matching. The first test would previously fail without this patch while the second already succeeded. It is added mostly to make sure that we are not breaking the existing pattern matching for directories that are really sparse, and also as a protection against any future regressions. Two other existing tests had to be changed as well: one test in t3602 checks that "git rm -r <dir>" won't remove sparse entries, but it didn't allow the non-sparse entries inside <dir> to be removed. The other one, in t7002, tested that "git mv" would correctly display a warning message for sparse paths, but it accidentally expected the message to include two non-sparse paths as well. Signed-off-by: Matheus Tavares <matheus.bernardino@usp.br> Acked-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2021-10-28 17:21:11 +03:00
git rm w/f.t x/y/f.t 2>stderr &&
test_must_be_empty stderr
'
test_expect_success 'refuse to remove non-skip-worktree file from sparse dir' '
git reset --hard &&
git sparse-checkout disable &&
mkdir -p x/y/z &&
test_commit x/y/z/f &&
git sparse-checkout set --no-cone !/x y/ !x/y/z &&
add, rm, mv: fix bug that prevents the update of non-sparse dirs These three commands recently learned to avoid updating paths outside the sparse checkout even if they are missing the SKIP_WORKTREE bit. This is done using path_in_sparse_checkout(), which checks whether a given path matches the current list of sparsity rules, similar to what clear_ce_flags() does when we run "git sparse checkout init" or "git sparse-checkout reapply". However, clear_ce_flags() uses a recursive approach, applying the match results from parent directories on paths that get the UNDECIDED result, whereas path_in_sparse_checkout() only attempts to match the full path and immediately considers UNDECIDED as NOT_MATCHED. This makes the function miss matches with leading directories. For example, if the user has the sparsity patterns "!/a" and "b/", add, rm, and mv will fail to update the path "a/b/c" and end up displaying a warning about it being outside the sparse checkout even though it isn't. This problem only occurs in full pattern mode as the pattern matching functions never return UNDECIDED for cone mode. To fix this, replicate the recursive behavior of clear_ce_flags() in path_in_sparse_checkout(), falling back to the parent directory match when a path gets the UNDECIDED result. (If this turns out to be too expensive in some cases, we may want to later add some form of caching to accelerate multiple queries within the same directory. This is not implemented in this patch, though.) Also add two tests for each affected command (add, rm, and mv) to check that they behave correctly with the recursive pattern matching. The first test would previously fail without this patch while the second already succeeded. It is added mostly to make sure that we are not breaking the existing pattern matching for directories that are really sparse, and also as a protection against any future regressions. Two other existing tests had to be changed as well: one test in t3602 checks that "git rm -r <dir>" won't remove sparse entries, but it didn't allow the non-sparse entries inside <dir> to be removed. The other one, in t7002, tested that "git mv" would correctly display a warning message for sparse paths, but it accidentally expected the message to include two non-sparse paths as well. Signed-off-by: Matheus Tavares <matheus.bernardino@usp.br> Acked-by: Derrick Stolee <dstolee@microsoft.com> Signed-off-by: Junio C Hamano <gitster@pobox.com>
2021-10-28 17:21:11 +03:00
git update-index --no-skip-worktree x/y/z/f.t &&
test_must_fail git rm x/y/z/f.t 2>stderr &&
echo x/y/z/f.t | cat sparse_error_header - sparse_hint >expect &&
test_cmp expect stderr
'
test_done