mirror of
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246 lines
9.9 KiB
Rust
246 lines
9.9 KiB
Rust
// Copyright 2022 The Jujutsu Authors
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//
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// Licensed under the Apache License, Version 2.0 (the "License");
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// you may not use this file except in compliance with the License.
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// You may obtain a copy of the License at
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//
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// https://www.apache.org/licenses/LICENSE-2.0
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//
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// Unless required by applicable law or agreed to in writing, software
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// distributed under the License is distributed on an "AS IS" BASIS,
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// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
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// See the License for the specific language governing permissions and
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// limitations under the License.
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use itertools::Itertools;
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use jj_lib::matchers::EverythingMatcher;
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use jj_lib::repo::Repo;
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use jj_lib::repo_path::RepoPath;
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use jj_lib::working_copy::{CheckoutStats, SnapshotOptions, WorkingCopy};
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use testutils::TestWorkspace;
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#[test]
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fn test_sparse_checkout() {
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let settings = testutils::user_settings();
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let mut test_workspace = TestWorkspace::init(&settings, false);
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let repo = &test_workspace.repo;
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let working_copy_path = test_workspace.workspace.workspace_root().clone();
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let root_file1_path = RepoPath::from_internal_string("file1");
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let root_file2_path = RepoPath::from_internal_string("file2");
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let dir1_path = RepoPath::from_internal_string("dir1");
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let dir1_file1_path = RepoPath::from_internal_string("dir1/file1");
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let dir1_file2_path = RepoPath::from_internal_string("dir1/file2");
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let dir1_subdir1_path = RepoPath::from_internal_string("dir1/subdir1");
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let dir1_subdir1_file1_path = RepoPath::from_internal_string("dir1/subdir1/file1");
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let dir2_path = RepoPath::from_internal_string("dir2");
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let dir2_file1_path = RepoPath::from_internal_string("dir2/file1");
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let tree = testutils::create_tree(
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repo,
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&[
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(&root_file1_path, "contents"),
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(&root_file2_path, "contents"),
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(&dir1_file1_path, "contents"),
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(&dir1_file2_path, "contents"),
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(&dir1_subdir1_file1_path, "contents"),
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(&dir2_file1_path, "contents"),
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],
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);
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let wc = test_workspace.workspace.working_copy_mut();
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wc.check_out(repo.op_id().clone(), None, &tree).unwrap();
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// Set sparse patterns to only dir1/
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let mut locked_wc = wc.start_mutation().unwrap();
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let sparse_patterns = vec![dir1_path];
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let stats = locked_wc
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.set_sparse_patterns(sparse_patterns.clone())
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.unwrap();
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assert_eq!(
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stats,
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CheckoutStats {
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updated_files: 0,
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added_files: 0,
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removed_files: 3
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}
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);
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assert_eq!(locked_wc.sparse_patterns().unwrap(), sparse_patterns);
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assert!(!root_file1_path.to_fs_path(&working_copy_path).exists());
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assert!(!root_file2_path.to_fs_path(&working_copy_path).exists());
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assert!(dir1_file1_path.to_fs_path(&working_copy_path).exists());
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assert!(dir1_file2_path.to_fs_path(&working_copy_path).exists());
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assert!(dir1_subdir1_file1_path
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.to_fs_path(&working_copy_path)
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.exists());
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assert!(!dir2_file1_path.to_fs_path(&working_copy_path).exists());
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// Write the new state to disk
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locked_wc.finish(repo.op_id().clone()).unwrap();
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assert_eq!(
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wc.file_states().unwrap().keys().collect_vec(),
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vec![&dir1_file1_path, &dir1_file2_path, &dir1_subdir1_file1_path]
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);
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assert_eq!(wc.sparse_patterns().unwrap(), sparse_patterns);
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// Reload the state to check that it was persisted
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let mut wc = WorkingCopy::load(
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repo.store().clone(),
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wc.working_copy_path().to_path_buf(),
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wc.state_path().to_path_buf(),
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);
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assert_eq!(
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wc.file_states().unwrap().keys().collect_vec(),
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vec![&dir1_file1_path, &dir1_file2_path, &dir1_subdir1_file1_path]
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);
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assert_eq!(wc.sparse_patterns().unwrap(), sparse_patterns);
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// Set sparse patterns to file2, dir1/subdir1/ and dir2/
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let mut locked_wc = wc.start_mutation().unwrap();
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let sparse_patterns = vec![root_file1_path.clone(), dir1_subdir1_path, dir2_path];
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let stats = locked_wc
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.set_sparse_patterns(sparse_patterns.clone())
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.unwrap();
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assert_eq!(
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stats,
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CheckoutStats {
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updated_files: 0,
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added_files: 2,
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removed_files: 2
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}
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);
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assert_eq!(locked_wc.sparse_patterns().unwrap(), sparse_patterns);
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assert!(root_file1_path.to_fs_path(&working_copy_path).exists());
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assert!(!root_file2_path.to_fs_path(&working_copy_path).exists());
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assert!(!dir1_file1_path.to_fs_path(&working_copy_path).exists());
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assert!(!dir1_file2_path.to_fs_path(&working_copy_path).exists());
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assert!(dir1_subdir1_file1_path
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.to_fs_path(&working_copy_path)
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.exists());
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assert!(dir2_file1_path.to_fs_path(&working_copy_path).exists());
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locked_wc.finish(repo.op_id().clone()).unwrap();
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assert_eq!(
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wc.file_states().unwrap().keys().collect_vec(),
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vec![&dir1_subdir1_file1_path, &dir2_file1_path, &root_file1_path]
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);
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}
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/// Test that sparse patterns are respected on commit
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#[test]
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fn test_sparse_commit() {
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let settings = testutils::user_settings();
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let mut test_workspace = TestWorkspace::init(&settings, false);
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let repo = &test_workspace.repo;
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let working_copy_path = test_workspace.workspace.workspace_root().clone();
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let root_file1_path = RepoPath::from_internal_string("file1");
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let dir1_path = RepoPath::from_internal_string("dir1");
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let dir1_file1_path = RepoPath::from_internal_string("dir1/file1");
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let dir2_path = RepoPath::from_internal_string("dir2");
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let dir2_file1_path = RepoPath::from_internal_string("dir2/file1");
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let tree = testutils::create_tree(
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repo,
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&[
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(&root_file1_path, "contents"),
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(&dir1_file1_path, "contents"),
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(&dir2_file1_path, "contents"),
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],
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);
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let wc = test_workspace.workspace.working_copy_mut();
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wc.check_out(repo.op_id().clone(), None, &tree).unwrap();
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// Set sparse patterns to only dir1/
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let mut locked_wc = wc.start_mutation().unwrap();
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let sparse_patterns = vec![dir1_path.clone()];
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locked_wc.set_sparse_patterns(sparse_patterns).unwrap();
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locked_wc.finish(repo.op_id().clone()).unwrap();
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// Write modified version of all files, including files that are not in the
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// sparse patterns.
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std::fs::write(root_file1_path.to_fs_path(&working_copy_path), "modified").unwrap();
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std::fs::write(dir1_file1_path.to_fs_path(&working_copy_path), "modified").unwrap();
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std::fs::create_dir(dir2_path.to_fs_path(&working_copy_path)).unwrap();
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std::fs::write(dir2_file1_path.to_fs_path(&working_copy_path), "modified").unwrap();
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// Create a tree from the working copy. Only dir1/file1 should be updated in the
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// tree.
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let mut locked_wc = wc.start_mutation().unwrap();
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let modified_tree_id = locked_wc
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.snapshot(SnapshotOptions::empty_for_test())
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.unwrap();
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locked_wc.finish(repo.op_id().clone()).unwrap();
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let modified_tree = repo
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.store()
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.get_tree(&RepoPath::root(), &modified_tree_id)
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.unwrap();
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let diff = tree.diff(&modified_tree, &EverythingMatcher).collect_vec();
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assert_eq!(diff.len(), 1);
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assert_eq!(diff[0].0, dir1_file1_path);
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// Set sparse patterns to also include dir2/
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let mut locked_wc = wc.start_mutation().unwrap();
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let sparse_patterns = vec![dir1_path, dir2_path];
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locked_wc.set_sparse_patterns(sparse_patterns).unwrap();
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locked_wc.finish(repo.op_id().clone()).unwrap();
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// Create a tree from the working copy. Only dir1/file1 and dir2/file1 should be
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// updated in the tree.
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let mut locked_wc = wc.start_mutation().unwrap();
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let modified_tree_id = locked_wc
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.snapshot(SnapshotOptions::empty_for_test())
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.unwrap();
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locked_wc.finish(repo.op_id().clone()).unwrap();
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let modified_tree = repo
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.store()
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.get_tree(&RepoPath::root(), &modified_tree_id)
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.unwrap();
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let diff = tree.diff(&modified_tree, &EverythingMatcher).collect_vec();
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assert_eq!(diff.len(), 2);
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assert_eq!(diff[0].0, dir1_file1_path);
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assert_eq!(diff[1].0, dir2_file1_path);
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}
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#[test]
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fn test_sparse_commit_gitignore() {
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// Test that (untracked) .gitignore files in parent directories are respected
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let settings = testutils::user_settings();
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let mut test_workspace = TestWorkspace::init(&settings, false);
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let repo = &test_workspace.repo;
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let working_copy_path = test_workspace.workspace.workspace_root().clone();
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let dir1_path = RepoPath::from_internal_string("dir1");
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let dir1_file1_path = RepoPath::from_internal_string("dir1/file1");
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let dir1_file2_path = RepoPath::from_internal_string("dir1/file2");
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let wc = test_workspace.workspace.working_copy_mut();
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// Set sparse patterns to only dir1/
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let mut locked_wc = wc.start_mutation().unwrap();
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let sparse_patterns = vec![dir1_path.clone()];
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locked_wc.set_sparse_patterns(sparse_patterns).unwrap();
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locked_wc.finish(repo.op_id().clone()).unwrap();
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// Write dir1/file1 and dir1/file2 and a .gitignore saying to ignore dir1/file1
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std::fs::write(working_copy_path.join(".gitignore"), "dir1/file1").unwrap();
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std::fs::create_dir(dir1_path.to_fs_path(&working_copy_path)).unwrap();
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std::fs::write(dir1_file1_path.to_fs_path(&working_copy_path), "contents").unwrap();
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std::fs::write(dir1_file2_path.to_fs_path(&working_copy_path), "contents").unwrap();
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// Create a tree from the working copy. Only dir1/file2 should be updated in the
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// tree because dir1/file1 is ignored.
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let mut locked_wc = wc.start_mutation().unwrap();
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let modified_tree_id = locked_wc
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.snapshot(SnapshotOptions::empty_for_test())
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.unwrap();
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locked_wc.finish(repo.op_id().clone()).unwrap();
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let modified_tree = repo
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.store()
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.get_tree(&RepoPath::root(), &modified_tree_id)
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.unwrap();
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let entries = modified_tree.entries().collect_vec();
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assert_eq!(entries.len(), 1);
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assert_eq!(entries[0].0, dir1_file2_path);
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}
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