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jj/lib/tests/test_revset.rs
dploch 4e0abf0631 revset: make RevsetParseContext opaque
2024-05-06 10:42:01 -04:00

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// Copyright 2021 The Jujutsu Authors
//
// Licensed under the Apache License, Version 2.0 (the "License");
// you may not use this file except in compliance with the License.
// You may obtain a copy of the License at
//
// https://www.apache.org/licenses/LICENSE-2.0
//
// Unless required by applicable law or agreed to in writing, software
// distributed under the License is distributed on an "AS IS" BASIS,
// WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
// See the License for the specific language governing permissions and
// limitations under the License.
use std::path::Path;
use assert_matches::assert_matches;
use itertools::Itertools;
use jj_lib::backend::{CommitId, MillisSinceEpoch, Signature, Timestamp};
use jj_lib::commit::Commit;
use jj_lib::fileset::FilesetExpression;
use jj_lib::git;
use jj_lib::git_backend::GitBackend;
use jj_lib::object_id::ObjectId;
use jj_lib::op_store::{RefTarget, RemoteRef, RemoteRefState, WorkspaceId};
use jj_lib::repo::Repo;
use jj_lib::repo_path::RepoPath;
use jj_lib::revset::{
optimize, parse, DefaultSymbolResolver, FailingSymbolResolver, ResolvedExpression, Revset,
RevsetAliasesMap, RevsetExpression, RevsetExtensions, RevsetFilterPredicate,
RevsetParseContext, RevsetResolutionError, RevsetWorkspaceContext, SymbolResolverExtension,
};
use jj_lib::revset_graph::{ReverseRevsetGraphIterator, RevsetGraphEdge};
use jj_lib::settings::GitSettings;
use jj_lib::workspace::Workspace;
use test_case::test_case;
use testutils::{
create_random_commit, create_tree, write_random_commit, CommitGraphBuilder, TestRepo,
TestRepoBackend, TestWorkspace,
};
fn resolve_symbol_with_extensions(
repo: &dyn Repo,
extensions: &RevsetExtensions,
symbol: &str,
) -> Result<Vec<CommitId>, RevsetResolutionError> {
let aliases_map = RevsetAliasesMap::default();
let context = RevsetParseContext::new(&aliases_map, String::new(), extensions, None);
let expression = parse(symbol, &context).unwrap();
assert_matches!(*expression, RevsetExpression::CommitRef(_));
let symbol_resolver = DefaultSymbolResolver::new(repo, extensions.symbol_resolvers());
match expression.resolve_user_expression(repo, &symbol_resolver)? {
ResolvedExpression::Commits(commits) => Ok(commits),
expression => panic!("symbol resolved to compound expression: {expression:?}"),
}
}
fn resolve_symbol(repo: &dyn Repo, symbol: &str) -> Result<Vec<CommitId>, RevsetResolutionError> {
resolve_symbol_with_extensions(repo, &RevsetExtensions::default(), symbol)
}
fn revset_for_commits<'index>(
repo: &'index dyn Repo,
commits: &[&Commit],
) -> Box<dyn Revset + 'index> {
let symbol_resolver =
DefaultSymbolResolver::new(repo, &([] as [&Box<dyn SymbolResolverExtension>; 0]));
RevsetExpression::commits(commits.iter().map(|commit| commit.id().clone()).collect())
.resolve_user_expression(repo, &symbol_resolver)
.unwrap()
.evaluate(repo)
.unwrap()
}
#[test]
fn test_resolve_symbol_empty_string() {
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
assert_matches!(
resolve_symbol(repo.as_ref(), r#""""#),
Err(RevsetResolutionError::EmptyString)
);
}
#[test]
fn test_resolve_symbol_commit_id() {
let settings = testutils::user_settings();
// Test only with git so we can get predictable commit ids
let test_repo = TestRepo::init_with_backend(TestRepoBackend::Git);
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let signature = Signature {
name: "test".to_string(),
email: "test".to_string(),
timestamp: Timestamp {
timestamp: MillisSinceEpoch(0),
tz_offset: 0,
},
};
let mut commits = vec![];
for i in &[1, 167, 895] {
let commit = mut_repo
.new_commit(
&settings,
vec![repo.store().root_commit_id().clone()],
repo.store().empty_merged_tree_id(),
)
.set_description(format!("test {i}"))
.set_author(signature.clone())
.set_committer(signature.clone())
.write()
.unwrap();
commits.push(commit);
}
let repo = tx.commit("test");
// Test the test setup
assert_eq!(
commits[0].id().hex(),
"0454de3cae04c46cda37ba2e8873b4c17ff51dcb"
);
assert_eq!(
commits[1].id().hex(),
"045f56cd1b17e8abde86771e2705395dcde6a957"
);
assert_eq!(
commits[2].id().hex(),
"0468f7da8de2ce442f512aacf83411d26cd2e0cf"
);
// Change ids should never have prefix "04"
insta::assert_snapshot!(commits[0].change_id().hex(), @"781199f9d55d18e855a7aa84c5e4b40d");
insta::assert_snapshot!(commits[1].change_id().hex(), @"a2c96fc88f32e487328f04927f20c4b1");
insta::assert_snapshot!(commits[2].change_id().hex(), @"4399e4f3123763dfe7d68a2809ecc01b");
// Test lookup by full commit id
assert_eq!(
resolve_symbol(repo.as_ref(), "0454de3cae04c46cda37ba2e8873b4c17ff51dcb",).unwrap(),
vec![commits[0].id().clone()]
);
assert_eq!(
resolve_symbol(repo.as_ref(), "045f56cd1b17e8abde86771e2705395dcde6a957",).unwrap(),
vec![commits[1].id().clone()]
);
assert_eq!(
resolve_symbol(repo.as_ref(), "0468f7da8de2ce442f512aacf83411d26cd2e0cf",).unwrap(),
vec![commits[2].id().clone()]
);
// Test commit id prefix
assert_eq!(
resolve_symbol(repo.as_ref(), "046").unwrap(),
vec![commits[2].id().clone()]
);
assert_matches!(
resolve_symbol(repo.as_ref(), "04"),
Err(RevsetResolutionError::AmbiguousCommitIdPrefix(s)) if s == "04"
);
assert_matches!(
resolve_symbol(repo.as_ref(), "040"),
Err(RevsetResolutionError::NoSuchRevision{name, candidates}) if name == "040" && candidates.is_empty()
);
// Test non-hex string
assert_matches!(
resolve_symbol(repo.as_ref(), "foo"),
Err(RevsetResolutionError::NoSuchRevision{name, candidates}) if name == "foo" && candidates.is_empty()
);
// Test present() suppresses only NoSuchRevision error
assert_eq!(resolve_commit_ids(repo.as_ref(), "present(foo)"), []);
let symbol_resolver = DefaultSymbolResolver::new(
repo.as_ref(),
&([] as [&Box<dyn SymbolResolverExtension>; 0]),
);
let aliases_map = RevsetAliasesMap::default();
let extensions = RevsetExtensions::default();
let context = RevsetParseContext::new(&aliases_map, settings.user_email(), &extensions, None);
assert_matches!(
optimize(parse("present(04)", &context).unwrap()).resolve_user_expression(repo.as_ref(), &symbol_resolver),
Err(RevsetResolutionError::AmbiguousCommitIdPrefix(s)) if s == "04"
);
assert_eq!(
resolve_commit_ids(repo.as_ref(), "present(046)"),
vec![commits[2].id().clone()]
);
}
#[test_case(false ; "mutable")]
#[test_case(true ; "readonly")]
fn test_resolve_symbol_change_id(readonly: bool) {
let settings = testutils::user_settings();
let git_settings = GitSettings::default();
// Test only with git so we can get predictable change ids
let test_repo = TestRepo::init_with_backend(TestRepoBackend::Git);
let repo = &test_repo.repo;
let git_repo = repo
.store()
.backend_impl()
.downcast_ref::<GitBackend>()
.unwrap()
.open_git_repo()
.unwrap();
// Add some commits that will end up having change ids with common prefixes
let empty_tree_id = git_repo.treebuilder(None).unwrap().write().unwrap();
let git_author = git2::Signature::new(
"git author",
"git.author@example.com",
&git2::Time::new(1000, 60),
)
.unwrap();
let git_committer = git2::Signature::new(
"git committer",
"git.committer@example.com",
&git2::Time::new(2000, -480),
)
.unwrap();
let git_tree = git_repo.find_tree(empty_tree_id).unwrap();
let mut git_commit_ids = vec![];
for i in &[133, 664, 840, 5085] {
let git_commit_id = git_repo
.commit(
Some(&format!("refs/heads/branch{i}")),
&git_author,
&git_committer,
&format!("test {i}"),
&git_tree,
&[],
)
.unwrap();
git_commit_ids.push(git_commit_id);
}
let mut tx = repo.start_transaction(&settings);
git::import_refs(tx.mut_repo(), &git_settings).unwrap();
// Test the test setup
assert_eq!(
hex::encode(git_commit_ids[0]),
// "04e12a5467bba790efb88a9870894ec208b16bf1" reversed
"8fd68d104372910e19511df709e5dde62a548720"
);
assert_eq!(
hex::encode(git_commit_ids[1]),
// "040b3ba3a51d8edbc4c5855cbd09de71d4c29cca" reversed
"5339432b8e7b90bd3aa1a323db71b8a5c5dcd020"
);
assert_eq!(
hex::encode(git_commit_ids[2]),
// "04e1c7082e4e34f3f371d8a1a46770b861b9b547" reversed
"e2ad9d861d0ee625851b8ecfcf2c727410e38720"
);
assert_eq!(
hex::encode(git_commit_ids[3]),
// "911d7e52fd5ba04b8f289e14c3d30b52d38c0020" reversed
"040031cb4ad0cbc3287914f1d205dabf4a7eb889"
);
let _readonly_repo;
let repo: &dyn Repo = if readonly {
_readonly_repo = tx.commit("test");
_readonly_repo.as_ref()
} else {
tx.mut_repo()
};
// Test lookup by full change id
assert_eq!(
resolve_symbol(repo, "zvlyxpuvtsoopsqzlkorrpqrszrqvlnx").unwrap(),
vec![CommitId::from_hex(
"8fd68d104372910e19511df709e5dde62a548720"
)]
);
assert_eq!(
resolve_symbol(repo, "zvzowopwpuymrlmonvnuruunomzqmlsy").unwrap(),
vec![CommitId::from_hex(
"5339432b8e7b90bd3aa1a323db71b8a5c5dcd020"
)]
);
assert_eq!(
resolve_symbol(repo, "zvlynszrxlvlwvkwkwsymrpypvtsszor").unwrap(),
vec![CommitId::from_hex(
"e2ad9d861d0ee625851b8ecfcf2c727410e38720"
)]
);
// Test change id prefix
assert_eq!(
resolve_symbol(repo, "zvlyx").unwrap(),
vec![CommitId::from_hex(
"8fd68d104372910e19511df709e5dde62a548720"
)]
);
assert_eq!(
resolve_symbol(repo, "zvlyn").unwrap(),
vec![CommitId::from_hex(
"e2ad9d861d0ee625851b8ecfcf2c727410e38720"
)]
);
assert_matches!(
resolve_symbol(repo, "zvly"),
Err(RevsetResolutionError::AmbiguousChangeIdPrefix(s)) if s == "zvly"
);
assert_matches!(
resolve_symbol(repo, "zvlyw"),
Err(RevsetResolutionError::NoSuchRevision{name, candidates}) if name == "zvlyw" && candidates.is_empty()
);
// Test that commit and changed id don't conflict ("040" and "zvz" are the
// same).
assert_eq!(
resolve_symbol(repo, "040").unwrap(),
vec![CommitId::from_hex(
"040031cb4ad0cbc3287914f1d205dabf4a7eb889"
)]
);
assert_eq!(
resolve_symbol(repo, "zvz").unwrap(),
vec![CommitId::from_hex(
"5339432b8e7b90bd3aa1a323db71b8a5c5dcd020"
)]
);
// Test non-hex string
assert_matches!(
resolve_symbol(repo, "foo"),
Err(RevsetResolutionError::NoSuchRevision{
name,
candidates
}) if name == "foo" && candidates.is_empty()
);
}
#[test]
fn test_resolve_working_copy() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let ws1 = WorkspaceId::new("ws1".to_string());
let ws2 = WorkspaceId::new("ws2".to_string());
// Cannot resolve a working-copy commit for an unknown workspace
assert_matches!(
RevsetExpression::working_copy(ws1.clone())
.resolve_user_expression(mut_repo, &FailingSymbolResolver),
Err(RevsetResolutionError::WorkspaceMissingWorkingCopy { name }) if name == "ws1"
);
// Add some workspaces
mut_repo
.set_wc_commit(ws1.clone(), commit1.id().clone())
.unwrap();
mut_repo
.set_wc_commit(ws2.clone(), commit2.id().clone())
.unwrap();
let resolve = |ws_id: WorkspaceId| -> Vec<CommitId> {
RevsetExpression::working_copy(ws_id)
.evaluate_programmatic(mut_repo)
.unwrap()
.iter()
.collect()
};
// Can resolve "@" shorthand with a default workspace ID
assert_eq!(resolve(ws1), vec![commit1.id().clone()]);
// Can resolve an explicit checkout
assert_eq!(resolve(ws2), vec![commit2.id().clone()]);
}
#[test]
fn test_resolve_working_copies() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
// Add some workspaces
let ws1 = WorkspaceId::new("ws1".to_string());
let ws2 = WorkspaceId::new("ws2".to_string());
// add one commit to each working copy
mut_repo
.set_wc_commit(ws1.clone(), commit1.id().clone())
.unwrap();
mut_repo
.set_wc_commit(ws2.clone(), commit2.id().clone())
.unwrap();
let resolve = || -> Vec<CommitId> {
RevsetExpression::working_copies()
.evaluate_programmatic(mut_repo)
.unwrap()
.iter()
.collect()
};
// ensure our output has those two commits
assert_eq!(resolve(), vec![commit2.id().clone(), commit1.id().clone()]);
}
#[test]
fn test_resolve_symbol_branches() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let new_remote_ref = |target| RemoteRef {
target,
state: RemoteRefState::New,
};
let tracking_remote_ref = |target| RemoteRef {
target,
state: RemoteRefState::Tracking,
};
let normal_tracking_remote_ref =
|id: &CommitId| tracking_remote_ref(RefTarget::normal(id.clone()));
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let commit3 = write_random_commit(mut_repo, &settings);
let commit4 = write_random_commit(mut_repo, &settings);
let commit5 = write_random_commit(mut_repo, &settings);
mut_repo.set_local_branch_target("local", RefTarget::normal(commit1.id().clone()));
mut_repo.set_remote_branch("remote", "origin", normal_tracking_remote_ref(commit2.id()));
mut_repo.set_local_branch_target("local-remote", RefTarget::normal(commit3.id().clone()));
mut_repo.set_remote_branch(
"local-remote",
"origin",
normal_tracking_remote_ref(commit4.id()),
);
mut_repo.set_local_branch_target(
"local-remote@origin", // not a remote branch
RefTarget::normal(commit5.id().clone()),
);
mut_repo.set_remote_branch(
"local-remote",
"mirror",
tracking_remote_ref(mut_repo.get_local_branch("local-remote")),
);
mut_repo.set_remote_branch(
"local-remote",
"untracked",
new_remote_ref(mut_repo.get_local_branch("local-remote")),
);
mut_repo.set_remote_branch(
"local-remote",
git::REMOTE_NAME_FOR_LOCAL_GIT_REPO,
tracking_remote_ref(mut_repo.get_local_branch("local-remote")),
);
mut_repo.set_local_branch_target(
"local-conflicted",
RefTarget::from_legacy_form(
[commit1.id().clone()],
[commit3.id().clone(), commit2.id().clone()],
),
);
mut_repo.set_remote_branch(
"remote-conflicted",
"origin",
tracking_remote_ref(RefTarget::from_legacy_form(
[commit3.id().clone()],
[commit5.id().clone(), commit4.id().clone()],
)),
);
// Local only
assert_eq!(
resolve_symbol(mut_repo, "local").unwrap(),
vec![commit1.id().clone()],
);
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "local@origin").unwrap_err(), @r###"
NoSuchRevision {
name: "local@origin",
candidates: [
"local",
"local-remote@git",
"local-remote@mirror",
"local-remote@origin",
"remote@origin",
],
}
"###);
// Remote only (or locally deleted)
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "remote").unwrap_err(), @r###"
NoSuchRevision {
name: "remote",
candidates: [
"remote-conflicted@origin",
"remote@origin",
],
}
"###);
assert_eq!(
resolve_symbol(mut_repo, "remote@origin").unwrap(),
vec![commit2.id().clone()],
);
// Local/remote/git
assert_eq!(
resolve_symbol(mut_repo, "local-remote").unwrap(),
vec![commit3.id().clone()],
);
assert_eq!(
resolve_symbol(mut_repo, "local-remote@origin").unwrap(),
vec![commit4.id().clone()],
);
assert_eq!(
resolve_symbol(mut_repo, r#""local-remote@origin""#).unwrap(),
vec![commit5.id().clone()],
);
assert_eq!(
resolve_symbol(mut_repo, "local-remote@mirror").unwrap(),
vec![commit3.id().clone()],
);
assert_eq!(
resolve_symbol(mut_repo, "local-remote@git").unwrap(),
vec![commit3.id().clone()],
);
// Conflicted
assert_eq!(
resolve_symbol(mut_repo, "local-conflicted").unwrap(),
vec![commit3.id().clone(), commit2.id().clone()],
);
assert_eq!(
resolve_symbol(mut_repo, "remote-conflicted@origin").unwrap(),
vec![commit5.id().clone(), commit4.id().clone()],
);
// Typo of local/remote branch name:
// For "local-emote" (without @remote part), "local-remote@mirror"/"@git" aren't
// suggested since they point to the same target as "local-remote". OTOH,
// "local-remote@untracked" is suggested because non-tracking branch is
// unrelated to the local branch of the same name.
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "local-emote").unwrap_err(), @r###"
NoSuchRevision {
name: "local-emote",
candidates: [
"local",
"local-conflicted",
"local-remote",
"local-remote@origin",
"local-remote@untracked",
],
}
"###);
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "local-emote@origin").unwrap_err(), @r###"
NoSuchRevision {
name: "local-emote@origin",
candidates: [
"local",
"local-remote",
"local-remote@git",
"local-remote@mirror",
"local-remote@origin",
"local-remote@untracked",
"remote-conflicted@origin",
"remote@origin",
],
}
"###);
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "local-remote@origine").unwrap_err(), @r###"
NoSuchRevision {
name: "local-remote@origine",
candidates: [
"local",
"local-remote",
"local-remote@git",
"local-remote@mirror",
"local-remote@origin",
"local-remote@untracked",
"remote-conflicted@origin",
"remote@origin",
],
}
"###);
// "local-remote@mirror" shouldn't be omitted just because it points to the same
// target as "local-remote".
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "remote@mirror").unwrap_err(), @r###"
NoSuchRevision {
name: "remote@mirror",
candidates: [
"local-remote@mirror",
"remote@origin",
],
}
"###);
// Typo of remote-only branch name
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "emote").unwrap_err(), @r###"
NoSuchRevision {
name: "emote",
candidates: [
"remote-conflicted@origin",
"remote@origin",
],
}
"###);
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "emote@origin").unwrap_err(), @r###"
NoSuchRevision {
name: "emote@origin",
candidates: [
"local-remote@origin",
"remote@origin",
],
}
"###);
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "remote@origine").unwrap_err(), @r###"
NoSuchRevision {
name: "remote@origine",
candidates: [
"local-remote@origin",
"remote-conflicted@origin",
"remote@origin",
],
}
"###);
}
#[test]
fn test_resolve_symbol_tags() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let commit3 = write_random_commit(mut_repo, &settings);
mut_repo.set_tag_target("tag-branch", RefTarget::normal(commit1.id().clone()));
mut_repo.set_local_branch_target("tag-branch", RefTarget::normal(commit2.id().clone()));
mut_repo.set_git_ref_target(
"refs/tags/unimported",
RefTarget::normal(commit3.id().clone()),
);
// Tag precedes branch
assert_eq!(
resolve_symbol(mut_repo, "tag-branch").unwrap(),
vec![commit1.id().clone()],
);
assert_matches!(
resolve_symbol(mut_repo, "unimported"),
Err(RevsetResolutionError::NoSuchRevision { .. })
);
// "@" (quoted) can be resolved, and root is a normal symbol.
let ws_id = WorkspaceId::default();
mut_repo
.set_wc_commit(ws_id.clone(), commit1.id().clone())
.unwrap();
mut_repo.set_tag_target("@", RefTarget::normal(commit2.id().clone()));
mut_repo.set_tag_target("root", RefTarget::normal(commit3.id().clone()));
assert_eq!(
resolve_symbol(mut_repo, r#""@""#).unwrap(),
vec![commit2.id().clone()]
);
assert_eq!(
resolve_symbol(mut_repo, "root").unwrap(),
vec![commit3.id().clone()]
);
}
#[test]
fn test_resolve_symbol_git_head() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
// Without HEAD@git
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "HEAD").unwrap_err(), @r###"
NoSuchRevision {
name: "HEAD",
candidates: [],
}
"###);
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "HEAD@git").unwrap_err(), @r###"
NoSuchRevision {
name: "HEAD@git",
candidates: [],
}
"###);
// With HEAD@git
mut_repo.set_git_head_target(RefTarget::normal(commit1.id().clone()));
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "HEAD").unwrap_err(), @r###"
NoSuchRevision {
name: "HEAD",
candidates: [
"HEAD@git",
],
}
"###);
assert_eq!(
resolve_symbol(mut_repo, "HEAD@git").unwrap(),
vec![commit1.id().clone()],
);
}
#[test]
fn test_resolve_symbol_git_refs() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
// Create some commits and refs to work with and so the repo is not empty
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let commit3 = write_random_commit(mut_repo, &settings);
let commit4 = write_random_commit(mut_repo, &settings);
let commit5 = write_random_commit(mut_repo, &settings);
mut_repo.set_git_ref_target(
"refs/heads/branch1",
RefTarget::normal(commit1.id().clone()),
);
mut_repo.set_git_ref_target(
"refs/heads/branch2",
RefTarget::normal(commit2.id().clone()),
);
mut_repo.set_git_ref_target(
"refs/heads/conflicted",
RefTarget::from_legacy_form(
[commit2.id().clone()],
[commit1.id().clone(), commit3.id().clone()],
),
);
mut_repo.set_git_ref_target("refs/tags/tag1", RefTarget::normal(commit2.id().clone()));
mut_repo.set_git_ref_target(
"refs/tags/remotes/origin/branch1",
RefTarget::normal(commit3.id().clone()),
);
// Nonexistent ref
assert_matches!(
resolve_symbol(mut_repo, "nonexistent"),
Err(RevsetResolutionError::NoSuchRevision{name, candidates})
if name == "nonexistent" && candidates.is_empty()
);
// Full ref
mut_repo.set_git_ref_target("refs/heads/branch", RefTarget::normal(commit4.id().clone()));
assert_eq!(
resolve_symbol(mut_repo, "refs/heads/branch").unwrap(),
vec![commit4.id().clone()]
);
// Qualified with only heads/
mut_repo.set_git_ref_target("refs/heads/branch", RefTarget::normal(commit5.id().clone()));
mut_repo.set_git_ref_target("refs/tags/branch", RefTarget::normal(commit4.id().clone()));
// branch alone is not recognized
insta::assert_debug_snapshot!(
resolve_symbol(mut_repo, "branch").unwrap_err(), @r###"
NoSuchRevision {
name: "branch",
candidates: [],
}
"###);
// heads/branch does get resolved to the git ref refs/heads/branch
assert_eq!(
resolve_symbol(mut_repo, "heads/branch").unwrap(),
vec![commit5.id().clone()]
);
// Unqualified tag name
mut_repo.set_git_ref_target("refs/tags/tag", RefTarget::normal(commit4.id().clone()));
assert_matches!(
resolve_symbol(mut_repo, "tag"),
Err(RevsetResolutionError::NoSuchRevision { .. })
);
// Unqualified remote-tracking branch name
mut_repo.set_git_ref_target(
"refs/remotes/origin/remote-branch",
RefTarget::normal(commit2.id().clone()),
);
assert_matches!(
resolve_symbol(mut_repo, "origin/remote-branch"),
Err(RevsetResolutionError::NoSuchRevision { .. })
);
// Conflicted ref resolves to its "adds"
assert_eq!(
resolve_symbol(mut_repo, "refs/heads/conflicted").unwrap(),
vec![commit1.id().clone(), commit3.id().clone()]
);
}
fn resolve_commit_ids(repo: &dyn Repo, revset_str: &str) -> Vec<CommitId> {
let settings = testutils::user_settings();
let aliases_map = RevsetAliasesMap::default();
let revset_extensions = RevsetExtensions::default();
let context = RevsetParseContext::new(
&aliases_map,
settings.user_email(),
&revset_extensions,
None,
);
let expression = optimize(parse(revset_str, &context).unwrap());
let symbol_resolver = DefaultSymbolResolver::new(repo, revset_extensions.symbol_resolvers());
let expression = expression
.resolve_user_expression(repo, &symbol_resolver)
.unwrap();
expression.evaluate(repo).unwrap().iter().collect()
}
fn resolve_commit_ids_in_workspace(
repo: &dyn Repo,
revset_str: &str,
workspace: &Workspace,
cwd: Option<&Path>,
) -> Vec<CommitId> {
let settings = testutils::user_settings();
let workspace_ctx = RevsetWorkspaceContext {
cwd: cwd.unwrap_or_else(|| workspace.workspace_root()),
workspace_id: workspace.workspace_id(),
workspace_root: workspace.workspace_root(),
};
let aliases_map = RevsetAliasesMap::default();
let extensions = RevsetExtensions::default();
let context = RevsetParseContext::new(
&aliases_map,
settings.user_email(),
&extensions,
Some(workspace_ctx),
);
let expression = optimize(parse(revset_str, &context).unwrap());
let symbol_resolver =
DefaultSymbolResolver::new(repo, &([] as [&Box<dyn SymbolResolverExtension>; 0]));
let expression = expression
.resolve_user_expression(repo, &symbol_resolver)
.unwrap();
expression.evaluate(repo).unwrap().iter().collect()
}
#[test]
fn test_evaluate_expression_root_and_checkout() {
let settings = testutils::user_settings();
let test_workspace = TestWorkspace::init(&settings);
let repo = &test_workspace.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let root_commit = repo.store().root_commit();
let commit1 = write_random_commit(mut_repo, &settings);
// Can find the root commit
assert_eq!(
resolve_commit_ids(mut_repo, "root()"),
vec![root_commit.id().clone()]
);
// Can find the current working-copy commit
mut_repo
.set_wc_commit(WorkspaceId::default(), commit1.id().clone())
.unwrap();
assert_eq!(
resolve_commit_ids_in_workspace(mut_repo, "@", &test_workspace.workspace, None),
vec![commit1.id().clone()]
);
}
#[test]
fn test_evaluate_expression_heads() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit1]);
// Heads of an empty set is an empty set
assert_eq!(resolve_commit_ids(mut_repo, "heads(none())"), vec![]);
// Heads of the root is the root
assert_eq!(
resolve_commit_ids(mut_repo, "heads(root())"),
vec![root_commit.id().clone()]
);
// Heads of a single commit is that commit
assert_eq!(
resolve_commit_ids(mut_repo, &format!("heads({})", commit2.id().hex())),
vec![commit2.id().clone()]
);
// Heads of a parent and a child is the child
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("heads({} | {})", commit2.id().hex(), commit3.id().hex())
),
vec![commit3.id().clone()]
);
// Heads of a grandparent and a grandchild is the grandchild (unlike Mercurial's
// heads() revset, which would include both)
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("heads({} | {})", commit1.id().hex(), commit3.id().hex())
),
vec![commit3.id().clone()]
);
// Heads should be sorted in reverse index position order
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("heads({} | {})", commit3.id().hex(), commit4.id().hex())
),
vec![commit4.id().clone(), commit3.id().clone()]
);
// Heads of all commits is the set of visible heads in the repo
assert_eq!(
resolve_commit_ids(mut_repo, "heads(all())"),
resolve_commit_ids(mut_repo, "visible_heads()")
);
}
#[test]
fn test_evaluate_expression_roots() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
// Roots of an empty set is an empty set
assert_eq!(resolve_commit_ids(mut_repo, "roots(none())"), vec![]);
// Roots of the root is the root
assert_eq!(
resolve_commit_ids(mut_repo, "roots(root())"),
vec![root_commit.id().clone()]
);
// Roots of a single commit is that commit
assert_eq!(
resolve_commit_ids(mut_repo, &format!("roots({})", commit2.id().hex())),
vec![commit2.id().clone()]
);
// Roots of a parent and a child is the parent
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("roots({} | {})", commit2.id().hex(), commit3.id().hex())
),
vec![commit2.id().clone()]
);
// Roots of a grandparent and a grandchild is the grandparent (unlike
// Mercurial's roots() revset, which would include both)
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("roots({} | {})", commit1.id().hex(), commit3.id().hex())
),
vec![commit1.id().clone()]
);
// Roots of all commits is the root commit
assert_eq!(
resolve_commit_ids(mut_repo, "roots(all())"),
vec![root_commit.id().clone()]
);
}
#[test]
fn test_evaluate_expression_parents() {
let settings = testutils::user_settings();
let test_workspace = TestWorkspace::init(&settings);
let repo = &test_workspace.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.initial_commit();
let commit4 = graph_builder.commit_with_parents(&[&commit2, &commit3]);
let commit5 = graph_builder.commit_with_parents(&[&commit2]);
// The root commit has no parents
assert_eq!(resolve_commit_ids(mut_repo, "root()-"), vec![]);
// Can find parents of the current working-copy commit
mut_repo
.set_wc_commit(WorkspaceId::default(), commit2.id().clone())
.unwrap();
assert_eq!(
resolve_commit_ids_in_workspace(mut_repo, "@-", &test_workspace.workspace, None,),
vec![commit1.id().clone()]
);
// Can find parents of a merge commit
assert_eq!(
resolve_commit_ids(mut_repo, &format!("{}-", commit4.id().hex())),
vec![commit3.id().clone(), commit2.id().clone()]
);
// Parents of all commits in input are returned
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})-", commit2.id().hex(), commit3.id().hex())
),
vec![commit1.id().clone(), root_commit.id().clone()]
);
// Parents already in input set are returned
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})-", commit1.id().hex(), commit2.id().hex())
),
vec![commit1.id().clone(), root_commit.id().clone()]
);
// Parents shared among commits in input are not repeated
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})-", commit4.id().hex(), commit5.id().hex())
),
vec![commit3.id().clone(), commit2.id().clone()]
);
// Can find parents of parents, which may be optimized to single query
assert_eq!(
resolve_commit_ids(mut_repo, &format!("{}--", commit4.id().hex())),
vec![commit1.id().clone(), root_commit.id().clone()]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})--", commit4.id().hex(), commit5.id().hex())
),
vec![commit1.id().clone(), root_commit.id().clone()]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})--", commit4.id().hex(), commit2.id().hex())
),
vec![commit1.id().clone(), root_commit.id().clone()]
);
}
#[test]
fn test_evaluate_expression_children() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.write()
.unwrap();
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.write()
.unwrap();
let commit4 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.write()
.unwrap();
let commit5 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit3.id().clone(), commit4.id().clone()])
.write()
.unwrap();
let commit6 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit5.id().clone()])
.write()
.unwrap();
// Can find children of the root commit
assert_eq!(
resolve_commit_ids(mut_repo, "root()+"),
vec![commit1.id().clone()]
);
// Children of all commits in input are returned, including those already in the
// input set
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})+", commit1.id().hex(), commit2.id().hex())
),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone()
]
);
// Children shared among commits in input are not repeated
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})+", commit3.id().hex(), commit4.id().hex())
),
vec![commit5.id().clone()]
);
// Can find children of children, which may be optimized to single query
assert_eq!(
resolve_commit_ids(mut_repo, "root()++"),
vec![commit4.id().clone(), commit2.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, &format!("(root() | {})++", commit1.id().hex())),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("({} | {})++", commit4.id().hex(), commit2.id().hex())
),
vec![commit6.id().clone(), commit5.id().clone()]
);
// Empty root
assert_eq!(resolve_commit_ids(mut_repo, "none()+"), vec![]);
}
#[test]
fn test_evaluate_expression_ancestors() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit1, &commit3]);
// The ancestors of the root commit is just the root commit itself
assert_eq!(
resolve_commit_ids(mut_repo, "::root()"),
vec![root_commit.id().clone()]
);
// Can find ancestors of a specific commit. Commits reachable via multiple paths
// are not repeated.
assert_eq!(
resolve_commit_ids(mut_repo, &format!("::{}", commit4.id().hex())),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone(),
]
);
// Can find ancestors of parents or parents of ancestors, which may be optimized
// to single query
assert_eq!(
resolve_commit_ids(mut_repo, &format!("::({}-)", commit4.id().hex()),),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone(),
]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("(::({}|{}))-", commit3.id().hex(), commit2.id().hex()),
),
vec![
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone(),
]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("::(({}|{})-)", commit3.id().hex(), commit2.id().hex()),
),
vec![
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone(),
]
);
// Can find last n ancestors of a commit
assert_eq!(
resolve_commit_ids(mut_repo, &format!("ancestors({}, 0)", commit2.id().hex())),
vec![]
);
assert_eq!(
resolve_commit_ids(mut_repo, &format!("ancestors({}, 1)", commit3.id().hex())),
vec![commit3.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, &format!("ancestors({}, 3)", commit3.id().hex())),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
]
);
}
#[test]
fn test_evaluate_expression_range() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit1, &commit3]);
// The range from the root to the root is empty (because the left side of the
// range is exclusive)
assert_eq!(resolve_commit_ids(mut_repo, "root()..root()"), vec![]);
// Linear range
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}..{}", commit1.id().hex(), commit3.id().hex())
),
vec![commit3.id().clone(), commit2.id().clone()]
);
// Empty range (descendant first)
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}..{}", commit3.id().hex(), commit1.id().hex())
),
vec![]
);
// Range including a merge
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}..{}", commit1.id().hex(), commit4.id().hex())
),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone()
]
);
// Range including merge ancestors: commit4-- == root | commit2
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}--..{}", commit4.id().hex(), commit3.id().hex())
),
vec![commit3.id().clone()]
);
// Sibling commits
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}..{}", commit2.id().hex(), commit3.id().hex())
),
vec![commit3.id().clone()]
);
// Left operand defaults to root()
assert_eq!(
resolve_commit_ids(mut_repo, &format!("..{}", commit2.id().hex())),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Right operand defaults to visible_heads()
assert_eq!(
resolve_commit_ids(mut_repo, &format!("{}..", commit2.id().hex())),
vec![commit4.id().clone(), commit3.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, ".."),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
]
);
}
#[test]
fn test_evaluate_expression_dag_range() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit_id = repo.store().root_commit_id().clone();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit1]);
let commit5 = graph_builder.commit_with_parents(&[&commit3, &commit4]);
// Can get DAG range of just the root commit
assert_eq!(
resolve_commit_ids(mut_repo, "root()::root()"),
vec![root_commit_id.clone()]
);
// Linear range
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}::{}", root_commit_id.hex(), commit2.id().hex())
),
vec![
commit2.id().clone(),
commit1.id().clone(),
root_commit_id.clone(),
]
);
// Empty range
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}::{}", commit2.id().hex(), commit4.id().hex())
),
vec![]
);
// Empty root
assert_eq!(
resolve_commit_ids(mut_repo, &format!("none()::{}", commit5.id().hex())),
vec![],
);
// Multiple root, commit1 shouldn't be hidden by commit2
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"({}|{})::{}",
commit1.id().hex(),
commit2.id().hex(),
commit3.id().hex()
)
),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone()
]
);
// Including a merge
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}::{}", commit1.id().hex(), commit5.id().hex())
),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
]
);
// Including a merge, but ancestors only from one side
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{}::{}", commit2.id().hex(), commit5.id().hex())
),
vec![
commit5.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
]
);
// Full range meaning all()
assert_eq!(
resolve_commit_ids(mut_repo, "::"),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit_id.clone(),
]
);
}
#[test]
fn test_evaluate_expression_connected() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit_id = repo.store().root_commit_id().clone();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit1]);
let commit5 = graph_builder.commit_with_parents(&[&commit3, &commit4]);
// Connecting an empty set yields an empty set
assert_eq!(resolve_commit_ids(mut_repo, "connected(none())"), vec![]);
// Can connect just the root commit
assert_eq!(
resolve_commit_ids(mut_repo, "connected(root())"),
vec![root_commit_id.clone()]
);
// Can connect linearly
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"connected({} | {})",
root_commit_id.hex(),
commit2.id().hex()
)
),
vec![commit2.id().clone(), commit1.id().clone(), root_commit_id]
);
// Siblings don't get connected
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("connected({} | {})", commit2.id().hex(), commit4.id().hex())
),
vec![commit4.id().clone(), commit2.id().clone()]
);
// Including a merge
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("connected({} | {})", commit1.id().hex(), commit5.id().hex())
),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
]
);
// Including a merge, but ancestors only from one side
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("connected({} | {})", commit2.id().hex(), commit5.id().hex())
),
vec![
commit5.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
]
);
}
#[test]
fn test_evaluate_expression_descendants() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let root_commit_id = repo.store().root_commit_id().clone();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.write()
.unwrap();
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.write()
.unwrap();
let commit4 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.write()
.unwrap();
let commit5 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit3.id().clone(), commit4.id().clone()])
.write()
.unwrap();
let commit6 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit5.id().clone()])
.write()
.unwrap();
// The descendants of the root commit are all the commits in the repo
assert_eq!(
resolve_commit_ids(mut_repo, "root()::"),
vec![
commit6.id().clone(),
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit_id,
]
);
// Can find descendants of a specific commit
assert_eq!(
resolve_commit_ids(mut_repo, &format!("{}::", commit2.id().hex())),
vec![
commit6.id().clone(),
commit5.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
]
);
// Can find descendants of children or children of descendants, which may be
// optimized to single query
assert_eq!(
resolve_commit_ids(mut_repo, &format!("({}+)::", commit1.id().hex())),
vec![
commit6.id().clone(),
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
]
);
assert_eq!(
resolve_commit_ids(mut_repo, &format!("({}++)::", commit1.id().hex())),
vec![
commit6.id().clone(),
commit5.id().clone(),
commit3.id().clone(),
]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("(({}|{})::)+", commit4.id().hex(), commit2.id().hex()),
),
vec![
commit6.id().clone(),
commit5.id().clone(),
commit3.id().clone(),
]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("(({}|{})+)::", commit4.id().hex(), commit2.id().hex()),
),
vec![
commit6.id().clone(),
commit5.id().clone(),
commit3.id().clone(),
]
);
}
#[test]
fn test_evaluate_expression_none() {
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
// none() is empty (doesn't include the checkout, for example)
assert_eq!(resolve_commit_ids(repo.as_ref(), "none()"), vec![]);
}
#[test]
fn test_evaluate_expression_all() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let root_commit_id = repo.store().root_commit_id().clone();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit1]);
let commit4 = graph_builder.commit_with_parents(&[&commit2, &commit3]);
assert_eq!(
resolve_commit_ids(mut_repo, "all()"),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit_id,
]
);
}
#[test]
fn test_evaluate_expression_visible_heads() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit1]);
assert_eq!(
resolve_commit_ids(mut_repo, "visible_heads()"),
vec![commit3.id().clone(), commit2.id().clone()]
);
}
#[test]
fn test_evaluate_expression_git_refs() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let commit3 = write_random_commit(mut_repo, &settings);
let commit4 = write_random_commit(mut_repo, &settings);
// Can get git refs when there are none
assert_eq!(resolve_commit_ids(mut_repo, "git_refs()"), vec![]);
// Can get a mix of git refs
mut_repo.set_git_ref_target(
"refs/heads/branch1",
RefTarget::normal(commit1.id().clone()),
);
mut_repo.set_git_ref_target("refs/tags/tag1", RefTarget::normal(commit2.id().clone()));
assert_eq!(
resolve_commit_ids(mut_repo, "git_refs()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Two refs pointing to the same commit does not result in a duplicate in the
// revset
mut_repo.set_git_ref_target("refs/tags/tag2", RefTarget::normal(commit2.id().clone()));
assert_eq!(
resolve_commit_ids(mut_repo, "git_refs()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Can get git refs when there are conflicted refs
mut_repo.set_git_ref_target(
"refs/heads/branch1",
RefTarget::from_legacy_form(
[commit1.id().clone()],
[commit2.id().clone(), commit3.id().clone()],
),
);
mut_repo.set_git_ref_target(
"refs/tags/tag1",
RefTarget::from_legacy_form(
[commit2.id().clone()],
[commit3.id().clone(), commit4.id().clone()],
),
);
mut_repo.set_git_ref_target("refs/tags/tag2", RefTarget::absent());
assert_eq!(
resolve_commit_ids(mut_repo, "git_refs()"),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone()
]
);
}
#[test]
fn test_evaluate_expression_git_head() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
// Can get git head when it's not set
assert_eq!(resolve_commit_ids(mut_repo, "git_head()"), vec![]);
mut_repo.set_git_head_target(RefTarget::normal(commit1.id().clone()));
assert_eq!(
resolve_commit_ids(mut_repo, "git_head()"),
vec![commit1.id().clone()]
);
}
#[test]
fn test_evaluate_expression_branches() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let commit3 = write_random_commit(mut_repo, &settings);
let commit4 = write_random_commit(mut_repo, &settings);
// Can get branches when there are none
assert_eq!(resolve_commit_ids(mut_repo, "branches()"), vec![]);
// Can get a few branches
mut_repo.set_local_branch_target("branch1", RefTarget::normal(commit1.id().clone()));
mut_repo.set_local_branch_target("branch2", RefTarget::normal(commit2.id().clone()));
assert_eq!(
resolve_commit_ids(mut_repo, "branches()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Can get branches with matching names
assert_eq!(
resolve_commit_ids(mut_repo, "branches(branch1)"),
vec![commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, "branches(branch)"),
vec![commit2.id().clone(), commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, "branches(exact:branch1)"),
vec![commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"branches(glob:"branch?")"#),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Can silently resolve to an empty set if there's no matches
assert_eq!(resolve_commit_ids(mut_repo, "branches(branch3)"), vec![]);
assert_eq!(
resolve_commit_ids(mut_repo, "branches(exact:ranch1)"),
vec![]
);
// Two branches pointing to the same commit does not result in a duplicate in
// the revset
mut_repo.set_local_branch_target("branch3", RefTarget::normal(commit2.id().clone()));
assert_eq!(
resolve_commit_ids(mut_repo, "branches()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Can get branches when there are conflicted refs
mut_repo.set_local_branch_target(
"branch1",
RefTarget::from_legacy_form(
[commit1.id().clone()],
[commit2.id().clone(), commit3.id().clone()],
),
);
mut_repo.set_local_branch_target(
"branch2",
RefTarget::from_legacy_form(
[commit2.id().clone()],
[commit3.id().clone(), commit4.id().clone()],
),
);
mut_repo.set_local_branch_target("branch3", RefTarget::absent());
assert_eq!(
resolve_commit_ids(mut_repo, "branches()"),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone()
]
);
}
#[test]
fn test_evaluate_expression_remote_branches() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let remote_ref = |target| RemoteRef {
target,
state: RemoteRefState::Tracking, // doesn't matter
};
let normal_remote_ref = |id: &CommitId| remote_ref(RefTarget::normal(id.clone()));
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = write_random_commit(mut_repo, &settings);
let commit2 = write_random_commit(mut_repo, &settings);
let commit3 = write_random_commit(mut_repo, &settings);
let commit4 = write_random_commit(mut_repo, &settings);
let commit_git_remote = write_random_commit(mut_repo, &settings);
// Can get branches when there are none
assert_eq!(resolve_commit_ids(mut_repo, "remote_branches()"), vec![]);
// Can get a few branches
mut_repo.set_remote_branch("branch1", "origin", normal_remote_ref(commit1.id()));
mut_repo.set_remote_branch("branch2", "private", normal_remote_ref(commit2.id()));
// Git-tracking branches aren't included
mut_repo.set_remote_branch(
"branch",
git::REMOTE_NAME_FOR_LOCAL_GIT_REPO,
normal_remote_ref(commit_git_remote.id()),
);
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Can get branches with matching names
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches(branch1)"),
vec![commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches(branch)"),
vec![commit2.id().clone(), commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches(exact:branch1)"),
vec![commit1.id().clone()]
);
// Can get branches from matching remotes
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches("", origin)"#),
vec![commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches("", ri)"#),
vec![commit2.id().clone(), commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches("", exact:origin)"#),
vec![commit1.id().clone()]
);
// Can get branches with matching names from matching remotes
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches(branch1, ri)"),
vec![commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches(branch, private)"#),
vec![commit2.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches(exact:branch1, exact:origin)"#),
vec![commit1.id().clone()]
);
// Can silently resolve to an empty set if there's no matches
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches(branch3)"),
vec![]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches("", upstream)"#),
vec![]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches(branch1, private)"#),
vec![]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches(exact:ranch1, exact:origin)"#),
vec![]
);
assert_eq!(
resolve_commit_ids(mut_repo, r#"remote_branches(exact:branch1, exact:orig)"#),
vec![]
);
// Two branches pointing to the same commit does not result in a duplicate in
// the revset
mut_repo.set_remote_branch("branch3", "origin", normal_remote_ref(commit2.id()));
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// The commits don't have to be in the current set of heads to be included.
mut_repo.remove_head(commit2.id());
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches()"),
vec![commit2.id().clone(), commit1.id().clone()]
);
// Can get branches when there are conflicted refs
mut_repo.set_remote_branch(
"branch1",
"origin",
remote_ref(RefTarget::from_legacy_form(
[commit1.id().clone()],
[commit2.id().clone(), commit3.id().clone()],
)),
);
mut_repo.set_remote_branch(
"branch2",
"private",
remote_ref(RefTarget::from_legacy_form(
[commit2.id().clone()],
[commit3.id().clone(), commit4.id().clone()],
)),
);
mut_repo.set_remote_branch("branch3", "origin", RemoteRef::absent());
assert_eq!(
resolve_commit_ids(mut_repo, "remote_branches()"),
vec![
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone()
]
);
}
#[test]
fn test_evaluate_expression_latest() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut write_commit_with_committer_timestamp = |sec: i64| {
let builder = create_random_commit(mut_repo, &settings);
let mut committer = builder.committer().clone();
committer.timestamp.timestamp = MillisSinceEpoch(sec * 1000);
builder.set_committer(committer).write().unwrap()
};
let commit1_t3 = write_commit_with_committer_timestamp(3);
let commit2_t2 = write_commit_with_committer_timestamp(2);
let commit3_t2 = write_commit_with_committer_timestamp(2);
let commit4_t1 = write_commit_with_committer_timestamp(1);
// Pick the latest entry by default (count = 1)
assert_eq!(
resolve_commit_ids(mut_repo, "latest(all())"),
vec![commit1_t3.id().clone()],
);
// Should not panic with count = 0 or empty set
assert_eq!(resolve_commit_ids(mut_repo, "latest(all(), 0)"), vec![]);
assert_eq!(resolve_commit_ids(mut_repo, "latest(none())"), vec![]);
assert_eq!(
resolve_commit_ids(mut_repo, "latest(all(), 1)"),
vec![commit1_t3.id().clone()],
);
// Tie-breaking: pick the later entry in position
assert_eq!(
resolve_commit_ids(mut_repo, "latest(all(), 2)"),
vec![commit3_t2.id().clone(), commit1_t3.id().clone()],
);
assert_eq!(
resolve_commit_ids(mut_repo, "latest(all(), 3)"),
vec![
commit3_t2.id().clone(),
commit2_t2.id().clone(),
commit1_t3.id().clone(),
],
);
assert_eq!(
resolve_commit_ids(mut_repo, "latest(all(), 4)"),
vec![
commit4_t1.id().clone(),
commit3_t2.id().clone(),
commit2_t2.id().clone(),
commit1_t3.id().clone(),
],
);
assert_eq!(
resolve_commit_ids(mut_repo, "latest(all(), 5)"),
vec![
commit4_t1.id().clone(),
commit3_t2.id().clone(),
commit2_t2.id().clone(),
commit1_t3.id().clone(),
mut_repo.store().root_commit_id().clone(),
],
);
// Should not panic if count is larger than the candidates size
assert_eq!(
resolve_commit_ids(mut_repo, "latest(~root(), 5)"),
vec![
commit4_t1.id().clone(),
commit3_t2.id().clone(),
commit2_t2.id().clone(),
commit1_t3.id().clone(),
],
);
}
#[test]
fn test_evaluate_expression_merges() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.initial_commit();
let commit3 = graph_builder.initial_commit();
let commit4 = graph_builder.commit_with_parents(&[&commit1, &commit2]);
let commit5 = graph_builder.commit_with_parents(&[&commit1, &commit2, &commit3]);
// Finds all merges by default
assert_eq!(
resolve_commit_ids(mut_repo, "merges()"),
vec![commit5.id().clone(), commit4.id().clone(),]
);
// Searches only among candidates if specified
assert_eq!(
resolve_commit_ids(mut_repo, &format!("::{} & merges()", commit5.id().hex())),
vec![commit5.id().clone()]
);
}
#[test]
fn test_evaluate_expression_description() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit1 = create_random_commit(mut_repo, &settings)
.set_description("commit 1")
.write()
.unwrap();
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.set_description("commit 2")
.write()
.unwrap();
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.set_description("commit 3")
.write()
.unwrap();
// Can find multiple matches
assert_eq!(
resolve_commit_ids(mut_repo, "description(commit)"),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone()
]
);
// Can find a unique match
assert_eq!(
resolve_commit_ids(mut_repo, "description(\"commit 2\")"),
vec![commit2.id().clone()]
);
// Searches only among candidates if specified
assert_eq!(
resolve_commit_ids(mut_repo, "visible_heads() & description(\"commit 2\")"),
vec![]
);
}
#[test]
fn test_evaluate_expression_author() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let timestamp = Timestamp {
timestamp: MillisSinceEpoch(0),
tz_offset: 0,
};
let commit1 = create_random_commit(mut_repo, &settings)
.set_author(Signature {
name: "name1".to_string(),
email: "email1".to_string(),
timestamp: timestamp.clone(),
})
.write()
.unwrap();
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.set_author(Signature {
name: "name2".to_string(),
email: "email2".to_string(),
timestamp: timestamp.clone(),
})
.write()
.unwrap();
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.set_author(Signature {
name: "name3".to_string(),
email: "email3".to_string(),
timestamp,
})
.write()
.unwrap();
// Can find multiple matches
assert_eq!(
resolve_commit_ids(mut_repo, "author(name)"),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone()
]
);
// Can find a unique match by either name or email
assert_eq!(
resolve_commit_ids(mut_repo, "author(\"name2\")"),
vec![commit2.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, "author(\"name3\")"),
vec![commit3.id().clone()]
);
// Searches only among candidates if specified
assert_eq!(
resolve_commit_ids(mut_repo, "visible_heads() & author(\"name2\")"),
vec![]
);
// Filter by union of pure predicate and set
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("root().. & (author(name1) | {})", commit3.id().hex())
),
vec![commit3.id().clone(), commit1.id().clone()]
);
}
#[test]
fn test_evaluate_expression_mine() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let timestamp = Timestamp {
timestamp: MillisSinceEpoch(0),
tz_offset: 0,
};
let commit1 = create_random_commit(mut_repo, &settings)
.set_author(Signature {
name: "name1".to_string(),
email: "email1".to_string(),
timestamp: timestamp.clone(),
})
.write()
.unwrap();
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.set_author(Signature {
name: "name2".to_string(),
email: settings.user_email(),
timestamp: timestamp.clone(),
})
.write()
.unwrap();
// Can find a unique match by name
assert_eq!(
resolve_commit_ids(mut_repo, "mine()"),
vec![commit2.id().clone()]
);
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.set_author(Signature {
name: "name3".to_string(),
email: settings.user_email(),
timestamp,
})
.write()
.unwrap();
// Can find multiple matches by name
assert_eq!(
resolve_commit_ids(mut_repo, "mine()"),
vec![commit3.id().clone(), commit2.id().clone()]
);
// Searches only among candidates if specified
assert_eq!(
resolve_commit_ids(mut_repo, "visible_heads() & mine()"),
vec![commit3.id().clone()],
);
// Filter by union of pure predicate and set
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("root().. & (mine() | {})", commit1.id().hex())
),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone()
]
);
}
#[test]
fn test_evaluate_expression_committer() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let timestamp = Timestamp {
timestamp: MillisSinceEpoch(0),
tz_offset: 0,
};
let commit1 = create_random_commit(mut_repo, &settings)
.set_committer(Signature {
name: "name1".to_string(),
email: "email1".to_string(),
timestamp: timestamp.clone(),
})
.write()
.unwrap();
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.set_committer(Signature {
name: "name2".to_string(),
email: "email2".to_string(),
timestamp: timestamp.clone(),
})
.write()
.unwrap();
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.set_committer(Signature {
name: "name3".to_string(),
email: "email3".to_string(),
timestamp,
})
.write()
.unwrap();
// Can find multiple matches
assert_eq!(
resolve_commit_ids(mut_repo, "committer(name)"),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone()
]
);
// Can find a unique match by either name or email
assert_eq!(
resolve_commit_ids(mut_repo, "committer(\"name2\")"),
vec![commit2.id().clone()]
);
assert_eq!(
resolve_commit_ids(mut_repo, "committer(\"name3\")"),
vec![commit3.id().clone()]
);
// Searches only among candidates if specified
assert_eq!(
resolve_commit_ids(mut_repo, "visible_heads() & committer(\"name2\")"),
vec![]
);
}
#[test]
fn test_evaluate_expression_union() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit3]);
let commit5 = graph_builder.commit_with_parents(&[&commit2]);
// Union between ancestors
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("::{} | ::{}", commit4.id().hex(), commit5.id().hex())
),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone()
]
);
// Unioning can add back commits removed by difference
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"(::{} ~ ::{}) | ::{}",
commit4.id().hex(),
commit2.id().hex(),
commit5.id().hex()
)
),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone(),
]
);
// Unioning of disjoint sets
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"(::{} ~ ::{}) | {}",
commit4.id().hex(),
commit2.id().hex(),
commit5.id().hex(),
)
),
vec![
commit5.id().clone(),
commit4.id().clone(),
commit3.id().clone()
]
);
}
#[test]
fn test_evaluate_expression_intersection() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit3]);
let commit5 = graph_builder.commit_with_parents(&[&commit2]);
// Intersection between ancestors
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("::{} & ::{}", commit4.id().hex(), commit5.id().hex())
),
vec![
commit2.id().clone(),
commit1.id().clone(),
root_commit.id().clone()
]
);
// Intersection of disjoint sets
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("{} & {}", commit4.id().hex(), commit2.id().hex())
),
vec![]
);
}
#[test]
fn test_evaluate_expression_difference() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let root_commit = repo.store().root_commit();
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let mut graph_builder = CommitGraphBuilder::new(&settings, mut_repo);
let commit1 = graph_builder.initial_commit();
let commit2 = graph_builder.commit_with_parents(&[&commit1]);
let commit3 = graph_builder.commit_with_parents(&[&commit2]);
let commit4 = graph_builder.commit_with_parents(&[&commit3]);
let commit5 = graph_builder.commit_with_parents(&[&commit2]);
// Difference from all
assert_eq!(
resolve_commit_ids(mut_repo, &format!("~::{}", commit5.id().hex())),
vec![commit4.id().clone(), commit3.id().clone()]
);
// Difference between ancestors
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("::{} ~ ::{}", commit4.id().hex(), commit5.id().hex())
),
vec![commit4.id().clone(), commit3.id().clone()]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("::{} ~ ::{}", commit5.id().hex(), commit4.id().hex())
),
vec![commit5.id().clone()]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("~::{} & ::{}", commit4.id().hex(), commit5.id().hex())
),
vec![commit5.id().clone()]
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!("::{} ~ ::{}", commit4.id().hex(), commit2.id().hex())
),
vec![commit4.id().clone(), commit3.id().clone()]
);
// Associativity
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"::{} ~ {} ~ {}",
commit4.id().hex(),
commit2.id().hex(),
commit3.id().hex()
)
),
vec![
commit4.id().clone(),
commit1.id().clone(),
root_commit.id().clone(),
]
);
// Subtracting a difference does not add back any commits
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"(::{} ~ ::{}) ~ (::{} ~ ::{})",
commit4.id().hex(),
commit1.id().hex(),
commit3.id().hex(),
commit1.id().hex(),
)
),
vec![commit4.id().clone()]
);
}
#[test]
fn test_evaluate_expression_filter_combinator() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let root_commit_id = repo.store().root_commit_id();
let commit1 = create_random_commit(mut_repo, &settings)
.set_description("commit 1")
.write()
.unwrap();
let commit2 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit1.id().clone()])
.set_description("commit 2")
.write()
.unwrap();
let commit3 = create_random_commit(mut_repo, &settings)
.set_parents(vec![commit2.id().clone()])
.set_description("commit 3")
.write()
.unwrap();
// Not intersected with a set node
assert_eq!(
resolve_commit_ids(mut_repo, "~description(1)"),
vec![
commit3.id().clone(),
commit2.id().clone(),
root_commit_id.clone(),
],
);
assert_eq!(
resolve_commit_ids(mut_repo, "description(1) | description(2)"),
vec![commit2.id().clone(), commit1.id().clone()],
);
assert_eq!(
resolve_commit_ids(
mut_repo,
"description(commit) ~ (description(2) | description(3))",
),
vec![commit1.id().clone()],
);
// Intersected with a set node
assert_eq!(
resolve_commit_ids(mut_repo, "root().. & ~description(1)"),
vec![commit3.id().clone(), commit2.id().clone()],
);
assert_eq!(
resolve_commit_ids(
mut_repo,
&format!(
"{}.. & (description(1) | description(2))",
commit1.id().hex(),
)
),
vec![commit2.id().clone()],
);
}
#[test]
fn test_evaluate_expression_file() {
let settings = testutils::user_settings();
let test_workspace = TestWorkspace::init(&settings);
let repo = &test_workspace.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let added_clean_clean = RepoPath::from_internal_string("added_clean_clean");
let added_modified_clean = RepoPath::from_internal_string("added_modified_clean");
let added_modified_removed = RepoPath::from_internal_string("added_modified_removed");
let tree1 = create_tree(
repo,
&[
(added_clean_clean, "1"),
(added_modified_clean, "1"),
(added_modified_removed, "1"),
],
);
let tree2 = create_tree(
repo,
&[
(added_clean_clean, "1"),
(added_modified_clean, "2"),
(added_modified_removed, "2"),
],
);
let tree3 = create_tree(
repo,
&[
(added_clean_clean, "1"),
(added_modified_clean, "2"),
// added_modified_removed,
],
);
let commit1 = mut_repo
.new_commit(
&settings,
vec![repo.store().root_commit_id().clone()],
tree1.id(),
)
.write()
.unwrap();
let commit2 = mut_repo
.new_commit(&settings, vec![commit1.id().clone()], tree2.id())
.write()
.unwrap();
let commit3 = mut_repo
.new_commit(&settings, vec![commit2.id().clone()], tree3.id())
.write()
.unwrap();
let commit4 = mut_repo
.new_commit(&settings, vec![commit3.id().clone()], tree3.id())
.write()
.unwrap();
let resolve = |file_path: &RepoPath| -> Vec<CommitId> {
let mut_repo = &*mut_repo;
let expression = RevsetExpression::filter(RevsetFilterPredicate::File(
FilesetExpression::prefix_path(file_path.to_owned()),
));
let revset = expression.evaluate_programmatic(mut_repo).unwrap();
revset.iter().collect()
};
assert_eq!(resolve(added_clean_clean), vec![commit1.id().clone()]);
assert_eq!(
resolve(added_modified_clean),
vec![commit2.id().clone(), commit1.id().clone()]
);
assert_eq!(
resolve(added_modified_removed),
vec![
commit3.id().clone(),
commit2.id().clone(),
commit1.id().clone()
]
);
// file() revset:
assert_eq!(
resolve_commit_ids_in_workspace(
mut_repo,
r#"file("repo/added_clean_clean")"#,
&test_workspace.workspace,
Some(test_workspace.workspace.workspace_root().parent().unwrap()),
),
vec![commit1.id().clone()]
);
assert_eq!(
resolve_commit_ids_in_workspace(
mut_repo,
&format!(r#"{}:: & file("added_modified_clean")"#, commit2.id().hex()),
&test_workspace.workspace,
Some(test_workspace.workspace.workspace_root()),
),
vec![commit2.id().clone()]
);
// empty() revset, which is identical to ~file(".")
assert_eq!(
resolve_commit_ids(mut_repo, &format!("{}:: & empty()", commit1.id().hex())),
vec![commit4.id().clone()]
);
}
#[test]
fn test_evaluate_expression_conflict() {
let settings = testutils::user_settings();
let test_workspace = TestWorkspace::init(&settings);
let repo = &test_workspace.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
// Create a few trees, including one with a conflict in `file1`
let file_path1 = RepoPath::from_internal_string("file1");
let file_path2 = RepoPath::from_internal_string("file2");
let tree1 = create_tree(repo, &[(file_path1, "1"), (file_path2, "1")]);
let tree2 = create_tree(repo, &[(file_path1, "2"), (file_path2, "2")]);
let tree3 = create_tree(repo, &[(file_path1, "3"), (file_path2, "1")]);
let tree4 = tree2.merge(&tree1, &tree3).unwrap();
let mut create_commit = |parent_ids, tree_id| {
mut_repo
.new_commit(&settings, parent_ids, tree_id)
.write()
.unwrap()
};
let commit1 = create_commit(vec![repo.store().root_commit_id().clone()], tree1.id());
let commit2 = create_commit(vec![commit1.id().clone()], tree2.id());
let commit3 = create_commit(vec![commit2.id().clone()], tree3.id());
let commit4 = create_commit(vec![commit3.id().clone()], tree4.id());
// Only commit4 has a conflict
assert_eq!(
resolve_commit_ids(mut_repo, "conflict()"),
vec![commit4.id().clone()]
);
}
#[test]
fn test_reverse_graph_iterator() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
// Tests that merges, forks, direct edges, indirect edges, and "missing" edges
// are correct in reversed graph. "Missing" edges (i.e. edges to commits not
// in the input set) won't be part of the reversed graph. Conversely, there
// won't be missing edges to children not in the input.
//
// F
// |\
// D E
// |/
// C
// |
// b
// |
// A
// |
// root
let mut tx = repo.start_transaction(&settings);
let mut graph_builder = CommitGraphBuilder::new(&settings, tx.mut_repo());
let commit_a = graph_builder.initial_commit();
let commit_b = graph_builder.commit_with_parents(&[&commit_a]);
let commit_c = graph_builder.commit_with_parents(&[&commit_b]);
let commit_d = graph_builder.commit_with_parents(&[&commit_c]);
let commit_e = graph_builder.commit_with_parents(&[&commit_c]);
let commit_f = graph_builder.commit_with_parents(&[&commit_d, &commit_e]);
let repo = tx.commit("test");
let revset = revset_for_commits(
repo.as_ref(),
&[&commit_a, &commit_c, &commit_d, &commit_e, &commit_f],
);
let commits = ReverseRevsetGraphIterator::new(revset.iter_graph()).collect_vec();
assert_eq!(commits.len(), 5);
assert_eq!(commits[0].0, *commit_a.id());
assert_eq!(commits[1].0, *commit_c.id());
assert_eq!(commits[2].0, *commit_d.id());
assert_eq!(commits[3].0, *commit_e.id());
assert_eq!(commits[4].0, *commit_f.id());
assert_eq!(
commits[0].1,
vec![RevsetGraphEdge::indirect(commit_c.id().clone())]
);
assert_eq!(
commits[1].1,
vec![
RevsetGraphEdge::direct(commit_e.id().clone()),
RevsetGraphEdge::direct(commit_d.id().clone()),
]
);
assert_eq!(
commits[2].1,
vec![RevsetGraphEdge::direct(commit_f.id().clone())]
);
assert_eq!(
commits[3].1,
vec![RevsetGraphEdge::direct(commit_f.id().clone())]
);
assert_eq!(commits[4].1, vec![]);
}
#[test]
fn test_no_such_revision_suggestion() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit = write_random_commit(mut_repo, &settings);
for branch_name in ["foo", "bar", "baz"] {
mut_repo.set_local_branch_target(branch_name, RefTarget::normal(commit.id().clone()));
}
assert_matches!(resolve_symbol(mut_repo, "bar"), Ok(_));
assert_matches!(
resolve_symbol(mut_repo, "bax"),
Err(RevsetResolutionError::NoSuchRevision { name, candidates })
if name == "bax" && candidates == vec!["bar".to_string(), "baz".to_string()]
);
}
#[test]
fn test_revset_containing_fn() {
let settings = testutils::user_settings();
let test_repo = TestRepo::init();
let repo = &test_repo.repo;
let mut tx = repo.start_transaction(&settings);
let mut_repo = tx.mut_repo();
let commit_a = write_random_commit(mut_repo, &settings);
let commit_b = write_random_commit(mut_repo, &settings);
let commit_c = write_random_commit(mut_repo, &settings);
let commit_d = write_random_commit(mut_repo, &settings);
let repo = tx.commit("test");
let revset = revset_for_commits(repo.as_ref(), &[&commit_b, &commit_d]);
let revset_has_commit = revset.containing_fn();
assert!(!revset_has_commit(commit_a.id()));
assert!(revset_has_commit(commit_b.id()));
assert!(!revset_has_commit(commit_c.id()));
assert!(revset_has_commit(commit_d.id()));
}
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