Mercurial > hg4j
view test/org/tmatesoft/hg/test/TestStatus.java @ 462:ad0322a4af20
Update tests not to fail with Mercurial 2.2 changes, run tests with gradle
author | Artem Tikhomirov <tikhomirov.artem@gmail.com> |
---|---|
date | Wed, 20 Jun 2012 16:52:39 +0200 |
parents | 613c883e360e |
children | 5c09a9f2e073 |
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/* * Copyright (c) 2011-2012 TMate Software Ltd * * This program is free software; you can redistribute it and/or modify * it under the terms of the GNU General Public License as published by * the Free Software Foundation; version 2 of the License. * * This program is distributed in the hope that it will be useful, * but WITHOUT ANY WARRANTY; without even the implied warranty of * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the * GNU General Public License for more details. * * For information on how to redistribute this software under * the terms of a license other than GNU General Public License * contact TMate Software at support@hg4j.com */ package org.tmatesoft.hg.test; import static org.hamcrest.CoreMatchers.equalTo; import static org.junit.Assert.assertEquals; import static org.junit.Assert.assertTrue; import static org.tmatesoft.hg.core.HgStatus.Kind.*; import static org.tmatesoft.hg.repo.HgRepository.TIP; import static org.tmatesoft.hg.repo.HgRepository.WORKING_COPY; import java.io.File; import java.util.ArrayList; import java.util.Collection; import java.util.Collections; import java.util.HashMap; import java.util.LinkedHashMap; import java.util.LinkedList; import java.util.List; import java.util.Map; import java.util.TreeMap; import org.junit.Assume; import org.junit.Ignore; import org.junit.Rule; import org.junit.Test; import org.tmatesoft.hg.core.HgStatus; import org.tmatesoft.hg.core.HgStatus.Kind; import org.tmatesoft.hg.core.HgStatusCommand; import org.tmatesoft.hg.core.HgStatusHandler; import org.tmatesoft.hg.internal.PathGlobMatcher; import org.tmatesoft.hg.repo.HgLookup; import org.tmatesoft.hg.repo.HgRepository; import org.tmatesoft.hg.repo.HgStatusCollector; import org.tmatesoft.hg.repo.HgWorkingCopyStatusCollector; import org.tmatesoft.hg.util.Path; import org.tmatesoft.hg.util.Outcome; /** * * @author Artem Tikhomirov * @author TMate Software Ltd. */ public class TestStatus { @Rule public ErrorCollectorExt errorCollector = new ErrorCollectorExt(); private HgRepository repo; private StatusOutputParser statusParser; private ExecHelper eh; private StatusReporter sr; public static void main(String[] args) throws Throwable { TestStatus test = new TestStatus(); test.testLowLevel(); test.testStatusCommand(); test.testPerformance(); test.errorCollector.verify(); // TestStatus t2 = new TestStatus(new HgLookup().detect("/temp/hg/hg4j-merging/hg4j")); t2.testDirstateParentOtherThanTipWithUpdate(); t2.errorCollector.verify(); TestStatus t3 = new TestStatus(new HgLookup().detect("/temp/hg/cpython")); t3.testDirstateParentOtherThanTipNoUpdate(); t3.errorCollector.verify(); } public TestStatus() throws Exception { this(new HgLookup().detectFromWorkingDir()); } private TestStatus(HgRepository hgRepo) { repo = hgRepo; Assume.assumeTrue(!repo.isInvalid()); statusParser = new StatusOutputParser(); eh = new ExecHelper(statusParser, hgRepo.getWorkingDir()); sr = new StatusReporter(errorCollector, statusParser); } @Test public void testLowLevel() throws Exception { final HgWorkingCopyStatusCollector wcc = new HgWorkingCopyStatusCollector(repo); statusParser.reset(); eh.run("hg", "status", "-A"); HgStatusCollector.Record r = wcc.status(HgRepository.TIP); sr.report("hg status -A", r); // statusParser.reset(); int revision = 3; eh.run("hg", "status", "-A", "--rev", String.valueOf(revision)); r = wcc.status(revision); sr.report("status -A --rev " + revision, r); // statusParser.reset(); eh.run("hg", "status", "-A", "--change", String.valueOf(revision)); r = new HgStatusCollector.Record(); new HgStatusCollector(repo).change(revision, r); sr.report("status -A --change " + revision, r); // statusParser.reset(); int rev2 = 80; final String range = String.valueOf(revision) + ":" + String.valueOf(rev2); eh.run("hg", "status", "-A", "--rev", range); r = new HgStatusCollector(repo).status(revision, rev2); sr.report("Status -A -rev " + range, r); } /** * hg up --rev <earlier rev>; hg status * * To check if HgWorkingCopyStatusCollector respects actual working copy parent (takes from dirstate) * and if status is calculated correctly */ @Test @Ignore("modifies test repository, needs careful configuration") public void testDirstateParentOtherThanTipWithUpdate() throws Exception { int revToUpdate = 238; try { eh.run("hg", "up", "--rev", String.valueOf(revToUpdate)); testDirstateParentOtherThanTipNoUpdate(); } finally { eh.run("hg", "up"); } } @Test @Ignore("needs configuration as it requires special repository") public void testDirstateParentOtherThanTipNoUpdate() throws Exception { final HgWorkingCopyStatusCollector wcc = new HgWorkingCopyStatusCollector(repo); statusParser.reset(); // eh.run("hg", "status", "-A"); HgStatusCollector.Record r = wcc.status(HgRepository.TIP); sr.report("hg status -A", r); // statusParser.reset(); int revision = 3; eh.run("hg", "status", "-A", "--rev", String.valueOf(revision)); r = wcc.status(revision); sr.report("status -A --rev " + revision, r); } @Test public void testStatusCommand() throws Exception { final HgStatusCommand sc = new HgStatusCommand(repo).all(); StatusCollector r; statusParser.reset(); eh.run("hg", "status", "-A"); sc.execute(r = new StatusCollector()); sr.report("hg status -A", r); // statusParser.reset(); int revision = 3; eh.run("hg", "status", "-A", "--rev", String.valueOf(revision)); sc.base(revision).execute(r = new StatusCollector()); sr.report("status -A --rev " + revision, r); // statusParser.reset(); eh.run("hg", "status", "-A", "--change", String.valueOf(revision)); sc.base(TIP).revision(revision).execute(r = new StatusCollector()); sr.report("status -A --change " + revision, r); // TODO check not -A, but defaults()/custom set of modifications } static class StatusCollector implements HgStatusHandler { private final Map<Kind, List<Path>> kind2names = new TreeMap<Kind, List<Path>>(); private final Map<Path, List<Kind>> name2kinds = new TreeMap<Path, List<Kind>>(); private final Map<Path, Outcome> name2error = new LinkedHashMap<Path, Outcome>(); private final Map<Path, Path> new2oldName = new LinkedHashMap<Path, Path>(); public void status(HgStatus s) { List<Path> l = kind2names.get(s.getKind()); if (l == null) { kind2names.put(s.getKind(), l = new LinkedList<Path>()); } l.add(s.getPath()); if (s.isCopy()) { new2oldName.put(s.getPath(), s.getOriginalPath()); } // List<Kind> k = name2kinds.get(s.getPath()); if (k == null) { name2kinds.put(s.getPath(), k = new LinkedList<Kind>()); } k.add(s.getKind()); } public void error(Path file, Outcome s) { name2error.put(file, s); } public List<Path> get(Kind k) { List<Path> rv = kind2names.get(k); return rv == null ? Collections.<Path> emptyList() : rv; } public List<Kind> get(Path p) { List<Kind> rv = name2kinds.get(p); return rv == null ? Collections.<Kind> emptyList() : rv; } public Map<Path, Outcome> getErrors() { return name2error; } public HgStatusCollector.Record asStatusRecord() { HgStatusCollector.Record rv = new HgStatusCollector.Record(); for (Path p : get(Modified)) { rv.modified(p); } for (Path p : get(Added)) { if (!new2oldName.containsKey(p)) { // new files that are result of a copy get reported separately, below rv.added(p); } } for (Path p : get(Removed)) { rv.removed(p); } for (Path p : get(Clean)) { rv.clean(p); } for (Path p : get(Ignored)) { rv.ignored(p); } for (Path p : get(Missing)) { rv.missing(p); } for (Path p : get(Unknown)) { rv.unknown(p); } for (Map.Entry<Path, Path> e : new2oldName.entrySet()) { rv.copied(e.getValue(), e.getKey()); } return rv; } } /* * status-1/dir/file5 was added in rev 8, scheduled (hg remove file5) for removal, but not yet committed * Erroneously reported extra REMOVED file (the one added and removed in between). Shall not */ @Test public void testRemovedAgainstBaseWithoutIt() throws Exception { // check very end of WCStatusCollector, foreach left knownEntry, collect == null || baseRevFiles.contains() repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); StatusCollector sc = new StatusCollector(); cmd.all().base(7).execute(sc); assertTrue(sc.getErrors().isEmpty()); Path file5 = Path.create("dir/file5"); // shall not be listed at all assertTrue(sc.get(file5).isEmpty()); } /* * status-1/file2 is tracked, but later .hgignore got entry to ignore it, file2 got modified * HG doesn't respect .hgignore for tracked files. * Now reported as ignored and missing(?!). * Shall be reported as modified. */ @Test public void testTrackedModifiedIgnored() throws Exception { repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); StatusCollector sc = new StatusCollector(); cmd.all().execute(sc); assertTrue(sc.getErrors().isEmpty()); final Path file2 = Path.create("file2"); assertTrue(sc.get(file2).contains(Modified)); assertTrue(sc.get(file2).size() == 1); } /* * status/dir/file4, added in rev 3, has been scheduled for removal (hg remove -Af file4), but still there in the WC. * Shall be reported as Removed, when comparing against rev 3 * (despite both rev 3 and WC's parent has file4, there are different paths in the code for wc against parent and wc against rev) */ @Test public void testMarkedRemovedButStillInWC() throws Exception { repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); StatusCollector sc = new StatusCollector(); cmd.all().execute(sc); assertTrue(sc.getErrors().isEmpty()); Path file4 = Path.create("dir/file4"); assertTrue(sc.get(file4).contains(Removed)); assertTrue(sc.get(file4).size() == 1); // // different code path (collect != null) cmd.base(3).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); assertTrue(sc.get(file4).contains(Removed)); assertTrue(sc.get(file4).size() == 1); // // wasn't there in rev 2, shall not be reported at all cmd.base(2).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); assertTrue(sc.get(file4).isEmpty()); } /* * status-1/dir/file3 tracked, listed in .hgignore since rev 4, removed (hg remove file3) from repo and WC * (but entry in .hgignore left) in revision 5, and new file3 got created in WC. * Shall be reported as ignored when comparing against WC's parent, * and both ignored and removed when comparing against revision 3 */ @Test public void testRemovedIgnoredInWC() throws Exception { // check branch !known, ignored repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); StatusCollector sc = new StatusCollector(); cmd.all().execute(sc); assertTrue(sc.getErrors().isEmpty()); final Path file3 = Path.create("dir/file3"); assertTrue(sc.get(file3).contains(Ignored)); assertTrue(sc.get(file3).size() == 1); // cmd.base(3).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); assertTrue(sc.get(file3).contains(Ignored)); assertTrue(sc.get(file3).contains(Removed)); assertTrue(sc.get(file3).size() == 2); // cmd.base(5).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); assertTrue(sc.get(file3).contains(Ignored)); assertTrue(sc.get(file3).size() == 1); // cmd.base(0).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); assertTrue(sc.get(file3).contains(Ignored)); assertTrue(sc.get(file3).size() == 1); } /* * status/file1 was removed in cset 2. New file with the same name in the WC. * Shall report 2 statuses (as cmdline hg does): unknown and removed when comparing against that revision. */ @Test public void testNewFileWithSameNameAsDeletedOld() throws Exception { // check branch !known, !ignored (=> unknown) repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); StatusCollector sc = new StatusCollector(); cmd.base(1); cmd.all().execute(sc); assertTrue(sc.getErrors().isEmpty()); final Path file1 = Path.create("file1"); assertTrue(sc.get(file1).contains(Unknown)); assertTrue(sc.get(file1).contains(Removed)); assertTrue(sc.get(file1).size() == 2); // // no file1 in rev 2, shall be reported as unknown only cmd.base(2).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); assertTrue(sc.get(file1).contains(Unknown)); assertTrue(sc.get(file1).size() == 1); } @Test public void testSubTreeStatus() throws Exception { repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); StatusCollector sc = new StatusCollector(); cmd.match(new PathGlobMatcher("*")); cmd.all().execute(sc); assertTrue(sc.getErrors().isEmpty()); /* * C .hgignore * ? file1 * M file2 * C readme */ final Path file1 = Path.create("file1"); assertTrue(sc.get(file1).contains(Unknown)); assertTrue(sc.get(file1).size() == 1); assertTrue(sc.get(Removed).isEmpty()); assertTrue(sc.get(Clean).size() == 2); assertTrue(sc.get(Modified).size() == 1); // cmd.match(new PathGlobMatcher("dir/*")).execute(sc = new StatusCollector()); assertTrue(sc.getErrors().isEmpty()); /* * I dir/file3 * R dir/file4 * R dir/file5 */ assertTrue(sc.get(Modified).isEmpty()); assertTrue(sc.get(Added).isEmpty()); assertTrue(sc.get(Ignored).size() == 1); assertTrue(sc.get(Removed).size() == 2); } @Test public void testSpecificFileStatus() throws Exception { repo = Configuration.get().find("status-1"); // files only final Path file2 = Path.create("file2"); final Path file3 = Path.create("dir/file3"); HgWorkingCopyStatusCollector sc = HgWorkingCopyStatusCollector.create(repo, file2, file3); HgStatusCollector.Record r = new HgStatusCollector.Record(); sc.walk(WORKING_COPY, r); assertTrue(r.getAdded().isEmpty()); assertTrue(r.getRemoved().isEmpty()); assertTrue(r.getUnknown().isEmpty()); assertTrue(r.getClean().isEmpty()); assertTrue(r.getMissing().isEmpty()); assertTrue(r.getCopied().isEmpty()); assertTrue(r.getIgnored().contains(file3)); assertTrue(r.getIgnored().size() == 1); assertTrue(r.getModified().contains(file2)); assertTrue(r.getModified().size() == 1); // mix files and directories final Path readme = Path.create("readme"); final Path dir = Path.create("dir/"); sc = HgWorkingCopyStatusCollector.create(repo, readme, dir); sc.walk(WORKING_COPY, r = new HgStatusCollector.Record()); assertTrue(r.getAdded().isEmpty()); assertTrue(r.getRemoved().size() == 2); for (Path p : r.getRemoved()) { assertEquals(Path.CompareResult.ImmediateChild, p.compareWith(dir)); } assertTrue(r.getUnknown().isEmpty()); assertTrue(r.getClean().size() == 1); assertTrue(r.getClean().contains(readme)); assertTrue(r.getMissing().isEmpty()); assertTrue(r.getCopied().isEmpty()); assertTrue(r.getIgnored().contains(file3)); assertTrue(r.getIgnored().size() == 1); assertTrue(r.getModified().isEmpty()); } @Test public void testSameResultDirectPathVsMatcher() throws Exception { repo = Configuration.get().find("status-1"); final Path file3 = Path.create("dir/file3"); final Path file5 = Path.create("dir/file5"); HgWorkingCopyStatusCollector sc = HgWorkingCopyStatusCollector.create(repo, file3, file5); HgStatusCollector.Record r; sc.walk(WORKING_COPY, r = new HgStatusCollector.Record()); assertTrue(r.getRemoved().contains(file5)); assertTrue(r.getIgnored().contains(file3)); // // query for the same file, but with sc = HgWorkingCopyStatusCollector.create(repo, new PathGlobMatcher(file3.toString(), file5.toString())); sc.walk(WORKING_COPY, r = new HgStatusCollector.Record()); assertTrue(r.getRemoved().contains(file5)); assertTrue(r.getIgnored().contains(file3)); } @Test public void testScopeInHistoricalStatus() throws Exception { repo = Configuration.get().find("status-1"); HgStatusCommand cmd = new HgStatusCommand(repo); cmd.base(3).revision(8).all(); cmd.match(new PathGlobMatcher("dir/*")); StatusCollector sc = new StatusCollector(); cmd.execute(sc); assertTrue(sc.getErrors().isEmpty()); final Path file3 = Path.create("dir/file3"); final Path file4 = Path.create("dir/file4"); final Path file5 = Path.create("dir/file5"); // assertTrue(sc.get(file3).contains(Removed)); assertTrue(sc.get(file3).size() == 1); assertTrue(sc.get(Removed).size() == 1); // assertTrue(sc.get(file4).contains(Clean)); assertTrue(sc.get(file4).size() == 1); assertTrue(sc.get(Clean).size() == 1); // assertTrue(sc.get(file5).contains(Added)); assertTrue(sc.get(file5).size() == 1); assertTrue(sc.get(Added).size() == 1); } /** * Issue 22 */ @Test public void testOnEmptyRepositoryWithAllFilesDeleted() throws Exception { repo = Configuration.get().find("status-2"); HgStatusCommand cmd = new HgStatusCommand(repo); cmd.all(); StatusCollector sc = new StatusCollector(); cmd.execute(sc); // shall pass without exception assertTrue(sc.getErrors().isEmpty()); for (HgStatus.Kind k : HgStatus.Kind.values()) { assertTrue("Kind " + k.name() + " shall be empty", sc.get(k).isEmpty()); } } /** * Issue 22, two subsequent commits that remove all repository files, each in a different branch. * Here's excerpt from my RevlogWriter utility: * * <pre> * final List<String> filesList = Collections.singletonList("file1"); * // * file1.writeUncompressed(-1, -1, 0, 0, "garbage".getBytes()); * // * ManifestBuilder mb = new ManifestBuilder(); * mb.reset().add("file1", file1.getRevision(0)); * manifest.writeUncompressed(-1, -1, 0, 0, mb.build()); // manifest revision 0 * final byte[] cset1 = buildChangelogEntry(manifest.getRevision(0), Collections.<String, String>emptyMap(), filesList, "Add a file"); * changelog.writeUncompressed(-1, -1, 0, 0, cset1); * // * // pretend we delete all files in a branch 1 * manifest.writeUncompressed(0, -1, 1, 1, new byte[0]); // manifest revision 1 * final byte[] cset2 = buildChangelogEntry(manifest.getRevision(1), Collections.singletonMap("branch", "delete-all-1"), filesList, "Delete all files in a first branch"); * changelog.writeUncompressed(0, -1, 1, 1, cset2); * // * // pretend we delete all files in a branch 2 (which is based on revision 0, same as branch 1) * manifest.writeUncompressed(1, -1, 1 /*!!! here comes baseRevision != index * /, 2, new byte[0]); // manifest revision 2 * final byte[] cset3 = buildChangelogEntry(manifest.getRevision(2), Collections.singletonMap("branch", "delete-all-2"), filesList, "Again delete all files but in another branch"); * changelog.writeUncompressed(0, -1, 2, 2, cset3); * </pre> */ @Test public void testOnEmptyRepositoryWithAllFilesDeletedInBranch() throws Exception { repo = Configuration.get().find("status-3"); HgStatusCommand cmd = new HgStatusCommand(repo); cmd.all(); StatusCollector sc = new StatusCollector(); cmd.execute(sc); // shall pass without exception assertTrue(sc.getErrors().isEmpty()); for (HgStatus.Kind k : HgStatus.Kind.values()) { assertTrue("Kind " + k.name() + " shall be empty", sc.get(k).isEmpty()); } } /** * Issue 23: HgInvalidRevisionException for svn imported repository (changeset 0 references nullid manifest) */ @Test public void testImportedRepoWithOddManifestRevisions() throws Exception { repo = Configuration.get().find("status-4"); HgStatusCommand cmd = new HgStatusCommand(repo); cmd.all(); StatusCollector sc = new StatusCollector(); cmd.execute(sc); // shall pass without exception assertTrue(sc.getErrors().isEmpty()); } /** * Issue 24: IllegalArgumentException in FilterDataAccess * There were two related defects in RevlogStream * a) for compressedLen == 0, a byte was read and FilterDataAccess (of length 0, but it didn't help too much) was created - first byte happen to be 0. * Patch was not applied (userDataAccess.isEmpty() check thanks to Issue 22) * b) That FilterDataAccess (with 0 size represents patch more or less relevantly, but didn't represent actual revision) get successfully * reassigned as lastUserData for the next iteration. And at the next step attempt to apply patch recorded in the next revision failed * because baseRevisionData is 0 length FilterDataAccess * * Same applies for * Issue 25: IOException: Underflow. Rewind past end of the slice in InflaterDataAccess * with the difference in separate .i and .d (thus not 0 but 'x' first byte was read) * * Sample: * status-5/file1 has 3 revisions, second is zero-length patch: * Index Offset Packed Actual Base Rev * 0: 0 8 7 0 * DATA * 1: 8 0 7 0 * NO DATA * 2: 8 14 6 0 * PATCH */ @Test public void testZeroLengthPatchAgainstNonEmptyBaseRev() throws Exception { repo = Configuration.get().find("status-5"); // pretend we modified files in the working copy // for HgWorkingCopyStatusCollector to go and retrieve its content from repository File f1 = new File(repo.getWorkingDir(), "file1"); f1.setLastModified(System.currentTimeMillis()); File f3 = new File(repo.getWorkingDir(), "file3"); f3.setLastModified(System.currentTimeMillis()); // HgStatusCommand cmd = new HgStatusCommand(repo); cmd.all(); StatusCollector sc = new StatusCollector(); cmd.execute(sc); // shall pass without exception // for (Map.Entry<Path, Outcome> e : sc.getErrors().entrySet()) { System.out.printf("%s : (%s %s)\n", e.getKey(), e.getValue().getKind(), e.getValue().getMessage()); } assertTrue(sc.getErrors().isEmpty()); } /** * Issue 26: UnsupportedOperationException when patching empty base revision * * Sample: * status-5/file2 has 3 revisions, second is patch (complete revision content in a form of the patch) for empty base revision: * Index Offset Packed Actual Base Rev * 0: 0 0 0 0 * NO DATA * 1: 0 20 7 0 * PATCH: 0..0, 7:garbage * 2: 20 16 7 0 */ @Test public void testPatchZeroLengthBaseRevision() throws Exception { repo = Configuration.get().find("status-5"); // touch the file to force content retrieval File f2 = new File(repo.getWorkingDir(), "file2"); f2.setLastModified(System.currentTimeMillis()); // HgStatusCommand cmd = new HgStatusCommand(repo); cmd.all(); StatusCollector sc = new StatusCollector(); cmd.execute(sc); // shall pass without exception // for (Map.Entry<Path, Outcome> e : sc.getErrors().entrySet()) { System.out.printf("%s : (%s %s)\n", e.getKey(), e.getValue().getKind(), e.getValue().getMessage()); } assertTrue(sc.getErrors().isEmpty()); } @Test public void testNestedRepositoriesAreNotWalkedIn() throws Exception { repo = Configuration.get().find("status-nested-repo"); File s2 = new File(repo.getWorkingDir(), "skip/s2/.hg/"); File s1 = new File(repo.getWorkingDir(), "s1/.hg/"); File s1b = new File(repo.getWorkingDir(), "s1/b"); assertTrue("[sanity]", s1.exists() && s1.isDirectory()); assertTrue("[sanity]", s1b.exists() && s1b.isFile()); assertTrue("[sanity]", s2.exists() && s2.isDirectory()); StatusCollector sc = new StatusCollector(); new HgStatusCommand(repo).all().execute(sc); List<Path> ignored = sc.get(Ignored); assertEquals(1, ignored.size()); assertEquals(Path.create("skip/a"), ignored.get(0)); assertTrue(sc.get(Path.create("s1/b")).isEmpty()); } /* * With warm-up of previous tests, 10 runs, time in milliseconds * 'hg status -A': Native client total 953 (95 per run), Java client 94 (9) * 'hg status -A --rev 3:80': Native client total 1828 (182 per run), Java client 235 (23) * 'hg log --debug', 10 runs: Native client total 1766 (176 per run), Java client 78 (7) * * 18.02.2011 * 'hg status -A --rev 3:80', 10 runs: Native client total 2000 (200 per run), Java client 250 (25) * 'hg log --debug', 10 runs: Native client total 2297 (229 per run), Java client 125 (12) * * 9.3.2011 (DataAccess instead of byte[] in ReflogStream.Inspector * 'hg status -A', 10 runs: Native client total 1516 (151 per run), Java client 219 (21) * 'hg status -A --rev 3:80', 10 runs: Native client total 1875 (187 per run), Java client 3187 (318) (!!! ???) * 'hg log --debug', 10 runs: Native client total 2484 (248 per run), Java client 344 (34) */ public void testPerformance() throws Exception { final int runs = 10; final long start1 = System.currentTimeMillis(); for (int i = 0; i < runs; i++) { statusParser.reset(); eh.run("hg", "status", "-A", "--rev", "3:80"); } final long start2 = System.currentTimeMillis(); for (int i = 0; i < runs; i++) { StatusCollector r = new StatusCollector(); new HgStatusCommand(repo).all().base(3).revision(80).execute(r); } final long end = System.currentTimeMillis(); System.out.printf("'hg status -A --rev 3:80', %d runs: Native client total %d (%d per run), Java client %d (%d)\n", runs, start2 - start1, (start2 - start1) / runs, end - start2, (end - start2) / runs); } static class StatusReporter { private final StatusOutputParser statusParser; private final ErrorCollectorExt errorCollector; public StatusReporter(ErrorCollectorExt ec, StatusOutputParser sp) { errorCollector = ec; statusParser = sp; } public void report(String what, StatusCollector r) { errorCollector.assertTrue(what, r.getErrors().isEmpty()); report(what, r.asStatusRecord()); } public void report(String what, HgStatusCollector.Record r) { reportNotEqual(what + "#MODIFIED", r.getModified(), statusParser.getModified()); reportNotEqual(what + "#ADDED", r.getAdded(), statusParser.getAdded()); reportNotEqual(what + "#REMOVED", r.getRemoved(), statusParser.getRemoved()); reportNotEqual(what + "#CLEAN", r.getClean(), statusParser.getClean()); reportNotEqual(what + "#IGNORED", r.getIgnored(), statusParser.getIgnored()); reportNotEqual(what + "#MISSING", r.getMissing(), statusParser.getMissing()); reportNotEqual(what + "#UNKNOWN", r.getUnknown(), statusParser.getUnknown()); List<Path> copiedKeyDiff = difference(r.getCopied().keySet(), statusParser.getCopied().keySet()); HashMap<Path, String> copyDiff = new HashMap<Path, String>(); if (copiedKeyDiff.isEmpty()) { for (Path jk : r.getCopied().keySet()) { Path jv = r.getCopied().get(jk); if (statusParser.getCopied().containsKey(jk)) { Path cmdv = statusParser.getCopied().get(jk); if (!jv.equals(cmdv)) { copyDiff.put(jk, jv + " instead of " + cmdv); } } else { copyDiff.put(jk, "ERRONEOUSLY REPORTED IN JAVA"); } } } errorCollector.checkThat(what + "#Non-matching 'copied' keys: ", copiedKeyDiff, equalTo(Collections.<Path> emptyList())); errorCollector.checkThat(what + "#COPIED", copyDiff, equalTo(Collections.<Path, String> emptyMap())); } private <T extends Comparable<? super T>> void reportNotEqual(String what, Collection<T> l1, Collection<T> l2) { // List<T> diff = difference(l1, l2); // errorCollector.checkThat(what, diff, equalTo(Collections.<T>emptyList())); ArrayList<T> sl1 = new ArrayList<T>(l1); Collections.sort(sl1); ArrayList<T> sl2 = new ArrayList<T>(l2); Collections.sort(sl2); errorCollector.checkThat(what, sl1, equalTo(sl2)); } public static <T> List<T> difference(Collection<T> l1, Collection<T> l2) { LinkedList<T> result = new LinkedList<T>(l2); for (T t : l1) { if (l2.contains(t)) { result.remove(t); } else { result.add(t); } } return result; } } }