{- git-annex test suite - - Copyright 2010-2013 Joey Hess - - Licensed under the GNU GPL version 3 or higher. -} {-# LANGUAGE CPP #-} module Test where import Test.Tasty import Test.Tasty.Runners import Test.Tasty.HUnit import Test.Tasty.QuickCheck import Test.Tasty.Ingredients.Rerun import Data.Monoid import Options.Applicative hiding (command) import qualified Data.Map as M import qualified Text.JSON import Common import qualified Utility.SafeCommand import qualified Annex import qualified Annex.UUID import qualified Backend import qualified Git.CurrentRepo import qualified Git.Filename import qualified Git.Construct import qualified Git.Types import qualified Git.Ref import qualified Git.LsTree import qualified Git.FilePath import qualified Locations import qualified Types.KeySource import qualified Types.Backend import qualified Types.TrustLevel import qualified Types import qualified Logs.MapLog import qualified Logs.Trust import qualified Logs.Remote import qualified Logs.Unused import qualified Logs.Transfer import qualified Logs.Presence import qualified Types.MetaData import qualified Remote import qualified Types.Key import qualified Types.Messages import qualified Config import qualified Config.Cost import qualified Crypto import qualified Annex.Init import qualified Annex.CatFile import qualified Annex.View import qualified Annex.View.ViewedFile import qualified Logs.View import qualified Utility.Path import qualified Utility.FileMode import qualified Build.SysConfig import qualified Utility.Format import qualified Utility.Verifiable import qualified Utility.Process import qualified Utility.Misc import qualified Utility.InodeCache import qualified Utility.Env import qualified Utility.Matcher import qualified Utility.Exception import qualified Utility.Hash import qualified Utility.Scheduled import qualified Utility.HumanTime import qualified Utility.ThreadScheduler import qualified Utility.Base64 import qualified Command.Uninit import qualified CmdLine.GitAnnex as GitAnnex #ifndef mingw32_HOST_OS import qualified Remote.Helper.Encryptable import qualified Types.Crypto import qualified Utility.Gpg #endif import qualified Messages main :: [String] -> IO () main ps = do Messages.enableDebugOutput let tests = testGroup "Tests" -- Test both direct and indirect mode. -- Windows is only going to use direct mode, -- so don't test twice. [ properties #ifndef mingw32_HOST_OS , withTestEnv True $ unitTests "(direct)" , withTestEnv False $ unitTests "(indirect)" #else , withTestEnv False $ unitTests "" #endif ] -- Can't use tasty's defaultMain because one of the command line -- parameters is "test". let pinfo = info (helper <*> suiteOptionParser ingredients tests) ( fullDesc <> header "Builtin test suite" ) opts <- parseOpts (prefs idm) pinfo ps case tryIngredients ingredients opts tests of Nothing -> error "No tests found!?" Just act -> ifM act ( exitSuccess , do putStrLn " (This could be due to a bug in git-annex, or an incompatability" putStrLn " with utilities, such as git, installed on this system.)" exitFailure ) where parseOpts pprefs pinfo args = #if MIN_VERSION_optparse_applicative(0,10,0) case execParserPure pprefs pinfo args of (Options.Applicative.Failure failure) -> do let (msg, _exit) = renderFailure failure "git-annex test" error msg v -> handleParseResult v #else handleParseResult $ execParserPure pprefs pinfo args #endif ingredients :: [Ingredient] ingredients = [ rerunningTests [consoleTestReporter] , listingTests ] properties :: TestTree properties = localOption (QuickCheckTests 1000) $ testGroup "QuickCheck" [ testProperty "prop_idempotent_deencode_git" Git.Filename.prop_idempotent_deencode , testProperty "prop_idempotent_deencode" Utility.Format.prop_idempotent_deencode , testProperty "prop_idempotent_fileKey" Locations.prop_idempotent_fileKey , testProperty "prop_idempotent_key_encode" Types.Key.prop_idempotent_key_encode , testProperty "prop_idempotent_key_decode" Types.Key.prop_idempotent_key_decode , testProperty "prop_idempotent_shellEscape" Utility.SafeCommand.prop_idempotent_shellEscape , testProperty "prop_idempotent_shellEscape_multiword" Utility.SafeCommand.prop_idempotent_shellEscape_multiword , testProperty "prop_idempotent_configEscape" Logs.Remote.prop_idempotent_configEscape , testProperty "prop_parse_show_Config" Logs.Remote.prop_parse_show_Config , testProperty "prop_upFrom_basics" Utility.Path.prop_upFrom_basics , testProperty "prop_relPathDirToFile_basics" Utility.Path.prop_relPathDirToFile_basics , testProperty "prop_relPathDirToFile_regressionTest" Utility.Path.prop_relPathDirToFile_regressionTest , testProperty "prop_cost_sane" Config.Cost.prop_cost_sane , testProperty "prop_matcher_sane" Utility.Matcher.prop_matcher_sane , testProperty "prop_HmacSha1WithCipher_sane" Crypto.prop_HmacSha1WithCipher_sane , testProperty "prop_TimeStamp_sane" Logs.MapLog.prop_TimeStamp_sane , testProperty "prop_addMapLog_sane" Logs.MapLog.prop_addMapLog_sane , testProperty "prop_verifiable_sane" Utility.Verifiable.prop_verifiable_sane , testProperty "prop_segment_regressionTest" Utility.Misc.prop_segment_regressionTest , testProperty "prop_read_write_transferinfo" Logs.Transfer.prop_read_write_transferinfo , testProperty "prop_read_show_inodecache" Utility.InodeCache.prop_read_show_inodecache , testProperty "prop_parse_show_log" Logs.Presence.prop_parse_show_log , testProperty "prop_read_show_TrustLevel" Types.TrustLevel.prop_read_show_TrustLevel , testProperty "prop_parse_show_TrustLog" Logs.Trust.prop_parse_show_TrustLog , testProperty "prop_hashes_stable" Utility.Hash.prop_hashes_stable , testProperty "prop_schedule_roundtrips" Utility.Scheduled.prop_schedule_roundtrips , testProperty "prop_past_sane" Utility.Scheduled.prop_past_sane , testProperty "prop_duration_roundtrips" Utility.HumanTime.prop_duration_roundtrips , testProperty "prop_metadata_sane" Types.MetaData.prop_metadata_sane , testProperty "prop_metadata_serialize" Types.MetaData.prop_metadata_serialize , testProperty "prop_branchView_legal" Logs.View.prop_branchView_legal , testProperty "prop_view_roundtrips" Annex.View.prop_view_roundtrips , testProperty "prop_viewedFile_rountrips" Annex.View.ViewedFile.prop_viewedFile_roundtrips , testProperty "prop_b64_roundtrips" Utility.Base64.prop_b64_roundtrips ] {- These tests set up the test environment, but also test some basic parts - of git-annex. They are always run before the unitTests. -} initTests :: TestTree initTests = testGroup "Init Tests" [ testCase "init" test_init , testCase "add" test_add ] unitTests :: String -> TestTree unitTests note = testGroup ("Unit Tests " ++ note) [ testCase "add sha1dup" test_add_sha1dup , testCase "add extras" test_add_extras , testCase "reinject" test_reinject , testCase "unannex (no copy)" test_unannex_nocopy , testCase "unannex (with copy)" test_unannex_withcopy , testCase "drop (no remote)" test_drop_noremote , testCase "drop (with remote)" test_drop_withremote , testCase "drop (untrusted remote)" test_drop_untrustedremote , testCase "get" test_get , testCase "move" test_move , testCase "copy" test_copy , testCase "lock" test_lock , testCase "edit (no pre-commit)" test_edit , testCase "edit (pre-commit)" test_edit_precommit , testCase "partial commit" test_partial_commit , testCase "fix" test_fix , testCase "direct" test_direct , testCase "trust" test_trust , testCase "fsck (basics)" test_fsck_basic , testCase "fsck (bare)" test_fsck_bare , testCase "fsck (local untrusted)" test_fsck_localuntrusted , testCase "fsck (remote untrusted)" test_fsck_remoteuntrusted , testCase "migrate" test_migrate , testCase "migrate (via gitattributes)" test_migrate_via_gitattributes , testCase "unused" test_unused , testCase "describe" test_describe , testCase "find" test_find , testCase "merge" test_merge , testCase "info" test_info , testCase "version" test_version , testCase "sync" test_sync , testCase "union merge regression" test_union_merge_regression , testCase "conflict resolution" test_conflict_resolution , testCase "conflict resolution movein regression" test_conflict_resolution_movein_regression , testCase "conflict resolution (mixed directory and file)" test_mixed_conflict_resolution , testCase "conflict resolution symlink bit" test_conflict_resolution_symlink_bit , testCase "conflict resolution (uncommitted local file)" test_uncommitted_conflict_resolution , testCase "conflict resolution (removed file)" test_remove_conflict_resolution , testCase "conflict resolution (nonannexed file)" test_nonannexed_file_conflict_resolution , testCase "conflict resolution (nonannexed symlink)" test_nonannexed_symlink_conflict_resolution , testCase "map" test_map , testCase "uninit" test_uninit , testCase "uninit (in git-annex branch)" test_uninit_inbranch , testCase "upgrade" test_upgrade , testCase "whereis" test_whereis , testCase "hook remote" test_hook_remote , testCase "directory remote" test_directory_remote , testCase "rsync remote" test_rsync_remote , testCase "bup remote" test_bup_remote , testCase "crypto" test_crypto , testCase "preferred content" test_preferred_content , testCase "add subdirs" test_add_subdirs , testCase "addurl" test_addurl ] -- this test case create the main repo test_init :: Assertion test_init = innewrepo $ do git_annex "init" [reponame] @? "init failed" handleforcedirect where reponame = "test repo" -- this test case runs in the main repo, to set up a basic -- annexed file that later tests will use test_add :: Assertion test_add = inmainrepo $ do writeFile annexedfile $ content annexedfile git_annex "add" [annexedfile] @? "add failed" annexed_present annexedfile writeFile sha1annexedfile $ content sha1annexedfile git_annex "add" [sha1annexedfile, "--backend=SHA1"] @? "add with SHA1 failed" annexed_present sha1annexedfile checkbackend sha1annexedfile backendSHA1 ifM (annexeval Config.isDirect) ( do writeFile ingitfile $ content ingitfile not <$> boolSystem "git" [Param "add", File ingitfile] @? "git add failed to fail in direct mode" nukeFile ingitfile git_annex "sync" [] @? "sync failed" , do writeFile ingitfile $ content ingitfile boolSystem "git" [Param "add", File ingitfile] @? "git add failed" boolSystem "git" [Params "commit -q -m commit"] @? "git commit failed" git_annex "add" [ingitfile] @? "add ingitfile should be no-op" unannexed ingitfile ) test_add_sha1dup :: Assertion test_add_sha1dup = intmpclonerepo $ do writeFile sha1annexedfiledup $ content sha1annexedfiledup git_annex "add" [sha1annexedfiledup, "--backend=SHA1"] @? "add of second file with same SHA1 failed" annexed_present sha1annexedfiledup annexed_present sha1annexedfile test_add_extras :: Assertion test_add_extras = intmpclonerepo $ do writeFile wormannexedfile $ content wormannexedfile git_annex "add" [wormannexedfile, "--backend=WORM"] @? "add with WORM failed" annexed_present wormannexedfile checkbackend wormannexedfile backendWORM test_reinject :: Assertion test_reinject = intmpclonerepoInDirect $ do git_annex "drop" ["--force", sha1annexedfile] @? "drop failed" writeFile tmp $ content sha1annexedfile r <- annexeval $ Types.Backend.getKey backendSHA1 Types.KeySource.KeySource { Types.KeySource.keyFilename = tmp, Types.KeySource.contentLocation = tmp, Types.KeySource.inodeCache = Nothing } let key = Types.Key.key2file $ fromJust r git_annex "reinject" [tmp, sha1annexedfile] @? "reinject failed" git_annex "fromkey" [key, sha1annexedfiledup] @? "fromkey failed for dup" annexed_present sha1annexedfiledup where tmp = "tmpfile" test_unannex_nocopy :: Assertion test_unannex_nocopy = intmpclonerepo $ do annexed_notpresent annexedfile git_annex "unannex" [annexedfile] @? "unannex failed with no copy" annexed_notpresent annexedfile test_unannex_withcopy :: Assertion test_unannex_withcopy = intmpclonerepo $ do git_annex "get" [annexedfile] @? "get failed" annexed_present annexedfile git_annex "unannex" [annexedfile, sha1annexedfile] @? "unannex failed" unannexed annexedfile git_annex "unannex" [annexedfile] @? "unannex failed on non-annexed file" unannexed annexedfile unlessM (annexeval Config.isDirect) $ do git_annex "unannex" [ingitfile] @? "unannex ingitfile should be no-op" unannexed ingitfile test_drop_noremote :: Assertion test_drop_noremote = intmpclonerepo $ do git_annex "get" [annexedfile] @? "get failed" boolSystem "git" [Params "remote rm origin"] @? "git remote rm origin failed" not <$> git_annex "drop" [annexedfile] @? "drop wrongly succeeded with no known copy of file" annexed_present annexedfile git_annex "drop" ["--force", annexedfile] @? "drop --force failed" annexed_notpresent annexedfile git_annex "drop" [annexedfile] @? "drop of dropped file failed" unlessM (annexeval Config.isDirect) $ do git_annex "drop" [ingitfile] @? "drop ingitfile should be no-op" unannexed ingitfile test_drop_withremote :: Assertion test_drop_withremote = intmpclonerepo $ do git_annex "get" [annexedfile] @? "get failed" annexed_present annexedfile git_annex "numcopies" ["2"] @? "numcopies config failed" not <$> git_annex "drop" [annexedfile] @? "drop succeeded although numcopies is not satisfied" git_annex "numcopies" ["1"] @? "numcopies config failed" git_annex "drop" [annexedfile] @? "drop failed though origin has copy" annexed_notpresent annexedfile -- make sure that the correct symlink is staged for the file -- after drop git_annex_expectoutput "status" [] [] inmainrepo $ annexed_present annexedfile test_drop_untrustedremote :: Assertion test_drop_untrustedremote = intmpclonerepo $ do git_annex "untrust" ["origin"] @? "untrust of origin failed" git_annex "get" [annexedfile] @? "get failed" annexed_present annexedfile not <$> git_annex "drop" [annexedfile] @? "drop wrongly suceeded with only an untrusted copy of the file" annexed_present annexedfile inmainrepo $ annexed_present annexedfile test_get :: Assertion test_get = intmpclonerepo $ do inmainrepo $ annexed_present annexedfile annexed_notpresent annexedfile git_annex "get" [annexedfile] @? "get of file failed" inmainrepo $ annexed_present annexedfile annexed_present annexedfile git_annex "get" [annexedfile] @? "get of file already here failed" inmainrepo $ annexed_present annexedfile annexed_present annexedfile unlessM (annexeval Config.isDirect) $ do inmainrepo $ unannexed ingitfile unannexed ingitfile git_annex "get" [ingitfile] @? "get ingitfile should be no-op" inmainrepo $ unannexed ingitfile unannexed ingitfile test_move :: Assertion test_move = intmpclonerepo $ do annexed_notpresent annexedfile inmainrepo $ annexed_present annexedfile git_annex "move" ["--from", "origin", annexedfile] @? "move --from of file failed" annexed_present annexedfile inmainrepo $ annexed_notpresent annexedfile git_annex "move" ["--from", "origin", annexedfile] @? "move --from of file already here failed" annexed_present annexedfile inmainrepo $ annexed_notpresent annexedfile git_annex "move" ["--to", "origin", annexedfile] @? "move --to of file failed" inmainrepo $ annexed_present annexedfile annexed_notpresent annexedfile git_annex "move" ["--to", "origin", annexedfile] @? "move --to of file already there failed" inmainrepo $ annexed_present annexedfile annexed_notpresent annexedfile unlessM (annexeval Config.isDirect) $ do unannexed ingitfile inmainrepo $ unannexed ingitfile git_annex "move" ["--to", "origin", ingitfile] @? "move of ingitfile should be no-op" unannexed ingitfile inmainrepo $ unannexed ingitfile git_annex "move" ["--from", "origin", ingitfile] @? "move of ingitfile should be no-op" unannexed ingitfile inmainrepo $ unannexed ingitfile test_copy :: Assertion test_copy = intmpclonerepo $ do annexed_notpresent annexedfile inmainrepo $ annexed_present annexedfile git_annex "copy" ["--from", "origin", annexedfile] @? "copy --from of file failed" annexed_present annexedfile inmainrepo $ annexed_present annexedfile git_annex "copy" ["--from", "origin", annexedfile] @? "copy --from of file already here failed" annexed_present annexedfile inmainrepo $ annexed_present annexedfile git_annex "copy" ["--to", "origin", annexedfile] @? "copy --to of file already there failed" annexed_present annexedfile inmainrepo $ annexed_present annexedfile git_annex "move" ["--to", "origin", annexedfile] @? "move --to of file already there failed" annexed_notpresent annexedfile inmainrepo $ annexed_present annexedfile unlessM (annexeval Config.isDirect) $ do unannexed ingitfile inmainrepo $ unannexed ingitfile git_annex "copy" ["--to", "origin", ingitfile] @? "copy of ingitfile should be no-op" unannexed ingitfile inmainrepo $ unannexed ingitfile git_annex "copy" ["--from", "origin", ingitfile] @? "copy of ingitfile should be no-op" checkregularfile ingitfile checkcontent ingitfile test_preferred_content :: Assertion test_preferred_content = intmpclonerepo $ do annexed_notpresent annexedfile -- get --auto only looks at numcopies when preferred content is not -- set, and with 1 copy existing, does not get the file. git_annex "get" ["--auto", annexedfile] @? "get --auto of file failed with default preferred content" annexed_notpresent annexedfile git_annex "wanted" [".", "standard"] @? "set expression to standard failed" git_annex "group" [".", "client"] @? "set group to standard failed" git_annex "get" ["--auto", annexedfile] @? "get --auto of file failed for client" annexed_present annexedfile git_annex "ungroup" [".", "client"] @? "ungroup failed" git_annex "wanted" [".", "standard"] @? "set expression to standard failed" git_annex "group" [".", "manual"] @? "set group to manual failed" -- drop --auto with manual leaves the file where it is git_annex "drop" ["--auto", annexedfile] @? "drop --auto of file failed with manual preferred content" annexed_present annexedfile git_annex "drop" [annexedfile] @? "drop of file failed" annexed_notpresent annexedfile -- get --auto with manual does not get the file git_annex "get" ["--auto", annexedfile] @? "get --auto of file failed with manual preferred content" annexed_notpresent annexedfile git_annex "ungroup" [".", "client"] @? "ungroup failed" git_annex "wanted" [".", "exclude=*"] @? "set expression to exclude=* failed" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "drop" ["--auto", annexedfile] @? "drop --auto of file failed with exclude=*" annexed_notpresent annexedfile git_annex "get" ["--auto", annexedfile] @? "get --auto of file failed with exclude=*" annexed_notpresent annexedfile test_lock :: Assertion test_lock = intmpclonerepoInDirect $ do -- regression test: unlock of not present file should skip it annexed_notpresent annexedfile not <$> git_annex "unlock" [annexedfile] @? "unlock failed to fail with not present file" annexed_notpresent annexedfile -- regression test: unlock of newly added, not committed file -- should fail writeFile "newfile" "foo" git_annex "add" ["newfile"] @? "add new file failed" not <$> git_annex "unlock" ["newfile"] @? "unlock failed to fail on newly added, never committed file" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "unlock" [annexedfile] @? "unlock failed" unannexed annexedfile -- write different content, to verify that lock -- throws it away changecontent annexedfile writeFile annexedfile $ content annexedfile ++ "foo" not <$> git_annex "lock" [annexedfile] @? "lock failed to fail without --force" git_annex "lock" ["--force", annexedfile] @? "lock --force failed" annexed_present annexedfile git_annex "unlock" [annexedfile] @? "unlock failed" unannexed annexedfile changecontent annexedfile git_annex "add" [annexedfile] @? "add of modified file failed" runchecks [checklink, checkunwritable] annexedfile c <- readFile annexedfile assertEqual "content of modified file" c (changedcontent annexedfile) r' <- git_annex "drop" [annexedfile] not r' @? "drop wrongly succeeded with no known copy of modified file" test_edit :: Assertion test_edit = test_edit' False test_edit_precommit :: Assertion test_edit_precommit = test_edit' True test_edit' :: Bool -> Assertion test_edit' precommit = intmpclonerepoInDirect $ do git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "edit" [annexedfile] @? "edit failed" unannexed annexedfile changecontent annexedfile boolSystem "git" [Param "add", File annexedfile] @? "git add of edited file failed" if precommit then git_annex "pre-commit" [] @? "pre-commit failed" else boolSystem "git" [Params "commit -q -m contentchanged"] @? "git commit of edited file failed" runchecks [checklink, checkunwritable] annexedfile c <- readFile annexedfile assertEqual "content of modified file" c (changedcontent annexedfile) not <$> git_annex "drop" [annexedfile] @? "drop wrongly succeeded with no known copy of modified file" test_partial_commit :: Assertion test_partial_commit = intmpclonerepoInDirect $ do git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "unlock" [annexedfile] @? "unlock failed" not <$> boolSystem "git" [Params "commit -q -m test", File annexedfile] @? "partial commit of unlocked file not blocked by pre-commit hook" test_fix :: Assertion test_fix = intmpclonerepoInDirect $ do annexed_notpresent annexedfile git_annex "fix" [annexedfile] @? "fix of not present failed" annexed_notpresent annexedfile git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "fix" [annexedfile] @? "fix of present file failed" annexed_present annexedfile createDirectory subdir boolSystem "git" [Param "mv", File annexedfile, File subdir] @? "git mv failed" git_annex "fix" [newfile] @? "fix of moved file failed" runchecks [checklink, checkunwritable] newfile c <- readFile newfile assertEqual "content of moved file" c (content annexedfile) where subdir = "s" newfile = subdir ++ "/" ++ annexedfile test_direct :: Assertion test_direct = intmpclonerepoInDirect $ do git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "direct" [] @? "switch to direct mode failed" annexed_present annexedfile git_annex "indirect" [] @? "switch to indirect mode failed" test_trust :: Assertion test_trust = intmpclonerepo $ do git_annex "trust" [repo] @? "trust failed" trustcheck Logs.Trust.Trusted "trusted 1" git_annex "trust" [repo] @? "trust of trusted failed" trustcheck Logs.Trust.Trusted "trusted 2" git_annex "untrust" [repo] @? "untrust failed" trustcheck Logs.Trust.UnTrusted "untrusted 1" git_annex "untrust" [repo] @? "untrust of untrusted failed" trustcheck Logs.Trust.UnTrusted "untrusted 2" git_annex "dead" [repo] @? "dead failed" trustcheck Logs.Trust.DeadTrusted "deadtrusted 1" git_annex "dead" [repo] @? "dead of dead failed" trustcheck Logs.Trust.DeadTrusted "deadtrusted 2" git_annex "semitrust" [repo] @? "semitrust failed" trustcheck Logs.Trust.SemiTrusted "semitrusted 1" git_annex "semitrust" [repo] @? "semitrust of semitrusted failed" trustcheck Logs.Trust.SemiTrusted "semitrusted 2" where repo = "origin" trustcheck expected msg = do present <- annexeval $ do l <- Logs.Trust.trustGet expected u <- Remote.nameToUUID repo return $ u `elem` l assertBool msg present test_fsck_basic :: Assertion test_fsck_basic = intmpclonerepo $ do git_annex "fsck" [] @? "fsck failed" git_annex "numcopies" ["2"] @? "numcopies config failed" fsck_should_fail "numcopies unsatisfied" git_annex "numcopies" ["1"] @? "numcopies config failed" corrupt annexedfile corrupt sha1annexedfile where corrupt f = do git_annex "get" [f] @? "get of file failed" Utility.FileMode.allowWrite f writeFile f (changedcontent f) ifM (annexeval Config.isDirect) ( git_annex "fsck" [] @? "fsck failed in direct mode with changed file content" , not <$> git_annex "fsck" [] @? "fsck failed to fail with corrupted file content" ) git_annex "fsck" [] @? "fsck unexpectedly failed again; previous one did not fix problem with " ++ f test_fsck_bare :: Assertion test_fsck_bare = intmpbareclonerepo $ git_annex "fsck" [] @? "fsck failed" test_fsck_localuntrusted :: Assertion test_fsck_localuntrusted = intmpclonerepo $ do git_annex "get" [annexedfile] @? "get failed" git_annex "untrust" ["origin"] @? "untrust of origin repo failed" git_annex "untrust" ["."] @? "untrust of current repo failed" fsck_should_fail "content only available in untrusted (current) repository" git_annex "trust" ["."] @? "trust of current repo failed" git_annex "fsck" [annexedfile] @? "fsck failed on file present in trusted repo" test_fsck_remoteuntrusted :: Assertion test_fsck_remoteuntrusted = intmpclonerepo $ do git_annex "numcopies" ["2"] @? "numcopies config failed" git_annex "get" [annexedfile] @? "get failed" git_annex "get" [sha1annexedfile] @? "get failed" git_annex "fsck" [] @? "fsck failed with numcopies=2 and 2 copies" git_annex "untrust" ["origin"] @? "untrust of origin failed" fsck_should_fail "content not replicated to enough non-untrusted repositories" fsck_should_fail :: String -> Assertion fsck_should_fail m = not <$> git_annex "fsck" [] @? "fsck failed to fail with " ++ m test_migrate :: Assertion test_migrate = test_migrate' False test_migrate_via_gitattributes :: Assertion test_migrate_via_gitattributes = test_migrate' True test_migrate' :: Bool -> Assertion test_migrate' usegitattributes = intmpclonerepoInDirect $ do annexed_notpresent annexedfile annexed_notpresent sha1annexedfile git_annex "migrate" [annexedfile] @? "migrate of not present failed" git_annex "migrate" [sha1annexedfile] @? "migrate of not present failed" git_annex "get" [annexedfile] @? "get of file failed" git_annex "get" [sha1annexedfile] @? "get of file failed" annexed_present annexedfile annexed_present sha1annexedfile if usegitattributes then do writeFile ".gitattributes" "* annex.backend=SHA1" git_annex "migrate" [sha1annexedfile] @? "migrate sha1annexedfile failed" git_annex "migrate" [annexedfile] @? "migrate annexedfile failed" else do git_annex "migrate" [sha1annexedfile, "--backend", "SHA1"] @? "migrate sha1annexedfile failed" git_annex "migrate" [annexedfile, "--backend", "SHA1"] @? "migrate annexedfile failed" annexed_present annexedfile annexed_present sha1annexedfile checkbackend annexedfile backendSHA1 checkbackend sha1annexedfile backendSHA1 -- check that reversing a migration works writeFile ".gitattributes" "* annex.backend=SHA256" git_annex "migrate" [sha1annexedfile] @? "migrate sha1annexedfile failed" git_annex "migrate" [annexedfile] @? "migrate annexedfile failed" annexed_present annexedfile annexed_present sha1annexedfile checkbackend annexedfile backendSHA256 checkbackend sha1annexedfile backendSHA256 test_unused :: Assertion -- This test is broken in direct mode test_unused = intmpclonerepoInDirect $ do -- keys have to be looked up before files are removed annexedfilekey <- annexeval $ findkey annexedfile sha1annexedfilekey <- annexeval $ findkey sha1annexedfile git_annex "get" [annexedfile] @? "get of file failed" git_annex "get" [sha1annexedfile] @? "get of file failed" checkunused [] "after get" boolSystem "git" [Params "rm -fq", File annexedfile] @? "git rm failed" checkunused [] "after rm" boolSystem "git" [Params "commit -q -m foo"] @? "git commit failed" checkunused [] "after commit" -- unused checks origin/master; once it's gone it is really unused boolSystem "git" [Params "remote rm origin"] @? "git remote rm origin failed" checkunused [annexedfilekey] "after origin branches are gone" boolSystem "git" [Params "rm -fq", File sha1annexedfile] @? "git rm failed" boolSystem "git" [Params "commit -q -m foo"] @? "git commit failed" checkunused [annexedfilekey, sha1annexedfilekey] "after rm sha1annexedfile" -- good opportunity to test dropkey also git_annex "dropkey" ["--force", Types.Key.key2file annexedfilekey] @? "dropkey failed" checkunused [sha1annexedfilekey] ("after dropkey --force " ++ Types.Key.key2file annexedfilekey) not <$> git_annex "dropunused" ["1"] @? "dropunused failed to fail without --force" git_annex "dropunused" ["--force", "1"] @? "dropunused failed" checkunused [] "after dropunused" not <$> git_annex "dropunused" ["--force", "10", "501"] @? "dropunused failed to fail on bogus numbers" -- unused used to miss symlinks that were not staged and pointed -- at annexed content, and think that content was unused writeFile "unusedfile" "unusedcontent" git_annex "add" ["unusedfile"] @? "add of unusedfile failed" unusedfilekey <- annexeval $ findkey "unusedfile" renameFile "unusedfile" "unusedunstagedfile" boolSystem "git" [Params "rm -qf", File "unusedfile"] @? "git rm failed" checkunused [] "with unstaged link" removeFile "unusedunstagedfile" checkunused [unusedfilekey] "with unstaged link deleted" -- unused used to miss symlinks that were deleted or modified -- manually, but commited as such. writeFile "unusedfile" "unusedcontent" git_annex "add" ["unusedfile"] @? "add of unusedfile failed" boolSystem "git" [Param "add", File "unusedfile"] @? "git add failed" unusedfilekey' <- annexeval $ findkey "unusedfile" checkunused [] "with staged deleted link" boolSystem "git" [Params "rm -qf", File "unusedfile"] @? "git rm failed" checkunused [unusedfilekey'] "with staged link deleted" -- unused used to miss symlinks that were deleted or modified -- manually, but not staged as such. writeFile "unusedfile" "unusedcontent" git_annex "add" ["unusedfile"] @? "add of unusedfile failed" boolSystem "git" [Param "add", File "unusedfile"] @? "git add failed" unusedfilekey'' <- annexeval $ findkey "unusedfile" checkunused [] "with unstaged deleted link" removeFile "unusedfile" checkunused [unusedfilekey''] "with unstaged link deleted" where checkunused expectedkeys desc = do git_annex "unused" [] @? "unused failed" unusedmap <- annexeval $ Logs.Unused.readUnusedMap "" let unusedkeys = M.elems unusedmap assertEqual ("unused keys differ " ++ desc) (sort expectedkeys) (sort unusedkeys) findkey f = do r <- Backend.lookupFile f return $ fromJust r test_describe :: Assertion test_describe = intmpclonerepo $ do git_annex "describe" [".", "this repo"] @? "describe 1 failed" git_annex "describe" ["origin", "origin repo"] @? "describe 2 failed" test_find :: Assertion test_find = intmpclonerepo $ do annexed_notpresent annexedfile git_annex_expectoutput "find" [] [] git_annex "get" [annexedfile] @? "get failed" annexed_present annexedfile annexed_notpresent sha1annexedfile git_annex_expectoutput "find" [] [annexedfile] git_annex_expectoutput "find" ["--exclude", annexedfile, "--and", "--exclude", sha1annexedfile] [] git_annex_expectoutput "find" ["--include", annexedfile] [annexedfile] git_annex_expectoutput "find" ["--not", "--in", "origin"] [] git_annex_expectoutput "find" ["--copies", "1", "--and", "--not", "--copies", "2"] [sha1annexedfile] git_annex_expectoutput "find" ["--inbackend", "SHA1"] [sha1annexedfile] git_annex_expectoutput "find" ["--inbackend", "WORM"] [] {- --include=* should match files in subdirectories too, - and --exclude=* should exclude them. -} createDirectory "dir" writeFile "dir/subfile" "subfile" git_annex "add" ["dir"] @? "add of subdir failed" git_annex_expectoutput "find" ["--include", "*", "--exclude", annexedfile, "--exclude", sha1annexedfile] ["dir/subfile"] git_annex_expectoutput "find" ["--exclude", "*"] [] test_merge :: Assertion test_merge = intmpclonerepo $ git_annex "merge" [] @? "merge failed" test_info :: Assertion test_info = intmpclonerepo $ do json <- git_annex_output "info" ["--json"] case Text.JSON.decodeStrict json :: Text.JSON.Result (Text.JSON.JSObject Text.JSON.JSValue) of Text.JSON.Ok _ -> return () Text.JSON.Error e -> assertFailure e test_version :: Assertion test_version = intmpclonerepo $ git_annex "version" [] @? "version failed" test_sync :: Assertion test_sync = intmpclonerepo $ do git_annex "sync" [] @? "sync failed" {- Regression test for bug fixed in - 7b0970b340d7faeb745c666146c7f701ec71808f, where in direct mode - sync committed the symlink standin file to the annex. -} git_annex_expectoutput "find" ["--in", "."] [] {- Regression test for union merge bug fixed in - 0214e0fb175a608a49b812d81b4632c081f63027 -} test_union_merge_regression :: Assertion test_union_merge_regression = {- We need 3 repos to see this bug. -} withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> withtmpclonerepo False $ \r3 -> do forM_ [r1, r2, r3] $ \r -> indir r $ do when (r /= r1) $ boolSystem "git" [Params "remote add r1", File ("../../" ++ r1)] @? "remote add" when (r /= r2) $ boolSystem "git" [Params "remote add r2", File ("../../" ++ r2)] @? "remote add" when (r /= r3) $ boolSystem "git" [Params "remote add r3", File ("../../" ++ r3)] @? "remote add" git_annex "get" [annexedfile] @? "get failed" boolSystem "git" [Params "remote rm origin"] @? "remote rm" forM_ [r3, r2, r1] $ \r -> indir r $ git_annex "sync" [] @? "sync failed" forM_ [r3, r2] $ \r -> indir r $ git_annex "drop" ["--force", annexedfile] @? "drop failed" indir r1 $ do git_annex "sync" [] @? "sync failed in r1" git_annex_expectoutput "find" ["--in", "r3"] [] {- This was the bug. The sync - mangled location log data and it - thought the file was still in r2 -} git_annex_expectoutput "find" ["--in", "r2"] [] {- Regression test for the automatic conflict resolution bug fixed - in f4ba19f2b8a76a1676da7bb5850baa40d9c388e2. -} test_conflict_resolution_movein_regression :: Assertion test_conflict_resolution_movein_regression = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> do let rname r = if r == r1 then "r1" else "r2" forM_ [r1, r2] $ \r -> indir r $ do {- Get all files, see check below. -} git_annex "get" [] @? "get failed" disconnectOrigin pair r1 r2 forM_ [r1, r2] $ \r -> indir r $ do {- Set up a conflict. -} let newcontent = content annexedfile ++ rname r ifM (annexeval Config.isDirect) ( writeFile annexedfile newcontent , do git_annex "unlock" [annexedfile] @? "unlock failed" writeFile annexedfile newcontent ) {- Sync twice in r1 so it gets the conflict resolution - update from r2 -} forM_ [r1, r2, r1] $ \r -> indir r $ git_annex "sync" ["--force"] @? "sync failed in " ++ rname r {- After the sync, it should be possible to get all - files. This includes both sides of the conflict, - although the filenames are not easily predictable. - - The bug caused, in direct mode, one repo to - be missing the content of the file that had - been put in it. -} forM_ [r1, r2] $ \r -> indir r $ do git_annex "get" [] @? "unable to get all files after merge conflict resolution in " ++ rname r {- Simple case of conflict resolution; 2 different versions of annexed - file. -} test_conflict_resolution :: Assertion test_conflict_resolution = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> do indir r1 $ do disconnectOrigin writeFile conflictor "conflictor1" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" indir r2 $ do disconnectOrigin writeFile conflictor "conflictor2" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r2" pair r1 r2 forM_ [r1,r2,r1] $ \r -> indir r $ git_annex "sync" [] @? "sync failed" checkmerge "r1" r1 checkmerge "r2" r2 where conflictor = "conflictor" variantprefix = conflictor ++ ".variant" checkmerge what d = do l <- getDirectoryContents d let v = filter (variantprefix `isPrefixOf`) l length v == 2 @? (what ++ " not exactly 2 variant files in: " ++ show l) conflictor `notElem` l @? ("conflictor still present after conflict resolution") indir d $ do git_annex "get" v @? "get failed" git_annex_expectoutput "find" v v {- Check merge conflict resolution when one side is an annexed - file, and the other is a directory. -} test_mixed_conflict_resolution :: Assertion test_mixed_conflict_resolution = do check True check False where check inr1 = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> do indir r1 $ do disconnectOrigin writeFile conflictor "conflictor" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" indir r2 $ do disconnectOrigin createDirectory conflictor writeFile subfile "subfile" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r2" pair r1 r2 let l = if inr1 then [r1, r2] else [r2, r1] forM_ l $ \r -> indir r $ git_annex "sync" [] @? "sync failed in mixed conflict" checkmerge "r1" r1 checkmerge "r2" r2 conflictor = "conflictor" subfile = conflictor "subfile" variantprefix = conflictor ++ ".variant" checkmerge what d = do doesDirectoryExist (d conflictor) @? (d ++ " conflictor directory missing") l <- getDirectoryContents d let v = filter (variantprefix `isPrefixOf`) l not (null v) @? (what ++ " conflictor variant file missing in: " ++ show l ) length v == 1 @? (what ++ " too many variant files in: " ++ show v) indir d $ do git_annex "get" (conflictor:v) @? ("get failed in " ++ what) git_annex_expectoutput "find" [conflictor] [Git.FilePath.toInternalGitPath subfile] git_annex_expectoutput "find" v v {- Check merge conflict resolution when both repos start with an annexed - file; one modifies it, and the other deletes it. -} test_remove_conflict_resolution :: Assertion test_remove_conflict_resolution = do check True check False where check inr1 = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> do indir r1 $ do disconnectOrigin writeFile conflictor "conflictor" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" indir r2 $ disconnectOrigin pair r1 r2 indir r2 $ do git_annex "sync" [] @? "sync failed in r2" git_annex "get" [conflictor] @? "get conflictor failed" unlessM (annexeval Config.isDirect) $ do git_annex "unlock" [conflictor] @? "unlock conflictor failed" writeFile conflictor "newconflictor" indir r1 $ nukeFile conflictor let l = if inr1 then [r1, r2, r1] else [r2, r1, r2] forM_ l $ \r -> indir r $ git_annex "sync" [] @? "sync failed" checkmerge "r1" r1 checkmerge "r2" r2 conflictor = "conflictor" variantprefix = conflictor ++ ".variant" checkmerge what d = do l <- getDirectoryContents d let v = filter (variantprefix `isPrefixOf`) l not (null v) @? (what ++ " conflictor variant file missing in: " ++ show l ) length v == 1 @? (what ++ " too many variant files in: " ++ show v) {- Check merge confalict resolution when a file is annexed in one repo, - and checked directly into git in the other repo. - - This test requires indirect mode to set it up, but tests both direct and - indirect mode. -} test_nonannexed_file_conflict_resolution :: Assertion test_nonannexed_file_conflict_resolution = do check True False check False False check True True check False True where check inr1 switchdirect = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> whenM (isInDirect r1 <&&> isInDirect r2) $ do indir r1 $ do disconnectOrigin writeFile conflictor "conflictor" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" indir r2 $ do disconnectOrigin writeFile conflictor nonannexed_content boolSystem "git" [Params "add", File conflictor] @? "git add conflictor failed" git_annex "sync" [] @? "sync failed in r2" pair r1 r2 let l = if inr1 then [r1, r2] else [r2, r1] forM_ l $ \r -> indir r $ do when switchdirect $ git_annex "direct" [] @? "failed switching to direct mode" git_annex "sync" [] @? "sync failed" checkmerge ("r1" ++ show switchdirect) r1 checkmerge ("r2" ++ show switchdirect) r2 conflictor = "conflictor" nonannexed_content = "nonannexed" variantprefix = conflictor ++ ".variant" checkmerge what d = do l <- getDirectoryContents d let v = filter (variantprefix `isPrefixOf`) l not (null v) @? (what ++ " conflictor variant file missing in: " ++ show l ) length v == 1 @? (what ++ " too many variant files in: " ++ show v) conflictor `elem` l @? (what ++ " conflictor file missing in: " ++ show l) s <- catchMaybeIO (readFile (d conflictor)) s == Just nonannexed_content @? (what ++ " wrong content for nonannexed file: " ++ show s) {- Check merge confalict resolution when a file is annexed in one repo, - and is a non-git-annex symlink in the other repo. - - Test can only run when coreSymlinks is supported, because git needs to - be able to check out the non-git-annex symlink. -} test_nonannexed_symlink_conflict_resolution :: Assertion test_nonannexed_symlink_conflict_resolution = do check True False check False False check True True check False True where check inr1 switchdirect = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> whenM (checkRepo (Types.coreSymlinks <$> Annex.getGitConfig) r1 <&&> isInDirect r1 <&&> isInDirect r2) $ do indir r1 $ do disconnectOrigin writeFile conflictor "conflictor" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" indir r2 $ do disconnectOrigin createSymbolicLink symlinktarget "conflictor" boolSystem "git" [Params "add", File conflictor] @? "git add conflictor failed" git_annex "sync" [] @? "sync failed in r2" pair r1 r2 let l = if inr1 then [r1, r2] else [r2, r1] forM_ l $ \r -> indir r $ do when switchdirect $ git_annex "direct" [] @? "failed switching to direct mode" git_annex "sync" [] @? "sync failed" checkmerge ("r1" ++ show switchdirect) r1 checkmerge ("r2" ++ show switchdirect) r2 conflictor = "conflictor" symlinktarget = "dummy-target" variantprefix = conflictor ++ ".variant" checkmerge what d = do l <- getDirectoryContents d let v = filter (variantprefix `isPrefixOf`) l not (null v) @? (what ++ " conflictor variant file missing in: " ++ show l ) length v == 1 @? (what ++ " too many variant files in: " ++ show v) conflictor `elem` l @? (what ++ " conflictor file missing in: " ++ show l) s <- catchMaybeIO (readSymbolicLink (d conflictor)) s == Just symlinktarget @? (what ++ " wrong target for nonannexed symlink: " ++ show s) {- Check merge conflict resolution when there is a local file, - that is not staged or committed, that conflicts with what's being added - from the remmote. - - Case 1: Remote adds file named conflictor; local has a file named - conflictor. - - Case 2: Remote adds conflictor/file; local has a file named conflictor. -} test_uncommitted_conflict_resolution :: Assertion test_uncommitted_conflict_resolution = do check conflictor check (conflictor "file") where check remoteconflictor = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> do indir r1 $ do disconnectOrigin createDirectoryIfMissing True (parentDir remoteconflictor) writeFile remoteconflictor annexedcontent git_annex "add" [conflictor] @? "add remoteconflicter failed" git_annex "sync" [] @? "sync failed in r1" indir r2 $ do disconnectOrigin writeFile conflictor localcontent pair r1 r2 indir r2 $ ifM (annexeval Config.isDirect) ( do git_annex "sync" [] @? "sync failed" let local = conflictor ++ localprefix doesFileExist local @? (local ++ " missing after merge") s <- readFile local s == localcontent @? (local ++ " has wrong content: " ++ s) git_annex "get" [conflictor] @? "get failed" doesFileExist remoteconflictor @? (remoteconflictor ++ " missing after merge") s' <- readFile remoteconflictor s' == annexedcontent @? (remoteconflictor ++ " has wrong content: " ++ s) -- this case is intentionally not handled -- in indirect mode, since the user -- can recover on their own easily , not <$> git_annex "sync" [] @? "sync failed to fail" ) conflictor = "conflictor" localprefix = ".variant-local" localcontent = "local" annexedcontent = "annexed" {- On Windows/FAT, repeated conflict resolution sometimes - lost track of whether a file was a symlink. -} test_conflict_resolution_symlink_bit :: Assertion test_conflict_resolution_symlink_bit = withtmpclonerepo False $ \r1 -> withtmpclonerepo False $ \r2 -> withtmpclonerepo False $ \r3 -> do indir r1 $ do writeFile conflictor "conflictor" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" check_is_link conflictor "r1" indir r2 $ do createDirectory conflictor writeFile (conflictor "subfile") "subfile" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r2" check_is_link (conflictor "subfile") "r2" indir r3 $ do writeFile conflictor "conflictor" git_annex "add" [conflictor] @? "add conflicter failed" git_annex "sync" [] @? "sync failed in r1" check_is_link (conflictor "subfile") "r3" where conflictor = "conflictor" check_is_link f what = do git_annex_expectoutput "find" ["--include=*", f] [Git.FilePath.toInternalGitPath f] l <- annexeval $ Annex.inRepo $ Git.LsTree.lsTreeFiles Git.Ref.headRef [f] all (\i -> Git.Types.toBlobType (Git.LsTree.mode i) == Just Git.Types.SymlinkBlob) l @? (what ++ " " ++ f ++ " lost symlink bit after merge: " ++ show l) {- Set up repos as remotes of each other. -} pair :: FilePath -> FilePath -> Assertion pair r1 r2 = forM_ [r1, r2] $ \r -> indir r $ do when (r /= r1) $ boolSystem "git" [Params "remote add r1", File ("../../" ++ r1)] @? "remote add" when (r /= r2) $ boolSystem "git" [Params "remote add r2", File ("../../" ++ r2)] @? "remote add" test_map :: Assertion test_map = intmpclonerepo $ do -- set descriptions, that will be looked for in the map git_annex "describe" [".", "this repo"] @? "describe 1 failed" git_annex "describe" ["origin", "origin repo"] @? "describe 2 failed" -- --fast avoids it running graphviz, not a build dependency git_annex "map" ["--fast"] @? "map failed" test_uninit :: Assertion test_uninit = intmpclonerepo $ do git_annex "get" [] @? "get failed" annexed_present annexedfile _ <- git_annex "uninit" [] -- exit status not checked; does abnormal exit checkregularfile annexedfile doesDirectoryExist ".git" @? ".git vanished in uninit" test_uninit_inbranch :: Assertion test_uninit_inbranch = intmpclonerepoInDirect $ do boolSystem "git" [Params "checkout git-annex"] @? "git checkout git-annex" not <$> git_annex "uninit" [] @? "uninit failed to fail when git-annex branch was checked out" test_upgrade :: Assertion test_upgrade = intmpclonerepo $ git_annex "upgrade" [] @? "upgrade from same version failed" test_whereis :: Assertion test_whereis = intmpclonerepo $ do annexed_notpresent annexedfile git_annex "whereis" [annexedfile] @? "whereis on non-present file failed" git_annex "untrust" ["origin"] @? "untrust failed" not <$> git_annex "whereis" [annexedfile] @? "whereis on non-present file only present in untrusted repo failed to fail" git_annex "get" [annexedfile] @? "get failed" annexed_present annexedfile git_annex "whereis" [annexedfile] @? "whereis on present file failed" test_hook_remote :: Assertion test_hook_remote = intmpclonerepo $ do #ifndef mingw32_HOST_OS git_annex "initremote" (words "foo type=hook encryption=none hooktype=foo") @? "initremote failed" createDirectory dir git_config "annex.foo-store-hook" $ "cp $ANNEX_FILE " ++ loc git_config "annex.foo-retrieve-hook" $ "cp " ++ loc ++ " $ANNEX_FILE" git_config "annex.foo-remove-hook" $ "rm -f " ++ loc git_config "annex.foo-checkpresent-hook" $ "if [ -e " ++ loc ++ " ]; then echo $ANNEX_KEY; fi" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "copy" [annexedfile, "--to", "foo"] @? "copy --to hook remote failed" annexed_present annexedfile git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed" annexed_notpresent annexedfile git_annex "move" [annexedfile, "--from", "foo"] @? "move --from hook remote failed" annexed_present annexedfile not <$> git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed to fail" annexed_present annexedfile where dir = "dir" loc = dir ++ "/$ANNEX_KEY" git_config k v = boolSystem "git" [Param "config", Param k, Param v] @? "git config failed" #else -- this test doesn't work in Windows TODO noop #endif test_directory_remote :: Assertion test_directory_remote = intmpclonerepo $ do createDirectory "dir" git_annex "initremote" (words "foo type=directory encryption=none directory=dir") @? "initremote failed" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "copy" [annexedfile, "--to", "foo"] @? "copy --to directory remote failed" annexed_present annexedfile git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed" annexed_notpresent annexedfile git_annex "move" [annexedfile, "--from", "foo"] @? "move --from directory remote failed" annexed_present annexedfile not <$> git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed to fail" annexed_present annexedfile test_rsync_remote :: Assertion test_rsync_remote = intmpclonerepo $ do createDirectory "dir" git_annex "initremote" (words "foo type=rsync encryption=none rsyncurl=dir") @? "initremote failed" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "copy" [annexedfile, "--to", "foo"] @? "copy --to rsync remote failed" annexed_present annexedfile git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed" annexed_notpresent annexedfile git_annex "move" [annexedfile, "--from", "foo"] @? "move --from rsync remote failed" annexed_present annexedfile not <$> git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed to fail" annexed_present annexedfile test_bup_remote :: Assertion test_bup_remote = intmpclonerepo $ when Build.SysConfig.bup $ do dir <- absPath "dir" -- bup special remote needs an absolute path createDirectory dir git_annex "initremote" (words $ "foo type=bup encryption=none buprepo="++dir) @? "initremote failed" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "copy" [annexedfile, "--to", "foo"] @? "copy --to bup remote failed" annexed_present annexedfile git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed" annexed_notpresent annexedfile git_annex "copy" [annexedfile, "--from", "foo"] @? "copy --from bup remote failed" annexed_present annexedfile git_annex "move" [annexedfile, "--from", "foo"] @? "move --from bup remote failed" annexed_present annexedfile -- gpg is not a build dependency, so only test when it's available test_crypto :: Assertion #ifndef mingw32_HOST_OS test_crypto = do testscheme "shared" testscheme "hybrid" testscheme "pubkey" where testscheme scheme = intmpclonerepo $ whenM (Utility.Path.inPath Utility.Gpg.gpgcmd) $ do Utility.Gpg.testTestHarness @? "test harness self-test failed" Utility.Gpg.testHarness $ do createDirectory "dir" let a cmd = git_annex cmd $ [ "foo" , "type=directory" , "encryption=" ++ scheme , "directory=dir" , "highRandomQuality=false" ] ++ if scheme `elem` ["hybrid","pubkey"] then ["keyid=" ++ Utility.Gpg.testKeyId] else [] a "initremote" @? "initremote failed" not <$> a "initremote" @? "initremote failed to fail when run twice in a row" a "enableremote" @? "enableremote failed" a "enableremote" @? "enableremote failed when run twice in a row" git_annex "get" [annexedfile] @? "get of file failed" annexed_present annexedfile git_annex "copy" [annexedfile, "--to", "foo"] @? "copy --to encrypted remote failed" (c,k) <- annexeval $ do uuid <- Remote.nameToUUID "foo" rs <- Logs.Remote.readRemoteLog Just k <- Backend.lookupFile annexedfile return (fromJust $ M.lookup uuid rs, k) let key = if scheme `elem` ["hybrid","pubkey"] then Just $ Utility.Gpg.KeyIds [Utility.Gpg.testKeyId] else Nothing testEncryptedRemote scheme key c [k] @? "invalid crypto setup" annexed_present annexedfile git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed" annexed_notpresent annexedfile git_annex "move" [annexedfile, "--from", "foo"] @? "move --from encrypted remote failed" annexed_present annexedfile not <$> git_annex "drop" [annexedfile, "--numcopies=2"] @? "drop failed to fail" annexed_present annexedfile {- Ensure the configuration complies with the encryption scheme, and - that all keys are encrypted properly for the given directory remote. -} testEncryptedRemote scheme ks c keys = case Remote.Helper.Encryptable.extractCipher c of Just cip@Crypto.SharedCipher{} | scheme == "shared" && isNothing ks -> checkKeys cip Nothing Just cip@(Crypto.EncryptedCipher encipher v ks') | checkScheme v && keysMatch ks' -> checkKeys cip (Just v) <&&> checkCipher encipher ks' _ -> return False where keysMatch (Utility.Gpg.KeyIds ks') = maybe False (\(Utility.Gpg.KeyIds ks2) -> sort (nub ks2) == sort (nub ks')) ks checkCipher encipher = Utility.Gpg.checkEncryptionStream encipher . Just checkScheme Types.Crypto.Hybrid = scheme == "hybrid" checkScheme Types.Crypto.PubKey = scheme == "pubkey" checkKeys cip mvariant = do cipher <- Crypto.decryptCipher cip files <- filterM doesFileExist $ map ("dir" ) $ concatMap (key2files cipher) keys return (not $ null files) <&&> allM (checkFile mvariant) files checkFile mvariant filename = Utility.Gpg.checkEncryptionFile filename $ if mvariant == Just Types.Crypto.PubKey then ks else Nothing key2files cipher = Locations.keyPaths . Crypto.encryptKey Types.Crypto.HmacSha1 cipher #else test_crypto = putStrLn "gpg testing not implemented on Windows" #endif test_add_subdirs :: Assertion test_add_subdirs = intmpclonerepo $ do createDirectory "dir" writeFile ("dir" "foo") $ "dir/" ++ content annexedfile git_annex "add" ["dir"] @? "add of subdir failed" {- Regression test for Windows bug where symlinks were not - calculated correctly for files in subdirs. -} git_annex "sync" [] @? "sync failed" l <- annexeval $ decodeBS <$> Annex.CatFile.catObject (Git.Types.Ref "HEAD:dir/foo") "../.git/annex/" `isPrefixOf` l @? ("symlink from subdir to .git/annex is wrong: " ++ l) createDirectory "dir2" writeFile ("dir2" "foo") $ content annexedfile setCurrentDirectory "dir" git_annex "add" [".." "dir2"] @? "add of ../subdir failed" test_addurl :: Assertion test_addurl = intmpclonerepo $ do -- file:// only; this test suite should not hit the network f <- absPath "myurl" let url = replace "\\" "/" ("file:///" ++ dropDrive f) writeFile f "foo" git_annex "addurl" [url] @? ("addurl failed on " ++ url) let dest = "addurlurldest" git_annex "addurl" ["--file", dest, url] @? ("addurl failed on " ++ url ++ " with --file") doesFileExist dest @? (dest ++ " missing after addurl --file") -- This is equivilant to running git-annex, but it's all run in-process -- so test coverage collection works. git_annex :: String -> [String] -> IO Bool git_annex command params = do -- catch all errors, including normally fatal errors r <- try run::IO (Either SomeException ()) case r of Right _ -> return True Left _ -> return False where run = GitAnnex.run (command:"-q":params) {- Runs git-annex and returns its output. -} git_annex_output :: String -> [String] -> IO String git_annex_output command params = do got <- Utility.Process.readProcess "git-annex" (command:params) -- Since the above is a separate process, code coverage stats are -- not gathered for things run in it. -- Run same command again, to get code coverage. _ <- git_annex command params return got git_annex_expectoutput :: String -> [String] -> [String] -> IO () git_annex_expectoutput command params expected = do got <- lines <$> git_annex_output command params got == expected @? ("unexpected value running " ++ command ++ " " ++ show params ++ " -- got: " ++ show got ++ " expected: " ++ show expected) -- Runs an action in the current annex. Note that shutdown actions -- are not run; this should only be used for actions that query state. annexeval :: Types.Annex a -> IO a annexeval a = do s <- Annex.new =<< Git.CurrentRepo.get Annex.eval s $ do Annex.setOutput Types.Messages.QuietOutput a innewrepo :: Assertion -> Assertion innewrepo a = withgitrepo $ \r -> indir r a inmainrepo :: Assertion -> Assertion inmainrepo = indir mainrepodir intmpclonerepo :: Assertion -> Assertion intmpclonerepo a = withtmpclonerepo False $ \r -> indir r a intmpclonerepoInDirect :: Assertion -> Assertion intmpclonerepoInDirect a = intmpclonerepo $ ifM isdirect ( putStrLn "not supported in direct mode; skipping" , a ) where isdirect = annexeval $ do Annex.Init.initialize Nothing Config.isDirect checkRepo :: Types.Annex a -> FilePath -> IO a checkRepo getval d = do s <- Annex.new =<< Git.Construct.fromPath d Annex.eval s getval isInDirect :: FilePath -> IO Bool isInDirect = checkRepo (not <$> Config.isDirect) intmpbareclonerepo :: Assertion -> Assertion intmpbareclonerepo a = withtmpclonerepo True $ \r -> indir r a withtmpclonerepo :: Bool -> (FilePath -> Assertion) -> Assertion withtmpclonerepo bare a = do dir <- tmprepodir bracket (clonerepo mainrepodir dir bare) cleanup a disconnectOrigin :: Assertion disconnectOrigin = boolSystem "git" [Params "remote rm origin"] @? "remote rm" withgitrepo :: (FilePath -> Assertion) -> Assertion withgitrepo = bracket (setuprepo mainrepodir) return indir :: FilePath -> Assertion -> Assertion indir dir a = do currdir <- getCurrentDirectory -- Assertion failures throw non-IO errors; catch -- any type of error and change back to currdir before -- rethrowing. r <- bracket_ (changeToTmpDir dir) (setCurrentDirectory currdir) (try a::IO (Either SomeException ())) case r of Right () -> return () Left e -> throwM e setuprepo :: FilePath -> IO FilePath setuprepo dir = do cleanup dir ensuretmpdir boolSystem "git" [Params "init -q", File dir] @? "git init failed" configrepo dir return dir -- clones are always done as local clones; we cannot test ssh clones clonerepo :: FilePath -> FilePath -> Bool -> IO FilePath clonerepo old new bare = do cleanup new ensuretmpdir let b = if bare then " --bare" else "" boolSystem "git" [Params ("clone -q" ++ b), File old, File new] @? "git clone failed" configrepo new indir new $ git_annex "init" ["-q", new] @? "git annex init failed" unless bare $ indir new $ handleforcedirect return new configrepo :: FilePath -> IO () configrepo dir = indir dir $ do -- ensure git is set up to let commits happen boolSystem "git" [Params "config user.name", Param "Test User"] @? "git config failed" boolSystem "git" [Params "config user.email test@example.com"] @? "git config failed" -- avoid signed commits by test suite boolSystem "git" [Params "config commit.gpgsign false"] @? "git config failed" handleforcedirect :: IO () handleforcedirect = whenM ((==) "1" <$> Utility.Env.getEnvDefault "FORCEDIRECT" "") $ git_annex "direct" ["-q"] @? "git annex direct failed" ensuretmpdir :: IO () ensuretmpdir = do e <- doesDirectoryExist tmpdir unless e $ createDirectory tmpdir cleanup :: FilePath -> IO () cleanup = cleanup' False cleanup' :: Bool -> FilePath -> IO () cleanup' final dir = whenM (doesDirectoryExist dir) $ do Command.Uninit.prepareRemoveAnnexDir dir -- This sometimes fails on Windows, due to some files -- being still opened by a subprocess. catchIO (removeDirectoryRecursive dir) $ \e -> when final $ do print e putStrLn "sleeping 10 seconds and will retry directory cleanup" Utility.ThreadScheduler.threadDelaySeconds (Utility.ThreadScheduler.Seconds 10) whenM (doesDirectoryExist dir) $ removeDirectoryRecursive dir checklink :: FilePath -> Assertion checklink f = do s <- getSymbolicLinkStatus f -- in direct mode, it may be a symlink, or not, depending -- on whether the content is present. unlessM (annexeval Config.isDirect) $ isSymbolicLink s @? f ++ " is not a symlink" checkregularfile :: FilePath -> Assertion checkregularfile f = do s <- getSymbolicLinkStatus f isRegularFile s @? f ++ " is not a normal file" return () checkcontent :: FilePath -> Assertion checkcontent f = do c <- Utility.Exception.catchDefaultIO "could not read file" $ readFile f assertEqual ("checkcontent " ++ f) (content f) c checkunwritable :: FilePath -> Assertion checkunwritable f = unlessM (annexeval Config.isDirect) $ do -- Look at permissions bits rather than trying to write or -- using fileAccess because if run as root, any file can be -- modified despite permissions. s <- getFileStatus f let mode = fileMode s when (mode == mode `unionFileModes` ownerWriteMode) $ assertFailure $ "able to modify annexed file's " ++ f ++ " content" checkwritable :: FilePath -> Assertion checkwritable f = do r <- tryIO $ writeFile f $ content f case r of Left _ -> assertFailure $ "unable to modify " ++ f Right _ -> return () checkdangling :: FilePath -> Assertion checkdangling f = ifM (annexeval Config.crippledFileSystem) ( return () -- probably no real symlinks to test , do r <- tryIO $ readFile f case r of Left _ -> return () -- expected; dangling link Right _ -> assertFailure $ f ++ " was not a dangling link as expected" ) checklocationlog :: FilePath -> Bool -> Assertion checklocationlog f expected = do thisuuid <- annexeval Annex.UUID.getUUID r <- annexeval $ Backend.lookupFile f case r of Just k -> do uuids <- annexeval $ Remote.keyLocations k assertEqual ("bad content in location log for " ++ f ++ " key " ++ Types.Key.key2file k ++ " uuid " ++ show thisuuid) expected (thisuuid `elem` uuids) _ -> assertFailure $ f ++ " failed to look up key" checkbackend :: FilePath -> Types.Backend -> Assertion checkbackend file expected = do b <- annexeval $ maybe (return Nothing) (Backend.getBackend file) =<< Backend.lookupFile file assertEqual ("backend for " ++ file) (Just expected) b inlocationlog :: FilePath -> Assertion inlocationlog f = checklocationlog f True notinlocationlog :: FilePath -> Assertion notinlocationlog f = checklocationlog f False runchecks :: [FilePath -> Assertion] -> FilePath -> Assertion runchecks [] _ = return () runchecks (a:as) f = do a f runchecks as f annexed_notpresent :: FilePath -> Assertion annexed_notpresent = runchecks [checklink, checkdangling, notinlocationlog] annexed_present :: FilePath -> Assertion annexed_present = runchecks [checklink, checkcontent, checkunwritable, inlocationlog] unannexed :: FilePath -> Assertion unannexed = runchecks [checkregularfile, checkcontent, checkwritable] withTestEnv :: Bool -> TestTree -> TestTree withTestEnv forcedirect = withResource prepare release . const where prepare = do setTestEnv forcedirect case tryIngredients [consoleTestReporter] mempty initTests of Nothing -> error "No tests found!?" Just act -> unlessM act $ error "init tests failed! cannot continue" return () release _ = cleanup' True tmpdir setTestEnv :: Bool -> IO () setTestEnv forcedirect = do whenM (doesDirectoryExist tmpdir) $ error $ "The temporary directory " ++ tmpdir ++ " already exists; cannot run test suite." currdir <- getCurrentDirectory p <- Utility.Env.getEnvDefault "PATH" "" mapM_ (\(var, val) -> Utility.Env.setEnv var val True) -- Ensure that the just-built git annex is used. [ ("PATH", currdir ++ [searchPathSeparator] ++ p) , ("TOPDIR", currdir) -- Avoid git complaining if it cannot determine the user's -- email address, or exploding if it doesn't know the user's -- name. , ("GIT_AUTHOR_EMAIL", "test@example.com") , ("GIT_AUTHOR_NAME", "git-annex test") , ("GIT_COMMITTER_EMAIL", "test@example.com") , ("GIT_COMMITTER_NAME", "git-annex test") -- force gpg into batch mode for the tests , ("GPG_BATCH", "1") , ("FORCEDIRECT", if forcedirect then "1" else "") ] changeToTmpDir :: FilePath -> IO () changeToTmpDir t = do topdir <- Utility.Env.getEnvDefault "TOPDIR" (error "TOPDIR not set") setCurrentDirectory $ topdir ++ "/" ++ t tmpdir :: String tmpdir = ".t" mainrepodir :: FilePath mainrepodir = tmpdir "repo" tmprepodir :: IO FilePath tmprepodir = go (0 :: Int) where go n = do let d = tmpdir "tmprepo" ++ show n ifM (doesDirectoryExist d) ( go $ n + 1 , return d ) annexedfile :: String annexedfile = "foo" wormannexedfile :: String wormannexedfile = "apple" sha1annexedfile :: String sha1annexedfile = "sha1foo" sha1annexedfiledup :: String sha1annexedfiledup = "sha1foodup" ingitfile :: String ingitfile = "bar" content :: FilePath -> String content f | f == annexedfile = "annexed file content" | f == ingitfile = "normal file content" | f == sha1annexedfile ="sha1 annexed file content" | f == sha1annexedfiledup = content sha1annexedfile | f == wormannexedfile = "worm annexed file content" | otherwise = "unknown file " ++ f changecontent :: FilePath -> IO () changecontent f = writeFile f $ changedcontent f changedcontent :: FilePath -> String changedcontent f = content f ++ " (modified)" backendSHA1 :: Types.Backend backendSHA1 = backend_ "SHA1" backendSHA256 :: Types.Backend backendSHA256 = backend_ "SHA256" backendWORM :: Types.Backend backendWORM = backend_ "WORM" backend_ :: String -> Types.Backend backend_ = Backend.lookupBackendName