git-annex/CmdLine/GitAnnex/Options.hs
Joey Hess 0033e6c0a6
Tab completion of many commands like info and trust now includes remotes
Especially useful with proxied remotes and clusters, where the user may not
be entirely familiar with the name and can learn by tab completion.
2024-06-30 12:39:18 -04:00

606 lines
18 KiB
Haskell

{- git-annex command-line option parsing
-
- Copyright 2010-2024 Joey Hess <id@joeyh.name>
-
- Licensed under the GNU AGPL version 3 or higher.
-}
{-# LANGUAGE TypeSynonymInstances, FlexibleInstances, OverloadedStrings #-}
module CmdLine.GitAnnex.Options where
import Control.Monad.Fail as Fail (MonadFail(..))
import Options.Applicative
import Data.Time.Clock.POSIX
import Control.Concurrent.STM
import qualified Data.Map as M
import Annex.Common
import qualified Git.Config
import qualified Git.Construct
import Git.Remote
import Git.Types
import Types.Key
import Types.TrustLevel
import Types.NumCopies
import Types.Messages
import Types.Command
import Types.DeferredParse
import Types.DesktopNotify
import Types.Concurrency
import qualified Annex
import qualified Remote
import qualified Limit
import qualified Limit.Wanted
import CmdLine.Option
import CmdLine.Usage
import CmdLine.AnnexSetter
import qualified Backend
import qualified Types.Backend as Backend
import Utility.HumanTime
import Utility.DataUnits
import Annex.Concurrent
import Remote.List
-- Options that are accepted by all git-annex sub-commands,
-- although not always used.
gitAnnexCommonOptions :: [AnnexOption]
gitAnnexCommonOptions = commonOptions ++
[ annexOption setnumcopies $ option auto
( long "numcopies" <> short 'N' <> metavar paramNumber
<> help "override desired number of copies"
<> hidden
)
, annexOption setmincopies $ option auto
( long "mincopies" <> short 'N' <> metavar paramNumber
<> help "override minimum number of copies"
<> hidden
)
, annexOption (setAnnexState . Remote.forceTrust Trusted) $ strOption
( long "trust" <> metavar paramRemote
<> help "deprecated, does not override trust setting"
<> hidden
<> completeRemotes
)
, annexOption (setAnnexState . Remote.forceTrust SemiTrusted) $ strOption
( long "semitrust" <> metavar paramRemote
<> help "override trust setting back to default"
<> hidden
<> completeRemotes
)
, annexOption (setAnnexState . Remote.forceTrust UnTrusted) $ strOption
( long "untrust" <> metavar paramRemote
<> help "override trust setting to untrusted"
<> hidden
<> completeRemotes
)
, annexOption (setAnnexState . setgitconfig) $ strOption
( long "config" <> short 'c' <> metavar "NAME=VALUE"
<> help "override git configuration setting"
<> hidden
)
, annexOption setuseragent $ strOption
( long "user-agent" <> metavar paramName
<> help "override default User-Agent"
<> hidden
)
, annexFlag (setAnnexState $ toplevelWarning False "--trust-glacier no longer has any effect")
( long "trust-glacier"
<> help "deprecated, does not trust Amazon Glacier inventory"
<> hidden
)
, annexFlag (setdesktopnotify mkNotifyFinish)
( long "notify-finish"
<> help "show desktop notification after transfer finishes"
<> hidden
)
, annexFlag (setdesktopnotify mkNotifyStart)
( long "notify-start"
<> help "show desktop notification after transfer starts"
<> hidden
)
]
where
setnumcopies n = setAnnexRead $ \rd -> rd { Annex.forcenumcopies = Just $ configuredNumCopies n }
setmincopies n = setAnnexRead $ \rd -> rd { Annex.forcemincopies = Just $ configuredMinCopies n }
setuseragent v = setAnnexRead $ \rd -> rd { Annex.useragent = Just v }
setdesktopnotify v = setAnnexRead $ \rd -> rd { Annex.desktopnotify = Annex.desktopnotify rd <> v }
setgitconfig v = Annex.addGitConfigOverride v
{- Parser that accepts all non-option params. -}
cmdParams :: CmdParamsDesc -> Parser CmdParams
cmdParams paramdesc = cmdParamsWithCompleter paramdesc completeFiles
cmdParamsWithCompleter :: String -> Mod ArgumentFields String -> Parser CmdParams
cmdParamsWithCompleter paramdesc completers = many $ argument str
( metavar paramdesc
<> completers
)
parseAutoOption :: Parser Bool
parseAutoOption = switch
( long "auto" <> short 'a'
<> help "automatic mode"
)
mkParseRemoteOption :: RemoteName -> DeferredParse Remote
mkParseRemoteOption = DeferredParse
. (fromJust <$$> Remote.byNameWithUUID)
. Just
parseUUIDOption :: String -> DeferredParse UUID
parseUUIDOption = DeferredParse
. (Remote.nameToUUID)
parseDryRunOption :: Parser DryRun
parseDryRunOption = DryRun <$> switch
( long "dry-run"
<> help "don't make changes, but show what would be done"
)
-- | From or To a remote but not both.
data FromToOptions
= FromRemote (DeferredParse Remote)
| ToRemote (DeferredParse Remote)
instance DeferredParseClass FromToOptions where
finishParse (FromRemote v) = FromRemote <$> finishParse v
finishParse (ToRemote v) = ToRemote <$> finishParse v
parseFromToOptions :: Parser FromToOptions
parseFromToOptions =
(FromRemote . mkParseRemoteOption <$> parseFromOption)
<|> (ToRemote . mkParseRemoteOption <$> parseToOption)
parseFromOption :: Parser RemoteName
parseFromOption = strOption
( long "from" <> short 'f' <> metavar paramRemote
<> help "source remote"
<> completeRemotes
)
parseToOption :: Parser RemoteName
parseToOption = strOption
( long "to" <> short 't' <> metavar paramRemote
<> help "destination remote"
<> completeRemotes
)
parseFromAnywhereOption :: Parser Bool
parseFromAnywhereOption = switch
( long "from-anywhere"
<> help "from any remote"
)
parseRemoteOption :: Parser RemoteName
parseRemoteOption = strOption
( long "remote" <> metavar paramRemote
<> completeRemotes
)
-- | --from or --to a remote, or both, or a special --to=here,
-- or --from-anywhere --to remote.
data FromToHereOptions
= FromOrToRemote FromToOptions
| ToHere
| FromRemoteToRemote (DeferredParse Remote) (DeferredParse Remote)
| FromAnywhereToRemote (DeferredParse Remote)
parseFromToHereOptions :: Parser (Maybe FromToHereOptions)
parseFromToHereOptions = go
<$> optional parseFromOption
<*> optional parseToOption
<*> parseFromAnywhereOption
where
go _ (Just to) True = Just $ FromAnywhereToRemote
(mkParseRemoteOption to)
go (Just from) (Just to) _ = Just $ FromRemoteToRemote
(mkParseRemoteOption from)
(mkParseRemoteOption to)
go (Just from) Nothing _ = Just $ FromOrToRemote
(FromRemote $ mkParseRemoteOption from)
go Nothing (Just to) _ = Just $ case to of
"here" -> ToHere
"." -> ToHere
_ -> FromOrToRemote $ ToRemote $ mkParseRemoteOption to
go Nothing Nothing _ = Nothing
instance DeferredParseClass FromToHereOptions where
finishParse (FromOrToRemote v) =
FromOrToRemote <$> finishParse v
finishParse ToHere = pure ToHere
finishParse (FromRemoteToRemote v1 v2) =
FromRemoteToRemote
<$> finishParse v1
<*> finishParse v2
finishParse (FromAnywhereToRemote v) =
FromAnywhereToRemote <$> finishParse v
-- Options for acting on keys, rather than work tree files.
data KeyOptions
= WantAllKeys
| WantUnusedKeys
| WantFailedTransfers
| WantSpecificKey Key
| WantIncompleteKeys
| WantBranchKeys [Branch]
parseKeyOptions :: Parser KeyOptions
parseKeyOptions = parseAllOption
<|> parseBranchKeysOption
<|> parseUnusedKeysOption
<|> parseSpecificKeyOption
parseUnusedKeysOption :: Parser KeyOptions
parseUnusedKeysOption = flag' WantUnusedKeys
( long "unused" <> short 'U'
<> help "operate on files found by last run of git-annex unused"
)
parseSpecificKeyOption :: Parser KeyOptions
parseSpecificKeyOption = WantSpecificKey <$> option (str >>= parseKey)
( long "key" <> metavar paramKey
<> help "operate on specified key"
)
parseBranchKeysOption :: Parser KeyOptions
parseBranchKeysOption = WantBranchKeys <$> some (option (str >>= pure . Ref)
( long "branch" <> metavar paramRef
<> help "operate on files in the specified branch or treeish"
))
parseFailedTransfersOption :: Parser KeyOptions
parseFailedTransfersOption = flag' WantFailedTransfers
( long "failed"
<> help "operate on files that recently failed to be transferred"
)
parseIncompleteOption :: Parser KeyOptions
parseIncompleteOption = flag' WantIncompleteKeys
( long "incomplete"
<> help "resume previous downloads"
)
parseAllOption :: Parser KeyOptions
parseAllOption = flag' WantAllKeys
( long "all" <> short 'A'
<> help "operate on all versions of all files"
)
parseKey :: MonadFail m => String -> m Key
parseKey = maybe (Fail.fail "invalid key") return . deserializeKey
-- Options to match properties of annexed files.
annexedMatchingOptions :: [AnnexOption]
annexedMatchingOptions = concat
[ keyMatchingOptions'
, fileMatchingOptions' Limit.LimitAnnexFiles
, anythingNothingOptions
, combiningOptions
, timeLimitOption
, sizeLimitOption
]
-- Options to match properties of keys.
keyMatchingOptions :: [AnnexOption]
keyMatchingOptions = concat
[ keyMatchingOptions'
, sizeMatchingOptions Limit.LimitAnnexFiles
, anythingNothingOptions
, combiningOptions
, timeLimitOption
, sizeLimitOption
]
-- Matching options that can operate on keys as well as files.
keyMatchingOptions' :: [AnnexOption]
keyMatchingOptions' =
[ annexOption (setAnnexState . Limit.addIn) $ strOption
( long "in" <> short 'i' <> metavar paramRemote
<> help "match files present in a repository"
<> hidden
<> completeRemotes
)
, annexOption (setAnnexState . Limit.addCopies) $ strOption
( long "copies" <> short 'C' <> metavar paramNumber
<> help "skip files with fewer copies"
<> hidden
)
, annexOption (setAnnexState . Limit.addLackingCopies "lackingcopies" False) $ strOption
( long "lackingcopies" <> metavar paramNumber
<> help "match files that need more copies"
<> hidden
)
, annexOption (setAnnexState . Limit.addLackingCopies "approxlackingcopies" True) $ strOption
( long "approxlackingcopies" <> metavar paramNumber
<> help "match files that need more copies (faster)"
<> hidden
)
, annexOption (setAnnexState . Limit.addInBackend) $ strOption
( long "inbackend" <> short 'B' <> metavar paramName
<> help "match files using a key-value backend"
<> hidden
<> completeBackends
)
, annexFlag (setAnnexState Limit.addSecureHash)
( long "securehash"
<> help "match files using a cryptographically secure hash"
<> hidden
)
, annexOption (setAnnexState . Limit.addInAllGroup) $ strOption
( long "inallgroup" <> metavar paramGroup
<> help "match files present in all repositories in a group"
<> hidden
)
, annexOption (setAnnexState . Limit.addOnlyInGroup) $ strOption
( long "onlyingroup" <> metavar paramGroup
<> help "match files that are only present in repositories in the group"
<> hidden
)
, annexOption (setAnnexState . Limit.addMetaData) $ strOption
( long "metadata" <> metavar "FIELD=VALUE"
<> help "match files with attached metadata"
<> hidden
)
, annexFlag (setAnnexState Limit.Wanted.addWantGet)
( long "want-get"
<> help "match files the local repository wants to get"
<> hidden
)
, annexOption (setAnnexState . Limit.Wanted.addWantGetBy) $ strOption
( long "want-get-by" <> metavar paramRemote
<> help "match files the specified repository wants to get"
<> hidden
<> completeRemotes
)
, annexFlag (setAnnexState Limit.Wanted.addWantDrop)
( long "want-drop"
<> help "match files the local repository wants to drop"
<> hidden
)
, annexOption (setAnnexState . Limit.Wanted.addWantDropBy) $ strOption
( long "want-drop-by" <> metavar paramRemote
<> help "match files the specified repository wants to drop"
<> hidden
)
, annexOption (setAnnexState . Limit.addAccessedWithin) $
option (eitherReader parseDuration)
( long "accessedwithin"
<> metavar paramTime
<> help "match files accessed within a time interval"
<> hidden
)
, annexOption (setAnnexState . Limit.addMimeType) $ strOption
( long "mimetype" <> metavar paramGlob
<> help "match files by mime type"
<> hidden
)
, annexOption (setAnnexState . Limit.addMimeEncoding) $ strOption
( long "mimeencoding" <> metavar paramGlob
<> help "match files by mime encoding"
<> hidden
)
, annexFlag (setAnnexState Limit.addUnlocked)
( long "unlocked"
<> help "match files that are unlocked"
<> hidden
)
, annexFlag (setAnnexState Limit.addLocked)
( long "locked"
<> help "match files that are locked"
<> hidden
)
, annexFlag (setAnnexState Limit.addExpectedPresent)
( long "expected-present"
<> help "match files expected to be present"
<> hidden
)
]
-- Options to match files which may not yet be annexed.
fileMatchingOptions :: Limit.LimitBy -> [AnnexOption]
fileMatchingOptions lb = fileMatchingOptions' lb ++ combiningOptions ++ timeLimitOption
fileMatchingOptions' :: Limit.LimitBy -> [AnnexOption]
fileMatchingOptions' lb =
[ annexOption (setAnnexState . Limit.addExclude) $ strOption
( long "exclude" <> short 'x' <> metavar paramGlob
<> help "skip files matching the glob pattern"
<> hidden
)
, annexOption (setAnnexState . Limit.addInclude) $ strOption
( long "include" <> short 'I' <> metavar paramGlob
<> help "limit to files matching the glob pattern"
<> hidden
)
, annexOption (setAnnexState . Limit.addExcludeSameContent) $ strOption
( long "excludesamecontent" <> short 'x' <> metavar paramGlob
<> help "skip files whose content is the same as another file matching the glob pattern"
<> hidden
)
, annexOption (setAnnexState . Limit.addIncludeSameContent) $ strOption
( long "includesamecontent" <> short 'I' <> metavar paramGlob
<> help "limit to files whose content is the same as another file matching the glob pattern"
<> hidden
)
] ++ sizeMatchingOptions lb
sizeMatchingOptions :: Limit.LimitBy -> [AnnexOption]
sizeMatchingOptions lb =
[ annexOption (setAnnexState . Limit.addLargerThan lb) $ strOption
( long "largerthan" <> metavar paramSize
<> help "match files larger than a size"
<> hidden
)
, annexOption (setAnnexState . Limit.addSmallerThan lb) $ strOption
( long "smallerthan" <> metavar paramSize
<> help "match files smaller than a size"
<> hidden
)
]
anythingNothingOptions :: [AnnexOption]
anythingNothingOptions =
[ annexFlag (setAnnexState Limit.addAnything)
( long "anything"
<> help "match all files"
<> hidden
)
, annexFlag (setAnnexState Limit.addNothing)
( long "nothing"
<> help "don't match any files"
<> hidden
)
]
combiningOptions :: [AnnexOption]
combiningOptions =
[ longopt "not" "negate next option"
, longopt "and" "both previous and next option must match"
, longopt "or" "either previous or next option must match"
, shortopt '(' "open group of options"
, shortopt ')' "close group of options"
]
where
longopt o h = annexFlag (setAnnexState $ Limit.addSyntaxToken o)
( long o <> help h <> hidden )
shortopt o h = annexFlag (setAnnexState $ Limit.addSyntaxToken [o])
( short o <> help h <> hidden )
jsonOptions :: [AnnexOption]
jsonOptions =
[ annexFlag (setAnnexState $ Annex.setOutput (JSONOutput stdjsonoptions))
( long "json" <> short 'j'
<> help "enable JSON output"
<> hidden
)
, annexFlag (setAnnexState $ Annex.setOutput (JSONOutput jsonerrormessagesoptions))
( long "json-error-messages"
<> help "include error messages in JSON"
<> hidden
)
]
where
stdjsonoptions = JSONOptions
{ jsonProgress = False
, jsonErrorMessages = False
}
jsonerrormessagesoptions = stdjsonoptions { jsonErrorMessages = True }
jsonProgressOption :: [AnnexOption]
jsonProgressOption =
[ annexFlag (setAnnexState $ Annex.setOutput (JSONOutput jsonoptions))
( long "json-progress"
<> help "include progress in JSON output"
<> hidden
)
]
where
jsonoptions = JSONOptions
{ jsonProgress = True
, jsonErrorMessages = False
}
-- Note that a command that adds this option should wrap its seek
-- action in `allowConcurrentOutput`.
jobsOption :: [AnnexOption]
jobsOption =
[ annexOption (setAnnexState . setConcurrency . ConcurrencyCmdLine) $
option (maybeReader parseConcurrency)
( long "jobs" <> short 'J'
<> metavar (paramNumber `paramOr` "cpus")
<> help "enable concurrent jobs"
<> hidden
)
]
timeLimitOption :: [AnnexOption]
timeLimitOption =
[ annexOption settimelimit $ option (eitherReader parseDuration)
( long "time-limit" <> short 'T' <> metavar paramTime
<> help "stop after the specified amount of time"
<> hidden
)
]
where
settimelimit duration = setAnnexState $ do
start <- liftIO getPOSIXTime
let cutoff = start + durationToPOSIXTime duration
Annex.changeState $ \s -> s { Annex.timelimit = Just (duration, cutoff) }
sizeLimitOption :: [AnnexOption]
sizeLimitOption =
[ annexOption setsizelimit $ option (maybeReader (readSize dataUnits))
( long "size-limit" <> metavar paramSize
<> help "total size of annexed files to process"
<> hidden
)
]
where
setsizelimit n = setAnnexState $ do
v <- liftIO $ newTVarIO n
Annex.changeState $ \s -> s { Annex.sizelimit = Just v }
backendOption :: [AnnexOption]
backendOption =
[ annexOption setforcebackend $ strOption
( long "backend" <> short 'b' <> metavar paramName
<> help "specify key-value backend to use"
<> hidden
)
]
where
setforcebackend v = setAnnexRead $
\rd -> rd { Annex.forcebackend = Just v }
data DaemonOptions = DaemonOptions
{ foregroundDaemonOption :: Bool
, stopDaemonOption :: Bool
}
parseDaemonOptions :: Bool -> Parser DaemonOptions
parseDaemonOptions canstop
| canstop = DaemonOptions <$> foreground <*> stop
| otherwise = DaemonOptions <$> foreground <*> pure False
where
foreground = switch
( long "foreground"
<> help "do not daemonize"
)
stop = switch
( long "stop"
<> help "stop daemon"
)
completeRemotes :: HasCompleter f => Mod f a
completeRemotes = completer $ mkCompleter $ \input ->
Git.Construct.fromCwd >>= \case
Nothing -> return []
Just g -> completeRemotes' g input
completeRemotes' :: Repo -> [Char] -> IO [[Char]]
completeRemotes' g input = do
g' <- Git.Config.read g
state <- Annex.new g'
Annex.eval state $ do
Annex.setOutput QuietOutput
gc <- Annex.getGitConfig
if isinitialized gc
then do
rs <- remoteList
matches $ map Remote.name rs
else matches $
mapMaybe remoteKeyToRemoteName $
filter isRemoteUrlKey $
M.keys $ config g
where
isinitialized gc = annexUUID gc /= NoUUID && isJust (annexVersion gc)
matches = return . filter (input `isPrefixOf`)
completeBackends :: HasCompleter f => Mod f a
completeBackends = completeWith $
map (decodeBS . formatKeyVariety . Backend.backendVariety) Backend.builtinList
completeFiles :: HasCompleter f => Mod f a
completeFiles = action "file"