[Optparse] s/##/<=>/g

This commit is contained in:
Nikolay Yakimov 2015-12-06 21:30:03 +03:00
parent 67cabf3cdf
commit 01e1a83c25
3 changed files with 163 additions and 162 deletions

View File

@ -16,18 +16,18 @@ parseArgs =
execParser opts
where
opts = info (argAndCmdSpec <**> helpVersion)
$$ fullDesc
## header "ghc-mod: Happy Haskell Programming"
$$ fullDesc
<=> header "ghc-mod: Happy Haskell Programming"
helpVersion :: Parser (a -> a)
helpVersion =
helper
<*> abortOption (InfoMsg ghcModVersion)
$$ long "version"
## help "Print the version of the program."
$$ long "version"
<=> help "Print the version of the program."
<*> argument r
$$ value id
## metavar ""
$$ value id
<=> metavar ""
where
r :: ReadM (a -> a)
r = do
@ -55,73 +55,73 @@ logLevelParser =
where
logLevelOption =
option int
$$ long "verbose"
## metavar "LEVEL"
## value 4
## showDefault
## help "Set log level. (0-7)"
$$ long "verbose"
<=> metavar "LEVEL"
<=> value 4
<=> showDefault
<=> help "Set log level. (0-7)"
logLevelSwitch =
(4+) . length <$> many $$ flag' ()
$$ short 'v'
## help "Increase log level"
$$ short 'v'
<=> help "Increase log level"
silentSwitch = flag' 0
$$ long "silent"
## short 's'
## help "Be silent, set log level to 0"
$$ long "silent"
<=> short 's'
<=> help "Be silent, set log level to 0"
outputOptsSpec :: Parser OutputOpts
outputOptsSpec = OutputOpts
<$> logLevelParser
<*> flag PlainStyle LispStyle
$$ long "tolisp"
## short 'l'
## help "Format output as an S-Expression"
$$ long "tolisp"
<=> short 'l'
<=> help "Format output as an S-Expression"
<*> LineSeparator <$$> strOption
$$ long "boundary"
## long "line-separator"
## short 'b'
## metavar "SEP"
## value "\0"
## showDefault
## help "Output line separator"
$$ long "boundary"
<=> long "line-separator"
<=> short 'b'
<=> metavar "SEP"
<=> value "\0"
<=> showDefault
<=> help "Output line separator"
<*> optional $$ splitOn ',' <$$> strOption
$$ long "line-prefix"
## metavar "OUT,ERR"
## help "Output prefixes"
$$ long "line-prefix"
<=> metavar "OUT,ERR"
<=> help "Output prefixes"
programsArgSpec :: Parser Programs
programsArgSpec = Programs
<$> strOption
$$ long "with-ghc"
## value "ghc"
## showDefault
## help "GHC executable to use"
$$ long "with-ghc"
<=> value "ghc"
<=> showDefault
<=> help "GHC executable to use"
<*> strOption
$$ long "with-ghc-pkg"
## value "ghc-pkg"
## showDefault
## help "ghc-pkg executable to use (only needed when guessing from GHC path fails)"
$$ long "with-ghc-pkg"
<=> value "ghc-pkg"
<=> showDefault
<=> help "ghc-pkg executable to use (only needed when guessing from GHC path fails)"
<*> strOption
$$ long "with-cabal"
## value "cabal"
## showDefault
## help "cabal-install executable to use"
$$ long "with-cabal"
<=> value "cabal"
<=> showDefault
<=> help "cabal-install executable to use"
<*> strOption
$$ long "with-stack"
## value "stack"
## showDefault
## help "stack executable to use"
$$ long "with-stack"
<=> value "stack"
<=> showDefault
<=> help "stack executable to use"
globalArgSpec :: Parser Options
globalArgSpec = Options
<$> outputOptsSpec
<*> programsArgSpec
<*> many $$ strOption
$$ long "ghcOpt"
## long "ghc-option"
## short 'g'
## metavar "OPT"
## help "Option to be passed to GHC"
$$ long "ghcOpt"
<=> long "ghc-option"
<=> short 'g'
<=> metavar "OPT"
<=> help "Option to be passed to GHC"
<*> many fileMappingSpec
where
{-
@ -160,7 +160,7 @@ globalArgSpec = Options
-}
fileMappingSpec =
getFileMapping . splitOn '=' <$> strOption
$$ long "map-file"
## metavar "MAPPING"
## help "Redirect one file to another, --map-file \"file1.hs=file2.hs\""
$$ long "map-file"
<=> metavar "MAPPING"
<=> help "Redirect one file to another, --map-file \"file1.hs=file2.hs\""
getFileMapping = second (\i -> if null i then Nothing else Just i)

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@ -41,119 +41,120 @@ commandsSpec :: Parser GhcModCommands
commandsSpec =
hsubparser
$ command "lang"
$$ info (pure CmdLang)
$$ progDesc "List all known GHC language extensions"
$$ info (pure CmdLang)
$$ progDesc "List all known GHC language extensions"
<> command "flag"
$$ info (pure CmdFlag)
$$ progDesc "List GHC -f<foo> flags"
$$ info (pure CmdFlag)
$$ progDesc "List GHC -f<foo> flags"
<> command "debug"
$$ info (pure CmdDebug)
$$ progDesc
"Print debugging information. Please include the output in any bug\
\ reports you submit"
$$ info (pure CmdDebug)
$$ progDesc
"Print debugging information. Please include the output in any bug\
\ reports you submit"
<> command "debug-component"
$$ info debugComponentArgSpec
$$ progDesc "Debugging information related to cabal component resolution"
$$ info debugComponentArgSpec
$$ progDesc "Debugging information related to cabal component resolution"
<> command "boot"
$$ info (pure CmdBoot)
$$ progDesc "Internal command used by the emacs frontend"
-- <> command "nuke-caches" (
-- info (pure CmdNukeCaches) idm)
$$ info (pure CmdBoot)
$$ progDesc "Internal command used by the emacs frontend"
-- <> command "nuke-caches"
-- $$ info (pure CmdNukeCaches) idm
<> command "root"
$$ info (pure CmdRoot)
$$ progDesc
"Try to find the project directory. For Cabal projects this is the\
\ directory containing the cabal file, for projects that use a cabal\
\ sandbox but have no cabal file this is the directory containing the\
\ cabal.sandbox.config file and otherwise this is the current\
\ directory"
$$ info (pure CmdRoot)
$$ progDesc
"Try to find the project directory. For Cabal projects this is the\
\ directory containing the cabal file, for projects that use a cabal\
\ sandbox but have no cabal file this is the directory containing the\
\ cabal.sandbox.config file and otherwise this is the current\
\ directory"
<> command "legacy-interactive"
$$ info (pure CmdLegacyInteractive)
$$ progDesc "ghc-modi compatibility mode"
$$ info (pure CmdLegacyInteractive)
$$ progDesc "ghc-modi compatibility mode"
<> command "list"
$$ info modulesArgSpec
$$ progDesc "List all visible modules"
$$ info modulesArgSpec
$$ progDesc "List all visible modules"
<> command "modules"
$$ info modulesArgSpec
$$ progDesc "List all visible modules"
$$ info modulesArgSpec
$$ progDesc "List all visible modules"
<> command "dumpsym"
$$ info dumpSymArgSpec idm
$$ info dumpSymArgSpec idm
<> command "find"
$$ info findArgSpec
$$ progDesc "List all modules that define SYMBOL"
$$ info findArgSpec
$$ progDesc "List all modules that define SYMBOL"
<> command "doc"
$$ info docArgSpec
$$ progDesc "Try finding the html documentation directory for the given MODULE"
$$ info docArgSpec
$$ progDesc "Try finding the html documentation directory for the given MODULE"
<> command "lint"
$$ info lintArgSpec
$$ progDesc "Check files using `hlint'"
$$ info lintArgSpec
$$ progDesc "Check files using `hlint'"
<> command "browse"
$$ info browseArgSpec
$$ progDesc "List symbols in a module"
$$ info browseArgSpec
$$ progDesc "List symbols in a module"
<> command "check"
$$ info checkArgSpec
$$ progDesc "Load the given files using GHC and report errors/warnings,\
\ but don't produce output files"
$$ info checkArgSpec
$$ progDesc
"Load the given files using GHC and report errors/warnings,\
\ but don't produce output files"
<> command "expand"
$$ info expandArgSpec
$$ progDesc "Like `check' but also pass `-ddump-splices' to GHC"
$$ info expandArgSpec
$$ progDesc "Like `check' but also pass `-ddump-splices' to GHC"
<> command "info"
$$ info infoArgSpec
$$ progDesc
"Look up an identifier in the context of FILE (like ghci's `:info')\
\ MODULE is completely ignored and only allowed for backwards\
\ compatibility"
$$ info infoArgSpec
$$ progDesc
"Look up an identifier in the context of FILE (like ghci's `:info')\
\ MODULE is completely ignored and only allowed for backwards\
\ compatibility"
<> command "type"
$$ info typeArgSpec
$$ progDesc "Get the type of the expression under (LINE,COL)"
$$ info typeArgSpec
$$ progDesc "Get the type of the expression under (LINE,COL)"
<> command "split"
$$ info splitArgSpec
$$ progDesc
$$ info splitArgSpec
$$ progDesc
"Split a function case by examining a type's constructors"
## desc [
text "For example given the following code snippet:"
, code [
"f :: [a] -> a"
, "f x = _body"
]
, text "would be replaced by:"
, code [
"f :: [a] -> a"
, "f [] = _body"
, "f (x:xs) = _body"
]
, text "(See https://github.com/kazu-yamamoto/ghc-mod/pull/274)"
<=> desc [
text "For example given the following code snippet:"
, code [
"f :: [a] -> a"
, "f x = _body"
]
, text "would be replaced by:"
, code [
"f :: [a] -> a"
, "f [] = _body"
, "f (x:xs) = _body"
]
, text "(See https://github.com/kazu-yamamoto/ghc-mod/pull/274)"
]
<> command "sig"
$$ info sigArgSpec
$$ progDesc "Generate initial code given a signature"
## desc [
text "For example when (LINE,COL) is on the signature in the following\
\ code snippet:"
, code ["func :: [a] -> Maybe b -> (a -> b) -> (a,b)"]
, text "ghc-mod would add the following on the next line:"
, code ["func x y z f = _func_body"]
, text "(See: https://github.com/kazu-yamamoto/ghc-mod/pull/274)"
]
$$ info sigArgSpec
$$ progDesc "Generate initial code given a signature"
<=> desc [
text "For example when (LINE,COL) is on the signature in the following\
\ code snippet:"
, code ["func :: [a] -> Maybe b -> (a -> b) -> (a,b)"]
, text "ghc-mod would add the following on the next line:"
, code ["func x y z f = _func_body"]
, text "(See: https://github.com/kazu-yamamoto/ghc-mod/pull/274)"
]
<> command "auto"
$$ info autoArgSpec
$$ progDesc "Try to automatically fill the contents of a hole"
$$ info autoArgSpec
$$ progDesc "Try to automatically fill the contents of a hole"
<> command "refine"
$$ info refineArgSpec
$$ progDesc "Refine the typed hole at (LINE,COL) given EXPR"
## desc [
text "For example if EXPR is `filter', which has type `(a -> Bool) -> [a]\
\ -> [a]' and (LINE,COL) is on the hole `_body' in the following\
\ code snippet:"
, code [
"filterNothing :: [Maybe a] -> [a]"
, "filterNothing xs = _body"
]
, text "ghc-mod changes the code to get a value of type `[a]', which\
\ results in:"
, code [ "filterNothing xs = filter _body_1 _body_2" ]
, text "(See also: https://github.com/kazu-yamamoto/ghc-mod/issues/311)"
]
$$ info refineArgSpec
$$ progDesc "Refine the typed hole at (LINE,COL) given EXPR"
<=> desc [
text "For example if EXPR is `filter', which has type `(a -> Bool) -> [a]\
\ -> [a]' and (LINE,COL) is on the hole `_body' in the following\
\ code snippet:"
, code [
"filterNothing :: [Maybe a] -> [a]"
, "filterNothing xs = _body"
]
, text "ghc-mod changes the code to get a value of type `[a]', which\
\ results in:"
, code [ "filterNothing xs = filter _body_1 _body_2" ]
, text "(See also: https://github.com/kazu-yamamoto/ghc-mod/issues/311)"
]
strArg :: String -> Parser String
strArg = argument str . metavar
@ -176,32 +177,32 @@ modulesArgSpec, dumpSymArgSpec, docArgSpec, findArgSpec,
modulesArgSpec = CmdModules
<$> switch
$$ long "detailed"
## short 'd'
## help "Print package modules belong to"
$$ long "detailed"
<=> short 'd'
<=> help "Print package modules belong to"
dumpSymArgSpec = CmdDumpSym <$> strArg "TMPDIR"
findArgSpec = CmdFind <$> strArg "SYMBOL"
docArgSpec = CmdDoc <$> strArg "MODULE"
lintArgSpec = CmdLint
<$> LintOpts <$$> many $$ strOption
$$ long "hlintOpt"
## short 'h'
## help "Option to be passed to hlint"
$$ long "hlintOpt"
<=> short 'h'
<=> help "Option to be passed to hlint"
<*> strArg "FILE"
browseArgSpec = CmdBrowse
<$> (BrowseOpts
<$> switch
$$ long "operators"
## short 'o'
## help "Also print operators"
$$ long "operators"
<=> short 'o'
<=> help "Also print operators"
<*> switch
$$ long "detailed"
## short 'd'
## help "Print symbols with accompanying signature"
$$ long "detailed"
<=> short 'd'
<=> help "Print symbols with accompanying signature"
<*> switch
$$ long "qualified"
## short 'q'
## help "Qualify symbols"
$$ long "qualified"
<=> short 'q'
<=> help "Qualify symbols"
)
<*> some (strArg "MODULE")
debugComponentArgSpec = filesArgsSpec CmdDebugComponent

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@ -3,7 +3,7 @@ module GHCMod.Options.DocUtils (
desc,
code,
($$),
(##),
(<=>),
(<$$>),
(<||>)
) where
@ -21,7 +21,7 @@ code x = vsep [line, indent 4 $ vsep $ map text x, line]
infixl 7 <||>
infixr 8 <$$>
infixr 8 $$
infixr 9 ##
infixr 9 <=>
($$) :: (a -> b) -> a -> b
($$) = ($)
@ -29,8 +29,8 @@ infixr 9 ##
(<||>) :: Alternative a => a b -> a b -> a b
(<||>) = (<|>)
(##) :: Monoid m => m -> m -> m
(##) = (<>)
(<=>) :: Monoid m => m -> m -> m
(<=>) = (<>)
(<$$>) :: Functor f => (a -> b) -> f a -> f b
(<$$>) = (<$>)