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blastwind
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deprecated-github-code-haskell-function

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string
path
string
license
string
full_code
string
full_size
int64
uncommented_code
string
uncommented_size
int64
function_only_code
string
function_only_size
int64
is_commented
bool
is_signatured
bool
n_ast_errors
int64
ast_max_depth
int64
n_whitespaces
int64
n_ast_nodes
int64
n_ast_terminals
int64
n_ast_nonterminals
int64
loc
int64
cycloplexity
int64
GaloisInc/halvm-ghc
compiler/coreSyn/TrieMap.hs
bsd-3-clause
lkA env (DataAlt dc, bs, rhs) = am_data >.> lkDNamed dc >=> lkG (D (extendCMEs env bs) rhs)
131
lkA env (DataAlt dc, bs, rhs) = am_data >.> lkDNamed dc >=> lkG (D (extendCMEs env bs) rhs)
131
lkA env (DataAlt dc, bs, rhs) = am_data >.> lkDNamed dc >=> lkG (D (extendCMEs env bs) rhs)
131
false
false
0
10
57
53
26
27
null
null
Fermat/higher-rank
src/Matching.hs
bsd-3-clause
convert :: Exp -> Exp -- convert (Pos _ e) = convert e convert (Imply x y) = App (App (Const "->" dummyPos) (convert x)) (convert y)
132
convert :: Exp -> Exp convert (Imply x y) = App (App (Const "->" dummyPos) (convert x)) (convert y)
99
convert (Imply x y) = App (App (Const "->" dummyPos) (convert x)) (convert y)
77
true
true
0
9
26
64
31
33
null
null
mdsteele/fallback
src/Fallback/Data/Point.hs
gpl-3.0
dirDelta DirSE = Point 1 1
31
dirDelta DirSE = Point 1 1
31
dirDelta DirSE = Point 1 1
31
false
false
0
5
10
14
6
8
null
null
carlostome/shrdlite
haskell/Popper.hs
gpl-3.0
goalInEff :: (Conjunct,Action) -> Action -> Bool goalInEff goal (Action _ _ effs) = elem (fst goal) effs
104
goalInEff :: (Conjunct,Action) -> Action -> Bool goalInEff goal (Action _ _ effs) = elem (fst goal) effs
104
goalInEff goal (Action _ _ effs) = elem (fst goal) effs
55
false
true
0
7
17
51
26
25
null
null
ezyang/ghc
compiler/basicTypes/IdInfo.hs
bsd-3-clause
{- ************************************************************************ * * \subsection{Bulk operations on IdInfo} * * ************************************************************************ -} -- | This is used to remove information on lambda binders that we have -- setup as part of a lambda group, assuming they will be applied all at once, -- but turn out to be part of an unsaturated lambda as in e.g: -- -- > (\x1. \x2. e) arg1 zapLamInfo :: IdInfo -> Maybe IdInfo zapLamInfo info@(IdInfo {occInfo = occ, demandInfo = demand}) | is_safe_occ occ && is_safe_dmd demand = Nothing | otherwise = Just (info {occInfo = safe_occ, demandInfo = topDmd}) where -- The "unsafe" occ info is the ones that say I'm not in a lambda -- because that might not be true for an unsaturated lambda is_safe_occ occ | isAlwaysTailCalled occ = False is_safe_occ (OneOcc { occ_in_lam = in_lam }) = in_lam is_safe_occ _other = True safe_occ = case occ of OneOcc{} -> occ { occ_in_lam = True , occ_tail = NoTailCallInfo } IAmALoopBreaker{} -> occ { occ_tail = NoTailCallInfo } _other -> occ is_safe_dmd dmd = not (isStrictDmd dmd) -- | Remove all demand info on the 'IdInfo'
1,492
zapLamInfo :: IdInfo -> Maybe IdInfo zapLamInfo info@(IdInfo {occInfo = occ, demandInfo = demand}) | is_safe_occ occ && is_safe_dmd demand = Nothing | otherwise = Just (info {occInfo = safe_occ, demandInfo = topDmd}) where -- The "unsafe" occ info is the ones that say I'm not in a lambda -- because that might not be true for an unsaturated lambda is_safe_occ occ | isAlwaysTailCalled occ = False is_safe_occ (OneOcc { occ_in_lam = in_lam }) = in_lam is_safe_occ _other = True safe_occ = case occ of OneOcc{} -> occ { occ_in_lam = True , occ_tail = NoTailCallInfo } IAmALoopBreaker{} -> occ { occ_tail = NoTailCallInfo } _other -> occ is_safe_dmd dmd = not (isStrictDmd dmd) -- | Remove all demand info on the 'IdInfo'
914
zapLamInfo info@(IdInfo {occInfo = occ, demandInfo = demand}) | is_safe_occ occ && is_safe_dmd demand = Nothing | otherwise = Just (info {occInfo = safe_occ, demandInfo = topDmd}) where -- The "unsafe" occ info is the ones that say I'm not in a lambda -- because that might not be true for an unsaturated lambda is_safe_occ occ | isAlwaysTailCalled occ = False is_safe_occ (OneOcc { occ_in_lam = in_lam }) = in_lam is_safe_occ _other = True safe_occ = case occ of OneOcc{} -> occ { occ_in_lam = True , occ_tail = NoTailCallInfo } IAmALoopBreaker{} -> occ { occ_tail = NoTailCallInfo } _other -> occ is_safe_dmd dmd = not (isStrictDmd dmd) -- | Remove all demand info on the 'IdInfo'
877
true
true
7
9
519
237
120
117
null
null
10sr/scheme_hs
main.hs
mit
unpackNum notNum = throwError $ TypeMismatch "number" notNum
60
unpackNum notNum = throwError $ TypeMismatch "number" notNum
60
unpackNum notNum = throwError $ TypeMismatch "number" notNum
60
false
false
1
6
7
21
8
13
null
null
marcellussiegburg/autotool
collection/src/Lambda/Derive2.hs
gpl-2.0
derive2 :: Bool -> Lambda -> [ Step ] -> Reporter Lambda derive2 drawing t steps = do t' <- foldM (step drawing) t steps inform $ vcat [ text "Ergebnis der Ableitung ist", nest 4 $ toDoc t' ] return t'
213
derive2 :: Bool -> Lambda -> [ Step ] -> Reporter Lambda derive2 drawing t steps = do t' <- foldM (step drawing) t steps inform $ vcat [ text "Ergebnis der Ableitung ist", nest 4 $ toDoc t' ] return t'
213
derive2 drawing t steps = do t' <- foldM (step drawing) t steps inform $ vcat [ text "Ergebnis der Ableitung ist", nest 4 $ toDoc t' ] return t'
156
false
true
0
12
53
96
43
53
null
null
tanishiking/HasC
src/AssignAddr.hs
mit
assignIStmt (ICompoundStmt decls stmts) = do fp <- getFp let requiredWords = map (calcWords . getTypeFromIVar) decls declsAddress <- mapM assignFpWords requiredWords mapM_ pushVar $ zip decls declsAddress stmts' <- mapM assignIStmt stmts resetFp fp return $ ICompoundStmt (map VarAddr declsAddress) stmts'
319
assignIStmt (ICompoundStmt decls stmts) = do fp <- getFp let requiredWords = map (calcWords . getTypeFromIVar) decls declsAddress <- mapM assignFpWords requiredWords mapM_ pushVar $ zip decls declsAddress stmts' <- mapM assignIStmt stmts resetFp fp return $ ICompoundStmt (map VarAddr declsAddress) stmts'
319
assignIStmt (ICompoundStmt decls stmts) = do fp <- getFp let requiredWords = map (calcWords . getTypeFromIVar) decls declsAddress <- mapM assignFpWords requiredWords mapM_ pushVar $ zip decls declsAddress stmts' <- mapM assignIStmt stmts resetFp fp return $ ICompoundStmt (map VarAddr declsAddress) stmts'
319
false
false
0
12
55
111
48
63
null
null
dterei/Scraps
haskell/lenses/Types.hs
bsd-3-clause
-- # Holes: Editing focus value over :: (c -> d) -> PairZipper a b c -> PairZipper a b d over f (PZ c l) = PZ (f c) l
118
over :: (c -> d) -> PairZipper a b c -> PairZipper a b d over f (PZ c l) = PZ (f c) l
85
over f (PZ c l) = PZ (f c) l
28
true
true
0
7
31
65
32
33
null
null
mattias-lundell/timber-llvm
src/Reduce.hs
bsd-3-clause
plus gs (Left a) b = return b
50
plus gs (Left a) b = return b
50
plus gs (Left a) b = return b
50
false
false
0
7
28
22
10
12
null
null
baldore/haskell-99-exercises
25.hs
mit
rndPermutationG ls gen = let (i,g) = randomR (0, length ls - 1) gen (x,xs) = removeAt i ls in x : rndPermutationG (reverse xs) g
139
rndPermutationG ls gen = let (i,g) = randomR (0, length ls - 1) gen (x,xs) = removeAt i ls in x : rndPermutationG (reverse xs) g
139
rndPermutationG ls gen = let (i,g) = randomR (0, length ls - 1) gen (x,xs) = removeAt i ls in x : rndPermutationG (reverse xs) g
139
false
false
3
12
36
85
39
46
null
null
mcschroeder/ghc
compiler/basicTypes/RdrName.hs
bsd-3-clause
isExact _ = False
25
isExact _ = False
25
isExact _ = False
25
false
false
0
4
11
10
4
6
null
null
arnizamani/DLvalidity
DLvalidity.hs
gpl-2.0
maxDm :: [(WM,(RuleD,Maybe Fi))] -> Int maxDm [] = 0
52
maxDm :: [(WM,(RuleD,Maybe Fi))] -> Int maxDm [] = 0
52
maxDm [] = 0
12
false
true
0
9
9
38
21
17
null
null
expipiplus1/spir-v
Language/SpirV/OpCode.hs
mit
instructionSize OpCopyMemorySized = Fixed 4
43
instructionSize OpCopyMemorySized = Fixed 4
43
instructionSize OpCopyMemorySized = Fixed 4
43
false
false
0
5
4
12
5
7
null
null
mtak/chess-hs
src/Chess.hs
mit
newChess :: Chess newChess = newChess' newBoard L
49
newChess :: Chess newChess = newChess' newBoard L
49
newChess = newChess' newBoard L
31
false
true
0
6
7
22
9
13
null
null
sjpet/quark
src/Quark/Buffer.hs
mit
-- Copy selection selection :: Buffer -> T.Text selection (Buffer s _ crs sel) = T.take l $ T.drop k s where l = abs $ distance crs sel s k = cursorToIx (min crs sel) s
178
selection :: Buffer -> T.Text selection (Buffer s _ crs sel) = T.take l $ T.drop k s where l = abs $ distance crs sel s k = cursorToIx (min crs sel) s
160
selection (Buffer s _ crs sel) = T.take l $ T.drop k s where l = abs $ distance crs sel s k = cursorToIx (min crs sel) s
130
true
true
3
7
46
93
43
50
null
null
bvdelft/parac2
src/Language/Java/Paragon/Interaction.hs
bsd-3-clause
typeCheckerBase = libraryBase ++ ".TypeCheck"
45
typeCheckerBase = libraryBase ++ ".TypeCheck"
45
typeCheckerBase = libraryBase ++ ".TypeCheck"
45
false
false
1
5
4
13
5
8
null
null
haskell-distributed/distributed-process-execution
src/Control/Distributed/Process/Execution/Exchange/Internal.hs
bsd-3-clause
runExchange :: forall s. ExchangeType s -> MVar (ControlPort ControlMessage) -> Process () runExchange t tc = MP.chanServe t exInit (processDefinition t tc)
195
runExchange :: forall s. ExchangeType s -> MVar (ControlPort ControlMessage) -> Process () runExchange t tc = MP.chanServe t exInit (processDefinition t tc)
195
runExchange t tc = MP.chanServe t exInit (processDefinition t tc)
65
false
true
0
11
61
67
31
36
null
null
ndmitchell/shake
src/Development/Shake/Internal/FilePattern.hs
bsd-3-clause
-- | Do they have the same * and // counts in the same order compatible :: [FilePattern] -> Bool compatible [] = True
117
compatible :: [FilePattern] -> Bool compatible [] = True
56
compatible [] = True
20
true
true
0
6
23
24
13
11
null
null
joelchelliah/diy-lang-haskell
test/parts/Test_5_AddingFunctionsToTheMix.hs
bsd-3-clause
closureHoldsFunction :: TestTree closureHoldsFunction = testCase "\n Test 5.3 - A closure holds a function. \n\ \ The closure contains a parameter list and a function body. They \n\ \ are represented as a <DiyFunction [DiyAST] DiyAST> in our AST" $ do let lambda = parse "(lambda (x y) (+ x y))" (closure, _) = evaluate lambda $ Environment [] expectedParams = [ DiySymbol "x", DiySymbol "y" ] expectedBody = DiyList [ DiySymbol "+", DiySymbol "x", DiySymbol "y" ] assertIsClosure closure assertClosureFunction closure expectedParams expectedBody
602
closureHoldsFunction :: TestTree closureHoldsFunction = testCase "\n Test 5.3 - A closure holds a function. \n\ \ The closure contains a parameter list and a function body. They \n\ \ are represented as a <DiyFunction [DiyAST] DiyAST> in our AST" $ do let lambda = parse "(lambda (x y) (+ x y))" (closure, _) = evaluate lambda $ Environment [] expectedParams = [ DiySymbol "x", DiySymbol "y" ] expectedBody = DiyList [ DiySymbol "+", DiySymbol "x", DiySymbol "y" ] assertIsClosure closure assertClosureFunction closure expectedParams expectedBody
602
closureHoldsFunction = testCase "\n Test 5.3 - A closure holds a function. \n\ \ The closure contains a parameter list and a function body. They \n\ \ are represented as a <DiyFunction [DiyAST] DiyAST> in our AST" $ do let lambda = parse "(lambda (x y) (+ x y))" (closure, _) = evaluate lambda $ Environment [] expectedParams = [ DiySymbol "x", DiySymbol "y" ] expectedBody = DiyList [ DiySymbol "+", DiySymbol "x", DiySymbol "y" ] assertIsClosure closure assertClosureFunction closure expectedParams expectedBody
569
false
true
0
13
140
113
54
59
null
null
phischu/fragnix
builtins/ghc-prim/GHC.Prim.hs
bsd-3-clause
-- | Unpack the elements of a vector into an unboxed tuple. # unpackInt32X16# :: Int32X16# -> (# Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int# #) unpackInt32X16# = unpackInt32X16#
214
unpackInt32X16# :: Int32X16# -> (# Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int#,Int# #) unpackInt32X16# = unpackInt32X16#
151
unpackInt32X16# = unpackInt32X16#
33
true
true
0
8
23
70
41
29
null
null
oldmanmike/ghc
compiler/utils/Pretty.hs
bsd-3-clause
oneLiner (Above {}) = error "oneLiner Above"
53
oneLiner (Above {}) = error "oneLiner Above"
53
oneLiner (Above {}) = error "oneLiner Above"
53
false
false
0
7
15
19
9
10
null
null
jgm/blaze-html
Text/Blaze/Renderer/Utf8.hs
bsd-3-clause
fromChoiceString (AppendChoiceString x y) = fromChoiceString x `mappend` fromChoiceString y
95
fromChoiceString (AppendChoiceString x y) = fromChoiceString x `mappend` fromChoiceString y
95
fromChoiceString (AppendChoiceString x y) = fromChoiceString x `mappend` fromChoiceString y
95
false
false
0
6
13
33
15
18
null
null
pxqr/base32-bytestring
src/Data/ByteString/Base32/Hex.hs
bsd-3-clause
decTable :: DecTable decTable = BS.pack $ L.map decW5 [minBound .. maxBound]
76
decTable :: DecTable decTable = BS.pack $ L.map decW5 [minBound .. maxBound]
76
decTable = BS.pack $ L.map decW5 [minBound .. maxBound]
55
false
true
2
6
11
39
17
22
null
null
phaazon/OpenGLRaw
src/Graphics/Rendering/OpenGL/Raw/Tokens.hs
bsd-3-clause
gl_STENCIL_INDEX16_EXT :: GLenum gl_STENCIL_INDEX16_EXT = 0x8D49
64
gl_STENCIL_INDEX16_EXT :: GLenum gl_STENCIL_INDEX16_EXT = 0x8D49
64
gl_STENCIL_INDEX16_EXT = 0x8D49
31
false
true
0
4
5
11
6
5
null
null
quchen/shaking-up-ghc
src/Rules/Cabal.hs
bsd-3-clause
collectDeps (Just (CondNode _ deps ifs)) = deps ++ concatMap f ifs where f (_, t, mt) = collectDeps (Just t) ++ collectDeps mt
132
collectDeps (Just (CondNode _ deps ifs)) = deps ++ concatMap f ifs where f (_, t, mt) = collectDeps (Just t) ++ collectDeps mt
132
collectDeps (Just (CondNode _ deps ifs)) = deps ++ concatMap f ifs where f (_, t, mt) = collectDeps (Just t) ++ collectDeps mt
132
false
false
0
9
29
70
34
36
null
null
shak-mar/botstrats
supervisor/Robots.hs
mit
startRobot :: Robot -> IO (Maybe Robot) startRobot (Off identifier) = (packInRobot <$> createProcess process) `catch` \(e :: SomeException) -> return Nothing where packInRobot (Just stdin, Just stdout, Nothing, procHandle) = Just $ Running identifier stdin stdout procHandle drivePath = genDrivePath identifier process = CreateProcess -- Use the file `init` in the robot’s drive (RawCommand (drivePath <> "/init") []) (Just drivePath) -- Use the robot’s drive as working directory Nothing -- Pass on the environment CreatePipe -- Create a pipe for stdin CreatePipe -- Create a pipe for stdout Inherit -- Inherit stderr False -- Don’t close any file descriptors True -- Create a new process group False -- Don’t delegate Control-C handling
988
startRobot :: Robot -> IO (Maybe Robot) startRobot (Off identifier) = (packInRobot <$> createProcess process) `catch` \(e :: SomeException) -> return Nothing where packInRobot (Just stdin, Just stdout, Nothing, procHandle) = Just $ Running identifier stdin stdout procHandle drivePath = genDrivePath identifier process = CreateProcess -- Use the file `init` in the robot’s drive (RawCommand (drivePath <> "/init") []) (Just drivePath) -- Use the robot’s drive as working directory Nothing -- Pass on the environment CreatePipe -- Create a pipe for stdin CreatePipe -- Create a pipe for stdout Inherit -- Inherit stderr False -- Don’t close any file descriptors True -- Create a new process group False -- Don’t delegate Control-C handling
988
startRobot (Off identifier) = (packInRobot <$> createProcess process) `catch` \(e :: SomeException) -> return Nothing where packInRobot (Just stdin, Just stdout, Nothing, procHandle) = Just $ Running identifier stdin stdout procHandle drivePath = genDrivePath identifier process = CreateProcess -- Use the file `init` in the robot’s drive (RawCommand (drivePath <> "/init") []) (Just drivePath) -- Use the robot’s drive as working directory Nothing -- Pass on the environment CreatePipe -- Create a pipe for stdin CreatePipe -- Create a pipe for stdout Inherit -- Inherit stderr False -- Don’t close any file descriptors True -- Create a new process group False -- Don’t delegate Control-C handling
948
false
true
2
10
362
169
91
78
null
null
keithodulaigh/Hets
QVTR/Parser.hs
gpl-2.0
pPropertyTemplateList :: CharParser st [QVTR.PropertyTemplate] pPropertyTemplateList = do skip try $ pCommaSep pPropertyTemplate {- <propertyTemplate> ::= <identifier> '=' <OclExpressionCS> <identifier> '=' <objectTemplate> -}
232
pPropertyTemplateList :: CharParser st [QVTR.PropertyTemplate] pPropertyTemplateList = do skip try $ pCommaSep pPropertyTemplate {- <propertyTemplate> ::= <identifier> '=' <OclExpressionCS> <identifier> '=' <objectTemplate> -}
232
pPropertyTemplateList = do skip try $ pCommaSep pPropertyTemplate {- <propertyTemplate> ::= <identifier> '=' <OclExpressionCS> <identifier> '=' <objectTemplate> -}
169
false
true
0
8
28
35
17
18
null
null
tinco/nanc
Nanc/IR/Types.hs
mit
booleanType = LLVM.IntegerType 1
32
booleanType = LLVM.IntegerType 1
32
booleanType = LLVM.IntegerType 1
32
false
false
0
6
3
11
5
6
null
null
adamschoenemann/simple-frp
src/FRP/TypeChecker.hs
mit
stableCtx :: Context t -> Context t stableCtx (Ctx c1) = Ctx $ M.map (maybe (error "laterCtx") (id)) $ M.filter isJust $ M.map mapper c1 where mapper (t,q) = case q of QNow -> Nothing QStable -> Just (t, QStable) QLater -> Nothing
255
stableCtx :: Context t -> Context t stableCtx (Ctx c1) = Ctx $ M.map (maybe (error "laterCtx") (id)) $ M.filter isJust $ M.map mapper c1 where mapper (t,q) = case q of QNow -> Nothing QStable -> Just (t, QStable) QLater -> Nothing
255
stableCtx (Ctx c1) = Ctx $ M.map (maybe (error "laterCtx") (id)) $ M.filter isJust $ M.map mapper c1 where mapper (t,q) = case q of QNow -> Nothing QStable -> Just (t, QStable) QLater -> Nothing
219
false
true
0
12
67
123
61
62
null
null
narurien/ganeti-ceph
src/Ganeti/OpCodes.hs
gpl-2.0
opSummaryVal OpInstanceRecreateDisks { opInstanceName = s } = Just s
68
opSummaryVal OpInstanceRecreateDisks { opInstanceName = s } = Just s
68
opSummaryVal OpInstanceRecreateDisks { opInstanceName = s } = Just s
68
false
false
0
7
9
22
10
12
null
null
timjs/idris-clean
Sources/IRTS/CodegenClean.hs
mit
cgPrim LFACos = cgPrimFn BReal "acos"
39
cgPrim LFACos = cgPrimFn BReal "acos"
39
cgPrim LFACos = cgPrimFn BReal "acos"
39
false
false
0
5
7
14
6
8
null
null
mimi1vx/shellcheck
ShellCheck/Analytics.hs
gpl-3.0
checkOverridingPath _ _ = return ()
35
checkOverridingPath _ _ = return ()
35
checkOverridingPath _ _ = return ()
35
false
false
0
6
5
16
7
9
null
null
rohit507/mfd-experiments
app/Sealing.hs
bsd-3-clause
getEstTimePlot :: Integer -> EstTimePlot getEstTimePlot numDice = EstTimePlot{ diffs = {- trace ("for diffs " ++ show diffs) -} diffs , totals = {- trace ("for totals " ++ show totals) -} totals , estDays = estDays , variance = variance } where diffs = getDiffs numDice totals = getTotals numDice -- get all rows (estDays,variance) = unzip $ map getSingDiff diffs -- Get the row for a single difficulty getSingDiff :: Integer -> ([Integer],[Integer]) -- The trace is here so I can see progress, but it's an otherwise pure -- function, :V medium bad practice I suppose. getSingDiff diff = {- trace ("for difficulty " ++ show diff) $ -} (estList,varList) where distGen = multipleDaysProgress numDice diff (estList,varList) = unzip $ map tp totals where tp t = let e5 = ed 0.5 t in (e5,if (e5 == -1) then -1 else P.max (e5 - ed 0.05 t) (ed 0.95 t - e5)) -- Number of days to some percentage with >max just set to -1 ed p t = fromMaybe (-1) $ daysToComplete' distGen p t -- Generate the full pile fo estimated time plot sas needed.
1,138
getEstTimePlot :: Integer -> EstTimePlot getEstTimePlot numDice = EstTimePlot{ diffs = {- trace ("for diffs " ++ show diffs) -} diffs , totals = {- trace ("for totals " ++ show totals) -} totals , estDays = estDays , variance = variance } where diffs = getDiffs numDice totals = getTotals numDice -- get all rows (estDays,variance) = unzip $ map getSingDiff diffs -- Get the row for a single difficulty getSingDiff :: Integer -> ([Integer],[Integer]) -- The trace is here so I can see progress, but it's an otherwise pure -- function, :V medium bad practice I suppose. getSingDiff diff = {- trace ("for difficulty " ++ show diff) $ -} (estList,varList) where distGen = multipleDaysProgress numDice diff (estList,varList) = unzip $ map tp totals where tp t = let e5 = ed 0.5 t in (e5,if (e5 == -1) then -1 else P.max (e5 - ed 0.05 t) (ed 0.95 t - e5)) -- Number of days to some percentage with >max just set to -1 ed p t = fromMaybe (-1) $ daysToComplete' distGen p t -- Generate the full pile fo estimated time plot sas needed.
1,138
getEstTimePlot numDice = EstTimePlot{ diffs = {- trace ("for diffs " ++ show diffs) -} diffs , totals = {- trace ("for totals " ++ show totals) -} totals , estDays = estDays , variance = variance } where diffs = getDiffs numDice totals = getTotals numDice -- get all rows (estDays,variance) = unzip $ map getSingDiff diffs -- Get the row for a single difficulty getSingDiff :: Integer -> ([Integer],[Integer]) -- The trace is here so I can see progress, but it's an otherwise pure -- function, :V medium bad practice I suppose. getSingDiff diff = {- trace ("for difficulty " ++ show diff) $ -} (estList,varList) where distGen = multipleDaysProgress numDice diff (estList,varList) = unzip $ map tp totals where tp t = let e5 = ed 0.5 t in (e5,if (e5 == -1) then -1 else P.max (e5 - ed 0.05 t) (ed 0.95 t - e5)) -- Number of days to some percentage with >max just set to -1 ed p t = fromMaybe (-1) $ daysToComplete' distGen p t -- Generate the full pile fo estimated time plot sas needed.
1,097
false
true
3
16
300
273
149
124
null
null
uwap/Idris-dev
src/Idris/AbsSyntaxTree.hs
bsd-3-clause
mapPTermFC f g (PAlternative ns ty ts) = PAlternative ns ty (map (mapPTermFC f g) ts)
85
mapPTermFC f g (PAlternative ns ty ts) = PAlternative ns ty (map (mapPTermFC f g) ts)
85
mapPTermFC f g (PAlternative ns ty ts) = PAlternative ns ty (map (mapPTermFC f g) ts)
85
false
false
0
9
15
46
22
24
null
null
OS2World/DEV-UTIL-HUGS
libraries/Graphics/Rendering/OpenGL/GL/Extensions.hs
bsd-3-clause
throwIfNull :: String -> IO (FunPtr a) -> IO (FunPtr a) throwIfNull msg act = do res <- act if res == nullFunPtr then ioError (userError msg) else return res
175
throwIfNull :: String -> IO (FunPtr a) -> IO (FunPtr a) throwIfNull msg act = do res <- act if res == nullFunPtr then ioError (userError msg) else return res
175
throwIfNull msg act = do res <- act if res == nullFunPtr then ioError (userError msg) else return res
119
false
true
0
11
47
81
37
44
null
null
ChrisKuklewicz/SafeSemaphore
src/Control/Concurrent/STM/SSem.hs
bsd-3-clause
-- | Try to take the given value from the semaphore. This succeeds when the quantity is greater or -- equal to the given value, and then subtracts the given value from the quantity. Otherwise this -- will 'retry'. This will never result in a negative quantity. If several threads are retrying -- then which one succeeds next is undefined -- an unlucky thread might starve. waitN :: SSem -> Int -> STM () waitN (SSem s) i = do v <- readTVar s if v >= i then writeTVar s $! v-i else retry -- | Signal that single unit of the semaphore is available. This increases the available quantity -- by one.
613
waitN :: SSem -> Int -> STM () waitN (SSem s) i = do v <- readTVar s if v >= i then writeTVar s $! v-i else retry -- | Signal that single unit of the semaphore is available. This increases the available quantity -- by one.
236
waitN (SSem s) i = do v <- readTVar s if v >= i then writeTVar s $! v-i else retry -- | Signal that single unit of the semaphore is available. This increases the available quantity -- by one.
205
true
true
0
10
131
82
41
41
null
null
benweitzman/PhoBuddies-Servant
src/Util/Server.hs
mit
requireToken :: Maybe (Token a) -> ConfigM a requireToken Nothing = errorOf err401
82
requireToken :: Maybe (Token a) -> ConfigM a requireToken Nothing = errorOf err401
82
requireToken Nothing = errorOf err401
37
false
true
0
8
12
33
15
18
null
null
ghcjs/jsaddle-dom
src/JSDOM/Generated/WebGPURenderingContext.hs
mit
-- | <https://developer.mozilla.org/en-US/docs/Web/API/WebGPURenderingContext.nextDrawable Mozilla WebGPURenderingContext.nextDrawable documentation> nextDrawable :: (MonadDOM m) => WebGPURenderingContext -> m (Maybe WebGPUDrawable) nextDrawable self = liftDOM ((self ^. jsf "nextDrawable" ()) >>= fromJSVal)
324
nextDrawable :: (MonadDOM m) => WebGPURenderingContext -> m (Maybe WebGPUDrawable) nextDrawable self = liftDOM ((self ^. jsf "nextDrawable" ()) >>= fromJSVal)
173
nextDrawable self = liftDOM ((self ^. jsf "nextDrawable" ()) >>= fromJSVal)
77
true
true
0
11
42
66
32
34
null
null
talanis85/haScales
src/Data/Music/Chords.hs
bsd-3-clause
dominant7Chord = tetrad mixolydianScale
39
dominant7Chord = tetrad mixolydianScale
39
dominant7Chord = tetrad mixolydianScale
39
false
false
1
5
3
12
4
8
null
null
urbit/urbit
pkg/hs/urbit-king/test/AmesTests.hs
mit
packetSplitMorphism :: Packet -> Bool packetSplitMorphism p = (decode . encode) p == Right p
92
packetSplitMorphism :: Packet -> Bool packetSplitMorphism p = (decode . encode) p == Right p
92
packetSplitMorphism p = (decode . encode) p == Right p
54
false
true
0
8
14
35
17
18
null
null
taruti/diagrams-cairo-raster
example/PlainRaster.hs
bsd-3-clause
cplus :: Int -> Int -> CairoColor cplus x y = crgb x y (x*y)
60
cplus :: Int -> Int -> CairoColor cplus x y = crgb x y (x*y)
60
cplus x y = crgb x y (x*y)
26
false
true
0
8
14
46
20
26
null
null
fmapfmapfmap/amazonka
amazonka-swf/gen/Network/AWS/SWF/DeprecateWorkflowType.hs
mpl-2.0
-- | The workflow type to deprecate. dWorkflowType :: Lens' DeprecateWorkflowType WorkflowType dWorkflowType = lens _dWorkflowType (\ s a -> s{_dWorkflowType = a})
163
dWorkflowType :: Lens' DeprecateWorkflowType WorkflowType dWorkflowType = lens _dWorkflowType (\ s a -> s{_dWorkflowType = a})
126
dWorkflowType = lens _dWorkflowType (\ s a -> s{_dWorkflowType = a})
68
true
true
0
9
22
40
22
18
null
null
txkaduo/hs-vdian-sdk
VDian/Order.hs
bsd-3-clause
fromOrderStatusNum :: Int -> Maybe OrderStatus fromOrderStatusNum 0 = Just OrderStatusJustCreated
97
fromOrderStatusNum :: Int -> Maybe OrderStatus fromOrderStatusNum 0 = Just OrderStatusJustCreated
97
fromOrderStatusNum 0 = Just OrderStatusJustCreated
50
false
true
0
6
10
24
11
13
null
null
minad/omega
vendor/algorithm-p/Types.hs
bsd-3-clause
collectType :: Eq a => Endo (Type -> [a]) collectType f = walk where walk (TyCon _ tas) = unions (map walk tas) walk t = f t
144
collectType :: Eq a => Endo (Type -> [a]) collectType f = walk where walk (TyCon _ tas) = unions (map walk tas) walk t = f t
144
collectType f = walk where walk (TyCon _ tas) = unions (map walk tas) walk t = f t
102
false
true
0
9
47
74
36
38
null
null
avh4/elm-format
tests/Test/ElmSourceGenerators.hs
bsd-3-clause
elmModule :: Gen String elmModule = do header <- moduleHeader d <- declaration return $ unlines [ header, d ]
123
elmModule :: Gen String elmModule = do header <- moduleHeader d <- declaration return $ unlines [ header, d ]
123
elmModule = do header <- moduleHeader d <- declaration return $ unlines [ header, d ]
99
false
true
0
9
33
44
21
23
null
null
pparkkin/eta
compiler/ETA/Main/DynFlags.hs
bsd-3-clause
wayOptl _ WayThreaded = []
28
wayOptl _ WayThreaded = []
28
wayOptl _ WayThreaded = []
28
false
false
1
6
6
15
6
9
null
null
techtangents/ablist
test/AbListTests.hs
bsd-3-clause
p_abMapLefts_id :: AbList Int Char -> Bool p_abMapLefts_id x = abMapLefts id x == x
83
p_abMapLefts_id :: AbList Int Char -> Bool p_abMapLefts_id x = abMapLefts id x == x
83
p_abMapLefts_id x = abMapLefts id x == x
40
false
true
0
6
14
32
15
17
null
null
markuspf/Idris-dev
src/Idris/Parser/Helpers.hs
bsd-3-clause
docComment :: IdrisParser (Docstring (), [(Name, Docstring ())]) docComment = do dc <- pushIndent *> docCommentLine rest <- many (indented docCommentLine) args <- many $ do (name, first) <- indented argDocCommentLine rest <- many (indented docCommentLine) return (name, concat (intersperse "\n" (first:rest))) popIndent return (parseDocstring $ T.pack (concat (intersperse "\n" (dc:rest))), map (\(n, d) -> (n, parseDocstring (T.pack d))) args) where docCommentLine :: MonadicParsing m => m String docCommentLine = try (do string "|||" many (satisfy (==' ')) contents <- option "" (do first <- satisfy (\c -> not (isEol c || c == '@')) res <- many (satisfy (not . isEol)) return $ first:res) eol ; someSpace return contents)-- ++ concat rest)) <?> "" argDocCommentLine = do string "|||" many (satisfy isSpace) char '@' many (satisfy isSpace) n <- fst <$> name many (satisfy isSpace) docs <- many (satisfy (not . isEol)) eol ; someSpace return (n, docs) -- | Parses some white space
1,680
docComment :: IdrisParser (Docstring (), [(Name, Docstring ())]) docComment = do dc <- pushIndent *> docCommentLine rest <- many (indented docCommentLine) args <- many $ do (name, first) <- indented argDocCommentLine rest <- many (indented docCommentLine) return (name, concat (intersperse "\n" (first:rest))) popIndent return (parseDocstring $ T.pack (concat (intersperse "\n" (dc:rest))), map (\(n, d) -> (n, parseDocstring (T.pack d))) args) where docCommentLine :: MonadicParsing m => m String docCommentLine = try (do string "|||" many (satisfy (==' ')) contents <- option "" (do first <- satisfy (\c -> not (isEol c || c == '@')) res <- many (satisfy (not . isEol)) return $ first:res) eol ; someSpace return contents)-- ++ concat rest)) <?> "" argDocCommentLine = do string "|||" many (satisfy isSpace) char '@' many (satisfy isSpace) n <- fst <$> name many (satisfy isSpace) docs <- many (satisfy (not . isEol)) eol ; someSpace return (n, docs) -- | Parses some white space
1,680
docComment = do dc <- pushIndent *> docCommentLine rest <- many (indented docCommentLine) args <- many $ do (name, first) <- indented argDocCommentLine rest <- many (indented docCommentLine) return (name, concat (intersperse "\n" (first:rest))) popIndent return (parseDocstring $ T.pack (concat (intersperse "\n" (dc:rest))), map (\(n, d) -> (n, parseDocstring (T.pack d))) args) where docCommentLine :: MonadicParsing m => m String docCommentLine = try (do string "|||" many (satisfy (==' ')) contents <- option "" (do first <- satisfy (\c -> not (isEol c || c == '@')) res <- many (satisfy (not . isEol)) return $ first:res) eol ; someSpace return contents)-- ++ concat rest)) <?> "" argDocCommentLine = do string "|||" many (satisfy isSpace) char '@' many (satisfy isSpace) n <- fst <$> name many (satisfy isSpace) docs <- many (satisfy (not . isEol)) eol ; someSpace return (n, docs) -- | Parses some white space
1,615
false
true
3
23
853
481
230
251
null
null
tolysz/hiccup
Hiccup.hs
lgpl-2.1
hiccupVersion = 0.49
20
hiccupVersion = 0.49
20
hiccupVersion = 0.49
20
false
false
0
4
2
6
3
3
null
null
mariefarrell/Hets
Driver/Options.hs
gpl-2.0
getFileNames :: [String] -> FilePath -> [FilePath] getFileNames exts file = file : map (rmSuffix file ++) exts
112
getFileNames :: [String] -> FilePath -> [FilePath] getFileNames exts file = file : map (rmSuffix file ++) exts
112
getFileNames exts file = file : map (rmSuffix file ++) exts
61
false
true
2
9
19
53
25
28
null
null
nevrenato/HetsAlloy
Maude/Maude2DG.hs
gpl-2.0
createEdgeImport tok1 (Inc, tok2, _, morph, _, _) sg tim dg = (tim, dg') where morph' = setTarget sg morph (n1, _, _, _, _) = fromJust $ Map.lookup tok1 tim (n2, _, _, _, _) = fromJust $ Map.lookup tok2 tim dg' = insertDefEdgeMorphism n1 n2 morph' dg -- | extracts the sorts provided by the theories
378
createEdgeImport tok1 (Inc, tok2, _, morph, _, _) sg tim dg = (tim, dg') where morph' = setTarget sg morph (n1, _, _, _, _) = fromJust $ Map.lookup tok1 tim (n2, _, _, _, _) = fromJust $ Map.lookup tok2 tim dg' = insertDefEdgeMorphism n1 n2 morph' dg -- | extracts the sorts provided by the theories
378
createEdgeImport tok1 (Inc, tok2, _, morph, _, _) sg tim dg = (tim, dg') where morph' = setTarget sg morph (n1, _, _, _, _) = fromJust $ Map.lookup tok1 tim (n2, _, _, _, _) = fromJust $ Map.lookup tok2 tim dg' = insertDefEdgeMorphism n1 n2 morph' dg -- | extracts the sorts provided by the theories
378
false
false
1
7
136
137
74
63
null
null
AlexeyRaga/eta
compiler/ETA/Prelude/PrimOp.hs
bsd-3-clause
tagOf_PrimOp EqStablePtrOp = _ILIT(372)
39
tagOf_PrimOp EqStablePtrOp = _ILIT(372)
39
tagOf_PrimOp EqStablePtrOp = _ILIT(372)
39
false
false
0
6
3
16
7
9
null
null
soenkehahn/nhc
src/Run.hs
bsd-3-clause
wrapBashArg :: String -> String wrapBashArg a = "\"" ++ a ++ "\""
67
wrapBashArg :: String -> String wrapBashArg a = "\"" ++ a ++ "\""
67
wrapBashArg a = "\"" ++ a ++ "\""
35
false
true
4
7
14
34
14
20
null
null
vincenthz/hs-foundation
basement/Basement/UArray/Base.hs
bsd-3-clause
-- | write to a cell in a mutable array without bounds checking. -- -- Writing with invalid bounds will corrupt memory and your program will -- become unreliable. use 'write' if unsure. unsafeWrite :: (PrimMonad prim, PrimType ty) => MUArray ty (PrimState prim) -> Offset ty -> ty -> prim () unsafeWrite (MUArray start _ (MUArrayMBA mb)) i v = MBLK.unsafeWrite mb (start+i) v
375
unsafeWrite :: (PrimMonad prim, PrimType ty) => MUArray ty (PrimState prim) -> Offset ty -> ty -> prim () unsafeWrite (MUArray start _ (MUArrayMBA mb)) i v = MBLK.unsafeWrite mb (start+i) v
189
unsafeWrite (MUArray start _ (MUArrayMBA mb)) i v = MBLK.unsafeWrite mb (start+i) v
83
true
true
0
10
64
100
51
49
null
null
ku-fpg/flat-json
src/Database/Flat/JSON.hs
bsd-3-clause
rowId :: Row -> Text rowId (Row o) = case parse (.: "_id") o of Success v -> v Error msg -> error $ "rowId failed " ++ msg
158
rowId :: Row -> Text rowId (Row o) = case parse (.: "_id") o of Success v -> v Error msg -> error $ "rowId failed " ++ msg
158
rowId (Row o) = case parse (.: "_id") o of Success v -> v Error msg -> error $ "rowId failed " ++ msg
137
false
true
0
9
64
63
31
32
null
null
Newlifer/libstep
src/Data/EXPRESS/Parsers.hs
mit
-- simple_id . pSubtypeConstraintId :: Parser SubtypeConstraintId pSubtypeConstraintId = pSimpleId
98
pSubtypeConstraintId :: Parser SubtypeConstraintId pSubtypeConstraintId = pSimpleId
83
pSubtypeConstraintId = pSimpleId
32
true
true
0
5
9
15
8
7
null
null
monte-language/masque
Masque/Monte.hs
gpl-3.0
unwrapChar :: Obj -> Monte Char unwrapChar (CharObj c) = return c
65
unwrapChar :: Obj -> Monte Char unwrapChar (CharObj c) = return c
65
unwrapChar (CharObj c) = return c
33
false
true
0
7
11
30
14
16
null
null
TransformingMusicology/libaudioDB-haskell
src/Sound/Audio/Database.hs
gpl-3.0
withNewPoweredAudioDB fp datasize ntracks dim f = withNewAudioDB fp datasize ntracks dim False True f
109
withNewPoweredAudioDB fp datasize ntracks dim f = withNewAudioDB fp datasize ntracks dim False True f
109
withNewPoweredAudioDB fp datasize ntracks dim f = withNewAudioDB fp datasize ntracks dim False True f
109
false
false
0
5
22
32
15
17
null
null
Numberartificial/workflow
haskell-first-principles/haskell-programming-from-first-principles-master/src/Chapter10.hs
mit
{- 2. myAny returns True if a -> Bool applied to any of the values in the list returns True . myAny :: (a -> Bool) -> [a] -> Bool myAny = undefined Example for validating myAny : Prelude> myAny even [1, 3, 5] False Prelude> myAny odd [1, 3, 5] True -} myAny :: (a -> Bool) -> [a] -> Bool myAny f' = foldr ((||) . f') False
332
myAny :: (a -> Bool) -> [a] -> Bool myAny f' = foldr ((||) . f') False
70
myAny f' = foldr ((||) . f') False
34
true
true
0
7
79
47
26
21
null
null
brendanhay/gogol
gogol-compute/gen/Network/Google/Resource/Compute/Disks/Resize.hs
mpl-2.0
-- | Project ID for this request. drProject :: Lens' DisksResize Text drProject = lens _drProject (\ s a -> s{_drProject = a})
128
drProject :: Lens' DisksResize Text drProject = lens _drProject (\ s a -> s{_drProject = a})
94
drProject = lens _drProject (\ s a -> s{_drProject = a})
58
true
true
0
9
24
42
22
20
null
null
Zankoku-Okuno/ammonite
Language/Ammonite/Syntax/Parser.hs
gpl-3.0
_expr :: Bool -> Parser Syntax _expr inline = do (stmts, pos) <- withPosition $ applyExpr inline coreExpr `sepBy1` sepSemicolon return $ case stmts of [e] -> e _ -> (Block stmts, pos)
215
_expr :: Bool -> Parser Syntax _expr inline = do (stmts, pos) <- withPosition $ applyExpr inline coreExpr `sepBy1` sepSemicolon return $ case stmts of [e] -> e _ -> (Block stmts, pos)
215
_expr inline = do (stmts, pos) <- withPosition $ applyExpr inline coreExpr `sepBy1` sepSemicolon return $ case stmts of [e] -> e _ -> (Block stmts, pos)
184
false
true
0
12
64
84
43
41
null
null
daherb/Haskell-Muste
muste-lib/Test/Grammar.hs
artistic-2.0
hunit_getRuleCat_test = TestList [ TestLabel "NoType" ( getRuleCat (Function "f" NoType) ~?= wildCard), TestLabel "Constant" ( getRuleCat (Function "f" (Fun "A" [])) ~?= "A"), TestLabel "Constant" ( getRuleCat (Function "f" (Fun "A" ["A","B"])) ~?= "A") ]
265
hunit_getRuleCat_test = TestList [ TestLabel "NoType" ( getRuleCat (Function "f" NoType) ~?= wildCard), TestLabel "Constant" ( getRuleCat (Function "f" (Fun "A" [])) ~?= "A"), TestLabel "Constant" ( getRuleCat (Function "f" (Fun "A" ["A","B"])) ~?= "A") ]
265
hunit_getRuleCat_test = TestList [ TestLabel "NoType" ( getRuleCat (Function "f" NoType) ~?= wildCard), TestLabel "Constant" ( getRuleCat (Function "f" (Fun "A" [])) ~?= "A"), TestLabel "Constant" ( getRuleCat (Function "f" (Fun "A" ["A","B"])) ~?= "A") ]
265
false
false
1
15
45
115
56
59
null
null
forsyde/forsyde-atom
src/ForSyDe/Atom/MoC.hs
bsd-3-clause
mealy24 ns od i s1 s2 = comb34 od st s1 s2 where st = i -&>- comb31 ns st s1 s2
111
mealy24 ns od i s1 s2 = comb34 od st s1 s2 where st = i -&>- comb31 ns st s1 s2
111
mealy24 ns od i s1 s2 = comb34 od st s1 s2 where st = i -&>- comb31 ns st s1 s2
111
false
false
0
6
53
47
22
25
null
null
phischu/fragnix
tests/packages/scotty/Network.HTTP.Date.Parser.hs
bsd-3-clause
month :: Parser Int month = 1 <$ string "Jan" <|> 2 <$ string "Feb" <|> 3 <$ string "Mar" <|> 4 <$ string "Apr" <|> 5 <$ string "May" <|> 6 <$ string "Jun" <|> 7 <$ string "Jul" <|> 8 <$ string "Aug" <|> 9 <$ string "Sep" <|> 10 <$ string "Oct" <|> 11 <$ string "Nov" <|> 12 <$ string "Dec"
343
month :: Parser Int month = 1 <$ string "Jan" <|> 2 <$ string "Feb" <|> 3 <$ string "Mar" <|> 4 <$ string "Apr" <|> 5 <$ string "May" <|> 6 <$ string "Jun" <|> 7 <$ string "Jul" <|> 8 <$ string "Aug" <|> 9 <$ string "Sep" <|> 10 <$ string "Oct" <|> 11 <$ string "Nov" <|> 12 <$ string "Dec"
343
month = 1 <$ string "Jan" <|> 2 <$ string "Feb" <|> 3 <$ string "Mar" <|> 4 <$ string "Apr" <|> 5 <$ string "May" <|> 6 <$ string "Jun" <|> 7 <$ string "Jul" <|> 8 <$ string "Aug" <|> 9 <$ string "Sep" <|> 10 <$ string "Oct" <|> 11 <$ string "Nov" <|> 12 <$ string "Dec"
323
false
true
33
6
117
175
87
88
null
null
zalora/redsift
redsift.hs
gpl-3.0
defaultConfigFile :: FilePath defaultConfigFile = "./Config/redsift.config"
75
defaultConfigFile :: FilePath defaultConfigFile = "./Config/redsift.config"
75
defaultConfigFile = "./Config/redsift.config"
45
false
true
0
4
5
11
6
5
null
null
kidaa/taygeta
src/Taygeta/Parser/Utils.hs
apache-2.0
isParen :: Char -> Bool isParen '(' = True
42
isParen :: Char -> Bool isParen '(' = True
42
isParen '(' = True
18
false
true
0
5
8
18
9
9
null
null
githubkleon/ConvenientHDL
src/Language/Cynide/PrettyPrint.hs
bsd-3-clause
ppItem (InOutDeclItem x) = ppInOutDecl x
44
ppItem (InOutDeclItem x) = ppInOutDecl x
44
ppItem (InOutDeclItem x) = ppInOutDecl x
44
false
false
0
6
9
19
8
11
null
null
olsner/ghc
compiler/prelude/THNames.hs
bsd-3-clause
matchQTyConName, clauseQTyConName, expQTyConName, stmtQTyConName, decQTyConName, conQTyConName, bangTypeQTyConName, varBangTypeQTyConName, typeQTyConName, fieldExpQTyConName, patQTyConName, fieldPatQTyConName, predQTyConName, decsQTyConName, ruleBndrQTyConName, tySynEqnQTyConName, roleTyConName, derivClauseQTyConName :: Name matchQTyConName = libTc (fsLit "MatchQ") matchQTyConKey
418
matchQTyConName, clauseQTyConName, expQTyConName, stmtQTyConName, decQTyConName, conQTyConName, bangTypeQTyConName, varBangTypeQTyConName, typeQTyConName, fieldExpQTyConName, patQTyConName, fieldPatQTyConName, predQTyConName, decsQTyConName, ruleBndrQTyConName, tySynEqnQTyConName, roleTyConName, derivClauseQTyConName :: Name matchQTyConName = libTc (fsLit "MatchQ") matchQTyConKey
418
matchQTyConName = libTc (fsLit "MatchQ") matchQTyConKey
71
false
true
0
7
61
56
45
11
null
null
39aldo39/klfc
src/Lookup/Tmk.hs
gpl-3.0
posAndTmkAction ∷ [(Pos, String)] posAndTmkAction = [ (P.Tilde, "GRV") , (P.Tilde, "GRAVE") , (P.Tilde, "ZKHK") , (P.N1, "1") , (P.N2, "2") , (P.N3, "3") , (P.N4, "4") , (P.N5, "5") , (P.N6, "6") , (P.N7, "7") , (P.N8, "8") , (P.N9, "9") , (P.N0, "0") , (P.Minus, "MINS") , (P.Minus, "MINUS") , (P.Plus, "EQL") , (P.Plus, "EQUAL") , (P.Backspace, "BSPC") , (P.Backspace, "BSPACE") , (P.Tab, "TAB") , (P.Q, "Q") , (P.W, "W") , (P.E, "E") , (P.R, "R") , (P.T, "T") , (P.Y, "Y") , (P.U, "U") , (P.I, "I") , (P.O, "O") , (P.P, "P") , (P.Bracket_L, "LBRC") , (P.Bracket_L, "LBRACKET") , (P.Bracket_R, "RBRC") , (P.Bracket_R, "RBRACKET") , (P.Backslash, "BSLS") , (P.Backslash, "BSLASH") , (P.CapsLock, "CAPS") , (P.CapsLock, "CAPSLOCK") , (P.CapsLock, "CLCK") , (P.A, "A") , (P.S, "S") , (P.D, "D") , (P.F, "F") , (P.G, "G") , (P.H, "H") , (P.J, "J") , (P.K, "K") , (P.L, "L") , (P.Semicolon, "SCLN") , (P.Semicolon, "SCOLON") , (P.Apastrophe, "QUOT") , (P.Apastrophe, "QUOTE") , (P.Enter, "ENT") , (P.Enter, "ENTER") , (P.Shift_L, "LSFT") , (P.Shift_L, "LSHIFT") , (P.Iso, "NUBS") , (P.Iso, "NONUS_BSLASH") , (P.Z, "Z") , (P.X, "X") , (P.C, "C") , (P.V, "V") , (P.B, "B") , (P.N, "N") , (P.M, "M") , (P.Comma, "COMM") , (P.Comma, "COMMA") , (P.Period, "DOT") , (P.Slash, "SLSH") , (P.Slash, "SLASH") , (P.Shift_R, "RSFT") , (P.Shift_R, "RSHIFT") , (P.Control_L, "LCTL") , (P.Control_L, "LCTRL") , (P.Win_L, "LGUI") , (P.Alt_L, "LALT") , (P.Space, "SPC") , (P.Space, "SPACE") , (P.Alt_R, "RALT") , (P.Win_R, "RGUI") -- , (P.Menu, "MENU") , (P.Menu, "APP") , (P.Menu, "APPLICATION") , (P.Control_R, "RCTL") , (P.Control_R, "RCTRL") , (P.Esc, "ESC") , (P.Esc, "ESCAPE") , (P.F1, "F1") , (P.F2, "F2") , (P.F3, "F3") , (P.F4, "F4") , (P.F5, "F5") , (P.F6, "F6") , (P.F7, "F7") , (P.F8, "F8") , (P.F9, "F9") , (P.F10, "F10") , (P.F11, "F11") , (P.F12, "F12") , (P.PrintScreen, "PSCR") , (P.PrintScreen, "PSCREEN") , (P.ScrollLock, "SLCK") , (P.ScrollLock, "SCROLLLOCK") , (P.Pause, "PAUS") , (P.Pause, "PAUSE") , (P.Pause, "BRK") , (P.Insert, "INS") , (P.Insert, "INSERT") , (P.Delete, "DEL") , (P.Delete, "DELETE") , (P.Home, "HOME") , (P.End, "END") , (P.PageUp, "PGUP") , (P.PageDown, "PGDN") , (P.PageDown, "PGDOWN") , (P.Up, "UP") , (P.Left, "LEFT") , (P.Down, "DOWN") , (P.Right, "RGHT") , (P.Right, "RIGHT") , (P.NumLock, "NLCK") , (P.NumLock, "NUMLOCK") , (P.KP_Div, "PSLS") , (P.KP_Div, "KP_SLASH") , (P.KP_Mult, "PAST") , (P.KP_Mult, "KP_ASTERISK") , (P.KP_Min, "PMNS") , (P.KP_Min, "KP_MINUS") , (P.KP_7, "P7") , (P.KP_7, "KP_7") , (P.KP_8, "P8") , (P.KP_8, "KP_8") , (P.KP_9, "P9") , (P.KP_9, "KP_9") , (P.KP_Plus, "PPLS") , (P.KP_Plus, "KP_PLUS") , (P.KP_4, "P4") , (P.KP_4, "KP_4") , (P.KP_5, "P5") , (P.KP_5, "KP_5") , (P.KP_6, "P6") , (P.KP_6, "KP_6") , (P.KP_Comma, "PCMM") , (P.KP_Comma, "KP_COMMA") , (P.KP_1, "P1") , (P.KP_1, "KP_1") , (P.KP_2, "P2") , (P.KP_2, "KP_2") , (P.KP_3, "P3") , (P.KP_3, "KP_3") , (P.KP_Enter, "PENT") , (P.KP_Enter, "KP_ENTER") , (P.KP_0, "P0") , (P.KP_0, "KP_0") , (P.KP_Dec, "PDOT") , (P.KP_Dec, "KP_DOT") , (P.KP_Eq, "PEQL") , (P.KP_Eq, "KP_EQUAL") , (P.PlayPause, "MPLY") , (P.PlayPause, "MEDIA_PLAY_PAUSE") , (P.AudioPlay, "MPLY") , (P.AudioPlay, "MEDIA_PLAY_PAUSE") , (P.Previous, "MPRV") , (P.Previous, "MEDIA_PREV_TRACK") , (P.Next, "MNXT") , (P.Next, "MEDIA_NEXT_TRACK") , (P.Stop, "MSTP") , (P.Stop, "MEDIA_STOP") , (P.AudioRewind, "MRWD") , (P.AudioRewind, "MEDIA_REWIND") , (P.AudioForward, "MFFD") , (P.AudioForward, "MEDIA_FAST_FORWARD") , (P.Mute, "MUTE") , (P.Mute, "AUDIO_MUTE") , (P.VolumeDown, "VOLD") , (P.VolumeDown, "AUDIO_VOL_DOWN") , (P.VolumeUp, "VOLU") , (P.VolumeUp, "AUDIO_VOL_UP") , (P.Eject, "EJCT") , (P.Eject, "MEDIA_EJECT") , (P.Browser_Back, "WBAK") , (P.Browser_Back, "WWW_BACK") , (P.Browser_Forward, "WFWD") , (P.Browser_Forward, "WWW_FORWARD") , (P.Browser_Refresh, "WREF") , (P.Browser_Refresh, "WWW_REFRESH") , (P.Browser_Stop, "WSTP") , (P.Browser_Stop, "WWW_STOP") , (P.Browser_Search, "WSCH") , (P.Browser_Search, "WWW_SEARCH") , (P.Browser_Favorites, "WFAV") , (P.Browser_Favorites, "WWW_FAVORITES") , (P.Calculator, "CALC") , (P.Calculator, "CALCULATOR") , (P.MediaPlayer, "MSEL") , (P.Browser, "WHOM") , (P.Browser, "WWW_HOME") , (P.Mail, "MAIL") , (P.Search, "FIND") , (P.MyComputer, "MYCM") , (P.MyComputer, "MY_COMPUTER") , (P.Help, "HELP") , (P.Power, "PWR") , (P.Power, "POWER") , (P.Power, "SYSTEM_POWER") , (P.Sleep, "SLEP") , (P.Sleep, "SYSTEM_SLEEP") , (P.Wake, "WAKE") , (P.Wake, "SYSTEM_WAKE") , (P.F13, "F13") , (P.F14, "F14") , (P.F15, "F15") , (P.F16, "F16") , (P.F17, "F17") , (P.F18, "F18") , (P.F19, "F19") , (P.F20, "F20") , (P.F21, "F21") , (P.F22, "F22") , (P.F23, "F23") , (P.F24, "F24") , (P.Hash, "NUHS") , (P.Hash, "NONUS_HASH") , (P.Ro, "RO") , (P.Yen, "JYEN") , (P.Muhenkan, "MHEN") , (P.Henkan, "HENK") , (P.Katakana, "KANA") ]
5,765
posAndTmkAction ∷ [(Pos, String)] posAndTmkAction = [ (P.Tilde, "GRV") , (P.Tilde, "GRAVE") , (P.Tilde, "ZKHK") , (P.N1, "1") , (P.N2, "2") , (P.N3, "3") , (P.N4, "4") , (P.N5, "5") , (P.N6, "6") , (P.N7, "7") , (P.N8, "8") , (P.N9, "9") , (P.N0, "0") , (P.Minus, "MINS") , (P.Minus, "MINUS") , (P.Plus, "EQL") , (P.Plus, "EQUAL") , (P.Backspace, "BSPC") , (P.Backspace, "BSPACE") , (P.Tab, "TAB") , (P.Q, "Q") , (P.W, "W") , (P.E, "E") , (P.R, "R") , (P.T, "T") , (P.Y, "Y") , (P.U, "U") , (P.I, "I") , (P.O, "O") , (P.P, "P") , (P.Bracket_L, "LBRC") , (P.Bracket_L, "LBRACKET") , (P.Bracket_R, "RBRC") , (P.Bracket_R, "RBRACKET") , (P.Backslash, "BSLS") , (P.Backslash, "BSLASH") , (P.CapsLock, "CAPS") , (P.CapsLock, "CAPSLOCK") , (P.CapsLock, "CLCK") , (P.A, "A") , (P.S, "S") , (P.D, "D") , (P.F, "F") , (P.G, "G") , (P.H, "H") , (P.J, "J") , (P.K, "K") , (P.L, "L") , (P.Semicolon, "SCLN") , (P.Semicolon, "SCOLON") , (P.Apastrophe, "QUOT") , (P.Apastrophe, "QUOTE") , (P.Enter, "ENT") , (P.Enter, "ENTER") , (P.Shift_L, "LSFT") , (P.Shift_L, "LSHIFT") , (P.Iso, "NUBS") , (P.Iso, "NONUS_BSLASH") , (P.Z, "Z") , (P.X, "X") , (P.C, "C") , (P.V, "V") , (P.B, "B") , (P.N, "N") , (P.M, "M") , (P.Comma, "COMM") , (P.Comma, "COMMA") , (P.Period, "DOT") , (P.Slash, "SLSH") , (P.Slash, "SLASH") , (P.Shift_R, "RSFT") , (P.Shift_R, "RSHIFT") , (P.Control_L, "LCTL") , (P.Control_L, "LCTRL") , (P.Win_L, "LGUI") , (P.Alt_L, "LALT") , (P.Space, "SPC") , (P.Space, "SPACE") , (P.Alt_R, "RALT") , (P.Win_R, "RGUI") -- , (P.Menu, "MENU") , (P.Menu, "APP") , (P.Menu, "APPLICATION") , (P.Control_R, "RCTL") , (P.Control_R, "RCTRL") , (P.Esc, "ESC") , (P.Esc, "ESCAPE") , (P.F1, "F1") , (P.F2, "F2") , (P.F3, "F3") , (P.F4, "F4") , (P.F5, "F5") , (P.F6, "F6") , (P.F7, "F7") , (P.F8, "F8") , (P.F9, "F9") , (P.F10, "F10") , (P.F11, "F11") , (P.F12, "F12") , (P.PrintScreen, "PSCR") , (P.PrintScreen, "PSCREEN") , (P.ScrollLock, "SLCK") , (P.ScrollLock, "SCROLLLOCK") , (P.Pause, "PAUS") , (P.Pause, "PAUSE") , (P.Pause, "BRK") , (P.Insert, "INS") , (P.Insert, "INSERT") , (P.Delete, "DEL") , (P.Delete, "DELETE") , (P.Home, "HOME") , (P.End, "END") , (P.PageUp, "PGUP") , (P.PageDown, "PGDN") , (P.PageDown, "PGDOWN") , (P.Up, "UP") , (P.Left, "LEFT") , (P.Down, "DOWN") , (P.Right, "RGHT") , (P.Right, "RIGHT") , (P.NumLock, "NLCK") , (P.NumLock, "NUMLOCK") , (P.KP_Div, "PSLS") , (P.KP_Div, "KP_SLASH") , (P.KP_Mult, "PAST") , (P.KP_Mult, "KP_ASTERISK") , (P.KP_Min, "PMNS") , (P.KP_Min, "KP_MINUS") , (P.KP_7, "P7") , (P.KP_7, "KP_7") , (P.KP_8, "P8") , (P.KP_8, "KP_8") , (P.KP_9, "P9") , (P.KP_9, "KP_9") , (P.KP_Plus, "PPLS") , (P.KP_Plus, "KP_PLUS") , (P.KP_4, "P4") , (P.KP_4, "KP_4") , (P.KP_5, "P5") , (P.KP_5, "KP_5") , (P.KP_6, "P6") , (P.KP_6, "KP_6") , (P.KP_Comma, "PCMM") , (P.KP_Comma, "KP_COMMA") , (P.KP_1, "P1") , (P.KP_1, "KP_1") , (P.KP_2, "P2") , (P.KP_2, "KP_2") , (P.KP_3, "P3") , (P.KP_3, "KP_3") , (P.KP_Enter, "PENT") , (P.KP_Enter, "KP_ENTER") , (P.KP_0, "P0") , (P.KP_0, "KP_0") , (P.KP_Dec, "PDOT") , (P.KP_Dec, "KP_DOT") , (P.KP_Eq, "PEQL") , (P.KP_Eq, "KP_EQUAL") , (P.PlayPause, "MPLY") , (P.PlayPause, "MEDIA_PLAY_PAUSE") , (P.AudioPlay, "MPLY") , (P.AudioPlay, "MEDIA_PLAY_PAUSE") , (P.Previous, "MPRV") , (P.Previous, "MEDIA_PREV_TRACK") , (P.Next, "MNXT") , (P.Next, "MEDIA_NEXT_TRACK") , (P.Stop, "MSTP") , (P.Stop, "MEDIA_STOP") , (P.AudioRewind, "MRWD") , (P.AudioRewind, "MEDIA_REWIND") , (P.AudioForward, "MFFD") , (P.AudioForward, "MEDIA_FAST_FORWARD") , (P.Mute, "MUTE") , (P.Mute, "AUDIO_MUTE") , (P.VolumeDown, "VOLD") , (P.VolumeDown, "AUDIO_VOL_DOWN") , (P.VolumeUp, "VOLU") , (P.VolumeUp, "AUDIO_VOL_UP") , (P.Eject, "EJCT") , (P.Eject, "MEDIA_EJECT") , (P.Browser_Back, "WBAK") , (P.Browser_Back, "WWW_BACK") , (P.Browser_Forward, "WFWD") , (P.Browser_Forward, "WWW_FORWARD") , (P.Browser_Refresh, "WREF") , (P.Browser_Refresh, "WWW_REFRESH") , (P.Browser_Stop, "WSTP") , (P.Browser_Stop, "WWW_STOP") , (P.Browser_Search, "WSCH") , (P.Browser_Search, "WWW_SEARCH") , (P.Browser_Favorites, "WFAV") , (P.Browser_Favorites, "WWW_FAVORITES") , (P.Calculator, "CALC") , (P.Calculator, "CALCULATOR") , (P.MediaPlayer, "MSEL") , (P.Browser, "WHOM") , (P.Browser, "WWW_HOME") , (P.Mail, "MAIL") , (P.Search, "FIND") , (P.MyComputer, "MYCM") , (P.MyComputer, "MY_COMPUTER") , (P.Help, "HELP") , (P.Power, "PWR") , (P.Power, "POWER") , (P.Power, "SYSTEM_POWER") , (P.Sleep, "SLEP") , (P.Sleep, "SYSTEM_SLEEP") , (P.Wake, "WAKE") , (P.Wake, "SYSTEM_WAKE") , (P.F13, "F13") , (P.F14, "F14") , (P.F15, "F15") , (P.F16, "F16") , (P.F17, "F17") , (P.F18, "F18") , (P.F19, "F19") , (P.F20, "F20") , (P.F21, "F21") , (P.F22, "F22") , (P.F23, "F23") , (P.F24, "F24") , (P.Hash, "NUHS") , (P.Hash, "NONUS_HASH") , (P.Ro, "RO") , (P.Yen, "JYEN") , (P.Muhenkan, "MHEN") , (P.Henkan, "HENK") , (P.Katakana, "KANA") ]
5,765
posAndTmkAction = [ (P.Tilde, "GRV") , (P.Tilde, "GRAVE") , (P.Tilde, "ZKHK") , (P.N1, "1") , (P.N2, "2") , (P.N3, "3") , (P.N4, "4") , (P.N5, "5") , (P.N6, "6") , (P.N7, "7") , (P.N8, "8") , (P.N9, "9") , (P.N0, "0") , (P.Minus, "MINS") , (P.Minus, "MINUS") , (P.Plus, "EQL") , (P.Plus, "EQUAL") , (P.Backspace, "BSPC") , (P.Backspace, "BSPACE") , (P.Tab, "TAB") , (P.Q, "Q") , (P.W, "W") , (P.E, "E") , (P.R, "R") , (P.T, "T") , (P.Y, "Y") , (P.U, "U") , (P.I, "I") , (P.O, "O") , (P.P, "P") , (P.Bracket_L, "LBRC") , (P.Bracket_L, "LBRACKET") , (P.Bracket_R, "RBRC") , (P.Bracket_R, "RBRACKET") , (P.Backslash, "BSLS") , (P.Backslash, "BSLASH") , (P.CapsLock, "CAPS") , (P.CapsLock, "CAPSLOCK") , (P.CapsLock, "CLCK") , (P.A, "A") , (P.S, "S") , (P.D, "D") , (P.F, "F") , (P.G, "G") , (P.H, "H") , (P.J, "J") , (P.K, "K") , (P.L, "L") , (P.Semicolon, "SCLN") , (P.Semicolon, "SCOLON") , (P.Apastrophe, "QUOT") , (P.Apastrophe, "QUOTE") , (P.Enter, "ENT") , (P.Enter, "ENTER") , (P.Shift_L, "LSFT") , (P.Shift_L, "LSHIFT") , (P.Iso, "NUBS") , (P.Iso, "NONUS_BSLASH") , (P.Z, "Z") , (P.X, "X") , (P.C, "C") , (P.V, "V") , (P.B, "B") , (P.N, "N") , (P.M, "M") , (P.Comma, "COMM") , (P.Comma, "COMMA") , (P.Period, "DOT") , (P.Slash, "SLSH") , (P.Slash, "SLASH") , (P.Shift_R, "RSFT") , (P.Shift_R, "RSHIFT") , (P.Control_L, "LCTL") , (P.Control_L, "LCTRL") , (P.Win_L, "LGUI") , (P.Alt_L, "LALT") , (P.Space, "SPC") , (P.Space, "SPACE") , (P.Alt_R, "RALT") , (P.Win_R, "RGUI") -- , (P.Menu, "MENU") , (P.Menu, "APP") , (P.Menu, "APPLICATION") , (P.Control_R, "RCTL") , (P.Control_R, "RCTRL") , (P.Esc, "ESC") , (P.Esc, "ESCAPE") , (P.F1, "F1") , (P.F2, "F2") , (P.F3, "F3") , (P.F4, "F4") , (P.F5, "F5") , (P.F6, "F6") , (P.F7, "F7") , (P.F8, "F8") , (P.F9, "F9") , (P.F10, "F10") , (P.F11, "F11") , (P.F12, "F12") , (P.PrintScreen, "PSCR") , (P.PrintScreen, "PSCREEN") , (P.ScrollLock, "SLCK") , (P.ScrollLock, "SCROLLLOCK") , (P.Pause, "PAUS") , (P.Pause, "PAUSE") , (P.Pause, "BRK") , (P.Insert, "INS") , (P.Insert, "INSERT") , (P.Delete, "DEL") , (P.Delete, "DELETE") , (P.Home, "HOME") , (P.End, "END") , (P.PageUp, "PGUP") , (P.PageDown, "PGDN") , (P.PageDown, "PGDOWN") , (P.Up, "UP") , (P.Left, "LEFT") , (P.Down, "DOWN") , (P.Right, "RGHT") , (P.Right, "RIGHT") , (P.NumLock, "NLCK") , (P.NumLock, "NUMLOCK") , (P.KP_Div, "PSLS") , (P.KP_Div, "KP_SLASH") , (P.KP_Mult, "PAST") , (P.KP_Mult, "KP_ASTERISK") , (P.KP_Min, "PMNS") , (P.KP_Min, "KP_MINUS") , (P.KP_7, "P7") , (P.KP_7, "KP_7") , (P.KP_8, "P8") , (P.KP_8, "KP_8") , (P.KP_9, "P9") , (P.KP_9, "KP_9") , (P.KP_Plus, "PPLS") , (P.KP_Plus, "KP_PLUS") , (P.KP_4, "P4") , (P.KP_4, "KP_4") , (P.KP_5, "P5") , (P.KP_5, "KP_5") , (P.KP_6, "P6") , (P.KP_6, "KP_6") , (P.KP_Comma, "PCMM") , (P.KP_Comma, "KP_COMMA") , (P.KP_1, "P1") , (P.KP_1, "KP_1") , (P.KP_2, "P2") , (P.KP_2, "KP_2") , (P.KP_3, "P3") , (P.KP_3, "KP_3") , (P.KP_Enter, "PENT") , (P.KP_Enter, "KP_ENTER") , (P.KP_0, "P0") , (P.KP_0, "KP_0") , (P.KP_Dec, "PDOT") , (P.KP_Dec, "KP_DOT") , (P.KP_Eq, "PEQL") , (P.KP_Eq, "KP_EQUAL") , (P.PlayPause, "MPLY") , (P.PlayPause, "MEDIA_PLAY_PAUSE") , (P.AudioPlay, "MPLY") , (P.AudioPlay, "MEDIA_PLAY_PAUSE") , (P.Previous, "MPRV") , (P.Previous, "MEDIA_PREV_TRACK") , (P.Next, "MNXT") , (P.Next, "MEDIA_NEXT_TRACK") , (P.Stop, "MSTP") , (P.Stop, "MEDIA_STOP") , (P.AudioRewind, "MRWD") , (P.AudioRewind, "MEDIA_REWIND") , (P.AudioForward, "MFFD") , (P.AudioForward, "MEDIA_FAST_FORWARD") , (P.Mute, "MUTE") , (P.Mute, "AUDIO_MUTE") , (P.VolumeDown, "VOLD") , (P.VolumeDown, "AUDIO_VOL_DOWN") , (P.VolumeUp, "VOLU") , (P.VolumeUp, "AUDIO_VOL_UP") , (P.Eject, "EJCT") , (P.Eject, "MEDIA_EJECT") , (P.Browser_Back, "WBAK") , (P.Browser_Back, "WWW_BACK") , (P.Browser_Forward, "WFWD") , (P.Browser_Forward, "WWW_FORWARD") , (P.Browser_Refresh, "WREF") , (P.Browser_Refresh, "WWW_REFRESH") , (P.Browser_Stop, "WSTP") , (P.Browser_Stop, "WWW_STOP") , (P.Browser_Search, "WSCH") , (P.Browser_Search, "WWW_SEARCH") , (P.Browser_Favorites, "WFAV") , (P.Browser_Favorites, "WWW_FAVORITES") , (P.Calculator, "CALC") , (P.Calculator, "CALCULATOR") , (P.MediaPlayer, "MSEL") , (P.Browser, "WHOM") , (P.Browser, "WWW_HOME") , (P.Mail, "MAIL") , (P.Search, "FIND") , (P.MyComputer, "MYCM") , (P.MyComputer, "MY_COMPUTER") , (P.Help, "HELP") , (P.Power, "PWR") , (P.Power, "POWER") , (P.Power, "SYSTEM_POWER") , (P.Sleep, "SLEP") , (P.Sleep, "SYSTEM_SLEEP") , (P.Wake, "WAKE") , (P.Wake, "SYSTEM_WAKE") , (P.F13, "F13") , (P.F14, "F14") , (P.F15, "F15") , (P.F16, "F16") , (P.F17, "F17") , (P.F18, "F18") , (P.F19, "F19") , (P.F20, "F20") , (P.F21, "F21") , (P.F22, "F22") , (P.F23, "F23") , (P.F24, "F24") , (P.Hash, "NUHS") , (P.Hash, "NONUS_HASH") , (P.Ro, "RO") , (P.Yen, "JYEN") , (P.Muhenkan, "MHEN") , (P.Henkan, "HENK") , (P.Katakana, "KANA") ]
5,731
false
true
0
7
1,618
2,518
1,602
916
null
null
Hodapp87/ivory
ivory-backend-c/src/Ivory/Compile/C/Gen.hs
bsd-3-clause
exp2 :: [C.Exp] -> C.Exp exp2 = flip (!!) 2
43
exp2 :: [C.Exp] -> C.Exp exp2 = flip (!!) 2
43
exp2 = flip (!!) 2
18
false
true
0
8
9
35
17
18
null
null
tanakh/MonadPoint
src/MonadPoint/Presentation.hs
bsd-3-clause
pageConcat :: [Component] -> Component pageConcat ps = head ret where totl = length ps qs = map (\(p, i) -> seq p $ scl 0.9 $ sclrd 0.05 0.05 $ TextComponent False AlignLeft $ show i ++ "/"++ show totl) $ zip ps [1..] ret = [ prp (nxp p (ix+1)) (ix-1) | (p, ix) <- zip qs [0..]] nxp p ix | ix<length ret = seq p $ next $ ret !! ix | otherwise = p prp p ix | ix>=0 = seq p $ prev $ ret !! ix | otherwise = p scl d m = Component $ Scaled d d m sclrd w h m = holz (1-h) () $ vert (1-w) () m
658
pageConcat :: [Component] -> Component pageConcat ps = head ret where totl = length ps qs = map (\(p, i) -> seq p $ scl 0.9 $ sclrd 0.05 0.05 $ TextComponent False AlignLeft $ show i ++ "/"++ show totl) $ zip ps [1..] ret = [ prp (nxp p (ix+1)) (ix-1) | (p, ix) <- zip qs [0..]] nxp p ix | ix<length ret = seq p $ next $ ret !! ix | otherwise = p prp p ix | ix>=0 = seq p $ prev $ ret !! ix | otherwise = p scl d m = Component $ Scaled d d m sclrd w h m = holz (1-h) () $ vert (1-w) () m
657
pageConcat ps = head ret where totl = length ps qs = map (\(p, i) -> seq p $ scl 0.9 $ sclrd 0.05 0.05 $ TextComponent False AlignLeft $ show i ++ "/"++ show totl) $ zip ps [1..] ret = [ prp (nxp p (ix+1)) (ix-1) | (p, ix) <- zip qs [0..]] nxp p ix | ix<length ret = seq p $ next $ ret !! ix | otherwise = p prp p ix | ix>=0 = seq p $ prev $ ret !! ix | otherwise = p scl d m = Component $ Scaled d d m sclrd w h m = holz (1-h) () $ vert (1-w) () m
618
false
true
15
14
290
376
165
211
null
null
nikita-volkov/laika
library/Laika/Parsing/XMLTree.hs
mit
lazyText :: C.Text -> Either Text [Node] lazyText = first interpretError . D.eitherResult . D.parse (B.nodes <* A.endOfInput) where interpretError x = fromString (showString "XML parsing error: " x)
212
lazyText :: C.Text -> Either Text [Node] lazyText = first interpretError . D.eitherResult . D.parse (B.nodes <* A.endOfInput) where interpretError x = fromString (showString "XML parsing error: " x)
212
lazyText = first interpretError . D.eitherResult . D.parse (B.nodes <* A.endOfInput) where interpretError x = fromString (showString "XML parsing error: " x)
171
false
true
0
9
42
76
37
39
null
null
sergv/vector
Data/Vector/Generic.hs
bsd-3-clause
unstablePartition f = unstablePartition_stream f . stream
57
unstablePartition f = unstablePartition_stream f . stream
57
unstablePartition f = unstablePartition_stream f . stream
57
false
false
1
6
6
20
7
13
null
null
prowdsponsor/esqueleto
src/Database/Esqueleto/Internal/Sql.hs
bsd-3-clause
initialIdentState :: IdentState initialIdentState = IdentState mempty
69
initialIdentState :: IdentState initialIdentState = IdentState mempty
69
initialIdentState = IdentState mempty
37
false
true
0
5
6
14
7
7
null
null
pdbartlett/misc-stuff
unfuddle/PdbMisc/Haskell/HelloHaskell/par.hs
apache-2.0
fac n = n * fac (n - 1)
23
fac n = n * fac (n - 1)
23
fac n = n * fac (n - 1)
23
false
false
0
8
8
23
11
12
null
null
pernas/Primes
Primes.hs
unlicense
-------------------------------------------------------------------------------- -- the longer is the randomList, the higher is the accuracy of the test isPrime :: (RandomGen g, Integral a, Random a) => g -> a -> Bool isPrime seed can = isPrimePure can $ randomList seed (2,can-2) 20
283
isPrime :: (RandomGen g, Integral a, Random a) => g -> a -> Bool isPrime seed can = isPrimePure can $ randomList seed (2,can-2) 20
130
isPrime seed can = isPrimePure can $ randomList seed (2,can-2) 20
65
true
true
2
9
39
77
38
39
null
null
ckaestne/CIDE
other/CaseStudies/fgl/CIDEfgl/Data/Graph/Inductive/Monad.hs
gpl-3.0
mkUGraphM :: (GraphM m gr) => [Node] -> [Edge] -> m (gr () ()); mkUGraphM vs es = mkGraphM (labUNodes vs) (labUEdges es)
122
mkUGraphM :: (GraphM m gr) => [Node] -> [Edge] -> m (gr () ()) mkUGraphM vs es = mkGraphM (labUNodes vs) (labUEdges es)
119
mkUGraphM vs es = mkGraphM (labUNodes vs) (labUEdges es)
56
false
true
1
11
24
81
39
42
null
null
codeq/language-go
src/Language/Go/LexerUtils.hs
mit
keywords :: Map.Map String (SrcSpan -> Token) keywords = Map.fromList keywordNames
82
keywords :: Map.Map String (SrcSpan -> Token) keywords = Map.fromList keywordNames
82
keywords = Map.fromList keywordNames
36
false
true
0
7
10
30
15
15
null
null
DanielWaterworth/Idris-dev
src/Idris/WhoCalls.hs
bsd-3-clause
occursDef n (CaseOp _ ty _ _ _ defs) = occurs n ty || occursSC n (snd (cases_compiletime defs))
95
occursDef n (CaseOp _ ty _ _ _ defs) = occurs n ty || occursSC n (snd (cases_compiletime defs))
95
occursDef n (CaseOp _ ty _ _ _ defs) = occurs n ty || occursSC n (snd (cases_compiletime defs))
95
false
false
0
10
18
55
25
30
null
null
Peaker/lamdu
src/Lamdu/Builtins/Anchors.hs
gpl-3.0
genericVarTag :: Tag genericVarTag = -- This random UUID was generated in the stdlib prior to being a "builtin" "\xa3\x86\xd9\x80\xd9os$Q\xf7\xb7\xb7\xeb\xab\x44\x1c"
174
genericVarTag :: Tag genericVarTag = -- This random UUID was generated in the stdlib prior to being a "builtin" "\xa3\x86\xd9\x80\xd9os$Q\xf7\xb7\xb7\xeb\xab\x44\x1c"
174
genericVarTag = -- This random UUID was generated in the stdlib prior to being a "builtin" "\xa3\x86\xd9\x80\xd9os$Q\xf7\xb7\xb7\xeb\xab\x44\x1c"
153
false
true
0
6
27
19
8
11
null
null
ezyang/ghc
compiler/coreSyn/CoreSyn.hs
bsd-3-clause
cmpAltCon (LitAlt _) DEFAULT = GT
40
cmpAltCon (LitAlt _) DEFAULT = GT
40
cmpAltCon (LitAlt _) DEFAULT = GT
40
false
false
0
7
12
17
8
9
null
null
arianvp/binary-serialise-cbor
Data/Binary/Serialise/CBOR/FlatTerm.hs
bsd-3-clause
fromFlatTerm :: Decoder a -- ^ A @'Dec.Decoder'@ for a serialized value. -> FlatTerm -- ^ The serialized @'FlatTerm'@. -> Either String a -- ^ The deserialized value, or an error. fromFlatTerm decoder ft = go (getDecodeAction decoder) ft where go (ConsumeWord k) (TkInt n : ts) | n >= 0 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord k) (TkInteger n : ts) | n >= 0 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord8 k) (TkInt n : ts) | n >= 0 && n <= maxWord8 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord8 k) (TkInteger n : ts) | n >= 0 && n <= maxWord8 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord16 k) (TkInt n : ts) | n >= 0 && n <= maxWord16 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord16 k) (TkInteger n : ts) | n >= 0 && n <= maxWord16 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord32 k) (TkInt n : ts) | n >= 0 && n <= maxWord32 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord32 k) (TkInteger n : ts) | n >= 0 && n <= maxWord32 = go (k (unW# (fromIntegral n))) ts go (ConsumeNegWord k) (TkInt n : ts) | n < 0 = go (k (unW# (fromIntegral (-1-n)))) ts go (ConsumeNegWord k) (TkInteger n : ts) | n < 0 = go (k (unW# (fromIntegral (-1-n)))) ts go (ConsumeInt k) (TkInt n : ts) = go (k (unI# n)) ts go (ConsumeInt k) (TkInteger n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeInt8 k) (TkInt n : ts) | n >= minInt8 && n <= maxInt8 = go (k (unI# n)) ts go (ConsumeInt8 k) (TkInteger n : ts) | n >= minInt8 && n <= maxInt8 = go (k (unI# (fromIntegral n))) ts go (ConsumeInt16 k) (TkInt n : ts) | n >= minInt16 && n <= maxInt16 = go (k (unI# n)) ts go (ConsumeInt16 k) (TkInteger n : ts) | n >= minInt16 && n <= maxInt16 = go (k (unI# (fromIntegral n))) ts go (ConsumeInt32 k) (TkInt n : ts) | n >= minInt32 && n <= maxInt32 = go (k (unI# n)) ts go (ConsumeInt32 k) (TkInteger n : ts) | n >= minInt32 && n <= maxInt32 = go (k (unI# (fromIntegral n))) ts go (ConsumeInteger k) (TkInt n : ts) = go (k (fromIntegral n)) ts go (ConsumeInteger k) (TkInteger n : ts) = go (k n) ts go (ConsumeListLen k) (TkListLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeMapLen k) (TkMapLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeTag k) (TkTag n : ts) | n <= maxWord = go (k (unW# (fromIntegral n))) ts #if defined(ARCH_32bit) -- 64bit variants for 32bit machines go (ConsumeWord64 k) (TkInt n : ts) | n >= 0 = go (k (unW64# (fromIntegral n))) ts go (ConsumeWord64 k) (TkInteger n : ts) | n >= 0 = go (k (unW64# (fromIntegral n))) ts go (ConsumeNegWord64 k) (TkInt n : ts) | n < 0 = go (k (unW64# (fromIntegral (-1-n)))) ts go (ConsumeNegWord64 k) (TkInteger n : ts) | n < 0 = go (k (unW64# (fromIntegral (-1-n)))) ts go (ConsumeInt64 k) (TkInt n : ts) = go (k (unI64# (fromIntegral n))) ts go (ConsumeInt64 k) (TkInteger n : ts) = go (k (unI64# (fromIntegral n))) ts go (ConsumeTag64 k) (TkTag n : ts) = go (k (unW64# n)) ts -- TODO FIXME (aseipp/dcoutts): are these going to be utilized? -- see fallthrough case below if/when fixed. go (ConsumeListLen64 _) ts = unexpected "decodeListLen64" ts go (ConsumeMapLen64 _) ts = unexpected "decodeMapLen64" ts #endif go (ConsumeFloat k) (TkFloat16 f : ts) = go (k (unF# f)) ts go (ConsumeFloat k) (TkFloat32 f : ts) = go (k (unF# f)) ts go (ConsumeDouble k) (TkFloat16 f : ts) = go (k (unD# (float2Double f))) ts go (ConsumeDouble k) (TkFloat32 f : ts) = go (k (unD# (float2Double f))) ts go (ConsumeDouble k) (TkFloat64 f : ts) = go (k (unD# f)) ts go (ConsumeBytes k) (TkBytes bs : ts) = go (k bs) ts go (ConsumeString k) (TkString st : ts) = go (k st) ts go (ConsumeBool k) (TkBool b : ts) = go (k b) ts go (ConsumeSimple k) (TkSimple n : ts) = go (k (unW8# n)) ts go (ConsumeBytesIndef da) (TkBytesBegin : ts) = go da ts go (ConsumeStringIndef da) (TkStringBegin : ts) = go da ts go (ConsumeListLenIndef da) (TkListBegin : ts) = go da ts go (ConsumeMapLenIndef da) (TkMapBegin : ts) = go da ts go (ConsumeNull da) (TkNull : ts) = go da ts go (ConsumeListLenOrIndef k) (TkListLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeListLenOrIndef k) (TkListBegin : ts) = go (k (-1#)) ts go (ConsumeMapLenOrIndef k) (TkMapLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeMapLenOrIndef k) (TkMapBegin : ts) = go (k (-1#)) ts go (ConsumeBreakOr k) (TkBreak : ts) = go (k True) ts go (ConsumeBreakOr k) ts@(_ : _ ) = go (k False) ts go (PeekTokenType k) ts@(tk:_) = go (k (tokenTypeOf tk)) ts go (PeekTokenType _) ts = unexpected "peekTokenType" ts go (Fail msg) _ = Left msg go (Done x) [] = Right x go (Done _) ts = Left ("trailing tokens: " ++ show (take 5 ts)) ---------------------------------------------------------------------------- -- Fallthrough cases: unhandled token/DecodeAction combinations go (ConsumeWord _) ts = unexpected "decodeWord" ts go (ConsumeWord8 _) ts = unexpected "decodeWord8" ts go (ConsumeWord16 _) ts = unexpected "decodeWord16" ts go (ConsumeWord32 _) ts = unexpected "decodeWord32" ts go (ConsumeNegWord _) ts = unexpected "decodeNegWord" ts go (ConsumeInt _) ts = unexpected "decodeInt" ts go (ConsumeInt8 _) ts = unexpected "decodeInt8" ts go (ConsumeInt16 _) ts = unexpected "decodeInt16" ts go (ConsumeInt32 _) ts = unexpected "decodeInt32" ts go (ConsumeInteger _) ts = unexpected "decodeInteger" ts go (ConsumeListLen _) ts = unexpected "decodeListLen" ts go (ConsumeMapLen _) ts = unexpected "decodeMapLen" ts go (ConsumeTag _) ts = unexpected "decodeTag" ts go (ConsumeFloat _) ts = unexpected "decodeFloat" ts go (ConsumeDouble _) ts = unexpected "decodeDouble" ts go (ConsumeBytes _) ts = unexpected "decodeBytes" ts go (ConsumeString _) ts = unexpected "decodeString" ts go (ConsumeBool _) ts = unexpected "decodeBool" ts go (ConsumeSimple _) ts = unexpected "decodeSimple" ts #if defined(ARCH_32bit) -- 64bit variants for 32bit machines go (ConsumeWord64 _) ts = unexpected "decodeWord64" ts go (ConsumeNegWord64 _) ts = unexpected "decodeNegWord64" ts go (ConsumeInt64 _) ts = unexpected "decodeInt64" ts go (ConsumeTag64 _) ts = unexpected "decodeTag64" ts --go (ConsumeListLen64 _) ts = unexpected "decodeListLen64" ts --go (ConsumeMapLen64 _) ts = unexpected "decodeMapLen64" ts #endif go (ConsumeBytesIndef _) ts = unexpected "decodeBytesIndef" ts go (ConsumeStringIndef _) ts = unexpected "decodeStringIndef" ts go (ConsumeListLenIndef _) ts = unexpected "decodeListLenIndef" ts go (ConsumeMapLenIndef _) ts = unexpected "decodeMapLenIndef" ts go (ConsumeNull _) ts = unexpected "decodeNull" ts go (ConsumeListLenOrIndef _) ts = unexpected "decodeListLenOrIndef" ts go (ConsumeMapLenOrIndef _) ts = unexpected "decodeMapLenOrIndef" ts go (ConsumeBreakOr _) ts = unexpected "decodeBreakOr" ts unexpected name [] = Left $ name ++ ": unexpected end of input" unexpected name (tok:_) = Left $ name ++ ": unexpected token " ++ show tok
8,377
fromFlatTerm :: Decoder a -- ^ A @'Dec.Decoder'@ for a serialized value. -> FlatTerm -- ^ The serialized @'FlatTerm'@. -> Either String a fromFlatTerm decoder ft = go (getDecodeAction decoder) ft where go (ConsumeWord k) (TkInt n : ts) | n >= 0 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord k) (TkInteger n : ts) | n >= 0 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord8 k) (TkInt n : ts) | n >= 0 && n <= maxWord8 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord8 k) (TkInteger n : ts) | n >= 0 && n <= maxWord8 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord16 k) (TkInt n : ts) | n >= 0 && n <= maxWord16 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord16 k) (TkInteger n : ts) | n >= 0 && n <= maxWord16 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord32 k) (TkInt n : ts) | n >= 0 && n <= maxWord32 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord32 k) (TkInteger n : ts) | n >= 0 && n <= maxWord32 = go (k (unW# (fromIntegral n))) ts go (ConsumeNegWord k) (TkInt n : ts) | n < 0 = go (k (unW# (fromIntegral (-1-n)))) ts go (ConsumeNegWord k) (TkInteger n : ts) | n < 0 = go (k (unW# (fromIntegral (-1-n)))) ts go (ConsumeInt k) (TkInt n : ts) = go (k (unI# n)) ts go (ConsumeInt k) (TkInteger n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeInt8 k) (TkInt n : ts) | n >= minInt8 && n <= maxInt8 = go (k (unI# n)) ts go (ConsumeInt8 k) (TkInteger n : ts) | n >= minInt8 && n <= maxInt8 = go (k (unI# (fromIntegral n))) ts go (ConsumeInt16 k) (TkInt n : ts) | n >= minInt16 && n <= maxInt16 = go (k (unI# n)) ts go (ConsumeInt16 k) (TkInteger n : ts) | n >= minInt16 && n <= maxInt16 = go (k (unI# (fromIntegral n))) ts go (ConsumeInt32 k) (TkInt n : ts) | n >= minInt32 && n <= maxInt32 = go (k (unI# n)) ts go (ConsumeInt32 k) (TkInteger n : ts) | n >= minInt32 && n <= maxInt32 = go (k (unI# (fromIntegral n))) ts go (ConsumeInteger k) (TkInt n : ts) = go (k (fromIntegral n)) ts go (ConsumeInteger k) (TkInteger n : ts) = go (k n) ts go (ConsumeListLen k) (TkListLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeMapLen k) (TkMapLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeTag k) (TkTag n : ts) | n <= maxWord = go (k (unW# (fromIntegral n))) ts #if defined(ARCH_32bit) -- 64bit variants for 32bit machines go (ConsumeWord64 k) (TkInt n : ts) | n >= 0 = go (k (unW64# (fromIntegral n))) ts go (ConsumeWord64 k) (TkInteger n : ts) | n >= 0 = go (k (unW64# (fromIntegral n))) ts go (ConsumeNegWord64 k) (TkInt n : ts) | n < 0 = go (k (unW64# (fromIntegral (-1-n)))) ts go (ConsumeNegWord64 k) (TkInteger n : ts) | n < 0 = go (k (unW64# (fromIntegral (-1-n)))) ts go (ConsumeInt64 k) (TkInt n : ts) = go (k (unI64# (fromIntegral n))) ts go (ConsumeInt64 k) (TkInteger n : ts) = go (k (unI64# (fromIntegral n))) ts go (ConsumeTag64 k) (TkTag n : ts) = go (k (unW64# n)) ts -- TODO FIXME (aseipp/dcoutts): are these going to be utilized? -- see fallthrough case below if/when fixed. go (ConsumeListLen64 _) ts = unexpected "decodeListLen64" ts go (ConsumeMapLen64 _) ts = unexpected "decodeMapLen64" ts #endif go (ConsumeFloat k) (TkFloat16 f : ts) = go (k (unF# f)) ts go (ConsumeFloat k) (TkFloat32 f : ts) = go (k (unF# f)) ts go (ConsumeDouble k) (TkFloat16 f : ts) = go (k (unD# (float2Double f))) ts go (ConsumeDouble k) (TkFloat32 f : ts) = go (k (unD# (float2Double f))) ts go (ConsumeDouble k) (TkFloat64 f : ts) = go (k (unD# f)) ts go (ConsumeBytes k) (TkBytes bs : ts) = go (k bs) ts go (ConsumeString k) (TkString st : ts) = go (k st) ts go (ConsumeBool k) (TkBool b : ts) = go (k b) ts go (ConsumeSimple k) (TkSimple n : ts) = go (k (unW8# n)) ts go (ConsumeBytesIndef da) (TkBytesBegin : ts) = go da ts go (ConsumeStringIndef da) (TkStringBegin : ts) = go da ts go (ConsumeListLenIndef da) (TkListBegin : ts) = go da ts go (ConsumeMapLenIndef da) (TkMapBegin : ts) = go da ts go (ConsumeNull da) (TkNull : ts) = go da ts go (ConsumeListLenOrIndef k) (TkListLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeListLenOrIndef k) (TkListBegin : ts) = go (k (-1#)) ts go (ConsumeMapLenOrIndef k) (TkMapLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeMapLenOrIndef k) (TkMapBegin : ts) = go (k (-1#)) ts go (ConsumeBreakOr k) (TkBreak : ts) = go (k True) ts go (ConsumeBreakOr k) ts@(_ : _ ) = go (k False) ts go (PeekTokenType k) ts@(tk:_) = go (k (tokenTypeOf tk)) ts go (PeekTokenType _) ts = unexpected "peekTokenType" ts go (Fail msg) _ = Left msg go (Done x) [] = Right x go (Done _) ts = Left ("trailing tokens: " ++ show (take 5 ts)) ---------------------------------------------------------------------------- -- Fallthrough cases: unhandled token/DecodeAction combinations go (ConsumeWord _) ts = unexpected "decodeWord" ts go (ConsumeWord8 _) ts = unexpected "decodeWord8" ts go (ConsumeWord16 _) ts = unexpected "decodeWord16" ts go (ConsumeWord32 _) ts = unexpected "decodeWord32" ts go (ConsumeNegWord _) ts = unexpected "decodeNegWord" ts go (ConsumeInt _) ts = unexpected "decodeInt" ts go (ConsumeInt8 _) ts = unexpected "decodeInt8" ts go (ConsumeInt16 _) ts = unexpected "decodeInt16" ts go (ConsumeInt32 _) ts = unexpected "decodeInt32" ts go (ConsumeInteger _) ts = unexpected "decodeInteger" ts go (ConsumeListLen _) ts = unexpected "decodeListLen" ts go (ConsumeMapLen _) ts = unexpected "decodeMapLen" ts go (ConsumeTag _) ts = unexpected "decodeTag" ts go (ConsumeFloat _) ts = unexpected "decodeFloat" ts go (ConsumeDouble _) ts = unexpected "decodeDouble" ts go (ConsumeBytes _) ts = unexpected "decodeBytes" ts go (ConsumeString _) ts = unexpected "decodeString" ts go (ConsumeBool _) ts = unexpected "decodeBool" ts go (ConsumeSimple _) ts = unexpected "decodeSimple" ts #if defined(ARCH_32bit) -- 64bit variants for 32bit machines go (ConsumeWord64 _) ts = unexpected "decodeWord64" ts go (ConsumeNegWord64 _) ts = unexpected "decodeNegWord64" ts go (ConsumeInt64 _) ts = unexpected "decodeInt64" ts go (ConsumeTag64 _) ts = unexpected "decodeTag64" ts --go (ConsumeListLen64 _) ts = unexpected "decodeListLen64" ts --go (ConsumeMapLen64 _) ts = unexpected "decodeMapLen64" ts #endif go (ConsumeBytesIndef _) ts = unexpected "decodeBytesIndef" ts go (ConsumeStringIndef _) ts = unexpected "decodeStringIndef" ts go (ConsumeListLenIndef _) ts = unexpected "decodeListLenIndef" ts go (ConsumeMapLenIndef _) ts = unexpected "decodeMapLenIndef" ts go (ConsumeNull _) ts = unexpected "decodeNull" ts go (ConsumeListLenOrIndef _) ts = unexpected "decodeListLenOrIndef" ts go (ConsumeMapLenOrIndef _) ts = unexpected "decodeMapLenOrIndef" ts go (ConsumeBreakOr _) ts = unexpected "decodeBreakOr" ts unexpected name [] = Left $ name ++ ": unexpected end of input" unexpected name (tok:_) = Left $ name ++ ": unexpected token " ++ show tok
8,335
fromFlatTerm decoder ft = go (getDecodeAction decoder) ft where go (ConsumeWord k) (TkInt n : ts) | n >= 0 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord k) (TkInteger n : ts) | n >= 0 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord8 k) (TkInt n : ts) | n >= 0 && n <= maxWord8 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord8 k) (TkInteger n : ts) | n >= 0 && n <= maxWord8 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord16 k) (TkInt n : ts) | n >= 0 && n <= maxWord16 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord16 k) (TkInteger n : ts) | n >= 0 && n <= maxWord16 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord32 k) (TkInt n : ts) | n >= 0 && n <= maxWord32 = go (k (unW# (fromIntegral n))) ts go (ConsumeWord32 k) (TkInteger n : ts) | n >= 0 && n <= maxWord32 = go (k (unW# (fromIntegral n))) ts go (ConsumeNegWord k) (TkInt n : ts) | n < 0 = go (k (unW# (fromIntegral (-1-n)))) ts go (ConsumeNegWord k) (TkInteger n : ts) | n < 0 = go (k (unW# (fromIntegral (-1-n)))) ts go (ConsumeInt k) (TkInt n : ts) = go (k (unI# n)) ts go (ConsumeInt k) (TkInteger n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeInt8 k) (TkInt n : ts) | n >= minInt8 && n <= maxInt8 = go (k (unI# n)) ts go (ConsumeInt8 k) (TkInteger n : ts) | n >= minInt8 && n <= maxInt8 = go (k (unI# (fromIntegral n))) ts go (ConsumeInt16 k) (TkInt n : ts) | n >= minInt16 && n <= maxInt16 = go (k (unI# n)) ts go (ConsumeInt16 k) (TkInteger n : ts) | n >= minInt16 && n <= maxInt16 = go (k (unI# (fromIntegral n))) ts go (ConsumeInt32 k) (TkInt n : ts) | n >= minInt32 && n <= maxInt32 = go (k (unI# n)) ts go (ConsumeInt32 k) (TkInteger n : ts) | n >= minInt32 && n <= maxInt32 = go (k (unI# (fromIntegral n))) ts go (ConsumeInteger k) (TkInt n : ts) = go (k (fromIntegral n)) ts go (ConsumeInteger k) (TkInteger n : ts) = go (k n) ts go (ConsumeListLen k) (TkListLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeMapLen k) (TkMapLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeTag k) (TkTag n : ts) | n <= maxWord = go (k (unW# (fromIntegral n))) ts #if defined(ARCH_32bit) -- 64bit variants for 32bit machines go (ConsumeWord64 k) (TkInt n : ts) | n >= 0 = go (k (unW64# (fromIntegral n))) ts go (ConsumeWord64 k) (TkInteger n : ts) | n >= 0 = go (k (unW64# (fromIntegral n))) ts go (ConsumeNegWord64 k) (TkInt n : ts) | n < 0 = go (k (unW64# (fromIntegral (-1-n)))) ts go (ConsumeNegWord64 k) (TkInteger n : ts) | n < 0 = go (k (unW64# (fromIntegral (-1-n)))) ts go (ConsumeInt64 k) (TkInt n : ts) = go (k (unI64# (fromIntegral n))) ts go (ConsumeInt64 k) (TkInteger n : ts) = go (k (unI64# (fromIntegral n))) ts go (ConsumeTag64 k) (TkTag n : ts) = go (k (unW64# n)) ts -- TODO FIXME (aseipp/dcoutts): are these going to be utilized? -- see fallthrough case below if/when fixed. go (ConsumeListLen64 _) ts = unexpected "decodeListLen64" ts go (ConsumeMapLen64 _) ts = unexpected "decodeMapLen64" ts #endif go (ConsumeFloat k) (TkFloat16 f : ts) = go (k (unF# f)) ts go (ConsumeFloat k) (TkFloat32 f : ts) = go (k (unF# f)) ts go (ConsumeDouble k) (TkFloat16 f : ts) = go (k (unD# (float2Double f))) ts go (ConsumeDouble k) (TkFloat32 f : ts) = go (k (unD# (float2Double f))) ts go (ConsumeDouble k) (TkFloat64 f : ts) = go (k (unD# f)) ts go (ConsumeBytes k) (TkBytes bs : ts) = go (k bs) ts go (ConsumeString k) (TkString st : ts) = go (k st) ts go (ConsumeBool k) (TkBool b : ts) = go (k b) ts go (ConsumeSimple k) (TkSimple n : ts) = go (k (unW8# n)) ts go (ConsumeBytesIndef da) (TkBytesBegin : ts) = go da ts go (ConsumeStringIndef da) (TkStringBegin : ts) = go da ts go (ConsumeListLenIndef da) (TkListBegin : ts) = go da ts go (ConsumeMapLenIndef da) (TkMapBegin : ts) = go da ts go (ConsumeNull da) (TkNull : ts) = go da ts go (ConsumeListLenOrIndef k) (TkListLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeListLenOrIndef k) (TkListBegin : ts) = go (k (-1#)) ts go (ConsumeMapLenOrIndef k) (TkMapLen n : ts) | n <= maxInt = go (k (unI# (fromIntegral n))) ts go (ConsumeMapLenOrIndef k) (TkMapBegin : ts) = go (k (-1#)) ts go (ConsumeBreakOr k) (TkBreak : ts) = go (k True) ts go (ConsumeBreakOr k) ts@(_ : _ ) = go (k False) ts go (PeekTokenType k) ts@(tk:_) = go (k (tokenTypeOf tk)) ts go (PeekTokenType _) ts = unexpected "peekTokenType" ts go (Fail msg) _ = Left msg go (Done x) [] = Right x go (Done _) ts = Left ("trailing tokens: " ++ show (take 5 ts)) ---------------------------------------------------------------------------- -- Fallthrough cases: unhandled token/DecodeAction combinations go (ConsumeWord _) ts = unexpected "decodeWord" ts go (ConsumeWord8 _) ts = unexpected "decodeWord8" ts go (ConsumeWord16 _) ts = unexpected "decodeWord16" ts go (ConsumeWord32 _) ts = unexpected "decodeWord32" ts go (ConsumeNegWord _) ts = unexpected "decodeNegWord" ts go (ConsumeInt _) ts = unexpected "decodeInt" ts go (ConsumeInt8 _) ts = unexpected "decodeInt8" ts go (ConsumeInt16 _) ts = unexpected "decodeInt16" ts go (ConsumeInt32 _) ts = unexpected "decodeInt32" ts go (ConsumeInteger _) ts = unexpected "decodeInteger" ts go (ConsumeListLen _) ts = unexpected "decodeListLen" ts go (ConsumeMapLen _) ts = unexpected "decodeMapLen" ts go (ConsumeTag _) ts = unexpected "decodeTag" ts go (ConsumeFloat _) ts = unexpected "decodeFloat" ts go (ConsumeDouble _) ts = unexpected "decodeDouble" ts go (ConsumeBytes _) ts = unexpected "decodeBytes" ts go (ConsumeString _) ts = unexpected "decodeString" ts go (ConsumeBool _) ts = unexpected "decodeBool" ts go (ConsumeSimple _) ts = unexpected "decodeSimple" ts #if defined(ARCH_32bit) -- 64bit variants for 32bit machines go (ConsumeWord64 _) ts = unexpected "decodeWord64" ts go (ConsumeNegWord64 _) ts = unexpected "decodeNegWord64" ts go (ConsumeInt64 _) ts = unexpected "decodeInt64" ts go (ConsumeTag64 _) ts = unexpected "decodeTag64" ts --go (ConsumeListLen64 _) ts = unexpected "decodeListLen64" ts --go (ConsumeMapLen64 _) ts = unexpected "decodeMapLen64" ts #endif go (ConsumeBytesIndef _) ts = unexpected "decodeBytesIndef" ts go (ConsumeStringIndef _) ts = unexpected "decodeStringIndef" ts go (ConsumeListLenIndef _) ts = unexpected "decodeListLenIndef" ts go (ConsumeMapLenIndef _) ts = unexpected "decodeMapLenIndef" ts go (ConsumeNull _) ts = unexpected "decodeNull" ts go (ConsumeListLenOrIndef _) ts = unexpected "decodeListLenOrIndef" ts go (ConsumeMapLenOrIndef _) ts = unexpected "decodeMapLenOrIndef" ts go (ConsumeBreakOr _) ts = unexpected "decodeBreakOr" ts unexpected name [] = Left $ name ++ ": unexpected end of input" unexpected name (tok:_) = Left $ name ++ ": unexpected token " ++ show tok
8,158
true
true
0
15
2,755
3,529
1,709
1,820
null
null
zeyuanxy/haskell-playground
write-yourself-a-scheme/chap7/main.hs
mit
unpackEquals :: LispVal -> LispVal -> Unpacker -> ThrowsError Bool unpackEquals arg1 arg2 (AnyUnpacker unpacker) = do unpacked1 <- unpacker arg1 unpacked2 <- unpacker arg2 return $ unpacked1 == unpacked2 `catchError` (const $ return False)
247
unpackEquals :: LispVal -> LispVal -> Unpacker -> ThrowsError Bool unpackEquals arg1 arg2 (AnyUnpacker unpacker) = do unpacked1 <- unpacker arg1 unpacked2 <- unpacker arg2 return $ unpacked1 == unpacked2 `catchError` (const $ return False)
247
unpackEquals arg1 arg2 (AnyUnpacker unpacker) = do unpacked1 <- unpacker arg1 unpacked2 <- unpacker arg2 return $ unpacked1 == unpacked2 `catchError` (const $ return False)
180
false
true
0
9
42
90
42
48
null
null
xmonad/xmonad-contrib
XMonad/Config/Dmwit.hs
bsd-3-clause
xmobarCommand (S s) = unwords ["xmobar", "-x", show s, "-t", template s, "-C", pipeReader ] where template 0 = "}%focus%{%workspaces%" template _ = "%date%}%focus%{%workspaces%" pipeReader = "'[\ \Run PipeReader \"" ++ pipeName "focus" s ++ "\" \"focus\",\ \Run PipeReader \"" ++ pipeName "workspaces" s ++ "\" \"workspaces\"\ \]'"
392
xmobarCommand (S s) = unwords ["xmobar", "-x", show s, "-t", template s, "-C", pipeReader ] where template 0 = "}%focus%{%workspaces%" template _ = "%date%}%focus%{%workspaces%" pipeReader = "'[\ \Run PipeReader \"" ++ pipeName "focus" s ++ "\" \"focus\",\ \Run PipeReader \"" ++ pipeName "workspaces" s ++ "\" \"workspaces\"\ \]'"
392
xmobarCommand (S s) = unwords ["xmobar", "-x", show s, "-t", template s, "-C", pipeReader ] where template 0 = "}%focus%{%workspaces%" template _ = "%date%}%focus%{%workspaces%" pipeReader = "'[\ \Run PipeReader \"" ++ pipeName "focus" s ++ "\" \"focus\",\ \Run PipeReader \"" ++ pipeName "workspaces" s ++ "\" \"workspaces\"\ \]'"
392
false
false
0
9
108
95
48
47
null
null
apyrgio/snf-ganeti
src/Ganeti/HTools/Backend/Luxi.hs
bsd-2-clause
annotateConvert :: String -> String -> String -> Result a -> Result a annotateConvert otype oname oattr = annotateResult $ otype ++ " '" ++ oname ++ "', error while reading attribute '" ++ oattr ++ "'"
207
annotateConvert :: String -> String -> String -> Result a -> Result a annotateConvert otype oname oattr = annotateResult $ otype ++ " '" ++ oname ++ "', error while reading attribute '" ++ oattr ++ "'"
207
annotateConvert otype oname oattr = annotateResult $ otype ++ " '" ++ oname ++ "', error while reading attribute '" ++ oattr ++ "'"
137
false
true
2
9
42
70
32
38
null
null
fxmy/haskell-book-exercise
src/Wat.hs
gpl-3.0
flipMaybe (Just a : rest) = case flipMaybe rest of Nothing -> Nothing Just as -> Just $ a:as
108
flipMaybe (Just a : rest) = case flipMaybe rest of Nothing -> Nothing Just as -> Just $ a:as
108
flipMaybe (Just a : rest) = case flipMaybe rest of Nothing -> Nothing Just as -> Just $ a:as
108
false
false
0
9
34
50
23
27
null
null
judge0/api-base
tests/ghc/main.hs
gpl-3.0
main = do str <- getLine printf "hello, %s\n" str
57
main = do str <- getLine printf "hello, %s\n" str
57
main = do str <- getLine printf "hello, %s\n" str
57
false
false
0
7
17
21
9
12
null
null
ekmett/time-series
src/Data/Time/Series/Literal.hs
bsd-3-clause
double :: Literate t => Double -> t Double double a = _Literal # Double a
73
double :: Literate t => Double -> t Double double a = _Literal # Double a
73
double a = _Literal # Double a
30
false
true
0
7
15
35
16
19
null
null
mboes/dedukti
Dedukti/Module.hs
gpl-3.0
objPathFromModule :: MName -> FilePath objPathFromModule = pathFromModule ".dko"
80
objPathFromModule :: MName -> FilePath objPathFromModule = pathFromModule ".dko"
80
objPathFromModule = pathFromModule ".dko"
41
false
true
0
5
8
18
9
9
null
null
joelburget/material-ui-hs
src/React/MaterialUI/Elements.hs
mit
raisedButton :: [AttrOrHandler s] -> ReactNode s raisedButton attrs = foreignLeaf mui_raisedButton attrs ()
107
raisedButton :: [AttrOrHandler s] -> ReactNode s raisedButton attrs = foreignLeaf mui_raisedButton attrs ()
107
raisedButton attrs = foreignLeaf mui_raisedButton attrs ()
58
false
true
0
7
13
36
17
19
null
null
mightymoose/liquidhaskell
src/Language/Haskell/Liquid/RefType.hs
bsd-3-clause
isDecreasing autoenv _ (RApp c _ _ _) = isJust (sizeFunction (rtc_info c)) -- user specified size or || isSizeable autoenv tc where tc = rtc_tc c
153
isDecreasing autoenv _ (RApp c _ _ _) = isJust (sizeFunction (rtc_info c)) -- user specified size or || isSizeable autoenv tc where tc = rtc_tc c
153
isDecreasing autoenv _ (RApp c _ _ _) = isJust (sizeFunction (rtc_info c)) -- user specified size or || isSizeable autoenv tc where tc = rtc_tc c
153
false
false
1
9
34
56
27
29
null
null
imccoy/utopia
src/Code.hs
mit
frameResult :: Exp -> Exp frameResult frame = app (var "frameResult") [("frameResult_frame", frame)]
124
frameResult :: Exp -> Exp frameResult frame = app (var "frameResult") [("frameResult_frame", frame)]
124
frameResult frame = app (var "frameResult") [("frameResult_frame", frame)]
98
false
true
0
7
36
44
21
23
null
null
OS2World/DEV-UTIL-HUGS
oldlib/PatriciaLoMap.hs
bsd-3-clause
insertWith f k x t@(L j y) = if j == k then L k (f x y) else join k (L k x) j t
79
insertWith f k x t@(L j y) = if j == k then L k (f x y) else join k (L k x) j t
79
insertWith f k x t@(L j y) = if j == k then L k (f x y) else join k (L k x) j t
79
false
false
0
8
25
68
34
34
null
null
sbditto85/parsedsltest
test/Generators.hs
apache-2.0
replaceSlash [] = []
20
replaceSlash [] = []
20
replaceSlash [] = []
20
false
false
0
6
3
13
6
7
null
null
bitemyapp/ganeti
src/Ganeti/Constants.hs
bsd-2-clause
esActionGrow :: String esActionGrow = "grow"
44
esActionGrow :: String esActionGrow = "grow"
44
esActionGrow = "grow"
21
false
true
0
6
5
18
7
11
null
null
UBMLtonGroup/timberc
src/Common.hs
bsd-3-clause
delete k (x:xs) | fst x == k = xs | otherwise = x : delete k xs
102
delete k (x:xs) | fst x == k = xs | otherwise = x : delete k xs
102
delete k (x:xs) | fst x == k = xs | otherwise = x : delete k xs
102
false
false
1
9
56
47
22
25
null
null
mmachenry/final-fortune
src/Card.hs
bsd-2-clause
isColor :: Color -> Card -> Bool isColor color card = color `elem` cardColors card
82
isColor :: Color -> Card -> Bool isColor color card = color `elem` cardColors card
82
isColor color card = color `elem` cardColors card
49
false
true
0
8
14
38
18
20
null
null
sdiehl/ghc
compiler/GHC/Iface/Ext/Utils.hs
bsd-3-clause
hieTypeToIface :: HieTypeFix -> IfaceType hieTypeToIface = foldType go where go (HTyVarTy n) = IfaceTyVar $ occNameFS $ getOccName n go (HAppTy a b) = IfaceAppTy a (hieToIfaceArgs b) go (HLitTy l) = IfaceLitTy l go (HForAllTy ((n,k),af) t) = let b = (occNameFS $ getOccName n, k) in IfaceForAllTy (Bndr (IfaceTvBndr b) af) t go (HFunTy a b) = IfaceFunTy VisArg a b go (HQualTy pred b) = IfaceFunTy InvisArg pred b go (HCastTy a) = a go HCoercionTy = IfaceTyVar "<coercion type>" go (HTyConApp a xs) = IfaceTyConApp a (hieToIfaceArgs xs) -- This isn't fully faithful - we can't produce the 'Inferred' case hieToIfaceArgs :: HieArgs IfaceType -> IfaceAppArgs hieToIfaceArgs (HieArgs xs) = go' xs where go' [] = IA_Nil go' ((True ,x):xs) = IA_Arg x Required $ go' xs go' ((False,x):xs) = IA_Arg x Specified $ go' xs
936
hieTypeToIface :: HieTypeFix -> IfaceType hieTypeToIface = foldType go where go (HTyVarTy n) = IfaceTyVar $ occNameFS $ getOccName n go (HAppTy a b) = IfaceAppTy a (hieToIfaceArgs b) go (HLitTy l) = IfaceLitTy l go (HForAllTy ((n,k),af) t) = let b = (occNameFS $ getOccName n, k) in IfaceForAllTy (Bndr (IfaceTvBndr b) af) t go (HFunTy a b) = IfaceFunTy VisArg a b go (HQualTy pred b) = IfaceFunTy InvisArg pred b go (HCastTy a) = a go HCoercionTy = IfaceTyVar "<coercion type>" go (HTyConApp a xs) = IfaceTyConApp a (hieToIfaceArgs xs) -- This isn't fully faithful - we can't produce the 'Inferred' case hieToIfaceArgs :: HieArgs IfaceType -> IfaceAppArgs hieToIfaceArgs (HieArgs xs) = go' xs where go' [] = IA_Nil go' ((True ,x):xs) = IA_Arg x Required $ go' xs go' ((False,x):xs) = IA_Arg x Specified $ go' xs
936
hieTypeToIface = foldType go where go (HTyVarTy n) = IfaceTyVar $ occNameFS $ getOccName n go (HAppTy a b) = IfaceAppTy a (hieToIfaceArgs b) go (HLitTy l) = IfaceLitTy l go (HForAllTy ((n,k),af) t) = let b = (occNameFS $ getOccName n, k) in IfaceForAllTy (Bndr (IfaceTvBndr b) af) t go (HFunTy a b) = IfaceFunTy VisArg a b go (HQualTy pred b) = IfaceFunTy InvisArg pred b go (HCastTy a) = a go HCoercionTy = IfaceTyVar "<coercion type>" go (HTyConApp a xs) = IfaceTyConApp a (hieToIfaceArgs xs) -- This isn't fully faithful - we can't produce the 'Inferred' case hieToIfaceArgs :: HieArgs IfaceType -> IfaceAppArgs hieToIfaceArgs (HieArgs xs) = go' xs where go' [] = IA_Nil go' ((True ,x):xs) = IA_Arg x Required $ go' xs go' ((False,x):xs) = IA_Arg x Specified $ go' xs
894
false
true
17
13
264
356
182
174
null
null
li-zhirui/EoplLangs
src/CallByReference/Parser.hs
bsd-3-clause
unaryOpsMap :: [(String, UnaryOp)] unaryOpsMap = [ ("minus", Minus), ("zero?", IsZero) ]
90
unaryOpsMap :: [(String, UnaryOp)] unaryOpsMap = [ ("minus", Minus), ("zero?", IsZero) ]
90
unaryOpsMap = [ ("minus", Minus), ("zero?", IsZero) ]
55
false
true
0
6
13
38
24
14
null
null