Showing 292 of 292 total issues
Use camelCase Open
Open
data C_AVFrame
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Found
data C_AVFrame
Perhaps
data CAVFrame
Redundant bracket Open
Open
[ patSynSigD v (forallT [PlainTV a] (sequence [(conT ''Vectorized) `appT` (varT a)]) $ foldr (appT . (appT arrowT) . varT) ((conT v) `appT` (varT a)) (replicate (dimN * dimM) a))
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Found
(conT ''Vectorized) `appT` (varT a)
Perhaps
(conT ''Vectorized) `appT` varT a
Use camelCase Open
Open
type FN_vkGetDeviceQueue
= VkDevice
-> Word32
-> Word32
-> Ptr VkQueue
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Found
type FN_vkGetDeviceQueue =
VkDevice -> Word32 -> Word32 -> Ptr VkQueue -> IO ()
Perhaps
type FNVkGetDeviceQueue =
VkDevice -> Word32 -> Word32 -> Ptr VkQueue -> IO ()
Use camelCase Open
Open
type FN_vkCreateRenderPass
= VkDevice
-> Ptr VkRenderPassCreateInfo
-> Ptr VkAllocationCallbacks
-> Ptr VkRenderPass
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Found
type FN_vkCreateRenderPass =
VkDevice
-> Ptr VkRenderPassCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkRenderPass -> IO Word32
Perhaps
type FNVkCreateRenderPass =
VkDevice
-> Ptr VkRenderPassCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkRenderPass -> IO Word32
Use camelCase Open
Open
type FN_vkDestroyRenderPass
= VkDevice
-> VkRenderPass
-> Ptr VkAllocationCallbacks
-> IO ()
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Found
type FN_vkDestroyRenderPass =
VkDevice -> VkRenderPass -> Ptr VkAllocationCallbacks -> IO ()
Perhaps
type FNVkDestroyRenderPass =
VkDevice -> VkRenderPass -> Ptr VkAllocationCallbacks -> IO ()
Redundant bracket Open
Open
unit <- (read . T.unpack) <$> getElementAttr "meter" unitElement
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Found
(read . T.unpack) <$> getElementAttr "meter" unitElement
Perhaps
read . T.unpack <$> getElementAttr "meter" unitElement
Redundant $ Open
Open
resultDecl = tySynInstD (mkName $ "SwizzleVecResult" ++ nameSuffix) $ tySynEqn [ [t| $(conT srcDataName) $elemType |] ] $ [t| $(conT dataName) $elemType |]
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Found
tySynEqn [[t| $( conT srcDataName ) $elemType |]] $
[t| $( conT dataName ) $elemType |]
Perhaps
tySynEqn [[t| $( conT srcDataName ) $elemType |]]
[t| $( conT dataName ) $elemType |]
Use camelCase Open
Open
type FN_vkCreateDevice
= VkPhysicalDevice
-> Ptr VkDeviceCreateInfo
-> Ptr VkAllocationCallbacks
-> Ptr VkDevice
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Found
type FN_vkCreateDevice =
VkPhysicalDevice
-> Ptr VkDeviceCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkDevice -> IO Word32
Perhaps
type FNVkCreateDevice =
VkPhysicalDevice
-> Ptr VkDeviceCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkDevice -> IO Word32
Reduce duplication Open
Open
i1 = indices VG.! (i * 3)
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Found
i1 = indices VG.! (i * 3)
i2 = indices VG.! (i * 3 + 1)
i3 = indices VG.! (i * 3 + 2)
Perhaps
Combine with flaw-visual/Flaw/Visual/Geometry/Simplification.hs:200:11
Reduce duplication Open
Open
p <- VGM.unsafeRead pairHeap i
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Found
p <- VGM.unsafeRead pairHeap i
let m = (i - 1) `quot` 2
mp <- VGM.unsafeRead pairHeap m
Perhaps
Combine with flaw-visual/Flaw/Visual/Geometry/Simplification.hs:327:9
Use camelCase Open
Open
hb_y_advance p = advancePtr (castPtr p) 1
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Found
hb_y_advance p = ...
Perhaps
hbYAdvance p = ...
Redundant bracket Open
Open
registerBasicOrdEntityType :: EntityManager -> EntityTypeId -> (GetEntity SomeBasicOrdEntity) -> IO ()
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Found
(GetEntity SomeBasicOrdEntity) -> IO ()
Perhaps
GetEntity SomeBasicOrdEntity -> IO ()
Use camelCase Open
Open
hb_y_offset :: Ptr Hb_glyph_position_t -> Ptr Hb_position_t
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Found
hb_y_offset :: Ptr Hb_glyph_position_t -> Ptr Hb_position_t
Perhaps
hbYOffset :: Ptr Hb_glyph_position_t -> Ptr Hb_position_t
Redundant $ Open
Open
, funD 'S.get [clause [] (normalB $ doE $ map (\a -> bindS (varP a) [| S.get |]) as ++ [noBindS $ [| return $(foldl appE (conE conName) $ map varE as) |] ]) []]
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Found
noBindS $ [| return $( foldl appE (conE conName) $ map varE as ) |]
Perhaps
noBindS [| return $( foldl appE (conE conName) $ map varE as ) |]
Use camelCase Open
Open
type FN_vkReallocationFunction = Ptr () -> Ptr () -> CSize -> CSize -> VkSystemAllocationScope -> IO (Ptr ())
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Found
type FN_vkReallocationFunction =
Ptr ()
-> Ptr ()
-> CSize -> CSize -> VkSystemAllocationScope -> IO (Ptr ())
Perhaps
type FNVkReallocationFunction =
Ptr ()
-> Ptr ()
-> CSize -> CSize -> VkSystemAllocationScope -> IO (Ptr ())
Use camelCase Open
Open
type FN_vkGetDeviceProcAddr
= VkDevice
-> Ptr CChar
-> IO (FunPtr (IO ()))
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Found
type FN_vkGetDeviceProcAddr =
VkDevice -> Ptr CChar -> IO (FunPtr (IO ()))
Perhaps
type FNVkGetDeviceProcAddr =
VkDevice -> Ptr CChar -> IO (FunPtr (IO ()))
Use camelCase Open
Open
type FN_vkCreateImageView
= VkDevice
-> Ptr VkImageViewCreateInfo
-> Ptr VkAllocationCallbacks
-> Ptr VkImageView
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Found
type FN_vkCreateImageView =
VkDevice
-> Ptr VkImageViewCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkImageView -> IO Word32
Perhaps
type FNVkCreateImageView =
VkDevice
-> Ptr VkImageViewCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkImageView -> IO Word32
Use camelCase Open
Open
type FN_vkCreateComputePipelines
= VkDevice
-> VkPipelineCache
-> Word32
-> Ptr VkComputePipelineCreateInfo
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Found
type FN_vkCreateComputePipelines =
VkDevice
-> VkPipelineCache
-> Word32
-> Ptr VkComputePipelineCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkPipeline -> IO Word32
Perhaps
type FNVkCreateComputePipelines =
VkDevice
-> VkPipelineCache
-> Word32
-> Ptr VkComputePipelineCreateInfo
-> Ptr VkAllocationCallbacks -> Ptr VkPipeline -> IO Word32
Use camelCase Open
Open
type FN_vkInternalFreeNotification = Ptr () -> CSize -> VkInternalAllocationType -> VkSystemAllocationScope -> IO ()
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Found
type FN_vkInternalFreeNotification =
Ptr ()
-> CSize
-> VkInternalAllocationType -> VkSystemAllocationScope -> IO ()
Perhaps
type FNVkInternalFreeNotification =
Ptr ()
-> CSize
-> VkInternalAllocationType -> VkSystemAllocationScope -> IO ()
Use camelCase Open
Open
type FN_vkGetPhysicalDeviceQueueFamilyProperties
= VkPhysicalDevice
-> Ptr Word32
-> Ptr VkQueueFamilyProperties
-> IO ()
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Found
type FN_vkGetPhysicalDeviceQueueFamilyProperties =
VkPhysicalDevice
-> Ptr Word32 -> Ptr VkQueueFamilyProperties -> IO ()
Perhaps
type FNVkGetPhysicalDeviceQueueFamilyProperties =
VkPhysicalDevice
-> Ptr Word32 -> Ptr VkQueueFamilyProperties -> IO ()