Safe Haskell	Safe-Inferred
Language	Haskell2010

Cardano.Render

Synopsis

data Anchor = Anchor {
- aRuns :: [Text]
- aFilters :: ([FilterName], [ChainFilter])
- aSlots :: Maybe (DataDomain I SlotNo)
- aBlocks :: Maybe (DataDomain I BlockNo)
- aVersion :: LocliVersion
- aWhen :: UTCTime
}
data RenderConfig = RenderConfig {
- rcFormat :: RenderFormat
- rcDateVerMetadata :: Bool
- rcRunMetadata :: Bool
}
data RenderFormat
- = AsJSON
- | AsGnuplot
- | AsOrg
- | AsReport
- | AsPretty
data CDF2Aspect
- = OfOverallDataset
- | OfInterCDF
formatInt :: Integral a => Width -> a -> Text
formatDouble :: Width -> Double -> Text
renderSummary :: forall f a. (a ~ Summary f, TimelineFields a, ToJSON a) => RenderConfig -> Anchor -> (Field ISelect I a -> Bool) -> a -> [Text]
mkRenderConfigDef :: RenderFormat -> RenderConfig
tagsAnchor :: [Text] -> UTCTime -> ([FilterName], [ChainFilter]) -> Maybe (DataDomain I SlotNo) -> Maybe (DataDomain I BlockNo) -> Anchor
renderAnchor :: RenderConfig -> Anchor -> Text
renderAnchorRuns :: Anchor -> Text
renderAnchorFiltersAndDomains :: Anchor -> Text
renderAnchorDateVer :: Anchor -> Text
renderAnchorDomains :: Anchor -> Text
renderAnchorDate :: Anchor -> Text
renderAnchorOrgProperties :: RenderConfig -> Anchor -> [(Text, Text)]
justifyHead :: Int -> Text -> Text
justifyData :: Int -> Text -> Text
justifyCentile :: Int -> Text -> Text
justifyProp :: Int -> Text -> Text
renderCentiles :: Int -> [Centile] -> [Text]
renderScalarLim :: Maybe Int -> a -> Field ISelect I a -> Text
handleStrOverflowFloat :: Int -> Text -> Text
renderDiffTime :: NominalDiffTime -> Text
renderFieldCentiles :: a p -> (forall v. Divisible v => CDF p v -> [[v]]) -> Field DSelect p a -> [[Text]]
formatDiffTime :: Width -> NominalDiffTime -> Text
renderProfilingData :: RenderConfig -> Anchor -> (ProfileEntry (CDF I) -> Bool) -> ProfilingData (CDF I) -> [Text]
renderTimelineWithClass :: forall (a :: Type). TimelineFields a => (Field ISelect I a -> Bool) -> RenderConfig -> Anchor -> [TimelineComments a] -> [a] -> [Text]
renderTimeline :: forall a b. [Field ISelect I a] -> (a -> b -> [Text]) -> RenderConfig -> Anchor -> [b] -> [a] -> [Text]
mapRenderCDF :: forall p a. CDFFields a p => (Field DSelect p a -> Bool) -> Maybe [Centile] -> (forall c. Divisible c => p c -> [c]) -> a p -> [[Text]]
parseCDF2Aspect :: Parser CDF2Aspect
modeFilename :: TextOutputFile -> Text -> RenderFormat -> TextOutputFile
renderAnalysisCDFs :: forall a p. (CDFFields a p, KnownCDF p, ToJSON (a p)) => Anchor -> (Field DSelect p a -> Bool) -> CDF2Aspect -> Maybe [Centile] -> RenderConfig -> a p -> [(Text, [Text])]
centerLim :: (a -> Text) -> (Int -> Text -> Text) -> Width -> a -> Text
handleStrOverflowTrimMark :: (Text -> Bool) -> Int -> Text -> Text
handleStrOverflowTrim :: Int -> Text -> Text

Documentation

data Anchor Source #

Explain the poor human a little bit of what was going on:

Constructors

Anchor
Fields aRuns :: [Text] aFilters :: ([FilterName], [ChainFilter]) aSlots :: Maybe (DataDomain I SlotNo) aBlocks :: Maybe (DataDomain I BlockNo) aVersion :: LocliVersion aWhen :: UTCTime

data RenderConfig Source #

Constructors

RenderConfig
Fields rcFormat :: RenderFormat rcDateVerMetadata :: Bool rcRunMetadata :: Bool

Instances

Instances details

Show RenderConfig Source #
Instance details Defined in Cardano.Render Methods showsPrec :: Int -> RenderConfig -> ShowS Source # show :: RenderConfig -> String Source # showList :: [RenderConfig] -> ShowS Source #

data RenderFormat Source #

Constructors

AsJSON
AsGnuplot
AsOrg
AsReport
AsPretty

Instances

Instances details

Bounded RenderFormat Source #
Instance details Defined in Cardano.Render Methods minBound :: RenderFormat Source # maxBound :: RenderFormat Source #
Enum RenderFormat Source #
Instance details Defined in Cardano.Render Methods succ :: RenderFormat -> RenderFormat Source # pred :: RenderFormat -> RenderFormat Source # toEnum :: Int -> RenderFormat Source # fromEnum :: RenderFormat -> Int Source # enumFrom :: RenderFormat -> [RenderFormat] Source # enumFromThen :: RenderFormat -> RenderFormat -> [RenderFormat] Source # enumFromTo :: RenderFormat -> RenderFormat -> [RenderFormat] Source # enumFromThenTo :: RenderFormat -> RenderFormat -> RenderFormat -> [RenderFormat] Source #
Show RenderFormat Source #
Instance details Defined in Cardano.Render Methods showsPrec :: Int -> RenderFormat -> ShowS Source # show :: RenderFormat -> String Source # showList :: [RenderFormat] -> ShowS Source #
Eq RenderFormat Source #
Instance details Defined in Cardano.Render Methods (==) :: RenderFormat -> RenderFormat -> Bool Source # (/=) :: RenderFormat -> RenderFormat -> Bool Source #

data CDF2Aspect Source #

When rendering a CDF-of-CDFs _and_ subsetting the data, how to subset:

Constructors

OfOverallDataset	Overall dataset statistical summary.
OfInterCDF	Inter-sample (i.e. inter-CDF) stats.

Instances

Instances details

Bounded CDF2Aspect Source #
Instance details Defined in Cardano.Render Methods minBound :: CDF2Aspect Source # maxBound :: CDF2Aspect Source #
Enum CDF2Aspect Source #
Instance details Defined in Cardano.Render Methods succ :: CDF2Aspect -> CDF2Aspect Source # pred :: CDF2Aspect -> CDF2Aspect Source # toEnum :: Int -> CDF2Aspect Source # fromEnum :: CDF2Aspect -> Int Source # enumFrom :: CDF2Aspect -> [CDF2Aspect] Source # enumFromThen :: CDF2Aspect -> CDF2Aspect -> [CDF2Aspect] Source # enumFromTo :: CDF2Aspect -> CDF2Aspect -> [CDF2Aspect] Source # enumFromThenTo :: CDF2Aspect -> CDF2Aspect -> CDF2Aspect -> [CDF2Aspect] Source #
Show CDF2Aspect Source #
Instance details Defined in Cardano.Render Methods showsPrec :: Int -> CDF2Aspect -> ShowS Source # show :: CDF2Aspect -> String Source # showList :: [CDF2Aspect] -> ShowS Source #

formatInt :: Integral a => Width -> a -> Text Source #

formatDouble :: Width -> Double -> Text Source #

renderSummary :: forall f a. (a ~ Summary f, TimelineFields a, ToJSON a) => RenderConfig -> Anchor -> (Field ISelect I a -> Bool) -> a -> [Text] Source #

mkRenderConfigDef :: RenderFormat -> RenderConfig Source #

tagsAnchor :: [Text] -> UTCTime -> ([FilterName], [ChainFilter]) -> Maybe (DataDomain I SlotNo) -> Maybe (DataDomain I BlockNo) -> Anchor Source #

renderAnchor :: RenderConfig -> Anchor -> Text Source #

renderAnchorRuns :: Anchor -> Text Source #

renderAnchorFiltersAndDomains :: Anchor -> Text Source #

renderAnchorDateVer :: Anchor -> Text Source #

renderAnchorDomains :: Anchor -> Text Source #

renderAnchorDate :: Anchor -> Text Source #

renderAnchorOrgProperties :: RenderConfig -> Anchor -> [(Text, Text)] Source #

justifyHead :: Int -> Text -> Text Source #

justifyData :: Int -> Text -> Text Source #

justifyCentile :: Int -> Text -> Text Source #

justifyProp :: Int -> Text -> Text Source #

renderCentiles :: Int -> [Centile] -> [Text] Source #

renderScalarLim :: Maybe Int -> a -> Field ISelect I a -> Text Source #

handleStrOverflowFloat :: Int -> Text -> Text Source #

renderDiffTime :: NominalDiffTime -> Text Source #

renderFieldCentiles :: a p -> (forall v. Divisible v => CDF p v -> [[v]]) -> Field DSelect p a -> [[Text]] Source #

formatDiffTime :: Width -> NominalDiffTime -> Text Source #

renderProfilingData :: RenderConfig -> Anchor -> (ProfileEntry (CDF I) -> Bool) -> ProfilingData (CDF I) -> [Text] Source #

renderTimelineWithClass :: forall (a :: Type). TimelineFields a => (Field ISelect I a -> Bool) -> RenderConfig -> Anchor -> [TimelineComments a] -> [a] -> [Text] Source #

renderTimeline :: forall a b. [Field ISelect I a] -> (a -> b -> [Text]) -> RenderConfig -> Anchor -> [b] -> [a] -> [Text] Source #

mapRenderCDF :: forall p a. CDFFields a p => (Field DSelect p a -> Bool) -> Maybe [Centile] -> (forall c. Divisible c => p c -> [c]) -> a p -> [[Text]] Source #

parseCDF2Aspect :: Parser CDF2Aspect Source #

modeFilename :: TextOutputFile -> Text -> RenderFormat -> TextOutputFile Source #

renderAnalysisCDFs :: forall a p. (CDFFields a p, KnownCDF p, ToJSON (a p)) => Anchor -> (Field DSelect p a -> Bool) -> CDF2Aspect -> Maybe [Centile] -> RenderConfig -> a p -> [(Text, [Text])] Source #

centerLim :: (a -> Text) -> (Int -> Text -> Text) -> Width -> a -> Text Source #

handleStrOverflowTrimMark :: (Text -> Bool) -> Int -> Text -> Text Source #

handleStrOverflowTrim :: Int -> Text -> Text Source #