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Within LTS Haskell 24.4 (ghc-9.10.2)
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parseList :: ParseDot a => Parse [a]graphviz Data.GraphViz.Parsing No documentation available.
parseUnqtList :: ParseDot a => Parse [a]graphviz Data.GraphViz.Parsing No documentation available.
tryParseList :: ParseDot a => Parse [a]graphviz Data.GraphViz.Parsing Try to parse a list of the specified type; returns an empty list if parsing fails.
tryParseList' :: Parse [a] -> Parse [a]graphviz Data.GraphViz.Parsing Return an empty list if parsing a list fails.
unqtListToDot :: PrintDot a => [a] -> DotCodegraphviz Data.GraphViz.Printing The correct way of representing a list of this value when printed; not all Dot values require this to be implemented. Defaults to Haskell-like list representation.
parseList :: ParseDot a => Parse [a]graphviz Data.GraphViz.Types No documentation available.
parseUnqtList :: ParseDot a => Parse [a]graphviz Data.GraphViz.Types No documentation available.
unqtListToDot :: PrintDot a => [a] -> DotCodegraphviz Data.GraphViz.Types The correct way of representing a list of this value when printed; not all Dot values require this to be implemented. Defaults to Haskell-like list representation.
composeList :: Ord n => [Context n] -> DotGraph ngraphviz Data.GraphViz.Types.Graph Recursively merge the list of contexts.
composeList = foldr (&) emptyGraph
decomposeList :: Ord n => DotGraph n -> [Context n]graphviz Data.GraphViz.Types.Graph Recursively decompose the Dot graph into a list of contexts such that if (c:cs) = decomposeList dg, then dg = c & composeList cs. Note that all global attributes are lost, so this is not suitable for representing a Dot graph on its own.