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Reordered the type parameters for the FNode' type in the flow graph, and made it a functor over the label

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Neil Brown 2008-06-05 20:11:13 +00:00
parent 64e86b22fe
commit ac3d1ed42a
1 changed files with 11 additions and 8 deletions
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19
flow/FlowUtils.hs
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@ -61,18 +61,21 @@ data AlterAST m structType =
|AlterSpec (ASTModifier m A.Specification structType)
|AlterNothing
data Monad mAlter => FNode' mAlter label structType
data Monad mAlter => FNode' structType mAlter label
= Node (Meta, label, AlterAST mAlter structType)
instance Monad m => Functor (FNode' s m) where
fmap f (Node (m, l, a)) = Node (m, f l, a)
-- | The label for a node. A Meta tag, a custom label, and a function
-- for altering the part of the AST that this node came from
type FNode mAlter label = FNode' mAlter label ()
type FNode mAlter label = FNode' () mAlter label
--type FEdge = (Node, EdgeLabel, Node)
instance (Monad m, Show a) => Show (FNode' m a b) where
instance (Monad m, Show a) => Show (FNode' b m a) where
show (Node (m,x,_)) = (filter ((/=) '\"')) $ show m ++ ":" ++ show x
type FlowGraph' mAlter label structType = Gr (FNode' mAlter label structType) EdgeLabel
type FlowGraph' mAlter label structType = Gr (FNode' structType mAlter label) EdgeLabel
-- | The main FlowGraph type. The mAlter parameter is the monad
-- in which alterations to the AST (based on the FlowGraph)
@ -80,7 +83,7 @@ type FlowGraph' mAlter label structType = Gr (FNode' mAlter label structType) Ed
type FlowGraph mAlter label = FlowGraph' mAlter label ()
-- | A list of nodes and edges. Used for building up the graph.
type NodesEdges m a b = ([LNode (FNode' m a b)],[LEdge EdgeLabel])
type NodesEdges m a b = ([LNode (FNode' b m a)],[LEdge EdgeLabel])
-- | The state carried around when building up the graph. In order they are:
-- * The next node identifier
@ -111,13 +114,13 @@ data Monad m => GraphLabelFuncs m label = GLF {
,labelScopeOut :: A.Specification -> m label
}
getNodeMeta :: Monad m => FNode' m a b -> Meta
getNodeMeta :: Monad m => FNode' b m a -> Meta
getNodeMeta (Node (m,_,_)) = m
getNodeData :: Monad m => FNode' m a b -> a
getNodeData :: Monad m => FNode' b m a -> a
getNodeData (Node (_,d,_)) = d
getNodeFunc :: Monad m => FNode' m a b -> AlterAST m b
getNodeFunc :: Monad m => FNode' b m a -> AlterAST m b
getNodeFunc (Node (_,_,f)) = f
makeTestNode :: Monad m => Meta -> a -> FNode m a