scalax.collection.constrained.mutable
UserConstrainedGraphImpl
Related Doc:
package mutable
Consolidates all inner nodes of the arguments by adding the edge ends
of passedEdges to passedNodes.
Consolidates all inner nodes of the arguments by adding the edge ends
of passedEdges to passedNodes.
Consolidates all outer nodes of the arguments by adding the edge ends
of passedEdges to passedNodes.
Consolidates all outer nodes of the arguments by adding the edge ends
of passedEdges to passedNodes.
This flag is used to prevent constraint checking for single additions and
subtractions triggered by a multiple addition/subtraction such as ++=.
This flag is used to prevent constraint checking for single additions and
subtractions triggered by a multiple addition/subtraction such as ++=.
generic checked addition
generic checked addition
(Changed in version 2.8.0) Set.map now returns a Set, so it will discard duplicate values.
This handler is called whenever an addition violates the constraints.
This handler is called whenever an addition violates the constraints. The provided default implementation is empty.
the nodes passed to preAdd.
the edges passed to preAdd.
must be true if the handler has been overridden but it doesn't throw an exception.
This handler is called whenever a subtraction violates the constraints.
This handler is called whenever a subtraction violates the constraints. The provided default implementation is empty.
the nodes passed to preSubtract.
the edges passed to preSubtract.
must be true if the handler has been overridden but it doesn't throw an exception.
This post-check must return whether newGraph should be committed or the add
operation is to be rolled back.
This post-check must return whether newGraph should be committed or the add
operation is to be rolled back.
Use self to access the associated graph.
For immutable graphs, self maintains the state before the
addition but for mutable graphs, it is already mutated to the required state.
the after-addition would-be graph waiting for commit.
nodes passed to the running add operation except those coming from node/edge input streams.
edges passed to the running add operation except those coming from edge input streams.
This post-check must return whether newGraph should be committed or the subtraction
is to be rolled back.
This post-check must return whether newGraph should be committed or the subtraction
is to be rolled back.
Use self to access the associated graph.
For immutable graphs, self maintains the state before the
addition but for mutable graphs, it is already mutated to the required state.
the after-subtraction would-be graph waiting for commit.
This pre-check must return Abort if the addition of the outer nodes and/or edges in elems
is to be canceled, PostCheck if postAdd is to be called to decide or
Complete if the the outer nodes and/or edges are allowed to be added.
This pre-check must return Abort if the addition of the outer nodes and/or edges in elems
is to be canceled, PostCheck if postAdd is to be called to decide or
Complete if the the outer nodes and/or edges are allowed to be added.
If postAdd has been implemented, this method may always return PostCheck.
The default implementation calls preAdd(node)/preAdd(edge) element-wise.
As for most cases this won't be satisfactory a domain-specific implementation should
be provided.
Use self to access the associated graph.
nodes and/or edges to be added possibly containing duplicates.
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
This pre-check must return Abort if the addition is to be canceled, PostCheck if postAdd
is to be called to decide or Complete if the outer edge is allowed to be added.
This pre-check must return Abort if the addition is to be canceled, PostCheck if postAdd
is to be called to decide or Complete if the outer edge is allowed to be added.
If postAdd has been implemented, this method may always return PostCheck.
This pre-check may be omitted by letting it always return postCheck
and overriding the corresponding post-check commit* method.
Use self to access the associated graph.
to be added.
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
This pre-check must return Abort if the addition is to be canceled, PostCheck if postAdd
is to be called to decide or Complete if the outer node is allowed to be added.
This pre-check must return Abort if the addition is to be canceled, PostCheck if postAdd
is to be called to decide or Complete if the outer node is allowed to be added.
If postAdd has been implemented, this method may always return PostCheck.
This pre-check may be omitted by letting it always return postCheck
and overriding the corresponding post-check commit* method.
Use self to access the associated graph.
to be added
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
This pre-check is called on constructing a graph through its companion object.
This pre-check is called on constructing a graph through its companion object.
It must return whether the graph is allowed to be populated with nodes and edges.
The default implementation calls preAdd for each node and edge.
Note that nodes and edges coming from node/edge input streams are not checked.
So when utilizing streams the post check postAdd must be served.
the outer nodes the graph is to be populated with; nodes
being edge ends may but need not be contained in nodes.
the outer edges the graph is to be populated with.
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
This pre-check must return Abort if the subtraction of nodes and/or edges
is to be canceled, PostCheck if postSubtract is to be called to decide or
Complete if nodes and/or edges are allowed to be subtracted.
This pre-check must return Abort if the subtraction of nodes and/or edges
is to be canceled, PostCheck if postSubtract is to be called to decide or
Complete if nodes and/or edges are allowed to be subtracted.
It is typically triggered by the -- operation.
The default implementation element-wise calls preSubtract(node, simple) or
preSubtract(edge, simple), respectively.
As for most cases this won't be satisfactory a domain-specific implementation
should be provided.
Use self to access the associated graph.
the inner nodes to be subtracted not necessarily including the ends of edges to be subtracted. Call allNodes to get the complete set of nodes to be subtracted.
the inner edges to be subtracted.
true for standard (edge-only by -),
false for ripple (by -!) removal.
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
This pre-check must return Abort if the subtraction of edge is to be canceled,
PostCheck if postSubtract is to be called to decide or
Complete if the the edge is allowed to be subtracted.
This pre-check must return Abort if the subtraction of edge is to be canceled,
PostCheck if postSubtract is to be called to decide or
Complete if the the edge is allowed to be subtracted.
This pre-check may be omitted by letting it always return postCheck
and overriding the corresponding post-check commit* method.
Use self to access the associated graph.
the inner edge to be subtracted.
true for standard (edge-only by -),
false for ripple (by -!) removal.
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
This pre-check must return Abort if the subtraction of node is to be canceled,
PostCheck if postSubtract is to be called to decide or
Complete if the the node is allowed to be subtracted.
This pre-check must return Abort if the subtraction of node is to be canceled,
PostCheck if postSubtract is to be called to decide or
Complete if the the node is allowed to be subtracted.
This pre-check may be omitted by letting it always return postCheck
and overriding the corresponding post-check commit* method.
Use self to access the associated graph.
the inner to be subtracted.
true for standard (ripple by -), false for gentle (by -?) removal.
The results of the pre-check containing the follow-up activity
and possible any intermediate computation results to be used during the
post-check. To add computation results PreCheckResult must be extended.
(Changed in version 2.9.0) The behavior of scanRight has changed. The previous behavior can be reproduced with scanRight.reverse.
When extending Constraint, self will denote the attached constrained graph.
When extending Constraint, self will denote the attached constrained graph.
The factory methods of the companion object scalax.collection.constrained.Graph
initialize self to the correct graph instance.
When extending Constrained, self will denote this graph.
(Changed in version 2.9.0) transpose throws an IllegalArgumentException if collections are not uniformly sized.
(userConstrainedGraphImpl: any2stringadd[UserConstrainedGraphImpl[N, E]]).+(other)
(userConstrainedGraphImpl: (Param[Param[N, E], EI]) ⇒ Boolean).andThen(g)
(userConstrainedGraphImpl: (Param[Param[N, E], EI]) ⇒ Boolean).apply(v1)
(userConstrainedGraphImpl: (Param[Param[N, E], EI]) ⇒ Boolean).compose(g)
(userConstrainedGraphImpl: MonadOps[Param[N, E]]).filter(p)
(userConstrainedGraphImpl: MonadOps[Param[N, E]]).flatMap(f)
(userConstrainedGraphImpl: MonadOps[Param[N, E]]).map(f)
(userConstrainedGraphImpl: OuterNode[UserConstrainedGraphImpl[N, E]]).stringPrefix
(userConstrainedGraphImpl: OuterNode[UserConstrainedGraphImpl[N, E]]).toString()
(userConstrainedGraphImpl: (Param[Param[N, E], EI]) ⇒ Boolean).toString()
(userConstrainedGraphImpl: MonadOps[Param[N, E]]).withFilter(p)