`elasticai.creator.graph.vf2.state`#

Module Contents#

Classes#

Data#

`T`
`TP`

API#

elasticai.creator.graph.vf2.state.T#: ‘TypeVar(…)’

elasticai.creator.graph.vf2.state.TP#: ‘TypeVar(…)’

class elasticai.creator.graph.vf2.state.State(graph: elasticai.creator.graph.graph.Graph[elasticai.creator.graph.vf2.state.T])[source]#

Bases: typing.Generic[elasticai.creator.graph.vf2.state.T, elasticai.creator.graph.vf2.state.TP]

remove_pair(a: elasticai.creator.graph.vf2.state.T, b: elasticai.creator.graph.vf2.state.TP) → None[source]#

contains_pair(a: elasticai.creator.graph.vf2.state.T, b: elasticai.creator.graph.vf2.state.TP) → bool[source]#

contains_node(node: elasticai.creator.graph.vf2.state.T) → bool[source]#

partial_nodes() → set[elasticai.creator.graph.vf2.state.T][source]#

partial_predecessors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

partial_successors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

unseen_nodes() → set[elasticai.creator.graph.vf2.state.T][source]#

in_node_successors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

in_node_predecessors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

out_node_successors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

out_node_predecessors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

unseen_successors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

unseen_predecessors(n: elasticai.creator.graph.vf2.state.T) → set[elasticai.creator.graph.vf2.state.T][source]#

iter_nodes() → collections.abc.Iterator[elasticai.creator.graph.vf2.state.T][source]#

is_complete() → bool[source]#

iter_matched_pairs() → collections.abc.Iterator[tuple[elasticai.creator.graph.vf2.state.T, elasticai.creator.graph.vf2.state.TP]][source]#

add_pair(a: elasticai.creator.graph.vf2.state.T, b: elasticai.creator.graph.vf2.state.TP) → None[source]#

restore() → None[source]#

reset all changes introduced in the current depth.

This is responsible for backtracking.

update_in_nodes() → None[source]#: Find out which nodes inside of current match are reachable from outside of current match.

update_out_nodes() → None[source]#: Find out which nodes outside of current match are reachable from the current match.

next_depth() → None[source]#

update_inout_nodes() → None[source]#

iter_in_nodes() → collections.abc.Iterator[elasticai.creator.graph.vf2.state.T][source]#

iter_out_nodes() → collections.abc.Iterator[elasticai.creator.graph.vf2.state.T][source]#