pub enum OutputBoundaryMap<HostNode> {
ByIncoming(HashMap<(HostNode, IncomingPort), IncomingPort>),
ByOutgoing(HashMap<(HostNode, OutgoingPort), IncomingPort>),
}
Expand description
A map from edges in a host HUGR to incoming ports.
The edges in the map keys can be specified either as incoming ports, or
as outgoing ports (in which case all incoming ports linked to the same
outgoing port o
map to the image of o
under the map).
Variants§
ByIncoming(HashMap<(HostNode, IncomingPort), IncomingPort>)
Express map in terms of incoming ports past the output boundary of the subgraph
ByOutgoing(HashMap<(HostNode, OutgoingPort), IncomingPort>)
Express map in terms of outgoing ports on the output boundary of the subgraph
Implementations§
Source§impl<N: HugrNode> OutputBoundaryMap<N>
impl<N: HugrNode> OutputBoundaryMap<N>
Sourcepub fn iter(&self) -> impl Iterator<Item = ((N, Port), IncomingPort)> + '_
pub fn iter(&self) -> impl Iterator<Item = ((N, Port), IncomingPort)> + '_
Iterate over the boundary map.
The keys’ ports are either incoming or outgoing, depending on the
variant of self
.
Sourcepub fn iter_as_incoming<'a>(
&'a self,
host: &'a impl HugrView<Node = N>,
) -> impl Iterator<Item = ((N, IncomingPort), IncomingPort)> + 'a
pub fn iter_as_incoming<'a>( &'a self, host: &'a impl HugrView<Node = N>, ) -> impl Iterator<Item = ((N, IncomingPort), IncomingPort)> + 'a
Iterate over the boundary map with keys resolved as incoming ports.
By providing the host HUGR host
, all ports in the keys are resolved
to incoming ports.
Sourcepub fn get<P: Into<Port>>(&self, node: N, port: P) -> Option<IncomingPort>
pub fn get<P: Into<Port>>(&self, node: N, port: P) -> Option<IncomingPort>
Get the image of a port under the boundary map.
The port port
should be either incoming or outgoing, depending on the
variant of self
, else None
is returned.
Sourcepub fn get_as_incoming(
&self,
node: N,
incoming: IncomingPort,
host: &impl HugrView<Node = N>,
) -> Option<IncomingPort>
pub fn get_as_incoming( &self, node: N, incoming: IncomingPort, host: &impl HugrView<Node = N>, ) -> Option<IncomingPort>
Get the image of an incoming port under the boundary map.
By providing the host HUGR host
, all ports in the keys are resolved
to incoming ports.
Trait Implementations§
Source§impl<HostNode: Clone> Clone for OutputBoundaryMap<HostNode>
impl<HostNode: Clone> Clone for OutputBoundaryMap<HostNode>
Source§fn clone(&self) -> OutputBoundaryMap<HostNode>
fn clone(&self) -> OutputBoundaryMap<HostNode>
1.0.0 · Source§fn clone_from(&mut self, source: &Self)
fn clone_from(&mut self, source: &Self)
source
. Read moreSource§impl<HostNode: Debug> Debug for OutputBoundaryMap<HostNode>
impl<HostNode: Debug> Debug for OutputBoundaryMap<HostNode>
Source§impl<HostNode> From<HashMap<(HostNode, IncomingPort), IncomingPort>> for OutputBoundaryMap<HostNode>
impl<HostNode> From<HashMap<(HostNode, IncomingPort), IncomingPort>> for OutputBoundaryMap<HostNode>
Source§fn from(value: HashMap<(HostNode, IncomingPort), IncomingPort>) -> Self
fn from(value: HashMap<(HostNode, IncomingPort), IncomingPort>) -> Self
Source§impl<HostNode> From<HashMap<(HostNode, OutgoingPort), IncomingPort>> for OutputBoundaryMap<HostNode>
impl<HostNode> From<HashMap<(HostNode, OutgoingPort), IncomingPort>> for OutputBoundaryMap<HostNode>
Source§fn from(value: HashMap<(HostNode, OutgoingPort), IncomingPort>) -> Self
fn from(value: HashMap<(HostNode, OutgoingPort), IncomingPort>) -> Self
Auto Trait Implementations§
impl<HostNode> Freeze for OutputBoundaryMap<HostNode>
impl<HostNode> RefUnwindSafe for OutputBoundaryMap<HostNode>where
HostNode: RefUnwindSafe,
impl<HostNode> Send for OutputBoundaryMap<HostNode>where
HostNode: Send,
impl<HostNode> Sync for OutputBoundaryMap<HostNode>where
HostNode: Sync,
impl<HostNode> Unpin for OutputBoundaryMap<HostNode>where
HostNode: Unpin,
impl<HostNode> UnwindSafe for OutputBoundaryMap<HostNode>where
HostNode: UnwindSafe,
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