class ValuedGraphNonEmpty<N,V,Tp,TpG>

undocumented

Extends: NonEmptyBase<E>

Implements: ValuedGraphBase.NonEmpty<N,V,Tp>

Type parameters

Name	Constraints	Default	Description
N			undocumented
V			undocumented
Tp	ValuedGraphTypesContextImpl		undocumented
TpG	WithGraphValues<Tp, N, V>	WithGraphValues<Tp, N, V>	undocumented

Properties

_NonEmptyType

undocumented

Definition

_NonEmptyType: TpG['nonEmpty'];

Overrides

NonEmptyBase._NonEmptyType

connectionSize

undocumented

Definition

readonly connectionSize: number;

Overrides

VariantGraphBase.connectionSize

context

undocumented

Definition

readonly context: TpG['context'];

Overrides

ValuedGraphBase.context

isDirected

undocumented

Definition

readonly isDirected: boolean;

Overrides

VariantGraphBase.isDirected

isEmpty

Returns false since the collection is known to be non-empty.

Definition

get isEmpty(): false;

Overrides

NonEmptyBase.isEmptyNonEmpty.isEmpty

linkMap

undocumented

Definition

readonly linkMap: TpG['linkMapNonEmpty'];

Overrides

NonEmpty.linkMap

nodeSize

undocumented

Definition

get nodeSize(): number;

Overrides

VariantGraphBase.nodeSize

Methods

[Symbol.iterator]

Returns a fast iterator over the elements of the collection.

Definition

[Symbol.iterator](): FastIterator<E>;

Overrides

NonEmptyBase.[Symbol.iterator], FastIterable.[Symbol.iterator]

addNode

undocumented

Definition

addNode(node: N): TpG['nonEmpty'];

Parameters

Name	Type	Description
node	N

Overrides

GraphConnect.addNode

addNodes

undocumented

Definition

addNodes(nodes: StreamSource<N>): TpG['nonEmpty'];

Parameters

Name	Type	Description
nodes	StreamSource<N>

Overrides

GraphConnectNonEmpty.addNodes

asNormal

undocumented

Definition

asNormal(): any;

Overrides

NonEmptyBase.asNormal, NonEmpty.asNormal

assumeNonEmpty

undocumented

Definition

assumeNonEmpty(): any;

Overrides

NonEmptyBase.assumeNonEmpty, VariantGraphBase.assumeNonEmpty

connect

undocumented

Definition

connect(node1: N, node2: N, value: V): TpG['nonEmpty'];

Parameters

Name	Type	Description
node1	N
node2	N
value	V

Overrides

ValuedGraphBase.connect

connectAll

undocumented

Definition

connectAll(links: StreamSource<WithGraphValues<Tp, N, V>['link']>): TpG['nonEmpty'];

Parameters

Name	Type	Description
links	StreamSource<WithGraphValues<Tp, N, V>['link']>

Overrides

GraphConnectNonEmpty.connectAll

copy

undocumented

Definition

copy(linkMap: TpG['linkMapNonEmpty'], connectionSize: number): TpG['nonEmpty'];

Parameters

Name	Type	Description
linkMap	TpG['linkMapNonEmpty']
connectionSize	number

copyE

undocumented

Definition

copyE(linkMap: TpG['linkMap'], connectionSize: number): TpG['normal'];

Parameters

Name	Type	Description
linkMap	TpG['linkMap']
connectionSize	number

disconnect

undocumented

Definition

disconnect<UN = N>(node1: RelatedTo<N, UN>, node2: RelatedTo<N, UN>): TpG['nonEmpty'];

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node1	RelatedTo<N, UN>
node2	RelatedTo<N, UN>

Overrides

VariantGraphBase.disconnect

disconnectAll

undocumented

Definition

disconnectAll<UN = N>(links: StreamSource<Link<RelatedTo<N, UN>>>): TpG['nonEmpty'];

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
links	StreamSource<Link<RelatedTo<N, UN>>>

Overrides

VariantGraphBase.disconnectAll

forEach

undocumented

Definition

forEach(f: (entry: ValuedGraphElement<N, V>, index: number, halt: () => void) => void, options?: {
    state?: TraverseState;
  }): void;

Parameters

Name	Type	Description
f	(entry: ValuedGraphElement<N, V>, index: number, halt: () => void) => void
options	{     state?: TraverseState;   }

Overrides

VariantGraphBase.forEach

getConnectionsFrom

undocumented

Definition

getConnectionsFrom<UN = N>(node1: RelatedTo<N, UN>): TpG['linkConnections'];

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node1	RelatedTo<N, UN>

Overrides

ValuedGraphBase.getConnectionsFrom

getConnectionStreamFrom

undocumented

Definition

getConnectionStreamFrom<UN = N>(node1: RelatedTo<N, UN>): Stream<ValuedLink<N, V>>;

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node1	RelatedTo<N, UN>

Overrides

VariantGraphBase.getConnectionStreamFrom

getConnectionStreamTo

undocumented

Definition

getConnectionStreamTo<UN = N>(node: RelatedTo<N, UN>): Stream<ValuedLink<N, V>>;

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node	RelatedTo<N, UN>

Overrides

VariantGraphBase.getConnectionStreamTo

getValue

undocumented

Definition

getValue<UN, O>(node1: RelatedTo<N, UN>, node2: RelatedTo<N, UN>, otherwise?: OptLazy<O>): V | O;

Type parameters

Name	Description
UN
O

Parameters

Name	Type	Description
node1	RelatedTo<N, UN>
node2	RelatedTo<N, UN>
otherwise	OptLazy<O>

Overrides

VariantValuedGraphBase.getValue

hasConnection

undocumented

Definition

hasConnection<UN = N>(node1: RelatedTo<N, UN>, node2: RelatedTo<N, UN>): boolean;

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node1	RelatedTo<N, UN>
node2	RelatedTo<N, UN>

Overrides

VariantGraphBase.hasConnection

hasNode

undocumented

Definition

hasNode<UN = N>(node: RelatedTo<N, UN>): boolean;

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node	RelatedTo<N, UN>

Overrides

VariantGraphBase.hasNode

isSink

undocumented

Definition

isSink<UN = N>(node: RelatedTo<N, UN>): boolean;

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node	RelatedTo<N, UN>

isSource

undocumented

Definition

isSource<UN = N>(node: RelatedTo<N, UN>): boolean;

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node	RelatedTo<N, UN>

mapValues

undocumented

Definition

mapValues<V2>(mapFun: (value: V, node1: N, node2: N) => V2): WithGraphValues<Tp, N, V2>['nonEmpty'];

Type parameters

Name	Description
V2

Parameters

Name	Type	Description
mapFun	(value: V, node1: N, node2: N) => V2

Overrides

NonEmpty.mapValues

modifyAt

undocumented

Definition

modifyAt(node1: N, node2: N, options: {
    ifNew?: OptLazyOr<V, Token>;
    ifExists?: ((value: V, remove: Token) => V |Token)| V;
  }): TpG['nonEmpty'];

Parameters

Name	Type	Description
node1	N
node2	N
options	{     ifNew?: OptLazyOr<V, Token>;     ifExists?: ((value: V, remove: Token) => V |Token)| V;   }

Overrides

ValuedGraphBase.modifyAt

nonEmpty

Returns true and instructs the compiler to treat the instance as non-empty.

Definition

nonEmpty(): this is this['_NonEmptyType'];

Overrides

NonEmptyBase.nonEmpty, NonEmpty.nonEmpty

removeNode

undocumented

Definition

removeNode<UN = N>(node: RelatedTo<N, UN>): TpG['normal'];

Type parameters

Name	Default	Description
UN	N

Parameters

Name	Type	Description
node	RelatedTo<N, UN>

Overrides

VariantGraphBase.removeNode

removeNodes

undocumented

Definition

removeNodes<UN>(nodes: StreamSource<RelatedTo<N, UN>>): TpG['normal'];

Type parameters

Name	Description
UN

Parameters

Name	Type	Description
nodes	StreamSource<RelatedTo<N, UN>>

Overrides

VariantGraphBase.removeNodes

removeUnconnectedNodes

undocumented

Definition

removeUnconnectedNodes(): TpG['normal'];

Overrides

VariantGraphBase.removeUnconnectedNodes

stream

undocumented

Definition

stream(): Stream.NonEmpty<ValuedGraphElement<N, V>>;

Overrides

NonEmptyBase.stream, NonEmpty.stream

streamConnections

undocumented

Definition

streamConnections(): Stream<ValuedLink<N, V>>;

Overrides

VariantGraphBase.streamConnections

streamNodes

undocumented

Definition

streamNodes(): Stream.NonEmpty<N>;

Overrides

NonEmpty.streamNodes

toBuilder

undocumented

Definition

toBuilder(): TpG['builder'];

Overrides

ValuedGraphBase.toBuilder

toJSON

undocumented

Definition

toJSON(): ToJSON<[N, (readonly [N, V])[]][]>;

Overrides

VariantGraphBase.toJSON

toString

undocumented

Definition

toString(): string;

Overrides

VariantGraphBase.toString