'a Relation (Nu) | Nu

'a Relation Type

Namespace: Nu
Assembly: Nu.dll
Base Type: obj
All Interfaces: IEquatable<'a Relation>

A relation that can be resolved to an address via contextual resolution. OPTIMIZATION: Links is an array only for speed; it is invalid to mutate it.

Record fields

Record Field	Description
`Links` Full Usage: `Links` Field type: `Link array`	Field type: `Link array`

Static members

Static member	Description
`Relation.equals relation relation2` Full Usage: `Relation.equals relation relation2` Parameters: relation : `'a Relation` relation2 : `'a Relation` Returns: `bool`	Equate Relations. relation : `'a Relation` relation2 : `'a Relation` Returns: `bool`
`Relation.hash relation` Full Usage: `Relation.hash relation` Parameters: relation : `'a Relation` Returns: `int`	Hash a Relation. relation : `'a Relation` Returns: `int`
`Relation.makeFromAddress address` Full Usage: `Relation.makeFromAddress address` Parameters: address : `'a Address` Returns: `'a Relation`	Make a relation from an address. address : `'a Address` Returns: `'a Relation`
`Relation.makeFromArray names` Full Usage: `Relation.makeFromArray names` Parameters: names : `string array` Returns: `'a Relation`	Make a relation from an array of names. names : `string array` Returns: `'a Relation`
`Relation.makeFromList names` Full Usage: `Relation.makeFromList names` Parameters: names : `string list` Returns: `'a Relation`	Make a relation from a list of names. names : `string list` Returns: `'a Relation`
`Relation.makeFromString relationStr` Full Usage: `Relation.makeFromString relationStr` Parameters: relationStr : `string` Returns: `'a Relation`	Make a relation from a '/' delimited string. NOTE: do not move this function as the RelationConverter's reflection code relies on it being exactly here! relationStr : `string` Returns: `'a Relation`
`Relation.relate address address2` Full Usage: `Relation.relate address address2` Parameters: address : `'a Address` address2 : `'b Address` Returns: `'b Relation`	Relate the second address to the first. address : `'a Address` address2 : `'b Address` Returns: `'b Relation`
`Relation.resolve address relation` Full Usage: `Relation.resolve address relation` Parameters: address : `'a Address` relation : `'b Relation` Returns: `'b Address`	Resolve a relation from an address. address : `'a Address` relation : `'b Relation` Returns: `'b Address`