gatelogue_aggregator.types.node.air.AirFlight

class gatelogue_aggregator.types.node.air.AirFlight(*, i: ID = None, source: set[str] = <factory>, codes: set[str], mode: ~gatelogue_types.Sourced[PlaneMode] | None = None, gates: list[~gatelogue_types.Sourced[ID]] = <factory>, airline: ~gatelogue_types.Sourced[ID] = None)

Bases: AirFlight, Node[AirSource]

__init__()

Methods

NS()
__init__()
acceptable_list_node_types()
acceptable_single_node_types()
connect(ctx, node[, value, source])
connect_one(ctx, node[, value, source])
disconnect(ctx, node)
equivalent(ctx, other)
export(ctx)
get_all(ctx, ty[, conn_ty])
get_all_id(ctx, ty[, conn_ty])
get_edge(ctx, node[, ty])
get_edges(ctx, node[, ty])
get_one(ctx, ty[, conn_ty])
get_one_id(ctx, ty[, conn_ty])
merge(ctx, other)
merge_attrs(ctx, other)
merge_if_equivalent(ctx, other)
merge_key(ctx)
merge_lists(ctx, self, other)
new(ctx, *, codes, airline[, mode, gates])
process_code(s[, airline_name])
ref(ctx)
sanitise_strings()
str_ctx(ctx)
update(ctx)

Attributes

airline	ID of the AirAirline the flight is operated by
codes	Unique flight code(s).
gates	List of IDs of AirGate s that the flight goes to.
i	The ID of the node
mode	Type of air vehicle or technology used on the flight
source	All sources that prove the node's existence

classmethod NS()

acceptable_list_node_types()

acceptable_single_node_types()

airline: Sourced[ID]

ID of the AirAirline the flight is operated by

codes: set[str]

Unique flight code(s). 2-letter airline prefix not included

connect(ctx: CTX, node: Node, value: Any | None = None, source: set[str] | None = None)

connect_one(ctx: CTX, node: Node, value: Any | None = None, source: set[str] | None = None)

disconnect(ctx: CTX, node: Node)

equivalent(ctx: AirSource, other: Self) → bool

export(ctx: AirSource) → AirFlight

gates: list[Sourced[ID]]

List of IDs of AirGate s that the flight goes to. Should be of length 2 in most cases

get_all(ctx: CTX, ty: type[T], conn_ty: type | None = None) → Iterator[T]

get_all_id(ctx: CTX, ty: type[Node], conn_ty: type | None = None) → list[Sourced[int]]

get_edge(ctx: CTX, node: Node, ty: type[T] | None = None) → Sourced[T] | None

get_edges(ctx: CTX, node: Node, ty: type[T] | None = None) → Iterator[Sourced[T]]

get_one(ctx: CTX, ty: type[T], conn_ty: type | None = None) → T | None

get_one_id(ctx: CTX, ty: type[Node], conn_ty: type | None = None) → Sourced[int] | None

i: ID

The ID of the node

merge(ctx: CTX, other: Self)

merge_attrs(ctx: AirSource, other: Self)

merge_if_equivalent(ctx: CTX, other: Self) → bool

merge_key(ctx: AirSource) → str

static merge_lists(ctx: CTX, self: list[T], other: list[T])

mode: Sourced[PlaneMode] | None

Type of air vehicle or technology used on the flight

classmethod new(ctx: AirSource, *, codes: set[str], airline: AirAirline, mode: gt.PlaneMode | None = None, gates: Iterable[AirGate] | None = None)

static process_code(s: T, airline_name: str | None = None) → set[T]

ref(ctx: AirSource) → NodeRef[Self]

sanitise_strings()

source: set[str]

All sources that prove the node’s existence

str_ctx(ctx: AirSource) → str

update(ctx: AirSource)