gws.gis.cache.core

Cache management.

Source code: gws.gis.cache.core

Module Contents

class gws.gis.cache.core.Config(*args, **kwargs)

Bases: gws.Config

Global cache options

seedingMaxTime: gws.Duration = '600'

max. time for a seeding job

seedingConcurrency: int = 1

number of concurrent seeding jobs

class gws.gis.cache.core.Grid(*args, **kwargs)

Bases: gws.Data

Basic data object.

This object can be instantiated by passing one or or dict arguments and/or keyword args. All dicts keys and keywords become attributes of the object.

Accessing an undefined attribute returns None and no error is raised, unless the attribute name starts with an underscore.

uid: str

z: int

res: float

maxX: int

maxY: int

totalTiles: int

cachedTiles: int

class gws.gis.cache.core.Entry(*args, **kwargs)

Bases: gws.Data

Basic data object.

This object can be instantiated by passing one or or dict arguments and/or keyword args. All dicts keys and keywords become attributes of the object.

Accessing an undefined attribute returns None and no error is raised, unless the attribute name starts with an underscore.

uid: str

layers: list[gws.Node]

mpxCache: dict

grids: dict[int, Grid]

config: dict

counts: dict

dirname: str

class gws.gis.cache.core.Status(*args, **kwargs)

Bases: gws.Data

Basic data object.

This object can be instantiated by passing one or or dict arguments and/or keyword args. All dicts keys and keywords become attributes of the object.

Accessing an undefined attribute returns None and no error is raised, unless the attribute name starts with an underscore.

entries: list[Entry]

staleDirs: list[str]

gws.gis.cache.core.status(root: gws.Root, layer_uids=None, with_counts=True) → Status

gws.gis.cache.core.cleanup(root: gws.Root)

gws.gis.cache.core.drop(root: gws.Root, layer_uids=None)

gws.gis.cache.core.seed(root: gws.Root, layer_uids=None, max_time=None, concurrency=1, levels=None)

gws.gis.cache.core.store_in_web_cache(url: str, img: bytes)