dataretrieval-python/dataretrieval/waterdata/types.py at c0be417d0d85c3a2ee2b337681060121bdf254bf · thodson-usgs/dataretrieval-python · GitHub

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from typing import Literal

CODE_SERVICES = Literal[
    "characteristicgroup",
    "characteristics",
    "counties",
    "countries",
    "observedproperty",
    "samplemedia",
    "sitetype",
    "states",
]

METADATA_COLLECTIONS = Literal[
    "agency-codes",
    "altitude-datums",
    "aquifer-codes",
    "aquifer-types",
    "coordinate-accuracy-codes",
    "coordinate-datum-codes",
    "coordinate-method-codes",
    "counties",
    "hydrologic-unit-codes",
    "medium-codes",
    "national-aquifer-codes",
    "parameter-codes",
    "reliability-codes",
    "site-types",
    "states",
    "statistic-codes",
    "topographic-codes",
    "time-zone-codes",
]

SERVICES = Literal[
    "activities",
    "locations",
    "organizations",
    "projects",
    "results",
]

# OGC API time-series/monitoring collections queryable via ``get_cql``.
# Keep in sync with ``utils._OUTPUT_ID_BY_SERVICE`` (same keys): that dict maps
# each service to its user-facing ``id`` column and is the runtime source of
# truth ``get_cql`` validates against.
WATERDATA_SERVICES = Literal[
    "channel-measurements",
    "combined-metadata",
    "continuous",
    "daily",
    "field-measurements",
    "field-measurements-metadata",
    "latest-continuous",
    "latest-daily",
    "monitoring-locations",
    "peaks",
    "time-series-metadata",
]

PROFILES = Literal[
    "actgroup",
    "actmetric",
    "basicbio",
    "basicphyschem",
    "count",
    "fullbio",
    "fullphyschem",
    "labsampleprep",
    "narrow",
    "organization",
    "project",
    "projectmonitoringlocationweight",
    "resultdetectionquantitationlimit",
    "sampact",
    "site",
]

PROFILE_LOOKUP = {
    "activities": ["sampact", "actmetric", "actgroup", "count"],
    "locations": ["site", "count"],
    "organizations": ["organization", "count"],
    "projects": ["project", "projectmonitoringlocationweight"],
    "results": [
        "fullphyschem",
        "basicphyschem",
        "fullbio",
        "basicbio",
        "narrow",
        "resultdetectionquantitationlimit",
        "labsampleprep",
        "count",
    ],
}