fields.ISODateTime(attribute='modified',
readonly=True,
description='The resource last modification date'),
'metrics':
fields.Raw(description='The resource metrics', readonly=True),
})
upload_fields = api.extend(
'UploadedResource', resource_fields, {
'success':
fields.Boolean(description='Whether the upload succeeded or not.',
readonly=True,
default=True),
})
resources_order = api.as_list(fields.String(description='Resource ID'))
temporal_coverage_fields = api.model(
'TemporalCoverage', {
'start':
fields.ISODateTime(description='The temporal coverage start date',
required=True),
'end':
fields.ISODateTime(description='The temporal coverage end date',
required=True),
})
dataset_fields = api.model(
'Dataset', {
'id':
fields.String(description='The dataset identifier', readonly=True),
description='The resource publication date'),
'last_modified': fields.ISODateTime(
attribute='modified', readonly=True,
description='The resource last modification date'),
'metrics': fields.Raw(description='The resource metrics', readonly=True),
'is_available': fields.Raw(
description='The resource availability', readonly=True),
})
upload_fields = api.extend('UploadedResource', resource_fields, {
'success': fields.Boolean(
description='Whether the upload succeeded or not.',
readonly=True, default=True),
})
resources_order = api.as_list(fields.String(description='Resource ID'))
temporal_coverage_fields = api.model('TemporalCoverage', {
'start': fields.ISODateTime(description='The temporal coverage start date',
required=True),
'end': fields.ISODateTime(description='The temporal coverage end date',
required=True),
})
dataset_ref_fields = api.inherit('DatasetReference', base_reference, {
'title': fields.String(description='The dataset title', readonly=True),
'uri': fields.UrlFor(
'api.dataset', lambda d: {'dataset': d},
description='The API URI for this dataset', readonly=True),
'page': fields.UrlFor(
'datasets.show', lambda d: {'dataset': d},
class GeoJSON(fields.Raw):
pass
feature_fields = api.model(
'GeoJSONFeature', {
'id': fields.String,
'type': fields.String(required=True, enum=['Feature']),
'geometry': GeoJSON(required=True),
'properties': fields.Raw,
})
feature_collection_fields = api.model(
'GeoJSONFeatureCollection', {
'type': fields.String(required=True, enum=['FeatureCollection']),
'features': api.as_list(fields.Nested(feature_fields))
})
level_fields = api.model(
'TerritoryLevel', {
'id':
fields.String(description='The level identifier', required=True),
'label':
fields.String(description='The level name', required=True),
'position':
fields.Integer(
description='The position in the level tree (top is zero)',
min=0,
required=True),
'parent':
fields.String(description='The parent level'),
ns = api.namespace('harvest', 'Harvest related operations')
error_fields = api.model('HarvestError', {
'created_at': fields.ISODateTime(description='The error creation date', required=True),
'message': fields.String(description='The error short message', required=True),
'details': fields.String(description='Optionnal details (ie. stacktrace)'),
})
item_fields = api.model('HarvestItem', {
'remote_id': fields.String(description='The item remote ID to process', required=True),
'status': fields.String(description='The item status', required=True, enum=HARVEST_ITEM_STATUS.keys()),
'created': fields.ISODateTime(description='The item creation date', required=True),
'started': fields.ISODateTime(description='The item start date'),
'ended': fields.ISODateTime(description='The item end date'),
'errors': api.as_list(fields.Nested(error_fields, description='The item errors')),
'args': fields.List(fields.String, description='The item positional arguments', default=[]),
'kwargs': fields.Raw(description='The item keyword arguments', default={}),
})
source_fields = api.model('HarvestSource', {
'id': fields.String(description='The source unique identifier', required=True),
'name': fields.String(description='The source display name', required=True),
'description': fields.String(description='The source description'),
'url': fields.String(description='The source base URL', required=True),
'backend': fields.String(description='The source backend', required=True, enum=actions.list_backends()),
'config': fields.Raw(description='The configuration as key-value pairs'),
'args': fields.List(fields.Raw, description='The job execution arguments', default=[]),
'kwargs': fields.Raw(description='The job execution keyword arguments', default={}),
'created_at': fields.ISODateTime(description='The source creation date', required=True),
'active': fields.Boolean(description='Is this source active', required=True, default=False),
temporal_coverage_fields = api.model('TemporalCoverage', {
'start': fields.ISODateTime(description='The temporal coverage start date', required=True),
'end': fields.ISODateTime(description='The temporal coverage end date', required=True),
})
dataset_fields = api.model('Dataset', {
'id': fields.String(description='The dataset identifier', required=True),
'title': fields.String(description='The dataset title', required=True),
'slug': fields.String(description='The dataset permalink string', required=True),
'description': fields.String(description='The dataset description in markdown', required=True),
'created_at': fields.ISODateTime(description='The dataset creation date', required=True),
'last_modified': fields.ISODateTime(description='The dataset last modification date', required=True),
'deleted': fields.ISODateTime(description='The deletion date if deleted'),
'featured': fields.Boolean(description='Is the dataset featured'),
'tags': fields.List(fields.String),
'resources': api.as_list(fields.Nested(resource_fields, description='The dataset resources')),
'community_resources': api.as_list(fields.Nested(resource_fields,
description='The dataset community submitted resources')),
'frequency': fields.String(description='The update frequency', required=True, enum=UPDATE_FREQUENCIES.keys()),
'extras': fields.Raw(description='Extras attributes as key-value pairs'),
'metrics': fields.Raw(description='The dataset metrics'),
'organization': OrganizationReference(description='The producer organization'),
'supplier': OrganizationReference(description='The supplyer organization (if different from the producer)'),
'temporal_coverage': fields.Nested(temporal_coverage_fields, allow_null=True,
description='The temporal coverage'),
'spatial': fields.Nested(spatial_coverage_fields, allow_null=True, description='The spatial coverage'),
'license': fields.String(attribute='license.id', description='The dataset license'),
'uri': fields.UrlFor('api.dataset', lambda o: {'dataset': o},
description='The dataset API URI', required=True),
'page': fields.UrlFor('datasets.show', lambda o: {'dataset': o},
'type': fields.String(description='The GeoJSON Type', required=True, enum=GEOM_TYPES),
'coordinates': fields.List(fields.Raw(), description='The geometry as coordinates lists', required=True),
})
class GeoJSON(fields.Raw):
pass
feature_fields = api.model('GeoJSONFeature', {
'id': fields.String,
'type': fields.String(required=True, enum=['Feature']),
'geometry': GeoJSON(required=True),
'properties': fields.Raw,
})
feature_collection_fields = api.model('GeoJSONFeatureCollection', {
'type': fields.String(required=True, enum=['FeatureCollection']),
'features': api.as_list(fields.Nested(feature_fields))
})
level_fields = api.model('TerritoryLevel', {
'id': fields.String(description='The level identifier', required=True),
'label': fields.String(description='The level name', required=True),
'position': fields.Integer(description='The position in the level tree (top is zero)', min=0, required=True),
'parent': fields.String(description='The parent level'),
'children': fields.List(fields.String, description='The known children levels'),
})
granularity_fields = api.model('SpatialGranularity', {
'id': fields.String(description='The granularity identifier', required=True),
'label': fields.String(description='The granularity name', required=True),
})
