def deserialize(self, row: EntityRow) -> KeyStore:
return KeyStore(
tenantId=row.get('tenant_id'),
keyType=row.get('key_type'),
params=row.get('params'),
createdAt=row.get('created_at'),
createdBy=row.get('created_by')
)
def deserialize(self, row: EntityRow) -> Favorite:
favorite = Favorite(connectedSpaceIds=row.get('connected_space_ids'),
dashboardIds=row.get('dashboard_ids'))
# noinspection PyTypeChecker
favorite: Favorite = UserBasedTupleShaper.deserialize(row, favorite)
# noinspection PyTypeChecker
favorite: Favorite = LastVisitShaper.deserialize(row, favorite)
return favorite
def deserialize(self, row: EntityRow) -> Enum:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
Enum(enumId=row.get('enum_id'),
name=row.get('name'),
description=row.get('description'),
parentEnumId=row.get('parent_enum_id')))
def deserialize(row: EntityRow, user_based_tuple: UserBasedTuple) -> UserBasedTuple:
user_based_tuple.userId = row.get('user_id')
user_based_tuple.tenantId = row.get('tenant_id')
if isinstance(user_based_tuple, Auditable):
user_based_tuple = AuditableShaper.deserialize(row, user_based_tuple)
if isinstance(user_based_tuple, OptimisticLock):
user_based_tuple = OptimisticLockShaper.deserialize(row, user_based_tuple)
return user_based_tuple
def deserialize(self, row: EntityRow) -> ConnectedSpaceGraphic:
connected_space_graphic = ConnectedSpaceGraphic(
connectId=row.get('connect_id'),
topics=row.get('topics'),
subjects=row.get('subjects'))
# noinspection PyTypeChecker
connected_space_graphic: ConnectedSpaceGraphic = UserBasedTupleShaper.deserialize(
row, connected_space_graphic)
return connected_space_graphic
def deserialize(self, row: EntityRow) -> ExternalWriter:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
ExternalWriter(writerId=row.get('writer_id'),
writerCode=row.get('writer_code'),
type=row.get('type'),
pat=row.get('pat'),
url=row.get('url')))
def deserialize(self, row: EntityRow) -> Dict[str, Any]:
data = self.deserialize_fix_columns(row)
if is_aggregation_topic(self.get_schema().get_topic()):
data[TopicDataColumnNames.AGGREGATE_ASSIST.value] = row.get(
TopicDataColumnNames.AGGREGATE_ASSIST.value)
data[TopicDataColumnNames.VERSION.value] = row.get(
TopicDataColumnNames.VERSION.value)
ArrayHelper(self.get_mapper().get_column_names()).each(
lambda x: self.deserialize_column(row, x, data))
return data
def deserialize(self, row: EntityRow) -> Space:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
Space(spaceId=row.get('space_id'),
name=row.get('name'),
description=row.get('description'),
topicIds=row.get('topic_ids'),
groupIds=row.get('group_ids'),
filters=row.get('filters')))
def deserialize(self, row: EntityRow) -> User:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(row, User(
userId=row.get('user_id'),
name=row.get('name'),
nickName=row.get('nickname'),
password=row.get('password'),
isActive=row.get('is_active'),
groupIds=row.get('group_ids'),
role=row.get('role')
))
def deserialize_fix_columns(self, row: EntityRow) -> Dict[str, Any]:
return {
TopicDataColumnNames.ID.value:
row.get(TopicDataColumnNames.ID.value),
TopicDataColumnNames.TENANT_ID.value:
row.get(TopicDataColumnNames.TENANT_ID.value),
TopicDataColumnNames.INSERT_TIME.value:
row.get(TopicDataColumnNames.INSERT_TIME.value),
TopicDataColumnNames.UPDATE_TIME.value:
row.get(TopicDataColumnNames.UPDATE_TIME.value)
}
def deserialize(self, row: EntityRow) -> PipelineGraphic:
pipeline_graphic = PipelineGraphic(
pipelineGraphId=row.get('pipeline_graphic_id'),
name=row.get('name'),
topics=row.get('topics'),
createdAt=row.get('created_at'),
lastModifiedAt=row.get('last_modified_at'))
# noinspection PyTypeChecker
pipeline_graphic: PipelineGraphic = UserBasedTupleShaper.deserialize(
row, pipeline_graphic)
return pipeline_graphic
def deserialize(self, row: EntityRow) -> FactorIndex:
return FactorIndex(factorIndexId=row.get('factor_index_id'),
factorId=row.get('factor_id'),
factorType=row.get('factor_type'),
factorName=row.get('factor_name'),
factorLabel=row.get('factor_label'),
factorDescription=row.get('factor_description'),
topicId=row.get('topic_id'),
topicName=row.get('topic_name'),
tenantId=row.get('tenant_id'),
createdAt=row.get('created_at'),
lastModifiedAt=row.get('last_modified_at'))
def deserialize(self, row: EntityRow) -> ObjectiveAnalysis:
analysis = ObjectiveAnalysis(analysisId=row.get('analysis_id'),
title=row.get('title'),
description=row.get('description'),
perspectives=row.get('perspectives'))
# noinspection PyTypeChecker
analysis: ObjectiveAnalysis = UserBasedTupleShaper.deserialize(
row, analysis)
# noinspection PyTypeChecker
analysis: ObjectiveAnalysis = LastVisitShaper.deserialize(
row, analysis)
return analysis
def deserialize(self, row: EntityRow) -> Subject:
subject = Subject(subjectId=row.get('subject_id'),
name=row.get('name'),
connectId=row.get('connect_id'),
autoRefreshInterval=row.get('auto_refresh_interval'),
dataset=row.get('dataset'))
# noinspection PyTypeChecker
subject: Subject = AuditableShaper.deserialize(row, subject)
# noinspection PyTypeChecker
subject: Subject = UserBasedTupleShaper.deserialize(row, subject)
# noinspection PyTypeChecker
subject: Subject = LastVisitShaper.deserialize(row, subject)
return subject
def deserialize(self, row: EntityRow) -> LastSnapshot:
last_snapshot = LastSnapshot(
language=row.get('language'),
lastDashboardId=row.get('last_dashboard_id'),
adminDashboardId=row.get('admin_dashboard_id'),
favoritePin=row.get('favorite_pin'))
# noinspection PyTypeChecker
last_snapshot: LastSnapshot = UserBasedTupleShaper.deserialize(
row, last_snapshot)
# noinspection PyTypeChecker
last_snapshot: LastSnapshot = LastVisitShaper.deserialize(
row, last_snapshot)
return last_snapshot
def deserialize(self, row: EntityRow) -> TopicSnapshotJobLock:
return TopicSnapshotJobLock(lockId=row.get('lock_id'),
tenantId=row.get('tenant_id'),
schedulerId=row.get('scheduler_id'),
frequency=row.get('frequency'),
processDate=row.get('process_date'),
rowCount=row.get('row_count'),
status=row.get('status'),
userId=row.get('user_id'),
createdAt=row.get('created_at'))
def deserialize(self, row: EntityRow) -> PersonalAccessToken:
return PersonalAccessToken(patId=row.get('pat_id'),
token=row.get('token'),
userId=row.get('user_id'),
username=row.get('username'),
tenantId=row.get('tenant_id'),
note=row.get('note'),
expired=row.get('expired'),
permissions=row.get('permissions'),
createdAt=row.get('created_at'))
def deserialize(self, row: EntityRow) -> Dashboard:
dashboard = Dashboard(
dashboardId=row.get('dashboard_id'),
name=row.get('name'),
reports=row.get('reports'),
paragraphs=row.get('paragraphs'),
autoRefreshInterval=row.get('auto_refresh_interval'))
# noinspection PyTypeChecker
dashboard: Dashboard = AuditableShaper.deserialize(row, dashboard)
# noinspection PyTypeChecker
dashboard: Dashboard = UserBasedTupleShaper.deserialize(row, dashboard)
# noinspection PyTypeChecker
dashboard: Dashboard = LastVisitShaper.deserialize(row, dashboard)
return dashboard
def deserialize(self, row: EntityRow) -> ConnectedSpace:
connected_space = ConnectedSpace(connectId=row.get('connect_id'),
spaceId=row.get('space_id'),
name=row.get('name'),
isTemplate=row.get('is_template'))
# noinspection PyTypeChecker
connected_space: ConnectedSpace = AuditableShaper.deserialize(
row, connected_space)
# noinspection PyTypeChecker
connected_space: ConnectedSpace = UserBasedTupleShaper.deserialize(
row, connected_space)
# noinspection PyTypeChecker
connected_space: ConnectedSpace = LastVisitShaper.deserialize(
row, connected_space)
return connected_space
def deserialize(self, row: EntityRow) -> MonitorJobLock:
return MonitorJobLock(lockId=row.get('lock_id'),
tenantId=row.get('tenant_id'),
topicId=row.get('topic_id'),
frequency=row.get('frequency'),
processDate=row.get('process_date'),
status=row.get('status'),
userId=row.get('user_id'),
createdAt=row.get('created_at'))
def deserialize(self, row: EntityRow) -> MonitorRule:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
MonitorRule(ruleId=row.get('rule_id'),
code=row.get('code'),
grade=row.get('grade'),
severity=row.get('severity'),
topicId=row.get('topic_id'),
factorId=row.get('factor_id'),
params=row.get('params'),
enabled=row.get('enabled')))
def deserialize(self, row: EntityRow) -> EnumItem:
# noinspection PyTypeChecker
return EnumItem(itemId=row.get('item_id'),
code=row.get('code'),
label=row.get('label'),
parentCode=row.get('parent_code'),
replaceCode=row.get('replace_code'),
enumId=row.get('enum_id'),
tenantId=row.get('tenant_id'))
def deserialize(self, row: EntityRow) -> Pipeline:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(row, Pipeline(
pipelineId=row.get('pipeline_id'),
topicId=row.get('topic_id'),
name=row.get('name'),
type=row.get('type'),
conditional=row.get('prerequisite_enabled'),
on=row.get('prerequisite_on'),
stages=row.get('stages'),
enabled=row.get('enabled'),
validated=row.get('validated')
))
def deserialize(self, row: EntityRow) -> Catalog:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(row, Catalog(
catalogId=row.get('catalog_id'),
name=row.get('name'),
topicIds=row.get('topic_ids'),
techOwnerId=row.get('tech_owner_id'),
bizOwnerId=row.get('biz_owner_id'),
tags=row.get('tags'),
description=row.get('description')
))
def deserialize(self, row: EntityRow) -> UserGroup:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
UserGroup(userGroupId=row.get('user_group_id'),
name=row.get('name'),
description=row.get('description'),
userIds=row.get('user_ids'),
spaceIds=row.get('space_ids'),
indicatorIds=row.get('indicator_ids')))
def deserialize(self, row: EntityRow) -> DataSource:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
DataSource(dataSourceId=row.get('data_source_id'),
dataSourceCode=row.get('data_source_code'),
dataSourceType=row.get('data_source_type'),
host=row.get('host'),
port=row.get('port'),
username=row.get('username'),
password=row.get('password'),
name=row.get('name'),
url=row.get('url'),
params=row.get('params')))
def deserialize(self, row: EntityRow) -> Achievement:
achievement = Achievement(
achievementId=row.get('achievement_id'),
name=row.get('name'),
description=row.get('description'),
timeRangeType=row.get('time_range_type'),
timeRangeYear=row.get('time_range_year'),
timeRangeMonth=row.get('time_range_month'),
compareWithPreviousTimeRange=row.get('compare_with_prev_time_range'),
indicators=row.get('indicators')
)
# noinspection PyTypeChecker
achievement: Achievement = UserBasedTupleShaper.deserialize(row, achievement)
return achievement
def deserialize(self, row: EntityRow) -> Topic:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
Topic(topicId=row.get('topic_id'),
name=row.get('name'),
description=row.get('description'),
type=row.get('type'),
kind=row.get('kind'),
dataSourceId=row.get('data_source_id'),
factors=row.get('factors')))
def deserialize(self, row: EntityRow) -> Bucket:
# noinspection PyTypeChecker
return TupleShaper.deserialize_tenant_based(
row,
self.to_derived_bucket(
Bucket(
bucketId=row.get('bucket_id'),
name=row.get('name'),
type=row.get('type'),
include=row.get('include'),
measure=row.get('measure'),
enumId=row.get('enum_id'),
segments=row.get('segments'),
description=row.get('description'),
)))
def deserialize(self, row: EntityRow) -> Dict[str, Any]: data = self.deserialize_fix_columns(row) data[TopicDataColumnNames.RAW_TOPIC_DATA.value] = row.get(TopicDataColumnNames.RAW_TOPIC_DATA.value) ArrayHelper(self.get_mapper().get_column_names()).each(lambda x: self.deserialize_column(row, x, data)) return data