class AnalysisParams(PaginatedMixin, SortableMixin, Model):
class Options:
serialize_when_none = False
id = StringType(required=True)
date = ModelType(DateTimeRange)
initiated = ModelType(DateTimeRange)
completed = ModelType(DateTimeRange)
within = StringListType(StringModelType(Area), separator="+")
significance = FloatType(min_value=0, max_value=100)
place = ModelType(Place)
class Event(Model):
class Options:
serialize_when_none = True
id = StringType()
title = StringType()
description = StringType()
start = DateTimeType()
end = DateTimeType()
timezone = StringType()
duration = IntType()
category = StringType()
labels = ListType(StringType())
country = StringType()
rank = IntType()
# `local_rank`, `aviation_rank`, and `phq_attendance` are paid features.
# They will only show up in your response body if you
# have subscribed to them.
local_rank = IntType()
aviation_rank = IntType()
phq_attendance = IntType()
entities = ListType(ModelType(Entities))
location = GeoJSONPointType()
place_hierarchies = ListType(ListType(StringType()))
scope = StringType()
relevance = FloatType()
state = StringType()
first_seen = DateTimeType()
updated = DateTimeType()
deleted_reason = StringType()
duplicate_of_id = StringType()
class Event(Model):
class Options:
serialize_when_none = True
id = StringType()
title = StringType()
description = StringType()
start = DateTimeType()
end = DateTimeType()
timezone = StringType()
duration = IntType()
category = StringType()
labels = ListType(StringType())
country = StringType()
rank = IntType()
local_rank = IntType()
entities = ListType(ModelType(Entities))
location = GeoJSONPointType()
place_hierarchies = ListType(ListType(StringType()))
scope = StringType()
relevance = FloatType()
state = StringType()
first_seen = DateTimeType()
updated = DateTimeType()
deleted_reason = StringType()
duplicate_of_id = StringType()
class Account(Model):
id = StringType()
name = StringType()
description = StringType()
industry = ModelType(Industry)
created_at = DateTimeType()
updated_at = DateTimeType()
class CalendarDay(Model):
date = DateType()
count = IntType()
top_rank = FloatType()
rank_levels = DictType(IntType)
categories = DictType(IntType)
labels = DictType(IntType)
top_events = ModelType(EventResultSet)
class Signal(Model):
class Options:
serialize_when_none = True
roles = {
"create": whitelist("name", "country", "dimensions"),
"update": blacklist("created_at", "updated_at")
}
id = StringType()
name = StringType(required=True)
country = StringType(max_length=2, min_length=2, required=True)
dimensions = ListType(ModelType(Dimension), default=[])
created_at = DateTimeType()
updated_at = DateTimeType()
def add_dimension(self, dimension_name, dimension_type):
self.dimensions.append(
Dimension({
"name": dimension_name,
"type": dimension_type
}))
def remove_dimension(self, dimension_name):
self.dimensions = [
dimension for dimension in self.dimensions
if dimension.name != dimension_name
]
def save(self, endpoint=None):
if endpoint is not None:
self._endpoint = endpoint
if self.id:
return self._endpoint.update(self)
else:
return self._endpoint.create(self)
def delete(self):
self._endpoint.delete(id=self.id)
def sink(self, data_points, chunk_size=1000):
return self._endpoint.sink(id=self.id,
data_points=data_points,
chunk_size=chunk_size)
def summary(self):
return self._endpoint.dimensions(id=self.id)
def analysis(self, **params):
return self._endpoint.analysis(id=self.id, **params)
class ImpactParams(SearchParams):
top_events = ModelType(TopEventsSearchParams)
impact_rank = StringType(choices=('rank', 'aviation_rank'))
class CalendarParams(SearchParams):
top_events = ModelType(TopEventsSearchParams)
class SearchParams(PaginatedMixin, SortableMixin, Model):
class Options:
serialize_when_none = False
id = ListType(StringType)
q = StringType()
label = ListType(StringType)
category = ListType(StringType)
start = ModelType(DateTimeRange)
start_around = ModelType(DateAround)
end = ModelType(DateTimeRange)
end_around = ModelType(DateAround)
active = ModelType(DateTimeRange)
updated = ModelType(DateTimeRange)
state = StringType(choices=('active', 'deleted'))
deleted_reason = StringType(choices=('cancelled', 'duplicate', 'invalid',
'postponed'))
rank = ModelType(IntRange)
rank_level = ListType(IntType(min_value=1, max_value=5))
# `local_rank`, `aviation_rank`, and `phq_attendance` are paid features.
# If you haven't subscribed to a paid feature, using it as a
# search param will have no effect on your search results.
local_rank = ModelType(IntRange)
local_rank_level = ListType(IntType(min_value=1, max_value=5))
aviation_rank = ModelType(IntRange)
aviation_rank_level = ListType(IntType(min_value=1, max_value=5))
phq_attendance = ModelType(IntRange)
country = ListType(StringType)
location_around = ModelType(LocationAround)
within = StringListType(StringModelType(Area), separator="+")
place = ModelType(Place)
relevance = ListType(StringType)
brand_unsafe = ModelType(BrandUnsafe)
entity = ModelType(Entity)
class SearchParams(PaginatedMixin, SortableMixin, Model):
class Options:
serialize_when_none = False
id = ListType(StringType)
q = StringType()
label = ListType(StringType)
category = ListType(StringType)
start = ModelType(DateTimeRange)
start_around = ModelType(DateAround)
end = ModelType(DateTimeRange)
end_around = ModelType(DateAround)
active = ModelType(DateTimeRange)
updated = ModelType(DateTimeRange)
state = StringType(choices=('active', 'deleted'))
local_rank_level = ListType(IntType(min_value=1, max_value=5))
local_rank = ModelType(IntRange)
rank_level = ListType(IntType(min_value=1, max_value=5))
rank = ModelType(IntRange)
country = ListType(StringType)
location_around = ModelType(LocationAround)
within = StringListType(StringModelType(Area), separator="+")
place = ModelType(Place)
signal = ModelType(Signal)
relevance = ListType(StringType)
class CalendarParams(SearchParams):
top_events = ModelType(TopEventsSearchParams)
view = StringType(choices=('active', 'start'))
class DailyAnalysis(Model):
date = DateType()
demand = ModelType(CountAnalysisComponent)
lead = ModelType(MeanAnalysisComponent)
span = ModelType(MeanAnalysisComponent)
class Dimensions(Model):
date = ModelType(DateDimension)
initiated = ModelType(DateDimension)
completed = ModelType(DateDimension)
location = ModelType(GeoDimension)
class CategoryDimension(Model):
type = StringType()
options = ListType(ModelType(CategoryDimensionComponent))
class SignalDataPoints(Model):
id = StringType(required=True)
data_points = ListType(ModelType(DataPoint), required=True)
chunk_size = IntType(default=1000, max_value=5000, required=True)
