class LayoutSize(PythonModel):
@classmethod
def registry(cls):
return LayoutSizeProperty
@property
@LayoutSizeProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_string(value, 'id'))
def id(self):
return self.get('id')
@id.setter
@LayoutSizeProperty.setter()
def id(self, value):
self['id'] = value
@property
@LayoutSizeProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_integer(value, 'rows'),
default_value=DEFAULT_ROW_COUNT,
)
def rows(self):
return self.get('rows')
@rows.setter
@LayoutSizeProperty.setter()
def rows(self, value):
self['rows'] = value
@property
@LayoutSizeProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_integer(value, 'columns'),
default_value=DEFAULT_COLUMN_COUNT,
)
def columns(self):
return self.get('columns')
@columns.setter
@LayoutSizeProperty.setter()
def columns(self, value):
self['columns'] = value
class DashboardOptions(PythonModel):
@classmethod
def registry(cls):
return OptionsProperty
@property
@OptionsProperty.getter(
nullable=False,
default_value=DEFAULT_TITLE,
value_validate_function=lambda value: assert_string(value, 'title'),
)
def title(self):
return self.get('title')
@title.setter
@OptionsProperty.setter()
def title(self, value):
self['title'] = value
@property
@OptionsProperty.getter(
nullable=False,
default_value=DEFAULT_COLUMN_COUNT,
value_validate_function=lambda value: assert_integer(
value, 'column_count', MINIMUM_COLUMN_COUNT
),
)
def column_count(self):
return self.get('columnCount')
@column_count.setter
@OptionsProperty.setter()
def column_count(self, value):
self['columnCount'] = value
@property
@OptionsProperty.getter(
serialized_property_name='showDashboardFilterButton',
nullable=False,
default_value=DEFAULT_SHOW_FILTER_BUTTON,
value_validate_function=lambda value: assert_boolean(
value, 'show_filter_button'
),
)
def show_filter_button(self):
return self.get('showDashboardFilterButton')
@show_filter_button.setter
@OptionsProperty.setter()
def show_filter_button(self, value):
self['showDashboardFilterButton'] = value
class LayoutItem(PythonModel):
@classmethod
def registry(cls):
return LayoutItemProperty
# TODO(vedant) - Come up with a proper structure for frontEndSelections
# and/or filterModalSelections. Get rid of one of them since they have a
# very similar structure.
@property
@LayoutItemProperty.getter(
nullable=False,
default_value=lambda: [],
value_validate_function=lambda value: assert_non_string_iterable(
value, 'custom_fields', validate_custom_field),
)
def custom_fields(self):
return self.get('customFields')
@custom_fields.setter
@LayoutItemProperty.setter(
value_parser_function=lambda custom_field_objects: [
CustomField(custom_field_object)
for custom_field_object in custom_field_objects
])
def custom_fields(self, value):
self['customFields'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
default_value=lambda: {},
value_validate_function=lambda value: assert_mapping(
value, 'filter_modal_selections'),
)
def filter_modal_selections(self):
return self.get('filterModalSelections')
@filter_modal_selections.setter
@LayoutItemProperty.setter()
def filter_modal_selections(self, value):
self['filterModalSelections'] = value
@property
@LayoutItemProperty.getter(
serialized_property_name='frontendSelectionsFilter',
nullable=False,
default_value=lambda: {},
value_validate_function=lambda value: assert_mapping(
value, 'front_end_selections_filter'),
)
def front_end_selections_filter(self):
return self.get('frontendSelectionsFilter')
@front_end_selections_filter.setter
@LayoutItemProperty.setter()
def front_end_selections_filter(self, value):
self['frontendSelectionsFilter'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_string(value, 'id'))
def id(self):
return self.get('id')
@id.setter
@LayoutItemProperty.setter()
def id(self, value):
self['id'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_string(value, 'query_id'),
)
def query_id(self):
return self.get('queryId')
@query_id.setter
@LayoutItemProperty.setter()
def query_id(self, value):
self['queryId'] = value
@property
@LayoutItemProperty.getter(
value_validate_function=lambda value: assert_string(value, 'name'))
def name(self):
return self.get('name')
@name.setter
@LayoutItemProperty.setter()
def name(self, value):
self['name'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
default_value=DEFAULT_IS_ADVANCED_QUERY_ITEM,
value_validate_function=lambda value: assert_boolean(
value, 'is_advanced_query_item'),
)
def is_advanced_query_item(self):
return self.get('isAdvancedQueryItem')
@is_advanced_query_item.setter
@LayoutItemProperty.setter()
def is_advanced_query_item(self, value):
self['isAdvancedQueryItem'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
default_value=DEFAULT_IS_LOCKED,
value_validate_function=lambda value: assert_boolean(
value, 'is_locked'),
)
def is_locked(self):
return self.get('isLocked')
@is_locked.setter
@LayoutItemProperty.setter()
def is_locked(self, value):
self['isLocked'] = value
@property
@LayoutItemProperty.getter(value_validate_function=lambda value:
assert_string(value, 'setting_id'))
def setting_id(self):
return self.get('settingId')
@setting_id.setter
@LayoutItemProperty.setter()
def setting_id(self, value):
self['settingId'] = value
@property
@LayoutItemProperty.getter(
serialized_property_name='type',
nullable=False,
value_validate_function=lambda value: assert_type(
value, VisualizationType, argument_name='item_type'),
value_formatter_function=lambda value: value.name,
)
def item_type(self):
return self.get('type')
@item_type.setter
@LayoutItemProperty.setter(
value_parser_function=deserialize_visualization_type)
def item_type(self, value):
self['type'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_integer(
value, 'upper_x', lower_bound=UPPER_X_LOWER_BOUND),
)
def upper_x(self):
return self.get('upperX')
@upper_x.setter
@LayoutItemProperty.setter()
def upper_x(self, value):
self['upperX'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_integer(
value, 'upper_x', lower_bound=UPPER_Y_LOWER_BOUND),
)
def upper_y(self):
return self.get('upperY')
@upper_y.setter
@LayoutItemProperty.setter()
def upper_y(self, value):
self['upperY'] = value
@property
@LayoutItemProperty.getter(
nullable=False,
value_validate_function=lambda value: assert_string(value, 'size_id'),
)
def size_id(self):
return self.get('sizeId')
@size_id.setter
@LayoutItemProperty.setter()
def size_id(self, value):
self['sizeId'] = value
class HeatTileSettings(PythonModel):
@classmethod
def registry(cls):
return HeatTileProperty
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_HEAT_TILE_DIVERGENT_COLORATION,
value_validate_function=lambda value: assert_boolean(
value, 'divergent_coloration'),
)
def divergent_coloration(self):
return self.get('divergentColoration')
@divergent_coloration.setter
@HeatTileProperty.setter()
def divergent_coloration(self, value):
self['divergentColoration'] = value
@property
@HeatTileProperty.getter(
serialized_property_name='firstYaxisSelections',
nullable=False,
default_value=lambda: [],
value_validate_function=lambda value: assert_non_string_iterable(
value, 'first_y_axis_selections', string_type_validator),
)
def first_y_axis_selections(self):
return self.get('firstYaxisSelections')
@first_y_axis_selections.setter
@HeatTileProperty.setter()
def first_y_axis_selections(self, value):
self['firstYaxisSelections'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_HEAT_TILE_INVERT_COLORATION,
value_validate_function=lambda value: assert_boolean(
value, 'invert_coloration'),
)
def invert_coloration(self):
return self.get('invertColoration')
@invert_coloration.setter
@HeatTileProperty.setter()
def invert_coloration(self, value):
self['invertColoration'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_HEAT_TILE_LOG_SCALING,
value_validate_function=lambda value: assert_boolean(
value, 'log_scaling'),
)
def log_scaling(self):
return self.get('logScaling')
@log_scaling.setter
@HeatTileProperty.setter()
def log_scaling(self, value):
self['logScaling'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEAFULT_HEAT_TILE_RESULT_LIMIT,
value_validate_function=lambda value: assert_integer(
value, 'result_limit'),
)
def result_limit(self):
return self.get('resultLimit')
@result_limit.setter
@HeatTileProperty.setter()
def result_limit(self, value):
self['resultLimit'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(
value, 'selected_field'),
)
def selected_field(self):
return self.get('selectedField')
@selected_field.setter
@HeatTileProperty.setter()
def selected_field(self, value):
self['selectedField'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_HEAT_TILE_TIME_ON_Y_AXIS,
value_validate_function=lambda value: assert_boolean(
value, 'show_time_on_y_axis'),
)
def show_time_on_y_axis(self):
return self.get('showTimeOnYAxis')
@show_time_on_y_axis.setter
@HeatTileProperty.setter()
def show_time_on_y_axis(self, value):
self['showTimeOnYAxis'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_HEAT_TILE_SORT_ORDER,
value_validate_function=lambda value: assert_enum(
value, SortOrder, 'SortOrder', 'sort_order'),
value_formatter_function=serialize_sort_order,
)
def sort_order(self):
return self.get('sortOrder')
@sort_order.setter
@HeatTileProperty.setter(value_parser_function=deserialize_sort_order)
def sort_order(self, value):
self['sortOrder'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'sort_on'),
)
def sort_on(self):
return self.get('sortOn')
@sort_on.setter
@HeatTileProperty.setter()
def sort_on(self, value):
self['sortOn'] = value
@property
@HeatTileProperty.getter(
nullable=False,
default_value=DEFAULT_HEAT_TILE_USE_ETHIOPIAN_DATES,
value_validate_function=lambda value: assert_boolean(
value, 'use_ethopian_dates'),
)
def use_ethiopian_dates(self):
return self.get('useEthiopianDates')
@use_ethiopian_dates.setter
@HeatTileProperty.setter()
def use_ethiopian_dates(self, value):
self['useEthiopianDates'] = value
class BumpChartSettings(PythonModel):
@classmethod
def registry(cls):
return BumpChartProperty
@property
@BumpChartProperty.getter(
nullable=False,
default_value=DEFAULT_BUMP_CHART_RESULT_LIMIT,
value_validate_function=lambda value: assert_integer(
value, 'result_limit'),
)
def result_limit(self):
return self.get('resultLimit')
@result_limit.setter
@BumpChartProperty.setter()
def result_limit(self, value):
self['resultLimit'] = value
@property
@BumpChartProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(
value, 'selected_field'),
)
def selected_field(self):
return self.get('selectedField')
@selected_field.setter
@BumpChartProperty.setter()
def selected_field(self, value):
self['selectedField'] = value
@property
@BumpChartProperty.getter(
nullable=False,
default_value=lambda: {},
value_validate_function=lambda value: assert_mapping(
value, 'selected_keys', string_to_integer_kv_validator),
)
def selected_keys(self):
return self.get('selectedKeys')
@selected_keys.setter
@BumpChartProperty.setter()
def selected_keys(self, value):
self['selectedKeys'] = value
@property
@BumpChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_SORT_ORDER,
value_validate_function=lambda value: assert_enum(
value, SortOrder, 'SortOrder', 'sort_order'),
value_formatter_function=serialize_sort_order,
)
def sort_order(self):
return self.get('sortOrder')
@sort_order.setter
@BumpChartProperty.setter(value_parser_function=deserialize_sort_order)
def sort_order(self, value):
self['sortOrder'] = value
@property
@BumpChartProperty.getter(
nullable=False,
default_value=DEFAULT_BUMP_CHART_THEME,
value_validate_function=lambda value: assert_enum(
value, BumpChartTheme, 'BumpChartTheme', 'theme'),
value_formatter_function=lambda value: value.name.lower(),
)
def theme(self):
return self.get('theme')
@theme.setter
@BumpChartProperty.setter(
value_parser_function=deserialize_bump_chart_theme)
def theme(self, value):
self['theme'] = value
@property
@BumpChartProperty.getter(
nullable=False,
default_value=DEFAULT_BUMP_CHART_USE_ETHIOPIAN_DATES,
value_validate_function=lambda value: assert_boolean(
value, 'use_ethopian_dates'),
)
def use_ethiopian_dates(self):
return self.get('useEthiopianDates')
@use_ethiopian_dates.setter
@BumpChartProperty.setter()
def use_ethiopian_dates(self, value):
self['useEthiopianDates'] = value
class BubbleChartSettings(PythonModel):
@classmethod
def registry(cls):
return BubbleChartProperty
@property
@BubbleChartProperty.getter(
nullable=False,
default_value=DEFAULT_BUBBLE_CHART_LINEAR_FIT,
value_validate_function=lambda value: assert_boolean(
value, 'linear_fit'),
)
def linear_fit(self):
return self.get('linearFit')
@linear_fit.setter
@BubbleChartProperty.setter()
def linear_fit(self, value):
self['linearFit'] = value
@property
@BubbleChartProperty.getter(
nullable=False,
default_value=DEFAULT_BUBBLE_CHART_RESULT_LIMIT,
value_validate_function=lambda value: assert_integer(
value, 'result_limit'),
)
def result_limit(self):
return self.get('resultLimit')
@result_limit.setter
@BubbleChartProperty.setter()
def result_limit(self, value):
self['resultLimit'] = value
@property
@BubbleChartProperty.getter(
nullable=False,
default_value=DEFAULT_BUBBLE_CHART_SHOW_LEGEND,
value_validate_function=lambda value: assert_boolean(
value, 'show_legend'),
)
def show_legend(self):
return self.get('showLegend')
@show_legend.setter
@BubbleChartProperty.setter()
def show_legend(self, value):
self['showLegend'] = value
@property
@BubbleChartProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'x_axis'),
)
def x_axis(self):
return self.get('xAxis')
@x_axis.setter
@BubbleChartProperty.setter()
def x_axis(self, value):
self['xAxis'] = value
@property
@BubbleChartProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'y_axis'),
)
def y_axis(self):
return self.get('yAxis')
@y_axis.setter
@BubbleChartProperty.setter()
def y_axis(self, value):
self['yAxis'] = value
@property
@BubbleChartProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'z_axis'),
)
def z_axis(self):
return self.get('zAxis')
@z_axis.setter
@BubbleChartProperty.setter()
def z_axis(self, value):
self['zAxis'] = value
class BarChartSettings(PythonModel):
@classmethod
def registry(cls):
return BarChartProperty
@property
@BarChartProperty.getter(
nullable=False,
default_value=lambda: {},
value_validate_function=lambda value: assert_mapping(
value, 'disabled_fields', string_to_integer_kv_validator),
)
def disabled_fields(self):
return self.get('disabledFields')
@disabled_fields.setter
@BarChartProperty.setter()
def disabled_fields(self, value):
self['disabledFields'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_RESULT_LIMIT,
value_validate_function=lambda value: assert_integer(
value, 'result_limit'),
)
def result_limit(self):
return self.get('resultLimit')
@result_limit.setter
@BarChartProperty.setter()
def result_limit(self, value):
self['resultLimit'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_SORT_ORDER,
value_validate_function=lambda value: assert_enum(
value, SortOrder, 'SortOrder', 'sort_order'),
value_formatter_function=serialize_sort_order,
)
def sort_order(self):
return self.get('sortOrder')
@sort_order.setter
@BarChartProperty.setter(value_parser_function=deserialize_sort_order)
def sort_order(self, value):
self['sortOrder'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'sort_on'),
)
def sort_on(self):
return self.get('sortOn')
@sort_on.setter
@BarChartProperty.setter()
def sort_on(self, value):
self['sortOn'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_STACK_BARS,
value_validate_function=lambda value: assert_boolean(
value, 'stack_bars'),
)
def stack_bars(self):
return self.get('stackBars')
@stack_bars.setter
@BarChartProperty.setter()
def stack_bars(self, value):
self['stackBars'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_Y2_LINE_GRAPH,
value_validate_function=lambda value: assert_boolean(
value, 'y2_line_graph'),
)
def y2_line_graph(self):
return self.get('y2LineGraph')
@y2_line_graph.setter
@BarChartProperty.setter()
def y2_line_graph(self, value):
self['y2LineGraph'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_X_TICK_FORMAT,
value_validate_function=lambda value: assert_string(
value, 'x_tick_format'),
)
def x_tick_format(self):
return self.get('xTickFormat')
@x_tick_format.setter
@BarChartProperty.setter()
def x_tick_format(self, value):
self['xTickFormat'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_REMOVE_BAR_SPACING,
value_validate_function=lambda value: assert_boolean(
value, 'remove_bar_spacing'),
)
def remove_bar_spacing(self):
return self.get('removeBarSpacing')
@remove_bar_spacing.setter
@BarChartProperty.setter()
def remove_bar_spacing(self, value):
self['removeBarSpacing'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_ROTATE_X_AXIS_LABELS,
value_validate_function=lambda value: assert_boolean(
value, 'rotate_x_axis_labels'),
)
def rotate_x_axis_labels(self):
return self.get('rotateXAxisLabels')
@rotate_x_axis_labels.setter
@BarChartProperty.setter()
def rotate_x_axis_labels(self, value):
self['rotateXAxisLabels'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_ROTATE_DATA_VALUE_LABELS,
value_validate_function=lambda value: assert_boolean(
value, 'rotate_data_value_labels'),
)
def rotate_data_value_labels(self):
return self.get('rotateDataValueLabels')
@rotate_data_value_labels.setter
@BarChartProperty.setter()
def rotate_data_value_labels(self, value):
self['rotateDataValueLabels'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_HIDE_GRIDLINES,
value_validate_function=lambda value: assert_boolean(
value, 'hide_grid_lines'),
)
def hide_grid_lines(self):
return self.get('hideGridLines')
@hide_grid_lines.setter
@BarChartProperty.setter()
def hide_grid_lines(self, value):
self['hideGridLines'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_HIDE_DATA_VALUE_ZEROS,
value_validate_function=lambda value: assert_boolean(
value, 'hide_data_value_zeros'),
)
def hide_data_value_zeros(self):
return self.get('hideDataValueZeros')
@hide_data_value_zeros.setter
@BarChartProperty.setter()
def hide_data_value_zeros(self, value):
self['hideDataValueZeros'] = value
class TimeSeriesSettings(PythonModel):
@classmethod
def registry(cls):
return TimeSeriesProperty
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_USE_BUCKET_MEAN,
value_validate_function=lambda value: assert_boolean(
value, 'bucket_mean'),
)
def bucket_mean(self):
return self.get('bucketMean')
@bucket_mean.setter
@TimeSeriesProperty.setter()
def bucket_mean(self, value):
self['bucketMean'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=TimeSeriesBucket.MONTH,
value_validate_function=lambda value: assert_enum(
value, TimeSeriesBucket, 'TimeSeriesBucket', 'bucket_type'),
value_formatter_function=lambda value: value.name,
)
def bucket_type(self):
return self.get('bucketType')
@bucket_type.setter
@TimeSeriesProperty.setter(value_parser_function=deserialize_bucket_type)
def bucket_type(self, value):
self['bucketType'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_LOG_SCALING,
value_validate_function=lambda value: assert_boolean(
value, 'log_scaling'),
)
def log_scaling(self):
return self.get('logScaling')
@log_scaling.setter
@TimeSeriesProperty.setter()
def log_scaling(self, value):
self['logScaling'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_RESULT_LIMIT,
value_validate_function=lambda value: assert_integer(
value, 'result_limit'),
)
def result_limit(self):
return self.get('resultLimit')
@result_limit.setter
@TimeSeriesProperty.setter()
def result_limit(self, value):
self['resultLimit'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_SORT_ORDER,
value_validate_function=lambda value: assert_enum(
value, SortOrder, 'SortOrder', 'sort_order'),
value_formatter_function=serialize_sort_order,
)
def sort_order(self):
return self.get('sortOrder')
@sort_order.setter
@TimeSeriesProperty.setter(value_parser_function=deserialize_sort_order)
def sort_order(self, value):
self['sortOrder'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'sort_on'),
)
def sort_on(self):
return self.get('sortOn')
@sort_on.setter
@TimeSeriesProperty.setter()
def sort_on(self, value):
self['sortOn'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_USE_ETHIOPIAN_DATES,
value_validate_function=lambda value: assert_boolean(
value, 'use_ethopian_dates'),
)
def use_ethiopian_dates(self):
return self.get('useEthiopianDates')
@use_ethiopian_dates.setter
@TimeSeriesProperty.setter()
def use_ethiopian_dates(self, value):
self['useEthiopianDates'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_SHOW_DATA_LABELS,
value_validate_function=lambda value: assert_boolean(
value, 'show_data_labels'),
)
def show_data_labels(self):
return self.get('showDataLabels')
@show_data_labels.setter
@TimeSeriesProperty.setter()
def show_data_labels(self, value):
self['showDataLabels'] = value
@property
@TimeSeriesProperty.getter(
nullable=False,
default_value=DEFAULT_TIME_SERIES_ROTATE_LABELS,
value_validate_function=lambda value: assert_boolean(
value, 'rotate_labels'),
)
def rotate_labels(self):
return self.get('rotateLabels')
@rotate_labels.setter
@TimeSeriesProperty.setter()
def rotate_labels(self, value):
self['rotateLabels'] = value
class BarChartSettings(PythonModel):
@classmethod
def registry(cls):
return BarChartProperty
@property
@BarChartProperty.getter(
nullable=False,
default_value=lambda: {},
value_validate_function=lambda value: assert_mapping(
value, 'disabled_fields', string_to_integer_kv_validator),
)
def disabled_fields(self):
return self.get('disabledFields')
@disabled_fields.setter
@BarChartProperty.setter()
def disabled_fields(self, value):
self['disabledFields'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_RESULT_LIMIT,
value_validate_function=lambda value: assert_integer(
value, 'result_limit'),
)
def result_limit(self):
return self.get('resultLimit')
@result_limit.setter
@BarChartProperty.setter()
def result_limit(self, value):
self['resultLimit'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_SORT_ORDER,
value_validate_function=lambda value: assert_enum(
value, SortOrder, 'SortOrder', 'sort_order'),
value_formatter_function=serialize_sort_order,
)
def sort_order(self):
return self.get('sortOrder')
@sort_order.setter
@BarChartProperty.setter(value_parser_function=deserialize_sort_order)
def sort_order(self, value):
self['sortOrder'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_SELECTED_FIELD,
value_validate_function=lambda value: assert_string(value, 'sort_on'),
)
def sort_on(self):
return self.get('sortOn')
@sort_on.setter
@BarChartProperty.setter()
def sort_on(self, value):
self['sortOn'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_STACK_BARS,
value_validate_function=lambda value: assert_boolean(
value, 'stack_bars'),
)
def stack_bars(self):
return self.get('stackBars')
@stack_bars.setter
@BarChartProperty.setter()
def stack_bars(self, value):
self['stackBars'] = value
@property
@BarChartProperty.getter(
nullable=False,
default_value=DEFAULT_BAR_CHART_Y2_LINE_GRAPH,
value_validate_function=lambda value: assert_boolean(
value, 'y2_line_graph'),
)
def y2_line_graph(self):
return self.get('y2LineGraph')
@y2_line_graph.setter
@BarChartProperty.setter()
def y2_line_graph(self, value):
self['y2LineGraph'] = value
