def from_dict(cls, view_as_dict: Dict, cube_name: str = None) -> 'NativeView':
titles, columns, rows = [], [], []
for selection in view_as_dict['Titles']:
if selection['Subset']['Name'] == '':
subset = AnonymousSubset.from_dict(selection['Subset'])
else:
subset = Subset.from_dict(selection['Subset'])
selected = selection['Selected']['Name'] if selection['Selected'] else ""
titles.append(ViewTitleSelection(dimension_name=subset.dimension_name,
subset=subset, selected=selected))
for i, axe in enumerate([view_as_dict['Columns'], view_as_dict['Rows']]):
for selection in axe:
if selection['Subset']['Name'] == '':
subset = AnonymousSubset.from_dict(selection['Subset'])
else:
subset = Subset.from_dict(selection['Subset'])
axis_selection = ViewAxisSelection(dimension_name=subset.dimension_name,
subset=subset)
columns.append(axis_selection) if i == 0 else rows.append(axis_selection)
return cls(
cube_name=view_as_dict["@odata.context"][20:view_as_dict["@odata.context"].find("')/")]
if not cube_name else cube_name,
view_name=view_as_dict['Name'],
suppress_empty_columns=view_as_dict['SuppressEmptyColumns'],
suppress_empty_rows=view_as_dict['SuppressEmptyRows'],
format_string=view_as_dict['FormatString'],
titles=titles,
columns=columns,
rows=rows)
def substitute_title(self, dimension: str, element: str):
for title in self._titles:
if case_and_space_insensitive_equals(title.dimension_name,
dimension):
title._subset = AnonymousSubset(dimension,
dimension,
elements=[element])
title._selected = element
return
raise ValueError(f"Dimension '{dimension}' not found in titles")