def to_dict(self, **options):
"""Return dictionary representation of the dimension"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("default_hierarchy_name", self.default_hierarchy_name)
levels_dict = {}
for level in self.levels:
levels_dict[level.name] = level.to_dict(**options)
out["levels"] = levels_dict
hier_dict = {}
for hier in self.hierarchies.values():
hier_dict[hier.name] = hier.to_dict(**options)
out["hierarchies"] = hier_dict
# Use only for reading, during initialization these keys are ignored, as they are derived
# They are provided here for convenience.
out["is_flat"] = self.is_flat
out["has_details"] = self.has_details
# * levels: list of dimension levels (see: :class:`brewery.cubes.Level`)
# * hierarchies: list of dimension hierarchies
return out
def to_dict(self, **options):
"""Convert to dictionary"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("levels", self._levels.keys())
return out
def to_dict(self):
"""Convert to dictionary"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("levels", self.level_names)
return out
def to_dict(self):
"""Return dict representation of the dimension"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("default_hierarchy_name", self.default_hierarchy_name)
levels_dict = {}
for level in self.levels:
levels_dict[level.name] = level.to_dict()
out["levels"] = levels_dict
hier_dict = {}
for hier in self.hierarchies.values():
hier_dict[hier.name] = hier.to_dict()
out["hierarchies"] = hier_dict
# * levels: list of dimension levels (see: :class:`brewery.cubes.Level`)
# * hierarchies: list of dimension hierarchies
return out
def to_dict(self, expand_dimensions = False, with_mappings = True, **options):
"""Convert to dictionary
Options:
* `expand_dimensions` - if set to True then fully expand dimension information
"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
array = []
for attr in self.measures:
array.append(attr.to_dict())
out.setnoempty("measures", array)
array = []
for attr in self.details:
array.append(attr.to_dict())
out.setnoempty("details", array)
if expand_dimensions:
dims = [dim.to_dict(**options) for dim in self.dimensions]
else:
dims = [dim.name for dim in self.dimensions]
out.setnoempty("dimensions", dims)
if with_mappings:
out.setnoempty("mappings", self.mappings)
out.setnoempty("fact", self.fact)
out.setnoempty("joins", self.joins)
out.setnoempty("key", self.key)
return out
def to_dict(self, **options):
"""Return dictionary representation of the model. All object references within the dictionary are
name based
Options:
* `expand_dimensions` - if set to True then fully expand dimension information in cubes
* `full_attribute_names` - if set to True then attribute names will be written as
``dimension_name.attribute_name``
"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("description", self.description)
dims = {}
for dim in self._dimensions.values():
dims[dim.name] = dim.to_dict(**options)
out.setnoempty("dimensions", dims)
cubes = {}
for cube in self.cubes.values():
cubes[cube.name] = cube.to_dict(**options)
out.setnoempty("cubes", cubes)
return out
def to_dict(self, full_attribute_names = False, **options):
"""Convert to dictionary"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("missing_key_value", self.null_value)
dimname = self.dimension.name
key_name = str(self.key)
if full_attribute_names:
out.setnoempty("key", dimname + "." + key_name)
else:
out.setnoempty("key", key_name)
array = []
for attr in self.attributes:
array.append(attr.to_dict(dimension = self.dimension, **options))
out.setnoempty("attributes", array)
out.setnoempty("label_attribute", self._label_attribute)
return out
def to_dict(self):
"""Convert to dictionary"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("key", self.key)
out.setnoempty("attributes", self.attributes)
out.setnoempty("label_attribute", self.label_attribute)
return out
def to_dict(self):
"""Convert to dictionary"""
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("measures", self.measures)
dims = [dim.name for dim in self.dimensions]
# Give sorted list so we can nicely compare dictionaries
out.setnoempty("dimensions", dims.sort())
out.setnoempty("mappings", self.mappings)
out.setnoempty("fact", self.fact)
out.setnoempty("joins", self.joins)
return out
def to_dict(self):
"""Return dictionary representation of the model. All object references within the dictionary are
name based"""
def add_value(d, key, value):
if value:
d[key] = value
out = IgnoringDictionary()
out.setnoempty("name", self.name)
out.setnoempty("label", self.label)
out.setnoempty("description", self.description)
dims = {}
for dim in self.dimensions:
dims[dim.name] = dim.to_dict()
out.setnoempty("dimensions", dims)
cubes = {}
for cube in self.cubes.values():
cubes[cube.name] = cube.to_dict()
out.setnoempty("cubes", cubes)
return out
