def detail(self, i_format):
"""See :meth:`.Data_Handler.BaseDetailer.detail`"""
assert isinstance(i_format, dict)
# Extract the DictHandlerKey_Attr data
dict_attrs = i_format.get(DictHandlerKey_Attr, [])
try:
assert isinstance(dict_attrs, list)
except Exception:
raise RuntimeError(
'Dictionary contains "DictHandlerKey_Attr" key but the value is not list.'
+ '\n'
' ' + 'DictHandlerKey_Attr : ' + '\n' (' ' * 2) +
str(dict_attrs))
# Extract the DictHandlerKey_Choice data
dict_choices = i_format.get(DictHandlerKey_Choice, {})
try:
assert isinstance(dict_choices, dict)
except Exception:
raise RuntimeError(
'Dictionary contains "DictHandlerKey_Choice" key but the value is not dict.'
+ '\n'
' ' + 'DictHandlerKey_Choice : ' + '\n' (' ' * 2) +
str(dict_choices))
# Create a detail object
detail = DataDetail(DataType.Complex, self.data_handler, i_format)
detail.children = {}
# Check if the i_value is optional
if DictHandlerAttr_Optional in dict_attrs:
detail.is_optional = True
i_format_key = None
# Encapsulate the entire object to append the name of the tag being
# normalized in any exceptions that are thrown.
try:
# Loop over the available choice groups
# TODO: Figure out what to do with complex choices
# Go over the mandatory attributes
for i_format_key, i_format_value in i_format.items():
if i_format_key in _DictHandlerKeysList:
continue
# Ensure the structure data is of correct type
assert isinstance(i_format_key, str)
# Update the value using the normalized value
detail.children[i_format_key] = self.generic_detail(
i_format_value)
except Exception as e:
raise type(e), type(e)(('' if i_format_key is None else (
i_format_key + '->')) + str(e)), sys.exc_info()[2]
return detail
def detail(self, i_format):
"""See :meth:`.Data_Handler.BaseDetailer.detail`"""
assert isinstance(i_format, list)
detail = DataDetail(DataType.List, self.data_handler, i_format)
detail.children = []
for element in i_format:
detail.children.append(self.generic_detail(element))
return detail