def generate_from_case_export_instance(export_instance, output_file):
assert isinstance(export_instance, CaseExportInstance)
if not export_instance.selected_tables:
raise DETConfigError(
_('No Tables found in Export {name}').format(
name=export_instance.name))
main_input_table = export_instance.selected_tables[0]
main_output_table = DETTable(
name=main_input_table.label,
source='case',
filter_name='type',
filter_value=export_instance.case_type,
rows=[],
)
output = DETConfig(name=export_instance.name, tables=[main_output_table])
dd_property_types_by_name = _get_dd_property_types(
export_instance.domain, export_instance.case_type)
helper = CaseDETSchemaHelper(dd_property_types=dd_property_types_by_name)
main_output_table.rows.append(DETRow(source_field='domain',
field='domain'))
_add_rows_for_table(main_input_table, main_output_table, helper=helper)
_add_id_row_if_necessary(main_output_table, CASE_ID_SOURCE)
# todo: add rows for other tables
output.export_to_file(output_file)
def generate_from_form_export_instance(export_instance, output_file):
assert isinstance(export_instance, FormExportInstance)
if not export_instance.selected_tables:
raise DETConfigError(_('No Tables found in Export {name}').format(name=export_instance.name))
output = DETConfig(name=export_instance.name)
for input_table in export_instance.selected_tables:
if _is_main_form_table(input_table):
output_table = DETTable(
name=input_table.label,
source='form',
filter_name='xmlns',
filter_value=export_instance.xmlns,
rows=[],
)
output_table.rows.append(DETRow(source_field='domain', field='domain'))
_add_rows_for_table(input_table, output_table, helper=FormDETSchemaHelper())
_add_id_row_if_necessary(output_table, FORM_ID_SOURCE)
else:
output_table = DETTable(
name=input_table.label,
source=f'form.{input_table.readable_path}[*]',
filter_name='xmlns',
filter_value=export_instance.xmlns,
rows=[],
)
helper = RepeatDETSchemaHelper(base_path=input_table.readable_path)
_add_rows_for_table(input_table, output_table, helper=helper)
output.tables.append(output_table)
output.export_to_file(output_file)
def generate_from_export_instance(export_instance, output_file):
if isinstance(export_instance, CaseExportInstance):
return generate_from_case_export_instance(export_instance, output_file)
elif isinstance(export_instance, FormExportInstance):
return generate_from_form_export_instance(export_instance, output_file)
else:
raise DETConfigError(
_('Export instance type {name} not supported!').format(
name=type(export_instance).__name__))
def generate_from_case_export_instance(export_instance, output_file):
assert isinstance(export_instance, CaseExportInstance)
if not export_instance.selected_tables:
raise DETConfigError(_('No Tables found in Export {name}').format(name=export_instance.name))
main_input_table = export_instance.selected_tables[0]
main_output_table = DETTable(
name=main_input_table.label,
source='case',
filter_name='type',
filter_value=export_instance.case_type,
rows=[],
)
output = DETConfig(name=export_instance.name, tables=[main_output_table])
_add_rows_for_table(main_input_table, main_output_table, path_transform_fn=_transform_path_for_case_properties)
_add_id_row_if_necessary(main_output_table, CASE_ID_SOURCE)
# todo: add rows for other tables
output.export_to_file(output_file)
def generate_from_form_export_instance(export_instance, output_file):
assert isinstance(export_instance, FormExportInstance)
if not export_instance.selected_tables:
raise DETConfigError(
_('No Tables found in Export {name}').format(
name=export_instance.name))
output = DETConfig(name=export_instance.name)
for input_table in export_instance.selected_tables:
if _is_main_form_table(input_table):
output_table = DETTable(
name=input_table.label,
source='form',
filter_name='xmlns',
filter_value=export_instance.xmlns,
rows=[],
)
_add_rows_for_table(input_table, output_table)
_add_id_row_if_necessary(output_table, FORM_ID_SOURCE)
else:
output_table = DETTable(
name=input_table.label,
source=f'form.{input_table.readable_path}[*]',
filter_name='xmlns',
filter_value=export_instance.xmlns,
rows=[],
)
# note: this has to be defined here because it relies on closures
def _strip_repeat_path(input_path):
return input_path.replace(f'{input_table.readable_path}.', '')
_add_rows_for_table(input_table,
output_table,
path_transform_fn=_strip_repeat_path)
output.tables.append(output_table)
output.export_to_file(output_file)