def get_region(self) -> dict:
"""
This function parses the region specified in the YAML
:return:
"""
left = parse_and_evaluate(
str(self.yaml_data['statementMapping']['region'][0]['left']))
right = parse_and_evaluate(
str(self.yaml_data['statementMapping']['region'][0]['right']))
top = parse_and_evaluate(
str(self.yaml_data['statementMapping']['region'][0]['top']))
bottom = parse_and_evaluate(
str(self.yaml_data['statementMapping']['region'][0]['bottom']))
if 'skip_row' in self.yaml_data['statementMapping']['region'][0]:
skip_row = list()
for i in range(
len(self.yaml_data['statementMapping']['region'][0]
['skip_row'])):
skip_row.append(
generate_tree(self.yaml_data['statementMapping']['region']
[0]['skip_row'][i]))
else:
skip_row = None
if 'skip_column' in self.yaml_data['statementMapping']['region'][0]:
skip_column = list()
for i in range(
len(self.yaml_data['statementMapping']['region'][0]
['skip_column'])):
skip_column.append(
generate_tree(self.yaml_data['statementMapping']['region']
[0]['skip_column'][i]))
else:
skip_column = None
if 'skip_cell' in self.yaml_data['statementMapping']['region'][0]:
skip_cell = list()
for i in range(
len(self.yaml_data['statementMapping']['region'][0]
['skip_cell'])):
skip_cell.append(
generate_tree(self.yaml_data['statementMapping']['region']
[0]['skip_cell'][i]))
else:
skip_cell = None
return {
'left': left,
'right': right,
'top': top,
'bottom': bottom,
'skip_row': skip_row,
'skip_column': skip_column,
'skip_cell': skip_cell
}
def resolve_template(self, template: str) -> None:
"""
This function parses all the expressions of the template and replace them with their respective class objects
:param template:
:return:
"""
# Resolve Template Item if needed
template_item = self.get_template_item()
if template_item:
if not template_item.isalnum():
template['item'] = generate_tree(template_item)
template['item'].get_variable_cell_operator_arguments()
else:
template['item'] = template_item
# Resolve Template Property if needed
template_property = self.get_template_property()
if template_property:
if template_property and not template_property.isalnum():
template['property'] = generate_tree(template_property)
template['property'].get_variable_cell_operator_arguments()
else:
template['property'] = template_property
# Resolve Template Value if needed
template_value = self.get_template_value()
if template_value:
if not template_value.isalnum():
template["value"] = generate_tree(template_value)
template["value"].get_variable_cell_operator_arguments()
else:
template["value"] = template_value
if template.get('qualifier', None):
for i in range(len(template['qualifier'])):
qualifier_value = str(template['qualifier'][i]['value'])
if qualifier_value:
if not qualifier_value.isalnum():
template['qualifier'][i]['value'] = generate_tree(
qualifier_value)
var = template['qualifier'][i][
'value'].get_variable_cell_operator_arguments()
else:
template['qualifier'][i]['value'] = qualifier_value
def get_region(self, bindings: dict) -> dict:
"""
This function parses the region specified in the YAML
:return:
"""
left = generate_tree(str(self.yaml_data['statementMapping']['region'][0]['left']))
left.get_variable_cell_operator_arguments()
right = generate_tree(str(self.yaml_data['statementMapping']['region'][0]['right']))
right.get_variable_cell_operator_arguments()
top = generate_tree(str(self.yaml_data['statementMapping']['region'][0]['top']))
top.get_variable_cell_operator_arguments()
bottom = generate_tree(str(self.yaml_data['statementMapping']['region'][0]['bottom']))
bottom.get_variable_cell_operator_arguments()
has_right = left.check_for_right()
has_left = right.check_for_left()
has_top = bottom.check_for_top()
has_bottom = top.check_for_bottom()
if not (has_left and has_right):
if has_left and not has_right:
left = self.iterate_on_variables(left, bindings)
bindings['$left'] = left
right = self.iterate_on_variables(right, bindings)
bindings['$right'] = right
elif has_right and not has_left:
right = self.iterate_on_variables(right, bindings)
bindings['$right'] = right
left = self.iterate_on_variables(left, bindings)
bindings['$left'] = left
elif not has_left and not has_right:
left = self.iterate_on_variables(left, bindings)
right = self.iterate_on_variables(right, bindings)
bindings['$left'] = left
bindings['$right'] = right
else:
return {'error': 'Recursive definition of left and right region parameters'}
if not (has_top and has_bottom):
if has_top and not has_bottom:
top = self.iterate_on_variables(top, bindings)
bindings['$top'] = top
bottom = self.iterate_on_variables(bottom, bindings)
bindings['$bottom'] = bottom
elif has_bottom and not has_top:
bottom = self.iterate_on_variables(bottom, bindings)
bindings['$bottom'] = bottom
top = self.iterate_on_variables(top, bindings)
bindings['$top'] = top
elif not has_top and not has_bottom:
top = self.iterate_on_variables(top, bindings)
bottom = self.iterate_on_variables(bottom, bindings)
bindings['$top'] = top
bindings['$bottom'] = bottom
else:
return {'error': 'Recursive definition of top and bottom region parameters'}
if 'skip_row' in self.yaml_data['statementMapping']['region'][0]:
skip_row = list()
for i in range(len(self.yaml_data['statementMapping']['region'][0]['skip_row'])):
skip_row.append(generate_tree(self.yaml_data['statementMapping']['region'][0]['skip_row'][i]))
else:
skip_row = None
if 'skip_column' in self.yaml_data['statementMapping']['region'][0]:
skip_column = list()
for i in range(len(self.yaml_data['statementMapping']['region'][0]['skip_column'])):
skip_column.append(generate_tree(self.yaml_data['statementMapping']['region'][0]['skip_column'][i]))
else:
skip_column = None
if 'skip_cell' in self.yaml_data['statementMapping']['region'][0]:
skip_cell = list()
for i in range(len(self.yaml_data['statementMapping']['region'][0]['skip_cell'])):
skip_cell.append(generate_tree(self.yaml_data['statementMapping']['region'][0]['skip_cell'][i]))
else:
skip_cell = None
return {'left': left, 'right': right, 'top': top, 'bottom': bottom, 'skip_row': skip_row,
'skip_column': skip_column, 'skip_cell': skip_cell}