def dict_merge(root, node, combined):
# Merge only if node with same name exists already in the list of dicts
if node['name'] in [item.get('name') for item in root]:
existing_node = get_dict(root, 'name', node['name'])
# For combined report of branches, Accounts have subnodes of accounts of each branch.
if combined and node.get('type') == 'Account':
# Find existing node and make it a subnode (only if it isn't a combined node already)
if not existing_node.get('combined'):
old_node = copy.deepcopy(existing_node)
old_node['name'] = old_node['name'] + ' [' + str(
old_node['company']) + ']'
existing_node['combined'] = True
existing_node['nodes'].append(old_node)
existing_node['url'] = None
# Create new subnode
new_node = copy.deepcopy(node)
new_node['name'] = node['name'] + ' [' + str(node['company']) + ']'
existing_node['nodes'].append(new_node)
# existing_node['name'] += ' [Merged]'
existing_node['dr'] += node['dr']
existing_node['cr'] += node['cr']
if len(node['nodes']):
for inner_node in node['nodes']:
dict_merge(existing_node['nodes'], inner_node, combined)
else:
root.append(node)
return root
def dict_merge(root, node, combined):
# Merge only if node with same name exists already in the list of dicts
if node['name'] in [item.get('name') for item in root]:
existing_node = get_dict(root, 'name', node['name'])
# For combined report of branches, Accounts have subnodes of accounts of each branch.
if combined and node.get('type') == 'Account':
# Find existing node and make it a subnode (only if it isn't a combined node already)
if not existing_node.get('combined'):
old_node = copy.deepcopy(existing_node)
old_node['name'] = old_node['name'] + ' [' + str(old_node['company']) + ']'
existing_node['combined'] = True
existing_node['nodes'].append(old_node)
existing_node['url'] = None
# Create new subnode
new_node = copy.deepcopy(node)
new_node['name'] = node['name'] + ' [' + str(node['company']) + ']'
existing_node['nodes'].append(new_node)
# existing_node['name'] += ' [Merged]'
existing_node['dr'] += node['dr']
existing_node['cr'] += node['cr']
if len(node['nodes']):
for inner_node in node['nodes']:
dict_merge(existing_node['nodes'], inner_node, combined)
else:
root.append(node)
return root
def get_subnode(node, name):
return get_dict(node['nodes'], 'name', name)
def get_subnode(node, name):
return get_dict(node['nodes'], 'name', name)
