def find_or_make_account(account_tuple, root_account, book, currency):
current_account_name, account_path = account_tuple[0], account_tuple[1:]
current_account = root_account.lookup_by_name(current_account_name)
if current_account == None:
current_account = Account(book)
current_account.SetName(current_account_name)
current_account.SetCommodity(currency)
root_account.append_child(current_account)
if len(account_path) > 0:
return find_or_make_account(account_path, current_account, book,
currency)
else:
account_commod = current_account.GetCommodity()
if (account_commod.get_mnemonic(),
account_commod.get_namespace() ) == \
(currency.get_mnemonic(),
currency.get_namespace()) :
return current_account
else:
return None
def recursivly_build_account_tree(original_parent_account, new_parent_account,
new_book, new_commodity_table,
opening_balance_per_currency,
account_types_to_open):
for child in original_parent_account.get_children():
original_account = Account(instance=child)
new_account = Account(new_book)
# attach new account to its parent
new_parent_account.append_child(new_account)
# copy simple attributes
for attribute in ('Name', 'Type', 'Description', 'Notes', 'Code',
'TaxRelated', 'Placeholder'):
# new_account.SetAttribute( original_account.GetAttribute() )
getattr(new_account,
'Set' + attribute)(getattr(original_account,
'Get' + attribute)())
# copy commodity
orig_commodity = original_account.GetCommodity()
namespace = orig_commodity.get_namespace()
mnemonic = orig_commodity.get_mnemonic()
new_commodity = new_commodity_table.lookup(namespace, mnemonic)
assert (new_commodity.get_instance() != None)
new_account.SetCommodity(new_commodity)
record_opening_balance(
original_account,
new_account,
new_book,
opening_balance_per_currency,
(namespace, mnemonic),
)
recursivly_build_account_tree(original_account, new_account, new_book,
new_commodity_table,
opening_balance_per_currency,
account_types_to_open)
