This is a python wrapper for AqBanking - so of course you need the AqBanking and Gwenhywfar dependencies installed for a successful compilation. The only supported things at the moment: get balance of an account, get the transactions of an account (with limitation to start and end date), list configured accounts in AqBanking, check an IBAN.
This library is published under the GPLv3 License. See "LICENSE" for details.
The proper development packages are required for:
- AqBanking >= 5.8.1 (tested until 5.8.2)
- Python >= 3.1
- gwenhywfar >= 4.0.0
For the installation, it is necessary to have the proper development packages installed (e.g. apt-get install libaqbanking-dev libgwenhywfar60-dev)
Depending on your bank, you may need to update your bank account information (BPD) through aqhbci4 tool (refer to mailing list). Furthermore there might be a later release to support the TAN recording during balance / login.
To install this library, just execute (append --user if it should not be installed systemwide):
python setup.py install
Alternative, you can install the library via PyPi: pip install python-aqbanking
Please remember, that this library only works with Python 3.
To import it, just do the following:
import aqbanking
And then you can verify the IBAN number e.g. with:
aqbanking.chkibn('DE19....')
And to list all configured accounts (you can not configure it through this library at the moment), you execute this command:
aqbanking.listacc()
Furthermore in order to communicate with your bank, you'll need to register your application at FinTS. You'll receive a code which must be given to the module like:
aqbanking.setRegistrationKey('some characters')
For all other functions, you need first to create an account:
acc = aqbanking.Account(no=157458624, bank_code=45021512)
New is a function in order to get the information, which jobs or features are available:
acc.availableJobs()
Implemented is: nationalTransfer and sepaTransfer.
Furthermore if you're doing some transfer you're partially asked to enter three times the password. Now you can build your PIN cache with help of the set_callbackPasswordStatus function. This calls the python callback with parameters token, pin and status whereas the status field can be 9 = reset, 1 = Bad password, 2 = Remove password and 0 = all went fine.
You can find some examples inside of the examples/ folder.
Smartcard/Chipcard support meanwhile integrated. But no "text" that user has to enter something on the readers panel is provided.
The server certificate of the HTTPS connection is not validated at the moment, so do not use it for sensitive data, as man in the middle attack is possible without notice.
If you'd like to contribute, please fork the repository and use a feature branch. Pull requests are warmly welcome. We cannot cover everything from beginning. Your experience and expertise is necessary to make a awesome product out of it!