readme.txt Driver File Contents (ct-linux.zip)

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 KOBIL Systems GmbH

===============================================================================

 CT-API driver and PC/SC-Plugin
 - 32 Bit Version (for 64 Bit Version, please refer to linux64.zip) -
===============================================================================


 Version:
 -------- 

    2011.05.11


 Supported KOBIL Smart Card Terminals:
 -------------------------------------
 
  - KAAN Professional RS232
  - KOBIL KAAN Base USB
  - KOBIL KAAN Base RS232
  - KOBIL KAAN Advanced USB
  - KOBIL KAAN Advanced RS232
  - KOBIL KAAN SIM III / mIDentity Light
  - KOBIL SecOVID Reader III / EMV TriCAP Reader / KAAN TriBank
  - KOBIL mIDentity L, XL, XXL (in composite device mode only, beta status!)


 Supported Operating Systems:
 ----------------------------  

 Any Linux distribution (on i386 or newer) with glibc 2.3 or newer.


 Required Packages:
 ------------------

  For KOBIL KAAN Base USB, KOBIL KAAN Advanced USB, KOBIL KAAN SIM III,
  SecOVID Reader III, EMV TriCAP Reader, KAAN TriBank and KOBIL mIDentity
  two additional packages are required, namely:

  - LIBCCID 1.3.x or newer, but not LIBCCID-1.4.3
    (download from http://pcsclite.alioth.debian.org/ccid.html)
    please pay attention to notes about libusb versions there!

  - MUSCLE framework pcsc-lite-1.5.x or newer
    (download from http://alioth.debian.org/projects/pcsclite/ )

  Note: This release fixes an incompatibility in secure PIN handling with
	   CCID-1.3.10 and newer.


 Fast installation:
 ------------------

  If you are either using a serial reader or a working version of
  pcsc-lite is already installed, you can simply copy libct.so to
  /usr/lib (or any other directory, that is in your library search
  path)

  When using ports 1 through 4, this will by default address a
  serial reader, while 5 and up will address PCSC readers.

  If you are using Matrica's homebanking software "Moneyplex" you
  might find it helpful to follow the links below:
     "http://www.matrica.de/service/faq5.html#n0501"
     "http://www.matrica.de/download/installation_kaan.pdf"
 

 Installation details:
 ---------------------

  After using CT-Api for the first time, ~/.CT_devices will have
  been created. In this file, you can change which ports map to
  what, so you can force e.g. port 1 to use PCSC or you can force
  more serial ports. Example:

    Port1=PCSC;[IDX="1"];3;0;KOBIL reader over PCSC

  forces port 1 to use the first reader found by PCSC.

Note: If you are using several readers, you probably want to clearly
      determine which one should be addressed by which port, however,
      PC/SC's ordering is more or less random.
      So, in place of [IDX="1"] you can use the full reader name as
      found by pcscd. To see which string(s) you need to use, you can
      start pcscd in foreground mode,  e.g. via /usr/sbin/pcscd -f

      Alternatively, you can use a couple of magic strings to specify
      - a substring the reader name should contain ([CNT="substring"]),
      - a serial number the reader should have ([SN="serial number" ],
      - or as seen above the index (starting with 1) of the reader in
        the list of readers given by PC/SC lite ([IDX="nr"]),
      for example:

	Port1=PCSC;[CNT="KAAN Advanced"];3;0;KAAN Advanced USB over PCSC
        or
	Port1=PCSC;[IDX="3"];3;0;Third reader found by PCSC

      If you start with a fresh .CT_devices (or if you reset DefaultPortType
        to 0), unknown port indices are handled as follows: For indices 1
        through 4, CT-API will try to open a serial reader at the given
        port, for indices 5 and higher, CT-API will try to open the PCSC
        reader with the index decreased by 4, i.e. if you start with a
        fresh .CT_devices, after attempting to open Ports 1 through 8, it
        will contain lines like those:

Port1=COM;/dev/ttyS0;1;0;serial reader at /dev/ttyS0: B1/Kaan Pro
Port2=COM;/dev/ttyS1;1;0;serial reader at /dev/ttyS1: unknown reader
Port3=COM;/dev/ttyS2;1;0;serial reader at /dev/ttyS2: B1/Kaan Pro
Port4=COM;/dev/ttyS3;1;0;serial reader at /dev/ttyS3: unknown reader
Port5=PCSC;[IDX="1"];3;0;reader via PCSC [IDX="1"]: transparent
Port6=PCSC;[IDX="2"];3;0;reader via PCSC [IDX="2"]: transparent
Port7=PCSC;[IDX="3"];3;0;reader via PCSC [IDX="3"]: transparent
Port8=PCSC;[IDX="4"];3;0;reader via PCSC [IDX="4"]: transparent

      Note that only ports that you actually tried to access will be
      listed in that file.


 Special cases:
 --------------

  There are basically three cases that require special care:

  1. Running 32-bit applications on 64-bit Linux.   
    For using USB readers, you also need a 32-bit version of the
    PC/SC-Lite library (libpcsclite.so). Note that starting with
    pcsclite-1.5.0, this library is supposed to be able to
    communicate with the 64-bit version of the pcsc daemon, so
    once that library is installed, everything should work out
    of the box. In case of problems, an update to a newer
    pcsclite version should help.

  2. Broken installation of PC/SC and/or CCID software.
    For some (older) linux distributions, pcsclite and ccid can be
    installed from the installation CD but the process results in
    a broken installation, because configuration files like
    Info.plist are missing or not in the expected place.
    This is typically the case if you are running "pcscd -df" and
    get a message about "missing bundle files" or if you get no
    reaction to attaching the reader to an USB port.
    In this case, compiling and installing from the source code
    of the current packages available from http://alioth.debian.org/
    is your best bet.

  3. Using 2048-bit RSA encryption or - more generally speaking -
     sending commands and receiving answers longer than 256 bytes.
    Note that there is a bug in the CCID driver which in older versions
    caused crashes especially when receiving answers from the card
    reader, that are longer than 256 bytes, while newer versions just
    give an error message.
    As a workaround, you can download the latest sources of the CCID
    driver from
      http://pcsclite.alioth.debian.org/ccid.html

    Change into the root directory of the CCID distribution and apply
    the patch in the file ccid.patch via GNU patch e.g. by issuing
       patch < ccid.patch
    Compile and install the library as described in the instructions
    for this package.

    Note: The included patch was tested with pcsc-lite-1.5.5 and
        ccid-1.3.11.


 Installation notes for serial readers:
 --------------------------------------

  Depending on your application you might want to use the MUSCLE
  framework to connect to your reader. If you are using one of the
  PCSC readers which always use the MUSCLE framework, this is
  obviously not a problem. For the serial readers, a so-called
  interface device handler (IFDH), i.e. a plugin for the MUSCLE
  PC/SC lite framework, is provided by libkobil_ifd.so. To use this
  handler, you may proceed as follows:

  - First, install libct.so and libkobil_ifd.so to a directory in your
    library search path.

  - If the PC/SC lite framework is not yet installed, install it,
    following the instructions of pcsclite (ccid and libusb are not
    strictly needed for those readers).

  - Last copy reader.conf to /etc and adapt it to your needs: 
    * enter the correct absolute path to libkobil_ifd.so
    * enter the correct "CHANNEL".


 Files included in this package:
 -------------------------------

  - readme.txt       this text file
  - libct.so         CT-API driver 
  - libkobil_ifd.so  PC/SC driver plugin (for MUSCLE PC/SC lite framework)
  - reader.conf      sample configuration file for PC/SC driver
  - cardping         sample program to send APDUs to terminal/cards
  - ccid.patch       the patch file for the CCID driver
  - development.txt  some hints for software developers
  - ct_api.h         header file for developpers.
  - libct.a          static version of CT-API driver for developpers
===============================================================================
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