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ci4j-adorsys.3.5.25.source-code.hbci.properties.template Maven / Gradle / Ivy

# when connecting to the HBCI-server we have to provide an
# application name and version. this is sometimes used by
# the hbci-server to handle certain applications in a special way.
# you may use the defaults here.
client.product.name=HBCI4Java
client.product.version=2.5

# -----------------------------------------------------------------

# these are the parameters for the DDV security mechanism
# (symmetric keys stored on a chipcard)

# the *prefix* of the filename in which to locally cache
# all needed user and institure information. the filename will be 
# built from this value and the card-number (16 digits). so if you
# really want to specify a *pathname* here, dont forget
# the trailing "/"
client.passport.DDV.path=./passports/

# filename of the shared library, that makes the connection between
# java and the CT-API. this library is shipped with the HBCI4Java-
# package. 
client.passport.DDV.libname.ddv=/home/kleiner/projects/hbci4java/chipcard/lib/libhbci4java-card-linux.so

# this is the filename of the ctapi-library, that you can get
# from the vendor of your chipcard-terminal.
client.passport.DDV.libname.ctapi=/usr/lib/libctapi-cyberjack.so

# the portnumber to be used when accessing the chipcard terminal.
# for serially connected terminals, /dev/ttyS0 (COM1:) is 
# accessed by port=1 (some vendors also use port=0), for
# /dev/ttyS1 (COM2:) use port=2 (sometimes port=1) and so on.
# the same scheme applies for USB-connected terminals
client.passport.DDV.port=1

# which internal termina-number to be used when accessing the
# chipcard-terminal. this is only interesting, when you have
# more than one terminal accessed by the *same* driver (e.g.
# two reiner-sct-terminals). each terminal needs an unique number
# (starting with 0)
client.passport.DDV.ctnumber=0

# this setting currently only works
# for reiner-sct-biometric chipcard-terminal. when you set this
# to 1, then you dont have to enter the chipcard-pin manually, but
# can use your fingerprint instead, so that the chipcard-terminal
# automatically "enters" the pin assigned to your finger
# setting this to "-1" always works and detects if you have a
# biometric finger unit or not. if yes, it will be used automatically
client.passport.DDV.usebio=-1

# this setting is for chipcard-terminals that dont have an
# own keypad (i.e. class-1 chipcard-terminals). if you set
# this to 1, the pin for accessing the chipcard will be requested
# by software, i.e. you have to enter it via your computer-
# keyboard. this is of course less secure, because someone could
# "sniff" the pin. also, the client-software must support this.
# by setting this to "0" the keypad of the chipcard terminal
# will be used to enter the PIN
# you can set this to "-1" for auto-detection
client.passport.DDV.softpin=-1

# this parameter is only used, when softpin is 1. this can be set
# to the chipcard-pin, so that you dont have to enter the pin
# manually. but beware, if someone finds this config-file (or the
# software code that sets this option), she knows your pin!
#client.passport.DDV.pin=

# on some DDV-chipcards there is more than one HBCI account stored.
# with this parameter you can set the index number of the entry
# you want to use. the default value is 1. currently there can be
# no more than five entries, so the max. value for this is 5 
client.passport.DDV.entryidx=1

# -------------------------------------------------------------------

# the following settings are for security type RDH
# (asymmetric keys stored in a special rsa-key-file)
# note, that this hbci-implementation uses an own format
# for these key-files, so the files you get from your credit-
# institute will not work!
# there will be tools in the future to convert these external
# files to the right format.

# the filename of the passport file to be used. this option will
# mostly be set by the application, depending on the user who wants
# to connect to his credit institute (so this file is user-
# and credit institute -individual)
client.passport.RDHNew.filename=./passports/institute_X_user_Y.dat

# always set this to 1, all other possible settings are only used
# internally
client.passport.RDHNew.init=1

# -------------------------------------------------------------------

# the following settings are for security type SIZRDHFile
# these files are normally used by other HBCI software (e.g. StarMoney),
# but can also be used with HBCI4Java.
# please make a backup copy of the keyfile before you use
# it with HBCI4Java! 

# the filename of the keyfile
client.passport.SIZRDHFile.filename=./passports/secret.key

# the filename of the shared library to access siz rdh keyfiles
# (download from http://hbci4java.kapott.org#download)
client.passport.SIZRDHFile.libname=/usr/lib/libhbci4java-sizrdh.so

# always set this to 1, all other possible settings are only used
# internally
client.passport.SIZRDHFile.init=1

# -------------------------------------------------------------------

# the following parameters have the same meaning as the
# corresponding paramaters for RDHnew. The RDH-variant of
# this type of passports is deprecated now, you are highly
# encouraged to use RDHNew.  

client.passport.RDH.filename=./passports/institute_X_user_Y.dat
client.passport.RDH.init=1

# -------------------------------------------------------------------

# These settings specify parameters of an PinTan account.
# The filename is the name of a file where all your HBCI account 
# data will be stored (userid, url, some internally cached data,
# etc.).
client.passport.PinTan.filename=./passports/institute_X_user_Y_pintan.dat

# PinTan uses HTTPS communication. When setting checkcert=1 the
# SSL certificate will be checked for validity. If the root
# certificate of this SSL certificate is not in your cacert file,
# you may specify an own "certfile" containing the certificate
# chain.
client.passport.PinTan.certfile=hbcicerts.bin
client.passport.PinTan.checkcert=1

# When you want to use a proxy for the outgoing HTTPS connection
client.passport.PinTan.proxy=proxy.intern.domain.com:3128

# proxy authentication data if required. 
# When you dont specify these kernel parameters, they will be
# asked for on demand via callback mechanism
#client.passport.PinTan.proxyuser=fred
#client.passport.PinTan.proxypass=very_secret

# always set this to 1
client.passport.PinTan.init=1

# -------------------------------------------------------------------

# the following parameters have the same meaning as the
# corresponding paramaters of RDHnew. Anonymous passports
# provide an anonymous access to the HBCI server of a credit
# institute. Only few credit institutes support this feature.

client.passport.Anonymous.filename=./passports/institute_xx_anonymous.dat
client.passport.Anonymous.init=1

# -------------------------------------------------------------------

# this option specifies which security method to use 
# (DDV,  
#  RDHNew, RDH, 
#  SIZRDHFile, RDHXFile, 
#  PinTan, Anonymous)
# when no parameter is given to HBCIPassport.getInstance()
client.passport.default=DDV

# -------------------------------------------------------------------

# this setting specifies the numbers of tries you have to
# enter the correct passphrase to decrypt the passport file
# (if any). if this number of tries has been reached without
# success, the kernel will throw an exception
client.retries.passphrase=2

# this setting is only needed when you (the hbci-kernel, i.e. the
# listener-part of this implementation) are behind a firewall, which
# just lets out connections *from* specific tcp-ports. you can
# set the tcp-port for the local end of the connection with this
# option. if it is not set, the port will be assigned by the os.
#client.connection.localPort=62534

# ------------------------------------------------------------------

# this is the path where the kernel searches for the
# xml-file that contains the document-description for the
# requested hbci-version. when searching for the file, 
# the kernel uses the ClassLoader.getResourceAsStream()
# method, giving this option+filename as arguments. 
# normally you dont have to set this option, but
# dont forget the trailing "/" if specified
#kernel.kernel.xmlpath=document/

# with these parameter you could change the paths
# where the kernel looks for the blz.properties
# resp. challengedata.xml
# you should NEVER change these values
#kernel.kernel.blzpath=blzs/
#kernel.kernel.challengedatapath=challengedata/

# this option enables a special feature of the new message engine: when a
# required document element is missing, the message engine inserts "nothing"
# for this document element by default. When this kernel parameter is enabled
# ("1"), there will be a string "[MISSING:...]" inserted.  
# Only useful for debugging core components of HBCI4Java
client.msgengine.insertMissingTags=1

# this option sets the loglevel for messages generated
# by the hbci-kernel. the default value is 2.
# the levels have to following semantics:
# 0=no logging, 1=errors, 2=warnings, 3=info, 4=debug, 5=heavy debug
# a loglevel of X contains all loglevels less than X
log.loglevel.default=4

# with this kernel parameter you configure how much data will
# be filtered by the HBCI4Java logging engine
# valid values:
#   0 - no filtering
#   1 - all secret data will be filtered out (passphrases, PIN, TAN, ...)
#   2 - all "identifying" data will be filtered out (account numbers, user ids,
#       real names, ...)
#   3 - more "semi-sensitive" data will be filtered out (institute codes, 
#       money amounts, ...)
# default value is 2
log.filter=2

# enable logging of data sent via SSL sockets when using HBCI-PIN/TAN
# (default is disabled)
# log.ssl.enable=1

# specify filename where to write SSL log data (writes to HBCI4Java
# logger with level LOG_DEBUG2 (=5) if not specified)
# log.ssl.filename=/tmp/ssl.log

# this option is a list of so called "rewriter"-modules.
# these modules are used to fix bugs that some credit-
# institutes make in their hbci-implementation. usually
# you dont have to set this option manually
# kernel.rewriter=

# ------------------------------------------------------------------

# When using threaded callbacks, this timeout specifies how long
# one thread waits for the other one. When a thread has not be
# notified after this amount of time (in seconds), the thread will
# terminate by itself. Any further attempts to contact the terminated
# thread after this time will cause a runtime exception.
# kernel.threaded.maxwaittime=300

# ------------------------------------------------------------------

# when you set the following parameter to "1", the dialog engine ignores the
# response message to a DialogEnd request. this is needed for some very special
# cases where buggy HBCI server create an error message instead of a valid
# DialogEndResponse.
kernel.dialogs.ignoreDialogEndErrors=0

# ------------------------------------------------------------------

# the following kernel parameters set the size of
# some object pools. object pools are used internally to
# reduce the need for often allocating and throwing away.
# the values shown here are the builtin defaults.
# kernel.objpool.MSG=8
# kernel.objpool.SF=128
# kernel.objpool.SEG=128
# kernel.objpool.DEG=512
# kernel.objpool.DE=1024
# kernel.objpool.Sig=8
# kernel.objpool.Crypt=8
# kernel.objpool.Syntax=1024

# ------------------------------------------------------------------

# The following parameters can be set to "yes", "no" or "callback".
# They are used when HBCI4Java detects an error. When the corresponding
# kernel parameter is set to "yes", HBCI4Java will only log an
# error message and continue (dangerous!).
# When the value is "no", HBCI4Java will not igore the error but
# raise an exception (the normal behaviour).
# When you use the value "callback", HBCI4Java will generate a callback
# with reason HAVE_ERROR, so the client may decide whether to ignore
# the error or not.
# The default (and heavily recommended) setting is "no", so all
# errors will raise an exception. Settings other than "no" are for
# debugging and development purposes only.

# client.errors.ignoreJobResultStoreErrors=no
# client.errors.ignoreWrongJobDataErrors=no
# client.errors.ignoreWrongDataLengthErrors=no
# client.errors.ignoreWrongDataSyntaxErrors=no
# client.errors.ignoreAddJobErrors=no
# client.errors.ignoreCreateJobErrors=no
# client.errors.ignoreExtractKeysErrors=no
# client.errors.ignoreDialogEndErrors=no
# client.errors.ignoreSecMechCheckErrors=no
# client.errors.ignoreVersionCheckErrors=no
# client.errors.ignoreSignErrors=no
# client.errors.ignoreMsgSizeErrors=no
# client.errors.ignoreCryptErrors=no
# client.errors.ignoreMsgCheckErrors=no
# client.errors.allowOverwrites=no
# client.errors.ignoreValidValueErrors=no
# client.errors.ignoreSegSeqErrors=no