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______________________________________________________________________________

                        SUSE Security Summary Report

        Announcement ID:        SUSE-SR:2009:010
        Date:                   Tue, 12 May 2009 08:00:00 +0000
        Cross-References:       CVE-2008-2086, CVE-2008-3104, CVE-2008-3112
                                CVE-2008-3113, CVE-2008-3114, CVE-2008-5339
                                CVE-2008-5340, CVE-2008-5342, CVE-2008-5343
                                CVE-2008-5344, CVE-2008-5345, CVE-2008-5346
                                CVE-2008-5348, CVE-2008-5350, CVE-2008-5351
                                CVE-2008-5353, CVE-2008-5354, CVE-2008-5356
                                CVE-2008-5357, CVE-2008-5359, CVE-2008-5360
                                CVE-2009-0146, CVE-2009-0147, CVE-2009-0165
                                CVE-2009-0166, CVE-2009-0368, CVE-2009-0544
                                CVE-2009-0582, CVE-2009-0585, CVE-2009-0590
                                CVE-2009-0591, CVE-2009-0652, CVE-2009-0789
                                CVE-2009-0799, CVE-2009-0800, CVE-2009-0946
                                CVE-2009-1086, CVE-2009-1179, CVE-2009-1180
                                CVE-2009-1181, CVE-2009-1182, CVE-2009-1183
                                CVE-2009-1295, CVE-2009-1302, CVE-2009-1303
                                CVE-2009-1304, CVE-2009-1305, CVE-2009-1306
                                CVE-2009-1307, CVE-2009-1308, CVE-2009-1309
                                CVE-2009-1310, CVE-2009-1311, CVE-2009-1312

    Content of this advisory:
        1) Solved Security Vulnerabilities:
            - MozillaFirefox
            - apport
            - evolution
            - freetype2
            - java-1_4_2-ibm/IBMJava2
            - kdegraphics3
            - libopenssl-devel/openssl/compat-openssl097g
            - libsoup
            - mozilla-xulrunner190
            - opensc/libopensc2
            - python-crypto
            - unbound
            - xpdf
        2) Pending Vulnerabilities, Solutions, and Work-Arounds:
            none
        3) Authenticity Verification and Additional Information

______________________________________________________________________________

1) Solved Security Vulnerabilities

   To avoid flooding mailing lists with SUSE Security Announcements for minor
   issues, SUSE Security releases weekly summary reports for the low profile
   vulnerability fixes. The SUSE Security Summary Reports do not list or
   download URLs like the SUSE Security Announcements that are released for
   more severe vulnerabilities.

   Fixed packages for the following incidents are already available on our FTP
   server and via the YaST Online Update.

   - MozillaFirefox/mozilla-xulrunner190
     Firefox version upgrade to 3.0.9 to fix various security bugs.
     (CVE-2009-1302,CVE-2009-1303,CVE-2009-1304,CVE-2009-1305,CVE-2009-1306,
      CVE-2009-1307,CVE-2009-1308,CVE-2009-1309,CVE-2009-1310,CVE-2009-1311,
      CVE-2009-1312,CVE-2009-0652)

     Affected products: SLES 11, openSUSE 11.0-11.1

   - apport
     The apport crash watcher / handler suite contains a cron job that
     cleanes the world writeable /var/crash directory unsafely, allowing
     local attackers to remove random files on the system. (CVE-2009-1295)
     
     This update fixes this.

     Affected products: openSUSE 11.1

   - evolution
     camel's NTLM SASL authentication mechanism as used by evolution
     did not properly validate server's challenge packets (CVE-2009-0582). 
     
     This update also includes the following non-security fixes:
     
     - Fixes a critical crasher in mailer component. 
     - Fixes creation of recurrence monthly items in GroupWise. 
     - Includes fixes for some usability issues.

     Affected products: Novell Linux Desktop 9, SLE 11, openSUSE 10.3-11.1

   - freetype2
     Freetype was updated to fix some integer overflows that can be exploited
     remotely in conjunction with programs like a web-browser.
     (CVE-2009-0946)
     Thanks to Tavis Ormandy who found the bugs.

     Affected products: SLE 10, SLE 11, openSUSE 10.3-11.1

   - java-1_4_2-ibm/IBMJava2
     This update brings IBM Java 1.4.2 to Service Release 13.
     It fixes lots of bugs and following security issues:
     
     CVE-2008-3104: Security vulnerabilities in the Java
     Runtime Environment may allow an untrusted applet that is
     loaded from a remote system to circumvent network access
     restrictions and establish socket connections to certain
     services running on the local host, as if it were loaded
     from the system that the applet is running on. This may
     allow the untrusted remote applet the ability to exploit
     any security vulnerabilities existing in the services it
     has connected to.
     
     CVE-2008-3112: A vulnerability in Java Web Start may
     allow an untrusted Java Web Start application downloaded
     from a website to create arbitrary files with the
     permissions of the user running the untrusted Java Web
     Start application.
     
     CVE-2008-3113: A vulnerability in Java Web Start may
     allow an untrusted Java Web Start application downloaded
     from a website to create or delete arbitrary files with
     the permissions of the user running the untrusted Java
     Web Start application.
     
     CVE-2008-3114: A vulnerability in Java Web Start may
     allow an untrusted Java Web Start application to
     determine the location of the Java Web Start cache.
     
     CVE-2008-5350: A security vulnerability in the Java Runtime
     Environment (JRE) may allow an untrusted applet or
     application to list the contents of the home directory of
     the user running the applet or application.
     
     CVE-2008-5346: A security vulnerability in the Java Runtime
     Environment (JRE) with parsing zip files may allow an
     untrusted applet or application to read arbitrary memory
     locations in the process that the applet or application is
     running in.
     
     CVE-2008-5343: A vulnerability in Java Web Start and Java
     Plug-in may allow hidden code on a host to make network
     connections to that host and to hijack HTTP sessions using
     cookies stored in the browser.
     
     CVE-2008-5344: A vulnerability in the Java Runtime
     Environment (JRE) with applet classloading may allow an
     untrusted applet to read arbitrary files on a system that
     the applet runs on and make network connections to hosts
     other than the host it was loaded from.
     
     CVE-2008-5359: A buffer overflow vulnerability in the Java
     Runtime Environment (JRE) image processing code may allow
     an untrusted applet or application to escalate privileges.
     For example, an untrusted applet may grant itself
     permissions to read and write local files or execute local
     applications that are accessible to the user running the
     untrusted applet.
     
     CVE-2008-5339: A vulnerability in the Java Runtime
     Environment (JRE) may allow an untrusted Java Web Start
     application to make network connections to hosts other than
     the host that the application is downloaded from.
     
     CVE-2008-5340: A vulnerability in the Java Runtime
     Environment with launching Java Web Start applications may
     allow an untrusted Java Web Start application to escalate
     privileges. For example, an untrusted application may grant
     itself permissions to read and write local files or execute
     local applications that are accessible to the user running
     the untrusted application.
     
     CVE-2008-5348: A security vulnerability in the Java Runtime
     Environment (JRE) with authenticating users through
     Kerberos may lead to a Denial of Service (DoS) to the
     system as a whole, due to excessive consumption of
     operating system resources.
     
     CVE-2008-2086: A vulnerability in Java Web Start may allow
     certain trusted operations to be performed, such as
     modifying system properties.
     
     CVE-2008-5345: The Java Runtime Environment (JRE) allows
     code loaded from the local filesystem to access localhost.
     This may allow code that is maliciously placed on the local
     filesystem and then subsequently run, to have network
     access to localhost that would not otherwise be allowed if
     the code were loaded from a remote host. This may be
     leveraged to steal cookies and hijack sessions (for domains
     that map a name to the localhost).
     
     CVE-2008-5351: The UTF-8 (Unicode Transformation Format-8)
     decoder in the Java Runtime Environment (JRE) accepts
     encodings that are longer than the "shortest" form. This
     behavior is not a vulnerability in Java SE. However, it may
     be leveraged to exploit systems running software that
     relies on the JRE UTF-8 decoder to reject non-shortest form
     sequences. For example, non-shortest form sequences may be
     decoded into illegal URIs, which may then allow files that
     are not otherwise accessible to be read, if the URIs are
     not checked following UTF-8 decoding.
     
     CVE-2008-5360: The Java Runtime Environment creates
     temporary files with insufficiently random names. This may
     be leveraged to write JAR files which may then be loaded as
     untrusted applets and Java Web Start applications to access
     and provide services from localhost and hence steal cookies.
     
     CVE-2008-5353: A security vulnerability in the Java Runtime
     Environment (JRE) related to deserializing calendar objects
     may allow an untrusted applet or application to escalate
     privileges. For example, an untrusted applet may grant
     itself permissions to read and write local files or execute
     local applications that are accessible to the user running
     the untrusted applet.
     
     CVE-2008-5356: A buffer vulnerability in the Java Runtime
     Environment (JRE) with processing fonts may allow an
     untrusted applet or Java Web Start application to escalate
     privileges. For example, an untrusted applet may grant
     itself permissions to read and write local files or execute
     local applications that are accessible to the user running
     the untrusted applet.
     
     CVE-2008-5354: A buffer overflow vulnerability in the Java
     Runtime Environment (JRE) may allow an untrusted Java
     application that is launched through the command line to
     escalate privileges. For example, the untrusted Java
     application may grant itself permissions to read and write
     local files or execute local applications that are
     accessible to the user running the untrusted Java
     application.
     
      This vulnerability cannot be exploited by an applet or
     Java Web Start application.
     
     CVE-2008-5357: A buffer vulnerability in the Java Runtime
     Environment (JRE) with processing fonts may allow an
     untrusted applet or Java Web Start application to escalate
     privileges. For example, an untrusted applet may grant
     itself permissions to read and write local files or execute
     local applications that are accessible to the user running
     the untrusted applet.
     
     CVE-2008-5342: A security vulnerability in the the Java Web
     Start BasicService allows untrusted applications that are
     downloaded from another system to request local files to be
     displayed by the browser of the user running the untrusted
     application.

     Affected products: SUSE CORE 9, SLE 10 

   - kdegraphics3
     This update fixes security problems while decoding JBIG2.
     (CVE-2009-0146, CVE-2009-0147, CVE-2009-0165, CVE-2009-0166,
      CVE-2009-0799, CVE-2009-0800, CVE-2009-1179, CVE-2009-1180,
      CVE-2009-1181, CVE-2009-1182, CVE-2009-1183)

     Affected products: openSUSE 10.3-11.1

   - libopenssl-devel/openssl/compat-openssl097g
     This update of openssl fixes the following problems:
     - CVE-2009-0590: ASN1_STRING_print_ex() function allows remote denial
       of service
     - CVE-2009-0591: CMS_verify() function allows signatures to look valid
     - CVE-2009-0789: denial of service due to malformed ASN.1 structures

     Affected products: SLES 9, SLE 10, SLE 11, openSUSE 10.3-11.1

   - libsoup
     Large strings could lead to a heap overflow in the base64 encoding and
     decoding functions. Attackers could potentially exploit that to execute
     arbitrary code (CVE-2009-0585).

     Affected products: Novell Linux Desktop 9, POS 9, OES, SLES 9, SLE 10

   - opensc/libopensc2
     Private data objects on smartcards initialized with OpenSC could be
     accessed without authentication (CVE-2009-0368).
     
     Only blank cards initialized with OpenSC are affected by this
     problem. Affected cards need to be manually fixed, updating the
     opensc package alone is not sufficient!
     
     Please carefully read and follow the instructions on the following
     web site if you are using PIN protected private data objects on
     smart cards other than Oberthur, and you have initialized those
     cards using OpenSC:
     
     Affected products: SLE 10, SLE 11, openSUSE 10.3-11.1

   - python-crypto
     Missing checks for the key length in the ARC2 module potentially allowed
     attackers to crash applications using python-crypto or potentially even
     cause execute arbitrary code (CVE-2009-0544).

     Affected products: SLE 11, openSUSE 10.3-11.1

   - unbound
     This update fixes a heap-based buffer overflow in the
     ldns_rr_new_frm_str_internal()
     function. This allowed remote attackers to cause a denial of
     service and possibly execute arbitrary code via a
     DNS resource record (RR) with a long class field and possibly TTL field.
     (CVE-2009-1086)

     Affected products: openSUSE 11.1

   - xpdf
     Specially crafted PDF files could lead to crashes, make the viewer
     run into an infinite loop or potentially even allow execution of
     arbitrary code.
     (CVE-2009-0165, CVE-2009-0146, CVE-2009-0147, CVE-2009-0166,
      CVE-2009-0799, CVE-2009-0800, CVE-2009-1179, CVE-2009-1180,
      CVE-2009-1181, CVE-2009-1182, CVE-2009-1183)

     Affected products: SLES SDK 9

______________________________________________________________________________

2) Pending Vulnerabilities, Solutions, and Work-Arounds

   none
______________________________________________________________________________

3) Authenticity Verification and Additional Information

  - Announcement authenticity verification:

    SUSE security announcements are published via mailing lists and on Web
    sites. The authenticity and integrity of a SUSE security announcement is
    guaranteed by a cryptographic signature in each announcement. All SUSE
    security announcements are published with a valid signature.

    To verify the signature of the announcement, save it as text into a file
    and run the command

      gpg --verify 

    replacing  with the name of the file containing the announcement.
    The output for a valid signature looks like:

      gpg: Signature made  using RSA key ID 3D25D3D9
      gpg: Good signature from "SuSE Security Team "

    where  is replaced by the date the document was signed.

    If the security team's key is not contained in your key ring, you can
    import it from the first installation CD. To import the key, use the
    command

      gpg --import gpg-pubkey-3d25d3d9-36e12d04.asc

  - Package authenticity verification:

    SUSE update packages are available on many mirror FTP servers all over the
    world. While this service is considered valuable and important to the free
    and open source software community, the authenticity and integrity of a
    package needs to be verified to ensure that it has not been tampered with.

    The internal RPM package signatures provide an easy way to verify the
    authenticity of an RPM package. Use the command

      rpm -v --checksig 

    to verify the signature of the package, replacing  with the
    filename of the RPM package downloaded. The package is unmodified if it
    contains a valid signature from build@suse.de with the key ID 9C800ACA.

    This key is automatically imported into the RPM database (on RPMv4-based
    distributions) and the gpg key ring of 'root' during installation. You can
    also find it on the first installation CD and included at the end of this
    announcement.

  - SUSE runs two security mailing lists to which any interested party may
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    opensuse-security@opensuse.org
        -   General Linux and SUSE security discussion.
            All SUSE security announcements are sent to this list.
            To subscribe, send an e-mail to
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            Only SUSE's security announcements are sent to this list.
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