Just to make one special thing clear.
As Thunderbird 3.1.x is out of maintenance now and 11.4 still has that version we should update to Thunderbird 12 here. Any objections?

is the thunderbird upgrade seemless? or will mails get lost or contacts or calendaring?

No dataloss expected. But UX changes will turn up.

The SWAMPID for this issue is 46967.
This issue was rated as important.
Please submit fixed packages until 2012-04-30.
When done, please reassign the bug to security-team@suse.de.
Patchinfo will be handled by security team.

Please submit once final packages are available ... :)

This is an autogenerated message for OBS integration:
This bug (758408) was mentioned in
https://build.opensuse.org/request/show/115260 Evergreen:11.2 / seamonkey

This update seems to fix the following issues:

CVE-2012-0467, CVE-2012-0468 => MFSA 2012-20
CVE-2012-0469 => MFSA 2012-22
CVE-2012-0470 => MFSA 2012-23
CVE-2012-0471 => MFSA 2012-24
CVE-2012-0472 => MFSA 2012-25
CVE-2012-0473 => MFSA 2012-26
CVE-2012-0474 => MFSA 2012-27
CVE-2012-0475 => MFSA 2012-28
CVE-2012-0477 => MFSA 2012-29
CVE-2012-0478 => MFSA 2012-30
CVE-2011-3062 => MFSA 2012-31
CVE-2011-1187 => MFSA 2012-32
CVE-2012-0479 => MFSA 2012-33

All openSUSE packages submitted (hopefully).

I haven't checked chmsee compatibility yet (which caused some issues in the past).

Firefox ESR version 10.0.4 is in mozilla/firefox10 but with a renamed package MozillaFirefox -> firefox-esr
Not sure if SLE11 should get that change. Petr, if there are other changes needed for SLE11 feel free to let me know (beside the name change) so I can merge them back to make our life easier.

MFSA 2012-20: Mozilla developers identified and fixed several memory safety bugs in the browser engine used in Firefox and other Mozilla-based products. Some of these bugs showed evidence of memory corruption under certain circumstances, and we presume that with enough effort at least some of these could be exploited to run arbitrary code.

In general these flaws cannot be exploited through email in the Thunderbird and SeaMonkey products because scripting is disabled, but are potentially a risk in browser or browser-like contexts in those products.

Christian Holler a reported memory safety and security problem affecting Firefox 11. (CVE-2012-0468)

Bob Clary, Christian Holler, Brian Hackett, Bobby Holley, Gary Kwong, Hilary Hall, Honza Bambas, Jesse Ruderman, Julian Seward, and Olli Pettay reported memory safety problems and crashes that affect Firefox ESR and Firefox 11.
(CVE-2012-0467)


MFSA 2012-22 / CVE-2012-0469: Using the Address Sanitizer tool, security researcher Aki Helin from OUSPG found that IDBKeyRange of indexedDB remains in the XPConnect hashtable instead of being unlinked before being destroyed. When it is destroyed, this causes a use-after-free, which is potentially exploitable.


MFSA 2012-23 / CVE-2012-0470: Using the Address Sanitizer tool, security researcher Atte Kettunen from OUSPG found a heap corruption in gfxImageSurface which allows for invalid frees and possible remote code execution. This happens due to float error, resulting from graphics values being passed through different number systems.

MFSA 2012-24 / CVE-2012-0471: Anne van Kesteren of Opera Software found a multi-octet encoding issue where certain octets will destroy the following octets in the processing of some multibyte character sets. This can leave users vulnerable to cross-site scripting (XSS) attacks on maliciously crafted web pages.


MFSA 2012-25 / CVE-2012-0472: Security research firm iDefense reported that researcher wushi of team509 discovered a memory corruption on Windows Vista and Windows 7 systems with hardware acceleration disabled or using incompatible video drivers. This is created by using cairo-dwrite to attempt to render fonts on an unsupported code path. This corruption causes a potentially exploitable crash on affected systems.

MFSA 2012-26 / CVE-2012-0473: Mozilla community member Matias Juntunen discovered an error in WebGLBuffer where FindMaxElementInSubArray receives wrong template arguments from FindMaxUshortElement. This bug causes maximum index to be computed incorrectly within WebGL.drawElements, allowing the reading of illegal video memory.

MFSA 2012-27 / CVE-2012-0474: Security researchers Jordi Chancel and Eddy Bordi reported that they could short-circuit page loads to show the address of a different site than what is loaded in the window in the addressbar. Security researcher Chris McGowen independently reported the same flaw, and further demonstrated that this could lead to loading scripts from the attacker's site, leaving users vulnerable to cross-site scripting (XSS) attacks.


MFSA 2012-28 / CVE-2012-0475: Security researcher Simone Fabiano reported that if a cross-site XHR or WebSocket is opened on a web server on a non-standard port for web traffic while using an IPv6 address, the browser will send an ambiguous origin headers if the IPv6 address contains at least 2 consecutive 16-bit fields of zeroes. If there is an origin access control list that uses IPv6 literals, this issue could be used to bypass these access controls on the server.

MFSA 2012-29 / CVE-2012-0477: Security researcher Masato Kinugawa found that during the decoding of ISO-2022-KR and ISO-2022-CN character sets, characters near 1024 bytes are treated incorrectly, either doubling or deleting bytes. On certain pages it might be possible for an attacker to pad the output of the page such that these errors fall in the right place to affect the structure of the page, allowing for cross-site script (XSS) injection.


MFSA 2012-30 / CVE-2012-0478: Mozilla community member Ms2ger found an image rendering issue with WebGL when texImage2D uses use JSVAL_TO_OBJECT on arbitrary objects. This can lead to a crash on a maliciously crafted web page. While there is no evidence that this is directly exploitable, there is a possibility of remote code execution.

MFSA 2012-31 / CVE-2011-3062: Mateusz Jurczyk of the Google Security Team discovered an off-by-one error in the OpenType Sanitizer using the Address Sanitizer tool. This can lead to an out-of-bounds read and execution of an uninitialized function pointer during parsing and possible remote code execution.

MFSA 2012-32 / CVE-2011-1187: Security researcher Daniel Divricean reported that a defect in the error handling of javascript errors can leak the file names and location of javascript files on a server, leading to inadvertent information disclosure and a vector for further attacks.


MFSA 2012-33 / CVE-2012-0479: Security researcher Jeroen van der Gun reported that if RSS or Atom XML invalid content is loaded over HTTPS, the addressbar updates to display the new location of the loaded resource, including SSL indicators, while the main window still displays the previously loaded content. This allows for phishing attacks where a malicious page can spoof the identify of another seemingly secure site.

openSUSE-SU-2012:0567-1: An update that fixes 38 vulnerabilities is now available.

Category: security (moderate)
Bug References: 712224,714931,720264,726758,728520,732898,733002,744275,746616,747328,749440,750044,755060,758408
CVE References: CVE-2011-1187,CVE-2011-2985,CVE-2011-2986,CVE-2011-2987,CVE-2011-2988,CVE-2011-2989,CVE-2011-2991,CVE-2011-2992,CVE-2011-3005,CVE-2011-3062,CVE-2011-3232,CVE-2011-3651,CVE-2011-3652,CVE-2011-3654,CVE-2011-3655,CVE-2011-3658,CVE-2011-3660,CVE-2011-3661,CVE-2011-3663,CVE-2012-0445,CVE-2012-0446,CVE-2012-0447,CVE-2012-0451,CVE-2012-0452,CVE-2012-0459,CVE-2012-0460,CVE-2012-0467,CVE-2012-0468,CVE-2012-0469,CVE-2012-0470,CVE-2012-0471,CVE-2012-0472,CVE-2012-0473,CVE-2012-0474,CVE-2012-0475,CVE-2012-0477,CVE-2012-0478,CVE-2012-0479
Sources used:
openSUSE 12.1 (src):    MozillaFirefox-12.0-2.26.1, MozillaThunderbird-12.0-33.20.1, seamonkey-2.9-2.18.1, xulrunner-12.0-2.26.1
openSUSE 11.4 (src):    MozillaFirefox-12.0-18.1, MozillaThunderbird-12.0-18.1, seamonkey-2.9-18.1

This is an autogenerated message for OBS integration:
This bug (758408) was mentioned in
https://build.opensuse.org/request/show/115996 Evergreen:11.2 / seamonkey

This is an autogenerated message for OBS integration:
This bug (758408) was mentioned in
https://build.opensuse.org/request/show/116004 Factory / seamonkey

Update released for: MozillaFirefox, MozillaFirefox-branding-upstream, MozillaFirefox-debuginfo, MozillaFirefox-debugsource, MozillaFirefox-devel, MozillaFirefox-translations, libfreebl3, libfreebl3-32bit, libfreebl3-x86, mozilla-nss, mozilla-nss-32bit, mozilla-nss-debuginfo, mozilla-nss-debuginfo-32bit, mozilla-nss-debuginfo-x86, mozilla-nss-debugsource, mozilla-nss-devel, mozilla-nss-tools, mozilla-nss-x86
Products:
SLE-DEBUGINFO 11-SP1 (i386, ia64, ppc64, s390x, x86_64)
SLE-DESKTOP 11-SP1 (i386, x86_64)
SLE-DESKTOP 11-SP1-FOR-SP2 (i386, x86_64)
SLE-SDK 11-SP1 (i386, ia64, ppc64, s390x, x86_64)
SLE-SDK 11-SP1-FOR-SP2 (i386, ia64, ppc64, s390x, x86_64)
SLE-SERVER 11-SP1 (i386, ia64, ppc64, s390x, x86_64)
SLE-SERVER 11-SP1-FOR-SP2 (i386, ia64, ppc64, s390x, x86_64)
SLE-SERVER 11-SP1-TERADATA (x86_64)
SLES4VMWARE 11-SP1 (i386, x86_64)

I haved ignored the mhtml-firefox plugin problem and tested MozillaFirefox MozillaFirefox-10.0.4-0.7.1 on sle10sp4.

on sles10sp4-i386 and sled10sp4-i386, I found this problem:

when I closed firefox(either press ctrl+q or click the right-top button), it gave the following message:

sles10sp4-i386:~ # firefox 
/usr/bin/firefox: line 147:  5388 Segmentation fault      $MOZ_PROGRAM "$@"

On sle10sp4-x86_64, it seems all right.

my findings currently:

#0  0xb57e08f0 in real_save_png (pixbuf=0xad55f1c0, keys=0xbfffbc3c, values=0xb5ed4391, error=0xb3195700, to_callback=0, f=0x2, save_func=0xbfffbe1c, user_data=0xbfffbd2c) at io-png.c:912
#1  0xb5ebbd6b in g_closure_invoke (closure=0xb3195700, return_value=0x0, n_param_values=2, param_values=0xbfffbe1c, invocation_hint=0xbfffbd2c) at gclosure.c:490
#2  0xb5ecce9d in signal_emit_unlocked_R (node=0xb7b70850, detail=0, instance=0xb7b45150, emission_return=0x0, instance_and_params=0xbfffbe1c) at gsignal.c:2440
#3  0xb5ece3a7 in g_signal_emit_valist (instance=0xb7b45150, signal_id=2, detail=0, var_args=0xbfffc060 "\364/\237\267@\300", <incomplete sequence \352\241>) at gsignal.c:2199
#4  0xb5ece575 in g_signal_emit (instance=0xb7b45150, signal_id=2, detail=0) at gsignal.c:2243
#5  0xb5a8d6c6 in IA__gdk_display_close (display=0xb7b45150) at gdkdisplay.c:185
#6  0xb673182e in MOZ_gdk_display_close (display=0xb7b45150) at /usr/src/debug/mozilla/toolkit/xre/nsAppRunner.cpp:2525
#7  0xb67339ad in XRE_main (argc=1, argv=0xbfffe684, aAppData=0xbfffe684) at /usr/src/debug/mozilla/toolkit/xre/nsAppRunner.cpp:3617
#8  0x08049a32 in do_main (argc=-1073748348, argv=0xbfffe52c) at /usr/src/debug/mozilla/browser/app/nsBrowserApp.cpp:198
#9  main (argc=-1073748348, argv=0xbfffe52c) at /usr/src/debug/mozilla/browser/app/nsBrowserApp.cpp:281

(gdb) x /x $esp
0xbfffbbdc:     0xb5ec9179
(gdb) x /i 0xb5ec9179
   0xb5ec9179 <g_cclosure_marshal_VOID__BOOLEAN+89>:    mov    -0xc(%ebp),%ebx
(gdb) x /10i 0xb5ec9179-20
   0xb5ec9165 <g_cclosure_marshal_VOID__BOOLEAN+69>:    adc    $0x89,%al
   0xb5ec9167 <g_cclosure_marshal_VOID__BOOLEAN+71>:    inc    %esp
   0xb5ec9168 <g_cclosure_marshal_VOID__BOOLEAN+72>:    and    $0x8,%al
   0xb5ec916a <g_cclosure_marshal_VOID__BOOLEAN+74>:    mov    0x18(%edx),%eax
   0xb5ec916d <g_cclosure_marshal_VOID__BOOLEAN+77>:    mov    %eax,0x4(%esp)
   0xb5ec9171 <g_cclosure_marshal_VOID__BOOLEAN+81>:    mov    -0x10(%ebp),%eax
   0xb5ec9174 <g_cclosure_marshal_VOID__BOOLEAN+84>:    mov    %eax,(%esp)
   0xb5ec9177 <g_cclosure_marshal_VOID__BOOLEAN+87>:    call   *%esi
   0xb5ec9179 <g_cclosure_marshal_VOID__BOOLEAN+89>:    mov    -0xc(%ebp),%ebx          <<<<<<<<<<<<<<<<<<<<< we are here
   0xb5ec917c <g_cclosure_marshal_VOID__BOOLEAN+92>:    mov    -0x8(%ebp),%esi
(gdb) list *0xb5ec9179
0xb5ec9179 is in g_cclosure_marshal_VOID__BOOLEAN (gmarshal.c:114).
109       callback = (GMarshalFunc_VOID__BOOLEAN) (marshal_data ? marshal_data : cc->callback);
110
111       callback (data1,
112                 g_marshal_value_peek_boolean (param_values + 1),
113                 data2);
114     }
115

(gdb) down
#1  0xb5ebbd6b in g_closure_invoke (closure=0xb3195700, return_value=0x0, n_param_values=2, param_vaparam_values=0xbfffbe1c, invocation_hint=0xbfffbd2c) at gclosure.c:490
490           marshal (closure,
(gdb) print ((GCClosure*)closure)->callback
$10 = (gpointer) 0xb57e08f0
(gdb) x /i ((GCClosure*)closure)->callback
   0xb57e08f0 <real_save_png+608>:      lock mov %eax,(%esp)


So the closure cleanup code jumps directly into the middle of the png
plugin code, expecting some other code to be there. Either the previous
closure was not called correctly, or some other parts of the cleanup
did not work.


It is not clear what closure this is to me :(

after some days of debugging I found and fixed the problem.

issue is within the "XIM" inpout method module from gtk2
- it is loaded
- it registers some handlers, including a display "closed" handler
- it is unloaded again ... without unregistering the handlers

...

- on close the "closed" signal handler is called , but there now lives other code

I backported modules/input/gtkimcontextxim.c from the gtk2 in factory
and submitted firefox3-gtk2 ... this seems to work now.


Shu Kui, can you please qa reject  patchinfo-47127, i will resubmit patchinfo
and the new fixed firefox3-gtk2 package.

Marcus, thanks for your great work!

Update released for: MozillaFirefox, MozillaFirefox-branding-SLED, MozillaFirefox-branding-upstream, MozillaFirefox-debuginfo, MozillaFirefox-devel, MozillaFirefox-translations, firefox3-autoconf261, firefox3-binutils, firefox3-binutils-debuginfo, firefox3-binutils-devel, firefox3-gtk2, firefox3-gtk2-32bit, firefox3-gtk2-debuginfo, firefox3-gtk2-devel, firefox3-gtk2-doc, firefox3-make, firefox3-make-debuginfo, firefox3-python, mozilla-nss, mozilla-nss-32bit, mozilla-nss-debuginfo, mozilla-nss-devel, mozilla-nss-tools, yasm, yasm-debuginfo, yasm-devel
Products:
SLE-SERVER 10-SP3-TERADATA (x86_64)

Update released for: MozillaFirefox, MozillaFirefox-branding-SLED, MozillaFirefox-branding-upstream, MozillaFirefox-debuginfo, MozillaFirefox-devel, MozillaFirefox-translations, beagle, beagle-debuginfo, beagle-evolution, beagle-firefox, beagle-gui, beagle-thunderbird, firefox3-autoconf261, firefox3-binutils, firefox3-binutils-debuginfo, firefox3-binutils-devel, firefox3-gtk2, firefox3-gtk2-32bit, firefox3-gtk2-64bit, firefox3-gtk2-debuginfo, firefox3-gtk2-devel, firefox3-gtk2-doc, firefox3-gtk2-x86, firefox3-make, firefox3-make-debuginfo, firefox3-python-base, firefox3-python-base-32bit, firefox3-python-base-64bit, firefox3-python-base-debuginfo, firefox3-python-base-x86, mhtml-firefox, mozilla-nss, mozilla-nss-32bit, mozilla-nss-64bit, mozilla-nss-debuginfo, mozilla-nss-devel, mozilla-nss-tools, mozilla-nss-x86, yasm, yasm-debuginfo, yasm-devel
Products:
SLE-DEBUGINFO 10-SP4 (i386, ia64, ppc, s390x, x86_64)
SLE-DESKTOP 10-SP4 (i386, x86_64)
SLE-SDK 10-SP4 (i386, ia64, ppc, s390x, x86_64)
SLE-SERVER 10-SP4 (i386, ia64, ppc, s390x, x86_64)

done, thanks folks

openSUSE-SU-2014:1100-1: An update that fixes 475 vulnerabilities is now available.

Category: security (important)
Bug References: 104586,354469,385739,390992,417869,41903,429179,439841,441084,455804,484321,503151,518603,527418,528406,529180,542809,559819,576969,582276,586567,593807,603356,622506,637303,642502,645315,649492,657016,664211,667155,689281,701296,712224,714931,720264,726758,728520,732898,733002,737533,744275,746616,747328,749440,750044,755060,758408,765204,771583,777588,783533,786522,790140,796895,804248,808243,813026,819204,825935,833389,840485,847708,854370,861847,868603,875378,876833,881874,887746,894201,894370
CVE References: CVE-2007-3089,CVE-2007-3285,CVE-2007-3656,CVE-2007-3670,CVE-2007-3734,CVE-2007-3735,CVE-2007-3736,CVE-2007-3737,CVE-2007-3738,CVE-2008-0016,CVE-2008-1233,CVE-2008-1234,CVE-2008-1235,CVE-2008-1236,CVE-2008-1237,CVE-2008-3835,CVE-2008-4058,CVE-2008-4059,CVE-2008-4060,CVE-2008-4061,CVE-2008-4062,CVE-2008-4063,CVE-2008-4064,CVE-2008-4065,CVE-2008-4066,CVE-2008-4067,CVE-2008-4068,CVE-2008-4070,CVE-2008-5012,CVE-2008-5014,CVE-2008-5016,CVE-2008-5017,CVE-2008-5018,CVE-2008-5021,CVE-2008-5022,CVE-2008-5024,CVE-2008-5500,CVE-2008-5501,CVE-2008-5502,CVE-2008-5503,CVE-2008-5506,CVE-2008-5507,CVE-2008-5508,CVE-2008-5510,CVE-2008-5511,CVE-2008-5512,CVE-2009-0040,CVE-2009-0771,CVE-2009-0772,CVE-2009-0773,CVE-2009-0774,CVE-2009-0776,CVE-2009-1571,CVE-2009-3555,CVE-2010-0159,CVE-2010-0173,CVE-2010-0174,CVE-2010-0175,CVE-2010-0176,CVE-2010-0182,CVE-2010-0654,CVE-2010-1121,CVE-2010-1196,CVE-2010-1199,CVE-2010-1200,CVE-2010-1201,CVE-2010-1202,CVE-2010-1203,CVE-2010-1205,CVE-2010-1211,CVE-2010-1212,CVE-2010-1213,CVE-2010-1585,CVE-2010-2752,CVE-2010-2753,CVE-2010-2754,CVE-2010-2760,CVE-2010-2762,CVE-2010-2764,CVE-2010-2765,CVE-2010-2766,CVE-2010-2767,CVE-2010-2768,CVE-2010-2769,CVE-2010-3166,CVE-2010-3167,CVE-2010-3168,CVE-2010-3169,CVE-2010-3170,CVE-2010-3173,CVE-2010-3174,CVE-2010-3175,CVE-2010-3176,CVE-2010-3178,CVE-2010-3179,CVE-2010-3180,CVE-2010-3182,CVE-2010-3183,CVE-2010-3765,CVE-2010-3768,CVE-2010-3769,CVE-2010-3776,CVE-2010-3777,CVE-2010-3778,CVE-2011-0053,CVE-2011-0061,CVE-2011-0062,CVE-2011-0069,CVE-2011-0070,CVE-2011-0072,CVE-2011-0074,CVE-2011-0075,CVE-2011-0077,CVE-2011-0078,CVE-2011-0080,CVE-2011-0081,CVE-2011-0083,CVE-2011-0084,CVE-2011-0085,CVE-2011-1187,CVE-2011-2362,CVE-2011-2363,CVE-2011-2364,CVE-2011-2365,CVE-2011-2371,CVE-2011-2372,CVE-2011-2373,CVE-2011-2374,CVE-2011-2376,CVE-2011-2377,CVE-2011-2985,CVE-2011-2986,CVE-2011-2987,CVE-2011-2988,CVE-2011-2989,CVE-2011-2991,CVE-2011-2992,CVE-2011-3000,CVE-2011-3001,CVE-2011-3005,CVE-2011-3026,CVE-2011-3062,CVE-2011-3101,CVE-2011-3232,CVE-2011-3648,CVE-2011-3650,CVE-2011-3651,CVE-2011-3652,CVE-2011-3654,CVE-2011-3655,CVE-2011-3658,CVE-2011-3659,CVE-2011-3660,CVE-2011-3661,CVE-2011-3663,CVE-2012-0441,CVE-2012-0442,CVE-2012-0443,CVE-2012-0444,CVE-2012-0445,CVE-2012-0446,CVE-2012-0447,CVE-2012-0449,CVE-2012-0451,CVE-2012-0452,CVE-2012-0455,CVE-2012-0456,CVE-2012-0457,CVE-2012-0458,CVE-2012-0459,CVE-2012-0460,CVE-2012-0461,CVE-2012-0462,CVE-2012-0463,CVE-2012-0464,CVE-2012-0467,CVE-2012-0468,CVE-2012-0469,CVE-2012-0470,CVE-2012-0471,CVE-2012-0472,CVE-2012-0473,CVE-2012-0474,CVE-2012-0475,CVE-2012-0477,CVE-2012-0478,CVE-2012-0479,CVE-2012-0759,CVE-2012-1937,CVE-2012-1938,CVE-2012-1940,CVE-2012-1941,CVE-2012-1944,CVE-2012-1945,CVE-2012-1946,CVE-2012-1947,CVE-2012-1948,CVE-2012-1949,CVE-2012-1951,CVE-2012-1952,CVE-2012-1953,CVE-2012-1954,CVE-2012-1955,CVE-2012-1956,CVE-2012-1957,CVE-2012-1958,CVE-2012-1959,CVE-2012-1960,CVE-2012-1961,CVE-2012-1962,CVE-2012-1963,CVE-2012-1967,CVE-2012-1970,CVE-2012-1972,CVE-2012-1973,CVE-2012-1974,CVE-2012-1975,CVE-2012-1976,CVE-2012-3956,CVE-2012-3957,CVE-2012-3958,CVE-2012-3959,CVE-2012-3960,CVE-2012-3961,CVE-2012-3962,CVE-2012-3963,CVE-2012-3964,CVE-2012-3966,CVE-2012-3967,CVE-2012-3968,CVE-2012-3969,CVE-2012-3970,CVE-2012-3971,CVE-2012-3972,CVE-2012-3975,CVE-2012-3978,CVE-2012-3980,CVE-2012-3982,CVE-2012-3983,CVE-2012-3984,CVE-2012-3985,CVE-2012-3986,CVE-2012-3988,CVE-2012-3989,CVE-2012-3990,CVE-2012-3991,CVE-2012-3992,CVE-2012-3993,CVE-2012-3994,CVE-2012-3995,CVE-2012-4179,CVE-2012-4180,CVE-2012-4181,CVE-2012-4182,CVE-2012-4183,CVE-2012-4184,CVE-2012-4185,CVE-2012-4186,CVE-2012-4187,CVE-2012-4188,CVE-2012-4191,CVE-2012-4192,CVE-2012-4193,CVE-2012-4194,CVE-2012-4195,CVE-2012-4196,CVE-2012-4201,CVE-2012-4202,CVE-2012-4204,CVE-2012-4205,CVE-2012-4207,CVE-2012-4208,CVE-2012-4209,CVE-2012-4212,CVE-2012-4213,CVE-2012-4214,CVE-2012-4215,CVE-2012-4216,CVE-2012-4217,CVE-2012-4218,CVE-2012-5829,CVE-2012-5830,CVE-2012-5833,CVE-2012-5835,CVE-2012-5836,CVE-2012-5837,CVE-2012-5838,CVE-2012-5839,CVE-2012-5840,CVE-2012-5841,CVE-2012-5842,CVE-2012-5843,CVE-2013-0743,CVE-2013-0744,CVE-2013-0745,CVE-2013-0746,CVE-2013-0747,CVE-2013-0748,CVE-2013-0749,CVE-2013-0750,CVE-2013-0752,CVE-2013-0753,CVE-2013-0754,CVE-2013-0755,CVE-2013-0756,CVE-2013-0757,CVE-2013-0758,CVE-2013-0760,CVE-2013-0761,CVE-2013-0762,CVE-2013-0763,CVE-2013-0764,CVE-2013-0766,CVE-2013-0767,CVE-2013-0768,CVE-2013-0769,CVE-2013-0770,CVE-2013-0771,CVE-2013-0773,CVE-2013-0774,CVE-2013-0775,CVE-2013-0776,CVE-2013-0780,CVE-2013-0782,CVE-2013-0783,CVE-2013-0787,CVE-2013-0788,CVE-2013-0789,CVE-2013-0793,CVE-2013-0795,CVE-2013-0796,CVE-2013-0800,CVE-2013-0801,CVE-2013-1669,CVE-2013-1670,CVE-2013-1674,CVE-2013-1675,CVE-2013-1676,CVE-2013-1677,CVE-2013-1678,CVE-2013-1679,CVE-2013-1680,CVE-2013-1681,CVE-2013-1682,CVE-2013-1684,CVE-2013-1685,CVE-2013-1686,CVE-2013-1687,CVE-2013-1690,CVE-2013-1692,CVE-2013-1693,CVE-2013-1694,CVE-2013-1697,CVE-2013-1701,CVE-2013-1709,CVE-2013-1710,CVE-2013-1713,CVE-2013-1714,CVE-2013-1717,CVE-2013-1718,CVE-2013-1719,CVE-2013-1720,CVE-2013-1722,CVE-2013-1723,CVE-2013-1724,CVE-2013-1725,CVE-2013-1728,CVE-2013-1730,CVE-2013-1732,CVE-2013-1735,CVE-2013-1736,CVE-2013-1737,CVE-2013-1738,CVE-2013-5590,CVE-2013-5591,CVE-2013-5592,CVE-2013-5593,CVE-2013-5595,CVE-2013-5596,CVE-2013-5597,CVE-2013-5599,CVE-2013-5600,CVE-2013-5601,CVE-2013-5602,CVE-2013-5603,CVE-2013-5604,CVE-2013-5609,CVE-2013-5610,CVE-2013-5611,CVE-2013-5612,CVE-2013-5613,CVE-2013-5614,CVE-2013-5615,CVE-2013-5616,CVE-2013-5618,CVE-2013-5619,CVE-2013-6629,CVE-2013-6630,CVE-2013-6671,CVE-2013-6672,CVE-2013-6673,CVE-2014-1477,CVE-2014-1478,CVE-2014-1479,CVE-2014-1480,CVE-2014-1481,CVE-2014-1482,CVE-2014-1483,CVE-2014-1484,CVE-2014-1485,CVE-2014-1486,CVE-2014-1487,CVE-2014-1488,CVE-2014-1489,CVE-2014-1490,CVE-2014-1491,CVE-2014-1492,CVE-2014-1493,CVE-2014-1494,CVE-2014-1497,CVE-2014-1498,CVE-2014-1499,CVE-2014-1500,CVE-2014-1502,CVE-2014-1504,CVE-2014-1505,CVE-2014-1508,CVE-2014-1509,CVE-2014-1510,CVE-2014-1511,CVE-2014-1512,CVE-2014-1513,CVE-2014-1514,CVE-2014-1518,CVE-2014-1519,CVE-2014-1522,CVE-2014-1523,CVE-2014-1524,CVE-2014-1525,CVE-2014-1526,CVE-2014-1528,CVE-2014-1529,CVE-2014-1530,CVE-2014-1531,CVE-2014-1532,CVE-2014-1533,CVE-2014-1534,CVE-2014-1536,CVE-2014-1537,CVE-2014-1538,CVE-2014-1539,CVE-2014-1540,CVE-2014-1541,CVE-2014-1542,CVE-2014-1543,CVE-2014-1544,CVE-2014-1545,CVE-2014-1547,CVE-2014-1548,CVE-2014-1549,CVE-2014-1550,CVE-2014-1552,CVE-2014-1553,CVE-2014-1555,CVE-2014-1556,CVE-2014-1557,CVE-2014-1558,CVE-2014-1559,CVE-2014-1560,CVE-2014-1561,CVE-2014-1562,CVE-2014-1563,CVE-2014-1564,CVE-2014-1565,CVE-2014-1567
Sources used:
openSUSE 11.4 (src):    MozillaFirefox-24.8.0-127.1, mozilla-nss-3.16.4-94.1