Thanks very much for your reply, Jeffery.
Our initial note may have led you to believe that a wholesale replacement of Kerberos
encryption with SSL encryption was being considered beyond the customer's application.
That was my wording error. The customer simply wants to use SSL for their
application's data encryption tasks (which they manage), and so far, this is the only
issue that they report (and their workaround is to simply swap the return value from
SSL's DES_CBC_CKSUM call).
Our follow-up question is whether DES_CBC_CKSUM() is used/required by SSL itself for
its encryption processing, or if it was only provided for KRB4 application support?
If it is only for KRB4/5 application support, then it looks like we need to at least
re-define the c2l macro in the cbc_cksum.c module to return the correct byte order of
the checksum's right-half in the longword return value. If people consider this a
bugfix issue for this function, we like this suggested fix.
If the DES_CBC_CKSUM() function is used by SSL for its own encryption processing, then
it is presumed correct and must be left alone. Our course here is to define an
equivalent function that returns the longword in the expected byte order for Kerberos
callers.
Lastly, note that the OUTBUF stream for both SSL and Kerberos are identical. It is
only the 4 byte return value from the function that differs, so we do not seem to have
any DES encryption incompatibility between SSL and Kerberos (even accepting that
internal data representations are different between the two technologies).
Thanks for any feedback on this!
Al...
-----Original Message-----
From: Jeffrey Altman [mailto:[EMAIL PROTECTED]]
Sent: Thursday, October 10, 2002 1:56 PM
To: [EMAIL PROTECTED]
Cc: [EMAIL PROTECTED]; Greaney, Kevin; Jamison, Alan
Subject: Re: DES_CBC_CKSUM in SSL and Kerberos.
The answer is:
MIT DES
and
OpenSSL DES
use different internal representations of the data. You cannot
replace the MIT DES with OpenSSL DES unless you also recompile MIT
Kerberos 4 to use the OpenSSL DES as well.
Several people have done it in the past but it is not recommended.
OpenSSL has gone to great lengths to clean the namespace so that each
implementation can be used within the same application.
>
> Hi,
> I have a customer with a Kerberos V4 application who is
> trying to decide if they can substitute their existing Kerberos V4 DES
> encryption capability with SSL's DES encryption support. When calling
> DES_CBC_CKSUM() from the Kerberos library, the checksum output buffer
> and the function's return value read :
>
> OUTBUF=3D 1234ABCD... // char *, 8 Byte checksum
> RetVal =3D ABCD // unsigned long, Low
> order(right half) 4 bytes of 8byte checksum
>
> When calling SSL's DES_CBC_CKSUM(), the values read:
>
> OUTBUF=3D 1234ABCD... // char *, 8 Byte checksum
> RetVal =3D DCBA // unsigned long, Low
> order(right half) 4 bytes of 8byte checksum
>
> SSL's RetVal produces a checksum error in the KerberosV4
> application on return because it is in the oposite byte order than what
> Kerberos expects.
>
> The Kerberos and SSL macros used to initialize the return
> value from the OUTBUF follow respectively:
>
> Kerberos:
> > #define GET_HALF_BLOCK(lr, ip) \
> > (lr) =3D ((unsigned int)(*(ip)++)) << 24; \
> > (lr) |=3D ((unsigned int)(*(ip)++)) << 16; \
> > (lr) |=3D ((unsigned int)(*(ip)++)) << 8; \
> > (lr) |=3D (unsigned int)(*(ip)++)
> >=20
> SSL:
> > #define c2l(c,l) (l =3D((DES_LONG)(*((c)++))) , \
> > l|=3D((DES_LONG)(*((c)++)))<< 8L, \
> > l|=3D((DES_LONG)(*((c)++)))<<16L, \
> > l|=3D((DES_LONG)(*((c)++)))<<24L)
> >=20
> We do not understand why SSL is swapping the bytes when
> initializing the output longword return value with the c2l macro in the
> DES_CBC_CKSUM() function. I have a test program that shows the
> differences.
>
> As you can see from the output below, the output is reversed
> between ssl and krb.
> $ run test_cbc_cksum
> set key 0
> ssl 0x738af841, 0x80 0x16 0xd6 0x6b 0x41 0xf8 0x8a 0x73
> krb 0x41f88a7
>
> I then added a new macro, ksg_c2l, and had it do the same order
> of shifting as the get_half_block.
> They output is now in the correct order.
>
> $ run test_cbc_cksum2
> set key 0
> ssl 0x738af841, 0x80 0x16 0xd6 0x6b 0x41 0xf8 0x8a 0x73
> krb 0x41f88a73
> c2l 0x738af841
> ksg_c2l 0x41f88a73
>
> I have included the program with this mail message, and here
> are the environmental details=20
> we were operating in:
>
> OpenSSL 0.9.6b with Security patches.
> OpenVMS Alpha V7.2
> TCP/IP V5.0A
> DEC C V6.2
> Kerberos V4 and 5
>
> Thanks,
> Kevin
> =09
> Kevin Greaney SSL for OpenVMS Team
> Hewlett Packard Company OpenVMS Engineering Group
> 110 Spitbrook Road =20
> Nashua, NH 03062
> (603) 884-5099
>
> <<test_cbc_cksum.c>>=20
>
>
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> <TITLE>DES_CBC_CKSUM in SSL and Kerberos.</TITLE>
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> <BODY>
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> <BR>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> Hi,</FONT>
> <UL>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> I have a customer =
> with a Kerberos V4 application who is trying to decide if they can =
> substitute their existing Kerberos V4 DES encryption capability with =
> SSL's DES encryption support. When calling DES_CBC_CKSUM() from =
> the Kerberos library, the checksum output buffer and the function's =
> return value read :</FONT></P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> OUTBUF=3D =
> 1234ABCD... // char *, 8 Byte checksum</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial"> RetVal =
> =3D =
> ABCD &nb=
> sp; // unsigned long, Low order(right half) 4 bytes of 8byte =
> checksum</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> When calling SSL's =
> DES_CBC_CKSUM(), the values read:</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> OUTBUF=3D =
> 1234ABCD... // char *, 8 Byte checksum</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial"> RetVal =
> =3D =
> DCBA &nb=
> sp; // unsigned long, Low order(right half) 4 bytes of 8byte =
> checksum</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial">SSL's RetVal produces a checksum error =
> in the KerberosV4 application on return because it is in the oposite =
> byte order than what Kerberos expects.</FONT></P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> The Kerberos and SSL =
> macros used to initialize the return value from the OUTBUF follow =
> respectively:</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial">Kerberos:</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">#define GET_HALF_BLOCK(lr, ip) =
> \</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">(lr) =3D ((unsigned int)(*(ip)++)) << 24; \</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">(lr) |=3D ((unsigned int)(*(ip)++)) << 16; \</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">(lr) |=3D ((unsigned int)(*(ip)++)) << 8; \</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">(lr) |=3D (unsigned int)(*(ip)++)</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial">SSL:</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">#define c2l(c,l) (l =
> =3D((DES_LONG)(*((c)++))) , \</FONT>
>
> <BR><FONT SIZE=3D2 =
> FACE=3D"Arial"> &nbs=
> p;  =
> ; l|=3D((DES_LONG)(*((c)++)))<< 8L, \</FONT>
>
> <BR><FONT SIZE=3D2 =
> FACE=3D"Arial"> &nbs=
> p;  =
> ; l|=3D((DES_LONG)(*((c)++)))<<16L, \</FONT>
>
> <BR><FONT SIZE=3D2 =
> FACE=3D"Arial"> &nbs=
> p;  =
> ; l|=3D((DES_LONG)(*((c)++)))<<24L)</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> We do not understand =
> why SSL is swapping the bytes when initializing the output longword =
> return value with the c2l macro in the DES_CBC_CKSUM() function. I =
> have a test program that shows the differences</FONT><FONT =
> COLOR=3D"#0000FF" SIZE=3D2 FACE=3D"Arial">.</FONT></P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> As you can see from the output =
> below, the output is reversed between ssl and krb.</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">$ run test_cbc_cksum</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">set key 0</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">ssl 0x738af841, 0x80 0x16 0xd6 0x6b =
> 0x41 0xf8 0x8a 0x73</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">krb 0x41f88a7</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> I then added a new macro, =
> ksg_c2l, and had it do the same order of shifting as the =
> get_half_block.</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">They output is now in the correct =
> order.</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial">$ run test_cbc_cksum2</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">set key 0</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">ssl 0x738af841, 0x80 0x16 0xd6 0x6b =
> 0x41 0xf8 0x8a 0x73</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">krb 0x41f88a73</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">c2l 0x738af841</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">ksg_c2l 0x41f88a73</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> I have included the program with =
> this mail message, and here are the environmental details </FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial"> we were operating in:</FONT>
> </P>
>
> <P> <FONT SIZE=3D2 =
> FACE=3D"Arial">OpenSSL 0.9.6b with Security patches.</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">OpenVMS Alpha V7.2</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">TCP/IP V5.0A</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">DEC C V6.2</FONT>
>
> <BR> <FONT SIZE=3D2 =
> FACE=3D"Arial">Kerberos V4 and 5</FONT>
> </P>
>
> <P><FONT SIZE=3D2 FACE=3D"Arial"> Thanks,</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial"> Kevin</FONT>
> </UL>
> <P> =20
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">Kevin =
> Greaney =
> SSL for =
> OpenVMS Team</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">Hewlett Packard =
> Company OpenVMS Engineering Group</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">110 Spitbrook =
> Road &nb=
> sp; </FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">Nashua, NH 03062</FONT>
>
> <BR><FONT SIZE=3D2 FACE=3D"Arial">(603) 884-5099</FONT>
> </P>
>
> <P><FONT FACE=3D"Arial" SIZE=3D2 COLOR=3D"#000000"> =
> <<test_cbc_cksum.c>> </FONT>
> </P>
>
> </BODY>
> </HTML>
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>
> ------_=_NextPart_001_01C27085.410E8F0F--
> ______________________________________________________________________
> OpenSSL Project http://www.openssl.org
> Development Mailing List [EMAIL PROTECTED]
> Automated List Manager [EMAIL PROTECTED]
>
Jeffrey Altman * Sr.Software Designer Kermit 95 2.0 GUI available now!!!
The Kermit Project @ Columbia University SSH, Secure Telnet, Secure FTP, HTTP
http://www.kermit-project.org/ Secured with MIT Kerberos, SRP, and
[EMAIL PROTECTED] OpenSSL.
______________________________________________________________________
OpenSSL Project http://www.openssl.org
Development Mailing List [EMAIL PROTECTED]
Automated List Manager [EMAIL PROTECTED]
