1834194 Members
2799 Online
110064 Solutions
New Discussion

Re: pgp on hpux

 
news groups
Occasional Advisor

pgp on hpux

Dear All,

On a hpux 10.20 system, with gcc 2.95.2, when I tried to compile pgp50i, I get quite a lot of warnings like :

warning: declaration of `rand' shadows global declaration warning: comparison between signed and unsigned
warning: comparison of unsigned expression >= 0 is always true warning: declaration of `pgpaFailed' shadows a parameter warning: suggest explicit braces to avoid ambiguous `else' warning: `MAX' redefined

warning: missing initializer
warning: (near initialization for `nullsec.hash')

warning: passing arg 3 of `ringPoolGetName' from incompatible pointer type

warning: `union RingObject' declared inside parameter list warning: its scope is only this definition or declaration, which is probably not what you want.

warning: passing arg 4 of `simplePGPEncryptBuffer' discards qualifiers from pointer target type

But the compilation nevertheless can finish.
After that, when I launched the binary, I had :

# pgp
PGP is now invoked from different executables for different operations:

pgpe Encrypt (including Encrypt/Sign)
pgps Sign
pgpv Verify/Decrypt
pgpk Key management
pgpo PGP 2.6.2 command-line simulator (not yet implemented)

See each application's respective man page or the general PGP documentation for more information.

Pid 7173 received a SIGSEGV for stack growth failure. Possible causes: insufficient memory or swap space, or stack size exceeded maxssiz.
Memory fault(coredump)
#

With :
maxssize parameter = +- 8Mo
free memory (in top) = +- 160Mo

So I don't know the origin of this signal 11, and I'm wondering :
- Is it a compiler version problem ?
- Is a specific patch required ?
- does somebody has already compiled pgp on hp-ux 10.20 ?
- does it exist somewhere a binary distribution for that operating system ?

Thanks for your help.

Regards
1 REPLY 1
Anthony Goonetilleke
Esteemed Contributor

Re: pgp on hpux

Try http://web.mit.edu/network/pgp.html
Minimum effort maximum output!