Difference between revisions of "Summerschool Aachen 2005/Notes/Thursday Sep 22 2005"
| Line 3: | Line 3: | ||
installed solaris and started exploring | installed solaris and started exploring | ||
| − | solaris syscall conventions | + | solaris x86 syscall conventions seem to be: use a lcall $7,$0 instead of int $0x80, push all the arguments on the |
stack instead of linux's speedcall convention that uses registers. also the lcall contains nul bytes, so we | stack instead of linux's speedcall convention that uses registers. also the lcall contains nul bytes, so we | ||
need to create some 'lcall;ret' functionlet somewhere in memory before being able to use syscalls. | need to create some 'lcall;ret' functionlet somewhere in memory before being able to use syscalls. | ||
| + | i think all this is sysv/386 default. | ||
Maximillian: | Maximillian: | ||
workend on makeing ScaPy work on MacOS X and SSL Fingerprinting. | workend on makeing ScaPy work on MacOS X and SSL Fingerprinting. | ||
Revision as of 19:01, 22 September 2005
Typo: worked on a continuation based microthread engine for python (precursor for a python tcp/ip implementation) installed solaris and started exploring solaris x86 syscall conventions seem to be: use a lcall $7,$0 instead of int $0x80, push all the arguments on the stack instead of linux's speedcall convention that uses registers. also the lcall contains nul bytes, so we need to create some 'lcall;ret' functionlet somewhere in memory before being able to use syscalls. i think all this is sysv/386 default.
Maximillian: workend on makeing ScaPy work on MacOS X and SSL Fingerprinting.
