On Tue, Oct 08, 2013 at 02:26:54PM -0700, Ildar Muslukhov wrote:
> +static void output_arg(unsigned int call, unsigned int argnum, const char
> *name, unsigned long oldreg, unsigned long reg, int type, FILE *fd, bool
> mono)
> +{
> +}
> +
uh, what ?
> +
> +static void output_syscall_prefix_to_fd(const unsigned int childno, const
> pid_t pid, const unsigned int syscallno, FILE *fd, bool mono)
> +{
> + fprintf(fd, "[child%d:%d] [%ld] %s", childno, pid,
> shm->child_syscall_count[childno],
> + (shm->do32bit[childno] == TRUE) ? "[32BIT] " : "");
> +
> + if (syscallno > max_nr_syscalls)
> + fprintf(fd, "%u", syscallno);
> + else
> + fprintf(fd, "%s", syscalls[syscallno].entry->name);
> +
> + CRESETFD
> + fprintf(fd, "(");
> + output_arg(syscallno, 1, syscalls[syscallno].entry->arg1name,
> shm->previous_a1[childno], shm->a1[childno],
> + syscalls[syscallno].entry->arg1type, fd, mono);
> + output_arg(syscallno, 2, syscalls[syscallno].entry->arg2name,
> shm->previous_a2[childno], shm->a2[childno],
> + syscalls[syscallno].entry->arg2type, fd, mono);
> + output_arg(syscallno, 3, syscalls[syscallno].entry->arg3name,
> shm->previous_a3[childno], shm->a3[childno],
> + syscalls[syscallno].entry->arg3type, fd, mono);
> + output_arg(syscallno, 4, syscalls[syscallno].entry->arg4name,
> shm->previous_a4[childno], shm->a4[childno],
> + syscalls[syscallno].entry->arg4type, fd, mono);
> + output_arg(syscallno, 5, syscalls[syscallno].entry->arg5name,
> shm->previous_a5[childno], shm->a5[childno],
> + syscalls[syscallno].entry->arg5type, fd, mono);
> + output_arg(syscallno, 6, syscalls[syscallno].entry->arg6name,
> shm->previous_a6[childno], shm->a6[childno],
> + syscalls[syscallno].entry->arg6type, fd, mono);
> + CRESETFD
> + fprintf(fd, ") ");
> +}
Dave
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