tst.procpriv.ksh revision b0f673c4626e4cb1db7785287eaeed2731dfefe8
#
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# Common Development and Distribution License (the "License").
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#
# Copyright (c) 2012, Joyent, Inc. All rights reserved.
#
#
# When we have dtrace_proc (but lack dtrace_kernel), we expect to be able to
# read certain curpsinfo/curlwpsinfo/curcpu fields even though they require
# reading in-kernel state. However, there are other fields in these translated
# structures that we know we shouldn't be able to read, as they require reading
# in-kernel state that we cannot read with only dtrace_proc. Finally, there
# are a few fields that we may or may not be able to read depending on the
# specifics of context. This test therefore asserts that we can read what we
# think we should be able to, that we can't read what we think we shouldn't be
# able to, and (for purposes of completeness) that we are indifferent about
# what we cannot assert one way or the other.
#
#define CANREAD(what, field) \
BEGIN { errmsg = "can't read field from what"; printf("field: "); \
trace(what->field); printf("\n"); }
#define CANTREAD(what, field) \
BEGIN { errmsg = ""; trace(what->field); \
printf("\nable to successfully read field from what!"); exit(1); }
#define MIGHTREAD(what, field) \
BEGIN { errmsg = ""; printf("field: "); trace(what->field); printf("\n"); }
#define CANREADVAR(vname) \
BEGIN { errmsg = "can't read vname"; printf("vname: "); \
trace(vname); printf("\n"); }
#define CANTREADVAR(vname) \
BEGIN { errmsg = ""; trace(vname); \
printf("\nable to successfully read vname!"); exit(1); }
#define MIGHTREADVAR(vname) \
BEGIN { errmsg = ""; printf("vname: "); trace(vname); printf("\n"); }
CANREAD(curpsinfo, pr_pid)
CANREAD(curpsinfo, pr_nlwp)
CANREAD(curpsinfo, pr_ppid)
CANREAD(curpsinfo, pr_uid)
CANREAD(curpsinfo, pr_euid)
CANREAD(curpsinfo, pr_gid)
CANREAD(curpsinfo, pr_egid)
CANREAD(curpsinfo, pr_addr)
CANREAD(curpsinfo, pr_start)
CANREAD(curpsinfo, pr_fname)
CANREAD(curpsinfo, pr_psargs)
CANREAD(curpsinfo, pr_argc)
CANREAD(curpsinfo, pr_argv)
CANREAD(curpsinfo, pr_envp)
CANREAD(curpsinfo, pr_dmodel)
/*
* If our p_pgidp points to the same pid structure as our p_pidp, we will
* be able to read pr_pgid -- but we won't if not.
*/
MIGHTREAD(curpsinfo, pr_pgid)
CANTREAD(curpsinfo, pr_sid)
CANTREAD(curpsinfo, pr_ttydev)
CANTREAD(curpsinfo, pr_projid)
CANTREAD(curpsinfo, pr_zoneid)
CANTREAD(curpsinfo, pr_contract)
CANREAD(curlwpsinfo, pr_flag)
CANREAD(curlwpsinfo, pr_lwpid)
CANREAD(curlwpsinfo, pr_addr)
CANREAD(curlwpsinfo, pr_wchan)
CANREAD(curlwpsinfo, pr_stype)
CANREAD(curlwpsinfo, pr_state)
CANREAD(curlwpsinfo, pr_sname)
CANREAD(curlwpsinfo, pr_syscall)
CANREAD(curlwpsinfo, pr_pri)
CANREAD(curlwpsinfo, pr_onpro)
CANREAD(curlwpsinfo, pr_bindpro)
CANREAD(curlwpsinfo, pr_bindpset)
CANTREAD(curlwpsinfo, pr_clname)
CANTREAD(curlwpsinfo, pr_lgrp)
CANREAD(curcpu, cpu_id)
CANTREAD(curcpu, cpu_pset)
CANTREAD(curcpu, cpu_chip)
CANTREAD(curcpu, cpu_lgrp)
CANTREAD(curcpu, cpu_info)
/*
* We cannot assert one thing or another about the variable "root": for those
* with only dtrace_proc, it will be readable in the global but not readable in
* the non-global.
*/
MIGHTREADVAR(root)
CANREADVAR(cpu)
CANTREADVAR(pset)
CANTREADVAR(cwd)
CANTREADVAR(chip)
CANTREADVAR(lgrp)
BEGIN
{
exit(0);
}
ERROR
/errmsg != ""/
{
printf("fatal error: %s", errmsg);
exit(1);
}