set test pthreadprobes
if {! [installtest_p]} { untested $test; return }
if {! [uprobes_p]} { untested "$test"; return }

# compile the testcase
catch {exec gcc -g -o $test $srcdir/$subdir/$test.c -lpthread -lrt} err
if {$err != "" && [file exists $test]} then {
     fail "$test compile $err"
  } else {
   # find the location of the pthread library
   catch {exec /usr/bin/ldd $test | egrep {^\s*libpthread.so} | awk {{print $3}} } pthread
}

# First thing, do we have a version of glibc with the probes??
set cmd [concat -L process(\"$pthread\").mark(\"pthread_create\")]
if {[catch {exec stap $cmd } res2]} {
   # can happen on systems without pthread probes in glibc, so don't complain
   untested "$test"
   return
} else {
   pass "$test"
}

# The "cond_timedwait" mark doesn't exist in some versions of glibc
# (such as RHEL7 ppc64), so figure out if it exists in this
# glibc. Notice that that probe is optional in the script below.
set cmd [concat -L process(\"$pthread\").mark(\"cond_timedwait\")]
set cond_timedwait_available 0
if {![catch {exec stap $cmd } res2]} {
   set cond_timedwait_available 1
}

# Now we exercise every probe available
set script $srcdir/$subdir/$test.stp

foreach runtime [get_runtime_list] {
    set test_name $test
    if {$runtime != ""} {
	# Suppress warnings (-w) because dyninst can't place some probes, and the WARNINGs
	# make tcl catch return non-zero.  This way we'll still get individual results.
	verbose -log "Running: stap -u -w --runtime=$runtime $script $pthread -c ./$test"
	set rc [catch {exec stap -w --runtime=$runtime $script $pthread -c ./$test } res3]
	lappend test_name "($runtime)"
    } else {
	verbose -log "Running: stap -u $script $pthread -c ./$test"
	set rc [catch {exec stap $script $pthread -c ./$test } res3]
    }
    verbose -log "$res3"

    # error executing?
    if {$rc} {
	fail "$test_name (rc=$rc)"
	exec rm -f $test
	return
    }
    
    set cond_broadcast_correct 0
    set cond_destroy_correct 0
    set cond_init_correct 0
    set cond_signal_correct 0
    set cond_timedwait_correct 0
    set cond_wait_correct 0
    set mutex_acquired_correct 0
    set mutex_destroy_correct 0
    set mutex_entry_correct 0
    set mutex_init_correct 0
    set mutex_release_correct 0
    set mutex_timedlock_acquired_correct 0
    set mutex_timedlock_entry_correct 0
    set pthread_create_correct 0
    set pthread_join_correct 0
    set pthread_join_ret_correct 0
    set pthread_start_correct 0
    set rdlock_entry_correct 0
    set rwlock_destroy_correct 0
    set wrlock_entry_correct 0
    
    # make sure the numbers match
    foreach line $res3 {
	if {[regexp {cond_broadcast=[1-9]} $line]} {
	    set cond_broadcast_correct 1
	}
	if  {[regexp "cond_destroy=0" $line]} {
	    set cond_destroy_correct 1
	}
	if  {[regexp "cond_init=3" $line]} {
	    set cond_init_correct 1
	}
	if  {[regexp {cond_signal=[1-9]} $line]} {
	    set cond_signal_correct 1
	}

	# Handle optional 'cond_timedwait'.
	if  {[regexp {cond_timedwait=([01])} $line matched sub1]} {
	    if  {[expr $cond_timedwait_available && $sub1] \
		     || [expr !$cond_timedwait_available && !$sub1]} {
		set cond_timedwait_correct 1
	    }
	}

	if  {[regexp {cond_wait=[1-9]} $line]} {
	    set cond_wait_correct 1
	}
	if  {[regexp {mutex_acquired=([1-9][0-9]+)} $line]} {
	    set mutex_acquired_correct 1
	}
	if  {[regexp "mutex_destroy=1" $line]} {
	    set mutex_destroy_correct 1
	}
	if  {[regexp {mutex_entry=([1-9][0-9]+)} $line]} {
	    set mutex_entry_correct 1
	}
	if  {[regexp "mutex_init=3" $line]} {
	    set mutex_init_correct 1
	}
	if  {[regexp {mutex_release=([1-9][0-9]+)} $line]} {
	    set mutex_release_correct 1
	}
	# pthread_mutex_timedlock is called with a timeout of 1 second in a 
	# loop while the mutex is held by the other thread for about 5 seconds
	# resulting in a couple of entries resulting in a ETIMEDOUT before it
	# is actually acquired.  Expect 2 till 6 tries before success.
	if  {[regexp {mutex_timedlock_entry=[2-6]} $line]} {
	    set mutex_timedlock_entry_correct 1
	}
	if  {[regexp "mutex_timedlock_acquired=1" $line]} {
	    set mutex_timedlock_acquired_correct 1
	}
	if  {[regexp "pthread_create=6" $line]} {
	    set pthread_create_correct 1
	}
	if  {[regexp "pthread_join=4" $line]} {
	    set pthread_join_correct 1
	}
	if  {[regexp "pthread_join_ret=4" $line]} {
	    set pthread_join_ret_correct 1
	}
	if  {[regexp "pthread_start=6" $line]} {
	    set pthread_start_correct 1
	}
	if  {[regexp {rdlock_entry=[1-9][0-9]*} $line]} {
	    set rdlock_entry_correct 1
	}
	if  {[regexp "rwlock_destroy=0" $line]} {
	    set rwlock_destroy_correct 1
	}
	if  {[regexp {wrlock_entry=[1-9]} $line]} {
	    set wrlock_entry_correct 1
	}
    }
    
    if { $cond_broadcast_correct == 0 } { 
	fail "$test_name cond_broadcast"
    } else {
	pass "$test_name cond_broadcast"
    }
    
    if { $cond_destroy_correct == 0 } {
	fail "$test_name cond_destroy"
    } else {
	pass "$test_name cond_destroy"
    }
    
    if { $cond_init_correct == 0 } {
	fail "$test_name cond_init"
    } else {
	pass "$test_name cond_init"
    }
    
    if { $cond_signal_correct == 0 } {
	fail "$test_name cond_signal"
    } else {
	pass "$test_name cond_signal"
    }
    
    if { $cond_timedwait_correct == 0 } {
	fail "$test_name cond_timedwait"
    } else {
	pass "$test_name cond_timedwait"
    }
    
    if { $cond_wait_correct == 0 } {
	fail "$test_name cond_wait"
    } else {
	pass "$test_name cond_wait"
    }
    
    if { $mutex_acquired_correct == 0 } {
	fail "$test_name mutex_acquired"
    } else {
	pass "$test_name mutex_acquired"
    }
    
    if { $mutex_destroy_correct == 0 } {
	fail "$test_name mutex_destroy"
    } else {
	pass "$test_name mutex_destroy"
    }
    
    if { $mutex_entry_correct == 0 } {
	fail "$test_name mutex_entry"
    } else {
	pass "$test_name mutex_entry"
    }
    
    if { $mutex_init_correct == 0 } {
	fail "$test_name mutex_init"
    } else {
	pass "$test_name mutex_init"
    }
    
    if { $mutex_release_correct == 0 } {
	fail "$test_name mutex_release"
    } else {
	pass "$test_name mutex_release"
    }
    
    if { $mutex_timedlock_acquired_correct == 0 } {
	fail "$test_name mutex_timedlock_acquired"
    } else {
	pass "$test_name mutex_timedlock_acquired"
    }
    
    if { $mutex_timedlock_entry_correct == 0 } {
	fail "$test_name mutex_timedlock_entry"
    } else {
	pass "$test_name mutex_timedlock_entry"
    }
    
    if { $pthread_create_correct == 0 } {
	fail "$test_name pthread_create"
    } else {
	pass "$test_name pthread_create"
    }
    
    if { $pthread_join_correct == 0 } {
	fail "$test_name pthread_join"
    } else {
	pass "$test_name pthread_join"
    }
    
    if { $pthread_join_ret_correct == 0 } {
	fail "$test_name pthread_join_ret"
    } else {
	pass "$test_name pthread_join_ret"
    }
    
    if { $pthread_start_correct == 0 } {
	fail "$test_name pthread_start"
    } else {
	pass "$test_name pthread_start"
    }
    
    if { $rdlock_entry_correct == 0 } {
	fail "$test_name rdlock_entry"
    } else {
	pass "$test_name rdlock_entry"
    }
    
    if { $rwlock_destroy_correct == 0 } {
	fail "$test_name rwlock_destroy"
    } else {
	pass "$test_name rwlock_destroy"
    }
    
    if { $wrlock_entry_correct == 0 } {
	fail "$test_name wrlock_entry"
    } else {
	pass "$test_name wrlock_entry"
    }
}
exec rm -f $test