/* example usage: stap /path/to/driver1.systemtap -x <pid> */
/*
* %CopyrightBegin%
*
* Copyright Scott Lystig Fritchie and Andreas Schultz, 2011. All Rights Reserved.
*
* The contents of this file are subject to the Erlang Public License,
* Version 1.1, (the "License"); you may not use this file except in
* compliance with the License. You should have received a copy of the
* Erlang Public License along with this software. If not, it can be
* retrieved online at http://www.erlang.org/.
*
* Software distributed under the License is distributed on an "AS IS"
* basis, WITHOUT WARRANTY OF ANY KIND, either express or implied. See
* the License for the specific language governing rights and limitations
* under the License.
*
* %CopyrightEnd%
*/
/*
* Note: This file assumes that you're using the non-SMP-enabled Erlang
* virtual machine, "beam". The SMP-enabled VM is called "beam.smp".
* Note that other variations of the virtual machine also have
* different names, e.g. the debug build of the SMP-enabled VM
* is "beam.debug.smp".
*
* To use a different virtual machine, replace each instance of
* "beam" with "beam.smp" or the VM name appropriate to your
* environment.
*/
probe process("beam").mark("driver-init")
{
printf("driver init name %s major %d minor %d flags %d\n",
user_string($arg1), $arg2, $arg3, $arg4);
}
probe process("beam").mark("driver-start")
{
printf("driver start pid %s driver name %s port %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-stop")
{
printf("driver stop pid %s driver name %s port %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-finish")
{
printf("driver finish driver name %s\n",
user_string($arg1));
}
probe process("beam").mark("driver-flush")
{
printf("driver flush pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-output")
{
printf("driver output pid %s port %s port name %s bytes %d\n",
user_string($arg1), user_string($arg2), user_string($arg3), $arg4);
}
probe process("beam").mark("driver-outputv")
{
printf("driver outputv pid %s port %s port name %s bytes %d\n",
user_string($arg1), user_string($arg2), user_string($arg3), $arg4);
}
probe process("beam").mark("driver-control")
{
printf("driver control pid %s port %s port name %s command %d bytes %d\n",
user_string($arg1), user_string($arg2), user_string($arg3), $arg4, $arg5);
}
probe process("beam").mark("driver-call")
{
printf("driver call pid %s port %s port name %s command %d bytes %d\n",
user_string($arg1), user_string($arg2), user_string($arg3), $arg4, $arg5);
}
probe process("beam").mark("driver-event")
{
printf("driver event pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-ready_input")
{
printf("driver ready_input pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-ready_output")
{
printf("driver ready_output pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-timeout")
{
printf("driver timeout pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-ready_async")
{
printf("driver ready_async pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-process_exit")
{
printf("driver process_exit pid %s port %s port name %s\n",
user_string($arg1), user_string($arg2), user_string($arg3));
}
probe process("beam").mark("driver-stop_select")
{
printf("driver stop_select driver name %s\n", user_string($arg1));
}
