dibf.exe <options> <device name>
Options:
	-h You're looking at it
	-i Ignore previous logfile - THIS WILL OVERWRITE IT
	-l Specify custom logfile name to read from/write to (default dibf-bf-results.txt)
	-d Deep IOCTL bruteforce (8-9 times slower)
	-v [0-3] Verbosity level
	-s [ioctl] Start IOCTL value
	-e [ioctl] End IOCTL value
	-t [d1,d2,d4] Timeout for each fuzzer in seconds -- no spaces and decimal input ONLY
	-p [max requests] Max number of async pending requests (loosely enforced, default 64)
	-a [max threads] Max number of threads, default is 2xNbOfProcessors, max is 128
	-c [% cancelation] Async cancelation attempt percent rate (default 15)
	-f [0-7] Fuzz flag. OR values together to run multiple
			 fuzzer stages. If left out, it defaults to all
      		 stages.
      0 = Brute-force IOCTLs only
      1 = Sliding DWORD (sync)
      2 = Random (async)
      4 = Named Pipe (async)
Examples:
	dibf \\.\MyDevice
	dibf -v -d -s 0x10000000 \\.\MyDevice
	dibf -f 0x3 \\.\MyDevice
Notes:
	- The bruteforce stage will generate a file named "dibf-bf-results.txt"
	  in the same directory as the executable. If dibf is started with no
	  arguments, it will look for this file and start the fuzzer with the values
	  from it The -l flag can be used to specify a custom results file name.
	- If not specified otherwise, command line arguments can be passed as decimal or hex (prefix with "0x")
	- CTRL-C interrupts the current stage and moves to the next if any. Current statistics will be displayed.
	- The statistics are cumulative.
	- The command-line flags are case-insensitive.

<?xml version="1.0" encoding="utf-8"?>
<Peach xmlns="http://peachfuzzer.com/2012/Peach" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
    xsi:schemaLocation="http://peachfuzzer.com/2012/Peach ../peach.xsd">

    <!-- DataModel containing a single string -->
    <DataModel name="TheDataModel">
        <String value="Hello World!" />
        <Number name="IOCTL0" value="EFBEADDE" valueType="hex" size="32" mutable="false" />
    </DataModel>

    <!-- StateModel referencing data model above -->
    <StateModel name="DibfState" initialState="DibfState0">
        <State name="DibfState0">
            <Action type="output">
                <DataModel ref="TheDataModel"/>
            </Action>
        </State>
    </StateModel>

    <!-- The test with pipe publisher -->
    <Test name="Default">
        <StateModel ref="DibfState"/>
        <Publisher class="NamedPipe">
            <Param name="host" value="." />
            <Param name="pipeName" value="dibf_pipe" />
            <Param name="impersonationLevel" value="1" />
        </Publisher>
    </Test>
</Peach>
<!-- end -->

<<<< RUNNING RANDOM FUZZER >>>>
RUN STARTED: 3/17/2014 4:14 PM
---------------------------------------
Sent Requests : 4233
Completed Requests : 4233 (4233 sync, 0 async)
SuccessfulRequests : 1254
FailedRequests : 2979
CanceledRequests : 0
RUN ENDED: 3/17/2014 4:14 PM
---------------------------------------

<<<< RUNNING SLIDING DWORD FUZZER >>>>
RUN STARTED: 3/17/2014 4:14 PM
---------------------------------------
Sent Requests : 6339
Completed Requests : 6339 (6339 sync, 0 async)
SuccessfulRequests : 1254
FailedRequests : 5085
CanceledRequests : 0
RUN ENDED: 3/17/2014 4:14 PM
---------------------------------------

<<<< RUNNING ASYNC FUZZER >>>>
RUN STARTED: 3/17/2014 4:14 PM
---------------------------------------
Sent Requests : 8272
Completed Requests : 8272 (6339 sync, 1933 async)
SuccessfulRequests : 1738
FailedRequests : 6414
CanceledRequests : 120
RUN ENDED: 3/17/2014 4:14 PM
---------------------------------------

iocode.exe [IOCODE] or iocode.exe [DEVICE_TYPE] [FUNCTION] [METHOD] [ACCESS]

iosend [Device] [IOCODE] [InputBufFilePath|InputAdress] [InputLen] [[OutputAddress]] [OutputLen] > [Output file]
Notes:
 - This utility prints error/status messages to stderr
 - Input can be provided as an arbitrary address or a file name
 - An output buffer is allocated and its contents eventually written to stdout unless the optional OutputAddress parameter is provided