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How to use dumpRaw method in fMBT

Best Python code snippet using fMBT_python

mutiny.py

Source:mutiny.py

1#!/usr/bin/env python2#------------------------------------------------------------------3# November 2014, created within ASIG4# Author James Spadaro (jaspadar)5# Co-Author Lilith Wyatt (liwyatt)6#------------------------------------------------------------------7# Copyright (c) 2014-2017 by Cisco Systems, Inc.8# All rights reserved.9#10# Redistribution and use in source and binary forms, with or without11# modification, are permitted provided that the following conditions are met:12# 1. Redistributions of source code must retain the above copyright13#    notice, this list of conditions and the following disclaimer.14# 2. Redistributions in binary form must reproduce the above copyright15#    notice, this list of conditions and the following disclaimer in the16#    documentation and/or other materials provided with the distribution.17# 3. Neither the name of the Cisco Systems, Inc. nor the18#    names of its contributors may be used to endorse or promote products19#    derived from this software without specific prior written permission.20#21# THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS "AS IS" AND ANY22# EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED23# WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE24# DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT HOLDERS BE LIABLE FOR ANY25# DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES26# (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES;27# LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND28# ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT29# (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS30# SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.31#------------------------------------------------------------------32#33# This is the main fuzzing script.  It takes a .fuzzer file and performs the34# actual fuzzing35#36#------------------------------------------------------------------37import datetime38import errno39import importlib40import os.path41import os42import signal43import socket44import subprocess45import sys46import threading47import time48import argparse49import ssl50from copy import deepcopy51from backend.proc_director import ProcDirector52from backend.fuzzer_types import Message, MessageCollection, Logger53from backend.packets import PROTO,IP54from mutiny_classes.mutiny_exceptions import *55from mutiny_classes.message_processor import MessageProcessorExtraParams56from backend.fuzzerdata import FuzzerData57from backend.menu_functions import validateNumberRange58# Path to Radamsa binary59RADAMSA=os.path.abspath( os.path.join(__file__, "../radamsa-0.6/bin/radamsa") )60# Whether to print debug info61DEBUG_MODE=False62# Test number to start from, 0 default63MIN_RUN_NUMBER=064# Test number to go to, -1 is unlimited65MAX_RUN_NUMBER=-166# For seed loop, finite range to repeat   67SEED_LOOP = []68# For dumpraw option, dump into log directory by default, else 'dumpraw'69DUMPDIR = ""70# Takes a socket and outbound data packet (byteArray), sends it out.71# If debug mode is enabled, we print out the raw bytes72def sendPacket(connection, addr, outPacketData):73    connection.settimeout(fuzzerData.receiveTimeout)74    if connection.type == socket.SOCK_STREAM:75        connection.send(outPacketData)76    else:77        connection.sendto(outPacketData,addr)78    print("\tSent %d byte packet" % (len(outPacketData)))79    if DEBUG_MODE:80        print("\tSent: %s" % (outPacketData))81        print("\tRaw Bytes: %s" % (Message.serializeByteArray(outPacketData)))82def receivePacket(connection, addr, bytesToRead):83    readBufSize = 409684    connection.settimeout(fuzzerData.receiveTimeout)85    if connection.type == socket.SOCK_STREAM or connection.type == socket.SOCK_DGRAM:86        response = bytearray(connection.recv(readBufSize))87    else:88        response = bytearray(connection.recvfrom(readBufSize,addr))89    90    91    if len(response) == 0:92        # If 0 bytes are recv'd, the server has closed the connection93        # per python documentation94        raise ConnectionClosedException("Server has closed the connection")95    if bytesToRead > readBufSize:96        # If we're trying to read > 4096, don't actually bother trying to guarantee we'll read 409697        # Just keep reading in 4096 chunks until we should have read enough, and then return98        # whether or not it's as much data as expected99        i = readBufSize100        while i < bytesToRead:101            response += bytearray(connection.recv(readBufSize))102            i += readBufSize103            104    print("\tReceived %d bytes" % (len(response)))105    if DEBUG_MODE:106        print("\tReceived: %s" % (response))107    return response108# Perform a fuzz run.  109# If seed is -1, don't perform fuzzing (test run)110def performRun(fuzzerData, host, logger, messageProcessor, seed=-1):111    # Before doing anything, set up logger112    # Otherwise, if connection is refused, we'll log last, but it will be wrong113    if logger != None:114        logger.resetForNewRun()115    116    addrs = socket.getaddrinfo(host,fuzzerData.port)117    host = addrs[0][4][0]118    if host == "::1":119        host = "127.0.0.1"120    121    # cheap testing for ipv6/ipv4/unix122    # don't think it's worth using regex for this, since the user123    # will have to actively go out of their way to subvert this.124    if "." in host:125        socket_family = socket.AF_INET126        addr = (host,fuzzerData.port)127    elif ":" in host:128        socket_family = socket.AF_INET6 129        addr = (host,fuzzerData.port)130    else:131        socket_family = socket.AF_UNIX132        addr = (host)133    #just in case filename is like "./asdf" !=> AF_INET134    if "/" in host:135        socket_family = socket.AF_UNIX136        addr = (host)137    138    # Call messageprocessor preconnect callback if it exists139    try:140        messageProcessor.preConnect(seed, host, fuzzerData.port) 141    except AttributeError:142        pass143    144    # for TCP/UDP/RAW support145    if fuzzerData.proto == "tcp":146        connection = socket.socket(socket_family,socket.SOCK_STREAM)147        # Don't connect yet, until after we do any binding below148    elif fuzzerData.proto == "tls":149        try:150            _create_unverified_https_context = ssl._create_unverified_context151        except AttributeError:152            # Legacy Python that doesn't verify HTTPS certificates by default153            pass154        else:155            # Handle target environment that doesn't support HTTPS verification156            ssl._create_default_https_context = _create_unverified_https_context157        tcpConnection = socket.socket(socket_family,socket.SOCK_STREAM)158        connection = ssl.wrap_socket(tcpConnection)159        # Don't connect yet, until after we do any binding below160    elif fuzzerData.proto == "udp":161        connection = socket.socket(socket_family,socket.SOCK_DGRAM)162    # PROTO = dictionary of assorted L3 proto => proto number163    # e.g. "icmp" => 1164    elif fuzzerData.proto in PROTO:165        connection = socket.socket(socket_family,socket.SOCK_RAW,PROTO[fuzzerData.proto]) 166        if fuzzerData.proto != "raw":167            connection.setsockopt(socket.IPPROTO_IP,socket.IP_HDRINCL,0)168        addr = (host,0)169        try:170            connection = socket.socket(socket_family,socket.SOCK_RAW,PROTO[fuzzerData.proto]) 171        except Exception as e:172            print(e)173            print("Unable to create raw socket, please verify that you have sudo access")174            sys.exit(0)175    elif fuzzerData.proto == "L2raw":176        connection = socket.socket(socket.AF_PACKET,socket.SOCK_RAW,0x0300)177    else:178        addr = (host,0)179        try:180            #test if it's a valid number 181            connection = socket.socket(socket_family,socket.SOCK_RAW,int(fuzzerData.proto)) 182            connection.setsockopt(socket.IPPROTO_IP,socket.IP_HDRINCL,0)183        except Exception as e:184            print(e)185            print("Unable to create raw socket, please verify that you have sudo access")186            sys.exit(0)187        188    if fuzzerData.proto == "tcp" or fuzzerData.proto == "udp" or fuzzerData.proto == "tls":189        # Specifying source port or address is only supported for tcp and udp currently190        if fuzzerData.sourcePort != -1:191            # Only support right now for tcp or udp, but bind source port address to something192            # specific if requested193            if fuzzerData.sourceIP != "" or fuzzerData.sourceIP != "0.0.0.0":194                connection.bind((fuzzerData.sourceIP, fuzzerData.sourcePort))195            else:196                # User only specified a port, not an IP197                connection.bind(('0.0.0.0', fuzzerData.sourcePort))198        elif fuzzerData.sourceIP != "" and fuzzerData.sourceIP != "0.0.0.0":199            # No port was specified, so 0 should auto-select200            connection.bind((fuzzerData.sourceIP, 0))201    if fuzzerData.proto == "tcp" or fuzzerData.proto == "tls":202        # Now that we've had a chance to bind as necessary, connect203        connection.connect(addr)204    i = 0   205    for i in range(0, len(fuzzerData.messageCollection.messages)):206        message = fuzzerData.messageCollection.messages[i]207        208        # Go ahead and revert any fuzzing or messageprocessor changes before proceeding209        message.resetAlteredMessage()210        if message.isOutbound():211            # Primarily used for deciding how to handle preFuzz/preSend callbacks212            doesMessageHaveSubcomponents = len(message.subcomponents) > 1213            # Get original subcomponents for outbound callback only once214            originalSubcomponents = [subcomponent.getOriginalByteArray() for subcomponent in message.subcomponents]215            216            if doesMessageHaveSubcomponents:217                # For message with subcomponents, call prefuzz on fuzzed subcomponents218                for j in range(0, len(message.subcomponents)):219                    subcomponent = message.subcomponents[j] 220                    # Note: we WANT to fetch subcomponents every time on purpose221                    # This way, if user alters subcomponent[0], it's reflected when222                    # we call the function for subcomponent[1], etc223                    actualSubcomponents = [subcomponent.getAlteredByteArray() for subcomponent in message.subcomponents]224                    prefuzz = messageProcessor.preFuzzSubcomponentProcess(subcomponent.getAlteredByteArray(), MessageProcessorExtraParams(i, j, subcomponent.isFuzzed, originalSubcomponents, actualSubcomponents))225                    subcomponent.setAlteredByteArray(prefuzz)226            else:227                # If no subcomponents, call prefuzz on ENTIRE message228                actualSubcomponents = [subcomponent.getAlteredByteArray() for subcomponent in message.subcomponents]229                prefuzz = messageProcessor.preFuzzProcess(actualSubcomponents[0], MessageProcessorExtraParams(i, -1, message.isFuzzed, originalSubcomponents, actualSubcomponents))230                message.subcomponents[0].setAlteredByteArray(prefuzz)231            # Skip fuzzing for seed == -1232            if seed > -1:233                # Now run the fuzzer for each fuzzed subcomponent234                for subcomponent in message.subcomponents:235                    if subcomponent.isFuzzed:236                        radamsa = subprocess.Popen([RADAMSA, "--seed", str(seed)], stdin=subprocess.PIPE, stdout=subprocess.PIPE, stderr=subprocess.PIPE)237                        byteArray = subcomponent.getAlteredByteArray()238                        (fuzzedByteArray, error_output) = radamsa.communicate(input=byteArray)239                        fuzzedByteArray = bytearray(fuzzedByteArray)240                        subcomponent.setAlteredByteArray(fuzzedByteArray)241            242            # Fuzzing has now been done if this message is fuzzed243            # Always call preSend() regardless for subcomponents if there are any244            if doesMessageHaveSubcomponents:245                for j in range(0, len(message.subcomponents)):246                    subcomponent = message.subcomponents[j] 247                    # See preFuzz above - we ALWAYS regather this to catch any updates between248                    # callbacks from the user249                    actualSubcomponents = [subcomponent.getAlteredByteArray() for subcomponent in message.subcomponents]250                    presend = messageProcessor.preSendSubcomponentProcess(subcomponent.getAlteredByteArray(), MessageProcessorExtraParams(i, j, subcomponent.isFuzzed, originalSubcomponents, actualSubcomponents))251                    subcomponent.setAlteredByteArray(presend)252            253            # Always let the user make any final modifications pre-send, fuzzed or not254            actualSubcomponents = [subcomponent.getAlteredByteArray() for subcomponent in message.subcomponents]255            byteArrayToSend = messageProcessor.preSendProcess(message.getAlteredMessage(), MessageProcessorExtraParams(i, -1, message.isFuzzed, originalSubcomponents, actualSubcomponents))256            if args.dumpraw:257                loc = os.path.join(DUMPDIR,"%d-outbound-seed-%d"%(i,args.dumpraw))258                if message.isFuzzed:259                    loc+="-fuzzed"260                with open(loc,"wb") as f:261                    f.write(repr(str(byteArrayToSend))[1:-1])262            sendPacket(connection, addr, byteArrayToSend)263        else: 264            # Receiving packet from server265            messageByteArray = message.getAlteredMessage()266            data = receivePacket(connection,addr,len(messageByteArray))267            if data == messageByteArray:268                print("\tReceived expected response")269            if logger != None:270                logger.setReceivedMessageData(i, data)271        272            messageProcessor.postReceiveProcess(data, MessageProcessorExtraParams(i, -1, False, [messageByteArray], [data]))273            if args.dumpraw:274                loc = os.path.join(DUMPDIR,"%d-inbound-seed-%d"%(i,args.dumpraw))275                with open(loc,"wb") as f:276                    f.write(repr(str(data))[1:-1])277        if logger != None:  278            logger.setHighestMessageNumber(i)279        280        i += 1281    282    connection.close()283# Usage case284if len(sys.argv) < 3:285    sys.argv.append('-h')286#TODO: add description/license/ascii art print out??287desc =  "======== The Mutiny Fuzzing Framework ==========" 288epi = "==" * 24 + '\n'289parser = argparse.ArgumentParser(description=desc,epilog=epi)290parser.add_argument("prepped_fuzz", help="Path to file.fuzzer")291parser.add_argument("target_host", help="Target to fuzz")292parser.add_argument("-s","--sleeptime",help="Time to sleep between fuzz cases (float)",type=float,default=0)293seed_constraint = parser.add_mutually_exclusive_group()294seed_constraint.add_argument("-r", "--range", help="Run only the specified cases. Acceptable arg formats: [ X | X- | X-Y ], for integers X,Y") 295seed_constraint.add_argument("-l", "--loop", help="Loop/repeat the given finite number range. Acceptible arg format: [ X | X-Y | X,Y,Z-Q,R | ...]")296seed_constraint.add_argument("-d", "--dumpraw", help="Test single seed, dump to 'dumpraw' folder",type=int)297verbosity = parser.add_mutually_exclusive_group()298verbosity.add_argument("-q", "--quiet", help="Don't log the outputs",action="store_true")299verbosity.add_argument("--logAll", help="Log all the outputs",action="store_true")300args = parser.parse_args()301#----------------------------------------------------302# Set MIN_RUN_NUMBER and MAX_RUN_NUMBER when provided303# by the user below304def getRunNumbersFromArgs(strArgs):305    if "-" in strArgs:306        testNumbers = strArgs.split("-")307        if len(testNumbers) == 2:308            if len(testNumbers[1]): #e.g. strArgs="1-50"309                return (int(testNumbers[0]), int(testNumbers[1]))310            else:                   #e.g. strArgs="3-" (equiv. of --skip-to)311                return (int(testNumbers[0]),-1)312        else: #e.g. strArgs="1-2-3-5.." 313            sys.exit("Invalid test range given: %s" % args)314    else:315        # If they pass a non-int, allow this to bomb out316        return (int(strArgs),int(strArgs)) 317#----------------------------------------------------318#Populate global arguments from parseargs319fuzzerFilePath = args.prepped_fuzz320host = args.target_host321#Assign Lower/Upper bounds on test cases as needed322if args.range:323    (MIN_RUN_NUMBER, MAX_RUN_NUMBER) = getRunNumbersFromArgs(args.range)324elif args.loop:325    SEED_LOOP = validateNumberRange(args.loop,True) 326#Check for dependency binaries327if not os.path.exists(RADAMSA):328    sys.exit("Could not find radamsa in %s... did you build it?" % RADAMSA)329#Logging options330isReproduce = False331logAll = False332if args.quiet:333    isReproduce = True334elif args.logAll:335    logAll = True336outputDataFolderPath = os.path.join("%s_%s" % (os.path.splitext(fuzzerFilePath)[0], "logs"), datetime.datetime.now().strftime("%Y-%m-%d,%H%M%S"))337fuzzerFolder = os.path.abspath(os.path.dirname(fuzzerFilePath))338########## Declare variables for scoping, "None"s will be assigned below339messageProcessor = None340monitor = None341###Here we read in the fuzzer file into a dictionary for easier variable propagation342optionDict = {"unfuzzedBytes":{}, "message":[]}343fuzzerData = FuzzerData()344print("Reading in fuzzer data from %s..." % (fuzzerFilePath))345fuzzerData.readFromFile(fuzzerFilePath)346######## Processor Setup ################347# The processor just acts as a container #348# class that will import custom versions #349# messageProcessor/exceptionProessor/    #350# monitor, if they are found in the      #351# process_dir specified in the .fuzzer   #352# file generated by fuzz_prep.py         #353##########################################354# Assign options to variables, error on anything that's missing/invalid355processorDirectory = fuzzerData.processorDirectory356if processorDirectory == "default":357    # Default to fuzzer file folder358    processorDirectory = fuzzerFolder359else:360    # Make sure fuzzer file path is prepended361    processorDirectory = os.path.join(fuzzerFolder, processorDirectory)362#Create class director, which import/overrides processors as appropriate363procDirector = ProcDirector(processorDirectory)364########## Launch child monitor thread365    ### monitor.task = spawned thread366    ### monitor.crashEvent = threading.Event()367monitor = procDirector.startMonitor(host,fuzzerData.port)368#! make it so logging message does not appear if reproducing (i.e. -r x-y cmdline arg is set)369logger = None 370if not isReproduce:371    print("Logging to %s" % (outputDataFolderPath))372    logger = Logger(outputDataFolderPath)373if args.dumpraw:374    if not isReproduce:375        DUMPDIR = outputDataFolderPath376    else:377        DUMPDIR = "dumpraw"378        try:379            os.mkdir("dumpraw")380        except:381            print("Unable to create dumpraw dir")382            pass383    384exceptionProcessor = procDirector.exceptionProcessor()385messageProcessor = procDirector.messageProcessor()386# Set up signal handler for CTRL+C and signals from child monitor thread387# since this is the same signal, we use the monitor.crashEvent flag()388# to differentiate between a CTRL+C and a interrupt_main() call from child 389def sigint_handler(signal, frame):390    if not monitor.crashEvent.isSet():391        # No event = quit392        # Quit on ctrl-c393        print("\nSIGINT received, stopping\n")394        sys.exit(0)395signal.signal(signal.SIGINT, sigint_handler)396########## Begin fuzzing397i = MIN_RUN_NUMBER-1 if fuzzerData.shouldPerformTestRun else MIN_RUN_NUMBER398failureCount = 0399loop_len = len(SEED_LOOP) # if --loop400while True:401    lastMessageCollection = deepcopy(fuzzerData.messageCollection)402    wasCrashDetected = False403    print("\n** Sleeping for %.3f seconds **" % args.sleeptime)404    time.sleep(args.sleeptime)405    406    try:407        try:408            if args.dumpraw:409                print("\n\nPerforming single raw dump case: %d" % args.dumpraw)410                performRun(fuzzerData, host, logger, messageProcessor, seed=args.dumpraw)  411            elif i == MIN_RUN_NUMBER-1:412                print("\n\nPerforming test run without fuzzing...")413                performRun(fuzzerData, host, logger, messageProcessor, seed=-1) 414            elif loop_len: 415                print("\n\nFuzzing with seed %d" % (SEED_LOOP[i%loop_len]))416                performRun(fuzzerData, host, logger, messageProcessor, seed=SEED_LOOP[i%loop_len]) 417            else:418                print("\n\nFuzzing with seed %d" % (i))419                performRun(fuzzerData, host, logger, messageProcessor, seed=i) 420            #if --quiet, (logger==None) => AttributeError421            if logAll:422                try:423                    logger.outputLog(i, fuzzerData.messageCollection, "LogAll ")424                except AttributeError:425                    pass426                 427        except Exception as e:428            if monitor.crashEvent.isSet():429                print("Crash event detected")430                try:431                    logger.outputLog(i, fuzzerData.messageCollection, "Crash event detected")432                    #exit()433                except AttributeError: 434                    pass435                monitor.crashEvent.clear()436            elif logAll:437                try:438                    logger.outputLog(i, fuzzerData.messageCollection, "LogAll ")439                except AttributeError:440                    pass441            442            if e.__class__ in MessageProcessorExceptions.all:443                # If it's a MessageProcessorException, assume the MP raised it during the run444                # Otherwise, let the MP know about the exception445                raise e446            else:447                exceptionProcessor.processException(e)448                # Will not get here if processException raises another exception449                print("Exception ignored: %s" % (str(e)))450        451    except LogCrashException as e:452        if failureCount == 0:453            try:454                print("MessageProcessor detected a crash")455                logger.outputLog(i, fuzzerData.messageCollection, str(e))456            except AttributeError:  457                pass   458        if logAll:459            try:460                logger.outputLog(i, fuzzerData.messageCollection, "LogAll ")461            except AttributeError:462                pass463        failureCount = failureCount + 1464        wasCrashDetected = True465    except AbortCurrentRunException as e:466        # Give up on the run early, but continue to the next test467        # This means the run didn't produce anything meaningful according to the processor468        print("Run aborted: %s" % (str(e)))469    470    except RetryCurrentRunException as e:471        # Same as AbortCurrentRun but retry the current test rather than skipping to next472        print("Retrying current run: %s" % (str(e)))473        # Slightly sketchy - a continue *should* just go to the top of the while without changing i474        continue475        476    except LogAndHaltException as e:477        if logger:478            logger.outputLog(i, fuzzerData.messageCollection, str(e))479            print("Received LogAndHaltException, logging and halting")480        else:481            print("Received LogAndHaltException, halting but not logging (quiet mode)")482        exit()483        484    except LogLastAndHaltException as e:485        if logger:486            if i > MIN_RUN_NUMBER:487                print("Received LogLastAndHaltException, logging last run and halting")488                if MIN_RUN_NUMBER == MAX_RUN_NUMBER:489                    #in case only 1 case is run490                    logger.outputLastLog(i, lastMessageCollection, str(e))491                    print("Logged case %d" % i)492                else:493                    logger.outputLastLog(i-1, lastMessageCollection, str(e))494            else:495                print("Received LogLastAndHaltException, skipping logging (due to last run being a test run) and halting")496        else:497            print("Received LogLastAndHaltException, halting but not logging (quiet mode)")498        exit()499    except HaltException as e:500        print("Received HaltException halting")501        exit()502    if wasCrashDetected:503        if failureCount < fuzzerData.failureThreshold:504            print("Failure %d of %d allowed for seed %d" % (failureCount, fuzzerData.failureThreshold, i))505            print("The test run didn't complete, continuing after %d seconds..." % (fuzzerData.failureTimeout))506            time.sleep(fuzzerData.failureTimeout)507        else:508            print("Failed %d times, moving to next test." % (failureCount))509            failureCount = 0510            i += 1511    else:512        i += 1513    514    # Stop if we have a maximum and have hit it515    if MAX_RUN_NUMBER >= 0 and i > MAX_RUN_NUMBER:516        exit()517    if args.dumpraw:518        exit()...

LmfSource.py

Source:LmfSource.py

1import FWCore.ParameterSet.Config as cms2process = cms.Process("LmfTest")3process.maxEvents = cms.untracked.PSet(4    input = cms.untracked.int32(1000)5)6# MessageLogger:7process.load("FWCore.MessageLogger.MessageLogger_cfi")8process.MessageLogger.cerr.FwkReport.limit = 09#LMF source (lmfSource)10process.load("CalibCalorimetry.EcalLaserSorting.LmfSource_cfi")11#ECAL Data dump (dumpRaw)12#process.load("pgras.DumpRaw.DumpRaw_cfi")13#process.dumpRaw.dump = cms.untracked.bool(False) 14process.source.fileNames = [ "/localdata/disk0/craft1-sorting-new/out/EB-1/Run66079_LB0001.lmf" ]15process.Timing = cms.Service("Timing")16process.load("EventFilter.EcalRawToDigi.EcalUnpackerMapping_cfi")17process.load("EventFilter.EcalRawToDigi.EcalUnpackerData_cfi")18process.ecalEBunpacker.silentMode = cms.untracked.bool(True)19process.load("Geometry.EcalMapping.EcalMapping_cfi")20process.load("Geometry.EcalMapping.EcalMappingRecord_cfi")21#import EventFilter.ESRawToDigi.esRawToDigi_cfi...

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