# # setup path and load IxLoad package # source ../setup_simple.tcl # # Initialize IxLoad # # IxLoad onnect should always be called, even for local scripts ::IxLoad connect $::IxLoadPrivate::SimpleSettings::remoteServer # once we've connected, make sure we disconnect, even if there's a problem if [catch { # # Loads plugins for specific protocols configured in this test # global ixAppPluginManager $ixAppPluginManager load "HTTP" # # setup logger # set logtag "IxLoad-api" set logName "simplehttpclientandserver-ipsec" set logger [::IxLoad new ixLogger $logtag 1] set logEngine [$logger getEngine] $logEngine setLevels $::ixLogger(kLevelDebug) $::ixLogger(kLevelInfo) $logEngine setFile $logName 2 256 1 #----------------------------------------------------------------------- # package require the stat collection utilities #----------------------------------------------------------------------- package require statCollectorUtils set scu_version [package require statCollectorUtils] puts "statCollectorUtils package version = $scu_version" #----------------------------------------------------------------------- # Build Chassis Chain #----------------------------------------------------------------------- set chassisChain [::IxLoad new ixChassisChain] $chassisChain addChassis $::IxLoadPrivate::SimpleSettings::chassisName #----------------------------------------------------------------------- # Build client and server Network #----------------------------------------------------------------------- set clnt_network [::IxLoad new ixClientNetwork $chassisChain] $clnt_network config -name "clnt_network" $clnt_network networkRangeList.appendItem \ -name "clnt_range" \ -enable 1 \ -firstIp "150.0.0.1" \ -ipIncrStep $::ixNetworkRange(kIpIncrOctetForth) \ -ipCount 100 \ -networkMask "255.255.0.0" \ -rangeType $::ixIP(kIPSec) $clnt_network networkRangeList(0).ipsecParameters.config \ -role $::ixIpsec(kRoleP2PInitiator) \ -emulatedSubnet "140.0.0.0" \ -emulatedSubnetMask "255.255.255.0" \ -protectedSubnet "170.0.0.0" \ -protectedSubnetMask "255.255.255.0" \ -incrementBy "0.0.1.0" \ -peerPublicIp "160.0.0.1" \ -emulatedHosts 1 \ -preSharedKey "ixload" \ -ikeMode $::ixIpsec(kIkeModeMain) \ -phase1HashAlgorithm $::ixIpsec(kHashAlgMd5) \ -dhGroup $::ixIpsec(kDh2) \ -phase1EncryptionAlgorithm $::ixIpsec(kEncrAlg3Des) \ -phase1Lifetime 3600 \ -ahEspOptions $::ixIpsec(kAhEspModeEspOnly) \ -phase2HashAlgorithm $::ixIpsec(kHashAlgMd5) \ -pfsGroup $::ixIpsec(kDh2) \ -phase2EncryptionAlgorithm $::ixIpsec(kEncrAlg3Des) \ -phase2Lifetime 28800 \ -enablePfs False \ -numRetries 0 \ -retryInterval 10 \ -retryDelay 10 $clnt_network config -emulatedRouterGateway "155.0.0.2" $clnt_network config -emulatedRouterSubnet "255.255.0.0" $clnt_network config -macMappingMode 1 $clnt_network emulatedRouterIpAddressPool.appendItem \ -enable 1 \ -firstIp "155.0.0.1" \ -ipCount 1 \ -firstMac "00:9B:00:00:01:00" $clnt_network arpSettings.config -gratuitousArp 0 $clnt_network portList.appendItem \ -chassisId 1 \ -cardId $::IxLoadPrivate::SimpleSettings::clientPort(CARD_ID)\ -portId $::IxLoadPrivate::SimpleSettings::clientPort(PORT_ID) set svr_network [::IxLoad new ixServerNetwork $chassisChain] $svr_network config -name "svr_network" $svr_network networkRangeList.appendItem \ -name "svr_range" \ -enable 1 \ -firstIp "160.0.0.1" \ -ipIncrStep $::ixNetworkRange(kIpIncrOctetForth) \ -ipCount 100 \ -networkMask "255.255.0.0" \ -rangeType $::ixIP(kIPSec) $svr_network networkRangeList(0).ipsecParameters.config \ -role $::ixIpsec(kRoleP2PResponder) \ -emulatedSubnet "170.0.0.0" \ -emulatedSubnetMask "255.255.255.0" \ -protectedSubnet "140.0.0.0" \ -protectedSubnetMask "255.255.255.0" \ -incrementBy "0.0.1.0" \ -peerPublicIp "150.0.0.1" \ -emulatedHosts 1 \ -preSharedKey "ixload" \ -ikeMode $::ixIpsec(kIkeModeMain) \ -phase1HashAlgorithm $::ixIpsec(kHashAlgMd5) \ -dhGroup $::ixIpsec(kDh2) \ -phase1EncryptionAlgorithm $::ixIpsec(kEncrAlg3Des) \ -phase1Lifetime 3600 \ -ahEspOptions $::ixIpsec(kAhEspModeEspOnly) \ -phase2HashAlgorithm $::ixIpsec(kHashAlgMd5) \ -pfsGroup $::ixIpsec(kDh2) \ -phase2EncryptionAlgorithm $::ixIpsec(kEncrAlg3Des) \ -phase2Lifetime 28800 \ -enablePfs False \ -numRetries 0 \ -retryInterval 10 \ -retryDelay 10 $svr_network config -emulatedRouterGateway "155.0.0.1" $svr_network config -emulatedRouterSubnet "255.255.0.0" $svr_network config -macMappingMode 1 $svr_network emulatedRouterIpAddressPool.appendItem \ -enable 1 \ -firstIp "155.0.0.2" \ -ipCount 1 \ -firstMac "00:9B:00:00:02:00" $svr_network arpSettings.config -gratuitousArp 0 # Add port to server network $svr_network portList.appendItem \ -chassisId 1 \ -cardId $::IxLoadPrivate::SimpleSettings::serverPort(CARD_ID)\ -portId $::IxLoadPrivate::SimpleSettings::serverPort(PORT_ID) #----------------------------------------------------------------------- # Construct Client Traffic # The ActivityModel acts as a factory for creating agents which actually # generate the test traffic #----------------------------------------------------------------------- set clnt_traffic [::IxLoad new ixClientTraffic -name "client_traffic"] $clnt_traffic agentList.appendItem \ -name "my_http_client" \ -protocol "HTTP" \ -type "Client" \ -maxSessions 3 \ -httpVersion $::HTTP_Client(kHttpVersion10) \ -keepAlive 0 \ -maxPersistentRequests 3 \ -followHttpRedirects 0 \ -enableCookieSupport 0 \ -enableHttpProxy 0 \ -enableHttpsProxy 0 \ -browserEmulation $::HTTP_Client(kBrowserTypeIE5) \ -enableSsl 0 # # Add actions to this client agent # foreach {pageObject destination} { "/4k.htm" "svr_traffic_my_http_server" "/8k.htm" "svr_traffic_my_http_server" } { $clnt_traffic agentList(0).actionList.appendItem \ -command "GET" \ -destination $destination \ -pageObject $pageObject } #----------------------------------------------------------------------- # Construct Server Traffic #----------------------------------------------------------------------- set svr_traffic [::IxLoad new ixServerTraffic -name "svr_traffic"] $svr_traffic agentList.appendItem \ -name "my_http_server" \ -protocol "HTTP" \ -type "Server" \ -httpPort 80 for {set idx 0} {$idx < [$svr_traffic agentList(0).responseHeaderList.indexCount]} {incr idx} { set response [$svr_traffic agentList(0).responseHeaderList.getItem $idx] if {[$response cget -name] == "200_OK"} { set response200ok $response } if {[$response cget -name] == "404_PageNotFound"} { set response404_PageNotFound $response } } # # Clear pre-defined web pages, add new web pages # $svr_traffic agentList(0).webPageList.clear $svr_traffic agentList(0).webPageList.appendItem \ -page "/4k.html" \ -payloadType "range" \ -payloadSize "4096-4096" \ -response $response200ok $svr_traffic agentList(0).webPageList.appendItem \ -page "/8k.html" \ -payloadType "range" \ -payloadSize "8192-8192" \ -response $response404_PageNotFound #----------------------------------------------------------------------- # Create a client and server mapping and bind into the # network and traffic that they will be employing #----------------------------------------------------------------------- set clnt_t_n_mapping [::IxLoad new ixClientTrafficNetworkMapping \ -network $clnt_network \ -traffic $clnt_traffic \ -objectiveType $::ixObjective(kObjectiveTypeSimulatedUsers) \ -objectiveValue 20 \ -rampUpValue 5 \ -sustainTime 20 \ -rampDownTime 20 ] # # Set objective type, value and port map for client activity # $clnt_t_n_mapping setObjectiveTypeForActivity "my_http_client" $::ixObjective(kObjectiveTypeConnectionRate) $clnt_t_n_mapping setObjectiveValueForActivity "my_http_client" 200 $clnt_t_n_mapping setPortMapForActivity "my_http_client" $::ixPortMap(kPortMapFullMesh) set svr_t_n_mapping [::IxLoad new ixServerTrafficNetworkMapping \ -network $svr_network \ -traffic $svr_traffic \ -matchClientTotalTime 1 ] #----------------------------------------------------------------------- # Create the test and bind in the network-traffic mapping it is going # to employ. #----------------------------------------------------------------------- set test [::IxLoad new ixTest \ -name "my_test" \ -statsRequired 0 \ -enableResetPorts 0 ] $test clientCommunityList.appendItem -object $clnt_t_n_mapping $test serverCommunityList.appendItem -object $svr_t_n_mapping #----------------------------------------------------------------------- # Create a test controller bound to the previosuly allocated # chassis chain. This will eventually run the test we created earlier. #----------------------------------------------------------------------- set testController [::IxLoad new ixTestController -outputDir 1] $testController setResultDir "RESULTS/simplehttpclientandserver-ipsec" #----------------------------------------------------------------------- # Set up stat Collection #----------------------------------------------------------------------- set NS statCollectorUtils set ::test_server_handle [$testController getTestServerHandle] ${NS}::Initialize -testServerHandle $::test_server_handle # # Clear any stats that may have been registered previously # ${NS}::ClearStats # # Define the stats we would like to collect # set aggregation_type "kSum" ${NS}::AddStat \ -caption "Watch_Stat_1" \ -statSourceType "HTTP Client" \ -statName "HTTP Bytes Sent" \ -aggregationType $aggregation_type \ -filterList {} ${NS}::AddStat \ -caption "Watch_Stat_2" \ -statSourceType "HTTP Client" \ -statName "HTTP Bytes Received" \ -aggregationType $aggregation_type \ -filterList {} # # Start the collector (runs in the tcl event loop) # proc ::my_stat_collector_command {args} { puts "=====================================" puts "INCOMING STAT RECORD >>> $args" puts "Len = [llength $args]" puts [lindex $args 0] puts [lindex $args 1] puts "=====================================" } ${NS}::StartCollector -command ::my_stat_collector_command $testController run $test # # have the script (v)wait until the test is over # vwait ::ixTestControllerMonitor puts $::ixTestControllerMonitor # # Stop the collector (running in the tcl event loop) # ${NS}::StopCollector #----------------------------------------------------------------------- # Cleanup #----------------------------------------------------------------------- $testController generateReport -detailedReport 1 $testController releaseConfigWaitFinish ::IxLoad delete $chassisChain ::IxLoad delete $clnt_network ::IxLoad delete $svr_network ::IxLoad delete $clnt_traffic ::IxLoad delete $svr_traffic ::IxLoad delete $clnt_t_n_mapping ::IxLoad delete $svr_t_n_mapping ::IxLoad delete $test ::IxLoad delete $testController ::IxLoad delete $logger ::IxLoad delete $logEngine #----------------------------------------------------------------------- # Disconnect #----------------------------------------------------------------------- }] { puts $errorInfo } # # Disconnect/Release application lock # ::IxLoad disconnect