test-suite-ecn-full.tcl

跑leach需要的

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# @(#) $Header: /nfs/jade/vint/CVSROOT/ns-2/tcl/test/test-suite-ecn-full.tcl,v 1.16 2003/01/19 03:54:03 sfloyd Exp $
#
# To run all tests: test-all-ecn-full

##To run tests:
## set test=ecn_twoecn_reno
## ../../ns test-suite-ecn-full.tcl $test'_full'
## ../../ns test-suite-ecn.tcl $test

set dir [pwd]
catch "cd tcl/test"
source misc_simple.tcl
Agent/TCP set tcpTick_ 0.1
# The default for tcpTick_ is being changed to reflect a changing reality.
Agent/TCP set rfc2988_ false
# The default for rfc2988_ is being changed to true.
# FOR UPDATING GLOBAL DEFAULTS:
Queue/RED set q_weight_ 0.002
Queue/RED set thresh_ 5 
Queue/RED set maxthresh_ 15
# The RED parameter defaults are being changed for automatic configuration.
Agent/TCP set useHeaders_ false
# The default is being changed to useHeaders_ true.
Agent/TCP set windowInit_ 1
# The default is being changed to 2.
Agent/TCP set singledup_ 0
# The default is being changed to 1
Agent/TCP set minrto_ 0
Agent/TCP set syn_ false
Agent/TCP set delay_growth_ false
catch "cd $dir"
set scale 0.00001
set wrap [expr 90 * 1000 + 40]
Agent/TCP/FullTcp set segsize_ 960

set flowfile fairflow.tr; # file where flow data is written
set flowgraphfile fairflow.xgr; # file given to graph tool 

Class Topology

Topology instproc node? num {
    $self instvar node_
    return $node_($num)
}

Topology instproc makenodes ns {
    $self instvar node_
    set node_(s1) [$ns node]
    set node_(s2) [$ns node]
    set node_(r1) [$ns node]
    set node_(r2) [$ns node]
    set node_(s3) [$ns node]
    set node_(s4) [$ns node]
}

Topology instproc createlinks ns {  
    $self instvar node_
    $ns duplex-link $node_(s1) $node_(r1) 10Mb 2ms DropTail
    $ns duplex-link $node_(s2) $node_(r1) 10Mb 3ms DropTail
    $ns duplex-link $node_(r1) $node_(r2) 1.5Mb 20ms RED
    $ns queue-limit $node_(r1) $node_(r2) 25
    $ns queue-limit $node_(r2) $node_(r1) 25
    $ns duplex-link $node_(s3) $node_(r2) 10Mb 4ms DropTail
    $ns duplex-link $node_(s4) $node_(r2) 10Mb 5ms DropTail

    $ns duplex-link-op $node_(s1) $node_(r1) orient right-down
    $ns duplex-link-op $node_(s2) $node_(r1) orient right-up
    $ns duplex-link-op $node_(r1) $node_(r2) orient right
    $ns duplex-link-op $node_(r1) $node_(r2) queuePos 0
    $ns duplex-link-op $node_(r2) $node_(r1) queuePos 0
    $ns duplex-link-op $node_(s3) $node_(r2) orient left-down
    $ns duplex-link-op $node_(s4) $node_(r2) orient left-up
}

Class Topology/net2 -superclass Topology
Topology/net2 instproc init ns {
    $self instvar node_
    $self makenodes $ns
    $self createlinks $ns
}

Class Topology/net2-lossy -superclass Topology
Topology/net2-lossy instproc init ns {
    $self instvar node_
    $self makenodes $ns
    $self createlinks $ns
 
    $self instvar lossylink_
    set lossylink_ [$ns link $node_(r1) $node_(r2)]
    set em [new ErrorModule Fid]
    set errmodel [new ErrorModel/Periodic]
    $errmodel unit pkt
    $lossylink_ errormodule $em
    $em insert $errmodel
    $em bind $errmodel 0
    $em default pass
} 

TestSuite instproc finish file {
	global quiet PERL wrap scale
	$self instvar ns_ tchan_ testName_ cwnd_chan_
        exec $PERL ../../bin/getrc -s 2 -d 3 all.tr | \
	   $PERL ../../bin/raw2xg -a -e -s $scale -m $wrap -t $file > temp.rands
	exec $PERL ../../bin/getrc -s 3 -d 2 all.tr | \
	  $PERL ../../bin/raw2xg -a -e -s $scale -m $wrap -t $file > temp1.rands
	if {$quiet == "false"} {
		exec xgraph -bb -tk -nl -m -x time -y packets temp.rands &
# The line below plots both data and ack packets.
#        	exec xgraph -bb -tk -nl -m -x time -y packets temp.rands \
#                     temp1.rands &
	}
        ## now use default graphing tool to make a data file
        ## if so desired

	if { [info exists tchan_] && $quiet == "false" } {
		$self plotQueue $testName_
	}
	if { [info exists cwnd_chan_] && $quiet == "false" } {
		$self plot_cwnd 
	}
	$ns_ halt
}

TestSuite instproc enable_tracequeue ns {
	$self instvar tchan_ node_
	set redq [[$ns link $node_(r1) $node_(r2)] queue]
	set tchan_ [open all.q w]
	$redq trace curq_
	$redq trace ave_
	$redq attach $tchan_
}

TestSuite instproc plotQueue file {
	global quiet
	$self instvar tchan_
	#
	# Plot the queue size and average queue size, for RED gateways.
	#
	set awkCode {
		{
			if ($1 == "Q" && NF>2) {
				print $2, $3 >> "temp.q";
				set end $2
			}
			else if ($1 == "a" && NF>2)
				print $2, $3 >> "temp.a";
		}
	}
	set f [open temp.queue w]
	puts $f "TitleText: $file"
	puts $f "Device: Postscript"

	if { [info exists tchan_] } {
		close $tchan_
	}
	exec rm -f temp.q temp.a 
	exec touch temp.a temp.q

	exec awk $awkCode all.q

	puts $f \"queue
	exec cat temp.q >@ $f  
	puts $f \n\"ave_queue
	exec cat temp.a >@ $f
	###puts $f \n"thresh
	###puts $f 0 [[ns link $r1 $r2] get thresh]
	###puts $f $end [[ns link $r1 $r2] get thresh]
	close $f
	if {$quiet == "false"} {
		exec xgraph -bb -tk -x time -y queue temp.queue &
	}
}

TestSuite instproc tcpDumpAll { tcpSrc interval label } {
    global quiet
    $self instvar dump_inst_ ns_
    if ![info exists dump_inst_($tcpSrc)] {
	set dump_inst_($tcpSrc) 1
	set report $label/window=[$tcpSrc set window_]/packetSize=[$tcpSrc set packetSize_]
	if {$quiet == "false"} {
		puts $report
	}
	$ns_ at 0.0 "$self tcpDumpAll $tcpSrc $interval $label"
	return
    }
    $ns_ at [expr [$ns_ now] + $interval] "$self tcpDumpAll $tcpSrc $interval $label"
    set report time=[$ns_ now]/class=$label/ack=[$tcpSrc set ack_]/packets_resent=[$tcpSrc set nrexmitpack_]
    if {$quiet == "false"} {
    	puts $report
    }
}       

TestSuite instproc emod {} {
	$self instvar topo_
	$topo_ instvar lossylink_
        set errmodule [$lossylink_ errormodule]
	return $errmodule
}

TestSuite instproc setloss {} {
	$self instvar topo_
	$topo_ instvar lossylink_
        set errmodule [$lossylink_ errormodule]
        set errmodel [$errmodule errormodels]
        if { [llength $errmodel] > 1 } {
                puts "droppedfin: confused by >1 err models..abort"
                exit 1
        }
	return $errmodel
}

TestSuite instproc ecnsetup { tcptype {stoptime 3.0} { tcp1fid 0 } { delack 0 }} {
    $self instvar ns_ node_ testName_ net_
    $self setTopo
##
##  Agent/TCP set maxburst_ 4
##
    set delay 10ms
    $ns_ delay $node_(r1) $node_(r2) $delay
    $ns_ delay $node_(r2) $node_(r1) $delay

    set redq [[$ns_ link $node_(r1) $node_(r2)] queue]
    $redq set setbit_ true
    $self tcpconnection $tcptype $tcp1fid $delack 1

    #$self enable_tracequeue $ns_
        
    # trace only the bottleneck link
    ##$self traceQueues $node_(r1) [$self openTrace $stoptime $testName_]
    $ns_ at $stoptime "$self cleanupAll $testName_"
}

TestSuite instproc tcpconnection { tcptype tcpfid delack dump } {
    $self instvar ns_ node_
    if {$tcptype == "Reno" } {
      set tcp [$ns_ create-connection-list TCP/FullTcp $node_(s1) \
	  TCP/FullTcp $node_(s3) $tcpfid]
    } else {
      set tcp [$ns_ create-connection-list TCP/FullTcp/$tcptype $node_(s1) \
	  TCP/FullTcp/$tcptype $node_(s3) $tcpfid]
    }
    set tcp1 [lindex $tcp 0]
    set sink [lindex $tcp 1]
    $sink listen
    $sink set ecn_ 1
 
    if {$delack == 1} {
	$sink set interval_ 100ms
    }
    $tcp1 set window_ 30
    $tcp1 set ecn_ 1

    set ftp1 [$tcp1 attach-app FTP]
    $ns_ at 0.0 "$ftp1 start"
    if { $dump == 1 } {
	$self tcpDump $tcp1 5.0
        $self enable_tracecwnd $ns_ $tcp1
    }
}

TestSuite instproc second_tcp { tcptype starttime } {
    $self instvar ns_ node_
    if {$tcptype == "Tahoe"} {
      set tcp [$ns_ create-connection TCP $node_(s1) \
         TCPSink $node_(s3) 2]