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File Trace NS-2 and Program AWK.

This is a trace-all the files so that you can imagine my trace file format.

Code:

+ 0.1 1 0 cbr 164 ------- 1 1.0 0.0 0 0

- 0.1 1 0 cbr 164 ------- 1 1.0 0.0 0 0

r 0.111312 1 0 cbr 164 ------- 1 1.0 0.0 0 0

+ 0.111312 0 4 DTNBundle 164 ------- 1 0.0 4.0 -1 1

- 0.111312 0 4 DTNBundle 164 ------- 1 0.0 4.0 -1 1

+ 0.111312 0 1 DTNBundle 73 ------- 3 0.0 1.0 -1 2

- 0.111312 0 1 DTNBundle 73 ------- 3 0.0 1.0 -1 2

+ 0.112312 0 1 DTNBundle 81 ------- 2 0.0 1.0 -1 3

- 0.112312 0 1 DTNBundle 81 ------- 2 0.0 1.0 -1 3

+ 0.1125 1 0 cbr 164 ------- 1 1.0 0.0 0 4

- 0.1125 1 0 cbr 164 ------- 1 1.0 0.0 0 4

r 0.121896 0 1 DTNBundle 73 ------- 3 0.0 1.0 -1 2

+ 0.121896 1 0 cbr 72 ------- 4 1.0 0.0 0 5

- 0.121896 1 0 cbr 72 ------- 4 1.0 0.0 0 5

r 0.122624 0 4 DTNBundle 164 ------- 1 0.0 4.0 -1 1

+ 0.122624 4 5 DTNBundle 164 ------- 1 4.0 5.0 -1 6

- 0.122624 4 5 DTNBundle 164 ------- 1 4.0 5.0 -1 6

+ 0.122624 4 0 DTNBundle 76 ------- 3 4.0 0.0 -1 7

- 0.122624 4 0 DTNBundle 76 ------- 3 4.0 0.0 -1 7

+ 0.122624 4 8 DTNBundle 84 ------- 2 4.0 8.0 -1 8

- 0.122624 4 8 DTNBundle 84 ------- 2 4.0 8.0 -1 8

r 0.12296 0 1 DTNBundle 81 ------- 2 0.0 1.0 -1 3

This is awk filter fourth column in the file traces.

Code:

BEGIN{

i=0;

}

{

action=$1;

cl1=$2;

Cl2=$3;

cl3=$4;

cl4=$5;

if(action=="+"){

c1[i]=cl1;

c2[i]=cl2;

c3[i]=cl3;

c4[i]=cl4

i++;

}

}

END{

for(j=0;j<=i;j++){

printf("%f %x %d %s\n", c1[j], c2[j], c3[j], c4[j]);

}

}

but after running second column is have value "0"

you can edit or tell me why do I fix this.
Thank you very much.

Here is a snippet of my results.

Code:

0.122624 0 5 DTNBundle

0.122624 0 0 DTNBundle

0.123812 0 4 DTNBundle

0.123812 0 1 DTNBundle

0.125000 0 0 cbr

0.133296 0 1 DTNBundle

0.133936 0 4 DTNBundle

0.134936 0 4 DTNBundle

0.135124 0 5 DTNBundle

0.135124 0 0 DTNBundle

0.136312 0 4 DTNBundle

0.136312 0 1 DTNBundle

0.137500 0 0 cbr

0.144544 0 0 DTNBundle

0.145544 0 0 DTNBundle

0.145796 0 1 DTNBundle

0.146436 0 4 DTNBundle

0.147436 0 4 DTNBundle

0.147624 0 5 DTNBundle

0.147624 0 0 DTNBundle

0.148812 0 4 DTNBundle

0.148812 0 1 DTNBundle

It's always 0 because you inadvertently used an uppercase C instead of lowercase:

Code:

cl1=$2;

Cl2=$3;

cl3=$4;

cl4=$5;

Change it to lower case and the result should be what you expect.

I would add that such an elaborate script is not really required:

Code:

awk '/^[+]/{printf "%f %x %d %s\n",$2,$3,$4,$5}' file

Thank you very much.
here is link Trace file you can help me how to draw xraph or gnuplot delay packet at the node?
http://www.mediafire.com/?ztfw4j77x2zho9h
http://www.mediafire.com/?lb9h3labipyf4gf#1

Quote:

Originally Posted by colucix (Post 4381644)

It's always 0 because you inadvertently used an uppercase C instead of lowercase:

Code:

cl1=$2;

Cl2=$3;

cl3=$4;

cl4=$5;

Change it to lower case and the result should be what you expect.

Thank you very much. All right.

Well the usual story would be, show us what you have done and where you are stuck (like your first post) and then we can help.

Cái này nói cũng khó, đây là file Nam ma mình đang làm mô phỏng.
http://www.mediafire.com/?306toggqiap9a6q
Mình đang làm mô phỏng về mạng DTN (Delay toleran networking. Mình đã tính được tỉ lệ gói tin nhận và Drop. Bây giờ quan trọng mình muốn lấy delay để tiến hành so sánh, với các khoảng thời gian thay đổi và thời gian truyền lại gói.
Đây là mã code TCL....

Code:

# Set variables.



set DATALOAD 8000



set MTU 1500



set PACKETSIZE 100







Agent/DTNAgent set custodian_ 1



Agent/DTNAgent set retransmit_ 0.5







# Create a simulator object



set ns [new Simulator]







# Open a trace file



set nf [open demo.nam w]



$ns namtrace-all $nf







set nk [open all.tr w]



$ns trace-all $nk



# Setup packet type colours for nam.



$ns color 1 Blue



$ns color 2 Chocolate



$ns color 3 Darkgreen



$ns color 4 Purple







# Define a 'finish' procedure



proc finish {} {



        global ns nf nk



        $ns flush-trace



        close $nf



        close $nk



        exec nam demo.nam &



        exit 0



}







# Create nodes



set t0n0 [$ns node]



set t0n1 [$ns node]



set t0n2 [$ns node]



set t0n3 [$ns node]







set t1n0 [$ns node]



set t1n1 [$ns node]



set t1n2 [$ns node]



set t1n3 [$ns node]







set t2n0 [$ns node]



set t2n1 [$ns node]



set t2n2 [$ns node]



set t2n3 [$ns node]







set t3n0 [$ns node]



set t3n1 [$ns node]



set t3n2 [$ns node]



set t3n3 [$ns node]







# Connect the nodes with links.



$ns duplex-link $t0n0 $t0n1 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t0n2 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t0n3 1Mb 10ms DropTail







$ns duplex-link $t1n0 $t1n1 1Mb 10ms DropTail



$ns duplex-link $t1n0 $t1n2 1Mb 10ms DropTail



$ns duplex-link $t1n0 $t1n3 1Mb 10ms DropTail







$ns duplex-link $t2n0 $t2n1 1Mb 10ms DropTail



$ns duplex-link $t2n0 $t2n2 1Mb 10ms DropTail



$ns duplex-link $t2n0 $t2n3 1Mb 10ms DropTail







$ns duplex-link $t3n0 $t3n1 1Mb 10ms DropTail



$ns duplex-link $t3n0 $t3n2 1Mb 10ms DropTail



$ns duplex-link $t3n0 $t3n3 1Mb 10ms DropTail







$ns duplex-link $t0n0 $t1n0 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t2n0 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t3n0 1Mb 10ms DropTail



$ns duplex-link $t1n0 $t2n0 1Mb 10ms DropTail







# Create and attach agents.



set d0 [new Agent/DTNAgent]



$ns attach-agent $t0n0 $d0



set d1 [new Agent/DTNAgent]



$ns attach-agent $t0n1 $d1



set d2 [new Agent/DTNAgent]



$ns attach-agent $t0n2 $d2



set d3 [new Agent/DTNAgent]



$ns attach-agent $t0n3 $d3



set d4 [new Agent/DTNAgent]



$ns attach-agent $t1n0 $d4



set d5 [new Agent/DTNAgent]



$ns attach-agent $t1n1 $d5



set d6 [new Agent/DTNAgent]



$ns attach-agent $t1n2 $d6



set d7 [new Agent/DTNAgent]



$ns attach-agent $t1n3 $d7



set d8 [new Agent/DTNAgent]



$ns attach-agent $t2n0 $d8



set d9 [new Agent/DTNAgent]



$ns attach-agent $t2n1 $d9



set d10 [new Agent/DTNAgent]



$ns attach-agent $t2n2 $d10



set d11 [new Agent/DTNAgent]



$ns attach-agent $t2n3 $d11



set d12 [new Agent/DTNAgent]



$ns attach-agent $t3n0 $d12



set d13 [new Agent/DTNAgent]



$ns attach-agent $t3n1 $d13



set d14 [new Agent/DTNAgent]



$ns attach-agent $t3n2 $d14



set d15 [new Agent/DTNAgent]



$ns attach-agent $t3n3 $d15







# Set local Region



$d0  region "R0"



$d1  region "R0"



$d2  region "R0"



$d3  region "R0"







$d4  region "R1"



$d5  region "R1"



$d6  region "R1"



$d7  region "R1"







$d8  region "R2"



$d9  region "R2"



$d10 region "R2"



$d11 region "R2"







$d12 region "R3"



$d13 region "R3"



$d14 region "R3"



$d15 region "R3"







# Setup routing tables.



# R0



$d0  add "R1" $t1n0 1 1 $MTU



$d0  add "R1" $t2n0 1 2 $MTU



$d0  add "R2" $t2n0 1 1 $MTU



$d0  add "R2" $t1n0 1 2 $MTU



$d0  add "R3" $t3n0 1 1 $MTU



$d1  add "*"  $t0n0 1 0 $MTU



$d2  add "*"  $t0n0 1 0 $MTU



$d3  add "*"  $t0n0 1 0 $MTU







# R1



$d4  add "R0" $t0n0 1 1 $MTU



$d4  add "R0" $t2n0 1 2 $MTU



$d4  add "R2" $t2n0 1 1 $MTU



$d4  add "R2" $t0n0 1 2 $MTU



$d4  add "R3" $t0n0 1 2 $MTU



$d4  add "R3" $t2n0 1 3 $MTU



$d5  add "*"  $t1n0 1 0 $MTU



$d6  add "*"  $t1n0 1 0 $MTU



$d7  add "*"  $t1n0 1 0 $MTU







# R2



$d8  add "R0" $t0n0 1 1 $MTU



$d8  add "R0" $t1n0 1 2 $MTU



$d8  add "R1" $t1n0 1 1 $MTU



$d8  add "R1" $t0n0 1 2 $MTU



$d8  add "R3" $t0n0 1 2 $MTU



$d8  add "R3" $t1n0 1 3 $MTU



$d9  add "*"  $t2n0 1 0 $MTU



$d10 add "*"  $t2n0 1 0 $MTU



$d11 add "*"  $t2n0 1 0 $MTU







# R3



$d12 add "R0" $t0n0 1 1 $MTU



$d12 add "R1" $t0n0 1 2 $MTU



$d12 add "R2" $t0n0 1 2 $MTU



$d13 add "*"  $t3n0 1 0 $MTU



$d14 add "*"  $t3n0 1 0 $MTU



$d15 add "*"  $t3n0 1 0 $MTU







# Callback functions



Agent/DTNAgent instproc indData {sid did rid cos options lifespan adu} {



    $self instvar node_



    $self instvar $adu



    puts "node [$node_ id] ($did) received bundle from \



              $sid : '$adu'"



}







Agent/DTNAgent instproc indSendError {sid did rid cos options lifespan adu} {



    $self instvar node_



    puts "node [$node_ id] ($sid) got send error on bundle to \



              $did : '$adu'"



}







Agent/DTNAgent instproc indSendToken {binding sendtoken} {



    $self instvar node_



    puts "node [$node_ id] Send binding $binding bound to token $sendtoken"



    if { [string equal $binding "deleteme" ] } {



        $self cancel $sendtoken



    }



}







Agent/DTNAgent instproc indRegToken {binding regtoken} {



    $self instvar node_



    puts "node [$node_ id] Reg binding $binding bound to token $regtoken"



    if { [string equal $binding "t1n3:1" ] } {



        $self deregister $regtoken



    }



}







# Create a CBR traffic source. 



set cbr0 [new Application/Traffic/CBR]



$cbr0 set packetSize_ $PACKETSIZE



$cbr0 set rate_ [ expr 8 * $DATALOAD ]



$cbr0 attach-agent $d1







# Setup application interface.



$d1 app src      R0,$t0n1:10



$d1 app dest    R1,$t1n1:42



$d1 app rpt_to  R0,$t0n1:11



$d1 app cos      NORMAL



$d1 app options  CUST,REPCUST,EERCPT,REPRCPT,REPFWD



$d1 app lifespan 300







# Register a destination action.



$d5 register SINK t1n1:42 R1,$t1n1:42







# Run the CBR for 0.5 seconds.



$ns at 0.1 "$cbr0 start"



$ns at 0.6 "$cbr0 stop"







# Cause "link failure"



for {set x 0} {$x<5} {incr x} {



    $ns rtmodel-at [expr 0.05+0.20*$x]  down $t0n0 $t1n0



    $ns rtmodel-at [expr 0.06+0.20*$x]  down $t2n0 $t1n0



    $ns rtmodel-at [expr 0.07+0.20*$x]  up  $t0n0 $t1n0



    $ns rtmodel-at [expr 0.08+0.20*$x]  up  $t2n0 $t1n0



}







$ns at 100.0 "finish"







#Run the simulation



$ns run

để chạy được code các bạn cần cài đặt thành công

http://www.illuvatar.nu/ns-dtn/code/

vào trong NS2...
Các bạn giúp mình với nhé....

Sorry vì tớ học kém tiếng anh.

Quote:

Originally Posted by easyvn112 (Post 4382436)

Cái này nói cũng khó, đây là file Nam ma mình đang làm mô phỏng.

Please, easyvn112 can you translate your post in English? Thanks.

This analysis is difficult, this is the file Nam's simulations.
http://www.mediafire.com/?306toggqiap9a6q
I'm doing on the network simulation DTN (Delay toleran networking. I've calculated the percentage of packets received and Drop. Now I want to get the delay is important to conduct a comparison with the time change and the transmission time back pack.
This is TCL code ....

Code:

# Set variables.



set DATALOAD 8000



set MTU 1500



set PACKETSIZE 100







Agent/DTNAgent set custodian_ 1



Agent/DTNAgent set retransmit_ 0.5







# Create a simulator object



set ns [new Simulator]







# Open a trace file



set nf [open demo.nam w]



$ns namtrace-all $nf







set nk [open all.tr w]



$ns trace-all $nk



# Setup packet type colours for nam.



$ns color 1 Blue



$ns color 2 Chocolate



$ns color 3 Darkgreen



$ns color 4 Purple







# Define a 'finish' procedure



proc finish {} {



        global ns nf nk



        $ns flush-trace



        close $nf



        close $nk



        exec nam demo.nam &



        exit 0



}







# Create nodes



set t0n0 [$ns node]



set t0n1 [$ns node]



set t0n2 [$ns node]



set t0n3 [$ns node]







set t1n0 [$ns node]



set t1n1 [$ns node]



set t1n2 [$ns node]



set t1n3 [$ns node]







set t2n0 [$ns node]



set t2n1 [$ns node]



set t2n2 [$ns node]



set t2n3 [$ns node]







set t3n0 [$ns node]



set t3n1 [$ns node]



set t3n2 [$ns node]



set t3n3 [$ns node]







# Connect the nodes with links.



$ns duplex-link $t0n0 $t0n1 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t0n2 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t0n3 1Mb 10ms DropTail







$ns duplex-link $t1n0 $t1n1 1Mb 10ms DropTail



$ns duplex-link $t1n0 $t1n2 1Mb 10ms DropTail



$ns duplex-link $t1n0 $t1n3 1Mb 10ms DropTail







$ns duplex-link $t2n0 $t2n1 1Mb 10ms DropTail



$ns duplex-link $t2n0 $t2n2 1Mb 10ms DropTail



$ns duplex-link $t2n0 $t2n3 1Mb 10ms DropTail







$ns duplex-link $t3n0 $t3n1 1Mb 10ms DropTail



$ns duplex-link $t3n0 $t3n2 1Mb 10ms DropTail



$ns duplex-link $t3n0 $t3n3 1Mb 10ms DropTail







$ns duplex-link $t0n0 $t1n0 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t2n0 1Mb 10ms DropTail



$ns duplex-link $t0n0 $t3n0 1Mb 10ms DropTail



$ns duplex-link $t1n0 $t2n0 1Mb 10ms DropTail







# Create and attach agents.



set d0 [new Agent/DTNAgent]



$ns attach-agent $t0n0 $d0



set d1 [new Agent/DTNAgent]



$ns attach-agent $t0n1 $d1



set d2 [new Agent/DTNAgent]



$ns attach-agent $t0n2 $d2



set d3 [new Agent/DTNAgent]



$ns attach-agent $t0n3 $d3



set d4 [new Agent/DTNAgent]



$ns attach-agent $t1n0 $d4



set d5 [new Agent/DTNAgent]



$ns attach-agent $t1n1 $d5



set d6 [new Agent/DTNAgent]



$ns attach-agent $t1n2 $d6



set d7 [new Agent/DTNAgent]



$ns attach-agent $t1n3 $d7



set d8 [new Agent/DTNAgent]



$ns attach-agent $t2n0 $d8



set d9 [new Agent/DTNAgent]



$ns attach-agent $t2n1 $d9



set d10 [new Agent/DTNAgent]



$ns attach-agent $t2n2 $d10



set d11 [new Agent/DTNAgent]



$ns attach-agent $t2n3 $d11



set d12 [new Agent/DTNAgent]



$ns attach-agent $t3n0 $d12



set d13 [new Agent/DTNAgent]



$ns attach-agent $t3n1 $d13



set d14 [new Agent/DTNAgent]



$ns attach-agent $t3n2 $d14



set d15 [new Agent/DTNAgent]



$ns attach-agent $t3n3 $d15







# Set local Region



$d0  region "R0"



$d1  region "R0"



$d2  region "R0"



$d3  region "R0"







$d4  region "R1"



$d5  region "R1"



$d6  region "R1"



$d7  region "R1"







$d8  region "R2"



$d9  region "R2"



$d10 region "R2"



$d11 region "R2"







$d12 region "R3"



$d13 region "R3"



$d14 region "R3"



$d15 region "R3"







# Setup routing tables.



# R0



$d0  add "R1" $t1n0 1 1 $MTU



$d0  add "R1" $t2n0 1 2 $MTU



$d0  add "R2" $t2n0 1 1 $MTU



$d0  add "R2" $t1n0 1 2 $MTU



$d0  add "R3" $t3n0 1 1 $MTU



$d1  add "*"  $t0n0 1 0 $MTU



$d2  add "*"  $t0n0 1 0 $MTU



$d3  add "*"  $t0n0 1 0 $MTU







# R1



$d4  add "R0" $t0n0 1 1 $MTU



$d4  add "R0" $t2n0 1 2 $MTU



$d4  add "R2" $t2n0 1 1 $MTU



$d4  add "R2" $t0n0 1 2 $MTU



$d4  add "R3" $t0n0 1 2 $MTU



$d4  add "R3" $t2n0 1 3 $MTU



$d5  add "*"  $t1n0 1 0 $MTU



$d6  add "*"  $t1n0 1 0 $MTU



$d7  add "*"  $t1n0 1 0 $MTU







# R2



$d8  add "R0" $t0n0 1 1 $MTU



$d8  add "R0" $t1n0 1 2 $MTU



$d8  add "R1" $t1n0 1 1 $MTU



$d8  add "R1" $t0n0 1 2 $MTU



$d8  add "R3" $t0n0 1 2 $MTU



$d8  add "R3" $t1n0 1 3 $MTU



$d9  add "*"  $t2n0 1 0 $MTU



$d10 add "*"  $t2n0 1 0 $MTU



$d11 add "*"  $t2n0 1 0 $MTU







# R3



$d12 add "R0" $t0n0 1 1 $MTU



$d12 add "R1" $t0n0 1 2 $MTU



$d12 add "R2" $t0n0 1 2 $MTU



$d13 add "*"  $t3n0 1 0 $MTU



$d14 add "*"  $t3n0 1 0 $MTU



$d15 add "*"  $t3n0 1 0 $MTU







# Callback functions



Agent/DTNAgent instproc indData {sid did rid cos options lifespan adu} {



    $self instvar node_



    $self instvar $adu



    puts "node [$node_ id] ($did) received bundle from \



              $sid : '$adu'"



}







Agent/DTNAgent instproc indSendError {sid did rid cos options lifespan adu} {



    $self instvar node_



    puts "node [$node_ id] ($sid) got send error on bundle to \



              $did : '$adu'"



}







Agent/DTNAgent instproc indSendToken {binding sendtoken} {



    $self instvar node_



    puts "node [$node_ id] Send binding $binding bound to token $sendtoken"



    if { [string equal $binding "deleteme" ] } {



        $self cancel $sendtoken



    }



}







Agent/DTNAgent instproc indRegToken {binding regtoken} {



    $self instvar node_



    puts "node [$node_ id] Reg binding $binding bound to token $regtoken"



    if { [string equal $binding "t1n3:1" ] } {



        $self deregister $regtoken



    }



}







# Create a CBR traffic source. 



set cbr0 [new Application/Traffic/CBR]



$cbr0 set packetSize_ $PACKETSIZE



$cbr0 set rate_ [ expr 8 * $DATALOAD ]



$cbr0 attach-agent $d1







# Setup application interface.



$d1 app src      R0,$t0n1:10



$d1 app dest    R1,$t1n1:42



$d1 app rpt_to  R0,$t0n1:11



$d1 app cos      NORMAL



$d1 app options  CUST,REPCUST,EERCPT,REPRCPT,REPFWD



$d1 app lifespan 300







# Register a destination action.



$d5 register SINK t1n1:42 R1,$t1n1:42







# Run the CBR for 0.5 seconds.



$ns at 0.1 "$cbr0 start"



$ns at 0.6 "$cbr0 stop"







# Cause "link failure"



for {set x 0} {$x<5} {incr x} {



    $ns rtmodel-at [expr 0.05+0.20*$x]  down $t0n0 $t1n0



    $ns rtmodel-at [expr 0.06+0.20*$x]  down $t2n0 $t1n0



    $ns rtmodel-at [expr 0.07+0.20*$x]  up  $t0n0 $t1n0



    $ns rtmodel-at [expr 0.08+0.20*$x]  up  $t2n0 $t1n0



}







$ns at 100.0 "finish"







#Run the simulation



$ns run

You want to run the code you need to install successfully package DTN in the NS2.
Here is the download link and instructions to install ns2 in the DTN.
http://www.illuvatar.nu/ns-dtn/code/
Thank you very much.

So what is the issue with this code?

I want to calculate drop the packet and received packet latency between two consecutive nodes. So to add anything to the TCL code?

Hi easyvn112,

It's probably a little late, but I'll answer anyway...
For the analysis you can
- do it manually, for instance: http://nile.wpi.edu/NS/analysis.html
- use ready to use awk scripts: http://www.winlab.rutgers.edu/~zhibi.../ns_trace.html
- use external command line tools like NS-2 Trace Analyzer: http://sourceforge.net/projects/trace-analyzer/support
- use Trace Graph: http://www.angelfire.com/al4/esorkor/
- use the tool I've developed, NS2 Visual Trace Analyzer: http://nsvisualtraceanalyzer.wordpress.com/

I would advise you to try Trace Graph or my tool first, because they are ready to calculate many statistics at once without loosing effort configuring custom scripts or parameters.

Best reagards,
Fernando