Script started on Mon Mar 12 02:26:15 2007
[denali: ~/glomosim-2.03/glomosim/bin] > ./glomosim task22_config.in  Stack Size For Sequential/Each Parallel Thread = 32000000
Node 0 (0.00, 0.00, 0.00).
Node 1 (30.00, 0.00, 0.00).
Node 2 (30.00, 30.00, 0.00).
Node 3 (0.00, 30.00, 0.00).
Node 4 (60.00, 0.00, 0.00).
Node 5 (60.00, 30.00, 0.00).
Node 6 (60.00, 60.00, 0.00).
Node 7 (30.00, 60.00, 0.00).
Node 8 (0.00, 60.00, 0.00).
Partition 1 (0 2) has range (0, 0) to (0, 0): 9 nodes
Current Sim Time[s] =    0.000000000  Real Time[s] =    0  Completed  0%
Current Sim Time[s] =    6.000000000  Real Time[s] =    0  Completed  1%
Current Sim Time[s] =   12.000000000  Real Time[s] =    0  Completed  2%
Current Sim Time[s] =   18.000000000  Real Time[s] =    0  Completed  3%
Current Sim Time[s] =   24.000000000  Real Time[s] =    0  Completed  4%
Current Sim Time[s] =   30.000000000  Real Time[s] =    0  Completed  5%
Current Sim Time[s] =   36.000000000  Real Time[s] =    0  Completed  6%
Current Sim Time[s] =   42.000000000  Real Time[s] =    0  Completed  7%
Current Sim Time[s] =   48.000000000  Real Time[s] =    0  Completed  8%
Current Sim Time[s] =   54.000000000  Real Time[s] =    0  Completed  9%
Current Sim Time[s] =   60.000000000  Real Time[s] =    0  Completed 10%
Current Sim Time[s] =   66.000000000  Real Time[s] =    0  Completed 11%
Current Sim Time[s] =   72.000000000  Real Time[s] =    0  Completed 12%
Current Sim Time[s] =   78.000000000  Real Time[s] =    0  Completed 13%
Current Sim Time[s] =   84.000000000  Real Time[s] =    0  Completed 14%
Current Sim Time[s] =   90.000000000  Real Time[s] =    0  Completed 15%
Current Sim Time[s] =   96.000000000  Real Time[s] =    0  Completed 16%
Current Sim Time[s] =  102.000000000  Real Time[s] =    0  Completed 17%
Current Sim Time[s] =  108.000000000  Real Time[s] =    0  Completed 18%
Current Sim Time[s] =  114.000000000  Real Time[s] =    0  Completed 19%
Current Sim Time[s] =  120.000000000  Real Time[s] =    0  Completed 20%
Current Sim Time[s] =  126.000000000  Real Time[s] =    0  Completed 21%
Current Sim Time[s] =  132.000000000  Real Time[s] =    0  Completed 22%
Current Sim Time[s] =  138.000000000  Real Time[s] =    0  Completed 23%
Current Sim Time[s] =  144.000000000  Real Time[s] =    0  Completed 24%
Current Sim Time[s] =  150.000000000  Real Time[s] =    0  Completed 25%
Current Sim Time[s] =  156.000000000  Real Time[s] =    0  Completed 26%
Current Sim Time[s] =  162.000000000  Real Time[s] =    0  Completed 27%
Current Sim Time[s] =  168.000000000  Real Time[s] =    0  Completed 28%
Current Sim Time[s] =  174.000000000  Real Time[s] =    0  Completed 29%
Current Sim Time[s] =  180.000000000  Real Time[s] =    0  Completed 30%
Current Sim Time[s] =  186.000000000  Real Time[s] =    0  Completed 31%
Current Sim Time[s] =  192.000000000  Real Time[s] =    0  Completed 32%
Current Sim Time[s] =  198.000000000  Real Time[s] =    0  Completed 33%
Current Sim Time[s] =  204.000000000  Real Time[s] =    0  Completed 34%
Current Sim Time[s] =  210.000000000  Real Time[s] =    0  Completed 35%
Current Sim Time[s] =  216.000000000  Real Time[s] =    0  Completed 36%
Current Sim Time[s] =  222.000000000  Real Time[s] =    0  Completed 37%
Current Sim Time[s] =  228.000000000  Real Time[s] =    0  Completed 38%
Current Sim Time[s] =  234.000000000  Real Time[s] =    0  Completed 39%
Current Sim Time[s] =  240.000000000  Real Time[s] =    0  Completed 40%
Current Sim Time[s] =  246.000000000  Real Time[s] =    0  Completed 41%
Current Sim Time[s] =  252.000000000  Real Time[s] =    0  Completed 42%
Current Sim Time[s] =  258.000000000  Real Time[s] =    0  Completed 43%
Current Sim Time[s] =  264.000000000  Real Time[s] =    0  Completed 44%
Current Sim Time[s] =  270.000000000  Real Time[s] =    0  Completed 45%
Current Sim Time[s] =  276.000000000  Real Time[s] =    0  Completed 46%
Current Sim Time[s] =  282.000000000  Real Time[s] =    1  Completed 47%
Current Sim Time[s] =  288.000000000  Real Time[s] =    1  Completed 48%
Current Sim Time[s] =  294.000000000  Real Time[s] =    1  Completed 49%
Current Sim Time[s] =  300.000000000  Real Time[s] =    1  Completed 50%
Current Sim Time[s] =  306.000000000  Real Time[s] =    1  Completed 51%
Current Sim Time[s] =  312.000000000  Real Time[s] =    1  Completed 52%
Current Sim Time[s] =  318.000000000  Real Time[s] =    1  Completed 53%
Current Sim Time[s] =  324.000000000  Real Time[s] =    1  Completed 54%
Current Sim Time[s] =  330.000000000  Real Time[s] =    1  Completed 55%
Current Sim Time[s] =  336.000000000  Real Time[s] =    1  Completed 56%
Current Sim Time[s] =  342.000000000  Real Time[s] =    1  Completed 57%
Current Sim Time[s] =  348.000000000  Real Time[s] =    1  Completed 58%
Current Sim Time[s] =  354.000000000  Real Time[s] =    1  Completed 59%
Current Sim Time[s] =  360.000000000  Real Time[s] =    1  Completed 60%
Current Sim Time[s] =  366.000000000  Real Time[s] =    1  Completed 61%
Current Sim Time[s] =  372.000000000  Real Time[s] =    1  Completed 62%
Current Sim Time[s] =  378.000000000  Real Time[s] =    1  Completed 63%
Current Sim Time[s] =  384.000000000  Real Time[s] =    1  Completed 64%
Current Sim Time[s] =  390.000000000  Real Time[s] =    1  Completed 65%
Current Sim Time[s] =  396.000000000  Real Time[s] =    1  Completed 66%
Current Sim Time[s] =  402.000000000  Real Time[s] =    1  Completed 67%
Current Sim Time[s] =  408.000000000  Real Time[s] =    1  Completed 68%
Current Sim Time[s] =  414.000000000  Real Time[s] =    1  Completed 69%
Current Sim Time[s] =  420.000000000  Real Time[s] =    1  Completed 70%
Current Sim Time[s] =  426.000000000  Real Time[s] =    1  Completed 71%
Current Sim Time[s] =  432.000000000  Real Time[s] =    1  Completed 72%
Current Sim Time[s] =  438.000000000  Real Time[s] =    1  Completed 73%
Current Sim Time[s] =  444.000000000  Real Time[s] =    1  Completed 74%
Current Sim Time[s] =  450.000000000  Real Time[s] =    1  Completed 75%
Current Sim Time[s] =  456.000000000  Real Time[s] =    1  Completed 76%
Current Sim Time[s] =  462.000000000  Real Time[s] =    1  Completed 77%
Current Sim Time[s] =  468.000000000  Real Time[s] =    1  Completed 78%
Current Sim Time[s] =  474.000000000  Real Time[s] =    1  Completed 79%
Current Sim Time[s] =  480.000000000  Real Time[s] =    1  Completed 80%
Current Sim Time[s] =  486.000000000  Real Time[s] =    1  Completed 81%
Current Sim Time[s] =  492.000000000  Real Time[s] =    1  Completed 82%
Current Sim Time[s] =  498.000000000  Real Time[s] =    1  Completed 83%
Current Sim Time[s] =  504.000000000  Real Time[s] =    1  Completed 84%
Current Sim Time[s] =  510.000000000  Real Time[s] =    1  Completed 85%
Current Sim Time[s] =  516.000000000  Real Time[s] =    1  Completed 86%
Current Sim Time[s] =  522.000000000  Real Time[s] =    1  Completed 87%
Current Sim Time[s] =  528.000000000  Real Time[s] =    1  Completed 88%
Current Sim Time[s] =  534.000000000  Real Time[s] =    1  Completed 89%
Current Sim Time[s] =  540.000000000  Real Time[s] =    1  Completed 90%
Current Sim Time[s] =  546.000000000  Real Time[s] =    1  Completed 91%
Current Sim Time[s] =  552.000000000  Real Time[s] =    1  Completed 92%
Current Sim Time[s] =  558.000000000  Real Time[s] =    1  Completed 93%
Current Sim Time[s] =  564.000000000  Real Time[s] =    1  Completed 94%
Current Sim Time[s] =  570.000000000  Real Time[s] =    1  Completed 95%
Current Sim Time[s] =  576.000000000  Real Time[s] =    1  Completed 96%
Current Sim Time[s] =  582.000000000  Real Time[s] =    1  Completed 97%
Current Sim Time[s] =  588.000000000  Real Time[s] =    2  Completed 98%
Current Sim Time[s] =  594.000000000  Real Time[s] =    2  Completed 99%
Execution time :   2.0594 sec
Number of events (including timeouts) processed : 339592
Number of messages processed : 4
Number of context switches occurred : 12
Number of Local NULL messages sent : 0
Number of Remote NULL messages sent : 0
Total Number of NULL messages sent : 0
NULL messages / Regular messages : 0.000
[denali: ~/glomosim-2.03/glomosim/bin] > exit exit

script done on Mon Mar 12 02:26:29 2007
he simulation.[K[21;3H[K[3;1H[4;3H[K[5;3H---------------------------------------------------------------[K[6;3H4. CBR[K[8;3HCBR simulates a constant bit rate generator.  In order to use CBR, the[9;3Hfollowing format is needed:[11;7HCBR <src> <dest> <items to send> <item size>[12;11H<interval> <start time> <end time>[13;10H[K[14;3Hwhere[K[16;7H<src> is the client node.[17;7H<dest> is the server node.[18;7H<items to send> is how many application layer items to send. [19;7H<item size> is size of each application layer item.[K[20;7H<interval> is the interdeparture time between the application layer items.[21;7H<start time> is when to start CBR during the simulation.[3;1H[3;7H<interval> is the interdeparture time between the application layer items.[4;7H<start time> is when to start CBR during the simulation.[5;3H    <end time> is when to terminate CBR during the simulation. [6;3H[K[7;3HIf <items to send> is set to 0, CBR will run until the specified[8;3H<end time> or until the end of the simuation, which ever comes first. [9;3HIf <end time> is set to 0, CBR will run until all <items to send>[10;3His transmitted or until the end of simulation, which ever comes first.[11;3HIf <items to send> and <end time> are both greater than 0, CBR will[12;3Hwill run until either <items to send> is done, <end time> is reached, or[13;3Hthe simulation ends, which ever comes first.[14;3H[K[15;3HEXAMPLE:[16;7H[K[17;7Ha) CBR 0 1 10 1460 1S 0S 600S[18;7H[K[19;7H   Node 0 sends node 1 ten items of 1460B each at the start of the[20;7H   simulation up to 600 seconds into the simulation.  The interdeparture  [21;7H   time for each item is 1 second.  If the ten items are sent before[3;1H[3;7H   simulation up to 600 seconds into the simulation.  The interdeparture  [4;7H   time for each item is 1 second.  If the ten items are sent before[5;7H   600 seconds elapsed, no other items are sent.[K[7;3H    b) CBR 0 1 0 1460 1S 0S 600S[K[8;3H[K[9;3H       Node 0 continuously sends node 1 items of 1460B each at the start of[10;3H       the simulation up to 600 seconds into the simulation.[K[11;3H       The interdeparture time for each item is 1 second.[K[12;3H[K[13;3H    c) CBR 0 1 0 1460 1S 0S 0S[K[15;3H       Node 0 continuously sends node 1 items of 1460B each at the start of[16;10Hthe simulation up to the end of the simulation.[17;7H   The interdeparture time for each item is 1 second.[19;10H[K[20;3H---------------------------------------------------------------[K[21;3H5. HTTP[K[3;1H[3;3H---------------------------------------------------------------[K[4;3H5. HTTP[K[5;10H[K[6;3HHTTP simulates single-TCP connection web servers and clients.  Bruce Mah[7;3Hhas gathered packet traces of HTTP network conversations, and produced[8;3HCDFs for "the size of HTTP items retrieved, number of items per 'Web page',[9;3Hthink time, and user browsing behavior."[K[10;3H(http://www.ca.sandia.gov/~bmah/Software/HttpModel/)[K[11;10H[K[12;3HThis model has been implemented for GloMoSim, and the following format[13;3Hdescribes its use for servers:[15;7HHTTPD <address>[K[16;10H[K[17;3Hwhere[K[19;7H<address> is the node address of a node which will be serving[20;3H              Web pages.[K[21;3H[K[3;1H[3;3H              Web pages.[K[4;3H[K[5;3HFor HTTP clients, the  following format is used:[6;3H[K[7;3H    HTTP <address> <num_of_server> <server_1> ... <server_n> <start> <thresh>[8;3H[K[9;3Hwhere[K[10;3H[K[11;7H<address> is the node address of the node on which this client resides[12;3H    <num_of_server> is the number of server addresses which will follow[13;3H    <server_1>[K[14;7H.[15;7H.[K[16;7H<server_n> are the node addresses of the servers which this client[17;3H               will choose between when requesting pages.  There must[18;18Hbe "HTTPD <address>" lines existing separately for each of[19;7H           these addresses.[K[20;7H<start> is the start time for when the client will begin requesting[21;15Hpages[3;1H[3;7H<start> is the start time for when the client will begin requesting[4;15Hpages[5;3H    <thresh> is a ceiling (specified in units of time) on the amount of[6;16H"think time" that will be allowed for a client.  The[7;7H         network-trace based amount of time modulo this threshhold[K[8;16His used to determine think time.[9;3H[K[10;3HEXAMPLE:[11;7H[K[12;7HHTTPD 2[K[13;7HHTTPD 5   [14;7HHTTPD 8[15;7HHTTPD 11[16;7HHTTP 1 3 2 5 11 10S 120S[K[17;18H[K[18;7HThere are HTTP servers on nodes 2, 5, 8, and 11.  There is an HTTP   [19;7Hclient on node 1.  This client chooses between servers {2, 5, 11} only[20;7Hwhen requesting web pages.  It begins browsing after 10S of simulation[21;7Htime have passed, and will "think" (remain idle) for at most 2 minutes[3;1H[3;7Hwhen requesting web pages.  It begins browsing after 10S of simulation[4;7Htime have passed, and will "think" (remain idle) for at most 2 minutes[5;7Hof simulation time, at a time.[K[6;1H[K[7;1HFTP 0 1 10 150S[K[8;1HTELNET 2 3 10S 150S[K[9;1H [10;2HCBR 18 16 10000 512   5S    70S 100S[11;2HCBR 10 28 10000 512 2.5S 82.49S 199S[12;2HCBR 21 0  10000 512 0.8S 91.39S 248S[13;2HCBR 14 17 10000 512 1.1S 107.8S 274S[14;1H[K[15;2HCBR 1 0 0 512 4MS 0 0[16;2HCBR 2 0 0 512 4MS 0 0[K[17;2HCBR 3 0 0 512 4MS 0 0[18;2HCBR 4 0 0 512 4MS 0 0[K[19;2HCBR 5 0 0 512 4MS 0 0[K[20;1H[K[21;1HCBR 0 1 0 1500 2S 0 0[K[3;1H[K[4;1HCBR 0 1 0 1500 2S 0 0[K[5;1HCBR 1 2 0 1500 2S 0 0[K[6;1HCBR 2 3 0 1500 2S 0 0[7;1HCBR 3 4 0 1500 2S 0 0[8;1HCBR 4 5 0 1500 2S 0 0[9;1HCBR 5 3 0 1500 2S 0 0[10;1HCBR 6 2 0 1500 2S 0 0[K[11;1HCBR 7 1 0 1500 2S 0 0[K[12;1HCBR 8 0 0 1500 2S 0 0[K[13;1H[K[15;1H[K[16;1H[K[17;1H[K[18;1H[K[19;1H[K[21;1H[K[3;1H[14;1H[13;1H[12;1H[11;1H[22;1H[K[10;1H[9;1H[8;1H[7;1H[6;1H[5;1H[4;1H[4;2H[4;3H[4;4H[4;5H[4;6H[4;7H[4;8H[1;70H[1;7mModified[m[4;7H 0 1500 2S 0 0 [4;7H7 0 1500 2S 0 0[4;8H[5;8H[5;7H 0 1500 2S 0 0 [5;7H6 0 1500 2S 0 0[5;8H[6;8H[6;7H 0 1500 2S 0 0 [6;7H5 0 1500 2S 0 0[6;8H[7;8H[7;7H 0 1500 2S 0 0 [7;7H5 0 1500 2S 0 0[7;8H[8;8H[9;8H[9;7H 0 1500 2S 0 0 [9;7H6 0 1500 2S 0 0[9;8H[10;8H[10;7H 0 1500 2S 0 0 [10;7H7 0 1500 2S 0 0[10;8H[11;8H[11;7H 0 1500 2S 0 0 [11;7H0 0 1500 2S 0 0[11;8H[22;1H[K[1;7mFile Name to write :                                                            [22;22H[m[1;7mapp.conf[m[23;15H[1;7mT[m  To Files                                                     [K[24;2H[1;7mC[m Cancel    [1;7mT[m[1;7mA[m[1;7mB[m Complete                                                     [K[1;7m[22;30H[m[22;1H[K[22;34H[1;7m[ Writing... ][m[22;1H[K[22;31H[1;7m[ Wrote 249 lines ][m[1;70H[1;7m        [m[23;1H[K[24;1H[K[23;1H[1;7m^[m[1;7mG[m Get Help  [1;7m^[m[1;7mO[m WriteOut  [1;7m^[m[1;7mR[m Read File [1;7m^[m[1;7mY[m Prev Pg   [1;7m^[m[1;7mK[m Cut Text  [1;7m^[m[1;7mC[m Cur Pos   [K[24;1H[1;7m^[m[1;7mX[m Exit      [1;7m^[m[1;7mJ[m Justify   [1;7m^[m[1;7mW[m Where is  [1;7m^[m[1;7mV[m Next Pg   [1;7m^[m[1;7mU[m UnCut Text[1;7m^[m[1;7mT[m To Spell  [K[11;8H[23;1H[K[24;1H[K[denali: ~/glomosim-2.03/glomosim/bin] > script abcd Script started, file is abcd
[denali: ~/glomosim-2.03/glomosim/bin] > ./glomosim task22_config.in  Stack Size For Sequential/Each Parallel Thread = 32000000
Node 0 (0.00, 0.00, 0.00).
Node 1 (30.00, 0.00, 0.00).
Node 2 (30.00, 30.00, 0.00).
Node 3 (0.00, 30.00, 0.00).
Node 4 (60.00, 0.00, 0.00).
Node 5 (60.00, 30.00, 0.00).
Node 6 (60.00, 60.00, 0.00).
Node 7 (30.00, 60.00, 0.00).
Node 8 (0.00, 60.00, 0.00).
Partition 1 (0 2) has range (0, 0) to (0, 0): 9 nodes
Current Sim Time[s] =    0.000000000  Real Time[s] =    0  Completed  0%
Current Sim Time[s] =    6.000000000  Real Time[s] =    0  Completed  1%
Current Sim Time[s] =   12.000000000  Real Time[s] =    0  Completed  2%
Current Sim Time[s] =   18.000000000  Real Time[s] =    0  Completed  3%
Current Sim Time[s] =   24.000000000  Real Time[s] =    0  Completed  4%
Current Sim Time[s]