# WV Thu Aug  1 14:05:03 BST 2002
# $Id: synsim.data,v 1.1 2002/09/11 15:42:37 wim Exp $
# This is the general template for the input data file for the OPSnet SynSim script.
# Conventions:
# lists of values for parameters are comma-separated
# lists of values for the parameters in a set of curvers are semicolumn (;) separated. The shortcut '..' is allowed provided that the values are integers
# When using more than one set, they al must have the same number of elements. THis is because the corresponding elements are combined. eg:
# _SET1 = 1;2;3
# _SET2 = 4;5;6
# This gives 3 simulations with resp. (1,4),(2,5) and (3,6).
# Lines starting with '#' and blank lines are ignored
# Lines starting with an underscore (_) are supposed to have following synstax:
# _NAME = VALUE1 [,VALUE2[,..,VALUEn]]
# The script will do a 'for'-loop over every parameter with more than one value. As a consequence,
# DEVTYPE can have only 1 argument.
# For every value of _SIMTYPE, the corresponding section must be present e.g.:
# bufsim3
# _SAMPL = ...;...
# Make sure the SIMTYPE does not have an underscore, otherwise it's considered as a parameter, not a value.
#
# The TITLE statement is not a parameter, it's just a title to be used in the reports
#
# Unix is case dependent!
#
TITLE: SynSim test bufsim3
#_TITLE = SynSim test bufsim3
#_SIMTYPE = bufsim3
SIMTYPE : bufsim3
DEVTYPE : OPSnode
TEMPL : .templ
# the program that runs the input file
COMMAND : perl
EXT : .pl
# To filter the output of the simulation
OUTPUT_FILTER_PATTERN : F0
# Name of the template file for the result analysis
ANALYSIS_TEMPLATE : ErrorFlags
# number of packets to be generated
_NPACK = 10000
# number of ports
_NPORTS = 2
# traffic distribution type: Poisson, Pareto, Uniform
_TRAFDIST = 2
# packet length distribution type: uniform, Ethernet, IP, all MIN, all MAX
_PLDIST = 2
# Pareto constant
_K_PARETO = 1.181232218
# For uniform dist, to have same mean as Poisson
_NMAXGAP = 2.386294361
# number of buffers
_NBUFS = 8,16,32
# type of buffer
# 0: adjustable; 1: fixed length; 2: multi-exit
_BUFTYPE = 1,2
# the output mux of the buffer can be blocking or non-blocking
_BLOCKING = 0
# unit packet length  50*8+50 bits, and a timestep is a bit
_UNITPL = 450
_UNITGW = 450
# max number of units
_NMAX = 30
# intermediate number of units
_NMED = 0
# minimum gap width
_MINGW = 450
# "gap" between head and tail of packet in circulating buffer
_MINBGW = 100
# Sampling factor to speed up simulation with a factor UNITPL/SAMPL
_SAMPL = 50
# keep packet order
_KEEP_ORDER = 0,1
#verbose or not
_VERBOSE = 0
# to analyse the generated traffic
_ONLY_TRAFFIC = 0
# generate data for histograms
_HISTS = 0
# size of population
_POP_SAMPLE = 1..2