# Workload description consists of *.swf file and set of xml files. Xml files
# contains additional information which is essential to pursue resource
# advance reservation scheduling model.

# Grid plugin choose randomly between offers returned by local resources/plugins.
# All offers must satisfy task resource requirements.
# Network reservation is based on Dijkstra algorithm, which 
# finds the best(shortest) path between two nodes according to time and bandwidth requirements.
# Task 2_0 is not executed due to failure during network reservation(couldn't satisfy bandwidth requirements)
gridschedulingpluginname=example.gridplugin.GridARNRDijkstra

# Local plugin starts task execution in FCFS order and returns offers which
# exactly satisfies task resource requirements.
localallocpolicypluginname=example.localplugin.ARFirstFit

# Linear model of cpu processing power is used for task execution time estimations.
exectimeestimationpluginname=example.timeestimation.ExecTimeEstimationPlugin

# Path to xml file which describes resource characteristics.
resdesc=example/workloadARNR/HostParameters.xml

# Path to txt file which describes network topology.
networktopologyfilename=example/workloadARNR/network.txt

# Path to directory which contains workload description. In this experiment workload
# consists of set of xml files, which should be placed directly in readscenario.inputfolder 
readscenario.inputfolder=example/workloadARNR
# and swf file, which name is declared by readscenario.workloadfilename parameter.
# Swf file must be placed in readscenario.inputfolder directory.  
readscenario.workloadfilename=workload.swf

# Choose if files with task processing history should be created. 
printhistory=true

# Choose directory where all result files should be placed.
stats.outputfolder=../experiment4_result