Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp.xml	(revision 1234)
+++ DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp.xml	(revision 1234)
@@ -0,0 +1,381 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
+	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
+	
+	<!-- Opis dla data center z uwzglednieniem aspektow energetycznych -->
+	<resources>
+		<computingResource class="DataCenter" name="compRes1">
+								<resourceUnit class="krasnoludek">
+						<amount>7</amount>
+				</resourceUnit>
+		<computingResource class="Rack">
+						<resourceUnit class="storage">
+						<amount>1000000</amount>
+				</resourceUnit>
+			<computingResource class="ComputingNode" count="2">
+				<resourceUnit class="memory">
+						<amount>12288</amount>
+				</resourceUnit>
+				<parameter name="category">
+						<value>A</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+
+				<computingResource class="Processor" count="4">
+					<parameter name="speed">
+						<value>1</value>
+					</parameter>
+					<profile>
+						<powerProfile>
+							<energyEstimationPlugin>
+								<name>example.energy.CPUEnergyEstimationPlugin</name>
+							</energyEstimationPlugin>		
+							<parameter name="pState">
+								<property name="name">
+									<value>P0</value>
+								</property>	
+								<property name="frequency">
+									<value unit="Hz">3000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">350</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P1</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2660</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">343</value>
+								</property>						
+							</parameter>	
+							<parameter name="pState">
+								<property name="name">
+									<value>P2</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2330</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">337</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P3</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">330</value>
+								</property>						
+							</parameter>								
+						</powerProfile>
+					</profile>
+				</computingResource>
+			</computingResource>	
+			<computingResource class="ComputingNode" count="2">
+				<resourceUnit class="memory">
+						<amount>12288</amount>
+				</resourceUnit>
+				<parameter name="category">
+					<value>B</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+
+				<computingResource class="Processor" count="4">
+					<parameter name="speed">
+						<value>1</value>
+					</parameter>
+					<profile>
+						<powerProfile>
+							<energyEstimationPlugin>
+								<name>example.energy.CPUEnergyEstimationPlugin</name>
+							</energyEstimationPlugin>		
+							<parameter name="pState">
+								<property name="name">
+									<value>P0</value>
+								</property>	
+								<property name="frequency">
+									<value unit="Hz">3000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">350</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P1</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2660</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">343</value>
+								</property>						
+							</parameter>	
+							<parameter name="pState">
+								<property name="name">
+									<value>P2</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2330</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">337</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P3</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">330</value>
+								</property>						
+							</parameter>								
+						</powerProfile>
+					</profile>
+				</computingResource>
+			</computingResource>	
+			<computingResource class="ComputingNode" count="2">
+				<resourceUnit class="memory">
+					<amount>12288</amount>
+				</resourceUnit>
+				<parameter name="category">
+					<value>C</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+
+				<computingResource class="Processor" count="4">
+					<parameter name="speed">
+						<value>1</value>
+					</parameter>
+					<profile>
+						<powerProfile>
+							<energyEstimationPlugin>
+								<name>example.energy.CPUEnergyEstimationPlugin</name>
+							</energyEstimationPlugin>		
+							<parameter name="pState">
+								<property name="name">
+									<value>P0</value>
+								</property>	
+								<property name="frequency">
+									<value unit="Hz">3000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">350</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P1</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2660</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">343</value>
+								</property>						
+							</parameter>	
+							<parameter name="pState">
+								<property name="name">
+									<value>P2</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2330</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">337</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P3</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">330</value>
+								</property>						
+							</parameter>								
+						</powerProfile>
+					</profile>
+				</computingResource>
+			</computingResource>	
+			</computingResource>
+		</computingResource>
+		<scheduler class="Cluster" name="cluster1">
+			<schedulingPlugin>
+				<name>example.localplugin.FCFSRandomClusterLocalPlugin</name>
+				<!--  
+				<frequency>3600</frequency>
+				-->
+			</schedulingPlugin>		
+				<managedComputingResources include="false">
+					<resourceName>Rack_0</resourceName>
+				</managedComputingResources>
+		</scheduler>	
+	</resources>
+	
+	<!--  
+	<templates>
+		<computingResourceTemplate class="Processor" name="modelProcessorA">
+			<profile>
+				<powerProfile>
+					<energyEstimationPlugin>
+						<name>CPUEnergyEstimationPlugin</name>
+					</energyEstimationPlugin>
+					<parameter name="pState">
+						<property name="name">
+							<value>P0</value>
+						</property>	
+						<property name="frequency">
+							<value unit="Hz">3000</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">350</value>
+						</property>						
+					</parameter>
+					<parameter name="pState">
+						<property name="name">
+							<value>P1</value>
+						</property>	
+						<property name="frequency">
+							<value unit="H`">2660</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">343</value>
+						</property>						
+					</parameter>	
+					<parameter name="pState">
+						<property name="name">
+							<value>P2</value>
+						</property>	
+						<property name="frequency">
+							<value unit="H`">2330</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">337</value>
+						</property>						
+					</parameter>
+					<parameter name="pState">
+						<property name="name">
+							<value>P3</value>
+						</property>	
+						<property name="frequency">
+							<value unit="H`">2000</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">330</value>
+						</property>						
+					</parameter>							
+				</powerProfile>
+			</profile>
+		</computingResourceTemplate>
+	</templates>
+	-->
+</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp2.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp2.xml	(revision 1234)
+++ DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp2.xml	(revision 1234)
@@ -0,0 +1,380 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
+	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
+	
+	<!-- Opis dla data center z uwzglednieniem aspektow energetycznych -->
+	<resources>
+		<computingResource class="DataCenter" name="compRes1">
+		<computingResource class="Rack" name="rack1">
+			<computingResource class="ComputingNode" count="2">
+				<resourceUnit class="memory">
+						<amount>12288</amount>
+				</resourceUnit>
+				<parameter name="category">
+						<value>A</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+
+				<computingResource class="Processor" count="4">
+					<parameter name="speed">
+						<value>1</value>
+					</parameter>
+					<profile>
+						<powerProfile>
+							<energyEstimationPlugin>
+								<name>example.energy.CPUEnergyEstimationPlugin</name>
+							</energyEstimationPlugin>		
+							<parameter name="pState">
+								<property name="name">
+									<value>P0</value>
+								</property>	
+								<property name="frequency">
+									<value unit="Hz">3000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">350</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P1</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2660</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">343</value>
+								</property>						
+							</parameter>	
+							<parameter name="pState">
+								<property name="name">
+									<value>P2</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2330</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">337</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P3</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">330</value>
+								</property>						
+							</parameter>								
+						</powerProfile>
+					</profile>
+				</computingResource>
+			</computingResource>	
+			<computingResource class="ComputingNode" count="2">
+				<resourceUnit class="memory">
+						<amount>12288</amount>
+				</resourceUnit>
+				<parameter name="category">
+					<value>B</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+
+				<computingResource class="Processor" count="4">
+					<parameter name="speed">
+						<value>1</value>
+					</parameter>
+					<profile>
+						<powerProfile>
+							<energyEstimationPlugin>
+								<name>example.energy.CPUEnergyEstimationPlugin</name>
+							</energyEstimationPlugin>		
+							<parameter name="pState">
+								<property name="name">
+									<value>P0</value>
+								</property>	
+								<property name="frequency">
+									<value unit="Hz">3000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">350</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P1</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2660</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">343</value>
+								</property>						
+							</parameter>	
+							<parameter name="pState">
+								<property name="name">
+									<value>P2</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2330</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">337</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P3</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">330</value>
+								</property>						
+							</parameter>								
+						</powerProfile>
+					</profile>
+				</computingResource>
+			</computingResource>	
+			<computingResource class="ComputingNode" count="2">
+				<resourceUnit class="memory">
+					<amount>12288</amount>
+				</resourceUnit>
+				<parameter name="category">
+					<value>C</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+
+				<computingResource class="Processor" count="4">
+					<parameter name="speed">
+						<value>1</value>
+					</parameter>
+					<profile>
+						<powerProfile>
+							<energyEstimationPlugin>
+								<name>example.energy.CPUEnergyEstimationPlugin</name>
+							</energyEstimationPlugin>		
+							<parameter name="pState">
+								<property name="name">
+									<value>P0</value>
+								</property>	
+								<property name="frequency">
+									<value unit="Hz">3000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">350</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P1</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2660</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">343</value>
+								</property>						
+							</parameter>	
+							<parameter name="pState">
+								<property name="name">
+									<value>P2</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2330</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">337</value>
+								</property>						
+							</parameter>
+							<parameter name="pState">
+								<property name="name">
+									<value>P3</value>
+								</property>	
+								<property name="frequency">
+									<value unit="H`">2000</value>
+								</property>		
+								<property name="voltage">
+									<value unit="V">0</value>
+								</property>
+								<property name="powerUsage">
+									<value unit="W">330</value>
+								</property>						
+							</parameter>								
+						</powerProfile>
+					</profile>
+				</computingResource>
+			</computingResource>	
+		</computingResource>
+		</computingResource>
+		<scheduler class="Cluster" name="rackCluster1">
+			<schedulingPlugin>
+				<name>example.localplugin.RackLocalPlugin</name>
+			</schedulingPlugin>		
+			<managedComputingResources include="false">
+				<resourceName>compRes1</resourceName>
+			</managedComputingResources>
+			<scheduler class="Cluster" name="cluster1">
+				<schedulingPlugin>
+					<name>example.localplugin.FCFSRandomClusterLocalPlugin</name>
+				</schedulingPlugin>		
+				<managedComputingResources include="false">
+					<resourceName>rack1</resourceName>
+				</managedComputingResources>
+			</scheduler>	
+		</scheduler>	
+	</resources>
+	
+	<!--  
+	<templates>
+		<computingResourceTemplate class="Processor" name="modelProcessorA">
+			<profile>
+				<powerProfile>
+					<energyEstimationPlugin>
+						<name>CPUEnergyEstimationPlugin</name>
+					</energyEstimationPlugin>
+					<parameter name="pState">
+						<property name="name">
+							<value>P0</value>
+						</property>	
+						<property name="frequency">
+							<value unit="Hz">3000</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">350</value>
+						</property>						
+					</parameter>
+					<parameter name="pState">
+						<property name="name">
+							<value>P1</value>
+						</property>	
+						<property name="frequency">
+							<value unit="H`">2660</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">343</value>
+						</property>						
+					</parameter>	
+					<parameter name="pState">
+						<property name="name">
+							<value>P2</value>
+						</property>	
+						<property name="frequency">
+							<value unit="H`">2330</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">337</value>
+						</property>						
+					</parameter>
+					<parameter name="pState">
+						<property name="name">
+							<value>P3</value>
+						</property>	
+						<property name="frequency">
+							<value unit="H`">2000</value>
+						</property>		
+						<property name="voltage">
+							<value unit="V">0</value>
+						</property>
+						<property name="powerUsage">
+							<value unit="W">330</value>
+						</property>						
+					</parameter>							
+				</powerProfile>
+			</profile>
+		</computingResourceTemplate>
+	</templates>
+	-->
+</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp3.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp3.xml	(revision 1234)
+++ DCWoRMS/branches/coolemall/simulator/schemas/resources/example/tomExp3.xml	(revision 1234)
@@ -0,0 +1,66 @@
+<?xml version="1.0" encoding="UTF-8"?>
+<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
+	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
+	
+	<!-- Opis dla data center z uwzglednieniem aspektow energetycznych -->
+	<resources>
+		<computingResource class="DataCenter" name="compRes1">
+			<resourceUnit class="krasnoludek">
+				<amount>7</amount>
+			</resourceUnit>
+			<computingResource class="Rack">
+						<resourceUnit class="storage">
+						<amount>1000000</amount>
+				</resourceUnit>
+			<computingResource class="ComputingNode">
+				<resourceUnit class="memory">
+						<amount>12288</amount>
+				</resourceUnit>
+				<resourceUnit class="cpu">
+					<amount>12</amount>
+				</resourceUnit>
+				<parameter name="category">
+						<value>A</value>
+				</parameter>
+				<profile>
+					<powerProfile>
+						<energyEstimationPlugin>
+							<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
+						</energyEstimationPlugin>	
+						<powerStates>
+							<powerState>
+								<name>ON</name>
+								<powerUsage>750</powerUsage>
+							</powerState>
+							<powerState>
+								<name>OFF</name>
+								<powerUsage>0</powerUsage>
+							</powerState>
+						</powerStates>				
+					</powerProfile>
+				</profile>
+			</computingResource>	
+
+			</computingResource>
+		</computingResource>
+		<scheduler class="Cluster" name="cluster1">
+			<schedulingPlugin>
+				<name>example.localplugin.RackLocalPlugin</name>
+
+			</schedulingPlugin>		
+				<managedComputingResources include="false">
+					<resourceName>Rack_0</resourceName>
+			</managedComputingResources>
+			<scheduler class="Cluster" name="clusterNode1">
+				<schedulingPlugin>
+					<name>example.localplugin.FCFSRandomClusterLocalPlugin</name>
+	
+				</schedulingPlugin>		
+				<managedComputingResources include="false">
+					<resourceName>ComputingNode_0</resourceName>
+				</managedComputingResources>
+		</scheduler>	
+		</scheduler>	
+	</resources>
+
+</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example1.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example1.xml	(revision 605)
+++ 	(revision )
@@ -1,64 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWormsAlternativeResSchema.xsd">
-
-	<!-- Plugin defined in class ExecTimeEstimationPlugin will be used to estimate task execution time -->
-	<timeEstimationPlugin>
-		<name>ExecTimeEstimationPlugin</name>
-	</timeEstimationPlugin>
-
-	<resources>
-		<description>
-		This basic example defines simple resource hierarchy within a single data center (named dataCenter). It consists of 4 racks
-		(with names created according to the name attribute and subsequent natural number: rack_0, rack_1, rack_2 and rack_3). 
-		Each of them contains 64 computing nodes (names will be generated using resource class and subsequent natural number: 
-		ComputingNode_0, ComputingNode_1,...ComputingNode_255) with 2 processors. Speed of every processor is equal 2. 
-		All computing nodes have 12GB of memory and 4TB storage.
-		Task are submitted to the single cluster built on top of the data center. It is under the control of local scheduler
-		with FCFS scheduling policy. The commented out cluster definition is equal to the one above it 
-		(it demonstrates alternative way of defining managed computing resources using "include" attribute).
-		</description>
-		
-		<dataCenter name="dataCenter">
-			<rack count="4" name="rack">
-				<computingNode count="64">
-					<resourceUnit class="Memory">
-						<amount unit="MB">12288</amount>
-					</resourceUnit>
-					<resourceUnit class="Storage">
-						<amount unit="MB">4194304</amount>
-					</resourceUnit>
-					<processor count="2">
-						<parameter name="speed">
-							<value>2</value>
-						</parameter>
-					</processor>
-				</computingNode>
-			</rack>
-		</dataCenter>
-
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>	
-			<managedComputingResources include="false">
-				<resourceName>dataCenter</resourceName>
-			</managedComputingResources>
-		</scheduler>
-		
-		<!-- 
-		<scheduler class="Cluster" id="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResource include="true">
-				<resourceId>rack_0</resourceId>
-				<resourceId>rack_1</resourceId>
-				<resourceId>rack_2</resourceId>
-				<resourceId>rack_3</resourceId>
-			</managedComputingResource>
-		</scheduler>
-		 -->
-
-	</resources>
-	
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example2.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example2.xml	(revision 900)
+++ 	(revision )
@@ -1,139 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWormsAlternativeResSchema.xsd">
-	
-	<resources>
-		<description>
-		This example aims to show how to introduce energy-related parameters to the simulation environment 
-		Simulated architecture consists of data center with 4 racks. Each of them contains 64 computing nodes with 2 processors. 
-		Speed of every processor is equal 2. All computing nodes have 12GB of memory and 4TB storage.
-		For the detailed energy characteristics description, see the following comments. 
-		Task are submitted to the single cluster built on top of the data center. It is under the control of local scheduler
-		with FCFS scheduling policy.
-		</description>
-		
-		<dataCenter name="dataCenter">
-			<rack count="4" name="rack">
-				<computingNode count="64">
-					<profile>
-						<!-- Definition of computing node power profile
-						According to it, there are two supported power states: ON and OFF
-						Computing node in ON state consumes 20 watts, while in OFF state 0.
-						Transition between ON and OFF state takes 30 seconds and consumes 30 watts, 
-						while in the opposite direction energy consumption rate is equal 40 watts over 60 seconds.
-						 -->
-						<powerProfile>
-							<!-- ComputingNodeEnergyEstimationPlugin will be used to customize estimation of energy consumptions to
-							specific applications and hardware on computing node level-->
-							<energyEstimationPlugin>
-								<name>ComputingNodeEnergyEstimationPlugin</name>
-							</energyEstimationPlugin>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage unit="W">20</powerUsage>
-									<transition>
-										<to>OFF</to>
-										<powerUsage unit="W">30</powerUsage>
-										<time unit="s">30</time>
-									</transition>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage unit="W">0</powerUsage>
-									<transition>
-										<to>ON</to>
-										<powerUsage unit="W">40</powerUsage>
-										<time unit="s">60</time>
-									</transition>
-								</powerState>
-							</powerStates>
-						</powerProfile>
-						<!-- Definition of computing node air throughput profile (for instance fan related with the given node)
-						There are 4 states, characterized by name, air flow value and power draw.
-						 -->
-						<airThroughputProfile>
-							<airThroughputStates>
-								<airThroughputState>
-									<name>mode1</name>
-									<value unit="m3/h">105</value>
-									<powerUsage unit="W">10.3</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode2</name>
-									<value unit="m3/h">110</value>
-									<powerUsage unit="W">10.9</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode3</name>
-									<value unit="m3/h">115</value>
-									<powerUsage unit="W">11.4</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode4</name>
-									<value unit="m3/h">120</value>
-									<powerUsage unit="W">12.1</powerUsage>
-								</airThroughputState>
-							</airThroughputStates>
-						</airThroughputProfile>
-					</profile>
-					<processor count="2">
-						<profile>
-							 <!-- Definition of processor power profile
-							 According to it, processor can operate in two p-states: P0 and P1
-                             P0 p-state is characterized by operating frequency - 3000,
-                             voltage level - 1.3 and power usage - 35. 
-                             Next p-state - P1 has the following values: 2666, 1.1, 30, respectively.
-							 -->
-							<powerProfile>
-								<!-- ProcessorEnergyEstimationPlugin will be used to estimate energy consumption on processor level.-->
-								<energyEstimationPlugin>
-									<name>ProcessorEnergyEstimationPlugin</name>
-								</energyEstimationPlugin>
-								
-								<pStates>
-									<pState>
-										<name>P0</name>
-										<frequency unit="Hz">3000</frequency>
-										<voltage unit="V">1.3</voltage>
-										<powerUsage unit="W">35</powerUsage>
-									</pState>
-									<pState>
-										<name>P1</name>
-										<frequency unit="Hz">2666</frequency>
-										<voltage unit="V">1.1</voltage>
-										<powerUsage unit="W">30</powerUsage>
-									</pState>
-									<pState>
-										<name>P2</name>
-										<frequency unit="Hz">3200</frequency>
-										<voltage unit="V">1.3</voltage>
-										<powerUsage unit="W">85</powerUsage>
-									</pState>
-									<pState>
-										<name>P3</name>
-										<frequency unit="Hz">3000</frequency>
-										<voltage unit="V">1.25</voltage>
-										<powerUsage unit="W">76</powerUsage>
-									</pState>
-								</pStates>	
-							</powerProfile>
-						</profile>
-					</processor>
-				</computingNode>
-			</rack>
-		</dataCenter>
-		
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="true">
-				<resourceName>rack_0</resourceName>
-				<resourceName>rack_1</resourceName>
-				<resourceName>rack_2</resourceName>
-				<resourceName>rack_3</resourceName>
-			</managedComputingResources>
-		</scheduler>
-
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example3.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example3.xml	(revision 605)
+++ 	(revision )
@@ -1,74 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWormsAlternativeResSchema.xsd">
-	
-	<resources>
-		<description>
-        This short example presents how to describe computing resource location.
-        Simulated architecture consists of data center with 2 racks named rack1 and rack2, respectively.
-        Location of rack1 is defined using vector (4, 0, 2), while rack2 using vector (6, 0, 2)
-		Rack1 contains 2 computing nodes - node11 and node12. Appropriate coordinates for node11 are (0, 0, 0)
-		and for node12 (0, 1, 0). Rack2 contains 2 computing nodes named node21 and node22. Their location is defined as follows:
-		(0, 0, 0) for node21 and (1, 0, 0) for node22.
-		Using 3 coordinates allows to express location in various ways. It can be interpreted as a absolute placement in 3D, as well as the
-		relative position according to the parent computing resource. Moreover, it is possible to define only the arrangement of
-		the computing resources by increasing only the value of one coordinate.
-		In the following example, racks location is defined using relative positions (with respect to the data center), while
-		for nodes the order of appearance is specified (with additional direction in which the order tends
-		(node12 is located after node11 and placed above it, while node22 is located on the right side of node21)
-		It has to be stressed that simulator only stores the location parameters and does not process them. Hence, their interpretation should be done by user.
-		</description>
-		<dataCenter name="dataCenter">
-			<rack  name="rack1">
-				<location>
-					<horizontal>4</horizontal>
-					<vertical>0</vertical>
-					<depth>2</depth>
-				</location>
-				<computingNode name="node11">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-				</computingNode>
-				<computingNode  name="node12">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>1</vertical>
-						<depth>0</depth>
-					</location>
-				</computingNode>
-			</rack>	
-			<rack name="rack2">
-				<location>
-					<horizontal>6</horizontal>
-					<vertical>0</vertical>
-					<depth>2</depth>
-				</location>
-				<computingNode name="node21">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-				</computingNode>
-				<computingNode name="node22">
-					<location>
-						<horizontal>1</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-				</computingNode>
-			</rack>
-		</dataCenter>	
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>dataCenter</resourceName>
-			</managedComputingResources>
-		</scheduler>
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example4.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example4.xml	(revision 605)
+++ 	(revision )
@@ -1,65 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWormsAlternativeResSchema.xsd">
-	
-	<resources>
-		<description>
-		The goal of this example is to introduce the templates usage. 
-		It focuses on showing that appropriate templates may be included on various computing resource levels and moreover can be formed using other templates.
-		Simulated architecture consists of data center with 2 racks named rack1 and rack2 respectively.
-		Rack1 contains 2 computing nodes - node11 and node12, described in common way.
-		Nodes in rack2 are defined using template. Node21 refers to template modelNodeA and, 
-		thus will be created with respect to the specification given in that template (node will have 4 processors with speed 2).
-		Node22 contains 8 processors which definition is included in modeProcessorB template.
-		</description>
-		<dataCenter name="dataCenter">
-			<rack name="rack1">
-				<computingNode name="node11">
-				</computingNode>
-				<computingNode name="node12">
-				</computingNode>
-			</rack>	
-			<rack name="rack2">
-				<computingResource class="ComputingNode" name="node21">
-					<templateId>modelNodeA</templateId>
-				</computingResource>
-				<computingResource class="ComputingNode" name="node22">
-					<computingResource class="Processor" count="8">
-						<templateId>modelProcessorB</templateId>
-					</computingResource>
-				</computingResource>
-			</rack>
-		</dataCenter>	
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>dataCenter</resourceName>
-			</managedComputingResources>
-		</scheduler>
-	</resources>
-	
-	<templates>
-		<description>
-		There are two processor templates named modelProcessorA (with cpu speed 2) and modelProcessorB (with cpu speed 1).
-		There is also one computing node template denoted as modelNodeA, which contains 4 processors that refer to modelProcessorA template.
-		That means that the given processors will be created according to the characteristics defined in template modelProcessorA (they will have speed equal 2).
-		</description>
-		<computingResourceTemplate class="ComputingNode" name="modelNodeA">
-			<processor count="4">
-				<templateId>modelProcessorA</templateId>
-			</processor>
-		</computingResourceTemplate>	
-		<computingResourceTemplate class="Processor" name="modelProcessorA">
-			<parameter name="speed">
-				<value>2</value>
-			</parameter>
-		</computingResourceTemplate>
-		<computingResourceTemplate class="Processor" name="modelProcessorB">
-			<parameter name="speed">
-				<value>1</value>
-			</parameter>
-		</computingResourceTemplate>
-	</templates>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example5.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall_alaternative/example5.xml	(revision 605)
+++ 	(revision )
@@ -1,252 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWormsAlternativeResSchema.xsd">
-
-	
-	<!-- CoolEmAll testbed description 
-	P-States characteristics are fabricated-->
-	<resources>
-		<dataCenter count="0">
-			<rack name="rack">
-				<resourceUnit class="Storage">
-					<amount unit="MB">4915200</amount>
-					<parameter name=""></parameter>
-				</resourceUnit>
-				<parameter name="PSU">
-					<property name="powerUsage">
-						<value unit="W">180</value>
-					</property>
-				</parameter>
-				<computingResource class="RECS" name="recs1">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-					<computingNode>
-						<resourceUnit class="Memory">
-							<amount unit="MB">16384</amount>
-						</resourceUnit>
-						<profile>
-							<powerProfile>
-								<powerStates>
-									<powerState>
-										<name>ON</name>
-										<powerUsage unit="W">400</powerUsage>
-									</powerState>
-									<powerState>
-										<name>OFF</name>
-										<powerUsage unit="W">0</powerUsage>
-									</powerState>
-								</powerStates>
-							</powerProfile>
-						</profile>
-						<processor>
-							<parameter name="speed">
-								<value>2</value>
-							</parameter>
-							<profile>
-								<powerProfile>
-									<pStates>
-										<pState>
-											<name>P0</name>
-											<frequency unit="Hz">3600</frequency>
-											<voltage unit="V">1.4</voltage>
-											<powerUsage unit="W">103</powerUsage>
-										</pState>
-										<pState>
-											<name>P1</name>
-											<frequency unit="Hz">3400</frequency>
-											<voltage unit="V">1.35</voltage>
-											<powerUsage unit="W">94</powerUsage>
-										</pState>
-										<pState>
-											<name>P2</name>
-											<frequency unit="Hz">3200</frequency>
-											<voltage unit="V">1.3</voltage>
-											<powerUsage unit="W">85</powerUsage>
-										</pState>
-										<pState>
-											<name>P3</name>
-											<frequency unit="Hz">3000</frequency>
-											<voltage unit="V">1.25</voltage>
-											<powerUsage unit="W">76</powerUsage>
-										</pState>
-									</pStates>	
-								</powerProfile>
-							</profile>
-							<core count="4"/>
-						</processor>
-					</computingNode>
-				</computingResource>
-				<computingResource class="RECS" name="recs2">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>1</vertical>
-						<depth>0</depth>
-					</location>
-					<computingNode count="18">
-						<resourceUnit class="Memory">
-							<amount unit="MB">4096</amount>
-						</resourceUnit>
-						<profile>
-							<powerProfile>
-								<powerStates>
-									<powerState>
-										<name>ON</name>
-										<powerUsage unit="W">360</powerUsage>
-									</powerState>
-									<powerState>
-										<name>OFF</name>
-										<powerUsage unit="W">0</powerUsage>
-									</powerState>
-								</powerStates>
-							</powerProfile>
-						</profile>
-						<processor type="Atom">
-							<profile>
-								<powerProfile>
-									<pStates>
-										<pState>
-											<name>P0</name>
-											<frequency unit="Hz">1100</frequency>
-											<voltage unit="V">1.16</voltage>
-											<powerUsage unit="W">45</powerUsage>
-										</pState>
-										<pState>
-											<name>P1</name>
-											<frequency unit="Hz">1000</frequency>
-											<voltage unit="V">1.14</voltage>
-											<powerUsage unit="W">40</powerUsage>
-										</pState>
-										<pState>
-											<name>P2</name>
-											<frequency unit="Hz">900</frequency>
-											<voltage unit="V">1.12</voltage>
-											<powerUsage unit="W">35</powerUsage>
-										</pState>
-										<pState>
-											<name>P3</name>
-											<frequency unit="Hz">800</frequency>
-											<voltage unit="V">1.1</voltage>
-											<powerUsage unit="W">30</powerUsage>
-										</pState>
-									</pStates>		
-								</powerProfile>
-							</profile>
-							<core count="2"/>
-						</processor>
-					</computingNode>
-				</computingResource>
-				<computingResource class="RECS" name="recs3">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>2</vertical>
-						<depth>0</depth>
-					</location>
-					<computingNode count="18">
-						<resourceUnit class="Memory">
-							<amount unit="MB">2048</amount>
-						</resourceUnit>
-						<profile>
-							<powerProfile>
-								<powerStates>
-									<powerState>
-										<name>ON</name>
-										<powerUsage unit="W">300</powerUsage>
-									</powerState>
-									<powerState>
-										<name>OFF</name>
-										<powerUsage unit="W">0</powerUsage>
-									</powerState>
-								</powerStates>
-							</powerProfile>
-						</profile>
-						<processor type="AMD Fusion">
-							<profile>
-								<powerProfile>
-									<pStates>
-										<pState>
-											<name>P0</name>
-											<frequency unit="Hz">1000</frequency>
-											<voltage unit="V">1.15</voltage>
-											<powerUsage unit="W">30</powerUsage>
-										</pState>
-										<pState>
-											<name>P1</name>
-											<frequency unit="Hz">866</frequency>
-											<voltage unit="V">1.1</voltage>
-											<powerUsage unit="W">25</powerUsage>
-										</pState>
-									</pStates>	
-								</powerProfile>
-							</profile>
-							<core count="2"/>
-						</processor>
-					</computingNode>
-				</computingResource>
-				<computingResource class="RECS" name="recs4">
-				 	<location>
-						<horizontal>0</horizontal>
-						<vertical>3</vertical>
-						<depth>0</depth>
-					</location>
-					<computingNode count="18">
-						<resourceUnit class="Memory">
-							<amount unit="MB">2048</amount>
-						</resourceUnit>
-						<profile>
-							<powerProfile>
-								<powerStates>
-									<powerState>
-										<name>ON</name>
-										<powerUsage unit="W">100</powerUsage>
-									</powerState>
-									<powerState>
-										<name>HIBERNATE</name>
-										<powerUsage unit="W">20</powerUsage>
-									</powerState>
-									<powerState>
-										<name>OFF</name>
-										<powerUsage unit="W">0</powerUsage>
-									</powerState>
-								</powerStates>
-							</powerProfile>
-						</profile>
-						<processor type="ARM">
-							<profile>
-								<powerProfile>
-									<pStates>
-										<pState>
-											<name>P0</name>
-											<frequency unit="Hz">1000</frequency>
-											<voltage unit="V">1.05</voltage>
-											<powerUsage unit="W">6</powerUsage>
-										</pState>
-										<pState>
-											<name>P1</name>
-											<frequency unit="Hz">866</frequency>
-											<voltage unit="V">1.01</voltage>
-											<powerUsage unit="W">4</powerUsage>
-										</pState>
-									</pStates>			
-								</powerProfile>
-							</profile>
-							<core/>
-						</processor>
-					</computingNode>
-				</computingResource>
-			</rack>
-		</dataCenter>
-			
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>rack</resourceName>
-			</managedComputingResources>
-		</scheduler>
-
-	</resources>
-	
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example4.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example4.xml	(revision 603)
+++ 	(revision )
@@ -1,65 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWoRMSResSchema.xsd">
-	
-	<resources>
-		<description>
-		The goal of this example is to introduce the templates usage. 
-		It focuses on showing that appropriate templates may be included on various computing resource levels and moreover can be formed using other templates.
-		Simulated architecture consists of data center with 2 racks named rack1 and rack2 respectively.
-		Rack1 contains 2 computing nodes - node11 and node12, described in common way.
-		Nodes in rack2 are defined using template. Node21 refers to template modelNodeA and, 
-		thus will be created with respect to the specification given in that template (node will have 4 processors with speed 2).
-		Node22 contains 8 processors which definition is included in modeProcessorB template.
-		</description>
-		<computingResource class="DataCenter" name="dataCenter">
-			<computingResource class="Rack" name="rack1">
-				<computingResource class="ComputingNode" name="node11">
-				</computingResource>
-				<computingResource class="ComputingNode" name="node12">
-				</computingResource>
-			</computingResource>	
-			<computingResource class="Rack" name="rack2">
-				<computingResource class="ComputingNode" name="node21">
-					<templateId>modelNodeA</templateId>
-				</computingResource>
-				<computingResource class="ComputingNode" name="node22">
-					<computingResource class="Processor" count="8">
-						<templateId>modelProcessorB</templateId>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-		</computingResource>	
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>dataCenter</resourceName>
-			</managedComputingResources>
-		</scheduler>
-	</resources>
-	
-	<templates>
-		<description>
-		There are two processor templates named modelProcessorA (with cpu speed 2) and modelProcessorB (with cpu speed 1).
-		There is also one computing node template denoted as modelNodeA, which contains 4 processors that refer to modelProcessorA template.
-		That means that the given processors will be created according to the characteristics defined in template modelProcessorA (they will have speed equal 2).
-		</description>
-		<computingResourceTemplate class="ComputingNode" name="modelNodeA">
-			<computingResource class="Processor" count="4">
-				<templateId>modelProcessorA</templateId>
-			</computingResource>
-		</computingResourceTemplate>	
-		<computingResourceTemplate class="Processor" name="modelProcessorA">
-			<parameter name="speed">
-				<value>2</value>
-			</parameter>
-		</computingResourceTemplate>
-		<computingResourceTemplate class="Processor" name="modelProcessorB">
-			<parameter name="speed">
-				<value>1</value>
-			</parameter>
-		</computingResourceTemplate>
-	</templates>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example5.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example5.xml	(revision 603)
+++ 	(revision )
@@ -1,434 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWoRMSResSchema.xsd">
-
-	
-	<!-- CoolEmAll testbed description 
-	P-States characteristics are fabricated-->
-	<resources>
-		<computingResource class="Rack" name="rack">
-			<resourceUnit class="Storage">
-				<amount unit="MB">4915200</amount>
-				<parameter name=""></parameter>
-			</resourceUnit>
-			<parameter name="PSU">
-				<property name="powerUsage">
-					<value unit="W">180</value>
-				</property>
-			</parameter>
-			<computingResource class="RECS" name="recs1">
-				<location>
-					<horizontal>0</horizontal>
-					<vertical>0</vertical>
-					<depth>0</depth>
-				</location>
-				<computingResource class="ComputingNode" count="18">
-					<resourceUnit class="Memory">
-						<amount unit="MB">16384</amount>
-					</resourceUnit>
-					<profile>
-						<powerProfile>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage unit="W">400</powerUsage>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage unit="W">0</powerUsage>
-								</powerState>
-							</powerStates>
-						</powerProfile>
-						<airThroughputProfile>
-							<airThroughputStates>
-								<airThroughputState>
-									<name>mode1</name>
-									<value unit="m3/h">105</value>
-									<powerUsage unit="W">10.3</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode2</name>
-									<value unit="m3/h">110</value>
-									<powerUsage unit="W">10.9</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode3</name>
-									<value unit="m3/h">115</value>
-									<powerUsage unit="W">11.4</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode4</name>
-									<value unit="m3/h">120</value>
-									<powerUsage unit="W">12.1</powerUsage>
-								</airThroughputState>
-							</airThroughputStates>
-						</airThroughputProfile>
-					</profile>
-					<computingResource class="Processor" type="i7">
-						<parameter name="speed">
-							<value>2</value>
-						</parameter>
-						<profile>
-							<powerProfile>
-								<parameter name="pState">
-									<property name="name">
-										<value>P0</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">3600</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.4</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">103</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P1</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">3400</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.35</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">94</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P2</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">3200</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.3</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">85</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P3</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">3000</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.25</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">76</value>
-									</property>						
-								</parameter>		
-							</powerProfile>
-						</profile>
-						<computingResource class="Core" count="4"/>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-			<computingResource class="RECS" name="recs2">
-				<location>
-					<horizontal>0</horizontal>
-					<vertical>1</vertical>
-					<depth>0</depth>
-				</location>
-				<computingResource class="ComputingNode" count="18">
-					<resourceUnit class="Memory">
-						<amount unit="MB">4096</amount>
-					</resourceUnit>
-					<profile>
-						<powerProfile>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage unit="W">360</powerUsage>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage unit="W">0</powerUsage>
-								</powerState>
-							</powerStates>
-						</powerProfile>
-						<airThroughputProfile>
-							<airThroughputStates>
-								<airThroughputState>
-									<name>mode1</name>
-									<value unit="m3/h">105</value>
-									<powerUsage unit="W">10.3</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode2</name>
-									<value unit="m3/h">110</value>
-									<powerUsage unit="W">10.9</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode3</name>
-									<value unit="m3/h">115</value>
-									<powerUsage unit="W">11.4</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode4</name>
-									<value unit="m3/h">120</value>
-									<powerUsage unit="W">12.1</powerUsage>
-								</airThroughputState>
-							</airThroughputStates>
-						</airThroughputProfile>
-					</profile>
-					<computingResource class="Processor" type="Atom">
-						<profile>
-							<powerProfile>
-								<parameter name="pState">
-									<property name="name">
-										<value>P0</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">1100</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.16</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">45</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P1</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">1000</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.14</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">40</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P2</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">900</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.12</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">35</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P3</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">800</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.1</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">30</value>
-									</property>						
-								</parameter>		
-							</powerProfile>
-						</profile>
-						<computingResource class="Core" count="2"/>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-			<computingResource class="RECS" name="recs3">
-				<location>
-					<horizontal>0</horizontal>
-					<vertical>2</vertical>
-					<depth>0</depth>
-				</location>
-				<computingResource class="ComputingNode" count="18">
-					<resourceUnit class="Memory">
-						<amount unit="MB">2048</amount>
-					</resourceUnit>
-					<profile>
-						<powerProfile>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage unit="W">300</powerUsage>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage unit="W">0</powerUsage>
-								</powerState>
-							</powerStates>
-						</powerProfile>
-						<airThroughputProfile>
-							<airThroughputStates>
-								<airThroughputState>
-									<name>mode1</name>
-									<value unit="m3/h">105</value>
-									<powerUsage unit="W">10.3</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode2</name>
-									<value unit="m3/h">110</value>
-									<powerUsage unit="W">10.9</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode3</name>
-									<value unit="m3/h">115</value>
-									<powerUsage unit="W">11.4</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode4</name>
-									<value unit="m3/h">120</value>
-									<powerUsage unit="W">12.1</powerUsage>
-								</airThroughputState>
-							</airThroughputStates>
-						</airThroughputProfile>
-					</profile>
-					<computingResource class="Processor" type="AMD Fusion">
-						<profile>
-							<powerProfile>
-								<parameter name="pState">
-									<property name="name">
-										<value>P0</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">1000</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.15</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">30</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P1</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">866</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.1</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">25</value>
-									</property>						
-								</parameter>		
-							</powerProfile>
-						</profile>
-						<computingResource class="Core" count="2"/>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-			<computingResource class="RECS" name="recs4">
-			 	<location>
-					<horizontal>0</horizontal>
-					<vertical>3</vertical>
-					<depth>0</depth>
-				</location>
-				<computingResource class="ComputingNode" count="18">
-					<resourceUnit class="Memory">
-						<amount unit="MB">2048</amount>
-					</resourceUnit>
-					<profile>
-						<powerProfile>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage unit="W">100</powerUsage>
-								</powerState>
-								<powerState>
-									<name>HIBERNATE</name>
-									<powerUsage unit="W">20</powerUsage>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage unit="W">0</powerUsage>
-								</powerState>
-							</powerStates>
-						</powerProfile>
-						<airThroughputProfile>
-							<airThroughputStates>
-								<airThroughputState>
-									<name>mode1</name>
-									<value unit="m3/h">105</value>
-									<powerUsage unit="W">10.3</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode2</name>
-									<value unit="m3/h">110</value>
-									<powerUsage unit="W">10.9</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode3</name>
-									<value unit="m3/h">115</value>
-									<powerUsage unit="W">11.4</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode4</name>
-									<value unit="m3/h">120</value>
-									<powerUsage unit="W">12.1</powerUsage>
-								</airThroughputState>
-							</airThroughputStates>
-						</airThroughputProfile>
-					</profile>
-					<computingResource class="Processor" type="ARM">
-						<profile>
-							<powerProfile>
-								<parameter name="pState">
-									<property name="name">
-										<value>P0</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">1000</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.05</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">6</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P1</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">866</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.01</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">4</value>
-									</property>						
-								</parameter>		
-							</powerProfile>
-						</profile>
-						<computingResource class="Core"/>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-		</computingResource>
-
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>rack</resourceName>
-			</managedComputingResources>
-		</scheduler>
-
-	</resources>
-	
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example1.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example1.xml	(revision 603)
+++ 	(revision )
@@ -1,64 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWoRMSResSchema.xsd">
-
-	<!-- Plugin defined in class ExecTimeEstimationPlugin will be used to estimate task execution time -->
-	<timeEstimationPlugin>
-		<name>ExecTimeEstimationPlugin</name>
-	</timeEstimationPlugin>
-
-	<resources>
-		<description>
-		This basic example defines simple resource hierarchy within a single data center (named dataCenter). It consists of 4 racks
-		(with names created according to the name attribute and subsequent natural number: rack_0, rack_1, rack_2 and rack_3). 
-		Each of them contains 64 computing nodes (names will be generated using resource class and subsequent natural number: 
-		ComputingNode_0, ComputingNode_1,...ComputingNode_255) with 2 processors. Speed of every processor is equal 2. 
-		All computing nodes have 12GB of memory and 4TB storage.
-		Task are submitted to the single cluster built on top of the data center. It is under the control of local scheduler
-		with FCFS scheduling policy. The commented out cluster definition is equal to the one above it 
-		(it demonstrates alternative way of defining managed computing resources using "include" attribute).
-		</description>
-		
-		<computingResource class="DataCenter" name="dataCenter">
-			<computingResource class="Rack" count="4" name="rack">
-				<computingResource class="ComputingNode" count="64">
-					<resourceUnit class="Memory">
-						<amount unit="MB">12288</amount>
-					</resourceUnit>
-					<resourceUnit class="Storage">
-						<amount unit="MB">4194304</amount>
-					</resourceUnit>
-					<computingResource class="Processor" count="2">
-						<parameter name="speed">
-							<value>2</value>
-						</parameter>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-		</computingResource>
-
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>	
-			<managedComputingResources include="false">
-				<resourceName>dataCenter</resourceName>
-			</managedComputingResources>
-		</scheduler>
-		
-		<!-- 
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="true">
-				<resourceName>rack_0</resourceName>
-				<resourceName>rack_1</resourceName>
-				<resourceName>rack_2</resourceName>
-				<resourceName>rack_3</resourceName>
-			</managedComputingResources>
-		</scheduler>
-		 -->
-
-	</resources>
-	
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example2.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example2.xml	(revision 900)
+++ 	(revision )
@@ -1,140 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWoRMSResSchema.xsd">
-	
-	<resources>
-		<description>
-		This example aims to show how to introduce energy-related parameters to the simulation environment 
-		Simulated architecture consists of data center with 4 racks. Each of them contains 64 computing nodes with 2 processors. 
-		Speed of every processor is equal 2. All computing nodes have 12GB of memory and 4TB storage.
-		For the detailed energy characteristics description, see the following comments. 
-		Task are submitted to the single cluster built on top of the data center. It is under the control of local scheduler
-		with FCFS scheduling policy.
-		</description>
-		
-		<computingResource class="DataCenter" name="dataCenter">
-			<computingResource class="Rack" count="4" name="rack">
-				<computingResource class="ComputingNode" count="64">
-					<profile>
-						<!-- Definition of computing node power profile
-						According to it, there are two supported power states: ON and OFF
-						Computing node in ON state consumes 20 watts, while in OFF state 0.
-						Transition between ON and OFF state takes 30 seconds and consumes 30 watts, 
-						while in the opposite direction energy consumption rate is equal 40 watts over 60 seconds.
-						 -->
-						<powerProfile>
-							<!-- ComputingNodeEnergyEstimationPlugin will be used to customize estimation of energy consumptions to
-							specific applications and hardware on computing node level-->
-							<energyEstimationPlugin>
-								<name>example.energy.ComputingNodeEnergyEstimationPlugin</name>
-							</energyEstimationPlugin>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage unit="W">20</powerUsage>
-									<transition>
-										<to>OFF</to>
-										<powerUsage unit="W">30</powerUsage>
-										<time unit="s">30</time>
-									</transition>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage unit="W">0</powerUsage>
-									<transition>
-										<to>ON</to>
-										<powerUsage unit="W">40</powerUsage>
-										<time unit="s">60</time>
-									</transition>
-								</powerState>
-							</powerStates>
-						</powerProfile>
-						<!-- Definition of computing node air throughput profile (for instance fan related with the given node)
-						There are 4 states, characterized by name, air flow value and power draw.
-						 -->
-						<airThroughputProfile>
-							<airThroughputStates>
-								<airThroughputState>
-									<name>mode1</name>
-									<value unit="m3/h">105</value>
-									<powerUsage unit="W">10.3</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode2</name>
-									<value unit="m3/h">110</value>
-									<powerUsage unit="W">10.9</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode3</name>
-									<value unit="m3/h">115</value>
-									<powerUsage unit="W">11.4</powerUsage>
-								</airThroughputState>
-								<airThroughputState>
-									<name>mode4</name>
-									<value unit="m3/h">120</value>
-									<powerUsage unit="W">12.1</powerUsage>
-								</airThroughputState>
-							</airThroughputStates>
-						</airThroughputProfile>
-					</profile>
-					<computingResource class="Processor" count="2">
-						<profile>
-							 <!-- Definition of processor power profile
-							 According to it, processor can operate in two p-states: P0 and P1
-                             P0 p-state is characterized by operating frequency - 3000,
-                             voltage level - 1.3 and power usage - 35. 
-                             Next p-state - P1 has the following values: 2666, 1.1, 30, respectively.
-							 -->
-							<powerProfile>
-								<!-- ProcessorEnergyEstimationPlugin will be used to estimate energy consumption on processor level.-->
-								<energyEstimationPlugin>
-									<name>example.energy.ProcessorEnergyEstimationPlugin</name>
-								</energyEstimationPlugin>
-								<parameter name="pState">
-									<property name="name">
-										<value>P0</value>
-									</property>	
-									<property name="frequency">
-										<value unit="Hz">3000</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.3</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">35</value>
-									</property>						
-								</parameter>
-								<parameter name="pState">
-									<property name="name">
-										<value>P1</value>
-									</property>	
-									<property name="frequency">
-										<value unit="H`">2666</value>
-									</property>		
-									<property name="voltage">
-										<value unit="V">1.1</value>
-									</property>
-									<property name="powerUsage">
-										<value unit="W">30</value>
-									</property>						
-								</parameter>	
-							</powerProfile>
-						</profile>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-		</computingResource>
-		
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="true">
-				<resourceName>rack_0</resourceName>
-				<resourceName>rack_1</resourceName>
-				<resourceName>rack_2</resourceName>
-				<resourceName>rack_3</resourceName>
-			</managedComputingResources>
-		</scheduler>
-
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example3.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/coolemall/example3.xml	(revision 603)
+++ 	(revision )
@@ -1,74 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../../DCWoRMSResSchema.xsd">
-	
-	<resources>
-		<description>
-        This short example presents how to describe computing resource location.
-        Simulated architecture consists of data center with 2 racks named rack1 and rack2, respectively.
-        Location of rack1 is defined using vector (4, 0, 2), while rack2 using vector (6, 0, 2)
-		Rack1 contains 2 computing nodes - node11 and node12. Appropriate coordinates for node11 are (0, 0, 0)
-		and for node12 (0, 1, 0). Rack2 contains 2 computing nodes named node21 and node22. Their location is defined as follows:
-		(0, 0, 0) for node21 and (1, 0, 0) for node22.
-		Using 3 coordinates allows to express location in various ways. It can be interpreted as a absolute placement in 3D, as well as the
-		relative position according to the parent computing resource. Moreover, it is possible to define only the arrangement of
-		the computing resources by increasing only the value of one coordinate.
-		In the following example, racks location is defined using relative positions (with respect to the data center), while
-		for nodes the order of appearance is specified (with additional direction in which the order tends
-		(node12 is located after node11 and placed above it, while node22 is located on the right side of node21)
-		It has to be stressed that simulator only stores the location parameters and does not process them. Hence, their interpretation should be done by user.
-		</description>
-		<computingResource class="DataCenter" name="dataCenter">
-			<computingResource class="Rack" name="rack1">
-				<location>
-					<horizontal>4</horizontal>
-					<vertical>0</vertical>
-					<depth>2</depth>
-				</location>
-				<computingResource class="ComputingNode" name="node11">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-				</computingResource>
-				<computingResource class="ComputingNode" name="node12">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>1</vertical>
-						<depth>0</depth>
-					</location>
-				</computingResource>
-			</computingResource>	
-			<computingResource class="Rack" name="rack2">
-				<location>
-					<horizontal>6</horizontal>
-					<vertical>0</vertical>
-					<depth>2</depth>
-				</location>
-				<computingResource class="ComputingNode" name="node21">
-					<location>
-						<horizontal>0</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-				</computingResource>
-				<computingResource class="ComputingNode" name="node22">
-					<location>
-						<horizontal>1</horizontal>
-						<vertical>0</vertical>
-						<depth>0</depth>
-					</location>
-				</computingResource>
-			</computingResource>
-		</computingResource>	
-		<scheduler class="Cluster" name="cluster">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>dataCenter</resourceName>
-			</managedComputingResources>
-		</scheduler>
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example1.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example1.xml	(revision 604)
+++ 	(revision )
@@ -1,36 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<!-- Analogiczny opis zasobow jak do tej pory, dla srodowiska gridowego -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<computingResource class="Processor" count="64"/>
-		</computingResource>	
-		<computingResource class="DataCenter" name="compRes2">
-			<computingResource class="Processor" count="64"/>
-		</computingResource>
-		<!-- Plugin dla Brokera
-		Definicja pluginu zostala przeniesiona z pliku z propertiesami ma byc tu czy w propertiesach, sciezki bezwzledne czy wzgledne z domyslnej lokalizacji (moga byc obie mozliwosci ale to juz na poziomie tworzenia zasobow)-->
-		<scheduler class="GridBroker" name="gridBroker">
-			<schedulingPlugin>
-				<name>GridFCFSLoadBalancingPlugin</name>
-			</schedulingPlugin>
-			<scheduler class="Cluster" name="cluster1">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-				</schedulingPlugin>	
-				<managedComputingResources include="false">
-					<resourceName>compRes1</resourceName>
-				</managedComputingResources>
-			</scheduler>
-			<scheduler class="Cluster" name="cluster2">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-				</schedulingPlugin>	
-				<managedComputingResources include="false">
-					<resourceName>compRes2</resourceName>
-				</managedComputingResources>
-			</scheduler>
-		</scheduler>	
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example2.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example2.xml	(revision 604)
+++ 	(revision )
@@ -1,39 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<!-- Opis zasobow dla srodowiska gridowego -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<computingResource class="Processor" count="64"/>
-		</computingResource>	
-		<computingResource class="DataCenter" name="compRes2">
-			<computingResource class="Processor" count="64"/>
-		</computingResource>
-		<!-- W tym przypadku Broker zarzadza dwoma klastrami (cluster1 i cluster2)
-		Kazdy z klastrow skojarzony jest z odpowiednimi zasobami (odpowiednio compRes1 i compRes2) tzn. sklada sie(zarzadza) wszystkimi zasobami znajdujacymi sie pod nimi
-		Patrz tez example3.xml -->
-		<scheduler class="GridBroker" name="gridBroker">
-			<schedulingPlugin>
-				<name>GridFCFSLoadBalancingPlugin</name>
-			</schedulingPlugin>
-			<scheduler class="Cluster" name="cluster1">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-					<frequency>600</frequency>
-				</schedulingPlugin>		
-				<managedComputingResources include="false">
-					<resourceName>compRes1</resourceName>
-				</managedComputingResources>
-			</scheduler>
-			<scheduler class="Cluster" name="cluster2">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-					<frequency>600</frequency>
-				</schedulingPlugin>	
-				<managedComputingResources include="false">
-					<resourceName>compRes2</resourceName>
-				</managedComputingResources>
-			</scheduler>
-		</scheduler>	
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example3.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example3.xml	(revision 604)
+++ 	(revision )
@@ -1,70 +1,0 @@
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<!-- Opis zasobow dla srodowiska gridowego -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<computingResource class="ComputingNode" name="node11"/>
-			<computingResource class="ComputingNode" name="node12"/>
-			<computingResource class="ComputingNode" name="node13"/>
-			<computingResource class="ComputingNode" name="node14"/>
-			<computingResource class="ComputingNode" name="node15"/>
-			<computingResource class="ComputingNode" name="node16"/>
-		</computingResource>	
-		<computingResource class="DataCenter" name="compRes2">
-			<computingResource class="ComputingNode" name="node21"/>
-			<computingResource class="ComputingNode" name="node22"/>
-			<computingResource class="ComputingNode" name="node23"/>
-			<computingResource class="ComputingNode" name="node24"/>
-			<computingResource class="ComputingNode" name="node25"/>
-			<computingResource class="ComputingNode" name="node26"/>
-		</computingResource>
-		<!-- W tym przypadku Broker zarzadza czterema klastrami (cluter1, cluster2, cluster3, cluster4)
-		Kazdy z klastrow sklada sie(zarzadza) z 3 wezlow wylistowanych ponizej -->
-		<scheduler class="GridBroker" name="gridBroker">
-			<schedulingPlugin>
-				<name>GridFCFSLoadBalancingPlugin</name>
-			</schedulingPlugin>
-			<scheduler class="Cluster" name="cluster1">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-				</schedulingPlugin>	
-				<managedComputingResources include="true">
-					<resourceName>node11</resourceName>
-					<resourceName>node12</resourceName>
-					<resourceName>node13</resourceName>
-				</managedComputingResources>
-			</scheduler>
-			<scheduler class="Cluster" name="cluster2">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-				</schedulingPlugin>
-				<managedComputingResources include="true">
-					<resourceName>node14</resourceName>
-					<resourceName>node15</resourceName>
-					<resourceName>node16</resourceName>
-				</managedComputingResources>
-			</scheduler>
-			<scheduler class="Cluster" name="cluster3">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-				</schedulingPlugin>
-				<managedComputingResources include="true">
-					<resourceName>node21</resourceName>
-					<resourceName>node22</resourceName>
-					<resourceName>node23</resourceName>
-				</managedComputingResources>
-			</scheduler>
-			<scheduler class="Cluster" name="cluster4">
-				<schedulingPlugin>
-					<name>FCFSLocalSchedulingPlugin</name>
-				</schedulingPlugin>
-				<managedComputingResources include="true">
-					<resourceName>node24</resourceName>
-					<resourceName>node25</resourceName>
-					<resourceName>node26</resourceName>
-				</managedComputingResources>
-			</scheduler>
-		</scheduler>	
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example4.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example4.xml	(revision 604)
+++ 	(revision )
@@ -1,36 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<!-- Opis dla data center z podstawowa charakterystyka zasobow -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<computingResource class="ComputingNode" name="compNode1">
-				<resourceUnit class="memory">
-					<amount>12288</amount>
-				</resourceUnit>
-				<resourceUnit class="cost">
-					<amount>100</amount>
-				</resourceUnit>
-				<computingResource class="Processor" count="8"/>
-			</computingResource>	
-			<computingResource class="ComputingNode" name="compNode2">
-				<resourceUnit class="memory">
-					<amount>12288</amount>
-				</resourceUnit>
-				<resourceUnit class="cost">
-					<amount>60</amount>
-				</resourceUnit>
-				<computingResource class="Processor" count="8"/>
-			</computingResource>
-		</computingResource>
-		<scheduler class="Cluster" name="cluster1">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-				<managedComputingResources include="false">
-					<resourceName>compRes1</resourceName>
-				</managedComputingResources>
-		</scheduler>	
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example5.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example5.xml	(revision 900)
+++ 	(revision )
@@ -1,74 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<!-- Opis dla data center z uwzglednieniem aspektow energetycznych -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<computingResource class="ComputingNode" count="57">
-				<profile>
-					<powerProfile>
-						<energyEstimationPlugin>
-							<name>ComputingNodeEnergyEstimationPlugin</name>
-						</energyEstimationPlugin>	
-					</powerProfile>
-				</profile>
-				<computingResource class="Processor" count="8">
-					<profile>
-						<powerProfile>
-							<energyEstimationPlugin>
-								<name>ProcessorEnergyEstimationPlugin</name>
-							</energyEstimationPlugin>
-							<powerStates>
-								<powerState>
-									<name>ON</name>
-									<powerUsage>20</powerUsage>
-								</powerState>
-								<powerState>
-									<name>OFF</name>
-									<powerUsage>0</powerUsage>
-								</powerState>
-							</powerStates>
-							<parameter name="pState">
-								<property name="name">
-									<value>P0</value>
-								</property>	
-								<property name="frequency">
-									<value>3000</value>
-								</property>		
-								<property name="voltage">
-									<value>1.3</value>
-								</property>
-								<property name="powerUsage">
-									<value>35</value>
-								</property>						
-							</parameter>
-							<parameter name="pState">
-								<property name="name">
-									<value>P1</value>
-								</property>	
-								<property name="frequency">
-									<value>2666</value>
-								</property>		
-								<property name="voltage">
-									<value>1.1</value>
-								</property>
-								<property name="powerUsage">
-									<value>30</value>
-								</property>						
-							</parameter>
-						</powerProfile>
-					</profile>
-				</computingResource>
-			</computingResource>	
-		</computingResource>
-		<scheduler class="Cluster" name="cluster1">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>	
-			<managedComputingResources include="false">
-				<resourceName>compRes1</resourceName>
-			</managedComputingResources>
-		</scheduler>	
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example6.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example6.xml	(revision 604)
+++ 	(revision )
@@ -1,40 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<!-- Opis dla data center z uwzglednieniem rozmieszczenia zasobow -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<location>
-				<horizontal>3</horizontal>
-				<vertical>4</vertical>
-				<depth>0</depth>
-			</location>
-			<computingResource class="Rack" name="rack1">
-				<computingResource class="ComputingNode" name="node11">
-				</computingResource>
-				<computingResource class="ComputingNode" name="node12">
-				</computingResource>
-			</computingResource>	
-			<computingResource class="Rack" name="rack2">
-				<location>
-					<horizontal>3</horizontal>
-					<vertical>6</vertical>					
-					<depth>0</depth>
-				</location>
-				<computingResource class="ComputingNode" name="node21">
-				</computingResource>
-				<computingResource class="ComputingNode" name="node22">
-				</computingResource>
-			</computingResource>
-		</computingResource>	
-		<scheduler class="Cluster" name="cluster1">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>compRes1</resourceName>
-			</managedComputingResources>
-		</scheduler>
-	</resources>
-</environment>
Index: DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example7.xml
===================================================================
--- DCWoRMS/branches/coolemall/simulator/schemas/resources/example/example7.xml	(revision 900)
+++ 	(revision )
@@ -1,216 +1,0 @@
-<?xml version="1.0" encoding="UTF-8"?>
-<environment xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
-	xsi:noNamespaceSchemaLocation="../DCWoRMSResSchema.xsd">
-	
-	<timeEstimationPlugin>
-		<name>ExecTimeEstimationPlugin</name>
-	</timeEstimationPlugin>
-	
-	<!-- Opis dla data center z uwzglednieniem szablonow i przejsc miedzy stanami energetycznymi -->
-	<resources>
-		<computingResource class="DataCenter" name="compRes1">
-			<computingResource class="Rack" name="rack1">
-				<computingResource class="ComputingNode" name="node11">
-				</computingResource>
-				<computingResource class="ComputingNode" name="node12">
-				</computingResource>
-			</computingResource>	
-			<computingResource class="Rack" name="rack2">
-				<computingResource class="ComputingNode" name="node21">
-					<templateId>modelNodeA</templateId>
-				</computingResource>
-				<computingResource class="ComputingNode" name="node22">
-					<computingResource class="Processor" count="8">
-						<templateId>modelProcessorB</templateId>
-					</computingResource>
-				</computingResource>
-			</computingResource>
-		</computingResource>	
-		<scheduler class="Cluster" name="cluster1">
-			<schedulingPlugin>
-				<name>FCFSLocalSchedulingPlugin</name>
-			</schedulingPlugin>		
-			<managedComputingResources include="false">
-				<resourceName>compRes1</resourceName>
-			</managedComputingResources>
-		</scheduler>
-	</resources>
-	
-	<templates>
-		<computingResourceTemplate class="ComputingNode" name="modelNodeA">
-			<computingResource class="Processor" count="4">
-				<templateId>modelProcessorA</templateId>
-			</computingResource>
-		</computingResourceTemplate>	
-		<computingResourceTemplate class="Processor" name="modelProcessorA">
-			<profile>
-				<powerProfile>
-					<energyEstimationPlugin>
-						<name>ProcessorEnergyEstimationPlugin</name>
-					</energyEstimationPlugin>
-					<powerStates>
-						<powerState>
-							<name>ON</name>
-							<powerUsage>20</powerUsage>
-							<transition>
-								<to>OFF</to>
-								<powerUsage>30</powerUsage>
-								<time>30</time>
-							</transition>
-						</powerState>
-						<powerState>
-							<name>OFF</name>
-							<powerUsage>0</powerUsage>
-							<transition>
-								<to>ON</to>
-								<powerUsage>40</powerUsage>
-								<time>60</time>
-							</transition>
-						</powerState>
-					</powerStates>
-					<parameter name="pState">
-						<property name="name">
-							<value>P0</value>
-						</property>	
-						<property name="frequency">
-							<value>3000</value>
-						</property>		
-						<property name="voltage">
-							<value>1.3</value>
-						</property>
-						<property name="powerUsage">
-							<value>14</value>
-						</property>						
-					</parameter>
-					<parameter name="pState">
-						<property name="name">
-							<value>P1</value>
-						</property>	
-						<property name="frequency">
-							<value>2660</value>
-						</property>		
-						<property name="voltage">
-							<value>1.2</value>
-						</property>
-						<property name="powerUsage">
-							<value>12</value>
-						</property>						
-					</parameter>
-					<parameter name="pState">
-						<property name="name">
-							<value>P2</value>
-						</property>	
-						<property name="frequency">
-							<value>2330</value>
-						</property>		
-						<property name="voltage">
-							<value>1.1</value>
-						</property>
-						<property name="powerUsage">
-							<value>10</value>
-						</property>						
-					</parameter>
-					<parameter name="pState">
-						<property name="name">
-							<value>P3</value>
-						</property>	
-						<property name="frequency">
-							<value>2000</value>
-						</property>		
-						<property name="voltage">
-							<value>1.0</value>
-						</property>
-						<property name="powerUsage">
-							<value>8</value>
-						</property>						
-					</parameter>							
-				</powerProfile>
-			</profile>
-		</computingResourceTemplate>
-		<computingResourceTemplate class="Processor" name="modelProcessorB">
-			<profile>
-				<powerProfile>
-				 	<energyEstimationPlugin>
-						<name>ProcessorEnergyEstimationPlugin</name>
-					</energyEstimationPlugin>
-					<powerStates>
-						<powerState>
-							<name>ON</name>
-							<powerUsage>20</powerUsage>
-							<transition>
-								<to>OFF</to>
-								<powerUsage>30</powerUsage>
-								<time>30</time>
-							</transition>
-						</powerState>
-						<powerState>
-							<name>OFF</name>
-							<powerUsage>0</powerUsage>
-							<transition>
-								<to>ON</to>
-								<powerUsage>40</powerUsage>
-								<time>60</time>
-							</transition>
-						</powerState>
-					</powerStates>
-					<parameter name="pState">
-						<property name="name">
-							<value>P0</value>
-						</property>	
-						<property name="frequency">
-							<value>2200</value>
-						</property>		
-						<property name="voltage">
-							<value>1.3</value>
-						</property>
-						<property name="powerUsage">
-							<value>20</value>
-						</property>						
-					</parameter>
-					<parameter name="pState">
-						<property name="name">
-							<value>P1</value>
-						</property>	
-						<property name="frequency">
-							<value>2000</value>
-						</property>		
-						<property name="voltage">
-							<value>1.2</value>
-						</property>
-						<property name="powerUsage">
-							<value>17</value>
-						</property>						
-					</parameter>
-					<parameter name="pState">
-						<property name="name">
-							<value>P2</value>
-						</property>	
-						<property name="frequency">
-							<value>1800</value>
-						</property>		
-						<property name="voltage">
-							<value>1.1</value>
-						</property>
-						<property name="powerUsage">
-							<value>16</value>
-						</property>						
-					</parameter>
-					<parameter name="pState">
-						<property name="name">
-							<value>P3</value>
-						</property>	
-						<property name="frequency">
-							<value>1000</value>
-						</property>		
-						<property name="voltage">
-							<value>1.0</value>
-						</property>
-						<property name="powerUsage">
-							<value>10</value>
-						</property>						
-					</parameter>
-				</powerProfile>
-			</profile>
-		</computingResourceTemplate>
-	</templates>
-</environment>
