public void AddMember(WebService ws)
{
WebServiceInfo wsInfo = new WebServiceInfo();
wsInfo.ActivenessFactor = 0;
wsInfo.NegativeFeedbacks = 0;
wsInfo.NumberOfAcceptedTasks = 0;
wsInfo.NumberOfOfferedTasks = 0;
wsInfo.NumberOfTasksDone = 0;
wsInfo.PositiveFeedbacks = 0;
wsInfo.Webservice = ws;
this.members.Add(wsInfo);
}
private void InitializeUsingDataTables(Constants.SimulationType simulationType)
{
outputLog.AppendText("/*********************** Strategy: " + simulationType.ToString() + " ***********************/\n");
// Generate tasks
TaskPool.Clear();
outputLog.AppendText("Generating Tasks...\n");
foreach (DataRow drTask in dtTaskInitialValues.Rows)
{
Task task = new Task();
task.Id = Int32.Parse(drTask[colTaskId].ToString());
task.QoS = double.Parse(drTask[colTaskQoS].ToString());
task.Fee = Int32.Parse(drTask[colTaskFee].ToString());
task.Assigned = Boolean.Parse(drTask[colTaskAssigned].ToString());
TaskPool.Add(task);
}
// Generate communities
outputLog.AppendText("Generating Communities...\n");
Communities.RemoveAt(0);
Community community = new Community(1);
community.TaskPool = TaskPool;
// Generate web services
outputLog.AppendText("Generating " + Constants.NumberOfWebservices + " of Web Services...\n");
community.Members.Clear();
community.IntraNetworks.Clear();
foreach (DataRow drWs in dtWsInitialValues.Rows)
{
WebService ws = new WebService();
ws.Id = Int32.Parse(drWs[colWsId].ToString());
ws.QoS = double.Parse(drWs[colWsQoS].ToString());
ws.GrowthFactor = double.Parse(drWs[colWsGrowthFactor].ToString());
ws.Reputation = double.Parse(drWs[colWsReputation].ToString());
ws.Budget = Int32.Parse(drWs[colWsBudget].ToString());
switch (simulationType)
{
case Constants.SimulationType.AllCompetitive:
ws.Type = Constants.WebserviceType.JustCompetitive;
break;
case Constants.SimulationType.AllRandom:
ws.Type = Constants.WebserviceType.Random;
break;
case Constants.SimulationType.Coopetitive:
ws.Type = Constants.WebserviceType.Coopetitive;
break;
}
ws.CommunityId = Int32.Parse(drWs[colCmId].ToString());
ws.NetworkId = Int32.Parse(drWs[colWsNetwork].ToString());
community.AddMember(ws);
}
Communities.Add(community);
// Collaboration Network Initialization
outputLog.AppendText("Initializating Collaboration Network...\n");
InitializeNetworksUsingDataTable();
}
public void Initialization(Constants.SimulationType simulationType)
{
CreateInitializationTables();
DataSetTools dsTools = new DataSetTools();
dataSet = dsTools.parseDateSet("c:\\projects\\QWS_Dataset_v2.txt");
outputLog.AppendText("/*********************** Strategy: " + simulationType.ToString() + " ***********************/\n");
// Generate tasks
outputLog.AppendText("Generating Tasks...\n");
for (int i = 0; i < Constants.NumberOfTasks; i++)
{
Task task = new Task(i);
TaskPool.Add(task);
FillTaskTable(i, task);
}
// Generate communities
outputLog.AppendText("Generating Communities...\n");
Community community = new Community(1);
community.TaskPool = TaskPool;
// Generate web services
outputLog.AppendText("Generating " + Constants.NumberOfWebservices + " of Web Services...\n");
for (int i = 0; i < Constants.NumberOfWebservices; i++)
{
WebService ws = new WebService(i);
switch (simulationType)
{
case Constants.SimulationType.AllCompetitive:
ws.Type = Constants.WebserviceType.JustCompetitive;
break;
case Constants.SimulationType.AllRandom:
ws.Type = Constants.WebserviceType.Random;
break;
case Constants.SimulationType.Coopetitive:
ws.Type = Constants.WebserviceType.Coopetitive;
break;
}
community.AddMember(ws);
ws.CommunityId = community.Id;
FillWsTable(i, ws);
}
Communities.Add(community);
// Collaboration Network Initialization
outputLog.AppendText("Initializating Collaboration Network...\n");
InitializeNetworks(simulationType);
// Computing thresholds and probabilities
}
public void FillWsTable(int i, WebService ws)
{
DataRow drWsInitialValues = dtWsInitialValues.NewRow();
drWsInitialValues[colCmId] = ws.CommunityId;
drWsInitialValues[colWsId] = ws.Id;
drWsInitialValues[colWsNetwork] = ws.NetworkId;
drWsInitialValues[colWsQoS] = ws.QoS;
drWsInitialValues[colWsType] = ws.Type.ToString();
drWsInitialValues[colWsGrowthFactor] = ws.GrowthFactor;
drWsInitialValues[colWsReputation] = ws.Reputation;
// dtWsInitialValues.Rows[i][colWsNTD] = 0;
drWsInitialValues[colWsBudget] = ws.Budget;
drWsInitialValues[colWsTotalIncome] = ws.TotalIncome;
drWsInitialValues[colWsCompeted] = ws.ReadyToCompete;
drWsInitialValues[colCmId] = ws.CommunityId;
dtWsInitialValues.Rows.Add(drWsInitialValues);
}
private void InitializeUsingDataTables(Constants.SimulationType simulationType)
{
outputLog.AppendText("/*********************** Strategy: " + simulationType.ToString() + " ***********************/\n");
// Generate tasks
TaskPool.Clear();
outputLog.AppendText("Generating Tasks...\n");
foreach (DataRow drTask in dtTaskInitialValues.Rows)
{
Task task = new Task();
task.Id = Int32.Parse(drTask[colTaskId].ToString());
task.QoS = double.Parse(drTask[colTaskQoS].ToString());
task.Fee = Int32.Parse(drTask[colTaskFee].ToString());
task.Assigned = Boolean.Parse(drTask[colTaskAssigned].ToString());
TaskPool.Add(task);
}
// Generate communities
outputLog.AppendText("Generating Communities...\n");
Communities.RemoveAt(0);
Community community = new Community(1);
community.TaskPool = TaskPool;
// Generate web services
outputLog.AppendText("Generating " + Constants.NumberOfWebservices + " of Web Services...\n");
community.Members.Clear();
community.IntraNetworks.Clear();
foreach (DataRow drWs in dtWsInitialValues.Rows)
{
WebService ws = new WebService();
ws.Id = Int32.Parse(drWs[colWsId].ToString());
ws.QoS = double.Parse(drWs[colWsQoS].ToString());
ws.GrowthFactor = double.Parse(drWs[colWsGrowthFactor].ToString());
ws.Reputation = double.Parse(drWs[colWsReputation].ToString());
ws.Budget = Int32.Parse(drWs[colWsBudget].ToString());
switch (simulationType)
{
case Constants.SimulationType.AllCompetitive:
ws.Type = Constants.WebserviceType.JustCompetitive;
break;
case Constants.SimulationType.AllRandom:
ws.Type = Constants.WebserviceType.Random;
break;
case Constants.SimulationType.Coopetitive:
ws.Type = Constants.WebserviceType.Coopetitive;
break;
}
ws.CommunityId = Int32.Parse(drWs[colCmId].ToString());
ws.NetworkId = Int32.Parse(drWs[colWsNetwork].ToString());
community.AddMember(ws);
}
Communities.Add(community);
// Collaboration Network Initialization
outputLog.AppendText("Initializating Collaboration Network...\n");
InitializeNetworksUsingDataTable();
}
public void Initialization(Constants.SimulationType simulationType)
{
CreateInitializationTables(); // Adding coloumns titles to drWsInitialValues
DataSetTools dsTools = new DataSetTools();
dataSet = dsTools.parseDateSet("c:\\projects\\QWS_Dataset_v2.txt"); // Gather all dataset webservice metrics and QoS
outputLog.AppendText("/*********************** Strategy: " + simulationType.ToString() + " ***********************/\n");
// Generate tasks
outputLog.AppendText("Generating Tasks...\n");
for (int i = 0; i < Constants.NumberOfTasks; i++)
{
Task task = new Task(i);
TaskPool.Add(task);
FillTaskTable(i, task); // adds a row of task[i] to dtTaskInitialValues
Thread.Sleep(5);
//outputLog.AppendText("Task: " + task.QoS + ", fee: " + task.Fee + "\n");
}
// Generate communities
outputLog.AppendText("Generating Communities...\n");
Community community = new Community(1);
community.TaskPool = TaskPool;
// Generate web services
outputLog.AppendText("Generating " + Constants.NumberOfWebservices + " of Web Services...\n");
for (int i = 0; i < Constants.NumberOfWebservices; i++)
{
WebService ws = new WebService(i);
switch (simulationType)
{
case Constants.SimulationType.AllCompetitive:
ws.Type = Constants.WebserviceType.JustCompetitive;
break;
case Constants.SimulationType.AllRandom:
ws.Type = Constants.WebserviceType.Random;
break;
case Constants.SimulationType.Coopetitive:
ws.Type = Constants.WebserviceType.Coopetitive;
break;
}
community.AddMember(ws);
ws.CommunityId = community.Id;
FillWsTable(i, ws); // adds ws to dtWsInitialValues
}
Communities.Add(community);
// Collaboration Network Initialization
outputLog.AppendText("Initializating Collaboration Network...\n");
InitializeNetworks(simulationType);
// Computing thresholds and probabilities
}
