public static List <SubsystemClass> reorderSubs(List <LogAnalyzer> logAnalyzerData, List <SubsystemClass> subsystemList)
{
SubsystemClass Subsystem;
List <SubsystemClass> newSubsystemList = new List <SubsystemClass>();
List <LogAnalyzer> newLogAnalyzerList = new List <LogAnalyzer>();
LogAnalyzer logAnalyzer;
foreach (SubsystemClass subsystem in subsystemList)
{
logAnalyzer = logAnalyzerData.Find(x => x.SubName == subsystem.SubName);
newLogAnalyzerList.Add(logAnalyzer);
}
IEnumerable <LogAnalyzer> orgData = newLogAnalyzerList.OrderByDescending(x => x.SubFailRate); // Convert log analyzer list to IEnumerable and sort by subsystem failure rate
newLogAnalyzerList = orgData.ToList(); // Back to list
foreach (LogAnalyzer logAnalyzerDataObject in newLogAnalyzerList) // Create new order subsystem list
{
Subsystem = new SubsystemClass(logAnalyzerDataObject.SubName, null, null);
newSubsystemList.Add(Subsystem);
}
return(newSubsystemList);
}
public static void Main(string[] args)
{
// Subsystem evaluation:
// Multiple functions: Logger, RunTime mode, and
// PostProcess mode.
// Inputs are read from .xml files.
// All model information reside within .xml files.
// Outputs are comma-delimited .csv files
// Read in .xml
List <Constraint> constraintsList = new List <Constraint>(); // New lsit of constraints
List <SubsystemClass> subsysList = new List <SubsystemClass>(); // New list of subsystems
List <StateVar> stateVarList = new List <StateVar>(); // New list of state variables
OpenFileDialog ofd = new OpenFileDialog(); // Dialog prompt to user to choose xml file location
ofd.Filter = "XML| *.xml"; // Only allows xml files to be inputted
if (ofd.ShowDialog() == DialogResult.OK) // If the correct file was selected
{
constraintsList = readXML.XMLCon(ofd); // List of constraints
subsysList = readXML.XMLSub(ofd); // List of subsystems
stateVarList = readXML.XMLState(constraintsList, subsysList); // List of state variables
}
// Done reading in .xml
// Read-in Log
// Implement checking for passed schedules and failed schedules
LogData logData = new LogData(null, null, null, null, null, null, 0, 0);
//List<LogData> logDataList = new List<LogData>(); // New List of Log Data
List <LogAnalyzer> LogAnalytics = new List <LogAnalyzer>(); // New List of Log Analytics
//var logger = new Logger(); // New Log class
// Create specified subsystems and constraints for reordering
List <SubsystemClass> subsystemList = new List <SubsystemClass>();
SubsystemClass subsystem = new SubsystemClass("SubsystemNode2", null, null);
subsystemList.Add(subsystem);
subsystem = new SubsystemClass("SubsystemNode3", null, null);
subsystemList.Add(subsystem);
subsystem = new SubsystemClass("SubsystemNode4", null, null);
subsystemList.Add(subsystem);
List <Constraint> constraintList = new List <Constraint>();
Constraint constraint = new Constraint("Constraint1", 0, null);
constraintList.Add(constraint);
constraint = new Constraint("Constraint2", 0, null);
constraintList.Add(constraint);
List <Constraint> conOrder = new List <Constraint>();
List <SubsystemClass> subOrder = new List <SubsystemClass>();
// Done creating specified subsystems and constraints for reordering
// Specify the number of failed schedules
// Create data for each failed schedule
// Output runTime data for every 25 failed schedules
// Output postProcess data for every 100 failed schedules
Console.WriteLine("Input number of failed schedules for randomized log data"); // Prompt user to input number of iterations
string input = Console.ReadLine(); // Read number of iterations
double iters = Convert.ToDouble(input); // Specify number of failed schedules
int i = 0;
Console.WriteLine("Press 1 and then press enter for RunTime mode, otherwise enter a different value "
+ "and press enter to begin PostProcess mode."); // Prompt user for mode specification
int mode; // Declare mode
if (int.TryParse(Console.ReadLine(), out mode))
{
for (i = 1; i <= iters; i++)
{
logData = GenRandLogData.Output(constraintsList, stateVarList, subsysList, i);
Logger.Output(logData);
// Calculate and record percentage of constraint failure, their respective subsystems, etc.
if (mode == 1 && i % 25 == 0) // Check if in RunTime mode && if the iteration is the 25th
{
LogAnalytics = LogAnalyzer.Analyze(LogAnalytics, Logger.Log, constraintsList, subsysList, stateVarList);
conOrder = LogAnalyzer.reorderCons(LogAnalytics, constraintList);
subOrder = LogAnalyzer.reorderSubs(LogAnalytics, subsystemList);
Logger.Log.Data.Clear();
}
else if (i % 10 == 0) // PostProcess mode
{
LogAnalytics = LogAnalyzer.Analyze(LogAnalytics, Logger.Log, constraintsList, subsysList, stateVarList);
LogAnalyzer.PostProcess(LogAnalytics, subsysList);
conOrder = LogAnalyzer.reorderCons(LogAnalytics, constraintList);
subOrder = LogAnalyzer.reorderSubs(LogAnalytics, subsystemList);
Logger.Log.Data.Clear();
}
}
}
// Done logging and calculating subsystem failures and constraint violations with relative data
}
public static void PostProcess(List <LogAnalyzer> logAnalyzerData, List <SubsystemClass> subList)
{
int i = 0;
int j = 0;
int k = 0;
List <LogAnalyzer> subOrgData = LogAnalyzer.sortBySubFails(logAnalyzerData);
List <LogAnalyzer> conOrgData = LogAnalyzer.sortByConVios(logAnalyzerData);
List <string> stateVarList = new List <string>();
// Output Log Data Analyzer to .csv file
StreamWriter subOrgDataWrite = new StreamWriter(@"subsystemFailures.csv"); // Creates a new .csv file to write in
subOrgDataWrite.Write("Failed Subsystem"); // Headers
subOrgDataWrite.Write(",Subsystem Failure Rate"); // Headers
subOrgDataWrite.Write(",Asset Name"); // Headers
subOrgDataWrite.Write(",Task Names"); // Headers
subOrgDataWrite.Write(",Target Names"); // Headers
subOrgDataWrite.Write(Environment.NewLine); // Writes new line to the comma-delimited .csv file
foreach (LogAnalyzer item in subOrgData)
{
if (item.ConName == null)
{
subOrgDataWrite.Write(item.SubName);
subOrgDataWrite.Write("," + item.SubFailRate);
subOrgDataWrite.Write("," + item.AssetNames[0]);
if (item.TaskNames.Count > 0)
{
foreach (string item2 in item.TaskNames)
{
if (i >= 1)
{
subOrgDataWrite.Write(",,");
}
subOrgDataWrite.Write("," + item2);
subOrgDataWrite.Write("," + item.TarNames[i]);
subOrgDataWrite.Write(Environment.NewLine);
i++;
}
i = 0;
}
else
{
subOrgDataWrite.Write(Environment.NewLine);
}
}
}
subOrgDataWrite.Close(); // Closes the log analyzer data .csv file
StreamWriter conOrgDataWrite = new StreamWriter(@"constraintViolations.csv"); // Creates a new .csv file to write in
conOrgDataWrite.Write("Violated Constraint"); // Headers
conOrgDataWrite.Write(",Constraint Violation Rate"); // Headers
conOrgDataWrite.Write(",Asset Names"); // Headers
conOrgDataWrite.Write(",Violating Subsystems"); // Headers
conOrgDataWrite.Write(",Violating Subsystem Rates"); // Headers
conOrgDataWrite.Write(",Violating State Variables"); // Headers
conOrgDataWrite.Write(Environment.NewLine); // Writes new line to the comma-delimited .csv file
foreach (LogAnalyzer item in conOrgData)
{
if (item.ConName != null)
{
conOrgDataWrite.Write(item.ConName);
conOrgDataWrite.Write("," + item.ConVioRate);
if (item.ConSubNames.Count > 0)
{
foreach (string conSubName in item.ConSubNames)
{
if (i == 0)
{
conOrgDataWrite.Write("," + item.AssetNames[i]);
conOrgDataWrite.Write("," + item.ConSubNames[i]);
conOrgDataWrite.Write("," + item.ConSubRates[i]);
SubsystemClass subsys = subList.Find(x => x.SubName == item.ConSubNames[i]);
foreach (string item3 in item.VioNames)
{
if (subsys.StateVars.Contains(item3))
{
if (j > 0 && stateVarList.Contains(item3) == false)
{
conOrgDataWrite.Write(",,,,," + item3);
stateVarList.Add(item3);
conOrgDataWrite.Write(Environment.NewLine);
}
else if (j == 0)
{
stateVarList.Clear();
conOrgDataWrite.Write("," + item3);
stateVarList.Add(item3);
conOrgDataWrite.Write(Environment.NewLine);
}
j++;
}
}
stateVarList.Clear();
j = 0;
}
else
{
conOrgDataWrite.Write(",," + item.AssetNames[i]);
conOrgDataWrite.Write("," + item.ConSubNames[i]);
conOrgDataWrite.Write("," + item.ConSubRates[i]);
SubsystemClass subsys = subList.Find(x => x.SubName == item.ConSubNames[i]);
foreach (string item3 in item.VioNames)
{
if (subsys.StateVars.Contains(item3))
{
if (k == 0)
{
conOrgDataWrite.Write("," + item3);
stateVarList.Add(item3);
conOrgDataWrite.Write(Environment.NewLine);
}
else if (j > 0 && stateVarList.Contains(item3) == false)
{
conOrgDataWrite.Write(",,,,," + item3);
stateVarList.Add(item3);
conOrgDataWrite.Write(Environment.NewLine);
}
j++;
k++;
}
}
stateVarList.Clear();
}
k = 0;
i++;
}
i = 0;
j = 0;
}
else
{
conOrgDataWrite.Write(Environment.NewLine);
}
}
}
conOrgDataWrite.Close(); // Closes the logger data .csv file
}
public static List <SubsystemClass> XMLSub(OpenFileDialog ofd) // Read in subsystem information within XML file
{
XDocument xDoc = XDocument.Load(ofd.FileName); // Opens XML file within framework and loads chosen XML file
//LINQ query to read the xml file details
var modelDetails = from readInfo in xDoc.Descendants("MODEL") // Find the Model and read-in its descendant elements
select new
{
subInfo = readInfo.Descendants("SUBSYSTEM").DescendantsAndSelf(), // Find all subsystems and read-in their descendant elements
assetInfo = readInfo.DescendantsAndSelf("ASSET").DescendantsAndSelf() // Find all assets and read-in in their descendant elements
};
// Asset details retrieval
Asset asset = new Asset(null, null); // New asset class
SubsystemClass subSys = new SubsystemClass(null, null, null); // New subsystem class
List <Asset> assetsList = new List <Asset>(); // New list of information for each asset
List <SubsystemClass> subsysList = new List <SubsystemClass>(); // New list of information for each subsystem
int i = 0; // Declare counter
string SubName = null;
string StateVar = null;
string AssetName = null;
List <string> StateVars = new List <string>();
List <string> SubNames = new List <string>();
// Using foreach loop to retrieve all details by iterating through each element with the MODEL element
foreach (var modelElem in modelDetails)
{
// Using foreach loop to retrieve each asset's details by iterating through each element with the ASSET element
foreach (XElement ae in modelElem.assetInfo)
{
string assetName = ae.Attribute("AssetName") != null?ae.Attribute("AssetName").Value : String.Empty; // Extract asset name data
string subName = ae.Attribute("SubsystemName") != null?ae.Attribute("SubsystemName").Value : String.Empty; // Extract subsystem name data
if (assetName != String.Empty) // If the element is an asset name
{
if (i > 0) // If there is a new asset
{
asset = new Asset(AssetName, SubNames);
assetsList.Add(asset); // Add asset to asset list
asset = new Asset(AssetName, SubNames); // Populate asset class
SubNames = new List <string>();
}
AssetName = assetName; // Record asset name
}
if (subName != String.Empty) // If the element is a subsystem name
{
SubNames.Add(subName); // Record subsystem name in subsystem names list
i++;
}
}
asset = new Asset(AssetName, SubNames); // Populate asset class
assetsList.Add(asset); // Add asset to asset list
i = 0;
// Using foreach loop to retrieve each subsystem and dependecies respective details by iterating through each element with the SUBSYSTEM element
foreach (XElement se in modelElem.subInfo)
{
string stateName = se.Attribute("key") != null?se.Attribute("key").Value : String.Empty; // Extract state variable data
string subName = se.Attribute("SubsystemName") != null?se.Attribute("SubsystemName").Value : String.Empty; // Extract subsystem name data
if (subName != String.Empty) // If the element is a subsystem name
{
if (i > 0) // If there is a new subsystem
{
foreach (Asset item in assetsList) // Check each asset
{
if (item.SubNames.Contains(SubName)) // Find subsystem name within asset
{
AssetName = item.AssetName; // Record asset name for subsystem class
}
}
subSys = new SubsystemClass(SubName, AssetName, StateVars); // Populate subsystem class
subsysList.Add(subSys); // Add subsystem class to subsystem list
StateVars = new List <string>();
}
SubName = subName; // Record subsystem name for subsystem class
i++;
}
if (stateName != String.Empty) // If the element is a state variable
{
StateVar = stateName;
StateVars.Add(stateName); // Record state variable requirement for subsystem class
}
}
subSys = new SubsystemClass(SubName, AssetName, StateVars); // Populate subsystem class
subsysList.Add(subSys); // Add subsystem class to subsystem list
}
return(subsysList);
}
