//------------------------------------------------------------------------------
//
// checks if the day time is contained in the machine, used to check for Overlaps
//
//------------------------------------------------------------------------------
private bool ContainsDayTime(List <DayTime> times, DayTime dt)
{
for (int i = 0; i < times.Count; i++)
{
DayTime time = times[i];
if (time == dt)
{
return(true);
}
}
return(false);
}
//------------------------------------------------------------------------------
//
// prints just one job
//
//------------------------------------------------------------------------------
public void PrintBusyMachine()
{
Console.WriteLine("-----------------------------------");
Console.WriteLine("Year: " + year);
Console.WriteLine("Quarter: " + quarter);
Console.WriteLine("CourseID:");
Console.WriteLine(currentJobProcessing.GetID());
Console.WriteLine("DayTimes:");
for (int i = 0; i < dateTime.Count; i++)
{
DayTime dt = dateTime[i];
Console.WriteLine("Day: " + dt.GetDay());
Console.WriteLine("Start time: " + dt.GetStartTime());
Console.WriteLine("End time: " + dt.GetEndTime());
}
Console.WriteLine("-----------------------------------");
}
//------------------------------------------------------------------------------
//
// prints all the jobs
//
//------------------------------------------------------------------------------
public void Print()
{
Console.WriteLine("-----------------------------------");
Console.WriteLine("Year: " + year);
Console.WriteLine("Quarter: " + quarter);
Console.WriteLine("Jobs:");
for (int i = 0; i < jobs.Count; i++)
{
Job j = jobs[i];
Console.WriteLine(j.GetID());
}
Console.WriteLine("DayTimes:");
for (int i = 0; i < dateTime.Count; i++)
{
DayTime dt = dateTime[i];
Console.WriteLine("Day: " + dt.GetDay());
Console.WriteLine("Start time: " + dt.GetStartTime());
Console.WriteLine("End time: " + dt.GetEndTime());
}
Console.WriteLine("-----------------------------------");
}
//------------------------------------------------------------------------------
// create a query that will pull all the different machines
// which means getting every single time slot
// distinct year, quarter, time, and set of DayTimes
//ANDRUE NOTE: This allocates a machine to every individual course in CourseTime and adds it to a list of Machines.
//------------------------------------------------------------------------------
private void InitMachines()
{
string query = "select CourseID, StartTimeID, EndTimeID, DayID, QuarterID, SectionID from CourseTime order by CourseID ASC;";
DataTable dt = DBPlugin.ExecuteToDT(query);
int dt_size = dt.Rows.Count - 1;
DataRow dr = dt.Rows[dt_size];
//Temporary Machine Variables
Machine dummyMachine = new Machine();
DayTime dummyDayTime = new DayTime();
int course = 0;
int start = 0;
int end = 0;
int day = 0;
int quarter = 0;
int section = 0;
int currentCourse = (int)dr.ItemArray[0]; //USED FOR PEAKING THE NEXT ROW
int currentQuarter = (int)dr.ItemArray[4]; //USED FOR PEAKING THE NEXT ROW
int currentSection = (int)dr.ItemArray[5]; //USED FOR PEAKING THE NEXT ROW
//Treats the information gained from the query like a FILO object
while (dt_size >= 0)
{
dr = dt.Rows[dt_size];
//check for null values
if (dr.ItemArray[0] == DBNull.Value || dr.ItemArray[1] == DBNull.Value ||
dr.ItemArray[2] == DBNull.Value || dr.ItemArray[3] == DBNull.Value ||
dr.ItemArray[4] == DBNull.Value || dr.ItemArray[5] == DBNull.Value)
{
dt_size--; //IF any portion is null, then the row is discarded entirely.
continue;
}
//going to have to do the same with year probably; Andrue Note: Most likely the case
course = (int)dr.ItemArray[0];
start = (int)dr.ItemArray[1];
end = (int)dr.ItemArray[2];
day = (int)dr.ItemArray[3];
quarter = (int)dr.ItemArray[4];
section = (int)dr.ItemArray[5];
//same course but different section OR different quarter is a different machine
//different course is a different machine
if ((currentCourse == course && (currentSection != section || currentQuarter != quarter)) || (currentCourse != course))
{
dummyMachine = new Machine(); //creates a new machine to be used
currentCourse = (int)dr.ItemArray[0];
currentQuarter = (int)dr.ItemArray[4];
currentSection = (int)dr.ItemArray[5];
}
dummyDayTime = new DayTime();
dummyDayTime.SetDayTime(day, start, end);
dummyMachine.AddDayTime(dummyDayTime);
dummyMachine.SetQuarter(quarter);
//we add a new machine when we peek to the next row and see
//(different course) OR (same course and (different section OR dif qtr))
//Andrue Note: Maybe isolate these arguments into helper functions for ease-of-use?
//if (itself(?)) OR (not same course) OR (IS course but NOT SAME Section OR Quarter)
int next = dt_size - 1;
if (dt_size == 0 || ((int)dt.Rows[next].ItemArray[0] != currentCourse ||
((int)dt.Rows[next].ItemArray[0] == currentCourse &&
((int)dt.Rows[next].ItemArray[5] != currentSection) ||
(int)dt.Rows[next].ItemArray[4] != currentQuarter)))
{
addMachine(dummyMachine, course);
}
dt_size--;
}
//END WHILE LOOP
/*
* //print machines for testing; unnecessary
* for (int i = 0; i < machineNodes.Count; i++) {
* MachineNode mn = machineNodes[i];
* List<Machine> machines = mn.GetMachines();
* Console.WriteLine("Quarter: " + mn.GetQuarter());
* for (int j = 0; j < machines.Count; j++) {
* Machine m = machines[j];
* m.Print();
* }
* }
*/
}
//------------------------------------------------------------------------------
// create a query that will pull all the different machines
// which means getting every single time slot
// distinct year, quarter, time, and set of DayTimes
//------------------------------------------------------------------------------
private void InitMachines()
{
string query = "select CourseID, StartTimeID, EndTimeID, DayID, QuarterID, SectionID from CourseTime order by CourseID ASC;";
DataTable dt = ExecuteQuery(query);
Machine dummyMachine = new Machine();
DayTime dummyDayTime = new DayTime();
int dt_size = dt.Rows.Count - 1;
DataRow dr = dt.Rows[dt_size];
int currentCourse = (int)dr.ItemArray[0];
int currentQuarter = (int)dr.ItemArray[4];
int currentSection = (int)dr.ItemArray[5];
int course = 0;
int start = 0;
int end = 0;
int day = 0;
int quarter = 0;
int section = 0;
while (dt_size >= 0)
{
dr = dt.Rows[dt_size];
//check for null values
if (dr.ItemArray[0] == DBNull.Value || dr.ItemArray[1] == DBNull.Value ||
dr.ItemArray[2] == DBNull.Value || dr.ItemArray[3] == DBNull.Value ||
dr.ItemArray[4] == DBNull.Value || dr.ItemArray[5] == DBNull.Value)
{
dt_size--;
continue;
}
course = (int)dr.ItemArray[0];
section = (int)dr.ItemArray[5];
quarter = (int)dr.ItemArray[4];
//going to have to do the same with year probably
//same course but different section is a different machine
//different course is a different machine
if ((currentCourse == course && (currentSection != section || currentQuarter != quarter)) || (currentCourse != course))
{
dummyMachine = new Machine();
currentCourse = (int)dr.ItemArray[0];
currentSection = (int)dr.ItemArray[5];
currentQuarter = (int)dr.ItemArray[4];
}
start = (int)dr.ItemArray[1];
end = (int)dr.ItemArray[2];
day = (int)dr.ItemArray[3];
dummyDayTime = new DayTime();
dummyDayTime.SetDayTime(day, start, end);
dummyMachine.AddDayTime(dummyDayTime);
dummyMachine.SetQuarter(quarter);
//we add a new machine when we peek to the next row and see
//(different course) OR (same course and (different section OR dif qtr))
if (dt_size == 0 || ((int)dt.Rows[dt_size - 1].ItemArray[0] != currentCourse ||
((int)dt.Rows[dt_size - 1].ItemArray[0] == currentCourse && ((int)dt.Rows[dt_size - 1].ItemArray[5] != currentSection) || (int)dt.Rows[dt_size - 1].ItemArray[4] != currentQuarter)))
{
dummyMachine.AddJob(new Job(course));
for (int i = 0; i < machineNodes.Count; i++)
{
MachineNode mn = machineNodes[i];
List <Machine> machines = mn.GetMachines();
if (machines.Count > 0)
{
for (int j = 0; j < machines.Count; j++)
{
Machine m = machines[j];
if (m == dummyMachine) //found the machine, just add job
{
m.AddJob(new Job(course));
}
else if (dummyMachine.GetYear().Equals(mn.GetYear()) && dummyMachine.GetQuarter().Equals(mn.GetQuarter())) //machine does not exist, add it in
{
machines.Add(dummyMachine);
break;
}
}
}
else if (dummyMachine.GetYear().Equals(mn.GetYear()) && dummyMachine.GetQuarter().Equals(mn.GetQuarter()))
{
machines.Add(dummyMachine);
break;
}
else
{
Console.WriteLine("Dummy Machine Year: " + dummyMachine.GetYear());
Console.WriteLine("Dummy Machine Quarter: " + dummyMachine.GetQuarter());
Console.WriteLine("mn Year: " + mn.GetYear());
Console.WriteLine("mn Quarter: " + mn.GetQuarter());
Console.WriteLine('\n');
}
}
}
dt_size--;
}
//print machines for testing; unnecessary
for (int i = 0; i < machineNodes.Count; i++)
{
MachineNode mn = machineNodes[i];
List <Machine> machines = mn.GetMachines();
Console.WriteLine("Quarter: " + mn.GetQuarter());
for (int j = 0; j < machines.Count; j++)
{
Machine m = machines[j];
m.Print();
}
}
}
//------------------------------------------------------------------------------
// WARNING!! --Please Read SPECIAL NOTE below--
// Runs a query which pulls all the courses that exist in CourseTime. Conceptually,
// this creates a list of every class that has been offered. Details like the
// Course ID, the time the class starts, the time the class ends, days offered,
// quarter offered, and the section ID or collected to their respective
// counterparts. This provides a means to reduce the amount of objects being handled
// and can allow implmentation of day-specific and time-specific preferences.
//
// Various checks prevent duplication of machines.
//
// SPECIAL NOTE: If we have the means to, and are required to do so, of
// implementing different course offerings on a yearly basis
// this is where we would need to change it. DOING SO WOULD MEAN
// THAT THE FUNCTION, NORMALIZEMACHINES(), WOULD BE INCOMPATIBLE
// WITH THIS ALGORITHM.
//------------------------------------------------------------------------------
private void InitMachines()
{
// This query returns ~2000 rows of course info. We pre-process a lot of info
// with adding jobs and decidingg where to place maachinens/jobs.
// If we know the school ID. Then we have what looks like an average of 300 classes less.
//string oldquery = "select CourseID, StartTimeID, EndTimeID, DayID, QuarterID, SectionID from CourseTime order by CourseID ASC;";
string query = "SELECT ct.CourseID, StartTimeID, EndTimeID, DayID, QuarterID, ct.SectionID, c.MaxCredit " +
"FROM CourseTime as ct " +
"LEFT JOIN Course as c ON c.CourseID = ct.CourseID " +
"ORDER BY ct.CourseID ASC";
DataTable dt = DBPlugin.ExecuteToDT(query);
int dt_size = dt.Rows.Count - 1;
DataRow dr = dt.Rows[dt_size];
//Temporary Machine Variables
Machine dummyMachine = new Machine();
DayTime dummyDayTime = new DayTime();
int course = 0;
int start = 0;
int end = 0;
int day = 0;
int quarter = 0;
int section = 0;
int credits = 0;
int currentCourse = (int)dr.ItemArray[0]; //USED FOR PEAKING THE NEXT ROW
int currentQuarter = (int)dr.ItemArray[4]; //USED FOR PEAKING THE NEXT ROW
int currentSection = (int)dr.ItemArray[5]; //USED FOR PEAKING THE NEXT ROW
//Treats the information gained from the query like a FILO object
while (dt_size >= 0)
{
dr = dt.Rows[dt_size];
//check for null values
if (dr.ItemArray[0] == DBNull.Value || dr.ItemArray[1] == DBNull.Value ||
dr.ItemArray[2] == DBNull.Value || dr.ItemArray[3] == DBNull.Value ||
dr.ItemArray[4] == DBNull.Value || dr.ItemArray[5] == DBNull.Value)
{
dt_size--; //IF any portion is null, then the row is discarded entirely.
continue;
}
//going to have to do the same with year probably; Andrue Note: Most likely the case
course = (int)dr.ItemArray[0];
start = (int)dr.ItemArray[1];
end = (int)dr.ItemArray[2];
day = (int)dr.ItemArray[3];
quarter = (int)dr.ItemArray[4];
section = (int)dr.ItemArray[5];
credits = (int)dr.ItemArray[6];
//same course but different section OR different quarter is a different machine
//different course is a different machine
if ((currentCourse == course && (currentSection != section || currentQuarter != quarter)) || (currentCourse != course))
{
dummyMachine = new Machine(); //creates a new machine to be used
currentCourse = (int)dr.ItemArray[0];
currentQuarter = (int)dr.ItemArray[4];
currentSection = (int)dr.ItemArray[5];
}
dummyDayTime = new DayTime();
dummyDayTime.SetDayTime(day, start, end);
dummyMachine.AddDayTime(dummyDayTime);
dummyMachine.SetQuarter(quarter);
//we add a new machine when we peek to the next row and see
//(different course) OR (same course and (different section OR dif qtr))
//Andrue Note: Maybe isolate these arguments into helper functions for ease-of-use?
//if (itself(?)) OR (not same course) OR (IS course but NOT SAME Section OR Quarter)
int next = dt_size - 1;
if (dt_size == 0 || ((int)dt.Rows[next].ItemArray[0] != currentCourse ||
((int)dt.Rows[next].ItemArray[0] == currentCourse &&
((int)dt.Rows[next].ItemArray[5] != currentSection) ||
(int)dt.Rows[next].ItemArray[4] != currentQuarter)))
{
addMachine(dummyMachine, new Job(course, credits, false));
}
dt_size--;
}
}
