// PUT: api/ManualLabour/5
public string Put(int id, HttpRequestMessage value)
{
try
{
Manual_Labour_Type mlt = new Manual_Labour_Type();
mlt = (from p in db.Manual_Labour_Type
where p.Manual_Labour_Type_ID == id
select p).First();
string message = HttpContext.Current.Server.UrlDecode(value.Content.ReadAsStringAsync().Result).Substring(5);
JObject json = JObject.Parse(message);
string errorString = "false|";
bool error = false;
if ((from t in db.Manual_Labour_Type
where t.Name == mlt.Name && t.Manual_Labour_Type_ID != id
select t).Count() != 0)
{
error = true;
errorString += "The Manual Labour Type name entered already exists on the system. ";
}
if (error)
{
return(errorString);
}
mlt.Name = (string)json["Name"];
mlt.Description = (string)json["Description"];
mlt.Duration = (int)json["Duration"];
mlt.Sub_Contractor = Convert.ToBoolean((string)json["Sub_Contractor"]);
db.SaveChanges();
return("true|Manual Labour Type successfully updated.");
}
catch (Exception e)
{
ExceptionLog.LogException(e, "ManualLabourController PUT");
return("false|An error has occured updating the Manual Labour Type on the system.");
}
}
private string generateProductionSchedule()
{
//*************************************** GET EVERYTHING SET UP
//Armand: Check if production schedule exists for today
bool flag = false;
if (flag == true)
{
return("false|Production Schedule has already been generated.");
}
TimeSpan day_start = new TimeSpan(8, 0, 0);
TimeSpan day_end = new TimeSpan(17, 0, 0);
TimeSpan day_duration = day_end.Subtract(day_start);
List <Machine> machines = (from p in db.Machines
orderby p.Machine_ID
select p).ToList();
List <Manual_Labour_Type> manual = (from p in db.Manual_Labour_Type
orderby p.Name
where p.Sub_Contractor == false
select p).ToList();
List <Unique_Machine> um = (from p in db.Unique_Machine
orderby p.Machine_ID
select p).ToList();
int i = 1440;
//Calculate the shortest amount of time.
foreach (Machine m in machines)
{
if (i > m.Run_Time)
{
i = m.Run_Time;
}
}
foreach (Manual_Labour_Type ml in manual)
{
if (i > ml.Duration)
{
i = ml.Duration;
}
}
TimeSpan intervals = new TimeSpan(0, i, 0);
int interval_count = Convert.ToInt32(day_duration.TotalMinutes / i);
int num_of_resouces = (manual.Count + um.Count + 1);
bool[,] grid = new bool[interval_count, num_of_resouces];
//Set all cells to false
for (int aa = 0; aa < interval_count; aa++)
{
for (int bb = 0; bb < num_of_resouces; bb++)
{
grid[aa, bb] = false;
}
}
string[] resouce_pos = new string[num_of_resouces];
for (int k = 0; k < resouce_pos.Length; k++)
{
if (k < manual.Count)
{
resouce_pos[k] = "Manual|" + manual[k].Manual_Labour_Type_ID + "|" + manual[k].Name;
}
else
{
resouce_pos[k] = "Machine|" + um[k].Unique_Machine_ID + "|" + um[k].Machine_ID;
}
}
//*************************************** Create production schedule
//Armand: Insert a new entry in the production_schedule table. Remeber to save
//the intervals as well
Production_Schedule ps = new Production_Schedule();
int key = db.Machines.Count() == 0 ? 1 : (from t in db.Production_Schedule
orderby t.Production_Schedule_ID descending
select t.Production_Schedule_ID).First() + 1;
ps.Production_Schedule_ID = key;
ps.Production_Schedule_Date = DateTime.Now;
ps.intervals = intervals.Ticks;
db.Production_Schedule.Add(ps);
db.SaveChanges();
//*************************************** Create Part Queue
//Armand : Get all the uncompleted job cards order by priority then by date. Client
//job cards are more important
List <Job_Card> cards = (from p in db.Job_Card
orderby p.Job_Card_Priority_ID, p.Job_Card_Date
select p).ToList();
//Make an empty queue
Queue <ProductionPart> parts = new Queue <ProductionPart>();
foreach (Job_Card jc in cards)
{
if (jc.Job_Card_Status_ID == 1)
{
//Armand : IF job card has a status of started then update to in-production
Job_Card jcTemp = new Job_Card();
jcTemp = (from p in db.Job_Card
where p.Job_Card_ID == jc.Job_Card_ID
select p).First();
jcTemp.Job_Card_Status_ID = 2;
db.SaveChanges();
}
//Armand: Create a list of parts that are tied to this job card.
List <Part> pp = new List <Part>();
foreach (Job_Card_Detail jcd in jc.Job_Card_Detail)
{
List <Part> tmp = (from p in db.Parts
where p.Job_Card_Detail.Contains(jcd)
select p).ToList();
pp = pp.Concat(tmp).ToList();
}
foreach (Part p in pp)
{
//Create a new production part
ProductionPart temp = new ProductionPart();
//Populate with data from the database where p.part_type_ID for part type and
//p.Part_ID for part but you can probably just assign p to temp.part
temp.part = p;
temp.part_type = p.Part_Type;
temp.job_card_ID = jc.Job_Card_ID;
string[] resourceNeeded = new string[temp.part_type.Machine_Part.Count + temp.part_type.Manual_Labour_Type_Part.Count + 1];
//Create the array of stages we need to go through
foreach (Machine_Part m in temp.part_type.Machine_Part)
{
resourceNeeded[m.Stage_In_Manufacturing] = "Machine|" + m.Machine_ID;
}
foreach (Manual_Labour_Type_Part m in temp.part_type.Manual_Labour_Type_Part)
{
resourceNeeded[m.Stage_In_Manufacturing] = "Manual|" + m.Manual_Labour_Type_ID;
}
temp.partResources = resourceNeeded;
parts.Enqueue(temp);
}
}
//*************************************** Start scheduling
bool scheduleFull = false;
while (parts.Count != 0 && scheduleFull == false)
{
ProductionPart pp = parts.Dequeue();
for (int s = pp.part.Part_Stage; s <= pp.part_type.Number_Of_Stages; s++)
{
//Find the recipe entry;
Recipe r = new Recipe();
for (int k = 0; k < pp.part_type.Recipes.Count; k++)
{
if (pp.part_type.Recipes.ElementAt(k).Stage_in_Manufacturing == s)
{
r = pp.part_type.Recipes.ElementAt(k);
}
}
//Does this stage need another part?
if (r.Recipe_Type == "Part Type")
{
//If no child is available then
//skip the remained of the steps
if (checkForChildren(pp.part.Part_ID, r.Item_ID, r.Quantity_Required) == false)
{
continue;
}
}
//resouceneeded[0] == type and [1] == ID
string[] resouceNeeded = pp.partResources[s].Split('|');
bool scheduled = false;
if (resouceNeeded[0] == "Machine")
{
for (int k = 0; k < resouce_pos.Length && scheduled == false; k++)
{
string[] resouce = resouce_pos[k].Split('|');
int duration = 0;
if (resouce[0] == "Machine")
{
int machine_ID = Convert.ToInt32(resouce[2]);
int machine_ID_needed = Convert.ToInt32(resouceNeeded[1]);
//If we have found a match
if (machine_ID == machine_ID_needed)
{
//Get the duration
for (int a = 0; a < machines.Count; a++)
{
if (machines[a].Machine_ID == machine_ID)
{
duration = machines[a].Run_Time;
}
}
}
}
else //it's a Manual Labour
{
int manual_ID = Convert.ToInt32(resouce[1]);
bool sub_contractor = false;
//Is this manual labour for a sub-contractor?
for (int a = 0; a < manual.Count; a++)
{
if (manual[a].Manual_Labour_Type_ID == manual_ID)
{
sub_contractor = manual[a].Sub_Contractor;
}
}
if (sub_contractor == true) //skip the remaining steps
{
break;
}
for (int a = 0; a < manual.Count; a++)
{
if (manual[a].Manual_Labour_Type_ID == manual_ID)
{
duration = manual[a].Duration;
}
}
}
//i is the interval. So if i= 18 then
//round up to the nearest factor of 18
duration = RoundUp(duration, i);
//How many cells will this occupy?
int cellcount = duration / i;
//Grid[rows,cols]
//k = the pos of the current machine we are working with
//Find some space
bool space = true;
int space_index_start = 0;
for (int b = 0; b < interval_count; b++)
{
for (int g = b; g < cellcount + b; g++)
{
if (grid[g, k] == true)
{
space = false;
}
}
//If there is no space in the n spaces then skip them
//and continue down the column until space is found else
//move on to next resouce.
if (space == false)
{
b = b + cellcount;
}
else
{
space_index_start = b;
break;
}
}
//Occupy the space in the grid
if (space == true)
{
for (int b = space_index_start; b < b + cellcount; b++)
{
grid[b, k] = true;
}
TimeSpan minutes = new TimeSpan(0, space_index_start, 0);
TimeSpan start_time = day_start.Add(minutes);
minutes = new TimeSpan(0, duration, 0);
TimeSpan end_time = start_time.Add(minutes);
//Armand: FInd an eligible employee
Employee emp = new Employee();
int resource_id;
if (resouce[0] == "Machine")
{
resource_id = Convert.ToInt32(resouce[2]);
Machine m = new Machine();
m = (from p in db.Machines
where p.Machine_ID == resource_id
select p).First();
emp = (from d in db.Employees
where d.Machines.Contains(m)
select d).FirstOrDefault();
}
else
{
resource_id = Convert.ToInt32(resouce[1]);
Manual_Labour_Type m = new Manual_Labour_Type();
m = (from p in db.Manual_Labour_Type
where p.Manual_Labour_Type_ID == resource_id
select p).First();
emp = (from d in db.Employees
where d.Manual_Labour_Type.Contains(m)
select d).FirstOrDefault();
}
int employee_ID = emp.Employee_ID;
//Then create a new task
//part_stage = s
//resouce_type = resource[0]
Production_Task pt = new Production_Task();
int prod_task_key = db.Production_Task.Count() == 0 ? 1 : (from t in db.Production_Task
orderby t.Production_Task_ID descending
select t.Production_Task_ID).First() + 1;
pt.Production_Task_ID = prod_task_key;
pt.Production_Task_Type = resouce[0];
pt.start_time = start_time;
pt.end_time = end_time;
pt.Part_Stage = s;
pt.Production_Schedule_ID = key;
pt.Employee_ID = employee_ID;
pt.complete = false;
pt.Part_ID = pp.part.Part_ID;
pt.Resource_ID = resource_id;
pt.Job_Card_ID = pp.job_card_ID;
pt.duration = pp.;
scheduled = true;
break;
}
}
}
}
}
return("True|Production Schedule has been generated.");
}
// PUT: api/Employee/5 Update Function
public string Put(int id, HttpRequestMessage value)
{
try
{
Model.Employee emp = new Model.Employee();
emp = (from p in db.Employees
where p.Employee_ID == id
select p).First();
string message = HttpContext.Current.Server.UrlDecode(value.Content.ReadAsStringAsync().Result).Substring(5);
JObject json = JObject.Parse(message);
JObject empDetails = (JObject)json["employee"];
JArray machines = (JArray)json["machines"];
JArray labour = (JArray)json["manual_labour"];
emp.Name = (string)empDetails["name"];
emp.Surname = (string)empDetails["surname"];
emp.Employee_Type_ID = (int)empDetails["type"];
emp.Gender_ID = (string)empDetails["gender"];
emp.Email = (string)empDetails["email"];
emp.Contact_Number = (string)empDetails["contact_number"];
emp.Username = (string)empDetails["username"];
emp.Employee_Status = true;
emp.ID_Number = (string)empDetails["ID"];
if ((string)empDetails["img"] != "")
{
db.Employee_Photo.RemoveRange(db.Employee_Photo.Where(x => x.Employee_ID == id));
string img = (string)empDetails["img"];
saveImage(img, Convert.ToString(id));
}
if ((string)empDetails["password"] != "")
{
string salt = GetSalt(6);
string password = (string)empDetails["password"];
string passwordHashed = sha256(password + salt);
emp.Salt = salt;
emp.Password = passwordHashed;
}
string errorString = "false|";
bool error = false;
if ((from t in db.Employees
where t.ID_Number == emp.ID_Number && t.Employee_ID != id
select t).Count() != 0)
{
error = true;
errorString += "The Employee ID Number entered already exists on the system. ";
}
if ((from t in db.Employees
where t.Email == emp.Email && t.Employee_ID != id
select t).Count() != 0)
{
error = true;
errorString += "The Employee Email entered already exists on the system. ";
}
if ((from t in db.Employees
where t.Contact_Number == emp.Contact_Number && t.Employee_ID != id
select t).Count() != 0)
{
error = true;
errorString += "The Employee Contact Number entered already exists on the system. ";
}
if ((from t in db.Employees
where t.Username == emp.Username && t.Employee_ID != id
select t).Count() != 0)
{
error = true;
errorString += "The Employee Username entered already exists on the system. ";
}
if (error)
{
return(errorString);
}
emp.Machines.Clear();
foreach (int machine in machines)
{
Machine query = (from p in db.Machines
where p.Machine_ID == machine
select p).First();
emp.Machines.Add(query);
}
emp.Manual_Labour_Type.Clear();
foreach (int man_lab in labour)
{
Manual_Labour_Type query = (from p in db.Manual_Labour_Type
where p.Manual_Labour_Type_ID == man_lab
select p).First();
emp.Manual_Labour_Type.Add(query);
}
db.SaveChanges();
return("true|Employee successfully updated.");
}
catch (Exception e)
{
ExceptionLog.LogException(e, "EmployeeController PUT");
return("false|An error has occured updating the Employee on the system.");
}
}
