public async Task <Tuple <bool, NewImplementTemplateViewModel> > ReturnTemplateById(long templateId)
{
bool status = false;
NewImplementTemplateViewModel result = new NewImplementTemplateViewModel();
using (var dataEntities = new DAL.GETContext())
{
var template = dataEntities.LU_IMPLEMENT.Find(templateId);
if (template != null)
{
result.CustomerId = template.CustomerId;
result.ImplementCategory = (ImplementCategory)template.implement_category_auto;
result.TemplateName = template.implementdescription;
result.TemplateId = template.implement_auto;
if (template.CustomerId != null)
{
result.TemplateAccess = TemplateAccess.Customer;
}
else
{
result.TemplateAccess = TemplateAccess.Global;
}
var implementModels = await dataEntities.GET_IMPLEMENT_MAKE_MODEL
.Where(i => i.implement_auto == templateId)
.Select(s => (int)s.model_auto)
.ToArrayAsync();
if (implementModels != null)
{
result.EquipmentModels = implementModels;
}
var implementComponents = await(from ic in dataEntities.GET_IMPLEMENT_COMPARTTYPE
join lct in dataEntities.LU_COMPART_TYPE
on ic.comparttype_auto equals lct.comparttype_auto
where ic.implement_auto == templateId
select new ImplementComponentTypeViewModel
{
Id = ic.comparttype_auto,
Name = lct.comparttype
}).ToListAsync();
if (implementComponents != null)
{
result.ComponentTypes = implementComponents;
}
status = true;
}
}
return(Tuple.Create(status, result));
}
/// <summary>
/// Save the measurement points for an implement.
/// </summary>
/// <param name="get_auto"></param>
/// <param name="measurementPoints"></param>
/// <returns>Result = 1 for successful save, Result = 0 for no save, Result = -1 for error.</returns>
public int SaveMeasurementPoints(int get_auto, List <MeasurementPointDetails> measurementPoints)
{
int result = 0;
int _changesSaved = 0;
using (var _context = new DAL.GETContext())
{
// Check if there are any records already for measurement points.
var existingRecords = _context.GET_COMPONENT
.Where(w => w.get_auto == get_auto && w.active == true)
.ToList();
// GET record
var GT = _context.GET.Find(get_auto);
if (existingRecords.Count != 0)
{
for (int i = 0; i < measurementPoints.Count; i++)
{
var GETComponentRecord = existingRecords
.Where(w => w.get_component_auto == measurementPoints[i].Id)
.FirstOrDefault();
// Update the existing record.
if (GETComponentRecord != null)
{
GETComponentRecord.make_auto = measurementPoints[i].Make != 0 ? measurementPoints[i].Make : (int?)null;
GETComponentRecord.observation_list_auto = measurementPoints[i].ObservationListId;
GETComponentRecord.req_measure = ((measurementPoints[i].InitialLength) == 0 &&
(measurementPoints[i].WornLength == 0)) ? false : true;
GETComponentRecord.initial_length = measurementPoints[i].InitialLength;
GETComponentRecord.worn_length = measurementPoints[i].WornLength;
GETComponentRecord.part_no = measurementPoints[i].PartNo;
}
}
}
// Save changes
try
{
_changesSaved = _context.SaveChanges();
if (_changesSaved > 0)
{
result = 1;
}
}
catch (Exception ex1)
{
result = -1;
}
}
return(result);
}
public List <EquipmentListVM> getCompatibleEquipmentForImplementByJobsite(long jobsiteId, int getAuto, System.Security.Principal.IPrincipal User)
{
List <EquipmentListVM> result = new List <EquipmentListVM>();
using (var context = new DAL.GETContext())
{
// Get implement id
long implementAuto = context.GET.Find(getAuto).implement_auto ?? 0;
if (implementAuto == 0)
{
return(result);
}
// Find valid models for implement.
var validModels = context.GET_IMPLEMENT_MAKE_MODEL.Where(w => w.implement_auto == implementAuto)
.Select(s => new
{
equipmentModel = s.model_auto
}).ToList();
// Find all equipment at the specified jobsite for which the user has permissions to access.
var allEquipmentAtJobsite = new BLL.Core.Domain.UserAccess(new SharedContext(), User)
.getAccessibleEquipments().Where(e => e.crsf_auto == jobsiteId)
.Select(s => new
{
equipmentId = s.equipmentid_auto,
equipmentSerialNo = s.serialno,
equipmentSMU = s.currentsmu.Value,
equipmentModel = s.LU_MMTA.model_auto
}).ToList();
// Filter results by valid models for the specified jobsite.
for (int i = 0; i < allEquipmentAtJobsite.Count; i++)
{
for (int j = 0; j < validModels.Count; j++)
{
if (allEquipmentAtJobsite[i].equipmentModel == validModels[j].equipmentModel)
{
result.Add(new EquipmentListVM
{
equipmentId = allEquipmentAtJobsite[i].equipmentId,
equipmentSerialNo = allEquipmentAtJobsite[i].equipmentSerialNo,
equipmentSMU = allEquipmentAtJobsite[i].equipmentSMU
});
}
}
}
}
return(result);
}
/// <summary>
/// Returns status for implements in inventory. Excludes status 'On Equipment'.
/// </summary>
/// <returns></returns>
public List <GenericIdNameVM> ReturnInventoryStatusList()
{
List <GenericIdNameVM> result = new List <GenericIdNameVM>();
using (var dataEntities = new DAL.GETContext())
{
result = dataEntities.GET_INVENTORY_STATUS
.Where(s => s.status_auto != (int)GETInterfaces.Enum.InventoryStatus.On_Equipment)
.Select(i => new GenericIdNameVM
{
Id = i.status_auto,
Name = i.status_desc
}).ToList();
}
return(result);
}
public List <GenericIdNameVM> GetObservationLists(long customerId)
{
List <GenericIdNameVM> result = new List <GenericIdNameVM>();
using (var _context = new DAL.GETContext())
{
result = (from gol in _context.GET_OBSERVATION_LIST
where gol.active == true && gol.customer_auto == customerId
select new GenericIdNameVM
{
Id = gol.observation_list_auto,
Name = gol.name
}).ToList();
}
return(result);
}
/// <summary>
/// Save the observation points for an implement.
/// </summary>
/// <param name="get_auto"></param>
/// <param name="observationPoints"></param>
/// <returns>Result = 1 for successful save, Result = 0 for no save, Result = -1 for error.</returns>
public int SaveObservationPoints(int get_auto, List <ObservationPointDetails> observationPoints)
{
int result = 0;
int _changesSaved = 0;
using (var _context = new DAL.GETContext())
{
// Check if there are any existing records.
var existingRecords = _context.GET_OBSERVATION_POINTS
.Where(w => w.get_auto == get_auto && w.active == true)
.ToList();
if (existingRecords.Count != 0)
{
for (int i = 0; i < observationPoints.Count; i++)
{
var gop = _context.GET_OBSERVATION_POINTS.Find(observationPoints[i].Id);
gop.observation_list = (observationPoints[i].ObservationListId != 0) ?
observationPoints[i].ObservationListId : (int?)null;
gop.req_measure = ((observationPoints[i].InitialLength) == 0 &&
(observationPoints[i].WornLength == 0)) ? false : true;
gop.initial_length = observationPoints[i].InitialLength;
gop.worn_length = observationPoints[i].WornLength;
}
}
// Save changes
try
{
_changesSaved = _context.SaveChanges();
if (_changesSaved > 0)
{
result = 1;
}
}
catch (Exception ex1)
{
result = -1;
}
}
return(result);
}
/// <summary>
/// Returns the minimum date for the component replace, based on
/// the date when the implement last had a repair, or replacement
/// recorded against it.
/// </summary>
/// <param name="componentId"></param>
/// <returns></returns>
public string ReturnMinDateForReplace(int componentId)
{
string result = "";
using (var dataEntities = new DAL.GETContext())
{
int ACTION_MovedToInventory = (int)Core.Domain.GETActionType.Move_Implement_To_Inventory;
int ACTION_ComponentReplacement = (int)Core.Domain.GETActionType.Component_Replacement;
int ACTION_ComponentRepair = (int)Core.Domain.GETActionType.Component_Repair;
var implement = dataEntities.GET_COMPONENT.Find(componentId);
if (implement != null)
{
// Get the last 'moved to inventory' event for this component.
var movedToInventoryDate = GetDateOfLastImplementEvent(implement.get_auto, ACTION_MovedToInventory, dataEntities);
// Get the last 'component repair' event.
var componentRepairDate = GetDateOfLastComponentEvent(componentId, ACTION_ComponentRepair, dataEntities);
// Get the last 'component replaced' event.
var componentReplaceDate = GetDateOfLastComponentEvent(componentId, ACTION_ComponentReplacement, dataEntities);
// The date of the repair must be on the same day or after the implement
// was last moved from equipment to inventory. If that component has
// been replaced / repaired, then the min date must be after the date of
// the replacement or a repair
if (movedToInventoryDate != null)
{
string dateFormat = "yyyy-MM-dd";
DateTime?recentEventDate = ReturnMostRecentDateTime(movedToInventoryDate, componentReplaceDate);
DateTime?mostRecentEventDate = ReturnMostRecentDateTime(recentEventDate, componentRepairDate);
if (mostRecentEventDate != null)
{
result = mostRecentEventDate.Value.ToString(dateFormat);
}
}
}
}
return(result);
}
/// <summary>
/// Verifies the given user ID's access to review GET Inspection Data
/// </summary>
/// <param name="userId"></param>
/// <returns></returns>
public static bool verifyAccessToGETInspectionData(long userId, int inspectionID)
{
bool userHasAccess = false;
using (var context = new DAL.GETContext())
{
try
{
var jobsiteId = context.GET_IMPLEMENT_INSPECTION.Find(inspectionID).GET.EQUIPMENT.crsf_auto;
userHasAccess = verifyAccessToJobsite(userId, jobsiteId, false);
}
catch (Exception ex1)
{
userHasAccess = false;
}
}
return(userHasAccess);
}
/// <summary>
/// Returns the list of available workshops for a given repairer.
/// </summary>
/// <param name="repairerId"></param>
/// <returns></returns>
public List <GenericIdNameVM> ReturnWorkshopListForRepairer(int repairerId)
{
List <GenericIdNameVM> result = new List <GenericIdNameVM>();
using (var dataEntities = new DAL.GETContext())
{
var repairer = dataEntities.GET_REPAIRER.Find(repairerId);
if (repairer != null)
{
result = dataEntities.GET_WORKSHOP
.Where(w => w.repairer_auto == repairer.repairer_auto)
.Select(s => new GenericIdNameVM
{
Id = s.workshop_auto,
Name = s.name
}).ToList();
}
}
return(result);
}
/// <summary>
/// Returns the list of available repairers for a customer. Uses the jobsiteId
/// of the implement in inventory to determine which customer to filter by.
/// </summary>
/// <param name="jobsiteId"></param>
/// <returns></returns>
public List <GenericIdNameVM> ReturnRepairerListForCustomer(long jobsiteId)
{
List <GenericIdNameVM> result = new List <GenericIdNameVM>();
using (var dataEntities = new DAL.GETContext())
{
var crsf = dataEntities.CRSF.Find(jobsiteId);
if (crsf != null)
{
result = dataEntities.GET_REPAIRER
.Where(r => r.customer_auto == crsf.customer_auto)
.Select(s => new GenericIdNameVM
{
Id = s.repairer_auto,
Name = s.name
}).ToList();
}
}
return(result);
}
/// <summary>
/// Creates a new repairer for the customer at the specified jobsite.
/// </summary>
/// <param name="jobsiteId"></param>
/// <param name="repairerName"></param>
/// <returns></returns>
public int CreateRepairer(long jobsiteId, string repairerName)
{
int result = 0;
using (var dataEntities = new DAL.GETContext())
{
// Check that the customer exists.
var jobsite = dataEntities.CRSF.Find(jobsiteId);
if (jobsite != null)
{
var customer = dataEntities.CUSTOMERs.Find(jobsite.customer_auto);
if (customer != null)
{
// Check that the repairer doesn't already exist.
var repairer = dataEntities.GET_REPAIRER
.Where(r => r.name == repairerName)
.FirstOrDefault();
if (repairer == null)
{
// Add new repairer.
DAL.GET_REPAIRER newRepairer = new DAL.GET_REPAIRER
{
name = repairerName,
customer_auto = customer.customer_auto
};
dataEntities.GET_REPAIRER.Add(newRepairer);
int _changesSaved = dataEntities.SaveChanges();
if (_changesSaved > 0)
{
result = newRepairer.repairer_auto;
}
}
}
}
}
return(result);
}
public string returnPreviousEquipmentEventDate(long equipmentId, System.Security.Principal.IPrincipal User)
{
string result = "";
if (!new BLL.Core.Domain.UserAccess(new SharedContext(), User).hasAccessToEquipment(equipmentId))
{
return("Access Denied!");
}
using (var dataEntities = new DAL.GETContext())
{
var previousEvent = eventManagement.findPreviousEquipmentEvent(dataEntities, equipmentId, DateTime.Now);
if (previousEvent != null)
{
var previousGETEvent = dataEntities.GET_EVENTS.Find(previousEvent.events_auto);
if (previousGETEvent != null)
{
result = previousGETEvent.event_date.Date.ToShortDateString();
}
}
}
return(result);
}
/// <summary>
/// Creates a new workshop for the specified repairer.
/// </summary>
/// <param name="repairerId"></param>
/// <param name="workshopName"></param>
/// <returns></returns>
public int CreateWorkshop(int repairerId, string workshopName)
{
int result = 0;
using (var dataEntities = new DAL.GETContext())
{
// Check that the repairer exists.
var repairer = dataEntities.GET_REPAIRER.Find(repairerId);
if (repairer != null)
{
// Check that the workshop doesn't already exist.
var workshop = dataEntities.GET_WORKSHOP
.Where(w => w.name == workshopName)
.FirstOrDefault();
if (workshop == null)
{
// Add new workshop.
DAL.GET_WORKSHOP newWorkshop = new DAL.GET_WORKSHOP
{
name = workshopName,
repairer_auto = repairerId
};
dataEntities.GET_WORKSHOP.Add(newWorkshop);
int _changesSaved = dataEntities.SaveChanges();
if (_changesSaved > 0)
{
result = newWorkshop.workshop_auto;
}
}
}
}
return(result);
}
public new void Dispose()
{
if (Status != ActionStatus.Succeed)
{
rollBack();
MakeOtherSystemsOnline();
var _ids = ActionHistoryModifiedIds.Select(k => k.HistoryId).ToList();
var actions = _context.ACTION_TAKEN_HISTORY.Where(m => _ids.Any(k => k == m.history_id));
foreach (var act in actions)
{
act.recordStatus = ActionHistoryModifiedIds.Where(m => m.HistoryId == act.history_id).Select(m => m.Status).FirstOrDefault();
_context.Entry(act).State = EntityState.Modified;
}
_context.SaveChangesAsync();
}
else
{
_gContext = new DAL.GETContext();
string _log = "";
UpdateGETByAction(_current, ref _log);
ActionLog += _log + Environment.NewLine;
}
_context.Dispose();
}
public List <ObservationPointDetails> GetObservationPointDetails(int implement_auto, int get_auto)
{
List <ObservationPointDetails> result = new List <ObservationPointDetails>();
using (var _context = new DAL.GETContext())
{
result = (from gop in _context.GET_OBSERVATION_POINTS
join gol in _context.GET_OBSERVATION_LIST
on gop.observation_list equals gol.observation_list_auto into gol_join
from gol2 in gol_join.DefaultIfEmpty()
where gop.active == true &&
gop.get_auto == get_auto
select new ObservationPointDetails
{
Id = gop.observation_point_auto,
Name = gop.observation_name,
ObservationListId = gop.observation_list != null ? gop.observation_list.Value : 0,
InitialLength = gop.initial_length.Value,
WornLength = gop.worn_length.Value
}).ToList();
}
return(result);
}
/// <summary>
/// Record a Component Repair action for a component in Inventory.
/// </summary>
/// <param name="componentId"></param>
/// <param name="cost"></param>
/// <param name="date"></param>
/// <param name="comment"></param>
/// <param name="authUserId"></param>
/// <returns></returns>
public bool RecordComponentRepair(int componentId, decimal cost, DateTime date, string comment, long authUserId)
{
bool result = false;
using (var dataEntities = new DAL.GETContext())
{
int _changesSaved_GETEvent = 0;
int _changesSaved_ComponentEvent = 0;
int _changesSaved_ImplementEvent = 0;
// Create a new entry in GET_EVENTS.
var GETEvent = eventManagement.createGETEvent(authUserId, (int)Core.Domain.GETActionType.Component_Repair, date, comment, cost);
dataEntities.GET_EVENTS.Add(GETEvent);
_changesSaved_GETEvent = dataEntities.SaveChanges();
// Create a new entry in GET_EVENTS_COMPONENT.
if (_changesSaved_GETEvent > 0)
{
var previousComponentEvent = dataEntities.GET_EVENTS_COMPONENT
.Where(gc => gc.get_component_auto == componentId)
.OrderByDescending(ce => ce.component_events_auto)
.FirstOrDefault();
int previousComponentLTD = 0;
if (previousComponentEvent != null)
{
previousComponentLTD = previousComponentEvent.ltd;
}
var componentEvent = eventManagement.createComponentEvent(componentId, previousComponentLTD, GETEvent.events_auto, 0);
dataEntities.GET_EVENTS_COMPONENT.Add(componentEvent);
_changesSaved_ComponentEvent = dataEntities.SaveChanges();
}
// Create a new entry in GET_EVENTS_IMPLEMENT.
if (_changesSaved_GETEvent > 0)
{
var GETComponent = dataEntities.GET_COMPONENT.Find(componentId);
if (GETComponent != null)
{
var previousImplementEvent = dataEntities.GET_EVENTS_IMPLEMENT
.Where(e => e.get_auto == GETComponent.get_auto)
.OrderByDescending(ie => ie.implement_events_auto)
.FirstOrDefault();
int previousImplementLTD = 0;
if (previousImplementEvent != null)
{
previousImplementLTD = previousImplementEvent.ltd;
}
var implementEvent = eventManagement.createImplementEvent(GETComponent.get_auto, previousImplementLTD, GETEvent.events_auto);
dataEntities.GET_EVENTS_IMPLEMENT.Add(implementEvent);
_changesSaved_ImplementEvent = dataEntities.SaveChanges();
}
}
if ((_changesSaved_GETEvent > 0) && (_changesSaved_ComponentEvent > 0) &&
(_changesSaved_ImplementEvent > 0))
{
GETEvent.recordStatus = 0;
result = true;
}
else
{
GETEvent.recordStatus = 1;
}
dataEntities.SaveChanges();
}
return(result);
}
public bool equipmentSetupEvent(long equipmentId, int equipment_smu,
int equipment_ltd, long user_auto)
{
//bool result = false;
long lUserAuto = user_auto;
int iMeterReading = equipment_smu;
int iEquipmentLTD = equipment_ltd;
var eventDate = DateTime.Now;
long eqmtIDAuto = 0;
using (var dataContext = new DAL.GETContext())
{
var eqmt = dataContext.EQUIPMENTs
.Where(e => e.equipmentid_auto == equipmentId)
.FirstOrDefault();
if (eqmt != null)
{
eqmtIDAuto = eqmt.equipmentid_auto;
eventDate = eventDate = eqmt.purchase_date != null ? eqmt.purchase_date.Value : eventDate;
}
}
if (eqmtIDAuto == 0)
{
return(false);
}
var ActionParam = new BLL.Core.Domain.EquipmentActionRecord
{
ActionUser = new User {
Id = (int)lUserAuto
},
EquipmentId = (int)eqmtIDAuto,
ReadSmuNumber = iMeterReading,
EquipmentActualLife = 0,
TypeOfAction = ActionType.EquipmentSetup,
Cost = 0.0M,
Comment = "Equipment Setup",
ActionDate = eventDate
};
var EquipmentSetupParams = new BLL.Core.Domain.GETEquipmentSetupParams
{
UserAuto = lUserAuto,
ActionType = BLL.Core.Domain.GETActionType.Equipment_Setup,
RecordedDate = DateTime.Now,
EventDate = eventDate,
Comment = "Equipment Setup",
Cost = 0.0M,
MeterReading = iMeterReading,
EquipmentLTD = iEquipmentLTD,
EquipmentId = equipmentId
};
var rm = new BLL.Core.Domain.ResultMessage
{
OperationSucceed = false,
ActionLog = " ",
LastMessage = " ",
Id = 0
};
using (var EquipmentSetupAction = new BLL.Core.Domain.Action(new DAL.UndercarriageContext(), new DAL.GETContext(), ActionParam, EquipmentSetupParams))
{
EquipmentSetupAction.Operation.Start();
if (EquipmentSetupAction.Operation.Status == BLL.Core.Domain.ActionStatus.Close)
{
rm.OperationSucceed = false;
rm.ActionLog = EquipmentSetupAction.Operation.ActionLog;
rm.LastMessage = EquipmentSetupAction.Operation.Message;
}
if (EquipmentSetupAction.Operation.Status == BLL.Core.Domain.ActionStatus.Started)
{
EquipmentSetupAction.Operation.Validate();
}
if (EquipmentSetupAction.Operation.Status == BLL.Core.Domain.ActionStatus.Invalid)
{
rm.OperationSucceed = false;
rm.ActionLog = EquipmentSetupAction.Operation.ActionLog;
rm.LastMessage = EquipmentSetupAction.Operation.Message;
}
if (EquipmentSetupAction.Operation.Status == BLL.Core.Domain.ActionStatus.Valid)
{
EquipmentSetupAction.Operation.Commit();
}
if (EquipmentSetupAction.Operation.Status == BLL.Core.Domain.ActionStatus.Failed)
{
rm.OperationSucceed = false;
rm.ActionLog = EquipmentSetupAction.Operation.ActionLog;
rm.LastMessage = EquipmentSetupAction.Operation.Message;
}
if (EquipmentSetupAction.Operation.Status == BLL.Core.Domain.ActionStatus.Succeed)
{
rm.OperationSucceed = true;
rm.ActionLog = EquipmentSetupAction.Operation.ActionLog;
rm.LastMessage = EquipmentSetupAction.Operation.Message;
}
rm.Id = EquipmentSetupAction.Operation.UniqueId;
}
return(rm.OperationSucceed);
}
public List <GETComponentDetailsVM> ReturnComponentsForGET(int get_auto)
{
List <GETComponentDetailsVM> result = new List <GETComponentDetailsVM>();
using (var dataEntities = new DAL.GETContext())
{
var get_components = (from gc in dataEntities.GET_COMPONENT
join g in dataEntities.GET
on gc.get_auto equals g.get_auto
join gsc in dataEntities.GET_SCHEMATIC_COMPONENT
on gc.schematic_component_auto equals gsc.schematic_component_auto
join ct in dataEntities.LU_COMPART_TYPE
on gsc.comparttype_auto equals ct.comparttype_auto
join m in dataEntities.MAKE
on gc.make_auto equals m.make_auto
where gc.get_auto == get_auto && gc.active == true
select new
{
get_component_auto = gc.get_component_auto,
condition = 0,
require_measurement = gc.req_measure,
initial_length = gc.initial_length,
worn_length = gc.worn_length,
component = ct.comparttype,
part_number = gc.part_no,
make = m.makedesc,
cost = (int)gc.price,
life = 0
}).ToList();
for (int i = 0; i < get_components.Count; i++)
{
var gcAuto = get_components[i].get_component_auto;
var life_record = dataEntities.GET_EVENTS_COMPONENT
.Where(c => c.get_component_auto == gcAuto)
.OrderByDescending(e => e.component_events_auto)
.FirstOrDefault();
var inspection_record = dataEntities.GET_COMPONENT_INSPECTION
.Where(c => c.get_component_auto == gcAuto)
.OrderByDescending(e => e.inspection_auto)
.FirstOrDefault();
int ltd = 0;
if (life_record != null)
{
ltd = life_record.ltd;
}
bool req_measure = get_components[i].require_measurement.Value;
decimal current_condition = 0;
if (inspection_record != null)
{
decimal measurement = inspection_record.measurement;
decimal initial_length = get_components[i].initial_length.Value;
decimal worn_length = get_components[i].worn_length.Value;
if ((req_measure == true) && (initial_length - worn_length > 0))
{
current_condition = ((initial_length - measurement) / (initial_length - worn_length)) * 100;
}
}
if (req_measure == false)
{
current_condition = -1;
}
result.Add(new GETComponentDetailsVM
{
componentId = get_components[i].get_component_auto,
condition = (int)current_condition,
component = get_components[i].component,
part_number = get_components[i].part_number,
make = get_components[i].make,
cost = get_components[i].cost,
life = ltd
});
}
}
return(result);
}
public List <GETImplementInventoryVM> returnImplementInventory(long customer, long jobsite, int make, long type,
string equipmentSerial, string equipmentUnit, string implementSerial, int status, string userId)
{
List <GETImplementInventoryVM> result = new List <GETImplementInventoryVM>();
// Parse the user id.
long lUserId = long.TryParse(userId, out lUserId) ? lUserId : 0;
// Set the initial condition and LTD for an implement.
int INITIAL_CONDITION = 0; // 0% worn
int INITIAL_LTD = 0;
// Filter by customers that the user has permissions to view.
List <CustomerIdAndNameDataSet> customers = new List <CustomerIdAndNameDataSet>();
CustomerManagement customerManagement = new CustomerManagement();
customers = customerManagement.getListOfCustomersForLoggedInUser(lUserId);
// Filter by customer dropdown list.
long[] customerIds = new long[customers.Count];
for (int i = 0; i < customers.Count; i++)
{
if ((customer == customers[i].customerId) || (customer == 0))
{
customerIds[i] = customers[i].customerId;
}
}
// Parse the status bit positions.
int status_OnEquipment = (status & 0x01);
int status_AwaitingRepairs = (status & 0x02) >> 1;
int status_UndergoingRepairs = (status & 0x04) >> 2;
int status_ReadyForUse = (status & 0x08) >> 3;
int status_Scrapped = (status & 0x10) >> 4;
// These statuses map to the values in GET_INVENTORY_STATUS table.
// Needs to be made dynamic eventually.
int STATUS_ON_EQUIPMENT = (int)GETInterfaces.Enum.InventoryStatus.On_Equipment;
int STATUS_AWAITING_REPAIR = (int)GETInterfaces.Enum.InventoryStatus.Awaiting_Repair;
int STATUS_UNDERGOING_REPAIR = (int)GETInterfaces.Enum.InventoryStatus.Undergoing_Repair;
int STATUS_READY_FOR_USE = (int)GETInterfaces.Enum.InventoryStatus.Ready_for_Use;
int STATUS_SCRAPPED = (int)GETInterfaces.Enum.InventoryStatus.Scrapped;
using (var dataEntities = new DAL.GETContext())
{
// Find the implements that are already installed on equipment.
var statusDescription_OnEquipment = dataEntities.GET_INVENTORY_STATUS.Find(STATUS_ON_EQUIPMENT).status_desc;
var inventoryOnEquipment = (from g in dataEntities.GET
join l in dataEntities.LU_IMPLEMENT
on g.implement_auto equals l.implement_auto
join e in dataEntities.EQUIPMENTs
on g.equipmentid_auto equals e.equipmentid_auto
join j in dataEntities.CRSF
on e.crsf_auto equals j.crsf_auto
join c in dataEntities.CUSTOMERs
on j.customer_auto equals c.customer_auto
join m in dataEntities.MAKE
on g.make_auto equals m.make_auto
where customerIds.Contains(c.customer_auto) &&
((j.crsf_auto == jobsite) || (jobsite == 0)) &&
((m.make_auto == make) || (make == 0)) &&
((l.implement_auto == type) || (type == 0)) &&
((g.impserial.ToString().Contains(implementSerial)) || (implementSerial == null) || (implementSerial == "")) &&
((e.serialno.ToString().Contains(equipmentSerial)) || (equipmentSerial == null) || (equipmentSerial == "")) &&
((e.unitno.ToString().Contains(equipmentUnit)) || (equipmentUnit == null) || (equipmentUnit == "")) &&
((g.on_equipment == true) && (status_OnEquipment == 1))
select new
{
g.get_auto,
condition = INITIAL_CONDITION,
c.cust_name,
j.site_name,
m.makedesc,
l.implementdescription,
g.impserial,
ltd = INITIAL_LTD,
status_desc = statusDescription_OnEquipment,
e.serialno,
e.unitno
});
// Find implements that are in inventory (status != onEquipment).
var inventoryList = (from gi in dataEntities.GET_INVENTORY
join gis in dataEntities.GET_INVENTORY_STATUS
on gi.status_auto equals gis.status_auto
join gw in dataEntities.GET_WORKSHOP
on gi.workshop_auto equals gw.workshop_auto into gw_gi
from gw2 in gw_gi.DefaultIfEmpty()
join gr in dataEntities.GET_REPAIRER
on gw2.repairer_auto equals gr.repairer_auto into gr_gw2
from gr2 in gr_gw2.DefaultIfEmpty()
join g in dataEntities.GET
on gi.get_auto equals g.get_auto
join l in dataEntities.LU_IMPLEMENT
on g.implement_auto equals l.implement_auto
join j in dataEntities.CRSF
on gi.jobsite_auto equals j.crsf_auto
join c in dataEntities.CUSTOMERs
on j.customer_auto equals c.customer_auto
join m in dataEntities.MAKE
on g.make_auto equals m.make_auto
where customerIds.Contains(c.customer_auto) &&
((j.crsf_auto == jobsite) || (jobsite == 0)) &&
((m.make_auto == make) || (make == 0)) &&
((l.implement_auto == type) || (type == 0)) &&
((equipmentSerial == null) || (equipmentSerial.Trim() == "")) &&
((equipmentUnit == null) || (equipmentUnit.Trim() == "")) &&
((g.impserial.ToString().Contains(implementSerial)) || (implementSerial == null) || (implementSerial == "")) &&
(
((gi.status_auto == STATUS_AWAITING_REPAIR) && (g.on_equipment == false) && (status_AwaitingRepairs == 1)) ||
((gi.status_auto == STATUS_UNDERGOING_REPAIR) && (g.on_equipment == false) && (status_UndergoingRepairs == 1)) ||
((gi.status_auto == STATUS_READY_FOR_USE) && (g.on_equipment == false) && (status_ReadyForUse == 1)) ||
((gi.status_auto == STATUS_SCRAPPED) && (g.on_equipment == false) && (status_Scrapped == 1))
)
select new
{
g.get_auto,
condition = INITIAL_CONDITION,
c.cust_name,
j.site_name,
m.makedesc,
l.implementdescription,
g.impserial,
ltd = INITIAL_LTD,
gis.status_desc,
serialno = "",
unitno = "",
workshopName = (gw2 != null ? gw2.name : ""),
repairerName = (gr2 != null ? gr2.name : "")
});
result = inventoryOnEquipment.Select(
i => new GETImplementInventoryVM
{
get_auto = i.get_auto,
condition = i.condition,
customer = i.cust_name,
jobsite = i.site_name,
make = i.makedesc,
type = i.implementdescription,
serial_no = i.impserial,
ltd = i.ltd,
status = i.status_desc,
equipment_serialno = (i.serialno != null ? i.serialno : ""),
equipment_unitno = (i.unitno != null ? i.unitno : ""),
repairer = "",
workshop = ""
}).ToList();
result.AddRange(
inventoryList.Select(
i => new GETImplementInventoryVM
{
get_auto = i.get_auto,
condition = i.condition,
customer = i.cust_name,
jobsite = i.site_name,
make = i.makedesc,
type = i.implementdescription,
serial_no = i.impserial,
ltd = i.ltd,
status = i.status_desc,
equipment_serialno = (i.serialno != null ? i.serialno : ""),
equipment_unitno = (i.unitno != null ? i.unitno : ""),
repairer = i.repairerName,
workshop = i.workshopName
}).ToList()
);
foreach (var item in result)
{
// Find the LTD for each implement.
var eventRecord = dataEntities.GET_EVENTS_IMPLEMENT
.Where(s => s.get_auto == item.get_auto)
.OrderByDescending(m => m.implement_events_auto)
.FirstOrDefault();
if (eventRecord != null)
{
item.ltd = eventRecord.ltd;
}
// Find the remaining life for each implement.
var inspectionRecord = dataEntities.GET_IMPLEMENT_INSPECTION
.Where(g => g.get_auto == item.get_auto)
.OrderByDescending(h => h.inspection_auto)
.FirstOrDefault();
if (inspectionRecord != null)
{
item.condition = inspectionRecord.eval;
}
}
}
return(result);
}
/// <summary>
/// Record a Component Replace action for a component in Inventory.
/// </summary>
/// <param name="componentId"></param>
/// <param name="cost"></param>
/// <param name="date"></param>
/// <param name="comment"></param>
/// <param name="authUserId"></param>
/// <returns></returns>
public bool RecordComponentReplace(int componentId, decimal cost, DateTime date, string comment, long authUserId)
{
bool result = false;
using (var dataEntities = new DAL.GETContext())
{
int _changesSaved_GETEvent = 0;
int _changesSaved_ImplementEvent = 0;
int _changesSaved_NewComponent = 0;
int _changesSaved_OldComponentEvent = 0;
int _changesSaved_NewComponentEvent = 0;
DateTime recordedDate = DateTime.Now;
var GETComponent = dataEntities.GET_COMPONENT.Find(componentId);
// Create a new entry in GET_EVENTS.
var GETEvent = eventManagement.createGETEvent(authUserId, (int)Core.Domain.GETActionType.Component_Replacement, date, comment, cost, recordedDate);
dataEntities.GET_EVENTS.Add(GETEvent);
_changesSaved_GETEvent = dataEntities.SaveChanges();
// Create a new entry in GET_EVENTS_IMPLEMENT.
if (_changesSaved_GETEvent > 0)
{
if (GETComponent != null)
{
var previousImplementEvent = dataEntities.GET_EVENTS_IMPLEMENT
.Where(e => e.get_auto == GETComponent.get_auto)
.OrderByDescending(ie => ie.implement_events_auto)
.FirstOrDefault();
int previousImplementLTD = 0;
if (previousImplementEvent != null)
{
previousImplementLTD = previousImplementEvent.ltd;
}
var implementEvent = eventManagement.createImplementEvent(GETComponent.get_auto, previousImplementLTD, GETEvent.events_auto);
dataEntities.GET_EVENTS_IMPLEMENT.Add(implementEvent);
_changesSaved_ImplementEvent = dataEntities.SaveChanges();
}
}
// Create a new component entry.
GET_COMPONENT newComponent = new GET_COMPONENT
{
make_auto = GETComponent.make_auto,
get_auto = GETComponent.get_auto,
observation_list_auto = GETComponent.observation_list_auto,
cmu = 0,
install_date = recordedDate,
ltd_at_setup = 0,
req_measure = GETComponent.req_measure,
initial_length = GETComponent.initial_length,
worn_length = GETComponent.worn_length,
price = cost,
part_no = GETComponent.part_no,
schematic_component_auto = GETComponent.schematic_component_auto,
active = true
};
dataEntities.GET_COMPONENT.Add(newComponent);
_changesSaved_NewComponent = dataEntities.SaveChanges();
// Mark the old component as inactive.
if (_changesSaved_NewComponent > 0)
{
GETComponent.active = false;
dataEntities.SaveChanges();
}
// Create an entry in GET_EVENTS_COMPONENT for the component being replaced.
var oldComponentEvent = eventManagement.createComponentEvent(GETComponent.get_component_auto,
GETComponent.cmu, GETEvent.events_auto, 1);
dataEntities.GET_EVENTS_COMPONENT.Add(oldComponentEvent);
_changesSaved_OldComponentEvent = dataEntities.SaveChanges();
// Create an entry in GET_EVENTS_COMPONENT for the new component.
var newComponentEvent = eventManagement.createComponentEvent(newComponent.get_component_auto,
newComponent.cmu, GETEvent.events_auto, 0);
dataEntities.GET_EVENTS_COMPONENT.Add(newComponentEvent);
_changesSaved_NewComponentEvent = dataEntities.SaveChanges();
if ((_changesSaved_GETEvent > 0) && (_changesSaved_OldComponentEvent > 0) &&
(_changesSaved_NewComponentEvent > 0) && (_changesSaved_ImplementEvent > 0))
{
GETEvent.recordStatus = 0;
result = true;
}
else
{
oldComponentEvent.recordStatus = 0;
newComponentEvent.recordStatus = 1;
GETEvent.recordStatus = 1;
}
dataEntities.SaveChanges();
}
return(result);
}
/// <summary>
/// Get the component details (or Measurement Points, according to the new nomenclature).
/// </summary>
/// <param name="implement_auto"></param>
/// <param name="get_auto"></param>
/// <returns></returns>
public List <MeasurementPointDetails> GetMeasurementPointDetails(int implement_auto, int get_auto)
{
List <MeasurementPointDetails> result = new List <MeasurementPointDetails>();
using (var _context = new DAL.GETContext())
{
if ((implement_auto == 0) && (get_auto > 0))
{
implement_auto = (int)_context.GET.Find(get_auto).implement_auto;
}
var MPs_Template = (from ic in _context.GET_IMPLEMENT_COMPARTTYPE
join lc in _context.LU_COMPART_TYPE
on ic.comparttype_auto equals lc.comparttype_auto
join gsc in _context.GET_SCHEMATIC_COMPONENT
on lc.comparttype_auto equals gsc.comparttype_auto
where ic.implement_auto == implement_auto &&
gsc.active == true
select new
{
Id = gsc.schematic_component_auto,
Name = lc.comparttype,
Make = 0,
ObservationListId = 0,
InitialLength = 0,
WornLength = 0,
PartNo = ""
}).ToList();
var MPs_Detail = (from gc in _context.GET_COMPONENT
join gsc in _context.GET_SCHEMATIC_COMPONENT
on gc.schematic_component_auto equals gsc.schematic_component_auto
join lc in _context.LU_COMPART_TYPE
on gsc.comparttype_auto equals lc.comparttype_auto
where gc.get_auto == get_auto &&
gc.active == true &&
gsc.active == true
select new
{
Id = gc.get_component_auto,
Name = lc.comparttype,
Make = gc.make_auto == null ? 0 : gc.make_auto.Value,
ObservationListId = gc.observation_list_auto == null ? 0 : gc.observation_list_auto.Value,
InitialLength = gc.initial_length.Value,
WornLength = gc.worn_length.Value,
PartNo = gc.part_no
}).ToList();
// If the Measurement Points have not been configured yet, show the template.
if (MPs_Detail.Count == 0)
{
for (int i = 0; i < MPs_Template.Count; i++)
{
result.Add(new MeasurementPointDetails
{
Id = MPs_Template[i].Id,
Name = MPs_Template[i].Name,
Make = MPs_Template[i].Make,
ObservationListId = MPs_Template[i].ObservationListId,
InitialLength = MPs_Template[i].InitialLength,
WornLength = MPs_Template[i].WornLength,
PartNo = MPs_Template[i].PartNo
});
}
}
else
{
// Show the details.
for (int i = 0; i < MPs_Detail.Count; i++)
{
result.Add(new MeasurementPointDetails
{
Id = MPs_Detail[i].Id,
Name = MPs_Detail[i].Name,
Make = MPs_Detail[i].Make,
ObservationListId = MPs_Detail[i].ObservationListId,
InitialLength = MPs_Detail[i].InitialLength,
WornLength = MPs_Detail[i].WornLength,
PartNo = MPs_Detail[i].PartNo
});
}
}
}
return(result);
}