/// <summary>
/// Get information about species observations
/// that has changed in the specified date range or
/// from a specified changeId.
/// Only date part of parameters changedFrom and changedTo
/// are used. It does not matter what time of day that is set
/// in parameters changedFrom and changedTo.
/// </summary>
/// <param name="changedFrom">
/// Changed from date.
/// </param>
/// <param name="isChangedFromSpecified">
/// Is changed from specified.
/// </param>
/// <param name="changedTo">
/// Changed to date.
/// </param>
/// <param name="isChangedToSpecified">
/// Is changed to specified.
/// </param>
/// <param name="changeId">
/// From witch change id.
/// </param>
/// <param name="isChangeIdspecified">
/// Is changed id specified.
/// </param>
/// <param name="maxReturnedChanges">
/// Max number of observations returned.
/// </param>
/// <param name="mappings">
/// The mapping list.
/// </param>
/// <param name="context">
/// The web service context.
/// </param>
/// <param name="connectorServer">
/// The connector service.
/// </param>
public void GetSpeciesObservationChange(DateTime changedFrom,
Boolean isChangedFromSpecified,
DateTime changedTo,
Boolean isChangedToSpecified,
Int64 changeId,
Boolean isChangeIdspecified,
Int64 maxReturnedChanges,
List <HarvestMapping> mappings,
WebServiceContext context,
IConnectorServer connectorServer)
{
SpeciesObservationChange speciesObservationChange = new SpeciesObservationChange
{
CreatedSpeciesObservations = new List <HarvestSpeciesObservation>(),
UpdatedSpeciesObservations = new List <HarvestSpeciesObservation>()
};
var stopwatch = Stopwatch.StartNew();
int sumNoOfCreated = 0, sumNoOfCreatedErrors = 0,
sumNoOfUpdated = 0, sumNoOfUpdatedErrors = 0,
sumNoOfDeleted = 0, sumNoOfDeletedErrors = 0;
KulProcess kulProcess = new KulProcess();
WebSpeciesObservationDataProvider dataProvider = GetSpeciesObservationDataProvider(context);
Stopwatch stopwatch1 = Stopwatch.StartNew();
WebSpeciesObservationChange webSpeciesObservationChange = WebServiceProxy.KulService.GetSpeciesObservationChangeAsSpecies(changedFrom,
isChangedFromSpecified,
changedTo,
isChangedToSpecified,
changeId,
isChangeIdspecified,
maxReturnedChanges);
Debug.WriteLine("Harvest: " + DateTime.Now.ToLongTimeString() + " - Time: " + TimeSpan.FromMilliseconds(stopwatch1.ElapsedMilliseconds).TotalMinutes + " Minutes");
// LOOP OVER CHANGEID
// Denna verkar inte klara mer än ca 100 obsar så det behövs en loop över dessa...
Int32 readSize = 0;
Int64 currentChangeId = 0;
int j = 0;
while ((readSize++ < 50) && (currentChangeId < webSpeciesObservationChange.MaxChangeId))
{
currentChangeId = webSpeciesObservationChange.MaxChangeId;
context.GetSpeciesObservationDatabase().SetMaxChangeId(dataProvider.Id, webSpeciesObservationChange.MaxChangeId);
// CREATED
AddNewSpeciesObservations(webSpeciesObservationChange, speciesObservationChange, kulProcess, mappings, context, connectorServer, dataProvider, out sumNoOfCreated, out sumNoOfCreatedErrors);
/* int i = 0;
* int noOfCreated, noOfCreatedErrors;
* foreach (Proxy.KulService.WebSpeciesObservation kulSpeciesObservation in webSpeciesObservationChange.CreatedSpeciesObservations)
* {
* WebData webData = new WebData { DataFields = new List<WebDataField>() };
*
* foreach (WebSpeciesObservationField webSpeciesObservationField in kulSpeciesObservation.Fields)
* {
* WebDataField webDataField = new WebDataField
* {
* Information = webSpeciesObservationField.Information,
* Name = webSpeciesObservationField.Property.Id.ToString(),
* Type = (WebDataType)webSpeciesObservationField.Type,
* Unit = webSpeciesObservationField.Unit,
* Value = webSpeciesObservationField.Value.CheckInjection()
* };
*
* if (webDataField.IsNotNull())
* {
* webData.DataFields.Add(webDataField);
* }
* }
*
* // map webdata
* HarvestSpeciesObservation harvestSpeciesObservation = kulProcess.ProcessObservation(webData, mappings, context);
*
* speciesObservationChange.CreatedSpeciesObservations.Add(harvestSpeciesObservation);
*
* if (decimal.Remainder(++i, 1000) != 0)
* {
* continue;
* }
*
* // write every 10000 observation to database to avoid memory problems
* connectorServer.UpdateSpeciesObservations(context, speciesObservationChange.CreatedSpeciesObservations, dataProvider, out noOfCreated, out noOfCreatedErrors);
*
* sumNoOfCreated += noOfCreated;
* sumNoOfCreatedErrors += noOfCreatedErrors;
* speciesObservationChange.CreatedSpeciesObservations.Clear();
* }
*
* connectorServer.UpdateSpeciesObservations(context, speciesObservationChange.CreatedSpeciesObservations, dataProvider, out noOfCreated, out noOfCreatedErrors);
*
* sumNoOfCreated += noOfCreated;
* sumNoOfCreatedErrors += noOfCreatedErrors;
* speciesObservationChange.CreatedSpeciesObservations.Clear();
*/
// UPDATED
int i = 0;
int noOfUpdated, noOfUpdatedErrors;
foreach (Proxy.KulService.WebSpeciesObservation kulSpeciesObservation in webSpeciesObservationChange.UpdatedSpeciesObservations)
{
WebData webData = new WebData {
DataFields = new List <WebDataField>()
};
foreach (WebSpeciesObservationField webSpeciesObservationField in kulSpeciesObservation.Fields)
{
WebDataField webDataField = new WebDataField
{
Information = webSpeciesObservationField.Information,
Name = webSpeciesObservationField.Property.Id.ToString(),
Type = (WebDataType)webSpeciesObservationField.Type,
Unit = webSpeciesObservationField.Unit,
Value = webSpeciesObservationField.Value.CheckInjection()
};
if (webDataField.IsNotNull())
{
webData.DataFields.Add(webDataField);
}
}
// map webdata
HarvestSpeciesObservation harvestSpeciesObservation = kulProcess.ProcessObservation(webData, mappings, context);
speciesObservationChange.UpdatedSpeciesObservations.Add(harvestSpeciesObservation);
if (decimal.Remainder(++i, 1000) != 0)
{
continue;
}
// write every 10000 observation to database to avoid memory problems
connectorServer.UpdateSpeciesObservations(context, speciesObservationChange.UpdatedSpeciesObservations, dataProvider, out noOfUpdated, out noOfUpdatedErrors);
sumNoOfUpdated += noOfUpdated;
sumNoOfUpdatedErrors += noOfUpdatedErrors;
speciesObservationChange.UpdatedSpeciesObservations.Clear();
}
connectorServer.UpdateSpeciesObservations(context, speciesObservationChange.UpdatedSpeciesObservations, dataProvider, out noOfUpdated, out noOfUpdatedErrors);
sumNoOfCreated += noOfUpdated;
sumNoOfCreatedErrors += noOfUpdatedErrors;
speciesObservationChange.UpdatedSpeciesObservations.Clear();
// DELETED
this.RemoveDeletedSpeciesObservations(webSpeciesObservationChange, speciesObservationChange, kulProcess, mappings, context, connectorServer, dataProvider, out sumNoOfDeleted, out sumNoOfDeletedErrors);
/*
* i = 0;
* int noOfDeleted = 0, noOfDeletedErrors = 0;
* speciesObservationChange.DeletedSpeciesObservationGuids = new List<String>();
*
* foreach (String kulSpeciesObservation in webSpeciesObservationChange.DeletedSpeciesObservationGuids)
* {
* // if (adsSpeciesObservation.DatabaseId == 99) continue;
* String id = kulSpeciesObservation.Substring(kulSpeciesObservation.LastIndexOf('.') + 1);
* speciesObservationChange.DeletedSpeciesObservationGuids.Add(id);
*
* if (decimal.Remainder(++i, 1000) != 0)
* {
* continue;
* }
*
* // write every 10000 observation to database to avoid memory problems
* connectorServer.DeleteSpeciesObservations(
* context,
* speciesObservationChange.DeletedSpeciesObservationGuids,
* dataProvider,
* out noOfDeleted,
* out noOfDeletedErrors);
* sumNoOfDeleted += noOfDeleted;
* sumNoOfDeletedErrors += noOfDeletedErrors;
* speciesObservationChange.DeletedSpeciesObservationGuids.Clear();
* }
*
* // write remaining observations to database
* connectorServer.DeleteSpeciesObservations(
* context,
* speciesObservationChange.DeletedSpeciesObservationGuids,
* dataProvider,
* out noOfDeleted,
* out noOfDeletedErrors);
* sumNoOfDeleted += noOfDeleted;
* sumNoOfDeletedErrors += noOfDeletedErrors;
* speciesObservationChange.DeletedSpeciesObservationGuids.Clear();
*/
// HANDLE LOOP OVER CHANGEID
webSpeciesObservationChange = WebServiceProxy.KulService.GetSpeciesObservationChangeAsSpecies(changedFrom,
isChangedFromSpecified,
changedTo,
isChangedToSpecified,
webSpeciesObservationChange.MaxChangeId + 1,
isChangeIdspecified,
maxReturnedChanges);
if (decimal.Remainder(++j, 10) != 0)
{
continue;
}
Debug.WriteLine(webSpeciesObservationChange.MaxChangeId + " : count created: " + sumNoOfCreated);
}
Debug.WriteLine("end :" + webSpeciesObservationChange.MaxChangeId + " : count created: " + sumNoOfCreated);
// Log latest harvest date for the data provider
// Use changeFrom since changedTo is calculated (+1 day)
context.GetSpeciesObservationDatabase().SetDataProviderLatestHarvestDate(dataProvider.Id, changedFrom);
context.GetSpeciesObservationDatabase()
.LogHarvestRead(context, dataProvider, changedFrom, changedTo, stopwatch.ElapsedMilliseconds, sumNoOfCreated, sumNoOfCreatedErrors, sumNoOfUpdated, sumNoOfUpdatedErrors, sumNoOfDeleted, sumNoOfDeletedErrors, currentChangeId);
stopwatch.Stop();
}
/// <summary> The add new species observations. </summary>
/// <param name="webSpeciesObservationChange"> The web species observation change. </param>
/// <param name="speciesObservationChange"> The species observation change. </param>
/// <param name="kulProcess"> The kul Process. </param>
/// <param name="mappings"> The mappings. </param>
/// <param name="context"> The context. </param>
/// <param name="connectorServer"> The connector Server. </param>
/// <param name="dataProvider"> The data Provider. </param>
/// <param name="sumNoOfCreated"> The sum No Of Created. </param>
/// <param name="sumNoOfCreatedErrors"> The sum No Of Created Errors. </param>
private void AddNewSpeciesObservations(
WebSpeciesObservationChange webSpeciesObservationChange,
SpeciesObservationChange speciesObservationChange,
KulProcess kulProcess,
List <HarvestMapping> mappings,
WebServiceContext context,
IConnectorServer connectorServer,
WebSpeciesObservationDataProvider dataProvider,
out int sumNoOfCreated,
out int sumNoOfCreatedErrors)
{
int observationCount = 0;
int noOfCreated, noOfCreatedErrors;
sumNoOfCreated = 0;
sumNoOfCreatedErrors = 0;
foreach (Proxy.KulService.WebSpeciesObservation kulSpeciesObservation in webSpeciesObservationChange.CreatedSpeciesObservations)
{
WebData webData = new WebData {
DataFields = new List <WebDataField>()
};
foreach (WebSpeciesObservationField webSpeciesObservationField in kulSpeciesObservation.Fields)
{
WebDataField webDataField = new WebDataField
{
Information = webSpeciesObservationField.Information,
Name = webSpeciesObservationField.Property.Id.ToString(),
Type = (WebDataType)webSpeciesObservationField.Type,
Unit = webSpeciesObservationField.Unit,
Value = webSpeciesObservationField.Value.CheckInjection()
};
webData.DataFields.Add(webDataField);
}
// map webdata
HarvestSpeciesObservation harvestSpeciesObservation = kulProcess.ProcessObservation(webData, mappings, context);
speciesObservationChange.CreatedSpeciesObservations.Add(harvestSpeciesObservation);
if (decimal.Remainder(++observationCount, 1000) != 0)
{
continue;
}
// write every 10000 observation to database to avoid memory problems
connectorServer.UpdateSpeciesObservations(context, speciesObservationChange.CreatedSpeciesObservations, dataProvider, out noOfCreated, out noOfCreatedErrors);
sumNoOfCreated += noOfCreated;
sumNoOfCreatedErrors += noOfCreatedErrors;
speciesObservationChange.CreatedSpeciesObservations.Clear();
}
connectorServer.UpdateSpeciesObservations(context, speciesObservationChange.CreatedSpeciesObservations, dataProvider, out noOfCreated, out noOfCreatedErrors);
sumNoOfCreated += noOfCreated;
sumNoOfCreatedErrors += noOfCreatedErrors;
speciesObservationChange.CreatedSpeciesObservations.Clear();
}