/// <summary>
/// todoComment
/// </summary>
/// <returns></returns>
protected Boolean Calculate()
{
this.Results.Clear();
if (Parameters.Exists("calculateFromMethod"))
{
if (!CalculateFromMethod(Parameters.Get("calculateFromMethod").ToString()))
{
TLogging.Log("ERROR: could not calculate from method (or report was cancelled).");
return(false);
}
}
else
{
TRptDataCalcHeaderFooter calcHeaderFooter = new TRptDataCalcHeaderFooter(this, -1, -1, 0, 0);
calcHeaderFooter.Calculate(CurrentReport.pagefield, CurrentReport.pageswitch);
InitColumnCaptions();
TRptDataCalcLevel calclevel = new TRptDataCalcLevel(this, 0, -1, 0, 0);
if ((calclevel.Calculate(CurrentReport.GetLevel("main"), 0) == -1) || (Parameters.Get("CancelReportCalculation").ToBool() == true))
{
TLogging.Log("ERROR: could not calculate main level (or report was cancelled).");
return(false);
}
InitColumnLayout();
}
// call after calculating, because new parameters will be added
InitDetailReports();
return(true);
}
public async Task <IActionResult> GetSingleCurrentReport(int spotId)
{
// create a new instance of the buoy finder class
BuoyFinder buoyFinder = new BuoyFinder();
// find the beach requested
Beach beach = _context.Beach.Single(b => b.BeachId == spotId);
// find buoys closest to the beach
List <Buoy> matchingBuoys = buoyFinder.MatchBuoys(beach.Latitude, beach.Longtitude);
// create an empty list to hold beach reports
List <CurrentBeachReport> currentBeachReports = new List <CurrentBeachReport>();
// itterate through the matching buoys.
// this loop will populate our currentBeachReports list
foreach (Buoy b in matchingBuoys)
{
// generate report for current buoy
CurrentReport currentReport = await MakeCurrentReport.GetAsync(b);
// create beach report with buoy report data and beach data
CurrentBeachReport currentBeachReport = new CurrentBeachReport(beach, currentReport);
// add beach report to the list
currentBeachReports.Add(currentBeachReport);
}
// return the report data
return(Ok(currentBeachReports));
}
public static async Task <CurrentReport> GetAsync(Buoy buoy)
{
CurrentReport currentReport = new CurrentReport(buoy.Name, buoy.NbdcId);
SpecData specData = new SpecData();
string buoyStandardId = (buoy.NbdcId).ToUpper() + ".txt";
string buoySpecId = (buoy.NbdcId).ToUpper() + ".spec";
string standardReportText = await GetBuoyData.FetchAsync(buoyStandardId);
string spectralReportText = await GetBuoyData.FetchAsync(buoySpecId);
string firstCharSpec = (spectralReportText[0]).ToString();
string firstCharStandard = (standardReportText[0].ToString());
StandardData standardReport = ParseCurrentStandard.Get(standardReportText, buoy.NbdcId);
if (firstCharSpec != "<" && firstCharStandard != "<")
{
specData = ParseCurrentSpec.Get(spectralReportText, buoy.NbdcId);
currentReport = new CurrentReport(buoy.Name, buoy.NbdcId, standardReport, specData);
}
else if (firstCharStandard != "<")
{
currentReport = new CurrentReport(buoy.Name, buoy.NbdcId, standardReport);
}
return(currentReport);
}
public async Task <IActionResult> GetClosestCurrentReport(string lat, string lon)
{
// create new instances of bouyFinder and spotFinder classes
BuoyFinder buoyFinder = new BuoyFinder();
SpotFinder spotFinder = new SpotFinder();
// get the closest beach by using the lat/long passed in by the user
Beach closestSpot = spotFinder.FindSpot(lat, lon);
// get a list of buoys that are close to the beach
List <Buoy> matchingBuoys = buoyFinder.MatchBuoys(closestSpot.Latitude, closestSpot.Longtitude);
// create empty list for hold current beach reports
List <CurrentBeachReport> currentBeachReports = new List <CurrentBeachReport>();
// itterate through the list of buoys
foreach (Buoy b in matchingBuoys)
{
// get report from current buoy
CurrentReport currentReport = await MakeCurrentReport.GetAsync(b);
// compile data from closestSpot object and currentReport object into
// currentBeachReport object with contructor function
CurrentBeachReport currentBeachReport = new CurrentBeachReport(closestSpot, currentReport);
// add beach report object to list
currentBeachReports.Add(currentBeachReport);
}
// return reports
return(Ok(currentBeachReports));
}
/// <summary>
/// 将报表转换成图片
/// </summary>
/// <returns></returns>
public Image ConvertReportToImage()
{
Stream imageStream = new MemoryStream();
_currentReport.DataSource = _ds;
CurrentReport.ExportToImage(imageStream, ImageFormat.Png);
return(Image.FromStream(imageStream));
}
private void Next()
{
if (_valuePane.CurrentFailure == null)
{
return;
}
int skipped = 0;
int updated = 0;
try
{
while (CurrentReport.Next())
{
var next = CurrentReport.Current;
//prefer rules that say we should update the database with redacted over rules that say we should ignore the problem
if (!Updater.OnLoad(null, next, out _))
{
updated++;
}
else if (!Ignorer.OnLoad(next, out _))
{
skipped++;
}
else
{
SetupToShow(next);
break;
}
}
}
catch (Exception e)
{
ShowException("Error moving to next record", e);
}
if (CurrentReport.Exhausted)
{
ShowMessage("End", "End of Failures");
}
StringBuilder info = new StringBuilder();
info.Append(CurrentReport.DescribeProgress());
if (skipped > 0)
{
info.Append(" Skipped " + skipped);
}
if (updated > 0)
{
info.Append(" Auto Updated " + updated);
}
_info.Text = info.ToString();
}
public async Task <IActionResult> GetCurrentBuoyData(string nbdcId)
{
// retreive buoy information from database
Buoy buoy = _context.Buoy.Single(b => b.NbdcId == nbdcId);
// use buoy data to retreive current report data
CurrentReport currentReport = await MakeCurrentReport.GetAsync(buoy);
// return current report
return(Ok(currentReport));
}
private void GoTo(int page)
{
if (CurrentReport == null)
{
return;
}
try
{
CurrentReport.GoTo(page);
_info.Text = CurrentReport.DescribeProgress();
SetupToShow(CurrentReport.Current);
}
catch (Exception e)
{
ShowException("Failed to GoTo", e);
}
}
public override void update()
{
CswNbtMetaDataNodeType ReportsNodeType = _CswNbtSchemaModTrnsctn.MetaData.getNodeType( "Report" );
if( null != ReportsNodeType )
{
foreach( CswNbtObjClassReport CurrentReport in ReportsNodeType.getNodes( false, true ) )
{
if( "Deficient Inspections" == CurrentReport.NodeName )
{
CurrentReport.ReportName.Text = "Deficient Inspections (Demo)";
CurrentReport.IsDemo = true;
CurrentReport.postChanges( true );
break;
}
}
}
} // update()
public async Task <IActionResult> GetClosestCurrentReports(string lat, string lon, int spotCount)
{
// create new instances of spot finder and buoy finder classes
SpotFinder spotFinder = new SpotFinder();
BuoyFinder buoyFinder = new BuoyFinder();
// create empty lists to hold matched buoys, currentBeachReports
// and matchedBuoyReports
List <Buoy> matchedBuoys = new List <Buoy>();
List <CurrentReport> matchedBuoyReports = new List <CurrentReport>();
List <CurrentBeachReport> currentBeachReport = new List <CurrentBeachReport>();
// get the list of spots corresponding to user location and spotCount int
List <SpotDistanceFromUser> spotsWithUserDistance = spotFinder.FindSpots(lat, lon, spotCount);
// itterate through objects containing
// beach info and distance from users location.
// This loop will populate the matchedBuoys list
// with buoys near the users location
foreach (SpotDistanceFromUser obj in spotsWithUserDistance)
{
// get lat and long for current beach
string beachLat = obj.Beach.Latitude;
string beachLon = obj.Beach.Longtitude;
// get a list of buoys that are within range of the current beach
List <Buoy> matchingBuoys = buoyFinder.MatchBuoys(beachLat, beachLon);
// itterate through the matching buoys
foreach (Buoy b in matchingBuoys)
{
// add current buoy to list of matched buoys
matchedBuoys.Add(b);
}
}
// using linq statements, eliminate duplicate buoys.
// this groups the buoys their id, then selects only
// one buoy if there are multiple buoys with the same id.
matchedBuoys = matchedBuoys.GroupBy(mb => mb.BuoyId).Select(mb => mb.First()).ToList();
// itterate through the list of buoys close to the user.
// this loop populates the list of matched buoy reports
foreach (Buoy b in matchedBuoys)
{
// get the report for the current buoy
CurrentReport currentReport = await MakeCurrentReport.GetAsync(b);
// add report to list
matchedBuoyReports.Add(currentReport);
}
// itterate again through the list of beaches close to the user.
// This loop will populate our currentBeachReport list. This logic is
// executed independently of the first itteration of this list to avoid
// making duplicate http calls for buoys
foreach (SpotDistanceFromUser obj in spotsWithUserDistance)
{
// get lat and long of current beach
string beachLat = obj.Beach.Latitude;
string beachLon = obj.Beach.Longtitude;
// get buoys in proximity of beach
List <Buoy> matchingBuoys = buoyFinder.MatchBuoys(beachLat, beachLon);
// itterate through the list of buoy reports
foreach (CurrentReport r in matchedBuoyReports)
{
// itterate through the list of matching buoys
foreach (Buoy b in matchingBuoys)
{
// if a buoy report matches one of the buoys in user proximity...
if (r.NbdcId == b.NbdcId)
{
// create a new currentBeachReport Object and return it
CurrentBeachReport report = new CurrentBeachReport(obj.Beach, r);
currentBeachReport.Add(report);
}
}
}
}
return(Ok(currentBeachReport));
}
private void ReportLoad()
{
rptViewer.ProcessingMode = ProcessingMode.Remote;
ServerReport serverReport = rptViewer.ServerReport;
serverReport.ReportServerUrl = new Uri(SystemConfigurations.Settings_ReportingServiceConfigurations.ReportServerURL);
serverReport.ReportServerCredentials = new ReportingServiceCredentials();
serverReport.ReportPath = SystemConfigurations.Settings_ReportingServiceConfigurations.ReportFolderPath + CurrentReport.ToString();
List <ReportParameter> parameters = SetReportPramter();
// Set the report parameters for the report
rptViewer.ServerReport.SetParameters(parameters);
dvReport.Visible = true;
rptViewer.DataBind();
rptViewer.ServerReport.Refresh();
}
internal static void LoadCurrentReport()
{
Damocles2Entities de = new Damocles2Entities(); //TODO: Maybe this should be a Static?
CurrentReport ce = de.CurrentReports.Where(cr => cr.ReportProcessed == false).FirstOrDefault();
if (ce == null) // Generate New Report
{
return;
}
if (!string.IsNullOrEmpty(ce.ImagePath))
{
Reporting.CurrentInternalReport.ImagePath = ce.ImagePath;
}
if (!string.IsNullOrEmpty(ce.LinkUrl))
{
Reporting.CurrentInternalReport.LinkUrl = ce.LinkUrl;
}
Reporting.CurrentInternalReport.LinkUrlARCXRating = (Reporting.CurrentInternalReport.ARCXRating)ce.LinkUrlARCXRating;
if (!string.IsNullOrEmpty(ce.LinkUrlFilename))
{
Reporting.CurrentInternalReport.LinkUrlFilename = ce.LinkUrlFilename;
}
if (!string.IsNullOrEmpty(ce.LinkUrl))
{
Reporting.CurrentInternalReport.LinkUrl = ce.LinkUrl;
}
Reporting.CurrentInternalReport.LinkUrlARCXRating = (Reporting.CurrentInternalReport.ARCXRating)ce.LinkUrlARCXRating;
if (!string.IsNullOrEmpty(ce.LinkUrlFilename))
{
Reporting.CurrentInternalReport.LinkUrlFilename = ce.LinkUrlFilename;
}
if (!string.IsNullOrEmpty(ce.LinkUrlHash))
{
Reporting.CurrentInternalReport.LinkUrlHash = ce.LinkUrlHash;
}
if (!string.IsNullOrEmpty(ce.PageUrl))
{
Reporting.CurrentInternalReport.PageUrl = ce.PageUrl;
}
if (!string.IsNullOrEmpty(ce.PageUrlFilename))
{
Reporting.CurrentInternalReport.PageUrlFilename = ce.PageUrlFilename;
}
if (!string.IsNullOrEmpty(ce.PageUrlHash))
{
Reporting.CurrentInternalReport.PageUrlHash = ce.PageUrlHash;
}
Reporting.CurrentUser.UserId = ce.ProcessingBy;
Reporting.CurrentInternalReport.ReportedBy = ce.ReportedBy;
Reporting.CurrentInternalReport.ReportedOn = ce.ReportedOn;
Reporting.CurrentInternalReport.ReportNumber = ce.ReportNumber;
Reporting.CurrentInternalReport.ReportSessionTime = ce.ReportSessionTime;
if (!string.IsNullOrEmpty(ce.SrcUrl))
{
Reporting.CurrentInternalReport.SrcUrl = ce.SrcUrl;
}
Reporting.CurrentInternalReport.SrcUrlARCXRating = (Reporting.CurrentInternalReport.ARCXRating)ce.SrcUrlARCXRating;
if (!string.IsNullOrEmpty(ce.SrcUrlFilename))
{
Reporting.CurrentInternalReport.SrcUrlFilename = ce.SrcUrlFilename;
}
if (!string.IsNullOrEmpty(ce.SrcUrlHash))
{
Reporting.CurrentInternalReport.SrcUrlHash = ce.SrcUrlHash;
}
if (!string.IsNullOrEmpty(ce.TrueLinkUrl))
{
Reporting.CurrentInternalReport.TrueLinkUrl = ce.TrueLinkUrl;
}
if (!string.IsNullOrEmpty(ce.TrueLinkUrlFilename))
{
Reporting.CurrentInternalReport.TrueLinkUrlFilename = ce.TrueLinkUrlFilename;
}
if (!string.IsNullOrEmpty(ce.TrueLinkUrlHash))
{
Reporting.CurrentInternalReport.TrueLinkUrlHash = ce.TrueLinkUrlHash;
}
}
internal static void SaveCurrentReport()
{
bool update = false;
Damocles2Entities de = new Damocles2Entities(); //TODO: Maybe this should be a Static?
CurrentReport ce = de.CurrentReports.Where(cr => cr.ReportNumber == Reporting.CurrentInternalReport.ReportNumber).FirstOrDefault();
if (ce == null) // Generate New Report
{
ce = new CurrentReport();
ce.ReportStartedOn = DateTime.UtcNow;
}
else
{
update = true;
ce.UpdatedOn = DateTime.UtcNow;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.ImagePath))
{
ce.ImagePath = Reporting.CurrentInternalReport.ImagePath;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.LinkUrl))
{
ce.LinkUrl = Reporting.CurrentInternalReport.LinkUrl;
}
ce.LinkUrlARCXRating = (int)Reporting.CurrentInternalReport.LinkUrlARCXRating;
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.LinkUrlFilename))
{
ce.LinkUrlFilename = Reporting.CurrentInternalReport.LinkUrlFilename;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.LinkUrl))
{
ce.LinkUrl = Reporting.CurrentInternalReport.LinkUrl;
}
ce.LinkUrlARCXRating = (int)Reporting.CurrentInternalReport.LinkUrlARCXRating;
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.LinkUrlFilename))
{
ce.LinkUrlFilename = Reporting.CurrentInternalReport.LinkUrlFilename;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.LinkUrlHash))
{
ce.LinkUrlHash = Reporting.CurrentInternalReport.LinkUrlHash;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.PageUrl))
{
ce.PageUrl = Reporting.CurrentInternalReport.PageUrl;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.PageUrlFilename))
{
ce.PageUrlFilename = Reporting.CurrentInternalReport.PageUrlFilename;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.PageUrlHash))
{
ce.PageUrlHash = Reporting.CurrentInternalReport.PageUrlHash;
}
ce.ProcessingBy = Reporting.CurrentUser.UserId;
ce.ReportedBy = Reporting.CurrentInternalReport.ReportedBy;
ce.ReportedOn = Reporting.CurrentInternalReport.ReportedOn;
if (Reporting.CurrentInternalReport.Completed)
{
ce.ReportEndedOn = DateTime.UtcNow;
}
ce.ReportNumber = Reporting.CurrentInternalReport.ReportNumber;
ce.ReportProcessed = Reporting.CurrentInternalReport.Completed;
ce.ReportSessionTime = Reporting.CurrentInternalReport.ReportSessionTime;
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.SrcUrl))
{
ce.SrcUrl = Reporting.CurrentInternalReport.SrcUrl;
}
ce.SrcUrlARCXRating = (int)Reporting.CurrentInternalReport.SrcUrlARCXRating;
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.SrcUrlFilename))
{
ce.SrcUrlFilename = Reporting.CurrentInternalReport.SrcUrlFilename;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.SrcUrlHash))
{
ce.SrcUrlHash = Reporting.CurrentInternalReport.SrcUrlHash;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.TrueLinkUrl))
{
ce.TrueLinkUrl = Reporting.CurrentInternalReport.TrueLinkUrl;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.TrueLinkUrlFilename))
{
ce.TrueLinkUrlFilename = Reporting.CurrentInternalReport.TrueLinkUrlFilename;
}
if (!string.IsNullOrEmpty(Reporting.CurrentInternalReport.TrueLinkUrlHash))
{
ce.TrueLinkUrlHash = Reporting.CurrentInternalReport.TrueLinkUrlHash;
}
if (!update)
{
de.CurrentReports.Add(ce);
}
de.SaveChanges(); //TODO: Probably should be using Asynchronous calls for all these
}
