private FixedLengthTypeMapperSelector getTypeMapperSelector()
{
var selector = new FixedLengthTypeMapperSelector();
selector.WithDefault(getRecordTypeMapper());
selector.When(x => x.Length == 28).Use(getHeaderTypeMapper());
selector.When(x => x.Length == 25).Use(getFooterTypeMapper());
return(selector);
}
private static async Task ProcessLandingFacilityData(ContainerResponse container, string path)
{
var selector = new FixedLengthTypeMapperSelector();
selector.When(s => s.StartsWith("APT")).Use(LandingFacilityMapper.GetLandingFacilityDataMapper());
selector.When(s => s.StartsWith("ATT"))
.Use(LandingFacilityMapper.GetFacilityAttendanceScheduleDataMapper());
selector.When(s => s.StartsWith("RWY")).Use(LandingFacilityMapper.GetFacilityRunwayDataMapper());
selector.When(s => s.StartsWith("ARS"))
.Use(LandingFacilityMapper.GetRunwayArrestingSystemDataMapper());
selector.When(s => s.StartsWith("RMK")).Use(LandingFacilityMapper.GetFacilityRemarkDataMapper());
var mapit = new StringBuilder();
using var reader = new StreamReader(File.OpenRead($@"{path}\APT.txt"));
var flr = selector.GetReader(reader);
LandingFacilityData airport = null;
while (flr.Read())
{
switch (flr.Current)
{
case LandingFacilityData landingFacilityData:
if (airport != null)
{
if (Coordinate.TryParse($"{airport.AirportReferencePointLongitudeFormatted} {airport.AirportReferencePointLatitudeFormatted}", out Coordinate c))
{
airport.Location = new Point(c.Longitude.DecimalDegree, c.Latitude.DecimalDegree);
}
airport.id = $"{airport.LandingFacilitySiteNumber}|{airport.LandingFacilityType}";
try
{
var readResponse = await container.Container.ReadItemAsync <LandingFacilityData>(airport.id, new PartitionKey(airport.RecordTypeIndicator));
var replaceResponse = await container.Container.ReplaceItemAsync <LandingFacilityData>(airport, airport.id, new PartitionKey(airport.RecordTypeIndicator));
Console.WriteLine($"Replaced {airport.LocationIdentifier}");
}
catch (CosmosException ex) when(ex.StatusCode == HttpStatusCode.NotFound)
{
// Save the record to the DB
var airportResponse = await container.Container.CreateItemAsync <LandingFacilityData>(airport, new PartitionKey(airport.RecordTypeIndicator));
Console.WriteLine($"Created {airport.LocationIdentifier}");
}
}
airport = landingFacilityData;
break;
case FacilityAttendanceScheduleData fa:
airport.AttendanceSchedule ??= new List <FacilityAttendanceScheduleData>();
airport.AttendanceSchedule.Add(fa);
break;
case FacilityRunwayData runway:
airport.Runways ??= new List <FacilityRunwayData>();
airport.Runways.Add(runway);
break;
case RunwayArrestingSystemData ras:
airport.ArrestingSystems ??= new List <RunwayArrestingSystemData>();
airport.ArrestingSystems.Add(ras);
break;
case FacilityRemarkData remark:
airport.Remarks ??= new List <FacilityRemarkData>();
airport.Remarks.Add(remark);
break;
default:
throw new Exception("Not found");
}
}
}
private static async Task ProcessNavaidData(ContainerResponse container, string path)
{
var selector = new FixedLengthTypeMapperSelector();
selector.When(s => s.StartsWith("NAV1")).Use(NavaidMapper.GetNavaidMapper());
selector.When(s => s.StartsWith("NAV2"))
.Use(NavaidMapper.GetNavaidRemarksMapper());
selector.When(s => s.StartsWith("NAV3")).Use(NavaidMapper.GetAirspaceFixesAssociatedWithNavaidMapper());
selector.When(s => s.StartsWith("NAV4"))
.Use(NavaidMapper.GetHoldingPatternMapper());
selector.When(s => s.StartsWith("NAV5")).Use(NavaidMapper.GetFanmarkerMapper());
selector.When(s => s.StartsWith("NAV6")).Use(NavaidMapper.GetReceiverCheckpointMapper());
var mapit = new StringBuilder();
using var reader = new StreamReader(File.OpenRead($@"{path}\NAV.txt"));
var flr = selector.GetReader(reader);
Navaid navaid = null;
while (flr.Read())
{
switch (flr.Current)
{
case Navaid navaidData:
if (navaid != null)
{
if (Coordinate.TryParse($"{navaid.NavaidLongitudeFormatted} {navaid.NavaidLatitudeFormatted}", out Coordinate c))
{
navaid.Location = new Point(c.Longitude.DecimalDegree, c.Latitude.DecimalDegree);
}
navaid.id = $"{navaid.NavaidFacilityIdentifier}|{navaid.NavaidFacilityType.Replace("/", string.Empty)}|{navaid.CityAssociatedWithTheNavaid}";
navaid.RecordTypeIndicator = "NAVAID";
try
{
var readResponse = await container.Container.ReadItemAsync <Navaid>(navaid.id, new PartitionKey("NAVAID"));
var replaceResponse = await container.Container.ReplaceItemAsync <Navaid>(navaid, navaid.id, new PartitionKey("NAVAID"));
Console.WriteLine($"Replaced {navaid.NavaidFacilityIdentifier}");
}
catch (CosmosException ex) when(ex.StatusCode == HttpStatusCode.NotFound)
{
// Save the record to the DB
var navaidResponse = await container.Container.CreateItemAsync <Navaid>(navaid, new PartitionKey("NAVAID"));
Console.WriteLine($"Created {navaid.NavaidFacilityIdentifier}");
}
}
navaid = navaidData;
break;
case NavaidRemark remark:
navaid.Remarks ??= new List <NavaidRemark>();
navaid.Remarks.Add(remark);
break;
case AirspaceFixAssociatedWithNavaid asf:
navaid.AirspaceFixes ??= new List <AirspaceFixAssociatedWithNavaid>();
navaid.AirspaceFixes.Add(asf);
break;
case HoldingPattern holdingPattern:
navaid.HoldingPatterns ??= new List <HoldingPattern>();
navaid.HoldingPatterns.Add(holdingPattern);
break;
case FanMarkerAssociatedwithnavaid fanMarker:
navaid.FanMarkers ??= new List <FanMarkerAssociatedwithnavaid>();
navaid.FanMarkers.Add(fanMarker);
break;
case VorReceiverCheckpointAssociatedWithNavaid rcvr:
navaid.VorReceivers ??= new List <VorReceiverCheckpointAssociatedWithNavaid>();
navaid.VorReceivers.Add(rcvr);
break;
default:
throw new Exception("Not found");
}
}
}
