/// <summary>
/// Convert address set
/// </summary>
internal List <Address> ConvertAddressSet(AddressSet addr)
{
List <Address> retVal = new List <Address>();
foreach (var use in Enum.GetValues(typeof(AddressSet.AddressSetUse)))
{
if (((int)use == 0 && addr.Use == 0) ^ ((int)use != 0 && addr.Use.HasFlag((AddressSet.AddressSetUse)use)))
{
Address adEntry = new Address();
// An address can have multiple uses
if ((AddressSet.AddressSetUse)use != AddressSet.AddressSetUse.Search)
{
adEntry.Use = new PrimitiveCode <string>(HackishCodeMapping.ReverseLookup(HackishCodeMapping.ADDRESS_USE, (AddressSet.AddressSetUse)use));
if (adEntry.Use == null || adEntry.Use.Value == null)
{
adEntry.Use = new PrimitiveCode <string>();
adEntry.Use.Extension.Add(ExtensionUtil.CreateADUseExtension((AddressSet.AddressSetUse)use));
}
}
foreach (var pt in addr.Parts)
{
switch (pt.PartType)
{
case AddressPart.AddressPartType.AddressLine:
case AddressPart.AddressPartType.StreetAddressLine:
adEntry.Line.Add(pt.AddressValue);
break;
case AddressPart.AddressPartType.City:
adEntry.City = pt.AddressValue;
break;
case AddressPart.AddressPartType.Country:
adEntry.Country = pt.AddressValue;
break;
case AddressPart.AddressPartType.PostalCode:
adEntry.Zip = pt.AddressValue;
break;
case AddressPart.AddressPartType.State:
adEntry.State = pt.AddressValue;
break;
default: // Can't find a place to put it and don't want to lose data ... so stuff it into an extension
adEntry.Extension.Add(ExtensionUtil.CreateADExtension(pt));
break;
}
}
retVal.Add(adEntry);
}
}
return(retVal);
}
/// <summary>
/// Convert telecom
/// </summary>
internal List <Telecom> ConvertTelecom(TelecommunicationsAddress tel)
{
var retVal = new List <Telecom>();
var use = MARC.Everest.Connectors.Util.Convert <SET <CS <TelecommunicationAddressUse> > >(tel.Use);
foreach (var instance in use)
{
// Add telecom
Telecom telInstance = new Telecom();
// Convert use adding additional data if needed
telInstance.Use = new PrimitiveCode <string>(HackishCodeMapping.ReverseLookup(HackishCodeMapping.TELECOM_USE, instance.Code));
if (telInstance.Use == null || telInstance.Use.Value == null)
{
telInstance.Use = new PrimitiveCode <string>();
telInstance.Use.Extension.Add(ExtensionUtil.CreateTELUseExtension((TelecommunicationAddressUse)instance.Code));
}
// Set values, etc
try
{
telInstance.Value = tel.Value;
switch (new Uri(telInstance.Value).Scheme)
{
case "mailto":
telInstance.System = new PrimitiveCode <string>("email");
break;
case "fax":
telInstance.System = new PrimitiveCode <string>("fax");
break;
case "tel":
telInstance.System = new PrimitiveCode <string>("phone");
break;
default:
telInstance.System = new PrimitiveCode <string>("url");
break;
}
}
catch { }
retVal.Add(telInstance);
}
return(retVal);
}
/// <summary>
/// Process a name set
/// </summary>
protected HumanName ConvertNameSet(NameSet name)
{
HumanName retVal = new HumanName();
if (name.Use != NameSet.NameSetUse.Search)
{
retVal.Use = new PrimitiveCode <string>(HackishCodeMapping.ReverseLookup(HackishCodeMapping.NAME_USE, name.Use));
if (String.IsNullOrEmpty(retVal.Use.Value))
{
retVal.Use.Extension.Add(ExtensionUtil.CreatePNUseExtension(name.Use));
}
}
foreach (var pt in name.Parts)
{
switch (pt.Type)
{
case NamePart.NamePartType.Family:
retVal.Family.Add(pt.Value);
break;
case NamePart.NamePartType.Given:
retVal.Given.Add(pt.Value);
break;
case NamePart.NamePartType.Prefix:
retVal.Prefix.Add(pt.Value);
break;
case NamePart.NamePartType.Suffix:
retVal.Suffix.Add(pt.Value);
break;
case NamePart.NamePartType.None:
retVal.Text = pt.Value;
break;
}
}
return(retVal);
}