/// <summary>
/// Get properties and add them to a list.
/// </summary>
/// <param name="obs"></param>
/// <returns></returns>
public static Dictionary <string, string> ExtractProperties(ISpeciesObservation obs)
{
Dictionary <string, string> propertyList = new Dictionary <string, string>();
string propertyValueAsString = null;
Type type = obs.GetType();
PropertyInfo[] propInfos = type.GetProperties();
for (int i = 0; i < propInfos.Length; i++)
{
PropertyInfo pi = (PropertyInfo)propInfos.GetValue(i);
string propName = pi.Name;
object propValue = pi.GetValue(obs, null);
if (propValue is ISpeciesObservationConservation || propValue is ISpeciesObservationEvent ||
propValue is ISpeciesObservationGeologicalContext ||
propValue is ISpeciesObservationIdentification || propValue is ISpeciesObservationLocation ||
propValue is ISpeciesObservationMeasurementOrFact ||
propValue is ISpeciesObservationOccurrence || propValue is ISpeciesObservationProject ||
propValue is ISpeciesObservationResourceRelationship ||
propValue is ISpeciesObservationTaxon)
{
PropertyInfo[] subSpeciesPropertyInfos = null;
if (propValue is ISpeciesObservationConservation)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationConservation).GetProperties();
}
else if (propValue is ISpeciesObservationEvent)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationEvent).GetProperties();
}
else if (propValue is ISpeciesObservationGeologicalContext)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationGeologicalContext).GetProperties();
}
else if (propValue is ISpeciesObservationIdentification)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationIdentification).GetProperties();
}
else if (propValue is ISpeciesObservationLocation)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationLocation).GetProperties();
}
else if (propValue is ISpeciesObservationMeasurementOrFact)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationMeasurementOrFact).GetProperties();
}
else if (propValue is ISpeciesObservationOccurrence)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationOccurrence).GetProperties();
}
else if (propValue is ISpeciesObservationProject)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationProject).GetProperties();
}
else if (propValue is ISpeciesObservationResourceRelationship)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationResourceRelationship).GetProperties();
}
else if (propValue is ISpeciesObservationTaxon)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationTaxon).GetProperties();
}
else
{
subSpeciesPropertyInfos = new PropertyInfo[] { };
}
//Add property
AddClassPropertiesToList(obs, subSpeciesPropertyInfos, propValue, propertyList);
}
else
{
propertyValueAsString = GetPropertyValueAsString(propValue);
propertyList.Add(propName, propertyValueAsString);
}
}
return(propertyList);
}
/// <summary>
/// Copies the data from observation to model.
/// The observation object contains hierarchical data, while the model is flat.
/// </summary>
/// <param name="observation">The observation.</param>
/// <param name="model">The model.</param>
/// <param name="speciesObservationFieldDescriptions"></param>
private void CopyDataFromObservationToModel(
ISpeciesObservation observation,
SpeciesObservationViewModel model,
ISpeciesObservationFieldDescriptionsViewModel speciesObservationFieldDescriptions)
{
// Create detalis list out of propery and resource string
Type type = observation.GetType();
PropertyInfo[] propInfos = type.GetProperties();
for (int i = 0; i < propInfos.Length; i++)
{
PropertyInfo pi = (PropertyInfo)propInfos.GetValue(i);
string propertyName = pi.Name;
object propValue = pi.GetValue(observation, null);
if (propValue is ISpeciesObservationConservation || propValue is ISpeciesObservationEvent ||
propValue is ISpeciesObservationGeologicalContext ||
propValue is ISpeciesObservationIdentification || propValue is ISpeciesObservationLocation ||
propValue is ISpeciesObservationMeasurementOrFact ||
propValue is ISpeciesObservationOccurrence || propValue is ISpeciesObservationProject ||
propValue is ISpeciesObservationResourceRelationship ||
propValue is ISpeciesObservationTaxon)
{
PropertyInfo[] subSpeciesPropertyInfos = null;
if (propValue is ISpeciesObservationConservation)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationConservation).GetProperties();
}
else if (propValue is ISpeciesObservationEvent)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationEvent).GetProperties();
}
else if (propValue is ISpeciesObservationGeologicalContext)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationGeologicalContext).GetProperties();
}
else if (propValue is ISpeciesObservationIdentification)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationIdentification).GetProperties();
}
else if (propValue is ISpeciesObservationLocation)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationLocation).GetProperties();
}
else if (propValue is ISpeciesObservationMeasurementOrFact)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationMeasurementOrFact).GetProperties();
}
else if (propValue is ISpeciesObservationOccurrence)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationOccurrence).GetProperties();
}
else if (propValue is ISpeciesObservationProject)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationProject).GetProperties();
}
else if (propValue is ISpeciesObservationResourceRelationship)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationResourceRelationship).GetProperties();
}
else if (propValue is ISpeciesObservationTaxon)
{
subSpeciesPropertyInfos = typeof(ISpeciesObservationTaxon).GetProperties();
}
CopyDataFromSubProperty(observation, subSpeciesPropertyInfos, propValue, model);
}
else
{
//Get string value for property
string propertyValue = GetPropertyValueAsString(propValue);
PropertyInfo modelPi;
if (ObservationDarwinCoreViewModelPropertiesDictionary.TryGetValue(propertyName, out modelPi))
{
modelPi.SetValue(model, propertyValue, null);
}
}
}
CopyProjectParametersToModel(observation, model, speciesObservationFieldDescriptions);
}