/// <inheritdoc />
public CompetitiveMap Convert(CompetitiveMapDTO value, object state)
{
var entity = new UnknownCompetitiveMap();
this.Merge(entity, value, state);
return(entity);
}
/// <summary>Converts the given object of type <see cref="CompetitiveMapDataContract"/> to an object of type <see cref="CompetitiveMap"/>.</summary>
/// <param name="value">The value to convert.</param>
/// <param name="state"></param>
/// <returns>The converted value.</returns>
public CompetitiveMap Convert(CompetitiveMapDataContract value, object state)
{
if (value == null)
{
throw new ArgumentNullException("value", "Precondition: value != null");
}
// Create a new map object
CompetitiveMap competitiveMap;
IConverter <CompetitiveMapDataContract, CompetitiveMap> converter;
if (this.typeConverters.TryGetValue(value.Type, out converter))
{
competitiveMap = converter.Convert(value, state);
}
else
{
competitiveMap = new UnknownCompetitiveMap();
}
// Set the scoreboard
var scores = value.Scores;
if (scores != null && scores.Length == 3)
{
competitiveMap.Scores = this.converterForScoreboard.Convert(scores, state);
}
// Set the status of each objective
var objectiveDataContracts = value.Objectives;
if (objectiveDataContracts != null)
{
var objectives = new List <Objective>(objectiveDataContracts.Count);
objectives.AddRange(objectiveDataContracts.Select(value1 => this.converterForObjective.Convert(value1, state)));
competitiveMap.Objectives = objectives;
}
// Set the status of each map bonus
var bonusDataContracts = value.Bonuses;
if (bonusDataContracts != null)
{
var bonuses = new List <MapBonus>(bonusDataContracts.Count);
bonuses.AddRange(bonusDataContracts.Select(value1 => this.converterForMapBonus.Convert(value1, state)).Where(mapBonus => mapBonus != null));
competitiveMap.Bonuses = bonuses;
}
// Return the map object
return(competitiveMap);
}
// Implement this method in a buddy class to set properties that are specific to 'UnknownCompetitiveMap' (if any) partial void Merge(UnknownCompetitiveMap entity, CompetitiveMapDTO dto, object state);
