public FabriqueArbre(
IArbreConstruction arbre,
ElementConstructionDto elementsConstruction)
{
this.arbre = arbre;
this.elementsConstruction = elementsConstruction;
}
public BlockInfos(
string id,
EnumTypeBlock typeBlock,
ElementConstructionDto donnees)
{
this.id = id;
this.typeBlock = typeBlock;
this.donnees = donnees;
}
private async Task ConstruireAsync(
IEnumerable <Etat> etatsDebut,
IEnumerable <Etat> etatsFin,
ElementConstructionDto elementConstruction,
Dictionary <string, IConstructionElementArbre> dicoReferences = null)
{
try
{
switch (elementConstruction.TypeElement)
{
case EnumTypeElement.Chemin:
await ConstruireCheminAsync(
etatsDebut,
etatsFin,
elementConstruction as ElementCheminConstructionDto);
break;
case EnumTypeElement.Repetition:
await ConstruireRepetitionAsync(
etatsDebut,
etatsFin,
elementConstruction as ElementRepetitionConstructionDto,
dicoReferences);
break;
case EnumTypeElement.Sequence:
await ConstruireSequenceAsync(
etatsDebut,
etatsFin,
elementConstruction as SequenceElementsConstructionDto,
dicoReferences);
break;
case EnumTypeElement.ChoixMultiple:
await ConstruireChoixAsync(
etatsDebut,
etatsFin,
elementConstruction as ChoixElementsConstructionDto,
dicoReferences);
break;
case EnumTypeElement.Etiquette:
await ConstruireEtiquetteAsync(
etatsDebut,
etatsFin,
elementConstruction as ElementEtiquetteConstructionDto,
dicoReferences);
break;
case EnumTypeElement.Reference:
await ConstruireReferenceAsync(
etatsDebut,
etatsFin,
elementConstruction as ElementReferenceConstructionDto,
dicoReferences);
break;
default:
throw new ExceptionTechniqueArbreConstruction();
}
}
catch (Exception ex)
{
throw EncapsulerEtGererException <ExceptionTechniqueArbreConstruction>(
ex);
}
}
