public void ConvertBase(string inPath, string outIngredientsPath, string outCategoriesPath)
{
FileInfo existingFile = new FileInfo(inPath);
ListeCategories categories = new ListeCategories();
ListeIngredients ingredients = new ListeIngredients();
int indexCategorie = 1, indexIngredient = 1;
Categorie currentCat = null;
using (StreamWriter databaseFileXML = new StreamWriter(outIngredientsPath))
{
using (ExcelPackage package = new ExcelPackage(existingFile))
{
for (int worksheetIndex = 1; worksheetIndex <= 8; worksheetIndex++)
{
ExcelWorksheet worksheet = package.Workbook.Worksheets[worksheetIndex];
Scan(worksheet, 1, databaseFileXML, ref currentCat, ingredients, categories, ref indexCategorie, ref indexIngredient);
Scan(worksheet, 3, databaseFileXML, ref currentCat, ingredients, categories, ref indexCategorie, ref indexIngredient);
}
}
}
XMLPersistIngredients IngredientsXMLPersister = new XMLPersistIngredients();
IngredientsXMLPersister.Save(ingredients, outIngredientsPath);
XMLPersistCategories categoriesXMLPersister = new XMLPersistCategories();
categoriesXMLPersister.Save(categories, outCategoriesPath);
}
public void ChargerBase(string inIngredientsPath)
{
ListeIngredients ingredients = new ListeIngredients();
XMLPersistIngredients IngredientsXMLPersister = new XMLPersistIngredients();
IngredientsBase = IngredientsXMLPersister.Load(ingredients, inIngredientsPath).Ingredients.OrderBy(x => x.Nom).ToList();
IngredientsBaseFiltre = IngredientsBase;
}
public void Save(ListeIngredients ingredients, string fileName)
{
XmlSerializer mySerializer = new XmlSerializer(typeof(ListeIngredients));
// To write to a file, create a StreamWriter object.
StreamWriter myWriter = new StreamWriter(fileName);
mySerializer.Serialize(myWriter, ingredients);
myWriter.Close();
}
public ListeIngredients Load(ListeIngredients ingredients, string fileName)
{
// Constructs an instance of the XmlSerializer with the type
// of object that is being deserialized.
XmlSerializer mySerializer = new XmlSerializer(typeof(ListeIngredients));
// To read the file, creates a FileStream.
FileStream myFileStream = new FileStream(fileName, FileMode.Open);
// Calls the Deserialize method and casts to the object type.
ingredients = (ListeIngredients)mySerializer.Deserialize(myFileStream);
myFileStream.Close();
return(ingredients);
}
private void Scan(ExcelWorksheet worksheet, int col, StreamWriter databaseFileXML, ref Categorie currentCat, ListeIngredients ingredients, ListeCategories categories, ref int indexCategorie, ref int indexIngredient)
{
object line = null;
int index = 1;
IngredientBase ingredient = null;
while ((line = worksheet.Cells[index, col].Value) != null)
{
string col1 = worksheet.Cells[index, col].Value.ToString();
object col2Obj = null;
if ((col2Obj = worksheet.Cells[index++, col + 1].Value) != null)
{
string col2 = col2Obj.ToString();
if (col2.Trim().CompareTo("CAT") != -1)
{
currentCat = new Categorie()
{
Id = indexCategorie++, Nom = col1.Trim()
};
categories.Categories.Add(currentCat);
//databaseFileXML.WriteLine(currentCat.Nom);
}
else
{
string nom = col1.ToString();
if (nom.Contains("Option Plus"))
{
// Option plus
// Récupérer l'ingrédient précédent !
// Lui ajouter l'option plus
if (ingredient != null)
{
ingredient.OptionPlus = int.Parse(col2.ToString().Trim());
ingredient.OptionPlusPossible = true;
}
}
else
{
var nomSplit = col1.ToString().Split(new[] { ',' }, 2);
ingredient = ingredients.Ingredients.FirstOrDefault(s => s.Nom == nomSplit[0].Trim());
if (ingredient == null)
{
ingredient = new IngredientBase()
{
Id = indexIngredient++, Nom = nomSplit[0].Trim(), Categorie = currentCat
};
ingredients.Ingredients.Add(ingredient);
}
ingredient.QuantitesPoints.Add(new QuantitePoint()
{
Quantite = (nomSplit.GetLength(0) > 1 ? nomSplit[1].Trim() : ""), PointParUnite = int.Parse(col2.ToString().Trim())
});
//databaseFileXML.WriteLine("\t" + ingredient.Nom + " ," + ingredient.PointParUnite + (ingredient.OptionPlusPossible?" (Option plus:" + ingredient.OptionPlus + ")":""));
}
}
}
}
}