public int SortRayon(ProductVlep A, ProductVlep B)
{
int cpr = A.Sec.CompareTo(B.Sec);
if (cpr == 0)
{
cpr = A.rayon.CompareTo(B.rayon);
if (cpr == 0)
{
cpr = A.Alle.CompareTo(B.Alle);
}
}
return(cpr);
}
/// <summary>
/// Fonction de parse pour commande VLEP
/// </summary>
/// <param name="sdsf"></param>
public bool Test(string sdsf)
{
bool retunr = true;
d = new List <ProductVlep>();
var liness = sdsf.Split('\n');
try
{
foreach (string l in liness)
{
if (!l.Equals("\r") && !l.Equals(""))
{
string lib = l;
MatchCollection gege = Regex.Matches(lib, "([0-9]{4,13} ){2}");
MatchCollection gegebis = Regex.Matches(lib, "([0-9]{4,13} )");
var gencode = gegebis[2].Value;
lib = lib.Replace(gegebis[2].Value, "");
lib = lib.Replace(gegebis[1].Value, "");
lib = lib.Replace(gegebis[0].Value, "");
var gege2 = Regex.Matches(lib, "[0-9]+,[0-9]+€");
var prix1 = gege2[0].Value;
string prix2 = gege2[1].Value;
lib = lib.Replace(gege2[0].Value, "");
lib = lib.Replace(gege2[1].Value, "");
var gege3 = Regex.Matches(l, "[0-9]+\\.[0-9]+");
var qte = gege3[0].Value;
lib = lib.Replace(gege3[0].Value, "");
ProductVlep pv = new ProductVlep(long.Parse(gencode), prix1, prix2, qte, lib);
pv.Searchemplacement();
pv.Sec = SetSec(pv.rayon);
d.Add(pv);
// Tri(pv);
}
}
}
catch (Exception) {
retunr = false;
}
return(retunr && d.Count != 0);
}
