public void getSavedRules()
{
strListRules = "17, 4, 5, 6, 7";
foreach (int n in Lib.GetPars(strListRules))
Rules.Add(new Rule.Rule(n));
ClosePriceLists();
}
} // end update
#endif //FOR_FUTURE 6/4/2017
/// <summary>
/// modelListUpdate(name, dir, Made, MD5) - update list of models in TSmatch.xlsx/Models
/// </summary>
/// <param name="name">Model name</param>
/// <param name="dir">Model path in File sistem</param>
/// <param name="Made">version name of TS.Read - important as AttSet field list identifier</param>
/// <param name="MD5">checksum of all Model parts</param>
/// <returns>Model, updated in the list of models in TSmatch</returns>
/// <history> 6.3.2016 PKh
/// 15.3.16 return Model instead of null in case of completely new model; wrToFile handle
/// 5.4.16 Current Phase handling
/// 6.8.16 non static method
/// </history>
Model modelListUpdate(string name, string dir = null, string Made = null,
string MD5 = null, string Phase = null, string str = null)
{
Log.set("modelListUpdate");
Models.Clear(); Start(); // renowate Models list from TSmatch.xlsx
Model mod = getModel(name);
if (mod == null) // mod==null - means this is completely new model
{
Models.Add(new Model(name, dir, ifcPath, Made, Phase, MD5));
mod = getModel(name);
mod.wrToFile = true;
}
else
{
if (dir != null) mod.dir = dir;
if (Made != null) mod.Made = Made;
if (Phase != null) mod.Phase = Phase;
if (MD5 != null) mod.MD5 = MD5;
if (str != null)
{
mod.strListRules = str;
foreach (int n in Lib.GetPars(str))
mod.Rules.Add(new TSmatch.Rule.Rule(n));
}
//!!!!!!!!!!!!!!!!!!!!!!!!!!!! ЗДЕСЬ
// 1) проверить, доступен ли каталог dir? Если нет -> запустить FileWindowsDialog, потом рекурсивно вызвать modelListUpdate
// 2) проверить, изменился ли MD5 и список Правил str? Если нет -> список моделей не переписываем, оставляем прежднюю дату
// 3) читать ModelINFO / MD5 в файле, чтобы понять, нужно ли в него переписать модель (установить флаг wrToFile)
}
Log.exit();
return mod;
}
//check if с - part of current Component, and g - part of group
//.. is in match in terms of template pattern string with wildcards
public bool isOK(string pattern, string c, string g)
{
var p_c = rulePar(pattern, c);
var p_g = rulePar(pattern, g);
int cnt = Math.Min(p_c.Count, p_g.Count);
for (int i = 0; i < cnt; i++)
{
if (p_c[i] == p_g[i])
{
continue;
}
if (p_c[i][0] != '@')
{
return(false);
}
List <int> pc = Lib.GetPars(p_c[i].Substring(1));
List <int> pg = Lib.GetPars(p_g[i].Substring(1));
int minPars = Math.Min(pc.Count, pg.Count);
for (int n = 0; n < minPars; n++)
{
if (pc[n] < pg[n])
{
return(false);
}
}
}
return(true);
}
/// <summary>
/// PrfNormalize operate in <Full>, or in <Mark> mode:
/// <para> - Mark: only setup Mark (i.e. Profile type) as pointed in first argument, or</para>
/// <para> - Full: setup Mark, and sort digital parameter values the profile template list;</para>
/// </summary>
private void PrfNormalize(ref List<ElmGr> grp, params string[] prfMark)
{
foreach (var gr in grp)
{
foreach (string s in prfMark)
{
if (!gr.Prf.Contains(s) && !gr.prf.Contains(s)) continue;
string initialPrf = gr.Prf;
gr.Prf = PrfNormStr(gr.prf, prfMark[0], Lib.GetPars(gr.Prf));
gr.prf = Lib.ToLat(gr.Prf.ToLower());
log.Info("--- " + initialPrf + " -> " + "Prf=" + gr.Prf + "gr.prf=" + gr.prf);
break;
}
}
}
public Model(Docs doc, int i, bool doInit = true)
{
this.date = Lib.getDateTime(doc.Body[i, Decl.MODEL_DATE]);
this.name = doc.Body.Strng(i, Decl.MODEL_NAME);
this.dir = doc.Body.Strng(i, Decl.MODEL_DIR);
this.ifcPath = doc.Body.Strng(i, Decl.MODEL_IFCPATH);
this.Made = doc.Body.Strng(i, Decl.MODEL_MADE);
this.Phase = doc.Body.Strng(i, Decl.MODEL_PHASE);
this.MD5 = doc.Body.Strng(i, Decl.MODEL_MD5);
// преобразуем список Правил из вида "5,6,8" в List<Rule>
strListRules = doc.Body.Strng(i, Decl.MODEL_R_LIST);
if (doInit)
{
foreach (int n in Lib.GetPars(strListRules))
Rules.Add(new Rule.Rule(n));
}
}