private static void getGlobalGrTests()
{
globalGroupTest = new Dictionary <int, GlobalGroupForTest>();
foreach (var value in ProgectData.GlobalGroup_data)
{
string NgrTarget = value.IDGlobalGroup.ToString();
UniPair newPair = new UniPair();
newPair.Ss = value.SystemID;
newPair.Pr = value.ProductID;
newPair.Analitic = "";
//newPair.Exclude = "";
newPair.Function_layer = "";
char[] separatorsTarget = new char[] { ',' };
List <string> GlListTarget = value.LocGroups.Split(separatorsTarget, StringSplitOptions.RemoveEmptyEntries).Select(p => p.Trim()).ToList();
if (globalGroupTest.ContainsKey(value.IDGlobalGroup))
{
if (newPair.Ss != "" || newPair.Pr != "")
{
globalGroupTest[value.IDGlobalGroup].UniPairsForTest.Add(newPair);
}
else
{
globalGroupTest[value.IDGlobalGroup].LockGroups.AddRange(GlListTarget);
}
}
else
{
GlobalGroupForTest newList = new GlobalGroupForTest();
newList.LockGroups = new List <string>();
newList.UniPairsForTest = new List <UniPair>();
newList.N = value.IDGlobalGroup;
if ((newPair.Ss != "" && newPair.Ss != null) || (newPair.Pr != "" && newPair.Pr != null))
{
newList.UniPairsForTest.Add(newPair);
}
else
{
newList.LockGroups.AddRange(GlListTarget);
}
globalGroupTest.Add(value.IDGlobalGroup, newList);
}
}
}
private static List <Error> Check_GlobalGroups(GlobalGroupForTest g1, GlobalGroupForTest g2)
{
if (g1.UniPairsForTest.Count != 0)
{
foreach (var up1 in g1.UniPairsForTest)
{
if (g2.UniPairsForTest.Count != 0)
{
foreach (var up2 in g2.UniPairsForTest)
{
bool Ss = Utils.Ss_equals(up1.Ss, up2.Ss);
bool Pr = Utils.Pr_equals(up1.Pr, up2.Pr);
if (Ss == true && Pr == true)
{
Error newError = new Error();
newError.Globalgroup1 = g1.N.ToString();
newError.Globalgroup2 = g2.N.ToString();
newError.Ss1 = up1.Ss;
newError.Pr1 = up1.Pr;
newError.Ss2 = up2.Ss;
newError.Pr2 = up2.Pr;
newError.Analitic_1 = up1.Analitic;
newError.Analitic_2 = up2.Analitic;
newError.Function_layer_1 = up1.Function_layer;
newError.Function_layer_2 = up2.Function_layer;
TestData.errorListMetaGroups.Add(newError);
}
}
}
else if (g2.LockGroups.Count != 0)
{
foreach (var key in g2.LockGroups)
{
foreach (var up2 in TestData.uniPair[Convert.ToInt32(key)].uniPair)
{
bool Ss = Utils.Ss_equals(up1.Ss, up2.Ss);
bool Pr = Utils.Pr_equals(up1.Pr, up2.Pr);
if (Ss == true && Pr == true)
{
Error newError = new Error();
newError.Globalgroup1 = g1.N.ToString();
newError.Globalgroup2 = g2.N.ToString();
newError.group2 = key;
newError.Ss1 = up1.Ss;
newError.Pr1 = up1.Pr;
newError.Ss2 = up2.Ss;
newError.Pr2 = up2.Pr;
newError.Analitic_1 = up1.Analitic;
newError.Analitic_2 = up2.Analitic;
newError.Function_layer_1 = up1.Function_layer;
newError.Function_layer_2 = up2.Function_layer;
TestData.errorListMetaGroups.Add(newError);
}
}
}
}
}
}
else if (g1.LockGroups.Count != 0)
{
foreach (var key1 in g1.LockGroups)
{
foreach (var up1 in TestData.uniPair[Convert.ToInt32(key1)].uniPair)
{
if (g2.UniPairsForTest.Count != 0)
{
foreach (var up2 in g2.UniPairsForTest)
{
bool Ss = Utils.Ss_equals(up1.Ss, up2.Ss);
bool Pr = Utils.Pr_equals(up1.Pr, up2.Pr);
if (Ss == true && Pr == true)
{
Error newError = new Error();
newError.Globalgroup1 = g1.N.ToString();
newError.Globalgroup2 = g2.N.ToString();
newError.group1 = key1;
newError.Ss1 = up1.Ss;
newError.Pr1 = up1.Pr;
newError.Ss2 = up2.Ss;
newError.Pr2 = up2.Pr;
newError.Analitic_1 = up1.Analitic;
newError.Analitic_2 = up2.Analitic;
newError.Function_layer_1 = up1.Function_layer;
newError.Function_layer_2 = up2.Function_layer;
TestData.errorListMetaGroups.Add(newError);
}
}
}
else if (g2.LockGroups.Count != 0)
{
foreach (var key2 in g2.LockGroups)
{
foreach (var up2 in TestData.uniPair[Convert.ToInt32(key2)].uniPair)
{
bool Ss = Utils.Ss_equals(up1.Ss, up2.Ss);
bool Pr = Utils.Pr_equals(up1.Pr, up2.Pr);
bool analitic = Utils.Analitics_equals(up1.Analitic, up2.Analitic);
bool Fl = Utils.FuncLayer_equals(up1.Function_layer, up2.Function_layer);
if (Ss == true &&
Pr == true &&
analitic == true &&
Fl == true)
{
bool ex1 = false;
bool ex2 = false;
foreach (var up1Exclude in TestData.uniPair[Convert.ToInt32(key2)].Exclude)
{
bool Ss1 = Utils.Ss_equals_exclude(up1.Ss, up1Exclude.Ss);
bool Pr1 = Utils.Pr_equals_exclude(up1.Pr, up1Exclude.Pr);
bool analitic1 = Utils.Analitics_equals(up1.Analitic, up1Exclude.Analitic);
bool Fl1 = Utils.FuncLayer_equals(up1.Function_layer, up1Exclude.Function_layer);
if (Ss1 == true &&
Pr1 == true &&
analitic1 == true &&
Fl1 == true)
{
ex1 = true;
}
}
foreach (var up2Exclude in TestData.uniPair[Convert.ToInt32(key1)].Exclude)
{
bool Ss2 = Utils.Ss_equals_exclude(up2.Ss, up2Exclude.Ss);
bool Pr2 = Utils.Pr_equals_exclude(up2.Pr, up2Exclude.Pr);
bool analitic2 = Utils.Analitics_equals(up1.Analitic, up2Exclude.Analitic);
bool Fl2 = Utils.FuncLayer_equals(up1.Function_layer, up2Exclude.Function_layer);
if (Ss2 == true &&
Pr2 == true &&
analitic2 == true &&
Fl2 == true)
{
ex2 = true;
}
}
if (ex1 == false && ex2 == false)
{
Error newError = new Error();
newError.Globalgroup1 = g1.N.ToString();
newError.Globalgroup2 = g2.N.ToString();
newError.group1 = key1;
newError.group2 = key2;
newError.Ss1 = up1.Ss;
newError.Pr1 = up1.Pr;
newError.Ss2 = up2.Ss;
newError.Pr2 = up2.Pr;
newError.Analitic_1 = up1.Analitic;
newError.Analitic_2 = up2.Analitic;
newError.Function_layer_1 = up1.Function_layer;
newError.Function_layer_2 = up2.Function_layer;
TestData.errorListMetaGroups.Add(newError);
}
}
}
}
}
}
}
}
return(TestData.errorListMetaGroups);
}
