/// <summary>
/// try's to get candidate setts from the active letter sett by
/// reducing it with different words, the extent of the trying
/// is hardcoded
///
/// if a set is found the active letter sett is automatically changed
/// </summary>
/// <returns>a list of candidate sets, can be empty if none are found</returns>
List <SetValuePair> GetFromReduced()
{
int activeSetLen = this.activeLetterSet.Count;
int tmpRedWordSize = this.reduceWordSizeMin;
string[] activeAr = this.activeLetterSet.ToArray();
List <SetValuePair> possibleLetterSetts = new List <SetValuePair>();
var rand = new System.Random();
while (true)
{
if (tmpRedWordSize >= activeSetLen - this.startWordSearchAt || tmpRedWordSize >= this.reduceWordSizeMax)
{
return(possibleLetterSetts);
}
List <SetValuePair> possibleReductWords = this.GetPossibleReductions(tmpRedWordSize);
int tmpCount = possibleReductWords.Count;
for (int i = 0; i < tmpCount; i++)
{
int currentTest = rand.Next(0, possibleReductWords.Count);
SetValuePair posR = possibleReductWords[currentTest];
List <String> tmpActiveSequence = WUArrays.RemoveAllAFromB(posR.letter_sett, activeAr);
tmpActiveSequence.Sort();
List <SetValuePair> possibleSetts = this.FindNextLetterSetts(tmpActiveSequence.ToArray());
if (possibleSetts.Count > 0)
{
//print($"Reduced letter sett by {tmpRedWordSize} caracters");
this.activeLetterSet = tmpActiveSequence;
return(possibleSetts);
}
possibleReductWords.RemoveAt(currentTest);
}
tmpRedWordSize += 1;
}
}
/// <summary>
/// Generates a letter that will in combination with the
/// Earlier generated letters for on or more words*
///
/// *if the algorithm cant find or reduce down to get a letter a random one will be picked
/// </summary>
/// <returns> the generated letter</returns>
public String GenerateLetter()
{
List <SetValuePair> nextUsedSets = new List <SetValuePair>();
string[] activeAr = this.activeLetterSet.ToArray();
if (this.activeLetterSet.Count >= this.startWordSearchAt)
{
// try normal generation
nextUsedSets = this.FindNextLetterSetts(activeAr);
// no normal found try find from reduced
if (nextUsedSets.Count == 0)
{
nextUsedSets = this.GetFromReduced();
}
if (nextUsedSets.Count > 0)
{
activeAr = this.activeLetterSet.ToArray(); // if it has been reduced in reduce
var rand = new System.Random();
int val = rand.Next(0, nextUsedSets.Count);
SetValuePair usedSett = nextUsedSets[val];
String nextLetter = WUArrays.RemoveAllAFromB(activeAr, usedSett.letter_sett)[0];
this.AddLetter(nextLetter);
return(nextLetter);
}
}
// ether the letter search yielded no results or the word was to short
String l = this.letterFrequency.GetLetterByFrequency();
this.AddLetter(l);
return(l);
}
public async Task <IActionResult> OnPostSplitSetCableAsync(string id)
{
if (!ModelState.IsValid)
{
return(Page());
}
// 0:10, 1:5, 2:5
string processedRequest = Input.SplitSetValue.Replace(" ", "");
string[] SetValuePairs = processedRequest.Split(',');
{
int combinedValues = 0;
foreach (var SetValuePair in SetValuePairs)
{
combinedValues += int.Parse(SetValuePair.Split(':')[1]);
}
var record = _db.VTMagazyn.FirstOrDefault(c =>
c.Wiazka == Input.Wiazka &&
c.KodCiety == Input.KodCiety &&
c.DataDostawy.Date == Input.DeliveryDate.Date &&
c.NumerKompletu == Input.SetID);
if (combinedValues != record.SztukiZeskanowane)
{
ModelState.AddModelError("Niepoprawana ilość", " ilość w kompletach nie zgadza się z iloscią do rozbicia");
return(Page());
}
}
var records = await _db.VTMagazyn.Where(c =>
c.Wiazka == Input.Wiazka &&
c.KodCiety == Input.KodCiety &&
c.DataDostawy.Date == Input.DeliveryDate.Date).ToListAsync();
var deliveryRecords = await _db.Dostawa.IgnoreQueryFilters().AsNoTracking().Include(c => c.Technical).Where(c =>
c.Technical.Wiazka == Input.Wiazka &&
c.Data.Date == Input.DeliveryDate.Date).ToListAsync();
foreach (var SetValuePair in SetValuePairs)
{
int Set = int.Parse(SetValuePair.Split(':')[0]);
int Value = int.Parse(SetValuePair.Split(':')[1]);
var record = records.FirstOrDefault(c => c.NumerKompletu == Set);
if (record != null)
{
int original = record.SztukiZeskanowane;
record.SztukiZeskanowane = Value;
UpdateWiazkaOnChange(record, original);
//_db.Update(record);
await _db.SaveChangesAsync();
}
else if (Value != 0)
{
int declaredValue = GetPossibleDeclaredValue(
new ScannedCode {
Wiazka = Input.Wiazka, dataDostawyOld = Input.DeliveryDate
},
records, deliveryRecords, Set);
if (declaredValue == 0)
{
declaredValue = Value;
}
AddToVT(Set, Value, declaredValue, Input.dokumentDostawy, Input.DeliveryDate);
checkComplete(Set, Input.Wiazka, Input.DeliveryDate);
}
}
return(Page());
}
