public static List <ValidationError> ValidatePressure(bool highPressure, ReactionVM reaction, StageVM stage, List <RsnVM> Rsns)
{
var errors = new List <ValidationError>();
ExtentionMethods common = new Common.ExtentionMethods();
List <string> pressureTypes = new List <string> {
PressureEnum.Pressure.ToString(), PressureEnum.Directional.ToString(), PressureEnum.Range.ToString()
};
var StagePressureConditions = stage.Conditions != null?stage.Conditions.Where(p => pressureTypes.Contains(p.PRESSURE_TYPE)).ToList() : null;
var HighPressureCVTs = Rsns.Where(f => f.Reaction.Id == reaction.Id && f.Stage == null && (f.CvtText.SafeContainsLower(S.HIGH_PRESSURE_CVT_TERM) || f.FreeText.SafeContainsLower(S.HIGH_PRESSURE_FREETEXT_TERM)));
var lowPressureCVTs = Rsns.Where(f => f.Stage == null && (f.CvtText.SafeContainsLower(S.LOW_PRESSURE_CVT_TERM) || f.FreeText.SafeContainsLower(S.LOW_PRESSURE_FREETEXT_TERM)));
var stageHighPressureDisplayOrders = GetStageDisplayOrdersFromFreetexts(Rsns.ToList(), reaction, S.HIGH_PRESSURE_FREETEXT_TERM);
var stageLowPressureDisplayOrders = GetStageDisplayOrdersFromFreetexts(Rsns.ToList(), reaction, S.LOW_PRESSURE_FREETEXT_TERM);
#region 12-21
if (highPressure)
{
if ((HighPressureCVTs.Any() || stageHighPressureDisplayOrders.Contains(stage.DisplayOrder)) && (!StagePressureConditions.Any() || StagePressureConditions.Where(con => !string.IsNullOrEmpty(con.Pressure)).Count() == 0))
{
errors.Add(VF.OfRSN(reaction, "RSN Conatins 'High Pressure' in CVT/FreeText. High Pressure is Allowed only when Pressure Exceeds Normal Pressure", stage));
}
errors.AddRange(HighAndLowPresssureValidations(StagePressureConditions, highPressure, reaction, stage, stageHighPressureDisplayOrders, HighPressureCVTs.ToList()));
}
#endregion
#region 12-22
else
{
if ((lowPressureCVTs.Any() || stageLowPressureDisplayOrders.Contains(stage.DisplayOrder)) && (!StagePressureConditions.Any() || StagePressureConditions.Where(con => !string.IsNullOrEmpty(con.Pressure)).Count() == 0))
{
errors.Add(VF.OfRSN(reaction, "RSN Conatins 'Low Pressure' in CVT/FreeText. Low Pressure is Allowed only when Pressure below Normal Pressure", stage));
}
errors.AddRange(HighAndLowPresssureValidations(StagePressureConditions, highPressure, reaction, stage, stageLowPressureDisplayOrders, lowPressureCVTs.ToList()));
}
#endregion
//if (highPressure)
//{
// #region 12-21
// if (stageHighPressureDisplayOrders.Contains(stage.DisplayOrder) && (!StagePressureConditions.Any() || StagePressureConditions.Where(con => !string.IsNullOrEmpty(con.Pressure)).Count() == 0))
// errors.Add(VF.OfRSN(reaction, "RSN Conatins 'High Pressure' in CVT/FreeText. High Pressure is Allowed only when Pressure Exceeds Noraml Pressure", stage));
// errors.AddRange(HighAndLowPresssureValidations(StagePressureConditions, highPressure, reaction, stage, stageHighPressureDisplayOrders,HighPressureCVTs.ToList()));
// #endregion
//}
//else
//{
// #region 12-22
// if (stageLowPressureDisplayOrders.Contains(stage.DisplayOrder) && (!StagePressureConditions.Any() || StagePressureConditions.Where(con => !string.IsNullOrEmpty(con.Pressure)).Count() == 0))
// errors.Add(VF.OfRSN(reaction, "RSN Conatins 'Low Pressure' in CVT/FreeText. Low Pressure is Allowed only when Pressure below Noraml Pressure", stage));
// errors.AddRange(HighAndLowPresssureValidations(StagePressureConditions, highPressure, reaction, stage, stageLowPressureDisplayOrders,lowPressureCVTs.ToList()));
// #endregion
//}
return(errors);
}
public static List<ValidationError> TermalValidations(IEnumerable<ReactionParticipantVM> participants, List<string> SolventReg, List<SolventBoilingPointDTO> solventBoilingPoints, TanVM tanVM, ReactionVM reaction, StageVM stage, List<RsnVM> freeTexts)
{
ExtentionMethods common = new ExtentionMethods();
var errors = new List<ValidationError>();
try
{
var solvents = participants.OfStageOfType(stage.Id, ParticipantType.Solvent).Where(s => SolventReg.Contains(s.Reg)).ToList();
bool unUsedCVT = false;
#region 12-4
var CVTList = tanVM.Rsns.OfReactionAndStage(reaction.Id, stage.Id).Where(c => !string.IsNullOrEmpty(c.CvtText)).Select(cvt => cvt.CvtText);
List<int> StageThermalNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(freeTexts, reaction, S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING });
List<int> MicrowaveStageNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(freeTexts, reaction, S.MICROWAVE_STRING);
if (CVTList.Contains(S.MIC_IRR) || MicrowaveStageNumbers.Contains(stage.DisplayOrder))
if (CVTList.Contains(S.THERMAL_STRING) || StageThermalNumbers.Contains(stage.DisplayOrder))
errors.Add(VF.OfRSN(reaction, "Microwave irradiation has no Thermal RSN even though it exceeds boiling point of solvent", stage));
#endregion
if ((tanVM.Rsns.OfReaction(reaction.Id).Where(cvt=> (cvt.CvtText.SafeEqualsLower(S.THERMAL_STRING) || (cvt.FreeText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING })))).Any()
|| StageThermalNumbers.Contains(stage.DisplayOrder)) && (stage.Conditions == null || !stage.Conditions.Any() || stage.Conditions.Where(con => !string.IsNullOrEmpty(con.Temperature)).Count() == 0 || solvents == null || solvents.Count == 0 || solvents.Count > 1))
errors.Add(VF.OfRSN(reaction,"RSN CVT/FreeText 'thermal' Present. It allowed only when Solvent Boiling point exceeds.", stage));
if (solvents.Any() && solvents.Count == 1 && stage.Conditions != null)
{
var TemperatureList = stage.Conditions.Where(con => !string.IsNullOrEmpty(con.Temperature) && con.TEMP_TYPE != TemperatureEnum.RefluxtoRoomTemp.ToString() && con.TEMP_TYPE != TemperatureEnum.RoomTemptoReflux.ToString());
foreach (var condition in TemperatureList)
{
try
{
string TempUnit = string.Empty;
var sol = (from p in solventBoilingPoints where solvents.Select(r => r.Reg).Contains(p.RegNo) select p).FirstOrDefault();
common.GetTemperatureAndUnitsFromString(condition.Temperature, out TempUnit, condition);
float i = 0, j = 0, k = 0;
var temperatureValue = Regex.Replace(condition.Temperature, "[^0-9.\\-\\]]", "");
if (temperatureValue.Contains("-") || temperatureValue.Contains("]"))
{
string[] splitterRange = { "-", "]" };
string[] strValsRange = temperatureValue.Split(splitterRange, StringSplitOptions.RemoveEmptyEntries);
if (temperatureValue.Contains($"-{strValsRange[0]}"))
strValsRange[0] = $"-{strValsRange[0]}";
if (strValsRange.Count() > 1 && (temperatureValue.Contains($"--{strValsRange[1]}") || temperatureValue.Contains($"]-{strValsRange[1]}")))
strValsRange[1] = $"-{strValsRange[1]}";
if (strValsRange.Count() > 1)
{
if (float.TryParse(common.GetTemperatureAndUnitsFromString(strValsRange[0], out TempUnit), out j) && float.TryParse(common.GetTemperatureAndUnitsFromString(strValsRange[1], out TempUnit), out k))
{
if (j > k)
temperatureValue = j.ToString();
else
temperatureValue = k.ToString();
}
}
else
temperatureValue = common.GetTemperatureAndUnitsFromString(strValsRange[0], out TempUnit);
}
if (float.TryParse(temperatureValue, out i) && ((TempUnit == S.FH_UNIT && i > sol.fahrenheitBoilingPoint) || (TempUnit == S.K_UNIT && i > sol.KelvinBoilingPoint) || (TempUnit == S.RANKINE_UNIT && i > sol.RankineBoilingPoint) || (TempUnit == S.CENTI_UNIT && i > sol.DegreesBoilingPoint)))
{
List<int> StagemicrowaveNumbers = PressureValidations.GetStageDisplayOrdersFromFreetexts(freeTexts, reaction, S.MICROWAVE_STRING);
if (freeTexts.Where(f => f.Stage != null && f.Stage.Id == stage.Id && (f.FreeText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING }) || f.CvtText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.SOLVO_THERMAL_STRING, S.HYDRO_THERMAL_STRING }))).Count() == 0 && !StageThermalNumbers.Contains(stage.DisplayOrder) && !StagemicrowaveNumbers.Contains(stage.DisplayOrder) &&
tanVM.Rsns.Where(r => r.Reaction.Id == reaction.Id && r.Stage == null && r.CvtText.SafeEqualsLower(S.MIC_IRR)).Count() == 0 && tanVM.Rsns.Where(r => r.Reaction.Id == reaction.Id && r.Stage == null && (r.CvtText.SafeContainsLower(S.THERMAL_STRING) || r.FreeText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING }))).Count() == 0)
errors.Add(VF.OfRSN(reaction,
$"Solvent {sol.Name} Boiling Point is {(TempUnit == S.K_UNIT ? sol.KelvinBoilingPoint : TempUnit == S.RANKINE_UNIT ? sol.RankineBoilingPoint : TempUnit == S.FH_UNIT ? sol.fahrenheitBoilingPoint : sol.DegreesBoilingPoint)} {TempUnit} Exceeded. RSN CVT/Free should be 'thermal'",
stage));
}
if ((float.TryParse(temperatureValue, out i) && ((TempUnit == S.FH_UNIT && i <= sol.fahrenheitBoilingPoint) || (TempUnit == S.K_UNIT && i <= sol.KelvinBoilingPoint) || (TempUnit == S.RANKINE_UNIT && i <= sol.RankineBoilingPoint) || (TempUnit == S.CENTI_UNIT && i <= sol.DegreesBoilingPoint))) || (condition.TEMP_TYPE == TemperatureEnum.Cool.ToString() || condition.TEMP_TYPE == TemperatureEnum.Roomtemp.ToString() || condition.TEMP_TYPE == TemperatureEnum.RefluxBoiled.ToString() || condition.TEMP_TYPE == TemperatureEnum.Heated.ToString() || condition.TEMP_TYPE == TemperatureEnum.LessthanRoomTemp.ToString() || condition.TEMP_TYPE == TemperatureEnum.RoomTempgraterthan.ToString() || condition.TEMP_TYPE == TemperatureEnum.Cool.ToString()))
{
if ((freeTexts.Where(f => f.Stage != null && f.Stage.Id == stage.Id && (f.FreeText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING }) || f.CvtText.SafeContainsLower(S.THERMAL_STRING))).Count() > 0 || StageThermalNumbers.Contains(stage.DisplayOrder) ||
tanVM.Rsns.Where(r => r.Reaction.Id == reaction.Id && r.Stage == null && (r.CvtText.SafeContainsLower(S.THERMAL_STRING) || r.FreeText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING }))).Count() > 0) && !unUsedCVT)
unUsedCVT = false;
}
else
unUsedCVT = true;
}
catch (Exception ex)
{
Log.This(ex);
}
}
if ((StageThermalNumbers.Contains(stage.DisplayOrder) || tanVM.Rsns.Where(cvt => cvt.Reaction.Id == reaction.Id && cvt.Stage == null && (cvt.CvtText.SafeEqualsLower(S.THERMAL_STRING) || cvt.FreeText.IncludeExclude(S.THERMAL_STRING, new List<string> { S.HYDRO_THERMAL_STRING, S.SOLVO_THERMAL_STRING }))).Count() > 0) && !unUsedCVT)
errors.Add(VF.OfRSN(reaction,"RSN CVT/FreeText 'thermal' Present. It allowed only when Solvent Boiling point exceeds.", stage));
}
}
catch (Exception ex)
{
Log.This(ex);
}
return errors;
}
public static List <ValidationError> HighAndLowPresssureValidations(List <StageConditionVM> StagePressureConditions, bool highPressure, ReactionVM reaction, StageVM stage, List <int> stageHighPressureDisplayOrders, List <RsnVM> ReactionLevelRsns = null)
{
var errors = new List <ValidationError>();
bool unUsedCVT = false;
if (StagePressureConditions.Any())
{
foreach (var pres in StagePressureConditions)
{
string pressureUnit = string.Empty;
ExtentionMethods common = new Common.ExtentionMethods();
var normalvalue = common.GetPressureAndUnitsFromString(pres.Pressure, out pressureUnit);
float i = 0, j = 0, k = 0;
string value = Regex.Replace(pres.Pressure, "[^0-9.\\-\\]]", "");
if (value.Contains("-") || value.Contains("]"))
{
string[] splitterRange = { "-", "]" };
string[] strValsRange = pres.Pressure.Split(splitterRange, StringSplitOptions.RemoveEmptyEntries);
if (pres.Pressure.Contains($"-{strValsRange[0]}"))
{
strValsRange[0] = $"-{strValsRange[0]}";
}
if (strValsRange.Count() > 1 && (pres.Pressure.Contains($"--{strValsRange[1]}") || pres.Pressure.Contains($"]-{strValsRange[1]}")))
{
strValsRange[1] = $"-{strValsRange[1]}";
}
if (strValsRange.Count() > 1)
{
if (float.TryParse(common.GetPressureAndUnitsFromString(strValsRange[0], out pressureUnit), out j) && float.TryParse(common.GetPressureAndUnitsFromString(strValsRange[1], out pressureUnit), out k))
{
value = highPressure ? Math.Max(j, k).ToString() : Math.Min(j, k).ToString();
}
}
else
{
value = normalvalue;
}
}
if (float.TryParse(value, out i) && pressureUnit == "kp" && (highPressure ? i >= S.KP_HIGHVALUE : i < S.K_LOWVALUE) &&
(!stageHighPressureDisplayOrders.Contains(stage.DisplayOrder) && (ReactionLevelRsns == null || !ReactionLevelRsns.Any())))
{
errors.Add(VF.OfRSN(reaction, $"If pressure { (highPressure ? S.EXCEEDS_KP_HIGH : S.BELOW_KP_VALUE)} kPa then Free text must contains {(highPressure ? "'High Pressure'" : "'Low Pressure'")}", stage));
}
else if (float.TryParse(value, out i) && pressureUnit == "s" && (highPressure ? i >= S.S_HIGHVALUE : i < S.S_LOWVALUE) &&
!stageHighPressureDisplayOrders.Contains(stage.DisplayOrder) && (ReactionLevelRsns == null || !ReactionLevelRsns.Any()))
{
errors.Add(VF.OfRSN(reaction, $"If pressure { (highPressure ? S.EXCEEDS_S_HIGH : S.BELOW_S_VALUE)} Psi then Free text must contains {(highPressure ? "'High Pressure'" : "'Low Pressure'")}", stage));
}
else if (float.TryParse(value, out i) && (highPressure ? i >= S.A_B_HIGHVALUE : i < S.A_B_LOWVALUE) && (pressureUnit == "a" || pressureUnit == "b") &&
!stageHighPressureDisplayOrders.Contains(stage.DisplayOrder) && (ReactionLevelRsns == null || !ReactionLevelRsns.Any()))
{
errors.Add(VF.OfRSN(reaction, $"If pressure { (highPressure ? S.EXCEEDS_A_B_HIGH : S.BELOW_A_B_VALUE)} atm/Bars then Free text must contains {(highPressure ? "'High Pressure'" : "'Low Pressure'")}", stage));
}
if (stageHighPressureDisplayOrders.Contains(stage.DisplayOrder) || (ReactionLevelRsns != null && ReactionLevelRsns.Any()))
{
if (float.TryParse(value, out i) && ((pressureUnit == "kp" && (highPressure ? i < S.KP_HIGHVALUE : i >= S.K_LOWVALUE)) || (pressureUnit == "s" && (highPressure ? i < S.S_HIGHVALUE : i >= S.S_LOWVALUE) || ((highPressure ? i < S.A_B_HIGHVALUE : i >= S.A_B_LOWVALUE) && (pressureUnit == "a" || pressureUnit == "b")))) && !unUsedCVT)
{
unUsedCVT = false;
}
else
{
unUsedCVT = true;
}
}
}
}
if ((stageHighPressureDisplayOrders.Contains(stage.DisplayOrder) || (ReactionLevelRsns != null && ReactionLevelRsns.Any())) && !unUsedCVT)
{
errors.Add(VF.OfRSN(reaction, $"RSN Contains { (highPressure ? "High" : "Low")} pressure in CVT/Freetext. {(highPressure ? "'High Pressure'" : "'Low Pressure'")} is Allowed only when certain Pressure exists.", stage));
}
return(errors);
}