public POF_IC GetByEquipmentNo(string EquipmentNo)
{
POF_IC pofic = new POF_IC();
pofic = (from p in _unitOfWork.POF_IC.GenerateEntityAsIQueryable().Where(p => p.EQUIPMENT_NO == EquipmentNo).OrderByDescending(p => p.CreatedDate)
select p).FirstOrDefault();
return(pofic);
}
public List <POF_IC> GetPOF_IC_Details(string EQUIPMENT_NO, string PRESENT_YEAR)
{
List <POF_IC> pofic = new List <POF_IC>();
List <POF_EC> pofec = new List <POF_EC>();
if (!string.IsNullOrWhiteSpace(EQUIPMENT_NO) && !string.IsNullOrWhiteSpace(PRESENT_YEAR))
{
pofic = (from p in _unitOfWork.POF_IC.FindAll().Where(p => p.EQUIPMENT_NO == EQUIPMENT_NO && p.PRESENT_YEAR == PRESENT_YEAR)
select p).ToList();
pofec = (from p in _unitOfWork.POF_EC.FindAll().Where(p => p.EQUIPMENT_NO == EQUIPMENT_NO && p.PRESENT_YEAR == PRESENT_YEAR)
select p).ToList();
}
else
{
pofic = (from p in _unitOfWork.POF_IC.FindAll()
select p).ToList();
pofec = (from p in _unitOfWork.POF_EC.FindAll()
select p).ToList();
}
foreach (POF_EC temppof in pofec)
{
POF_IC pof = new POF_IC();
pof.ID = temppof.ID;
pof.EQUIPMENT_NO = temppof.EQUIPMENT_NO;
pof.PRESENT_YEAR = temppof.PRESENT_YEAR;
pof.CORROSION_TYPE = temppof.CORROSION_TYPE;
pof.YEAR_IN_SERVICE = temppof.YEAR_IN_SERVICE;
pof.NOM_DIA_D_INCHES = temppof.NOM_DIA_D_INCHES;
pof.NOM_THK_NT_INCHES = temppof.NOM_THK_NT_INCHES;
pof.DESIGN_TEMP_DEGF = temppof.DESIGN_TEMP_DEGF;
pof.DESIGN_PRESSURE_P_PSI = temppof.DESIGN_PRESSURE_P_PSI;
pof.EFFECTIVE_CORROSION_RATE = temppof.EFFECTIVE_CORROSION_RATE;
pof.MATERIAL_STD = temppof.MATERIAL_STD;
pof.MATERIAL_GRADE = temppof.MATERIAL_GRADE;
pof.INJECTION_POINTS_INTERMITENT = temppof.INJECTION_POINTS_INTERMITENT;
pof.CORROSION_ALLOWANCE = temppof.CORROSION_ALLOWANCE;
pof.VERY_HIGH = temppof.VERY_HIGH;
pof.HIGH = temppof.HIGH;
pof.MEDIUM = temppof.MEDIUM;
pof.LOW = temppof.LOW;
pof.NO = temppof.NO;
pof.THEORETICAL_CORROSION_RATE_TICR = temppof.THEORETICAL_CORROSION_RATE_TICR;
pof.MEASURED_LONGTERM_CORROSION_RATE_LICR = temppof.MEASURED_LONGTERM_CORROSION_RATE_LICR;
pof.MEASURED_SHORTTERM_CORROSION_RATE_SICR = temppof.MEASURED_SHORTTERM_CORROSION_RATE_SICR;
pof.USE_LICR = temppof.USE_LICR;
pof.USE_SICR = temppof.USE_SICR;
pof.LAST_MEASURED_THK_FOR_DIA_LMT = temppof.LAST_MEASURED_THK_FOR_DIA_LMT;
pof.LAST_MEASURED_YEAR_FOR_DIA_LMY = temppof.LAST_MEASURED_YEAR_FOR_DIA_LMY;
pof.YIELD_STRENGTH_KSI = temppof.YIELD_STRENGTH_KSI;
pof.TENSILE_STREGTH_KSI = temppof.TENSILE_STREGTH_KSI;
pof.EFFICIENCY_OF_WELD_E = temppof.EFFICIENCY_OF_WELD_E;
pof.YOUNGS_MODULUS_Y = temppof.YOUNGS_MODULUS_Y;
pof.ALLOWABLE_STRESS_PSI = temppof.ALLOWABLE_STRESS_PSI;
pof.PRP_1 = temppof.PRP_1;
pof.PRP_2 = temppof.PRP_2;
pof.PRP_3 = temppof.PRP_3;
pof.CONDITIONAL_PROBABILITY_1_A = temppof.CONDITIONAL_PROBABILITY_1_A;
pof.CONDITIONAL_PROBABILITY_1_B = temppof.CONDITIONAL_PROBABILITY_1_B;
pof.CONDITIONAL_PROBABILITY_1_C = temppof.CONDITIONAL_PROBABILITY_1_C;
pof.CONDITIONAL_PROBABILITY_1_D = temppof.CONDITIONAL_PROBABILITY_1_D;
pof.CONDITIONAL_PROBABILITY_1_E = temppof.CONDITIONAL_PROBABILITY_1_E;
pof.CONDITIONAL_PROBABILITY_2_A = temppof.CONDITIONAL_PROBABILITY_2_A;
pof.CONDITIONAL_PROBABILITY_2_B = temppof.CONDITIONAL_PROBABILITY_2_B;
pof.CONDITIONAL_PROBABILITY_2_C = temppof.CONDITIONAL_PROBABILITY_2_C;
pof.CONDITIONAL_PROBABILITY_2_D = temppof.CONDITIONAL_PROBABILITY_2_D;
pof.CONDITIONAL_PROBABILITY_2_E = temppof.CONDITIONAL_PROBABILITY_2_E;
pof.CONDITIONAL_PROBABILITY_3_A = temppof.CONDITIONAL_PROBABILITY_3_A;
pof.CONDITIONAL_PROBABILITY_3_B = temppof.CONDITIONAL_PROBABILITY_3_B;
pof.CONDITIONAL_PROBABILITY_3_C = temppof.CONDITIONAL_PROBABILITY_3_C;
pof.CONDITIONAL_PROBABILITY_3_D = temppof.CONDITIONAL_PROBABILITY_3_D;
pof.CONDITIONAL_PROBABILITY_3_E = temppof.CONDITIONAL_PROBABILITY_3_E;
pof.EFFECTIVE_AGE = temppof.EFFECTIVE_AGE;
pof.EFFECTIVE_THK = temppof.EFFECTIVE_THK;
pof.MIN_REQ_THK = temppof.MIN_REQ_THK;
pof.EFFECTIVE_CORR_RATE = temppof.EFFECTIVE_CORR_RATE;
pof.ART = temppof.ART;
pof.FLOW_STRESS = temppof.FLOW_STRESS;
pof.STENGTH_RATIO = temppof.STENGTH_RATIO;
pof.INSPECTION_EFFECTIVENESS_1 = temppof.INSPECTION_EFFECTIVENESS_1;
pof.INSPECTION_EFFECTIVENESS_2 = temppof.INSPECTION_EFFECTIVENESS_2;
pof.INSPECTION_EFFECTIVENESS_3 = temppof.INSPECTION_EFFECTIVENESS_3;
pof.POSTERIOR_PROBABILITY_1 = temppof.POSTERIOR_PROBABILITY_1;
pof.POSTERIOR_PROBABILITY_2 = temppof.POSTERIOR_PROBABILITY_2;
pof.POSTERIOR_PROBABILITY_3 = temppof.POSTERIOR_PROBABILITY_3;
pof.CAL_OF_BETA_COVT = temppof.CAL_OF_BETA_COVT;
pof.CAL_OF_BETA_COVSF = temppof.CAL_OF_BETA_COVSF;
pof.CAL_OF_BETA_COVP = temppof.CAL_OF_BETA_COVP;
pof.CAL_OF_BETA_CONST_1 = temppof.CAL_OF_BETA_CONST_1;
pof.CAL_OF_BETA_CONST_2 = temppof.CAL_OF_BETA_CONST_2;
pof.CAL_OF_BETA_CONST_3 = temppof.CAL_OF_BETA_CONST_3;
pof.CAL_OF_BETA_1 = temppof.CAL_OF_BETA_1;
pof.CAL_OF_BETA_2 = temppof.CAL_OF_BETA_2;
pof.CAL_OF_BETA_3 = temppof.CAL_OF_BETA_3;
pof.CAL_OF_BETA_DS_VALUES_1 = temppof.CAL_OF_BETA_DS_VALUES_1;
pof.CAL_OF_BETA_DS_VALUES_2 = temppof.CAL_OF_BETA_DS_VALUES_2;
pof.CAL_OF_BETA_DS_VALUES_3 = temppof.CAL_OF_BETA_DS_VALUES_3;
pof.DAMAGE_FACTOR = temppof.DAMAGE_FACTOR;
pof.POF = temppof.POF;
pof.POF_EXPO = temppof.POF_EXPO;
pof.AVAILABLE_THK = temppof.AVAILABLE_THK;
pof.REMAINING_LIFE = temppof.REMAINING_LIFE;
pof.HALF_LIFE = temppof.HALF_LIFE;
pof.POF_HALF_LIFE = temppof.POF_HALF_LIFE;
pof.OVERALL_POF = temppof.OVERALL_POF;
pofic.Add(pof);
}
pofic = pofic.OrderBy(p => p.EQUIPMENT_NO).ThenBy(p => p.PRESENT_YEAR).ToList();
return(pofic);
}
