public static Dictionary <bool, List <string> > ValidateJob(Dictionary <string, string> jobFields)
{
Dictionary <bool, List <string> > result = new Dictionary <bool, List <string> >();
bool output = true;
List <string> errorsJob = new List <string>();
// Job Number validation
//if (jobFields["jobJobNumber"].Length != 0)
if (jobFields.ContainsKey("jobJobNumber"))
{
string jobJobNumber = jobFields["jobJobNumber"];
string jobNumberPattern = @"^([A-Z]{2})([0-9]{4})([A-Z]{3})([0-9]{3})$";
JobModel job = ApiHelpers.ApiConnectorHelper.GetSelectedJobData <JobModel>(jobJobNumber, PathJobSelected).FirstOrDefault();
if (job != null)
{
output = false;
errorsJob.Add($"Job {jobJobNumber} already exists");
}
if (jobJobNumber.Length == 0)
{
output = false;
errorsJob.Add("Job Number couldn't be empty");
}
if (jobJobNumber.Length > 12)
{
output = false;
errorsJob.Add("Job Number should be less 12 signs");
}
if (!UnitValidationRegex.Validate(jobJobNumber, jobNumberPattern))
{
output = false;
errorsJob.Add("Wrong Job Number pattern");
}
}
// Circulation validation
string jobCirculation = jobFields["jobCirculation"];
float circulation = 0;
bool ValidateCirculation = float.TryParse(jobCirculation, out circulation);
if (!ValidateCirculation)
{
output = false;
errorsJob.Add("Wrong Circulation value");
}
// MaxTemperature validating
string jobMaxTemperature = jobFields["jobMaxTemperature"];
float maxTemperature = 0;
bool ValidateMaxTemperature = float.TryParse(jobMaxTemperature, out maxTemperature);
if (!ValidateMaxTemperature)
{
output = false;
errorsJob.Add("Wrong Max Temperature value");
}
// Arrived Date validation
string engOneArrived = null;
string engTwoArrived = null;
string engOneLeft = null;
string engTwoLeft = null;
string datePattern = @"^([0-9]{4})-([0-9]{2}-([0-9]{2}))$";
// Engineer One Arriving
if (jobFields["engOneArrived"].Length != 0)
{
engOneArrived = jobFields["engOneArrived"];
if (engOneArrived.Length > 10)
{
output = false;
errorsJob.Add("Arriving date Eng 1 Length should be <= 10");
}
if (!UnitValidationRegex.Validate(engOneArrived, datePattern))
{
output = false;
errorsJob.Add("Wrong Arriving date Eng 1 pattern");
}
}
// Engineer Two Arriving
if (jobFields["engTwoArrived"].Length != 0)
{
engTwoArrived = jobFields["engTwoArrived"];
if (engTwoArrived.Length > 10)
{
output = false;
errorsJob.Add("Arriving date Eng 2 Length should be <= 10");
}
if (!UnitValidationRegex.Validate(engTwoArrived, datePattern))
{
output = false;
errorsJob.Add("Wrong Arriving date Eng 2 pattern");
}
}
// Engineer One Leaving
if (jobFields["engOneLeft"].Length != 0)
{
engOneLeft = jobFields["engOneLeft"];
if (engOneLeft.Length > 10)
{
output = false;
errorsJob.Add("Leaving date Eng 1 Length should be <= 10");
}
if (!UnitValidationRegex.Validate(engOneLeft, datePattern))
{
output = false;
errorsJob.Add("Wrong Leaving date Eng 1 pattern");
}
}
// Engineer Two Leaving
if (jobFields["engTwoLeft"].Length != 0)
{
engTwoLeft = jobFields["engTwoLeft"];
if (engTwoLeft.Length > 10)
{
output = false;
errorsJob.Add("Leaving date Eng 2 Length should be <= 10");
}
if (!UnitValidationRegex.Validate(engTwoLeft, datePattern))
{
output = false;
errorsJob.Add("Wrong Leaving date Eng 2 pattern");
}
}
// TODO - Add validation, comparing arrived and left time, left time should be later
// Container validation
string jobContainer = jobFields["jobContainer"];
if (jobContainer.Length > 20)
{
errorsJob.Add("Container Length should be <= 20");
}
// Container Arriving
if (jobFields["containerArrived"].Length != 0)
{
string containerArrived = jobFields["containerArrived"];
if (containerArrived.Length > 10)
{
output = false;
errorsJob.Add("Arriving date Container Length should be <= 10");
}
if (!UnitValidationRegex.Validate(containerArrived, datePattern))
{
output = false;
errorsJob.Add("Wrong Arriving date Container pattern");
}
}
// Container Leaving
if (jobFields["containerLeft"].Length != 0)
{
string containerLeft = jobFields["containerLeft"];
if (containerLeft.Length > 10)
{
output = false;
errorsJob.Add("Leaving date Container Length should be <= 10");
}
if (!UnitValidationRegex.Validate(containerLeft, datePattern))
{
output = false;
errorsJob.Add("Wrong Leaving date Container pattern");
}
}
// Rig validation
string jobRig = jobFields["jobRig"];
if (jobRig.Length > 20)
{
errorsJob.Add("Rig Length should be <= 20");
}
result.Add(output, errorsJob);
return(result);
}
public static Dictionary <bool, List <string> > ValidateBattery(Dictionary <string, string> batteryFields)
{
Dictionary <bool, List <string> > result = new Dictionary <bool, List <string> >();
bool output = true;
List <string> errorsBattery = new List <string>();
// Box validation
string batteryBoxNumber = batteryFields["batteryBoxNumber"];
string batteryBoxPattern = @"^([1-9]+)$";
if (batteryBoxNumber.Length == 0)
{
output = false;
errorsBattery.Add("Box couldn't be empty");
}
if (batteryBoxNumber.Length > 2)
{
output = false;
errorsBattery.Add("Box Length should be <= 2");
}
if (!UnitValidationRegex.Validate(batteryBoxNumber, batteryBoxPattern))
{
output = false;
errorsBattery.Add("Wrong Box pattern");
}
// SerialOne validation
if (batteryFields["serialOne"].Length != 0)
{
string serialOne = batteryFields["serialOne"];
string serialOnePattern = @"^(S1-[0-9]{4})-([0-9]{4})$";
BatteryModel battery = ApiHelpers.ApiConnectorHelper.GetSelectedJobData <BatteryModel>(serialOne, PathBatterySelected).FirstOrDefault();
if (battery != null)
{
output = false;
errorsBattery.Add($"Battery {serialOne} already exists");
}
if (serialOne.Length == 0)
{
output = false;
errorsBattery.Add("Serial 1 couldn't be empty");
}
if (serialOne.Length > 12)
{
output = false;
errorsBattery.Add("Serial 1 Length should be = 12");
}
if (!UnitValidationRegex.Validate(serialOne, serialOnePattern))
{
output = false;
errorsBattery.Add("Wrong Serial 1 pattern");
}
}
// CCD validation
if (batteryFields["batteryCCD"].Length != 0)
{
string batteryCCD = batteryFields["batteryCCD"];
string batteryCcdPattern = @"^([0-9]{8})-([0-9]{6})-([0-9]{7})$"; // 10707090-021017-0013452
if (batteryCCD.Length == 0)
{
output = false;
errorsBattery.Add("CCD couldn't be empty");
}
if (batteryCCD.Length > 25)
{
output = false;
errorsBattery.Add("CCD Length should be <= 25");
}
if (!UnitValidationRegex.Validate(batteryCCD, batteryCcdPattern))
{
output = false;
errorsBattery.Add("Wrong CCD pattern");
}
}
// Invoice validation
if (batteryFields["batteryInvoice"].Length != 0)
{
string batteryInvoice = batteryFields["batteryInvoice"];
string batteryInvoicePattern = @"^([A-Z])\/([0-9]{2})\/([0-9]{2})$";
if (batteryInvoice.Length == 0)
{
output = false;
errorsBattery.Add("Invoice couldn't be empty");
}
if (batteryInvoice.Length > 10)
{
output = false;
errorsBattery.Add("Invoice Length should be <= 10");
}
if (!UnitValidationRegex.Validate(batteryInvoice, batteryInvoicePattern))
{
output = false;
errorsBattery.Add("Wrong Invoice pattern");
}
}
// Arrived Date validation
if (batteryFields["batteryArrived"].Length != 0)
{
string batteryArrived = batteryFields["batteryArrived"];
string batteryArrivedPattern = @"^([0-9]{4})-([0-9]{2}-([0-9]{2}))$";
if (batteryArrived.Length == 0)
{
output = false;
errorsBattery.Add("Arriving date couldn't be empty");
}
if (batteryArrived.Length > 10)
{
output = false;
errorsBattery.Add("Arriving date Length should be <= 10");
}
if (!UnitValidationRegex.Validate(batteryArrived, batteryArrivedPattern))
{
output = false;
errorsBattery.Add("Wrong Arriving date pattern");
}
}
// Container validation
if (batteryFields["batteryContainer"].Length != 0)
{
string batteryContainer = batteryFields["batteryContainer"];
if (batteryContainer.Length > 20)
{
errorsBattery.Add("Container Length should be <= 20");
}
}
result.Add(output, errorsBattery);
return(result);
}