private string GetEnumDescription(VerificationStep step)
{
var type = typeof(VerificationStep);
var memInfo = type.GetMember(step.ToString());
var attributes = memInfo[0].GetCustomAttributes(typeof(DescriptionAttribute), false);
return(((DescriptionAttribute)attributes[0]).Description);
}
protected PublicationStep CreateScheduledPublicationStep(Staff executingStaff, VerificationStep verification)
{
var settings = new ReportingWorkflowSettings();
var publication = new PublicationStep(verification);
publication.Assign(executingStaff);
publication.Schedule(Platform.Time.AddSeconds(settings.PublicationDelay));
return publication;
}
public void Execute(VerificationStep step, Staff executingStaff, IWorkflow workflow)
{
// if not assigned, assign
if (step.AssignedStaff == null)
{
step.Assign(executingStaff);
}
// put in-progress
step.Start(executingStaff);
}
public PublicationStep Execute(VerificationStep step, Staff executingStaff, IWorkflow workflow)
{
// this operation is legal even if the step was never started, therefore need to supply the performer
step.Complete(executingStaff);
var publicationStep = CreateScheduledPublicationStep(executingStaff, step);
workflow.AddEntity(publicationStep);
return(publicationStep);
}
public ReportingProcedureStep Execute(ReportingProcedureStep step, Staff executingStaff, IWorkflow workflow)
{
UpdateStep(step, executingStaff);
var verificationStep = new VerificationStep(step);
// supervisor can be null, in which case the verification step is unassigned.
verificationStep.Assign(step.ReportPart.Supervisor);
workflow.AddEntity(verificationStep);
return(verificationStep);
}
public void Test_Complete()
{
Procedure procedure = new Procedure();
Report report = new Report(procedure);
ReportPart reportPart = new ReportPart(report, 0);
Staff performer = new Staff();
InterpretationStep previousStep = new InterpretationStep(procedure);
previousStep.ReportPart = reportPart;
VerificationStep procedureStep = new VerificationStep(previousStep);
procedureStep.Start(performer);
procedureStep.Complete();
Assert.AreEqual(performer, procedureStep.ReportPart.Verifier);
}
private void ExecuteVerificationStep(VerificationStep step)
{
if (step.Assertion != null)
{
Console.WriteLine($"UI Element = {step.ElementId}, Expected Data = {step.ExpectedData}, Assertion = { step.Assertion}.");
if (step.ExpectedDataArray == null)
{
step.Assertion.Verify(WebDriver, step.ElementId, step.ExpectedData);
}
else
{
step.Assertion.Verify(WebDriver, step.ElementId, step.ExpectedDataArray);
}
}
}
/// <summary>
/// Based on the step, operation, criteria value and actual value, this method returns an object
/// that contains full rule description and actual value for that rule which will be stored into the DB.
/// </summary>
/// <param name="step">DepositCount, AccountAge, WithdrawalCount etc.</param>
/// <param name="op">LessOrEqual, Is, Of etc.</param>
/// <param name="ruleValue">Tha value for the rule as it is in the criteria</param>
/// <param name="actualValue">Actual value for that rule coming from the WD request</param>
/// <returns></returns>
protected CompleteRuleDescriptionAndActualValue GenerateFullRuleDescriptionAndValue(
VerificationStep step, ComparisonEnum op, string ruleValue, string actualValue)
{
var enumDescription = GetEnumDescription(step);
var comparisonOperator = GetOperatorAsString(op);
var result = new CompleteRuleDescriptionAndActualValue()
{
CompleteRuleDescription = string.Format("{0} {1}", enumDescription, comparisonOperator),
RuleRequiredValues = ruleValue,
ActualVerificationValue = actualValue
};
return(result);
}
public ReportingProcedureStep Execute(ReportingProcedureStep step, Staff executingStaff, IWorkflow workflow)
{
UpdateStep(step, executingStaff);
var verificationStep = new VerificationStep(step);
verificationStep.Assign(executingStaff);
verificationStep.Complete(executingStaff);
workflow.AddEntity(verificationStep);
var publicationStep = CreateScheduledPublicationStep(executingStaff, verificationStep);
workflow.AddEntity(publicationStep);
return(publicationStep);
}
protected override void OnRuleFinish(bool result, Guid withdrawalId, VerificationStep step, CompleteRuleDescriptionAndActualValue metadata = null)
{
_logsCommands.LogWithdrawalVerificationStep(
withdrawalId,
result,
VerificationType.AutoVerification,
step,
metadata.CompleteRuleDescription,
metadata.RuleRequiredValues,
metadata.ActualVerificationValue);
if (!result)
{
Failed = true;
}
}
public void Test_Complete()
{
Procedure procedure = new Procedure();
Report report = new Report(procedure);
ReportPart reportPart = new ReportPart(report, 0);
Staff performer = new Staff();
InterpretationStep previousStep = new InterpretationStep(procedure);
previousStep.ReportPart = reportPart;
VerificationStep procedureStep = new VerificationStep(previousStep);
procedureStep.Start(performer);
procedureStep.Complete();
Assert.AreEqual(performer, procedureStep.ReportPart.Verifier);
}
public InterpretationStep Execute(VerificationStep step, Staff executingStaff, IWorkflow workflow)
{
// Cancel the current step
step.Discontinue();
// Create a new interpreatation step that uses the same report part
var interpretationStep = new InterpretationStep(step);
// Reset the interpretator
interpretationStep.ReportPart.Interpreter = executingStaff;
// Assign the new step to the resident
interpretationStep.Assign(executingStaff);
interpretationStep.Start(executingStaff);
workflow.AddEntity(interpretationStep);
return(interpretationStep);
}
public void Test_Reassign()
{
Procedure procedure = new Procedure();
Report report = new Report(procedure);
ReportPart reportPart = new ReportPart(report, 0);
Staff performer = new Staff();
reportPart.Supervisor = new Staff();
VerificationStep procedureStep = new VerificationStep();
procedureStep.Procedure = procedure;
procedureStep.ReportPart = reportPart;
Assert.IsNotNull(procedureStep.ReportPart);
VerificationStep newStep = (VerificationStep)procedureStep.Reassign(performer);
Assert.AreEqual(performer, newStep.ReportPart.Supervisor);
Assert.AreEqual(procedureStep, newStep);
Assert.IsInstanceOf(typeof(VerificationStep), newStep);
}
protected override void OnRuleFinish(bool result, Guid withdrawalId, VerificationStep step, CompleteRuleDescriptionAndActualValue metadata = null)
{
_logsCommands.LogWithdrawalVerificationStep(
withdrawalId,
result,
VerificationType.RiskProfileCheck,
step,
metadata != null ? metadata.CompleteRuleDescription : "-",
metadata != null ? metadata.RuleRequiredValues : "-",
metadata != null ? metadata.ActualVerificationValue : "-"
);
var withdrawal = _paymentRepository.OfflineWithdraws
.Single(o => o.Id == withdrawalId);
withdrawal.RiskLevelStatus = RiskResultConverter.GetStatusForRpc(result, step);
withdrawal.RiskLevelCheckDate = DateTimeOffset.UtcNow;
_paymentRepository.SaveChanges();
}
public void Test_Reassign()
{
Procedure procedure = new Procedure();
Report report = new Report(procedure);
ReportPart reportPart = new ReportPart(report, 0);
Staff performer = new Staff();
reportPart.Supervisor = new Staff();
VerificationStep procedureStep = new VerificationStep();
procedureStep.Procedure = procedure;
procedureStep.ReportPart = reportPart;
Assert.IsNotNull(procedureStep.ReportPart);
VerificationStep newStep = (VerificationStep)procedureStep.Reassign(performer);
Assert.AreEqual(performer, newStep.ReportPart.Supervisor);
Assert.AreEqual(procedureStep, newStep);
Assert.IsInstanceOfType(typeof(VerificationStep), newStep);
}
/// <summary>
/// The way we determine the actual status for that RPC rule is as follows:
/// RiskProfileCheckValidationService:
/// -ValidateBonus(Failed -> High)
/// -ValidatePaymentMethod(Failed -> High)
/// -ValidateWithdrawalAveragePercentageChange(Failed -> High)
/// -ValidateWinningsToDepositPercentageIncrease(Failed -> High)
/// -ValidateAccountAge(Failed -> Low)
/// -ValidateTotalWithdrawalCount(Failed -> Low)
/// -ValidatePlayersFraudRiskLevel(Failed -> Low)
/// -ValidateWinLossRule(Failed -> Low)
/// </summary>
/// <param name="isSuccess"></param>
/// <param name="step"></param>
public static FraudRiskLevelStatus GetStatusForRpc(bool isSuccess, VerificationStep step)
{
if (isSuccess && CommonVerificationSteps.Contains(step))
{
return(FraudRiskLevelStatus.High);
}
if (isSuccess && !CommonVerificationSteps.Contains(step))
{
return(FraudRiskLevelStatus.Low);
}
if (!isSuccess && CommonVerificationSteps.Contains(step))
{
return(FraudRiskLevelStatus.Low);
}
if (!isSuccess && !CommonVerificationSteps.Contains(step))
{
return(FraudRiskLevelStatus.High);
}
return(FraudRiskLevelStatus.Low);
}
public void LogWithdrawalVerificationStep(Guid withdrawalId, bool isSuccess, VerificationType type,
VerificationStep step, string completeRuleDesc, string ruleRequiredValues, string criteriaActualValue)
{
using (var scope = CustomTransactionScope.GetTransactionScope())
{
var withdrawalVerificationLog = new WithdrawalVerificationLog
{
Id = Guid.NewGuid(),
IsSuccess = isSuccess,
VerificationStep = step,
VerificationType = type,
WithdrawalId = withdrawalId,
VerificationRule = completeRuleDesc,
RuleRequiredValue = ruleRequiredValues,
CurrentValue = criteriaActualValue
};
_repository.WithdrawalVerificationLogs.Add(withdrawalVerificationLog);
_repository.SaveChanges();
scope.Complete();
}
}
public PublicationStep Execute(VerificationStep step, Staff executingStaff, IWorkflow workflow)
{
// this operation is legal even if the step was never started, therefore need to supply the performer
step.Complete(executingStaff);
var publicationStep = CreateScheduledPublicationStep(executingStaff, step);
workflow.AddEntity(publicationStep);
return publicationStep;
}
public void Test_Name()
{
VerificationStep procedureStep = new VerificationStep();
Assert.AreEqual("Verification", procedureStep.Name);
}
protected PublicationStep CreateScheduledPublicationStep(Staff executingStaff, VerificationStep verification)
{
var settings = new ReportingWorkflowSettings();
var publication = new PublicationStep(verification);
publication.Assign(executingStaff);
publication.Schedule(Platform.Time.AddSeconds(settings.PublicationDelay));
return(publication);
}
public ReportingProcedureStep Execute(ReportingProcedureStep step, Staff executingStaff, IWorkflow workflow)
{
UpdateStep(step, executingStaff);
var verificationStep = new VerificationStep(step);
// supervisor can be null, in which case the verification step is unassigned.
verificationStep.Assign(step.ReportPart.Supervisor);
workflow.AddEntity(verificationStep);
return verificationStep;
}
public ReportingProcedureStep Execute(ReportingProcedureStep step, Staff executingStaff, IWorkflow workflow)
{
UpdateStep(step, executingStaff);
var verificationStep = new VerificationStep(step);
verificationStep.Assign(executingStaff);
verificationStep.Complete(executingStaff);
workflow.AddEntity(verificationStep);
var publicationStep = CreateScheduledPublicationStep(executingStaff, verificationStep);
workflow.AddEntity(publicationStep);
return publicationStep;
}
public InterpretationStep Execute(VerificationStep step, Staff executingStaff, IWorkflow workflow)
{
// Cancel the current step
step.Discontinue();
// Create a new interpreatation step that uses the same report part
var interpretationStep = new InterpretationStep(step);
// Reset the interpretator
interpretationStep.ReportPart.Interpreter = executingStaff;
// Assign the new step to the resident
interpretationStep.Assign(executingStaff);
interpretationStep.Start(executingStaff);
workflow.AddEntity(interpretationStep);
return interpretationStep;
}
protected abstract void OnRuleFinish(bool result, Guid withdrawalId, VerificationStep step, CompleteRuleDescriptionAndActualValue metadata = null);
public void Execute(VerificationStep step, Staff executingStaff, IWorkflow workflow)
{
// if not assigned, assign
if (step.AssignedStaff == null)
{
step.Assign(executingStaff);
}
// put in-progress
step.Start(executingStaff);
}
public void Test_Name()
{
VerificationStep procedureStep = new VerificationStep();
Assert.AreEqual("Verification", procedureStep.Name);
}
public async Task InvokeVerificationStepAsync(VerificationProcess process, VerificationStep step) => await VerificationStep.Invoke(process, step).ConfigureAwait(false);
