private static IValidationRuleSet GetValidationRules()
{
// ensure that not both the procedure type and procedure type groups filters are being applied
var procedureTypeRule = new ValidationRule <Worklist>(
delegate(Worklist w)
{
var filterByBothProcedureTypeAndProcedureTypeGroup = w.ProcedureTypeFilter.IsEnabled &&
w.ProcedureTypeGroupFilter.IsEnabled;
return(new TestResult(!filterByBothProcedureTypeAndProcedureTypeGroup, SR.MessageValidateWorklistProcedureTypeAndGroupFilters));
});
// ensure time filter meets constraints specified in settings
var timeFilterRule = new ValidationRule <Worklist>(
delegate(Worklist w)
{
var settings = new WorklistSettings();
var maxDays = settings.TimeWindowMaxSpanDays;
if (settings.TimeWindowRequired && maxDays > 0)
{
return(new TestResult(w.CheckTimeFilterSpan(TimeSpan.FromDays(maxDays)),
string.Format(SR.MessageValidateWorklistTimeFilter, maxDays)));
}
return(new TestResult(true));
});
return(new ValidationRuleSet(new[] { procedureTypeRule, timeFilterRule }));
}
public static int CurrentServerConfigurationMaxSpanDays()
{
var settings = new WorklistSettings();
return(settings.TimeWindowMaxSpanDays);
}
public static bool CurrentServerConfigurationRequiresTimeFilter()
{
var settings = new WorklistSettings();
return(settings.TimeWindowRequired);
}
private static IValidationRuleSet GetValidationRules()
{
// ensure that not both the procedure type and procedure type groups filters are being applied
var procedureTypeRule = new ValidationRule<Worklist>(
delegate(Worklist w)
{
var filterByBothProcedureTypeAndProcedureTypeGroup = w.ProcedureTypeFilter.IsEnabled &&
w.ProcedureTypeGroupFilter.IsEnabled;
return new TestResult(!filterByBothProcedureTypeAndProcedureTypeGroup, SR.MessageValidateWorklistProcedureTypeAndGroupFilters);
});
// ensure time filter meets constraints specified in settings
var timeFilterRule = new ValidationRule<Worklist>(
delegate(Worklist w)
{
var settings = new WorklistSettings();
var maxDays = settings.TimeWindowMaxSpanDays;
if (settings.TimeWindowRequired && maxDays > 0)
{
return new TestResult(w.CheckTimeFilterSpan(TimeSpan.FromDays(maxDays)),
string.Format(SR.MessageValidateWorklistTimeFilter, maxDays));
}
return new TestResult(true);
});
return new ValidationRuleSet(new[] { procedureTypeRule, timeFilterRule });
}
public static int CurrentServerConfigurationMaxSpanDays()
{
var settings = new WorklistSettings();
return settings.TimeWindowMaxSpanDays;
}
public static bool CurrentServerConfigurationRequiresTimeFilter()
{
var settings = new WorklistSettings();
return settings.TimeWindowRequired;
}
/// <summary>
/// Checks whether the current user has access to worklists owned by the specified worklist owner.
/// </summary>
/// <param name="owner"></param>
/// <remarks>Throws a RequestValidationException if the worklist count exceed the configured maximum.</remarks>
private void CheckWorklistCountRestriction(WorklistOwner owner)
{
// admin can have unlimited worklists
if (owner.IsAdminOwner)
return;
var worklistCount = PersistenceContext.GetBroker<IWorklistBroker>().Count(owner);
var settings = new WorklistSettings();
if (owner.IsStaffOwner)
{
if (worklistCount >= settings.MaxPersonalOwnedWorklists)
throw new RequestValidationException(SR.ExceptionMaximumWorklistsReachedForStaff);
}
else if (owner.IsGroupOwner)
{
if (worklistCount >= settings.MaxGroupOwnedWorklists)
throw new RequestValidationException(SR.ExceptionMaximumWorklistsReachedForStaffGroup);
}
}
