public bool Execute(ILeadEntity leadEntity)
{
// Create an array that specifies the types of the parameters
// TODO this needs to be A LOT more if going this way!
// Type[] validatorArgList = GetArgumentTypes("ILeadEntity");
// leadEntity will be input parameter for the validators
object[] argObjects = new object[] { leadEntity };
// Select all the validators from the database
var validatorMethodName = String.Empty;
using (var db = new ValidatorContext())
{
foreach (var validator in db.Validators)
{
validatorMethodName = validator.ClassName;
Console.WriteLine($"{validatorMethodName} | {validator.ClassName}");
//Invoke the Method within the Class
var valid = (bool)classType.InvokeMember(validatorMethodName, BindingFlags.InvokeMethod, null, null, argObjects);
Console.WriteLine($"Returned {valid}");
}
}
Console.WriteLine($"Invoked validators in {validatorClassName}.");
Console.ReadKey();
return(true);
}
public List <ValidatorClassAndAssemblyData> LeadCollectorValidatorClassAndAssemblyList()
{
var classAndAssemblyList = new List <ValidatorClassAndAssemblyData>();
// Create the className List
using (var context = new ValidatorContext())
{
int prevAssemblyId = 0; //Initialize to force first lookup for ControlAssemblyId
string assemblyName = String.Empty;
foreach (var leadCollectorValidator in context.LeadCollectorValidators)
{
// Select the validator
var validator = context.Validators.FirstOrDefault(v => v.ValidatorId == leadCollectorValidator.ValidatorId);
// Select different Assembly if different from prev - Most Validators in same assembly
if (validator != null && validator.ControlAssemblyId != prevAssemblyId)
{
assemblyName = context.ControlAssemblies.Where(a => a.ControlAssemblyId == validator.ControlAssemblyId).Select(a => a.AssemblyName)
.SingleOrDefault();
prevAssemblyId = validator.ControlAssemblyId;
}
if (validator != null)
{
classAndAssemblyList.Add(new ValidatorClassAndAssemblyData(validator.ClassName, assemblyName));
}
}
return(classAndAssemblyList);
}
}