protected internal bool TryGetTerms(ILegalPerson offeror, ILegalPerson offeree)
{
if (offeror == null || offeree == null)
{
AddReasonEntry("cannot resolve contract terms with both and offeror and offeree");
return(false);
}
if (Contract?.Assent == null)
{
AddReasonEntry("resolving ambiguous terms requires a contract with assent");
return(false);
}
var contractTerms = Contract.Assent as IAssentTerms;
if (contractTerms == null)
{
AddReasonEntry("resolving ambiguous terms requires a contract with assent");
return(false);
}
AgreedTerms = contractTerms.GetInNameAgreedTerms(offeror, offeree);
AddReasonEntryRange(Contract.Assent.GetReasonEntries());
if (!AgreedTerms.Any())
{
AddReasonEntry($"there are not agreed terms between {offeror.Name} and {offeree.Name}");
return(false);
}
OfferorTerms = contractTerms.TermsOfAgreement(offeror);
OffereeTerms = contractTerms.TermsOfAgreement(offeree);
return(true);
}
public override bool IsValid(params ILegalPerson[] persons)
{
var offeror = this.Offeror(persons);
var offeree = this.Offeree(persons);
if (offeree == null || offeror == null)
{
return(false);
}
if (!TryGetTerms(offeror, offeree))
{
return(false);
}
var conditionalTerms = AgreedTerms.Where(t => IsConditionalTerm(t)).ToList();
if (!conditionalTerms.Any())
{
AddReasonEntry($"There are no conditional precedent terms between {offeror.Name} and {offeree.Name}");
return(false);
}
foreach (var ct in conditionalTerms)
{
var isNotMet = IsNotConditionMet(ct, offeror) || IsNotConditionMet(ct, offeree);
if (isNotMet)
{
AddReasonEntry($"there is a conditional precedent between {offeror.Name} " +
$"and {offeree.Name}, '{ct}', which has not been met.");
return(false);
}
}
return(true);
}
public override bool IsValid(params ILegalPerson[] persons)
{
var offeror = this.Offeror(persons);
var offeree = this.Offeree(persons);
if (offeree == null || offeror == null)
{
return(false);
}
if (!TryGetTerms(offeror, offeree))
{
return(false);
}
var preque = IsPrerequisite ?? (t => true);
if (AgreedTerms.All(agreedTerm => !preque(agreedTerm)))
{
AddReasonEntry($"none of the terms between {offeror.Name} and {offeree.Name} " +
"satisfied the prerequisite condition.");
return(false);
}
var resolved = new List <bool>();
foreach (var term in AgreedTerms)
{
var offerorTerm = OfferorTerms.First(v => v.Name == term.Name);
var offereeTerm = OffereeTerms.First(v => v.Name == term.Name);
var isSemanticConflict = !offereeTerm.EqualRefersTo(offerorTerm);
//try it both ways
if (!isSemanticConflict)
{
isSemanticConflict = !offerorTerm.EqualRefersTo(offereeTerm);
}
if (!isSemanticConflict)
{
continue;
}
var isOfferorPreferred = IsIntendedMeaningAtTheTime(offerorTerm);
var isOffereePreferred = IsIntendedMeaningAtTheTime(offereeTerm);
var isOneOnlyOneValid = isOfferorPreferred ^ isOffereePreferred;
if (!isOneOnlyOneValid)
{
AddReasonEntry($"the term '{offereeTerm.Name}' has two different " +
$"meanings and neither {offeror.Name}'s " +
$"nor {offeree.Name}'s is preferred ");
}
if (isOfferorPreferred)
{
AddReasonEntry($"the preferred meaning of '{offereeTerm.Name}' is " +
$"the one given by {offeror.Name} and NOT " +
$"the one given by {offeree.Name}");
}
if (isOffereePreferred)
{
AddReasonEntry($"the preferred meaning of '{offereeTerm.Name}' is " +
$"the one given by {offeree.Name} and NOT " +
$"the one given by {offeror.Name}");
}
resolved.Add(isOneOnlyOneValid);
}
return(resolved.Any() && resolved.All(v => v));
}