/**
* Validates a collection of anything splitable. This implies that it contains <code>
* {@link CreditSplit}</code> instances.
*
* @param splitable_it
* @param creditType
* @param greaterCummulative
* @return boolean is valid?
*/
public boolean validateCreditSplitable(
Iterator<? extends CreditSplitable> splitable_it,
InvestigatorCreditType creditType,
DecimalHolder greaterCummulative) {
if (!splitable_it.hasNext()) {
return isCreditSplitTotalValid(greaterCummulative.getValue());
}
boolean retval = true;
CreditSplitable splitable = splitable_it.next();
info(VALIDATING_MESSAGE, getCreditSplitableName(splitable));
DecimalHolder lesserCummulative = new DecimalHolder(KualiDecimal.ZERO);
retval &=
validateCreditSplit(splitable.getCreditSplits().iterator(), creditType, lesserCummulative);
greaterCummulative.add(lesserCummulative);
return retval & validateCreditSplitable(splitable_it, creditType, greaterCummulative);
}
/**
* Validates a collection of anything splits. Negative values and values exceeding 100.00 are not
* permissible.
*
* @param creditSplit_it
* @param creditType
* @param lesserCummulative
* @return boolean <code>true</code> if it is a valid percentage (falls between 0.00 and 100.00)
*/
public boolean validateCreditSplit(
Iterator<? extends CreditSplit> creditSplit_it,
InvestigatorCreditType creditType,
DecimalHolder lesserCummulative) {
if (!creditSplit_it.hasNext()) {
return false;
}
CreditSplit creditSplit = creditSplit_it.next();
if (creditType.getInvCreditTypeCode().equals(creditSplit.getInvCreditTypeCode())) {
lesserCummulative.add(creditSplit.getCredit());
info("Credit split is %s", creditSplit.getCredit());
return isCreditSplitValid(creditSplit.getCredit());
}
return validateCreditSplit(creditSplit_it, creditType, lesserCummulative);
}
/** @see java.lang.Comparable#compareTo(java.lang.Object) */
public int compareTo(DecimalHolder obj) {
return value.compareTo(obj.getValue());
}
public void add(DecimalHolder val) {
value = value.add(val.getValue());
}
