private void determineAffectedAddressing() throws OseeCoreException {
gammaJoin.store();
try {
console.writeln("counter: [%s]", counter);
console.writeln("query id: [%s]", gammaJoin.getQueryId());
chStmt.runPreparedQuery(10000, SELECT_RELATION_ADDRESSING, gammaJoin.getQueryId());
while (chStmt.next()) {
long obsoleteGammaId = chStmt.getLong("gamma_id");
int transactionId = chStmt.getInt("transaction_id");
long netGammaId = chStmt.getLong("net_gamma_id");
int modType = chStmt.getInt("mod_type");
TxChange txCurrent = TxChange.getChangeType(chStmt.getInt("tx_current"));
if (isNextAddressing(netGammaId, transactionId)) {
if (updateAddressing) {
updateAddressingData.add(
new Object[] {
previousNetGammaId,
netModType.getValue(),
netTxCurrent.getValue(),
previousTransactionId,
previousObsoleteGammaId
});
}
updateAddressing = obsoleteGammaId != netGammaId;
previousNetGammaId = netGammaId;
previousObsoleteGammaId = obsoleteGammaId;
previousTransactionId = transactionId;
netModType = ModificationType.getMod(modType);
netTxCurrent = txCurrent;
} else {
addressingToDelete.add(
new Object[] {chStmt.getInt("branch_id"), transactionId, obsoleteGammaId});
computeNetAddressing(ModificationType.getMod(modType), txCurrent);
}
writeAddressingBackup(obsoleteGammaId, transactionId, netGammaId, modType, txCurrent);
}
} finally {
chStmt.close();
}
gammaJoin.delete();
}
private void findObsoleteRelations() throws OseeCoreException {
try {
chStmt.runPreparedQuery(10000, SELECT_RELATIONS);
while (chStmt.next()) {
int relationTypeId = chStmt.getInt("rel_link_type_id");
int artifactAId = chStmt.getInt("a_art_id");
int artiafctBId = chStmt.getInt("b_art_id");
if (isNextConceptualRelation(relationTypeId, artifactAId, artiafctBId)) {
consolidate();
initNextConceptualRelation(relationTypeId, artifactAId, artiafctBId);
} else {
obsoleteGammas.add(chStmt.getLong("gamma_id"));
relationMateriallyDiffers(chStmt);
}
}
} finally {
chStmt.close();
}
}