void CSteppedConjunctionOptimizer::addJoin(ISteppedJoin & _join)
{
unsigned thisEqualFields = _join.getNumEqualFields();
assertex(thisEqualFields);
if (numEqualFields > thisEqualFields)
numEqualFields = thisEqualFields;
joins.append(OLINK(_join));
}
void ScopeConsistencyChecker::checkConsistent(IHqlExpression * root, const HqlExprArray & _activeTables)
{
ForEachItemIn(i, _activeTables)
activeTables.append(OLINK(_activeTables.item(i)));
if (root->isDataset())
pushScope();
analyse(root, 0);
if (root->isDataset())
popScope();
}
void CSteppedConjunctionOptimizer::addInput(CSteppedInputLookahead & _input)
{
inputs.append(OLINK(_input));
if (_input.hasPostFilter())
inputHasPostfilter = true;
if (_input.hasPriority())
numPriorityInputs++;
if (_input.readsRowsRemotely())
inputIsDistributed = true;
numInputs++;
}
bool processArgvFilename(IFileArray & filenames, const char * filename)
{
if (filename[0] == '@')
return processArgvFilenamesFromFile(filenames, filename+1);
if (containsFileWildcard(filename))
{
StringBuffer dirPath, dirWildcard;
splitFilename(filename, &dirPath, &dirPath, &dirWildcard, &dirWildcard);
Owned<IDirectoryIterator> iter = createDirectoryIterator(dirPath.str(), dirWildcard.str());
ForEach(*iter)
{
IFile & cur = iter->query();
if (cur.isFile() == foundYes)
filenames.append(OLINK(cur));
}
}
else
{
void CSteppedConjunctionOptimizer::addPseudoInput(CSteppedInputLookahead & _input)
{
pseudoInputs.append(OLINK(_input));
}
void WebServicesExtractor::getResults(StringPairArray & targetResults)
{
ForEachItemIn(i, results)
targetResults.append(OLINK(results.item(i)));
}
//construction
virtual void addLink(RegexPattern * link) { next.append(OLINK(*link)); }
