if (!FunctionRegistry.isOpOr(fd)) { return null;
if (FunctionRegistry.isOpOr(expr)) { return pushOrOp(expr);
if (!FunctionRegistry.isOpOr(fd)) { return null;
children.size()); for (ExprNodeDesc child : children) { if (FunctionRegistry.isOpOr(child)) { childrenList.addAll(child.getChildren()); } else {
} else if (FunctionRegistry.isOpAnd(node)) { return evaluateAndNode(node, skewedCols, cell, uniqSkewedValues); } else if (FunctionRegistry.isOpOr(node)) { return evaluateOrNode(node, skewedCols, cell, uniqSkewedValues); } else if (FunctionRegistry.isOpNot(node)) {
} else if (FunctionRegistry.isOpAnd(node)) { return evaluateAndNode(node, skewedCols, cell, uniqSkewedValues); } else if (FunctionRegistry.isOpOr(node)) { return evaluateOrNode(node, skewedCols, cell, uniqSkewedValues); } else if (FunctionRegistry.isOpNot(node)) {
child.setTypeInfo(TypeInfoFactory.getPrimitiveTypeInfo("boolean")); if (FunctionRegistry.isOpOr(child)) { childrenList.addAll(child.getChildren()); } else {
} else if (FunctionRegistry.isOpAnd(fd)) { return handleUdfAnd(ctx, fd, nodeOutputs); } else if (FunctionRegistry.isOpOr(fd)) { return handleUdfOr(ctx, fd, nodeOutputs); } else if (FunctionRegistry.isIn(fd)) {
} else if (FunctionRegistry.isOpAnd(fd)) { return handleUdfAnd(ctx, fd, nodeOutputs); } else if (FunctionRegistry.isOpOr(fd)) { return handleUdfOr(ctx, fd, nodeOutputs); } else if (FunctionRegistry.isIn(fd)) {
@Override public Object process(Node nd, Stack<Node> stack, NodeProcessorCtx procCtx, Object... nodeOutputs) throws SemanticException { // If it's not some operator, pass it back if (!(nd instanceof ExprNodeGenericFuncDesc)) { return nd; } ExprNodeGenericFuncDesc func = (ExprNodeGenericFuncDesc) nd; // 'and' nodes need to be intersected if (FunctionRegistry.isOpAnd(func)) { return processAndOpNode(nd, nodeOutputs); // 'or' nodes need to be merged } else if (FunctionRegistry.isOpOr(func)) { return processOrOpNode(nd, nodeOutputs); } else if (FunctionRegistry.isOpNot(func)) { // TODO handle negations throw new IllegalArgumentException("Negations not yet implemented"); } else { return processExpression(func, nodeOutputs); } }
@Override public Object process(Node nd, Stack<Node> stack, NodeProcessorCtx procCtx, Object... nodeOutputs) throws SemanticException { // If it's not some operator, pass it back if (!(nd instanceof ExprNodeGenericFuncDesc)) { return nd; } ExprNodeGenericFuncDesc func = (ExprNodeGenericFuncDesc) nd; // 'and' nodes need to be intersected if (FunctionRegistry.isOpAnd(func)) { return processAndOpNode(nd, nodeOutputs); // 'or' nodes need to be merged } else if (FunctionRegistry.isOpOr(func)) { return processOrOpNode(nd, nodeOutputs); } else if (FunctionRegistry.isOpNot(func)) { // TODO handle negations throw new IllegalArgumentException("Negations not yet implemented"); } else { return processExpression(func, nodeOutputs); } }
if (FunctionRegistry.isOpOr(expr)) { return pushOrOp(expr);
} else if (FunctionRegistry.isOpAnd(node)) { return evaluateAndNode(node, skewedCols, cell, uniqSkewedValues); } else if (FunctionRegistry.isOpOr(node)) { return evaluateOrNode(node, skewedCols, cell, uniqSkewedValues); } else if (FunctionRegistry.isOpNot(node)) {
} else if (FunctionRegistry.isOpOr(fd)) { assert (nodeOutputs.length == 2); NodeInfoWrapper c1 = (NodeInfoWrapper)nodeOutputs[0];
} else if (FunctionRegistry.isOpOr(fd)) { assert (nodeOutputs.length == 2); NodeInfoWrapper c1 = (NodeInfoWrapper)nodeOutputs[0];