use of org.h2.expression.Expression in project OpenNotebook by jaltekruse.
the class NegationGraphic method requestSize.
@Override
public int[] requestSize(Graphics g, Font f, int x1, int y1) throws Exception {
g.setFont(f);
setFont(f);
space = (int) (1 * super.getRootNodeGraphic().DOC_ZOOM_LEVEL);
Node tempChild = ((Expression) getValue()).getChild(0);
NodeGraphic childValGraphic = null;
int[] childSize = { 0, 0 };
int[] symbolSize = { 0, 0 };
int[] totalSize = { 0, 0 };
symbolSize[0] = (int) Math.round(super.getRootNodeGraphic().getStringWidth("-", f)) + 2 * space;
symbolSize[1] = super.getRootNodeGraphic().getFontHeight(f);
childValGraphic = makeNodeGraphic(tempChild);
setChildGraphic(childValGraphic);
super.getRootNodeGraphic().getComponents().add(childValGraphic);
childSize = childValGraphic.requestSize(g, f, x1 + symbolSize[0], y1);
//set the west and east fields for inside an outside of the expression
setMostInnerWest(this);
setEast(childValGraphic);
childValGraphic.setWest(this);
setMostInnerEast(childValGraphic);
symbolY1 = y1 + childValGraphic.getUpperHeight() - (int) Math.round(symbolSize[1] / 2.0);
symbolY2 = symbolY1 + symbolSize[1];
symbolX1 = x1;
symbolX2 = x1 + symbolSize[0];
setUpperHeight(childValGraphic.getUpperHeight());
setLowerHeight(childValGraphic.getLowerHeight());
totalSize[0] = symbolSize[0] + childSize[0];
totalSize[1] = childSize[1];
super.setX1(x1);
super.setY1(y1);
super.setX2(x1 + totalSize[0]);
super.setY2(y1 + totalSize[1]);
return totalSize;
}
use of org.h2.expression.Expression in project siena by mandubian.
the class FullText method addColumnData.
private static void addColumnData(ArrayList<String> columns, ArrayList<String> data, Expression expr) {
if (expr instanceof ConditionAndOr) {
ConditionAndOr and = (ConditionAndOr) expr;
Expression left = and.getExpression(true);
Expression right = and.getExpression(false);
addColumnData(columns, data, left);
addColumnData(columns, data, right);
} else {
Comparison comp = (Comparison) expr;
ExpressionColumn ec = (ExpressionColumn) comp.getExpression(true);
ValueExpression ev = (ValueExpression) comp.getExpression(false);
String columnName = ec.getColumnName();
columns.add(columnName);
if (ev == null) {
data.add(null);
} else {
data.add(ev.getValue(null).getString());
}
}
}
use of org.h2.expression.Expression in project ignite by apache.
the class GridSqlQueryParser method parseSelect.
/**
* @param select Select.
*/
private GridSqlSelect parseSelect(Select select) {
GridSqlSelect res = (GridSqlSelect) h2ObjToGridObj.get(select);
if (res != null)
return res;
res = new GridSqlSelect();
h2ObjToGridObj.put(select, res);
res.distinct(select.isDistinct());
Expression where = CONDITION.get(select);
res.where(parseExpression(where, true));
ArrayList<TableFilter> tableFilters = new ArrayList<>();
TableFilter filter = select.getTopTableFilter();
do {
assert0(filter != null, select);
assert0(filter.getNestedJoin() == null, select);
// Can use optimized join order only if we are not inside of an expression.
if (parsingSubQryExpression == 0 && optimizedTableFilterOrder != null) {
String tblAlias = filter.getTableAlias();
int idx = optimizedTableFilterOrder.get(tblAlias);
setElementAt(tableFilters, idx, filter);
} else
tableFilters.add(filter);
filter = filter.getJoin();
} while (filter != null);
// Build FROM clause from correctly ordered table filters.
GridSqlElement from = null;
for (int i = 0; i < tableFilters.size(); i++) {
TableFilter f = tableFilters.get(i);
GridSqlElement gridFilter = parseTableFilter(f);
from = from == null ? gridFilter : new GridSqlJoin(from, gridFilter, f.isJoinOuter(), parseExpression(f.getJoinCondition(), true));
}
res.from(from);
ArrayList<Expression> expressions = select.getExpressions();
for (int i = 0; i < expressions.size(); i++) res.addColumn(parseExpression(expressions.get(i), true), i < select.getColumnCount());
int[] grpIdx = GROUP_INDEXES.get(select);
if (grpIdx != null)
res.groupColumns(grpIdx);
int havingIdx = HAVING_INDEX.get(select);
if (havingIdx >= 0)
res.havingColumn(havingIdx);
processSortOrder(select.getSortOrder(), res);
res.limit(parseExpression(select.getLimit(), false));
res.offset(parseExpression(select.getOffset(), false));
return res;
}
use of org.h2.expression.Expression in project ignite by apache.
the class GridSqlQueryParser method parseUpdate.
/**
* @param update Update.
* @see <a href="http://h2database.com/html/grammar.html#update">H2 update spec</a>
*/
private GridSqlUpdate parseUpdate(Update update) {
GridSqlUpdate res = (GridSqlUpdate) h2ObjToGridObj.get(update);
if (res != null)
return res;
res = new GridSqlUpdate();
h2ObjToGridObj.put(update, res);
GridSqlElement tbl = parseTableFilter(UPDATE_TARGET.get(update));
List<Column> srcCols = UPDATE_COLUMNS.get(update);
Map<Column, Expression> srcSet = UPDATE_SET.get(update);
ArrayList<GridSqlColumn> cols = new ArrayList<>(srcCols.size());
LinkedHashMap<String, GridSqlElement> set = new LinkedHashMap<>(srcSet.size());
for (Column c : srcCols) {
GridSqlColumn col = new GridSqlColumn(c, tbl, null, null, c.getName());
col.resultType(fromColumn(c));
cols.add(col);
set.put(col.columnName(), parseExpression(srcSet.get(c), true));
}
GridSqlElement where = parseExpression(UPDATE_WHERE.get(update), true);
GridSqlElement limit = parseExpression(UPDATE_LIMIT.get(update), true);
res.target(tbl).cols(cols).set(set).where(where).limit(limit);
return res;
}
use of org.h2.expression.Expression in project ignite by apache.
the class GridSqlQueryParser method parseExpression0.
/**
* @param expression Expression.
* @param calcTypes Calculate types for all the expressions.
* @return Parsed expression.
*/
private GridSqlElement parseExpression0(Expression expression, boolean calcTypes) {
if (expression instanceof ExpressionColumn) {
ExpressionColumn expCol = (ExpressionColumn) expression;
return new GridSqlColumn(expCol.getColumn(), parseTableFilter(expCol.getTableFilter()), SCHEMA_NAME.get(expCol), expCol.getOriginalTableAliasName(), expCol.getColumnName());
}
if (expression instanceof Alias)
return new GridSqlAlias(expression.getAlias(), parseExpression(expression.getNonAliasExpression(), calcTypes), true);
if (expression instanceof ValueExpression)
// == comparison is legit, see ValueExpression#getSQL()
return expression == ValueExpression.getDefault() ? GridSqlKeyword.DEFAULT : new GridSqlConst(expression.getValue(null));
if (expression instanceof Operation) {
Operation operation = (Operation) expression;
Integer type = OPERATION_TYPE.get(operation);
if (type == Operation.NEGATE) {
assert OPERATION_RIGHT.get(operation) == null;
return new GridSqlOperation(GridSqlOperationType.NEGATE, parseExpression(OPERATION_LEFT.get(operation), calcTypes));
}
return new GridSqlOperation(OPERATION_OP_TYPES[type], parseExpression(OPERATION_LEFT.get(operation), calcTypes), parseExpression(OPERATION_RIGHT.get(operation), calcTypes));
}
if (expression instanceof Comparison) {
Comparison cmp = (Comparison) expression;
GridSqlOperationType opType = COMPARISON_TYPES[COMPARISON_TYPE.get(cmp)];
assert opType != null : COMPARISON_TYPE.get(cmp);
Expression leftExp = COMPARISON_LEFT.get(cmp);
GridSqlElement left = parseExpression(leftExp, calcTypes);
if (opType.childrenCount() == 1)
return new GridSqlOperation(opType, left);
Expression rightExp = COMPARISON_RIGHT.get(cmp);
GridSqlElement right = parseExpression(rightExp, calcTypes);
return new GridSqlOperation(opType, left, right);
}
if (expression instanceof ConditionNot)
return new GridSqlOperation(NOT, parseExpression(expression.getNotIfPossible(null), calcTypes));
if (expression instanceof ConditionAndOr) {
ConditionAndOr andOr = (ConditionAndOr) expression;
int type = ANDOR_TYPE.get(andOr);
assert type == ConditionAndOr.AND || type == ConditionAndOr.OR;
return new GridSqlOperation(type == ConditionAndOr.AND ? AND : OR, parseExpression(ANDOR_LEFT.get(andOr), calcTypes), parseExpression(ANDOR_RIGHT.get(andOr), calcTypes));
}
if (expression instanceof Subquery) {
Query qry = ((Subquery) expression).getQuery();
return parseQueryExpression(qry);
}
if (expression instanceof ConditionIn) {
GridSqlOperation res = new GridSqlOperation(IN);
res.addChild(parseExpression(LEFT_CI.get((ConditionIn) expression), calcTypes));
List<Expression> vals = VALUE_LIST_CI.get((ConditionIn) expression);
for (Expression val : vals) res.addChild(parseExpression(val, calcTypes));
return res;
}
if (expression instanceof ConditionInConstantSet) {
GridSqlOperation res = new GridSqlOperation(IN);
res.addChild(parseExpression(LEFT_CICS.get((ConditionInConstantSet) expression), calcTypes));
List<Expression> vals = VALUE_LIST_CICS.get((ConditionInConstantSet) expression);
for (Expression val : vals) res.addChild(parseExpression(val, calcTypes));
return res;
}
if (expression instanceof ConditionInSelect) {
GridSqlOperation res = new GridSqlOperation(IN);
boolean all = ALL.get((ConditionInSelect) expression);
int compareType = COMPARE_TYPE.get((ConditionInSelect) expression);
assert0(!all, expression);
assert0(compareType == Comparison.EQUAL, expression);
res.addChild(parseExpression(LEFT_CIS.get((ConditionInSelect) expression), calcTypes));
Query qry = QUERY_IN.get((ConditionInSelect) expression);
res.addChild(parseQueryExpression(qry));
return res;
}
if (expression instanceof CompareLike) {
assert0(ESCAPE.get((CompareLike) expression) == null, expression);
boolean regexp = REGEXP_CL.get((CompareLike) expression);
return new GridSqlOperation(regexp ? REGEXP : LIKE, parseExpression(LEFT.get((CompareLike) expression), calcTypes), parseExpression(RIGHT.get((CompareLike) expression), calcTypes));
}
if (expression instanceof Function) {
Function f = (Function) expression;
GridSqlFunction res = new GridSqlFunction(null, f.getName());
if (f.getArgs() != null) {
if (f.getFunctionType() == Function.TABLE || f.getFunctionType() == Function.TABLE_DISTINCT) {
Column[] cols = FUNC_TBL_COLS.get((TableFunction) f);
Expression[] args = f.getArgs();
assert cols.length == args.length;
for (int i = 0; i < cols.length; i++) {
GridSqlElement arg = parseExpression(args[i], calcTypes);
GridSqlAlias alias = new GridSqlAlias(cols[i].getName(), arg, false);
alias.resultType(fromColumn(cols[i]));
res.addChild(alias);
}
} else {
for (Expression arg : f.getArgs()) {
if (arg == null) {
if (f.getFunctionType() != Function.CASE)
throw new IllegalStateException("Function type with null arg: " + f.getFunctionType());
res.addChild(GridSqlPlaceholder.EMPTY);
} else
res.addChild(parseExpression(arg, calcTypes));
}
}
}
if (f.getFunctionType() == Function.CAST || f.getFunctionType() == Function.CONVERT)
res.resultType(fromExpression(f));
return res;
}
if (expression instanceof JavaFunction) {
JavaFunction f = (JavaFunction) expression;
FunctionAlias alias = FUNC_ALIAS.get(f);
GridSqlFunction res = new GridSqlFunction(alias.getSchema().getName(), f.getName());
if (f.getArgs() != null) {
for (Expression arg : f.getArgs()) res.addChild(parseExpression(arg, calcTypes));
}
return res;
}
if (expression instanceof Parameter)
return new GridSqlParameter(((Parameter) expression).getIndex());
if (expression instanceof Aggregate) {
int typeId = TYPE.get((Aggregate) expression);
if (GridSqlAggregateFunction.isValidType(typeId)) {
GridSqlAggregateFunction res = new GridSqlAggregateFunction(DISTINCT.get((Aggregate) expression), typeId);
Expression on = ON.get((Aggregate) expression);
if (on != null)
res.addChild(parseExpression(on, calcTypes));
return res;
}
}
if (expression instanceof ExpressionList) {
Expression[] exprs = EXPR_LIST.get((ExpressionList) expression);
GridSqlArray res = new GridSqlArray(exprs.length);
for (Expression expr : exprs) res.addChild(parseExpression(expr, calcTypes));
return res;
}
if (expression instanceof ConditionExists) {
Query qry = QUERY_EXISTS.get((ConditionExists) expression);
GridSqlOperation res = new GridSqlOperation(EXISTS);
res.addChild(parseQueryExpression(qry));
return res;
}
throw new IgniteException("Unsupported expression: " + expression + " [type=" + expression.getClass().getSimpleName() + ']');
}
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