Examples with RolapCell mondrian.rolap.RolapCell used on opensource projects

Example 1 with RolapCell

use of mondrian.rolap.RolapCell in project mondrian by pentaho.

the class DrillThroughFieldListTest method testTwoJoins.

public void testTwoJoins() {
    String mdx = "SELECT\n" + "{[Measures].[Unit Sales], [Measures].[Store Cost]} ON COLUMNS,\n" + "NONEMPTYCROSSJOIN({[Time].[Quarter].[Q1]}," + " {[Product].[Product Name].[Good Imported Beer]}) ON ROWS\n" + "FROM [Sales]";
    Result result = executeQuery(mdx);
    RolapCell rCell = (RolapCell) result.getCell(new int[] { 0, 0 });
    assertTrue(rCell.canDrillThrough());
    OlapElement unitSalesAttribute = result.getAxes()[0].getPositions().get(0).get(0);
    OlapElement storeCostAttribute = result.getAxes()[0].getPositions().get(1).get(0);
    OlapElement quarterAttribute = result.getAxes()[1].getPositions().get(0).get(0).getLevel();
    List<OlapElement> attributes = Arrays.asList(unitSalesAttribute, storeCostAttribute, quarterAttribute);
    String expectedSql;
    switch(getTestContext().getDialect().getDatabaseProduct()) {
        case MARIADB:
        case MYSQL:
            expectedSql = "select\n" + "    time_by_day.quarter as Quarter,\n" + "    sales_fact_1997.unit_sales as Unit Sales,\n" + "    sales_fact_1997.store_cost as Store Cost\n" + "from\n" + "    time_by_day as time_by_day,\n" + "    sales_fact_1997 as sales_fact_1997,\n" + "    product as product\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    time_by_day.quarter = 'Q1'\n" + "and\n" + "    sales_fact_1997.product_id = product.product_id\n" + "and\n" + "    product.product_name = 'Good Imported Beer'\n" + "order by\n" + (TestContext.instance().getDialect().requiresOrderByAlias() ? "    Quarter ASC" : "    time_by_day.quarter ASC");
            break;
        case ORACLE:
            expectedSql = "select\n" + "    time_by_day.quarter as Quarter,\n" + "    sales_fact_1997.unit_sales as Unit Sales,\n" + "    sales_fact_1997.store_cost as Store Cost\n" + "from\n" + "    time_by_day time_by_day,\n" + "    sales_fact_1997 sales_fact_1997,\n" + "    product product\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    time_by_day.quarter = 'Q1'\n" + "and\n" + "    sales_fact_1997.product_id = product.product_id\n" + "and\n" + "    product.product_name = 'Good Imported Beer'\n" + "order by\n" + "    time_by_day.quarter ASC";
            break;
        default:
            return;
    }
    String actual = rCell.getDrillThroughSQL(attributes, true);
    int expectedRowsNumber = 7;
    context.assertSqlEquals(expectedSql, actual, expectedRowsNumber);
}

Example 2 with RolapCell

use of mondrian.rolap.RolapCell in project mondrian by pentaho.

the class DrillThroughFieldListTest method testVirtualCube.

public void testVirtualCube() {
    String mdx = " SELECT\n" + " [Measures].[Unit Sales] ON COLUMNS\n" + " FROM [Warehouse and Sales]\n" + " WHERE [Gender].[F]";
    Result result = executeQuery(mdx);
    RolapCell rCell = (RolapCell) result.getCell(new int[] { 0 });
    assertTrue(rCell.canDrillThrough());
    OlapElement StoreSqftAttribute = result.getAxes()[0].getPositions().get(0).get(0);
    List<OlapElement> attributes = Arrays.asList(StoreSqftAttribute);
    String expectedSql;
    switch(getTestContext().getDialect().getDatabaseProduct()) {
        case MARIADB:
        case MYSQL:
            expectedSql = "select\n" + "    sales_fact_1997.unit_sales as Unit Sales\n" + "from\n" + "    time_by_day as time_by_day,\n" + "    sales_fact_1997 as sales_fact_1997,\n" + "    customer as customer\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    sales_fact_1997.customer_id = customer.customer_id\n" + "and\n" + "    customer.gender = 'F'";
            break;
        case ORACLE:
            expectedSql = "select\n" + "    sales_fact_1997.unit_sales as Unit Sales\n" + "from\n" + "    time_by_day time_by_day,\n" + "    sales_fact_1997 sales_fact_1997,\n" + "    customer customer\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    sales_fact_1997.customer_id = customer.customer_id\n" + "and\n" + "    customer.gender = 'F'";
            break;
        default:
            return;
    }
    String actual = rCell.getDrillThroughSQL(attributes, true);
    int expectedRowsNumber = 42831;
    context.assertSqlEquals(expectedSql, actual, expectedRowsNumber);
}

Example 3 with RolapCell

use of mondrian.rolap.RolapCell in project mondrian by pentaho.

the class DrillThroughFieldListTest method testOneJoinTwoMeasures.

public void testOneJoinTwoMeasures() {
    String mdx = "SELECT\n" + "{[Measures].[Unit Sales], [Measures].[Store Cost]} ON COLUMNS,\n" + "[Time].[Quarter].[Q1] ON ROWS\n" + "FROM [Sales]";
    Result result = executeQuery(mdx);
    RolapCell rCell = (RolapCell) result.getCell(new int[] { 0, 0 });
    assertTrue(rCell.canDrillThrough());
    OlapElement unitSalesAttribute = result.getAxes()[0].getPositions().get(0).get(0);
    OlapElement storeCostAttribute = result.getAxes()[0].getPositions().get(1).get(0);
    OlapElement quarterAttribute = result.getAxes()[1].getPositions().get(0).get(0).getLevel();
    List<OlapElement> attributes = Arrays.asList(unitSalesAttribute, storeCostAttribute, quarterAttribute);
    String expectedSql;
    switch(getTestContext().getDialect().getDatabaseProduct()) {
        case MARIADB:
        case MYSQL:
            expectedSql = "select\n" + "    time_by_day.quarter as Quarter,\n" + "    sales_fact_1997.unit_sales as Unit Sales,\n" + "    sales_fact_1997.store_cost as Store Cost\n" + "from\n" + "    time_by_day as time_by_day,\n" + "    sales_fact_1997 as sales_fact_1997\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    time_by_day.quarter = 'Q1'\n" + "order by\n" + (TestContext.instance().getDialect().requiresOrderByAlias() ? "    Quarter ASC" : "    time_by_day.quarter ASC");
            break;
        case ORACLE:
            expectedSql = "select\n" + "    time_by_day.quarter as Quarter,\n" + "    sales_fact_1997.unit_sales as Unit Sales,\n" + "    sales_fact_1997.store_cost as Store Cost\n" + "from\n" + "    time_by_day time_by_day,\n" + "    sales_fact_1997 sales_fact_1997\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    time_by_day.quarter = 'Q1'\n" + "order by\n" + "    time_by_day.quarter ASC";
            break;
        default:
            return;
    }
    String actual = rCell.getDrillThroughSQL(attributes, true);
    int expectedRowsNumber = 21588;
    context.assertSqlEquals(expectedSql, actual, expectedRowsNumber);
}

Example 4 with RolapCell

use of mondrian.rolap.RolapCell in project mondrian by pentaho.

the class DrillThroughFieldListTest method testOneJoin.

public void testOneJoin() {
    String mdx = "SELECT\n" + "[Measures].[Unit Sales] ON COLUMNS,\n" + "[Time].[Quarter].[Q1] ON ROWS\n" + "FROM [Sales]";
    Result result = executeQuery(mdx);
    RolapCell rCell = (RolapCell) result.getCell(new int[] { 0, 0 });
    assertTrue(rCell.canDrillThrough());
    OlapElement returnMeasureAttribute = result.getAxes()[0].getPositions().get(0).get(0);
    OlapElement returnLevelAttribute = result.getAxes()[1].getPositions().get(0).get(0).getLevel();
    List<OlapElement> attributes = Arrays.asList(returnMeasureAttribute, returnLevelAttribute);
    String expectedSql;
    switch(getTestContext().getDialect().getDatabaseProduct()) {
        case MARIADB:
        case MYSQL:
            expectedSql = "select\n" + "    time_by_day.quarter as Quarter,\n" + "    sales_fact_1997.unit_sales as Unit Sales\n" + "from\n" + "    time_by_day as time_by_day,\n" + "    sales_fact_1997 as sales_fact_1997\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    time_by_day.quarter = 'Q1'\n" + "order by\n" + (TestContext.instance().getDialect().requiresOrderByAlias() ? "    Quarter ASC" : "    time_by_day.quarter ASC");
            break;
        case ORACLE:
            expectedSql = "select\n" + "    time_by_day.quarter as Quarter,\n" + "    sales_fact_1997.unit_sales as Unit Sales\n" + "from\n" + "    time_by_day time_by_day,\n" + "    sales_fact_1997 sales_fact_1997\n" + "where\n" + "    sales_fact_1997.time_id = time_by_day.time_id\n" + "and\n" + "    time_by_day.the_year = 1997\n" + "and\n" + "    time_by_day.quarter = 'Q1'\n" + "order by\n" + "    time_by_day.quarter ASC";
            break;
        default:
            return;
    }
    String actual = rCell.getDrillThroughSQL(attributes, true);
    int expectedRowsNumber = 21588;
    context.assertSqlEquals(expectedSql, actual, expectedRowsNumber);
}

Example 5 with RolapCell

use of mondrian.rolap.RolapCell in project mondrian by pentaho.

the class DrillThroughFieldListTest method testNoJoin.

public void testNoJoin() {
    String mdx = "SELECT\n" + "Measures.[Store Sqft] on COLUMNS\n" + "FROM [Store]";
    Result result = executeQuery(mdx);
    RolapCell rCell = (RolapCell) result.getCell(new int[] { 0 });
    assertTrue(rCell.canDrillThrough());
    OlapElement StoreSqftAttribute = result.getAxes()[0].getPositions().get(0).get(0);
    List<OlapElement> attributes = Arrays.asList(StoreSqftAttribute);
    String expectedSql;
    switch(getTestContext().getDialect().getDatabaseProduct()) {
        case MARIADB:
        case MYSQL:
            expectedSql = "select\n" + "    store.store_sqft as Store Sqft\n" + "from\n" + "    store as store";
            break;
        case ORACLE:
            expectedSql = "select\n" + "    store.store_sqft as Store Sqft\n" + "from\n" + "    store store";
            break;
        default:
            return;
    }
    String actual = rCell.getDrillThroughSQL(attributes, true);
    int expectedRowsNumber = 25;
    context.assertSqlEquals(expectedSql, actual, expectedRowsNumber);
}