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TexanInParis · Jul 30, 2016 · ecaef2c · ecaef2c
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diff --git a/IBM DB2/Chapter 05/Listing 5.004.sql b/IBM DB2/Chapter 05/Listing 5.004.sql
@@ -3,6 +3,6 @@
 SET SCHEMA Item30Example;
 
 -- Listing 5.4 ROLLUP sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY ROLLUP (Color, Size);
+GROUP BY ROLLUP (Color, Dimension);
diff --git a/IBM DB2/Chapter 05/Listing 5.005.sql b/IBM DB2/Chapter 05/Listing 5.005.sql
@@ -4,7 +4,7 @@
 SET SCHEMA Item30Example;
 
 -- Listing 5.5 CUBE sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY CUBE (Color, Size);
+GROUP BY CUBE (Color, Dimension);
 
diff --git a/IBM DB2/Chapter 05/Listing 5.006.sql b/IBM DB2/Chapter 05/Listing 5.006.sql
@@ -4,7 +4,7 @@
 SET SCHEMA Item30Example;
 
 -- Listing 5.6 GROUPING SETS sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY GROUPING SETS ((Color), (Size), ());
+GROUP BY GROUPING SETS ((Color), (Dimension), ());
 
diff --git a/IBM DB2/Chapter 05/Listing 5.007.sql b/IBM DB2/Chapter 05/Listing 5.007.sql
@@ -4,13 +4,13 @@
 SET SCHEMA Item30Example;
 
 -- Listing 5.7 Using simple GROUP BY instead of GROUPING SETS
-SELECT Color, NULL AS Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, NULL AS Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
 GROUP BY Color
 UNION
-SELECT NULL, Size, SUM(Quantity)
+SELECT NULL, Dimension, SUM(Quantity)
 FROM Inventory 
-GROUP BY Size
+GROUP BY Dimension
 UNION
 SELECT NULL, NULL, SUM(Quantity)
 FROM Inventory;
diff --git a/IBM DB2/Sample Databases/Item30StructureAndData.sql b/IBM DB2/Sample Databases/Item30StructureAndData.sql
@@ -5,11 +5,11 @@ SET SCHEMA Item30Example;
 
 CREATE TABLE Inventory (
   Color varchar(15) NULL,
-  Size  varchar(5) NULL,
+  Dimension  varchar(5) NULL,
   Quantity int NULL
 );
 
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'L', 10);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'M', 20);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'M', 15);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'L', 5);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'L', 10);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'M', 20);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'M', 15);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'L', 5);
diff --git a/Microsoft SQL Server/Chapter 05/Listing 5.004.sql b/Microsoft SQL Server/Chapter 05/Listing 5.004.sql
@@ -5,6 +5,6 @@ USE Item30Example;
 GO
 
 -- Listing 5.4 ROLLUP sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY ROLLUP (Color, Size);
+GROUP BY ROLLUP (Color, Dimension);
diff --git a/Microsoft SQL Server/Chapter 05/Listing 5.005.sql b/Microsoft SQL Server/Chapter 05/Listing 5.005.sql
@@ -5,7 +5,7 @@ USE Item30Example;
 GO
 
 -- Listing 5.5 CUBE sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY CUBE (Color, Size);
+GROUP BY CUBE (Color, Dimension);
 
diff --git a/Microsoft SQL Server/Chapter 05/Listing 5.006.sql b/Microsoft SQL Server/Chapter 05/Listing 5.006.sql
@@ -6,7 +6,7 @@ GO
 
 
 -- Listing 5.6 GROUPING SETS sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY GROUPING SETS ((Color), (Size), ());
+GROUP BY GROUPING SETS ((Color), (Dimension), ());
 
diff --git a/Microsoft SQL Server/Chapter 05/Listing 5.007.sql b/Microsoft SQL Server/Chapter 05/Listing 5.007.sql
@@ -5,13 +5,13 @@ USE Item30Example;
 GO
 
 -- Listing 5.7 Using simple GROUP BY instead of GROUPING SETS
-SELECT Color, NULL AS Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, NULL AS Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
 GROUP BY Color
 UNION
-SELECT NULL, Size, SUM(Quantity)
+SELECT NULL, Dimension, SUM(Quantity)
 FROM Inventory 
-GROUP BY Size
+GROUP BY Dimension
 UNION
 SELECT NULL, NULL, SUM(Quantity)
 FROM Inventory;
diff --git a/Microsoft SQL Server/Sample Databases/Item30StructureAndData.sql b/Microsoft SQL Server/Sample Databases/Item30StructureAndData.sql
@@ -7,14 +7,14 @@ USE Item30Example;
 
 CREATE TABLE Inventory (
   Color varchar(15) NULL,
-  Size  varchar(5) NULL,
+  Dimension  varchar(5) NULL,
   Quantity int NULL
 );
 GO
 
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'L', 10);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'M', 20);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'M', 15);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'L', 5);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'L', 10);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'M', 20);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'M', 15);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'L', 5);
 
 GO
diff --git a/MySQL/Chapter 05/Listing 5.004.sql b/MySQL/Chapter 05/Listing 5.004.sql
@@ -4,6 +4,6 @@
 USE Item30Example;
 
 -- Listing 5.4 ROLLUP sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY Color, Size WITH ROLLUP;
+GROUP BY Color, Dimension WITH ROLLUP;
diff --git a/MySQL/Chapter 05/Listing 5.007.sql b/MySQL/Chapter 05/Listing 5.007.sql
@@ -4,13 +4,13 @@
 USE Item30Example;
 
 -- Listing 5.7 Using simple GROUP BY instead of GROUPING SETS
-SELECT Color, NULL AS Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, NULL AS Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
 GROUP BY Color
 UNION
-SELECT NULL, Size, SUM(Quantity)
+SELECT NULL, Dimension, SUM(Quantity)
 FROM Inventory 
-GROUP BY Size
+GROUP BY Dimension
 UNION
 SELECT NULL, NULL, SUM(Quantity)
 FROM Inventory;
diff --git a/MySQL/Sample Databases/Item30StructureAndData.sql b/MySQL/Sample Databases/Item30StructureAndData.sql
@@ -6,12 +6,12 @@ USE Item30Example;
 
 CREATE TABLE Inventory (
   Color varchar(15) NULL,
-  Size  varchar(5) NULL,
+  Dimension  varchar(5) NULL,
   Quantity int NULL
 );
 
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'L', 10);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'M', 20);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'M', 15);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'L', 5);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'L', 10);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'M', 20);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'M', 15);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'L', 5);
 
diff --git a/Oracle/Chapter 05/Listing 5.004.sql b/Oracle/Chapter 05/Listing 5.004.sql
@@ -3,6 +3,6 @@
 ALTER SESSION SET CURRENT_SCHEMA = Item30Example;
 
 -- Listing 5.4 ROLLUP sample query
-SELECT Color, "Size", SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY ROLLUP (Color, "Size");
+GROUP BY ROLLUP (Color, Dimension);
diff --git a/Oracle/Chapter 05/Listing 5.005.sql b/Oracle/Chapter 05/Listing 5.005.sql
@@ -4,7 +4,7 @@
 ALTER SESSION SET CURRENT_SCHEMA = Item30Example;
 
 -- Listing 5.5 CUBE sample query
-SELECT Color, "Size", SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY CUBE (Color, "Size");
+GROUP BY CUBE (Color, Dimension);
 
diff --git a/Oracle/Chapter 05/Listing 5.006.sql b/Oracle/Chapter 05/Listing 5.006.sql
@@ -4,7 +4,7 @@
 ALTER SESSION SET CURRENT_SCHEMA = Item30Example;
 
 -- Listing 5.6 GROUPING SETS sample query
-SELECT Color, "Size", SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY GROUPING SETS ((Color), ("Size"), ());
+GROUP BY GROUPING SETS ((Color), (Dimension), ());
 
diff --git a/Oracle/Chapter 05/Listing 5.007.sql b/Oracle/Chapter 05/Listing 5.007.sql
@@ -4,13 +4,13 @@
 ALTER SESSION SET CURRENT_SCHEMA = Item30Example;
 
 -- Listing 5.7 Using simple GROUP BY instead of GROUPING SETS
-SELECT Color, NULL AS "Size", SUM(Quantity) AS TotalQuantity
+SELECT Color, NULL AS Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
 GROUP BY Color
 UNION
-SELECT NULL, "Size", SUM(Quantity)
+SELECT NULL, Dimension, SUM(Quantity)
 FROM Inventory 
-GROUP BY "Size"
+GROUP BY Dimension
 UNION
 SELECT NULL, NULL, SUM(Quantity)
 FROM Inventory;
diff --git a/Oracle/Sample Databases/Item30StructureAndData.sql b/Oracle/Sample Databases/Item30StructureAndData.sql
@@ -9,11 +9,11 @@ ALTER SESSION SET CURRENT_SCHEMA = ITEM30EXAMPLE;
 
 CREATE TABLE Inventory (
   Color varchar(15) NULL,
-  "Size"  varchar(5) NULL,
+  Dimension  varchar(5) NULL,
   Quantity int NULL
 );
 
-INSERT INTO Inventory (Color, "Size", Quantity) VALUES ('Red', 'L', 10);
-INSERT INTO Inventory (Color, "Size", Quantity) VALUES ('Blue', 'M', 20);
-INSERT INTO Inventory (Color, "Size", Quantity) VALUES ('Red', 'M', 15);
-INSERT INTO Inventory (Color, "Size", Quantity) VALUES ('Blue', 'L', 5);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'L', 10);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'M', 20);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'M', 15);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'L', 5);
diff --git a/PostgreSQL/Chapter 05/Listing 5.004.sql b/PostgreSQL/Chapter 05/Listing 5.004.sql
@@ -3,6 +3,6 @@
 SET search_path = Item30Example;
 
 -- Listing 5.4 ROLLUP sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY ROLLUP (Color, Size);
+GROUP BY ROLLUP (Color, Dimension);
diff --git a/PostgreSQL/Chapter 05/Listing 5.005.sql b/PostgreSQL/Chapter 05/Listing 5.005.sql
@@ -4,7 +4,7 @@
 SET search_path = Item30Example;
 
 -- Listing 5.5 CUBE sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY CUBE (Color, Size);
+GROUP BY CUBE (Color, Dimension);
 
diff --git a/PostgreSQL/Chapter 05/Listing 5.006.sql b/PostgreSQL/Chapter 05/Listing 5.006.sql
@@ -4,7 +4,7 @@
 SET search_path = Item30Example;
 
 -- Listing 5.6 GROUPING SETS sample query
-SELECT Color, Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
-GROUP BY GROUPING SETS ((Color), (Size), ());
+GROUP BY GROUPING SETS ((Color), (Dimension), ());
 
diff --git a/PostgreSQL/Chapter 05/Listing 5.007.sql b/PostgreSQL/Chapter 05/Listing 5.007.sql
@@ -4,13 +4,13 @@
 SET search_path = Item30Example;
 
 -- Listing 5.7 Using simple GROUP BY instead of GROUPING SETS
-SELECT Color, NULL AS Size, SUM(Quantity) AS TotalQuantity
+SELECT Color, NULL AS Dimension, SUM(Quantity) AS TotalQuantity
 FROM Inventory 
 GROUP BY Color
 UNION
-SELECT NULL, Size, SUM(Quantity)
+SELECT NULL, Dimension, SUM(Quantity)
 FROM Inventory 
-GROUP BY Size
+GROUP BY Dimension
 UNION
 SELECT NULL, NULL, SUM(Quantity)
 FROM Inventory;
diff --git a/PostgreSQL/Sample Databases/Item30StructureAndData.sql b/PostgreSQL/Sample Databases/Item30StructureAndData.sql
@@ -5,11 +5,11 @@ SET search_path TO Item30Example;
 
 CREATE TABLE Inventory (
   Color varchar(15) NULL,
-  Size  varchar(5) NULL,
+  Dimension  varchar(5) NULL,
   Quantity int NULL
 );
 
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'L', 10);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'M', 20);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Red', 'M', 15);
-INSERT INTO Inventory (Color, Size, Quantity) VALUES ('Blue', 'L', 5);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'L', 10);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'M', 20);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Red', 'M', 15);
+INSERT INTO Inventory (Color, Dimension, Quantity) VALUES ('Blue', 'L', 5);