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Understanding Relational Databases
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This appendix summarizes SQL:2003 syntax for the SELECT, INSERT, UPDATE, and DELETE statements presented in this chapter The syntax is limited to the simplified state ment structure presented in this chapter More complex syntax is introduced in Part 5 of this textbook The conventions used in the syntax notation are identical to those used at the end of 3
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<Select-Statement>: { <Simple-Select> I <Set-Select> } [ ORDER BY <Sort-Specification>* ] <Simple-Se!ect>: SELECT [ DISTINCT ] <Column-Specification>* FROM <Table-Specification>* [ WHERE <Row-Condition> ] [ GROUP BY ColumnName* ] [ HAVING <Group-Condition> ] <Column-Specification>: { <Column-List> I <Column-ltem> } <Column-List>: { * I TableName* } * is a literal here not a syntax symbol <Column-ltem>: <Column-Expression> [ A S ColumnName ] <Column-Expression>: { <Scalar-Expression> I <Aggregate-Expression> } <Scalar-Expression>: {<Scalar-ltem> I <Scalar-ltem> <Arith-Operator> <Scalar-ltem>} <Scalar-ltem>: { [ TableNameJColumnName I Constant I FunctionName [ (Argument*) ] I <Scalar-Expression> I (<Scalar-Expression>)} <Arith-Operator>: { + 1 - 1 * 1 / } * and + are literals here not syntax symbols
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<Aggregate-Expression>: { SUM ({<Scalar-Expression> I DISTINCT ColumnName } ) I AVG ({<Scalar-Expression> I DISTINCT ColumnName } ) I
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Query Formulation with SQL
MIN ( <Scalar-Expression> ) I MAX ( <Scalar-Expression> ) I COUNT ( [ DISTINCT ] ColumnName ) I
COUNT ( * ) } * is a literal symbol here, not a special syntax symbol
<Table-Specification>: {<Simple-Table> I <Join-Operation>} <Simple-Table>: TableName [ [ AS ] AliasName ] <Join-Operation>: { <Simple-Table> [INNER] JOIN <Simple-Table> ON <Join-Condition> I { <Simple-Table> I <Join-Operation> } [INNER] JOIN { <Simple-Table> I <Join-Operation> } ON <Join-Condition> I (<Join-Operation>) } <Join-Condition>: {<Simple-Join-Condition> I <Compound-Join-Condition>}
<Simple-Join-Condition>: <Scalar-Expression> <Comparison-Operator> <Scalar-Expression> <Compound-Join-Condition>: { N O T <Join-Condition> I <Join-Condition> AND <Join-Condition> I <Join-Condition> OR <Join-Condition> I (<Join-Condition>) <Comparison-Operator>: { = I < I > I <= I >= I < > } <Row-Condition>: { <Simple-Condition> I <Compound-Condition> } <Simple-Condition>: {<Scalar-Expression> <Comparison-Operator> <Scalar-Experssion> I <Scalar-Expression> [ NOT ] IN ( Constant*) I <Scalar-Expression> BETWEEN <Scalar-Expression> AND <Scalar-Expression> I <Scalar-Expression> IS [NOT] NULL I ColumnName [ NOT ] LIKE StringPattern } <Compound-Condition>: { N O T <Row-Condition> I <Row-Condition> AND <Row-Condition> I <Row-Condition> OR <Row-Condition> I (<Row-Condition>) }
Part Two
Understanding Relational Databases
<Group-Condition>: { <Simple-Group-Condition> I <Compound-Group-Condition> } <Simple-Group-Condition>: p e r m i t s b o t h s c a l a r a n d a g g r e g a t e e x p r e s s i o n s {<Column-Expression> ComparisonOperator < Column-Experssion> I <Column-Expression> [ NOT ] IN ( Constant*) I <Column-Expression> BETWEEN <Column-Expression> AND <Column-Expression> I <Column-Expression> IS [NOT] NULL I ColumnName [ NOT ] LIKE StringPattern } <Compound-Group-Condition>: { N O T <Group-Condition> I <Group-Condition> AND <Group-Condition> I <Group-Condition> OR <Group-Condition> I (<Group-Condition>) } <Sort-Specification>: { ColumnName I ColumnNumber} [ { A S C I DESC } ] <Set-Select>: { <Simple-Select> I <Set-Select> } <Set-Operator> { <Simple-Select> I <Set-Select> } <Set-Operator>: { UNION I INTERSECT I EXCEPT} [ ALL ]
INSERT Syntax
INSERT INTO TableName ( ColumnName*) VALUES (Constant*) INSERT INTO TableName [ ( ColumnName* ) ] <Simple-Select>
I PDA I E Syntax
UPDATE TableName SET <Column-Assignment>* [ WHERE <Row-Condition> ] <Column-Assignment>: ColumnName = <Scalar-Expression>
4
Query Formulation with SQL
DELETE
Syntax
DELETE FROM TableName [ W H E R E <Row-Condition>
Appendix
Syntax Differences among Major DBMS Products
Table 4B1 summarizes syntax differences among Microsoft A c c e s s ( 1 9 9 7 to 2 0 0 3 ver sions), Oracle 8i to lOg, Microsoft S Q L Server, and IBM's D B 2 The differences involve the parts o f the SELECT statement presented in the chapter
TABLE 4B1
SELECT Syntax Differences among Major DBMS Products Access 97/2000/2002/2003 *, although the % and _ characters can be used in the 2002/2003 versions by setting the query mode No Surround in # symbols <> Yes Not supported
ElementXProduct Pattern-matching characters
Oracle 8i, 9i, lOg
M S SQL Server 2000
Case sensitivity in string matching Date constants Inequality symbol Join operator style Difference operations
Yes Surround in single quotation marks <> No in 8i, Yes in 9i, 10g MINUS keyword
Yes Surround in single quotation marks != Yes Not supported
Yes Surround in single quotation marks <> Yes EXCEPT keyword
Part
Data Modeling
The chapters in Part 3 cover data modeling using the Entity Relationship Model to provide skills for conceptual database design 5 presents the Crow's Foot notation o f the Entity Relationship Model and explains diagram rules to prevent c o m m o n diagram errors 6 emphasizes the practice o f data modeling on narrative problems and presents rules to convert entity relationship diagrams (ERDs) into relational tables 6 explains design transformations and c o m m o n design errors to sharpen data modeling skills
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