1. 1 Oracle 8

2. 2 New features

3. 3 Oracle 8 New features  Abstract data types New features  Abstract data types

4. 4 Oracle 8 New features  Abstract data types  Nested tables New features  Abstract data types  Nested tables

5. 5 Oracle 8 New features  Abstract data types  Nested tables  Varying arrays New features  Abstract data types  Nested tables  Varying arrays

6. 6 Oracle 8 New features  Abstract data types  Nested tables  Varying arrays  Large objects New features  Abstract data types  Nested tables  Varying arrays  Large objects

7. 7 Oracle 8 New features  Abstract data types  Nested tables  Varying arrays  Large objects  References New features  Abstract data types  Nested tables  Varying arrays  Large objects  References

8. 8 Oracle 8 New features  Abstract data types  Nested tables  Varying arrays  Large objects  References  Object views New features  Abstract data types  Nested tables  Varying arrays  Large objects  References  Object views

9. 9 Oracle 8 Abstract data types

10. 10 Oracle 8 Abstract data types  CREATE TYPE statement CREATE TYPE ADDRESS_TYPE AS OBJECT (StreetVARCHAR2(50), CityVARCHAR2(25), StateVARCHAR(3), ZipNUMBER(4)); Abstract data types  CREATE TYPE statement CREATE TYPE ADDRESS_TYPE AS OBJECT (StreetVARCHAR2(50), CityVARCHAR2(25), StateVARCHAR(3), ZipNUMBER(4));

11. 11 Oracle 8 Abstract data types  CREATE TYPE statement CREATE TYPE ADDRESS_TYPE AS OBJECT (StreetVARCHAR2(50), CityVARCHAR2(25), StateVARCHAR(3), ZipNUMBER(4)); CREATE TYPE PERSON_TYPE AS OBJECT (NameVARCHAR2(30), AddressADDRESS_TYPE); Abstract data types  CREATE TYPE statement CREATE TYPE ADDRESS_TYPE AS OBJECT (StreetVARCHAR2(50), CityVARCHAR2(25), StateVARCHAR(3), ZipNUMBER(4)); CREATE TYPE PERSON_TYPE AS OBJECT (NameVARCHAR2(30), AddressADDRESS_TYPE);

12. 12 Oracle 8 Abstract data types  CREATE TABLE statement CREATE TABLE CUSTOMER (Customer_IDNUMBER(6), PersonPERSON_TYPE ); Abstract data types  CREATE TABLE statement CREATE TABLE CUSTOMER (Customer_IDNUMBER(6), PersonPERSON_TYPE );

13. 13 Oracle 8 Abstract data types  CREATE TABLE statement CREATE TABLE CUSTOMER (Customer_IDNUMBER(6), PersonPERSON_TYPE ); CREATE TABLE DEPARTMENT (Dept_NameVARCHAR2(20), AddressADDRESS_TYPE)); Abstract data types  CREATE TABLE statement CREATE TABLE CUSTOMER (Customer_IDNUMBER(6), PersonPERSON_TYPE ); CREATE TABLE DEPARTMENT (Dept_NameVARCHAR2(20), AddressADDRESS_TYPE));

14. 14 Oracle 8 Abstract data types  INSERT INTO statement INSERT INTO CUSTOMER VALUES ( 1, PERSON_TYPE(‘Mike Jones’, ADDRESS_TYPE(‘Penny St.’, ‘London’, ‘HK’, 1234))); Abstract data types  INSERT INTO statement INSERT INTO CUSTOMER VALUES ( 1, PERSON_TYPE(‘Mike Jones’, ADDRESS_TYPE(‘Penny St.’, ‘London’, ‘HK’, 1234)));

15. 15 Oracle 8 Abstract data types  INSERT INTO statement INSERT INTO CUSTOMER VALUES ( 1, PERSON_TYPE(‘Mike Jones’, ADDRESS_TYPE(‘Penny St.’, ‘London’, ‘HK’, 1234))); INSERT INTO DEPARTMENT VALUES( ‘SITACS’, ADDRESS_TYPE(‘Northfields Ave.’, ‘Wollongong’, ‘NSW’, 2522) ); Abstract data types  INSERT INTO statement INSERT INTO CUSTOMER VALUES ( 1, PERSON_TYPE(‘Mike Jones’, ADDRESS_TYPE(‘Penny St.’, ‘London’, ‘HK’, 1234))); INSERT INTO DEPARTMENT VALUES( ‘SITACS’, ADDRESS_TYPE(‘Northfields Ave.’, ‘Wollongong’, ‘NSW’, 2522) );

16. 16 Oracle 8 Abstract data types  SELECT statement –SELECT Customer_id, Person.Name –FROM Customer –WHERE Person.Address.City = ‘London’; –SELECT * –FROM Department; Abstract data types  SELECT statement –SELECT Customer_id, Person.Name –FROM Customer –WHERE Person.Address.City = ‘London’; –SELECT * –FROM Department;

17. 17 Oracle 8 Abstract data types  DROP TYPE statement DROP TYPE PERSON_TYPE Abstract data types  DROP TYPE statement DROP TYPE PERSON_TYPE

18. 18 Oracle 8 Abstract data types  DROP TYPE statement DROP TYPE PERSON_TYPE  CREATE OR REPLACE TYPE statement CREATE OR REPLACE TYPE ADDRESS_TYPE AS OBJECT (StreetVARCHAR2(50), CityVARCHAR2(25) ); Abstract data types  DROP TYPE statement DROP TYPE PERSON_TYPE  CREATE OR REPLACE TYPE statement CREATE OR REPLACE TYPE ADDRESS_TYPE AS OBJECT (StreetVARCHAR2(50), CityVARCHAR2(25) );

19. 19 Oracle 8 Indexing abstract data type attributes

20. 20 Oracle 8 Indexing abstract data type attributes  CREATE INDEX statement CREATE INDEX CUST_IDX ON Customer(Person.Address.City) ; Indexing abstract data type attributes  CREATE INDEX statement CREATE INDEX CUST_IDX ON Customer(Person.Address.City) ;

21. 21 Oracle 8 Object views

22. 22 Oracle 8 Object views CREATE TABLE CUSTOMER (Customer_IdNUMBER(6) PRIMARY KEY, NameVARCHAR2(30), StreetVARCHAR2(50), CityVARCHAR2(20), StateCHAR(3), ZipNUMBER(4)); Object views CREATE TABLE CUSTOMER (Customer_IdNUMBER(6) PRIMARY KEY, NameVARCHAR2(30), StreetVARCHAR2(50), CityVARCHAR2(20), StateCHAR(3), ZipNUMBER(4));

23. 23 Oracle 8 Object views CREATE TYPE ADDRESS_TYPE AS OBJECT StreetVARCHAR2(50), CityVARCHAR2(20), StateCHAR(3), ZipNUMBER(4)); Object views CREATE TYPE ADDRESS_TYPE AS OBJECT StreetVARCHAR2(50), CityVARCHAR2(20), StateCHAR(3), ZipNUMBER(4));

24. 24 Oracle 8 Object views CREATE TYPE ADDRESS_TYPE AS OBJECT StreetVARCHAR2(50), CityVARCHAR2(20), StateCHAR(3), ZipNUMBER(4)); CREATE TYPE PERSON_TYPE AS OBJECT (NameVARCHAR2(30), AddressADDRESS_TYPE); Object views CREATE TYPE ADDRESS_TYPE AS OBJECT StreetVARCHAR2(50), CityVARCHAR2(20), StateCHAR(3), ZipNUMBER(4)); CREATE TYPE PERSON_TYPE AS OBJECT (NameVARCHAR2(30), AddressADDRESS_TYPE);

25. 25 Oracle 8 Object views CREATE VIEW CUSTOMER_V (Customer_ID, Person) AS SELECT Customer_ID, PERSON_TYPE(Name, ADDRESS_TYPE(Street, City, State,Zip) ) FROMCUSTOMER WHEREState = ‘NSW’; Object views CREATE VIEW CUSTOMER_V (Customer_ID, Person) AS SELECT Customer_ID, PERSON_TYPE(Name, ADDRESS_TYPE(Street, City, State,Zip) ) FROMCUSTOMER WHEREState = ‘NSW’;

26. 26 Oracle 8 Object views  Create flat relational table Object views  Create flat relational table

27. 27 Oracle 8 Object views  Create flat relational table  Create abstract data types Object views  Create flat relational table  Create abstract data types

28. 28 Oracle 8 Object views  Create flat relational table  Create abstract data types  Create object view Object views  Create flat relational table  Create abstract data types  Create object view

29. 29 Oracle 8 Methods

30. 30 Oracle 8 Methods CREATE TYPE PERSON_TYPE AS OBJECT (NameVARCHAR2(30), AddressADDRESS_TYPE, BithDateDATE, MEMBER FUNCTION Age( BirthDate IN DATE) RETURN NUMBER ); Methods CREATE TYPE PERSON_TYPE AS OBJECT (NameVARCHAR2(30), AddressADDRESS_TYPE, BithDateDATE, MEMBER FUNCTION Age( BirthDate IN DATE) RETURN NUMBER );

31. 31 Oracle 8 Methods CREATE TYPE BODY PERSON_TYPE AS MEMBER FUNCTION Age( BirthDate IN DATE) RETURN NUMBER IS BEGIN RETURN ROUND(SysDate - BirthDate); END; / Methods CREATE TYPE BODY PERSON_TYPE AS MEMBER FUNCTION Age( BirthDate IN DATE) RETURN NUMBER IS BEGIN RETURN ROUND(SysDate - BirthDate); END; /

32. 32 Oracle 8 Methods CREATE TABLE STUDENT (SIDNUMBER(6), PERSONPERSON_TYPE ); SELECT STUDENT.Age(Student.BirthDate) FROM STUDENT; Methods CREATE TABLE STUDENT (SIDNUMBER(6), PERSONPERSON_TYPE ); SELECT STUDENT.Age(Student.BirthDate) FROM STUDENT;

33. 33 Oracle 8 Collectors

34. 34 Oracle 8 Collectors  Varying arrays Collectors  Varying arrays

35. 35 Oracle 8 Collectors  Varying arrays  Nested tables Collectors  Varying arrays  Nested tables

36. 36 Oracle 8 Varying arrays

37. 37 Oracle 8 Varying arrays CREATE TYPE TOOL_TYPE AS OBJECT (ToolNameVARCHAR2(30) ); Varying arrays CREATE TYPE TOOL_TYPE AS OBJECT (ToolNameVARCHAR2(30) );

38. 38 Oracle 8 Varying arrays CREATE TYPE TOOL_TYPE AS OBJECT (ToolNameVARCHAR2(30) ); CREATE TYPE TOOLS_VA AS VARRAY(5) OF TOOL_TYPE; Varying arrays CREATE TYPE TOOL_TYPE AS OBJECT (ToolNameVARCHAR2(30) ); CREATE TYPE TOOLS_VA AS VARRAY(5) OF TOOL_TYPE;

39. 39 Oracle 8 Varying arrays CREATE TYPE TOOL_TYPE AS OBJECT (ToolNameVARCHAR2(30) ); CREATE TYPE TOOLS_VA AS VARRAY(5) OF TOOL_TYPE; CREATE TABLE MECHANIC (NameVARCHAR2(30) PRIMARY KEY, ToolsTOOLS_VA ); Varying arrays CREATE TYPE TOOL_TYPE AS OBJECT (ToolNameVARCHAR2(30) ); CREATE TYPE TOOLS_VA AS VARRAY(5) OF TOOL_TYPE; CREATE TABLE MECHANIC (NameVARCHAR2(30) PRIMARY KEY, ToolsTOOLS_VA );

40. 40 Oracle 8 Varying arrays INSERT INTO MECHANIC VALUES (‘Mike Jones’, TOOLS_VA(TOOL_TYPE(‘HAMMER’), TOOL_TYPE(‘SLEDGE’), TOOL_TYPE(‘AX’))); Varying arrays INSERT INTO MECHANIC VALUES (‘Mike Jones’, TOOLS_VA(TOOL_TYPE(‘HAMMER’), TOOL_TYPE(‘SLEDGE’), TOOL_TYPE(‘AX’)));

41. 41 Oracle 8 Varying arrays DECLARE CURSOR MECHANIC_CURSOR IS SELECT * FROM MECHANIC; MECHANIC_REC MECHANIC_CURSOR%ROWTYPE; BEGIN FOR MECHANIC_REC IN MECHANIC_CURSOR LOOP DBMS_OUTPUT.PUT_LINE(MECHANIC_REC.Name); FOR I IN 1..MECHANIC_REC.Tools.Count LOOP DBMS_OUTPUT.PUT_LINE(MECHANIC_REC.Tools(I)); END LOOP; END; Varying arrays DECLARE CURSOR MECHANIC_CURSOR IS SELECT * FROM MECHANIC; MECHANIC_REC MECHANIC_CURSOR%ROWTYPE; BEGIN FOR MECHANIC_REC IN MECHANIC_CURSOR LOOP DBMS_OUTPUT.PUT_LINE(MECHANIC_REC.Name); FOR I IN 1..MECHANIC_REC.Tools.Count LOOP DBMS_OUTPUT.PUT_LINE(MECHANIC_REC.Tools(I)); END LOOP; END;

42. 42 Oracle 8 Nested tables

43. 43 Oracle 8 Nested tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); Nested tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE );

44. 44 Oracle 8 Nested tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); CREATE TYPE ANIMAL_TABLE AS TABLE OF ANIMAL_TYPE; Nested tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); CREATE TYPE ANIMAL_TABLE AS TABLE OF ANIMAL_TYPE;

45. 45 Oracle 8 Nested tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); CREATE TYPE ANIMAL_TABLE AS TABLE OF ANIMAL_TYPE; CREATE TABLE BREEDER (BreederNameVARCHAR2(30), AnimalsANIMAL_TABLE) NESTED TABLE ANIMALS STORE AS ANIMALS_NT; Nested tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); CREATE TYPE ANIMAL_TABLE AS TABLE OF ANIMAL_TYPE; CREATE TABLE BREEDER (BreederNameVARCHAR2(30), AnimalsANIMAL_TABLE) NESTED TABLE ANIMALS STORE AS ANIMALS_NT;

46. 46 Oracle 8 Nested tables INSERT INTO BREEDER VALUES (‘Mike Jones’, ANIMAL_TABLE( ANIMAL_TYPE( ‘DOG’, ‘BUTCH’, ‘31-MAR-97’), ANIMAL_TYPE( ‘CAT’, ‘ROVER’, ‘1-MAR-98’), ANIMAL_TYPE( ‘RAT’, ‘JULIO’, 12-MAR-79’) ) ); Nested tables INSERT INTO BREEDER VALUES (‘Mike Jones’, ANIMAL_TABLE( ANIMAL_TYPE( ‘DOG’, ‘BUTCH’, ‘31-MAR-97’), ANIMAL_TYPE( ‘CAT’, ‘ROVER’, ‘1-MAR-98’), ANIMAL_TYPE( ‘RAT’, ‘JULIO’, 12-MAR-79’) ) );

47. 47 Oracle 8 Nested tables SELECT NT.BirthDate FROM THE(SELECTAnimals FROMBREEDER WHEREBreederName = ‘Jane James’; ) NT WHERE NT.name = ‘Julio’; Nested tables SELECT NT.BirthDate FROM THE(SELECTAnimals FROMBREEDER WHEREBreederName = ‘Jane James’; ) NT WHERE NT.name = ‘Julio’;

48. 48 Oracle 8 Nested tables INSERT INTO THE(SELECTAnimals FROMBREEDER WHEREBreederName =‘Mike Jones’) VALUES (ANIMAL_TYPE( ‘DOG, ‘MARCUS’, ‘01-AUG-97’) ); Nested tables INSERT INTO THE(SELECTAnimals FROMBREEDER WHEREBreederName =‘Mike Jones’) VALUES (ANIMAL_TYPE( ‘DOG, ‘MARCUS’, ‘01-AUG-97’) );

49. 49 Oracle 8 Nested tables INSERT INTO BREEDER VALUES (‘Joan Thomas’, cast(multiset( SELECT * FROM THE(SELECTAnimals FROMBREEDER WHEREBreederName = ‘Jane James’)) AS ANIMAL_TABLE ) ); Nested tables INSERT INTO BREEDER VALUES (‘Joan Thomas’, cast(multiset( SELECT * FROM THE(SELECTAnimals FROMBREEDER WHEREBreederName = ‘Jane James’)) AS ANIMAL_TABLE ) );

50. 50 Oracle 8 Object tables

51. 51 Oracle 8 Object tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); CREATE TABLE ANIMAL OF ANIMAL_TYPE; Object tables CREATE TYPE ANIMAL_TYPE AS OBJECT (BreedVARCHAR2(30), NameVARCHAR2(20), BirthdateDATE ); CREATE TABLE ANIMAL OF ANIMAL_TYPE;

52. 52 Oracle 8 REF operator

53. 53 Oracle 8 REF operator SELECTREF(A) FROM ANIMAL A WHEREName = ‘Francis’; REF operator SELECTREF(A) FROM ANIMAL A WHEREName = ‘Francis’;

54. 54 Oracle 8 DEREF operator

55. 55 Oracle 8 DEREF operator CREATE TABLE ANIMAL OF ANIMAL_TYPE; CREATE TABLE KEEPER (KeeperNameVARCHAR2(30), AnimalKeptREF ANIMAL_TYPE ) DEREF operator CREATE TABLE ANIMAL OF ANIMAL_TYPE; CREATE TABLE KEEPER (KeeperNameVARCHAR2(30), AnimalKeptREF ANIMAL_TYPE )

56. 56 Oracle 8 DEREF operator CREATE TABLE ANIMAL OF ANIMAL_TYPE; CREATE TABLE KEEPER (KeeperNameVARCHAR2(30), AnimalKeptREF ANIMAL_TYPE ) INSERT INTO KEEPER SELECT ‘Kate’, REF(A) FROM ANIMAL A WHERE Name = ‘Benji’; DEREF operator CREATE TABLE ANIMAL OF ANIMAL_TYPE; CREATE TABLE KEEPER (KeeperNameVARCHAR2(30), AnimalKeptREF ANIMAL_TYPE ) INSERT INTO KEEPER SELECT ‘Kate’, REF(A) FROM ANIMAL A WHERE Name = ‘Benji’;

57. 57 Oracle 8 DEREF operator SELECT DEREF(K.AnimalKept) FROM KEEPER K WHERE KeeperName = ‘Kate’; DEREF operator SELECT DEREF(K.AnimalKept) FROM KEEPER K WHERE KeeperName = ‘Kate’;

58. 58 Oracle 8 VALUE operator

59. 59 Oracle 8 VALUE operator SELECT VALUE(A) FROM ANIMAL A WHERE NAME = ‘Benji’; VALUE operator SELECT VALUE(A) FROM ANIMAL A WHERE NAME = ‘Benji’;

60. 60 Oracle 8 Generation of OIDs CREATE TYPE CUSTOMER_TYPE AS OBJECT (Customer_IDNUMBERPRIMARY KEY, NameVARCHAR(30), StreetVARCHAR2(20), CityVARCHAR2(20), StateCHAR(3) ZipNUMBER(4)); CREATE VIEW CUSTOMER_OBJ OF CUSTOMER_TYPE WITH OBJECT OID(Customer_ID) AS SELECT * FROM Customer; Generation of OIDs CREATE TYPE CUSTOMER_TYPE AS OBJECT (Customer_IDNUMBERPRIMARY KEY, NameVARCHAR(30), StreetVARCHAR2(20), CityVARCHAR2(20), StateCHAR(3) ZipNUMBER(4)); CREATE VIEW CUSTOMER_OBJ OF CUSTOMER_TYPE WITH OBJECT OID(Customer_ID) AS SELECT * FROM Customer;

61. 61 Oracle 8 Generation of OIDs CREATE VIEW CUSTOMER_CALL_OBJ AS SELECT MAKE_REF(CUSTOMER_OBJECT, Customer ID) Customer_ID, CallNumber, CallDate FROM Customer_Call; Generation of OIDs CREATE VIEW CUSTOMER_CALL_OBJ AS SELECT MAKE_REF(CUSTOMER_OBJECT, Customer ID) Customer_ID, CallNumber, CallDate FROM Customer_Call;

62. 62 Oracle 8 Generation of OIDs SELECT DEREF(CCOV.Customer_ID) FROM CUSTOMER_CALL_OBJECT WHERE CallDate = TRUNC(SysDate); Generation of OIDs SELECT DEREF(CCOV.Customer_ID) FROM CUSTOMER_CALL_OBJECT WHERE CallDate = TRUNC(SysDate);

63. 63 Oracle 8 Large Objects

64. 64 Oracle 8 Large Objects  BLOB Binary LOB. It contains binary data up to 4GB in length and it is stored in the database Large Objects  BLOB Binary LOB. It contains binary data up to 4GB in length and it is stored in the database

65. 65 Oracle 8 Large Objects  BLOB Binary LOB. It contains binary data up to 4GB in length and it is stored in the database  CLOB Character LOB. It contains character data up to 4GB in length and it is stored in the database Large Objects  BLOB Binary LOB. It contains binary data up to 4GB in length and it is stored in the database  CLOB Character LOB. It contains character data up to 4GB in length and it is stored in the database

66. 66 Oracle 8 Large Objects  BLOB Binary LOB. It contains binary data up to 4GB in length and it is stored in the database  CLOB Character LOB. It contains character data up to 4GB in length and it is stored in the database  BFILE Binary file. It contains read-only binary data stored outside the database and its length is limited by operating system Large Objects  BLOB Binary LOB. It contains binary data up to 4GB in length and it is stored in the database  CLOB Character LOB. It contains character data up to 4GB in length and it is stored in the database  BFILE Binary file. It contains read-only binary data stored outside the database and its length is limited by operating system

67. 67 Oracle 8 Large Objects CREATE TABLE Proposal (Proposal_IDNUMBER(10) PRIMARY KEY, NameVARCHAR2(30), ShortDescriptionVARCHAR2(1000), ProposalTextCLOB, BudgetBLOB, CoverLetterBFILE ); Large Objects CREATE TABLE Proposal (Proposal_IDNUMBER(10) PRIMARY KEY, NameVARCHAR2(30), ShortDescriptionVARCHAR2(1000), ProposalTextCLOB, BudgetBLOB, CoverLetterBFILE );

68. 68 Oracle 8 Large Objects INSERT INTO Proposal VALUES ( 123, ‘Nuclear reactor’, ‘This is a short decription’, ‘This is a text of full proposal’, EMPTY_BLOB(), NULL); Large Objects INSERT INTO Proposal VALUES ( 123, ‘Nuclear reactor’, ‘This is a short decription’, ‘This is a text of full proposal’, EMPTY_BLOB(), NULL);

69. 69 Oracle 8 DBMS_LOB package  READ Read a pice of a LOB value  SUBSTR Select a piece of a LOB value  INSTR Insert a piece of a LOB value  GETLENGHT Find the length of a LOB value DBMS_LOB package  READ Read a pice of a LOB value  SUBSTR Select a piece of a LOB value  INSTR Insert a piece of a LOB value  GETLENGHT Find the length of a LOB value

70. 70 Oracle 8 DBMS_LOB package  COMPARE Compare two LOB values  WRITE Write a piece of a LOB value  APPEND Append a piece of a LOB value  ERASE Erase a piece of a LOB value DBMS_LOB package  COMPARE Compare two LOB values  WRITE Write a piece of a LOB value  APPEND Append a piece of a LOB value  ERASE Erase a piece of a LOB value

71. 71 Oracle 8 References  /share/cs-pub/235/docs/SQLRef.pdf  /share/cs-pub/235/docs/PLSQLRef.pdf References  /share/cs-pub/235/docs/SQLRef.pdf  /share/cs-pub/235/docs/PLSQLRef.pdf