pre-con ed: using java to access your ca idms databases and applications

World®’16

UsingJavatoAccessYourCAIDMSDatabasesandApplicationsDavidRoss,Sr.PrincipalProductOwnerCATechnologies

MFX74E

MAINFRAMEANDWORKLOADAUTOMATION

2 ©2016CA.ALLRIGHTSRESERVED.@CAWORLD#CAWORLD

Abstract

ManyusersarefocusedondevelopingnewapplicationsinJava,butstillhavealargeinvestmentinCAIDMSdatabasesandapplications.ThissessionshowshowyoucanuseJDBCandSQLtoleverageyourCAIDMSdatabasesandbusinesslogicfromyourJavaapplications.ItincludesanoverviewofJavaprogrammingconceptsandJDBCforthosenewtoJava,aswellasmoreadvancedtopicsformoreexperiencedusers.

DavidRoss

CATechnologiesSr.PrincipalProductOwner,CAIDMS


Agenda

OOPSCONCEPTS

JAVAPROGRAMMINGELEMENTS

JDBCOVERVIEWANDSAMPLEAPPLICATION

JAVAPERSISTENCEANDHIBERNATEWITHCAIDMS

ADVANCEDCAIDMSJDBCFEATURES

1

2

3

4

5


OOPSConcepts


ObjectOrientedProgramming

§ Objects

§ Messages

§ Classes

§ Inheritance


Object

§ Softwarebundle– Variables– Methods

§ State

§ Behavior

PrivateImplementationDetails

PublicAPI


Message

§ Howobjectsinteract

§ Components– Objectaddress– Methodname– Parameters

ObjectA

ObjectB

Message


Class

§ Object“blueprint”

§ Members– Class– Instance

PrivateImplementationDetails

PublicAPI


Inheritance

§ Superclass– Commonbehavior– Reusable

§ Subclass– Specializedbehavior– Overridemethods– Hidevariables

Subclasses

Superclass


JavaProgrammingElements


Java

§ Objectorientedprogramminglanguage

§ Softwareplatform– JavaVirtualMachine– JavaApplicationProgrammingInterface


JavaLanguageElements

§ class

§ interface

§ package

§ exception

§ import


Class

§ Basicprogrammingunit

§ Members– Variables– Methods


Interface

§ Morethanaheader

§ Named“protocol”– Definesabstractmethods– Declaresconstants

§ Classesimplementinterfaces

§ Referencetype


Package

§ Likealibrary

§ Related– Classes– Interfaces– Exceptions

§ #importintoJavaprogram


JDBCOverview


JDBCConcepts

§ “JavaDataBaseConnectivity”

§ CallLevelInterface

§ ObjectOriented

§ Interoperability

§ AnyJavaplatform


JDBCArchitecture

JavaApplication

JDBCDriverManager

JDBCDriver

URL

Driverinterface

NetworkandDBMS

JDBCDriver

URL


JDBCObjects

§ Packages– java.sql– Javax.sql

§ Interfaces

§ Classes

§ Exceptions


JDBCClasses

§ DriverManager

§ DriverPropertyInfo

§ Types

§ Date

§ Time

§ Timestamp


CommonlyUsedJDBCInterfaces

§ Driver

§ DataSource

§ Connection

§ DatabaseMetaData

§ Statement

§ CallableStatement

§ PreparedStatment

§ ResultSet

§ ResultSetMetaData


JDBCExceptions

§ SQLException

§ SQLWarning

§ DataTruncation


JDBCObjectRelationships

ResultSet

Statement

ResultSet

Statement

Connection

Statement

Connection

DriverManager


SampleJDBCApplication


JDBCQueryApplication

§ SimplifiedversionofIdmsExample– IncludedwithCAIDMSServer– CanexecuteanySQLstatement– Javaversionof“BCF”

§ Connecttoadatabase

§ Executeaquery

§ Retrieveresults

§ Handleerrors


Housekeeping

import java.io.*; // standard outputimport java.sql.*; // basic JDBC classes

class JdbcExample{

public static void main (String[] args) {

// register drivertry{Class.forName("ca.idms.jdbc.IdmsJdbcDriver");


GetConnected

// set connection informationString url = "jdbc:idms://host:3709/dictname"; String uid = “userid"; String pwd = “password";

// get a connection to the databaseConnection conn = DriverManager.getConnection(url, uid, pwd);


Here’stheMeat

// get a statement object to…Statement stmt = conn.createStatement();

// execute the query and get a result setResultSet rs = stmt.executeQuery("SELECT EMPFNAME, EMPLNAME FROM DEMO.EMPL");

// get and display the result set columnswhile (rs.next())System.out.println(

rs.getString(1) + " " + rs.getString(2));


ThePuntingGame

// disconnectconn.close();

}catch (ClassNotFoundException e){System.out.println("No driver: " + e);

}catch (SQLException e){System.out.println("SQL Error: " + e);

}}

}


JavaPersistenceAPIandHibernate


ObjecttoRelationalMapping

••Neednotbe1-1Class

••InstantiationObject

••DatamemberAttribute

••ReferencesRelationship

••Neednotbe1-1Table

••OccurrenceRow

Column

••ForeignkeysReferentialconstraint

Object Relational(SQL)


ObjecttoRelationalMappingSoftware

Providerruntime••GeneratesSQL••Reflection••Mappingdefinitions

Objectdefinitiontools••Schemadefinition••Reverseengineering

Implementations••JavaPersistenceArchitecture(JPA)••Hibernate


SchemaGeneration

§ AutomaticallygeneratesDBschemafromobjects

§ MostusefulforprototypingDB

§ Physicaltuningalwaysmanual

§ Over-relianceonORMcanleadtopoorDBdesign

§ DBAshoulddofinaldesign


ReverseEngineering

§ Createobjectdefinitionsfromdatabase

§ Mostapplicationdatabasesalreadyexist

§ Notbiasedtowardasingleapplication

§ MostORMframeworksprovidereverseengineeringtool

§ UsesdatabasemetadataAPI’stodiscover– Entities– Attributes– Relationships


JPAandHibernateArchitecture

SQLDBMS

JDBCDriver

JPA/HibernateProvider

Application


JPAEntities

§ Entity– Representsapplicationobject– Mayrepresentdatabasetable– POJO

§ EntityManager– Managesstateandlifecycleof

entity§ Persist§ CreateEntityGraph§ Remove§ Find(usesprimarykey)§ Query§ Transaction


ReflectionandannotationsHowJPAworks

§ Reflection– Discoverclasses,fields,methodsincode– Dependsoncodingconventions(get,set,etc.)

§ Annotations– Metadataincodeaboutclasses,fields,methods– RelateJavaobjectstodatabasetables– LanguagefeatureintroducedinJ2SE5– @<name>(optionalarguments)– Extensiveuseofdefaults– AlternativetoXMLdescriptorfiles


JPAannotations

§ @Entity

§ @Table

§ @Column

§ @Id

§ @OneToMany

§ @ManyToMany

§ @Inheritance

§ Manymore…


UsingHibernatewithCAIDMS


CAIDMS19.0SQLandHibernate

§ EnhancedcompatibilitywithCAIDMS19.0– EliminatesmostcustomizationofgeneratedJavacode

§ Reverseengineering– VirtualForeignKeys

§ Schemageneration– StandardConstraint DDL


HibernateReverseEngineering


UsingHibernateWithCAIDMS

EMPLOYEE

415

EMP-ID-0415

EMP-DEMO-REGION

F 116 CALC

DN

COVERAGE

400

EMP-COVERAGE

INS-DEMO-REGION

F 16 VIA

EMP-COVERAGENPOMAFIRST

••EMPLOYEE••COVERAGE

Employeedatabase

••ReverseEngineering

••VirtualForeignKeysTechniques

••Employee••Coverage

Entityclasses


ReverseEngineeredEmployeeClassPrimarykeyROWIDandsetCoverage

@Entity@Table(name = "EMPLOYEE")public class Employee implements java.io.Serializable {

private byte[] rowid;private short empId;...private Set<Coverage> coverages = new HashSet<Coverage>(0);

// remaining private member variables for each column...public Employee() {}

@Id@Column(name = "ROWID")public byte[] getRowid() {

return this.rowid;}


ReverseEngineeredEmployeeClassRelatedtoCoverageinaOneToMany relationship

@OneToMany(fetch = FetchType.LAZY,mappedBy = "employee")public Set<Coverage> getCoverages() {

return this.coverages;}public void setCoverages(Set<Coverage> coverages) {

this.coverages = coverages;}

// access methods for each member variable...}


ReverseEngineeredCoverageClassPrimarykeyROWIDandReferencetoOwningEmployeeObject

@Entity@Table(name = "COVERAGE")public class Coverage implements java.io.Serializable {

private byte[] rowid;private Employee employee;...

public Coverage() {}@Id@Column(name = "ROWID")public byte[] getRowid() {

return this.rowid;}public void setRowid(byte[] rowid) {

this.rowid = rowid;}


ReverseEngineeredCoverageClassRelatedToemployeeinManyToOne Relationship

@ManyToOne(fetch = FetchType.LAZY)@JoinColumn(name = "FKEY_EMP_COVERAGE")public Employee getEmployee() {

return this.employee;}public void setEmployee(Employee employee) {

this.employee = employee;}

// access methods for each member variable...}


§ CustomizeEmployeeclass– AddreferencetomemberobjectCoverage– Usesetspecificationinsteadofforeignkey

§ CustomizeCoverageclass– AddROWIDasprimarykey– Addreferencetoownerobject

§ Populatesetoccurrenceobjectsinbusinesslogic

It’sMoreWorkWithoutVirtualForeignKeys


@SqlResultSetMapping(name = "EmpCoverageResult", entities = {

@EntityResult(entityClass=Coverage.class)})

@NamedNativeQuery(name="GetEmpCoverage",query=

"SELECT c.ROWID, c.* FROM " +"EMPSCHM.EMPLOYEE e, EMPSCHM.COVERAGE c " +"WHERE EMP_ID_0415 = :empID " +"AND \"EMP-COVERAGE\"",

resultSetMapping="EmpCoverageResult")

ModifiedEmployeeClass


PopulateSetOccurrenceObjectsEntityManagerFactory emf =

Persistence.createEntityManagerFactory("NonSqlJPA");EntityManager em = emf.createEntityManager();

Employee e = em.getReference(Employee.class, 23);

Query q = em.createNamedQuery("GetEmpCoverage");q = q.setParameter(1, 23);List<Coverage> l = List<Coverage>)q.getResultList();e.setCoverage(l);

Iterator<Coverage> ci = e.getCoverage().iterator();while (ci.hasNext()){

Coverage c = ci.next();c.setEmployee(e);

}


ObjecttoRelationaltoNetworkMappingSetOccurrenceExposedasObjects

c.ROWID c.YEAR c.TYPE08010202 2008 F08010204 2009 F08010210 2010 M08010303 2011 F

EMP23

COV2008

COV2009

COV2010

COV2011

DatabaseSetOccurrence

SQLQueryResultSet

JavaObjects

Employee e = {23, Joe, …}List<Coverage> coverage = {e, 08010202, 2008, F, …}

{e, 08010204, 2009, F, …}{e, 08010210, 2010, M, …}{e, 08010303, 2011, F, …}


HibernateSchemaGeneration


POJO:PlainOldJavaObjects

Employee

Department


PlainOldJavaEmployeepublic class Employee {

private String employeeSSN;private String employeeName;private String employeeTitle;private Dept employeeDept;private int employeeSalary;

public Employee(String employeeName, String employeeTitle, String employeeSSN, Dept employeeDept, int employeeSalary) {

this.employeeName = employeeName;this.employeeTitle = employeeTitle;this.employeeSSN = employeeSSN;this.employeeDept = employeeDept;this.employeeSalary = employeeSalary;

}

public int getEmployeeSalary() {return employeeSalary;

}

public void setEmployeeSalary(int employeeSalary) {this.employeeSalary = employeeSalary;

}//more getter/setters


PlainOldJavaDepartmentpublic class Dept {

private long deptId;private String deptName;private Set<Employee> deptEmployeeNumbers = new HashSet<Employee>(0);

public Dept (String deptName, int deptId) {

this.deptName = deptName;this.deptEmployee = new HashSet<Employee>(0);this.deptId = deptId;

}

public long getDeptId() {return this.deptId;

}

public void setDeptId(long deptId) {this.deptId = deptId;

}}


AddAnnotationstoEmployee@Entity@Table(name = "EMPLOYEE")public class Employee {

@Id@Column(name = "SSN", length=15)private String employeeSSN;

@Column(name = "NAME", length=10)private String employeeName;

@Column(name = "TITLE", length=15)private String employeeTitle;

@ManyToOne(optional = false) @JoinColumn(name = "DEPT_ID", nullable = false) private Dept employeeDept;

@Column(name = "SALARY", nullable = false, length=15)private int employeeSalary;


AddAnnotationstoDepartment@Entity@Table(name = "DEPT")public class Dept {

@Id@Column(name = "DEPT_ID")private long deptId;

@Column(name = "DEPT_NAME", nullable = false, length = 100)private String deptName;

@OneToMany(cascade = CascadeType.ALL, mappedBy = "employeeDept")private Set<Employee> deptEmployee = newHashSet<Employee>(0);


PersistingObjectSession session = HibernateUtil.getSessionFactory().openSession();Transaction transaction = transaction = session.beginTransaction();

//Create a DepartmentDept devDept = new Dept("Mainframe", 1);

//Add EmployeesdevDept.addEmployee("James", "Scrum Master", "111223333", 50000);...

//Save the departmentsession.save(devDept);

//flush the sessiontransaction.commit();

//close the connectionsession.close();


DDLtocleanupalter table IUA.EMPLOYEE

drop constraint FK75C8D6AEFF9D0229;

drop table IUA.DEPT cascade;

drop table IUA.EMPLOYEE cascade;


Createtables

create table IUA.DEPT (DEPT_ID integer not null,DEPT_NAME varchar(100) not null,primary key (DEPT_ID)

);

create table IUA.EMPLOYEE (SSN varchar(15) not null,NAME varchar(20),TITLE varchar(255),SALARY integer not null,DEPT_ID integer not null,primary key (SSN)

);


AddConstraint

alter table IUA.EMPLOYEE add constraint FK75C8D6AEFF9D0229 foreign key (DEPT_ID) references IUA.DEPT


Databaserepresentation

DEPT

EMPLOYEE

FK75C8D6AEFF9…


CreateDepartmentinsert

intoIUA.DEPT(DEPT_NAME, DEPT_ID)

values(?, ?)

10:14:42 DEBUG StringType:80 - binding 'Mainframe' to parameter: 110:14:43 DEBUG LongType:80 - binding '1' to parameter: 2


CreateEmployeesinsert

intoIUA.EMPLOYEE(NAME, TITLE, DEPT_ID, SALARY, SSN)

values(?, ?, ?, ?, ?)

10:14:43 DEBUG StringType:80 - binding 'Mary' to parameter: 110:14:43 DEBUG StringType:80 - binding 'Product Owner' to parameter: 210:14:43 DEBUG LongType:80 - binding '1' to parameter: 310:14:43 DEBUG IntegerType:80 - binding '85000' to parameter: 410:14:43 DEBUG StringType:80 - binding '333445555' to parameter: 5


AddnewEmployee//Find Department based on IDDept devDept= (Dept) session.get(Dept.class, 1);

selectdept0_.DEPT_ID as DEPT1_0_0_,dept0_.DEPT_NAME as DEPT2_0_0_

fromIUA.DEPT dept0_

wheredept0_.DEPT_ID=?


AddnewEmployee//Add new employee to the DepartmentdevDept.addEmployee("Joe", "Developer", "123456789", 199);

selectdeptemploy0_.DEPT_ID as DEPT5_1_,deptemploy0_.SSN as SSN1_,deptemploy0_.SSN as SSN1_0_,deptemploy0_.NAME as NAME1_0_,deptemploy0_.TITLE as TITLE1_0_,deptemploy0_.DEPT_ID as DEPT5_1_0_,deptemploy0_.SALARY as SALARY1_0_

fromIUA.EMPLOYEE deptemploy0_

wheredeptemploy0_.DEPT_ID=?

Returns all of the Employees in the department with ID=1.


AddnewEmployee

//Save the departmentsession.save(devDept);

//close the transactiontransaction.commit();

insertinto

IUA.EMPLOYEE(NAME, TITLE, DEPT_ID,

SALARY, SSN) values

(?, ?, ?, ?, ?)


ModifyEmployee//Find employee based on SSNEmployee e1 = (Employee) session.get(Employee.class, "111223333");

selectemployee0_.SSN as SSN1_1_,employee0_.NAME as NAME1_1_,employee0_.TITLE as TITLE1_1_,employee0_.DEPT_ID as DEPT5_1_1_,employee0_.SALARY as SALARY1_1_,dept1_.DEPT_ID as DEPT1_0_0_,dept1_.DEPT_NAME as DEPT2_0_0_

fromIUA.EMPLOYEE employee0_

inner joinIUA.DEPT dept1_

on employee0_.DEPT_ID=dept1_.DEPT_ID where

employee0_.SSN=?

09:14:18,956 DEBUG StringType:80 - binding '111223333' to parameter: 1


ModifyEmployee

09:14:19,039 DEBUG LongType:122 - returning '1' as column: DEPT1_0_0_09:14:19,042 DEBUG StringType:122 - returning 'Mainframe' as column: DEPT2_0_0_09:14:19,043 DEBUG StringType:122 - returning 'James' as column: NAME1_1_09:14:19,043 DEBUG StringType:122 - returning 'Scrum Master' as column: TITLE1_1_09:14:19,044 DEBUG LongType:122 - returning '1' as column: DEPT5_1_1_09:14:19,044 DEBUG IntegerType:122 - returning '100000' as column: SALARY1_1_


ModifyEmployee

updateIUA.EMPLOYEE

setNAME=?,TITLE=?,DEPT_ID=?,SALARY=?

whereSSN=?

int empSalary = e1.getEmployeeSalary();e1.setEmployeeSalary(empSalary*2);//double salary

//Save the new Employeesession.save(e1);


DeleteEmployee

//Find employee based on SSNEmployee e1 = (Employee) session.get(Employee.class, "123456789");

//Delete employeesession.delete(e1);

//close the transactiontransaction.commit();

deletefrom

IUA.EMPLOYEE where

SSN=?

11:54:43 DEBUG StringType:80 - binding '123456789' to parameter: 1


AdvancedCAIDMSJDBCFeatures


AdvancedCAIDMSJDBCFeatures

§ Type4JDBCDriver

§ DataSources

§ ProceduresandReturnedResultSets

§ BatchandPositionedUpdates

§ EnhancedResultSets


Type4JDBCDriver

§ DirectconnectionfromJDBCDrivertoCV– UsesTCP/IPlinedriver– CAICCInotneeded

§ JDBCServerinCV– Genericlistenertask

§ TransparenttoJDBCdriver– JustidentifiedbyURL


Browser

CA-IDMS

JDBC Server

SQL Client

Any MF*

Apache

JSP

JDBC Driver

Any Java

HTML

Type4JDBCDriver


DataSources

§ Encapsulateallconnectioninformation

§ UsewithJNDI

§ JavaBeanconventions– properties– get/setmethods– Serializable


IDMSDataSourceClasses

§ IdmsDataSource

§ IdmsConnectionPoolDataSource

§ IdmsXADataSource

§ Oftenimplementedbyapplicationserver


ConnectionPooling

ApplicationServer

JDBCApp

JDBCDriver

DatasourceAPI

ConnectionPoolDatasource

logicalConnectionobject

physicalPooledConnectionobject

pool


XATransactions

Application Server

JDBC App

JDBC Driver

Datasource

XADatasource

logicalConnection

physicalXAConnection

pool A

JDBC Driver

pool B

A

A

B

B

XATranMgr

A

B

XAResource


CalledProcedures

§ IdmsCallableStatementclass

§ Escapesyntax– {callprocedurename(?)}

§ DatabaseMetaDatamethods– getProcedures()– getProcedureColumns()

§ CallableStatementmethods– Outputparameters


NamedParameters

§ Bindtoparametermarkersusingnamesinsteadofindexes:– UsewithSQLCALLstatement– NamesasspecifiedbyCREATEPROCEDURE– Supportsbothinputandoutputparameters

§ Simplifiesuseofproceduresthathavemanyparameters– Particularlywhendefaultsareacceptable– Namedparameterscanbespecifiedinanyorder– Unusedparameterscanbeomitted


JDBCNamedParameterBinding

CallableStatement cstmt =conn.prepareCall(“CALL GETEMPLOYEE(?,?,?)”);

cstmt.setString(“EmpID”, “B503-8907-15”);cstmt.registerOutParameter(“Name”, Types.VARCHAR);cstmt.registerOutParameter(“Age”, Types.INTEGER);

cstmt.execute();

System.out.println(“Employee: ” + cstmt.getString(“Name”)) + “ is ” + cstmt.getInt(“Age”) + “ old.”;


CAIDMSReturnedResultSetsinProcedure

§ ProcedurescanreturnresultsetsCREATE PROCEDURE RSPROC

CHAR SOMEPARM, …)

DYNAMIC RESULT SETS 5

§ CursorsleftopenafterprocedureexitsareRETURNEDALLOCATE CURSNAME CURSOR WITH RETURN


CAIDMSReturnedResultSetsinCallingProgram

§ Callingprogramgetsresultsets

§ AllocateRECEIVEDcursorforresultsetsCALL RSPROC(…)

ALLOCATE RCURNAME FOR PROCEDURE

SPECIFIC PROCEDURE RSPROC

§ StepthroughRETURNEDresultsetsLoop until SQLSTATE = ‘0100D’

Loop until SQLSTATE = ‘02000’

FETCH RCURNAME

CLOSE RCURNAME


JDBCMultipleResultSets

§ JDBCdrivercanhavemultipleRECEIVEDcursorsKEEP_CURRENT_RESULT, CLOSE_CURRENT_RESULT, CLOSE_ALL_RESULTS

§ Allocatecursorandstepthroughresultsetsrc = statement.executeQuery(“CALL RSPROC”);

while (rc != false) {

resultSet = statement.getResultSet();

while (rc != false) {

resultSet.fetch();

}

rc = statement.getMoreResults(CLOSE_CURRENT_RESULT);

}


PositionedUpdates

§ Statementmethods:– setCursorName(“CURSOR1”)– getCursorName()

§ SQLstatements– SELECT…FORUPDATE– UPDATEWHERECURRENTOFCURSOR1

§ DisablesBULKFETCH


BatchedUpdates

§ Statementmethods– addBatch()– executeBatch()– cancelBatch()

§ RequiredforJ2EEcompliance

§ DrivercachesmostSQLcommands

§ DirectsupportforINSERTBULK


EnhancedResultSets

§ Scrollable

§ Updateable

§ TypicalResultSetmethods:– getRow()– updateRow()

§ Drivercachesfetchedrows

§ Uses“optimisticconcurrency”forupdating


JDBCResultSets

§ ResultSettypeattribute– TYPE_FORWARD_ONLY– TYPE_SCROLL_INSENSITIVE– TYPE_SCROLL_SENSITIVE

§ ResultSetconcurrencyattribute– CONCUR_READ_ONLY– CONCUR_UPDATABLE

§ ResultSetmethods– Positioncursor– Updaterow


CAIDMSScrollableResultSets

§ CachesrowsasfetchedfromCAIDMS

§ ResutSettypeattribute– TYPE_FORWARD_ONLY– TYPE_SCROLL_INSENSITIVE

§ ResultSetconcurrencyattribute– CONCUR_READ_ONLY

§ ResultSetmethods– Positioncursor


JDBCRowSets

§ ExtendResultSetinterface

§ ReferenceImplementation– CachedRowSet– IncludedinJRE

§ ExtendsCAIDMSresultsetimplementation– TYPE_SCROLL_SENSITIVE– CONCUR_UPDATABLE– Updatemethods


ExamplesExamplesofasimpleJDBCqueryapplicationaswellasHibernatereverseengineeringandschemagenerationwithCAIDMSdatabases.

JavaConceptsReviewsofObjectOrientedProgrammingandbasicJavaconcepts.

JDBCOverviewOverviewofJDBCandadvancedfeaturesoftheCAIDMSJDBCdriverandSQL.

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ForInformationalPurposesOnlyTermsofthisPresentation

pre-con ed: using java to access your ca idms databases and applications

Technology