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public void setConnectionContext(DefaultContext ctx) throws SQLException { release(); __tx = ctx; } public DefaultContext getConnectionContext() throws SQLException { if (__tx==null) { __tx = (__onn==null) DefaultContext.getDefaultContext() : new DefaultContext(__onn); } return __tx; }; public Connection getConnection() throws SQLException { return (__onn==null) ((__tx==null) null : __tx.getConnection()) : __onn; } public void release() throws SQLException { if (__tx!=null && __onn!=null) __tx.close(ConnectionContext.KEEP_CONNECTION); __onn = null; __tx = null; } private String m_line1; private String m_line2; private String m_street; private String m_city; private String m_state; private String m_zip; /* constructors */ public AddressAuto() { __tx = DefaultContext.getDefaultContext(); } public AddressAuto(DefaultContext c) /*throws SQLException*/ { __tx = c; } public AddressAuto(Connection c) /*throws SQLException*/ { __onn = c; } public AddressAuto(String line1, String line2, String street, String city, String state, String zip) throws SQLException { setLine1(line1); setLine2(line2); setStreet(street); setCity(city); setState(state); setZip(zip); } public void readSQL(SQLInput stream, String type) throws SQLException { setLine1(stream.readString()); setLine2(stream.readString()); setStreet(stream.readString()); setCity(stream.readString()); setState(stream.readString());

The before-change SQL workload analysis analyzes the performance of SQL statements in an Oracle 10.2 environment. Make sure that the OPTIMIZER_FEATURES_ENABLE initialization parameter is correctly set. optimizer_features_enable=10.2.0 Execute the EXECUTE_ANALYSIS_TASK procedure to analyze the preupgrade performance of the SQL workload, as shown here: SQL> exec dbms_sqlpa.execute_analysis_task (task_name => 'spa_task1', execution_type => 'test_execute', execution_name= 'before_change');

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Note that the value of the EXECUTION_TYPE parameter is set to TEST_EXECUTE. This value ensures that the database executes all SQL statements in the workload and generates both the execution plans and execution statistics such as disk reads. You can assign two other values for the EXECUTION_TYPE parameter. The COMPARE_PERFORMANCE parameter will compare the performance based on a comparison of two different analyses. The value EXPLAIN_PLAN will generate SQL plans without executing them. Get a report of the preupgrade SQL performance by executing the REPORT_ANALYSIS_TASK function: SQL> select dbms_sqlpa.report_analysis_task (task_name => 'spa_task1', type => 'text', section=> 'summary') from dual; You now have a performance baseline with which to compare the after-upgrade SQL performance.

From the perspective of network management (for any size network!), the natural recommendation regarding NTP is that all computing devices on the network remain synchronized in time for the reasons discussed earlier in this chapter. However, identifying

Set the value of the OPTIMIZER_FEATURES_ENABLE parameter to match the Oracle Database 11g release: optimizer_features_enable=11.1 Execute the SPA task again, this time to analyze the after-upgrade performance of the SQL workload. SQL> exec dbms_sqlpa.execute_analysis_task (task_name execution_type => 'test_execute', execution_name => 'after_change') => 'spa_task2',

setZip(stream.readString()); } public void writeSQL(SQLOutput stream) throws SQLException { stream.writeString(getLine1()); stream.writeString(getLine2()); stream.writeString(getStreet()); stream.writeString(getCity()); stream.writeString(getState()); stream.writeString(getZip()); } public String getSQLTypeName() throws SQLException { return _SQL_NAME; } /* Code for accessor methods (setter and getter of various attributes) deleted for clarity */ public String getAddress () throws SQLException { AddressAuto __jPt_temp = this; String __jPt_result; /*@lineinfo:generated-code*//*@lineinfo:136^5*/ // // // // // // { // declare temps oracle.jdbc.OracleCallableStatement __sJT_st = null; sqlj.runtime.ref.DefaultContext __sJT_cc = getConnectionContext(); if (__sJT_cc==null) sqlj.runtime.error.RuntimeRefErrors.raise_NULL_CONN_CTX(); sqlj.runtime.ExecutionContext.OracleContext __sJT_ec = ((__sJT_cc.getExecutionContext()==null) sqlj.runtime.ExecutionContext.raiseNullExecCtx() : __sJT_cc.getExecutionContext().getOracleContext()); try { String theSqlTS = "BEGIN\n :1 := :2 .GET_ADDRESS();\n END;"; ************************************************************ #sql [getConnectionContext()] { BEGIN :__jPt_result := :__jPt_temp.GET_ADDRESS(); END; }; ************************************************************

Get a report of the after-upgrade performance as shown here: SQL> select dbms_sqlpa.report_analysis_task (task_name => type => 'text', section=> 'summary') from dual; 'spa_task2',

Execute the EXECUTE_ANALYSIS_TASK procedure once again, but with the value COMPARE_ PERFORMANCE for the EXECUTION_TYPE parameter, in order to analyze and compare the SQL performance data before and after the database upgrade. SQL> exec dbms_sqltune.execute_analysis_task (task_name => 'spa_task3', execution_type => 'compare performance', execution_params => dbms_advisor.arglist('execution_name1','before_change', execution_name2','after_change''comparision_metric', 'disk_reads',) In addition to DISK READS, you can specify metrics such as ELAPSED_TIME, PARSE TIME, or BUFFER GETS when comparing the performance.

__sJT_st = __sJT_ec.prepareOracleCall(__sJT_cc,"0book.ch10.jpub.AddressAuto", theSqlTS); if (__sJT_ec.isNew()) { __sJT_st.registerOutParameter(1,oracle.jdbc.OracleTypes.VARCHAR); } // set IN parameters __sJT_st.setObject(2,__jPt_temp); // execute statement __sJT_ec.oracleExecuteUpdate(); // retrieve OUT parameters __jPt_result = (String) __sJT_st.getString(1); } finally { __sJT_ec.oracleClose(); } } // ************************************************************

Execute the REPORT_ANALYSIS_TASK function to get a report of the performance comparison: var report clob; exec :report := dbms_sqlpa.report_analysis_task('spa_task1', 'text', 'typical','summary');

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