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/*
Copyright (c) 2008, 2010, Oracle and/or its affiliates. All rights reserved.
The MySQL Connector/C++ is licensed under the terms of the GPLv2
<http://www.gnu.org/licenses/old-licenses/gpl-2.0.html>, like most
MySQL Connectors. There are special exceptions to the terms and
conditions of the GPLv2 as it is applied to this software, see the
FLOSS License Exception
<http://www.mysql.com/about/legal/licensing/foss-exception.html>.
This program is free software; you can redistribute it and/or modify
it under the terms of the GNU General Public License as published
by the Free Software Foundation; version 2 of the License.
This program is distributed in the hope that it will be useful, but
WITHOUT ANY WARRANTY; without even the implied warranty of MERCHANTABILITY
or FITNESS FOR A PARTICULAR PURPOSE. See the GNU General Public License
for more details.
You should have received a copy of the GNU General Public License along
with this program; if not, write to the Free Software Foundation, Inc.,
51 Franklin St, Fifth Floor, Boston, MA 02110-1301 USA
*/
#include "StatementTest.h"
namespace testsuite
{
namespace compliance
{
/*
* @testName: testClearWarnings
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The ClearWarnings clears the SQLWarnings associated with
* the statement object. After a call to this method, a call
* to getWarnings will return a null SQLWarning object.
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call clearWarnings() method
* on the statement object.Further calling the getWarnings()
* method should return a null SQLWarning object
*
*/
/* throws Exception */
void StatementTest::testClearWarnings()
{
const sql::SQLWarning * sWarning=stmt->getWarnings();
if (sWarning != NULL) {
logMsg("Calling clearWarnings method ");
stmt->clearWarnings();
sWarning=stmt->getWarnings();
if (sWarning == NULL)
{
logMsg("clearWarnings clears the SQLWarnings");
} else
{
logErr("clearWarnings does not clear the SQLWarning");
FAIL("Call to clearWarnings is Failed!");
}
} else {
logErr("getWarnings() returns a NULL SQLWarning object");
}
}
/*
* @testName: testClose
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The close method closes the statement object.When a Statement
* object is closed, its current ResultSet object, if one exists,
* is also closed. (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call close() method and call
* executeQuery() method to check and it should throw SQLException
*
*/
/* throws Exception */
void StatementTest::testClose()
{
Statement statemt;
bool sqlExceptFlag=false;
statemt.reset(conn->createStatement());
logMsg("Calling close method");
statemt->close();
String sSelCoffee=sqlProps["SelCoffeeAll"];
logMsg(String("Query String : ") + sSelCoffee);
try
{
rs.reset(statemt->executeQuery(sSelCoffee));
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg("close method closes the Statement object");
} else {
logErr("close method does not close the Statement object");
FAIL("Call to close method is Failed!");
}
}
/*
* @testName: testExecute01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The execute(String sql) method returns a boolean value; true
* if the first result is ResultSet or false if it is an integer.
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Call execute(String sql) of updating a row
* It should return a boolean value and the value should be
* equal to false
*
*/
/* throws Exception */
void StatementTest::testExecute01()
{
createStandardTable(TABLE_CTSTABLE2);
bool executeFlag=false;
String sSqlStmt=sqlProps[ "Upd_Coffee_Tab" ];
logMsg(String("SQL Statement to be executed ") + sSqlStmt);
logMsg("Calling execute method ");
executeFlag=stmt->execute(sSqlStmt);
if (!executeFlag) {
logMsg("execute method executes the SQL Statement ");
} else {
logErr("execute method does not execute the SQL Statement");
FAIL("Call to execute is Failed!");
}
}
/*
* @testName: testExecute02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The execute(String sql) method returns a boolean value;
* true if the first result is ResultSet or false if it is
* an integer. (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call execute(String sql)
* of selecting rows from the database
* It should return a boolean value and the value should be equal
* to true
*
*/
/* throws Exception */
void StatementTest::testExecute02()
{
createStandardTable(TABLE_CTSTABLE2);
bool executeFlag=false;
String sSqlStmt=sqlProps[ "Sel_Coffee_Tab" ];
logMsg(String("Sql Statement to be executed ") + sSqlStmt);
logMsg("Calling execute method ");
executeFlag=stmt->execute(sSqlStmt);
if (executeFlag) {
logMsg("execute method executes the SQL Statement ");
} else {
logErr("execute method does not execute the SQL Statement");
FAIL("Call to execute is Failed!");
}
}
/*
* @testName: testExecuteQuery01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The executeQuery(String sql) method returns a ResultSet object;
* It may return an empty ResultSet object but never returns null.
* This method throws SQLException if an error occurs in processing
* SQL statement or if the SQL statement generates a row count
* instead of ResultSet. (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call executeQuery(String sql)
* to select a row from the database
* It should return a ResultSet object
*
*/
/*
*throws Exception
* Pretty much useless in C++ */
void StatementTest::testExecuteQuery01()
{
createStandardTable(TABLE_CTSTABLE2);
ResultSet reSet;
String sSqlStmt=sqlProps[ "SelCoffeeAll" ];
logMsg(String("SQL Statement to be executed : ") + sSqlStmt);
logMsg("Calling executeQuery method ");
reSet.reset(stmt->executeQuery(sSqlStmt));
if (reSet.get() != NULL) {
logMsg("executeQuery method returns a ResultSet object");
} else {
logErr("executeQuery method does not return a ResultSet object");
FAIL("Call to executeQuery is Failed!");
}
}
/*
* @testName: testExecuteQuery02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The executeQuery(String sql) method returns a ResultSet object;
* It may return an empty ResultSet object but never returns null.
* This method throws SQLException if an error occurs in processing
* SQL statement or if the SQL statement generates a row count
* instead of ResultSet. (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call executeQuery(String sql)
* to select a non-existent row from the database
* It should return a ResultSet object which is empty and call
* ResultSet.next() method to check and it should return a false
*
*/
/* throws Exception */
void StatementTest::testExecuteQuery02()
{
createStandardTable(TABLE_CTSTABLE2);
ResultSet reSet;
String sSqlStmt=sqlProps[ "SelCoffeeNull" ];
logMsg(String("SQL Statement to be executed : ") + sSqlStmt);
logMsg("Calling executeQuery method ");
reSet.reset(stmt->executeQuery(sSqlStmt));
if (!reSet->next()) {
logMsg(
"executeQuery method returns an Empty ResultSet for Non-Existent row");
} else {
logErr(
"executeQuery method does not return an Empty ResultSet for non-existent row");
FAIL("Call to executeQuery is Failed!");
}
}
/*
* @testName: testExecuteQuery03
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The executeQuery(String sql) method returns a ResultSet object;
* It may return an empty ResultSet object but never returns null.
* This method throws SQLException if an error occurs in processing
* SQL statement or if the SQL statement generates a row count
* instead of ResultSet. (See JDK1.2.2 API documentation)
*
*
* @test_Strategy: Get a Statement object and call executeQuery(String sql)
* to insert a row from the database
* It should throw SQLException
*
*/
/* throws Exception */
void StatementTest::testExecuteQuery03()
{
ResultSet reSet;
bool sqlExceptFlag=false;
String sSqlStmt=sqlProps[ "Ins_Coffee_Tab" ];
logMsg(String("SQL Statement to be executed : ") + sSqlStmt);
try
{
logMsg("Calling executeQuery method ");
reSet.reset(stmt->executeQuery(sSqlStmt));
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (!sqlExceptFlag) {
logErr("executeQuery method executes an Insert Statement");
FAIL("Call to executeQuery is Failed!");
} else {
logMsg(
"executeQuery method does not execute an Insert Statement");
}
}
/*
* @testName: testExecuteUpdate01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The executeUpdate(String sql) method returns a integer value;
* The value indicates the number of rows affected by INSERT, DELETE
* or UPDATE specified in the sql; 0 if no rows were affected or the
* statement executed was a DDL statement.
* This method throws SQLException if an error occurs in processing
* SQL statement or if the SQL statement generates a ResultSet.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call executeUpdate(String sql)
* It should return an int value which is equal to row count
*/
/* throws Exception */
void StatementTest::testExecuteUpdate01()
{
createStandardTable(TABLE_CTSTABLE2);
int updCount=0;
int retRowCount=0;
String sSqlStmt=sqlProps[ "Upd_Coffee_Tab" ];
logMsg(String("Update String : ") + sSqlStmt);
logMsg("Calling executeUpdate method ");
updCount=stmt->executeUpdate(sSqlStmt);
String countQuery=sqlProps[ "Coffee_Updcount_Query" ];
logMsg(String("Query String : ") + countQuery);
rs.reset(stmt->executeQuery(countQuery));
rs->next();
retRowCount=rs->getInt(1);
TestsListener::messagesLog()
<< "Number of rows in the table with the specified condition "
<< retRowCount << std::endl;
if (updCount == retRowCount) {
logMsg("executeUpdate executes the SQL Statement ");
} else {
logErr("executeUpdate does not execute the SQL Statement ");
FAIL("Call to executeUpdate is Failed!");
}
}
/*
* @testName: testExecuteUpdate03
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The executeUpdate(String sql) method returns a integer value;
* The value indicates the number of rows affected by INSERT, DELETE
* or UPDATE specified in the sql; 0 if no rows were affected or the
* statement executed was a DDL statement.
* This method throws SQLException if an error occurs in processing
* SQL statement or if the SQL statement generates a ResultSet.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call executeUpdate(String sql)
* for selecting row from the table
* It should throw a SQL Exception
*
*/
/* throws Exception */
void StatementTest::testExecuteUpdate03()
{
bool sqlExceptFlag=false;
int updCount=0;
String sSqlStmt=sqlProps[ "Sel_Coffee_Tab" ];
logMsg(String("SQL String of non - existent row : ") + sSqlStmt);
try
{
logMsg("Calling executeUpdate method ");
updCount=stmt->executeUpdate(sSqlStmt);
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg(
"executeUpdate does not execute the SQL statement on non-existent row");
} else {
logErr(
"executeUpdate executes the SQL statement on non-existent row");
FAIL("Call to executeUpdate is Failed!");
}
}
/*
* @testName: testGetFetchDirection
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getFetchDirection() method returns a integer value;
* The value that is been set by the setFetchDirection method.
* If no fetch direction has been set, the return value is
* implementation specific. (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call the getFetchDirection() method
* It should return a int value and the value should be equal to
* any of the values FETCH_FORWARD or FETCH_REVERSE or FETCH_UNKNOWN
*
*/
/* throws Exception
*
* Not included into sql::statement (and thus into MySQL_Statement)
* Disabled so far.
*/
#ifdef MISSING_METHODS_INCLUDED2STATEMENT
void StatementTest::testGetFetchDirection()
{
int fetchDirVal=0;
logMsg("Calling getFetchDirection method ");
fetchDirVal=stmt->getFetchDirection();
if (fetchDirVal == ResultSet::FETCH_FORWARD) {
logMsg(
"getFetchDirection method returns ResultSet.FETCH_FORWARD ");
} else if (fetchDirVal == ResultSet.FETCH_REVERSE) {
logMsg(
"getFetchDirection method returns ResultSet.FETCH_REVERSE");
} else if (fetchDirVal == ResultSet.FETCH_UNKNOWN) {
logMsg(
"getFetchDirection method returns ResultSet.FETCH_UNKNOWN");
} else {
logErr(" getFetchDirection method returns a invalid value");
FAIL("Call to getFetchDirection is Failed");
}
}
#endif
#ifdef INCLUDE_NOT_IMPLEMENTED_METHODS
/*
* @testName: testGetFetchSize
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getFetchSize() method returns a integer value;
* The value that is been set by the setFetchSize method.
* If no fetch size has been set, the return value is
* implementation specific. (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a ResultSet object and call the getFetchSize() method
* It should return a int value
*
*/
/* throws Exception */
void StatementTest::testGetFetchSize()
{
logMsg("Calling getFetchSize on Statement");
int fetchSizeVal=stmt->getFetchSize();
if (fetchSizeVal >= 0) {
TestsListener::messagesLog()
<< "getFetchSize method returns :" << fetchSizeVal << std::endl;
} else {
logErr(" getFetchSize method returns a invalid value");
FAIL("Call to getFetchSize is Failed!");
}
}
/*
* @testName: testGetMaxFieldSize
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getMaxFieldSize() method returns a integer value;
* The value representing the current maximum number of bytes
* that a ResultSet column may contain. Zero means that there
* is no limit. (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call the getMaxFieldSize() method
* It should return a int value
*
*/
/* throws Exception */
void StatementTest::testGetMaxFieldSize()
{
logMsg("Calling getMaxFieldSize on Statement");
int maxFieldSizeVal=stmt->getMaxFieldSize();
if (maxFieldSizeVal >= 0) {
TestsListener::messagesLog()
<< "getMaxFieldSize method returns :" << maxFieldSizeVal << std::endl;
} else {
logErr(" getMaxFieldSize method returns a invalid value");
FAIL("Call to getMaxFieldSize is Failed!");
}
}
/*
* @testName: testGetMaxRows
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getMaxRows() method returns a integer value;
* The value representing the current maximum number of rows
* that a ResultSet object can contain. Zero means that there
* is no limit. (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call the getMaxRows() method
* It should return a int value
*
*/
/* throws Exception */
void StatementTest::testGetMaxRows()
{
logMsg("Calling getMaxRows on Statement");
int maxRowsVal=static_cast<int> (stmt->getMaxRows());
if (maxRowsVal >= 0) {
TestsListener::messagesLog()
<< "getMaxRows method returns :" << maxRowsVal << std::endl;
} else {
logErr(" getMaxRows method returns a invalid value");
FAIL("Call to getMaxRows is Failed!");
}
}
#endif
/*
* @testName: testGetMoreResults01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getMoreResults() method returns a boolean value;
* true if the next result is ResultSet object; false if it is
* an integer indicating that it is an update count or there are
* no more results. There are no more results when the following
* condition is satisfied.
* (getMoreResults==false && getUpdatecount==-1)
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call the execute() method for
* selecting a row and call getMoreResults() method
* It should return a boolean value
*
*/
/* throws Exception */
void StatementTest::testGetMoreResults01()
{
createStandardTable(TABLE_CTSTABLE2);
String sSqlStmt=sqlProps[ "SelCoffeeAll" ];
logMsg(String("Query String : ") + sSqlStmt);
stmt->execute(sSqlStmt);
logMsg("Calling getMoreResults on Statement");
bool moreResVal=stmt->getMoreResults();
// Hmm... smth is wrong here. Bad test
if ((moreResVal == true) || (moreResVal == false)) {
TestsListener::messagesLog()
<< "getMoreResults method returns :" << moreResVal << std::endl;
TestsListener::setTestExecutionComment("This test needs to be changed or removed. It's wrong");
} else {
logErr(" getMoreResults method returns a invalid value");
FAIL("Call to getMoreResults is Failed!");
}
}
/*
* @testName: testGetMoreResults02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getMoreResults() method returns a boolean value;
* true if the next result is ResultSet object; false if it is
* an integer indicating that it is an update count or there are
* no more results. There are no more results when the following
* condition is satisfied.
* (getMoreResults==false && getUpdatecount==-1)
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call the execute() method for
* selecting a non-existent row and call getMoreResults() method
* It should return a boolean value and the value should be
* equal to false
*
*/
/* throws Exception */
void StatementTest::testGetMoreResults02()
{
createStandardTable(TABLE_CTSTABLE2);
String sSqlStmt=sqlProps[ "SelCoffeeNull" ];
logMsg(String("Query String : ") + sSqlStmt);
stmt->execute(sSqlStmt);
logMsg("Calling getMoreResults on Statement");
bool moreResVal=stmt->getMoreResults();
if (!moreResVal) {
TestsListener::messagesLog()
<< "getMoreResults method returns :" << moreResVal << std::endl;
} else {
logErr(" getMoreResults method returns a invalid value");
FAIL("Call to getMoreResults is Failed!");
}
}
/*
* @testName: testGetMoreResults03
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getMoreResults() method returns a boolean value;
* true if the next result is ResultSet object; false if it is
* an integer indicating that it is an update count or there are
* no more results. There are no more results when the following
* condition is satisfied.
* (getMoreResults==false && getUpdatecount==-1)
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call the execute() method for
* updating a row and call getMoreResults() method
* It should return a boolean value and the value should be
* equal to false
*
*/
/* throws Exception */
void StatementTest::testGetMoreResults03()
{
createStandardTable(TABLE_CTSTABLE2);
String sSqlStmt=sqlProps[ "Upd_Coffee_Tab" ];
logMsg(String("Query String : ") + sSqlStmt);
stmt->execute(sSqlStmt);
logMsg("Calling getMoreResults on Statement");
bool moreResVal=stmt->getMoreResults();
if (!moreResVal) {
TestsListener::messagesLog()
<< "getMoreResults method returns :" << moreResVal << std::endl;
} else {
logErr(" getMoreResults method returns a invalid value");
FAIL("Call to getMoreResults is Failed!");
}
}
#ifdef INCLUDE_NOT_IMPLEMENTED_METHODS
/*
* @testName: testGetQueryTimeout
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getQueryTimeout() method returns a integer value;
* The value indicates the current query timeout limit in
* seconds. Zero means that there is no time limit.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call getMoreResults() method
* It should return a int value
*
*/
/* throws Exception */
void StatementTest::testGetQueryTimeout()
{
int queryTimeout=0;
logMsg("Calling getQueryTimeout on Statement");
queryTimeout=stmt->getQueryTimeout();
if (queryTimeout >= 0) {
TestsListener::messagesLog()
<< "getQueryTimeout method returns :" << queryTimeout << std::endl;
} else {
logErr(" getQueryTimeout method returns a invalid value");
FAIL("Call to getQueryTimeout is Failed!");
}
}
#endif
/*
* @testName: testGetResultSet01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getResultSet() method returns a ResultSet object;
* the current result set as a ResultSet object; null if the
* result is an integer indicating that it is an update count
* or there are no more results.(See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call execute() method for
* selecting a row and call getResultSet() method
* It should return a ResultSet object
*
*/
/* throws Exception */
void StatementTest::testGetResultSet01()
{
createStandardTable(TABLE_CTSTABLE2);
ResultSet retResSet /*= NULL*/;
String sSqlStmt=sqlProps[ "SelCoffeeAll" ];
logMsg(String("Query String : ") + sSqlStmt);
logMsg("Calling getResultSet on Statement");
stmt->execute(sSqlStmt);
retResSet.reset(stmt->getResultSet());
if (retResSet.get() != NULL) {
logMsg("getResultSet method returns a ResultSet object ");
} else {
logErr(
" getResultSet method does not return a ResultSet object");
FAIL("Call to getResultSet is Failed!");
}
}
/*
* @testName: testGetResultSet02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getResultSet() method returns a ResultSet object;
* the current result set as a ResultSet object; null if the
* result is an integer indicating that it is an update count
* or there are no more results.(See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call execute() method for
* updating a row.Then call getResultSet() method
* It should return a Null ResultSet object
*/
/* throws Exception */
void StatementTest::testGetResultSet02()
{
createStandardTable(TABLE_CTSTABLE2);
ResultSet retResSet /*= NULL*/;
String sSqlStmt=sqlProps[ "Upd_Coffee_Tab" ];
logMsg(String("Query String : ") + sSqlStmt);
logMsg("Calling getResultSet on Statement");
stmt->execute(sSqlStmt);
retResSet.reset(stmt->getResultSet());
if (retResSet.get() == NULL) {
logMsg("getResultSet method returns a Null ResultSet object ");
} else {
logErr(
" getResultSet method does (not) return a ResultSet object");
FAIL("Call to getResultSet is Failed!");
}
}
/*
* @testName: testGetResultSetType01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getResultSetType() method returns an integer value;
* the value representing the type of the ResultSet objects
* and the value can be any one of the following
* ResultSet.TYPE_FORWARD_ONLY, ResultSet.TYPE_SCROLL_SENSITIVE
* and ResultSet.TYPE_SCROLL_INSENSITIVE.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call getResultSetType() method
* It should return an int value which should be either
* TYPE_FORWARD_ONLY or TYPE_SCROLL_INSENSITIVE or TYPE_SCROLL_SENSITIVE
*/
void StatementTest::testGetResultSetType01()
{
int rsType=0;
rsType=stmt->getResultSetType();
if (rsType == sql::ResultSet::TYPE_FORWARD_ONLY)
{
TestsListener::messagesLog() << "getResultSetType method returns TYPE_FORWARD_ONLY"
<< rsType << std::endl;
}
else if (rsType == sql::ResultSet::TYPE_SCROLL_INSENSITIVE)
{
TestsListener::messagesLog() <<
"getResultSetType method returns TYPE_SCROLL_INSENSITIVE "
<< rsType << std::endl;
}
else if (rsType == sql::ResultSet::TYPE_SCROLL_SENSITIVE)
{
TestsListener::messagesLog() <<
"getResultSetType method returns TYPE_SCROLL_SENSITIVE "
<< rsType << std::endl;
}
else
{
logErr(" getResultSetType method does not return a valid value");
FAIL("Call to getResultSetType is Failed!");
}
}
/*
* @testName: testGetResultSetType02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getResultSetType() method returns an integer value;
* the value representing the type of the ResultSet objects
* and the value can be any one of the following
* ResultSet.TYPE_FORWARD_ONLY, ResultSet.TYPE_SCROLL_SENSITIVE
* and ResultSet.TYPE_SCROLL_INSENSITIVE.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Call Connection.createStatement with the Type mode as
* TYPE_FORWARD_ONLY and call getResultSetType() method
* It should return a int value and the value should be equal
* to ResultSet.TYPE_FORWARD_ONLY
*/
void StatementTest::testGetResultSetType02()
{
int rsType=0;
logMsg("Creating Statement object with the ResultSet Type");
Statement statemt( conn->createStatement() );
statemt->setResultSetType( sql::ResultSet::TYPE_FORWARD_ONLY );
// sql::ResultSet::CONCUR_READ_ONLY);
rsType=statemt->getResultSetType();
if ( rsType == sql::ResultSet::TYPE_FORWARD_ONLY )
{
TestsListener::messagesLog() << "getResultSetType method returns TYPE_FORWARD_ONLY "
<< rsType << std::endl;
}
else
{
logErr(" getResultSetType method does not return a valid value");
FAIL("Call to getResultSetType is Failed!");
}
}
/*
* @testName: testGetResultSetConcurrency01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getResultSetConcurrency() method returns an integer value;
* the value representing the concurrency mode for the ResultSet
* objects and the value can be any one of the following
* ResultSet.CONCUR_READ_ONLY and ResultSet.CONCUR_UPDATABLE.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Get a Statement object and call getResultSetConcurrency() method
* It should return an int value either CONCUR_READ_ONLY or
* CONCUR_UPDATABLE.
*/
/* getResultSetConcurrency not included into statement interface
*
*
* throws Exception
*/
#ifdef MISSING_METHODS_INCLUDED2STATEMENT
void StatementTest::testGetResultSetConcurrency01()
{
int rsConcur=0;
rsConcur=stmt->getResultSetConcurrency();
if ((rsConcur == sql::ResultSet::CONCUR_READ_ONLY)
|| (rsConcur == sql::ResultSet::CONCUR_UPDATABLE)) {
logMsg(
"getResultSetConcurrency method returns ResultSet Concurrency mode "
+ rsConcur);
} else {
logErr(
" getResultSetConcurrency method does not return a valid value");
FAIL("Call to getResultSetConcurrency is Failed!");
}
}
/*
* @testName: testGetResultSetType03
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getResultSetType() method returns an integer value;
* the value representing the type of the ResultSet objects
* and the value can be any one of the following
* ResultSet.TYPE_FORWARD_ONLY, ResultSet.TYPE_SCROLL_SENSITIVE
* and ResultSet.TYPE_SCROLL_INSENSITIVE.
* (See JDK1.2.2 API documentation)
*
* @test_Strategy: Call Connection.createStatement with the Type mode as
* TYPE_SCROLL_INSENSITIVE and call getResultSetType() method
* It should return a int value and the value should be equal
* to ResultSet.TYPE_SCROLL_INSENSITIVE
*/
/* throws Exception */
void StatementTest::testGetResultSetType03()
{
int rsType=0;
Statement statemt /*= NULL*/;
logMsg("Creating Statement object with the ResultSet Type and Type");
statemt=conn->createStatement(sql::ResultSet::TYPE_SCROLL_INSENSITIVE,
sql::ResultSet::CONCUR_READ_ONLY);
rsType=statemt->getResultSetType();
if (rsType == sql::ResultSet::TYPE_SCROLL_INSENSITIVE) {
logMsg(
"getResultSetType method returns TYPE_SCROLL_INSENSITIVE "
+ rsType);
} else {
statemt->close();
logErr(" getResultSetType method does not return a valid value");
FAIL("Call to getResultSetType is Failed!");
}
statemt->close();
}
/*
* @testName: testGetUpdateCount01
*
* @assertion: A driver must provide support for Statement and
* ResultSet. This implies that the methods in the
* Statement interface must be implemented and must behave as
* specified in the JDBC 1.0 and 2.0 specifications. (See
* Section :40.3 Statement Methods JDBC 2.0 API Tutorial
* & Reference).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getUpdateCount() method should return a integer value;
* the value might be greater than 0 representing the rows affected;
* 0 if no rows are affected or if DDL statement; -1 if the result
* is a ResultSet object or there are no more results
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the execute() method for
* updating a row and call getUpdateCount() method
* It should return a int value and the value should be
* equal to number of rows with the specified condition for update
*/
#endif
/* throws Exception */
void StatementTest::testGetUpdateCount01()
{
createStandardTable(TABLE_CTSTABLE2);
int updCountVal=0;
int rowsAffectVal=0;
String sSqlStmt=sqlProps[ "Upd_Coffee_Tab" ];
logMsg(String("Query String : ") + sSqlStmt);
stmt->execute(sSqlStmt);
logMsg("Calling getUpdateCount on Statement");
updCountVal=static_cast<int> (stmt->getUpdateCount());
String sQuery=sqlProps[ "Coffee_Updcount_Query" ];
logMsg(String("Query String : ") + sQuery);
ResultSet rs1(stmt->executeQuery(sQuery));
rs1->next();
rowsAffectVal=rs1->getInt(1);
TestsListener::messagesLog()
<< "Number of Rows Affected by Update Statement " << rowsAffectVal
<< std::endl;
if (updCountVal == rowsAffectVal) {
TestsListener::messagesLog()
<< "getUpdateCount method returns :" << updCountVal << std::endl;
} else {
logErr(" getUpdateCount method returns a invalid value");
FAIL("Call to getUpdateCount is Failed!");
}
}
/*
* @testName: testGetUpdateCount02
*
* @assertion: A driver must provide support for Statement and
* ResultSet. This implies that the methods in the
* Statement interface must be implemented and must behave as
* specified in the JDBC 1.0 and 2.0 specifications. (See
* Section :40.3 Statement Methods JDBC 2.0 API Tutorial
* & Reference).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getUpdateCount() method should return a integer value;
* the value might be greater than 0 representing the rows affected;
* 0 if no rows are affected or if DDL statement; -1 if the result
* is a ResultSet object or there are no more results
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the execute() method for
* selecting a non-existent row and call getUpdateCount() method
* It should return a int value and the value should be
* equal to -1
*/
/* throws Exception */
void StatementTest::testGetUpdateCount02()
{
createStandardTable(TABLE_CTSTABLE2);
int updCountVal=0;
String sSqlStmt=sqlProps[ "SelCoffeeNull" ];
logMsg(String("Query String : ") + sSqlStmt);
stmt->execute(sSqlStmt);
logMsg("Calling getMoreResults on Statement");
updCountVal=static_cast<int> (stmt->getUpdateCount());
if (updCountVal == -1) {
logMsg("getUpdateCount method returns : -1");
} else {
logErr(" getUpdateCount method returns a invalid value");
FAIL("Call to getUpdateCount is Failed!");
}
}
/*
* @testName: testGetWarnings
*
* @assertion: A driver must provide support for Statement and
* ResultSet. This implies that the methods in the
* Statement interface must be implemented and must behave as
* specified in the JDBC 1.0 and 2.0 specifications. (See
* Section :40.3 Statement Methods JDBC 2.0 API Tutorial
* & Reference).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The getWarnings() method should return a SQLWarning object;
* or null if there are no warnings (See JDK 1.2.2 API
* Documentation)
*
* @test_Strategy: Get a Statement object and call getWarnings() method
* should return an SQLWarning object
*/
/* throws Exception */
void StatementTest::testGetWarnings()
{
createStandardTable(TABLE_INTEGERTAB);
if (hasSps) {
initTable("Integer_Tab", sqlProps, conn);
//TODO: Need to invent somth to generate warnings instead of this
#ifdef WE_GOT_SMTH2DEAL_WITH_SP
CallableStatement cstmt=conn->prepareCall(
"{call Integer_Proc(?,?,?)}");
logMsg(String("The Callable Statement ") + cstmt);
cstmt->registerOutParameter(1, "cppconn/datatype.h".INTEGER);
cstmt->registerOutParameter(2, "cppconn/datatype.h".INTEGER);
cstmt->registerOutParameter(3, "cppconn/datatype.h".INTEGER);
cstmt->execute();
int nRetVal=cstmt->getInt(1);
Statement state(cstmt);
#else
sql::Statement * state=stmt.get();
#endif
logMsg("Calling getWarnings method");
const sql::SQLWarning * sWarning=state->getWarnings();
if (sWarning != NULL)
{
logMsg("getWarnings method returns a SQLWarning object");
} else if (sWarning == NULL)
{
logErr("getWarnings() method returns a NULL SQLWarning Object");
}
clearTable("Integer_Tab", conn);
}
}
#ifdef MISSING_METHODS_INCLUDED2STATEMENT
/*
* @testName: testSetFetchDirection04
* @assertion: A driver must provide support for Statement and
* ResultSet. This implies that the methods in the
* Statement interface must be implemented and must behave as
* specified in the JDBC 1.0 and 2.0 specifications. (See
* Section :40.3 Statement Methods JDBC 2.0 API Tutorial
* & Reference).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setFetchDirection(int dir) method sets the statement
* object's fetch direction. The setFetchDirection method does
* not return any value. (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the setFetchDirection(int direction)
* method with an invalid value and it should throw an SQLException
*/
/* throws Exception */
void StatementTest::testSetFetchDirection04()
{
bool sqlExceptFlag=false;
logMsg("Calling setFetchDirection method ");
try
{
stmt->setFetchDirection(-1);
} catch (sql::SQLException * sqe) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg(
"setFetchDirection method does not sets the invalid direction for the ResultSet ");
} else {
logErr(
"setFetchDirection method sets the invalid direction for ResultSet");
FAIL("Call to setFetchDirection is Failed");
}
}
#endif
#ifdef INCLUDE_NOT_IMPLEMENTED_METHODS
/*
* @testName: testSetFetchSize02
* @assertion: A driver must provide support for Statement and
* ResultSet. This implies that the methods in the
* Statement interface must be implemented and must behave as
* specified in the JDBC 1.0 and 2.0 specifications. (See
* Section :40.3 Statement Methods JDBC 2.0 API Tutorial
* & Reference).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setFetchSize(int rowsize) method sets the number of rows
* to fetch from the database specified by the value of rowsize.
* The setFetchSize does not return any value. (See JDK 1.2.2
* API Documentation)
*
* @test_Strategy: Get a Statement object and call the setFetchSize(int rows)
* method with the value of Statement.getMaxRows and call
* getFetchSize() method and it should return a int value
* that is been set
*/
/* throws Exception */
void StatementTest::testSetFetchSize02()
{
int maxFetchSizeVal=50;
int maxRowsVal=0;
int retVal=0;
stmt->setMaxRows(maxFetchSizeVal);
maxRowsVal=static_cast<int> (stmt->getMaxRows());
TestsListener::messagesLog()
<< "Maximum Rows that Statement can contain " << maxRowsVal << std::endl;
logMsg("Calling the setFetchSize method");
stmt->setFetchSize(maxRowsVal);
retVal=stmt->getFetchSize();
if (maxFetchSizeVal == retVal) {
logMsg(
"setFetchSize method sets the value as FetchSize for ResultSet");
} else {
logErr(
"setFetchSize method does not set the value as Fetch Size for ResultSet");
FAIL("Call to setFetchSize is Failed");
}
}
/*
* @testName: testSetFetchSize05
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setFetchSize(int size) method sets the number of rows
* to fetch from the database specified by the value size.
* The method does not return any value and throws SQLException
* if a database access error occurs or the condition
* 0 <= size <= this.getMaxRows is not satisfied.
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the setFetchSize(int rows)
* method with the negative value and it should throw
* SQLException
*
*/
/* throws Exception */
void StatementTest::testSetFetchSize05()
{
int maxFetchSizeVal=0;
String sMaxFetchSizeVal;
bool sqlExceptFlag=false;
sMaxFetchSizeVal=sqlProps[ "Max_Set_Val" ];
maxFetchSizeVal=StringUtils::toInt(sMaxFetchSizeVal);
maxFetchSizeVal=maxFetchSizeVal * (-1);
TestsListener::messagesLog()
<< "Maximum Value to be set as Fetch Size " << maxFetchSizeVal << std::endl;
logMsg("Calling setFetchSize method");
try
{
stmt->setFetchSize(maxFetchSizeVal);
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg("setFetchSize method does not set the invalid value ");
} else {
logErr("setFetchSize method sets the Invalid value ");
FAIL("Call to setFetchSize is Failed");
}
}
/*
* @testName: testSetMaxFieldSize01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setMaxFieldSize(int maxsize) method sets the maximum size
* for a column in a result set specified by the value maxsize (in
* bytes). For maximum portability, the maximum field size should
* be set to a value greater than 256. If the value maxsize is 0
* then it means that there is no limit to the size of a column.
* The setMaxFieldSize(int maxsize) does not return any value.
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the setMaxFieldSize(int max)
* method and call getMaxFieldSize() method and it should return
* an integer value that is been set
*
*/
/* throws Exception */
void StatementTest::testSetMaxFieldSize01()
{
int maxFieldSizeVal=0;
String sMaxFieldSizeVal;
int retVal=0;
sMaxFieldSizeVal=sqlProps[ "Max_Set_Val" ];
maxFieldSizeVal=StringUtils::toInt(sMaxFieldSizeVal);
maxFieldSizeVal=maxFieldSizeVal * 256;
TestsListener::messagesLog()
<< "Maximum Field Size Value to be set " << maxFieldSizeVal << std::endl;
logMsg("Calling maxFieldSize method ");
stmt->setMaxFieldSize(maxFieldSizeVal);
retVal=stmt->getMaxFieldSize();
if (maxFieldSizeVal == retVal) {
logMsg(
"setMaxFieldSize method sets the value for Maximum Field Size");
} else {
logErr(
"setMaxFieldSize method does not set the value for Maximum Field Size");
FAIL("Call to setMaxFieldSize is Failed");
}
}
/*
* @testName: testSetMaxFieldSize02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setMaxFieldSize(int maxsize) method sets the maximum size
* for a column in a result set specified by the value maxsize (in
* bytes). For maximum portability, the maximum field size should
* be set to a value greater than 256. If the value maxsize is 0
* then it means that there is no limit to the size of a column.
* The setMaxFieldSize(int maxsize) does not return any value.
* (See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the setMaxFieldSize(int max)
* method with an invalid value (negative value) and It should
* throw a SQLException
*
*/
/* throws Exception */
void StatementTest::testSetMaxFieldSize02()
{
int maxFieldSizeVal=0;
String sMaxFieldSizeVal;
bool sqlExceptFlag=false;
sMaxFieldSizeVal=sqlProps[ "Max_Set_Val" ];
maxFieldSizeVal=StringUtils::toInt(sMaxFieldSizeVal);
maxFieldSizeVal=maxFieldSizeVal * (-1);
TestsListener::messagesLog()
<< "Rows Value to be set " << maxFieldSizeVal << std::endl;
logMsg("Calling the setMaxFieldSize method");
try
{
stmt->setMaxFieldSize(maxFieldSizeVal);
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg("setMaxFieldSize method does not set the Invalid value ");
} else {
logErr("setMaxFieldSize method sets the Invalid value");
FAIL("Call to setMaxFieldSize is Failed");
}
}
/*
* @testName: testSetMaxRows01
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setMaxRows(int maxsize) method sets the maximum number
* of rows that any ResultSet object can contain is specified
* by the value maxsize. If the value maxsize is 0 then it means
* that there is no limit. The setMaxRows(int maxsize) does not
* return any value.(See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the setMaxRows(int rows)
* method and call getMaxRows() method and it should return a
* integer value that is been set
*
*/
/* throws Exception */
void StatementTest::testSetMaxRows01()
{
int maxRowsVal=0;
String sMaxRowsVal;
int retVal=0;
sMaxRowsVal=sqlProps[ "Max_Set_Val" ];
maxRowsVal=StringUtils::toInt(sMaxRowsVal);
TestsListener::messagesLog()
<< "Maximum Rows Value to be set " << maxRowsVal << std::endl;
logMsg("Calling maxRowsVal method");
stmt->setMaxRows(maxRowsVal);
retVal=static_cast<int> (stmt->getMaxRows());
if (maxRowsVal == retVal) {
logMsg("setMaxRows method sets the value for Maximum Rows");
} else {
logErr(
"setMaxRows method does not set the value for Maximum Rows");
FAIL("Call to setMaxRows is Failed");
}
}
/*
* @testName: testSetMaxRows02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setMaxRows(int maxsize) method sets the maximum number
* of rows that any ResultSet object can contain is specified
* by the value maxsize. If the value maxsize is 0 then it means
* that there is no limit. The setMaxRows(int maxsize) does not
* return any value.(See JDK 1.2.2 API Documentation)
*
* @test_Strategy: Get a Statement object and call the setMaxRows(int rows)
* method with an invalid value (negative value) and It should
* throw an SQLException
*
*/
/* throws Exception */
void StatementTest::testSetMaxRows02()
{
int maxRowsVal=0;
String sMaxRowsVal;
bool sqlExceptFlag=false;
sMaxRowsVal=sqlProps[ "Max_Set_Val" ];
maxRowsVal=StringUtils::toInt(sMaxRowsVal);
maxRowsVal=maxRowsVal * (-1);
TestsListener::messagesLog()
<< "Rows Value to be set " << maxRowsVal << std::endl;
logMsg("Calling setMaxRows method");
try
{
stmt->setMaxRows(maxRowsVal);
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg("setMaxRows method does not set the Invalid value ");
} else {
logErr("setMaxRows method sets the Invalid value");
FAIL("Call to setMaxRows is Failed");
}
}
/*
* @testName: testSetQueryTimeout02
* @assertion: The Statement object provides methods for executing SQL
* statements and retrieving results.(See section 40.1 of
* JDBC 2.0 API Reference & Tutorial second edition).
*
* The driver must provide full support for Statement methods.
* The driver must also support all the methods for executing
* SQL Statements in a single batch (Batch Updates). (See
* section 6.2.2.3 of Java2 Platform Enterprise Edition(J2EE)
* Specification v1.2)
*
* The setQueryTimeout(int secval) method sets the time limit
* for the number of secval seconds a driver will wait for a
* statement object to be executed. If the value secval is 0
* then it means that there is no limit. The setQueryTimeout
* method does not return any value. (See JDK 1.2.2 API
* Documentation)
*
* @test_Strategy: Get a Statement object and call the setQueryTimeout(int secval)
* method with an invalid value (negative value)and It should
* throw an SQLException
*
*/
/* throws Exception */
void StatementTest::testSetQueryTimeout02()
{
int maxQueryTimeVal=0;
String sMaxQueryTimeVal;
bool sqlExceptFlag=false;
sMaxQueryTimeVal=sqlProps[ "Max_Set_Val" ];
maxQueryTimeVal=StringUtils::toInt(sMaxQueryTimeVal);
maxQueryTimeVal=maxQueryTimeVal * (-1);
TestsListener::messagesLog()
<< "Seconds Value to be set as QueryTimeout " << maxQueryTimeVal
<< std::endl;
logMsg("Calling maxQueryTimeout method");
try
{
stmt->setQueryTimeout(maxQueryTimeVal);
} catch (sql::SQLException &) {
sqlExceptFlag=true;
}
if (sqlExceptFlag) {
logMsg("setQueryTimeout method does not set the Invalid value ");
} else {
logErr("setQueryTimeout method sets the Invalid value");
FAIL("Call to setQueryTimeout is Failed");
}
}
#endif
}
}
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