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Mockrunner is a lightweight framework for unit testing applications
in the J2EE environment. It supports servlets, filters, tag classes
and Struts actions. It includes a JDBC a JMS and a JCA test
framework and can be used to test EJB based applications.
The newest version!
package com.mockrunner.jdbc;
import java.sql.CallableStatement;
import java.sql.PreparedStatement;
import java.sql.SQLException;
import java.util.ArrayList;
import java.util.Arrays;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import java.util.TreeMap;
import com.mockrunner.base.NestedApplicationException;
import com.mockrunner.base.VerifyFailedException;
import com.mockrunner.mock.jdbc.JDBCMockObjectFactory;
import com.mockrunner.mock.jdbc.MockCallableStatement;
import com.mockrunner.mock.jdbc.MockPreparedStatement;
import com.mockrunner.mock.jdbc.MockResultSet;
//import com.mockrunner.mock.jdbc.MockSavepoint;
import com.mockrunner.mock.jdbc.MockStatement;
import com.mockrunner.util.common.StringUtil;
/**
* Module for JDBC tests.
*/
public class JDBCTestModule
{
private JDBCMockObjectFactory mockFactory;
private boolean caseSensitive = false;
private boolean exactMatch = false;
private boolean useRegularExpressions = false;
public JDBCTestModule(JDBCMockObjectFactory mockFactory)
{
this.mockFactory = mockFactory;
}
/**
* Set if specified SQL statements should be handled case sensitive.
* Defaults to to false, i.e. INSERT is the same
* as insert.
* Please note that this method controls SQL statement
* matching for this class, e.g. what statements the method
* {@link #getPreparedStatements(String)} returns or what statements
* are taken into account by the method {@link #verifySQLStatementExecuted(String)}.
* In contrast to {@link AbstractResultSetHandler#setCaseSensitive(boolean)} it does
* not control the prepared results that are returned when the tested application
* executes a matching statement.
* @param caseSensitive enable or disable case sensitivity
*/
public void setCaseSensitive(boolean caseSensitive)
{
this.caseSensitive = caseSensitive;
}
/**
* Set if specified SQL statements must match exactly.
* Defaults to false, i.e. the SQL statement used
* to create a PreparedStatement must contain
* the specified SQL statement, but does not have to match
* exactly. If the original statement is insert into mytable values(?, ?, ?)
* verifyPreparedStatementPresent("insert into mytable")
* will pass.
* Please note that this method controls SQL statement
* matching for this class, e.g. what statements the method
* {@link #getPreparedStatements(String)} returns or what statements
* are taken into account by the method {@link #verifySQLStatementExecuted(String)}.
* In contrast to {@link AbstractResultSetHandler#setExactMatch(boolean)} it does
* not control the prepared results that are returned when the tested application
* executes a matching statement.
* @param exactMatch enable or disable exact matching
*/
public void setExactMatch(boolean exactMatch)
{
this.exactMatch = exactMatch;
}
/**
* Set if regular expressions should be used when matching
* SQL statements. Irrelevant if exactMatch is
* true. Default is false, i.e. you
* cannot use regular expressions and matching is based
* on string comparison.
* Please note that this method controls SQL statement
* matching for the methods of this class, e.g. what statements the method
* {@link #getPreparedStatements(String)} returns or what statements
* are taken into account by the method {@link #verifySQLStatementExecuted(String)}.
* In contrast to {@link AbstractResultSetHandler#setUseRegularExpressions(boolean)} it does
* not control the prepared results that are returned when the tested application
* executes a matching statement.
* @param useRegularExpressions should regular expressions be used
*/
public void setUseRegularExpressions(boolean useRegularExpressions)
{
this.useRegularExpressions = useRegularExpressions;
}
/**
* Returns the {@link StatementResultSetHandler}.
* The {@link StatementResultSetHandler}
* contains methods that can be used to specify the
* {@link com.mockrunner.mock.jdbc.MockResultSet} objects
* and update counts that a {@link com.mockrunner.mock.jdbc.MockStatement}
* should return when executing an SQL statement.
* @return the {@link StatementResultSetHandler}
*/
public StatementResultSetHandler getStatementResultSetHandler()
{
return mockFactory.getMockConnection().getStatementResultSetHandler();
}
/**
* Returns the {@link PreparedStatementResultSetHandler}.
* The {@link PreparedStatementResultSetHandler}
* contains methods that can be used to specify the
* {@link com.mockrunner.mock.jdbc.MockResultSet} objects
* and update counts that a {@link com.mockrunner.mock.jdbc.MockPreparedStatement}
* should return when executing an SQL statement.
* @return the {@link PreparedStatementResultSetHandler}
*/
public PreparedStatementResultSetHandler getPreparedStatementResultSetHandler()
{
return mockFactory.getMockConnection().getPreparedStatementResultSetHandler();
}
/**
* Returns the {@link CallableStatementResultSetHandler}.
* The {@link CallableStatementResultSetHandler}
* contains methods that can be used to specify the
* {@link com.mockrunner.mock.jdbc.MockResultSet} objects
* and update counts that a {@link com.mockrunner.mock.jdbc.MockCallableStatement}
* should return when executing an SQL statement.
* @return the {@link CallableStatementResultSetHandler}
*/
public CallableStatementResultSetHandler getCallableStatementResultSetHandler()
{
return mockFactory.getMockConnection().getCallableStatementResultSetHandler();
}
/**
* Returns a {@link com.mockrunner.mock.jdbc.MockStatement} by its index.
* @param index the index of the Statement
* @return the Statement or null, if there is no such
* Statement
*/
public MockStatement getStatement(int index)
{
List statements = getStatements();
if(index < statements.size()) return (MockStatement)statements.get(index);
return null;
}
/**
* Returns all {@link com.mockrunner.mock.jdbc.MockStatement} objects.
* @return the List of Statement objects
*/
public List getStatements()
{
return mockFactory.getMockConnection().getStatementResultSetHandler().getStatements();
}
/**
* Returns a List of all SQL statements that were executed
* by calling an execute method of a {@link com.mockrunner.mock.jdbc.MockStatement},
* {@link com.mockrunner.mock.jdbc.MockPreparedStatement} or
* {@link com.mockrunner.mock.jdbc.MockCallableStatement}.
* @return the List of SQL statements
*/
public List getExecutedSQLStatements()
{
ArrayList list = new ArrayList();
list.addAll(mockFactory.getMockConnection().getStatementResultSetHandler().getExecutedStatements());
list.addAll(mockFactory.getMockConnection().getPreparedStatementResultSetHandler().getExecutedStatements());
list.addAll(mockFactory.getMockConnection().getCallableStatementResultSetHandler().getExecutedStatements());
return list;
}
/**
* @deprecated use {@link #getExecutedSQLStatementParameterMap}
*/
public Map getExecutedSQLStatementParameter()
{
return getExecutedSQLStatementParameterMap();
}
/**
* Returns a Map of all parameters that were used when
* executing a {@link com.mockrunner.mock.jdbc.MockPreparedStatement} or
* {@link com.mockrunner.mock.jdbc.MockCallableStatement}.
* The keys are the corresponding SQL statements. The values are the
* {@link ParameterSets} objects.
* @return the Map of parameters
*/
public Map getExecutedSQLStatementParameterMap()
{
Map map = new TreeMap();
map.putAll(mockFactory.getMockConnection().getPreparedStatementResultSetHandler().getExecutedStatementParameterMap());
map.putAll(mockFactory.getMockConnection().getCallableStatementResultSetHandler().getExecutedStatementParameterMap());
return map;
}
/**
* Returns the {@link ParameterSets} object for the specified SQL statement.
* If more than one {@link ParameterSets} object is found, the first one
* will be returned.
* @param sql the the SQL statement
* @return the {@link ParameterSets} object or null if no
* matching object is found
*/
public ParameterSets getExecutedSQLStatementParameterSets(String sql)
{
Map map = getExecutedSQLStatementParameterMap();
SQLStatementMatcher matcher = new SQLStatementMatcher(caseSensitive, exactMatch, useRegularExpressions);
List list = matcher.getMatchingObjects(map, sql, false, false);
if(list != null && list.size() > 0)
{
return (ParameterSets)list.get(0);
}
return null;
}
/**
* Returns the ResultSet objects with the specified id.
* If there are more than one ResultSet objects with the
* specified id, the first one is returned. If there is no
* ResultSet with the specified id, this method
* returns null.
* Please also see {@link #getReturnedResultSets(String)}.
* @return the ResultSet with the specified id
*/
public MockResultSet getReturnedResultSet(String id)
{
List list = getReturnedResultSets(id);
if(list != null && list.size() > 0)
{
return (MockResultSet)list.get(0);
}
return null;
}
/**
* Returns a List of the ResultSet objects with
* the specified id. In contrast to {@link #getReturnedResultSets}, the
* returned List never contains ResultSet[] objects,
* only single result sets. If {@link #getReturnedResultSets} returns an
* array, every ResultSet is checked and added to the returned List,
* if the id matches.
* Please note that ResultSet objects are cloned when executing
* statements. The ResultSet objects in the List
* returned by this method are really the instances the statement returned
* and not the instances you have used when preparing them.
* @return the List of ResultSet objects
*/
public List getReturnedResultSets(String id)
{
List list = getReturnedResultSets();
ArrayList resultList = new ArrayList();
for(int ii = 0; ii < list.size(); ii++)
{
Object object = list.get(ii);
if(object instanceof MockResultSet)
{
addIfIdMatches((MockResultSet)object, id, resultList);
}
else if(object instanceof MockResultSet[])
{
MockResultSet[] resultSets = (MockResultSet[])object;
for(int yy = 0; yy < resultSets.length; yy++)
{
addIfIdMatches(resultSets[yy], id, resultList);
}
}
}
return resultList;
}
private void addIfIdMatches(MockResultSet resultSet, String id, List resultList)
{
if(null == id) return;
if(id.equals(resultSet.getId()))
{
resultList.add(resultSet);
}
}
/**
* Returns a List of all ResultSet objects that were returned
* by calling an executeQuery method of a {@link com.mockrunner.mock.jdbc.MockStatement},
* {@link com.mockrunner.mock.jdbc.MockPreparedStatement} or
* {@link com.mockrunner.mock.jdbc.MockCallableStatement}.
* Please note that the List may contain arrays of ResultSet objects,
* if a query returned multiple result sets. The List may
* contain ResultSet objects and ResultSet[] objects.
* If a query returned multiple result sets, the list will always contain
* the full array of ResultSet objects that were prepared, even
* if {@link com.mockrunner.mock.jdbc.MockStatement#getMoreResults()} was
* not called for all the result sets.
* Please note that ResultSet objects are cloned when executing
* statements. The ResultSet objects in the List
* returned by this method are really the instances the statement returned
* and not the instances you have used when preparing them.
* @return the List of ResultSet or ResultSet[] objects
*/
public List getReturnedResultSets()
{
ArrayList list = new ArrayList();
list.addAll(mockFactory.getMockConnection().getStatementResultSetHandler().getReturnedResultSets());
list.addAll(mockFactory.getMockConnection().getPreparedStatementResultSetHandler().getReturnedResultSets());
list.addAll(mockFactory.getMockConnection().getCallableStatementResultSetHandler().getReturnedResultSets());
return list;
}
/**
* Returns a {@link com.mockrunner.mock.jdbc.MockPreparedStatement} that was
* created using a {@link com.mockrunner.mock.jdbc.MockConnection} by its index.
* @param index the index of the PreparedStatement
* @return the PreparedStatement or null, if there is no such
* PreparedStatement
*/
public MockPreparedStatement getPreparedStatement(int index)
{
List statements = getPreparedStatements();
if(index < statements.size()) return (MockPreparedStatement)statements.get(index);
return null;
}
/**
* Returns a {@link com.mockrunner.mock.jdbc.MockPreparedStatement} that was
* created using a {@link com.mockrunner.mock.jdbc.MockConnection} by its SQL statement.
* If there are more than one {@link com.mockrunner.mock.jdbc.MockPreparedStatement}
* objects with the specified SQL, the first one will be returned.
* Please note that you can modify the search parameters with
* {@link #setCaseSensitive}, {@link #setExactMatch} and {@link #setUseRegularExpressions}.
* @param sql the SQL statement used to create the PreparedStatement
* @return the PreparedStatement or null, if there is no macth
*/
public MockPreparedStatement getPreparedStatement(String sql)
{
List list = getPreparedStatements(sql);
if(null != list && list.size() > 0)
{
return (MockPreparedStatement)list.get(0);
}
return null;
}
/**
* Returns all {@link com.mockrunner.mock.jdbc.MockPreparedStatement} objects.
* @return the List of PreparedStatement objects
*/
public List getPreparedStatements()
{
return mockFactory.getMockConnection().getPreparedStatementResultSetHandler().getPreparedStatements();
}
/**
* Returns all {@link com.mockrunner.mock.jdbc.MockPreparedStatement} objects with
* the specified SQL statement as a List. If there are no matches, an empty
* List will be returned.
* Please note that you can modify the search parameters with
* {@link #setCaseSensitive}, {@link #setExactMatch} and {@link #setUseRegularExpressions}.
* @param sql the SQL statement used to create the PreparedStatement
* @return the List of PreparedStatement objects
*/
public List getPreparedStatements(String sql)
{
Map sqlStatements = mockFactory.getMockConnection().getPreparedStatementResultSetHandler().getPreparedStatementMap();
SQLStatementMatcher matcher = new SQLStatementMatcher(caseSensitive, exactMatch, useRegularExpressions);
return matcher.getMatchingObjects(sqlStatements, sql, true, false);
}
/**
* Returns a {@link com.mockrunner.mock.jdbc.MockCallableStatement} that was
* created using a {@link com.mockrunner.mock.jdbc.MockConnection} by its index.
* @param index the index of the CallableStatement
* @return the CallableStatement or null, if there is no such
* CallableStatement
*/
public MockCallableStatement getCallableStatement(int index)
{
List statements = getCallableStatements();
if(index < statements.size()) return (MockCallableStatement)statements.get(index);
return null;
}
/**
* Returns a {@link com.mockrunner.mock.jdbc.MockCallableStatement} that was
* created using a {@link com.mockrunner.mock.jdbc.MockConnection} by its SQL statement.
* If there are more than one {@link com.mockrunner.mock.jdbc.MockCallableStatement}
* objects with the specified SQL, the first one will be returned.
* Please note that you can modify the search parameters with
* {@link #setCaseSensitive}, {@link #setExactMatch} and {@link #setUseRegularExpressions}.
* @param sql the SQL statement used to create the CallableStatement
* @return the CallableStatement or null, if there is no macth
*/
public MockCallableStatement getCallableStatement(String sql)
{
List list = getCallableStatements(sql);
if(null != list && list.size() > 0)
{
return (MockCallableStatement)list.get(0);
}
return null;
}
/**
* Returns all {@link com.mockrunner.mock.jdbc.MockCallableStatement} objects.
* @return the List of CallableStatement objects
*/
public List getCallableStatements()
{
return mockFactory.getMockConnection().getCallableStatementResultSetHandler().getCallableStatements();
}
/**
* Returns all {@link com.mockrunner.mock.jdbc.MockCallableStatement} objects with
* the specified SQL statement as a List.
* If there are no matches, an empty List will be returned.
* Please note that you can modify the search parameters with
* {@link #setCaseSensitive}, {@link #setExactMatch} and {@link #setUseRegularExpressions}.
* @param sql the SQL statement used to create the CallableStatement
* @return the List of CallableStatement objects
*/
public List getCallableStatements(String sql)
{
Map sqlStatements = mockFactory.getMockConnection().getCallableStatementResultSetHandler().getCallableStatementMap();
SQLStatementMatcher matcher = new SQLStatementMatcher(caseSensitive, exactMatch, useRegularExpressions);
return matcher.getMatchingObjects(sqlStatements, sql, true, false);
}
/**
* Returns a parameter that was added to a PreparedStatement
* using its set methods. Simple data types are returned as
* the corresponsing wrapper type.
* @param statement the PreparedStatement
* @param indexOfParameter the index used to set the parameter
* @return the corresponding object
*/
public Object getPreparedStatementParameter(PreparedStatement statement, int indexOfParameter)
{
if(null == statement) return null;
return ((MockPreparedStatement)statement).getParameter(indexOfParameter);
}
/**
* Returns a parameter that was added to a PreparedStatement
* using its set methods. Uses the first PreparedStatement
* with the specified SQL statement. Simple data types are returned as
* the corresponsing wrapper type.
* @param sql the SQL statement
* @param indexOfParameter the index used to set the object
* @return the corresponding object
*/
public Object getPreparedStatementParameter(String sql, int indexOfParameter)
{
return getPreparedStatementParameter(getPreparedStatement(sql), indexOfParameter);
}
/**
* Returns an object that was added to a PreparedStatement
* using its set methods. Simple data types are returned as
* the corresponsing wrapper type.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @return the corresponding object
*/
public Object getPreparedStatementParameter(int indexOfStatement, int indexOfParameter)
{
return getPreparedStatementParameter(getPreparedStatement(indexOfStatement), indexOfParameter);
}
/**
* Returns a parameter that was added to a CallableStatement
* using its set methods. Simple data types are returned as
* the corresponsing wrapper type.
* @param statement the CallableStatement
* @param indexOfParameter the index used to set the parameter
* @return the corresponding object
*/
public Object getCallableStatementParameter(CallableStatement statement, int indexOfParameter)
{
if(null == statement) return null;
return ((MockCallableStatement)statement).getParameter(indexOfParameter);
}
/**
* Returns a parameter that was added to a CallableStatement
* using its set methods. Uses the first CallableStatement
* with the specified SQL statement. Simple data types are returned as
* the corresponsing wrapper type.
* @param sql the SQL statement
* @param indexOfParameter the index used to set the object
* @return the corresponding object
*/
public Object getCallableStatementParameter(String sql, int indexOfParameter)
{
return getCallableStatementParameter(getCallableStatement(sql), indexOfParameter);
}
/**
* Returns an object that was added to a CallableStatement
* using its set methods. Simple data types are returned as
* the corresponsing wrapper type.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @return the corresponding object
*/
public Object getCallableStatementParameter(int indexOfStatement, int indexOfParameter)
{
return getCallableStatementParameter(getCallableStatement(indexOfStatement), indexOfParameter);
}
/**
* Returns a parameter that was added to a CallableStatement
* using its set methods.
* @param statement the CallableStatement
* @param nameOfParameter the name of the parameter
* @return the corresponding object
*/
public Object getCallableStatementParameter(CallableStatement statement, String nameOfParameter)
{
if(null == statement) return null;
return ((MockCallableStatement)statement).getParameter(nameOfParameter);
}
/**
* Returns a parameter that was added to a CallableStatement
* using its set methods. Uses the first CallableStatement
* with the specified SQL statement.
* @param sql the SQL statement
* @param nameOfParameter the name of the parameter
* @return the corresponding object
*/
public Object getCallableStatementParameter(String sql, String nameOfParameter)
{
return getCallableStatementParameter(getCallableStatement(sql), nameOfParameter);
}
/**
* Returns an object that was added to a CallableStatement
* using its set methods.
* @param indexOfStatement the index of the statement
* @param nameOfParameter the name of the parameter
* @return the corresponding object
*/
public Object getCallableStatementParameter(int indexOfStatement, String nameOfParameter)
{
return getCallableStatementParameter(getCallableStatement(indexOfStatement), nameOfParameter);
}
/**
* Returns a list of all Savepoint objects.
* @return the List of {@link com.mockrunner.mock.jdbc.MockSavepoint} objects
*/
/*public List getSavepoints()
{
return new ArrayList(mockFactory.getMockConnection().getSavepointMap().values());
}*/
/**
* Returns the Savepoint with the specified index.
* The index is the number of the created Savepoint
* starting with 0 for the first Savepoint.
* @param index the index
* @return the {@link com.mockrunner.mock.jdbc.MockSavepoint}
*/
/*public MockSavepoint getSavepoint(int index)
{
List savepoints = getSavepoints();
for(int ii = 0; ii < savepoints.size(); ii++)
{
MockSavepoint currentSavepoint = (MockSavepoint)savepoints.get(ii);
if(currentSavepoint.getNumber() == index) return currentSavepoint;
}
return null;
}*/
/**
* Returns the first Savepoint with the specified name.
* Unnamed Savepoint objects get the name "".
* @param name the name
* @return the {@link com.mockrunner.mock.jdbc.MockSavepoint}
*/
/*public MockSavepoint getSavepoint(String name)
{
List savepoints = getSavepoints();
for(int ii = 0; ii < savepoints.size(); ii++)
{
MockSavepoint currentSavepoint = (MockSavepoint)savepoints.get(ii);
try
{
if(currentSavepoint.getSavepointName().equals(name)) return currentSavepoint;
}
catch(SQLException exc)
{
throw new NestedApplicationException(exc);
}
}
return null;
}*/
/**
* Verifies that an SQL statement was executed.
* @param sql the expected SQL string
* @throws VerifyFailedException if verification fails
*/
public void verifySQLStatementExecuted(String sql)
{
SQLStatementMatcher matcher = new SQLStatementMatcher(caseSensitive, exactMatch, useRegularExpressions);
if(!matcher.contains(getExecutedSQLStatements(), sql, false))
{
throw new VerifyFailedException("Statement " + sql + " not executed.");
}
}
/**
* Verifies that an SQL statement was not executed.
* @param sql the SQL string
* @throws VerifyFailedException if verification fails
*/
public void verifySQLStatementNotExecuted(String sql)
{
SQLStatementMatcher matcher = new SQLStatementMatcher(caseSensitive, exactMatch, useRegularExpressions);
if(matcher.contains(getExecutedSQLStatements(), sql, false))
{
throw new VerifyFailedException("Statement " + sql + " was executed.");
}
}
/**
* Verifies the number of parameters for the specified SQL statement.
* If more than one SQL statement is found, this method uses the
* first one. You can specify the index of the parameter set. If
* if a PreparedStatement or CallableStatement
* is executed N times, it has N parameter sets. Each parameter set
* can contain any number of parameters (possibly 0 parameters).
* Ordinary statements do not have parameter sets, of course. If
* the specified SQL has been executed by an ordinary statements,
* a VerifyFailedException is thrown stating the reason.
* @param sql the SQL string
* @param indexOfParameterSet the number of the parameter set
* @param number the expected number of parameters
* @throws VerifyFailedException if verification fails
*/
public void verifySQLStatementParameterNumber(String sql, int indexOfParameterSet, int number)
{
Map actualParameterMap = verifyAndGetParametersForSQL(sql, indexOfParameterSet);
if(actualParameterMap.size() != number)
{
throw new VerifyFailedException("Expected " + number + " parameter, actual " + actualParameterMap.size() + " parameter");
}
}
/**
* Verifies the parameters for the specified SQL statement.
* If more than one SQL statement is found, this method uses the
* first one. The parameter map must match in size and the
* parameters must be equal (by comparing them with
* {de.lv1871.util.ParameterUtil#compareParameter}).
* You can specify the index of the parameter set. If
* if a PreparedStatement or CallableStatement
* is executed N times, it has N parameter sets. Each parameter set
* can contain any number of parameters (possibly 0 parameters).
* Ordinary statements do not have parameter sets, of course. If
* the specified SQL has been executed by an ordinary statements,
* a VerifyFailedException is thrown stating the reason.
* @param sql the SQL string
* @param indexOfParameterSet the number of the parameter set
* @param parameterMap the map of expected parameters
* @throws VerifyFailedException if verification fails
*/
public void verifySQLStatementParameter(String sql, int indexOfParameterSet, Map parameterMap)
{
verifySQLStatementParameterNumber(sql, indexOfParameterSet, parameterMap.size());
Map actualParameterMap = verifyAndGetParametersForSQL(sql, indexOfParameterSet);
Iterator keys = parameterMap.keySet().iterator();
while(keys.hasNext())
{
Object nextKey = keys.next();
Object nextExpectedParameter = parameterMap.get(nextKey);
Object nextActualParameter = actualParameterMap.get(nextKey);
if(null == nextActualParameter)
{
throw new VerifyFailedException("No parameter " + nextKey + " found.");
}
if(!ParameterUtil.compareParameter(nextExpectedParameter, nextActualParameter))
{
throw new VerifyFailedException("Expected " + nextExpectedParameter + " for parameter " + nextKey + ", but was " + nextActualParameter);
}
}
}
/**
* Verifies the parameter for the specified SQL statement.
* If more than one SQL statement is found, this method uses the
* first one.
* You can specify the index of the parameter set. If
* if a PreparedStatement or CallableStatement
* is executed N times, it has N parameter sets. Each parameter set
* can contain any number of parameters (possibly 0 parameters).
* Ordinary statements do not have parameter sets, of course. If
* the specified SQL has been executed by an ordinary statements,
* a VerifyFailedException is thrown stating the reason.
* @param sql the SQL string
* @param indexOfParameterSet the number of the parameter set
* @param indexOfParameter the index of the parameter
* @param expectedParameter the expected parameter
* @throws VerifyFailedException if verification fails
*/
public void verifySQLStatementParameter(String sql, int indexOfParameterSet, int indexOfParameter, Object expectedParameter)
{
Map actualParameterMap = verifyAndGetParametersForSQL(sql, indexOfParameterSet);
Object actualParameter = actualParameterMap.get(new Integer(indexOfParameter));
if(!ParameterUtil.compareParameter(expectedParameter, actualParameter))
{
throw new VerifyFailedException("Expected " + expectedParameter + " for parameter " + indexOfParameter + ", but was " + actualParameter);
}
}
/**
* Verifies the parameter for the specified SQL statement.
* If more than one SQL statement is found, this method uses the
* first one.
* You can specify the index of the parameter set. If
* if a PreparedStatement or CallableStatement
* is executed N times, it has N parameter sets. Each parameter set
* can contain any number of parameters (possibly 0 parameters).
* Ordinary statements do not have parameter sets, of course. If
* the specified SQL has been executed by an ordinary statements,
* a VerifyFailedException is thrown stating the reason.
* @param sql the SQL string
* @param indexOfParameterSet the number of the parameter set
* @param nameOfParameter the name of the parameter
* @param expectedParameter the expected parameter
* @throws VerifyFailedException if verification fails
*/
public void verifySQLStatementParameter(String sql, int indexOfParameterSet, String nameOfParameter, Object expectedParameter)
{
Map actualParameterMap = verifyAndGetParametersForSQL(sql, indexOfParameterSet);
Object actualParameter = actualParameterMap.get(nameOfParameter);
if(!ParameterUtil.compareParameter(expectedParameter, actualParameter))
{
throw new VerifyFailedException("Expected " + expectedParameter + " for parameter " + nameOfParameter + ", but was " + actualParameter);
}
}
private Map verifyAndGetParametersForSQL(String sql, int indexOfParameterSet)
{
verifySQLStatementExecuted(sql);
SQLStatementMatcher matcher = new SQLStatementMatcher(caseSensitive, exactMatch, useRegularExpressions);
List matchingParameterList = matcher.getMatchingObjects(getExecutedSQLStatementParameterMap(), sql, true, false);
if(null == matchingParameterList || matchingParameterList.size() == 0)
{
throw new VerifyFailedException("No parameter sets for SQL " + sql + " found. Maybe the SQL has been executed by a regular " +
"statement instead of a prepared statement or callable statement.");
}
ParameterSets actualParameterSets = (ParameterSets)matchingParameterList.get(0);
if(null == actualParameterSets || indexOfParameterSet >= actualParameterSets.getNumberParameterSets())
{
throw new VerifyFailedException("Statement " + sql + " has no parameter set with index " + indexOfParameterSet +
". Maybe it has been executed less than " + (indexOfParameterSet + 1) + " times.");
}
return actualParameterSets.getParameterSet(indexOfParameterSet);
}
/**
* Verifies that the connection is closed.
* @throws VerifyFailedException if verification fails
*/
public void verifyConnectionClosed()
{
try
{
if(!mockFactory.getMockConnection().isClosed())
{
throw new VerifyFailedException("Connection not closed.");
}
}
catch(SQLException exc)
{
throw new NestedApplicationException(exc);
}
}
/**
* Verifies that all statements, all prepared statements and
* all callable statements are closed.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllStatementsClosed()
{
List statements = getStatements();
for(int ii = 0; ii < statements.size(); ii++)
{
MockStatement statement = (MockStatement)statements.get(ii);
if(!statement.isClosed())
{
throw new VerifyFailedException("Statement with index " + ii + " not closed.");
}
}
statements = getPreparedStatements();
for(int ii = 0; ii < statements.size(); ii++)
{
MockPreparedStatement statement = (MockPreparedStatement)statements.get(ii);
if(!statement.isClosed())
{
throw new VerifyFailedException("Prepared statement with index " + ii + " (SQL " + statement.getSQL() + ") not closed.");
}
}
statements = getCallableStatements();
for(int ii = 0; ii < statements.size(); ii++)
{
MockPreparedStatement statement = (MockCallableStatement)statements.get(ii);
if(!statement.isClosed())
{
throw new VerifyFailedException("Callable statement with index " + ii + " (SQL " + statement.getSQL() + ") not closed.");
}
}
}
/**
* Verifies that the ResultSet with the
* specified id is closed. Only recognizes ResultSet
* objects that were actually returned when executing a statement
* and that were explicitly closed. Implicit closed ResultSet
* objects (when closing a statement) are not recognized.
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetClosed(String id)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
if(!resultSet.isClosed())
{
throw new VerifyFailedException("ResultSet with id " + id + " not closed.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* inserted.
* @param resultSet the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowInserted(MockResultSet resultSet, int number)
{
if(!resultSet.rowInserted(number))
{
throw new VerifyFailedException("Row number " + number + " of ResultSet " + resultSet.getId() + " not inserted.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* inserted.
* @param id the id of the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowInserted(String id, int number)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRowInserted(resultSet, number);
}
/**
* Verifies that the specified row of a ResultSet was
* not inserted.
* @param resultSet the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowNotInserted(MockResultSet resultSet, int number)
{
if(resultSet.rowInserted(number))
{
throw new VerifyFailedException("Row number " + number + " of ResultSet " + resultSet.getId() + " was inserted.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* not inserted.
* @param id the id of the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowNotInserted(String id, int number)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRowNotInserted(resultSet, number);
}
/**
* Verifies that the specified row of a ResultSet was
* updated.
* @param resultSet the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowUpdated(MockResultSet resultSet, int number)
{
if(!resultSet.rowUpdated(number))
{
throw new VerifyFailedException("Row number " + number + " of ResultSet " + resultSet.getId() + " not updated.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* updated.
* @param id the id of the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowUpdated(String id, int number)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRowUpdated(resultSet, number);
}
/**
* Verifies that the specified row of a ResultSet was
* not updated.
* @param resultSet the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowNotUpdated(MockResultSet resultSet, int number)
{
if(resultSet.rowUpdated(number))
{
throw new VerifyFailedException("Row number " + number + " of ResultSet " + resultSet.getId() + " was updated.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* not updated.
* @param id the id of the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowNotUpdated(String id, int number)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRowNotUpdated(resultSet, number);
}
/**
* Verifies that the specified row of a ResultSet was
* deleted.
* @param resultSet the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowDeleted(MockResultSet resultSet, int number)
{
if(!resultSet.rowDeleted(number))
{
throw new VerifyFailedException("Row number " + number + " of ResultSet " + resultSet.getId() + " not deleted.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* deleted.
* @param id the id of the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowDeleted(String id, int number)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRowDeleted(resultSet, number);
}
/**
* Verifies that the specified row of a ResultSet was
* not deleted.
* @param resultSet the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowNotDeleted(MockResultSet resultSet, int number)
{
if(resultSet.rowDeleted(number))
{
throw new VerifyFailedException("Row number " + number + " of ResultSet " + resultSet.getId() + " was deleted.");
}
}
/**
* Verifies that the specified row of a ResultSet was
* not deleted.
* @param id the id of the ResultSet
* @param number the number of the row
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRowNotDeleted(String id, int number)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRowNotDeleted(resultSet, number);
}
/**
* Verifies that all ResultSet objects are closed.
* Only recognizes ResultSet objects that were actually
* returned when executing a statement and that were explicitly closed.
* Implicit closed ResultSet objects (when closing a statement)
* are not recognized.
* @throws VerifyFailedException if verification fails
*/
public void verifyAllResultSetsClosed()
{
List allResultSets = getReturnedResultSets();
for(int ii = 0; ii < allResultSets.size(); ii++)
{
Object object = allResultSets.get(ii);
if(object instanceof MockResultSet)
{
throwExceptionIfNotClosed((MockResultSet)object);
}
else if(object instanceof MockResultSet[])
{
MockResultSet[] resultSets = (MockResultSet[])object;
for(int yy = 0; yy < resultSets.length; yy++)
{
throwExceptionIfNotClosed(resultSets[yy]);
}
}
}
}
private void throwExceptionIfNotClosed(MockResultSet resultSet)
{
if(!resultSet.isClosed())
{
throw new VerifyFailedException("ResultSet with id " + resultSet.getId() + " not closed.");
}
}
/**
* Verifies that the changes were commited, i.e. the commit
* method of Connection was at least called once.
* Makes only sense, if the Connection is not in
* autocommit mode. Automatic commits are not recognized.
* @throws VerifyFailedException if verification fails
*/
public void verifyCommitted()
{
int number = mockFactory.getMockConnection().getNumberCommits();
if(number <= 0)
{
throw new VerifyFailedException("Connection received no commits.");
}
}
/**
* Verifies that the changes were not commited.
* Makes only sense, if the Connection is not in
* autocommit mode. Automatic commits are not recognized.
* @throws VerifyFailedException if verification fails
*/
public void verifyNotCommitted()
{
int number = mockFactory.getMockConnection().getNumberCommits();
if(number > 0)
{
throw new VerifyFailedException("Connection was committed");
}
}
/**
* Verifies that the changes were rolled back, i.e. the rollback
* method of Connection was at least called once.
* Makes only sense, if the Connection is not in
* autocommit mode.
* @throws VerifyFailedException if verification fails
*/
public void verifyRolledBack()
{
int number = mockFactory.getMockConnection().getNumberRollbacks();
if(number <= 0)
{
throw new VerifyFailedException("Connection received no rollbacks.");
}
}
/**
* Verifies that the changes were not rolled back.
* Makes only sense, if the Connection is not in
* autocommit mode.
* @throws VerifyFailedException if verification fails
*/
public void verifyNotRolledBack()
{
int number = mockFactory.getMockConnection().getNumberRollbacks();
if(number > 0)
{
throw new VerifyFailedException("Connection was rolled back.");
}
}
/**
* Verifies the number of commit calls.
* Makes only sense, if the Connection is not in
* autocommit mode.
* @param number the expected number of commits
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberCommits(int number)
{
int actualNumber = mockFactory.getMockConnection().getNumberCommits();
if(actualNumber != number)
{
throw new VerifyFailedException("Connection received " + actualNumber + " commits, expected " + number);
}
}
/**
* Verifies the number of rollback calls.
* Makes only sense, if the Connection is not in
* autocommit mode.
* @param number the expected number of rollbacks
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberRollbacks(int number)
{
int actualNumber = mockFactory.getMockConnection().getNumberRollbacks();
if(actualNumber != number)
{
throw new VerifyFailedException("Connection received " + actualNumber + " rollbacks, expected " + number);
}
}
/**
* Verifies the number of statements.
* @param number the expected number
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberStatements(int number)
{
verifyNumberStatements(number, getStatements());
}
/**
* Verifies the number of prepared statements.
* @param number the expected number
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberPreparedStatements(int number)
{
verifyNumberStatements(number, getPreparedStatements());
}
/**
* Verifies the number of prepared statements with the specified
* SQL.
* @param number the expected number
* @param sql the SQL
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberPreparedStatements(int number, String sql)
{
verifyNumberStatements(number, getPreparedStatements(sql));
}
/**
* Verifies the number of callable statements.
* @param number the expected number
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberCallableStatements(int number)
{
verifyNumberStatements(number, getCallableStatements());
}
/**
* Verifies the number of callable statements with the specified
* SQL.
* @param number the expected number
* @param sql the SQL
* @throws VerifyFailedException if verification fails
*/
public void verifyNumberCallableStatements(int number, String sql)
{
verifyNumberStatements(number, getCallableStatements(sql));
}
private void verifyNumberStatements(int number, List statements)
{
if(null == statements || statements.size() == 0)
{
if(number == 0) return;
throw new VerifyFailedException("Expected " + number + " statements, received 0 statements");
}
if(statements.size() != number)
{
throw new VerifyFailedException("Expected " + number + " statements, received " + statements.size()+ " statements");
}
}
/**
* Verifies that a statement is closed.
* @param index the index of the statement
* @throws VerifyFailedException if verification fails
*/
public void verifyStatementClosed(int index)
{
MockStatement statement = getStatement(index);
if(null == statement)
{
throw new VerifyFailedException("No statement with index " + index + " present.");
}
if(!statement.isClosed())
{
throw new VerifyFailedException("Statement with index " + index + " not closed.");
}
}
/**
* Verifies that a prepared statement is closed.
* @param index the index of the prepared statement
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementClosed(int index)
{
MockPreparedStatement statement = getPreparedStatement(index);
if(null == statement)
{
throw new VerifyFailedException("No prepared statement with index " + index + " present.");
}
if(!statement.isClosed())
{
throw new VerifyFailedException("Prepared statement with index " + index + " not closed.");
}
}
/**
* Verifies that a prepared statement is closed.
* @param sql the SQL statement
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementClosed(String sql)
{
MockPreparedStatement statement = getPreparedStatement(sql);
if(null == statement)
{
throw new VerifyFailedException("No prepared statement with SQL " + sql + " present.");
}
if(!statement.isClosed())
{
throw new VerifyFailedException("Prepared statement with SQL " + sql + " not closed.");
}
}
/**
* Verifies that a callable statement is closed.
* @param index the index of the callable statement
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementClosed(int index)
{
MockCallableStatement statement = getCallableStatement(index);
if(null == statement)
{
throw new VerifyFailedException("No callable statement with index " + index + " present.");
}
if(!statement.isClosed())
{
throw new VerifyFailedException("Callable statement with index " + index + " not closed.");
}
}
/**
* Verifies that a callable statement is closed.
* @param sql the SQL statement
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementClosed(String sql)
{
MockCallableStatement statement = getCallableStatement(sql);
if(null == statement)
{
throw new VerifyFailedException("No callable statement with SQL " + sql + " present.");
}
if(!statement.isClosed())
{
throw new VerifyFailedException("Callable statement with SQL " + sql + " not closed.");
}
}
/**
* Verifies that a row of a ResultSet is equal to the
* entries in the specified List. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isRowEqual}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param resultSet the ResultSet
* @param number the number of the row
* @param rowData the row data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRow(MockResultSet resultSet, int number, List rowData)
{
if(null == resultSet.getRow(number))
{
throw new VerifyFailedException("ResultSet " + resultSet.getId() + " has no row " + number);
}
if(!resultSet.isRowEqual(number, rowData))
{
StringBuffer buffer = new StringBuffer("Actual row data:\n");
StringUtil.appendObjectsAsString(buffer, resultSet.getRow(number));
buffer.append("\n");
buffer.append("Expected row data:\n");
StringUtil.appendObjectsAsString(buffer, rowData);
throw new VerifyFailedException("Mismatch in row data.\n" + buffer.toString());
}
}
/**
* Verifies that a row of a ResultSet is equal to the
* entries in the specified array. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isRowEqual}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param resultSet the ResultSet
* @param number the number of the row
* @param rowData the row data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRow(MockResultSet resultSet, int number, Object[] rowData)
{
List dataList = Arrays.asList(rowData);
verifyResultSetRow(resultSet, number, dataList);
}
/**
* Verifies that a row of a ResultSet is equal to the
* entries in the specified List. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isRowEqual}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param id the id of the ResultSet
* @param number the number of the row
* @param rowData the row data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRow(String id, int number, List rowData)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetRow(resultSet, number, rowData);
}
/**
* Verifies that a row of a ResultSet is equal to the
* entries in the specified array. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isRowEqual}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param id the id of the ResultSet
* @param number the number of the row
* @param rowData the row data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetRow(String id, int number, Object[] rowData)
{
List dataList = Arrays.asList(rowData);
verifyResultSetRow(id, number, dataList);
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified List. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(int, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param resultSet the ResultSet
* @param number the number of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(MockResultSet resultSet, int number, List columnData)
{
if(null == resultSet.getColumn(number))
{
throw new VerifyFailedException("ResultSet " + resultSet.getId() + " has no column " + number);
}
if(!resultSet.isColumnEqual(number, columnData))
{
StringBuffer buffer = new StringBuffer("Actual column data:\n");
StringUtil.appendObjectsAsString(buffer, resultSet.getColumn(number));
buffer.append("\n");
buffer.append("Expected column data:\n");
StringUtil.appendObjectsAsString(buffer, columnData);
throw new VerifyFailedException("Mismatch in column data.\n" + buffer.toString());
}
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified array. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(int, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param resultSet the ResultSet
* @param number the number of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(MockResultSet resultSet, int number, Object[] columnData)
{
List dataList = Arrays.asList(columnData);
verifyResultSetColumn(resultSet, number, dataList);
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified List. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(int, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param id the id of the ResultSet
* @param number the number of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(String id, int number, List columnData)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetColumn(resultSet, number, columnData);
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified array. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(int, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param id the id of the ResultSet
* @param number the number of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(String id, int number, Object[] columnData)
{
List dataList = Arrays.asList(columnData);
verifyResultSetColumn(id, number, dataList);
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified List. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(String, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param resultSet the ResultSet
* @param name the name of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(MockResultSet resultSet, String name, List columnData)
{
if(null == resultSet.getColumn(name))
{
throw new VerifyFailedException("ResultSet " + resultSet.getId() + " has no column " + name);
}
if(!resultSet.isColumnEqual(name, columnData))
{
StringBuffer buffer = new StringBuffer("Actual column data:\n");
StringUtil.appendObjectsAsString(buffer, resultSet.getColumn(name));
buffer.append("\n");
buffer.append("Expected column data:\n");
StringUtil.appendObjectsAsString(buffer, columnData);
throw new VerifyFailedException("Mismatch in column data.\n" + buffer.toString());
}
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified array. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(String, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param resultSet the ResultSet
* @param name the name of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(MockResultSet resultSet, String name, Object[] columnData)
{
List dataList = Arrays.asList(columnData);
verifyResultSetColumn(resultSet, name, dataList);
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified List. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(String, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param id the id of the ResultSet
* @param name the name of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(String id, String name, List columnData)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetColumn(resultSet, name, columnData);
}
/**
* Verifies that a column of a ResultSet is equal to the
* entries in the specified array. Uses {@link com.mockrunner.mock.jdbc.MockResultSet#isColumnEqual(String, List)}.
* You can verify the data of returned ResultSet objects if
* the tested JDBC code makes updates.
* @param id the id of the ResultSet
* @param name the name of the column
* @param columnData the column data
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetColumn(String id, String name, Object[] columnData)
{
List dataList = Arrays.asList(columnData);
verifyResultSetColumn(id, name, dataList);
}
/**
* Verifies that a ResultSet is equal to another one.
* Compares all the rows with {@link com.mockrunner.mock.jdbc.MockResultSet#isEqual}.
* @param source the source ResultSet
* @param target the target ResultSet
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetEquals(MockResultSet source, MockResultSet target)
{
if(!source.isEqual(target))
{
StringBuffer buffer = new StringBuffer("Source data:\n");
buffer.append(source.toString());
buffer.append("\n");
buffer.append("Target data:\n");
buffer.append(target.toString());
throw new VerifyFailedException("Mismatch in ResultSet data.\n" + buffer.toString());
}
}
/**
* Verifies that a ResultSet is equal to another one.
* Compares all the rows with {@link com.mockrunner.jdbc.ParameterUtil#compareParameter}.
* @param id the id of the source ResultSet
* @param target the target ResultSet
* @throws VerifyFailedException if verification fails
*/
public void verifyResultSetEquals(String id, MockResultSet target)
{
MockResultSet resultSet = getReturnedResultSet(id);
if(null == resultSet)
{
throw new VerifyFailedException("ResultSet with id " + id + " not present.");
}
verifyResultSetEquals(resultSet, target);
}
/**
* Verifies that a PreparedStatement with the specified
* SQL statement is present.
* @param sql the SQL statement
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementPresent(String sql)
{
if(null == getPreparedStatement(sql))
{
throw new VerifyFailedException("Prepared statement with SQL " + sql + " present.");
}
}
/**
* Verifies that a PreparedStatement with the specified
* SQL statement is not present.
* @param sql the SQL statement
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementNotPresent(String sql)
{
if(null != getPreparedStatement(sql) )
{
throw new VerifyFailedException("Prepared statement with SQL " + sql + " not present.");
}
}
/**
* Verifies that a CallableStatement with the specified
* SQL statement is present.
* @param sql the SQL statement
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementPresent(String sql)
{
if(null == getCallableStatement(sql))
{
throw new VerifyFailedException("Callable statement with SQL " + sql + " present.");
}
}
/**
* Verifies that a CallableStatement with the specified
* SQL statement is not present.
* @param sql the SQL statement
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementNotPresent(String sql)
{
if(null != getCallableStatement(sql))
{
throw new VerifyFailedException("Callable statement with SQL " + sql + " not present.");
}
}
/**
* Verifies that a parameter was added to a PreparedStatement with
* the specified index.
* @param statement the PreparedStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameterPresent(PreparedStatement statement, int indexOfParameter)
{
if(!containsPreparedStatementParameter(statement, indexOfParameter))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " not present.");
}
}
/**
* Verifies that a parameter was added to a PreparedStatement with
* the specified index. Uses the first PreparedStatement with
* the specified SQL.
* @param sql the SQL statement of the PreparedStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameterPresent(String sql, int indexOfParameter)
{
if(!containsPreparedStatementParameter(sql, indexOfParameter))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " not present.");
}
}
/**
* Verifies that a parameter was added to a PreparedStatement with
* the specified index.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameterPresent(int indexOfStatement, int indexOfParameter)
{
if(!containsPreparedStatementParameter(indexOfStatement, indexOfParameter))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " not present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* @param statement the PreparedStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameterNotPresent(PreparedStatement statement, int indexOfParameter)
{
if(containsPreparedStatementParameter(statement, indexOfParameter))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* Uses the first PreparedStatement with the specified SQL.
* @param sql the SQL statement of the PreparedStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameterNotPresent(String sql, int indexOfParameter)
{
if(containsPreparedStatementParameter(sql, indexOfParameter))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameterNotPresent(int indexOfStatement, int indexOfParameter)
{
if(containsPreparedStatementParameter(indexOfStatement, indexOfParameter))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " present.");
}
}
private boolean containsPreparedStatementParameter(int indexOfStatement, int indexOfParameter)
{
MockPreparedStatement statement = getPreparedStatement(indexOfStatement);
if(null == statement) return false;
return containsPreparedStatementParameter(statement, indexOfParameter);
}
private boolean containsPreparedStatementParameter(String sql, int indexOfParameter)
{
MockPreparedStatement statement = getPreparedStatement(sql);
if(null == statement) return false;
return containsPreparedStatementParameter(statement, indexOfParameter);
}
private boolean containsPreparedStatementParameter(PreparedStatement statement, int indexOfParameter)
{
return ((MockPreparedStatement)statement).getParameterMap().containsKey(new Integer(indexOfParameter));
}
/**
* Verifies that a parameter was added to a CallableStatement with
* the specified index.
* @param statement the CallableStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterPresent(CallableStatement statement, int indexOfParameter)
{
if(!containsCallableStatementParameter(statement, indexOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " not present.");
}
}
/**
* Verifies that a parameter was added to a CallableStatement with
* the specified index. Uses the first CallableStatement with
* the specified SQL.
* @param sql the SQL statement of the CallableStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterPresent(String sql, int indexOfParameter)
{
if(!containsCallableStatementParameter(sql, indexOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " not present.");
}
}
/**
* Verifies that a parameter was added to a CallableStatement with
* the specified index.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterPresent(int indexOfStatement, int indexOfParameter)
{
if(!containsCallableStatementParameter(indexOfStatement, indexOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " not present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* @param statement the CallableStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterNotPresent(CallableStatement statement, int indexOfParameter)
{
if(containsCallableStatementParameter(statement, indexOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* Uses the first CallableStatement with the specified SQL.
* @param sql the SQL statement of the CallableStatement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterNotPresent(String sql, int indexOfParameter)
{
if(containsCallableStatementParameter(sql, indexOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterNotPresent(int indexOfStatement, int indexOfParameter)
{
if(containsCallableStatementParameter(indexOfStatement, indexOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " present.");
}
}
/**
* Verifies that a parameter was added to a CallableStatement with
* the specified index.
* @param statement the CallableStatement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterPresent(CallableStatement statement, String nameOfParameter)
{
if(!containsCallableStatementParameter(statement, nameOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + nameOfParameter + " not present.");
}
}
/**
* Verifies that a parameter was added to a CallableStatement with
* the specified index. Uses the first CallableStatement with
* the specified SQL.
* @param sql the SQL statement of the CallableStatement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterPresent(String sql, String nameOfParameter)
{
if(!containsCallableStatementParameter(sql, nameOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + nameOfParameter + " not present.");
}
}
/**
* Verifies that a parameter was added to a CallableStatement with
* the specified index.
* @param indexOfStatement the index of the statement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterPresent(int indexOfStatement, String nameOfParameter)
{
if(!containsCallableStatementParameter(indexOfStatement, nameOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + nameOfParameter + " not present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* @param statement the CallableStatement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterNotPresent(CallableStatement statement, String nameOfParameter)
{
if(containsCallableStatementParameter(statement, nameOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + nameOfParameter + " present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* Uses the first CallableStatement with the specified SQL.
* @param sql the SQL statement of the CallableStatement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterNotPresent(String sql, String nameOfParameter)
{
if(containsCallableStatementParameter(sql, nameOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + nameOfParameter + " present.");
}
}
/**
* Verifies that a parameter with the specified index is not present.
* @param indexOfStatement the index of the statement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameterNotPresent(int indexOfStatement, String nameOfParameter)
{
if(containsCallableStatementParameter(indexOfStatement, nameOfParameter))
{
throw new VerifyFailedException("Callable statement parameter with index " + nameOfParameter + " present.");
}
}
private boolean containsCallableStatementParameter(int indexOfStatement, int indexOfParameter)
{
MockCallableStatement statement = getCallableStatement(indexOfStatement);
if(null == statement) return false;
return containsCallableStatementParameter(statement, indexOfParameter);
}
private boolean containsCallableStatementParameter(String sql, int indexOfParameter)
{
MockCallableStatement statement = getCallableStatement(sql);
if(null == statement) return false;
return containsCallableStatementParameter(statement, indexOfParameter);
}
private boolean containsCallableStatementParameter(CallableStatement statement, int indexOfParameter)
{
return ((MockCallableStatement)statement).getParameterMap().containsKey(new Integer(indexOfParameter));
}
private boolean containsCallableStatementParameter(int indexOfStatement, String nameOfParameter)
{
MockCallableStatement statement = getCallableStatement(indexOfStatement);
if(null == statement) return false;
return containsCallableStatementParameter(statement, nameOfParameter);
}
private boolean containsCallableStatementParameter(String sql, String nameOfParameter)
{
MockCallableStatement statement = getCallableStatement(sql);
if(null == statement) return false;
return containsCallableStatementParameter(statement, nameOfParameter);
}
private boolean containsCallableStatementParameter(CallableStatement statement, String nameOfParameter)
{
return ((MockCallableStatement)statement).getParameterMap().containsKey(nameOfParameter);
}
/**
* Verifies that a parameter from the specified PreparedStatement is equal
* to the specified object. Please use the corresponding wrapper type for
* primitive data types.
* @param statement the PreparedStatement
* @param indexOfParameter the index used to set the object
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameter(PreparedStatement statement, int indexOfParameter, Object object)
{
verifyPreparedStatementParameterPresent(statement, indexOfParameter);
Object actualObject = getPreparedStatementParameter(statement, indexOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the PreparedStatement with the
* specified SQL statement is equal to the specified object.
* Uses the first PreparedStatement with the specified SQL.
* Please use the corresponding wrapper type for primitive data types.
* @param sql the SQL statement of the PreparedStatement
* @param indexOfParameter the index used to set the object
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameter(String sql, int indexOfParameter, Object object)
{
verifyPreparedStatementParameterPresent(sql, indexOfParameter);
Object actualObject = getPreparedStatementParameter(sql, indexOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the PreparedStatement with the
* specified SQL statement is equal to the specified object.
* Please use the corresponding wrapper type for primitive data types.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyPreparedStatementParameter(int indexOfStatement, int indexOfParameter, Object object)
{
verifyPreparedStatementParameterPresent(indexOfStatement, indexOfParameter);
Object actualObject = getPreparedStatementParameter(indexOfStatement, indexOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Prepared statement parameter with index " + indexOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the specified CallableStatement is equal
* to the specified object. Please use the corresponding wrapper type
* for primitive data types.
* @param statement the CallableStatement
* @param indexOfParameter the index used to set the object
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameter(CallableStatement statement, int indexOfParameter, Object object)
{
verifyCallableStatementParameterPresent(statement, indexOfParameter);
Object actualObject = getCallableStatementParameter(statement, indexOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the CallableStatement with the
* specified SQL statement is equal to the specified object.
* Uses the first CallableStatement with the specified SQL.
* Please use the corresponding wrapper type for primitive data types.
* @param sql the SQL statement of the CallableStatement
* @param indexOfParameter the index used to set the object
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameter(String sql, int indexOfParameter, Object object)
{
verifyCallableStatementParameterPresent(sql, indexOfParameter);
Object actualObject = getCallableStatementParameter(sql, indexOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the CallableStatement with the
* specified SQL statement is equal to the specified object.
* Please use the corresponding wrapper type for primitive data types.
* @param indexOfStatement the index of the statement
* @param indexOfParameter the index used to set the object
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameter(int indexOfStatement, int indexOfParameter, Object object)
{
verifyCallableStatementParameterPresent(indexOfStatement, indexOfParameter);
Object actualObject = getCallableStatementParameter(indexOfStatement, indexOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Callable statement parameter with index " + indexOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the specified CallableStatement is equal
* to the specified object. Please use the corresponding wrapper type
* for primitive data types.
* @param statement the CallableStatement
* @param nameOfParameter the name of the parameter
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameter(CallableStatement statement, String nameOfParameter, Object object)
{
verifyCallableStatementParameterPresent(statement, nameOfParameter);
Object actualObject = getCallableStatementParameter(statement, nameOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Callable statement parameter with name " + nameOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the CallableStatement with the
* specified SQL statement is equal to the specified object.
* Uses the first CallableStatement with the specified SQL.
* Please use the corresponding wrapper type for primitive data types.
* @param sql the SQL statement of the CallableStatement
* @param nameOfParameter the name of the parameter
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameter(String sql, String nameOfParameter, Object object)
{
verifyCallableStatementParameterPresent(sql, nameOfParameter);
Object actualObject = getCallableStatementParameter(sql, nameOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Callable statement parameter with name " + nameOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that a parameter from the CallableStatement with the
* specified SQL statement is equal to the specified object.
* Please use the corresponding wrapper type for primitive data types.
* @param indexOfStatement the index of the statement
* @param nameOfParameter the name of the parameter
* @param object the expected object
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementParameter(int indexOfStatement, String nameOfParameter, Object object)
{
verifyCallableStatementParameterPresent(indexOfStatement, nameOfParameter);
Object actualObject = getCallableStatementParameter(indexOfStatement, nameOfParameter);
if(!ParameterUtil.compareParameter(actualObject, object))
{
throw new VerifyFailedException("Callable statement parameter with name " + nameOfParameter + " has the value " +
actualObject.toString() + ", expected " + object.toString());
}
}
/**
* Verifies that an out parameter was registered on the specified
* CallableStatement.
* @param statement the CallableStatement
* @param indexOfParameter the index of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementOutParameterRegistered(CallableStatement statement, int indexOfParameter)
{
if(!((MockCallableStatement)statement).isOutParameterRegistered(indexOfParameter))
{
throw new VerifyFailedException("Out parameter with index " + indexOfParameter +
" not registered in callable statement ");
}
}
/**
* Verifies that an out parameter was registered on the
* CallableStatement with the specified SQL.
* @param sql the SQL statement
* @param indexOfParameter the index of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementOutParameterRegistered(String sql, int indexOfParameter)
{
MockCallableStatement statement = getCallableStatement(sql);
if(null == statement)
{
throw new VerifyFailedException("No callable statement " + sql + " present");
}
if(!statement.isOutParameterRegistered(indexOfParameter))
{
throw new VerifyFailedException("Out parameter with index " + indexOfParameter +
" not registered in callable statement " + sql);
}
}
/**
* Verifies that an out parameter was registered on the
* CallableStatement with the specified index.
* @param indexOfStatement the index of the CallableStatement
* @param indexOfParameter the index of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementOutParameterRegistered(int indexOfStatement, int indexOfParameter)
{
MockCallableStatement statement = getCallableStatement(indexOfStatement);
if(null == statement)
{
throw new VerifyFailedException("No callable statement with index " + indexOfStatement + " present");
}
if(!statement.isOutParameterRegistered(indexOfParameter))
{
throw new VerifyFailedException("Out parameter with index " + indexOfParameter +
" not registered in callable statement with index " + indexOfStatement);
}
}
/**
* Verifies that an out parameter was registered on the specified
* CallableStatement.
* @param statement the CallableStatement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementOutParameterRegistered(CallableStatement statement, String nameOfParameter)
{
if(!((MockCallableStatement)statement).isOutParameterRegistered(nameOfParameter))
{
throw new VerifyFailedException("Out parameter with name " + nameOfParameter +
" not registered in callable statement ");
}
}
/**
* Verifies that an out parameter was registered on the
* CallableStatement with the specified SQL.
* @param sql the SQL statement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementOutParameterRegistered(String sql, String nameOfParameter)
{
MockCallableStatement statement = getCallableStatement(sql);
if(null == statement)
{
throw new VerifyFailedException("No callable statement " + sql + " present");
}
if(!statement.isOutParameterRegistered(nameOfParameter))
{
throw new VerifyFailedException("Out parameter with name " + nameOfParameter +
" not registered in callable statement " + sql);
}
}
/**
* Verifies that an out parameter was registered on the
* CallableStatement with the specified index.
* @param indexOfStatement the index of the CallableStatement
* @param nameOfParameter the name of the parameter
* @throws VerifyFailedException if verification fails
*/
public void verifyCallableStatementOutParameterRegistered(int indexOfStatement, String nameOfParameter)
{
MockCallableStatement statement = getCallableStatement(indexOfStatement);
if(null == statement)
{
throw new VerifyFailedException("No callable statement with index " + indexOfStatement + " present");
}
if(!statement.isOutParameterRegistered(nameOfParameter))
{
throw new VerifyFailedException("Out parameter with name " + nameOfParameter +
" not registered in callable statement with index " + indexOfStatement);
}
}
/**
* Verifies that a Savepoint with the specified index
* is present. The index is the number of the created Savepoint
* starting with 0 for the first Savepoint.
* @param index the index of the Savepoint
*/
/*public void verifySavepointPresent(int index)
{
MockSavepoint savepoint = getSavepoint(index);
if(null == savepoint)
{
throw new VerifyFailedException("No savepoint with index " + index + " present.");
}
}*/
/**
* Verifies that a Savepoint with the specified name
* is present.
* @param name the name of the Savepoint
*/
/*public void verifySavepointPresent(String name)
{
MockSavepoint savepoint = getSavepoint(name);
if(null == savepoint)
{
throw new VerifyFailedException("No savepoint with name " + name + " present.");
}
}*/
/**
* Verifies that the Savepoint with the specified index
* is released. The index is the number of the created Savepoint
* starting with 0 for the first Savepoint.
* @param index the index of the Savepoint
*/
/*public void verifySavepointReleased(int index)
{
verifySavepointPresent(index);
if(!getSavepoint(index).isReleased())
{
throw new VerifyFailedException("Savepoint with index " + index + " not released.");
}
}*/
/**
* Verifies that the Savepoint with the specified name
* is released.
* @param name the name of the Savepoint
*/
/*public void verifySavepointReleased(String name)
{
verifySavepointPresent(name);
if(!getSavepoint(name).isReleased())
{
throw new VerifyFailedException("Savepoint with name " + name + " not released.");
}
}*/
/**
* Verifies that the Savepoint with the specified index
* is not released. The index is the number of the created Savepoint
* starting with 0 for the first Savepoint.
* @param index the index of the Savepoint
*/
/*public void verifySavepointNotReleased(int index)
{
verifySavepointPresent(index);
if(getSavepoint(index).isReleased())
{
throw new VerifyFailedException("Savepoint with index " + index + " is released.");
}
}*/
/**
* Verifies that the Savepoint with the specified name
* is not released.
* @param name the name of the Savepoint
*/
/*public void verifySavepointNotReleased(String name)
{
verifySavepointPresent(name);
if(getSavepoint(name).isReleased())
{
throw new VerifyFailedException("Savepoint with name " + name + " is released.");
}
}*/
/**
* Verifies that the Savepoint with the specified index
* is rolled back. The index is the number of the created Savepoint
* starting with 0 for the first Savepoint.
* @param index the index of the Savepoint
*/
/*public void verifySavepointRolledBack(int index)
{
verifySavepointPresent(index);
if(!getSavepoint(index).isRolledBack())
{
throw new VerifyFailedException("Savepoint with index " + index + " not rolled back.");
}
}*/
/**
* Verifies that the Savepoint with the specified name
* is rolled back.
* @param name the name of the Savepoint
*/
/*public void verifySavepointRolledBack(String name)
{
verifySavepointPresent(name);
if(!getSavepoint(name).isRolledBack())
{
throw new VerifyFailedException("Savepoint with name " + name + " not rolled back.");
}
}*/
/**
* Verifies that the Savepoint with the specified index
* is not rolled back. The index is the number of the created Savepoint
* starting with 0 for the first Savepoint.
* @param index the index of the Savepoint
*/
/*public void verifySavepointNotRolledBack(int index)
{
verifySavepointPresent(index);
if(getSavepoint(index).isRolledBack())
{
throw new VerifyFailedException("Savepoint with index " + index + " is rolled back.");
}
}*/
/**
* Verifies that the Savepoint with the specified name
* is not rolled back.
* @param name the name of the Savepoint
*/
/*public void verifySavepointNotRolledBack(String name)
{
verifySavepointPresent(name);
if(getSavepoint(name).isRolledBack())
{
throw new VerifyFailedException("Savepoint with name " + name + " is rolled back.");
}
}*/
/**
* @deprecated use {@link #verifySavepointRolledBack(int)}
*/
/*public void verifySavepointRollbacked(int index)
{
verifySavepointRolledBack(index);
}*/
/**
* @deprecated use {@link #verifySavepointRolledBack(String)}
*/
/*public void verifySavepointRollbacked(String name)
{
verifySavepointRolledBack(name);
}*/
/**
* @deprecated use {@link #verifySavepointNotRolledBack(int)}
*/
/*public void verifySavepointNotRollbacked(int index)
{
verifySavepointNotRolledBack(index);
}*/
/**
* @deprecated use {@link #verifySavepointNotRolledBack(String)}
*/
/*public void verifySavepointNotRollbacked(String name)
{
verifySavepointNotRolledBack(name);
}*/
}