/*
* Copyright (c) 2000-2007 MetaMatrix, Inc.
* All rights reserved.
*/
package org.teiid.test.testcases;
import java.util.ArrayList;
import org.junit.Test;
import org.teiid.jdbc.AbstractQueryTest;
import org.teiid.test.framework.TransactionContainer;
import org.teiid.test.framework.ConfigPropertyNames.TXN_AUTO_WRAP_OPTIONS;
import org.teiid.test.framework.query.AbstractQueryTransactionTest;
import org.teiid.test.framework.query.QueryExecution;
import org.teiid.test.framework.transaction.TxnAutoTransaction;
public class OffWrapTransactionTests extends BaseAbstractTransactionTestCase {
@Override
protected TransactionContainer getTransactionContainter() {
return new TxnAutoTransaction(TXN_AUTO_WRAP_OPTIONS.AUTO_WRAP_OFF);
}
/**
* Sources = 1
* Commands = 1, Select
* Batching = Full Processing, Single Connector Batch
* result = commit
*/
@Test
public void testSingleSourceSelect() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testSingleSourceSelect") {
public void testCase() throws Exception {
execute("select * from pm1.g1 where pm1.g1.e1 < 100");
assertRowCount(100);
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
}
/**
* Sources = 1
* Commands = 1, Update
* Batching = Full Processing, Single Connector Batch
* result = commit
*/
@Test
public void testSingleSourceUpdate() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testSingleSourceUpdate") {
public void testCase() throws Exception {
execute("insert into pm1.g1 (e1, e2) values(100, '100')");
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
// now verify the results
AbstractQueryTest test = new QueryExecution(userTxn.getSource("pm1"));
test.execute("select * from g1 where e1 = 100");
test.assertRowCount(1);
}
/**
* Sources = 1
* Commands = multiple - Success
* Batching = Full Processing, Single Connector Batch
* result = commit
*/
@Test
public void testSingleSourceMultipleCommands() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testSingleSourceMultipleCommands") {
public void testCase() throws Exception {
execute("delete from pm1.g1 where pm1.g1.e1 >= ?", new Object[] {new Integer(100)});
execute("select * from pm1.g1");
assertRowCount(100);
for (int i = 100; i < 110; i++) {
Integer val = new Integer(i);
execute("insert into pm1.g1 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
execute("insert into pm1.g2 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
}
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
// now verify the results
AbstractQueryTest test = new QueryExecution(userTxn.getSource("pm1"));
test.execute("select * from g1 where e1 >= 100");
test.assertRowCount(10);
test.execute("select * from g2 where e1 >= 100");
test.assertRowCount(10);
}
/**
* Sources = 1
* Commands = multiple - Success
* Batching = Full Processing, Single Connector Batch
* result = rollback
*/
@Test
public void testSingleSourceMultipleCommandsReferentialIntegrityRollback() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testSingleSourceMultipleCommandsReferentialIntegrityRollback") {
public void testCase() throws Exception {
for (int i = 200; i < 210; i++) {
Integer val = new Integer(i);
execute("insert into pm1.g1 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
execute("insert into pm1.g2 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
}
// force the rollback by trying to insert an invalid row.
execute("insert into pm1.g2 (e1, e2) values(?,?)", new Object[] {new Integer(9999), "9999"});
}
public boolean exceptionExpected() {
return true;
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
// now verify the results
AbstractQueryTest test = new QueryExecution(userTxn.getSource("pm1"));
test.execute("select * from g1 where e1 >= 200");
test.assertRowCount(10);
}
///////////////////////////////////////////////////////////////////////////////////////////////
// Multiple Sources - Rows from 500
///////////////////////////////////////////////////////////////////////////////////////////////
/**
* Sources = 2
* Commands = 1, Select
* Batching = Full Processing, Single Connector Batch
* result = commit
*/
@Test
public void testMultipleSourceSelect() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testMultipleSourceSelect") {
public void testCase() throws Exception {
execute("select * from pm1.g1 join pm2.g1 on pm1.g1.e1 = pm2.g1.e1 where pm1.g1.e1 < 100");
assertRowCount(100);
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
}
/**
* Sources = 2
* Commands = 1, Update
* Batching = Full Processing, Single Connector Batch
* result = commit
*/
@Test
public void testMultipleSourceUpdate() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testMultipleSourceUpdate") {
public void testCase() throws Exception {
execute("insert into vm.g1 (pm1e1, pm1e2, pm2e1, pm2e2) values(500, '500', 500, '500')");
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
// now verify the results
AbstractQueryTest test = new QueryExecution(userTxn.getSource("pm1"));
test.execute("select * from g1 where e1 = 500");
test.assertRowCount(1);
test = new QueryExecution(userTxn.getSource("pm2"));
test.execute("select * from g1 where e1 = 500");
test.assertRowCount(1);
}
/**
* Sources = 2
* Commands = multiple - Success
* Batching = Full Processing, Single Connector Batch
* result = rollback
*/
@Test
public void testMultipleSourceMultipleCommandsReferentialIntegrityRollback() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testMultipleSourceMultipleCommandsReferentialIntegrityRollback") {
public void testCase() throws Exception {
for (int i = 700; i < 710; i++) {
Integer val = new Integer(i);
execute("insert into pm1.g1 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
execute("insert into pm1.g2 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
execute("insert into pm2.g1 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
execute("insert into pm2.g2 (e1, e2) values(?,?)", new Object[] {val, val.toString()});
}
// force the rollback by trying to insert an invalid row.
execute("insert into pm1.g2 (e1, e2) values(?,?)", new Object[] {new Integer(9999), "9999"});
}
public boolean exceptionExpected() {
return true;
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
// now verify the results
AbstractQueryTest test = new QueryExecution(userTxn.getSource("pm1"));
test.execute("select * from g1 where e1 >= 700 and e1 < 710");
test.assertRowCount(10);
test = new QueryExecution(userTxn.getSource("pm2"));
test.execute("select * from g1 where e1 >= 700 and e1 < 710");
test.assertRowCount(10);
}
/**
* Sources = 2
* Commands = 1, Update
* Batching = Full Processing, Single Connector Batch
* result = commit
*/
@Test
public void testMultipleSourceBulkRowInsert() throws Exception {
AbstractQueryTransactionTest userTxn = new AbstractQueryTransactionTest("testMultipleSourceBulkRowInsert") {
ArrayList list = new ArrayList();
public void testCase() throws Exception {
for (int i = 800; i < 807; i++) {
list.add("insert into pm1.g1 (e1, e2) values("+i+",'"+i+"')");
list.add("insert into pm2.g1 (e1, e2) values("+i+",'"+i+"')");
}
list.add("select pm1.g1.e1, pm1.g1.e2 into pm2.g2 from pm1.g1 where pm1.g1.e1 >= 800");
// force the rollback by trying to insert an invalid row.
list.add("insert into pm1.g2 (e1, e2) values(9999,'9999')");
// execute((String[])list.toArray(new String[list.size()]));
executeBatch((String[])list.toArray(new String[list.size()]), -1);
}
public boolean exceptionExpected() {
return true;
}
};
// run test
getTransactionContainter().runTransaction(userTxn);
// now verify the results
AbstractQueryTest test = new QueryExecution(userTxn.getSource("pm1"));
test.execute("select * from g1 where e1 >= 800 and e1 < 807");
test.assertRowCount(7);
test = new QueryExecution(userTxn.getSource("pm2"));
test.execute("select * from g1 where e1 >= 800 and e1 < 807");
test.assertRowCount(7);
test.execute("select * from g2 where e1 >= 800 and e1 < 807");
test.assertRowCount(7);
}
}