use of org.jpox.samples.rdbms.schema.SchemaClass1 in project tests by datanucleus.
the class SchemaHandlerTest method testForeignKeyRetrieval.
/**
* Test of the retrieval of FKs.
*/
public void testForeignKeyRetrieval() {
addClassesToSchema(new Class[] { SchemaClass1.class, SchemaClass2.class });
PersistenceManager pm = pmf.getPersistenceManager();
RDBMSStoreManager databaseMgr = (RDBMSStoreManager) storeMgr;
// Retrieve the table for SchemaClass1
ClassLoaderResolver clr = storeMgr.getNucleusContext().getClassLoaderResolver(null);
DatastoreClass table1 = databaseMgr.getDatastoreClass(SchemaClass1.class.getName(), clr);
// Check for the FK using the schema handler
StoreSchemaHandler handler = databaseMgr.getSchemaHandler();
Connection con = (Connection) databaseMgr.getConnectionManager().getConnection(((JDOPersistenceManager) pm).getExecutionContext()).getConnection();
RDBMSTableFKInfo fkInfo = (RDBMSTableFKInfo) handler.getSchemaData(con, "foreign-keys", new Object[] { table1 });
// Expecting single FK between SchemaClass1.other and SchemaClass2
assertEquals("Number of FKs for table " + table1 + " is wrong", 1, fkInfo.getNumberOfChildren());
// Check the FK details
ForeignKeyInfo fk = (ForeignKeyInfo) fkInfo.getChild(0);
assertEquals("FK Name is wrong", "TABLE1_FK1", ((String) fk.getProperty("fk_name")).toUpperCase());
assertEquals("PK Table Name is wrong", "SCHEMA_TABLE_2", ((String) fk.getProperty("pk_table_name")).toUpperCase());
assertEquals("FK Table Name is wrong", "SCHEMA_TABLE_1", ((String) fk.getProperty("fk_table_name")).toUpperCase());
assertEquals("PK Column Name is wrong", "TABLE2_ID", ((String) fk.getProperty("pk_column_name")).toUpperCase());
assertEquals("FK Column Name is wrong", "OTHER_ID", ((String) fk.getProperty("fk_column_name")).toUpperCase());
}
use of org.jpox.samples.rdbms.schema.SchemaClass1 in project tests by datanucleus.
the class SchemaHandlerTest method testColumnRetrieval.
/**
* Test of the retrieval of columns.
*/
public void testColumnRetrieval() {
addClassesToSchema(new Class[] { SchemaClass1.class, SchemaClass2.class });
PersistenceManager pm = pmf.getPersistenceManager();
RDBMSStoreManager databaseMgr = (RDBMSStoreManager) storeMgr;
StoreSchemaHandler handler = databaseMgr.getSchemaHandler();
ClassLoaderResolver clr = storeMgr.getNucleusContext().getClassLoaderResolver(null);
Connection con = (Connection) databaseMgr.getConnectionManager().getConnection(((JDOPersistenceManager) pm).getExecutionContext()).getConnection();
// Retrieve and check the table for SchemaClass1
DatastoreClass table1 = databaseMgr.getDatastoreClass(SchemaClass1.class.getName(), clr);
RDBMSTableInfo tableInfo1 = (RDBMSTableInfo) handler.getSchemaData(con, "columns", new Object[] { table1 });
assertNotNull("TableInfo from getColumns is NULL!", tableInfo1);
assertEquals("Number of columns for table " + table1 + " is wrong", 4, tableInfo1.getNumberOfChildren());
Iterator colsIter = tableInfo1.getChildren().iterator();
Collection colNamesPresent = new HashSet();
colNamesPresent.add("TABLE1_ID1");
colNamesPresent.add("TABLE1_ID2");
colNamesPresent.add("NAME");
colNamesPresent.add("OTHER_ID");
while (colsIter.hasNext()) {
RDBMSColumnInfo colInfo = (RDBMSColumnInfo) colsIter.next();
String colInfoName = colInfo.getColumnName().toUpperCase();
if (colInfoName.equals("TABLE1_ID1") || colInfoName.equals("TABLE1_ID2") || colInfoName.equals("NAME") || colInfoName.equals("OTHER_ID")) {
colNamesPresent.remove(colInfoName);
}
}
assertTrue("Some columns expected were not present in the datastore table : " + StringUtils.collectionToString(colNamesPresent), colNamesPresent.size() == 0);
// Retrieve and check the table for SchemaClass2
DatastoreClass table2 = databaseMgr.getDatastoreClass(SchemaClass2.class.getName(), clr);
RDBMSTableInfo tableInfo2 = (RDBMSTableInfo) handler.getSchemaData(con, "columns", new Object[] { table2 });
assertEquals("Number of columns for table " + table2 + " is wrong", 3, tableInfo2.getNumberOfChildren());
colsIter = tableInfo2.getChildren().iterator();
colNamesPresent.clear();
colNamesPresent.add("TABLE2_ID");
colNamesPresent.add("NAME");
colNamesPresent.add("VALUE");
while (colsIter.hasNext()) {
RDBMSColumnInfo colInfo = (RDBMSColumnInfo) colsIter.next();
String colInfoName = colInfo.getColumnName().toUpperCase();
if (colInfoName.equals("TABLE2_ID")) {
colNamesPresent.remove(colInfoName);
}
if (colInfoName.equals("NAME")) {
colNamesPresent.remove(colInfoName);
assertEquals("Length of column " + colInfo.getColumnName() + " has incorrect length", 20, colInfo.getColumnSize());
}
if (colInfoName.equals("VALUE")) {
colNamesPresent.remove(colInfoName);
}
}
assertTrue("Some columns expected were not present in the datastore table : " + StringUtils.collectionToString(colNamesPresent), colNamesPresent.size() == 0);
// Now check retrieval of a column for a table
RDBMSColumnInfo colInfo = (RDBMSColumnInfo) handler.getSchemaData(con, "column", new Object[] { table2, "VALUE" });
if (colInfo == null) {
colInfo = (RDBMSColumnInfo) handler.getSchemaData(con, "column", new Object[] { table2, "value" });
}
assertNotNull("Column VALUE for table " + table2 + " was not found", colInfo);
assertEquals("Column name is wrong", "VALUE", colInfo.getColumnName().toUpperCase());
}
use of org.jpox.samples.rdbms.schema.SchemaClass1 in project tests by datanucleus.
the class SchemaHandlerTest method testPrimaryKeyRetrieval.
/**
* Test of the retrieval of PKs.
*/
public void testPrimaryKeyRetrieval() {
addClassesToSchema(new Class[] { SchemaClass1.class, SchemaClass2.class });
PersistenceManager pm = pmf.getPersistenceManager();
RDBMSStoreManager databaseMgr = (RDBMSStoreManager) storeMgr;
// Retrieve the table for SchemaClass1
ClassLoaderResolver clr = storeMgr.getNucleusContext().getClassLoaderResolver(null);
DatastoreClass table1 = databaseMgr.getDatastoreClass(SchemaClass1.class.getName(), clr);
DatastoreClass table2 = databaseMgr.getDatastoreClass(SchemaClass2.class.getName(), clr);
// Check for the FK using the schema handler
StoreSchemaHandler handler = databaseMgr.getSchemaHandler();
Connection con = (Connection) databaseMgr.getConnectionManager().getConnection(((JDOPersistenceManager) pm).getExecutionContext()).getConnection();
RDBMSTablePKInfo pkInfo1 = (RDBMSTablePKInfo) handler.getSchemaData(con, "primary-keys", new Object[] { table1 });
RDBMSTablePKInfo pkInfo2 = (RDBMSTablePKInfo) handler.getSchemaData(con, "primary-keys", new Object[] { table2 });
// Expecting 2 PK columns for SchemaClass1
// TODO Enable checks on the PK name (when JDBC drivers return it correctly)
assertEquals("Number of PKs for table " + table1 + " is wrong", 2, pkInfo1.getNumberOfChildren());
PrimaryKeyInfo pk = (PrimaryKeyInfo) pkInfo1.getChild(0);
assertEquals("Column Name is wrong", "TABLE1_ID1", ((String) pk.getProperty("column_name")).toUpperCase());
// assertEquals("PK Name is wrong", "TABLE1_PK", pk.getProperty("pk_name"));
pk = (PrimaryKeyInfo) pkInfo1.getChild(1);
assertEquals("Column Name is wrong", "TABLE1_ID2", ((String) pk.getProperty("column_name")).toUpperCase());
// assertEquals("PK Name is wrong", "TABLE1_PK", pk.getProperty("pk_name"));
// Expecting 1 PK column for SchemaClass
assertEquals("Number of PKs for table " + table1 + " is wrong", 1, pkInfo2.getNumberOfChildren());
pk = (PrimaryKeyInfo) pkInfo2.getChild(0);
assertEquals("Column Name is wrong", "TABLE2_ID", ((String) pk.getProperty("column_name")).toUpperCase());
// assertEquals("PK Name is wrong", "TABLE2_PK", pk.getProperty("pk_name"));
}
use of org.jpox.samples.rdbms.schema.SchemaClass1 in project tests by datanucleus.
the class SchemaHandlerTest method testIndexRetrieval.
/**
* Test of the retrieval of indices.
*/
public void testIndexRetrieval() {
addClassesToSchema(new Class[] { SchemaClass1.class, SchemaClass2.class });
PersistenceManager pm = pmf.getPersistenceManager();
RDBMSStoreManager databaseMgr = (RDBMSStoreManager) storeMgr;
// Retrieve the table for SchemaClass1
ClassLoaderResolver clr = storeMgr.getNucleusContext().getClassLoaderResolver(null);
DatastoreClass table1 = databaseMgr.getDatastoreClass(SchemaClass1.class.getName(), clr);
DatastoreClass table2 = databaseMgr.getDatastoreClass(SchemaClass2.class.getName(), clr);
// Check for the indices using the schema handler
StoreSchemaHandler handler = databaseMgr.getSchemaHandler();
Connection con = (Connection) databaseMgr.getConnectionManager().getConnection(((JDOPersistenceManager) pm).getExecutionContext()).getConnection();
RDBMSTableIndexInfo indexInfo = (RDBMSTableIndexInfo) handler.getSchemaData(con, "indices", new Object[] { table1 });
int numIndices = 3;
if (vendorID.equals("hsql")) {
// HSQL will create an index for the FK without asking, and we can't replace it with our own so end up with two
numIndices = 4;
}
assertEquals("Number of Indices for table " + table1 + " is wrong", numIndices, indexInfo.getNumberOfChildren());
Iterator indexIter = indexInfo.getChildren().iterator();
while (indexIter.hasNext()) {
IndexInfo index = (IndexInfo) indexIter.next();
String columnName = ((String) index.getProperty("column_name")).toUpperCase();
boolean unique = !((Boolean) index.getProperty("non_unique")).booleanValue();
if (columnName.equals("OTHER_ID")) {
assertFalse("Index for column " + columnName + " is unique!", unique);
} else if (columnName.equals("TABLE1_ID1")) {
assertTrue("Index for column " + columnName + " is not unique!", unique);
} else if (columnName.equals("TABLE1_ID2")) {
assertTrue("Index for column " + columnName + " is not unique!", unique);
} else {
fail("Unexpected index " + columnName + " for table " + table1);
}
}
indexInfo = (RDBMSTableIndexInfo) handler.getSchemaData(con, "indices", new Object[] { table2 });
assertEquals("Number of Indices for table " + table2 + " is wrong", 2, indexInfo.getNumberOfChildren());
indexIter = indexInfo.getChildren().iterator();
while (indexIter.hasNext()) {
IndexInfo index = (IndexInfo) indexIter.next();
String columnName = ((String) index.getProperty("column_name")).toUpperCase();
String indexName = ((String) index.getProperty("index_name")).toUpperCase();
boolean unique = !((Boolean) index.getProperty("non_unique")).booleanValue();
if (columnName.equals("VALUE")) {
assertFalse("Index for column " + columnName + " is unique!", unique);
assertEquals("Index name for column " + columnName + " is wrong!", "VALUE_IDX", indexName);
} else if (columnName.equals("TABLE2_ID")) {
assertTrue("Index for column " + columnName + " is not unique!", unique);
} else {
fail("Unexpected index " + columnName + " for table " + table1);
}
}
}
Aggregations