use of com.axway.ats.core.dbaccess.DbRecordValue in project ats-framework by Axway.
the class Test_MysqlEnvironmentHandler method createBackupNegativeSkippedColumnIsNotNullable.
@Test(expected = ColumnHasNoDefaultValueException.class)
public void createBackupNegativeSkippedColumnIsNotNullable() throws DatabaseEnvironmentCleanupException, DbException, IOException, ParseException, SQLException {
//the columns meta data
DbRecordValuesList column1MetaData = new DbRecordValuesList();
column1MetaData.add(new DbRecordValue("", "COLUMN_NAME", "name1"));
column1MetaData.add(new DbRecordValue("", "COLUMN_TYPE", "varchar(32)"));
column1MetaData.add(new DbRecordValue("", "COLUMN_DEFAULT", true));
DbRecordValuesList column2MetaData = new DbRecordValuesList();
column2MetaData.add(new DbRecordValue("", "COLUMN_NAME", "name2"));
column2MetaData.add(new DbRecordValue("", "COLUMN_TYPE", "varchar(32)"));
column2MetaData.add(new DbRecordValue("", "COLUMN_DEFAULT", null));
DbRecordValuesList column3MetaData = new DbRecordValuesList();
column3MetaData.add(new DbRecordValue("", "COLUMN_NAME", "name3"));
column3MetaData.add(new DbRecordValue("", "COLUMN_TYPE", "bit(1)"));
column3MetaData.add(new DbRecordValue("", "COLUMN_DEFAULT", 1));
DbRecordValuesList[] columnsMetaData = new DbRecordValuesList[] { column1MetaData, column2MetaData, column3MetaData };
DbRecordValuesList record1Value = new DbRecordValuesList();
record1Value.add(new DbRecordValue("table1", "name1", "value1"));
record1Value.add(new DbRecordValue("table1", "name2", null));
record1Value.add(new DbRecordValue("table1", "name3", "1"));
DbRecordValuesList[] recordValues = new DbRecordValuesList[] { record1Value };
expect(mockDbProvider.getConnection()).andReturn(mockConnection);
expect(mockConnection.getMetaData()).andReturn(metaData);
expect(mockDbConnection.getUser()).andReturn("myUserName").atLeastOnce();
expect(metaData.getDriverMajorVersion()).andReturn(5);
expect(metaData.getDriverMinorVersion()).andReturn(1);
expect(mockDbProvider.select(isA(String.class))).andReturn(columnsMetaData);
expect(mockDbProvider.select(isA(DbQuery.class), eq(DbReturnModes.ESCAPED_STRING))).andReturn(recordValues);
expect(mockDbProvider.select(isA(String.class))).andReturn(columnsMetaData);
expect(mockDbProvider.select(isA(DbQuery.class), eq(DbReturnModes.ESCAPED_STRING))).andReturn(recordValues);
mockFileWriter.write("SET FOREIGN_KEY_CHECKS = 0;" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.write("LOCK TABLES `table1` WRITE;" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.write("DELETE FROM `table1`;" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.write("INSERT INTO `table1` (name1,name2,name3) VALUES('value1',NULL,0x1);" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.flush();
mockFileWriter.write("UNLOCK TABLES;" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.write(LINE_SEPARATOR);
replayAll();
DbTable table1 = new DbTable("table1");
List<String> columnsToSkip = new ArrayList<String>();
columnsToSkip.add("name2");
DbTable table2 = new DbTable("table2", columnsToSkip);
MysqlEnvironmentHandler envHandler = new MysqlEnvironmentHandler(mockDbConnection, mockDbProvider);
envHandler.addTable(table1);
envHandler.addTable(table2);
envHandler.writeBackupToFile(mockFileWriter);
verifyAll();
}
use of com.axway.ats.core.dbaccess.DbRecordValue in project ats-framework by Axway.
the class Test_OracleEnvironmentHandler method createBackupSkipColumnsPositive.
@Test
public void createBackupSkipColumnsPositive() throws DatabaseEnvironmentCleanupException, DbException, IOException, ParseException {
DbTable table1 = new DbTable("table1");
List<String> columnsToSkip = new ArrayList<String>();
columnsToSkip.add("name2");
DbTable table2 = new DbTable("table2", columnsToSkip);
//the columns meta data
DbRecordValuesList column1MetaData = new DbRecordValuesList();
column1MetaData.add(new DbRecordValue("", "COLUMN_NAME", "name1"));
column1MetaData.add(new DbRecordValue("", "DATA_TYPE", "varchar(32)"));
column1MetaData.add(new DbRecordValue("", "DATA_DEFAULT", true));
DbRecordValuesList column2MetaData = new DbRecordValuesList();
column2MetaData.add(new DbRecordValue("", "COLUMN_NAME", "name2"));
column2MetaData.add(new DbRecordValue("", "DATA_TYPE", "varchar(32)"));
column2MetaData.add(new DbRecordValue("", "DATA_DEFAULT", true));
DbRecordValuesList column3MetaData = new DbRecordValuesList();
column3MetaData.add(new DbRecordValue("", "COLUMN_NAME", "name3"));
column3MetaData.add(new DbRecordValue("", "DATA_TYPE", "bit"));
column3MetaData.add(new DbRecordValue("", "DATA_DEFAULT", true));
DbRecordValuesList[] columnsMetaData = new DbRecordValuesList[] { column1MetaData, column2MetaData, column3MetaData };
//to be returned for the first table
DbRecordValuesList recordValue1 = new DbRecordValuesList();
recordValue1.add(new DbRecordValue("table1", "name1", "value1"));
recordValue1.add(new DbRecordValue("table1", "name2", null));
recordValue1.add(new DbRecordValue("table1", "name3", new String(new char[] { 5 })));
DbRecordValuesList[] recordValues1 = new DbRecordValuesList[] { recordValue1 };
//to be returned for the seconds table - one of the columns should be skipped
DbRecordValuesList recordValue2 = new DbRecordValuesList();
recordValue2.add(new DbRecordValue("table1", "name1", "value1"));
recordValue2.add(new DbRecordValue("table1", "name3", new String(new char[] { 5 })));
DbRecordValuesList[] recordValues2 = new DbRecordValuesList[] { recordValue2 };
OracleEnvironmentHandler envHandler = new OracleEnvironmentHandler(mockDbConnection, mockDbProvider);
envHandler.addTable(table1);
envHandler.addTable(table2);
expect(mockDbConnection.getUser()).andReturn("myUserName").atLeastOnce();
expect(mockDbProvider.select(isA(String.class))).andReturn(columnsMetaData);
expect(mockDbProvider.select(isA(DbQuery.class), eq(DbReturnModes.ESCAPED_STRING))).andReturn(recordValues1);
expect(mockDbProvider.select(isA(String.class))).andReturn(columnsMetaData);
expect(mockDbProvider.select(isA(DbQuery.class), eq(DbReturnModes.ESCAPED_STRING))).andReturn(recordValues2);
//expect the file writer calls
//foreign keys check start
mockFileWriter.write("SET CONSTRAINTS ALL DEFERRED;" + EOL_MARKER + LINE_SEPARATOR);
//table1
mockFileWriter.write("DELETE FROM table1;" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.write("INSERT INTO table1(name1,name2,name3) VALUES ('value1',NULL,'" + new String(new char[] { 5 }) + "');" + EOL_MARKER + LINE_SEPARATOR);
//table2
mockFileWriter.write("DELETE FROM table2;" + EOL_MARKER + LINE_SEPARATOR);
mockFileWriter.write("INSERT INTO table2(name1,name3) VALUES ('value1','" + new String(new char[] { 5 }) + "');" + EOL_MARKER + LINE_SEPARATOR);
//foreign keys check end
mockFileWriter.write("");
replay(mockDbConnection);
replay(mockDbProvider);
replay(mockFileWriter);
envHandler.writeBackupToFile(mockFileWriter);
verify(mockDbConnection);
verify(mockDbProvider);
verify(mockFileWriter);
}
use of com.axway.ats.core.dbaccess.DbRecordValue in project ats-framework by Axway.
the class DatabaseOperations method getDatabaseData.
/**
* Gets some data from a database table. </br>
* <em>Note</em> that client may need to inspect returned type of each value and
* optionally convert it to get value in specific format.
*
* @param sqlQuery the SQL SELECT query to run. Client is resposible for any
* possible escaping needed so this is not security-safe method
* @return the found database data
*/
@PublicAtsApi
public DatabaseRow[] getDatabaseData(String sqlQuery) {
List<DatabaseRow> dbRows = new ArrayList<DatabaseRow>();
try {
log.debug("Executing query: " + sqlQuery);
DbRecordValuesList[] rsList = dbProvider.select(sqlQuery);
if (rsList != null) {
for (DbRecordValuesList rs : rsList) {
Iterator<DbRecordValue> it = rs.iterator();
if (it.hasNext()) {
DatabaseRow dbRow = new DatabaseRow();
while (it.hasNext()) {
DbRecordValue dbRecordValue = it.next();
dbRow.addCell(new DatabaseCell(dbRecordValue.getDbColumn().getColumnName(), dbRecordValue.getValueAsString()));
}
dbRows.add(dbRow);
}
}
}
return dbRows.toArray(new DatabaseRow[dbRows.size()]);
} catch (DbException e) {
throw new DatabaseOperationsException("Error getting data from DB with query '" + sqlQuery + "'", e);
}
}
use of com.axway.ats.core.dbaccess.DbRecordValue in project ats-framework by Axway.
the class MssqlDbProvider method extractTableIndexes.
@Override
protected Map<String, String> extractTableIndexes(String tableName, DatabaseMetaData databaseMetaData, String catalog) throws DbException {
StringBuilder sql = new StringBuilder();
sql.append("SELECT");
sql.append(" indexes.name as Name,");
sql.append(" indexes.type_desc as Type,");
sql.append(" ds.name as DataSpaceName,");
sql.append(" ds.type as DataSpaceType,");
sql.append(" indexes.is_primary_key as IsPrimaryKey,");
sql.append(" indexes.is_unique as IsUnique,");
sql.append(" indexes.ignore_dup_key as IsDuplicateKey,");
sql.append(" indexes.is_unique_constraint as IsUniqueConstraint");
sql.append(" FROM");
sql.append(" sys.indexes as indexes");
sql.append(" JOIN");
sql.append(" sys.data_spaces ds on ds.data_space_id = indexes.data_space_id");
sql.append(" WHERE object_id = (select object_id from sys.objects where name = '" + tableName + "');");
String indexName = null;
Map<String, String> indexes = new HashMap<>();
for (DbRecordValuesList valueList : select(sql.toString())) {
StringBuilder info = new StringBuilder();
for (DbRecordValue dbValue : valueList) {
String value = dbValue.getValueAsString();
String name = dbValue.getDbColumn().getColumnName();
if ("Name".equalsIgnoreCase(name)) {
indexName = value;
} else {
info.append(", " + name + "=" + value);
}
}
if (indexName == null) {
indexName = "NULL_NAME_FOUND_FOR_INDEX_OF_TABLE_" + tableName;
log.warn("IndexName column not found in query polling for index properties:\nQuery: " + sql.toString() + "\nQuery result: " + valueList.toString() + "\nWe will use the following as an index name: " + indexName);
}
indexes.put(indexName, info.toString());
}
return indexes;
}
use of com.axway.ats.core.dbaccess.DbRecordValue in project ats-framework by Axway.
the class OracleDbProvider method extractTableIndexes.
@Override
protected Map<String, String> extractTableIndexes(String tableName, DatabaseMetaData databaseMetaData, String catalog) throws DbException {
StringBuilder sql = new StringBuilder();
sql.append("SELECT");
sql.append(" ais.INDEX_NAME,");
sql.append(" ais.PARTITION_NAME,");
sql.append(" ais.PARTITION_POSITION,");
sql.append(" ais.OBJECT_TYPE");
sql.append(" FROM");
sql.append(" ALL_IND_STATISTICS ais");
sql.append(" WHERE TABLE_OWNER='" + dbConnection.getUser() + "'");
sql.append(" AND TABLE_NAME='" + tableName + "'");
// skip system indexes
sql.append(" AND ais.INDEX_NAME NOT LIKE 'SYS_%'");
String indexName = null;
Map<String, String> indexes = new HashMap<>();
for (DbRecordValuesList valueList : select(sql.toString())) {
StringBuilder info = new StringBuilder();
for (DbRecordValue dbValue : valueList) {
String value = dbValue.getValueAsString();
String name = dbValue.getDbColumn().getColumnName();
if ("INDEX_NAME".equalsIgnoreCase(name)) {
indexName = value;
} else {
info.append(", " + name + "=" + value);
}
}
if (indexName == null) {
indexName = "NULL_NAME_FOUND_FOR_INDEX_OF_TABLE_" + tableName;
log.warn("IndexName column not found in query polling for index properties:\nQuery: " + sql.toString() + "\nQuery result: " + valueList.toString() + "\nWe will use the following as an index name: " + indexName);
}
indexes.put(indexName, info.toString());
}
return indexes;
}
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