/** {@inheritDoc} */
@Override
public void importTable(com.cloudera.sqoop.manager.ImportJobContext context)
throws IOException, ImportException {
// We're the correct connection manager
context.setConnManager(this);
// Propagate table hints to job
Configuration configuration = context.getOptions().getConf();
if (tableHints != null) {
configuration.set(TABLE_HINTS_PROP, tableHints);
}
if (!isNonResilientOperation()) {
// Enable connection recovery only if split column is provided
SqoopOptions opts = context.getOptions();
String splitCol = getSplitColumn(opts, context.getTableName());
if (splitCol != null) {
// Configure SQLServer table import jobs for connection recovery
configureConnectionRecoveryForImport(context);
} else {
// Set our own input format
context.setInputFormat(SqlServerInputFormat.class);
}
} else {
context.setInputFormat(SqlServerInputFormat.class);
}
super.importTable(context);
}
@Override
public void importTable(com.cloudera.sqoop.manager.ImportJobContext context)
throws IOException, ImportException {
// Check that we're not doing a MapReduce from localhost. If we are, point
// out that we could use mysqldump.
if (!MySQLManager.warningPrinted) {
String connectString = context.getOptions().getConnectString();
if (null != connectString) {
// DirectMySQLManager will probably be faster.
LOG.warn("It looks like you are importing from mysql.");
LOG.warn("This transfer can be faster! Use the --direct");
LOG.warn("option to exercise a MySQL-specific fast path.");
MySQLManager.markWarningPrinted(); // don't display this twice.
}
}
checkDateTimeBehavior(context);
// Then run the normal importTable() method.
super.importTable(context);
}
