mono/mcs/class/System.Data.OracleClient/Test/TestOracleClient.cs

// 
// TestOracleClient.cs - Tests Sytem.Data.OracleClient
//                       data provider in Mono.
//  
// Part of managed C#/.NET library System.Data.OracleClient.dll
//
// Part of the Mono class libraries at
// mcs/class/System.Data.OracleClient/System.Data.OracleClient.OCI
//
// Tests:
//     Assembly: System.Data.OracleClient.dll
//     Namespace: System.Data.OracleClient
// 
// To Compile:
// mcs TestOracleClient.cs /r:System.Data.dll /r:System.Data.OracleClient.dll /nowarn:0168
//
// Author: 
//     Daniel Morgan <[email protected]>
//         
// Copyright (C) Daniel Morgan, 2002, 2004-2005
// 

using System;
using System.IO;
using System.Runtime.InteropServices;
using System.Data;
using System.Data.OracleClient;
using System.Text;
using System.Threading;

namespace Test.OracleClient
{
	public class OracleTest
	{
		private static Thread t = null;
		private static string conStr;
		public static readonly int MAX_CONNECTIONS = 30; // max connections default to 100, but I will set to 30.

		public OracleTest() 
		{

		}

		static void MonoTest(OracleConnection con)  
		{
			Console.WriteLine ("  Drop table MONO_ORACLE_TEST ...");
			try {
				OracleCommand cmd2 = con.CreateCommand ();
				cmd2.CommandText = "DROP TABLE MONO_ORACLE_TEST";
				cmd2.ExecuteNonQuery ();
			}
			catch (OracleException) {
				// ignore if table already exists
			}

			OracleCommand cmd = null;

			Console.WriteLine("  Creating table MONO_ORACLE_TEST...");
			cmd = new OracleCommand();
			cmd.Connection = con;
			cmd.CommandText = "CREATE TABLE MONO_ORACLE_TEST ( " +
				" varchar2_value VarChar2(32),  " +
				" long_value long, " +
				" number_whole_value Number(18), " +
				" number_scaled_value Number(18,2), " +
 				" number_integer_value Integer, " +
 				" float_value Float, " +
 				" date_value Date, " +
 				" char_value Char(32), " +
 				" clob_value Clob, " +
 				" blob_value Blob, " +
				" clob_empty_value Clob, " +
				" blob_empty_value Blob, " +
				" varchar2_null_value VarChar2(32),  " +
				" number_whole_null_value Number(18), " +
				" number_scaled_null_value Number(18,2), " +
				" number_integer_null_value Integer, " +
				" float_null_value Float, " +
				" date_null_value Date, " +
				" char_null_value Char(32), " +
				" clob_null_value Clob, " +
				" blob_null_value Blob " +
				")";

			cmd.ExecuteNonQuery();

			Console.WriteLine("  Begin Trans for table MONO_ORACLE_TEST...");
			OracleTransaction trans = con.BeginTransaction ();

			Console.WriteLine("  Inserting value into MONO_ORACLE_TEST...");
			cmd = new OracleCommand();
			cmd.Connection = con;
			cmd.Transaction = trans;
			cmd.CommandText = "INSERT INTO mono_oracle_test " +
 				" ( varchar2_value,  " +
				"  long_value, " +
 				"  number_whole_value, " +
  				"  number_scaled_value, " +
  				"  number_integer_value, " +
  				"  float_value, " +
  				"  date_value, " +
  				"  char_value, " +
  				"  clob_value, " +
  				"  blob_value, " +
				"  clob_empty_value, " +
				"  blob_empty_value " +
				") " +
 				" VALUES( " +
  				"  'Mono', " +
				"  'This is a LONG column', " +
  				"  123, " +
  				"  456.78, " +
  				"  8765, " +
  				"  235.2, " +
  				"  TO_DATE( '2004-12-31', 'YYYY-MM-DD' ), " +
  				"  'US', " +
  				"  EMPTY_CLOB(), " +
  				"  EMPTY_BLOB()," +
				"  EMPTY_CLOB(), " +
				"  EMPTY_BLOB()" +
				")";

			cmd.ExecuteNonQuery();

			Console.WriteLine("  Select/Update CLOB columns on table MONO_ORACLE_TEST...");

			// update BLOB and CLOB columns
			OracleCommand select = con.CreateCommand ();
			select.Transaction = trans;
			select.CommandText = "SELECT CLOB_VALUE, BLOB_VALUE FROM MONO_ORACLE_TEST FOR UPDATE";
			OracleDataReader reader = select.ExecuteReader ();
			if (!reader.Read ())
				Console.WriteLine ("ERROR: RECORD NOT FOUND");
			// update clob_value
			Console.WriteLine("     Update CLOB column on table MONO_ORACLE_TEST...");
			OracleLob clob = reader.GetOracleLob (0);
			byte[] bytes = null;
			UnicodeEncoding encoding = new UnicodeEncoding ();
			bytes = encoding.GetBytes ("Mono is fun!");
			clob.Write (bytes, 0, bytes.Length);
			clob.Close ();
			// update blob_value
			Console.WriteLine("     Update BLOB column on table MONO_ORACLE_TEST...");
			OracleLob blob = reader.GetOracleLob (1);
			bytes = new byte[6] { 0x31, 0x32, 0x33, 0x34, 0x35, 0x036 };
			blob.Write (bytes, 0, bytes.Length);
			blob.Close ();
			
			Console.WriteLine("  Commit trans for table MONO_ORACLE_TEST...");
			trans.Commit ();

			// OracleCommand.ExecuteReader of MONO_ORACLE_TEST table
			Console.WriteLine("  Read simple test for table MONO_ORACLE_TEST...");
			ReadSimpleTest(con, "SELECT * FROM MONO_ORACLE_TEST");

			// OracleCommand.ExecuteScalar
			Console.WriteLine(" -ExecuteScalar tests...");
			string varchar2_value = (string) ReadScalar (con,"SELECT MAX(varchar2_value) FROM MONO_ORACLE_TEST");
			Console.WriteLine("     String Value: " + varchar2_value);

			Console.WriteLine("  Read Scalar: number_whole_value");
			decimal number_whole_value = (decimal) 
			ReadScalar (con,"SELECT MAX(number_whole_value) FROM MONO_ORACLE_TEST");
			Console.WriteLine("     Int32 Value: " + number_whole_value.ToString());

			Console.WriteLine("  Read Scalar: number_scaled_value");
			decimal number_scaled_value = (decimal) 
			ReadScalar (con,"SELECT number_scaled_value FROM MONO_ORACLE_TEST");
			Console.WriteLine("     Decimal Value: " + number_scaled_value.ToString());
		
			Console.WriteLine("  Read Scalar: date_value");
			DateTime date_value = (DateTime) 
			ReadScalar (con,"SELECT date_value FROM MONO_ORACLE_TEST");
			Console.WriteLine("     DateTime Value: " + date_value.ToString());
			
			Console.WriteLine("  Read Scalar: clob_value");
			string clob_value = (string) 
			ReadScalar (con,"SELECT clob_value FROM MONO_ORACLE_TEST");
			Console.WriteLine("     CLOB Value: " + clob_value);

			Console.WriteLine("  Read Scalar: blob_value");
			byte[] blob_value = (byte[]) 
			ReadScalar (con,"SELECT blob_value FROM MONO_ORACLE_TEST");
			string sblob_value = GetHexString (blob_value);
			Console.WriteLine("     BLOB Value: " + sblob_value);
			
			// OracleCommand.ExecuteOracleScalar
			Console.WriteLine(" -ExecuteOracleScalar tests...");
			Console.WriteLine("  Read Oracle Scalar: varchar2_value");
			ReadOracleScalar (con,"SELECT MAX(varchar2_value) FROM MONO_ORACLE_TEST");

			Console.WriteLine("  Read Oracle Scalar: number_whole_value");
			ReadOracleScalar (con,"SELECT MAX(number_whole_value) FROM MONO_ORACLE_TEST");

			Console.WriteLine("  Read Oracle Scalar: number_scaled_value");
			ReadOracleScalar (con,"SELECT number_scaled_value FROM MONO_ORACLE_TEST");
		
			Console.WriteLine("  Read Oracle Scalar: date_value");
			ReadOracleScalar (con,"SELECT date_value FROM MONO_ORACLE_TEST");
			
			Console.WriteLine("  Read Oracle Scalar: clob_value");
			ReadOracleScalar (con,"SELECT clob_value FROM MONO_ORACLE_TEST");

			Console.WriteLine("  Read Oracle Scalar: blob_value");
			ReadOracleScalar (con,"SELECT blob_value FROM MONO_ORACLE_TEST");
		}

		static object ReadScalar (OracleConnection con, string selectSql) 
		{
			OracleCommand cmd = null;
			cmd = con.CreateCommand();
			cmd.CommandText = selectSql;

			object o = cmd.ExecuteScalar ();

			string dataType = o.GetType ().ToString ();
			Console.WriteLine ("       DataType: " + dataType);
			return o;
		}

		static void ReadOracleScalar (OracleConnection con, string selectSql) 
		{
			OracleCommand cmd = null;
			cmd = con.CreateCommand();
			cmd.CommandText = selectSql;

			object o = cmd.ExecuteOracleScalar ();

			string dataType = o.GetType ().ToString ();
			Console.WriteLine ("       DataType: " + dataType);
			if (dataType.Equals("System.Data.OracleClient.OracleLob"))
				o = ((OracleLob) o).Value;
			if (o.GetType ().ToString ().Equals ("System.Byte[]"))
				o = GetHexString ((byte[])o);
			
			Console.WriteLine ("          Value: " + o.ToString ());
		}

		static void ReadSimpleTest(OracleConnection con, string selectSql) 
		{
			OracleCommand cmd = null;
			OracleDataReader reader = null;
		
			cmd = con.CreateCommand();
			cmd.CommandText = selectSql;
			reader = cmd.ExecuteReader();
		
			Console.WriteLine("  Results...");
			Console.WriteLine("    Schema");
			DataTable table;
			table = reader.GetSchemaTable();
			for(int c = 0; c < reader.FieldCount; c++) {
				Console.WriteLine("  Column " + c.ToString());
				DataRow row = table.Rows[c];
			
				string strColumnName = row["ColumnName"].ToString();
				string strBaseColumnName = row["BaseColumnName"].ToString();
				string strColumnSize = row["ColumnSize"].ToString();
				string strNumericScale = row["NumericScale"].ToString();
				string strNumericPrecision = row["NumericPrecision"].ToString();
				string strDataType = row["DataType"].ToString();

				Console.WriteLine("      ColumnName: " + strColumnName);
				Console.WriteLine("      BaseColumnName: " + strBaseColumnName);
				Console.WriteLine("      ColumnSize: " + strColumnSize);
				Console.WriteLine("      NumericScale: " + strNumericScale);
				Console.WriteLine("      NumericPrecision: " + strNumericPrecision);
				Console.WriteLine("      DataType: " + strDataType);
			}

			int r = 0;
			Console.WriteLine ("    Data");
			while (reader.Read ()) {
				r++;
				Console.WriteLine ("       Row: " + r.ToString ());
				for (int f = 0; f < reader.FieldCount; f++) {
					string sname = "";
					object ovalue = "";
					string svalue = "";
					string sDataType = "";
					string sFieldType = "";
					string sDataTypeName = "";
					string sOraDataType = "";

					sname = reader.GetName (f);

					if (reader.IsDBNull (f)) {
						ovalue = DBNull.Value;
						svalue = "";
						sDataType = "DBNull.Value";
						sOraDataType = "DBNull.Value";
					}
					else {
						//ovalue = reader.GetValue (f);
						ovalue = reader.GetOracleValue (f);
						object oravalue = null;
					
						sDataType = ovalue.GetType ().ToString ();
						switch (sDataType) {
						case "System.Data.OracleClient.OracleString":
							oravalue = ((OracleString) ovalue).Value;
							break;
						case "System.Data.OracleClient.OracleNumber":
							oravalue = ((OracleNumber) ovalue).Value;
							break;
						case "System.Data.OracleClient.OracleLob":
							OracleLob lob = (OracleLob) ovalue;
							oravalue = lob.Value;
							lob.Close ();
							break;
						case "System.Data.OracleClient.OracleDateTime":
							oravalue = ((OracleDateTime) ovalue).Value;
							break;
						case "System.Byte[]":
							oravalue = GetHexString((byte[])ovalue);
							break;
						case "System.Decimal":
							//Console.WriteLine("           *** Get Decimal, Int16, Int32, Int64, Float, Double, ...");
							decimal dec = reader.GetDecimal (f);
							//Console.WriteLine("             GetDecimal: " + dec.ToString ());

							oravalue = (object) dec;
/*
							try {
								reader.GetInt16 (f);
							} catch (NotSupportedException e) {
								Console.WriteLine ("            ** Expected exception caught for GetInt16: NotSupportedException: " + e.Message);
							}

							try {
								long lng = reader.GetInt64 (f);
								Console.WriteLine("           GetInt64: " + lng.ToString ());
								int n = reader.GetInt32 (f);
								Console.WriteLine("           GetInt32: " + n.ToString ());
								float flt = reader.GetFloat (f);
								Console.WriteLine("           GetFloat: " + flt.ToString ());
								double dbl = reader.GetDouble (f);
								Console.WriteLine("           GetDouble: " + dbl.ToString ());
							} catch (OverflowException oe1) {
								Console.WriteLine ("            ** Overflow exception for numbers to big or too small: " + oe1.Message);
								}
							*/
							break;
						default:
							oravalue = ovalue.ToString ();

							break;
						}
					
						sOraDataType = oravalue.GetType ().ToString ();
						if (sOraDataType.Equals ("System.Byte[]")) 
							svalue = GetHexString ((byte[]) oravalue);
						else
							svalue = oravalue.ToString();
						
					}
					sFieldType = reader.GetFieldType(f).ToString();
					sDataTypeName = reader.GetDataTypeName(f);

					Console.WriteLine("           Field: " + f.ToString());
					Console.WriteLine("               Name: " + sname);
					Console.WriteLine("               Value: " + svalue);
					Console.WriteLine("               Oracle Data Type: " + sOraDataType);
					Console.WriteLine("               Data Type: " + sDataType);
					Console.WriteLine("               Field Type: " + sFieldType);
					Console.WriteLine("               Data Type Name: " + sDataTypeName);
				}
			}
			if(r == 0)
				Console.WriteLine("  No data returned.");
		}
		
		static void DataAdapterTest (OracleConnection connection)
		{
			Console.WriteLine("  Create select command...");
			OracleCommand command = connection.CreateCommand ();
			command.CommandText = "SELECT * FROM SCOTT.EMP";

			Console.WriteLine("  Create data adapter...");
			OracleDataAdapter adapter = new OracleDataAdapter (command);

			Console.WriteLine("  Create DataSet...");
			DataSet dataSet = new DataSet ("EMP");

			Console.WriteLine("  Fill DataSet via data adapter...");
			adapter.Fill (dataSet);

			Console.WriteLine("  Get DataTable...");
			DataTable table = dataSet.Tables [0];

			Console.WriteLine("  Display each row...");
			int rowCount = 0;
			foreach (DataRow row in table.Rows) {
				Console.WriteLine ("    row {0}", rowCount + 1);
				for (int i = 0; i < table.Columns.Count; i += 1) {
					Console.WriteLine ("      {0}: {1}", table.Columns [i].ColumnName, row [i]);
				}
				Console.WriteLine ();
				rowCount += 1;
			}
		}

		public static void DataAdapterTest2 (OracleConnection con) 
		{
			DataAdapterTest2_Setup (con);
			ReadSimpleTest (con, "SELECT * FROM mono_adapter_test");
		
			GetMetaData (con, "SELECT * FROM mono_adapter_test");

			DataAdapterTest2_Insert (con);
			ReadSimpleTest (con, "SELECT * FROM mono_adapter_test");
		
			DataAdapterTest2_Update (con);
			ReadSimpleTest (con, "SELECT * FROM mono_adapter_test");

			DataAdapterTest2_Delete (con);
			ReadSimpleTest (con, "SELECT * FROM mono_adapter_test");
		}

		public static void GetMetaData (OracleConnection con, string sql) 
		{
			OracleCommand cmd = null;
			OracleDataReader rdr = null;
		
			cmd = con.CreateCommand();
			cmd.CommandText = sql;

			Console.WriteLine("Read Schema With KeyInfo");
			rdr = cmd.ExecuteReader(CommandBehavior.KeyInfo | CommandBehavior.SchemaOnly);
		
			DataTable dt;
			dt = rdr.GetSchemaTable();
			foreach (DataRow schemaRow in dt.Rows) {
				foreach (DataColumn schemaCol in dt.Columns) {
					Console.WriteLine(schemaCol.ColumnName + 
						" = " + 
						schemaRow[schemaCol]);
					Console.WriteLine("---Type: " + schemaRow[schemaCol].GetType ().ToString());
				}
				Console.WriteLine("");
			}

			Console.WriteLine("Read Schema with No KeyInfo");

			rdr = cmd.ExecuteReader();

			dt = rdr.GetSchemaTable();
			foreach (DataRow schemaRow in dt.Rows) {
				foreach (DataColumn schemaCol in dt.Columns) {
					Console.WriteLine(schemaCol.ColumnName + 
						" = " + 
						schemaRow[schemaCol]);
					Console.WriteLine("---Type: " + schemaRow[schemaCol].GetType ().ToString());
					Console.WriteLine();
				}
			}

		}

		public static void DataAdapterTest2_Setup (OracleConnection con) 
		{
			Console.WriteLine ("  Drop table mono_adapter_test ...");
			try {
				OracleCommand cmd2 = con.CreateCommand ();
				cmd2.CommandText = "DROP TABLE mono_adapter_test";
				cmd2.ExecuteNonQuery ();
			}
			catch (OracleException) {
				// ignore if table already exists
			}

			OracleCommand cmd = null;
			int rowsAffected = 0;

			Console.WriteLine("  Creating table mono_adapter_test...");
			cmd = new OracleCommand ();
			cmd.Connection = con;
			cmd.CommandText = "CREATE TABLE mono_adapter_test ( " +
				" varchar2_value VarChar2(32),  " +
				" number_whole_value Number(18) PRIMARY KEY, " +
				" number_scaled_value Number(18,2), " +
				" number_integer_value Integer, " +
				" float_value Float, " +
				" date_value Date, " +
				" clob_value Clob, " +
				" blob_value Blob ) ";
		
			// FIXME: char_value does not work
			/*
			cmd.CommandText = "CREATE TABLE mono_adapter_test ( " +
				" varchar2_value VarChar2(32),  " +
				" number_whole_value Number(18) PRIMARY KEY, " +
				" number_scaled_value Number(18,2), " +
				" number_integer_value Integer, " +
				" float_value Float, " +
				" date_value Date, " +
				" char_value Char(32), " +
				" clob_value Clob, " +
				" blob_value Blob ) ";
			*/

			rowsAffected = cmd.ExecuteNonQuery();

			Console.WriteLine("  Begin Trans for table mono_adapter_test...");
			OracleTransaction trans = con.BeginTransaction ();

			Console.WriteLine("  Inserting value into mono_adapter_test...");
			cmd = new OracleCommand();
			cmd.Connection = con;
			cmd.Transaction = trans;
		
			cmd.CommandText = "INSERT INTO mono_adapter_test " +
				" ( varchar2_value,  " +
				"  number_whole_value, " +
				"  number_scaled_value, " +
				"  number_integer_value, " +
				"  float_value, " +
				"  date_value, " +
				"  clob_value, " +
				"  blob_value " +
				") " +
				" VALUES( " +
				"  'Mono', " +
				"  11, " +
				"  456.78, " +
				"  8765, " +
				"  235.2, " +
				"  TO_DATE( '2004-12-31', 'YYYY-MM-DD' ), " +
				"  EMPTY_CLOB(), " +
				"  EMPTY_BLOB() " +
				")";

			/*
					cmd.CommandText = "INSERT INTO mono_adapter_test " +
						" ( varchar2_value,  " +
						"  number_whole_value, " +
						"  number_scaled_value, " +
						"  number_integer_value, " +
						"  float_value, " +
						"  date_value, " +
						"  char_value, " +
						"  clob_value, " +
						"  blob_value " +
						") " +
						" VALUES( " +
						"  'Mono', " +
						"  11, " +
						"  456.78, " +
						"  8765, " +
						"  235.2, " +
						"  TO_DATE( '2004-12-31', 'YYYY-MM-DD' ), " +
						"  'US', " +
						"  EMPTY_CLOB(), " +
						"  EMPTY_BLOB() " +
						")";
			*/
			rowsAffected = cmd.ExecuteNonQuery();

			Console.WriteLine("  Select/Update CLOB columns on table mono_adapter_test...");
		
			// update BLOB and CLOB columns
			OracleCommand select = con.CreateCommand ();
			select.Transaction = trans;
			select.CommandText = "SELECT CLOB_VALUE, BLOB_VALUE FROM mono_adapter_test FOR UPDATE";
			OracleDataReader reader = select.ExecuteReader ();
			if (!reader.Read ())
				Console.WriteLine ("ERROR: RECORD NOT FOUND");
		
			// update clob_value
			Console.WriteLine("     Update CLOB column on table mono_adapter_test...");
			OracleLob clob = reader.GetOracleLob (0);
			byte[] bytes = null;
			UnicodeEncoding encoding = new UnicodeEncoding ();
			bytes = encoding.GetBytes ("Mono is fun!");
			clob.Write (bytes, 0, bytes.Length);
			clob.Close ();
		
			// update blob_value
			Console.WriteLine("     Update BLOB column on table mono_adapter_test...");
			OracleLob blob = reader.GetOracleLob (1);
			bytes = new byte[6] { 0x31, 0x32, 0x33, 0x34, 0x35, 0x036 };
			blob.Write (bytes, 0, bytes.Length);
			blob.Close ();
			
			Console.WriteLine("  Commit trans for table mono_adapter_test...");
			trans.Commit ();

			CommitCursor (con);
		}

		public static void DataAdapterTest2_Insert (OracleConnection con) 
		{
			Console.WriteLine("================================");
			Console.WriteLine("=== Adapter Insert =============");
			Console.WriteLine("================================");
			OracleTransaction transaction = con.BeginTransaction ();
		
			Console.WriteLine("   Create adapter...");
			OracleDataAdapter da = new OracleDataAdapter("select * from mono_adapter_test", con);
			da.SelectCommand.Transaction = transaction;
		
			Console.WriteLine("   Create command builder...");
			OracleCommandBuilder mycb = new OracleCommandBuilder(da);

			Console.WriteLine("   Create data set ...");
			DataSet ds = new DataSet();
		
			Console.WriteLine("   Fill data set via adapter...");
			da.Fill(ds, "mono_adapter_test");

			Console.WriteLine("   New Row...");
			DataRow myRow;
			myRow = ds.Tables["mono_adapter_test"].NewRow();

			byte[] bytes = new byte[] { 0x45,0x46,0x47,0x48,0x49,0x50 };

			Console.WriteLine("   Set values in the new DataRow...");
			myRow["varchar2_value"] = "OracleClient";
			myRow["number_whole_value"] = 22;
			myRow["number_scaled_value"] = 12.34;
			myRow["number_integer_value"] = 456;
			myRow["float_value"] = 98.76;
			myRow["date_value"] = new DateTime(2001,07,09);
			Console.WriteLine("   *** FIXME; char value not working");
			//myRow["char_value"] = "Romeo";
			myRow["clob_value"] = "clobtest";
			myRow["blob_value"] = bytes;
		
			Console.WriteLine("    Add DataRow to DataTable...");		
			ds.Tables["mono_adapter_test"].Rows.Add(myRow);

			Console.WriteLine("da.Update(ds...");
			da.Update(ds, "mono_adapter_test");

			transaction.Commit();
		}

		public static void DataAdapterTest2_Update (OracleConnection con) 
		{
			Console.WriteLine("================================");
			Console.WriteLine("=== Adapter Update =============");
			Console.WriteLine("================================");

			OracleTransaction transaction = con.BeginTransaction ();

			Console.WriteLine("   Create adapter...");
			OracleCommand selectCmd = con.CreateCommand ();
			selectCmd.Transaction = transaction;
			selectCmd.CommandText = "SELECT * FROM mono_adapter_test";
			OracleDataAdapter da = new OracleDataAdapter(selectCmd);
			Console.WriteLine("   Create command builder...");
			OracleCommandBuilder mycb = new OracleCommandBuilder(da);
			Console.WriteLine("   Create data set ...");
			DataSet ds = new DataSet();

			Console.WriteLine("   Set missing schema action...");
		
			Console.WriteLine("  Fill data set via adapter...");
			da.Fill(ds, "mono_adapter_test");
			DataRow myRow;

			Console.WriteLine("   New Row...");
			myRow = ds.Tables["mono_adapter_test"].Rows[0];

			Console.WriteLine("Tables Count: " + ds.Tables.Count.ToString());

			DataTable table = ds.Tables["mono_adapter_test"];
			DataRowCollection rows;
			rows = table.Rows;
			Console.WriteLine("   Row Count: " + rows.Count.ToString());
			myRow = rows[0];

			byte[] bytes = new byte[] { 0x62,0x63,0x64,0x65,0x66,0x67 };

			Console.WriteLine("   Set values in the new DataRow...");

			myRow["varchar2_value"] = "Super Power!";
		
			myRow["number_scaled_value"] = 12.35;
			myRow["number_integer_value"] = 457;
			myRow["float_value"] = 198.76;
			myRow["date_value"] = new DateTime(2002,08,09);
			//myRow["char_value"] = "Juliet";
			myRow["clob_value"] = "this is a clob";
			myRow["blob_value"] = bytes;

			Console.WriteLine("da.Update(ds...");
			da.Update(ds, "mono_adapter_test");

			transaction.Commit();
		}

		public static void DataAdapterTest2_Delete (OracleConnection con) 
		{
			Console.WriteLine("================================");
			Console.WriteLine("=== Adapter Delete =============");
			Console.WriteLine("================================");
			OracleTransaction transaction = con.BeginTransaction ();
		
			Console.WriteLine("   Create adapter...");
			OracleDataAdapter da = new OracleDataAdapter("SELECT * FROM mono_adapter_test", con);
			Console.WriteLine("   Create command builder...");
			OracleCommandBuilder mycb = new OracleCommandBuilder(da);
			Console.WriteLine("   set transr...");
			da.SelectCommand.Transaction = transaction;

			Console.WriteLine("   Create data set ...");
			DataSet ds = new DataSet();
		
			Console.WriteLine("Fill data set via adapter...");
			da.Fill(ds, "mono_adapter_test");

			Console.WriteLine("delete row...");
			ds.Tables["mono_adapter_test"].Rows[0].Delete();

			Console.WriteLine("da.Update(table...");
			da.Update(ds, "mono_adapter_test");

			Console.WriteLine("Commit...");
			transaction.Commit();
		}

		static void TestNonQueryUsingExecuteReader(OracleConnection con) 
		{
			OracleDataReader reader = null;
			OracleTransaction trans = null;

			Console.WriteLine("   drop table mono_adapter_test...");
			OracleCommand cmd = con.CreateCommand();

			cmd.CommandText = "DROP TABLE MONO_ADAPTER_TEST";
			trans = con.BeginTransaction();
			cmd.Transaction = trans;
			try {
				reader = cmd.ExecuteReader();
				Console.WriteLine("   RowsAffected before read: " + reader.RecordsAffected.ToString());
				reader.Read();
				Console.WriteLine("   RowsAffected after read: " + reader.RecordsAffected.ToString());
				reader.Close();
				Console.WriteLine("   RowsAffected after close: " + reader.RecordsAffected.ToString());
				trans.Commit();
			}
			catch(OracleException e) {
				Console.WriteLine("   OracleException caught: " + e.Message);
				trans.Commit();
			}

			Console.WriteLine("   Create table mono_adapter_test...");
			cmd.CommandText = "CREATE TABLE MONO_ADAPTER_TEST ( " +
				" varchar2_value VarChar2(32),  " +
				" number_whole_value Number(18,0) PRIMARY KEY ) ";
			trans = con.BeginTransaction();
			cmd.Transaction = trans;
			reader = cmd.ExecuteReader();
			Console.WriteLine("   RowsAffected before read: " + reader.RecordsAffected.ToString());
			reader.Read();
			Console.WriteLine("   RowsAffected after read: " + reader.RecordsAffected.ToString());
			reader.Close();
			Console.WriteLine("   RowsAffected after close: " + reader.RecordsAffected.ToString());
			trans.Commit();

			Console.WriteLine("Insert into table mono_adapter_test...");
			
			string sql =
				"INSERT INTO MONO_ADAPTER_TEST " +
				"(VARCHAR2_VALUE,NUMBER_WHOLE_VALUE) " +
				"VALUES(:p1,:p2)";

			OracleCommand cmd2 = con.CreateCommand();
			trans = con.BeginTransaction();
			cmd2.Transaction = trans;
			cmd2.CommandText = sql;
			
			OracleParameter myParameter1 = new OracleParameter("p1", OracleType.VarChar, 32);
			myParameter1.Direction = ParameterDirection.Input;
		
			OracleParameter myParameter2 = new OracleParameter("p2", OracleType.Number);
			myParameter2.Direction = ParameterDirection.Input;

			myParameter2.Value = 182;
			myParameter1.Value = "Mono";

			cmd2.Parameters.Add (myParameter1);
			cmd2.Parameters.Add (myParameter2);
			
			// insert 1 record
			reader = cmd2.ExecuteReader();
			Console.WriteLine("   RowsAffected before read: " + reader.RecordsAffected.ToString());
			reader.Read();
			Console.WriteLine("   RowsAffected after read: " + reader.RecordsAffected.ToString());
			reader.Close();
			Console.WriteLine("   RowsAffected after close: " + reader.RecordsAffected.ToString());

			// insert another record
			Console.WriteLine("   Insert another record...");
			myParameter2.Value = 183;
			myParameter1.Value = "Oracle";
			reader = cmd2.ExecuteReader();
			Console.WriteLine("   RowsAffected before read: " + reader.RecordsAffected.ToString());
			reader.Read();
			Console.WriteLine("   RowsAffected after read: " + reader.RecordsAffected.ToString());
			reader.Close();
			Console.WriteLine("   RowsAffected after close: " + reader.RecordsAffected.ToString());

			trans.Commit();
			trans = null;
			
			ReadSimpleTest(con, "SELECT * FROM MONO_ADAPTER_TEST");
		}

		static void CommitCursor (OracleConnection con) 
		{
			OracleCommand cmd = con.CreateCommand ();
			cmd.CommandText = "COMMIT";
			cmd.ExecuteNonQuery ();
			cmd.Dispose ();
			cmd = null;
		}

		static void RollbackTest (OracleConnection connection)
		{
			OracleTransaction transaction = connection.BeginTransaction ();

			OracleCommand insert = connection.CreateCommand ();
			insert.Transaction = transaction;
			insert.CommandText = "INSERT INTO SCOTT.EMP (EMPNO, ENAME, JOB) VALUES (8787, 'T Coleman', 'Monoist')";

			Console.WriteLine ("  Inserting record ...");

			insert.ExecuteNonQuery ();

			OracleCommand select = connection.CreateCommand ();
			select.CommandText = "SELECT COUNT(*) FROM SCOTT.EMP WHERE EMPNO = 8787";
			select.Transaction = transaction;
			OracleDataReader reader = select.ExecuteReader ();
			reader.Read ();

			Console.WriteLine ("  Row count SHOULD BE 1, VALUE IS {0}", reader.GetValue (0));
			reader.Close ();

			Console.WriteLine ("  Rolling back transaction ...");

			transaction.Rollback ();

			select = connection.CreateCommand ();
			select.CommandText = "SELECT COUNT(*) FROM SCOTT.EMP WHERE EMPNO = 8787";

			reader = select.ExecuteReader ();
			reader.Read ();
			Console.WriteLine ("  Row count SHOULD BE 0, VALUE IS {0}", reader.GetValue (0));
			reader.Close ();
		}
		
		static void CommitTest (OracleConnection connection)
		{
			OracleTransaction transaction = connection.BeginTransaction ();

			OracleCommand insert = connection.CreateCommand ();
			insert.Transaction = transaction;
			insert.CommandText = "INSERT INTO SCOTT.EMP (EMPNO, ENAME, JOB) VALUES (8787, 'T Coleman', 'Monoist')";

			Console.WriteLine ("  Inserting record ...");

			insert.ExecuteNonQuery ();

			OracleCommand select = connection.CreateCommand ();
			select.CommandText = "SELECT COUNT(*) FROM SCOTT.EMP WHERE EMPNO = 8787";
			select.Transaction = transaction;

			Console.WriteLine ("  Row count SHOULD BE 1, VALUE IS {0}", select.ExecuteScalar ());

			Console.WriteLine ("  Committing transaction ...");

			transaction.Commit ();

			select = connection.CreateCommand ();
			select.CommandText = "SELECT COUNT(*) FROM SCOTT.EMP WHERE EMPNO = 8787";

			Console.WriteLine ("Row count SHOULD BE 1, VALUE IS {0}", select.ExecuteScalar ());
			transaction = connection.BeginTransaction ();
			OracleCommand delete = connection.CreateCommand ();
			delete.Transaction = transaction;
			delete.CommandText = "DELETE FROM SCOTT.EMP WHERE EMPNO = 8787";
			delete.ExecuteNonQuery ();
			transaction.Commit ();
		}

		public static void ParameterTest2 (OracleConnection connection)
		{
			Console.WriteLine("  Setting NLS_DATE_FORMAT...");

			OracleCommand cmd2 = connection.CreateCommand();
			cmd2.CommandText = "ALTER SESSION SET NLS_DATE_FORMAT = 'YYYY-MM-DD HH24:MI:SS'";
		
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  Drop table MONO_TEST_TABLE2...");
			try {
				cmd2.CommandText = "DROP TABLE MONO_TEST_TABLE7";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if table already exists
			}

			Console.WriteLine("  Create table MONO_TEST_TABLE7...");

			cmd2.CommandText = "CREATE TABLE MONO_TEST_TABLE7(" +
				" COL1 VARCHAR2(8) NOT NULL, " +
				" COL2 VARCHAR2(32), " +
				" COL3 NUMBER(18,2), " +
				" COL4 NUMBER(18,2), " +
				" COL5 DATE NOT NULL, " +
				" COL6 DATE, " +
				" COL7 BLOB NOT NULL, " +
				" COL8 BLOB, " +
				" COL9 CLOB NOT NULL, " +
				" COL10 CLOB " +
				")";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  COMMIT...");
			cmd2.CommandText = "COMMIT";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  create insert command...");

			OracleTransaction trans = connection.BeginTransaction ();
			OracleCommand cmd = connection.CreateCommand ();
			cmd.Transaction = trans;

			cmd.CommandText = "INSERT INTO MONO_TEST_TABLE7 " + 
				"(COL1,COL2,COL3,COL4,COL5,COL6,COL7,COL8,COL9,COL10) " + 
				"VALUES(:P1,:P2,:P3,:P4,:P5,:P6,:P7,:P8,:P9,:P10)";
		
			Console.WriteLine("  Add parameters...");

			OracleParameter parm1 = cmd.Parameters.Add (":P1", OracleType.VarChar, 8);
			OracleParameter parm2 = cmd.Parameters.Add (":P2", OracleType.VarChar, 32);
		
			OracleParameter parm3 = cmd.Parameters.Add (":P3", OracleType.Number);
			OracleParameter parm4 = cmd.Parameters.Add (":P4", OracleType.Number);
		
			OracleParameter parm5 = cmd.Parameters.Add (":P5", OracleType.DateTime);
			OracleParameter parm6 = cmd.Parameters.Add (":P6", OracleType.DateTime);

			// FIXME: fix BLOBs and CLOBs in OracleParameter

			OracleParameter parm7 = cmd.Parameters.Add (":P7", OracleType.Blob);
			OracleParameter parm8 = cmd.Parameters.Add (":P8", OracleType.Blob);

			OracleParameter parm9 = cmd.Parameters.Add (":P9", OracleType.Clob);
			OracleParameter parm10 = cmd.Parameters.Add (":P10", OracleType.Clob);

			// TODO: implement out, return, and ref parameters

			string s = "Mono";
			decimal d = 123456789012345.678M;
			DateTime dt = DateTime.Now;

			string clob = "Clob";
			byte[] blob = new byte[] { 0x31, 0x32, 0x33, 0x34, 0x35 };
		
			Console.WriteLine("  Set Values...");

			parm1.Value = s;
			parm2.Value = DBNull.Value;
		
			parm3.Value = d;
			parm4.Value = DBNull.Value;
		
			parm5.Value = dt;
			parm6.Value = DBNull.Value;
		
			parm7.Value = blob;
			parm8.Value = DBNull.Value;

			parm9.Value = clob;
			parm10.Value = DBNull.Value;
		
			Console.WriteLine("  ExecuteNonQuery...");

			cmd.ExecuteNonQuery ();
			trans.Commit();
		}

		public static void ParameterTest (OracleConnection connection) 
		{
			Console.WriteLine("  Setting NLS_DATE_FORMAT...");

			OracleCommand cmd2 = connection.CreateCommand();
			cmd2.CommandText = "ALTER SESSION SET NLS_DATE_FORMAT = 'YYYY-MM-DD HH24:MI:SS'";
		
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  Drop table MONO_TEST_TABLE2...");
			try {
				cmd2.CommandText = "DROP TABLE MONO_TEST_TABLE7";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if table already exists
			}

			Console.WriteLine("  Create table MONO_TEST_TABLE7...");

			cmd2.CommandText = "CREATE TABLE MONO_TEST_TABLE7(" +
				" COL1 VARCHAR2(8) NOT NULL, " +
				" COL2 VARCHAR2(32), " +
				" COL3 NUMBER(18,2) NOT NULL, " +
				" COL4 NUMBER(18,2), " +
				" COL5 DATE NOT NULL, " +
				" COL6 DATE, " +
				" COL7 BLOB NOT NULL, " +
				" COL8 BLOB, " +
				" COL9 CLOB NOT NULL, " +
				" COL10 CLOB " +
				")";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  COMMIT...");
			cmd2.CommandText = "COMMIT";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  create insert command...");

			OracleTransaction trans = connection.BeginTransaction ();
			OracleCommand cmd = connection.CreateCommand ();
			cmd.Transaction = trans;

			cmd.CommandText = "INSERT INTO MONO_TEST_TABLE7 " + 
				"(COL1,COL2,COL3,COL4,COL5,COL6,COL7,COL8,COL9,COL10) " + 
				"VALUES(:P1,:P2,:P3,:P4,:P5,:P6,:P7,:P8,:P9,:P10)";
		
			Console.WriteLine("  Add parameters...");

			OracleParameter parm1 = cmd.Parameters.Add (":P1", OracleType.VarChar, 8);
			OracleParameter parm2 = cmd.Parameters.Add (":P2", OracleType.VarChar, 32);
		
			OracleParameter parm3 = cmd.Parameters.Add (":P3", OracleType.Number);
			OracleParameter parm4 = cmd.Parameters.Add (":P4", OracleType.Number);
		
			OracleParameter parm5 = cmd.Parameters.Add (":P5", OracleType.DateTime);
			OracleParameter parm6 = cmd.Parameters.Add (":P6", OracleType.DateTime);

			// FIXME: fix BLOBs and CLOBs in OracleParameter

			OracleParameter parm7 = cmd.Parameters.Add (":P7", OracleType.Blob);
			OracleParameter parm8 = cmd.Parameters.Add (":P8", OracleType.Blob);

			OracleParameter parm9 = cmd.Parameters.Add (":P9", OracleType.Clob);
			OracleParameter parm10 = cmd.Parameters.Add (":P10", OracleType.Clob);

			// TODO: implement out, return, and ref parameters

			string s = "Mono";
			decimal d = 123456789012345.678M;
			DateTime dt = DateTime.Now;

			string clob = "Clob";
			byte[] blob = new byte[] { 0x31, 0x32, 0x33, 0x34, 0x35 };
		
			Console.WriteLine("  Set Values...");

			parm1.Value = s;
			parm2.Value = DBNull.Value;
		
			parm3.Value = d;
			parm4.Value = DBNull.Value;
		
			parm5.Value = dt;
			parm6.Value = DBNull.Value;
		
			parm7.Value = blob;
			parm8.Value = DBNull.Value;

			parm9.Value = clob;
			parm10.Value = DBNull.Value;
		
			Console.WriteLine("  ExecuteNonQuery...");

			cmd.ExecuteNonQuery ();
			trans.Commit();
		}

		public static void CLOBTest (OracleConnection connection)
		{		
			Console.WriteLine ("  BEGIN TRANSACTION ...");

			OracleTransaction transaction = connection.BeginTransaction ();

			Console.WriteLine ("  Drop table CLOBTEST ...");
			try {
				OracleCommand cmd2 = connection.CreateCommand ();
				cmd2.Transaction = transaction;
				cmd2.CommandText = "DROP TABLE CLOBTEST";
				cmd2.ExecuteNonQuery ();
			}
			catch (OracleException) {
				// ignore if table already exists
			}

			Console.WriteLine ("  CREATE TABLE ...");

			OracleCommand create = connection.CreateCommand ();
			create.Transaction = transaction;
			create.CommandText = "CREATE TABLE CLOBTEST (CLOB_COLUMN CLOB)";
			create.ExecuteNonQuery ();

			Console.WriteLine ("  INSERT RECORD ...");

			OracleCommand insert = connection.CreateCommand ();
			insert.Transaction = transaction;
			insert.CommandText = "INSERT INTO CLOBTEST VALUES (EMPTY_CLOB())";
			insert.ExecuteNonQuery ();

			OracleCommand select = connection.CreateCommand ();
			select.Transaction = transaction;
			select.CommandText = "SELECT CLOB_COLUMN FROM CLOBTEST FOR UPDATE";
			Console.WriteLine ("  SELECTING A CLOB (CHARACTER) VALUE FROM CLOBTEST");

			OracleDataReader reader = select.ExecuteReader ();
			if (!reader.Read ())
				Console.WriteLine ("ERROR: RECORD NOT FOUND");

			Console.WriteLine ("  TESTING OracleLob OBJECT ...");
			OracleLob lob = reader.GetOracleLob (0);
			Console.WriteLine ("  LENGTH: {0}", lob.Length);
			Console.WriteLine ("  CHUNK SIZE: {0}", lob.ChunkSize);

			UnicodeEncoding encoding = new UnicodeEncoding ();

			byte[] value = new byte [lob.Length * 2];

			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);
			Console.WriteLine ("  UPDATING VALUE TO 'TEST ME!'");
			value = encoding.GetBytes ("TEST ME!");
			lob.Write (value, 0, value.Length);

			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);
			Console.WriteLine ("  RE-READ VALUE...");
			lob.Seek (1, SeekOrigin.Begin);

			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);
			value = new byte [lob.Length * 2];
			lob.Read (value, 0, value.Length);
			Console.WriteLine ("  VALUE: {0}", encoding.GetString (value));
			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);

			Console.WriteLine ("  CLOSE OracleLob...");
			lob.Close ();

			Console.WriteLine ("  CLOSING READER...");
			
			reader.Close ();
			transaction.Commit ();
		}

		public static void BLOBTest (OracleConnection connection) 
		{
			Console.WriteLine ("  BEGIN TRANSACTION ...");

			OracleTransaction transaction = connection.BeginTransaction ();

			Console.WriteLine ("  Drop table BLOBTEST ...");
			try {
				OracleCommand cmd2 = connection.CreateCommand ();
				cmd2.Transaction = transaction;
				cmd2.CommandText = "DROP TABLE BLOBTEST";
				cmd2.ExecuteNonQuery ();
			}
			catch (OracleException) {
				// ignore if table already exists
			}

			Console.WriteLine ("  CREATE TABLE ...");

			OracleCommand create = connection.CreateCommand ();
			create.Transaction = transaction;
			create.CommandText = "CREATE TABLE BLOBTEST (BLOB_COLUMN BLOB)";
			create.ExecuteNonQuery ();

			Console.WriteLine ("  INSERT RECORD ...");

			OracleCommand insert = connection.CreateCommand ();
			insert.Transaction = transaction;
			insert.CommandText = "INSERT INTO BLOBTEST VALUES (EMPTY_BLOB())";
			insert.ExecuteNonQuery ();

			OracleCommand select = connection.CreateCommand ();
			select.Transaction = transaction;
			select.CommandText = "SELECT BLOB_COLUMN FROM BLOBTEST FOR UPDATE";
			Console.WriteLine ("  SELECTING A BLOB (Binary) VALUE FROM BLOBTEST");

			OracleDataReader reader = select.ExecuteReader ();
			if (!reader.Read ())
				Console.WriteLine ("ERROR: RECORD NOT FOUND");

			Console.WriteLine ("  TESTING OracleLob OBJECT ...");
			OracleLob lob = reader.GetOracleLob (0);
			
			byte[] value = null;
			string bvalue = "";

			Console.WriteLine ("  UPDATING VALUE");

			byte[] bytes = new byte[6];
			bytes[0] = 0x31;
			bytes[1] = 0x32;
			bytes[2] = 0x33;
			bytes[3] = 0x34;
			bytes[4] = 0x35;
			bytes[5] = 0x36;

			lob.Write (bytes, 0, bytes.Length);

			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);
			Console.WriteLine ("  RE-READ VALUE...");
			lob.Seek (1, SeekOrigin.Begin);

			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);
			value = new byte [lob.Length];
			lob.Read (value, 0, value.Length);
			
			bvalue = "";
			if (value.GetType ().ToString ().Equals ("System.Byte[]")) 
				bvalue = GetHexString (value);
			Console.WriteLine ("  Bytes: " + bvalue);

			Console.WriteLine ("  CURRENT POSITION: {0}", lob.Position);

			Console.WriteLine ("  CLOSE OracleLob...");
			lob.Close ();

			Console.WriteLine ("  CLOSING READER...");
			
			reader.Close ();
			transaction.Commit ();
		}

		static void Wait(string msg) 
		{
			Console.WriteLine(msg);
			if (msg.Equals(""))
				Console.WriteLine("Waiting...  Press Enter to continue...");
			Console.ReadLine();
		}

		// use this function to read a byte array into a string
		// for easy display of binary data, such as, a BLOB value
		public static string GetHexString (byte[] bytes)
		{ 			
			string bvalue = "";
			
			StringBuilder sb2 = new StringBuilder();
			for (int z = 0; z < bytes.Length; z++) {
				byte byt = bytes[z];
				if (byt < 0x10)
					sb2.Append ("0");
				sb2.Append (byt.ToString("x"));
			}
			if (sb2.Length > 0)
				bvalue = "0x" + sb2.ToString ();
	
			return bvalue;
		}

		static void StoredProcedureTest1 (OracleConnection con) 
		{
			// test stored procedure with no parameters
			
			
			OracleCommand cmd2 = con.CreateCommand ();

			Console.WriteLine("  Drop table MONO_TEST_TABLE1...");
			try {
				cmd2.CommandText = "DROP TABLE MONO_TEST_TABLE1";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if table did not exist
			}

			Console.WriteLine("  Drop procedure SP_TEST1...");
			try {
				cmd2.CommandText = "DROP PROCEDURE SP_TEST1";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if procedure did not exist
			}

			Console.WriteLine("  Create table MONO_TEST_TABLE1...");
			cmd2.CommandText = "CREATE TABLE MONO_TEST_TABLE1 (" +
					" COL1 VARCHAR2(8), "+
					" COL2 VARCHAR2(32))";
			cmd2.ExecuteNonQuery ();
			
			Console.WriteLine("  Create stored procedure SP_TEST1...");
			cmd2.CommandText = "CREATE PROCEDURE SP_TEST1 " +
				" IS " +
				" BEGIN " +
				"	INSERT INTO MONO_TEST_TABLE1 (COL1,COL2) VALUES ('aaa','bbbb');" +
				"	COMMIT;" +
				" END;";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("COMMIT...");
			cmd2.CommandText = "COMMIT";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  Call stored procedure sp_test1...");
			OracleCommand cmd3 = con.CreateCommand ();
			cmd3.CommandType = CommandType.StoredProcedure;
			cmd3.CommandText = "sp_test1";
			cmd3.ExecuteNonQuery ();
		}

		static void StoredProcedureTest2 (OracleConnection con) 
		{
			// test stored procedure with 2 parameters

			Console.WriteLine("  Drop table MONO_TEST_TABLE2...");
			OracleCommand cmd2 = con.CreateCommand ();

			try {
				cmd2.CommandText = "DROP TABLE MONO_TEST_TABLE2";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if table already exists
			}

			Console.WriteLine("  Drop procedure SP_TEST2...");
			try {
				cmd2.CommandText = "DROP PROCEDURE SP_TEST2";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if procedure does not exists
			}

			Console.WriteLine("  Create table MONO_TEST_TABLE2...");
						
			cmd2.CommandText = "CREATE TABLE MONO_TEST_TABLE2 (" +
				" COL1 VARCHAR2(8), "+
				" COL2 VARCHAR2(32))";
			cmd2.ExecuteNonQuery ();
			
			Console.WriteLine("  Create stored procedure SP_TEST2...");
			cmd2.CommandText = "CREATE PROCEDURE SP_TEST2(parm1 VARCHAR2,parm2 VARCHAR2) " +
				" IS " +
				" BEGIN " +
				"	INSERT INTO MONO_TEST_TABLE2 (COL1,COL2) VALUES (parm1,parm2);" +
				"	COMMIT;" +
				" END;";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  COMMIT...");
			cmd2.CommandText = "COMMIT";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  Call stored procedure SP_TEST2 with two parameters...");
			OracleCommand cmd3 = con.CreateCommand ();
			cmd3.CommandType = CommandType.StoredProcedure;
			cmd3.CommandText = "sp_test2";

			OracleParameter myParameter1 = new OracleParameter("parm1", OracleType.VarChar);
			myParameter1.Value = "yyy13";
			myParameter1.Size = 8;
			myParameter1.Direction = ParameterDirection.Input;
		
			OracleParameter myParameter2 = new OracleParameter("parm2", OracleType.VarChar);
			myParameter2.Value = "iii13";
			myParameter2.Size = 32;
			myParameter2.Direction = ParameterDirection.Input;

			cmd3.Parameters.Add (myParameter1);
			cmd3.Parameters.Add (myParameter2);

			cmd3.ExecuteNonQuery ();
		}

		static void OutParmTest1(OracleConnection con)
		{
		    // test stored fuctions with 4 parameters
		    // 1. input varchar2
		    // 2. output varchar2
		    // 3. input output varchar2
		    // 4. return varchar2

		    Console.WriteLine("  Create stored function SP_OUTPUTPARMTEST1 for testing VARCHAR2 Input, Output, InputOutput, Return parameters...");
		    
		    OracleCommand cmd2 = con.CreateCommand();
		    cmd2.CommandText =
		        "CREATE OR REPLACE FUNCTION SF_TESTOUTPARM1(parm1 IN VARCHAR2, parm2 OUT VARCHAR2, parm3 IN OUT VARCHAR2) RETURN VARCHAR2 " +
		        "IS " +
		        "    returnValue VARCHAR2(32) := 'Anywhere';" +
		        "BEGIN " +
		        "   IF parm1 IS NULL THEN " +
		        "        parm2 := 'parm1 is null'; " +
		        "   ELSE " +
		        "	     parm2 := 'One' || parm1 || 'Three'; " +
		        "   END IF; " +
		        "   IF parm3 IS NOT NULL THEN " +
		        "       parm3 := parm2 || parm3 || 'Five'; " +
		        "   ELSE " +
		        "       parm3 := 'parm3 in was NULL'; " +
		        "   END IF; " +
		        "   IF parm1 IS NOT NULL THEN " +
		        "       IF parm1 = '999' THEN " +
		        "          parm2 := NULL; " +
		        "          parm3 := NULL; " +
		        "          returnValue := NULL; " +
		        "       END IF; " +
		        "   END IF; " +
		        "   RETURN returnValue; " +
		        "END;";

		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  COMMIT...");
		    cmd2.CommandText = "COMMIT";
		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  Call stored function SF_TESTOUTPARM1 with 4 parameters...");
		    OracleCommand cmd3 = con.CreateCommand();
		    cmd3.CommandType = CommandType.Text;
		    cmd3.CommandText =
		        "BEGIN " +
		        "	:ReturnValue := SF_TESTOUTPARM1(:p1, :p2, :p3); " +
		        "END;";
		    OracleParameter myParameter1 = new OracleParameter("p1", OracleType.VarChar);
		    myParameter1.Value = "Two";
		    myParameter1.Size = 32;
		    myParameter1.Direction = ParameterDirection.Input;

		    OracleParameter myParameter2 = new OracleParameter("p2", OracleType.VarChar);
		    myParameter2.Size = 32;
		    myParameter2.Direction = ParameterDirection.Output;

		    OracleParameter myParameter3 = new OracleParameter("p3", OracleType.VarChar);
		    myParameter3.Value = "Four";
		    myParameter3.Size = 32;
		    myParameter3.Direction = ParameterDirection.InputOutput;

		    OracleParameter myParameter4 = new OracleParameter("ReturnValue", OracleType.VarChar);
		    myParameter4.Size = 32;
		    myParameter4.Direction = ParameterDirection.ReturnValue;

		    cmd3.Parameters.Add(myParameter1);
		    cmd3.Parameters.Add(myParameter2);
		    cmd3.Parameters.Add(myParameter3);
		    cmd3.Parameters.Add(myParameter4);

		    cmd3.ExecuteNonQuery();
		    string outValue = (string)myParameter2.Value;
		    string inOutValue = (string)myParameter3.Value;
		    string returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    1Out Value should be: OneTwoThree");
		    Console.WriteLine("    1Out Value: " + outValue);
		    Console.WriteLine("    1InOut Value should be: OneTwoThreeFourFive");
		    Console.WriteLine("    1InOut Value: " + inOutValue);
		    Console.WriteLine("    1Return Value should be: Anywhere");
		    Console.WriteLine("    1Return Value: " + returnValue);
		    Console.WriteLine();

		    myParameter1.Value = DBNull.Value;
		    myParameter3.Value = "Hello";
		    cmd3.ExecuteNonQuery();
		    outValue = (string)myParameter2.Value;
		    inOutValue = (string)myParameter3.Value;
		    returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    2Out Value should be: parm1 is null");
		    Console.WriteLine("    2Out Value: " + outValue);
		    Console.WriteLine("    2InOut Value should be: parm1 is nullHelloFive");
		    Console.WriteLine("    2InOut Value: " + inOutValue);
		    Console.WriteLine("    2Return Value should be: Anywhere");
		    Console.WriteLine("    2Return Value: " + returnValue);
		    Console.WriteLine();

		    myParameter1.Value = "999";
		    myParameter3.Value = "Bye";
		    cmd3.ExecuteNonQuery();
		    if (myParameter2.Value == DBNull.Value)
		        outValue = "Value is DBNull.Value";
		    else
		        outValue = (string)myParameter2.Value;
		    if( myParameter3.Value == DBNull.Value)
		        inOutValue = "Value is DBNull.Value";
		    else
		        inOutValue = (string)myParameter3.Value;
		    if (myParameter4.Value == DBNull.Value)
		        returnValue = "Value is DBNull.Value";
		    else
		        returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    3Out Value should be: Value is DBNull.Value");
		    Console.WriteLine("    3Out Value: " + outValue);
		    Console.WriteLine("    3InOut Value should be: Value is DBNull.Value");
		    Console.WriteLine("    3InOut Value: " + inOutValue);
		    Console.WriteLine("    3Return Value should be: Value is DBNull.Value");
		    Console.WriteLine("    3Return Value: " + returnValue);
		    Console.WriteLine();

		    myParameter1.Value = "***";
		    myParameter3.Value = DBNull.Value;
		    cmd3.ExecuteNonQuery();
		    outValue = (string)myParameter2.Value;
		    inOutValue = (string)myParameter3.Value;
		    returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    4Out Value should be: One***Three");
		    Console.WriteLine("    4Out Value: " + outValue);
		    Console.WriteLine("    4InOut Value should be: parm3 in was NULL");
		    Console.WriteLine("    4InOut Value: " + inOutValue);
		    Console.WriteLine("    4Return Value should be: Anywhere");
		    Console.WriteLine("    4Return Value: " + returnValue);
		    Console.WriteLine();
		}

		static void OutParmTest2 (OracleConnection con) 
		{
		    // test stored function with 4 parameters
		    // 1. input number(18,2)
		    // 2. output number(18,2)
		    // 3. input output number (18,2)
		    // 4. return number (18,2)

		    Console.WriteLine("  Create stored function SF_TESTOUTPARM2 to test NUMBER parameters...");

		    // stored procedure addes two numbers
		    OracleCommand cmd2 = con.CreateCommand();
		    cmd2.CommandText =
		        "CREATE OR REPLACE FUNCTION SF_TESTOUTPARM2(parm1 IN NUMBER, parm2 OUT NUMBER, parm3 IN OUT NUMBER) RETURN NUMBER " +
		        "IS " +
		        "   returnValue NUMBER := 123.45; " +
		        "BEGIN " +
		        "   IF parm1 IS NULL THEN " +
		        "      parm2 := 18; " +
		        "	   parm3 := parm3 + 8000; " +
		        "      returnValue := 78; " +
		        "   ELSIF parm1 = 999 THEN " +
		        "         parm2 := NULL;" +
		        "         parm3 := NULL;" +
		        "         returnValue := NULL;" +
		        "   ELSIF parm3 IS NULL THEN " +
		        "         parm2 := 0; " +
		        "         parm3 := 1234567890123.12345678; " +
		        "   ELSE " +
		        "	   parm2 := parm1 + 3; " +
		        "      parm3 := parm3 + 70; " +
		        "   END IF;" +
		        "   RETURN returnValue;" +
		        "END;";

		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  COMMIT...");
		    cmd2.CommandText = "COMMIT";
		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  Call stored function SP_TESTOUTPARM2 with 4 parameters...");
		    OracleCommand cmd3 = con.CreateCommand();
		    cmd3.CommandType = CommandType.Text;
		    cmd3.CommandText =
		        "BEGIN " +
		        "	:returnValue := SF_TESTOUTPARM2(:p1, :p2, :p3);" +
		        "END;";
		    OracleParameter myParameter1 = new OracleParameter("p1", OracleType.Number);
		    myParameter1.Value = 2.2;
		    myParameter1.Direction = ParameterDirection.Input;

		    OracleParameter myParameter2 = new OracleParameter("p2", OracleType.Number);
		    myParameter2.Direction = ParameterDirection.Output;

		    OracleParameter myParameter3 = new OracleParameter("p3", OracleType.Number);
		    myParameter3.Value = 33.4;
		    myParameter3.Direction = ParameterDirection.InputOutput;

		    OracleParameter myParameter4 = new OracleParameter("returnValue", OracleType.Number);
		    myParameter4.Direction = ParameterDirection.ReturnValue;

		    cmd3.Parameters.Add(myParameter1);
		    cmd3.Parameters.Add(myParameter2);
		    cmd3.Parameters.Add(myParameter3);
		    cmd3.Parameters.Add(myParameter4);

		    cmd3.ExecuteNonQuery();
		    decimal outValue = (decimal)myParameter2.Value;
		    decimal inOutValue = (decimal)myParameter3.Value;
		    decimal returnValue = (decimal)myParameter4.Value;
		    Console.WriteLine("    1Out Value should be: 5.20");
		    Console.WriteLine("    1Out Value: {0}", outValue);
		    Console.WriteLine("    1InOut Value should be: 103.40");
		    Console.WriteLine("    1InOut Value: {0}", inOutValue);
		    Console.WriteLine("    1Return Value should be: 123.45");
		    Console.WriteLine("    1Return Value: {0}", returnValue);
		    Console.WriteLine();

		    myParameter1.Value = DBNull.Value;
		    myParameter3.Value = 23;
		    cmd3.ExecuteNonQuery();
		    outValue = (decimal)myParameter2.Value;
		    inOutValue = (decimal)myParameter3.Value;
		    returnValue = (decimal)myParameter4.Value;
		    Console.WriteLine("    2Out Value should be: 18");
		    Console.WriteLine("    2Out Value: {0}", outValue);
		    Console.WriteLine("    2InOut Value should be: 8023");
		    Console.WriteLine("    2InOut Value: {0}", inOutValue);
		    Console.WriteLine("    2Return Value should be: 78");
		    Console.WriteLine("    2Return Value: {0}", returnValue);
		    Console.WriteLine();

		    string soutValue = "";
		    string sinOutValue = "";
		    string sreturnValue = "";
		    myParameter1.Value = 999;
		    myParameter3.Value = 66;
		    cmd3.ExecuteNonQuery();
		    if (myParameter2.Value == DBNull.Value)
		        soutValue = "DBNull.Value";
		    else
		        soutValue = myParameter2.Value.ToString();
		    if (myParameter3.Value == DBNull.Value)
		        sinOutValue = "DBNull.Value";
		    else
		        sinOutValue = myParameter3.Value.ToString();
		    if (myParameter4.Value == DBNull.Value)
		        sreturnValue = "DBNull.Value";
		    else
		        sreturnValue = myParameter4.Value.ToString();
		    Console.WriteLine("    3Out Value should be: DBNull.Value");
		    Console.WriteLine("    3Out Value: {0}", soutValue);
		    Console.WriteLine("    3InOut Value should be: DBNull.Value");
		    Console.WriteLine("    3InOut Value: {0}", sinOutValue);
		    Console.WriteLine("    3Return Value should be: DBNull.Value");
		    Console.WriteLine("    3Return Value: {0}", sreturnValue);
		    Console.WriteLine();

		    myParameter1.Value = 111;
		    myParameter3.Value = DBNull.Value;
		    cmd3.ExecuteNonQuery();
		    outValue = (decimal)myParameter2.Value;
		    inOutValue = (decimal)myParameter3.Value;
		    returnValue = (decimal)myParameter4.Value;
		    Console.WriteLine("    4Out Value should be: 0 (as in digit zero)");
		    Console.WriteLine("    4Out Value: {0}", outValue);
		    Console.WriteLine("    4InOut Value should be: 1234567890123.12345678");
		    Console.WriteLine("    4InOut Value: {0}", inOutValue);
		    Console.WriteLine("    4Return Value should be: 123.45");
		    Console.WriteLine("    4Return Value: {0}", returnValue);
		    Console.WriteLine();

		}

		static void OutParmTest3 (OracleConnection con) 
		{
		    // test stored function with 4 parameters
		    // 1. input date
		    // 2. output date
		    // 3. input output date
		    // 4. return dae

		    // a DATE type in Oracle has Date and Time          

		    Console.WriteLine("  Create stored function SF_TESTOUTPARM3 to test Date parameters...");

		    OracleCommand cmd2 = con.CreateCommand();
		    cmd2.CommandText =
		        "CREATE OR REPLACE FUNCTION SF_TESTOUTPARM3(parm1 IN DATE, parm2 OUT DATE, parm3 IN OUT DATE) RETURN DATE " +
		        "IS " +
		        "   returnValue DATE := TO_DATE('2001-07-01 15:32:52', 'YYYY-MM-DD HH24:MI:SS');" +
		        "BEGIN " +
		        "   IF parm1 IS NULL THEN " +
		        "      parm2 := TO_DATE('1900-12-31', 'YYYY-MM-DD'); " +
		        "      parm3 := TO_DATE('1900-12-31', 'YYYY-MM-DD'); " +
		        "   ELSIF parm1 = TO_DATE('1979-11-25','YYYY-MM-DD') THEN " +
		        "      parm2 := NULL;" +
		        "      parm3 := NULL;" +
		        "      returnValue := NULL;"+
		        "   ELSIF parm3 IS NULL THEN " +
		        "      parm2 := TO_DATE('2008-08-08', 'YYYY-MM-DD');" +
		        "      parm3 := TO_DATE('2000-01-01', 'YYYY-MM-DD');" +
		        "   ELSE " +
		        "      -- add 3 days to date\n " +
		        "	   parm2 := parm1 + 3; " +
		        "      parm3 := parm3 + 5; " +
		        "   END IF; " +
		        "   RETURN returnValue;" +
		        "END;";

		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  COMMIT...");
		    cmd2.CommandText = "COMMIT";
		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  Call stored function SF_TESTOUTPARM3 with 4 parameters...");
		    OracleCommand cmd3 = con.CreateCommand();
		    cmd3.CommandType = CommandType.Text;
		    cmd3.CommandText =
		        "BEGIN " +
		        "	:returnValue := SF_TESTOUTPARM3(:p1, :p2, :p3);" +
		        "END;";
		    OracleParameter myParameter1 = new OracleParameter("p1", OracleType.DateTime);
		    myParameter1.Value = new DateTime(2004, 12, 15);
		    myParameter1.Direction = ParameterDirection.Input;

		    OracleParameter myParameter2 = new OracleParameter("p2", OracleType.DateTime);
		    myParameter2.Direction = ParameterDirection.Output;

		    OracleParameter myParameter3 = new OracleParameter("p3", OracleType.DateTime);
		    myParameter3.Value = new DateTime(2008, 10, 14, 20, 21, 22);
		    myParameter3.Direction = ParameterDirection.InputOutput;

		    OracleParameter myParameter4 = new OracleParameter("returnValue", OracleType.DateTime);
		    myParameter4.Direction = ParameterDirection.ReturnValue;

		    cmd3.Parameters.Add(myParameter1);
		    cmd3.Parameters.Add(myParameter2);
		    cmd3.Parameters.Add(myParameter3);
		    cmd3.Parameters.Add(myParameter4);

		    cmd3.ExecuteNonQuery();
		    DateTime outValue = (DateTime)myParameter2.Value;
		    DateTime inOutValue = (DateTime)myParameter3.Value;
		    DateTime returnValue = (DateTime)myParameter4.Value;
		    Console.WriteLine("    1Out Value should be: 2004-12-18 00:00:00");
		    Console.WriteLine("    1Out Value: {0}", outValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine("    1InOut Value should be: 2008-10-19 20:21:22");
		    Console.WriteLine("    1InOut Value: {0}", inOutValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine("    1Return Value should be: 2001-07-01 15:32:52");
		    Console.WriteLine("    1Return Value: {0}", returnValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine();

		    myParameter1.Value = DBNull.Value;
		    myParameter3.Value = new DateTime(1980, 11, 22);
		    cmd3.ExecuteNonQuery();
		    outValue = (DateTime)myParameter2.Value;
		    inOutValue = (DateTime)myParameter3.Value;
		    returnValue = (DateTime)myParameter4.Value;
		    Console.WriteLine("    2Out Value should be: 1900-12-31 00:00:00");
		    Console.WriteLine("    2Out Value: {0}", outValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine("    2InOut Value should be: 1900-12-31 00:00:00");
		    Console.WriteLine("    2InOut Value: {0}", inOutValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine("    2Return Value should be: 2001-07-01 15:32:52");
		    Console.WriteLine("    2Return Value: {0}", returnValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine();

		    myParameter1.Value = new DateTime(1979, 11, 25);
		    myParameter3.Value = new DateTime(1981, 12, 14);
		    cmd3.ExecuteNonQuery();
		    string soutValue = "";
		    string sinOutValue = "";
		    string sreturnValue = "";
		    if (myParameter2.Value == DBNull.Value) 
		        soutValue = "DBNull.Value";
		    else {
		        outValue = (DateTime)myParameter2.Value;
		        soutValue = outValue.ToString("yyyy-MM-dd HH:mm:ss");
		    }
		    if (myParameter3.Value == DBNull.Value) 
		        sinOutValue = "DBNull.Value";
		    else {
		        inOutValue = (DateTime)myParameter3.Value;
		        sinOutValue = inOutValue.ToString("yyyy-MM-dd HH:mm:ss");
		    }
		    if (myParameter4.Value == DBNull.Value) 
		        sreturnValue = "DBNull.Value";
		    else {
		        returnValue = (DateTime)myParameter4.Value;
		        sreturnValue = returnValue.ToString("yyyy-MM-dd HH:mm:ss");
		    }
		    Console.WriteLine("    3Out Value should be: DBNull.Value");
		    Console.WriteLine("    3Out Value: {0}", soutValue);
		    Console.WriteLine("    3InOut Value should be: DBNull.Value");
		    Console.WriteLine("    3InOut Value: {0}", sinOutValue);
		    Console.WriteLine("    3Return Value should be: DBNull.Value");
		    Console.WriteLine("    3Return Value: {0}", sreturnValue);
		    Console.WriteLine();

		    myParameter1.Value = new DateTime(1976, 7, 4);
		    myParameter3.Value = DBNull.Value;
		    cmd3.ExecuteNonQuery();
		    outValue = (DateTime)myParameter2.Value;
		    inOutValue = (DateTime)myParameter3.Value;
		    returnValue = (DateTime)myParameter4.Value;
		    Console.WriteLine("    4Out Value should be: 2008-08-08 00:00:00");
		    Console.WriteLine("    4Out Value: {0}", outValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine("    4InOut Value should be: 2000-01-01 00:00:00");
		    Console.WriteLine("    4InOut Value: {0}", inOutValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine("    4Return Value should be: 2001-07-01 15:32:52");
		    Console.WriteLine("    4Return Value: {0}", returnValue.ToString("yyyy-MM-dd HH:mm:ss"));
		    Console.WriteLine();

		}

		static void OutParmTest4(OracleConnection con)
		{
		    // test stored fuctions with 4 parameters
		    // 1. input long
		    // 2. output long
		    // 3. input output long
		    // 4. return long

		    Console.WriteLine("  Create stored function SP_OUTPUTPARMTEST4 for testing LONG VARCHAR Input, Output, InputOutput, Return parameters...");

		    OracleCommand cmd2 = con.CreateCommand();
		    cmd2.CommandText =
			"CREATE OR REPLACE FUNCTION SP_OUTPUTPARMTEST4(parm1 IN LONG, parm2 OUT LONG, parm3 IN OUT LONG) RETURN LONG " +
			"IS " +
			"    returnValue LONG := 'A very, very, very long value in a far away memory space.'; " +
			"BEGIN " +
			"   IF parm1 IS NULL THEN " +
			"        parm2 := 'parm1 is null'; " +
			"        returnValue := 'Another one bytes the dust.'; " +
			"   ELSE " +
			"	     parm2 := 'One' || parm1 || 'Three'; " +
			"   END IF; " +
			"   IF parm3 IS NOT NULL THEN " +
			"       parm3 := parm2 || parm3 || 'Five'; " +
			"   ELSE " +
			"       parm3 := 'parm3 in was NULL'; " +
			"   END IF; " +
			"   IF parm1 IS NOT NULL THEN " +
			"       IF parm1 = '999' THEN " +
			"          parm2 := NULL; " +
			"          parm3 := NULL; " +
			"          returnValue := NULL; " +
			"       END IF; " +
			"   END IF; " +
			"   RETURN returnValue; " +
			"END;";

		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  COMMIT...");
		    cmd2.CommandText = "COMMIT";
		    cmd2.ExecuteNonQuery();

		    Console.WriteLine("  Call stored procedure SP_OUTPUTPARMTEST4 with 4 parameters...");
		    OracleCommand cmd3 = con.CreateCommand();
		    cmd3.CommandType = CommandType.Text;
		    cmd3.CommandText =
			"BEGIN " +
			"	:ReturnValue := SP_OUTPUTPARMTEST4(:p1, :p2, :p3); " +
			"END;";
		    OracleParameter myParameter1 = new OracleParameter("p1", OracleType.LongVarChar);
		    myParameter1.Size = 1000;
		    myParameter1.Direction = ParameterDirection.Input;
		    myParameter1.Value = "Two";

		    OracleParameter myParameter2 = new OracleParameter("p2", OracleType.LongVarChar);
		    myParameter2.Size = 1000;
		    myParameter2.Direction = ParameterDirection.Output;

		    OracleParameter myParameter3 = new OracleParameter("p3", OracleType.LongVarChar);
		    myParameter3.Value = "Four";
		    myParameter3.Size = 1000;
		    myParameter3.Direction = ParameterDirection.InputOutput;

		    OracleParameter myParameter4 = new OracleParameter("ReturnValue", OracleType.LongVarChar);
		    myParameter4.Size = 1000;
		    myParameter4.Direction = ParameterDirection.ReturnValue;

		    cmd3.Parameters.Add(myParameter1);
		    cmd3.Parameters.Add(myParameter2);
		    cmd3.Parameters.Add(myParameter3);
		    cmd3.Parameters.Add(myParameter4);

		    cmd3.ExecuteNonQuery();
		    string outValue = (string)myParameter2.Value;
		    string inOutValue = (string)myParameter3.Value;
		    string returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    1Out Value should be: OneTwoThree");
		    Console.WriteLine("    1Out Value: " + outValue);
		    Console.WriteLine("    1InOut Value should be: OneTwoThreeFourFive");
		    Console.WriteLine("    1InOut Value: " + inOutValue);
		    Console.WriteLine("    1Return Value should be: A very, very, very long value in a far away memory space.");
		    Console.WriteLine("    1Return Value: " + returnValue);
		    Console.WriteLine();

		    myParameter1.Value = DBNull.Value;
		    myParameter3.Value = "Hello";
		    cmd3.ExecuteNonQuery();
		    outValue = (string)myParameter2.Value;
		    inOutValue = (string)myParameter3.Value;
		    returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    2Out Value should be: parm1 is null");
		    Console.WriteLine("    2Out Value: " + outValue);
		    Console.WriteLine("    2InOut Value should be: parm1 is nullHelloFive");
		    Console.WriteLine("    2InOut Value: " + inOutValue);
		    Console.WriteLine("    2Return Value should be: Another one bytes the dust.");
		    Console.WriteLine("    2Return Value: " + returnValue);
		    Console.WriteLine();

		    myParameter1.Value = "999";
		    myParameter3.Value = "Bye";
		    cmd3.ExecuteNonQuery();
		    if (myParameter2.Value == DBNull.Value)
			outValue = "Value is DBNull.Value";
		    else
			outValue = (string)myParameter2.Value;
		    if (myParameter3.Value == DBNull.Value)
			inOutValue = "Value is DBNullValue";
		    else
			inOutValue = (string)myParameter3.Value;
		    if (myParameter4.Value == DBNull.Value)
			returnValue = "Value is DBNull.Value";
		    else
			returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    3Out Value should be: Value is DBNull.Value");
		    Console.WriteLine("    3Out Value: " + outValue);
		    Console.WriteLine("    3InOut Value should be: Value is DBNull.Value");
		    Console.WriteLine("    3InOut Value: " + inOutValue);
		    Console.WriteLine("    3Return Value should be: Value is DBNull.Value");
		    Console.WriteLine("    3Return Value: " + returnValue);
		    Console.WriteLine();

		    myParameter1.Value = "***";
		    myParameter3.Value = DBNull.Value;
		    cmd3.ExecuteNonQuery();
		    outValue = (string)myParameter2.Value;
		    inOutValue = (string)myParameter3.Value;
		    returnValue = (string)myParameter4.Value;
		    Console.WriteLine("    4Out Value should be: One***Three");
		    Console.WriteLine("    4Out Value: " + outValue);
		    Console.WriteLine("    4InOut Value should be: parm3 in was NULL");
		    Console.WriteLine("    4InOut Value: " + inOutValue);
		    Console.WriteLine("    4Return Value should be: A very, very, very long value in a far away memory space.");
		    Console.WriteLine("    4Return Value: " + returnValue);
		    Console.WriteLine();
		}

		static void ShowConnectionProperties (OracleConnection con) 
		{
			try {
				Console.WriteLine ("ServerVersion: " + con.ServerVersion);
			} catch (System.InvalidOperationException ioe) {
				Console.WriteLine ("InvalidOperationException caught.");
				Console.WriteLine ("Message: " + ioe.Message);
			}

			Console.WriteLine ("DataSource: " + con.DataSource);
		}

		static void NullAggregateTest (OracleConnection con)
		{
			Console.WriteLine("  Drop table MONO_TEST_TABLE3...");
			OracleCommand cmd2 = con.CreateCommand ();

			try {
				cmd2.CommandText = "DROP TABLE MONO_TEST_TABLE3";
				cmd2.ExecuteNonQuery ();
			}
			catch(OracleException) {
				// ignore if table already exists
			}

			Console.WriteLine("  Create table MONO_TEST_TABLE3...");
						
			cmd2.CommandText = "CREATE TABLE MONO_TEST_TABLE3 (" +
				" COL1 VARCHAR2(8), "+
				" COL2 VARCHAR2(32))";

			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  Insert some rows into table MONO_TEST_TABLE3...");
			cmd2.CommandText = "INSERT INTO MONO_TEST_TABLE3 (COL1, COL2) VALUES ('1','one')";
			cmd2.ExecuteNonQuery ();

			cmd2.CommandText = "INSERT INTO MONO_TEST_TABLE3 (COL1, COL2) VALUES ('1','uno')";
			cmd2.ExecuteNonQuery ();
			
			cmd2.CommandText = "INSERT INTO MONO_TEST_TABLE3 (COL1, COL2) VALUES ('3','three')";
			cmd2.ExecuteNonQuery ();
			
			cmd2.CommandText = "INSERT INTO MONO_TEST_TABLE3 (COL1, COL2) VALUES ('3', null)";
			cmd2.ExecuteNonQuery ();

			cmd2.CommandText = "INSERT INTO MONO_TEST_TABLE3 (COL1, COL2) VALUES ('3','few')";
			cmd2.ExecuteNonQuery ();

			Console.WriteLine("  ExecuteScalar...");
			cmd2.CommandText = "SELECT COL1, COUNT(COL2) AS MAX_COL1 FROM MONO_TEST_TABLE3 GROUP BY COL1";
			OracleDataReader reader = cmd2.ExecuteReader ();
			Console.WriteLine (" Read...");
			while (reader.Read ()) {

				object obj0 = reader.GetValue (0);
				Console.WriteLine("Value 0: " + obj0.ToString ());
				object obj1 = reader.GetValue (1);
				Console.WriteLine("Value 1: " + obj1.ToString ());
			
				Console.WriteLine (" Read...");
			}

			Console.WriteLine (" No more records.");
		}

		static void OnInfoMessage (object sender, OracleInfoMessageEventArgs e) 
		{
			Console.WriteLine("InfoMessage Message: " + e.Message.ToString());
			Console.WriteLine("InfoMessage Code: " + e.Code.ToString());
			Console.WriteLine("InfoMessage Source: " + e.Source.ToString());
		}

		static void OnStateChange (object sender, StateChangeEventArgs e) 
		{
			Console.WriteLine("StateChange CurrentSate:" + e.CurrentState.ToString ());
			Console.WriteLine("StateChange OriginalState:" + e.OriginalState.ToString ());
		}

		static void RefCursorTests(OracleConnection con) 
		{
			SetupRefCursorTests(con); // for ref cursor tests 1 thru 3
			RefCursorTest1(con); // using BEGIN/END
			RefCursorTest2(con); // using call
			RefCursorTest3(con); // using CommandType.StoredProcedure
		
			RefCursorTest4(con);
		}

		static void SetupRefCursorTests(OracleConnection con) 
		{
			Console.WriteLine("Setup Oracle package curspkg_join...");
		
			OracleCommand cmd = con.CreateCommand();

			Console.Error.WriteLine("    create or replace package curspkg_join...");
			cmd.CommandText = 
				"CREATE OR REPLACE PACKAGE curspkg_join AS\n" +
				"TYPE t_cursor IS REF CURSOR;\n" +
				"Procedure open_join_cursor1 (n_EMPNO IN NUMBER, io_cursor IN OUT t_cursor);\n" +
				"END curspkg_join;";
			cmd.ExecuteNonQuery();

			Console.Error.WriteLine("    create or replace package body curspkg_join...");			
			cmd.CommandText = 
				"CREATE OR REPLACE PACKAGE BODY curspkg_join AS\n" +
				"   Procedure open_join_cursor1 (n_EMPNO IN NUMBER, io_cursor IN OUT t_cursor)\n" +
				"   IS\n" +
				"        v_cursor t_cursor;\n" +
				"   BEGIN\n" +
				"        IF n_EMPNO <> 0 THEN\n" +
				"             OPEN v_cursor FOR\n" +
				"             SELECT EMP.EMPNO, EMP.ENAME, DEPT.DEPTNO, DEPT.DNAME\n" +
				"                  FROM SCOTT.EMP, SCOTT.DEPT\n" +
				"                  WHERE EMP.DEPTNO = DEPT.DEPTNO\n" +
				"                  AND EMP.EMPNO = n_EMPNO;\n" +
				"\n" +
				"        ELSE\n" +
				"             OPEN v_cursor FOR\n" +
				"             SELECT EMP.EMPNO, EMP.ENAME, DEPT.DEPTNO, DEPT.DNAME\n" +
				"                  FROM SCOTT.EMP, SCOTT.DEPT\n" +
				"                  WHERE EMP.DEPTNO = DEPT.DEPTNO;\n" +
				"\n" +
				"        END IF;\n" +
				"        io_cursor := v_cursor;\n" +
				"   END open_join_cursor1;\n" +
				"END curspkg_join;";
			cmd.ExecuteNonQuery();

			cmd.CommandText = "commit";
			cmd.ExecuteNonQuery();
		}

		public static void RefCursorTest4(OracleConnection connection) 
		{
			Console.WriteLine("Setup test package and data for RefCursorTest4...");
			OracleCommand cmddrop = connection.CreateCommand();

			cmddrop.CommandText = "DROP TABLE TESTTABLE";
			try { 
				cmddrop.ExecuteNonQuery(); 
			} 
			catch(OracleException e) {
				Console.WriteLine("Ignore this error: " + e.Message); 
			}
			cmddrop.Dispose();
			cmddrop = null;

			OracleCommand cmd = connection.CreateCommand();

			// create table TESTTABLE
			cmd.CommandText = 
				"create table TESTTABLE (\n" +
				" col1 numeric(18,0),\n" +
				" col2 char(32),\n" +
				" col3 date)";
			cmd.ExecuteNonQuery();

			// insert some rows into TESTTABLE
			cmd.CommandText = 
				"insert into TESTTABLE\n" +
				"(col1, col2, col3)\n" +
				"values(45, 'Mono', sysdate)";
			cmd.ExecuteNonQuery();

			cmd.CommandText = 
				"insert into TESTTABLE\n" +
				"(col1, col2, col3)\n" +
				"values(136, 'Fun', sysdate)";
			cmd.ExecuteNonQuery();

			cmd.CommandText = 
				"insert into TESTTABLE\n" +
				"(col1, col2, col3)\n" +
				"values(526, 'System.Data.OracleClient', sysdate)";
			cmd.ExecuteNonQuery();

			cmd.CommandText = "commit";
			cmd.ExecuteNonQuery();

			// create Oracle package TestTablePkg
			cmd.CommandText = 
				"CREATE OR REPLACE PACKAGE TestTablePkg\n" +
				"AS\n" +
				"	TYPE T_CURSOR IS REF CURSOR;\n" +
				"\n" +
				"	PROCEDURE GetData(tableCursor OUT T_CURSOR);\n" +
				"END TestTablePkg;";
			cmd.ExecuteNonQuery();

			// create Oracle package body for package TestTablePkg
			cmd.CommandText = 
				"CREATE OR REPLACE PACKAGE BODY TestTablePkg AS\n" +
				"  PROCEDURE GetData(tableCursor OUT T_CURSOR)\n" +
				"  IS\n" +
				"  BEGIN\n" +
				"    OPEN tableCursor FOR\n" +
				"    SELECT *\n" +
				"    FROM TestTable;\n" +
				"  END GetData;\n" +
				"END TestTablePkg;";
			cmd.ExecuteNonQuery();

			cmd.Dispose();
			cmd = null;

			Console.WriteLine("Set up command and parameters to call stored proc...");
			OracleCommand command = new OracleCommand("TestTablePkg.GetData", connection);
			command.CommandType = CommandType.StoredProcedure;
			OracleParameter parameter = new OracleParameter("tableCursor", OracleType.Cursor);
			parameter.Direction = ParameterDirection.Output;
			command.Parameters.Add(parameter);

			Console.WriteLine("Execute...");
			command.ExecuteNonQuery();

			Console.WriteLine("Get OracleDataReader for cursor output parameter...");
			OracleDataReader reader = (OracleDataReader) parameter.Value;
			
			Console.WriteLine("Read data...");
			int r = 0;
			while (reader.Read()) {
				Console.WriteLine("Row {0}", r);
				for (int f = 0; f < reader.FieldCount; f ++) {
					object val = reader.GetValue(f);
					Console.WriteLine("    Field {0} Value: {1}", f, val.ToString());
				}
				r ++;
			}
			Console.WriteLine("Rows retrieved: {0}", r);

			Console.WriteLine("Clean up...");
			reader.Close();
			reader = null;
			command.Dispose();
			command = null;
		}

		static void RefCursorTest1(OracleConnection con) 
		{
			Console.WriteLine("Ref Cursor Test 1 - using BEGIN/END for proc - Begin...");

			Console.WriteLine("Create command...");
			OracleCommand cmd = new OracleCommand();
			cmd.Connection = con;

			cmd.CommandText = 
				"BEGIN\n" +
				"	curspkg_join.open_join_cursor1(:n_Empno,:io_cursor);\n" +
				"END;";
		
			// PL/SQL definition of stored procedure in package curspkg_join
			// open_join_cursor1 (n_EMPNO IN NUMBER, io_cursor IN OUT t_cursor)

			Console.WriteLine("Create parameters...");

			OracleParameter parm1 = new OracleParameter("n_Empno", OracleType.Number);
			parm1.Direction = ParameterDirection.Input;
			parm1.Value = 7902;

			OracleParameter parm2 = new OracleParameter("io_cursor", OracleType.Cursor);
			parm2.Direction = ParameterDirection.Output;

			cmd.Parameters.Add(parm1);
			cmd.Parameters.Add(parm2);

			// positional parm
			//cmd.Parameters.Add(new OracleParameter("io_cursor", OracleType.Cursor)).Direction = ParameterDirection.Output;
			// named parm
			//cmd.Parameters.Add("n_Empno", OracleType.Number, 4).Value = 7902;

			OracleDataReader reader;
			Console.WriteLine("Execute Non Query...");
			cmd.ExecuteNonQuery();

			Console.WriteLine("Get data reader (ref cursor) from out parameter...");
			reader = (OracleDataReader) cmd.Parameters["io_cursor"].Value;

			int x, count;
			count = 0;

			Console.WriteLine("Get data from ref cursor...");
			while (reader.Read()) {
				for (x = 0; x < reader.FieldCount; x++) 
					Console.Write(reader[x] + " ");
			
				Console.WriteLine();
				count += 1;
			}
			Console.WriteLine(count.ToString() + " Rows Returned.");

			reader.Close();
		}

		static void RefCursorTest2(OracleConnection con) 
		{
			Console.WriteLine("Ref Cursor Test 2 - using call - Begin...");

			Console.WriteLine("Create command...");
			OracleCommand cmd = new OracleCommand();
			cmd.Connection = con;
			cmd.CommandText = "call curspkg_join.open_join_cursor1(:n_Empno,:io_cursor)";
		
			// PL/SQL definition of stored procedure in package curspkg_join
			// open_join_cursor1 (n_EMPNO IN NUMBER, io_cursor IN OUT t_cursor)

			Console.WriteLine("Create parameters...");

			OracleParameter parm1 = new OracleParameter("n_Empno", OracleType.Number);
			parm1.Direction = ParameterDirection.Input;
			parm1.Value = 7902;

			OracleParameter parm2 = new OracleParameter("io_cursor", OracleType.Cursor);
			parm2.Direction = ParameterDirection.Output;

			cmd.Parameters.Add(parm1);
			cmd.Parameters.Add(parm2);

			// positional parm
			//cmd.Parameters.Add(new OracleParameter("io_cursor", OracleType.Cursor)).Direction = ParameterDirection.Output;
			// named parm
			//cmd.Parameters.Add("n_Empno", OracleType.Number, 4).Value = 7902;

			OracleDataReader reader;
			Console.WriteLine("Execute Non Query...");
			cmd.ExecuteNonQuery();

			Console.WriteLine("Get data reader (ref cursor) from out parameter...");
			reader = (OracleDataReader) cmd.Parameters["io_cursor"].Value;

			int x, count;
			count = 0;

			Console.WriteLine("Get data from ref cursor...");
			while (reader.Read()) {
				for (x = 0; x < reader.FieldCount; x++) 
					Console.Write(reader[x] + " ");
			
				Console.WriteLine();
				count += 1;
			}
			Console.WriteLine(count.ToString() + " Rows Returned.");

			reader.Close();
		}

		static void RefCursorTest3(OracleConnection con) 
		{
			Console.WriteLine("Ref Cursor Test 3 - CommandType.StoredProcedure - Begin...");

			Console.WriteLine("Create command...");
			OracleCommand cmd = new OracleCommand();
			cmd.Connection = con;
			cmd.CommandText = "curspkg_join.open_join_cursor1";
			cmd.CommandType = CommandType.StoredProcedure;
		
			// PL/SQL definition of stored procedure in package curspkg_join
			// open_join_cursor1 (n_EMPNO IN NUMBER, io_cursor IN OUT t_cursor)

			Console.WriteLine("Create parameters...");

			OracleParameter parm1 = new OracleParameter("n_Empno", OracleType.Number);
			parm1.Direction = ParameterDirection.Input;
			parm1.Value = 7902;

			OracleParameter parm2 = new OracleParameter("io_cursor", OracleType.Cursor);
			parm2.Direction = ParameterDirection.Output;

			cmd.Parameters.Add(parm1);
			cmd.Parameters.Add(parm2);

			// positional parm
			//cmd.Parameters.Add(new OracleParameter("io_cursor", OracleType.Cursor)).Direction = ParameterDirection.Output;
			// named parm
			//cmd.Parameters.Add("n_Empno", OracleType.Number, 4).Value = 7902;

			OracleDataReader reader;
			Console.WriteLine("Execute Non Query...");
			cmd.ExecuteNonQuery();

			Console.WriteLine("Get data reader (ref cursor) from out parameter...");
			reader = (OracleDataReader) cmd.Parameters["io_cursor"].Value;

			int x, count;
			count = 0;

			Console.WriteLine("Get data from ref cursor...");
			while (reader.Read()) {
				for (x = 0; x < reader.FieldCount; x++) 
					Console.Write(reader[x] + " ");
			
				Console.WriteLine();
				count += 1;
			}
			Console.WriteLine(count.ToString() + " Rows Returned.");

			reader.Close();
		}

		static void ExternalAuthenticationTest () 
		{
			string user = Environment.UserName;
			if (!Environment.UserDomainName.Equals(String.Empty))
				user = Environment.UserDomainName + "\\" + Environment.UserName;
			Console.WriteLine("Environment UserDomainName and UserName: " + user);
			Console.WriteLine("Open connection using external authentication...");
			OracleConnection con = new OracleConnection("Data Source=palis;Integrated Security=true");
			try {
				con.Open();
				OracleCommand cmd = con.CreateCommand();
				cmd.CommandText = "SELECT USER FROM DUAL";
				OracleDataReader reader = cmd.ExecuteReader();
				if (reader.Read())
					Console.WriteLine("User: " + reader.GetString(reader.GetOrdinal("USER")));
				con.Close();
			}
			catch (Exception e) {
				Console.WriteLine("Exception caught: " + e.Message);
				Console.WriteLine("Probably not setup for external authentication.");
			}
			con.Dispose();
			con = null;
		}

		public static void TestPersistSucurityInfo1() 
		{
			Console.WriteLine("\nTestPersistSucurityInfo1 - persist security info=false");
			OracleConnection con = new OracleConnection("data source=palis;user id=scott;password=tiger;persist security info=false");
			Console.WriteLine("ConnectionString before open: " + con.ConnectionString);
			con.Open();
			Console.WriteLine("ConnectionString after open: " + con.ConnectionString);
			con.Close();
			Console.WriteLine("ConnectionString after close: " + con.ConnectionString);
			con = null;
		}

		public static void TestPersistSucurityInfo2() 
		{
			Console.WriteLine("\nTestPersistSucurityInfo2 - persist security info=true");
			OracleConnection con = new OracleConnection("data source=palis;user id=scott;password=tiger;persist security info=true");
			Console.WriteLine("ConnectionString before open: " + con.ConnectionString);
			con.Open();
			Console.WriteLine("ConnectionString after open: " + con.ConnectionString);
			con.Close();
			Console.WriteLine("ConnectionString after close: " + con.ConnectionString);
			con = null;
		}

		public static void TestPersistSucurityInfo3() 
		{
			Console.WriteLine("\nTestPersistSucurityInfo3 - use default for persist security info which is false");
			OracleConnection con = new OracleConnection("data source=palis;user id=scott;password=tiger");
			Console.WriteLine("ConnectionString before open: " + con.ConnectionString);
			con.Open();
			Console.WriteLine("ConnectionString after open: " + con.ConnectionString);
			con.Close();
			Console.WriteLine("ConnectionString after close: " + con.ConnectionString);
			con = null;
		}

		public static void TestPersistSucurityInfo4() 
		{
			Console.WriteLine("\nTestPersistSucurityInfo4 - persist security info=false with password at front");
			OracleConnection con = new OracleConnection(";password=tiger;data source=palis;user id=scott;persist security info=false");
			Console.WriteLine("ConnectionString before open: " + con.ConnectionString);
			con.Open();
			Console.WriteLine("ConnectionString after open: " + con.ConnectionString);
			con.Close();
			Console.WriteLine("ConnectionString after close: " + con.ConnectionString);
			con = null;
		}

		public static void TestPersistSucurityInfo5() 
		{
			Console.WriteLine("\nTestPersistSucurityInfo5 - persist security info=false");
			OracleConnection con = new OracleConnection("data source=palis;user id=scott;password=tiger;persist security info=false");
			Console.WriteLine("ConnectionString before open: " + con.ConnectionString);
			con.Open();
			Console.WriteLine("ConnectionString after open: " + con.ConnectionString);
			Console.WriteLine("ConnectionState for con: " + con.State.ToString() + "\n");
		
			Console.WriteLine("Clone OracleConnection...");
			OracleConnection con2 = (OracleConnection) ((ICloneable) con).Clone();
		
			Console.WriteLine("ConnectionState for con2: " + con2.State.ToString());
			Console.WriteLine("con2 ConnectionString before open: " + con2.ConnectionString);
			con2.Open();
			Console.WriteLine("con2 ConnectionString after open: " + con2.ConnectionString);
			con2.Close();
			Console.WriteLine("con2 ConnectionString after close: " + con2.ConnectionString);
		
			con.Close();
		}

		public static void TestPersistSucurityInfo6() 
		{
			Console.WriteLine("\nTestPersistSucurityInfo6 - external auth using persist security info");

			string user = Environment.UserName;
			if (!Environment.UserDomainName.Equals(String.Empty))
				user = Environment.UserDomainName + "\\" + Environment.UserName;
			Console.WriteLine("Environment UserDomainName and UserName: " + user);
			Console.WriteLine("Open connection using external authentication...");
			OracleConnection con = new OracleConnection("Data Source=palis;Integrated Security=true");
			Console.WriteLine("ConnectionString before open: " + con.ConnectionString);
			try {
				con.Open();
				OracleCommand cmd = con.CreateCommand();
				cmd.CommandText = "SELECT USER FROM DUAL";
				OracleDataReader reader = cmd.ExecuteReader();
				if (reader.Read())
					Console.WriteLine("User: " + reader.GetString(reader.GetOrdinal("USER")));
				con.Close();
				Console.WriteLine("ConnectionString after close: " + con.ConnectionString);
			}
			catch (Exception e) {
				Console.WriteLine("Exception caught: " + e.Message);
				Console.WriteLine("Probably not setup for external authentication. This is fine.");
			}
			con.Dispose();
			Console.WriteLine("ConnectionString after dispose: " + con.ConnectionString);
			con = null;
			Console.WriteLine("\n\n");
		}

		public static void ConnectionPoolingTest1 () 
		{
			Console.WriteLine("Start Connection Pooling Test 1...");
			OracleConnection[] connections = null;
			int maxCon = MAX_CONNECTIONS + 1; // add 1 more over the max connections to cause it to wait for the next available connection
			int i = 0;

			try {
				connections = new OracleConnection[maxCon];			
		
				for (i = 0; i < maxCon; i++) {
					Console.WriteLine("   Open connection: {0}", i);
					connections[i] = new OracleConnection(conStr);
					connections[i].Open ();
				}
			} catch (InvalidOperationException e) {
				Console.WriteLine("Expected exception InvalidOperationException caught.");
				Console.WriteLine(e);
			}

			for (i = 0; i < maxCon; i++) {
				if (connections[i] != null) {
					Console.WriteLine("   Close connection: {0}", i);
					if (connections[i].State == ConnectionState.Open)
						connections[i].Close ();
					connections[i].Dispose ();
					connections[i] = null;
				}
			}

			connections = null;

			Console.WriteLine("Done Connection Pooling Test 1.");
		}

		public static void ConnectionPoolingTest2 () 
		{
			Console.WriteLine("Start Connection Pooling Test 2...");
			OracleConnection[] connections = null;
			int maxCon = MAX_CONNECTIONS;
			int i = 0;

			connections = new OracleConnection[maxCon];			
		
			for (i = 0; i < maxCon; i++) {
				Console.WriteLine("   Open connection: {0}", i);
				connections[i] = new OracleConnection(conStr);
				connections[i].Open ();
			}
		
			Console.WriteLine("Start another thread...");
			t = new Thread(new ThreadStart(AnotherThreadProc));
			t.Start ();

			Console.WriteLine("Sleep...");
			Thread.Sleep(100);

			Console.WriteLine("Closing...");
			for (i = 0; i < maxCon; i++) {
				if (connections[i] != null) {
					Console.WriteLine("   Close connection: {0}", i);
					if (connections[i].State == ConnectionState.Open)
						connections[i].Close ();
					connections[i].Dispose ();
					connections[i] = null;
				}
			}

			connections = null;
		}

		private static void AnotherThreadProc () 
		{
			Console.WriteLine("Open connection via another thread...");
			OracleConnection[] connections = null;
			int maxCon = MAX_CONNECTIONS; 
			int i = 0;

			connections = new OracleConnection[maxCon];			
		
			for (i = 0; i < maxCon; i++) {
				Console.WriteLine("   Open connection: {0}", i);
				connections[i] = new OracleConnection(conStr);
				connections[i].Open ();
			}

			Console.WriteLine("Done Connection Pooling Test 2.");
			System.Environment.Exit (0);
		}

		[STAThread]
		static void Main(string[] args) 
		{ 	
			if(args.Length != 3) {
				Console.WriteLine("Usage: mono TestOracleClient database userid password");
				return;
			}

			string connectionString = String.Format(
				"Data Source={0};" +
				"User ID={1};" +
				"Password={2}",
				args[0], args[1], args[2]);

			conStr = connectionString;

			OracleConnection con1 = new OracleConnection();

			ShowConnectionProperties (con1);

			con1.ConnectionString = connectionString;

			con1.InfoMessage += new OracleInfoMessageEventHandler (OnInfoMessage);
			con1.StateChange += new StateChangeEventHandler (OnStateChange);

			Console.WriteLine("Opening...");
			con1.Open ();
			Console.WriteLine("Opened.");

			ShowConnectionProperties (con1);

			Console.WriteLine ("Mono Oracle Test BEGIN ...");
			MonoTest (con1);
			Console.WriteLine ("Mono Oracle Test END ...");

			Wait ("");
			
			Console.WriteLine ("LOB Test BEGIN...");
			CLOBTest (con1);
			BLOBTest (con1);
			Console.WriteLine ("LOB Test END.");
			Wait ("");

			Console.WriteLine ("Read Simple Test BEGIN - scott.emp...");
                        ReadSimpleTest(con1, "SELECT e.*, e.rowid FROM scott.emp e");
			Console.WriteLine ("Read Simple Test END - scott.emp");

			Wait ("");
			
			Console.WriteLine ("DataAdapter Test BEGIN...");
                        DataAdapterTest(con1);
			Console.WriteLine ("DataAdapter Test END.");

			Wait ("");

			Console.WriteLine ("DataAdapter Test 2 BEGIN...");
			DataAdapterTest2(con1);
			Console.WriteLine ("DataAdapter Test 2 END.");

			Wait ("");

			Console.WriteLine ("Rollback Test BEGIN...");
                        RollbackTest(con1);
			Console.WriteLine ("Rollback Test END.");

			Wait ("");

			Console.WriteLine ("Commit Test BEGIN...");
                        CommitTest(con1);
			Console.WriteLine ("Commit Test END.");

			Wait ("");

			Console.WriteLine ("Parameter Test BEGIN...");
                        ParameterTest(con1);
			ReadSimpleTest(con1, "SELECT * FROM MONO_TEST_TABLE7");
			Console.WriteLine ("Parameter Test END.");

			Wait ("");
			
			Console.WriteLine ("Stored Proc Test 1 BEGIN...");
			StoredProcedureTest1 (con1);
			ReadSimpleTest(con1, "SELECT * FROM MONO_TEST_TABLE1");
			Console.WriteLine ("Stored Proc Test 1 END...");

			Wait ("");

			Console.WriteLine ("Stored Proc Test 2 BEGIN...");
			StoredProcedureTest2 (con1);
			ReadSimpleTest(con1, "SELECT * FROM MONO_TEST_TABLE2");
			Console.WriteLine ("Stored Proc Test 2 END...");

			Console.WriteLine ("Out Parameter and PL/SQL Block Test 1 BEGIN...");
			OutParmTest1 (con1); 
			Console.WriteLine ("Out Parameter and PL/SQL Block Test 1 END...");

			Console.WriteLine ("Out Parameter and PL/SQL Block Test 2 BEGIN...");
			OutParmTest2 (con1); 
			Console.WriteLine ("Out Parameter and PL/SQL Block Test 2 END...");

			Console.WriteLine ("Out Parameter and PL/SQL Block Test 3 BEGIN...");
			OutParmTest3 (con1); 
			Console.WriteLine ("Out Parameter and PL/SQL Block Test 3 END...");

			Console.WriteLine ("Out Parameter and PL/SQL Block Test 4 BEGIN...");
			OutParmTest4 (con1); 
			Console.WriteLine ("Out Parameter and PL/SQL Block Test 4 END...");

			Wait ("");

			Console.WriteLine ("Test a Non Query using Execute Reader BEGIN...");
			TestNonQueryUsingExecuteReader (con1);
			Console.WriteLine ("Test a Non Query using Execute Reader END...");

			Wait ("");

			Console.WriteLine ("Null Aggregate Warning BEGIN test...");
			NullAggregateTest (con1);
			Console.WriteLine ("Null Aggregate Warning END test...");

			Console.WriteLine ("Ref Cursor BEGIN tests...");
			RefCursorTests (con1);
			Console.WriteLine ("Ref Cursor END tests...");

			Console.WriteLine("Closing...");
			con1.Close ();
			Console.WriteLine("Closed.");

			conStr = conStr + ";pooling=true;min pool size=4;max pool size=" + MAX_CONNECTIONS.ToString ();
			ConnectionPoolingTest1 ();
			ConnectionPoolingTest2 ();

			// Need to have an external authentication user setup in Linux and oracle
			// before running this test
			//ExternalAuthenticationTest();

			TestPersistSucurityInfo1();
			TestPersistSucurityInfo2();
			TestPersistSucurityInfo3();
			TestPersistSucurityInfo4();
			TestPersistSucurityInfo5();
			TestPersistSucurityInfo6();
			
			Console.WriteLine("Done.");
		}
	}
}