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Tester.NET5.cs
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Tester.NET5.cs
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//------------------------------------------------------------------------------
// Odapter - a C# code generator for Oracle packages
// Copyright(C) 2021 Clay Lipscomb
//
// This program is free software: you can redistribute it and/or modify
// it under the terms of the GNU General Public License as published by
// the Free Software Foundation, either version 3 of the License, or
// (at your option) any later version.
//
// This program is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
// GNU General Public License for more details.
//
// You should have received a copy of the GNU General Public License
// along with this program. If not, see<http://www.gnu.org/licenses/>.
//------------------------------------------------------------------------------
//#define SHORT_INTEGER // INTEGER as Int32
//#define DECIMAL_INTEGER // INTEGER as Decimal
#define DATE_TIME // DATE as DateTime
//#define SAFETYPE
//#define SAFETYPE_INTEGER // INTEGER as safe type OracleDecimal
//#define SAFETYPE_NUMBER // NUMBER as safe type OracleDecimal
//#define SAFETYPE_DATE // DATE as safe type OracleDate
//#define SAFETYPE_TIMESTAMP // TIMESTAMP as safe type OracleTimeStamp
//#define SAFETYPE_TIMESTAMP_TZ // TIMESTAMP WITH TIME ZONE as safe type OracleTimeStampTZ
//#define SAFETYPE_TIMESTAMP_LTZ // TIMESTAMP WITH TIME LOCAL ZONE as safe type OracleTimeStampLTZ
//#define SAFETYPE_BLOB // BLOB as safe type OracleBlob
//#define SAFETYPE_CLOB // CLOB, NCLOB as safe type OracleClob
#define ODPT_FILTER_PREFIX // "ODPT" as filter prefix of schema
#define MAPPING_FOR_TYPED_CURSOR // optional overloads for typed cursors methods are generated for mapping
//#define SEED_TABLES // seed all tables with test data
//#define LARGE_LOB_SIZE
using System;
using System.Collections.Generic;
using System.Linq;
using System.Data;
using System.Diagnostics;
using System.Threading.Tasks;
using Oracle.ManagedDataAccess.Client;
using Oracle.ManagedDataAccess.Types;
#if SAFETYPE
using Schema.Odpt.Odpt.Safe;
using Schema.Odpt.Odpt.Safe.Package;
using Schema.Odpt.Odpt.Safe.Table;
using Schema.Odpt.Odpt.Safe.Type.Object;
using Schema.Odpt.Odpt.Safe.View;
#elif ODPT_FILTER_PREFIX
using Schema.Odpt.Odpt;
using Schema.Odpt.Odpt.Package;
using Schema.Odpt.Odpt.Table;
using Schema.Odpt.Odpt.Type.Object;
using Schema.Odpt.Odpt.View;
#else
using Schema.Odpt;
using Schema.Odpt.Package;
using Schema.Odpt.Table;
using Schema.Odpt.Type.Object;
using Schema.Odpt.View;
#endif
namespace Odapter.Tester.NET5 {
class Program {
static void Main(string[] args) {
Tester test = new Tester();
test.Run();
}
public class Tester {
private const uint TABLE_BIG_ROWS_TO_INSERT = 1000;
private const uint TABLE_BIG_ROWS_TO_RETRIEVE = 100;
// VARCHAR2, VARCHAR, NVARCHAR2, STRING
private const int MAX_STRING_SIZE_FOR_VARCHAR_ARG = 8191; // >= 8192 overflows against XE with managed
private const int MAX_STRING_SIZE_FOR_VARCHAR_IN_ASSOC_ARRAY = 4000;
private const int MAX_STRING_SIZE_FOR_NVARCHAR_IN_ASSOC_ARRAY = 1000;
private const int MAX_STRING_SIZE_FOR_CHAR = 2000;
private const int MAX_STRING_SIZE_FOR_CHAR_IN_ASSOC_ARRAY = 2000;
private const int MAX_STRING_SIZE_FOR_NCHAR_IN_ASSOC_ARRAY = 500;
private const int MAX_STRING_SIZE_FOR_VARCHAR_COL = 4000;
private const int MAX_STRING_SIZE_FOR_NVARCHAR_COL = 2000;
private const int MAX_STRING_SIZE_FOR_CHAR_COL = 2000;
private const int MAX_STRING_SIZE_FOR_NCHAR_COL = 1000;
private const int MAX_ASSOC_ARRAY_SIZE_OUT = UInt16.MaxValue;
private const int MAX_ASSOC_ARRAY_SIZE_IN = UInt16.MaxValue * 100;
// actual max of LOB *column* is 4 GB (4*1024*1024*1024-1 bytes) 4,294,967,295
private const int LOB_SIZE =
#if LARGE_LOB_SIZE
(100 * 1024 * 1024) - 1; // out of memory occurs at 1GB, will test at 0.1 GB
#else
(10 * 1024 * 1024) - 1; // faster tests with 0.01 GB
#endif
private const int MAX_BYTES_FOR_BLOB_COL = LOB_SIZE;
private const int MAX_STRING_SIZE_FOR_CLOB_COL = LOB_SIZE / 2; // allow for 2 bytes per String character
private const int MAX_STRING_SIZE_FOR_NCLOB_COL = LOB_SIZE / 2; // allow for 2 bytes per String character
private const Double MIN_BINARY_DOUBLE = 2.2250738585072014e-130d;
private const Double MAX_BINARY_DOUBLE = 1.7976931348623157e125d;
private const Decimal MAX_DECIMAL = 792281625142643375935439.5033M;
private const Decimal MIN_DECIMAL = -792281625142643375935439.5033M;
//792281625142643375935439 50335
//private const Decimal MAX_ORACLE_DECIMAL = 792281625142643375935439.5033M;
//private const Decimal MIN_ORACLE_DECIMAL = -792281625142643375935439.5033M;
//private readonly OracleDecimal MAX_ORACLE_DECIMAL = new OracleDecimal("999999999999999999999999999999999999990000000000000000000000000000000000000000000000000000000000000000000000000000000000000000");
// 999999999999999999999999999999999999990000000000000000000000000000000000000000000000000000000000000000000000000000000000000000
internal void Run() {
Debug.Assert(Database.Instance.TestConnection());
#if SEED_TABLES
SeedTableBig();
SeedTableNumber();
#endif
TestStringCalls();
TestStringLobCalls();
TestByteArrayLobCalls();
TestInt32Calls();
TestInt64Calls();
TestDecimalCalls();
TestSingleCalls();
TestDoubleCalls();
TestDateCalls();
TestTimeSpanCalls();
TestCursorTypedTableBig();
TestCursorUntypedTableBig();
TestCursorTypedTableNumber();
TestCursorUntypedTableNumber();
TestCursorFilteredPackageTableBig();
TestAssociativeArrayInt64MaxCalls();
TestAssociativeArrayStringMaxCalls();
TestDuplicateSignatureCalls();
TestNoParamCalls();
TestOptionalParamCalls();
TestMiscCalls();
TestSingleton();
CompileTimeChecks();
//Console.WriteLine( "Complete." );
//Console.ReadLine();
}
#region Seeding Methods
private void SeedTableBig() {
OracleConnection conn =
#if SAFETYPE_BLOB || SAFETYPE_CLOB
Database.Instance.GetConnection(); // connection required to instantiate LOB classes
#else
null;
#endif
#if SAFETYPE_BLOB
OracleBlob oracleBlob = new OracleBlob(conn);
#endif
#if SAFETYPE_CLOB
OracleClob oracleClob = new OracleClob(conn);
OracleClob oracleNClob = new OracleClob(conn);
#endif
OdptPkgTableBig.Instance.TruncTable(null);
// misc values (zero, NaN, empty string, null)
#if SAFETYPE_BLOB
oracleBlob.Append(new byte[] { byte.MinValue }, 0, 1);
#endif
#if SAFETYPE_CLOB
oracleClob.Append(new char[] { ' ' }, 0, 1);
oracleNClob.Append(new char[] { ' ' }, 0, 1);
#endif
OdptPkgTableBig.Instance.InsertRow(0, 0, 0, 0, 0, 0, 0.0M, 0.0M, 0.0M, 0.0M, Single.NaN, Double.NaN, "", "", "", "", "", "", "", "", "", "",
null, null, null, null, null, null, null, null, null, null,
#if SAFETYPE_BLOB
oracleBlob,
#else
null,
#endif
#if SAFETYPE_CLOB
oracleClob,
#else
"",
#endif
#if SAFETYPE_CLOB
oracleNClob,
#else
"",
#endif
null, null, null, null, null, null, null, null, null,
conn);
// all explicitly null values
OdptPkgTableBig.Instance.InsertRow(null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null,
null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, conn);
// min values for INTEGER, NUMBER, DATE, TIMESTAMP, LOB
#if SAFETYPE_BLOB
oracleBlob.SetLength(0);
oracleBlob.Append(new byte[] { byte.MinValue }, 0, 1);
#endif
#if SAFETYPE_CLOB
oracleClob.SetLength(0);
oracleClob.Append(new char[] { 'F' }, 0, 1);
oracleNClob.SetLength(0);
oracleNClob.Append(new char[] { 'G' }, 0, 1);
#endif
// min values
OdptPkgTableBig.Instance.InsertRow(
#if SAFETYPE_INTEGER
OracleDecimal.MinValue, OracleDecimal.Truncate(OracleDecimal.MinValue, 0), OracleDecimal.Truncate(OracleDecimal.MinValue, 0), OracleDecimal.Truncate(OracleDecimal.MinValue, 0), OracleDecimal.Truncate(OracleDecimal.MinValue, 0), OracleDecimal.Truncate(OracleDecimal.MinValue, 0),
#elif DECIMAL_INTEGER
MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL,
#elif SHORT_INTEGER
Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue,
#else
Int64.MinValue, Int64.MinValue, Int64.MinValue, Int64.MinValue, Int64.MinValue, Int64.MinValue,
#endif
#if !SAFETYPE_NUMBER
MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL,
#else
OracleDecimal.MinValue, OracleDecimal.MinValue, OracleDecimal.MinValue, OracleDecimal.MinValue,
#endif
Single.MinValue, MIN_BINARY_DOUBLE,
"A", new string('?', MAX_STRING_SIZE_FOR_VARCHAR_COL), "B", new string('?', MAX_STRING_SIZE_FOR_VARCHAR_COL), "C", new string('?', MAX_STRING_SIZE_FOR_NVARCHAR_COL),
"D", new string('?', MAX_STRING_SIZE_FOR_CHAR_COL), "E", new string('?', MAX_STRING_SIZE_FOR_NCHAR_COL),
#if !SAFETYPE_DATE
DateTime.MinValue.AddMilliseconds(1),
#else
OracleDate.MinValue,
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.MinValue.AddMilliseconds(1),
#else
OracleTimeStamp.MinValue.AddMilliseconds(1),
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.MinValue.AddMilliseconds(1),
#else
OracleTimeStamp.MinValue.AddMilliseconds(1),
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.MinValue.AddMilliseconds(1),
#else
OracleTimeStamp.MinValue.AddMilliseconds(1),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.MinValue.AddMilliseconds(1),
#else
DateTimeOffset.MinValue.AddMilliseconds(1),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.MinValue.AddMilliseconds(1),
#else
DateTimeOffset.MinValue.AddMilliseconds(1),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.MinValue.AddMilliseconds(1),
#else
DateTimeOffset.MinValue.AddMilliseconds(1),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.MinValue.AddMilliseconds(1),
#else
DateTime.MinValue.AddMilliseconds(1),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.MinValue.AddMilliseconds(1),
#else
DateTime.MinValue.AddMilliseconds(1),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.MinValue.AddMilliseconds(1),
#else
DateTime.MinValue.AddMilliseconds(1),
#endif
#if !SAFETYPE_BLOB
new Byte[] { 0x00 },
#else
oracleBlob,
#endif
#if !SAFETYPE_CLOB
"F",
#else
oracleClob,
#endif
#if !SAFETYPE_CLOB
"G",
#else
oracleNClob,
#endif
null, null, null, null, null, null, null, null, null,
conn);
// max values
#if SAFETYPE_BLOB
oracleBlob.SetLength(0);
oracleBlob.Append(Enumerable.Repeat<byte>((byte)0x00, MAX_BYTES_FOR_BLOB_COL).ToArray(), 0, MAX_BYTES_FOR_BLOB_COL);
#endif
#if SAFETYPE_CLOB
oracleClob.SetLength(0);
oracleClob.Append(Enumerable.Repeat<char>('?', MAX_STRING_SIZE_FOR_CLOB_COL).ToArray(), 0, MAX_STRING_SIZE_FOR_CLOB_COL);
//Console.WriteLine("oracleClob.Length: " + oracleClob.Length);
oracleNClob.SetLength(0);
oracleNClob.Append(Enumerable.Repeat<char>('?', MAX_STRING_SIZE_FOR_NCLOB_COL).ToArray(), 0, MAX_STRING_SIZE_FOR_NCLOB_COL);
//Console.WriteLine("oracleNClob.Length: " + oracleNClob.Length);
#endif
OdptPkgTableBig.Instance.InsertRow(
#if SAFETYPE_INTEGER
OracleDecimal.MaxValue, OracleDecimal.Truncate(OracleDecimal.MaxValue, 0), OracleDecimal.Truncate(OracleDecimal.MaxValue, 0), OracleDecimal.Truncate(OracleDecimal.MaxValue, 0), OracleDecimal.Truncate(OracleDecimal.MaxValue, 0), OracleDecimal.Truncate(OracleDecimal.MaxValue, 0),
#elif DECIMAL_INTEGER
MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL,
#elif SHORT_INTEGER
Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue,
#else
Int64.MaxValue, Int64.MaxValue, Int64.MaxValue, Int64.MaxValue, Int64.MaxValue, Int64.MaxValue,
#endif
#if !SAFETYPE_NUMBER
MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL,
#else
OracleDecimal.MaxValue, OracleDecimal.MaxValue, OracleDecimal.MaxValue, OracleDecimal.MaxValue,
#endif
Single.MaxValue, MAX_BINARY_DOUBLE,
"A", new string('?', MAX_STRING_SIZE_FOR_VARCHAR_COL), "B", new string('?', MAX_STRING_SIZE_FOR_VARCHAR_COL), "C", new string('?', MAX_STRING_SIZE_FOR_NVARCHAR_COL),
"D", new string('?', MAX_STRING_SIZE_FOR_CHAR_COL), "E", new string('?', MAX_STRING_SIZE_FOR_NCHAR_COL),
#if !SAFETYPE_DATE
DateTime.MaxValue,
#else
OracleDate.MaxValue,
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.MaxValue.AddMilliseconds(-1), /* max value alone causes overflow when retrieved into .NET */
#else
OracleTimeStamp.MaxValue.AddMilliseconds(-1), /* max value alone causes overflow when retrieved into .NET */
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.MaxValue.AddSeconds(-1), /* max value alone causes overflow when retrieved into .NET TimeStamp(0) has no milliseconds */
#else
OracleTimeStamp.MaxValue.AddSeconds(-1), /* max value alone causes overflow when retrieved into .NET , TimeStamp(0) has no milliseconds */
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.MaxValue.AddMilliseconds(-1), /* max value alone causes overflow when retrieved into .NET */
#else
OracleTimeStamp.MaxValue.AddMilliseconds(-1), /* max value alone causes overflow when retrieved into .NET */
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.MaxValue.AddDays(-1),
#else
DateTimeOffset.MaxValue.AddDays(-1),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.MaxValue.AddDays(-1),
#else
DateTimeOffset.MaxValue.AddDays(-1),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.MaxValue.AddDays(-1),
#else
DateTimeOffset.MaxValue.AddDays(-1),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.MaxValue.AddDays(-1),
#else
DateTime.MaxValue.AddDays(-1),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.MaxValue.AddDays(-1),
#else
DateTime.MaxValue.AddDays(-1),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.MaxValue.AddDays(-1),
#else
DateTime.MaxValue.AddDays(-1),
#endif
#if !SAFETYPE_BLOB
Enumerable.Repeat((byte)0x00, MAX_BYTES_FOR_BLOB_COL).ToArray(),
#else
oracleBlob,
#endif
#if !SAFETYPE_CLOB
new string('?', MAX_STRING_SIZE_FOR_CLOB_COL),
#else
oracleClob,
#endif
#if !SAFETYPE_CLOB
new string('?', MAX_STRING_SIZE_FOR_NCLOB_COL),
#else
oracleNClob,
#endif
null, null, null, null, null, null, null, null, null,
conn);
// filler values
#if SAFETYPE_BLOB
oracleBlob.SetLength(0);
oracleBlob.Append(new Byte[] { 0x00 }, 0, 1);
#endif
#if SAFETYPE_CLOB
oracleClob.SetLength(0);
oracleClob.Append(new char[] { 'F' }, 0, 1);
oracleNClob.SetLength(0);
oracleNClob.Append(new char[] { 'G' }, 0, 1);
#endif
for (int i = 0; i < TABLE_BIG_ROWS_TO_INSERT; i++) {
OdptPkgTableBig.Instance.InsertRow(i + 1, i + 2, i + 3, i + 4,
i + 5, i + 6, i + 7, i + 8, i + 9, i + 10, i + 11, i + 12,
"A", new string('?', MAX_STRING_SIZE_FOR_VARCHAR_COL), "B", new string('?', MAX_STRING_SIZE_FOR_VARCHAR_COL), "C", new string('?', MAX_STRING_SIZE_FOR_NVARCHAR_COL),
"D", new string('?', MAX_STRING_SIZE_FOR_CHAR_COL), "E", new string('?', MAX_STRING_SIZE_FOR_NCHAR_COL),
#if !SAFETYPE_DATE
DateTime.Today.AddDays(i),
#else
new OracleDate(OracleDate.GetSysDate().Value.AddDays(i)),
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.Today.AddDays(i),
#else
OracleTimeStamp.GetSysDate().AddDays(i),
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.Today.AddDays(i),
#else
OracleTimeStamp.GetSysDate().AddDays(i),
#endif
#if !SAFETYPE_TIMESTAMP
DateTime.Today.AddDays(i),
#else
OracleTimeStamp.GetSysDate().AddDays(i),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.GetSysDate().AddDays(i),
#else
DateTimeOffset.UtcNow.AddDays(i),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.GetSysDate().AddDays(i),
#else
DateTimeOffset.UtcNow.AddDays(i),
#endif
#if SAFETYPE_TIMESTAMP_TZ
OracleTimeStampTZ.GetSysDate().AddDays(i),
#else
DateTimeOffset.UtcNow.AddDays(i),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.GetSysDate().AddDays(i),
#else
DateTime.Today.AddDays(i),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.GetSysDate().AddDays(i),
#else
DateTime.Today.AddDays(i),
#endif
#if SAFETYPE_TIMESTAMP_LTZ
OracleTimeStampLTZ.GetSysDate().AddDays(i),
#else
DateTime.Today.AddDays(i),
#endif
#if !SAFETYPE_BLOB
new Byte[] { 0x00 },
#else
oracleBlob,
#endif
#if !SAFETYPE_CLOB
"F",
#else
oracleClob,
#endif
#if !SAFETYPE_CLOB
"G",
#else
oracleNClob,
#endif
null, null, null, null, null, null, null, null, null,
conn);
}
#if SAFETYPE_BLOB
oracleBlob.Dispose();
#endif
#if SAFETYPE_CLOB
oracleClob.Dispose();
oracleNClob.Dispose();
#endif
if (conn != null) {
conn.Close();
conn.Dispose();
}
}
private void SeedTableNumber() {
OdptPkgTableNumber.Instance.TruncTable(null);
// all explicitly zero values
OdptPkgTableNumber.Instance.InsertRow(0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, null);
// all explictly null values
OdptPkgTableNumber.Instance.InsertRow(null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null, null,
null, null, null, null, null, null, null, null, null, null, null, null, null);
// min values
OdptPkgTableNumber.Instance.InsertRow(MIN_DECIMAL / 100000000,
-9, -99,
-999, -9999, -99999,
-Convert.ToInt32(new string('9', 6)), -Convert.ToInt32(new string('9', 7)), -Convert.ToInt32(new string('9', 8)), -Convert.ToInt32(new string('9', 9)),
#if SAFETYPE_INTEGER
-new OracleDecimal(new string('9', 10)), -new OracleDecimal(new string('9', 18)), -new OracleDecimal(new string('9', 19)), -new OracleDecimal(new string('9', 38)),
#elif DECIMAL_INTEGER
-Convert.ToDecimal(new string('9', 10)), -Convert.ToDecimal(new string('9', 18)), -Convert.ToDecimal(new string('9', 19)), MIN_DECIMAL,
#elif SHORT_INTEGER
Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue,
#else
-Convert.ToInt64(new string('9', 10)), -Convert.ToInt64(new string('9', 18)), Int64.MinValue, Int64.MinValue,
#endif
-9, -99,
-999, -9999, -99999, -Convert.ToInt32(new string('9', 9)),
#if SAFETYPE_INTEGER
-new OracleDecimal(new string('9', 10)), -new OracleDecimal(new string('9', 18)), -new OracleDecimal(new string('9', 19)), -new OracleDecimal(new string('9', 28)), -new OracleDecimal(new string('9', 29)), -new OracleDecimal(new string('9', 38)),
#elif DECIMAL_INTEGER
-Convert.ToDecimal(new string('9', 10)), -Convert.ToDecimal(new string('9', 18)), -Convert.ToDecimal(new string('9', 19)), MIN_DECIMAL, MIN_DECIMAL, MIN_DECIMAL,
#elif SHORT_INTEGER
Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue, Int32.MinValue,
#else
-Convert.ToInt64(new string('9', 10)), -Convert.ToInt64(new string('9', 18)), Int64.MinValue, Int64.MinValue, Int64.MinValue, Int64.MinValue,
#endif
-9.9M, -99.999M, -Convert.ToDecimal(new string('9', 4) + "." + new string('9', 11)), /* 15.11 */ -Convert.ToDecimal(new string('9', 10) + "." + new string('8', 21)), /* 31.21 */
-Convert.ToDecimal(new string('9', 1) + "." + new string('8', 20)), /* 38.37 */ MIN_DECIMAL / 100000000, null);
// max values
OdptPkgTableNumber.Instance.InsertRow(MAX_DECIMAL, 9, 99, 999, 9999, 99999,
Convert.ToInt32(new string('9', 6)), Convert.ToInt32(new string('9', 7)), Convert.ToInt32(new string('9', 8)), Convert.ToInt32(new string('9', 9)),
#if SAFETYPE_INTEGER
new OracleDecimal(new string('9', 10)), new OracleDecimal(new string('9', 18)), new OracleDecimal(new string('9', 19)), new OracleDecimal(new string('9', 38)),
#elif DECIMAL_INTEGER
Convert.ToDecimal(new string('9', 10)), Convert.ToDecimal(new string('9', 18)), Convert.ToDecimal(new string('9', 19)), MAX_DECIMAL,
#elif SHORT_INTEGER
Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue,
#else
Convert.ToInt64(new string('9', 10)), Convert.ToInt64(new string('9', 18)), Int64.MaxValue, Int64.MaxValue,
#endif
9, 99, 999, 9999, 99999, Convert.ToInt32(new string('9', 9)),
#if SAFETYPE_INTEGER
new OracleDecimal(new string('9', 10)), new OracleDecimal(new string('9', 18)), new OracleDecimal(new string('9', 19)), new OracleDecimal(new string('9', 28)), new OracleDecimal(new string('9', 29)), new OracleDecimal(new string('9', 38)),
#elif DECIMAL_INTEGER
Convert.ToDecimal(new string('9', 10)), Convert.ToDecimal(new string('9', 18)), Convert.ToDecimal(new string('9', 19)), MAX_DECIMAL, MAX_DECIMAL, MAX_DECIMAL,
#elif SHORT_INTEGER
Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue, Int32.MaxValue,
#else
Convert.ToInt64(new string('9', 10)), Convert.ToInt64(new string('9', 18)), Int64.MaxValue, Int64.MaxValue, Int64.MaxValue, Int64.MaxValue,
#endif
9.9M, 99.999M, Convert.ToDecimal(new string('9', 4) + "." + new string('9', 11)), /* 15.11 */ Convert.ToDecimal(new string('9', 10) + "." + new string('8', 21)), /* 31.21 */
Convert.ToDecimal(new string('9', 1) + "." + new string('8', 20)), /* 38.37 */ MAX_DECIMAL, null);
}
#endregion Seeding
#region Cursors
//public List<T> TestCursorTypedStaticMappingRet<T>()
// where T : class, OdptPkgTableBig.ITTableBig, new() {
// uint? rowLimit = TABLE_BIG_ROWS_TO_RETRIEVE;
// List<T> retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedRet<T>(rowLimit, null);
// return retTableBigList;
//}
private void TestCursorFilteredPackageTableBig() {
uint? rowLimit = TABLE_BIG_ROWS_TO_RETRIEVE;
#if ODPT_FILTER_PREFIX
ICollection<FilteredPkgTTableBigFiltered> retList, outList, outList2;
#else
ICollection<TTableBigFiltered> retList, outList, outList2;
#endif
DataTable retDataTable, outDataTable, outDataTable2;
retList = OdptPkgTableBig.Instance.GetRowsTypedFltrUsed<
#if ODPT_FILTER_PREFIX
FilteredPkgTTableBigFiltered
#else
TTableBigFiltered
#endif
>(out outList, out outList2, rowLimit, null);
Debug.Assert(retList.Count == rowLimit);
Debug.Assert(outList.Count == rowLimit);
Debug.Assert(outList2.Count == rowLimit);
retList = OdptPkgTableBig.Instance.GetRowsUntypedFltrUnused<
#if ODPT_FILTER_PREFIX
FilteredPkgTTableBigFiltered, FilteredPkgTTableBigFiltered, FilteredPkgTTableBigFiltered
#else
TTableBigFiltered, TTableBigFiltered, TTableBigFiltered
#endif
>(out outList, out outList2, false, false, rowLimit, null);
Debug.Assert(retList.Count == rowLimit);
Debug.Assert(outList.Count == rowLimit);
Debug.Assert(outList2.Count == rowLimit);
retDataTable = OdptPkgTableBig.Instance.GetRowsUntypedFltrUnused(out outDataTable, out outDataTable2, true, rowLimit, null);
Debug.Assert(retDataTable.Rows.Count == rowLimit);
Debug.Assert(outDataTable.Rows.Count == rowLimit);
Debug.Assert(outDataTable2.Rows.Count == rowLimit);
}
private void TestCursorTypedTableBig() {
uint? rowLimit = TABLE_BIG_ROWS_TO_RETRIEVE;
ICollection<TTableBig> retTableBigList, outTableBigList;
ICollection<TTableBigChar> outTableBigCharList;
// static, no mapping
// ret
retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedRet<TTableBig>(rowLimit, null);
Debug.Assert(retTableBigList.Count == rowLimit);
// 1 out
OdptPkgTableBig.Instance.GetRowsTypedOut<TTableBig>(out outTableBigList, rowLimit, null);
Debug.Assert(outTableBigList.Count == rowLimit);
// ret and 1 out
retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedOutRet<TTableBig>(out outTableBigList, rowLimit, null);
Debug.Assert(retTableBigList.Count == rowLimit && outTableBigList.Count == rowLimit);
// ret and 2 out
retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedOut2Ret<TTableBig, TTableBigChar>(out outTableBigList, out outTableBigCharList, rowLimit, null);
Debug.Assert(retTableBigList.Count == rowLimit && outTableBigList.Count == rowLimit && outTableBigCharList.Count == rowLimit);
#if MAPPING_FOR_TYPED_CURSOR
// mapping
ICollection<TTableBigMapByPositionAll> retTableBigMapByPositionAllList, outTableBigMapByPositionAllList;
ICollection<TTableBigMapByPositionPartial> retTableBigMapByPositionPartialList, outTableBigMapByPositionPartialList;
ICollection<TTableBigCharMapByPositionAll> outTableBigCharMapByPositionAllList;
ICollection<TTableBigCharMapByPositionPartial> outTableBigCharMapByPositionPartialList;
// list ret - mapping by name
retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedRet<TTableBig>(false, false, rowLimit, null);
// list ret - mapping by position, NOT allowing unmapped columns
retTableBigMapByPositionAllList = OdptPkgTableBig.Instance.GetRowsTypedRet<TTableBigMapByPositionAll>(true, false, rowLimit, null);
// list ret - mapping by position, allowing unmapped columns
retTableBigMapByPositionPartialList = OdptPkgTableBig.Instance.GetRowsTypedRet<TTableBigMapByPositionPartial>(true, true, rowLimit, null);
Debug.Assert(retTableBigList.Count == rowLimit && retTableBigMapByPositionAllList.Count == rowLimit && retTableBigMapByPositionPartialList.Count == rowLimit);
// all above cases using 1 out
outTableBigList = null; outTableBigMapByPositionAllList = null; outTableBigMapByPositionPartialList = null;
OdptPkgTableBig.Instance.GetRowsTypedOut<TTableBig>(out outTableBigList, false, false, rowLimit, null);
OdptPkgTableBig.Instance.GetRowsTypedOut<TTableBigMapByPositionAll>(out outTableBigMapByPositionAllList, true, false, rowLimit, null);
OdptPkgTableBig.Instance.GetRowsTypedOut<TTableBigMapByPositionPartial>(out outTableBigMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(outTableBigList.Count == rowLimit && outTableBigMapByPositionAllList.Count == rowLimit && outTableBigMapByPositionPartialList.Count == rowLimit);
// all above cases using ret and 1 out arg
outTableBigList = null; outTableBigMapByPositionAllList = null; outTableBigMapByPositionPartialList = null;
retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedOutRet<TTableBig>(out outTableBigList, false, false, rowLimit, null);
retTableBigMapByPositionAllList = OdptPkgTableBig.Instance.GetRowsTypedOutRet<TTableBigMapByPositionAll>(out outTableBigMapByPositionAllList, true, false, rowLimit, null);
retTableBigMapByPositionPartialList = OdptPkgTableBig.Instance.GetRowsTypedOutRet<TTableBigMapByPositionPartial>(out outTableBigMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableBigList.Count == rowLimit && retTableBigMapByPositionAllList.Count == rowLimit && retTableBigMapByPositionPartialList.Count == rowLimit);
Debug.Assert(outTableBigList.Count == rowLimit && outTableBigMapByPositionAllList.Count == rowLimit && outTableBigMapByPositionPartialList.Count == rowLimit);
// all above cases using ret and 2 out args
outTableBigList = null; outTableBigMapByPositionAllList = null; outTableBigMapByPositionPartialList = null;
retTableBigList = OdptPkgTableBig.Instance.GetRowsTypedOut2Ret<TTableBig, TTableBigChar>(out outTableBigList, out outTableBigCharList, false, false, rowLimit, null);
retTableBigMapByPositionAllList = OdptPkgTableBig.Instance.GetRowsTypedOut2Ret<TTableBigMapByPositionAll, TTableBigCharMapByPositionAll>(out outTableBigMapByPositionAllList, out outTableBigCharMapByPositionAllList, true, false, rowLimit, null);
retTableBigMapByPositionPartialList = OdptPkgTableBig.Instance.GetRowsTypedOut2Ret<TTableBigMapByPositionPartial, TTableBigCharMapByPositionPartial>(out outTableBigMapByPositionPartialList, out outTableBigCharMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableBigList.Count == rowLimit && retTableBigMapByPositionAllList.Count == rowLimit && retTableBigMapByPositionPartialList.Count == rowLimit);
Debug.Assert(outTableBigList.Count == rowLimit && outTableBigMapByPositionAllList.Count == rowLimit && outTableBigMapByPositionPartialList.Count == rowLimit);
Debug.Assert(outTableBigCharList.Count == rowLimit && outTableBigCharMapByPositionAllList.Count == rowLimit && outTableBigCharMapByPositionPartialList.Count == rowLimit);
#endif
}
private void TestCursorTypedTableNumber() {
uint? rowLimit = null;
ICollection<TTableNumber> retTableNumberList, outTableNumberList;
ICollection<TTableNumberDec> outTableNumberDecList;
// static, no mapping
// ret
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsTypedRet<TTableNumber>(rowLimit, null);
Debug.Assert(retTableNumberList.Count > 0);
// 1 out
OdptPkgTableNumber.Instance.GetRowsTypedOut<TTableNumber>(out outTableNumberList, rowLimit, null);
Debug.Assert(outTableNumberList.Count > 0);
// ret and 1 out
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsTypedOutRet<TTableNumber>(out outTableNumberList, rowLimit, null);
Debug.Assert(retTableNumberList.Count > 0 && outTableNumberList.Count > 0);
// ret and 2 out
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsTypedOut2Ret<TTableNumber, TTableNumberDec>(out outTableNumberList, out outTableNumberDecList, rowLimit, null);
Debug.Assert(retTableNumberList.Count > 0 && outTableNumberList.Count > 0 && outTableNumberDecList.Count > 0);
#if MAPPING_FOR_TYPED_CURSOR
// mapping
ICollection<TTableNumberMapByPositionAll> retTableNumberMapByPositionAllList, outTableNumberMapByPositionAllList;
ICollection<TTableNumberMapByPositionPartial> retTableNumberMapByPositionPartialList, outTableNumberMapByPositionPartialList;
ICollection<TTableNumberDecMapByPositionAll> outTableNumberDecMapByPositionAllList;
ICollection<TTableNumberDecMapByPositionPartial> outTableNumberDecMapByPositionPartialList;
// list ret - mapping by name
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsTypedRet<TTableNumber>(false, false, rowLimit, null);
// list ret - mapping by position, NOT allowing unmapped columns
retTableNumberMapByPositionAllList = OdptPkgTableNumber.Instance.GetRowsTypedRet<TTableNumberMapByPositionAll>(true, false, rowLimit, null);
// list ret - mapping by position, allowing unmapped columns
retTableNumberMapByPositionPartialList = OdptPkgTableNumber.Instance.GetRowsTypedRet<TTableNumberMapByPositionPartial>(true, true, rowLimit, null);
Debug.Assert(retTableNumberList.Count > 0 && retTableNumberMapByPositionAllList.Count > 0 && retTableNumberMapByPositionPartialList.Count > 0);
// all above cases using 1 out
outTableNumberList = null; outTableNumberMapByPositionAllList = null; outTableNumberMapByPositionPartialList = null;
OdptPkgTableNumber.Instance.GetRowsTypedOut<TTableNumber>(out outTableNumberList, false, false, rowLimit, null);
OdptPkgTableNumber.Instance.GetRowsTypedOut<TTableNumberMapByPositionAll>(out outTableNumberMapByPositionAllList, true, false, rowLimit, null);
OdptPkgTableNumber.Instance.GetRowsTypedOut<TTableNumberMapByPositionPartial>(out outTableNumberMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(outTableNumberList.Count > 0 && outTableNumberMapByPositionAllList.Count > 0 && outTableNumberMapByPositionPartialList.Count > 0);
// all above cases using ret and 1 out arg
outTableNumberList = null; outTableNumberMapByPositionAllList = null; outTableNumberMapByPositionPartialList = null;
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsTypedOutRet<TTableNumber>(out outTableNumberList, false, false, rowLimit, null);
retTableNumberMapByPositionAllList = OdptPkgTableNumber.Instance.GetRowsTypedOutRet<TTableNumberMapByPositionAll>(out outTableNumberMapByPositionAllList, true, false, rowLimit, null);
retTableNumberMapByPositionPartialList = OdptPkgTableNumber.Instance.GetRowsTypedOutRet<TTableNumberMapByPositionPartial>(out outTableNumberMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableNumberList.Count > 0 && retTableNumberMapByPositionAllList.Count > 0 && retTableNumberMapByPositionPartialList.Count > 0);
Debug.Assert(outTableNumberList.Count > 0 && outTableNumberMapByPositionAllList.Count > 0 && outTableNumberMapByPositionPartialList.Count > 0);
// all above cases using ret and 2 out args
outTableNumberList = null; outTableNumberMapByPositionAllList = null; outTableNumberMapByPositionPartialList = null;
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsTypedOut2Ret<TTableNumber, TTableNumberDec>(out outTableNumberList, out outTableNumberDecList, false, false, rowLimit, null);
retTableNumberMapByPositionAllList = OdptPkgTableNumber.Instance.GetRowsTypedOut2Ret<TTableNumberMapByPositionAll, TTableNumberDecMapByPositionAll>(out outTableNumberMapByPositionAllList, out outTableNumberDecMapByPositionAllList, true, false, rowLimit, null);
retTableNumberMapByPositionPartialList = OdptPkgTableNumber.Instance.GetRowsTypedOut2Ret<TTableNumberMapByPositionPartial, TTableNumberDecMapByPositionPartial>(out outTableNumberMapByPositionPartialList, out outTableNumberDecMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableNumberList.Count > 0 && retTableNumberMapByPositionAllList.Count > 0 && retTableNumberMapByPositionPartialList.Count > 0);
Debug.Assert(outTableNumberList.Count > 0 && outTableNumberMapByPositionAllList.Count > 0 && outTableNumberMapByPositionPartialList.Count > 0);
Debug.Assert(outTableNumberDecList.Count > 0 && outTableNumberDecMapByPositionAllList.Count > 0 && outTableNumberDecMapByPositionPartialList.Count > 0);
#endif
}
private void TestCursorUntypedTableBig() {
uint? rowLimit = TABLE_BIG_ROWS_TO_RETRIEVE;
ICollection<TTableBigPositionalRecord> retTableBigList, outTableBigList;
ICollection<TTableBigMapByPositionAll> retTableBigMapByPositionAllList, outTableBigMapByPositionAllList;
ICollection<TTableBigMapByPositionPartial> retTableBigMapByPositionPartialList, outTableBigMapByPositionPartialList;
ICollection<TTableBigCharPositionalRecord> outTableBigCharList;
ICollection<TTableBigCharMapByPositionAll> outTableBigCharMapByPositionAllList;
ICollection<TTableBigCharMapByPositionPartial> outTableBigCharMapByPositionPartialList;
DataTable retTableBigDataTable, outTableBigDataTable, outTableBigDataTable2;
// DataTable ret
retTableBigDataTable = OdptPkgTableBig.Instance.GetRowsUntypedRet(true, rowLimit, null);
// list ret - mapping by name
retTableBigList = OdptPkgTableBig.Instance.GetRowsUntypedRet<TTableBigPositionalRecord>(false, false, rowLimit, null);
// list ret - mapping by position, NOT allowing unmapped columns
retTableBigMapByPositionAllList = OdptPkgTableBig.Instance.GetRowsUntypedRet<TTableBigMapByPositionAll>(true, false, rowLimit, null);
// list ret - mapping by position, allowing unmapped columns
retTableBigMapByPositionPartialList = OdptPkgTableBig.Instance.GetRowsUntypedRet<TTableBigMapByPositionPartial>(true, true, rowLimit, null);
Debug.Assert(retTableBigDataTable.Rows.Count == rowLimit && retTableBigList.Count == rowLimit && retTableBigMapByPositionAllList.Count == rowLimit && retTableBigMapByPositionPartialList.Count == rowLimit);
// all above cases using 1 out
outTableBigDataTable = null; outTableBigList = null; outTableBigMapByPositionAllList = null; outTableBigMapByPositionPartialList = null;
OdptPkgTableBig.Instance.GetRowsUntypedOut(out outTableBigDataTable, true, rowLimit, null);
OdptPkgTableBig.Instance.GetRowsUntypedOut<TTableBigPositionalRecord>(out outTableBigList, false, false, rowLimit, null);
OdptPkgTableBig.Instance.GetRowsUntypedOut<TTableBigMapByPositionAll>(out outTableBigMapByPositionAllList, true, false, rowLimit, null);
OdptPkgTableBig.Instance.GetRowsUntypedOut<TTableBigMapByPositionPartial>(out outTableBigMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(outTableBigDataTable.Rows.Count == rowLimit && outTableBigList.Count == rowLimit && outTableBigMapByPositionAllList.Count == rowLimit && outTableBigMapByPositionPartialList.Count == rowLimit);
// all above cases using ret and 1 out arg
outTableBigDataTable = null; outTableBigList = null; outTableBigMapByPositionAllList = null; outTableBigMapByPositionPartialList = null;
retTableBigDataTable = OdptPkgTableBig.Instance.GetRowsUntypedOutRet(out outTableBigDataTable, true, rowLimit, null);
retTableBigList = OdptPkgTableBig.Instance.GetRowsUntypedOutRet<TTableBigPositionalRecord, TTableBigPositionalRecord>(out outTableBigList, false, false, rowLimit, null);
retTableBigMapByPositionAllList = OdptPkgTableBig.Instance.GetRowsUntypedOutRet<TTableBigMapByPositionAll, TTableBigMapByPositionAll>(out outTableBigMapByPositionAllList, true, false, rowLimit, null);
retTableBigMapByPositionPartialList = OdptPkgTableBig.Instance.GetRowsUntypedOutRet<TTableBigMapByPositionPartial, TTableBigMapByPositionPartial>(out outTableBigMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableBigDataTable.Rows.Count == rowLimit && retTableBigList.Count == rowLimit && retTableBigMapByPositionAllList.Count == rowLimit && retTableBigMapByPositionPartialList.Count == rowLimit);
Debug.Assert(outTableBigDataTable.Rows.Count == rowLimit && outTableBigList.Count == rowLimit && outTableBigMapByPositionAllList.Count == rowLimit && outTableBigMapByPositionPartialList.Count == rowLimit);
// all above cases using ret and 2 out args
outTableBigDataTable = null; outTableBigList = null; outTableBigMapByPositionAllList = null; outTableBigMapByPositionPartialList = null;
retTableBigDataTable = OdptPkgTableBig.Instance.GetRowsUntypedOut2Ret(out outTableBigDataTable, out outTableBigDataTable2, true, rowLimit, null);
retTableBigList = OdptPkgTableBig.Instance.GetRowsUntypedOut2Ret<TTableBigPositionalRecord, TTableBigPositionalRecord, TTableBigCharPositionalRecord>(out outTableBigList, out outTableBigCharList, false, false, rowLimit, null);
retTableBigMapByPositionAllList = OdptPkgTableBig.Instance.GetRowsUntypedOut2Ret<TTableBigMapByPositionAll, TTableBigMapByPositionAll, TTableBigCharMapByPositionAll>(out outTableBigMapByPositionAllList, out outTableBigCharMapByPositionAllList, true, false, rowLimit, null);
retTableBigMapByPositionPartialList = OdptPkgTableBig.Instance.GetRowsUntypedOut2Ret<TTableBigMapByPositionPartial, TTableBigMapByPositionPartial, TTableBigCharMapByPositionPartial>(out outTableBigMapByPositionPartialList, out outTableBigCharMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableBigDataTable.Rows.Count == rowLimit && retTableBigList.Count == rowLimit && retTableBigMapByPositionAllList.Count == rowLimit && retTableBigMapByPositionPartialList.Count == rowLimit);
Debug.Assert(outTableBigDataTable.Rows.Count == rowLimit && outTableBigList.Count == rowLimit && outTableBigMapByPositionAllList.Count == rowLimit && outTableBigMapByPositionPartialList.Count == rowLimit);
Debug.Assert(outTableBigDataTable2.Rows.Count == rowLimit && outTableBigCharList.Count == rowLimit && outTableBigCharMapByPositionAllList.Count == rowLimit && outTableBigCharMapByPositionPartialList.Count == rowLimit);
}
private void TestCursorUntypedTableNumber() {
uint? rowLimit = null;
ICollection<TTableNumberPositionalRecord> retTableNumberList, outTableNumberList;
ICollection<TTableNumberMapByPositionAll> retTableNumberMapByPositionAllList, outTableNumberMapByPositionAllList;
ICollection<TTableNumberMapByPositionPartial> retTableNumberMapByPositionPartialList, outTableNumberMapByPositionPartialList;
ICollection<TTableNumberDecPositionalRecord> outTableNumberDecList;
ICollection<TTableNumberDecMapByPositionAll> outTableNumberDecMapByPositionAllList;
ICollection<TTableNumberDecMapByPositionPartial> outTableNumberDecMapByPositionPartialList;
DataTable retTableNumberDataTable, outTableNumberDataTable, outTableNumberDataTable2;
// DataTable ret
retTableNumberDataTable = OdptPkgTableNumber.Instance.GetRowsUntypedRet(true, rowLimit, null);
// list ret - mapping by name
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsUntypedRet<TTableNumberPositionalRecord>(false, false, rowLimit, null);
// list ret - mapping by position, NOT allowing unmapped columns
retTableNumberMapByPositionAllList = OdptPkgTableNumber.Instance.GetRowsUntypedRet<TTableNumberMapByPositionAll>(true, false, rowLimit, null);
// list ret - mapping by position, allowing unmapped columns
retTableNumberMapByPositionPartialList = OdptPkgTableNumber.Instance.GetRowsUntypedRet<TTableNumberMapByPositionPartial>(true, true, rowLimit, null);
Debug.Assert(retTableNumberDataTable.Rows.Count > 0 && retTableNumberList.Count > 0 && retTableNumberMapByPositionAllList.Count > 0 && retTableNumberMapByPositionPartialList.Count > 0);
// all above cases using 1 out
outTableNumberDataTable = null; outTableNumberList = null; outTableNumberMapByPositionAllList = null; outTableNumberMapByPositionPartialList = null;
OdptPkgTableNumber.Instance.GetRowsUntypedOut(out outTableNumberDataTable, true, rowLimit, null);
OdptPkgTableNumber.Instance.GetRowsUntypedOut<TTableNumberPositionalRecord>(out outTableNumberList, false, false, rowLimit, null);
OdptPkgTableNumber.Instance.GetRowsUntypedOut<TTableNumberMapByPositionAll>(out outTableNumberMapByPositionAllList, true, false, rowLimit, null);
OdptPkgTableNumber.Instance.GetRowsUntypedOut<TTableNumberMapByPositionPartial>(out outTableNumberMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(outTableNumberDataTable.Rows.Count > 0 && outTableNumberList.Count > 0 && outTableNumberMapByPositionAllList.Count > 0 && outTableNumberMapByPositionPartialList.Count > 0);
// all above cases using ret and 1 out arg
outTableNumberDataTable = null; outTableNumberList = null; outTableNumberMapByPositionAllList = null; outTableNumberMapByPositionPartialList = null;
retTableNumberDataTable = OdptPkgTableNumber.Instance.GetRowsUntypedOutRet(out outTableNumberDataTable, true, rowLimit, null);
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsUntypedOutRet<TTableNumberPositionalRecord, TTableNumberPositionalRecord>(out outTableNumberList, false, false, rowLimit, null);
retTableNumberMapByPositionAllList = OdptPkgTableNumber.Instance.GetRowsUntypedOutRet<TTableNumberMapByPositionAll, TTableNumberMapByPositionAll>(out outTableNumberMapByPositionAllList, true, false, rowLimit, null);
retTableNumberMapByPositionPartialList = OdptPkgTableNumber.Instance.GetRowsUntypedOutRet<TTableNumberMapByPositionPartial, TTableNumberMapByPositionPartial>(out outTableNumberMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableNumberDataTable.Rows.Count > 0 && retTableNumberList.Count > 0 && retTableNumberMapByPositionAllList.Count > 0 && retTableNumberMapByPositionPartialList.Count > 0);
Debug.Assert(outTableNumberDataTable.Rows.Count > 0 && outTableNumberList.Count > 0 && outTableNumberMapByPositionAllList.Count > 0 && outTableNumberMapByPositionPartialList.Count > 0);
// all above cases using ret and 2 out args
outTableNumberDataTable = null; outTableNumberList = null; outTableNumberMapByPositionAllList = null; outTableNumberMapByPositionPartialList = null;
retTableNumberDataTable = OdptPkgTableNumber.Instance.GetRowsUntypedOut2Ret(out outTableNumberDataTable, out outTableNumberDataTable2, true, rowLimit, null);
retTableNumberList = OdptPkgTableNumber.Instance.GetRowsUntypedOut2Ret<TTableNumberPositionalRecord, TTableNumberPositionalRecord, TTableNumberDecPositionalRecord>(out outTableNumberList, out outTableNumberDecList, false, false, rowLimit, null);
retTableNumberMapByPositionAllList = OdptPkgTableNumber.Instance.GetRowsUntypedOut2Ret<TTableNumberMapByPositionAll, TTableNumberMapByPositionAll, TTableNumberDecMapByPositionAll>(out outTableNumberMapByPositionAllList, out outTableNumberDecMapByPositionAllList, true, false, rowLimit, null);
retTableNumberMapByPositionPartialList = OdptPkgTableNumber.Instance.GetRowsUntypedOut2Ret<TTableNumberMapByPositionPartial, TTableNumberMapByPositionPartial, TTableNumberDecMapByPositionPartial>(out outTableNumberMapByPositionPartialList, out outTableNumberDecMapByPositionPartialList, true, true, rowLimit, null);
Debug.Assert(retTableNumberDataTable.Rows.Count > 0 && retTableNumberList.Count > 0 && retTableNumberMapByPositionAllList.Count > 0 && retTableNumberMapByPositionPartialList.Count > 0);
Debug.Assert(outTableNumberDataTable.Rows.Count > 0 && outTableNumberList.Count > 0 && outTableNumberMapByPositionAllList.Count > 0 && outTableNumberMapByPositionPartialList.Count > 0);
Debug.Assert(outTableNumberDataTable2.Rows.Count > 0 && outTableNumberDecList.Count > 0 && outTableNumberDecMapByPositionAllList.Count > 0 && outTableNumberDecMapByPositionPartialList.Count > 0);
}
#endregion
#region Tests for isolated data types (built-ins, ODP.NET SafeTypes, etc.) and respective associative arrays
/// <summary>
/// Test use of Int32
/// </summary>
private void TestInt32Calls() {
Int32? pInInt = 0, pInOutInt = 0, pOutInt, retInt;
IList<Int32?> pInListInt = new List<Int32?>(), pInOutListInt = new List<Int32?>(), pOutListInt = new List<Int32?>();
IList<Int32?> intTestValues = new List<Int32?>() { Int32.MaxValue, Int32.MinValue, 0, null };
// BINARY_INTEGER and equivalents
// BINARY_INTEGER
// standard call
foreach (Int32? it in intTestValues) {
pInInt = pInOutInt = it;
retInt = OdptPkgMain.Instance.FuncBinaryInteger(pInInt, ref pInOutInt, out pOutInt, null);
Debug.Assert(pInInt.Equals(pInOutInt) && pInInt.Equals(pOutInt) && pInInt.Equals(retInt));
}
// PLS_INTEGER
// standard call
foreach (Int32? it in intTestValues) {
pInInt = pInOutInt = it;
retInt = OdptPkgMain.Instance.FuncPlsInteger(pInInt, ref pInOutInt, out pOutInt, null);
Debug.Assert(pInInt.Equals(pInOutInt) && pInInt.Equals(pOutInt) && pInInt.Equals(retInt));
}
// NATURAL, POSITIVE
foreach (Int32? it in new List<Int32?>() { Int32.MaxValue, 0, null }) { // exclude negative values for test
pInInt = pInOutInt = it;
retInt = OdptPkgMain.Instance.FuncNatural(pInInt, ref pInOutInt, out pOutInt, null);
Debug.Assert(pInInt.Equals(pInOutInt) && pInInt.Equals(pOutInt) && pInInt.Equals(retInt));
}
foreach (Int32? it in new List<Int32?>() { Int32.MaxValue, null }) { // exclude non-positive values for test
pInInt = pInOutInt = it;
retInt = OdptPkgMain.Instance.FuncPositive(pInInt, ref pInOutInt, out pOutInt, null);
Debug.Assert(pInInt.Equals(pInOutInt) && pInInt.Equals(pOutInt) && pInInt.Equals(retInt));
}
// NATURALN, POSITIVEN - functions are failing in package regardless of value
foreach (Int32? it in new List<Int32?>() { Int32.MaxValue, 0 }) { // exclude negative and null values for test
pInInt = pInOutInt = it;
//retInt = OdptPkgMain.Instance.FuncNaturaln(pInInt, ref pInOutInt, out pOutInt, null);
//Debug.Assert(pInInt.Equals(pInOutInt) && pInInt.Equals(pOutInt) && pInInt.Equals(retInt));
}
foreach (Int32? it in new List<Int32?>() { Int32.MaxValue }) { // exclude non-positive and null values for test
pInInt = pInOutInt = it;
//retInt = OdptPkgMain.Instance.FuncPositiven(pInInt, ref pInOutInt, out pOutInt, null);
//Debug.Assert(pInInt.Equals(pInOutInt) && pInInt.Equals(pOutInt) && pInInt.Equals(retInt));
}
// binding an associative array of BINARY_INTEGER and PLS_INTEGER or their subtypes is not suported by ODP.NET
}
/// <summary>
/// Test use of Int64
/// </summary>
private void TestInt64Calls() {
#if SAFETYPE_INTEGER
OracleDecimal? pIn, pInOut, pOut, ret;
IList<OracleDecimal?> pInList = new List<OracleDecimal?>(), pInOutList = new List<OracleDecimal?>(), pOutList = new List<OracleDecimal?>(), retList;
IList<OracleDecimal?> testValues = new List<OracleDecimal?>() { OracleDecimal.Truncate(OracleDecimal.MaxValue, 0), OracleDecimal.Truncate(OracleDecimal.MinValue, 0), 0, OracleDecimal.Null };
#elif DECIMAL_INTEGER
Decimal? pIn, pInOut, pOut, ret;
IList<Decimal?> pInList = new List<Decimal?>(), pInOutList = new List<Decimal?>(), pOutList = new List<Decimal?>(), retList;
IList<Decimal?> testValues = new List<Decimal?>() { MAX_DECIMAL, MIN_DECIMAL, 0, null };
#elif SHORT_INTEGER
Int32? pIn, pInOut, pOut, ret;
IList<Int32?> pInList = new List<Int32?>(), pInOutList = new List<Int32?>(), pOutList = new List<Int32?>(), retList;
IList<Int32?> testValues = new List<Int32?>() { Int32.MaxValue, Int32.MinValue, 0, null };
#else
Int64? pIn, pInOut, pOut, ret;
IList<Int64?> pInList = new List<Int64?>(), pInOutList = new List<Int64?>(), pOutList = new List<Int64?>(), retList;
IList<Int64?> testValues = new List<Int64?>() { Int64.MaxValue, Int64.MinValue, 0, null };
#endif
// INTEGER and equivalents
// INTEGER
// standard call
for (int i = 0; i < testValues.Count; i++) {
pIn = testValues[i]; pInOut = null;
ret = OdptPkgMain.Instance.FuncInteger(pIn, ref pInOut, out pOut, null);
Debug.Assert(pIn.Equals(pInOut) && pIn.Equals(pOut) && pIn.Equals(ret));
}
// assoc array (INTEGER indexed)
pInList = pInOutList = testValues;
retList = OdptPkgMain.Instance.FuncAaInteger(pInList, ref pInOutList, out pOutList, null);
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(pInOutList[i]));
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(pOutList[i]));
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(retList[i]));
// VARCHAR2 indexed associative array will not execute successfully due to limiation of ODP.NET
//pInList = testValues;
//pInOutList = testValues;
//retList = OdptPkgMain.Instance.FuncAaIntegerV(pInList, ref pInOutList, out pOutList, null);
//for (int i = 0; i < pInList.Count; i++) if (!pInList[i].Equals(pInOutList[i])) throw new Exception("Error");
//for (int i = 0; i < pInList.Count; i++) if (!pInList[i].Equals(pOutList[i])) throw new Exception("Error");
//for (int i = 0; i < pInList.Count; i++) if (!pInList[i].Equals(retList[i])) throw new Exception("Error");
// INT
// stanard call
for (int i = 0; i < testValues.Count; i++) {
pIn = testValues[i]; pInOut = null;
ret = OdptPkgMain.Instance.FuncInt(pIn, ref pInOut, out pOut, null);
Debug.Assert(pIn.Equals(pInOut) && pIn.Equals(pOut) && pIn.Equals(ret));
}
// SMALLINT
// standard call
for (int i = 0; i < testValues.Count; i++) {
pIn = testValues[i]; pInOut = null;
ret = OdptPkgMain.Instance.FuncSmallint(pIn, ref pInOut, out pOut, null);
Debug.Assert(pIn.Equals(pInOut) && pIn.Equals(pOut) && pIn.Equals(ret));
}
// assoc array
pInList = pInOutList = testValues;
retList = OdptPkgMain.Instance.FuncAaSmallint(pInList, ref pInOutList, out pOutList, null);
for (int i = 0; i < pInList.Count; i++) {
Debug.Assert(pInList[i].Equals(pInOutList[i]));
Debug.Assert(pInList[i].Equals(pOutList[i]));
Debug.Assert(pInList[i].Equals(retList[i]));
}
// DECIMAL
// standard call
for (int i = 0; i < testValues.Count; i++) {
pIn = testValues[i]; pInOut = null;
ret = OdptPkgMain.Instance.FuncDecimal(pIn, ref pInOut, out pOut, null);
Debug.Assert(pIn.Equals(pInOut) && pIn.Equals(pOut) && pIn.Equals(ret));
}
// assoc array
pInList = pInOutList = testValues;
retList = OdptPkgMain.Instance.FuncAaDecimal(pInList, ref pInOutList, out pOutList, null);
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(pInOutList[i]));
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(pOutList[i]));
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(retList[i]));
// NUMERIC
// standard call
for (int i = 0; i < testValues.Count; i++) {
pIn = testValues[i]; pInOut = null;
ret = OdptPkgMain.Instance.FuncNumeric(pIn, ref pInOut, out pOut, null);
Debug.Assert(pIn.Equals(pInOut) && pIn.Equals(pOut) && pIn.Equals(ret));
}
// assoc array
pInList = pInOutList = testValues;
retList = OdptPkgMain.Instance.FuncAaNumeric(pInList, ref pInOutList, out pOutList, null);
for (int i = 0; i < pInList.Count; i++) Debug.Assert(pInList[i].Equals(pInOutList[i]));