public void ConversionMethods()
{
SqlInt32 x;
// Case 1: SqlInt32.Null -> SqlBoolean == SqlBoolean.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlBoolean(), SqlBoolean.Null);
// Case 2: SqlInt32.Zero -> SqlBoolean == False
x = SqlInt32.Zero;
Assert.Equal(x.ToSqlBoolean(), SqlBoolean.False);
// Case 3: SqlInt32(nonzero) -> SqlBoolean == True
x = new SqlInt32(27);
Assert.Equal(x.ToSqlBoolean(), SqlBoolean.True);
// Case 4: SqlInt32.Null -> SqlByte == SqlByte.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlByte(), SqlByte.Null);
// Case 5: Test non-null conversion to SqlByte
x = new SqlInt32(27);
Assert.Equal(x.ToSqlByte().Value, (byte)27);
// Case 6: SqlInt32.Null -> SqlDecimal == SqlDecimal.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlDecimal(), SqlDecimal.Null);
// Case 7: Test non-null conversion to SqlDecimal
x = new SqlInt32(27);
Assert.Equal(27, x.ToSqlDecimal().Value);
// Case 8: SqlInt32.Null -> SqlDouble == SqlDouble.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlDouble(), SqlDouble.Null);
// Case 9: Test non-null conversion to SqlDouble
x = new SqlInt32(27);
Assert.Equal(27, x.ToSqlDouble().Value);
// Case 10: SqlInt32.Null -> SqlInt16 == SqlInt16.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlInt16(), SqlInt16.Null);
// Case 11: Test non-null conversion to SqlInt16
x = new SqlInt32(27);
Assert.Equal(x.ToSqlInt16().Value, (short)27);
// Case 12: SqlInt32.Null -> SqlInt64 == SqlInt64.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlInt64(), SqlInt64.Null);
// Case 13: Test non-null conversion to SqlInt64
x = new SqlInt32(27);
Assert.Equal(27, x.ToSqlInt64().Value);
// Case 14: SqlInt32.Null -> SqlMoney == SqlMoney.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlMoney(), SqlMoney.Null);
// Case 15: Test non-null conversion to SqlMoney
x = new SqlInt32(27);
Assert.Equal(27.0000M, x.ToSqlMoney().Value);
// Case 16: SqlInt32.Null -> SqlSingle == SqlSingle.Null
x = SqlInt32.Null;
Assert.Equal(x.ToSqlSingle(), SqlSingle.Null);
// Case 17: Test non-null conversion to SqlSingle
x = new SqlInt32(27);
Assert.Equal(27, x.ToSqlSingle().Value);
}
public void ConversionMethods()
{
SqlInt32 x;
// Case 1: SqlInt32.Null -> SqlBoolean == SqlBoolean.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlBoolean(), SqlBoolean.Null, "SqlInt32.Null -> SqlBoolean does not yield SqlBoolean.Null.");
// Case 2: SqlInt32.Zero -> SqlBoolean == False
x = SqlInt32.Zero;
Assert.AreEqual(x.ToSqlBoolean(), SqlBoolean.False, "SqlInt32.Zero -> SqlBoolean does not yield SqlBoolean.False.");
// Case 3: SqlInt32(nonzero) -> SqlBoolean == True
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlBoolean(), SqlBoolean.True, "SqlInt32 (27) -> SqlBoolean does not yield SqlBoolean.True.");
// Case 4: SqlInt32.Null -> SqlByte == SqlByte.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlByte(), SqlByte.Null, "SqlInt32.Null -> SqlByte does not yield SqlByte.Null.");
// Case 5: Test non-null conversion to SqlByte
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlByte().Value, (byte)27, "SqlInt32 (27) -> SqlByte does not yield a value of 27");
// Case 6: SqlInt32.Null -> SqlDecimal == SqlDecimal.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlDecimal(), SqlDecimal.Null, "SqlInt32.Null -> SqlDecimal does not yield SqlDecimal.Null.");
// Case 7: Test non-null conversion to SqlDecimal
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlDecimal().Value, (decimal)27, "SqlInt32 (27) -> SqlDecimal does not yield a value of 27");
// Case 8: SqlInt32.Null -> SqlDouble == SqlDouble.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlDouble(), SqlDouble.Null, "SqlInt32.Null -> SqlDouble does not yield SqlDouble.Null.");
// Case 9: Test non-null conversion to SqlDouble
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlDouble().Value, (double)27, "SqlInt32 (27) -> SqlDouble does not yield a value of 27");
// Case 10: SqlInt32.Null -> SqlInt16 == SqlInt16.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlInt16(), SqlInt16.Null, "SqlInt32.Null -> SqlInt16 does not yield SqlInt16.Null.");
// Case 11: Test non-null conversion to SqlInt16
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlInt16().Value, (short)27, "SqlInt32 (27) -> SqlInt16 does not yield a value of 27");
// Case 12: SqlInt32.Null -> SqlInt64 == SqlInt64.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlInt64(), SqlInt64.Null, "SqlInt32.Null -> SqlInt64 does not yield SqlInt64.Null.");
// Case 13: Test non-null conversion to SqlInt64
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlInt64().Value, (long)27, "SqlInt32 (27) -> SqlInt64 does not yield a value of 27");
// Case 14: SqlInt32.Null -> SqlMoney == SqlMoney.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlMoney(), SqlMoney.Null, "SqlInt32.Null -> SqlMoney does not yield SqlMoney.Null.");
// Case 15: Test non-null conversion to SqlMoney
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlMoney().Value, 27.0000M, "SqlInt32 (27) -> SqlMoney does not yield a value of 27");
// Case 16: SqlInt32.Null -> SqlSingle == SqlSingle.Null
x = SqlInt32.Null;
Assert.AreEqual(x.ToSqlSingle(), SqlSingle.Null, "SqlInt32.Null -> SqlSingle does not yield SqlSingle.Null.");
// Case 17: Test non-null conversion to SqlSingle
x = new SqlInt32(27);
Assert.AreEqual(x.ToSqlSingle().Value, (float)27, "SqlInt32 (27) -> SqlSingle does not yield a value of 27");
}
