public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); StringHandler().Write(writeContext, "one"); MockReadContext readContext = new MockReadContext(writeContext); string str = (string)StringHandler().Read(readContext); Assert.AreEqual("one", str); }
public virtual void DoTestReadWrite(bool b) { var writeContext = new MockWriteContext(Db()); BooleanHandler().Write(writeContext, b); var readContext = new MockReadContext(writeContext); var res = (bool) BooleanHandler().Read(readContext); Assert.AreEqual(b, res); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); DateTime expected = new DateTime(); DateTimeHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); DateTime actual = (DateTime)DateTimeHandler().Read(readContext); Assert.AreEqual(expected, actual); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); sbyte expected = 0x11; SByteHandler().Write(writeContext, expected); var readContext = new MockReadContext(writeContext); var sbyteValue = (sbyte) SByteHandler().Read(readContext); Assert.AreEqual(expected, sbyteValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); float expected = float.MaxValue; FloatHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); float f = (float)FloatHandler().Read(readContext); Assert.AreEqual(expected, f); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); ulong expected = 0x1122334455667788; ULongHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); ulong ulongValue = (ulong)ULongHandler().Read(readContext); Assert.AreEqual(expected, ulongValue); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); ushort expected = 0x1122; UShortHandler().Write(writeContext, expected); var readContext = new MockReadContext(writeContext); var ushortValue = (ushort) UShortHandler().Read(readContext); Assert.AreEqual(expected, ushortValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); long expected = unchecked((long)(0x1020304050607080l)); LongHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); long longValue = (long)LongHandler().Read(readContext); Assert.AreEqual(expected, longValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); int expected = 100; IntHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); int intValue = (int)IntHandler().Read(readContext); Assert.AreEqual(expected, intValue); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); short expected = unchecked(0x1020); ShortHandler().Write(writeContext, expected); var readContext = new MockReadContext(writeContext); var shortValue = (short) ShortHandler().Read(readContext); Assert.AreEqual(expected, shortValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); char expected = (char)unchecked((int)(0x4e2d)); CharHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); char charValue = (char)CharHandler().Read(readContext); Assert.AreEqual(expected, charValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); byte expected = (byte)unchecked((int)(0x61)); ByteHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); byte byteValue = (byte)ByteHandler().Read(readContext); Assert.AreEqual(expected, byteValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); decimal expected = Decimal.MaxValue; DecimalHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); decimal decimalValue = (decimal)DecimalHandler().Read(readContext); Assert.AreEqual(expected, decimalValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); uint expected = 0x11223344; UIntHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); uint uintValue = (uint)UIntHandler().Read(readContext); Assert.AreEqual(expected, uintValue); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); StringHandler().Write(writeContext, "one"); var readContext = new MockReadContext(writeContext); var str = (string)StringHandler().Read(readContext); Assert.AreEqual("one", str); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); DoubleHandler doubleHandler = (DoubleHandler)_handler; double expected = 1.23456789; doubleHandler.Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); double d = (double)doubleHandler.Read(readContext); Assert.AreEqual(expected, d); }
public virtual void DoTestReadWrite(bool b) { MockWriteContext writeContext = new MockWriteContext(Db()); BooleanHandler().Write(writeContext, b); MockReadContext readContext = new MockReadContext(writeContext); bool res = (bool)BooleanHandler().Read(readContext); Assert.AreEqual(b, res); }
public virtual void TestStringArrayReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); string[] expected = new string[] { "one", "two", "three" }; StringArrayHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); string[] actual = (string[])StringArrayHandler().Read(readContext); ArrayAssert.AreEqual(expected, actual); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); var expected = unchecked (0x1020304050607080l); LongHandler().Write(writeContext, expected); var readContext = new MockReadContext(writeContext); var longValue = (long)LongHandler().Read(readContext); Assert.AreEqual(expected, longValue); }
public virtual void TestIntArrayReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); int[] expected = new int[] { 7, 8, 9 }; IntArrayHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); int[] actual = (int[])IntArrayHandler().Read(readContext); ArrayAssert.AreEqual(expected, actual); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); byte expected = (byte)unchecked ((int)(0x61)); ByteHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); byte byteValue = (byte)ByteHandler().Read(readContext); Assert.AreEqual(expected, byteValue); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); var expected = float.MaxValue; FloatHandler().Write(writeContext, expected); var readContext = new MockReadContext(writeContext); var f = (float)FloatHandler().Read(readContext); Assert.AreEqual(expected, f); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); short expected = (short)unchecked ((int)(0x1020)); ShortHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); short shortValue = (short)ShortHandler().Read(readContext); Assert.AreEqual(expected, shortValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); char expected = (char)unchecked ((int)(0x4e2d)); CharHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); char charValue = (char)CharHandler().Read(readContext); Assert.AreEqual(expected, charValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); int expected = 100; IntHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); int intValue = (int)IntHandler().Read(readContext); Assert.AreEqual(expected, intValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); DoubleHandler doubleHandler = (DoubleHandler)_handler; double expected = 1.23456789; doubleHandler.Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); double d = (double)doubleHandler.Read(readContext); Assert.AreEqual(expected, d); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); MultiDimensionalArrayHandlerTestCase.Item expected = new MultiDimensionalArrayHandlerTestCase.Item (ArrayData); IntArrayHandler().Write(writeContext, expected._int); MockReadContext readContext = new MockReadContext(writeContext); int[][] arr = (int[][])IntArrayHandler().Read(readContext); MultiDimensionalArrayHandlerTestCase.Item actualValue = new MultiDimensionalArrayHandlerTestCase.Item (arr); Assert.AreEqual(expected, actualValue); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); var expected = new Item (ArrayData); IntArrayHandler().Write(writeContext, expected._int); var readContext = new MockReadContext(writeContext); var arr = (int[][]) IntArrayHandler().Read(readContext); var actualValue = new Item (arr); Assert.AreEqual(expected, actualValue); }
public virtual void TestReadWrite() { var writeContext = new MockWriteContext(Db()); var expected = new Item (ArrayData); IntArrayHandler().Write(writeContext, expected._int); var readContext = new MockReadContext(writeContext); var arr = (int[][])IntArrayHandler().Read(readContext); var actualValue = new Item (arr); Assert.AreEqual(expected, actualValue); }
public virtual void TestReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); MultiDimensionalArrayHandlerTestCase.Item expected = new MultiDimensionalArrayHandlerTestCase.Item (ArrayData); IntArrayHandler().Write(writeContext, expected._int); MockReadContext readContext = new MockReadContext(writeContext); int[][] arr = (int[][])IntArrayHandler().Read(readContext); MultiDimensionalArrayHandlerTestCase.Item actualValue = new MultiDimensionalArrayHandlerTestCase.Item (arr); Assert.AreEqual(expected, actualValue); }
public virtual void TestStringArrayReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); string[] expected = new string[] { "one", "two", "three" }; StringArrayHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); string[] actual = (string[])StringArrayHandler().Read(readContext); ArrayAssert.AreEqual(expected, actual); }
public virtual void TestIntArrayReadWrite() { MockWriteContext writeContext = new MockWriteContext(Db()); int[] expected = new int[] { 7, 8, 9 }; IntArrayHandler().Write(writeContext, expected); MockReadContext readContext = new MockReadContext(writeContext); int[] actual = (int[])IntArrayHandler().Read(readContext); ArrayAssert.AreEqual(expected, actual); }