public void subtract_complex() { Assert.AreEqual(new Complex(2, 11), OpTester <Complex> .Subtract(new Complex(4, 7), new Complex(2, -4))); }
public void subtract_int16() { Assert.AreEqual((System.Int16) 4, OpTester <System.Int16> .Subtract((System.Int16) 7, (System.Int16) 3)); }
public void subtract_int64() { Assert.AreEqual(4L, OpTester <System.Int64> .Subtract(7L, 3L)); }
public void add_double() { Assert.AreEqual(10d, OpTester <double> .Add(7d, 3d)); }
public void add_biginteger() { Assert.AreEqual(new BigInteger(10), OpTester <BigInteger> .Add(new BigInteger(7), new BigInteger(3))); }
public void add_int16() { Assert.AreEqual((System.Int16) 10, OpTester <System.Int16> .Add((System.Int16) 7, (System.Int16) 3)); }
public void add_int64() { Assert.AreEqual(10L, OpTester <System.Int64> .Add(7L, 3L)); }
public void multiply_decimal() { Assert.AreEqual(1271m, OpTester <decimal> .Multiply(31m, 41m)); }
public void multiply_biginteger() { Assert.AreEqual(new BigInteger(1271), OpTester <BigInteger> .Multiply(new BigInteger(31), new BigInteger(41))); }
public void multiply_float() { Assert.AreEqual(1271f, OpTester <float> .Multiply(31f, 41f)); }
public void multiply_double() { Assert.AreEqual(1271d, OpTester <double> .Multiply(31d, 41d)); }
public void multiply_int64() { Assert.AreEqual(1271L, OpTester <System.Int64> .Multiply(31L, 41L)); }
public void multiply_int32() { Assert.AreEqual(1271, OpTester <System.Int32> .Multiply(31, 41)); }
public void multiply_int16() { Assert.AreEqual((System.Int16) 1271, OpTester <System.Int16> .Multiply((System.Int16) 31, (System.Int16) 41)); }
public void divide_biginteger() { Assert.AreEqual(new BigInteger(11), OpTester <BigInteger> .Divide(new BigInteger(143), new BigInteger(13))); }
public void multiply_complex() { Assert.AreEqual(new Complex(1, 21), OpTester <Complex> .Multiply(new Complex(1, 4), new Complex(5, 1))); }
public void divide_complex() { Assert.AreEqual(new Complex(0.24d, 0.68d), OpTester <Complex> .Divide(new Complex(3, 2), new Complex(4, -3))); }
public void divide_int16() { Assert.AreEqual((System.Int16) 11, OpTester <System.Int16> .Divide((System.Int16) 143, (System.Int16) 13)); }
public void add_int32() { Assert.AreEqual(10, OpTester <System.Int32> .Add(7, 3)); }
public void divide_int32() { Assert.AreEqual(11, OpTester <System.Int32> .Divide(143, 13)); }
public void add_float() { Assert.AreEqual(10f, OpTester <float> .Add(7f, 3f)); }
public void divide_int64() { Assert.AreEqual(11L, OpTester <System.Int64> .Divide(143L, 13L)); }
public void add_decimal() { Assert.AreEqual(10m, OpTester <decimal> .Add(7m, 3m)); }
public void divide_float() { Assert.AreEqual(11f, OpTester <float> .Divide(143f, 13f)); }
public void add_complex() { Assert.AreEqual(new Complex(6, 3), OpTester <Complex> .Add(new Complex(4, 7), new Complex(2, -4))); }
public void divide_double() { Assert.AreEqual(11d, OpTester <double> .Divide(143d, 13d)); }
public void subtract_int32() { Assert.AreEqual(4, OpTester <System.Int32> .Subtract(7, 3)); }
public void divide_decimal() { Assert.AreEqual(11m, OpTester <decimal> .Divide(143m, 13m)); }
public void subtract_float() { Assert.AreEqual(4f, OpTester <float> .Subtract(7f, 3f)); }
public void subtract_biginteger() { Assert.AreEqual(new BigInteger(4), OpTester <BigInteger> .Subtract(new BigInteger(7), new BigInteger(3))); }