public void EuclideanAlgorithm_minus27and99_9returned()
{
// arrange
int firstNumber = -27;
int secondNumber = 99;
int expected = 9;
// act
int actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber).result;
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_7and5_1returned()
{
// arrange
int firstNumber = 7;
int secondNumber = 5;
int expected = 1;
// act
int actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber).result;
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_80and120_40returned()
{
// arrange
int firstNumber = 80;
int secondNumber = 120;
int expected = 40;
// act
int actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber).result;
// assert;
Assert.Equal(expected, actual);
}
public void BinaryGCD_1and27_1returned()
{
// arrange
int firstNumber = 1;
int secondNumber = 27;
int expected = 1;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber).result;
// assert;
Assert.Equal(expected, actual);
}
public void BinaryGCDTimeCheck_minus99and9_0returned()
{
// arrange
int firstNumber = 99;
int secondNumber = 9;
int expected = 0;
// act
double actual = CGD.BinaryGCD(firstNumber, secondNumber).algorithmExecutionTime;
// assert;
Assert.True(expected < actual);
}
public void EuclideanAlgorithmTimeCheck_minus99and0_0returned()
{
// arrange
int firstNumber = -99;
int secondNumber = 0;
int expected = 0;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber).algorithmExecutionTime;
// assert;
Assert.True(expected < actual);
}
public void BinaryGCD_minus18andMinus36_2returned()
{
// arrange
int firstNumber = -28;
int secondNumber = -86;
int expected = 2;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber).result;
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_0andMinus9and90_9returned()
{
// arrange
int firstNumber = 0;
int secondNumber = -9;
int thirdNumber = 90;
int expected = 9;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber, thirdNumber);
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_0and9and27andMinus8_1returned()
{
// arrange
int firstNumber = 0;
int secondNumber = 9;
int thirdNumber = 27;
int fourthNumber = -8;
int expected = 1;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber, thirdNumber, fourthNumber);
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_0and0and0and0_0returned()
{
// arrange
int firstNumber = 0;
int secondNumber = 0;
int thirdNumber = 0;
int fourthNumber = 0;
int expected = 0;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber, thirdNumber, fourthNumber);
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_128andMinus64and16and32_16returned()
{
// arrange
int firstNumber = 128;
int secondNumber = -64;
int thirdNumber = 16;
int fourthNumber = 32;
int expected = 16;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber, thirdNumber, fourthNumber);
// assert;
Assert.Equal(expected, actual);
}
public void EuclideanAlgorithm_minus117and3and9and0andMinus27_0returned()
{
// arrange
int firstNumber = -117;
int secondNumber = 3;
int thirdNumber = 9;
int fourthNumber = 0;
int fifthNumberNumber = -27;
int expected = 3;
// act
double actual = CGD.EuclideanAlgorithm(firstNumber, secondNumber, thirdNumber, fourthNumber, fifthNumberNumber);
// assert;
Assert.Equal(expected, actual);
}
string[] function_extract_STRING(ref CGD.buffer _Buffer)
{
string[] temp = new string[8];
temp[0] = _Buffer.extract<string>();
temp[1] = _Buffer.extract<string>();
temp[2] = _Buffer.extract<string>();
temp[3] = _Buffer.extract<string>();
temp[4] = _Buffer.extract<string>();
temp[5] = _Buffer.extract<string>();
temp[6] = _Buffer.extract<string>();
temp[7] = _Buffer.extract<string>();
return temp;
}
void function_extract_GENERAL(ref CGD.buffer _Buffer)
{
var value1 = _Buffer.extract<char>();
var value2 = _Buffer.extract<sbyte>();
var value3 = _Buffer.extract<byte>();
var value4 = _Buffer.extract<short>();
var value5 = _Buffer.extract<ushort>();
var value6 = _Buffer.extract<int>();
var value7 = _Buffer.extract<uint>();
var value8 = _Buffer.extract<long>();
var value9 = _Buffer.extract<ulong>();
var value10 = _Buffer.extract<float>();
var value11 = _Buffer.extract<double>();
}
void function_append_STRING(ref CGD.buffer _Buffer)
{
_Buffer.append<string>(array_string[0]);
_Buffer.append<string>(array_string[1]);
_Buffer.append<string>(array_string[2]);
_Buffer.append<string>(array_string[3]);
_Buffer.append<string>(array_string[4]);
_Buffer.append<string>(array_string[5]);
_Buffer.append<string>(array_string[6]);
_Buffer.append<string>(array_string[7]);
}
void function_append_GENERAL(ref CGD.buffer _Buffer)
{
_Buffer.append<char>((char)12);
_Buffer.append<sbyte>((byte)3);
_Buffer.append<byte>((sbyte)4);
_Buffer.append<short>((short)4100);
_Buffer.append<ushort>((ushort)32210);
_Buffer.append<int>(123310);
_Buffer.append<uint>(121234);
_Buffer.append<long>(-1000443L);
_Buffer.append<ulong>(12233094310UL);
_Buffer.append<float>(1.0f);
_Buffer.append<double>(2.0);
}
