public void Problem1_RangeOfSums_ReturnsExpectedBool(int sum, bool expectedResult)
{
int[] numbers = new int[] { 10, 15, 3, 7 };
bool actualResult = Problems1Through25.Problem1(numbers, sum);
Assert.Equal(expectedResult, actualResult);
}
public void Problem8_InlineData_ReturnsExpectedInt(string serializedNodeTree, int expectedResult)
{
var nodeTree = Problems1Through25.Problem3Deserialize(serializedNodeTree);
int actualResult = Problems1Through25.Problem8(nodeTree);
Assert.Equal(expectedResult, actualResult);
}
public void Problem5GetLast_HappyPath_ReturnsExpectedInt(int first, int last)
{
var pair = new Pair(first, last);
var actual = Problems1Through25.Problem5GetLast(pair);
Assert.Equal(last, actual);
}
public void Problem3Serialize_RootOnlyTree_ReturnsExpectedString()
{
const string expected = "0,null,null,";
var nodeTree = new BinaryNode(0);
string serializedNodeTree = Problems1Through25.Problem3Serialize(nodeTree);
Assert.Equal(expected, serializedNodeTree);
}
public void Problem3Serialize_RootIsNull_ReturnsExpectedString()
{
const string expected = "null,";
BinaryNode nodeTree = null;
string serializedNodeTree = Problems1Through25.Problem3Serialize(nodeTree);
Assert.Equal(expected, serializedNodeTree);
}
public void Problem3Deserialize_RootOnlyTree_ReturnsExpectedTreeOfBinaryNodes()
{
var expectedNodeTree = new BinaryNode(0);
const string serializedNodeTree = "0,null,null,";
BinaryNode deserializedNodeTree = Problems1Through25.Problem3Deserialize(serializedNodeTree);
Assert.Equal(expectedNodeTree, deserializedNodeTree);
}
public void Problem3Deserialize_RootIsNull_ReturnsExpectedTreeOfBinaryNodes()
{
BinaryNode expectedNodeTree = null;
const string serializedNodeTree = "null,";
BinaryNode deserializedNodeTree = Problems1Through25.Problem3Deserialize(serializedNodeTree);
Assert.Equal(expectedNodeTree, deserializedNodeTree);
}
public void Problem3Deserialize_InvalidString_ReturnsExpectedTreeOfBinaryNodes()
{
BinaryNode expectedNodeTree = null;
const string serializedNodeTree = "Hello,1234";
BinaryNode deserializedNodeTree = Problems1Through25.Problem3Deserialize(serializedNodeTree);
Assert.Equal(expectedNodeTree, deserializedNodeTree);
}
public void Problem3Deserialize_Full2LayeredTree_ReturnsExpectedTreeOfBinaryNodes()
{
var expectedNodeTree =
new BinaryNode(
0,
new BinaryNode(1),
new BinaryNode(2));
const string serializedNodeTree = "0,1,null,null,2,null,null,";
BinaryNode deserializedNodeTree = Problems1Through25.Problem3Deserialize(serializedNodeTree);
Assert.Equal(expectedNodeTree, deserializedNodeTree);
}
public void Problem3Serialize_Full2LayeredTree_ReturnsExpectedString()
{
const string expected = "0,1,null,null,2,null,null,";
var nodeTree =
new BinaryNode(
0,
new BinaryNode(1),
new BinaryNode(2));
string serializedNodeTree = Problems1Through25.Problem3Serialize(nodeTree);
Assert.Equal(expected, serializedNodeTree);
}
public void Problem2_HappyPath_ReturnsExpectedIntArray(int[] input, int[] expectedResult)
{
List <int> actualResult = Problems1Through25.Problem2(input);
Assert.Equal(expectedResult, actualResult);
}
public void Problem9_InlineData_ReturnsExpectedLong(int[] numbers, long expectedResult)
{
long actualResult = Problems1Through25.Problem9(numbers.ToList());
Assert.Equal(expectedResult, actualResult);
}
public void Problem7_InlineData_ReturnsExpectedString(string encodedMessage, int expectedResult)
{
int actualResult = Problems1Through25.Problem7(encodedMessage);
Assert.Equal(expectedResult, actualResult);
}
public void Problem6_HappyPath_ReturnsExpectedString(int r, int g, int b, string expectedResult)
{
string actualResult = Problems1Through25.Problem6(r, g, b);
Assert.Equal(expectedResult, actualResult);
}
public void Problem4_HappyPath_ReturnsExpectedInt(int[] input, int expectedResult)
{
int actualResult = Problems1Through25.Problem4(input);
Assert.Equal(expectedResult, actualResult);
}
