public void RelativePath_Unit_Append1_PathContainsAnotherSeparator()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = "Chad\\Greer";
target.Append(path);
}
public void RelativePath_Unit_Append1_Optimal()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = "Chad/Greer";
RelativePath result = target.Append(path);
Assert.AreEqual("sites", result.Nodes.ElementAt(0));
Assert.AreEqual("Chad", result.Nodes.ElementAt(1));
Assert.AreEqual("Greer", result.Nodes.ElementAt(2));
Assert.AreEqual(separator, result.Separator);
}
public void RelativePath_Unit_Append1_PathIsEmpty()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = String.Empty;
RelativePath result = target.Append(path);
Assert.AreEqual(target.Nodes.Count(), result.Nodes.Count());
Assert.AreEqual("sites", result.Nodes.ElementAt(0));
Assert.AreEqual(separator, result.Separator);
}
public void RelativePath_Unit_Append2_TargetHasEmptyLastNode()
{
String[] nodes = new String[] { "sites", String.Empty };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator, false);
String path = "Chad/Greer";
Boolean normalizeSeparators = true;
RelativePath result = target.Append(path, normalizeSeparators);
Assert.AreEqual("sites", result.Nodes.ElementAt(0));
Assert.AreEqual("Chad", result.Nodes.ElementAt(1));
Assert.AreEqual("Greer", result.Nodes.ElementAt(2));
Assert.AreEqual(separator, result.Separator);
}
public void RelativePath_Unit_Append2_PathIsWhiteSpace()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = " \t \r \n ";
Boolean normalizeSeparators = true;
RelativePath result = target.Append(path, normalizeSeparators);
Assert.AreEqual(target.Nodes.Count(), result.Nodes.Count());
Assert.AreEqual("sites", result.Nodes.ElementAt(0));
Assert.AreEqual(separator, result.Separator);
}
public void RelativePath_Unit_Append2_PathIsNull()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = null;
Boolean normalizeSeparators = true;
target.Append(path, normalizeSeparators);
}
public void RelativePath_Unit_Append2_PathContainsConsecutiveSeparators()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = "Chad//Greer";
Boolean normalizeSeparators = true;
target.Append(path, normalizeSeparators);
}
public void RelativePath_Unit_Append2_PathContainsAnotherSeparator()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = "Chad\\Greer";
Boolean normalizeSeparators = true;
RelativePath result = target.Append(path, normalizeSeparators);
Assert.AreEqual("sites", result.Nodes.ElementAt(0));
Assert.AreEqual("Chad", result.Nodes.ElementAt(1));
Assert.AreEqual("Greer", result.Nodes.ElementAt(2));
Assert.AreEqual(separator, result.Separator);
}
public void RelativePath_Unit_Append1_PathIsNull()
{
String[] nodes = new String[] { "sites" };
Char separator = RelativePath.ForwardSlash;
RelativePath target = new RelativePath(nodes, separator);
String path = null;
target.Append(path);
}
