public void IronDogWalker()
{
StringDiffMarkup metric = new StringDiffMarkup();
string output3 = metric.GetColorCodedCorrectionLine("iron dog walker", "iron dagger watch");
CorrectionSegment[] csArry = metric.GetRightWrongParts("iron dog walker", "iron dagger watch");
Assert.IsTrue(csArry[0].correct);
Assert.AreEqual("iron d", csArry[0].actualText);
Assert.IsFalse(csArry[1].correct);
Assert.AreEqual("a", csArry[1].actualText);
Assert.AreEqual("o", csArry[1].expectedText);
Assert.IsTrue(csArry[2].correct);
Assert.AreEqual("g", csArry[2].actualText);
Assert.IsFalse(csArry[3].correct);
Assert.AreEqual("ger", csArry[3].actualText);
Assert.AreEqual("", csArry[3].expectedText);
Assert.IsTrue(csArry[4].correct);
Assert.AreEqual(" wa", csArry[4].actualText);
Assert.IsFalse(csArry[5].correct);
Assert.AreEqual("tch", csArry[5].actualText);
Assert.AreEqual("lker", csArry[5].expectedText);
}
public void RunningVsRnnuning()
{
StringDiffMarkup metric = new StringDiffMarkup();
CorrectionSegment[] parts = metric.GetRightWrongParts("running", "rnnuning");
string s = metric.GetComparativeLines("running", "rnuning");
Assert.AreEqual(5, parts.Length);
Assert.IsTrue(parts[0].correct);
Assert.AreEqual(parts[0].actualText, "r");
Assert.IsFalse(parts[1].correct);
Assert.AreEqual(parts[1].actualText, "nn");
Assert.AreEqual(parts[1].expectedText, "");
Assert.IsTrue(parts[2].correct);
Assert.AreEqual(parts[2].actualText, "un");
Assert.IsFalse(parts[3].correct);
Assert.AreEqual(parts[3].actualText, "");
Assert.AreEqual(parts[3].expectedText, "n");
Assert.IsTrue(parts[4].correct);
Assert.AreEqual(parts[4].actualText, "ing");
}
public void TestMethod3()
{
StringDiffMarkup metric = new StringDiffMarkup();
//string output = metric.GetColorCodedCorrectionLine("talk show host", "car show");
//output += "<br />car show";
//string output2 = metric.GetColorCodedCorrectionLine("talk show host", "talking snake");
//output2 += "<br />talking snake";
string output3 = metric.GetColorCodedCorrectionLine("iron dog walker", "iron dagger watch");
//CorrectionSegment[] parts = metric.GetRightWrongParts("talk show host", "car show");
}
public void IronDogWalker2()
{
string expected = "We can write up a script to test this feature. . .but for now, here's some text";
string actual = "I'll try typing some stuff here";//"We can't do anything about it.";
StringDiffMarkup metric = new StringDiffMarkup();
string output3 = metric.GetColorCodedCorrectionLine(expected, actual);
string output4 = metric.GetComparativeLines(expected, actual);
CorrectionSegment[] csArry = metric.GetRightWrongParts(expected, actual);
//return;
}
public void RunVsRunu()
{
StringDiffMarkup metric = new StringDiffMarkup();
CorrectionSegment[] parts = metric.GetRightWrongParts("run", "runu");
Assert.AreEqual(2, parts.Length);
Assert.IsTrue(parts[0].correct);
Assert.AreEqual(parts[0].actualText, "run");
Assert.IsFalse(parts[1].correct);
Assert.AreEqual(parts[1].actualText, "u");
Assert.AreEqual(parts[1].expectedText, "");
}
public void ExtraStartExpected_SandVsAnd()
{
StringDiffMarkup metric = new StringDiffMarkup();
CorrectionSegment[] parts = metric.GetRightWrongParts("sand", "and");
Assert.AreEqual(2, parts.Length);
Assert.IsFalse(parts[0].correct);
Assert.AreEqual(parts[0].actualText, "");
Assert.AreEqual(parts[0].expectedText, "s");
Assert.IsTrue(parts[1].correct);
Assert.AreEqual(parts[1].actualText, "and");
}
public void ExtraEndExpected_RunningsVsRunning()
{
StringDiffMarkup metric = new StringDiffMarkup();
CorrectionSegment[] parts = metric.GetRightWrongParts("runnings", "running");
Assert.AreEqual(2, parts.Length);
Assert.IsTrue(parts[0].correct);
Assert.AreEqual("running", parts[0].actualText);
Assert.IsFalse(parts[1].correct);
Assert.AreEqual("", parts[1].actualText);
Assert.AreEqual("s", parts[1].expectedText);
}
public void LetterFlip()
{
StringDiffMarkup metric = new StringDiffMarkup();
int[,] table;
StringDiffMarkup.GetLCSInternal("iron dog", "iron odg", out table);
string word = "i,r,o,n, ,o,d,g";
int[] last = new int["iron dog".Length + 1];
for (int i = 0; i <= "iron dog".Length; i++)
{
last[i] = table[table.GetLength(0) - 1, i];
}
string numbers = string.Join(" ", last);
}
public void ExtraStartActual_RanVsSrand()
{
StringDiffMarkup metric = new StringDiffMarkup();
CorrectionSegment[] parts = metric.GetRightWrongParts("ran", "srand");
Assert.AreEqual(3, parts.Length);
Assert.IsFalse(parts[0].correct);
Assert.AreEqual(parts[0].actualText, "s");
Assert.AreEqual(parts[0].expectedText, "");
Assert.IsTrue(parts[1].correct);
Assert.AreEqual(parts[1].actualText, "ran");
Assert.IsFalse(parts[2].correct);
Assert.AreEqual(parts[2].actualText, "d");
Assert.AreEqual(parts[2].expectedText, "");
}
public void LetterFlip2_DistanceMethod()
{
StringDiffMarkup metric = new StringDiffMarkup();
int[,] table =
StringDiffMarkup.getEditDistMD("iron dog", "iron odg");
string word = "i,r,o,n, ,o,d,g";
int[] last = new int["iron dog".Length + 1];
for (int i = 0; i <= "iron dog".Length; i++)
{
last[i] = table[table.GetLength(0) - 1, i];
}
List <int> lastList = new List <int>(last);
lastList.Reverse();
string numbers = string.Join(" ", lastList);
}
public void TalkShowHostVsTalkingSnakeHost()
{
StringDiffMarkup metric = new StringDiffMarkup();
CorrectionSegment[] parts = metric.GetRightWrongParts("talk show host", "talking snake host");
Assert.AreEqual(5, parts.Length);
Assert.IsTrue(parts[0].correct);
Assert.AreEqual(parts[0].actualText, "talk");
Assert.IsFalse(parts[1].correct);
Assert.AreEqual(parts[1].actualText, "ing");
Assert.AreEqual(parts[1].expectedText, "");
Assert.IsTrue(parts[2].correct);
Assert.AreEqual(parts[2].actualText, " s");
Assert.IsFalse(parts[3].correct);
Assert.AreEqual(parts[3].actualText, "nake");
Assert.AreEqual(parts[3].expectedText, "how");
Assert.IsTrue(parts[4].correct);
Assert.AreEqual(parts[4].actualText, " host");
}
