public void TestEqualsReturnsFalseForDiffBookmarkNameProperty()
{
OxmlToken a = new OxmlToken("Text", "root", null);
OxmlToken b = new OxmlToken("Text", "root", null);
b.BookmarkName = "b";
Assert.IsFalse(a.Equals(b));
}
public void TestFeedTokenDoesNotMarkTokensAsBookmarkIfTextLengthBelowThreshold()
{
int size = 2;
Scope target = new Scope(size);
target.MinimumTokenLength = 6;
OxmlToken token1 = new OxmlToken("text1", "root", null);
OxmlToken token2 = new OxmlToken("text2", "root", null);
target.FeedToken(token1);
target.FeedToken(token2);
Assert.IsFalse(token1.Bookmarked);
Assert.IsFalse(token2.Bookmarked);
}
public void TestFeedTokenDoesNotMarkTokenAsBookmarkIfOtherTokenWithSameRootOutOfScope()
{
int size = 2;
Scope target = new Scope(size);
OxmlToken token1 = new OxmlToken("text1", "rootx", null);
OxmlToken token2 = new OxmlToken("text2", "rooty", null);
OxmlToken token3 = new OxmlToken("text3", "rootx", null);
target.FeedToken(token1);
target.FeedToken(token2);
target.FeedToken(token3);
Assert.IsFalse(token3.Bookmarked);
}
public void TestGenerateOxmlTokensReturnsOxmlTokens()
{
string text = "This is a test.";
int id = 1;
OxmlBlock target = new OxmlBlock(text, id);
var expected = new OxmlToken[4];
expected[0] = new OxmlToken("This", "this", new OxmlRange(id, 0, 4));
expected[1] = new OxmlToken("is", "is", new OxmlRange(id, 5, 7));
expected[2] = new OxmlToken("a", "a", new OxmlRange(id, 8, 9));
expected[3] = new OxmlToken("test", "test", new OxmlRange(id, 10, 14));
var actual = target.GenerateOxmlTokens();
Assert.AreEqual(expected.GetLength(0), actual.GetLength(0));
Assert.IsTrue(expected[0].Equals(actual[0]));
Assert.IsTrue(expected[1].Equals(actual[1]));
Assert.IsTrue(expected[2].Equals(actual[2]));
Assert.IsTrue(expected[3].Equals(actual[3]));
}
public void FeedToken(OxmlToken token)
{
Debug.WriteLine(String.Format("Processing token '{0}' ('{1}')",
token.Text, token.Root));
// Ensure queue does not exceed scope size
if (this._tokens.Count >= this._size)
{
this._tokens.Dequeue();
}
// Ignore small tokens
if (token.Text.Length < this._minimumTokenLength)
{
// If smaller tokens are condidered relevant for scope size,
// enqueue a dummy token and process it accordingly later on.
// this._tokens.Enqueue(null);
return;
}
// Ignore words from ignore list
if (this._wordsToIgnore.Contains(token.Text)) return;
// Check for multiple occurrences
foreach (var otherToken in this._tokens)
{
if (otherToken.Root == token.Root)
{
if (!otherToken.Bookmarked)
{
otherToken.BookmarkName = GenerateBookmarkName(token.Root);
this.StoreToken(otherToken, true);
}
token.BookmarkName = GenerateBookmarkName(token.Root);
this.StoreToken(token, false);
break;
}
}
this._tokens.Enqueue(token);
}
public void TestEqualsReturnsFalseForDiffTextProperty()
{
OxmlToken a = new OxmlToken("Text", "root", null);
OxmlToken b = new OxmlToken("text", "root", null);
Assert.IsFalse(a.Equals(b));
}
public void TestCompareReturnsTrueIfAllPropertiesEqual()
{
OxmlToken a = new OxmlToken("Text", "root", null);
OxmlToken b = new OxmlToken("Text", "root", null);
Assert.IsTrue(a.Equals(b));
}
public void TestBookmarkedReturnsTrueIfTokenIsBookmarked()
{
OxmlToken target = new OxmlToken("Text", "root", null);
target.BookmarkName = "name";
Assert.IsTrue(target.Bookmarked);
}
public void TestBookmarkedReturnsFalseIfTokenIsNotBookmarked()
{
OxmlToken target = new OxmlToken("Text", "root", null);
Assert.IsFalse(target.Bookmarked);
}
public void TestEqualsReturnsFalseIfOtherIsNull()
{
OxmlToken a = new OxmlToken("Text", "root", null);
OxmlToken b = new OxmlToken("Text", "root", null);
b.BookmarkName = "b";
Assert.IsFalse(a.Equals(b));
}
public void TestFeedTokenMarksTokenAsBookmarkIfOtherTokenWithSameRoot()
{
int size = 3;
Scope target = new Scope(size);
OxmlToken token1 = new OxmlToken("text1", "root", null);
OxmlToken token2 = new OxmlToken("text2", "root", null);
target.FeedToken(token1);
target.FeedToken(token2);
Assert.IsTrue(token2.Bookmarked);
}
public void TestGetConflictsReturnsDict()
{
int size = 3;
Scope target = new Scope(size);
var token1 = new OxmlToken("text1", "rootx", null);
var token2 = new OxmlToken("text2", "rooty", null);
var token3 = new OxmlToken("text3", "rootx", null);
var token4 = new OxmlToken("text4", "rooty", null);
target.FeedToken(token1);
target.FeedToken(token2);
target.FeedToken(token3);
target.FeedToken(token4);
var d = target.GetConflicts();
Assert.IsTrue(d["rootx"].Count == 1);
Assert.IsTrue(d["rootx"][0].Contains(token1));
Assert.IsTrue(d["rootx"][0].Contains(token3));
Assert.IsTrue(d["rooty"].Count == 1);
Assert.IsTrue(d["rooty"][0].Contains(token2));
Assert.IsTrue(d["rooty"][0].Contains(token4));
}
public void TestFeedTokenStoresBookmarkedTokenOnlyOnce()
{
// When a root occurs more than twice in a scope, it could be
// bookmarked and stored mored than once.
// This used to be a bug. This test verifies tehe fix.
int size = 3;
Scope target = new Scope(size);
OxmlToken token1 = new OxmlToken("text1", "root", null);
OxmlToken token2 = new OxmlToken("text2", "root", null);
OxmlToken token3 = new OxmlToken("text3", "root", null);
target.FeedToken(token1);
target.FeedToken(token2);
target.FeedToken(token3);
Assert.AreEqual(3, target.GetConflicts()["root"][0].Count);
}
public void TestFeedTokenMarksTokensAsBookmarksWithUniqueBookmarkNames()
{
int size = 2;
Scope target = new Scope(size);
OxmlToken token1 = new OxmlToken("text1", "root", null);
OxmlToken token2 = new OxmlToken("text2", "root", null);
OxmlToken token3 = new OxmlToken("text3", "root", null);
target.FeedToken(token1);
target.FeedToken(token2);
target.FeedToken(token3);
Assert.AreNotEqual(token1.BookmarkName, token2.BookmarkName);
Assert.AreNotEqual(token1.BookmarkName, token3.BookmarkName);
Assert.AreNotEqual(token2.BookmarkName, token3.BookmarkName);
}
private void StoreToken(OxmlToken token, bool newConflict)
{
if (newConflict)
{
if (!this._conflicts.ContainsKey(token.Root))
{
this._conflicts[token.Root] = new List<List<OxmlToken>>();
}
this._conflicts[token.Root].Add(new List<OxmlToken>());
}
this._conflicts[token.Root][this._conflicts[token.Root].Count - 1].Add(token);
}
