public void SanitizeTextForESpeakPreview_Newlines_ReplacedWithSpace()
{
string unsafeText = "One\nTwo";
string safeText = AudioSegmentationApi.SanitizeTextForESpeakPreview(unsafeText);
Assert.That(safeText, Is.Not.EqualTo(unsafeText));
Assert.That(safeText, Is.EqualTo("One Two")); // There are other acceptable variations that it could equal
}
public void SanitizeTextForESpeakPreview_Quotes_Stripped()
{
string unsafeText = "One\" && espeak -v en \"Two.";
string safeText = AudioSegmentationApi.SanitizeTextForESpeakPreview(unsafeText);
Assert.That(safeText, Is.Not.EqualTo(unsafeText)); // Definitely must pass
Assert.That(safeText, Is.EqualTo("One && espeak -v en Two.")); // There are other acceptable variations that it could equal
}
public void ParseTimingFileTSV_ValidSingleLineInput_ParsedSuccessfully(string inputLine)
{
var timingRanges = AudioSegmentationApi.ParseTimingFileTSV(new string[] { inputLine });
Assert.That(timingRanges.Count, Is.EqualTo(1));
Assert.That(timingRanges[0].Item1, Is.EqualTo("1.000"), "Start timing");
Assert.That(timingRanges[0].Item2, Is.EqualTo("4.980"), "End timing");
}
public void ParseTimingFileTSV_MultiLineInputWithMissingEnd_ParsedSuccessfully()
{
string[] inputs = new string[] { "1.000\t\tf000001", "4.980\t10.000\tf000002" };
var timingRanges = AudioSegmentationApi.ParseTimingFileTSV(inputs);
Assert.That(timingRanges.Count, Is.EqualTo(2));
Assert.That(timingRanges[0].Item1, Is.EqualTo("1.000"), "Start timing 1");
Assert.That(timingRanges[0].Item2, Is.EqualTo("4.980"), "End timing 1");
Assert.That(timingRanges[1].Item1, Is.EqualTo("4.980"), "Start timing 2");
Assert.That(timingRanges[1].Item2, Is.EqualTo("10.000"), "End timing 2");
}
public void ApplyOrthographyConversion_NonAscii_SpecialCharsRecognizedAndConverted(string encodingStr)
{
// Parse test case parameter
Encoding encoding = Encoding.Default;
if (encodingStr == "utf8")
{
encoding = Encoding.UTF8;
}
else if (encodingStr.Equals("Unicode", StringComparison.OrdinalIgnoreCase) || encodingStr == "utf16" || encodingStr == "utf16le")
{
encoding = Encoding.Unicode;
}
else if (encodingStr.Equals("BigEndianUnicode", StringComparison.OrdinalIgnoreCase) || encodingStr == "utf16be")
{
encoding = Encoding.BigEndianUnicode;
}
// Setup the settings file that the System Under Test will read
// Converts "άλφα" into "alpha"
string[] lines = new string[]
{
"ά\ta",
"λ\tl",
"φ\tph",
"α\ta"
};
string tempFileName = Path.GetTempFileName();
File.WriteAllLines(tempFileName, lines, encoding);
// Other Setup
var fragments = new List <string>();
fragments.Add("άλφα");
// System Under Test
List <string> mappedFragments = AudioSegmentationApi.ApplyOrthographyConversion(fragments, tempFileName).ToList();
// Cleanup
File.Delete(tempFileName);
// Verification
Assert.That(mappedFragments[0], Is.EqualTo("alpha"));
}
public void ParseJson_Valid_ParsesAllParams()
{
string inputJson = "{\"audioFilenameBase\":\"id0\",\"audioTextFragments\":[{\"fragmentText\":\"Sentence 1.\",\"id\":\"id1\"},{\"fragmentText\":\"Sentence 2.\",\"id\":\"id2\"},{\"fragmentText\":\"Sentence 3.\",\"id\":\"id3\"}],\"lang\":\"es\"}";
var request = AudioSegmentationApi.ParseJson(inputJson);
Assert.That(request.audioFilenameBase, Is.EqualTo("id0"));
Assert.That(request.audioTextFragments, Is.Not.Null);
Assert.That(request.audioTextFragments.Length, Is.EqualTo(3));
for (int i = 0; i < request.audioTextFragments.Length; ++i)
{
Assert.That(request.audioTextFragments[i].fragmentText, Is.EqualTo($"Sentence {i + 1}."));
Assert.That(request.audioTextFragments[i].id, Is.EqualTo($"id{i+1}"));
}
Assert.That(request.lang, Is.EqualTo("es"));
}
public void ApplyOrthographyConversion_Ascii_MapJToY()
{
// Setup
string tempFileName = Path.GetTempFileName();
File.WriteAllText(tempFileName, "j\ty");
var fragments = new List <string>();
fragments.Add("jojo");
// System Under Test
List <string> mappedFragments = AudioSegmentationApi.ApplyOrthographyConversion(fragments, tempFileName).ToList();
// Cleanup
File.Delete(tempFileName);
// Verification
Assert.That(mappedFragments[0], Is.EqualTo("yoyo"));
}
