protected TextTagEditSection()
{
// create list of text-tag text-box if bindable changed.
TextTags.BindValueChanged(e =>
{
Content.RemoveAll(x => x is LabelledTextTagTextBox);
Content.AddRange(e.NewValue?.Select(x =>
{
var relativeToLyricText = TextTagUtils.GetTextFromLyric(x, Lyric?.Text);
var range = TextTagUtils.PositionFormattedString(x);
return(new LabelledTextTagTextBox(x)
{
Label = relativeToLyricText,
Description = range,
OnDeleteButtonClick = () =>
{
LyricUtils.RemoveTextTag(Lyric, x);
},
TabbableContentContainer = this
});
}));
});
// add create button.
AddCreateButton();
}
[TestCase("[1,0]:ka", 1, "[2,1]:ka")] // do not check order in here.
public void TestShifting(string textTag, int shifting, string actualTag)
{
// test ruby tag.
var rubyTag = TestCaseTagHelper.ParseRubyTag(textTag);
var actualRubyTag = TestCaseTagHelper.ParseRubyTag(actualTag);
Assert.AreEqual(TextTagUtils.Shifting(rubyTag, shifting), actualRubyTag);
// test romaji tag.
var romajiTag = TestCaseTagHelper.ParseRubyTag(textTag);
var actualRomaji = TestCaseTagHelper.ParseRubyTag(actualTag);
Assert.AreEqual(TextTagUtils.Shifting(romajiTag, shifting), actualRomaji);
}
[TestCase("[3,-1]:ka", "[-1,3]:ka")] // fix but ignore negative index.
public void TestFixTimeTagPosition(string textTag, string actualTag)
{
// test ruby tag.
var rubyTag = TestCaseTagHelper.ParseRubyTag(textTag);
var actualRubyTag = TestCaseTagHelper.ParseRubyTag(actualTag);
Assert.AreEqual(TextTagUtils.FixTimeTagPosition(rubyTag), actualRubyTag);
// test romaji tag.
var romajiTag = TestCaseTagHelper.ParseRubyTag(textTag);
var actualRomaji = TestCaseTagHelper.ParseRubyTag(actualTag);
Assert.AreEqual(TextTagUtils.FixTimeTagPosition(romajiTag), actualRomaji);
}
public override bool SetContent(object content)
{
if (!(content is LyricCheckReport report))
{
return(false);
}
// clear exist warning.
invalidMessage.Clear();
// Print time invalid message
foreach (var invalid in report.TimeInvalid.EmptyIfNull())
{
createTimeInvalidMessage(invalid);
}
// Print time-tag invalid message
foreach (var invalidTimeTags in report.InvalidTimeTags.EmptyIfNull())
{
createTimeTagInvalidMessage(invalidTimeTags.Key, invalidTimeTags.Value);
}
// Print ruby invalid message
foreach (var invalidRubyTags in report.InvalidRubyTags.EmptyIfNull())
{
createRubyInvalidMessage(invalidRubyTags.Key, invalidRubyTags.Value);
}
// Print romaji invalid message
foreach (var invalidRomajiTags in report.InvalidRomajiTags.EmptyIfNull())
{
createRomajiInvalidMessage(invalidRomajiTags.Key, invalidRomajiTags.Value);
}
// show no problem message
if (report.IsValid)
{
invalidMessage.AddSuccessParagraph("Seems no issue in this lyric.");
}
return(true);
void createTimeInvalidMessage(TimeInvalid timeInvalid)
{
switch (timeInvalid)
{
case TimeInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Start time larger then end time in lyric.");
break;
case TimeInvalid.StartTimeInvalid:
invalidMessage.AddAlertParagraph("Start time is larger than minimux time tag's time.");
break;
case TimeInvalid.EndTimeInvalid:
invalidMessage.AddAlertParagraph("End time is smaller than maximum time tag's time.");
break;
}
}
void createTimeTagInvalidMessage(TimeTagInvalid invalid, TimeTag[] timeTags)
{
switch (invalid)
{
case TimeTagInvalid.OutOfRange:
invalidMessage.AddAlertParagraph("Time tag(s) is out of lyric text size at position ");
break;
case TimeTagInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Time tag(s) is invalid at position ");
break;
default:
throw new ArgumentOutOfRangeException(nameof(invalid));
}
displayInvalidTag(timeTags, tag => invalidMessage.AddHighlightText(TextIndexUtils.PositionFormattedString(tag.Index)));
}
void createRubyInvalidMessage(RubyTagInvalid invalid, RubyTag[] rubyTags)
{
switch (invalid)
{
case RubyTagInvalid.OutOfRange:
invalidMessage.AddAlertParagraph("Ruby tag(s) is out of lyric text size at position ");
break;
case RubyTagInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Ruby tag(s) is overlapping to others at position ");
break;
default:
throw new ArgumentOutOfRangeException(nameof(invalid));
}
displayInvalidTag(rubyTags, tag => invalidMessage.AddHighlightText(TextTagUtils.PositionFormattedString(tag)));
}
void createRomajiInvalidMessage(RomajiTagInvalid invalid, RomajiTag[] romajiTags)
{
switch (invalid)
{
case RomajiTagInvalid.OutOfRange:
invalidMessage.AddAlertParagraph("Romaji tag(s) is out of lyric text size at position ");
break;
case RomajiTagInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Romaji tag(s) is overlapping to others at position ");
break;
default:
throw new ArgumentOutOfRangeException(nameof(invalid));
}
displayInvalidTag(romajiTags, tag => invalidMessage.AddHighlightText(TextTagUtils.PositionFormattedString(tag)));
}
void displayInvalidTag <T>(T[] tags, Action <T> action)
{
if (tags == null)
{
throw new ArgumentNullException(nameof(tags));
}
// e.g: ka(-2~-1), ra(4~6), and ke(6~7)
for (int i = 0; i < tags.Length; i++)
{
action?.Invoke(tags[i]);
if (i == tags.Length - 2 && tags.Length > 1)
{
invalidMessage.AddText(" and ");
}
else if (i >= 0 && tags.Length > 1)
{
invalidMessage.AddText(", ");
}
else
{
invalidMessage.AddText(".");
}
}
}
}
public override bool SetContent(object content)
{
if (!(content is Issue[] issues))
{
return(false);
}
// clear exist warning.
invalidMessage.Clear();
foreach (var issue in issues)
{
switch (issue)
{
// Print time invalid message
case LyricTimeIssue lyricTimeIssue:
lyricTimeIssue.InvalidLyricTime?.ForEach(createTimeInvalidMessage);
break;
// Print time-tag invalid message
case TimeTagIssue timeTagIssue:
if (timeTagIssue.MissingStartTimeTag)
{
invalidMessage.AddAlertParagraph("Missing start time tag at the start of lyric.");
}
if (timeTagIssue.MissingEndTimeTag)
{
invalidMessage.AddAlertParagraph("Missing end time tag at the end of lyric.");
}
timeTagIssue.InvalidTimeTags?.ForEach(x => createTimeTagInvalidMessage(x.Key, x.Value));
break;
// Print ruby invalid message
case RubyTagIssue rubyTagIssue:
rubyTagIssue.InvalidRubyTags?.ForEach(x => createRubyInvalidMessage(x.Key, x.Value));
break;
// Print romaji invalid message
case RomajiTagIssue romajiTagIssue:
romajiTagIssue.InvalidRomajiTags?.ForEach(x => createRomajiInvalidMessage(x.Key, x.Value));
break;
// print normal message
case Issue _:
invalidMessage.AddAlertParagraph(issue.Template.GetMessage());
break;
// Should throw exception because every issue message should be printed.
default:
throw new ArgumentOutOfRangeException(nameof(issue));
}
}
// show no problem message
if (issues.Length == 0)
{
invalidMessage.AddSuccessParagraph("Seems no issue in this lyric.");
}
return(true);
void createTimeInvalidMessage(TimeInvalid timeInvalid)
{
switch (timeInvalid)
{
case TimeInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Start time larger then end time in lyric.");
break;
case TimeInvalid.StartTimeInvalid:
invalidMessage.AddAlertParagraph("Start time is larger than minimum time tag's time.");
break;
case TimeInvalid.EndTimeInvalid:
invalidMessage.AddAlertParagraph("End time is smaller than maximum time tag's time.");
break;
}
}
void createTimeTagInvalidMessage(TimeTagInvalid invalid, TimeTag[] timeTags)
{
switch (invalid)
{
case TimeTagInvalid.OutOfRange:
invalidMessage.AddAlertParagraph("Time tag(s) is out of lyric text size at position ");
break;
case TimeTagInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Time tag(s) is invalid at position ");
break;
case TimeTagInvalid.EmptyTime:
invalidMessage.AddAlertParagraph("Time tag(s) is missing time at position ");
break;
default:
throw new ArgumentOutOfRangeException(nameof(invalid));
}
displayInvalidTag(timeTags, tag => invalidMessage.AddHighlightText(TextIndexUtils.PositionFormattedString(tag.Index)));
}
void createRubyInvalidMessage(RubyTagInvalid invalid, RubyTag[] rubyTags)
{
switch (invalid)
{
case RubyTagInvalid.OutOfRange:
invalidMessage.AddAlertParagraph("Ruby tag(s) is out of lyric text size at position ");
break;
case RubyTagInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Ruby tag(s) is overlapping to others at position ");
break;
default:
throw new ArgumentOutOfRangeException(nameof(invalid));
}
displayInvalidTag(rubyTags, tag => invalidMessage.AddHighlightText(TextTagUtils.PositionFormattedString(tag)));
}
void createRomajiInvalidMessage(RomajiTagInvalid invalid, RomajiTag[] romajiTags)
{
switch (invalid)
{
case RomajiTagInvalid.OutOfRange:
invalidMessage.AddAlertParagraph("Romaji tag(s) is out of lyric text size at position ");
break;
case RomajiTagInvalid.Overlapping:
invalidMessage.AddAlertParagraph("Romaji tag(s) is overlapping to others at position ");
break;
default:
throw new ArgumentOutOfRangeException(nameof(invalid));
}
displayInvalidTag(romajiTags, tag => invalidMessage.AddHighlightText(TextTagUtils.PositionFormattedString(tag)));
}
void displayInvalidTag <T>(T[] tags, Action <T> action)
{
if (tags == null)
{
throw new ArgumentNullException(nameof(tags));
}
// e.g: ka(-2~-1), ra(4~6), and ke(6~7)
for (int i = 0; i < tags.Length; i++)
{
action?.Invoke(tags[i]);
if (i == tags.Length - 2 && tags.Length > 1)
{
invalidMessage.AddText(" and ");
}
else if (i >= 0 && tags.Length > 1)
{
invalidMessage.AddText(", ");
}
else
{
invalidMessage.AddText(".");
}
}
}
}
public void TestPositionFormattedString(string textTag, string actual)
{
var rubyTag = TestCaseTagHelper.ParseRubyTag(textTag);
Assert.AreEqual(TextTagUtils.PositionFormattedString(rubyTag), actual);
}
[TestCase("[0,0]:ka", null, true)] // should be counted as out of range if lyric is null
public void TestOutOfRange(string textTag, string lyric, bool outOfRange)
{
var rubyTag = TestCaseTagHelper.ParseRubyTag(textTag);
Assert.AreEqual(TextTagUtils.OutOfRange(rubyTag, lyric), outOfRange);
}
public void TestGetTextFromLyric(string textTag, string lyric, string actual)
{
var rubyTag = TestCaseTagHelper.ParseRubyTag(textTag);
Assert.AreEqual(TextTagUtils.GetTextFromLyric(rubyTag, lyric), actual);
}
