public void DoCasing(CasingContext context)
{
Type stripTextT = _coreAssembly.GetType(DefaultNameSpace + ".StrippableText");
MethodInfo fixCasing = stripTextT.GetMethod("FixCasing", BindingFlags.Public | BindingFlags.Instance);
// public void FixCasing(List<string> nameList, bool changeNameCases,
// bool makeUppercaseAfterBreak, bool checkLastLine, string lastLine,
// double millisecondsFromLast = 0)
Paragraph preParagraph = null;
double gaps = 10000;
foreach (Paragraph p in context.Paragraphs)
{
object stripTextObj = Activator.CreateInstance(stripTextT, p.Text);
if (preParagraph != null)
{
gaps = p.StartTime.TotalMilliseconds - preParagraph.EndTime.TotalMilliseconds;
}
fixCasing.Invoke(stripTextObj, new object[] { context.Names, true, context.UppercaseAfterLineBreak, context.CheckLastLine, p?.Text, gaps });
p.Text = (string)stripTextT.GetProperty("MergedString", BindingFlags.Public | BindingFlags.Instance).GetValue(stripTextObj);
preParagraph = p;
}
}
public GenericVsSpecificPascalBenchmarks()
{
Syntax = new CasingSyntax()
{
TerminationType = TermTermination.Uppercase,
IncludeTerminator = true
};
Generic = new GenericCasingConverter(Syntax);
Context = new CasingContext(new[] { "some", "simple", "test", "data" });
}
public void ConvertsFromCorrectly(string input, string[] expected)
{
CasingContext result = input.FromKebabCase();
List <string> terms = result.Terms.ToList();
Assert.Equal(terms.Count, expected.Length);
for (var i = 0; i < terms.Count; i++)
{
Assert.Equal(expected[i], terms[i]);
}
}
public void ToCaseRespectsTermination(string output, TermTermination terminationType, char terminationChar, bool includeTerminator, Capitalisation capitalisation)
{
CasingSyntax syntax = new CasingSyntax()
{
TerminationType = terminationType,
Terminator = terminationChar,
IncludeTerminator = includeTerminator,
Capitalisation = capitalisation
};
GenericCasingConverter converter = new GenericCasingConverter(syntax);
CasingContext context = new CasingContext(new[] { "some", "simple", "test", "data" });
string result = converter.ToCase(context);
Assert.Equal(output, result);
}
public void DoCasing(CasingContext context)
{
var publicMemberFlags = BindingFlags.Public | BindingFlags.Instance;
Type stripTextT = _coreAssembly.GetType(DefaultNameSpace + ".StrippableText");
MethodInfo fixCasing = stripTextT.GetMethod("FixCasing", publicMemberFlags);
Paragraph preParagraph = null;
double gaps = 10000;
foreach (Paragraph p in context.Paragraphs)
{
object stripTextObj = Activator.CreateInstance(stripTextT, p.Text);
if (preParagraph != null)
{
gaps = p.StartTime.TotalMilliseconds - preParagraph.EndTime.TotalMilliseconds;
}
fixCasing.Invoke(stripTextObj, new object[] { context.Names, true, false, false, p?.Text, gaps });
p.Text = (string)stripTextT.GetProperty("MergedString", publicMemberFlags).GetValue(stripTextObj);
preParagraph = p;
}
}
public void ConvertsToCorrectly(CasingContext input, string expected)
{
string result = input.ToKebabCase();
Assert.Equal(expected, result);
}
