public void FindRange()
{
// Just a few random examples
Assert.AreSame(UnicodeRange.BasicLatin, UnicodeRange.GetRange('c'));
Assert.AreSame(UnicodeRange.CurrencySymbols, UnicodeRange.GetRange('\u20ac'));
Assert.AreSame(UnicodeRange.MiscellaneousTechnical, UnicodeRange.GetRange('\u2300'));
Assert.IsNull(UnicodeRange.GetRange('\u0750'));
}
public void Ctor_SuccessCase()
{
// Act
var range = new UnicodeRange(0x0100, 128); // Latin Extended-A
// Assert
Assert.Equal(0x0100, range.FirstCodePoint);
Assert.Equal(128, range.Length);
}
public void UnicodeRange_ToJson_1()
{
UnicodeRange range = new UnicodeRange();
Assert.AreEqual("{\'from\':\"\\u0000\",\'to\':\"\\u0000\"}", JsonUtility.SerializeShort(range));
range = _GetRange();
Assert.AreEqual("{\'name\':\'Lower Latin\',\'from\':\"a\",\'to\':\"z\"}", JsonUtility.SerializeShort(range));
}
public void FromSpan_SuccessCase()
{
// Act
var range = UnicodeRange.Create('\u0180', '\u024F'); // Latin Extended-B
// Assert
Assert.Equal(0x0180, range.FirstCodePoint);
Assert.Equal(208, range.Length);
}
public void FromSpan_SuccessCase_All()
{
// Act
var range = UnicodeRange.Create('\u0000', '\uFFFF');
// Assert
Assert.Equal(0, range.FirstCodePoint);
Assert.Equal(0x10000, range.Length);
}
public void UnicodeRange_ToXml_1()
{
UnicodeRange range = new UnicodeRange();
Assert.AreEqual("<range from=\"0\" to=\"0\" />", XmlUtility.SerializeShort(range));
range = _GetRange();
Assert.AreEqual("<range name=\"Lower Latin\" from=\"97\" to=\"122\" />", XmlUtility.SerializeShort(range));
}
public void UnicodeRange_Serialization_1()
{
UnicodeRange range = new UnicodeRange();
_TestSerialization(range);
range = _GetRange();
_TestSerialization(range);
}
public void UnicodeRange_Construction_2()
{
string name = "Lower Latin";
UnicodeRange range = new UnicodeRange(name, 'a', 'z');
Assert.AreEqual(name, range.Name);
Assert.AreEqual('a', range.From);
Assert.AreEqual('z', range.To);
}
public void UnicodeRange_Verify_1()
{
UnicodeRange range = new UnicodeRange();
Assert.IsFalse(range.Verify(false));
range = _GetRange();
Assert.IsTrue(range.Verify(false));
}
public Group(UnicodeRange range, string groupName, string name, string ids, UnicodeChart chart)
{
UnicodeRange = new UnicodeRange(range);
GroupName = groupName;
Name = name;
Ids = ids;
UnicodeChart = chart;
SubGroups = null;
}
public void Ctor_SuccessCase()
{
// Act
var range = new UnicodeRange(0x0100, 128); // Latin Extended-A
// Assert
Assert.Equal(0x0100, range.FirstCodePoint);
Assert.Equal(128, range.Length);
}
public static void Range_None()
{
UnicodeRange range = UnicodeRanges.None;
Assert.NotNull(range);
// Test 1: the range should be empty
Assert.Equal(0, range.FirstCodePoint);
Assert.Equal(0, range.Length);
}
public override string ToString()
{
if (UnicodeRange != null)
{
return(UnicodeRange.ToString() + " " + Typography.OpenFont.TagUtils.TagToString(ScriptTag) + ":" + Typography.OpenFont.TagUtils.TagToString(LangTag));
}
else
{
return(Typography.OpenFont.TagUtils.TagToString(ScriptTag) + ":" + Typography.OpenFont.TagUtils.TagToString(LangTag));
}
}
public SlugOptions()
{
MaximumLength = DefaultMaximumLength;
Separator = DefaultSeparator;
AllowedRanges = new List <UnicodeRange>
{
UnicodeRange.Create('a', 'z'),
UnicodeRange.Create('A', 'Z'),
UnicodeRange.Create('0', '9'),
};
}
private void _TestSerialization
(
[NotNull] UnicodeRange first
)
{
byte[] bytes = first.SaveToMemory();
UnicodeRange second = bytes.RestoreObjectFromMemory <UnicodeRange>();
Assert.AreEqual(first.Name, second.Name);
Assert.AreEqual(first.From, second.From);
Assert.AreEqual(first.To, second.To);
}
public void RichText_Encode_5()
{
UnicodeRange range = UnicodeRange.Russian;
Assert.AreEqual(null, RichText.Encode2(null, range));
Assert.AreEqual("", RichText.Encode2("", range));
Assert.AreEqual("\\'09", RichText.Encode2("\t", range));
Assert.AreEqual("Привет", RichText.Encode2("Привет", range));
Assert.AreEqual("\\u12371?\\u12435?\\u12395?\\u12385?\\u12399?",
RichText.Encode2("こんにちは", range));
Assert.AreEqual("Geld f\\'fcr Maria : erz\\'e4hlung",
RichText.Encode2("Geld für Maria : erzählung", range));
}
public static bool Contains(UnicodeRangeFilterType mask, char c)
{
for (int i = 0; i < unicodeRanges.Length; i++)
{
UnicodeRange range = _unicodeRanges[i];
if (IntBitFlags.HasFlag((int)mask, (int)range.type))
{
if (range.Contains(c))
{
return(true);
}
}
}
return(false);
}
public void RichText_Encode_6()
{
UnicodeRange range = UnicodeRange.Russian;
string fontSwitch = "\\f2";
Assert.AreEqual(null, RichText.Encode3(null, range, fontSwitch));
Assert.AreEqual("", RichText.Encode3("", range, fontSwitch));
Assert.AreEqual("\\'09", RichText.Encode3("\t", range, fontSwitch));
Assert.AreEqual("Привет", RichText.Encode3("Привет", range, fontSwitch));
Assert.AreEqual("\\u12371?\\u12435?\\u12395?\\u12385?\\u12399?",
RichText.Encode3("こんにちは", range, fontSwitch));
Assert.AreEqual("Geld f{\\f2\\'fc}r Maria : erz{\\f2\\'e4}hlung",
RichText.Encode3("Geld für Maria : erzählung", range,
fontSwitch));
}
public static void Range_Unicode(ushort first, ushort last, string blockName)
{
Assert.Equal(0x0, first & 0xF); // first char in any block should be U+nnn0
Assert.Equal(0xF, last & 0xF); // last char in any block should be U+nnnF
Assert.True(first < last); // code point ranges should be ordered
var propInfo = typeof(UnicodeRanges).GetRuntimeProperty(blockName);
Assert.NotNull(propInfo);
UnicodeRange range = (UnicodeRange)propInfo.GetValue(null);
Assert.NotNull(range);
// Test 1: the range should span the range first..last
Assert.Equal(first, range.FirstCodePoint);
Assert.Equal(last, range.FirstCodePoint + range.Length - 1);
}
static bool IsInRange(UnicodeRange range, char c)
{
var val = (int)c;
return(val >= range.FirstCodePoint && val <= (range.FirstCodePoint + range.Length));
}
public virtual void ForbidRange(UnicodeRange range);
private bool IsCharInRange(char ch, UnicodeRange range)
{
return(range.FirstCodePoint <= ch && ch < range.FirstCodePoint + range.Length);
}
/// <summary>
/// constructor of PropertyData stuct
/// </summary>
public UnicodeRangeProperty(TextUtil.UnicodeChartType type, string name, string ids, UnicodeRange range)
{
Type = type;
Name = name;
CultureIDs = ids;
Range = new UnicodeRange(range.StartOfUnicodeRange, range.EndOfUnicodeRange);
}
public virtual void AllowRange(UnicodeRange range);
public HtmlEncoder(UnicodeRange allowedRange) : this(new TextEncoderSettings(allowedRange))
{ }
public void UnicodeRange_ToString_1()
{
UnicodeRange range = _GetRange();
Assert.AreEqual("Lower Latin: 97-122", range.ToString());
}
public void Should_Parse_Segments()
{
var range = UnicodeRange.Parse("U+0, U+1, U+2, U+3");
Assert.Equal(new[] { 0, 1, 2, 3 }, range.Segments.Select(x => x.Start));
}
public static bool ContainsRange(FontVariant v, UnicodeRange range)
{
return(v.UnicodeRanges.Any(r => r.First <= range.End && range.Start <= r.Last));
}
public void FromSpan_FailureCase()
{
AssertExtensions.Throws <ArgumentOutOfRangeException>("lastCharacter", () => UnicodeRange.Create('\u0020', '\u0010'));
}
private static bool CharIsInUnicodeRange(char ch, UnicodeRange range)
{
return(ch >= range.FirstCodePoint && ch < range.FirstCodePoint + range.Length);
}
public JavaScriptStringEncoder(UnicodeRange allowedRange) : this(new TextEncoderSettings(allowedRange))
{
}
public HtmlEncoder(UnicodeRange allowedRange) : this(new CodePointFilter(allowedRange))
{ }
public JavaScriptStringEncoder(UnicodeRange allowedRange) : this(new CodePointFilter(allowedRange))
{ }
private static bool IsInRange(UnicodeRange range, Rune rune)
{
return(rune.Value >= range.FirstCodePoint && rune.Value < (range.FirstCodePoint + range.Length));
}
public static bool SupportsScript(FontVariant v, UnicodeRange range)
{
// Filters out fonts that support just a singular symbol (like currency symbol)
return(v.UnicodeRanges.Any(r => r.First <= range.End && range.Start <= r.Last && ((r.Last - r.First) > 0)));
}
public HtmlEncoder(UnicodeRange allowedRange) : this(new TextEncoderSettings(allowedRange))
{
}
public JavaScriptStringEncoder(UnicodeRange allowedRange) : this(new TextEncoderSettings(allowedRange))
{ }