public override void ParseGroupCode(int groupcode, string value)
{
base.ParseGroupCode(groupcode, value);
if (groupcode >= 10 && groupcode <= 33)
{
int idx = groupcode % 10;
int component = groupcode / 10;
switch (component)
{
case 1:
Corners[idx].X = double.Parse(value);
break;
case 2:
Corners[idx].Y = double.Parse(value);
break;
case 3:
Corners[idx].Z = double.Parse(value);
break;
}
}
else if (groupcode == 70)
{
Flags = (FlagsEnum)Enum.Parse(typeof(FlagsEnum), value);
}
}
public void assert_enum_member_does_not_throw_if_flag_enumeration_values_are_valid()
{
var validValues = new FlagsEnum[] { FlagsEnum.One, FlagsEnum.Two, FlagsEnum.Four, FlagsEnum.None };
ArgumentHelper.AssertEnumMember(FlagsEnum.None, "test", validValues);
ArgumentHelper.AssertEnumMember(FlagsEnum.One, "test", validValues);
ArgumentHelper.AssertEnumMember(FlagsEnum.Two, "test", validValues);
ArgumentHelper.AssertEnumMember(FlagsEnum.Four, "test", validValues);
ArgumentHelper.AssertEnumMember(FlagsEnum.One | FlagsEnum.Two, "test", validValues);
ArgumentHelper.AssertEnumMember(FlagsEnum.One | FlagsEnum.Four, "test", validValues);
ArgumentHelper.AssertEnumMember(FlagsEnum.One | FlagsEnum.Two | FlagsEnum.Four, "test", validValues);
}
/**
* <summary>Creates the font descriptor.</summary>
*/
private PdfReference Load_CreateFontDescriptor(OpenFontParser parser)
{
PdfDictionary fontDescriptor = new PdfDictionary();
{
OpenFontParser.FontMetrics metrics = parser.Metrics;
// Type.
fontDescriptor[PdfName.Type] = PdfName.FontDescriptor;
// FontName.
fontDescriptor[PdfName.FontName] = BaseDataObject[PdfName.BaseFont];
// Flags [PDF:1.6:5.7.1].
FlagsEnum flags = 0;
if (metrics.IsFixedPitch)
{
flags |= FlagsEnum.FixedPitch;
}
if (metrics.IsCustomEncoding)
{
flags |= FlagsEnum.Symbolic;
}
else
{
flags |= FlagsEnum.Nonsymbolic;
}
fontDescriptor[PdfName.Flags] = PdfInteger.Get(Convert.ToInt32(flags));
// FontBBox.
fontDescriptor[PdfName.FontBBox] = new Rectangle(
new SKPoint(metrics.XMin * metrics.UnitNorm, metrics.YMin * metrics.UnitNorm),
new SKPoint(metrics.XMax * metrics.UnitNorm, metrics.YMax * metrics.UnitNorm)
).BaseDataObject;
// ItalicAngle.
fontDescriptor[PdfName.ItalicAngle] = PdfReal.Get(metrics.ItalicAngle);
// Ascent.
fontDescriptor[PdfName.Ascent] = PdfReal.Get(
metrics.STypoAscender == 0
? metrics.Ascender * metrics.UnitNorm
: (metrics.STypoLineGap == 0 ? metrics.SCapHeight : metrics.STypoAscender) * metrics.UnitNorm
);
// Descent.
fontDescriptor[PdfName.Descent] = PdfReal.Get(
metrics.STypoDescender == 0
? metrics.Descender * metrics.UnitNorm
: metrics.STypoDescender * metrics.UnitNorm
);
// CapHeight.
fontDescriptor[PdfName.CapHeight] = PdfReal.Get(metrics.SCapHeight * metrics.UnitNorm);
// StemV.
/*
* NOTE: '100' is just a rule-of-thumb value, 'cause I've still to solve the
* 'cvt' table puzzle (such a harsh headache!) for TrueType fonts...
* TODO:IMPL TrueType and CFF stemv real value to extract!!!
*/
fontDescriptor[PdfName.StemV] = PdfInteger.Get(100);
// FontFile.
fontDescriptor[PdfName.FontFile2] = File.Register(new PdfStream(new bytes::Buffer(parser.FontData.ToByteArray())));
}
return(File.Register(fontDescriptor));
}
public string UnoundFuncWithEnumParameter(LongEnum p1, FlagsEnum p2)
{
return "UnboundFuncWithEnumParameters(" + p1 + "," + p2 + ")";
}
public string GetFlagsEnum(FlagsEnum id)
{
ThrowIfInsideThrowsController();
return id.ToString();
}
public int GetFlagValuesAsInt(FlagsEnum flags)
{
return (int)flags;
}
public MyClassWithCstr(StandardEnum standard, NumberedEnum numbered, FlagsEnum flags, ManualSetupEnum manual, IgnoredEnum ignored)
{
this.Standard = standard;
this.Numbered = numbered;
this.Flags = flags;
this.Manual = manual;
this.Ignored = ignored;
}
public static bool FastEquals(this FlagsEnum value, FlagsEnum other)
{
return(value == other);
}
public int SetFlagsEnum(FlagsEnum val) => (int)val;
public bool GetFlag(FlagsEnum Flag)
{
if ((rflags & (ulong)Flag) == 0)
return false;
else
return true;
}
private void SetFlag(FlagsEnum Flag)
{
rflags |= (ulong)Flag;
}
private void ComplementFlag(FlagsEnum Flag)
{
rflags = rflags ^ (ulong)Flag;
}
private void ClearFlag(FlagsEnum Flag)
{
rflags &= ~(ulong)Flag;
}
public void CompareEnums()
{
var sRegular = RegularEnum.Running.ToString();
string sEnhanced = StatusEnum.Running;
string sFlags = FlagsEnum.Four;
var iRegular = (int)RegularEnum.Running;
int iEnhanced = StatusEnum.Running;
int iFlags = FlagsEnum.Four;
// String to Enum
regularEnum = (RegularEnum)Enum.Parse(typeof(RegularEnum), sRegular);
regularEnum = Enum.Parse <RegularEnum>(sRegular);
enhancedEnum = sEnhanced;
flagsEnum = sFlags;
// Int to Enum
regularEnum = (RegularEnum)iRegular;
enhancedEnum = iEnhanced;
flagsEnum = iFlags;
// Flag Manipulation
regularEnum = RegularEnum.Stopped | RegularEnum.Error;
flagsEnum = FlagsEnum.Four | FlagsEnum.Eight;
regularEnum.HasFlag(RegularEnum.Stopped);
flagsEnum.HasFlag(FlagsEnum.Four);
// regularEnum.HasFlag(2); // Compile Error
flagsEnum.HasFlag(2); // Valid check
// Errors on conversion: Configurable to be NULL / throw exception.
Func <RegularEnum> regularAct = () => regularEnum = (RegularEnum)55; // Assigns 55
regularAct.Should()
.NotThrow();
regularEnum.Should()
.Be(55);
regularAct =
() => regularEnum =
(RegularEnum)Enum.Parse(typeof(RegularEnum), "Running1"); // throws ArgumentException
regularAct.Should()
.Throw <ArgumentException>();
Func <StatusEnum> enhancedAct = () => enhancedEnum = 55; // returns null;
enhancedAct.Should()
.NotThrow();
enhancedEnum.Should()
.BeNull();
enhancedAct = () => enhancedEnum = "Running1"; // returns null;
enhancedAct.Should()
.NotThrow();
enhancedEnum.Should()
.BeNull();
StatusEnum.ThrowOnError = true;
enhancedAct = () => enhancedEnum = 55; // throws InvalidOperationException
enhancedAct.Should()
.Throw <InvalidOperationException>();
enhancedAct = () => enhancedEnum = "Running1"; // throws InvalidOperationException
enhancedAct.Should()
.Throw <InvalidOperationException>();
}
public void MapHasFlag([IncludeDataSources(TestProvName.AllSQLite)] string context, [Values(FlagsEnum.Flag1, FlagsEnum.Flag3)] FlagsEnum flag)
{
var data = Enumerable.Range(1, 10).Select(i => new MappingTestClass
{
Id = i,
Value = i * 10,
Flags = (FlagsEnum)(i & (int)FlagsEnum.All)
})
.ToArray();
using (var db = GetDataContext(context))
using (var table = db.CreateLocalTable(data))
{
var query = from t in table
where t.Flags.HasFlag(flag)
select t;
var expected = from t in data
where t.Flags.HasFlag(flag)
select t;
AreEqualWithComparer(expected, query);
}
}
public string UnoundFuncWithEnumParameter(LongEnum p1, FlagsEnum p2)
{
return("UnboundFuncWithEnumParameters(" + p1 + "," + p2 + ")");
}
[InlineData(7, "7")] // This is expected, not "Value1 | Value2 | 4"
public static void Flags(FlagsEnum enumValue, string expected)
{
var actual = ArgumentFormatter.Format(enumValue);
Assert.Equal(expected, actual);
}
public int SetFlagsEnum(FlagsEnum val) => ((Func <SampleClass, FlagsEnum, int>)CompiledWrappers[7])(this, val);
public static bool FastHasFlag(this FlagsEnum value, FlagsEnum flag)
{
return((value & flag) == flag);
}
protected override void LoadEncoding(
)
{
OpenFontParser parser;
{
PdfDictionary descriptor = Descriptor;
if (descriptor.ContainsKey(PdfName.FontFile2)) // Embedded TrueType font file (without 'glyf' table).
{
PdfStream fontFileStream = (PdfStream)descriptor.Resolve(PdfName.FontFile2);
parser = new OpenFontParser(fontFileStream.Body);
}
else if (descriptor.ContainsKey(PdfName.FontFile3))
{
PdfStream fontFileStream = (PdfStream)descriptor.Resolve(PdfName.FontFile3);
PdfName fontFileSubtype = (PdfName)fontFileStream.Header[PdfName.Subtype];
if (fontFileSubtype.Equals(PdfName.OpenType)) // Embedded OpenFont/TrueType font file (with 'glyf' table).
{
parser = new OpenFontParser(fontFileStream.Body);
}
else // Unknown.
{
throw new NotSupportedException("Unknown embedded font file format: " + fontFileSubtype);
}
}
else
{
parser = null;
}
}
if (parser != null) // Embedded font file.
{
// Glyph indexes.
glyphIndexes = parser.GlyphIndexes;
if (codes != null &&
parser.Metrics.IsCustomEncoding)
{
/*
* NOTE: In case of symbolic font,
* glyph indices are natively mapped to character codes,
* so they must be remapped to Unicode whenever possible
* (i.e. when ToUnicode stream is available).
*/
Dictionary <int, int> unicodeGlyphIndexes = new Dictionary <int, int>();
foreach (KeyValuePair <int, int> glyphIndexEntry in glyphIndexes)
{
int code;
if (!codes.TryGetValue(new ByteArray(new byte[] { (byte)(int)glyphIndexEntry.Key }), out code))
{
continue;
}
unicodeGlyphIndexes[code] = glyphIndexEntry.Value;
}
glyphIndexes = unicodeGlyphIndexes;
}
}
PdfDataObject encodingObject = BaseDataObject.Resolve(PdfName.Encoding);
FlagsEnum flags = Flags;
if ((flags & FlagsEnum.Symbolic) != 0 ||
((flags & FlagsEnum.Nonsymbolic) == 0 && encodingObject == null)) // Symbolic.
{
symbolic = true;
if (glyphIndexes == null)
{
/*
* NOTE: In case no font file is available, we have to synthesize its metrics
* from existing entries.
*/
glyphIndexes = new Dictionary <int, int>();
PdfArray glyphWidthObjects = (PdfArray)BaseDataObject.Resolve(PdfName.Widths);
if (glyphWidthObjects != null)
{
int code = ((PdfInteger)BaseDataObject[PdfName.FirstChar]).RawValue;
foreach (PdfDirectObject glyphWidthObject in glyphWidthObjects)
{
if (((PdfInteger)glyphWidthObject).RawValue > 0)
{
glyphIndexes[code] = code;
}
code++;
}
}
}
if (this.codes == null)
{
Dictionary <ByteArray, int> codes = new Dictionary <ByteArray, int>();
foreach (KeyValuePair <int, int> glyphIndexEntry in glyphIndexes)
{
if (glyphIndexEntry.Value > 0)
{
int glyphCharCode = glyphIndexEntry.Key;
byte[] charCode = new byte[] { (byte)glyphCharCode };
codes[new ByteArray(charCode)] = glyphCharCode;
}
}
this.codes = new BiDictionary <ByteArray, int>(codes);
}
}
else // Nonsymbolic.
{
symbolic = false;
if (this.codes == null)
{
Dictionary <ByteArray, int> codes;
if (encodingObject == null) // Default encoding.
{
codes = Encoding.Get(PdfName.StandardEncoding).GetCodes();
}
else if (encodingObject is PdfName) // Predefined encoding.
{
codes = Encoding.Get((PdfName)encodingObject).GetCodes();
}
else // Custom encoding.
{
PdfDictionary encodingDictionary = (PdfDictionary)encodingObject;
// 1. Base encoding.
PdfName baseEncodingName = (PdfName)encodingDictionary[PdfName.BaseEncoding];
if (baseEncodingName == null) // Default base encoding.
{
codes = Encoding.Get(PdfName.StandardEncoding).GetCodes();
}
else // Predefined base encoding.
{
codes = Encoding.Get(baseEncodingName).GetCodes();
}
// 2. Differences.
LoadEncodingDifferences(encodingDictionary, codes);
}
this.codes = new BiDictionary <ByteArray, int>(codes);
}
if (glyphIndexes == null)
{
/*
* NOTE: In case no font file is available, we have to synthesize its metrics
* from existing entries.
*/
glyphIndexes = new Dictionary <int, int>();
PdfArray glyphWidthObjects = (PdfArray)BaseDataObject.Resolve(PdfName.Widths);
if (glyphWidthObjects != null)
{
ByteArray charCode = new ByteArray(
new byte[]
{ (byte)(int)((PdfInteger)BaseDataObject[PdfName.FirstChar]).RawValue }
);
foreach (PdfDirectObject glyphWidthObject in glyphWidthObjects)
{
if (((IPdfNumber)glyphWidthObject).DoubleValue > 0)
{
int code;
if (codes.TryGetValue(charCode, out code))
{
glyphIndexes[code] = (int)charCode.Data[0];
}
}
charCode.Data[0]++;
}
}
}
}
}
public string GetFlagValuesAsString(FlagsEnum flags)
{
return flags.ToString();
}
public void SetFlagsEnum(FlagsEnum flagsEnum)
{
this.flagsEnum = flagsEnum;
}
public bool GetNullableFlagsEnum(FlagsEnum? flagsEnum)
{
if (flagsEnum != null)
{
return true;
}
Assert.True(ModelState.IsValid);
return false;
}
public static void ShouldBeEquivalentTo(this FlagsEnum flagEnum, params FlagsEnum[] becauseArgs) => flagEnum.ToValues().ToArray().Should().BeEquivalentTo(becauseArgs);
private void ShowText(
BlockComposer composer,
PdfName fontName,
double fontSize
)
{
PrimitiveComposer baseComposer = composer.BaseComposer;
ContentScanner scanner = baseComposer.Scanner;
RectangleF textBox = scanner.ContentContext.Box;
if (scanner.State.Font == null)
{
/*
* NOTE: A zero value for size means that the font is to be auto-sized: its size is computed as
* a function of the height of the annotation rectangle.
*/
if (fontSize == 0)
{
fontSize = textBox.Height * 0.65;
}
baseComposer.SetFont(fontName, fontSize);
}
string text = (string)Value;
FlagsEnum flags = Flags;
if ((flags & FlagsEnum.Comb) == FlagsEnum.Comb &&
(flags & FlagsEnum.FileSelect) == 0 &&
(flags & FlagsEnum.Multiline) == 0 &&
(flags & FlagsEnum.Password) == 0)
{
int maxLength = MaxLength;
if (maxLength > 0)
{
textBox.Width /= maxLength;
for (int index = 0, length = text.Length; index < length; index++)
{
composer.Begin(
textBox,
XAlignmentEnum.Center,
YAlignmentEnum.Middle
);
composer.ShowText(text[index].ToString());
composer.End();
textBox.X += textBox.Width;
}
return;
}
}
textBox.X += 2;
textBox.Width -= 4;
YAlignmentEnum yAlignment;
if ((flags & FlagsEnum.Multiline) == FlagsEnum.Multiline)
{
yAlignment = YAlignmentEnum.Top;
textBox.Y += (float)(fontSize * .35);
textBox.Height -= (float)(fontSize * .7);
}
else
{
yAlignment = YAlignmentEnum.Middle;
}
composer.Begin(
textBox,
Justification.ToXAlignment(),
yAlignment
);
composer.ShowText(text);
composer.End();
}
public FlagsEnum GetFlagsEnum(FlagsEnum flagsEnum)
{
return(flagsEnum);
}
public string BoundFuncWithEnumParametersOnCollectionOfRoutingCustomer(SimpleEnum simpleEnum, FlagsEnum flagsEnum)
{
return "BoundFuncWithEnumParameters(" + simpleEnum + "," + flagsEnum + ")";
}
public string BoundFuncWithEnumParametersOnCollectionOfRoutingCustomer(SimpleEnum simpleEnum, FlagsEnum flagsEnum)
{
return("BoundFuncWithEnumParameters(" + simpleEnum + "," + flagsEnum + ")");
}
public FlagsEnum GetFlagsEnum(FlagsEnum flagsEnum)
{
return flagsEnum;
}
public string GetFlagsEnum(FlagsEnum id)
{
ThrowIfInsideThrowsController();
return(id.ToString());
}
