/// <summary>
/// Creates a new <see cref="AdobeStylePrivateDictionary"/>.
/// </summary>
/// <param name="builder">The builder used to gather property values.</param>
protected AdobeStylePrivateDictionary([NotNull] BaseBuilder builder)
{
if (builder == null)
{
throw new ArgumentNullException(nameof(builder));
}
BlueValues = builder.BlueValues ?? EmptyArray <int> .Instance;
OtherBlues = builder.OtherBlues ?? EmptyArray <int> .Instance;
FamilyBlues = builder.FamilyBlues ?? EmptyArray <int> .Instance;
FamilyOtherBlues = builder.FamilyOtherBlues ?? EmptyArray <int> .Instance;
BlueScale = builder.BlueScale ?? DefaultBlueScale;
BlueFuzz = builder.BlueFuzz ?? DefaultBlueFuzz;
BlueShift = builder.BlueShift ?? DefaultBlueShift;
StandardHorizontalWidth = builder.StandardHorizontalWidth;
StandardVerticalWidth = builder.StandardVerticalWidth;
StemSnapHorizontalWidths = builder.StemSnapHorizontalWidths ?? EmptyArray <decimal> .Instance;
StemSnapVerticalWidths = builder.StemSnapVerticalWidths ?? EmptyArray <decimal> .Instance;
ForceBold = builder.ForceBold ?? false;
LanguageGroup = builder.LanguageGroup ?? DefaultLanguageGroup;
ExpansionFactor = builder.ExpansionFactor ?? DefaultExpansionFactor;
}
public AstBuilder(BaseBuilder sub)
: base(sub)
{
deferred = new List <SyntaxNode>();
}
ExprBuilder(BaseBuilder sub)
: base(sub)
{
}
ExprBuilder(BaseBuilder sub, TypeSyntax ty)
: base(sub, ty)
{
}
public TypeBuilder(BaseBuilder sub)
{
}
public NameBuilder(BaseBuilder sub)
: base(sub)
{
cntNameComponents = 0;
}
public TypeBuilder(BaseBuilder sub)
: base(sub)
{
}
public override bool Initialize(int clientSideBufferLength)
{
if (!base.Initialize(clientSideBufferLength))
{
FATAL("Unable to initialize stream");
return(false);
}
//2. Get stream capabilities
StreamCapabilities pCapabilities = Capabilities;
if (pCapabilities == null)
{
FATAL("Invalid stream capabilities");
return(false);
}
//3. Create the video builder
switch (pCapabilities.VideoCodecId)
{
case VideoCodec.H264:
_pVideoBuilder = new AVCBuilder();
break;
case VideoCodec.PassThrough:
_pVideoBuilder = new BaseBuilder();
break;
case VideoCodec.Unknown:
WARN("Invalid video stream capabilities:{0}", pCapabilities.VideoCodecId);
break;
default:
FATAL("Invalid video stream capabilities:{0}", pCapabilities.VideoCodecId);
return(false);
}
//4. Create the audio builder
switch (pCapabilities.AudioCodecId)
{
case AudioCodec.Aac:
_pAudioBuilder = new AACBuilder();
break;
case AudioCodec.Mp3:
_pAudioBuilder = new MP3Builder();
break;
case AudioCodec.PassThrough:
_pAudioBuilder = new BaseBuilder();
break;
case AudioCodec.Unknown:
WARN("Invalid audio stream capabilities: {0}", pCapabilities.AudioCodecId);
break;
default:
FATAL("Invalid audio stream capabilities: {0}", pCapabilities.AudioCodecId);
return(false);
}
_amf0Reader = new AMF0Reader(_pFile.DataStream);
_pFile.Br = _amf0Reader;
return(true);
}
BaseBuilder(BaseBuilder sub)
: base()
{
Level = sub.Level + 1;
idgen = sub.idgen;
}
public InstanceComponentRegistrator(BaseBuilder <TResult> builder) : this(() => builder.Build())
{
}
public AstBuilder(BaseBuilder sub)
: base(sub)
{
}
VarBuilder(BaseBuilder sub, TypeSyntax ty)
: base(sub)
{
type = ty;
}
public ParamlistBuilder(BaseBuilder sub)
: base(sub)
{
}
public AstBuilder(BaseBuilder sub, TypeSyntax ty)
: base(sub, ty)
{
deferred = new List <SyntaxNode>();
}
static void Main(string[] args)
{
var flow = new BaseBuilder("flow").Build();
Console.WriteLine("Hello World!");
}
public SqlMgr()
{
BuilderInstance = new BaseBuilder();
}
public override bool Initialize(int clientSideBufferLength)
{
if (! base.Initialize(clientSideBufferLength))
{
FATAL("Unable to initialize stream");
return false;
}
//2. Get stream capabilities
StreamCapabilities pCapabilities = Capabilities;
if (pCapabilities == null) {
FATAL("Invalid stream capabilities");
return false;
}
//3. Create the video builder
switch (pCapabilities.VideoCodecId)
{
case VideoCodec.H264:
_pVideoBuilder = new AVCBuilder();
break;
case VideoCodec.PassThrough:
_pVideoBuilder = new BaseBuilder();
break;
case VideoCodec.Unknown:
WARN("Invalid video stream capabilities:{0}", pCapabilities.VideoCodecId);
break;
default:
FATAL("Invalid video stream capabilities:{0}", pCapabilities.VideoCodecId);
return false;
}
//4. Create the audio builder
switch (pCapabilities.AudioCodecId)
{
case AudioCodec.Aac:
_pAudioBuilder = new AACBuilder();
break;
case AudioCodec.Mp3:
_pAudioBuilder = new MP3Builder();
break;
case AudioCodec.PassThrough:
_pAudioBuilder = new BaseBuilder();
break;
case AudioCodec.Unknown:
WARN("Invalid audio stream capabilities: {0}", pCapabilities.AudioCodecId);
break;
default:
FATAL("Invalid audio stream capabilities: {0}", pCapabilities.AudioCodecId);
return false;
}
_amf0Reader = new AMF0Reader(_pFile.DataStream);
_pFile.Br = _amf0Reader;
return true;
}
private void Awake()
{
Builder = FindObjectOfType <BaseBuilder>();
}
protected GeneratorBuilder(BaseBuilder innerBuilder) : base(innerBuilder)
{
}
