public FunctionCache(ITypeInfoSource typeInfo)
{
TypeInfo = typeInfo;
Comparer = new QualifiedMemberIdentifier.Comparer(typeInfo);
Cache = new ConcurrentCache <QualifiedMemberIdentifier, Entry>(
Environment.ProcessorCount, 4096, Comparer
);
PendingTransformsQueue = new ConcurrentHashQueue <QualifiedMemberIdentifier>(
Math.Max(1, Environment.ProcessorCount / 4), 4096, Comparer
);
ActiveTransformPipelines = new ConcurrentDictionary <QualifiedMemberIdentifier, FunctionTransformPipeline>(
Math.Max(1, Environment.ProcessorCount / 4), 128, Comparer
);
MethodTypes = new MethodTypeFactory();
MakeCacheEntry = (id, method) => {
PendingTransformsQueue.TryEnqueue(id);
return(new Entry(id, Locks)
{
Info = method.Method,
Reference = method.Reference,
SecondPass = new FunctionAnalysis2ndPass(this, method.Method)
});
};
MakePopulatedCacheEntry = (id, args) => {
var result = new JSFunctionExpression(
new JSMethod(args.Method, args.Info, MethodTypes),
args.Translator.Variables,
args.Parameters,
args.Body,
MethodTypes
);
PendingTransformsQueue.TryEnqueue(id);
return(new Entry(id, Locks)
{
Info = args.Info,
Reference = args.Method,
Expression = result,
SpecialIdentifiers = args.Translator.SpecialIdentifiers
});
};
MakeNullCacheEntry = (id, args) => {
return(new Entry(id, Locks)
{
Info = args.Info,
Reference = args.Method,
Expression = null
});
};
}
public FunctionCache(ITypeInfoSource typeInfo)
{
var comparer = new QualifiedMemberIdentifier.Comparer(typeInfo);
Cache = new ConcurrentCache <QualifiedMemberIdentifier, Entry>(
Environment.ProcessorCount, 4096, comparer
);
OptimizationQueue = new ConcurrentHashQueue <QualifiedMemberIdentifier>(
Math.Max(1, Environment.ProcessorCount / 4), 4096, comparer
);
MethodTypes = new MethodTypeFactory();
MakeCacheEntry = (id, method) => {
OptimizationQueue.TryEnqueue(id);
return(new Entry {
Info = method.Method,
Reference = method.Reference,
Identifier = id,
ParameterNames = new HashSet <string>(from p in method.Method.Parameters select p.Name),
SecondPass = new FunctionAnalysis2ndPass(this, method.Method)
});
};
MakePopulatedCacheEntry = (id, args) => {
var result = new JSFunctionExpression(
new JSMethod(args.Method, args.Info, MethodTypes),
args.Translator.Variables,
args.Parameters,
args.Body,
MethodTypes
);
OptimizationQueue.TryEnqueue(id);
return(new Entry {
Identifier = id,
Info = args.Info,
Reference = args.Method,
Expression = result,
Variables = args.Translator.Variables,
ParameterNames = args.Translator.ParameterNames,
SpecialIdentifiers = args.Translator.SpecialIdentifiers
});
};
MakeNullCacheEntry = (id, args) => {
return(new Entry {
Identifier = id,
Info = args.Info,
Reference = args.Method,
Expression = null
});
};
}
public FunctionCache(ITypeInfoSource typeInfo)
{
TypeInfo = typeInfo;
Comparer = new QualifiedMemberIdentifier.Comparer(typeInfo);
Cache = new ConcurrentCache<QualifiedMemberIdentifier, Entry>(
Environment.ProcessorCount, 4096, Comparer
);
PendingTransformsQueue = new ConcurrentHashQueue<QualifiedMemberIdentifier>(
Math.Max(1, Environment.ProcessorCount / 4), 4096, Comparer
);
ActiveTransformPipelines = new ConcurrentDictionary<QualifiedMemberIdentifier, FunctionTransformPipeline>(
Math.Max(1, Environment.ProcessorCount / 4), 128, Comparer
);
MethodTypes = new MethodTypeFactory();
MakeCacheEntry = (id, method) => {
PendingTransformsQueue.TryEnqueue(id);
return new Entry(id, Locks) {
Info = method.Method,
Reference = method.Reference,
SecondPass = new FunctionAnalysis2ndPass(this, method.Method)
};
};
MakePopulatedCacheEntry = (id, args) => {
var result = new JSFunctionExpression(
new JSMethod(args.Method, args.Info, MethodTypes),
args.Translator.Variables,
args.Parameters,
args.Body,
MethodTypes
);
PendingTransformsQueue.TryEnqueue(id);
return new Entry(id, Locks) {
Info = args.Info,
Reference = args.Method,
Expression = result,
Variables = args.Translator.Variables,
SpecialIdentifiers = args.Translator.SpecialIdentifiers
};
};
MakeNullCacheEntry = (id, args) => {
return new Entry(id, Locks) {
Info = args.Info,
Reference = args.Method,
Expression = null
};
};
}
public FunctionCache(ITypeInfoSource typeInfo)
{
var comparer = new QualifiedMemberIdentifier.Comparer(typeInfo);
Cache = new ConcurrentCache<QualifiedMemberIdentifier, Entry>(
Environment.ProcessorCount, 4096, comparer
);
OptimizationQueue = new ConcurrentHashQueue<QualifiedMemberIdentifier>(
Math.Max(1, Environment.ProcessorCount / 4), 4096, comparer
);
MethodTypes = new MethodTypeFactory();
MakeCacheEntry = (id, method) => {
OptimizationQueue.TryEnqueue(id);
return new Entry {
Info = method.Method,
Reference = method.Reference,
Identifier = id,
ParameterNames = new HashSet<string>(from p in method.Method.Parameters select p.Name),
SecondPass = new FunctionAnalysis2ndPass(this, method.Method)
};
};
MakePopulatedCacheEntry = (id, args) => {
var result = new JSFunctionExpression(
new JSMethod(args.Method, args.Info, MethodTypes),
args.Translator.Variables,
args.Parameters,
args.Body,
MethodTypes
);
OptimizationQueue.TryEnqueue(id);
return new Entry {
Identifier = id,
Info = args.Info,
Reference = args.Method,
Expression = result,
Variables = args.Translator.Variables,
ParameterNames = args.Translator.ParameterNames,
SpecialIdentifiers = args.Translator.SpecialIdentifiers
};
};
MakeNullCacheEntry = (id, args) => {
return new Entry {
Identifier = id,
Info = args.Info,
Reference = args.Method,
Expression = null
};
};
}
public FunctionCache(ITypeInfoSource typeInfo)
{
var comparer = new QualifiedMemberIdentifier.Comparer(typeInfo);
Cache = new ConcurrentCache<QualifiedMemberIdentifier, Entry>(
Environment.ProcessorCount, 4096, comparer
);
OptimizationQueue = new ConcurrentHashQueue<QualifiedMemberIdentifier>(
Math.Max(1, Environment.ProcessorCount / 4), 4096, comparer
);
MethodTypes = new MethodTypeFactory();
}
public FunctionCache(ITypeInfoSource typeInfo)
{
var comparer = new QualifiedMemberIdentifier.Comparer(typeInfo);
Cache = new ConcurrentCache <QualifiedMemberIdentifier, Entry>(
Environment.ProcessorCount, 4096, comparer
);
OptimizationQueue = new ConcurrentHashQueue <QualifiedMemberIdentifier>(
Math.Max(1, Environment.ProcessorCount / 4), 4096, comparer
);
MethodTypes = new MethodTypeFactory();
}
