public ExecutionPathMethodCollection(IILBuilder ilBuilder, Automata <TInstruction, TOperand> automata)
{
_ilBuilder = ilBuilder;
_automata = automata;
var length = 128;
while (length < automata._executionPathRegistry.Count)
{
length *= 2;
}
_executionPaths = new ExecutionPathMethod[length];
for (var i = 0; i < length; i++)
{
_executionPaths[i] = new ExecutionPathMethod(_ilBuilder, automata, i);
}
}
public ExecutionPathMethod(IILBuilder builder, Automata <TInstruction, TOperand> automata, int index)
{
_mainDelegate = (process, threadStack, closure) =>
{
var executionPath = automata._executionPathRegistry[index];
_mainDelegate = builder.BuildMain(executionPath, out _mainClosure);
return(_mainDelegate(process, threadStack, _mainClosure));
};
_parallelDelegate = (process, threadStack, closure) =>
{
var executionPath = automata._executionPathRegistry[index];
_parallelDelegate = builder.BuildParallel(executionPath, out _parallelClosure);
return(_parallelDelegate(process, threadStack, _parallelClosure));
};
}
public ExecutionPathMethod(ExecutionPath executionPath, IILBuilder builder, bool lazy)
{
if (lazy)
{
_mainDelegate = (process, threadStack, closure) =>
{
_mainDelegate = builder.BuildMain(executionPath, out _mainClosure);
return(_mainDelegate(process, threadStack, _mainClosure));
};
_parallelDelegate = (process, threadStack, closure) =>
{
_parallelDelegate = builder.BuildParallel(executionPath, out _parallelClosure);
return(_parallelDelegate(process, threadStack, _parallelClosure));
};
}
else
{
_mainDelegate = builder.BuildMain(executionPath, out _mainClosure);
_parallelDelegate = builder.BuildParallel(executionPath, out _parallelClosure);
}
}
public CachingILBuilder(IILBuilder wrapping)
{
Wrapping = wrapping;
}
public CodeParser(string codeFilePath, IILBuilder ilBuider)
{
CodeFilePath = codeFilePath;
ILBuilder = ilBuider;
}
