internal LLVMSharp.Module RunSemanticAnalysisUpToLLVMCodeGeneration(DfirRoot dfirRoot, string compiledFunctionName)
{
var cancellationToken = new CompileCancellationToken();
RunCompilationUpToAutomaticNodeInsertion(dfirRoot, cancellationToken);
return(FunctionCompileHandler.CompileFunctionForLLVM(dfirRoot, cancellationToken, compiledFunctionName));
}
internal global::Rebar.RebarTarget.BytecodeInterpreter.Function RunSemanticAnalysisUpToCodeGeneration(DfirRoot dfirRoot)
{
var cancellationToken = new CompileCancellationToken();
RunCompilationUpToAutomaticNodeInsertion(dfirRoot, cancellationToken);
return(FunctionCompileHandler.CompileFunctionForBytecodeInterpreter(dfirRoot, cancellationToken));
}
public static LLVMValueRef GetImportedInitializeStateFunction(this FunctionModuleContext moduleContext, CreateMethodCallPromise createMethodCallPromise)
{
string targetFunctionName = FunctionCompileHandler.FunctionLLVMName(createMethodCallPromise.TargetName);
return(moduleContext.GetImportedFunction(
FunctionNames.GetInitializeStateFunctionName(targetFunctionName),
() => moduleContext.TranslateInitializeFunctionType(createMethodCallPromise.Signature)));
}
public static LLVMValueRef GetImportedSynchronousFunction(this FunctionModuleContext moduleContext, MethodCallNode methodCallNode)
{
string targetFunctionName = FunctionCompileHandler.FunctionLLVMName(methodCallNode.TargetName);
return(moduleContext.GetImportedFunction(
FunctionNames.GetSynchronousFunctionName(targetFunctionName),
() => moduleContext.LLVMContext.TranslateFunctionType(methodCallNode.Signature)));
}
internal FunctionCompileResult RunSemanticAnalysisUpToLLVMCodeGeneration(
DfirRoot dfirRoot,
string compiledFunctionName,
Dictionary <CompilableDefinitionName, bool> calleesIsYielding,
Dictionary <CompilableDefinitionName, bool> calleesMayPanic)
{
var cancellationToken = new CompileCancellationToken();
RunCompilationUpToAutomaticNodeInsertion(dfirRoot, cancellationToken);
return(FunctionCompileHandler.CompileFunctionForLLVM(dfirRoot, cancellationToken, calleesIsYielding, calleesMayPanic, compiledFunctionName));
}
public CompileLoadResult CompileAndLoadFunction(CompilerTestBase test, DfirRoot function, DfirRoot[] otherFunctions)
{
var calleesIsYielding = new Dictionary <CompilableDefinitionName, bool>();
var calleesMayPanic = new Dictionary <CompilableDefinitionName, bool>();
foreach (DfirRoot otherFunction in otherFunctions)
{
FunctionCompileResult otherCompileResult = test.RunSemanticAnalysisUpToLLVMCodeGeneration(
otherFunction,
FunctionCompileHandler.FunctionLLVMName(otherFunction.CompileSpecification.Name),
calleesIsYielding,
calleesMayPanic);
calleesIsYielding[otherFunction.CompileSpecification.Name] = otherCompileResult.IsYielding;
calleesMayPanic[otherFunction.CompileSpecification.Name] = otherCompileResult.MayPanic;
_context.LoadFunction(otherCompileResult.Module);
}
const string compiledFunctionName = "test";
FunctionCompileResult compileResult = test.RunSemanticAnalysisUpToLLVMCodeGeneration(function, compiledFunctionName, calleesIsYielding, calleesMayPanic);
_context.LoadFunction(compileResult.Module);
return(new CompileLoadResult(compiledFunctionName, compileResult.IsYielding));
}
public static LLVMValueRef GetImportedPollFunction(this FunctionModuleContext moduleContext, CreateMethodCallPromise createMethodCallPromise)
{
string targetFunctionName = FunctionCompileHandler.FunctionLLVMName(createMethodCallPromise.TargetName);
return(moduleContext.GetImportedFunction(FunctionNames.GetPollFunctionName(targetFunctionName), () => AsynchronousFunctionModuleBuilder.PollFunctionType(moduleContext.LLVMContext)));
}
