/// <inheritdoc />
public override async Task <Tuple <CompileCacheEntry, CompileSignature> > BackEndCompileAsyncCore(
SpecAndQName specAndQName,
DfirRoot targetDfir,
CompileCancellationToken cancellationToken,
ProgressToken progressToken,
CompileThreadState compileThreadState)
{
CompileSignature topSignature = new CompileSignature(
targetDfir.Name,
Enumerable.Empty <CompileSignatureParameter>(), // GenerateParameters(targetDfir),
targetDfir.GetDeclaringType(),
targetDfir.Reentrancy,
true,
true,
ThreadAffinity.Standard,
false,
true,
ExecutionPriority.Normal,
CallingConvention.StdCall);
BuildSpec htmlVIBuildSpec = specAndQName.BuildSpec;
foreach (var dependency in targetDfir.Dependencies.OfType <CompileInvalidationDfirDependency>().ToList())
{
var compileSignature = await Compiler.GetCompileSignatureAsync(dependency.SpecAndQName, cancellationToken, progressToken, compileThreadState);
if (compileSignature != null)
{
targetDfir.AddDependency(
targetDfir,
new CompileSignatureDependency(dependency.SpecAndQName, compileSignature));
}
}
IBuiltPackage builtPackage = null;
if (!RebarFeatureToggles.IsLLVMCompilerEnabled)
{
Function compiledFunction = CompileFunctionForBytecodeInterpreter(targetDfir, cancellationToken);
builtPackage = new FunctionBuiltPackage(specAndQName, Compiler.TargetName, compiledFunction);
}
else
{
Module compiledFunctionModule = CompileFunctionForLLVM(targetDfir, cancellationToken);
builtPackage = new LLVM.FunctionBuiltPackage(specAndQName, Compiler.TargetName, compiledFunctionModule);
}
BuiltPackageToken token = Compiler.AddToBuiltPackagesCache(builtPackage);
CompileCacheEntry entry = await Compiler.CreateStandardCompileCacheEntryFromDfirRootAsync(
CompileState.Complete,
targetDfir,
new Dictionary <ExtendedQualifiedName, CompileSignature>(),
token,
cancellationToken,
progressToken,
compileThreadState,
false);
return(new Tuple <CompileCacheEntry, CompileSignature>(entry, topSignature));
}
/// <inheritdoc />
public override async Task <Tuple <CompileCacheEntry, CompileSignature> > CompileCoreAsync(
CompileSpecification compileSpecification,
DfirRoot targetDfir,
CompileCancellationToken cancellationToken,
ProgressToken progressToken,
CompileThreadState compileThreadState)
{
CompileSignature topSignature = new CompileSignature(
targetDfir.Name,
Enumerable.Empty <CompileSignatureParameter>(), // GenerateParameters(targetDfir),
targetDfir.GetDeclaringType(),
targetDfir.Reentrancy,
true,
true,
ThreadAffinity.Standard,
false,
true,
ExecutionPriority.Normal,
CallingConvention.StdCall);
BuildSpec typeDiagramBuildSpec = compileSpecification.BuildSpec;
#if FALSE
foreach (var dependency in targetDfir.Dependencies.OfType <CompileInvalidationDfirDependency>().ToList())
{
var compileSignature = await Compiler.GetCompileSignatureAsync(dependency.SpecAndQName, cancellationToken, progressToken, compileThreadState);
if (compileSignature != null)
{
targetDfir.AddDependency(
targetDfir,
new CompileSignatureDependency(dependency.SpecAndQName, compileSignature));
}
}
#endif
IBuiltPackage builtPackage = null;
// TODO: create TypeDiagramBuiltPackage
builtPackage = new EmptyBuiltPackage(
compileSpecification,
Compiler.TargetName,
Enumerable.Empty <CompileSpecification>(),
CompileMetadata.Empty);
BuiltPackageToken token = Compiler.AddToBuiltPackagesCache(builtPackage);
CompileCacheEntry entry = await Compiler.CreateStandardCompileCacheEntryFromDfirRootAsync(
CompileState.Complete,
targetDfir,
new Dictionary <CompilableDefinitionName, CompileSignature>(),
token,
cancellationToken,
progressToken,
compileThreadState,
false);
return(new Tuple <CompileCacheEntry, CompileSignature>(entry, topSignature));
}
/// <inheritdoc />
public override async Task <Tuple <CompileCacheEntry, CompileSignature> > CompileCoreAsync(
CompileSpecification compileSpecification,
DfirRoot targetDfir,
CompileCancellationToken cancellationToken,
ProgressToken progressToken,
CompileThreadState compileThreadState)
{
CompileSignature topSignature = new CompileSignature(
targetDfir.Name,
Enumerable.Empty <CompileSignatureParameter>(),
targetDfir.GetDeclaringType(),
targetDfir.Reentrancy,
true,
true,
ThreadAffinity.Standard,
false,
true,
ExecutionPriority.Normal,
CallingConvention.StdCall);
var builtPackage = new EmptyBuiltPackage(
compileSpecification,
Compiler.TargetName,
Enumerable.Empty <CompileSpecification>(),
CompileMetadata.Empty);
BuiltPackageToken token = Compiler.AddToBuiltPackagesCache(builtPackage);
CompileCacheEntry entry = await Compiler.CreateStandardCompileCacheEntryFromDfirRootAsync(
CompileState.Complete,
targetDfir,
new Dictionary <CompilableDefinitionName, CompileSignature>(),
token,
cancellationToken,
progressToken,
compileThreadState,
false);
return(new Tuple <CompileCacheEntry, CompileSignature>(entry, topSignature));
}
/// <inheritdoc />
public override async Task <Tuple <CompileCacheEntry, CompileSignature> > CompileCoreAsync(
CompileSpecification compileSpecification,
DfirRoot targetDfir,
CompileCancellationToken cancellationToken,
ProgressToken progressToken,
CompileThreadState compileThreadState)
{
var compileSignatureParameters = new List <CompileSignatureParameter>();
foreach (DataItem dataItem in targetDfir.DataItems.OrderBy(dataItem => dataItem.ConnectorPaneIndex))
{
var compileSignatureParameter = new CompileSignatureParameter(
dataItem.Name,
dataItem.Name,
dataItem.DataType,
dataItem.ConnectorPaneInputPassingRule,
dataItem.ConnectorPaneOutputPassingRule,
dataItem.ConnectorPaneIndex);
compileSignatureParameters.Add(compileSignatureParameter);
}
var compileSignatures = new Dictionary <CompilableDefinitionName, CompileSignature>();
var dependencyIdentities = new HashSet <CompileSpecification>();
foreach (var dependency in targetDfir.Dependencies.OfType <CompileInvalidationDfirDependency>().ToList())
{
dependencyIdentities.Add(ConvertToCompileSpecificationDuringMigration(dependency.DependeeName));
var compileSignature = await Compiler.GetCompileSignatureAsync(dependency.DependeeName, cancellationToken, progressToken, compileThreadState);
if (compileSignature != null)
{
targetDfir.AddDependency(
targetDfir,
new CompileSignatureDependency(dependency.DependeeName, compileSignature));
compileSignatures[ConvertToCompilableDefinitionNameDuringMigration(dependency.DependeeName)] = compileSignature;
}
}
var calleesIsYielding = new Dictionary <CompilableDefinitionName, bool>();
var calleesMayPanic = new Dictionary <CompilableDefinitionName, bool>();
foreach (var methodCallNode in targetDfir.GetAllNodesIncludingSelf().OfType <MethodCallNode>())
{
CompileSignature calleeSignature = compileSignatures[methodCallNode.TargetName];
var functionCompileSignature = calleeSignature as FunctionCompileSignature;
bool mayPanic = functionCompileSignature?.MayPanic ?? false;
calleesIsYielding[methodCallNode.TargetName] = calleeSignature.IsYielding;
calleesMayPanic[methodCallNode.TargetName] = mayPanic;
}
LLVM.FunctionCompileResult functionCompileResult = CompileFunctionForLLVM(
targetDfir,
cancellationToken,
calleesIsYielding,
calleesMayPanic);
var builtPackage = new LLVM.FunctionBuiltPackage(
compileSpecification,
Compiler.TargetName,
dependencyIdentities.ToArray(),
functionCompileResult.Module,
functionCompileResult.IsYielding);
BuiltPackageToken token = Compiler.AddToBuiltPackagesCache(builtPackage);
CompileCacheEntry entry = await Compiler.CreateStandardCompileCacheEntryFromDfirRootAsync(
CompileState.Complete,
targetDfir,
compileSignatures,
token,
cancellationToken,
progressToken,
compileThreadState,
false);
var topSignature = new FunctionCompileSignature(
functionName: targetDfir.Name,
compileSignatureParameters: compileSignatureParameters,
isYielding: functionCompileResult.IsYielding,
mayPanic: functionCompileResult.MayPanic);
return(new Tuple <CompileCacheEntry, CompileSignature>(entry, topSignature));
}
