private static void GenerateInstrumentedProcessView(
ResultSetProcessorFactoryForge forge,
CodegenClassScope classScope,
CodegenMethod method,
CodegenInstanceAux instance)
{
if (!classScope.IsInstrumented) {
forge.ProcessViewResultCodegen(classScope, method, instance);
return;
}
var instrumented = method.MakeChild(typeof(UniformPair<EventBean[]>), forge.GetType(), classScope)
.AddParam(typeof(EventBean[]), NAME_NEWDATA)
.AddParam(typeof(EventBean[]), NAME_OLDDATA)
.AddParam(typeof(bool), NAME_ISSYNTHESIZE);
forge.ProcessViewResultCodegen(classScope, instrumented, instance);
method.Block
.DebugStack()
.Apply(InstrumentationCode.Instblock(classScope, "q" + forge.InstrumentedQName))
.DeclareVar<UniformPair<EventBean[]>>(
"pair",
LocalMethod(instrumented, REF_NEWDATA, REF_OLDDATA, REF_ISSYNTHESIZE))
.Apply(InstrumentationCode.Instblock(classScope, "a" + forge.InstrumentedQName, Ref("pair")))
.MethodReturn(Ref("pair"));
}
public static CodegenExpression Codegen(
ExprDotNodeForgeRootChild forge,
CodegenMethodScope codegenMethodScope,
ExprForgeCodegenSymbol exprSymbol,
CodegenClassScope codegenClassScope)
{
var innerType = forge.innerForge.TypeInfo.GetCodegenReturnType().GetBoxedType();
var evaluationType = forge.EvaluationType.GetBoxedType();
var methodNode = codegenMethodScope.MakeChild(
evaluationType,
typeof(ExprDotNodeForgeRootChildEval),
codegenClassScope);
var innerValue = forge.innerForge.CodegenEvaluate(methodNode, exprSymbol, codegenClassScope);
if (innerType == typeof(FlexCollection)) {
innerValue = FlexWrap(innerValue);
}
var block = methodNode.Block.DeclareVar(innerType, "inner", innerValue);
if (innerType.CanBeNull() && evaluationType != typeof(void)) {
block.IfRefNullReturnNull("inner");
}
var typeInformation = ConstantNull();
if (codegenClassScope.IsInstrumented) {
typeInformation = codegenClassScope.AddOrGetDefaultFieldSharable(
new EPTypeCodegenSharable(forge.innerForge.TypeInfo, codegenClassScope));
}
block.Apply(
InstrumentationCode.Instblock(
codegenClassScope,
"qExprDotChain",
typeInformation,
Ref("inner"),
Constant(forge.forgesUnpacking.Length)));
var expression = ExprDotNodeUtility.EvaluateChainCodegen(
methodNode,
exprSymbol,
codegenClassScope,
Ref("inner"),
innerType,
forge.forgesUnpacking,
null);
if (evaluationType == typeof(void)) {
block.Expression(expression)
.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.MethodEnd();
}
else {
block.DeclareVar(evaluationType, "result", expression)
.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.MethodReturn(Ref("result"));
}
return LocalMethod(methodNode);
}
public static CodegenExpression Codegen(
ExprDotNodeForgeVariable forge,
CodegenMethodScope codegenMethodScope,
ExprForgeCodegenSymbol exprSymbol,
CodegenClassScope classScope)
{
var variableReader =
classScope.AddOrGetDefaultFieldSharable(new VariableReaderCodegenFieldSharable(forge.Variable));
Type variableType;
VariableMetaData metaData = forge.Variable;
if (metaData.EventType != null) {
variableType = typeof(EventBean);
}
else {
variableType = metaData.Type;
}
CodegenMethod methodNode = codegenMethodScope.MakeChild(
forge.EvaluationType,
typeof(ExprDotNodeForgeVariableEval),
classScope);
CodegenExpression typeInformation = ConstantNull();
if (classScope.IsInstrumented) {
typeInformation = classScope.AddOrGetDefaultFieldSharable(
new EPTypeCodegenSharable(new ClassEPType(variableType), classScope));
}
CodegenBlock block = methodNode.Block
.DeclareVar(variableType, "result", Cast(variableType, ExprDotName(variableReader, "Value")))
.Apply(
InstrumentationCode.Instblock(
classScope,
"qExprDotChain",
typeInformation,
Ref("result"),
Constant(forge.ChainForge.Length)));
CodegenExpression chain = ExprDotNodeUtility.EvaluateChainCodegen(
methodNode,
exprSymbol,
classScope,
Ref("result"),
variableType,
forge.ChainForge,
forge.ResultWrapLambda);
block.DeclareVar(forge.EvaluationType, "returned", chain)
.Apply(InstrumentationCode.Instblock(classScope, "aExprDotChain"))
.MethodReturn(Ref("returned"));
return LocalMethod(methodNode);
}
public static CodegenExpression CodegenEvaluateGetROCollectionScalar(
ExprDotNodeForgeRootChild forge,
CodegenMethodScope codegenMethodScope,
ExprForgeCodegenSymbol exprSymbol,
CodegenClassScope codegenClassScope)
{
var methodNode = codegenMethodScope.MakeChild(
forge.EvaluationType,
typeof(ExprDotNodeForgeRootChildEval),
codegenClassScope);
var typeInformation = ConstantNull();
if (codegenClassScope.IsInstrumented) {
typeInformation = codegenClassScope.AddOrGetDefaultFieldSharable(
new EPTypeCodegenSharable(forge.innerForge.TypeInfo, codegenClassScope));
}
methodNode.Block
.DeclareVar<FlexCollection>(
"inner",
forge.innerForge.EvaluateGetROCollectionScalarCodegen(
methodNode,
exprSymbol,
codegenClassScope))
.Apply(
InstrumentationCode.Instblock(
codegenClassScope,
"qExprDotChain",
typeInformation,
Ref("inner"),
Constant(forge.forgesUnpacking.Length)))
.IfRefNull("inner")
.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.BlockReturn(ConstantNull())
.DeclareVar(
forge.EvaluationType,
"result",
ExprDotNodeUtility.EvaluateChainCodegen(
methodNode,
exprSymbol,
codegenClassScope,
Ref("inner"),
typeof(ICollection<object>),
forge.forgesIteratorEventBean,
null))
.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.MethodReturn(Ref("result"));
return LocalMethod(methodNode);
}
public static CodegenExpression Codegen(
ExprDotNodeForgeStream forge,
CodegenMethodScope codegenMethodScope,
ExprForgeCodegenSymbol exprSymbol,
CodegenClassScope codegenClassScope)
{
CodegenMethod methodNode = codegenMethodScope.MakeChild(
forge.EvaluationType,
typeof(ExprDotNodeForgeStreamEvalEventBean),
codegenClassScope);
CodegenExpressionRef refEPS = exprSymbol.GetAddEPS(methodNode);
CodegenExpression typeInformation = ConstantNull();
if (codegenClassScope.IsInstrumented) {
typeInformation =
codegenClassScope.AddOrGetDefaultFieldSharable(
new EPTypeCodegenSharable(EPTypeHelper.SingleEvent(forge.EventType), codegenClassScope));
}
methodNode.Block
.DeclareVar<EventBean>("@event", ArrayAtIndex(refEPS, Constant(forge.StreamNumber)))
.Apply(
InstrumentationCode.Instblock(
codegenClassScope,
"qExprDotChain",
typeInformation,
Ref("@event"),
Constant(forge.Evaluators.Length)))
.IfRefNull("@event")
.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.BlockReturn(ConstantNull())
.DeclareVar(
forge.EvaluationType,
"result",
ExprDotNodeUtility.EvaluateChainCodegen(
methodNode,
exprSymbol,
codegenClassScope,
Ref("@event"),
typeof(EventBean),
forge.Evaluators,
null))
.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.MethodReturn(Ref("result"));
return LocalMethod(methodNode);
}
public static CodegenExpression CodegenExprEval(
ExprDotNodeForgeStaticMethod forge,
CodegenMethodScope codegenMethodScope,
ExprForgeCodegenSymbol exprSymbol,
CodegenClassScope codegenClassScope)
{
CodegenExpression isCachedMember = null;
CodegenExpression cachedResultMember = null;
if (forge.IsConstantParameters) {
isCachedMember = codegenClassScope.AddDefaultFieldUnshared(false, typeof(bool), ConstantFalse());
cachedResultMember = codegenClassScope.AddDefaultFieldUnshared(false, typeof(object), ConstantNull());
}
var returnType = forge.StaticMethod.ReturnType;
var methodNode = codegenMethodScope.MakeChild(
forge.EvaluationType,
typeof(ExprDotNodeForgeStaticMethodEval),
codegenClassScope);
var block = methodNode.Block;
// check cached
if (forge.IsConstantParameters) {
var ifCached = block.IfCondition(isCachedMember);
if (returnType == typeof(void)) {
ifCached.BlockReturnNoValue();
}
else {
ifCached.BlockReturn(Cast(forge.EvaluationType, cachedResultMember));
}
}
// generate args
var args = AllArgumentExpressions(
forge.ChildForges,
forge.StaticMethod,
methodNode,
exprSymbol,
codegenClassScope);
AppendArgExpressions(args, methodNode.Block);
// try block
var tryBlock = block.TryCatch();
var invoke = CodegenInvokeExpression(
forge.TargetObject,
forge.StaticMethod,
args,
codegenClassScope);
if (returnType == typeof(void)) {
tryBlock.Expression(invoke);
if (forge.IsConstantParameters) {
tryBlock.AssignRef(isCachedMember, ConstantTrue());
}
tryBlock.BlockReturnNoValue();
}
else {
tryBlock.DeclareVar(returnType, "result", invoke);
if (forge.ChainForges.Length == 0) {
var typeInformation = ConstantNull();
if (codegenClassScope.IsInstrumented) {
typeInformation = codegenClassScope.AddOrGetDefaultFieldSharable(
new EPTypeCodegenSharable(new ClassEPType(forge.EvaluationType), codegenClassScope));
}
tryBlock.Apply(
InstrumentationCode.Instblock(
codegenClassScope,
"qExprDotChain",
typeInformation,
Ref("result"),
Constant(0)));
if (forge.IsConstantParameters) {
tryBlock.AssignRef(cachedResultMember, Ref("result"));
tryBlock.AssignRef(isCachedMember, ConstantTrue());
}
tryBlock.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.BlockReturn(Ref("result"));
}
else {
EPType typeInfo;
if (forge.ResultWrapLambda != null) {
typeInfo = forge.ResultWrapLambda.TypeInfo;
}
else {
typeInfo = new ClassEPType(typeof(object));
}
var typeInformation = ConstantNull();
if (codegenClassScope.IsInstrumented) {
typeInformation = codegenClassScope.AddOrGetDefaultFieldSharable(
new EPTypeCodegenSharable(typeInfo, codegenClassScope));
}
tryBlock.Apply(
InstrumentationCode.Instblock(
codegenClassScope,
"qExprDotChain",
typeInformation,
Ref("result"),
Constant(forge.ChainForges.Length)))
.DeclareVar(
forge.EvaluationType,
"chain",
ExprDotNodeUtility.EvaluateChainCodegen(
methodNode,
exprSymbol,
codegenClassScope,
Ref("result"),
returnType,
forge.ChainForges,
forge.ResultWrapLambda));
if (forge.IsConstantParameters) {
tryBlock.AssignRef(cachedResultMember, Ref("chain"));
tryBlock.AssignRef(isCachedMember, ConstantTrue());
}
tryBlock.Apply(InstrumentationCode.Instblock(codegenClassScope, "aExprDotChain"))
.BlockReturn(Ref("chain"));
}
}
// exception handling
AppendCatch(
tryBlock,
forge.StaticMethod,
forge.OptionalStatementName,
forge.ClassOrPropertyName,
forge.IsRethrowExceptions,
args);
// end method
if (returnType == typeof(void)) {
block.MethodEnd();
}
else {
block.MethodReturn(ConstantNull());
}
return LocalMethod(methodNode);
}
private static CodegenInnerClass MakeSelectExprProcessor(
string className,
string classNameParent,
CodegenClassScope classScope,
SelectExprProcessorForge forge)
{
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var selectEnv = new SelectExprProcessorCodegenSymbol();
CodegenSymbolProvider symbolProvider = new ProxyCodegenSymbolProvider {
ProcProvide = symbols => {
exprSymbol.Provide(symbols);
selectEnv.Provide(symbols);
}
};
IList<CodegenTypedParam> members = new List<CodegenTypedParam>(2);
members.Add(new CodegenTypedParam(classScope.NamespaceScope.FieldsClassName, NAME_STATEMENT_FIELDS));
members.Add(new CodegenTypedParam(typeof(EventBeanTypedEventFactory), "factory"));
IList<CodegenTypedParam> ctorParams = new List<CodegenTypedParam>(2);
ctorParams.Add(new CodegenTypedParam(classNameParent, "o"));
ctorParams.Add(
new CodegenTypedParam(
typeof(EPStatementInitServices),
EPStatementInitServicesConstants.REF.Ref,
false));
var ctor = new CodegenCtor(typeof(StmtClassForgableRSPFactoryProvider), classScope, ctorParams);
ctor.Block.AssignRef(
NAME_STATEMENT_FIELDS,
ExprDotName(Ref("o"), NAME_STATEMENT_FIELDS));
ctor.Block.AssignRef(
"factory",
ExprDotName(EPStatementInitServicesConstants.REF, "EventBeanTypedEventFactory"));
var processMethod = CodegenMethod.MakeMethod(
typeof(EventBean),
typeof(StmtClassForgableRSPFactoryProvider),
symbolProvider,
classScope)
.AddParam(typeof(EventBean[]), NAME_EPS)
.AddParam(typeof(bool), ExprForgeCodegenNames.NAME_ISNEWDATA)
.AddParam(typeof(bool), SelectExprProcessorCodegenSymbol.NAME_ISSYNTHESIZE)
.AddParam(typeof(ExprEvaluatorContext), NAME_EXPREVALCONTEXT);
processMethod.Block.Apply(
InstrumentationCode.Instblock(
classScope,
"qSelectClause",
REF_EPS,
ResultSetProcessorCodegenNames.REF_ISNEWDATA,
REF_ISSYNTHESIZE,
REF_EXPREVALCONTEXT));
var performMethod = forge.ProcessCodegen(
Ref("o." + MEMBERNAME_RESULTEVENTTYPE),
Ref("factory"),
processMethod,
selectEnv,
exprSymbol,
classScope);
exprSymbol.DerivedSymbolsCodegen(processMethod, processMethod.Block, classScope);
processMethod.Block
.DeclareVar<EventBean>("@out", LocalMethod(performMethod))
.Apply(
InstrumentationCode.Instblock(
classScope,
"aSelectClause",
ResultSetProcessorCodegenNames.REF_ISNEWDATA,
Ref("@out"),
ConstantNull()))
.MethodReturn(Ref("@out"));
var allProperties = new CodegenClassProperties();
var allMethods = new CodegenClassMethods();
CodegenStackGenerator.RecursiveBuildStack(
processMethod, "Process", allMethods, allProperties);
return new CodegenInnerClass(
className,
typeof(SelectExprProcessor),
ctor,
members,
allMethods,
allProperties);
}
private CodegenExpression MakeInstrumentationProvider(
CodegenMethod method,
CodegenClassScope classScope)
{
if (!_instrumented) {
return ConstantNull();
}
var instrumentation = Ref("instrumentation");
method.Block.AssignRef(instrumentation, NewInstance<ProxyInstrumentationCommon>());
//var anonymousClass = NewAnonymousClass(
// method.Block,
// typeof(InstrumentationCommon));
//var activated = CodegenMethod.MakeMethod(typeof(bool), GetType(), classScope);
//activated.Block.MethodReturn(ConstantTrue());
method.Block.SetProperty(
instrumentation,
"ProcActivated",
new CodegenExpressionLambda(method.Block)
.WithBody(
block => block.BlockReturn(
ConstantTrue())));
foreach (var forwarded in typeof(InstrumentationCommon).GetMethods()) {
if (forwarded.DeclaringType == typeof(object)) {
continue;
}
if (forwarded.Name == "Activated") {
continue;
}
IList<CodegenNamedParam> @params = new List<CodegenNamedParam>();
var forwardedParameters = forwarded.GetParameters();
var expressions = new CodegenExpression[forwardedParameters.Length];
var num = 0;
foreach (var param in forwardedParameters) {
@params.Add(new CodegenNamedParam(param.ParameterType, param.Name));
expressions[num] = Ref(param.Name);
num++;
}
//var m = CodegenMethod.MakeMethod(typeof(void), GetType(), classScope)
// .AddParam(@params);
// Now we need a lambda to associate with the instrumentation and tie them together
var proc = $"Proc{forwarded.Name}";
method.Block.SetProperty(
instrumentation,
"ProcActivated",
new CodegenExpressionLambda(method.Block)
.WithParams(@params)
.WithBody(
block => block
.Apply(
InstrumentationCode.Instblock(
classScope,
forwarded.Name,
expressions))));
//instrumentation.AddMethod(forwarded.Name, m);
}
return instrumentation;
}