public static CodegenMethod ComputeMultiKeyCodegen(
int idNumber,
ExprForge[] partitionForges,
CodegenClassScope classScope,
CodegenNamedMethods namedMethods)
{
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
Consumer<CodegenMethod> code = method => {
if (partitionForges.Length == 1) {
CodegenExpression expression = partitionForges[0]
.EvaluateCodegen(
typeof(object),
method,
exprSymbol,
classScope);
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.MethodReturn(expression);
}
else {
var expressions = new CodegenExpression[partitionForges.Length];
for (var i = 0; i < partitionForges.Length; i++) {
expressions[i] = partitionForges[i]
.EvaluateCodegen(
typeof(object),
method,
exprSymbol,
classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.DeclareVar<object[]>(
"keys",
NewArrayByLength(typeof(object), Constant(partitionForges.Length)));
for (var i = 0; i < expressions.Length; i++) {
method.Block.AssignArrayElement("keys", Constant(i), expressions[i]);
}
method.Block.MethodReturn(NewInstance<HashableMultiKey>(Ref("keys")));
}
};
return namedMethods.AddMethodWithSymbols(
typeof(object),
"ComputeKeyArrayCodegen_" + idNumber,
CodegenNamedParam.From(
typeof(EventBean[]),
NAME_EPS,
typeof(bool),
NAME_ISNEWDATA,
typeof(ExprEvaluatorContext),
NAME_EXPREVALCONTEXT),
typeof(AggregationServiceCodegenUtil),
classScope,
code,
exprSymbol);
}
public static CodegenMethod ComputeMultiKeyCodegen(
int idNumber,
ExprNode[] partitionForges,
MultiKeyClassRef optionalMultiKey,
CodegenClassScope classScope,
CodegenNamedMethods namedMethods)
{
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
Consumer<CodegenMethod> code = method => {
if (optionalMultiKey == null || optionalMultiKey.ClassNameMK == null) {
var expression = partitionForges[0].Forge.EvaluateCodegen(typeof(object), method, exprSymbol, classScope);
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.MethodReturn(expression);
return;
}
var expressions = new CodegenExpression[partitionForges.Length];
for (var i = 0; i < partitionForges.Length; i++) {
expressions[i] = partitionForges[i].Forge
.EvaluateCodegen(
typeof(object),
method,
exprSymbol,
classScope);
}
var instance = optionalMultiKey.ClassNameMK.Type != null
? NewInstance(optionalMultiKey.ClassNameMK.Type, expressions)
: NewInstanceInner(optionalMultiKey.ClassNameMK.Name, expressions);
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.MethodReturn(instance);
};
return namedMethods.AddMethodWithSymbols(
typeof(object),
"ComputeKeyArrayCodegen_" + idNumber,
CodegenNamedParam.From(
typeof(EventBean[]),
NAME_EPS,
typeof(bool),
NAME_ISNEWDATA,
typeof(ExprEvaluatorContext),
NAME_EXPREVALCONTEXT),
typeof(AggregationServiceCodegenUtil),
classScope,
code,
exprSymbol);
}
public CodegenExpression MakeTimePeriodAnonymous(
CodegenMethod method,
CodegenClassScope classScope)
{
//var timeClass = NewAnonymousClass(method.Block, typeof(TimePeriodEval));
//var evalMethod = CodegenMethod.MakeMethod(typeof(TimePeriod), GetType(), classScope)
// .AddParam(PARAMS);
//timeClass.AddMethod("timePeriodEval", evalMethod);
var evalMethod = new CodegenExpressionLambda(method.Block).WithParams(PARAMS);
var timeClass = NewInstance<ProxyTimePeriodEval>(evalMethod);
var exprSymbol = new ExprForgeCodegenSymbol(true, true);
//var exprMethod = evalMethod.MakeChildWithScope(typeof(TimePeriod), GetType(), exprSymbol, classScope);
var exprMethod = method.MakeChild(typeof(TimePeriod), GetType(), classScope)
.AddParam(PARAMS);
CodegenExpression expression = forge.EvaluateGetTimePeriodCodegen(exprMethod, exprSymbol, classScope);
//exprSymbol.DerivedSymbolsCodegen(evalMethod, exprMethod.Block, classScope);
exprSymbol.DerivedSymbolsCodegen(exprMethod, exprMethod.Block, classScope);
exprMethod.Block.MethodReturn(expression);
evalMethod.Block.BlockReturn(LocalMethod(exprMethod, REF_EPS, REF_ISNEWDATA, REF_EXPREVALCONTEXT));
return timeClass;
}
public static CodegenMethod CodegenMethod(
ExprNode[] expressionNodes,
MultiKeyClassRef multiKeyClassRef,
CodegenMethodScope parent,
CodegenClassScope classScope)
{
var eventUnpackMethod = parent
.MakeChildWithScope(typeof(object), typeof(CodegenLegoMethodExpression), CodegenSymbolProviderEmpty.INSTANCE, classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var exprMethod = eventUnpackMethod
.MakeChildWithScope(typeof(object), typeof(CodegenLegoMethodExpression), exprSymbol, classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var expressions = new CodegenExpression[expressionNodes.Length];
for (var i = 0; i < expressionNodes.Length; i++)
{
var forge = expressionNodes[i].Forge;
expressions[i] = CodegenExpressionMayCoerce(forge, multiKeyClassRef.MKTypes[i], exprMethod, exprSymbol, classScope);
}
var instance = multiKeyClassRef.ClassNameMK.Type != null
? NewInstance(multiKeyClassRef.ClassNameMK.Type, expressions)
: NewInstanceInner(multiKeyClassRef.ClassNameMK.Name, expressions);
exprSymbol.DerivedSymbolsCodegen(eventUnpackMethod, exprMethod.Block, classScope);
exprMethod.Block.MethodReturn(instance);
eventUnpackMethod.Block.MethodReturn(LocalMethod(exprMethod, REF_EPS, REF_ISNEWDATA, REF_EXPREVALCONTEXT));
return(eventUnpackMethod);
}
private CodegenMethod EvaluateGetROCollectionScalarCodegenRewritten(
CodegenMethodScope codegenMethodScope,
CodegenClassScope codegenClassScope)
{
var nodeObject = GetNodeObject(codegenClassScope);
var scope = new ExprForgeCodegenSymbol(true, null);
var methodNode = codegenMethodScope
.MakeChildWithScope(
typeof(ICollection<object>),
typeof(ExprDeclaredForgeBase),
scope,
codegenClassScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
CodegenExpression refEPS = scope.GetAddEPS(methodNode);
CodegenExpression refExprEvalCtx = scope.GetAddExprEvalCtx(methodNode);
// generate code for the inner value so we know its symbols and derived symbols
var innerValue =
((ExprEnumerationForge) InnerForge).EvaluateGetROCollectionScalarCodegen(
methodNode,
scope,
codegenClassScope);
// produce derived symbols
var block = methodNode.Block;
scope.DerivedSymbolsCodegen(methodNode, block, codegenClassScope);
if (isCache) {
block
.DeclareVar<ExpressionResultCacheForDeclaredExprLastColl>(
"cache",
ExprDotMethodChain(refExprEvalCtx)
.Get("ExpressionResultCacheService")
.Get("AllocateDeclaredExprLastColl"))
.DeclareVar<ExpressionResultCacheEntryEventBeanArrayAndCollBean>(
"entry",
ExprDotMethod(
Ref("cache"),
"GetDeclaredExpressionLastColl",
nodeObject,
refEPS))
.IfCondition(NotEqualsNull(Ref("entry")))
.BlockReturn(
Unwrap<object>(ExprDotName(Ref("entry"), "Result")))
.DeclareVar<ICollection<object>>("result", innerValue)
.Expression(
ExprDotMethod(
Ref("cache"),
"SaveDeclaredExpressionLastColl",
nodeObject,
refEPS,
FlexWrap(Unwrap<EventBean>(Ref("result")))));
}
else {
block.DeclareVar<ICollection<object>>("result", innerValue);
}
block.MethodReturn(FlexWrap(Ref("result")));
return methodNode;
}
public CodegenMethod EvaluateRowCodegen(
CodegenMethodScope parent,
CodegenClassScope classScope)
{
var symbols = new ExprForgeCodegenSymbol(true, true);
var method = parent.MakeChildWithScope(
typeof(IDictionary<string, object>),
typeof(CodegenLegoMethodExpression),
symbols,
classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var selectClause = SelectClause;
var selectAsNames = SelectAsNames;
var expressions = new CodegenExpression[selectClause.Length];
for (var i = 0; i < selectClause.Length; i++) {
expressions[i] = selectClause[i].Forge.EvaluateCodegen(typeof(object), method, symbols, classScope);
}
symbols.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.DeclareVar<IDictionary<string, object>>(
"map",
NewInstance(typeof(HashMap<string, object>)));
for (var i = 0; i < selectClause.Length; i++) {
method.Block.ExprDotMethod(Ref("map"), "Put", Constant(selectAsNames[i]), expressions[i]);
}
method.Block.MethodReturn(Ref("map"));
return method;
}
public static CodegenMethod CodegenMapSelect(
IList<ExprNode> selectClause,
string[] selectAsNames,
Type generator,
CodegenMethodScope parent,
CodegenClassScope classScope)
{
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var method = parent.MakeChildWithScope(
typeof(IDictionary<string, object>),
generator,
exprSymbol,
classScope)
.AddParam(PARAMS);
method.Block.DeclareVar<IDictionary<string, object>>(
"map",
NewInstance(typeof(HashMap<string, object>), Constant(selectAsNames.Length + 2)));
var expressions = new CodegenExpression[selectAsNames.Length];
for (var i = 0; i < selectClause.Count; i++) {
expressions[i] = selectClause[i].Forge.EvaluateCodegen(typeof(object), method, exprSymbol, classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
for (var i = 0; i < selectClause.Count; i++) {
method.Block.ExprDotMethod(Ref("map"), "Put", Constant(selectAsNames[i]), expressions[i]);
}
method.Block.MethodReturn(Ref("map"));
return method;
}
private CodegenMethod EvaluateCodegenRewritten(
Type requiredType,
CodegenMethodScope codegenMethodScope,
CodegenClassScope codegenClassScope)
{
var nodeObject = GetNodeObject(codegenClassScope);
var evaluationType = DetermineEvaluationType(requiredType);
var scope = new ExprForgeCodegenSymbol(true, null);
var methodNode = codegenMethodScope
.MakeChildWithScope(evaluationType, typeof(ExprDeclaredForgeBase), scope, codegenClassScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
CodegenExpression refEPS = scope.GetAddEPS(methodNode);
CodegenExpression refExprEvalCtx = scope.GetAddExprEvalCtx(methodNode);
// generate code for the inner value so we know its symbols and derived symbols
var innerValue = InnerForge.EvaluateCodegen(
requiredType,
methodNode,
scope,
codegenClassScope);
// produce derived symbols
var block = methodNode.Block;
scope.DerivedSymbolsCodegen(methodNode, block, codegenClassScope);
if (isCache) {
CodegenExpression eval = ExprDotName(Ref("entry"), "Result");
if (evaluationType != typeof(object)) {
eval = Cast(InnerForge.EvaluationType, eval);
}
block
.DeclareVar<ExpressionResultCacheForDeclaredExprLastValue>(
"cache",
ExprDotMethodChain(refExprEvalCtx)
.Get("ExpressionResultCacheService")
.Get("AllocateDeclaredExprLastValue"))
.DeclareVar<ExpressionResultCacheEntryEventBeanArrayAndObj>(
"entry",
ExprDotMethod(Ref("cache"), "GetDeclaredExpressionLastValue", nodeObject, refEPS))
.IfCondition(NotEqualsNull(Ref("entry")))
.BlockReturn(eval)
.DeclareVar(evaluationType, "result", innerValue)
.Expression(
ExprDotMethod(
Ref("cache"),
"SaveDeclaredExpressionLastValue",
nodeObject,
refEPS,
Ref("result")));
}
else {
block.DeclareVar(evaluationType, "result", innerValue);
}
block.MethodReturn(Ref("result"));
return methodNode;
}
private static CodegenMethod GetComparableWMultiKeyCodegen(
ExprNode[] criteria,
CodegenExpressionRef @ref,
CodegenNamedMethods namedMethods,
CodegenClassScope classScope)
{
var methodName = "GetComparable_" + @ref.Ref;
Consumer<CodegenMethod> code = method => {
if (criteria.Length == 1) {
method.Block.MethodReturn(
LocalMethod(
CodegenLegoMethodExpression.CodegenExpression(
criteria[0].Forge,
method,
classScope,
true),
REF_EPS,
REF_ISNEWDATA,
REF_EXPREVALCONTEXT));
}
else {
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var expressions = new CodegenExpression[criteria.Length];
for (var i = 0; i < criteria.Length; i++) {
expressions[i] = criteria[i]
.Forge.EvaluateCodegen(
typeof(object),
method,
exprSymbol,
classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.DeclareVar<object[]>(
"result",
NewArrayByLength(typeof(object), Constant(criteria.Length)));
for (var i = 0; i < criteria.Length; i++) {
method.Block.AssignArrayElement(Ref("result"), Constant(i), expressions[i]);
}
method.Block.MethodReturn(NewInstance<HashableMultiKey>(Ref("result")));
}
};
return namedMethods.AddMethod(
typeof(object),
methodName,
CodegenNamedParam.From(
typeof(EventBean[]),
NAME_EPS,
typeof(bool),
NAME_ISNEWDATA,
typeof(ExprEvaluatorContext),
NAME_EXPREVALCONTEXT),
typeof(AggregatorAccessSortedImpl),
classScope,
code);
}
public static CodegenExpression CodegenEvaluatorObjectArray(
IList<ExprForge> forges,
CodegenMethod method,
Type generator,
CodegenClassScope classScope)
{
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
//var evaluator = NewAnonymousClass(method.Block, typeof(ExprEvaluator));
//var evaluate = CodegenMethod.MakeParentNode<object>(generator, classScope)
// .AddParam(PARAMS);
//evaluator.AddMethod("Evaluate", evaluate);
var exprMethod = method
.MakeChildWithScope(
typeof(object),
typeof(CodegenLegoMethodExpression),
exprSymbol,
classScope)
.AddParam(PARAMS);
var expressions = new CodegenExpression[forges.Count];
for (var i = 0; i < forges.Count; i++) {
expressions[i] = forges[i]
.EvaluateCodegen(
forges[i].EvaluationType,
exprMethod,
exprSymbol,
classScope);
}
exprSymbol.DerivedSymbolsCodegen(exprMethod, exprMethod.Block, classScope);
exprMethod.Block.DeclareVar<object[]>(
"values",
NewArrayByLength(typeof(object), Constant(forges.Count)));
for (var i = 0; i < forges.Count; i++) {
var result = expressions[i];
exprMethod.Block.AssignArrayElement("values", Constant(i), result);
}
exprMethod.Block.MethodReturn(Ref("values"));
var evaluate = new CodegenExpressionLambda(method.Block)
.WithParams(PARAMS)
.WithBody(
block => block
.BlockReturn(
LocalMethod(
exprMethod,
REF_EPS,
REF_ISNEWDATA,
REF_EXPREVALCONTEXT)));
return NewInstance<ProxyExprEvaluator>(evaluate);
}
public static CodegenExpression CodegenGet(
CodegenExpression beanExpression,
ExprDotNodeForgeStaticMethod forge,
CodegenMethodScope codegenMethodScope,
CodegenClassScope codegenClassScope)
{
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var methodNode = codegenMethodScope.MakeChildWithScope(
forge.EvaluationType,
typeof(ExprDotNodeForgeStaticMethodEval),
exprSymbol,
codegenClassScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var args = AllArgumentExpressions(
forge.ChildForges,
forge.StaticMethod,
methodNode,
exprSymbol,
codegenClassScope);
exprSymbol.DerivedSymbolsCodegen(methodNode, methodNode.Block, codegenClassScope);
AppendArgExpressions(args, methodNode.Block);
// try block
var tryBlock = methodNode.Block.TryCatch();
var invoke = CodegenInvokeExpression(
forge.TargetObject,
forge.StaticMethod,
args,
codegenClassScope);
tryBlock.BlockReturn(invoke);
// exception handling
AppendCatch(
tryBlock,
forge.StaticMethod,
forge.OptionalStatementName,
forge.ClassOrPropertyName,
forge.IsRethrowExceptions,
args);
// end method
methodNode.Block.MethodReturn(ConstantNull());
return LocalMethod(
methodNode,
NewArrayWithInit(typeof(EventBean), beanExpression),
ConstantTrue(),
ConstantNull());
}
public CodegenExpression EventBeanGetCodegen(
CodegenExpression beanExpression,
CodegenMethodScope parent,
CodegenClassScope classScope)
{
var method = parent.MakeChild(typeof(object), GetType(), classScope)
.AddParam(typeof(EventBean), "eventBean");
method.Block.DeclareVar<EventBean[]>(
"events",
NewArrayWithInit(typeof(EventBean), Ref("eventBean")));
// method to evaluate expressions and compute hash
var exprSymbol = new ExprForgeCodegenSymbol(true, true);
var exprMethod = method
.MakeChildWithScope(typeof(object), typeof(CodegenLegoMethodExpression), exprSymbol, classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var expressions = new CodegenExpression[nodes.Length];
for (var i = 0; i < nodes.Length; i++) {
expressions[i] = nodes[i].Forge.EvaluateCodegen(typeof(object), exprMethod, exprSymbol, classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, exprMethod.Block, classScope);
var hashCode = Ref("hashCode");
exprMethod.Block.DeclareVar<int>(hashCode.Ref, Constant(0));
for (var i = 0; i < nodes.Length; i++) {
var result = Ref("result" + i);
exprMethod.Block
.DeclareVar<object>(result.Ref, expressions[i])
.IfRefNotNull(result.Ref)
.AssignRef(hashCode, Op(Op(Constant(31), "*", hashCode), "+", ExprDotMethod(result, "GetHashCode")))
.BlockEnd();
}
exprMethod.Block
.IfCondition(Relational(hashCode, CodegenExpressionRelational.CodegenRelational.GE, Constant(0)))
.BlockReturn(Op(hashCode, "%", Constant(granularity)))
.MethodReturn(Op(Op(hashCode, "%", Constant(granularity)), "*", Constant(-1)));
method.Block.MethodReturn(LocalMethod(exprMethod, Ref("events"), ConstantTrue(), ConstantNull()));
return LocalMethod(method, beanExpression);
}
private static CodegenExpression CodegenMultiKeyExprEvaluator(
ExprForge[] expressionNodes,
MultiKeyClassRef multiKeyClassRef,
CodegenMethod method,
CodegenClassScope classScope)
{
var evaluate = new CodegenExpressionLambda(method.Block)
.WithParams(PARAMS);
var evaluator = NewInstance <ProxyExprEvaluator>(evaluate);
// CodegenExpressionNewAnonymousClass evaluator = NewAnonymousClass(method.Block, typeof(ExprEvaluator));
// CodegenMethod evaluate = CodegenMethod
// .MakeParentNode(typeof(object), typeof(StmtClassForgeableMultiKey), classScope)
// .AddParam(ExprForgeCodegenNames.PARAMS);
//
// evaluator.AddMethod("evaluate", evaluate);
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var exprMethod = method
.MakeChildWithScope(typeof(object), typeof(CodegenLegoMethodExpression), exprSymbol, classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var expressions = new CodegenExpression[expressionNodes.Length];
for (var i = 0; i < expressionNodes.Length; i++)
{
expressions[i] = CodegenExpressionMayCoerce(expressionNodes[i], multiKeyClassRef.MKTypes[i], exprMethod, exprSymbol, classScope);
}
var instance = multiKeyClassRef.ClassNameMK.Type != null
? NewInstance(multiKeyClassRef.ClassNameMK.Type, expressions)
: NewInstanceInner(multiKeyClassRef.ClassNameMK.Name, expressions);
exprSymbol.DerivedSymbolsCodegen(method, exprMethod.Block, classScope);
exprMethod.Block.MethodReturn(instance);
evaluate.Block.BlockReturn(LocalMethod(exprMethod, REF_EPS, REF_ISNEWDATA, REF_EXPREVALCONTEXT));
return(evaluator);
}
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);
}
public static CodegenExpression MakeAnonymous(
SelectExprProcessorForge insertHelper,
CodegenMethod method,
CodegenExpressionRef initSvc,
CodegenClassScope classScope)
{
var resultType = classScope.AddDefaultFieldUnshared(
true,
typeof(EventType),
EventTypeUtility.ResolveTypeCodegen(insertHelper.ResultEventType, initSvc));
var eventBeanFactory = classScope.AddOrGetDefaultFieldSharable(EventBeanTypedEventFactoryCodegenField.INSTANCE);
var exprSymbol = new ExprForgeCodegenSymbol(true, true);
var selectEnv = new SelectExprProcessorCodegenSymbol();
CodegenSymbolProvider symbolProvider = new ProxyCodegenSymbolProvider {
ProcProvide = symbols => {
exprSymbol.Provide(symbols);
selectEnv.Provide(symbols);
}
};
var processMethod = method
.MakeChildWithScope(typeof(EventBean), typeof(SelectExprProcessorUtil), symbolProvider, classScope)
.AddParam(typeof(EventBean[]), NAME_EPS)
.AddParam(typeof(bool), ExprForgeCodegenNames.NAME_ISNEWDATA)
.AddParam(typeof(bool), SelectExprProcessorCodegenSymbol.NAME_ISSYNTHESIZE)
.AddParam(typeof(ExprEvaluatorContext), NAME_EXPREVALCONTEXT);
//var anonymousSelect = NewAnonymousClass(method.Block, typeof(ProxySelectExprProcessor));
//var processMethod = CodegenMethod.MakeMethod(
// typeof(EventBean),
// typeof(SelectExprProcessorUtil),
// symbolProvider,
// classScope)
// .AddParam(typeof(EventBean[]), NAME_EPS)
// .AddParam(typeof(bool), ExprForgeCodegenNames.NAME_ISNEWDATA)
// .AddParam(typeof(bool), SelectExprProcessorCodegenSymbol.NAME_ISSYNTHESIZE)
// .AddParam(typeof(ExprEvaluatorContext), NAME_EXPREVALCONTEXT);
//anonymousSelect.AddMethod("Process", processMethod);
processMethod.Block.Apply(
Instblock(
classScope,
"qSelectClause",
REF_EPS,
ResultSetProcessorCodegenNames.REF_ISNEWDATA,
REF_ISSYNTHESIZE,
REF_EXPREVALCONTEXT));
var performMethod = insertHelper.ProcessCodegen(
resultType,
eventBeanFactory,
processMethod,
selectEnv,
exprSymbol,
classScope);
exprSymbol.DerivedSymbolsCodegen(method, processMethod.Block, classScope);
//exprSymbol.DerivedSymbolsCodegen(processMethod, processMethod.Block, classScope);
processMethod.Block
.DeclareVar<EventBean>("result", LocalMethod(performMethod))
.Apply(
Instblock(
classScope,
"aSelectClause",
ResultSetProcessorCodegenNames.REF_ISNEWDATA,
Ref("result"),
ConstantNull()))
.MethodReturn(Ref("result"));
var processLambda = new CodegenExpressionLambda(method.Block)
.WithParam(typeof(EventBean[]), NAME_EPS)
.WithParam(typeof(bool), ExprForgeCodegenNames.NAME_ISNEWDATA)
.WithParam(typeof(bool), SelectExprProcessorCodegenSymbol.NAME_ISSYNTHESIZE)
.WithParam(typeof(ExprEvaluatorContext), NAME_EXPREVALCONTEXT)
.WithBody(
block => {
block.DebugStack();
block.BlockReturn(
LocalMethod(
processMethod,
ExprForgeCodegenNames.REF_EPS,
ExprForgeCodegenNames.REF_ISNEWDATA,
SelectExprProcessorCodegenSymbol.REF_ISSYNTHESIZE,
ExprForgeCodegenNames.REF_EXPREVALCONTEXT));
});
var anonymousSelect = NewInstance<ProxySelectExprProcessor>(processLambda);
return anonymousSelect;
}
public static CodegenExpression CodegenEvaluatorMayMultiKeyWCoerce(
IList<ExprForge> forges,
IList<Type> optCoercionTypes,
CodegenMethod method,
Type generator,
CodegenClassScope classScope)
{
if (forges.Count == 1) {
return CodegenEvaluatorWCoerce(
forges[0],
optCoercionTypes?[0],
method,
generator,
classScope);
}
var evaluate = new CodegenExpressionLambda(method.Block).WithParams(PARAMS);
var evaluator = NewInstance<ProxyExprEvaluator>(evaluate);
//var evaluator = NewAnonymousClass(method.Block, typeof(ExprEvaluator));
//var evaluate = CodegenMethod.MakeParentNode<object>(generator, classScope).AddParam(PARAMS);
//evaluator.AddMethod("Evaluate", evaluate);
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var exprMethod = method.MakeChildWithScope(
typeof(object),
typeof(CodegenLegoMethodExpression),
exprSymbol,
classScope)
.AddParam(PARAMS);
var exprBlock = exprMethod.Block;
var expressions = new CodegenExpression[forges.Count];
for (var i = 0; i < forges.Count; i++) {
expressions[i] = forges[i].EvaluateCodegen(
forges[i].EvaluationType,
exprMethod,
exprSymbol,
classScope);
}
exprSymbol.DerivedSymbolsCodegen(exprMethod, exprBlock, classScope);
exprBlock.DeclareVar<object[]>(
"values",
NewArrayByLength(typeof(object), Constant(forges.Count)))
.DeclareVar<HashableMultiKey>("valuesMk", NewInstance<HashableMultiKey>(Ref("values")));
for (var i = 0; i < forges.Count; i++) {
var result = expressions[i];
if (optCoercionTypes != null &&
forges[i].EvaluationType.GetBoxedType() != optCoercionTypes[i].GetBoxedType()) {
var coercer = SimpleNumberCoercerFactory.GetCoercer(
forges[i].EvaluationType,
optCoercionTypes[i].GetBoxedType());
var name = "result_" + i;
exprBlock.DeclareVar(forges[i].EvaluationType, name, expressions[i]);
result = coercer.CoerceCodegen(Ref(name), forges[i].EvaluationType);
}
exprBlock.AssignArrayElement("values", Constant(i), result);
}
exprBlock.ReturnMethodOrBlock(Ref("valuesMk"));
evaluate.Block.ReturnMethodOrBlock(
LocalMethod(exprMethod, REF_EPS, REF_ISNEWDATA, REF_EXPREVALCONTEXT));
return evaluator;
}
public static CodegenExpression CodegenEvaluatorReturnObjectOrArrayWCoerce(
ExprForge[] forges,
Type[] targetTypes,
bool arrayMultikeyWhenSingleEvaluator,
CodegenMethod method,
Type generator,
CodegenClassScope classScope)
{
var evaluate = new CodegenExpressionLambda(method.Block)
.WithParams(PARAMS);
var evaluator = NewInstance <ProxyExprEvaluator>(evaluate);
// CodegenMethod evaluate = CodegenMethod
// .MakeParentNode(typeof(object), generator, classScope)
// .AddParam(ExprForgeCodegenNames.PARAMS);
// evaluator.AddMethod("evaluate", evaluate);
var exprSymbol = new ExprForgeCodegenSymbol(true, null);
var exprMethod = method
.MakeChildWithScope(typeof(object), typeof(CodegenLegoMethodExpression), exprSymbol, classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
var expressions = new CodegenExpression[forges.Length];
for (var i = 0; i < forges.Length; i++)
{
expressions[i] = forges[i].EvaluateCodegen(forges[i].EvaluationType, exprMethod, exprSymbol, classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, exprMethod.Block, classScope);
if (forges.Length == 0)
{
exprMethod.Block.MethodReturn(ConstantNull());
}
else if (forges.Length == 1)
{
var evaluationType = forges[0].EvaluationType;
CodegenExpression coerced;
if (arrayMultikeyWhenSingleEvaluator && evaluationType.IsArray)
{
var clazz = MultiKeyPlanner.GetMKClassForComponentType(evaluationType.GetElementType());
coerced = NewInstance(clazz, expressions[0]);
}
else
{
coerced = ExprNodeUtilityCodegen.CodegenCoerce(expressions[0], evaluationType, targetTypes?[0], false);
}
exprMethod.Block.MethodReturn(coerced);
}
else
{
exprMethod.Block.DeclareVar <object[]>("values", NewArrayByLength(typeof(object), Constant(forges.Length)));
for (var i = 0; i < forges.Length; i++)
{
var coerced = ExprNodeUtilityCodegen.CodegenCoerce(
expressions[i],
forges[i].EvaluationType,
targetTypes?[i],
false);
exprMethod.Block.AssignArrayElement("values", Constant(i), coerced);
}
exprMethod.Block.MethodReturn(Ref("values"));
}
evaluate.Block.BlockReturn(LocalMethod(exprMethod, REF_EPS, REF_ISNEWDATA, REF_EXPREVALCONTEXT));
return(evaluator);
}
private CodegenMethod MakeUpdateInternal(
CodegenMethodScope scope,
CodegenClassScope classScope)
{
var method = scope.MakeChildWithScope(
typeof(void),
GetType(),
CodegenSymbolProviderEmpty.INSTANCE,
classScope)
.AddParam(typeof(EventBean[]), NAME_EPS)
.AddParam(typeof(ExprEvaluatorContext), NAME_EXPREVALCONTEXT)
.AddParam(typeof(EventBean), "target");
var exprSymbol = new ExprForgeCodegenSymbol(true, true);
var exprMethod = method.MakeChildWithScope(
typeof(void),
typeof(CodegenLegoMethodExpression),
exprSymbol,
classScope)
.AddParam(PARAMS);
var updateItems = UpdateItems;
var types = new Type[updateItems.Length];
for (var i = 0; i < updateItems.Length; i++) {
types[i] = updateItems[i].Expression.EvaluationType;
}
var forgeExpressions = new EventBeanUpdateItemForgeWExpressions[updateItems.Length];
for (var i = 0; i < updateItems.Length; i++) {
var targetType = updateItems[i].IsUseUntypedAssignment ? typeof(object) : types[i];
forgeExpressions[i] = updateItems[i].ToExpression(targetType, exprMethod, exprSymbol, classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, method.Block, classScope);
method.Block.DeclareVar(
_eventType.UnderlyingType,
"und",
Cast(_eventType.UnderlyingType, ExprDotUnderlying(Ref("target"))));
for (var i = 0; i < updateItems.Length; i++) {
var targetType = updateItems[i].IsUseUntypedAssignment ? typeof(object) : types[i];
var updateItem = updateItems[i];
var rhs = forgeExpressions[i].RhsExpression;
if (updateItems[i].IsUseTriggeringEvent) {
rhs = ArrayAtIndex(Ref(NAME_EPS), Constant(1));
}
method.Block.Apply(Instblock(classScope, "qInfraUpdateRHSExpr", Constant(i)));
if (types[i] == null && updateItem.OptionalWriter != null) {
method.Block.Expression(
updateItem.OptionalWriter.WriteCodegen(
ConstantNull(),
Ref("und"),
Ref("target"),
method,
classScope));
continue;
}
if (types[i] == typeof(void) || (updateItem.OptionalWriter == null && updateItem.OptionalArray == null)) {
method.Block
.Expression(rhs)
.Apply(Instblock(classScope, "aInfraUpdateRHSExpr", ConstantNull()));
continue;
}
var @ref = Ref("r" + i);
method.Block.DeclareVar(targetType, @ref.Ref, rhs);
CodegenExpression assigned = @ref;
var assignedType = types[i];
if (updateItem.OptionalWidener != null) {
assigned = updateItem.OptionalWidener.WidenCodegen(@ref, method, classScope);
assignedType = updateItem.OptionalWidener.WidenResultType;
}
if (updateItem.OptionalArray != null) {
// handle array value with array index expression
var index = Ref("i" + i);
var array = Ref("a" + i);
var arraySet = updateItem.OptionalArray;
CodegenBlock arrayBlock;
var elementType = arraySet.ArrayType.GetElementType();
var arrayOfPrimitiveNullRHS = elementType.IsPrimitive && (assignedType == null || assignedType.CanBeNull());
if (arrayOfPrimitiveNullRHS) {
assigned = Unbox(assigned, assignedType);
arrayBlock = method.Block
.IfNull(@ref)
.StaticMethod(typeof(EventBeanUpdateHelperForge), "LogWarnWhenNullAndNotNullable", Constant(updateItem.OptionalPropertyName))
.IfElse();
}
else {
arrayBlock = method.Block;
}
arrayBlock
.DeclareVar<int?>(index.Ref, forgeExpressions[i].OptionalArrayExpressions.Index)
.IfRefNotNull(index.Ref)
.DeclareVar(arraySet.ArrayType, array.Ref, forgeExpressions[i].OptionalArrayExpressions.ArrayGet)
.IfRefNotNull(array.Ref)
.IfCondition(Relational(index, CodegenExpressionRelational.CodegenRelational.LT, ArrayLength(array)))
.CommentFullLine("MakeUpdateInternal//AssignArrayElement")
.AssignArrayElement(array, Cast<int>(index), assigned)
.IfElse()
.BlockThrow(
NewInstance<EPException>(
Concat(
Constant("Array length "),
ArrayLength(array),
Constant(" less than index "),
index,
Constant(" for property '" + updateItems[i].OptionalArray.PropertyName + "'"))))
.BlockEnd()
.BlockEnd();
if (arrayOfPrimitiveNullRHS) {
arrayBlock.BlockEnd();
}
}
else {
if (types[i].CanBeNull() && updateItem.IsNotNullableField) {
method.Block
.IfNull(@ref)
.StaticMethod(
typeof(EventBeanUpdateHelperForge),
"LogWarnWhenNullAndNotNullable",
Constant(updateItem.OptionalPropertyName))
.IfElse()
.Expression(
updateItem.OptionalWriter.WriteCodegen(
Unbox(assigned, assignedType),
Ref("und"),
Ref("target"),
method,
classScope))
.BlockEnd();
}
else {
method.Block.Expression(
updateItem.OptionalWriter.WriteCodegen(
assigned,
Ref("und"),
Ref("target"),
method,
classScope));
}
}
method.Block.Apply(Instblock(classScope, "aInfraUpdateRHSExpr", assigned));
}
return method;
}
public CodegenExpression EventBeanGetCodegen(
CodegenExpression beanExpression,
CodegenMethodScope parent,
CodegenClassScope classScope)
{
var serializers = classScope.AddDefaultFieldUnshared(
true,
typeof(Serializer[]),
StaticMethod(
typeof(SerializerFactory),
"GetSerializers",
Constant(ExprNodeUtilityQuery.GetExprResultTypes(nodes))));
CodegenMethod method = parent.MakeChild(typeof(object), this.GetType(), classScope)
.AddParam(typeof(EventBean), "eventBean");
method.Block
.DeclareVar<EventBean[]>("events", NewArrayWithInit(typeof(EventBean), Ref("eventBean")));
// method to return object-array from expressions
ExprForgeCodegenSymbol exprSymbol = new ExprForgeCodegenSymbol(true, null);
CodegenMethod exprMethod = method
.MakeChildWithScope(typeof(object), typeof(CodegenLegoMethodExpression), exprSymbol, classScope)
.AddParam(ExprForgeCodegenNames.PARAMS);
CodegenExpression[] expressions = new CodegenExpression[nodes.Length];
for (int i = 0; i < nodes.Length; i++) {
expressions[i] = nodes[i]
.Forge.EvaluateCodegen(
nodes[i].Forge.EvaluationType,
exprMethod,
exprSymbol,
classScope);
}
exprSymbol.DerivedSymbolsCodegen(method, exprMethod.Block, classScope);
if (nodes.Length == 1) {
exprMethod.Block.MethodReturn(expressions[0]);
}
else {
exprMethod.Block.DeclareVar<object[]>(
"values",
NewArrayByLength(typeof(object), Constant(nodes.Length)));
for (int i = 0; i < nodes.Length; i++) {
CodegenExpression result = expressions[i];
exprMethod.Block.AssignArrayElement("values", Constant(i), result);
}
exprMethod.Block.MethodReturn(Ref("values"));
}
method.Block
.DeclareVar<object>(
"values",
LocalMethod(exprMethod, Ref("events"), ConstantTrue(), ConstantNull()))
.MethodReturn(
StaticMethod(
typeof(ContextControllerHashedGetterCRC32SerializedForge),
"SerializeAndCRC32Hash",
Ref("values"),
Constant(granularity),
serializers));
return LocalMethod(method, beanExpression);
}
