protected DTLocalForgeCalopReformatBase(
IList<CalendarForge> calendarForges,
ReformatForge reformatForge)
{
this.calendarForges = calendarForges;
this.reformatForge = reformatForge;
}
public ExprDotDTForge(
IList<CalendarForge> calendarForges,
TimeAbacus timeAbacus,
ReformatForge reformatForge,
IntervalForge intervalForge,
Type inputType,
EventType inputEventType)
{
if (intervalForge != null) {
TypeInfo = EPTypeHelper.SingleValue(typeof(bool?));
}
else if (reformatForge != null) {
TypeInfo = EPTypeHelper.SingleValue(reformatForge.ReturnType);
}
else { // only calendar op
if (inputEventType != null) {
TypeInfo = EPTypeHelper.SingleValue(
inputEventType.GetPropertyType(inputEventType.StartTimestampPropertyName));
}
else {
TypeInfo = EPTypeHelper.SingleValue(inputType);
}
}
forge = GetForge(calendarForges, timeAbacus, inputType, inputEventType, reformatForge, intervalForge);
}
public DTLocalDtoOpsReformatForge(
IList<CalendarForge> calendarForges,
ReformatForge reformatForge)
:
base(calendarForges, reformatForge)
{
}
public DTLocalLongOpsReformatForge(
IList<CalendarForge> calendarForges,
ReformatForge reformatForge,
TimeAbacus timeAbacus)
: base(calendarForges, reformatForge)
{
this.timeAbacus = timeAbacus;
}
public DTLocalForge GetForge(
IList<CalendarForge> calendarForges,
TimeAbacus timeAbacus,
Type inputType,
EventType inputEventType,
ReformatForge reformatForge,
IntervalForge intervalForge)
{
if (inputEventType == null) {
var inputTypeBoxed = inputType.GetBoxedType();
if (reformatForge != null) {
if (TypeHelper.IsSubclassOrImplementsInterface(inputType, typeof(DateTimeEx))) {
if (calendarForges.IsEmpty()) {
return new DTLocalDtxReformatForge(reformatForge);
}
return new DTLocalDtxOpsReformatForge(calendarForges, reformatForge);
}
if (inputTypeBoxed == typeof(long?)) {
if (calendarForges.IsEmpty()) {
return new DTLocalLongReformatForge(reformatForge);
}
return new DTLocalLongOpsReformatForge(calendarForges, reformatForge, timeAbacus);
}
if (inputTypeBoxed == typeof(DateTimeOffset?)) {
if (calendarForges.IsEmpty()) {
return new DTLocalDtoReformatForge(reformatForge);
}
return new DTLocalDtoOpsReformatForge(calendarForges, reformatForge);
}
if (inputTypeBoxed == typeof(DateTime?)) {
if (calendarForges.IsEmpty()) {
return new DTLocalDateTimeReformatForge(reformatForge);
}
return new DTLocalDateTimeOpsReformatForge(calendarForges, reformatForge);
}
}
else if (intervalForge != null) {
if (TypeHelper.IsSubclassOrImplementsInterface(inputType, typeof(DateTimeEx))) {
if (calendarForges.IsEmpty()) {
return new DTLocalDtxIntervalForge(intervalForge);
}
return new DTLocalDtxOpsIntervalForge(calendarForges, intervalForge);
}
if (inputTypeBoxed == typeof(long?)) {
if (calendarForges.IsEmpty()) {
return new DTLocalLongIntervalForge(intervalForge);
}
return new DTLocalLongOpsIntervalForge(calendarForges, intervalForge, timeAbacus);
}
if (inputTypeBoxed == typeof(DateTimeOffset?)) {
if (calendarForges.IsEmpty()) {
return new DTLocalDtoIntervalForge(intervalForge);
}
return new DTLocalDtoOpsIntervalForge(calendarForges, intervalForge);
}
if (inputTypeBoxed == typeof(DateTime?)) {
if (calendarForges.IsEmpty()) {
return new DTLocalDateTimeIntervalForge(intervalForge);
}
return new DTLocalDateTimeOpsIntervalForge(calendarForges, intervalForge);
}
}
else { // only calendar op, nothing else
if (TypeHelper.IsSubclassOrImplementsInterface(inputType, typeof(DateTimeEx))) {
return new DTLocalDtxOpsDtxForge(calendarForges);
}
if (inputTypeBoxed == typeof(long?)) {
return new DTLocalDtxOpsLongForge(calendarForges, timeAbacus);
}
if (inputTypeBoxed == typeof(DateTimeOffset?)) {
return new DTLocalDtxOpsDtoForge(calendarForges);
}
if (inputTypeBoxed == typeof(DateTime?)) {
return new DTLocalDtxOpsDtzForge(calendarForges);
}
}
throw new ArgumentException("Invalid input type '" + inputTypeBoxed + "'");
}
var getter = ((EventTypeSPI) inputEventType).GetGetterSPI(inputEventType.StartTimestampPropertyName);
var getterResultType = inputEventType.GetPropertyType(inputEventType.StartTimestampPropertyName);
if (reformatForge != null) {
var inner = GetForge(calendarForges, timeAbacus, getterResultType, null, reformatForge, null);
return new DTLocalBeanReformatForge(getter, getterResultType, inner, reformatForge.ReturnType);
}
if (intervalForge == null) { // only calendar op
var inner = GetForge(calendarForges, timeAbacus, getterResultType, null, null, null);
return new DTLocalBeanCalOpsForge(
getter,
getterResultType,
inner,
EPTypeHelper.GetNormalizedClass(TypeInfo));
}
// have interval op but no end timestamp
if (inputEventType.EndTimestampPropertyName == null) {
var inner = GetForge(calendarForges, timeAbacus, getterResultType, null, null, intervalForge);
return new DTLocalBeanIntervalNoEndTSForge(
getter,
getterResultType,
inner,
EPTypeHelper.GetNormalizedClass(TypeInfo));
}
// interval op and have end timestamp
var getterEndTimestamp =
((EventTypeSPI) inputEventType).GetGetterSPI(inputEventType.EndTimestampPropertyName);
var getterEndType = inputEventType.GetPropertyType(inputEventType.EndTimestampPropertyName);
var innerX = (DTLocalForgeIntervalComp) GetForge(
calendarForges,
timeAbacus,
getterResultType,
null,
null,
intervalForge);
return new DTLocalBeanIntervalWithEndForge(
getter,
getterResultType,
getterEndTimestamp,
getterEndType,
innerX);
}
public DTLocalDtoReformatForge(ReformatForge reformatForge)
: base(reformatForge)
{
}
public static ExprDotDTMethodDesc ValidateMake(
StreamTypeService streamTypeService,
Deque<Chainable> chainSpecStack,
DatetimeMethodDesc dtMethod,
string dtMethodName,
EPType inputType,
IList<ExprNode> parameters,
ExprDotNodeFilterAnalyzerInput inputDesc,
TimeAbacus timeAbacus,
TableCompileTimeResolver tableCompileTimeResolver,
ImportServiceCompileTime importService,
StatementRawInfo statementRawInfo)
{
// verify input
var message = "Date-time enumeration method '" +
dtMethodName +
"' requires either a DateTimeEx, DateTimeOffset, DateTime, or long value as input or events of an event type that declares a timestamp property";
if (inputType is EventEPType eventEpType) {
if (eventEpType.EventType.StartTimestampPropertyName == null) {
throw new ExprValidationException(message);
}
}
else {
if (!(inputType is ClassEPType || inputType is NullEPType)) {
throw new ExprValidationException(
message + " but received " + inputType.ToTypeDescriptive());
}
if (inputType is ClassEPType classEpType) {
if (!TypeHelper.IsDateTime(classEpType.Clazz)) {
throw new ExprValidationException(
message + " but received " + classEpType.Clazz.CleanName());
}
}
}
IList<CalendarForge> calendarForges = new List<CalendarForge>();
ReformatForge reformatForge = null;
IntervalForge intervalForge = null;
var currentMethod = dtMethod;
var currentParameters = parameters;
var currentMethodName = dtMethodName;
// drain all calendar op
FilterExprAnalyzerAffector filterAnalyzerDesc = null;
while (true) {
// handle the first one only if its a calendar op
var forges = GetForges(currentParameters);
var opFactory = currentMethod.ForgeFactory;
// compile parameter abstract for validation against available footprints
var footprintProvided = DotMethodUtil.GetProvidedFootprint(currentParameters);
// validate parameters
var footprintFound = DotMethodUtil.ValidateParametersDetermineFootprint(
currentMethod.Footprints,
DotMethodTypeEnum.DATETIME,
currentMethodName,
footprintProvided,
DotMethodInputTypeMatcherImpl.DEFAULT_ALL);
if (opFactory is CalendarForgeFactory calendarForgeFactory) {
var calendarForge = calendarForgeFactory.GetOp(
currentMethod,
currentMethodName,
currentParameters,
forges);
calendarForges.Add(calendarForge);
}
else if (opFactory is ReformatForgeFactory reformatForgeFactory) {
reformatForge = reformatForgeFactory.GetForge(
inputType,
timeAbacus,
currentMethod,
currentMethodName,
currentParameters);
// compile filter analyzer information if there are no calendar op in the chain
if (calendarForges.IsEmpty()) {
filterAnalyzerDesc = reformatForge.GetFilterDesc(
streamTypeService.EventTypes,
currentMethod,
currentParameters,
inputDesc);
}
else {
filterAnalyzerDesc = null;
}
}
else if (opFactory is IntervalForgeFactory intervalForgeFactory) {
intervalForge = intervalForgeFactory.GetForge(
streamTypeService,
currentMethod,
currentMethodName,
currentParameters,
timeAbacus,
tableCompileTimeResolver);
// compile filter analyzer information if there are no calendar op in the chain
if (calendarForges.IsEmpty()) {
filterAnalyzerDesc = intervalForge.GetFilterDesc(
streamTypeService.EventTypes,
currentMethod,
currentParameters,
inputDesc);
}
}
else if (opFactory is DTMPluginForgeFactory dtmPluginForgeFactory) {
var usageDesc = new DateTimeMethodValidateContext(
footprintFound,
streamTypeService,
currentMethod,
currentParameters,
statementRawInfo);
var ops = dtmPluginForgeFactory.Validate(usageDesc);
if (ops == null) {
throw new ExprValidationException(
"Plug-in datetime method provider " + dtmPluginForgeFactory.GetType() + " returned a null-value for the operations");
}
var input = EPTypeHelper.GetClassSingleValued(inputType);
if (ops is DateTimeMethodOpsModify dateTimeMethodOpsModify) {
calendarForges.Add(new DTMPluginValueChangeForge(input, dateTimeMethodOpsModify, usageDesc.CurrentParameters));
}
else if (ops is DateTimeMethodOpsReformat dateTimeMethodOpsReformat) {
reformatForge = new DTMPluginReformatForge(input, dateTimeMethodOpsReformat, usageDesc.CurrentParameters);
}
else {
throw new ExprValidationException("Plug-in datetime method ops " + ops.GetType() + " is not recognized");
}
// no action
}
else {
throw new IllegalStateException("Invalid op factory class " + opFactory);
}
// see if there is more
if (chainSpecStack.IsEmpty() || !DatetimeMethodResolver.IsDateTimeMethod(chainSpecStack.First.GetRootNameOrEmptyString(), importService)) {
break;
}
// pull next
var next = chainSpecStack.RemoveFirst();
currentMethodName = next.GetRootNameOrEmptyString();
currentMethod = DatetimeMethodResolver.FromName(currentMethodName, importService);
currentParameters = next.GetParametersOrEmpty();
if (reformatForge != null || intervalForge != null) {
throw new ExprValidationException("Invalid input for date-time method '" + currentMethodName + "'");
}
}
var dotForge = new ExprDotDTForge(
calendarForges,
timeAbacus,
reformatForge,
intervalForge,
inputType.GetClassSingleValued(),
inputType.GetEventTypeSingleValued());
var returnType = dotForge.TypeInfo;
return new ExprDotDTMethodDesc(dotForge, returnType, filterAnalyzerDesc);
}
public DTLocalLongReformatForge(ReformatForge reformatForge)
: base(reformatForge)
{
}
protected DTLocalReformatForgeBase(ReformatForge reformatForge)
{
this.reformatForge = reformatForge;
}
public DTLocalDateTimeReformatForge(ReformatForge reformatForge)
: base(reformatForge)
{
}
public static ExprDotDTMethodDesc ValidateMake(
StreamTypeService streamTypeService,
Deque<ExprChainedSpec> chainSpecStack,
DateTimeMethodEnum dtMethod,
string dtMethodName,
EPType inputType,
IList<ExprNode> parameters,
ExprDotNodeFilterAnalyzerInput inputDesc,
TimeAbacus timeAbacus,
ExprEvaluatorContext exprEvaluatorContext,
TableCompileTimeResolver tableCompileTimeResolver)
{
// verify input
var message = "Date-time enumeration method '" +
dtMethodName +
"' requires either a DateTimeEx, DateTimeOffset, DateTime, or long value as input or events of an event type that declares a timestamp property";
if (inputType is EventEPType) {
if (((EventEPType) inputType).EventType.StartTimestampPropertyName == null) {
throw new ExprValidationException(message);
}
}
else {
if (!(inputType is ClassEPType || inputType is NullEPType)) {
throw new ExprValidationException(
message + " but received " + inputType.ToTypeDescriptive());
}
if (inputType is ClassEPType) {
var classEPType = (ClassEPType) inputType;
if (!TypeHelper.IsDateTime(classEPType.Clazz)) {
throw new ExprValidationException(
message + " but received " + classEPType.Clazz.CleanName());
}
}
}
IList<CalendarForge> calendarForges = new List<CalendarForge>();
ReformatForge reformatForge = null;
IntervalForge intervalForge = null;
var currentMethod = dtMethod;
var currentParameters = parameters;
var currentMethodName = dtMethodName;
// drain all calendar op
FilterExprAnalyzerAffector filterAnalyzerDesc = null;
while (true) {
// handle the first one only if its a calendar op
var forges = GetForges(currentParameters);
var opFactory = currentMethod.GetForgeFactory();
// compile parameter abstract for validation against available footprints
DotMethodFPProvided footprintProvided = DotMethodUtil.GetProvidedFootprint(currentParameters);
// validate parameters
DotMethodUtil.ValidateParametersDetermineFootprint(
currentMethod.GetFootprints(),
DotMethodTypeEnum.DATETIME,
currentMethodName,
footprintProvided,
DotMethodInputTypeMatcherImpl.DEFAULT_ALL);
if (opFactory is CalendarForgeFactory) {
var calendarForge = ((CalendarForgeFactory) currentMethod.GetForgeFactory()).GetOp(
currentMethod,
currentMethodName,
currentParameters,
forges);
calendarForges.Add(calendarForge);
}
else if (opFactory is ReformatForgeFactory) {
reformatForge = ((ReformatForgeFactory) opFactory).GetForge(
inputType,
timeAbacus,
currentMethod,
currentMethodName,
currentParameters,
exprEvaluatorContext);
// compile filter analyzer information if there are no calendar op in the chain
if (calendarForges.IsEmpty()) {
filterAnalyzerDesc = reformatForge.GetFilterDesc(
streamTypeService.EventTypes,
currentMethod,
currentParameters,
inputDesc);
}
else {
filterAnalyzerDesc = null;
}
}
else if (opFactory is IntervalForgeFactory) {
intervalForge = ((IntervalForgeFactory) opFactory).GetForge(
streamTypeService,
currentMethod,
currentMethodName,
currentParameters,
timeAbacus,
tableCompileTimeResolver);
// compile filter analyzer information if there are no calendar op in the chain
if (calendarForges.IsEmpty()) {
filterAnalyzerDesc = intervalForge.GetFilterDesc(
streamTypeService.EventTypes,
currentMethod,
currentParameters,
inputDesc);
}
else {
filterAnalyzerDesc = null;
}
}
else {
throw new IllegalStateException("Invalid op factory class " + opFactory);
}
// see if there is more
if (chainSpecStack.IsEmpty() || !DatetimeMethodEnumHelper.IsDateTimeMethod(chainSpecStack.First.Name)) {
break;
}
// pull next
var next = chainSpecStack.RemoveFirst();
currentMethod = DatetimeMethodEnumHelper.FromName(next.Name);
currentParameters = next.Parameters;
currentMethodName = next.Name;
if (reformatForge != null || intervalForge != null) {
throw new ExprValidationException("Invalid input for date-time method '" + next.Name + "'");
}
}
ExprDotForge dotForge;
EPType returnType;
dotForge = new ExprDotDTForge(
calendarForges,
timeAbacus,
reformatForge,
intervalForge,
inputType.GetClassSingleValued(),
inputType.GetEventTypeSingleValued());
returnType = dotForge.TypeInfo;
return new ExprDotDTMethodDesc(dotForge, returnType, filterAnalyzerDesc);
}
