rdlc data matrix

rdlc data matrix

rdlc data matrix

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The first two patterns in this chapter specify designs for sharing resources among multiple threads or processes: The Active Object design pattern (369)decouples method execution from method invocation Its purpose is to enhance concurrency and simplify synchronized access to objects that reside in their own threads of control The Monitor Object design pattern (399) synchronizes concurrent method execution to ensure that only one method at a time runs within an object It also allows an object's methods to schedule their execution sequences cooperatively Both patterns can synchronize and schedule methods invoked concurrently on objects The main difference is that an active object executes its methods in a different thread than its clients, whereas a monitor object executes its methods by borrowing the thread of its clients As a result active objects can perform more sophisticated albeit expensive scheduling to determine the order in which their methods execute.

The Business Behavior view uses interaction analysis to allocate responsibility to organizational units and the business processes that intersect with them. Interaction analysis is performed simultaneously with organizational modeling and business process modeling. Sequence diagrams are used to show the interactions between organizational units as well as the processes that take place within or cross each organizational unit. An interaction is a sequence or a scenario that begins with a business event, such as a question or an order, and ends with a result. For example, Bob s Mail Order accepts credit card orders from customers. Assume that prior marketing and telemarketing have resulted in an inquiry from a customer to the Sales Department. The customer wants to know if a particular item is available and the cost of the item. The customer might also try to negotiate for a better price. If the customer is satisfied with the offer for the item, he or she places an order, pays for it, and receives the ordered item. The Financial Department is responsible for processing the payment, in this case a credit card transaction. The Production Department is responsible for taking the order and delivering the item. The sequence of events for this interaction is shown in Figure 11.8. The organizational units in the figure are picked up from the object diagram in Figure 11.7. Figure 11.8 is based on the Action Workflow pattern discussed in 9, Process Patterns, which is a useful pattern for modeling interactions.

The next two patterns in this chapter define higher-level concurrency architectures: The Half-Sync/Half-Async architectural pattern (423) decouples asynchronous and synchronous processing in concurrent systems, to simplify programming without reducing performance undudly The pattern introduces two intercommunicating layers, one for asynchronous and one for synchronous service processing A further queuing layer mediates communication between services in the asynchronous and synchronous layers The Leader/Followers architectural pattern (447) provides an efficient concurrency model where multiple threads take turns to share a set of event sources to detect, demultiplex, dispatch, and process service requests that occur on the event sources The Leader/Followers pattern can be used in lieu of the Half-Sync/Half-Async and Active Object patterns to improve performance when there are no synchronization or ordering constraints on the processing of requests by pooled threads.

SellShort("SBreakout") next bar at sellBOPoint stop; if(intraHigh > longBreakPt and sellsToday = 0 and Time < initTradesEndTime) then SellShort("SfailedBO") next bar at shortFBOPoint stop; if(intraLow < shortBreakPt and buysToday = 0 and Time < initTradesEndTime) then Buy("BfailedBO") next bar at longFBOPoint stop; {The next module keeps track of positions and places protective stops} if(MarketPosition = 1) then begin longLiqPoint = EntryPrice - protStopPrcnt1*averageRange; longLiqPoint = MinList(longLiqPoint,EntryPrice - protStopAmt); if(MarketPosition(1) = -1 and BarsSinceEntry = 1 and High[1] >= shortLiqPoint and shortLiqPoint < shortFBOPoint) then currTrdType = -2; {we just got long from a short liq reversal} if(currTrdType = -2) then begin longLiqPoint = EntryPrice - protStopPrcnt2*averageRange; longLiqPoint = MinList(longLiqPoint,EntryPrice protStopAmt); end; if(intraTradeHigh >= EntryPrice + breakEvenPrcnt*averageRange) then longLiqPoint = EntryPrice; {BreakEven trade} if(Time >= initTradesEndTime) then longLiqPoint = MaxList(longLiqPoint,Lowest(Low,3)); {Trailing stop} if(Time < liqRevEndTime and sellsToday = 0 and longLiqPoint <> EntryPrice and BarsSinceEntry 4) then begin SellShort("LongLiqRev") next bar at longLiqPoint stop; end else begin Sell("LongLiq") next bar at longLiqPoint stop; end; end; if(MarketPosition =-1) then begin shortLiqPoint = EntryPrice+protStopPrcnt1*averageRange; shortLiqPoint = MaxList(shortLiqPoint,EntryPrice + protStopAmt); if(MarketPosition(1) = 1 and BarsSinceEntry(0) = 1 and Low [1] <= longLiqPoint and longLiqPoint > longFBOPoint) then currTrdType = +2; {we just got long from a short liq reversal} if(currTrdType = +2) then begin shortLiqPoint = EntryPrice + protStopPrcnt2*averageRange; shortLiqPoint = MaxList(shortLiqPoint,EntryPrice + protStopAmt); end;

Implementors of the Half-Sync/Half-Async and Leader/Followers patterns can use the Active Object and Monitor Object patterns to coordinate access to shared objects efficiently The final pattern in this chapter offers a different strategy for addressing certain inherent complexities of concurrency:.