["..H$ ","$W0h,Enqueueloops with QueueQueue for request systemcopies Queue","OHUFBUUH8H7;UH UH9H+U{UOH$O{BUOOHcNew Queue of Hbegers.UOOBQueue<Hb> qH_HXBQueueB<Hb>()HIOOq.BEnqueueB(B5B);B HcAdd 5 to the end of the Queue.UOOBq.Enqueue(B10B);B HcThen add 10. 5 is at the start.UOOBq.Enqueue(B15B);B HcThen add 15.UOOBq.Enqueue(B20B);B HcThen add 20.UOB}U}BUUH8H7;UH UH9H+U{UOH$O{BUOOHcAdd Hbegers to queue.UOOBQueue<Hb> collectionH_HXQueue<Hb>();UOOcollection.Enqueue(B5B);UOOcollection.Enqueue(B6B);BUUOOHcHGthrough queue.UOOBH2B (HZHHHScollection)UOO{UOOOH%HH);UOO}UO}U}UUBUU5U6BUUH8H7;UH UH9H+U{UOenum RequestTypeUO{UOOMouseProblem,UOOTextProblem,UOOScreenProblem,UOOModemProblemUO}HIOH$O{BUOOHcInitialize help requeust Queue.UOOBQueueB<RequestType> helpH_HXQueue<RequestType>();BUUOOHcWebsite records a Text Problem help request.UOOBhelp.Enqueue(RequestType.TextProblem);BUUOOHcWebsite records a Screen Problem help request.UOOBhelp.Enqueue(RequestType.ScreenProblem);BUUOOHcYou become available to take a HXrequest.UOOH1You can't help with Mouse problems.UOOBH[help.HB > B0B &&UOOOhelp.Peek() != RequestType.MouseProblem)UOO{BUOOOHcYou solve the request.UOOOH1It was a TextProblem.UOOOBhelp.Dequeue();UOO}BUUOOHcRecord a Modem Problem help request.UOOBhelp.Enqueue(RequestType.ModemProblem);UO}U}BUUH8H7;UH UH9H+U{UOH$O{BUOOHcNew Queue of Hbegers.UOOBQueue<Hb> queueH_HXQueue<Hb>();UOOqueue.Enqueue(5);UOOqueue.Enqueue(10);UOOqueue.Enqueue(15);UOOqueue.Enqueue(20);BUUOOHcCHM HXHL with LHO equal to Queue's H/ count.UOOBHb[] HLH_HXHb[queue.HB];BUUOOHcCopy the Queue to the HZHL.UOOBqueue.BCopyToB(HL, 0);BUUOOHcHGthrough and display Hb[]HSorder.UOOBH%BFHN:FB);UOOHV(HZiH_0; i < HL.LHO; i++)UOO{UOOOH%HL[i]);UOO}BUUOOHcHGthrough HZHLHSreverse order.UOOBH%BFHN reverse order:FB);UOOHV(HZiH_HL.LHO - 1; i >= 0; i--)UOO{UOOOH%HL[i]);UOO}UO}U}UUBUUBHN:BU5U10U15U20UBHN reverse order:BU20U15U10U5B","A(EBsr3.B.B~~| 9746464646bCCE 68G7}X~ G7666466+XB~~ECE 6696464}55X~~~~~~~+*BcKXB","Queue."," What is requested first is handled first. Queue is a FIFO collection. It processes elements in a first-in, first-out order.","To restate,"," Queue handles the elements that it received longest ago first. We look at several examples of the Queue generic class. ","Generic Class ","generic","Enqueue example."," First we add 4 ints to an instance of Queue. These could correspond to requests. We add the new requests to the end of the Queue, because they will be dealt with last. ","Int ","int","First-In-First-Out: ","The queue data structure implements this algorithm. Queue is a generic type with one type parameter.","Enqueue: ","This method adds a value (of the Queue's specified element type) to the end of the Queue.","Loop example."," Next we loop through the elements in the Queue. Frequently you will need to loop through the elements. We can do this is the standard way. ","The foreach-loop calls the Queue's enumerator, and you can use the standard foreach syntax.","Info: ","Behind the scenes, the foreach statement is invoking the Queue's enumerator. The foreach syntax hides this.","Foreach ","foreach","Help system."," This code could be adapted into a help request processing system. You don't want your company's visitors to end up waiting forever. The Queue ensures this won't happen. ","Simulation: ","This example simulates a system where new help RequestTypes are added to the Queue. New requests are the last to be processed.","Notes, oldest requests."," The oldest requests, those that have been waiting the longest, are the closest to being acted on. This system ensures that no one is left hanging infinitely.","Copy."," We can copy Queue elements. We might have a Queue collection but need to loop over the elements in the reverse order. We call CopyTo, and then loop over the array in reverse. ","For ","for","CopyTo: ","We use CopyTo with an int array. We allocate the number of elements to the int[] with the same integer as the Queue's Count.","For: ","We use the for-loop syntax, which gives more power when iterating over the arrays.","Int Array ","int-array","Results: ","The array is written to the Console in front to back order, and then it is written in the opposite direction.","Console.WriteLine ","console","Methods."," Here are the methods and properties on the Queue. For every class you use in the C# language, please reference MSDN and other high-quality sites. ","Clear: ","Use Clear to remove all elements from the Queue. This can be used instead of assigning the reference to a new Queue.","Contains: ","You can use Contains to search through the Queue for a matching element. This method does a linear search.","Dequeue: ","Removes the object at the beginning of your Queue. The algorithmic complexity of this is O(1). It doesn't loop over elements.","Peek: ","MSDN: \"Returns the object at the beginning of the Queue(T) without removing it.\" This means you only look at the object.","ToArray: ","Converts your Queue(T) to an array. This is similar to CopyTo, but it provides the new array reference.","TrimExcess: ","This is supposed to minimize the Queue(T) collection's memory usage. It avoids doing anything if the Queue is > 90% full.","Count: ","Returns the number of elements. It is in an O(1) operation, meaning it requires constant time and doesn't enumerate the elements.","Notes, elegant code."," Here we look at some final characteristics of the Queue. I have rarely found the collection useful. It can help in writing elegant code (even self-documenting code).","Notes, performance."," The performance of Queue, and the List.Insert method, should be tested. Using Insert on a List in the wrong way can hurt performance. ","Insert ","list-insert","Research."," Queues are everywhere in computer systems. Usually, the task that should be first done is the one that was first requested. This makes the most sense. ","FIFO queues are frequently used within computer systems to hold tasks that are yet to be accomplished when we want to provide services on a first-come, first-served basis.","Algorithms in C++ Third Edition","A summary."," We saw ways to Enqueue and Dequeue elements. With Queue we could process requests on a website. This collection is useful for certain situations. ","Stack ","stack"]

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09IREjRURVRFGFVAFUY+VLpYkyGlcPanba5e6/d6pzJL1Y45bG3twtpyoUZbePmSM8r8r2llVYfznM95Vq3D2iy3smozWUFzduc8+6BuWTHsCEXDSLAq/CsCpV1RQBwAKAqg?Y?wAB4AV2iigAooooAKKKKACiiigCuJAOcUlQvXwJOcVFlkUrlZAfPBFRXluXtpfRQjTBSIzI+I9x8zUZ6qi6efQeUG1zRldVUXGsXgXGOwBjuyscSmqi5KWLeuiDR/fy4I+vaqztYXhv5Yrv3oj3SYPfI3Kfofxe1UqCKHV9VjtAge3tl51z8+vq4z+s1MZk6VXKf7k1KK03bdRhdr2J+k6VaXVtzp7MhHw8TmWZWKnzjEo7P3WqVLYcPQPy5ICrkezzLnr9PW1pSAq9?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.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?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?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:2Q==%iVBORw0KG;)NSUhEUg?AL8)+CAM?ABN2DpJ)pVBMVEX:/+xptbq8/SGc8PQyuXo8vP0+Pn5+/zl4vHv9vf9/v75+PyTgsfw9vecjszr9PXs6vXf2u3y9/jp8vPr8/TBud7Y0+r4+/vs9PWnmtHt9PXIweL5/Pz+:/8/f36/Pz3+/vx9/j2+vvu9fbq8vT1+vry+Pjz8fjv9/ft9fb3+vv2+/u5r9n4/Pz1+frz+fnx9vf4+/zu9Pbz+Pn+:7p8fP6+/xQ2OjO?ACsUlEQVR4Xu2Yx47cMBAFH0nlrMk5bQ7O4f8/zcJ650FtEPBRbUN1rwIFbs+qBQmSYG6Mc5Ux2yAB9of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