Dot Net Perls
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["0rwss.fjef.rl.(3`BCST~~}T~~YF9688G5FXCbB+CP66849474G5F*ZCCC+CXCcCCCP77688F55cKXS}T~~}T~~","LinkedList."," This generic type allows fast inserts and removes. It implements a classic linked list. Each object is separately allocated.","In the LinkedList,"," certain operations do not require the whole collection to be copied. But in many common cases LinkedList hinders performance.","Add."," This program invokes the LinkedList constructor. Then it uses the AddLast and AddFirst methods to append or prepend elements to the linked list's internal data structure. ","Constructor ","constructor","Next: ","It uses the enumerator by calling it implicitly in a foreach-loop, writing the contents of the LinkedList object data to the console.","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","6227126509","data-ad-format","auto","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","6227126509","data-ad-format","auto","Based on:"," .NET 4.7 (2017)\n\n","C# program that uses LinkedList","\n\nusing System;\nusing System.Collections.Generic;\n\nclass Program\n{\n static void Main()\n {","\n //\n // Create a new linked list object instance.\n //\n ","LinkedList<string> linked = new ","LinkedList","<string>();","\n //\n // Use AddLast method to add elements at the end.\n // Use AddFirst method to add element at the start.\n //\n ","linked.AddLast(","\"cat\"",");\n linked.AddLast(","\"dog\"",");\n linked.AddLast(","\"man\"",");\n linked.AddFirst(","\"first\"",");","\n //\n // Loop through the linked list with the foreach-loop.\n //\n ","foreach"," (var item in linked)\n {\n Console.WriteLine(item);\n }\n }\n}\n\n","Output","\n\nfirst\ncat\ndog\nman","Notes, LinkedList."," The LinkedList type is a class. It is allocated on the managed heap when you invoke the new operator and then call the LinkedList instance constructor. ","Note: ","The LinkedList contains several internal fields which will require some memory.","Notes, foreach."," We add elements to the beginning and to the end of the LinkedList. The easiest way to loop through and examine all the contents of a LinkedList is with the foreach-loop. ","Foreach ","foreach","Find, insert."," We pass an element value to Find. After calling Find, we use the LinkedListNode reference variable to perform a relative position insertion into the LinkedList. ","Note: ","LinkedList adjusts the reference pointers in its data structure, without copying the entire structure to insert an element.","C# program that finds nodes in LinkedList","\n\nusing System;\nusing System.Collections.Generic;\n\nclass Program\n{\n static void Main()\n {","\n //\n // Create a new linked list.\n //\n ","LinkedList<string> linked = new LinkedList<string>();","\n //\n // First add three elements to the linked list.\n //\n ","linked.AddLast(","\"one\"",");\n linked.AddLast(","\"two\"",");\n linked.AddLast(","\"three\"",");","\n //\n // Insert a node before the second node (after the first node)\n //\n ","LinkedListNode<string> node = linked.","Find","(","\"one\"",");\n linked.","AddAfter","(node, ","\"inserted\"",");","\n //\n // Loop through the linked list.\n //\n ","foreach"," (var value in linked)\n {\n Console.WriteLine(value);\n }\n }\n}\n\n","Output","\n\none\ninserted\ntwo\nthree","Notes, find."," The Find method on the LinkedList type receives one parameter. It returns a reference to an instance of the LinkedListNode class, which contains pointers to the other elements.","Performance."," LinkedList often uses more memory than an array or List. This is because of the memory allocation in the .NET Framework, and how objects are allocated. ","Nodes: ","Each node in the LinkedList will require a separate root in the garbage collector.","However: ","In an array or List, many references are stored in a single block on the managed heap together.","Note: ","A LinkedList of 1000 elements will require more memory than a List of 1000 elements, assuming the List is correctly sized.","Memory locality."," Each time a reference in a LinkedList is encountered, another level of indirection occurs and performance decreases. ","Thus: ","Accessing elements tightly packed in an array or List is faster than in a LinkedList\u2014the pointers can be accessed faster.","Performance gain."," In a List or array, to insert an element, you must copy the entire array. In a LinkedList, you can insert or remove an element anywhere in the collection quickly. ","But: ","You will have to make a separate heap allocation to insert an element onto the LinkedList\u2014this can be done quickly.","Loop performance."," A common operation is looping. I was concerned about the performance of LinkedList in tight loops. Does LinkedList cause slowdowns in a loop when compared to List? ","Program: ","To investigate, I created a program that adds 1000 elements to both a List and a LinkedList, and then loops over those elements.","Results: ","The LinkedList was somewhat slower, but the performance difference was small.","Tip: ","It is probably safe to use LinkedList in loops, even in performance sensitive contexts.","C# program that loops over LinkedList","\n\nusing System;\nusing System.Collections.Generic;\nusing System.Diagnostics;\n\nclass Program\n{\n const int _max = 100000;\n static void Main()\n {\n var list = new ","List","<string>();\n var link = new ","LinkedList","<string>();","\n // ... Add elements.\n ","for (int i = 0; i < 1000; i++)\n {\n list.Add(","\"OK\"",");\n link.AddLast(","\"OK\"",");\n }\n\n var s1 = Stopwatch.StartNew();\n for (int i = 0; i < _max; i++)\n {\n foreach (string v in list)\n {\n if (v.Length != 2)\n {\n throw new Exception();\n }\n }\n }\n s1.Stop();\n var s2 = Stopwatch.StartNew();\n for (int i = 0; i < _max; i++)\n {\n foreach (string v in link)\n {\n if (v.Length != 2)\n {\n throw new Exception();\n }\n }\n }\n s2.Stop();\n Console.WriteLine(((double)(s1.Elapsed.TotalMilliseconds * 1000000) /\n _max).ToString(","\"0.00 ns\"","));\n Console.WriteLine(((double)(s2.Elapsed.TotalMilliseconds * 1000000) /\n _max).ToString(","\"0.00 ns\"","));\n Console.Read();\n }\n}\n\n","Output","\n\n","6480.76 ns"," (List loop)\n","7954.76 ns"," (LinkedList loop)","Research."," There are advantages of linked lists over arrays. With an array, an insertion or removal is slow. We have to copy all following elements. With a linked list, this is not needed. ","The primary advantage of linked lists over arrays is that the links provide us with the capability to rearrange the items efficiently.","Algorithms in C++ Third Edition","Summary."," LinkedList is found in the Generic namespace. It is harder to use on many operations. It has worse performance for some uses. This makes it an uncommon requirement. 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tPSZe0+ygD36vJvtbvJItI0yzBZYbu9zcFB3xwJuEf9Z+Z/Qr1aORJUSWNlkjkUPHIhDK6sMoyuOyysvstVJxFw7YcS2HoF7vVVcSxSxFObFLhl3LuR127X7S/HQBYGXT7LTknZ4IrC3t45FkYgQxwRIvLYH7qqF21JhljnijnjO6OVEkjYZGY5BuQ9fvKaw+k8Aadp4txc32oapFbMHt7S8uCbCFl9hlsh6rcv4t6f5Ot7QBQcT2d9qOiXunWMcTzXsZtt00piihjlDcyZiqSO2xfhVag8NaDqOkcPLot1fq0icxIbizjEbW8Mu1tsbyo++RH5m2do/jj9X6utbRQBntC4W0bhxZBp8DxvM.0kk0krS7e7O59i/6NUorQ0UAUVs7AOT1Y9d3iQfCnzMckEZ6ZzUWKI7VY5B7l8OnzqDeWVzdMstvcy280Z6FH9TIPGOWM+1+tUZTlGPFj21N5dD2oXcdpCk7REgSxLtQgE7nxnrj2asLm4MKF1z+7OQfpWRuWR9yXEwE4O1xI4whH3UrkWsyRmOFissKkKzM4DCPuyp+JlptajTd4T217fMU9O0q65NjBeRyL3+Hsk9cVG1NIltZLgABxgAr0356YNR0n0wEOLu2yQMZmjHT+vTV8NL1GERSX0CbDvjZLqNdknn7e1v6VO724tYbrHkI21JPKXfiV0DTToIHlkMY6hWJIPyq2WU6dFuCmRMdQD3AeVZiCG9EpW2mScRuBKzTAxop+ION/lVlfy3MEU0Uu0Q7NxmJ2qY8Zdg5xtVfi3UhTSjupprFjjhcqxnoevZTqDxy7dqKuFUnJ695qpkQwB3UEjx6ZzV1bavo.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?Y?wAB4AV2iigAooooAKKKKACiiigCuJAOcUlQvXwJOcVFlkUrlZAfPBFRXluXtpfRQjTBSIzI+I9x8zUZ6qi6efQeUG1zRldVUXGsXgXGOwBjuyscSmqi5KWLeuiDR/fy4I+vaqztYXhv5Yrv3oj3SYPfI3Kfofxe1UqCKHV9VjtAge3tl51z8+vq4z+s1MZk6VXKf7k1KK03bdRhdr2J+k6VaXVtzp7MhHw8TmWZWKnzjEo7P3WqVLYcPQPy5ICrkezzLnr9PW1pSAq9?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@@AFFFFABRRRQA@@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;gjug0UZ5hPo9yC8h8vU9lVomk4prlCqnvl4um5fwm3M5u5PRImEjFe35Rx/eaqXjHSrSDh69uIgUeMWwPU4k3XVuuWB+tMaNxTw1aRTc285ckhQfza8bs4/Bb/epjininQNR0C/srS85txL6Py4/R7qPfy7qGR+3JCiLtRGbtNTmnCHw3KTTk1i5ZVcUIfxFqxjGM1FTjfjKn6tmq0YBND0hyT/g6y+n82iqzi6q2R1JziqXTru0ttD0bnzLFnTrLBk7j+SxUzYcQafdai+nQOZMpuE4B5XNB91n722nVONxiMOErlzzJlzcybCoBx8qdwJBE+cFW3A/PGKYnglllUgdnHiOmaWVWCIFmOMk?95Nck3btCelnJKHaBHeT3/AF86sUBCID3hQD+6oCBQFx0yB31Yr7K/QU5H1Es7RRRSjg@@AFFFFABRRRQA@@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@qYJZJR0eRApQH3hHc361SFqNcJNDLv+Zr7iXe6RBqtv6EQILdOWq8kBREsY7EcPwrtXs1Y2WmWmnQJbW0axxjvOAZHP3pH9pmpu0uGMSRspU+YOcn51NaUAZL?d9di4XulHPN/wDBLcq2p4EmFBciQyOCy7BGZDyiR1yEPZ5lV9yS0qREZGSuSeoPmKhXtxHcz255jottIJY9hwZJQMdr8O34amm/snCnbvk3DMbdkp88muS1IO0qWbz2dUJKnzj9CfK7oFSMLuIABJ6AVZRZ5UeTk7UyfnissDLJM5cgiRhhR3Y8q1MQxFH8kQf6qXpzUm6QmcdtWO@@6ICiiigAooooAKKKKACiiigAooooAzzo3Ly8jHpntU3AUC7h0B7gKkTAiLYRkgYGend5nrWdgfU4BIblYnUl2jEXZEYz2Fy3abs1VvT1Pi7qul3zZLg04u3WS2uXUo7sFyOoOOvT51KgKyxo5OcqDkeNZ64u52g7NsxLjAb4RnxbFMxXtzp9kdzKVjHXcPY612G6E3KSxXAuUVKCUXmy1uryBdStrMe0IpJZPln2FpeozxJZTKxyjKA4HTK561j3F4k/pzK4du3vljeMP9D92r3VIJp9PteZKIzIBJKsce7evkH3V34k/xQ2Rj8MuYgjRhI0VYtiFVCArjH3KxOsW0Vlfo8EYjjkUM8a45Y+/j7u6tdY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