C#Top 37 C# Example Pages...

["thwrtsd...rr.se. c.BBB[CCST~~}T~~YF8496F[CB-BCP5884G7F55555[CCP8847F55555bCBCBCBP88477F55555a.B.CP8847F555553CBP84755F3B3(dB%B.BCCBP`BBBB/B.BbBBBB(BB(BVCIBc.S}T~~}T~~","Sort."," An elephant roams the savannah. A bird is seen in the sky. On this bird a mite lives. Animals come in all sizes\u2014we sort them from large to small.","For words and numbers,"," an order too can be imposed. To sort these in C#, we use built-in methods. We consider arrays, Lists, and even Dictionaries. ","Sort: Array ","array-sort","Sort: List ","sort-list","Sort: Dictionary ","sort-dictionary","An example."," This program uses a character array of 3 chars. It calls Array.Sort on the char array reference. And the array elements are reordered. ","Tip: ","There is no need to assign to the result of Array.Sort. This would result in a compile-time error: it returns void.","Finally: ","We use a foreach-loop upon the array elements. We print them to the console. They are in alphabetical order.","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 4.6\n\n","C# program that sorts character array","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n char[] array = { ","'z'",", ","'a'",", ","'b'"," };"," // Input array.\n ","Array.","Sort","<char>(array);"," // Call sort.\n ","foreach (var c in array)\n Console.WriteLine(c);\n }\n}\n\n","Output","\n\na\nb\nz","Methods."," There are many collection sorting methods. To make choosing even harder, there is also LINQ query syntax. LINQ introduces another entire syntax to the C# language. ","Also: ","String arrays are used frequently in sorting operations. Please find more information about this common type.","String Array ","array","Strings."," Here we call the static Array.Sort method and use it to sort a string array in-place. The result is an alphabetical sort. This console program demonstrates Array.Sort. ","Array.Sort ","array-sort","Tip: ","This example is similar to the one with char arrays. In fact, they are the same except for the element data type.","C# program that uses Array.Sort","\n\nusing System;\n\nclass Program\n{\n static void Main()\n {\n ","string[]"," colors = new string[]\n {\n ","\"orange\"",",\n ","\"blue\"",",\n ","\"yellow\"",",\n ","\"aqua\"",",\n ","\"red\"","\n };","\n // Call Array.Sort method.\n ","Array.Sort","(colors);\n foreach (string color in colors)\n {\n Console.WriteLine(color);\n }\n }\n}\n\n","Output","\n\n","a","qua\n","b","lue\n","o","range\n","r","ed\n","y","ellow","Query."," Next we take a string array and use a LINQ query expression to alphabetically order its contents. Please note that we order the strings, not the letters (characters) in them. ","Note: ","We see that the orderby keyword results in the same output as the Array.Sort method.","However: ","When we use a query, it returns an IEnumerable collection. This is a collection that we enumerate (loop over) with for each.","C# program that uses LINQ","\n\nusing System;\nusing System.Linq;\n\nclass Program\n{\n static void Main()\n {\n string[] a = new string[]\n {\n ","\"Indonesian\"",",\n ","\"Korean\"",",\n ","\"Japanese\"",",\n ","\"English\"",",\n ","\"German\"","\n };\n var sort = from s in a\n ","orderby"," s\n select s;\n\n foreach (string c in sort)\n {\n Console.WriteLine(c);\n }\n }\n}\n\n","Output","\n\n","E","nglish\n","G","erman\n","I","ndonesian\n","J","apanese\n","K","orean","Reverse query."," We sort strings from Z to A, not A to Z. This is called reverse alphabetic order. LINQ here is used with a query expression. ","Ascending: ","Means to go from lowest to highest (A to Z). This is the default ordering, so we do not need to specify it.","ascending ","ascending","Descending: ","A descending order means to go from highest to lowest (Z to A). We must explicitly specify this.","descending ","descending","Orderby: ","The order by keyword is not a method. Instead it compiles into a method call. It is a query clause.","orderby ","orderby","C# program that uses LINQ descending","\n\nusing System;\nusing System.Linq;\n\nclass Program\n{\n static void Main()\n {\n string[] a = new string[]\n {\n ","\"French\"",",\n ","\"Italian\"",",\n ","\"European\"",",\n ","\"Irish\"",",\n ","\"Vietnamese\"","\n };\n var desc = from s in a\n ","orderby"," s ","descending","\n select s;\n\n foreach (string c in desc)\n {\n Console.WriteLine(c);\n }\n }\n}\n\n","Output","\n\n","V","ietnamese\n","I","talian\n","I","rish\n","F","rench\n","E","uropean","Collections."," List and ArrayList both have sorting methods. If you want to sort a List or ArrayList, these are the best options. No conversions are needed.","Dictionary."," This collection has both keys and values, but no way to directly sort them. We can instead acquire the Keys or Values collections and sort them. ","Sort Dictionary ","sort-dictionary","List."," This is a generic collection, with internal array storage. List not an array type in the C# language. We therefore have to use its separate Sort method. ","Also: ","We can use LINQ with the same syntax on List as used on arrays. Both arrays and Lists implement the IEnumerable interface.","C# program that uses List","\n\nusing System;\nusing System.Collections.Generic;\n\nclass Program\n{\n static void Main()\n {\n List<string> l = new List<string>()\n {\n ","\"Australian\"",",\n ","\"Mongolian\"",",\n ","\"Russian\"",",\n ","\"Austrian\"",",\n ","\"Brazilian\"","\n };\n l.","Sort","();\n foreach (string s in l)\n {\n Console.WriteLine(s);\n }\n }\n}\n\n","Output","\n\n","A","ustralian\n","A","ustrian\n","B","razilian\n","M","ongolian\n","R","ussian","Copy, sort."," Many sort methods operate in-place. This means the unsorted, original collection no longer exists. To retain the original order, we must first copy the elements. ","Here: ","The List elements are sorted, but the original array is left alone. This requires the .NET Framework version 4.0 or later to compile.","Join ","string-join","C# program that sorts copy","\n\nusing System;\nusing System.Collections.Generic;\n\nclass Program\n{\n static void Main()\n {\n string[] array = { ","\"zebra\"",", ","\"parrot\"",", ","\"ant\""," };\n\n List<string> copy = new List<string>(array);\n copy.","Sort","();\n\n Console.WriteLine(string.Join(","\",\"",", array));\n Console.WriteLine(string.Join(","\",\"",", copy));\n }\n}\n\n","Output","\n\nzebra,parrot,ant\nant,parrot,zebra","Bool."," A bool array is sorted from false to true. When sorting, false is considered as 0 and true is considered as 1. We can use ascending or descending sorts. ","Bool Sort ","bool-sort","Speed."," I tested the sorted methods on collections of varying sizes. The performance of these methods was close. And the benchmarks were not helpful or interesting, so I removed them.","Speed, quicksort."," In these modern times, optimized algorithms are built into frameworks. The methods on this page are implemented with quicksort. They all perform similarly.","IComparable."," We can implement sorting on a class. Then when we sort a collection of that type, the custom sorting method is automatically used. ","IComparable ","icomparable","CompareTo."," This is used as part of IComparable. We test the CompareTo method in the .NET Framework. Once you understand how this works, making your own becomes easier. ","CompareTo ","compareto","Internals."," The List sort method is implemented with Array.Sort. This is why it performs similarly to Array.Sort. To examine the internals of the method, please open it in IL Disassembler. ","IL Disassembler ","il-disassembler","Type specifier: ","The Array.Sort method shown is a generic method. We specify the type when we call the method.","Note: ","The C# compiler can derive the type implicitly in many cases. We do not need to always specify it.","Generic Method ","generic-method","Part of implementation of List.Sort: C#","\n\nArray.Sort<T>(this._items, index, count, comparer);","Reverse."," Reversing an array of elements simply changes the order from back to front. It does not alphabetize or reorder the elements in an ascending or descending order. ","Reverse: Array ","array-reverse","Reverse: IEnumerable ","reverse","Reverse: String ","reverse-string","Reverse: Words ","reverse-words","Algorithms, alphanumeric."," An alphanumeric sorting algorithm will treat the string \"300\" as greater than \"31.\" This helps sort strings with numbers in them. ","Alphanumeric Sort ","alphanumeric-sorting","Algorithms, is sorted."," Is a list sorted? It is possible to sort a copy and see if the copy is equal to the original. But a simple iterative loop is faster and clearer. ","Is Sorted ","sorted-array","Algorithms, sort on properties."," Sometimes we may want to sort an array based on some characteristic of each element, like a key value or property. ","Sort: File Sizes ","sort-file-size","Sort: KeyValuePairs ","sort-keyvaluepair","Sort: String Lengths ","sort-strings-length","Sort: Tuples ","tuple","Algorithms, preprocess."," It is possible to modify each value before applying a sorting method. For example, leading chars can be changed. ","Sort: Ignore Leading Chars ","sort-ignore-leading-chars","Sort: Number Strings ","sort-number-strings","Algorithms, characters."," Occasionally, we need to alphabetize the letters in a string. This helps with computing anagrams for words. ","Alphabetize String ","alphabetize-string","Research."," A common goal is a faster sorting algorithm. This is hard. Some work better than quicksort on certain data sets. But a universally faster algorithm is elusive. ","Thus: ","I recommend sticking with the .NET Framework's sorting algorithms. An alternative is to keep your data sorted as you add it.","It is tempting to try to develop ways to improve quicksort. A faster sorting algorithm is computer science's \"better mousetrap,\" and quicksort is a venerable method that seems to invite tinkering.","Algorithms in C++ Third Edition: google.com ","https://books.google.com/books?id=331YAAAAYAAJ","A review."," Sorting uses method calls. With arrays and lists, it is important to copy a collection first if we want to keep the original. With query syntax we simplify sorting.","The .NET Framework"," uses quicksort. Lists and arrays (through Array.Sort) use this algorithm. They share implementations. These methods are fast, ready and tested. 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)","url(data:image/png;base64,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)","url(data:image/jpeg;base64,/9j/2wBDAAgGBgYGBggGBggMCAcIDA4KCAgKDhANDQ4NDRARDA4NDQ4MEQ8SExQTEg8YGBoaGBgjIiIiIycnJycnJycnJyf/wQALCACiAMgBABEA/8QAUgABAAMBAQEBAAAAAAAAAAAAAAECAwQFBgcQAAIBAgIFCQcDBAMAAAAAAAABAgMRBBIFEyExQSIyUVJhcYGRoQYUM3KxweEjJNFCU4KyYmOi/9oACAEAAAA/AP38HDiJPXS2vh9DLNLpZ8l7cYiUMRoanrasZ6vFzyRk8jyyoRzT286Oe0e9nysUoRlGKUYz59tia7T6n2Eq4iniNJUs/wC1yYbU0r7IzvX1klHhmWTyPu6c9iNUSAAAAAAAADixFOetlyXZ22pX4GWrqdR+TPlfbXCY2tV0ZUw+EnXp0qeKVWpSg6k4ZnRlGOW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Dg4REw0NDg0NExgRDw8PDxEYFhcUFBQXFhoaGBgaGiEhICEhJycnJycnJycnJ//BABEIAHoA0gMAIgABEQECEQH/xACSAAABBQEBAQAAAAAAAAAAAAAAAQMEBQcCBggQAAEDAQUDBQoLBAgHAAAAAAIAAQMEBQYREiETIjEHQVFhcRQjMkJSgZGSodMVJDM1U2Jyk5SxwhdFVcEWJTRDZLLh8GVzgoOj0eMRAAICAQMEAQMCBwEAAAAAAAABAhEDEiExBBNBUXEigZFhoQUUIzJCUrHw/9oADAMAAAEBAgEAPwDf0IQgAQvN3tvaN1QpDKkeq7qeT+82eXZ5fqljjmXlR5YYi/dBfiG90u1jm1fgDTkLMv2vxfwgvxDe6TR8ssQN8zF+Ib3SXs5P9f3Es1JCy4OWWE2+Zy/EN7pdjyww4fNBfiG90iWHJHdxr7oVfVxuachZn+1+LDH4IL8Q3uk0fLJELfM5fiG90udEjrRL0aihZYHLNEbfMxccP7Q3ul1HyxwySNH8EFm5vjDa4f8AaSvFkSutvlHPmvJqCFm/7Vw/hJfft7pDcqwfwovv292m2pejrSzSELOW5VAx+ai+/b3aC5VAH91F9+3u0li9uXo0ZJmWb/tXH+El9+3ukNypCf7qL79vdpHIXtSNEKRcbVlnv7Sf+Gl99/8ANXFg3le22n+LvT7Bx4nn8LN9UfJTMstcnawuj1u0Zd5lWxzdalBIiOdMSWNolJUyJpxPRmmNNHSEIXYgIQhAAkxQmTkQLRm/LBJlhsj7VR+USywWbBaVyvnnisj7VR+USzaNt1S8L/px+4lbgz6Oo0vgpzF8XTUuOCcUqFq0EMbm3HRTQhbDwvYokJiA72jKPPaU+LjCzC3lPq65yTgv7txccMjf0lq8enFR5hjEeOvRoqprStAX+Ux6nZnZOR15Su41DNjzEzYa9abjkxN+vkclDKlb3+CRGSsKKmcphkw/26rafednxxfHhz9qvZJJKGx62vhZttTQSSx5mxbMAuTaJvPk2pCQW9ssRoSJuGq6GgLDgvBU/KFeOKlp683s+oCSbY9wBj3S/PmyCWIs/Bi115l72+94XuvYwVlPCJ1dTI0MIyaiO65kRNz4NzdKgy7lpXyOqcKb9HUVDLlbaC2f2Lt6AsX009q8rTXqvXY9sWXSXnhgOltbJk2TNmBpCYfFfiDk2Zvary/l5qu7zUNBZMIS2haBOMZSNujqItz6uRFpjokqdrdbh3I1dcEx7OLDd449GOi6ah6lQ2JeW8NJeiO696YoSkqQzQzwM3HK5jw0w3XHhjipFt3htGhvvZ134Nn3HVjEUuYd/fIx0LH6vQkcZ3z4sXuR535ouIaMxbeLPq/MzadGi9ZdGEoRq+2P9S87b801l2HX2jTZdtTQlLHmbdzCy8ncW+19bYtKkpaWazMlTOO3pidhqNlG7lLswz447PM6ZlilOLlaSXs77sV9NPc3qInUyMlnvKfe+suZYENdZjB3bUVIQRbUcwMOU5DLj9XDzqPyX33t68dpW5Yt5Qhjr7KIBywDl4FJHLzl4wjr1puGKenuXt+4kpx1afJqIknxJYXb/LBa92+Uaaw6wYP6P008Uc/e32wxyxARHnzeIR5uxsF6Pkwv/a98bevBRVpwSUNnE3cMkAZcwFLIAkRZt7ERUuEZf8I8maqulwK7UiLG2CEIXQg0fBQppFMk4KsqXfVcydHcEZ5yoG0kVmt1zflGs/AN1e65SMSCz/tTflGvCMeidxZPpSHXDYjk3HtTRu2Cew3H7XUWR9VIbG4oUmfKo7w5n4KZE2bEXbsVhZ1DHLMxzNmjx8Dpfr6lX5503uWGCG1JEGhsO0LQf4lSTVP/ACoyP/KyK+71pULfHKKem+tJGQ/5mW93GtLumzys8so9x5dkIsw96fhp1OvUnGEgFHILGBNvCTYs7dDsnI6GvP5I+TqJRm4Sgttj5Uoxymw87OvQ1NPNWWHaFHTDnnnp5I4gxZsSIXwbEnwbzpq9dNTUF6bTpaOJoYIp32cY8B0bh50tFWsGmKd6mDil8IYi02/TPF01xr1S0tPQfBcFHLHPtvhXbR7VtNAd4jMsBfVsGWhX6u3UXisGGjoZBKtpDGUM75dpuuBjrwd8cWxTg2tHmyOeDtx6E98LR+Xj2KvlPJqHFjik9+Tx8FgXyvHbNkVF46aGipLJyb4EGYxjLP4hyYkeVtdBZXnKDdy0baKz7TsXKdbZxuWxN2HPqJjlz7uIkHB+Kt/haPDwnxSfCg9KTuTu9IvbjTV8nmrDsK9FrXuhvTeeCKi7lDLHDE7bz5SAcoicj4bzk7kS5vnYl5qi91Jb9g0Y1HckMeTPJEI7QCk8U5ALxl6lrT04pe7nR3JXdLiq8UHbVVb5siSjeG2LmV1LalNHHbNRFLGNNEQZdX3N7aEOrfWXm7h3ZvzYlq0NRDdyj7xOPdFoyyxFPHDL3uXLlqvoyLxHXsQqiXp7szuYVPaH6k1PO4xlsqO1hTadvY8tyr3VvPe60bEprGp2OgpnMqmpkki2cZymA5jikPMeQQ5hfR8GUa5d0L73f5Rp7ZtYRr6OthkirLWiOEBLOIS/I5gk+UjyvudfBadtU4Er4pqPVS06KVU1+u508CvVbu7/AAZZavJjat4+Ue2a+0qL+oa+Aggr9pDuS9zxhHIMefaYjIPk+xWXIpca89z7QtmS36NqaKpjijp5Blilz5DPHSIyJtMPCZlpkMqnRSqTjyyktO1Ul+BmeNJ3/wC3JwrtMAbJ3MpcOBhnaFzihdnI3Kqup51cGOcXVTUNxUTqZOG/hj+FX9jO+UCPOFF2y/kCz+SN1pV9o88dL2yfpXgZ4+KZxdTTJbxpxKuR8oOygvjmVhOL6qvLwlZ48uqJFcKkTIGfFnbm1VtZ55phbtxbzKrpSbB1OojbukO1ROq3X2LDplxZ7Ww7Qks20IKkDYBzMM2bwXjJ97N1c614XYmbK+PO2HOyw+ImJupaJcm2qmujls6rJjKlAdjJ4zhjl3unKk6Sdw0+mR/4hhqSyL1TMlvbGJXrtfPr8ak49qgAMYtwZlLvhK/9LbYH/FGqoZSx1dsuHnxVvmVpfBBgtyxB48fBbHsTjFFi263oVY8j6ZSbjrj0dSXbdahyw2O2y3aWPob0Mh5g6G9DKpGUtXzYtjpphgyCnfFsC0XH8uK5ls0w48G9CdGZlSjP1+dPtNo2q5lgW4qZcRytivV3XLcqu0P1LwUU+9xXtLnyZ46vtj/Uq7qMRKg9j06XMuRAjfdbqVvR2JIeB1D7MfJ8ZN4enlJ7IMmWMVuyFERYtorWnpao8N3J9rT2cVYwUsFPpEDfa/1TysseBRW7IU82rhEeOmy+ESeyCukJ+hptsTBuhCVCBAVfXxatJzFp51YJqoj2sRD1adrJnqMfcxSj55XyjvHLTNP8me3vDvVP2n+lZ/Vx6utJvTH3qHtP+Sz+qjLM/QqaLplmnsUFSBYcFVStqvRTgypLRiyNtAb7XZ0qz6ebGJrcZimyKbQzt3SJY6KmGXM6m0Bd/ZOZd9XwScP+J7imfdH62q9VdCoCktuLO39oAoOzNgTe0cF4uhkfIAdGjL0NIbwzQzfRmJeh2dRMEtMh7qYKcHH2jyt7gEr12wX+Kk/NUxCyk3kqjkvBak3DPVTF6TdVBTyYcdVe5Jb162KaKZJcmxTgsyqjlk6dVy1TN5bpvUvItN+S7YNEjgqbuqXy3x7U8FTMbfKF6UqkvQOL9loIiunmjzMGOqrWkPDUn86Vnc3wbV34MhteECT8stQkHHDnWhcn9FPUtViLc8fYLb/hOvLXQupW2/W7KPEIY8O6anDdjF/FHpJ+Zlutl2XRWPSBRUMeziHzkReUb87uo2THGTpo6eXSqXJ1R2fDSYePJ5f/AK6FLQhKkkqoYbbd3YIQhKICEIQAIQhAAhCEAeOvXD4GnOXtwdZ/Wx6utPvRDnGHTmL+Sz60IOOips0NOWcf1/6WGKdwT/Q8tUC+Lqnq33XV5WNkd15+slbB9FJ6ZHM5xXLKWYchPl9CnWQTHVD0YOqqaZ879Ck2dUDFJtceHTzqZkxycHSt14Dp+pgsiUpUr8nv6WPZmHayuRlYR7NfQvN0tt2bIDfGBA8GzCT4YP0YvxUiS2aLJu1Mb6Pi2ZlBxYsl/VCX4J+fNi06ozi/ho89eKOSntuvjmcc+2Mt18W3nzcfOqgjfgpVuWkFqWrVV8YuATnnyvzaNj7WVeJMrx02efeX0xx10MB4Ys2PYmmdsVLgneJnbDikcE+BFmaYw9PJ5D+hORwkPNgnCqHTD1GurpNCsdWa1RIyFjut6F6W612qy2a+KkgHfk+Uldt2KNvCJ/8AfHRefs4SqJRyC57zDGDNi5E/DBl9GXNu0F3bLEZRbu+pZpKw+OD80bP0Bj6cVxNpcC69tty1smyqOxaGOgoQyxRtqXjGT8TN+d3U5CE0cghCEACEIQAIQhAAhCEACEIQBV23FtIA7X/L/ReFtSDjotErwzwt2/ydeTtOnbB9FX9TjbytryiTilUKMxtQH3l5OtE8XXv7Xp2xLReNr42F3Ujp8I3ld+TzM0b4vimx7V3W1AZnEH9Cr9sWKncEOT32J7G3Su9sq9pHXTSJbObZNeRlw0jpnOuhJktiEkSTwloowkyeHDBdRYWSBqWAXEhbK/U2PtUNmKWRgHxnXRs+CkWdCRHui5mbtHGPF3fqRNefYq3NT5JLtDW1xWzUB8Vs52GnbmKd2xx/6G17XZbWqi7Fihd+w6OyxZs8QM85eVKW9I/rcOpW6jSZIigQhCQUEIQgAQhCABCEIAEIQgAQhCAGpxzB515+04d116GZVFdqLrlxT5FTaRmNviYZtFmtrzT4kOZ8OrRa/bgA+fdb0LObWhhzF3sfVZPwVIbm2Z/IL5nXGXVelkp4Mfkg9VkyVPBi3eg9VkDTRQE6MyvDp4Pog9VkjU8H0QeqyTyCRS5nxXbGrlqeDH5I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