C#

[".0s4*0|collections;datetime-format;.",["FEePS\\]_a","NEJIMAKEJIDEDEHAECPIOGLAKANEKAEERIECOCJA","OOBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBBOBOBOBOBBOBBOBBBBBBBBOBBOBBBOBBOBOBBBOBBBBBBBOBBBBBBBBBOBBBOBOBBBBBBOBW","",".NET","Array","Dictionary","List","String","2D","Async","Console","DataTable","Dates","DateTime","Enum","File","For","Foreach","Format","IEnumerable","If","IndexOf","Lambda","LINQ","Optimization","Parse","Path","Process","Property","Random","Regex","Replace","Sort","Split","Static","Substring","Switch","Tuple","While","String."," You look into a reflecting pool. A message suddenly appears. It is a string written upon the water's surface. Strings have words and characters.","String methods."," Usually strings do not appear in reflecting pools. But we can manipulate any C# string with methods. New strings are returned. ","Compare ","string-compare","CompareOrdinal ","string-compare","CompareTo ","string-compare","Concat ","string-concat","Contains ","contains","Copy ","string-copy","CopyTo ","string-copyto","EndsWith ","startswith","Empty ","string-empty","Equals ","string-equals","Format ","format","GetEnumerator ","charenumerator","GetHashCode ","gethashcode","IndexOf ","indexof","IndexOfAny ","indexofany","Insert ","insert","Intern ","string-intern","IsInterned ","string-intern","IsNormalized ","normalize","IsNullOrEmpty ","isnullorempty","IsNullOrWhiteSpace ","isnullorwhitespace","Join ","string-join","LastIndexOf ","lastindexof","LastIndexOfAny ","lastindexof","Length ","string-length","Normalize ","normalize","PadLeft ","padright","PadRight ","padright","Remove ","remove","Replace ","replace","Split ","split","StartsWith ","startswith","Substring ","substring","ToCharArray ","tochararray","ToLower ","tolower","ToLowerInvariant ","tolower","ToString ","tostring","ToUpper ","tolower","ToUpperInvariant ","tolower","Trim ","trim","TrimEnd ","trimend","TrimStart ","trimend","String interpolation."," A string can be created with interpolated values in it. This is similar to string.Format but the syntax is different. We precede the string literal with a \"$\" sign. ","String Interpolation ","string-interpolation","Constructor."," Strings are often reused, and passed around within a program. Methods like Replace() create new strings. But we can also create new ones with a constructor. ","String Constructor ","string-constructor","Literals."," These specify string data. We use quotes around literal data (characters). Literals are embedded in the program executable. ","Literal ","string-literal","Comparisons."," Are two strings equal? In a Dictionary, we can use a StringComparer to change how keys are compared. We can ignore case. ","StringComparer ","stringcomparer","StringComparison ","stringcomparison","Char."," A string contains data made up of individual characters. We deal with these chars in looping constructs. Accessing chars is a fast way to test strings. ","Char ","char","Char: Literal ","character-literal","Char methods."," Many useful char methods are static. We call them on the \"char\" type, not on an instance of a char. Here are useful ones. ","char.IsControl ","iscontrol","char.IsDigit ","char-isdigit","char.IsLetterOrDigit ","char-isletterordigit","char.IsLower ","char-islower","char.IsPunctuation ","char-ispunctuation","char.IsSeparator ","char-isseparator","char.IsWhiteSpace ","char-iswhitespace","char.ToLower ","char-tolower","TextInfo."," This type provides some helpful methods. We can convert a string To Title Case with ToTitleCase. No custom methods are needed. ","TextInfo ","textinfo","TextInfo: ToTitleCase ","totitlecase","Whitespace."," Strings often contain newline or whitespace. We often need to check for these values. We use methods like IsNullOrWhitespace. ","NewLine ","newline","Line Count ","line-count","Whitespace ","whitespace","Empty."," An empty string has zero characters. Meanwhile a null string is no string at all. It is a reference that points to no memory location. ","Empty Strings ","empty-string","Null Strings ","null-string","Parse, TryParse."," When we see a string like \"1230\" we usually want its numeric form. We use TryParse for this. Here we transform strings into other types. Many routines are built-in. ","Parse ","parse","Conversions."," We can convert a list into a string. And we can convert a string into a byte array. These are some of the most common conversions. ","Convert: List, String ","convert-list-string","Convert: String, Byte Array ","convert-string-byte-array","Convert: String, Int ","parse","Custom methods."," Many string algorithms are composed from the built-in methods. With Substring calls we can Truncate strings. With ToCharArray we can change characters. ","Custom: IsUpper, IsLower ","string-isupper-islower","Custom: Reverse String ","reverse-string","Custom: Right ","right","Custom: Sort String Lengths ","sort-strings-length","Custom: ToCharArray, Edit Chars ","change-characters-string","Custom: Truncate ","truncate","Custom: Uppercase First Letters ","uppercase-first-letter","Custom methods, chars."," Here are some custom char-based string algorithms. We test individual chars in strings. We use arrays to look up char values. ","Custom: ASCII Table ","ascii-table","Custom: Char Lookup Table ","char-lookup-table","Custom: Char Test ","char-test","Custom: Combine Chars ","char-combine","Custom: Count Characters ","count-characters","Custom: Count Letter Frequencies ","count-letter-frequencies","Custom: Duplicate Characters ","duplicate-chars","Custom: Get Char at Index ","string-char","Custom: Remove Chars ","remove-char","Explanations."," I explain concepts of strings. How do we append strings when there is no append method? We also learn to increment strings. ","String Append ","string-append","String Increment ","increment-string-number","String Property ","string-property","StringBuilder."," This is not a string, but it is used to build up or change strings. For appending strings in a loop, we likely want to use StringBuilder. ","StringBuilder ","stringbuilder","StringBuilder, methods."," Here are some methods that the StringBuilder class provides. Some optimizations based on StringBuilder are shown. ","StringBuilder: Append ","append","StringBuilder: AppendFormat ","appendformat","StringBuilder: AppendLine ","appendline","StringBuilder: Capacity ","stringbuilder-capacity","StringBuilder: Clear ","stringbuilder-clear","StringBuilder: ToString ","stringbuilder-tostring","Optimization."," In typical usage strings are fast. But they are sometimes used in an inefficient way. Often reducing string allocations is helpful. ","Optimization ","optimization","A review."," A string is immutable. It can be used in many methods, and none of them have to worry about data changes. It never becomes invalid. This reduces copies. 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)","url(data:image/png;base64,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)"]