Dot Net Perlsruby arrayTop 29 Ruby Example Pages

[">.wfj..r...rrl.ttrfye.r..t..aa]CYF9886A6FST~~}T~~/CCP899FdCC.CP6976F3P6864F1CCP699F8[CCP6895FsCCP6999F84AcCCP695F/CP665F*BCP695F,CEP9994FA1CCCP6G7A6FXBP6559F0CCP6946FXCP865F4A.BcBXB[BCaXS}T~~}T~~","Array."," A crystal has many sides. It reflects in the light. Shadows play on its surface. Much like a crystal an array has many parts.","To create a Ruby array,"," we use the Array class. We can omit \"Array\" and just use the initializer. Or we can assign each element as we go along.","New Array."," We first construct a new array with 4 integer elements. Then we modify the first element (at index 0). We display the array values. They are stored in the specified order. ","First element: ","The first element in an array is located at index 0, not 1. This is standard for most programming languages.","Based on:"," Ruby 2\n\n","Ruby program that uses array","\n\n","# An array of integers.\n","values = ","Array","[","10",", ","20",", ","30",", ","40","]","\n\n# Modify the first element.\n","values[0] = ","100","\n\n# Display the array.\n","puts values\n\n","Output","\n\n100\n20\n30\n40","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","First, last."," In life there is always a beginning and an end. This is true too in an array where at least one element exists. First and last are helpful methods. ","Warning: ","In a zero-element array, first and last return nil. So we must check the result if our array may be empty.","Info: ","The first array element is located at the index 0. And the last is located at the position equal to length minus one.","Ruby program that uses first, last","\n\nelements = [","\"ruby\"",", \"diamond\", ","\"gold\"","]","\n\n# First is the 0 index.\n","puts elements.","first","\nputs elements[0]","\n\n# Last index is length minus one.\n","puts elements.","last","\nputs elements[elements.length - 1]\n\n","Output","\n\nruby\nruby\ngold\ngold","Mutable."," Arrays are mutable. When we modify an element, no array copy is made. The element is simply replaced. In algorithms that change elements, these mutable arrays help improve speed. ","Sizing: ","Arrays are automatically resized. We have no need to specify how many elements will eventually be stored in them.","Terms: ","It is a topic of debate whether Array is technically a List. Often in languages, an Array is not resizable, but a list is.","Push."," This method adds the specified element value to the end of the array. This is possible with a mutable collection. Here we start with an empty array. ","And: ","We add the string \"tree\" and then \"grass\" to the array. The first element is \"tree.\" The last is \"grass.\"","Ruby program that uses push","\n\n","# Create an empty array.\n","values = Array[]","\n\n# Push two elements.\n","values.","push","(\"tree\")\nvalues.","push","(\"grass\")","\n\n# Print elements.\n","print \"First: \", values.first, \"\\n\"\nprint \"Last: \", values.last, \"\\n\"\n\n","Output","\n\nFirst: tree\nLast: grass","Push, operator."," This is an alternative to the push method. It does the same thing but requires less source code. The << operator can be chained. Many elements can be added in one statement. ","Ruby program that uses append operator","\n\nitems = Array[]","\n# Append two strings, one after another.\n","items ","<<"," \"cat\" ","<<"," \"dog\"","\n# Append another element.\n","items ","<<"," \"bird\"\n\np items\n\n","Output","\n\n[\"cat\", \"dog\", \"bird\"]","Delete."," An array element can be deleted. When this occurs, the slot in the array is eliminated. Elements that come after are shifted forward. ","Delete_at: ","With delete_at(), we remove an element by specifying its index. No search is required.","Delete: ","With delete(), we remove the first element of the specified value. We remove the \"lime\" element without knowing its index.","Ruby program that deletes elements","\n\n","# Citrus fruits.\n","arr = Array[\"orange\", \"lemon\", \"lime\"]","\n\n# Delete element at index 1.\n","arr.","delete_at","(1)\nputs \"Fruit:\", arr","\n\n# Delete element with value of \"lime\".\n","arr.","delete","(\"lime\")\nputs \"Fruit:\", arr\n\n","Output","\n\n","Fruit:","\norange\nlime\n","Fruit:","\norange","Delete_if."," This method receives a block that evaluates to true or false. The block is tested against each element in the array. If it evaluates to true, the element is deleted. ","Block: ","The block must be surrounded by curly brackets. In the block, we supply a name for our element variable.","Here: ","I use \"e.\" Another name like \"x\" could instead be used. The expression deletes all elements with values >= 40.","Ruby program that uses delete_if","\n\n","# An array of integers.\n","numbers = [10, 20, 30, ","40",", ","50","]","\n\n# Delete numbers greater than or equal to 40.\n","numbers.","delete_if"," {","|e|"," e >= 40}\nputs numbers\n\n","Output","\n\n10\n20\n30","Pop, empty."," The pop method deletes the final element in an array. It simplifies the syntax for this operation. Empty(), also shown, returns true if an array has zero elements. ","Here: ","We create an array of three elements. We then pop it three times, yielding an empty array.","Tip: ","The final array element is removed each time pop() is called. The actual array is modified\u2014no copy is created.","Ruby that pops an array","\n\n","# Create and display an array.\n","names = Array[\"Conrad\", \"James\", \"Joyce\"]\nputs names, \"\"","\n\n# Pop the last element.\n","names.","pop","()\nputs names, \"\"","\n\n# Pop again.\n","names.","pop","()\nputs names, \"\"","\n\n# Pop again and see if the array is empty.\n","names.","pop","()\nputs names.empty?\n\n","Output","\n\nConrad ","3 elements","\nJames\nJoyce\n\nConrad ","2 elements","\nJames\n\nConrad ","1 element","\n\ntrue ","0 elements","Each."," Any loop can iterate over an array. But some methods, called iterators, make looping over an array more elegant. They reduce complexity. They reduce possible errors. ","Syntax: ","We declare an iteration variable between two vertical bars. It is important to learn the syntax here.","Tip: ","Each() enumerates over each element in the array. Here we use the identifier \"number\" to access elements.","Ruby that uses each","\n\n","# Some Wagstaff primes.\n","primes = [3, 11, 43, 683, 2731]","\n\n# Loop over primes and display them.\n","primes.","each"," do ","|number|","\n puts number\nend\n\n","Output","\n\n3\n11\n43\n683\n2731","Each, short syntax."," Ruby is known for its expressive, glittering syntax. Here we use a short syntax form to write an iterator on one line. ","Tip: ","We omit the \"do\" keyword and use curly brackets. This style makes it harder to add more statements.","Ruby that uses each, short syntax form","\n\n","# Some even numbers.\n# ... Let's get even.\n","evens = [2, 4, 6, 8]","\n\n# Use short syntax form for the iterator block.\n","evens.each {","|ev|"," puts ev}\n\n","Output","\n\n2\n4\n6\n8","Each_index."," Sometimes we want to access all indexes in an array. This can be done with a loop, but the each_index iterator is also available. It yields all the indexes of the array. ","For Loop ","while-ruby","Here: ","We use each_index over a three-element array. It has indexes 0, 1 and 2. We print them.","Ruby that uses each_index","\n\n","# Array has indexes 0, 1 and 2.\n","values = [\"cat\", \"dog\", \"sheep\"]","\n\n# Loop over all indexes in the array.\n","values.","each_index"," do ","|index|","\n puts index\nend\n\n","Output","\n\n0\n1\n2","Index."," This searches an array for the specified element. It starts its search at the beginning and proceeds to the following elements. If it finds the element, it returns its index value. ","Important: ","If index() does not find the specified element, it returns nil. This is a special object.","Nil ","nil-ruby","Ruby that uses index","\n\nitems = [\"Boots\", \"Cloak\", \"Dagger\"]","\n\n# Get index of this element.\n","result = items.","index","(\"Cloak\")\nputs result","\n\n# Call index again.\n","result = items.","index","(\"Dagger\")\nputs result","\n\n# Call index with nonexistent element.\n","result = items.","index","(\"Helmet\")\nif result == nil\n puts \"","Not found","\"\nend\n\n","Output","\n\n1\n2\n","Not found","For-loop."," In the range of the for-loop, we can specify an array's lowest and highest indexes. To loop over the entire array, we specify the highest valid index as the maximum of the range. ","So: ","We start at zero. We progress to the inclusive maximum of the array's length minus one. We then access each element.","Advantages: ","With a for-loop, we can use the index in the loop iteration for other operations. We can access adjacent elements in the array.","Usually: ","The simplest syntax possible for an operation is best. This leads to simpler (and thus higher-quality) programs.","Ruby that uses for-loop, array","\n\n","# An array with four strings.\n","values = [\"cat\", \"dog\", \"rabbit\", \"giraffe\"]","\n\n# Loop over all indexes in the array.\n","for"," i in ","0..values.length-1","\n # Access the element.\n ","puts values[i]\nend\n\n","Output","\n\ncat\ndog\nrabbit\ngiraffe","Uniq."," This removes all duplicate elements. We also can use the \"uniq!\" method to modify the array in-place. In this example, we call uniq to eliminate two duplicate element (a 1 and 4). ","Remove Duplicates ","duplicates-ruby","Ruby that uses uniq","\n\n","# Contains some duplicate elements.\n","values = [1, ","1",", 2, 3, 4, ","4","]","\n\n# Remove non-unique elements in-place.\n","values.","uniq!","\nputs values\n\n","Output","\n\n1\n2\n3\n4","Collect."," This applies (maps) each element in an array to a new value based on a function. For example we can multiply each element by two. With \"collect!\" the array is modified in-place. ","Map: ","In other languages like Python, the map() built-in has similar functionality as collect.","Block: ","The syntax for collect requires a block. In this code we use the identifier \"e,\" but other identifiers work just as well.","Ruby that uses collect","\n\n","# Contains three elements.\n","elements = [1, 0, 100]","\n\n# Use collect to multiply all elements by 2.\n","result = elements.","collect","{|e| ","e * 2","}","\n\n# Display the result array.\n","p result\n\n","Output","\n\n[2, 0, 200]","Ranges."," With range syntax we can change parts of arrays in single operations. So we can replace a range of elements with a series of new elements. We can insert ranges this way. ","Tip: ","Single elements too can be assigned. And often assigning one element at the time is easiest.","Ruby that assigns range of elements","\n\nelements = [","10",", 20, 30, 40, ","50","]","\n\n# Assign range of elements at indexes 1, 2, and 3 to a new array.\n","elements[","1..3","] = [100, 200]\nputs elements\n\n","Output","\n\n","10","\n100\n200\n","50","Include."," The \"contains\" method on arrays is called \"include?\" in Ruby. This method returns true or false (it is a predicate method). ","Include ","include-ruby","Sort, reverse."," Arrays have sort() and reverse() methods. With sort, we can specify a block to sort elements by a method. In this way we implement ascending and descending sort orders. ","Sort, reverse ","sort-ruby","Copy."," How can we copy an array? The slice syntax is helpful here. We take a total-array slice. And this returns (with little hassle) a copied array. ","Copy Array ","copy-array-ruby","Two-dimensional."," We can create arrays of arrays\u20142D arrays. These are jagged arrays. Each subarray can have a different length. We can use 2D array indexing syntax here. ","2D Array ","2d-ruby","Flatten: ","The flatten method converts a multidimensional array into one dimension. It copies all nested arrays.","Arrays are powerful."," They are resizable. They can be searched and tested. As a result, they are used in many programs. They often form of the basis of other classes and collections.","With array methods,"," we avoid repetitive code. This leads to clearer syntax forms and better programs. With arrays in Ruby, we build on solid foundations. ","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","3679700504","data-ad-format","link","ins","class","adsbygoogle","data-ad-client","ca-pub-4712093147740724","data-ad-slot","6227126509","data-ad-format","auto"]

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Y+VRTle004fLXrd4o8WsqzLlAy/HUpJKUxbmAZYKsBK3GVw5iBOwUbHb4fCPxxcCtNQrFlY2p6wZrNcVTrLLfDhfUZ+lgCWQb06CUuYhO5yrOTyrMpnlcCyJQNKx3AOg5JROQeTNVgtzYLaDiGWLnq7uxRL0vWdzxIXzyJVd8PEutOusXvoXYdz7++dhtkd/KWzvjZjvvZI270ry4Pt7dcsGemsd9bxbtr9UZZuRb+?l/FsxonXrcs3R4sx/+zFp6El8+SS7Pkf5hF7+AzL8fI2k5Ygs2iz1uZN09Y4LeTAi8CBT7MCp+O8251cTnebifLsWAvx3TyHUxs7s4D9O5Obwl112yehBD7YSu1L9J28MFkO0bydromDFbOQz+tSmdJhirDJZpIlc9SQxiDleOC2sGeRBAVZjmuS7v8eTc9iXz+cn90c: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;cS+FQDbUd72RpIatCiZOVSZLdWcQ5wRtIK0UGxPm9deGSmv7xL173eHNigAVnCiN71aY4oNjtUiC1n;ivtOczYqi4si/Wb9ZnzKYFU+FLWYWCuc8gJhLRoqZFXQ7PgMenjKY4lkhK54KRfGsQLxn6yhQYq6EW8iscsbL2rNNavoDiFriVCaWdbU)ASUVORK5CYII=%iVBORw0KG;)NSUhEUg?AL4?AB2CAM?ABBEdl2)MFBMVEX::/9/f46Ojz8vLr6ur9/f35+Pjo5eUEBARpaWnFxcXToqLry8vjs7PKcnLV@AjnvbX?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@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@VRJh33Fw/j6+tJnmYwquH2j/p+wWT5KP6Va2hzHSevaH/PfYs1gSY4cBKIlaWwdgMf:+3GTIdxd1kUJffObl7xgaCL50w0xn3pcUBvr1Lk2Q/9iG0IN5vMMFedtIIrjt8V82jQTjLsa5+DSL/cWfjp4Ms91UnrKaZAuymYHxM/FwT9fTD5Ge4s1i5uEBuKpFWp4+2eFPmYhp0Lzoyk9RlV4vw3nszZd0mR2+3bzynouQCRtCKqhEuKS8Y3SbF2T4Yew9E/NzeS1lNUeXnzPb5NMc5SzjwGLH6UhzNaRpWPSD+7Ssh3ktPbPUE7Fptr6MPDZ1Hl+CsNFprHWbfB02G5Kc6MpFVElTd3Etpx0twBzzEW4IG44xVR5c2d7PAGeAwbU1;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@tYfM9XWsh8L2csqhuXZwJllaoAVVyeu4/Ukq2qPmYK31AfbXlYx9A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@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)ASUVORK5CYII=%iVBORw0KG;)NSUhEUg?AMk?ABcCAM?ADzs2HH)YFBMVEX:/9eMEpFFzF0RmAoBBiDVW+cboiyhJ7HmbP/4vL3yeP/3fDpu9XZq8XmuNLesMrtv9nhs83+0+vbrcfjtc/xw93WqMLSpL7:v7:f7/7vf/+vz/9vv/8/n/+Pz/5/Rvi2eH?AOGUlEQVR4XpxTUZLFIAjjGAFB73/LHSrI4sebafNRBYomRukTWEXEJhWGiOTUi6LjVNZaoq1/rLUisxKZUP/fnm6fVfkUl6JvRR9QtPsS8DCZtKoFEaECySGOiyqkoltJFddoWxnoG1gSxxXzqAmJ7XQljA60LBiXkiLPt5IWYy8jgY9STKSvwDuT5jjCBqwC190qJVp17aF1JYLdNwhSDpX/r5FkB9hiBaQNx5IRlPgZhGkc6nXudfmo4AWL7u4h70HjRgrl2rCvpmC4AuAZDUiLSslMukxD/bsJa/EqJdJe0HRykVb893CmoGqyfC9xeG8?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:zO3wSuQwNbTsqlUAIY+EKsiQeHq/+oAGgO7Pv3LoTJREmUK8JzeKcV1DM+EpBvsYo7xyyZDmw9V/aV0vDlFYs25uSiChtYlRKhKH9IhAEciiEJAl5hALI3YyjsfxcsknlVhTwA3S2JP7STUys9YTKXhnqUrE8UTtQ2ZYgVYlrGtNggeJWwCVz2cedcc5KFmWJQhIpSfMjOE9kgSoUQ6uk6LUfydtJtkNrDGV8fJ/SlmCPUnXh+0eDi5EZ4qU8uFV7IkqtUwPOy5LnHUFCS1zyftLqb1ut8krcRyOEDoAhhQZkEvscv93uWf0DzqZtO/+r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