Class: Code::Object::Integer

Inherits:
Number show all
Defined in:
lib/code/object/integer.rb

Constant Summary collapse

CLASS_DOCUMENTATION = 
{
  name: "Integer",
  description:
    "represents whole numbers with arithmetic, bitwise operations, iteration, duration helpers, and numeric predicates.",
  examples: ["Integer.new(1)", "12.digits", "3.times((i) => { i })"]
}.freeze
INSTANCE_FUNCTIONS = 
{
  "%" => {
    name: "%",
    description: "returns the integer modulo another number.",
    examples: ["5 % 2", "4 % 2", "7 % 3"]
  },
  "modulo" => {
    name: "modulo",
    description: "returns the integer modulo another number.",
    examples: %w[5.modulo(2) 4.modulo(2) 7.modulo(3)]
  },
  "&" => {
    name: "&",
    description:
      "returns the bitwise and of the integer and another number.",
    examples: ["5 & 3", "4 & 1", "7 & 2"]
  },
  "bitwise_and" => {
    name: "bitwise_and",
    description:
      "returns the bitwise and of the integer and another number.",
    examples: %w[5.bitwise_and(3) 4.bitwise_and(1) 7.bitwise_and(2)]
  },
  "*" => {
    name: "*",
    description: "multiplies numbers or repeats text by the integer.",
    examples: ["2 * 3", "2 * 3.5", "3 * :ha"]
  },
  "multiplication" => {
    name: "multiplication",
    description: "multiplies numbers or repeats text by the integer.",
    examples: %w[
      2.multiplication(3)
      2.multiplication(3.5)
      3.multiplication(:ha)
    ]
  },
  "×" => {
    name: "×",
    description: "multiplies numbers or repeats text by the integer.",
    examples: ["2 × 3", "2 × 3.5", "3 × :ha"]
  },
  "**" => {
    name: "**",
    description: "returns the integer raised to a power.",
    examples: ["2 ** 3", "4 ** 2", "9 ** 0.5"]
  },
  "power" => {
    name: "power",
    description: "returns the integer raised to a power.",
    examples: %w[2.power(3) 4.power(2) 9.power(0.5)]
  },
  "power_modulo" => {
    name: "power_modulo",
    description: "returns modular exponentiation.",
    examples: [
      "2.power_modulo(3, 5)",
      "3.power_modulo(2, 7)",
      "10.power_modulo(2, 6)"
    ]
  },
  "+" => {
    name: "+",
    description:
      "returns the integer itself when unary, adds numbers, or joins other values as text.",
    examples: ["1 + 2", "1 + 2.5", "+1"]
  },
  "plus" => {
    name: "plus",
    description: "adds numbers or joins non-numeric values as text.",
    examples: %w[1.plus(2) 1.plus(2.5) 1.plus(:x)]
  },
  "-" => {
    name: "-",
    description:
      "returns the integer negated when unary or minus another number.",
    examples: ["5 - 1", "5 - 2.5", "-5"]
  },
  "minus" => {
    name: "minus",
    description: "returns the integer minus another number.",
    examples: %w[5.minus(1) 5.minus(2.5) 1.minus(3)]
  },
  "unary_minus" => {
    name: "unary_minus",
    description: "returns the negated integer.",
    examples: %w[5.unary_minus 0.unary_minus -5.unary_minus]
  },
  "/" => {
    name: "/",
    description:
      "returns the integer divided by another number as a decimal.",
    examples: ["5 / 2", "4 / 2", "7 / 3"]
  },
  "division" => {
    name: "division",
    description:
      "returns the integer divided by another number as a decimal.",
    examples: %w[5.division(2) 4.division(2) 7.division(3)]
  },
  "÷" => {
    name: "÷",
    description:
      "returns the integer divided by another number as a decimal.",
    examples: ["5 ÷ 2", "4 ÷ 2", "7 ÷ 3"]
  },
  "decimal_divide" => {
    name: "decimal_divide",
    description:
      "returns the integer divided by another number as a decimal.",
    examples: %w[
      5.decimal_divide(2)
      4.decimal_divide(2)
      7.decimal_divide(3)
    ]
  },
  "digits" => {
    name: "digits",
    description:
      "returns the integer digits in reverse order, optionally for a base.",
    examples: %w[123.digits 123.digits(10) 10.digits(2)]
  },
  "bit_length" => {
    name: "bit_length",
    description:
      "returns the number of bits needed to represent the integer.",
    examples: %w[5.bit_length 0.bit_length 255.bit_length]
  },
  "all_bits?" => {
    name: "all_bits?",
    description: "returns whether every bit in a mask is set.",
    examples: %w[7.all_bits?(3) 4.all_bits?(3) 0.all_bits?(1)]
  },
  "any_bits?" => {
    name: "any_bits?",
    description: "returns whether any bit in a mask is set.",
    examples: %w[5.any_bits?(1) 4.any_bits?(1) 0.any_bits?(1)]
  },
  "no_bits?" => {
    name: "no_bits?",
    description: "returns whether no bits in a mask are set.",
    examples: %w[4.no_bits?(1) 5.no_bits?(1) 0.no_bits?(1)]
  },
  "character" => {
    name: "character",
    description: "returns the character for the integer codepoint.",
    examples: %w[65.character 97.character 48.character]
  },
  "greatest_common_denominator" => {
    name: "greatest_common_denominator",
    description:
      "returns the greatest common divisor with another integer.",
    examples: %w[
      12.greatest_common_denominator(8)
      21.greatest_common_denominator(14)
      5.greatest_common_denominator(2)
    ]
  },
  "lowest_common_multiple" => {
    name: "lowest_common_multiple",
    description:
      "returns the least common multiple with another integer.",
    examples: %w[
      4.lowest_common_multiple(6)
      3.lowest_common_multiple(7)
      5.lowest_common_multiple(10)
    ]
  },
  "<<" => {
    name: "<<",
    description: "returns the integer shifted left by a bit count.",
    examples: ["5 << 1", "4 << 2", "1 << 3"]
  },
  "left_shift" => {
    name: "left_shift",
    description: "returns the integer shifted left by a bit count.",
    examples: %w[5.left_shift(1) 4.left_shift(2) 1.left_shift(3)]
  },
  ">>" => {
    name: ">>",
    description: "returns the integer shifted right by a bit count.",
    examples: ["5 >> 1", "4 >> 1", "8 >> 2"]
  },
  "right_shift" => {
    name: "right_shift",
    description: "returns the integer shifted right by a bit count.",
    examples: %w[5.right_shift(1) 4.right_shift(1) 8.right_shift(2)]
  },
  "^" => {
    name: "^",
    description:
      "returns the bitwise xor of the integer and another number.",
    examples: ["5 ^ 3", "4 ^ 1", "7 ^ 2"]
  },
  "bitwise_xor" => {
    name: "bitwise_xor",
    description:
      "returns the bitwise xor of the integer and another number.",
    examples: %w[5.bitwise_xor(3) 4.bitwise_xor(1) 7.bitwise_xor(2)]
  },
  "abs" => {
    name: "abs",
    description: "returns the absolute value of the integer.",
    examples: %w[-1.abs 1.abs 0.abs]
  },
  "between?" => {
    name: "between?",
    description: "returns whether the integer is between two bounds.",
    examples: ["2.between?(1, 3)", "4.between?(1, 3)", "1.between?(1, 3)"]
  },
  "clamp" => {
    name: "clamp",
    description: "returns the integer constrained between two bounds.",
    examples: ["5.clamp(1, 3)", "0.clamp(1, 3)", "2.clamp(1, 3)"]
  },
  "divide" => {
    name: "divide",
    description:
      "returns integer division of the integer by another number.",
    examples: %w[5.divide(2) 10.divide(3) 9.divide(2)]
  },
  "divide_modulo" => {
    name: "divide_modulo",
    description: "returns integer division and modulo results as a list.",
    examples: %w[
      5.divide_modulo(2)
      10.divide_modulo(3)
      9.divide_modulo(2)
    ]
  },
  "ceil" => {
    name: "ceil",
    description:
      "returns the integer rounded toward positive infinity at an optional precision.",
    examples: %w[12.ceil 123.ceil(-1) -123.ceil(-1)]
  },
  "ceil_divide" => {
    name: "ceil_divide",
    description:
      "returns division by another number rounded up to an integer.",
    examples: %w[5.ceil_divide(2) 4.ceil_divide(2) 7.ceil_divide(3)]
  },
  "day" => {
    name: "day",
    description: "returns a duration of this many days.",
    examples: %w[1.day 2.day 0.day]
  },
  "days" => {
    name: "days",
    description: "returns a duration of this many days.",
    examples: %w[1.days 2.days 0.days]
  },
  "decrement!" => {
    name: "decrement!",
    description:
      "subtracts a value from the integer in place and returns it.",
    examples: [
      "i = 2 i.decrement!",
      "i = 2 i.decrement!(2)",
      "i = 0 i.decrement!"
    ]
  },
  "decrement" => {
    name: "decrement",
    description: "returns the integer minus a value, defaulting to one.",
    examples: %w[2.decrement 2.decrement(2) 0.decrement]
  },
  "even?" => {
    name: "even?",
    description: "returns whether the integer is even.",
    examples: %w[2.even? 1.even? 0.even?]
  },
  "floor" => {
    name: "floor",
    description:
      "returns the integer rounded toward negative infinity at an optional precision.",
    examples: %w[12.floor 123.floor(-1) -123.floor(-1)]
  },
  "hour" => {
    name: "hour",
    description: "returns a duration of this many hours.",
    examples: %w[1.hour 2.hour 0.hour]
  },
  "hours" => {
    name: "hours",
    description: "returns a duration of this many hours.",
    examples: %w[1.hours 2.hours 0.hours]
  },
  "increment!" => {
    name: "increment!",
    description: "adds a value to the integer in place and returns it.",
    examples: [
      "i = 1 i.increment!",
      "i = 1 i.increment!(2)",
      "i = 0 i.increment!"
    ]
  },
  "increment" => {
    name: "increment",
    description: "returns the integer plus a value, defaulting to one.",
    examples: %w[1.increment 1.increment(2) 0.increment]
  },
  "odd?" => {
    name: "odd?",
    description: "returns whether the integer is odd.",
    examples: %w[1.odd? 2.odd? 0.odd?]
  },
  "minute" => {
    name: "minute",
    description: "returns a duration of this many minutes.",
    examples: %w[1.minute 2.minute 0.minute]
  },
  "minutes" => {
    name: "minutes",
    description: "returns a duration of this many minutes.",
    examples: %w[1.minutes 2.minutes 0.minutes]
  },
  "month" => {
    name: "month",
    description: "returns a duration of this many months.",
    examples: %w[1.month 2.month 0.month]
  },
  "months" => {
    name: "months",
    description: "returns a duration of this many months.",
    examples: %w[1.months 2.months 0.months]
  },
  "round" => {
    name: "round",
    description: "returns the integer rounded to a precision.",
    examples: %w[12.round 123.round(-1) -123.round(-1)]
  },
  "second" => {
    name: "second",
    description: "returns a duration of this many seconds.",
    examples: %w[1.second 2.second 0.second]
  },
  "seconds" => {
    name: "seconds",
    description: "returns a duration of this many seconds.",
    examples: %w[1.seconds 2.seconds 0.seconds]
  },
  "sqrt" => {
    name: "sqrt",
    description: "returns the square root of the integer.",
    examples: %w[4.sqrt 9.sqrt 2.sqrt]
  },
  "times" => {
    name: "times",
    description:
      "calls a function once for each number from zero up to the integer and returns the integer.",
    examples: [
      "3.times((i) => { i })",
      "0.times((i) => { i })",
      "2.times((i, count) => { count })"
    ]
  },
  "down_to" => {
    name: "down_to",
    description:
      "calls a function for each integer from this value down to a target and returns the integer.",
    examples: [
      "3.down_to(1, (i) => { i })",
      "3.down_to(1, (i, index) => { index })",
      "1.down_to(1, (i) => { i })"
    ]
  },
  "up_to" => {
    name: "up_to",
    description:
      "calls a function for each integer from this value up to a target and returns the integer.",
    examples: [
      "1.up_to(3, (i) => { i })",
      "1.up_to(3, (i, index) => { index })",
      "1.up_to(1, (i) => { i })"
    ]
  },
  "truncate" => {
    name: "truncate",
    description: "returns the integer truncated to a precision.",
    examples: %w[12.truncate 123.truncate(-1) -123.truncate(-1)]
  },
  "week" => {
    name: "week",
    description: "returns a duration of this many weeks.",
    examples: %w[1.week 2.week 0.week]
  },
  "weeks" => {
    name: "weeks",
    description: "returns a duration of this many weeks.",
    examples: %w[1.weeks 2.weeks 0.weeks]
  },
  "year" => {
    name: "year",
    description: "returns a duration of this many years.",
    examples: %w[1.year 2.year 0.year]
  },
  "years" => {
    name: "years",
    description: "returns a duration of this many years.",
    examples: %w[1.years 2.years 0.years]
  },
  "|" => {
    name: "|",
    description:
      "returns the bitwise or of the integer and another number.",
    examples: ["5 | 2", "4 | 1", "7 | 2"]
  },
  "bitwise_or" => {
    name: "bitwise_or",
    description:
      "returns the bitwise or of the integer and another number.",
    examples: %w[5.bitwise_or(2) 4.bitwise_or(1) 7.bitwise_or(2)]
  },
  "many?" => {
    name: "many?",
    description: "returns whether the integer is greater than one.",
    examples: %w[2.many? 1.many? 0.many?]
  },
  "any?" => {
    name: "any?",
    description: "returns whether the integer is greater than zero.",
    examples: %w[1.any? 0.any? -1.any?]
  },
  "positive?" => {
    name: "positive?",
    description: "returns whether the integer is positive.",
    examples: %w[1.positive? 0.positive? -1.positive?]
  },
  "negative?" => {
    name: "negative?",
    description: "returns whether the integer is negative.",
    examples: %w[-1.negative? 0.negative? 1.negative?]
  },
  "next" => {
    name: "next",
    description: "returns the integer plus one.",
    examples: %w[1.next 0.next -1.next]
  },
  "successor" => {
    name: "successor",
    description: "returns the integer plus one.",
    examples: %w[1.successor 0.successor -1.successor]
  },
  "previous" => {
    name: "previous",
    description: "returns the integer minus one.",
    examples: %w[1.previous 0.previous -1.previous]
  },
  "predecessor" => {
    name: "predecessor",
    description: "returns the integer minus one.",
    examples: %w[1.predecessor 0.predecessor -1.predecessor]
  },
  "remainder" => {
    name: "remainder",
    description:
      "returns the remainder after division by another number.",
    examples: %w[5.remainder(2) 10.remainder(3) 9.remainder(2)]
  },
  "non_zero?" => {
    name: "non_zero?",
    description: "returns whether the integer is not zero.",
    examples: %w[1.non_zero? 0.non_zero? -1.non_zero?]
  },
  "integer?" => {
    name: "integer?",
    description: "returns whether the value is an integer.",
    examples: %w[1.integer? 0.integer? -1.integer?]
  },
  "finite?" => {
    name: "finite?",
    description: "returns whether the integer is finite.",
    examples: %w[1.finite? 0.finite? -1.finite?]
  },
  "infinite?" => {
    name: "infinite?",
    description: "returns whether the integer is infinite.",
    examples: %w[1.infinite? 0.infinite? -1.infinite?]
  },
  "numerator" => {
    name: "numerator",
    description: "returns the integer numerator.",
    examples: %w[1.numerator 0.numerator -1.numerator]
  },
  "denominator" => {
    name: "denominator",
    description: "returns one as the integer denominator.",
    examples: %w[1.denominator 0.denominator -1.denominator]
  },
  "magnitude" => {
    name: "magnitude",
    description: "returns the absolute value of the integer.",
    examples: %w[-1.magnitude 1.magnitude 0.magnitude]
  },
  "zero?" => {
    name: "zero?",
    description: "returns whether the integer is zero.",
    examples: %w[0.zero? 1.zero? -1.zero?]
  },
  "one?" => {
    name: "one?",
    description: "returns whether the integer is one.",
    examples: %w[1.one? 2.one? 0.one?]
  },
  "two?" => {
    name: "two?",
    description: "returns whether the integer is two.",
    examples: %w[2.two? 3.two? 0.two?]
  },
  "three?" => {
    name: "three?",
    description: "returns whether the integer is three.",
    examples: %w[3.three? 4.three? 0.three?]
  },
  "four?" => {
    name: "four?",
    description: "returns whether the integer is four.",
    examples: %w[4.four? 5.four? 0.four?]
  },
  "five?" => {
    name: "five?",
    description: "returns whether the integer is five.",
    examples: %w[5.five? 6.five? 0.five?]
  },
  "six?" => {
    name: "six?",
    description: "returns whether the integer is six.",
    examples: %w[6.six? 7.six? 0.six?]
  },
  "seven?" => {
    name: "seven?",
    description: "returns whether the integer is seven.",
    examples: %w[7.seven? 8.seven? 0.seven?]
  },
  "eight?" => {
    name: "eight?",
    description: "returns whether the integer is eight.",
    examples: %w[8.eight? 9.eight? 0.eight?]
  },
  "nine?" => {
    name: "nine?",
    description: "returns whether the integer is nine.",
    examples: %w[9.nine? 10.nine? 0.nine?]
  },
  "ten?" => {
    name: "ten?",
    description: "returns whether the integer is ten.",
    examples: %w[10.ten? 11.ten? 0.ten?]
  },
  "eleven?" => {
    name: "eleven?",
    description: "returns whether the integer is eleven.",
    examples: %w[11.eleven? 12.eleven? 0.eleven?]
  },
  "twelve?" => {
    name: "twelve?",
    description: "returns whether the integer is twelve.",
    examples: %w[12.twelve? 13.twelve? 0.twelve?]
  },
  "thirteen?" => {
    name: "thirteen?",
    description: "returns whether the integer is thirteen.",
    examples: %w[13.thirteen? 14.thirteen? 0.thirteen?]
  },
  "fourteen?" => {
    name: "fourteen?",
    description: "returns whether the integer is fourteen.",
    examples: %w[14.fourteen? 15.fourteen? 0.fourteen?]
  },
  "fifteen?" => {
    name: "fifteen?",
    description: "returns whether the integer is fifteen.",
    examples: %w[15.fifteen? 16.fifteen? 0.fifteen?]
  },
  "sixteen?" => {
    name: "sixteen?",
    description: "returns whether the integer is sixteen.",
    examples: %w[16.sixteen? 17.sixteen? 0.sixteen?]
  },
  "seventeen?" => {
    name: "seventeen?",
    description: "returns whether the integer is seventeen.",
    examples: %w[17.seventeen? 18.seventeen? 0.seventeen?]
  },
  "eighteen?" => {
    name: "eighteen?",
    description: "returns whether the integer is eighteen.",
    examples: %w[18.eighteen? 19.eighteen? 0.eighteen?]
  },
  "nineteen?" => {
    name: "nineteen?",
    description: "returns whether the integer is nineteen.",
    examples: %w[19.nineteen? 20.nineteen? 0.nineteen?]
  },
  "twenty?" => {
    name: "twenty?",
    description: "returns whether the integer is twenty.",
    examples: %w[20.twenty? 21.twenty? 0.twenty?]
  },
  "twenty_one?" => {
    name: "twenty_one?",
    description: "returns whether the integer is twenty one.",
    examples: %w[21.twenty_one? 22.twenty_one? 0.twenty_one?]
  },
  "twenty_two?" => {
    name: "twenty_two?",
    description: "returns whether the integer is twenty two.",
    examples: %w[22.twenty_two? 23.twenty_two? 0.twenty_two?]
  },
  "twenty_three?" => {
    name: "twenty_three?",
    description: "returns whether the integer is twenty three.",
    examples: %w[23.twenty_three? 24.twenty_three? 0.twenty_three?]
  },
  "twenty_four?" => {
    name: "twenty_four?",
    description: "returns whether the integer is twenty four.",
    examples: %w[24.twenty_four? 25.twenty_four? 0.twenty_four?]
  },
  "twenty_five?" => {
    name: "twenty_five?",
    description: "returns whether the integer is twenty five.",
    examples: %w[25.twenty_five? 26.twenty_five? 0.twenty_five?]
  },
  "twenty_six?" => {
    name: "twenty_six?",
    description: "returns whether the integer is twenty six.",
    examples: %w[26.twenty_six? 27.twenty_six? 0.twenty_six?]
  },
  "twenty_seven?" => {
    name: "twenty_seven?",
    description: "returns whether the integer is twenty seven.",
    examples: %w[27.twenty_seven? 28.twenty_seven? 0.twenty_seven?]
  },
  "twenty_eight?" => {
    name: "twenty_eight?",
    description: "returns whether the integer is twenty eight.",
    examples: %w[28.twenty_eight? 29.twenty_eight? 0.twenty_eight?]
  },
  "twenty_nine?" => {
    name: "twenty_nine?",
    description: "returns whether the integer is twenty nine.",
    examples: %w[29.twenty_nine? 30.twenty_nine? 0.twenty_nine?]
  },
  "thirty?" => {
    name: "thirty?",
    description: "returns whether the integer is thirty.",
    examples: %w[30.thirty? 31.thirty? 0.thirty?]
  },
  "thirty_one?" => {
    name: "thirty_one?",
    description: "returns whether the integer is thirty one.",
    examples: %w[31.thirty_one? 32.thirty_one? 0.thirty_one?]
  },
  "thirty_two?" => {
    name: "thirty_two?",
    description: "returns whether the integer is thirty two.",
    examples: %w[32.thirty_two? 33.thirty_two? 0.thirty_two?]
  },
  "thirty_three?" => {
    name: "thirty_three?",
    description: "returns whether the integer is thirty three.",
    examples: %w[33.thirty_three? 34.thirty_three? 0.thirty_three?]
  },
  "thirty_four?" => {
    name: "thirty_four?",
    description: "returns whether the integer is thirty four.",
    examples: %w[34.thirty_four? 35.thirty_four? 0.thirty_four?]
  },
  "thirty_five?" => {
    name: "thirty_five?",
    description: "returns whether the integer is thirty five.",
    examples: %w[35.thirty_five? 36.thirty_five? 0.thirty_five?]
  },
  "thirty_six?" => {
    name: "thirty_six?",
    description: "returns whether the integer is thirty six.",
    examples: %w[36.thirty_six? 37.thirty_six? 0.thirty_six?]
  },
  "thirty_seven?" => {
    name: "thirty_seven?",
    description: "returns whether the integer is thirty seven.",
    examples: %w[37.thirty_seven? 38.thirty_seven? 0.thirty_seven?]
  },
  "thirty_eight?" => {
    name: "thirty_eight?",
    description: "returns whether the integer is thirty eight.",
    examples: %w[38.thirty_eight? 39.thirty_eight? 0.thirty_eight?]
  },
  "thirty_nine?" => {
    name: "thirty_nine?",
    description: "returns whether the integer is thirty nine.",
    examples: %w[39.thirty_nine? 40.thirty_nine? 0.thirty_nine?]
  },
  "forty?" => {
    name: "forty?",
    description: "returns whether the integer is forty.",
    examples: %w[40.forty? 41.forty? 0.forty?]
  },
  "forty_one?" => {
    name: "forty_one?",
    description: "returns whether the integer is forty one.",
    examples: %w[41.forty_one? 42.forty_one? 0.forty_one?]
  },
  "forty_two?" => {
    name: "forty_two?",
    description: "returns whether the integer is forty two.",
    examples: %w[42.forty_two? 43.forty_two? 0.forty_two?]
  },
  "forty_three?" => {
    name: "forty_three?",
    description: "returns whether the integer is forty three.",
    examples: %w[43.forty_three? 44.forty_three? 0.forty_three?]
  },
  "forty_four?" => {
    name: "forty_four?",
    description: "returns whether the integer is forty four.",
    examples: %w[44.forty_four? 45.forty_four? 0.forty_four?]
  },
  "forty_five?" => {
    name: "forty_five?",
    description: "returns whether the integer is forty five.",
    examples: %w[45.forty_five? 46.forty_five? 0.forty_five?]
  },
  "forty_six?" => {
    name: "forty_six?",
    description: "returns whether the integer is forty six.",
    examples: %w[46.forty_six? 47.forty_six? 0.forty_six?]
  },
  "forty_seven?" => {
    name: "forty_seven?",
    description: "returns whether the integer is forty seven.",
    examples: %w[47.forty_seven? 48.forty_seven? 0.forty_seven?]
  },
  "forty_eight?" => {
    name: "forty_eight?",
    description: "returns whether the integer is forty eight.",
    examples: %w[48.forty_eight? 49.forty_eight? 0.forty_eight?]
  },
  "forty_nine?" => {
    name: "forty_nine?",
    description: "returns whether the integer is forty nine.",
    examples: %w[49.forty_nine? 50.forty_nine? 0.forty_nine?]
  },
  "fifty?" => {
    name: "fifty?",
    description: "returns whether the integer is fifty.",
    examples: %w[50.fifty? 51.fifty? 0.fifty?]
  },
  "fifty_one?" => {
    name: "fifty_one?",
    description: "returns whether the integer is fifty one.",
    examples: %w[51.fifty_one? 52.fifty_one? 0.fifty_one?]
  },
  "fifty_two?" => {
    name: "fifty_two?",
    description: "returns whether the integer is fifty two.",
    examples: %w[52.fifty_two? 53.fifty_two? 0.fifty_two?]
  },
  "fifty_three?" => {
    name: "fifty_three?",
    description: "returns whether the integer is fifty three.",
    examples: %w[53.fifty_three? 54.fifty_three? 0.fifty_three?]
  },
  "fifty_four?" => {
    name: "fifty_four?",
    description: "returns whether the integer is fifty four.",
    examples: %w[54.fifty_four? 55.fifty_four? 0.fifty_four?]
  },
  "fifty_five?" => {
    name: "fifty_five?",
    description: "returns whether the integer is fifty five.",
    examples: %w[55.fifty_five? 56.fifty_five? 0.fifty_five?]
  },
  "fifty_six?" => {
    name: "fifty_six?",
    description: "returns whether the integer is fifty six.",
    examples: %w[56.fifty_six? 57.fifty_six? 0.fifty_six?]
  },
  "fifty_seven?" => {
    name: "fifty_seven?",
    description: "returns whether the integer is fifty seven.",
    examples: %w[57.fifty_seven? 58.fifty_seven? 0.fifty_seven?]
  },
  "fifty_eight?" => {
    name: "fifty_eight?",
    description: "returns whether the integer is fifty eight.",
    examples: %w[58.fifty_eight? 59.fifty_eight? 0.fifty_eight?]
  },
  "fifty_nine?" => {
    name: "fifty_nine?",
    description: "returns whether the integer is fifty nine.",
    examples: %w[59.fifty_nine? 60.fifty_nine? 0.fifty_nine?]
  },
  "sixty?" => {
    name: "sixty?",
    description: "returns whether the integer is sixty.",
    examples: %w[60.sixty? 61.sixty? 0.sixty?]
  },
  "sixty_one?" => {
    name: "sixty_one?",
    description: "returns whether the integer is sixty one.",
    examples: %w[61.sixty_one? 62.sixty_one? 0.sixty_one?]
  },
  "sixty_two?" => {
    name: "sixty_two?",
    description: "returns whether the integer is sixty two.",
    examples: %w[62.sixty_two? 63.sixty_two? 0.sixty_two?]
  },
  "sixty_three?" => {
    name: "sixty_three?",
    description: "returns whether the integer is sixty three.",
    examples: %w[63.sixty_three? 64.sixty_three? 0.sixty_three?]
  },
  "sixty_four?" => {
    name: "sixty_four?",
    description: "returns whether the integer is sixty four.",
    examples: %w[64.sixty_four? 65.sixty_four? 0.sixty_four?]
  },
  "sixty_five?" => {
    name: "sixty_five?",
    description: "returns whether the integer is sixty five.",
    examples: %w[65.sixty_five? 66.sixty_five? 0.sixty_five?]
  },
  "sixty_six?" => {
    name: "sixty_six?",
    description: "returns whether the integer is sixty six.",
    examples: %w[66.sixty_six? 67.sixty_six? 0.sixty_six?]
  },
  "sixty_seven?" => {
    name: "sixty_seven?",
    description: "returns whether the integer is sixty seven.",
    examples: %w[67.sixty_seven? 68.sixty_seven? 0.sixty_seven?]
  },
  "sixty_eight?" => {
    name: "sixty_eight?",
    description: "returns whether the integer is sixty eight.",
    examples: %w[68.sixty_eight? 69.sixty_eight? 0.sixty_eight?]
  },
  "sixty_nine?" => {
    name: "sixty_nine?",
    description: "returns whether the integer is sixty nine.",
    examples: %w[69.sixty_nine? 70.sixty_nine? 0.sixty_nine?]
  },
  "seventy?" => {
    name: "seventy?",
    description: "returns whether the integer is seventy.",
    examples: %w[70.seventy? 71.seventy? 0.seventy?]
  },
  "seventy_one?" => {
    name: "seventy_one?",
    description: "returns whether the integer is seventy one.",
    examples: %w[71.seventy_one? 72.seventy_one? 0.seventy_one?]
  },
  "seventy_two?" => {
    name: "seventy_two?",
    description: "returns whether the integer is seventy two.",
    examples: %w[72.seventy_two? 73.seventy_two? 0.seventy_two?]
  },
  "seventy_three?" => {
    name: "seventy_three?",
    description: "returns whether the integer is seventy three.",
    examples: %w[73.seventy_three? 74.seventy_three? 0.seventy_three?]
  },
  "seventy_four?" => {
    name: "seventy_four?",
    description: "returns whether the integer is seventy four.",
    examples: %w[74.seventy_four? 75.seventy_four? 0.seventy_four?]
  },
  "seventy_five?" => {
    name: "seventy_five?",
    description: "returns whether the integer is seventy five.",
    examples: %w[75.seventy_five? 76.seventy_five? 0.seventy_five?]
  },
  "seventy_six?" => {
    name: "seventy_six?",
    description: "returns whether the integer is seventy six.",
    examples: %w[76.seventy_six? 77.seventy_six? 0.seventy_six?]
  },
  "seventy_seven?" => {
    name: "seventy_seven?",
    description: "returns whether the integer is seventy seven.",
    examples: %w[77.seventy_seven? 78.seventy_seven? 0.seventy_seven?]
  },
  "seventy_eight?" => {
    name: "seventy_eight?",
    description: "returns whether the integer is seventy eight.",
    examples: %w[78.seventy_eight? 79.seventy_eight? 0.seventy_eight?]
  },
  "seventy_nine?" => {
    name: "seventy_nine?",
    description: "returns whether the integer is seventy nine.",
    examples: %w[79.seventy_nine? 80.seventy_nine? 0.seventy_nine?]
  },
  "eighty?" => {
    name: "eighty?",
    description: "returns whether the integer is eighty.",
    examples: %w[80.eighty? 81.eighty? 0.eighty?]
  },
  "eighty_one?" => {
    name: "eighty_one?",
    description: "returns whether the integer is eighty one.",
    examples: %w[81.eighty_one? 82.eighty_one? 0.eighty_one?]
  },
  "eighty_two?" => {
    name: "eighty_two?",
    description: "returns whether the integer is eighty two.",
    examples: %w[82.eighty_two? 83.eighty_two? 0.eighty_two?]
  },
  "eighty_three?" => {
    name: "eighty_three?",
    description: "returns whether the integer is eighty three.",
    examples: %w[83.eighty_three? 84.eighty_three? 0.eighty_three?]
  },
  "eighty_four?" => {
    name: "eighty_four?",
    description: "returns whether the integer is eighty four.",
    examples: %w[84.eighty_four? 85.eighty_four? 0.eighty_four?]
  },
  "eighty_five?" => {
    name: "eighty_five?",
    description: "returns whether the integer is eighty five.",
    examples: %w[85.eighty_five? 86.eighty_five? 0.eighty_five?]
  },
  "eighty_six?" => {
    name: "eighty_six?",
    description: "returns whether the integer is eighty six.",
    examples: %w[86.eighty_six? 87.eighty_six? 0.eighty_six?]
  },
  "eighty_seven?" => {
    name: "eighty_seven?",
    description: "returns whether the integer is eighty seven.",
    examples: %w[87.eighty_seven? 88.eighty_seven? 0.eighty_seven?]
  },
  "eighty_eight?" => {
    name: "eighty_eight?",
    description: "returns whether the integer is eighty eight.",
    examples: %w[88.eighty_eight? 89.eighty_eight? 0.eighty_eight?]
  },
  "eighty_nine?" => {
    name: "eighty_nine?",
    description: "returns whether the integer is eighty nine.",
    examples: %w[89.eighty_nine? 90.eighty_nine? 0.eighty_nine?]
  },
  "ninety?" => {
    name: "ninety?",
    description: "returns whether the integer is ninety.",
    examples: %w[90.ninety? 91.ninety? 0.ninety?]
  },
  "ninety_one?" => {
    name: "ninety_one?",
    description: "returns whether the integer is ninety one.",
    examples: %w[91.ninety_one? 92.ninety_one? 0.ninety_one?]
  },
  "ninety_two?" => {
    name: "ninety_two?",
    description: "returns whether the integer is ninety two.",
    examples: %w[92.ninety_two? 93.ninety_two? 0.ninety_two?]
  },
  "ninety_three?" => {
    name: "ninety_three?",
    description: "returns whether the integer is ninety three.",
    examples: %w[93.ninety_three? 94.ninety_three? 0.ninety_three?]
  },
  "ninety_four?" => {
    name: "ninety_four?",
    description: "returns whether the integer is ninety four.",
    examples: %w[94.ninety_four? 95.ninety_four? 0.ninety_four?]
  },
  "ninety_five?" => {
    name: "ninety_five?",
    description: "returns whether the integer is ninety five.",
    examples: %w[95.ninety_five? 96.ninety_five? 0.ninety_five?]
  },
  "ninety_six?" => {
    name: "ninety_six?",
    description: "returns whether the integer is ninety six.",
    examples: %w[96.ninety_six? 97.ninety_six? 0.ninety_six?]
  },
  "ninety_seven?" => {
    name: "ninety_seven?",
    description: "returns whether the integer is ninety seven.",
    examples: %w[97.ninety_seven? 98.ninety_seven? 0.ninety_seven?]
  },
  "ninety_eight?" => {
    name: "ninety_eight?",
    description: "returns whether the integer is ninety eight.",
    examples: %w[98.ninety_eight? 99.ninety_eight? 0.ninety_eight?]
  },
  "ninety_nine?" => {
    name: "ninety_nine?",
    description: "returns whether the integer is ninety nine.",
    examples: %w[99.ninety_nine? 100.ninety_nine? 0.ninety_nine?]
  },
  "one_hundred?" => {
    name: "one_hundred?",
    description: "returns whether the integer is one hundred.",
    examples: %w[100.one_hundred? 101.one_hundred? 0.one_hundred?]
  }
}.freeze

Constants inherited from Code::Object

CLASS_FUNCTIONS, NUMBER_CLASSES

Constants included from Concerns::Shared

Concerns::Shared::COMPOUND_ASSIGNMENT_OPERATORS, Concerns::Shared::OPERATOR_METHOD_ALIASES, Concerns::Shared::SHARED_OPERATORS

Instance Attribute Summary

Attributes included from Concerns::Shared

#functions, #raw

Class Method Summary collapse

Instance Method Summary collapse

Methods inherited from Number

#code_between?, #code_clamp, #code_divide, #code_divide_modulo, #code_next, #code_predecessor, #code_previous, #code_remainder, #code_successor

Methods inherited from Code::Object

class_documentation, class_functions, code_new, #code_new, documentation, documentation_for, documented_functions_for, function_documentation_for, function_documentation_registry_for, functions, inherited_function_documentation_for, instance_functions, maybe, #name, repeat, sorted_dictionary, |

Methods included from Concerns::Shared

#<=>, #==, #as_json, #blank?, #code_and, #code_as_json, #code_blank?, #code_class_functions, #code_compare, #code_deep_duplicate, #code_different, #code_documentable_functions, #code_documentation, #code_duplicate, #code_dynamic_call, #code_equal, #code_exclamation_mark, #code_exclusive_range, #code_false?, #code_falsy?, code_fetch, #code_fetch, #code_functions, code_get, #code_get, #code_greater, #code_greater_or_equal, #code_has_key?, #code_inclusive_range, #code_inspect, #code_instance_functions, #code_instance_of?, #code_is_a?, #code_itself, #code_less, #code_less_or_equal, #code_name, #code_nothing?, #code_or, #code_presence, #code_presence_in, #code_present?, #code_respond_to?, #code_same_object?, #code_self, #code_send, code_set, #code_set, #code_something?, #code_strict_different, #code_strict_equal, #code_tap, #code_then, #code_to_boolean, #code_to_class, #code_to_date, #code_to_dictionary, #code_to_duration, #code_to_json, #code_to_list, #code_to_nothing, #code_to_parameter, #code_to_range, #code_to_string, #code_to_time, #code_true?, #code_truthy?, #eql?, #falsy?, #hash, #inspect, #multi_fetch, #nothing?, #present?, #sig, #something?, #succ, #to_code, #to_i, #to_json, #to_s, #truthy?

Constructor Details

#initialize(*args, **_kargs, &_block) ⇒ Integer

Returns a new instance of Integer.



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# File 'lib/code/object/integer.rb', line 1020

def initialize(*args, **_kargs, &_block)
  self.raw =
    if args.first.class.in?(NUMBER_CLASSES)
      if args.second.class.in?(NUMBER_CLASSES)
        (args.first.to_s.to_d * (10**args.second.to_s.to_d)).to_i
      else
        args.first.to_s.to_i
      end
    else
      0
    end
rescue FloatDomainError
  self.raw = 0
end

Class Method Details

.function_documentation(scope) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1014

def self.function_documentation(scope)
  return INSTANCE_FUNCTIONS if scope == :instance

  {}
end

Instance Method Details

#call(**args) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1035

def call(**args)
  code_operator = args.fetch(:operator, nil).to_code
  code_arguments = args.fetch(:arguments, []).to_code
  globals = multi_fetch(args, *GLOBALS)
  code_value = code_arguments.code_first

  case code_operator.to_s
  when "%", "modulo"
    sig(args) { Integer | Decimal }
    code_modulo(code_value)
  when "&", "bitwise_and"
    sig(args) { Integer | Decimal }
    code_bitwise_and(code_value)
  when "*", "multiplication", "×"
    sig(args) { Integer | Decimal | String }
    code_multiplication(code_value)
  when "**", "power"
    sig(args) { Integer | Decimal }
    code_power(code_value)
  when "power_modulo"
    sig(args) { [Integer, Integer] }
    code_power_modulo(*code_arguments.raw)
  when "+", "plus"
    sig(args) { Object.maybe }
    code_arguments.any? ? code_plus(code_value) : code_self
  when "-", "minus", "unary_minus"
    sig(args) { Integer | Decimal.maybe }
    code_arguments.any? ? code_minus(code_value) : code_unary_minus
  when "/", "division", "÷"
    sig(args) { Integer | Decimal }
    code_division(code_value)
  when "divide"
    sig(args) { Integer | Decimal }
    code_divide(code_value)
  when "divide_modulo"
    sig(args) { Integer | Decimal }
    code_divide_modulo(code_value)
  when "decimal_divide"
    sig(args) { Integer | Decimal }
    code_decimal_divide(code_value)
  when "digits"
    sig(args) { Integer.maybe }
    code_digits(code_value)
  when "bit_length"
    sig(args)
    code_bit_length
  when "all_bits?"
    sig(args) { Integer }
    code_all_bits?(code_value)
  when "any_bits?"
    sig(args) { Integer }
    code_any_bits?(code_value)
  when "no_bits?"
    sig(args) { Integer }
    code_no_bits?(code_value)
  when "character"
    sig(args)
    code_character
  when "greatest_common_denominator"
    sig(args) { Integer }
    code_greatest_common_denominator(code_value)
  when "lowest_common_multiple"
    sig(args) { Integer }
    code_lowest_common_multiple(code_value)
  when "<<", "left_shift"
    sig(args) { Integer | Decimal }
    code_left_shift(code_value)
  when ">>", "right_shift"
    sig(args) { Integer | Decimal }
    code_right_shift(code_value)
  when "^", "bitwise_xor"
    sig(args) { Integer | Decimal }
    code_bitwise_xor(code_value)
  when "abs"
    sig(args)
    code_abs
  when "between?"
    sig(args) { [Integer | Decimal, Integer | Decimal] }
    code_between?(*code_arguments.raw)
  when "ceil"
    sig(args) { Integer.maybe }
    code_ceil(code_value)
  when "ceil_divide"
    sig(args) { Integer | Decimal }
    code_ceil_divide(code_value)
  when "clamp"
    sig(args) { [Integer | Decimal, Integer | Decimal] }
    code_clamp(*code_arguments.raw)
  when "day", "days"
    sig(args)
    code_days
  when "decrement!"
    sig(args) { Integer.maybe }
    code_decrement!(code_value)
  when "decrement"
    sig(args) { Integer.maybe }
    code_decrement(code_value)
  when "even?"
    sig(args)
    code_even?
  when "floor"
    sig(args) { Integer.maybe }
    code_floor(code_value)
  when "hour", "hours"
    sig(args)
    code_hours
  when "increment!"
    sig(args) { Integer.maybe }
    code_increment!(code_value)
  when "increment"
    sig(args) { Integer.maybe }
    code_increment(code_value)
  when "odd?"
    sig(args)
    code_odd?
  when "minute", "minutes"
    sig(args)
    code_minutes
  when "month", "months"
    sig(args)
    code_months
  when "next", "successor"
    sig(args)
    code_next
  when "previous", "predecessor"
    sig(args)
    code_previous
  when "remainder"
    sig(args) { Integer | Decimal }
    code_remainder(code_value)
  when "round"
    sig(args) { Integer.maybe }
    code_round(code_value)
  when "second", "seconds"
    sig(args)
    code_seconds
  when "sqrt"
    sig(args)
    code_sqrt
  when "times"
    sig(args) { Function }
    code_times(code_value, **globals)
  when "down_to"
    sig(args) { [Integer, Function] }
    code_down_to(*code_arguments.raw, **globals)
  when "up_to"
    sig(args) { [Integer, Function] }
    code_up_to(*code_arguments.raw, **globals)
  when "truncate"
    sig(args) { Integer.maybe }
    code_truncate(code_value)
  when "week", "weeks"
    sig(args)
    code_weeks
  when "year", "years"
    sig(args)
    code_years
  when "|", "bitwise_or"
    sig(args) { Integer | Decimal }
    code_bitwise_or(code_value)
  when "many?"
    sig(args)
    code_many?
  when "any?"
    sig(args)
    code_any?
  when "positive?"
    sig(args)
    code_positive?
  when "negative?"
    sig(args)
    code_negative?
  when "non_zero?"
    sig(args)
    code_non_zero?
  when "integer?"
    sig(args)
    code_integer?
  when "finite?"
    sig(args)
    code_finite?
  when "infinite?"
    sig(args)
    code_infinite?
  when "numerator"
    sig(args)
    code_numerator
  when "denominator"
    sig(args)
    code_denominator
  when "magnitude"
    sig(args)
    code_magnitude
  when "zero?"
    sig(args)
    code_zero?
  when "one?"
    sig(args)
    code_one?
  when "two?"
    sig(args)
    code_two?
  when "three?"
    sig(args)
    code_three?
  when "four?"
    sig(args)
    code_four?
  when "five?"
    sig(args)
    code_five?
  when "six?"
    sig(args)
    code_six?
  when "seven?"
    sig(args)
    code_seven?
  when "eight?"
    sig(args)
    code_eight?
  when "nine?"
    sig(args)
    code_nine?
  when "ten?"
    sig(args)
    code_ten?
  when "eleven?"
    sig(args)
    code_eleven?
  when "twelve?"
    sig(args)
    code_twelve?
  when "thirteen?"
    sig(args)
    code_thirteen?
  when "fourteen?"
    sig(args)
    code_fourteen?
  when "fifteen?"
    sig(args)
    code_fifteen?
  when "sixteen?"
    sig(args)
    code_sixteen?
  when "seventeen?"
    sig(args)
    code_seventeen?
  when "eighteen?"
    sig(args)
    code_eighteen?
  when "nineteen?"
    sig(args)
    code_nineteen?
  when "twenty?"
    sig(args)
    code_twenty?
  when "twenty_one?"
    sig(args)
    code_twenty_one?
  when "twenty_two?"
    sig(args)
    code_twenty_two?
  when "twenty_three?"
    sig(args)
    code_twenty_three?
  when "twenty_four?"
    sig(args)
    code_twenty_four?
  when "twenty_five?"
    sig(args)
    code_twenty_five?
  when "twenty_six?"
    sig(args)
    code_twenty_six?
  when "twenty_seven?"
    sig(args)
    code_twenty_seven?
  when "twenty_eight?"
    sig(args)
    code_twenty_eight?
  when "twenty_nine?"
    sig(args)
    code_twenty_nine?
  when "thirty?"
    sig(args)
    code_thirty?
  when "thirty_one?"
    sig(args)
    code_thirty_one?
  when "thirty_two?"
    sig(args)
    code_thirty_two?
  when "thirty_three?"
    sig(args)
    code_thirty_three?
  when "thirty_four?"
    sig(args)
    code_thirty_four?
  when "thirty_five?"
    sig(args)
    code_thirty_five?
  when "thirty_six?"
    sig(args)
    code_thirty_six?
  when "thirty_seven?"
    sig(args)
    code_thirty_seven?
  when "thirty_eight?"
    sig(args)
    code_thirty_eight?
  when "thirty_nine?"
    sig(args)
    code_thirty_nine?
  when "forty?"
    sig(args)
    code_forty?
  when "forty_one?"
    sig(args)
    code_forty_one?
  when "forty_two?"
    sig(args)
    code_forty_two?
  when "forty_three?"
    sig(args)
    code_forty_three?
  when "forty_four?"
    sig(args)
    code_forty_four?
  when "forty_five?"
    sig(args)
    code_forty_five?
  when "forty_six?"
    sig(args)
    code_forty_six?
  when "forty_seven?"
    sig(args)
    code_forty_seven?
  when "forty_eight?"
    sig(args)
    code_forty_eight?
  when "forty_nine?"
    sig(args)
    code_forty_nine?
  when "fifty?"
    sig(args)
    code_fifty?
  when "fifty_one?"
    sig(args)
    code_fifty_one?
  when "fifty_two?"
    sig(args)
    code_fifty_two?
  when "fifty_three?"
    sig(args)
    code_fifty_three?
  when "fifty_four?"
    sig(args)
    code_fifty_four?
  when "fifty_five?"
    sig(args)
    code_fifty_five?
  when "fifty_six?"
    sig(args)
    code_fifty_six?
  when "fifty_seven?"
    sig(args)
    code_fifty_seven?
  when "fifty_eight?"
    sig(args)
    code_fifty_eight?
  when "fifty_nine?"
    sig(args)
    code_fifty_nine?
  when "sixty?"
    sig(args)
    code_sixty?
  when "sixty_one?"
    sig(args)
    code_sixty_one?
  when "sixty_two?"
    sig(args)
    code_sixty_two?
  when "sixty_three?"
    sig(args)
    code_sixty_three?
  when "sixty_four?"
    sig(args)
    code_sixty_four?
  when "sixty_five?"
    sig(args)
    code_sixty_five?
  when "sixty_six?"
    sig(args)
    code_sixty_six?
  when "sixty_seven?"
    sig(args)
    code_sixty_seven?
  when "sixty_eight?"
    sig(args)
    code_sixty_eight?
  when "sixty_nine?"
    sig(args)
    code_sixty_nine?
  when "seventy?"
    sig(args)
    code_seventy?
  when "seventy_one?"
    sig(args)
    code_seventy_one?
  when "seventy_two?"
    sig(args)
    code_seventy_two?
  when "seventy_three?"
    sig(args)
    code_seventy_three?
  when "seventy_four?"
    sig(args)
    code_seventy_four?
  when "seventy_five?"
    sig(args)
    code_seventy_five?
  when "seventy_six?"
    sig(args)
    code_seventy_six?
  when "seventy_seven?"
    sig(args)
    code_seventy_seven?
  when "seventy_eight?"
    sig(args)
    code_seventy_eight?
  when "seventy_nine?"
    sig(args)
    code_seventy_nine?
  when "eighty?"
    sig(args)
    code_eighty?
  when "eighty_one?"
    sig(args)
    code_eighty_one?
  when "eighty_two?"
    sig(args)
    code_eighty_two?
  when "eighty_three?"
    sig(args)
    code_eighty_three?
  when "eighty_four?"
    sig(args)
    code_eighty_four?
  when "eighty_five?"
    sig(args)
    code_eighty_five?
  when "eighty_six?"
    sig(args)
    code_eighty_six?
  when "eighty_seven?"
    sig(args)
    code_eighty_seven?
  when "eighty_eight?"
    sig(args)
    code_eighty_eight?
  when "eighty_nine?"
    sig(args)
    code_eighty_nine?
  when "ninety?"
    sig(args)
    code_ninety?
  when "ninety_one?"
    sig(args)
    code_ninety_one?
  when "ninety_two?"
    sig(args)
    code_ninety_two?
  when "ninety_three?"
    sig(args)
    code_ninety_three?
  when "ninety_four?"
    sig(args)
    code_ninety_four?
  when "ninety_five?"
    sig(args)
    code_ninety_five?
  when "ninety_six?"
    sig(args)
    code_ninety_six?
  when "ninety_seven?"
    sig(args)
    code_ninety_seven?
  when "ninety_eight?"
    sig(args)
    code_ninety_eight?
  when "ninety_nine?"
    sig(args)
    code_ninety_nine?
  when "one_hundred?"
    sig(args)
    code_one_hundred?
  else
    super
  end
end

#code_abs ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1536

def code_abs
  Decimal.new(raw.abs)
end

#code_all_bits?(mask) ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1559

def code_all_bits?(mask)
  code_mask = mask.to_code

  Boolean.new(raw.allbits?(code_mask.raw))
end

#code_any? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1826

def code_any?
  Boolean.new(raw.positive?)
end

#code_any_bits?(mask) ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1565

def code_any_bits?(mask)
  code_mask = mask.to_code

  Boolean.new(raw.anybits?(code_mask.raw))
end

#code_bit_length ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1555

def code_bit_length
  Integer.new(raw.bit_length)
end

#code_bitwise_and(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1540

def code_bitwise_and(other)
  code_other = other.to_code
  Integer.new(raw & code_other.raw.to_i)
end

#code_bitwise_or(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1545

def code_bitwise_or(other)
  code_other = other.to_code
  Integer.new(raw | code_other.raw.to_i)
end

#code_bitwise_xor(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1550

def code_bitwise_xor(other)
  code_other = other.to_code
  Integer.new(raw ^ code_other.raw.to_i)
end

#code_ceil(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1577

def code_ceil(n = nil)
  code_n = n.to_code
  code_n = Integer.new(0) if code_n.nothing?
  Integer.new(raw.ceil(code_n.raw))
end

#code_ceil_divide(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1583

def code_ceil_divide(other)
  code_other = other.to_code

  Integer.new(raw.ceildiv(code_other.raw))
end

#code_character ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1621

def code_character
  String.new(raw.chr)
end

#code_days ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1854

def code_days
  Duration.new(raw.days)
end

#code_decimal_divide(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1607

def code_decimal_divide(other)
  code_division(other)
end

#code_decrement(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1596

def code_decrement(n = nil)
  code_n = n.to_code
  code_n = Integer.new(1) if code_n.nothing?
  Integer.new(raw - code_n.raw)
end

#code_decrement!(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1589

def code_decrement!(n = nil)
  code_n = n.to_code
  code_n = Integer.new(1) if code_n.nothing?
  @raw -= code_n.raw
  self
end

#code_denominator ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1886

def code_denominator
  Integer.new(raw.denominator)
end

#code_digits(base = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1611

def code_digits(base = nil)
  code_base = base.to_code

  if code_base.nothing?
    List.new(raw.digits)
  else
    List.new(raw.digits(code_base.raw))
  end
end

#code_division(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1602

def code_division(other)
  code_other = other.to_code
  Decimal.new(BigDecimal(raw) / code_other.raw)
end

#code_down_to(value, function, **globals) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1769

def code_down_to(value, function, **globals)
  code_value = value.to_code
  code_function = function.to_code

  raw
    .downto(code_value.raw)
    .with_index do |element, index|
      code_function.call(
        arguments:
          List.new([Integer.new(element), Integer.new(index), self]),
        **globals
      )
    rescue Error::Next => e
      e.code_value
    end

  self
rescue Error::Break => e
  e.code_value
end

#code_eight? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1926

def code_eight?
  Boolean.new(raw == 8)
end

#code_eighteen? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1966

def code_eighteen?
  Boolean.new(raw == 18)
end

#code_eighty? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2214

def code_eighty?
  Boolean.new(raw == 80)
end

#code_eighty_eight? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2246

def code_eighty_eight?
  Boolean.new(raw == 88)
end

#code_eighty_five? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2234

def code_eighty_five?
  Boolean.new(raw == 85)
end

#code_eighty_four? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2230

def code_eighty_four?
  Boolean.new(raw == 84)
end

#code_eighty_nine? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2250

def code_eighty_nine?
  Boolean.new(raw == 89)
end

#code_eighty_one? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2218

def code_eighty_one?
  Boolean.new(raw == 81)
end

#code_eighty_seven? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2242

def code_eighty_seven?
  Boolean.new(raw == 87)
end

#code_eighty_six? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2238

def code_eighty_six?
  Boolean.new(raw == 86)
end

#code_eighty_three? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2226

def code_eighty_three?
  Boolean.new(raw == 83)
end

#code_eighty_two? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2222

def code_eighty_two?
  Boolean.new(raw == 82)
end

#code_eleven? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1938

def code_eleven?
  Boolean.new(raw == 11)
end

#code_even? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1625

def code_even?
  Boolean.new(raw.even?)
end

#code_fifteen? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1954

def code_fifteen?
  Boolean.new(raw == 15)
end

#code_fifty? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2094

def code_fifty?
  Boolean.new(raw == 50)
end

#code_fifty_eight? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2126

def code_fifty_eight?
  Boolean.new(raw == 58)
end

#code_fifty_five? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2114

def code_fifty_five?
  Boolean.new(raw == 55)
end

#code_fifty_four? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2110

def code_fifty_four?
  Boolean.new(raw == 54)
end

#code_fifty_nine? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2130

def code_fifty_nine?
  Boolean.new(raw == 59)
end

#code_fifty_one? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2098

def code_fifty_one?
  Boolean.new(raw == 51)
end

#code_fifty_seven? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2122

def code_fifty_seven?
  Boolean.new(raw == 57)
end

#code_fifty_six? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2118

def code_fifty_six?
  Boolean.new(raw == 56)
end

#code_fifty_three? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2106

def code_fifty_three?
  Boolean.new(raw == 53)
end

#code_fifty_two? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2102

def code_fifty_two?
  Boolean.new(raw == 52)
end

#code_finite? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1874

def code_finite?
  Boolean.new(true)
end

#code_five? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1914

def code_five?
  Boolean.new(raw == 5)
end

#code_floor(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1629

def code_floor(n = nil)
  code_n = n.to_code
  code_n = Integer.new(0) if code_n.nothing?
  Integer.new(raw.floor(code_n.raw))
end

#code_forty? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2054

def code_forty?
  Boolean.new(raw == 40)
end

#code_forty_eight? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2086

def code_forty_eight?
  Boolean.new(raw == 48)
end

#code_forty_five? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2074

def code_forty_five?
  Boolean.new(raw == 45)
end

#code_forty_four? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2070

def code_forty_four?
  Boolean.new(raw == 44)
end

#code_forty_nine? ⇒ Boolean

Returns:



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2092
 
# File 'lib/code/object/integer.rb', line 2090

def code_forty_nine?
  Boolean.new(raw == 49)
end

#code_forty_one? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2058

def code_forty_one?
  Boolean.new(raw == 41)
end

#code_forty_seven? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2082

def code_forty_seven?
  Boolean.new(raw == 47)
end

#code_forty_six? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2078

def code_forty_six?
  Boolean.new(raw == 46)
end

#code_forty_three? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2066

def code_forty_three?
  Boolean.new(raw == 43)
end

#code_forty_two? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2062

def code_forty_two?
  Boolean.new(raw == 42)
end

#code_four? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1910

def code_four?
  Boolean.new(raw == 4)
end

#code_fourteen? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1950

def code_fourteen?
  Boolean.new(raw == 14)
end

#code_greatest_common_denominator(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1648

def code_greatest_common_denominator(other)
  code_other = other.to_code
  Integer.new(raw.gcd(code_other.raw))
end

#code_hours ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1830

def code_hours
  Duration.new(raw.hours)
end

#code_increment(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1642

def code_increment(n = nil)
  code_n = n.to_code
  code_n = Integer.new(1) if code_n.nothing?
  Integer.new(raw + code_n.raw)
end

#code_increment!(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1635

def code_increment!(n = nil)
  code_n = n.to_code
  code_n = Integer.new(1) if code_n.nothing?
  @raw += code_n.raw
  self
end

#code_infinite? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1878

def code_infinite?
  Boolean.new(false)
end

#code_integer? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1870

def code_integer?
  Boolean.new(true)
end

#code_left_shift(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1658

def code_left_shift(other)
  code_other = other.to_code
  Integer.new(raw << code_other.raw.to_i)
end

#code_lowest_common_multiple(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1653

def code_lowest_common_multiple(other)
  code_other = other.to_code
  Integer.new(raw.lcm(code_other.raw))
end

#code_magnitude ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1890

def code_magnitude
  code_abs
end

#code_many? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1822

def code_many?
  Boolean.new(raw > 1)
end

#code_minus(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1663

def code_minus(other)
  code_other = other.to_code

  if code_other.is_a?(Integer)
    Integer.new(raw - code_other.raw)
  else
    Decimal.new(raw - code_other.raw)
  end
end

#code_minutes ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1834

def code_minutes
  Duration.new(raw.minutes)
end

#code_modulo(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1673

def code_modulo(other)
  code_other = other.to_code

  if code_other.is_a?(Integer)
    Integer.new(raw % code_other.raw)
  else
    Decimal.new(raw % code_other.raw)
  end
end

#code_months ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1838

def code_months
  Duration.new(raw.months)
end

#code_multiplication(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1683

def code_multiplication(other)
  code_other = other.to_code

  if code_other.is_a?(Integer)
    Integer.new(raw * code_other.raw)
  elsif code_other.is_a?(Decimal)
    Decimal.new(raw * code_other.raw)
  else
    String.new(code_other.raw * raw)
  end
end

#code_negative? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1862

def code_negative?
  Boolean.new(raw.negative?)
end

#code_nine? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1930

def code_nine?
  Boolean.new(raw == 9)
end

#code_nineteen? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1970

def code_nineteen?
  Boolean.new(raw == 19)
end

#code_ninety? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2254

def code_ninety?
  Boolean.new(raw == 90)
end

#code_ninety_eight? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2286

def code_ninety_eight?
  Boolean.new(raw == 98)
end

#code_ninety_five? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2274

def code_ninety_five?
  Boolean.new(raw == 95)
end

#code_ninety_four? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2270

def code_ninety_four?
  Boolean.new(raw == 94)
end

#code_ninety_nine? ⇒ Boolean

Returns:



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2292
 
# File 'lib/code/object/integer.rb', line 2290

def code_ninety_nine?
  Boolean.new(raw == 99)
end

#code_ninety_one? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2258

def code_ninety_one?
  Boolean.new(raw == 91)
end

#code_ninety_seven? ⇒ Boolean

Returns:



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2284
 
# File 'lib/code/object/integer.rb', line 2282

def code_ninety_seven?
  Boolean.new(raw == 97)
end

#code_ninety_six? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2278

def code_ninety_six?
  Boolean.new(raw == 96)
end

#code_ninety_three? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2266

def code_ninety_three?
  Boolean.new(raw == 93)
end

#code_ninety_two? ⇒ Boolean

Returns:



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2264
 
# File 'lib/code/object/integer.rb', line 2262

def code_ninety_two?
  Boolean.new(raw == 92)
end

#code_no_bits?(mask) ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1571

def code_no_bits?(mask)
  code_mask = mask.to_code

  Boolean.new(raw.nobits?(code_mask.raw))
end

#code_non_zero? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1866

def code_non_zero?
  Boolean.new(!raw.zero?)
end

#code_numerator ⇒ Object 



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1884
 
# File 'lib/code/object/integer.rb', line 1882

def code_numerator
  Integer.new(raw.numerator)
end

#code_odd? ⇒ Boolean

Returns:



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1697
 
# File 'lib/code/object/integer.rb', line 1695

def code_odd?
  Boolean.new(raw.odd?)
end

#code_one? ⇒ Boolean

Returns:



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1900
 
# File 'lib/code/object/integer.rb', line 1898

def code_one?
  Boolean.new(raw == 1)
end

#code_one_hundred? ⇒ Boolean

Returns:



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2296
 
# File 'lib/code/object/integer.rb', line 2294

def code_one_hundred?
  Boolean.new(raw == 100)
end

#code_plus(other) ⇒ Object 



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1709
 
# File 'lib/code/object/integer.rb', line 1699

def code_plus(other)
  code_other = other.to_code

  if code_other.is_a?(Integer)
    Integer.new(raw + code_other.raw)
  elsif code_other.is_a?(Decimal)
    Decimal.new(raw + code_other.raw)
  else
    String.new(to_s + code_other.to_s)
  end
end

#code_positive? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1858

def code_positive?
  Boolean.new(raw.positive?)
end

#code_power(other) ⇒ Object 



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1719
 
# File 'lib/code/object/integer.rb', line 1711

def code_power(other)
  code_other = other.to_code

  if code_other.is_a?(Integer)
    Integer.new(raw**code_other.raw)
  else
    Decimal.new(raw**code_other.raw)
  end
end

#code_power_modulo(power, modulo) ⇒ Object 



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1726
 
# File 'lib/code/object/integer.rb', line 1721

def code_power_modulo(power, modulo)
  code_power = power.to_code
  code_modulo = modulo.to_code

  Integer.new(raw.pow(code_power.raw, code_modulo.raw))
end

#code_right_shift(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1728

def code_right_shift(other)
  code_other = other.to_code
  Integer.new(raw >> code_other.raw.to_i)
end

#code_round(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1733

def code_round(n = nil)
  code_n = n.to_code
  code_n = Integer.new(0) if code_n.nothing?

  Integer.new(raw.round(code_n.raw))
end

#code_seconds ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1842

def code_seconds
  Duration.new(raw.seconds)
end

#code_seven? ⇒ Boolean

Returns:



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1924
 
# File 'lib/code/object/integer.rb', line 1922

def code_seven?
  Boolean.new(raw == 7)
end

#code_seventeen? ⇒ Boolean

Returns:



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1964
 
# File 'lib/code/object/integer.rb', line 1962

def code_seventeen?
  Boolean.new(raw == 17)
end

#code_seventy? ⇒ Boolean

Returns:



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2176
 
# File 'lib/code/object/integer.rb', line 2174

def code_seventy?
  Boolean.new(raw == 70)
end

#code_seventy_eight? ⇒ Boolean

Returns:



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2208
 
# File 'lib/code/object/integer.rb', line 2206

def code_seventy_eight?
  Boolean.new(raw == 78)
end

#code_seventy_five? ⇒ Boolean

Returns:



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2196
 
# File 'lib/code/object/integer.rb', line 2194

def code_seventy_five?
  Boolean.new(raw == 75)
end

#code_seventy_four? ⇒ Boolean

Returns:



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2192
 
# File 'lib/code/object/integer.rb', line 2190

def code_seventy_four?
  Boolean.new(raw == 74)
end

#code_seventy_nine? ⇒ Boolean

Returns:



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2212
 
# File 'lib/code/object/integer.rb', line 2210

def code_seventy_nine?
  Boolean.new(raw == 79)
end

#code_seventy_one? ⇒ Boolean

Returns:



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2180
 
# File 'lib/code/object/integer.rb', line 2178

def code_seventy_one?
  Boolean.new(raw == 71)
end

#code_seventy_seven? ⇒ Boolean

Returns:



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2204
 
# File 'lib/code/object/integer.rb', line 2202

def code_seventy_seven?
  Boolean.new(raw == 77)
end

#code_seventy_six? ⇒ Boolean

Returns:



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2200
 
# File 'lib/code/object/integer.rb', line 2198

def code_seventy_six?
  Boolean.new(raw == 76)
end

#code_seventy_three? ⇒ Boolean

Returns:



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2188
 
# File 'lib/code/object/integer.rb', line 2186

def code_seventy_three?
  Boolean.new(raw == 73)
end

#code_seventy_two? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 2182

def code_seventy_two?
  Boolean.new(raw == 72)
end

#code_six? ⇒ Boolean

Returns:



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1920
 
# File 'lib/code/object/integer.rb', line 1918

def code_six?
  Boolean.new(raw == 6)
end

#code_sixteen? ⇒ Boolean

Returns:



1958
1959
1960
 
# File 'lib/code/object/integer.rb', line 1958

def code_sixteen?
  Boolean.new(raw == 16)
end

#code_sixty? ⇒ Boolean

Returns:



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2136
 
# File 'lib/code/object/integer.rb', line 2134

def code_sixty?
  Boolean.new(raw == 60)
end

#code_sixty_eight? ⇒ Boolean

Returns:



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2168
 
# File 'lib/code/object/integer.rb', line 2166

def code_sixty_eight?
  Boolean.new(raw == 68)
end

#code_sixty_five? ⇒ Boolean

Returns:



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2156
 
# File 'lib/code/object/integer.rb', line 2154

def code_sixty_five?
  Boolean.new(raw == 65)
end

#code_sixty_four? ⇒ Boolean

Returns:



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2152
 
# File 'lib/code/object/integer.rb', line 2150

def code_sixty_four?
  Boolean.new(raw == 64)
end

#code_sixty_nine? ⇒ Boolean

Returns:



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2172
 
# File 'lib/code/object/integer.rb', line 2170

def code_sixty_nine?
  Boolean.new(raw == 69)
end

#code_sixty_one? ⇒ Boolean

Returns:



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2140
 
# File 'lib/code/object/integer.rb', line 2138

def code_sixty_one?
  Boolean.new(raw == 61)
end

#code_sixty_seven? ⇒ Boolean

Returns:



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2164
 
# File 'lib/code/object/integer.rb', line 2162

def code_sixty_seven?
  Boolean.new(raw == 67)
end

#code_sixty_six? ⇒ Boolean

Returns:



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2160
 
# File 'lib/code/object/integer.rb', line 2158

def code_sixty_six?
  Boolean.new(raw == 66)
end

#code_sixty_three? ⇒ Boolean

Returns:



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2148
 
# File 'lib/code/object/integer.rb', line 2146

def code_sixty_three?
  Boolean.new(raw == 63)
end

#code_sixty_two? ⇒ Boolean

Returns:



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2144
 
# File 'lib/code/object/integer.rb', line 2142

def code_sixty_two?
  Boolean.new(raw == 62)
end

#code_sqrt ⇒ Object 



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1742
 
# File 'lib/code/object/integer.rb', line 1740

def code_sqrt
  Decimal.new(Math.sqrt(raw).to_s)
end

#code_ten? ⇒ Boolean

Returns:



1934
1935
1936
 
# File 'lib/code/object/integer.rb', line 1934

def code_ten?
  Boolean.new(raw == 10)
end

#code_thirteen? ⇒ Boolean

Returns:



1946
1947
1948
 
# File 'lib/code/object/integer.rb', line 1946

def code_thirteen?
  Boolean.new(raw == 13)
end

#code_thirty? ⇒ Boolean

Returns:



2014
2015
2016
 
# File 'lib/code/object/integer.rb', line 2014

def code_thirty?
  Boolean.new(raw == 30)
end

#code_thirty_eight? ⇒ Boolean

Returns:



2046
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2048
 
# File 'lib/code/object/integer.rb', line 2046

def code_thirty_eight?
  Boolean.new(raw == 38)
end

#code_thirty_five? ⇒ Boolean

Returns:



2034
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2036
 
# File 'lib/code/object/integer.rb', line 2034

def code_thirty_five?
  Boolean.new(raw == 35)
end

#code_thirty_four? ⇒ Boolean

Returns:



2030
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2032
 
# File 'lib/code/object/integer.rb', line 2030

def code_thirty_four?
  Boolean.new(raw == 34)
end

#code_thirty_nine? ⇒ Boolean

Returns:



2050
2051
2052
 
# File 'lib/code/object/integer.rb', line 2050

def code_thirty_nine?
  Boolean.new(raw == 39)
end

#code_thirty_one? ⇒ Boolean

Returns:



2018
2019
2020
 
# File 'lib/code/object/integer.rb', line 2018

def code_thirty_one?
  Boolean.new(raw == 31)
end

#code_thirty_seven? ⇒ Boolean

Returns:



2042
2043
2044
 
# File 'lib/code/object/integer.rb', line 2042

def code_thirty_seven?
  Boolean.new(raw == 37)
end

#code_thirty_six? ⇒ Boolean

Returns:



2038
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2040
 
# File 'lib/code/object/integer.rb', line 2038

def code_thirty_six?
  Boolean.new(raw == 36)
end

#code_thirty_three? ⇒ Boolean

Returns:



2026
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2028
 
# File 'lib/code/object/integer.rb', line 2026

def code_thirty_three?
  Boolean.new(raw == 33)
end

#code_thirty_two? ⇒ Boolean

Returns:



2022
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2024
 
# File 'lib/code/object/integer.rb', line 2022

def code_thirty_two?
  Boolean.new(raw == 32)
end

#code_three? ⇒ Boolean

Returns:



1906
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1908
 
# File 'lib/code/object/integer.rb', line 1906

def code_three?
  Boolean.new(raw == 3)
end

#code_times(argument, **globals) ⇒ Object 



1752
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1760
1761
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1767
 
# File 'lib/code/object/integer.rb', line 1752

def code_times(argument, **globals)
  code_argument = argument.to_code

  raw.times do |element|
    code_argument.call(
      arguments: List.new([Integer.new(element), self]),
      **globals
    )
  rescue Error::Next => e
    e.code_value
  end

  self
rescue Error::Break => e
  e.code_value
end

#code_to_decimal ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1744

def code_to_decimal
  Decimal.new(raw)
end

#code_to_integer ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1748

def code_to_integer
  Integer.new(raw)
end

#code_truncate(n = nil) ⇒ Object 



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1816
 
# File 'lib/code/object/integer.rb', line 1811

def code_truncate(n = nil)
  code_n = n.to_code
  code_n = Integer.new(0) if code_n.nothing?

  Integer.new(raw.truncate(code_n.raw))
end

#code_twelve? ⇒ Boolean

Returns:



1942
1943
1944
 
# File 'lib/code/object/integer.rb', line 1942

def code_twelve?
  Boolean.new(raw == 12)
end

#code_twenty? ⇒ Boolean

Returns:



1974
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1976
 
# File 'lib/code/object/integer.rb', line 1974

def code_twenty?
  Boolean.new(raw == 20)
end

#code_twenty_eight? ⇒ Boolean

Returns:



2006
2007
2008
 
# File 'lib/code/object/integer.rb', line 2006

def code_twenty_eight?
  Boolean.new(raw == 28)
end

#code_twenty_five? ⇒ Boolean

Returns:



1994
1995
1996
 
# File 'lib/code/object/integer.rb', line 1994

def code_twenty_five?
  Boolean.new(raw == 25)
end

#code_twenty_four? ⇒ Boolean

Returns:



1990
1991
1992
 
# File 'lib/code/object/integer.rb', line 1990

def code_twenty_four?
  Boolean.new(raw == 24)
end

#code_twenty_nine? ⇒ Boolean

Returns:



2010
2011
2012
 
# File 'lib/code/object/integer.rb', line 2010

def code_twenty_nine?
  Boolean.new(raw == 29)
end

#code_twenty_one? ⇒ Boolean

Returns:



1978
1979
1980
 
# File 'lib/code/object/integer.rb', line 1978

def code_twenty_one?
  Boolean.new(raw == 21)
end

#code_twenty_seven? ⇒ Boolean

Returns:



2002
2003
2004
 
# File 'lib/code/object/integer.rb', line 2002

def code_twenty_seven?
  Boolean.new(raw == 27)
end

#code_twenty_six? ⇒ Boolean

Returns:



1998
1999
2000
 
# File 'lib/code/object/integer.rb', line 1998

def code_twenty_six?
  Boolean.new(raw == 26)
end

#code_twenty_three? ⇒ Boolean

Returns:



1986
1987
1988
 
# File 'lib/code/object/integer.rb', line 1986

def code_twenty_three?
  Boolean.new(raw == 23)
end

#code_twenty_two? ⇒ Boolean

Returns:



1982
1983
1984
 
# File 'lib/code/object/integer.rb', line 1982

def code_twenty_two?
  Boolean.new(raw == 22)
end

#code_two? ⇒ Boolean

Returns:



1902
1903
1904
 
# File 'lib/code/object/integer.rb', line 1902

def code_two?
  Boolean.new(raw == 2)
end

#code_unary_minus ⇒ Object 



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1820
 
# File 'lib/code/object/integer.rb', line 1818

def code_unary_minus
  Integer.new(-raw)
end

#code_up_to(value, function, **globals) ⇒ Object 



1790
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1792
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# File 'lib/code/object/integer.rb', line 1790

def code_up_to(value, function, **globals)
  code_value = value.to_code
  code_function = function.to_code

  raw
    .upto(code_value.raw)
    .with_index do |element, index|
      code_function.call(
        arguments:
          List.new([Integer.new(element), Integer.new(index), self]),
        **globals
      )
    rescue Error::Next => e
      e.code_value
    end

  self
rescue Error::Break => e
  e.code_value
end

#code_weeks ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1846

def code_weeks
  Duration.new(raw.weeks)
end

#code_years ⇒ Object 



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# File 'lib/code/object/integer.rb', line 1850

def code_years
  Duration.new(raw.years)
end

#code_zero? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 1894

def code_zero?
  Boolean.new(raw.zero?)
end