Class: Code::Object::Integer

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

Constant Summary

Constants inherited from Code::Object

NUMBER_CLASSES

Instance Attribute Summary

Attributes inherited from Code::Object

#raw

Instance Method Summary collapse

Methods inherited from Code::Object

#<=>, #==, as_json, #as_json, call, #code_and_operator, code_and_operator, #code_as_json, code_as_json, code_different, #code_different, #code_equal_equal, code_equal_equal, code_equal_equal_equal, #code_equal_equal_equal, code_exclamation_point, #code_exclamation_point, code_exclusive_range, #code_exclusive_range, code_inclusive_range, #code_inclusive_range, code_new, code_or_operator, #code_or_operator, code_self, #code_self, #code_to_json, code_to_json, falsy?, #falsy?, #hash, inspect, maybe, multi_fetch, #multi_fetch, #nothing?, nothing?, repeat, sig, #sig, #succ, #to_code, to_json, #to_json, to_s, truthy?, #truthy?, |

Constructor Details

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

Returns a new instance of Integer.



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# File 'lib/code/object/integer.rb', line 6

def initialize(*args, **_kargs, &)
  @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
  @raw = 0
end

Instance Method Details

#call(**args) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 21

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 "+", "plus", "self"
    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 "<", "inferior"
    sig(args) { Integer | Decimal }
    code_inferior(code_value)
  when "<<", "left_shift"
    sig(args) { Integer | Decimal }
    code_left_shift(code_value)
  when "<=", "inferior_or_equal"
    sig(args) { Integer | Decimal }
    code_inferior_or_equal(code_value)
  when "<=>", "compare"
    sig(args) { Integer | Decimal }
    code_compare(code_value)
  when ">", "superior"
    sig(args) { Integer | Decimal }
    code_superior(code_value)
  when ">=", "superior_or_equal"
    sig(args) { Integer | Decimal }
    code_superior_or_equal(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 "ceil"
    sig(args) { Integer.maybe }
    code_ceil(code_value)
  when "clone"
    sig(args)
    code_clone
  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 "eight?"
    sig(args)
    code_eight?
  when "even?"
    sig(args)
    code_even?
  when "five?"
    sig(args)
    code_five?
  when "floor"
    sig(args) { Integer.maybe }
    code_floor(code_value)
  when "four?"
    sig(args)
    code_four?
  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 "nine?"
    sig(args)
    code_nine?
  when "odd?"
    sig(args)
    code_odd?
  when "one?"
    sig(args)
    code_one?
  when "round"
    sig(args) { Integer.maybe }
    code_round(code_value)
  when "seven?"
    sig(args)
    code_seven?
  when "six?"
    sig(args)
    code_six?
  when "sqrt"
    sig(args)
    code_sqrt
  when "ten?"
    sig(args)
    code_ten?
  when "three?"
    sig(args)
    code_three?
  when "times"
    sig(args) { Function }
    code_times(code_value, **globals)
  when "truncate"
    sig(args) { Integer.maybe }
    code_truncate(code_value)
  when "two?"
    sig(args)
    code_two?
  when "zero?"
    sig(args)
    code_zero?
  when "|", "bitwise_or"
    sig(args) { Integer | Decimal }
    code_bitwise_or(code_value)
  else
    super
  end
end

#code_abs ⇒ Object 



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# File 'lib/code/object/integer.rb', line 162

def code_abs
  Decimal.new(raw.abs)
end

#code_bitwise_and(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 166

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 171

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 176

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 181

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_clone ⇒ Object 



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# File 'lib/code/object/integer.rb', line 187

def code_clone
  Integer.new(raw)
end

#code_compare(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 191

def code_compare(other)
  code_other = other.to_code
  Integer.new(raw <=> code_other.raw)
end

#code_days ⇒ Object 



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# File 'lib/code/object/integer.rb', line 418

def code_days
  Duration.new(raw.days)
end

#code_decrement(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 203

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 196

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_division(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 209

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

#code_eight? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 214

def code_eight?
  Boolean.new(raw.eight?)
end

#code_even? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 218

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

#code_five? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 222

def code_five?
  Boolean.new(raw.five?)
end

#code_floor(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 226

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_four? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 232

def code_four?
  Boolean.new(raw.four?)
end

#code_hours ⇒ Object 



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# File 'lib/code/object/integer.rb', line 414

def code_hours
  Duration.new(raw.hours)
end

#code_increment(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 243

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 236

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_inferior(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 249

def code_inferior(other)
  code_other = other.to_code
  Boolean.new(raw < code_other.raw)
end

#code_inferior_or_equal(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 254

def code_inferior_or_equal(other)
  code_other = other.to_code
  Boolean.new(raw <= code_other.raw)
end

#code_left_shift(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 259

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

#code_minus(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 264

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_modulo(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 274

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_multiplication(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 284

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_nine? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 296

def code_nine?
  Boolean.new(raw.nine?)
end

#code_odd? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 300

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

#code_one? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 304

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

#code_plus(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 308

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_power(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 320

def code_power(other)
  code_other = other.to_code

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

#code_right_shift(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 330

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 335

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_seven? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 342

def code_seven?
  Boolean.new(raw.seven?)
end

#code_six? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 346

def code_six?
  Boolean.new(raw.six?)
end

#code_sqrt ⇒ Object 



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# File 'lib/code/object/integer.rb', line 350

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

#code_superior(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 354

def code_superior(other)
  code_other = other.to_code

  Boolean.new(raw > code_other.raw)
end

#code_superior_or_equal(other) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 360

def code_superior_or_equal(other)
  code_other = other.to_code

  Boolean.new(raw >= code_other.raw)
end

#code_ten? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 366

def code_ten?
  Boolean.new(raw.ten?)
end

#code_three? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 370

def code_three?
  Boolean.new(raw.three?)
end

#code_times(argument, **globals) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 382

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
    )
  end

  self
end

#code_to_decimal ⇒ Object 



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# File 'lib/code/object/integer.rb', line 374

def code_to_decimal
  Decimal.new(raw)
end

#code_to_integer ⇒ Object 



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# File 'lib/code/object/integer.rb', line 378

def code_to_integer
  Integer.new(raw)
end

#code_truncate(n = nil) ⇒ Object 



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# File 'lib/code/object/integer.rb', line 395

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_two? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 402

def code_two?
  Boolean.new(raw.two?)
end

#code_unary_minus ⇒ Object 



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# File 'lib/code/object/integer.rb', line 406

def code_unary_minus
  Integer.new(-raw)
end

#code_zero? ⇒ Boolean

Returns:



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# File 'lib/code/object/integer.rb', line 410

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