Class: Code::Object::Integer
Instance Attribute Summary
Attributes inherited from Code::Object
#raw
Class Method Summary
collapse
Instance Method Summary
collapse
#<=>, #==, call, #code_and_operator, code_and_operator, #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_string, code_to_string, falsy?, #falsy?, #hash, inspect, maybe, multi_fetch, #multi_fetch, repeat, #sig, sig, #to_json, to_s, truthy?, #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 6
def initialize(*args, **_kargs, &_block)
whole = args.first || 0
exponent = args.second || 0
whole = whole.raw if whole.is_an?(Object)
exponent = exponent.raw if exponent.is_an?(Object)
@raw = whole.to_i * 10**exponent
rescue FloatDomainError => e
raise Error, "#{decimal.inspect} * 10**#{exponent.inspect} is invalid"
end
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Class Method Details
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# File 'lib/code/object/integer.rb', line 16
def self.name
"Integer"
end
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Instance Method Details
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# File 'lib/code/object/integer.rb', line 407
def as_json(...)
raw.as_json(...)
end
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#call(**args) ⇒ Object
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# File 'lib/code/object/integer.rb', line 20
def call(**args)
operator = args.fetch(:operator, nil)
arguments = args.fetch(:arguments, [])
globals = multi_fetch(args, *GLOBALS)
value = arguments.first&.value
case operator.to_s
when "%", "modulo"
sig(args) { Integer | Decimal }
code_modulo(value)
when "&", "bitwise_and"
sig(args) { Integer | Decimal }
code_bitwise_and(value)
when "*", "multiplication", "×"
sig(args) { Integer | Decimal | String }
code_multiplication(value)
when "**", "power"
sig(args) { Integer | Decimal }
code_power(value)
when "+", "plus", "self"
sig(args) { Object.maybe }
value ? code_plus(value) : code_self
when "-", "minus", "unary_minus"
sig(args) { Integer | Decimal.maybe }
value ? code_minus(value) : code_unary_minus
when "/", "division", "÷"
sig(args) { Integer | Decimal }
code_division(value)
when "<", "inferior"
sig(args) { Integer | Decimal }
code_inferior(value)
when "<<", "left_shift"
sig(args) { Integer | Decimal }
code_left_shift(value)
when "<=", "inferior_or_equal"
sig(args) { Integer | Decimal }
code_inferior_or_equal(value)
when "<=>", "compare"
sig(args) { Integer | Decimal }
code_compare(value)
when ">", "superior"
sig(args) { Integer | Decimal }
code_superior(value)
when ">=", "superior_or_equal"
sig(args) { Integer | Decimal }
code_superior_or_equal(value)
when ">>", "right_shift"
sig(args) { Integer | Decimal }
code_right_shift(value)
when "^", "bitwise_xor"
sig(args) { Integer | Decimal }
code_bitwise_xor(value)
when "abs"
sig(args)
code_abs
when "ceil"
sig(args) { Integer.maybe }
code_ceil(value)
when "clone"
sig(args)
code_clone
when "day", "days"
sig(args)
code_days
when "decrement!"
sig(args) { Integer.maybe }
code_decrement!(value)
when "decrement"
sig(args) { Integer.maybe }
code_decrement(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(value)
when "four?"
sig(args)
code_four?
when "hour", "hours"
sig(args)
code_hours
when "increment!"
sig(args) { Integer.maybe }
code_increment!(value)
when "increment"
sig(args) { Integer.maybe }
code_increment(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(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(value, **globals)
when "to_decimal"
sig(args)
code_to_decimal
when "to_integer"
sig(args)
code_to_integer
when "to_string"
sig(args)
code_to_string
when "truncate"
sig(args) { Integer.maybe }
code_truncate(value)
when "two?"
sig(args)
code_two?
when "zero?"
sig(args)
code_zero?
when "|", "bitwise_or"
sig(args) { Integer | Decimal }
code_bitwise_or(value)
else
super
end
end
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# File 'lib/code/object/integer.rb', line 170
def code_abs
Decimal.new(raw.abs)
end
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#code_bitwise_and(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 174
def code_bitwise_and(other)
Integer.new(raw & other.raw.to_i)
end
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#code_bitwise_or(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 178
def code_bitwise_or(other)
Integer.new(raw | other.raw.to_i)
end
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#code_bitwise_xor(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 182
def code_bitwise_xor(other)
Integer.new(raw ^ other.raw.to_i)
end
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#code_ceil(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 186
def code_ceil(n = nil)
n ||= Integer.new(0)
Integer.new(raw.ceil(n.raw))
end
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#code_clone ⇒ Object
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# File 'lib/code/object/integer.rb', line 191
def code_clone
Integer.new(raw)
end
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#code_compare(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 195
def code_compare(other)
Integer.new(raw <=> other.raw)
end
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#code_days ⇒ Object
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# File 'lib/code/object/integer.rb', line 391
def code_days
Duration.new(raw.days)
end
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#code_decrement(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 205
def code_decrement(n = nil)
n ||= Integer.new(1)
Integer.new(raw - n.raw)
end
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#code_decrement!(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 199
def code_decrement!(n = nil)
n ||= Integer.new(1)
@raw -= n.raw
self
end
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#code_division(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 210
def code_division(other)
Decimal.new(BigDecimal(raw) / other.raw)
end
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#code_eight? ⇒ Boolean
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# File 'lib/code/object/integer.rb', line 214
def code_eight?
Boolean.new(raw == 8)
end
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# File 'lib/code/object/integer.rb', line 218
def code_even?
Boolean.new(raw.even?)
end
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# File 'lib/code/object/integer.rb', line 222
def code_five?
Boolean.new(raw == 5)
end
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#code_floor(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 226
def code_floor(n = nil)
n ||= Integer.new(0)
Integer.new(raw.floor(n.raw))
end
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# File 'lib/code/object/integer.rb', line 231
def code_four?
Boolean.new(raw == 4)
end
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#code_hours ⇒ Object
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# File 'lib/code/object/integer.rb', line 387
def code_hours
Duration.new(raw.hours)
end
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#code_increment(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 241
def code_increment(n = nil)
n ||= Integer.new(1)
Integer.new(raw + n.raw)
end
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#code_increment!(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 235
def code_increment!(n = nil)
n ||= Integer.new(1)
@raw += n.raw
self
end
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#code_inferior(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 246
def code_inferior(other)
Boolean.new(raw < other.raw)
end
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#code_inferior_or_equal(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 250
def code_inferior_or_equal(other)
Boolean.new(raw <= other.raw)
end
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#code_left_shift(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 254
def code_left_shift(other)
Integer.new(raw << other.raw.to_i)
end
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#code_minus(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 258
def code_minus(other)
if other.is_a?(Integer)
Integer.new(raw - other.raw)
else
Decimal.new(raw - other.raw)
end
end
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#code_modulo(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 266
def code_modulo(other)
if other.is_a?(Integer)
Integer.new(raw % other.raw)
else
Decimal.new(raw % other.raw)
end
end
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#code_multiplication(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 274
def code_multiplication(other)
if other.is_a?(Integer)
Integer.new(raw * other.raw)
elsif other.is_a?(Decimal)
Decimal.new(raw * other.raw)
else
String.new(other.raw * raw)
end
end
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# File 'lib/code/object/integer.rb', line 284
def code_nine?
Boolean.new(raw == 9)
end
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# File 'lib/code/object/integer.rb', line 288
def code_odd?
Boolean.new(raw.odd?)
end
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# File 'lib/code/object/integer.rb', line 292
def code_one?
Boolean.new(raw == 1)
end
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#code_plus(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 296
def code_plus(other)
if other.is_a?(Integer)
Integer.new(raw + other.raw)
elsif other.is_a?(Decimal)
Decimal.new(raw + other.raw)
else
String.new(to_s + other.to_s)
end
end
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#code_power(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 306
def code_power(other)
if other.is_a?(Integer)
Integer.new(raw**other.raw)
else
Decimal.new(raw**other.raw)
end
end
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#code_right_shift(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 314
def code_right_shift(other)
Integer.new(raw >> other.raw.to_i)
end
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#code_round(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 318
def code_round(n = nil)
n ||= Integer.new(0)
Integer.new(raw.round(n.raw))
end
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#code_seven? ⇒ Boolean
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# File 'lib/code/object/integer.rb', line 323
def code_seven?
Boolean.new(raw == 7)
end
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# File 'lib/code/object/integer.rb', line 327
def code_six?
Boolean.new(raw == 6)
end
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#code_sqrt ⇒ Object
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# File 'lib/code/object/integer.rb', line 331
def code_sqrt
Decimal.new(Math.sqrt(raw).to_s)
end
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#code_superior(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 335
def code_superior(other)
Boolean.new(raw > other.raw)
end
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#code_superior_or_equal(other) ⇒ Object
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# File 'lib/code/object/integer.rb', line 339
def code_superior_or_equal(other)
Boolean.new(raw >= other.raw)
end
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# File 'lib/code/object/integer.rb', line 343
def code_ten?
Boolean.new(raw == 10)
end
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#code_three? ⇒ Boolean
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# File 'lib/code/object/integer.rb', line 347
def code_three?
Boolean.new(raw == 3)
end
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#code_times(argument, **globals) ⇒ Object
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# File 'lib/code/object/integer.rb', line 359
def code_times(argument, **globals)
raw.times do |element|
argument.call(
arguments: [Argument.new(Integer.new(element))],
**globals
)
end
self
end
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#code_to_decimal ⇒ Object
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# File 'lib/code/object/integer.rb', line 351
def code_to_decimal
Decimal.new(raw)
end
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#code_to_integer ⇒ Object
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# File 'lib/code/object/integer.rb', line 355
def code_to_integer
Integer.new(raw)
end
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#code_truncate(n = nil) ⇒ Object
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# File 'lib/code/object/integer.rb', line 370
def code_truncate(n = nil)
n ||= Integer.new(0)
Integer.new(raw.truncate(n.raw))
end
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# File 'lib/code/object/integer.rb', line 375
def code_two?
Boolean.new(raw == 2)
end
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#code_unary_minus ⇒ Object
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# File 'lib/code/object/integer.rb', line 379
def code_unary_minus
Integer.new(-raw)
end
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# File 'lib/code/object/integer.rb', line 383
def code_zero?
Boolean.new(raw.zero?)
end
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# File 'lib/code/object/integer.rb', line 395
def inspect
to_s
end
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# File 'lib/code/object/integer.rb', line 399
def succ
Integer.new(raw + 1)
end
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# File 'lib/code/object/integer.rb', line 403
def to_s
raw.to_s
end
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