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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0') do
  i=i+1
end
i=0
digits=i
j=digits-1
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0') do
  i=i+1
end
digits=i
j=digits-1
flag=1
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0') do
  i=i+1
end
digits=i
j=digits-1
flag=1
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0') do
  i=i+1
end
digits=i
j=digits-1
flag=1
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0') do
  i=i+1
end
digits=i
j=digits-1
flag=1
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0'){
  i=i+1
}
digits=i
j=digits-1
flag=1
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0')
  i=i+1
digits=i
j=digits-1
flag=1
while(i<j)
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0')
  i=i+1
digits=i
j=digits-1
flag=1
while(i<j)
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0')
  i=i+1
digits=i
j=digits-1
flag=1
while(i<j):
 ...

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a="malayalam\0"
i=0
digits=0
while(a[i]!='\0'):
  i=i+1
digits=i
j=digits-1
flag=1
while(i<j):
 ...

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9
a="malayalam\0"
i=0
digits=0
while(a[i]!='\0')
  i=i+1
digits=i
j=digits-1
flag=1
while(i<j)
 ...

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9
a="malayalam\0"
i=0
digits=0
while(a[i]!='\0'):
  i=i+1
digits=i
j=digits-1
flag=1
while(i<j):
 ...

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#!/usr/bin/ruby
 
class Integer
 
  MAPPING = [" |\n |\n", " |/\n |\n", " |_\n |\n", " |\n |\\\n",
             " |\n/|\n", "_|\n |\n", "\\|\n |\n", "\\|/\n |\n",
             "\\|_\n |\n", "\\|\n |\\\n"]
 
  def to_pss
 ...

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2
read a
print a

1
times 5 puts "Hello"

1
5 times puts "Hello"

1
5.times puts "Hello"

1
times.5 puts "Hello"

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def test_method
  foo = 123
  bar = 'baz'
  @bob = :alice
  $binding = binding
end
 
test_method
p(eval 'local_variables', $binding)

1
class Integer  MAPPING = [" |\n |\n", " |/\n |\n", " |_\n |\n", " |\n |\\\n",             " |\n/|\n", "_|\n |\n", "\\|\n |\n", "\\|/\n |\n",             "\\|_\n |\n", "\\|\n |\\\n"]  def to_pss    (self % 1000).to_s.rjust(3, "0").chars.map(&:to_i).reverse.map { |n| MAPPING[n] }.join  endendclass Symbol  MAPPING = { :e => " |/\n |\n\\|\n |\n\\|\n |\n",              :n => "_|/\n |\n\\|\n |\n |\n/|\n",              :dot => " |\n/|\n |/\n |\n |/\n |\n" }  def to_pss    MAPPING[self]  endendinput = nilbegin  input = ARGF.read.gsub(/\s+/, "").bytes.to_a  input = input.fill(1, input.length, 800 - input.length)rescue => e  puts "no valid input given"  puts "usage: #{__FILE__} input_file"end[[:n, input[170] - input[261], input[38] - input[399], :dot, ((input[185] * input[223]) % 1000) + (input[446] / 10) + 2].map(&:to_pss), [:e, input[212] - input[266], input[661] - input[781], :dot, (((input[60] + input[66]) * input[195]) % 1000) + input[159]].map(&:to_pss)].each do |coord|  puts coord.join("\n")  putsend

1
#!/usr/bin/rubyclass Integer  MAPPING = [" |\n |\n", " |/\n |\n", " |_\n |\n", " |\n |\\\n",             " |\n/|\n", "_|\n |\n", "\\|\n |\n", "\\|/\n |\n",             "\\|_\n |\n", "\\|\n |\\\n"]  def to_pss    (self % 1000).to_s.rjust(3, "0").chars.map(&:to_i).reverse.map { |n| MAPPING[n] }.join  endendclass Symbol  MAPPING = { :e => " |/\n |\n\\|\n |\n\\|\n |\n",              :n => "_|/\n |\n\\|\n |\n |\n/|\n",              :dot => " |\n/|\n |/\n |\n |/\n |\n" }  def to_pss    MAPPING[self]  endendinput = nilbegin  input = ARGF.read.gsub(/\s+/, "").bytes.to_a  input = input.fill(1, input.length, 800 - input.length)rescue => e  puts "no valid input given"  puts "usage: #{__FILE__} input_file"end[[:n, input[170] - input[261], input[38] - input[399], :dot, ((input[185] * input[223]) % 1000) + (input[446] / 10) + 2].map(&:to_pss), [:e, input[212] - input[266], input[661] - input[781], :dot, (((input[60] + input[66]) * input[195]) % 1000) + input[159]].map(&:to_pss)].each do |coord|  puts coord.join("\n")  putsend

1
#!/usr/bin/rubyclass Integer  MAPPING = [" |\n |\n", " |/\n |\n", " |_\n |\n", " |\n |\\\n",             " |\n/|\n", "_|\n |\n", "\\|\n |\n", "\\|/\n |\n",             "\\|_\n |\n", "\\|\n |\\\n"]  def to_pss    (self % 1000).to_s.rjust(3, "0").chars.map(&:to_i).reverse.map { |n| MAPPING[n] }.join  endendclass Symbol  MAPPING = { :e => " |/\n |\n\\|\n |\n\\|\n |\n",              :n => "_|/\n |\n\\|\n |\n |\n/|\n",              :dot => " |\n/|\n |/\n |\n |/\n |\n" }  def to_pss    MAPPING[self]  endendinput = nilbegin  input = ARGF.read.gsub(/\s+/, "").bytes.to_a  input = input.fill(1, input.length, 800 - input.length)rescue => e  puts "no valid input given"  puts "usage: #{__FILE__} input_file"end[[:n, input[170] - input[261], input[38] - input[399], :dot, ((input[185] * input[223]) % 1000) + (input[446] / 10) + 2].map(&:to_pss), [:e, input[212] - input[266], input[661] - input[781], :dot, (((input[60] + input[66]) * input[195]) % 1000) + input[159]].map(&:to_pss)].each do |coord|  puts coord.join("\n")  putsend

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class Array
 def pascal
  pairs = each_cons(2)
  Array.new(self.size - 1) { pairs.next.inject(:+) }.
   unshift(self.first).
   push(self.last)
 end
 
 def pascal!
 ...

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module Enumerable
 def pascal
  pairs = each_cons(2)
  Array.new(self.size - 1) { pairs.next.inject(:+) }.
   push(1).
   unshift(1)
 end
 
 def pascal!
 ...

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module Enumerable
 def pascal
  pairs = each_cons(2)
  Array.new(self.size - 1) { pairs.next.inject(:+) }.
   push(1).
   unshift(1)
 end
 
 def pascal!
 ...

1
puts RUBY_VERSION

1
print "Kode Multus"

1
print "Kode Multus"

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9
 
def choose(m)
    self.factorial / (m.factorial * (self - m).factorial)
  end
  def fact (n)
        if n <  2
        return 1 
        end
    (2..n).inject(1) { |f, n| f * n }
 ...

1
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3
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9
 
def choose(m)
    self.factorial / (m.factorial * (self - m).factorial)
  end
  def fact (n)
        if n <  2
        return 1 
        end
    (2..n).inject(1) { |f, n| f * n }
 ...