bit of renaming and a string test

stash/parfait/helper.rb

@@ -1,28 +0,0 @@
-require_relative '../helper'
-
-# Parfait test test just that, parfait.
-#
-# The idea is to have really really small main programs that test one very small thing
-# AND return an exit code (or write stdout) that can be checked by
-#  compiling and running the thing remotely
-#
-module ParfaitTests
-  include RuntimeTests
-
-  def setup
-    @stdout =  ""
-    @machine = Risc.machine.boot
-    Vm::Compiler.load_parfait
-  end
-
-  def main
-runko = <<HERE
-class Space < Object
-  int main()
-    PROGRAM
-  end
-end
-HERE
-  runko.sub("PROGRAM" , @main )
-  end
-end

stash/parfait/test_integer.rb

@@ -1,156 +0,0 @@
-require_relative 'helper'
-
-class TestPutiRT < MiniTest::Test
-  include ParfaitTests
-
-  def test_div4_2
-    @main = "return 2.div4()"
-    check 2 % 4
-  end
-  def test_div4_3
-    @main = "return 3.div4()"
-    check 3 % 4
-  end
-  def test_div4_4
-    @main = "return 4.div4()"
-    check 4 % 4
-  end
-  def test_div4_5
-    @main = "return 5.div4()"
-    check 5 % 4
-  end
-  def test_div4_12
-    @main = "return 12.div4()"
-    check 12 % 4
-  end
-  def test_div4_10
-    @main = "return 10.div4()"
-    check 10 % 4
-  end
-
-
-  # finally settled on the long hackers delight version http://www.hackersdelight.org/divcMore.pdf
-  def test_div10_random
-    20.times do
-      i = rand 0xfffff
-      @main = "return #{i}.div10()"
-      check_local i / 10
-    end
-  end
-
-  def test_div10_2
-    @main = "return 2.div10()"
-    check 2 / 10
-  end
-  def test_div10_10
-    @main = "return 10.div10()"
-    check 10 / 10
-  end
-  def test_div10_12345
-    @main = "return 12345.div10()"
-    check 12345 / 10
-  end
-  def test_div10_234567
-    @main = "return 234567.div10()"
-    check 234567 / 10
-  end
-
-  def test_as_char1
-    @main = "return 5.as_char()"
-    check 53
-  end
-
-  def test_as_char2
-    @main = "return 10.as_char()"
-    check 32
-  end
-
-  def test_tos_one_digit
-    @main = "Word five = 5.to_s()
-five.putstring()"
-    @stdout = "5"
-    check
-  end
-
-  def test_tos_one_digit_length
-    @main = "Word five = 5.to_s()
-return five.char_length"
-    check 2
-  end
-
-  def test_tos_zero
-    @main = "Word five = 0.to_s()
-    five.putstring()"
-    @stdout = "0"
-    check
-  end
-
-  def test_tos_two_digit
-    @main = "Word five = 15.to_s()
-five.putstring()"
-    @stdout = "15"
-    check
-  end
-
-  def test_tos_two_digit_length
-    @main = "Word five = 15.to_s()
-    return five.char_length"
-    check 3
-  end
-
-  def test_tos_three_digit
-    @main = "Word five = 150.to_s()
-five.putstring()"
-    @stdout = "150"
-    check
-  end
-
-  def test_puti_four_digit
-    @main = "return 1234.puti()"
-    @stdout = "1234"
-    check 1234
-  end
-
-  def test_puti_seven_digit
-    @main = "int i = 301 * 4096
-      i = i + 1671
-      return i.puti()"
-    @stdout = "1234567"
-    check 1234567
-  end
-
-  def test_puti_seven_digit_length
-    @main = "int i = 301 * 4096
-      Word str = i.to_s()
-      return str.char_length"
-    check 8
-  end
-
-  def test_puti_eight_digit
-    @main = "int i = 3014 * 4096
-      i = i + 334
-      return i.puti()"
-    @stdout = "12345678"
-    check 12345678
-  end
-
-  def test_fibr8
-    @main = "int fib = 8.fibr( )
-             return fib.puti()"
-    @stdout = "21"
-    check 21
-  end
-
-  def test_fibw8
-    @main = "int fib = 8.fibw( )
-             return fib.puti()"
-    @stdout = "21"
-    check 21
-  end
-  def test_fibw20
-    @main = "int fib = 20.fibw( )
-             return fib.puti()"
-    @stdout = "6765"
-    check 6765
-  end
-end