# puts "lpackbit $mabid $ls0 $t" # puts # (32 / 16).times { |i| puts "lpassa $llm#{16*i}v $llr#{16*i}v" } # puts # 16.times do |i| # puts "lxor $lr#{2*i} $ln0v $lr32v" # puts "lxor $lr#{2*i} $ln8v $nowrite" # puts "ulmin $aluf $lr32v $lr40v" # puts "lxor $lr#{2*i} $ln16v $lr48v" # puts "lxor $lr#{2*i} $ln24v $nowrite" # puts "ulmin $aluf $lr48v $nowrite" # puts "ulmin $aluf $lr40v $nowrite" # puts "l1bmrland $aluf $lb0" # puts "nop" # puts "nop" # puts "l1bmp $llb0 $llm#{32*i + 32}v" # puts "l1bmp $llb8 $llm#{32*i + 48}v" # puts # end # (32 / 8).times { |i| puts "l1bmrland $lmt#{32*4*i + 32}v32 $lbi"; puts "l1bmm $lbi $ls#{8*i + 32}v" } # puts # puts "nop" # puts "nop" # puts # (32 / 8).times { |i| puts "llnot $ls#{8*i + 32}v $ln#{8*i + 32}v" } lpackbit $mabid $ls0 $t lpassa $llm0v $llr0v lpassa $llm16v $llr16v lxor $lr0 $ln0v $lr32v lxor $lr0 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr0 $ln16v $lr48v lxor $lr0 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm32v l1bmp $llb8 $llm48v lxor $lr2 $ln0v $lr32v lxor $lr2 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr2 $ln16v $lr48v lxor $lr2 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm64v l1bmp $llb8 $llm80v lxor $lr4 $ln0v $lr32v lxor $lr4 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr4 $ln16v $lr48v lxor $lr4 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm96v l1bmp $llb8 $llm112v lxor $lr6 $ln0v $lr32v lxor $lr6 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr6 $ln16v $lr48v lxor $lr6 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm128v l1bmp $llb8 $llm144v lxor $lr8 $ln0v $lr32v lxor $lr8 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr8 $ln16v $lr48v lxor $lr8 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm160v l1bmp $llb8 $llm176v lxor $lr10 $ln0v $lr32v lxor $lr10 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr10 $ln16v $lr48v lxor $lr10 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm192v l1bmp $llb8 $llm208v lxor $lr12 $ln0v $lr32v lxor $lr12 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr12 $ln16v $lr48v lxor $lr12 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm224v l1bmp $llb8 $llm240v lxor $lr14 $ln0v $lr32v lxor $lr14 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr14 $ln16v $lr48v lxor $lr14 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm256v l1bmp $llb8 $llm272v lxor $lr16 $ln0v $lr32v lxor $lr16 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr16 $ln16v $lr48v lxor $lr16 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm288v l1bmp $llb8 $llm304v lxor $lr18 $ln0v $lr32v lxor $lr18 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr18 $ln16v $lr48v lxor $lr18 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm320v l1bmp $llb8 $llm336v lxor $lr20 $ln0v $lr32v lxor $lr20 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr20 $ln16v $lr48v lxor $lr20 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm352v l1bmp $llb8 $llm368v lxor $lr22 $ln0v $lr32v lxor $lr22 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr22 $ln16v $lr48v lxor $lr22 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm384v l1bmp $llb8 $llm400v lxor $lr24 $ln0v $lr32v lxor $lr24 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr24 $ln16v $lr48v lxor $lr24 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm416v l1bmp $llb8 $llm432v lxor $lr26 $ln0v $lr32v lxor $lr26 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr26 $ln16v $lr48v lxor $lr26 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm448v l1bmp $llb8 $llm464v lxor $lr28 $ln0v $lr32v lxor $lr28 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr28 $ln16v $lr48v lxor $lr28 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm480v l1bmp $llb8 $llm496v lxor $lr30 $ln0v $lr32v lxor $lr30 $ln8v $nowrite ulmin $aluf $lr32v $lr40v lxor $lr30 $ln16v $lr48v lxor $lr30 $ln24v $nowrite ulmin $aluf $lr48v $nowrite ulmin $aluf $lr40v $nowrite l1bmrland $aluf $lb0 nop nop l1bmp $llb0 $llm512v l1bmp $llb8 $llm528v nop nop l1bmrland $lmt32v32 $lbi l1bmm $lbi $ls32v l1bmrland $lmt160v32 $lbi l1bmm $lbi $ls40v l1bmrland $lmt288v32 $lbi l1bmm $lbi $ls48v l1bmrland $lmt416v32 $lbi l1bmm $lbi $ls56v llnot $ls32v $ln32v llnot $ls40v $ln40v llnot $ls48v $ln48v llnot $ls56v $ln56v