ASCII的95个字符…95个电影引号


119

更新:获胜者已经确定,但是挑战尚未结束!

终于,在问题首次提出后近三个月,有人一直是最后一个回答者一个多星期!祝贺jimmy23013P1eq答案!

但是,仍然剩下8个字符:48KSaclw。如果有人真的有野心,他们可以继续尝试那些:D

感谢所有参加的人,尤其是那些使比赛持续了这么长时间并提供多个答案的人,特别是KennyTM,答案高达25!

另外,感谢任何使答案列表保持最新的人,它对您有很大的帮助:)(特别是自从我离开SE几个月以来:P)。


原始问题:

2005年,美国电影协会制作了AFI的100年... 100电影行情,列出了美国电影界的最佳行情。此处列出的名称与在此挑战中应使用的名称完全相同:

(answer  6) 1. "Frankly, my dear, I don't give a damn." - Rhett Butler
(answer  7) 2. "I'm gonna make him an offer he can't refuse." - Vito Corleone
(answer  5) 3. "You don't understand! I coulda had class. I coulda been a contender. I could've been somebody, instead of a bum, which is what I am." - Terry Malloy
(answer  3) 4. "Toto, I've a feeling we're not in Kansas anymore." - Dorothy Gale
5. "Here's looking at you, kid." - Rick Blaine
(answer  2) 6. "Go ahead, make my day." - Harry Callahan
(answer 11) 7. "All right, Mr. DeMille, I'm ready for my close-up." - Norma Desmond
(answer  8) 8. "May the Force be with you." - Han Solo
(answer 12) 9. "Fasten your seatbelts. It's going to be a bumpy night." - Margo Channing
(answer 13) 10. "You talking to me?" - Travis Bickle
(answer 16) 11. "What we've got here is failure to communicate." - Captain
(answer 15) 12. "I love the smell of napalm in the morning." - Lt. Col. Bill Kilgore
(answer  4) 13. "Love means never having to say you're sorry." - Jennifer Cavilleri Barrett
14. "The stuff that dreams are made of." - Sam Spade
(answer 18) 15. "E.T. phone home." - E.T.
(answer 20) 16. "They call me Mister Tibbs!" - Virgil Tibbs
17. "Rosebud." - Charles Foster Kane
(answer 10) 18. "Made it, Ma! Top of the world!" - Arthur "Cody" Jarrett
(answer 17) 19. "I'm as mad as hell, and I'm not going to take this anymore!" - Howard Beale
(answer 25) 20. "Louis, I think this is the beginning of a beautiful friendship." - Rick Blaine
(answer 26) 21. "A census taker once tried to test me. I ate his liver with some fava beans and a nice Chianti." - Hannibal Lecter
(answer  9) 22. "Bond. James Bond." - James Bond
(answer 22) 23. "There's no place like home." - Dorothy Gale
(answer 29) 24. "I am big! It's the pictures that got small." - Norma Desmond
25. "Show me the money!" - Rod Tidwell
(answer 31) 26. "Why don't you come up sometime and see me?" - Lady Lou
(answer 27) 27. "I'm walking here! I'm walking here!" - "Ratso" Rizzo
(answer 14) 28. "Play it, Sam. Play 'As Time Goes By.'" - Ilsa Lund
(answer 28) 29. "You can't handle the truth!" - Col. Nathan R. Jessup
(answer 23) 30. "I want to be alone." - Grusinskaya
(answer 30) 31. "After all, tomorrow is another day!" - Scarlett O'Hara
(answer  1) 32. "Round up the usual suspects." - Capt. Louis Renault
(answer 24) 33. "I'll have what she's having." - Customer
(answer 36) 34. "You know how to whistle, don't you, Steve? You just put your lips together and blow." - Marie "Slim" Browning
(answer 19) 35. "You're gonna need a bigger boat." - Martin Brody
(answer 39) 36. "Badges? We ain't got no badges! We don't need no badges! I don't have to show you any stinking badges!" - "Gold Hat"
(answer 40) 37. "I'll be back." - The Terminator
(answer 33) 38. "Today, I consider myself the luckiest man on the face of the earth." - Lou Gehrig
(answer 37) 39. "If you build it, he will come." - Shoeless Joe Jackson
(answer 43) 40. "My mama always said life was like a box of chocolates. You never know what you're gonna get." - Forrest Gump
(answer 34) 41. "We rob banks." - Clyde Barrow
(answer 38) 42. "Plastics." - Mr. Maguire
43. "We'll always have Paris." - Rick Blaine
(answer 49) 44. "I see dead people." - Cole Sear
(answer 21) 45. "Stella! Hey, Stella!" - Stanley Kowalski
(answer 32) 46. "Oh, Jerry, don't let's ask for the moon. We have the stars." - Charlotte Vale
(answer 35) 47. "Shane. Shane. Come back!" - Joey Starrett
(answer 42) 48. "Well, nobody's perfect." - Osgood Fielding III
(answer 51) 49. "It's alive! It's alive!" - Henry Frankenstein
(answer 41) 50. "Houston, we have a problem." - Jim Lovell
(answer 45) 51. "You've got to ask yourself one question: 'Do I feel lucky?' Well, do ya, punk?" - Harry Callahan
(answer 55) 52. "You had me at "hello."" - Dorothy Boyd
(answer 46) 53. "One morning I shot an elephant in my pajamas. How he got in my pajamas, I don't know." - Capt. Geoffrey T. Spaulding
(answer 44) 54. "There's no crying in baseball!" - Jimmy Dugan
(answer 59) 55. "La-dee-da, la-dee-da." - Annie Hall
(answer 60) 56. "A boy's best friend is his mother." - Norman Bates
(answer 47) 57. "Greed, for lack of a better word, is good." - Gordon Gekko
(answer 56) 58. "Keep your friends close, but your enemies closer." - Michael Corleone
(answer 48) 59. "As God is my witness, I'll never be hungry again." - Scarlett O'Hara
(answer 50) 60. "Well, here's another nice mess you've gotten me into!" - Oliver
(answer 65) 61. "Say "hello" to my little friend!" - Tony Montana
(answer 66) 62. "What a dump." - Rosa Moline
(answer 52) 63. "Mrs. Robinson, you're trying to seduce me. Aren't you?" - Benjamin Braddock
(answer 61) 64. "Gentlemen, you can't fight in here! This is the War Room!" - President Merkin Muffley
(answer 68) 65. "Elementary, my dear Watson." - Sherlock Holmes
(answer 64) 66. "Take your stinking paws off me, you damned dirty ape." - George Taylor
(answer 53) 67. "Of all the gin joints in all the towns in all the world, she walks into mine." - Rick Blaine
(answer 72) 68. "Here's Johnny!" - Jack Torrance
(answer 71) 69. "They're here!" - Carol Anne Freeling
(answer 73) 70. "Is it safe?" - Dr. Christian Szell
(answer 54) 71. "Wait a minute, wait a minute. You ain't heard nothin' yet!" - Jakie Rabinowitz/Jack Robin
(answer 77) 72. "No wire hangers, ever!" - Joan Crawford
(answer 67) 73. "Mother of mercy, is this the end of Rico?" - Cesare Enrico "Rico" Bandello
(answer 70) 74. "Forget it, Jake, it's Chinatown." - Lawrence Walsh
(answer 74) 75. "I have always depended on the kindness of strangers." - Blanche DuBois
(answer 78) 76. "Hasta la vista, baby." - The Terminator
(answer 75) 77. "Soylent Green is people!" - Det. Robert Thorn
(answer 76) 78. "Open the pod bay doors, HAL." - Dave Bowman
(answer 80) 79. Striker: "Surely you can't be serious." Rumack: "I am serious...and don't call me Shirley." - Ted Striker and Dr. Rumack
(answer 84) 80. "Yo, Adrian!" - Rocky Balboa
(answer 81) 81. "Hello, gorgeous." - Fanny Brice
(answer 83) 82. "Toga! Toga!" - John "Bluto" Blutarsky
(answer 63) 83. "Listen to them. Children of the night. What music they make." - Count Dracula
(answer 87) 84. "Oh, no, it wasn't the airplanes. It was Beauty killed the Beast." - Carl Denham
(answer 88) 85. "My precious." - Gollum
(answer 86) 86. "Attica! Attica!" - Sonny Wortzik
(answer 57) 87. "Sawyer, you're going out a youngster, but you've got to come back a star!" - Julian Marsh
(answer 82) 88. "Listen to me, mister. You're my knight in shining armor. Don't you forget it. You're going to get back on that horse, and I'm going to be right behind you, holding on tight, and away we're gonna go, go, go!" - Ethel Thayer
(answer 58) 89. "Tell 'em to go out there with all they got and win just one for the Gipper." - Knute Rockne
(answer 90) 90. "A martini. Shaken, not stirred." - James Bond
(answer 85) 91. "Who's on first." - Dexter
(answer 62) 92. "Cinderella story. Outta nowhere. A former greenskeeper, now, about to become the Masters champion. It looks like a mirac...It's in the hole! It's in the hole! It's in the hole!" - Carl Spackler
(answer 69) 93. "Life is a banquet, and most poor suckers are starving to death!" - Mame Dennis
(answer 89) 94. "I feel the need - the need for speed!" - Lt. Pete "Maverick" Mitchell and Lt. Nick "Goose" Bradshaw
(answer 79) 95. "Carpe diem. Seize the day, boys. Make your lives extraordinary." - John Keating
(answer 91) 96. "Snap out of it!" - Loretta Castorini
(answer 92) 97. "My mother thanks you. My father thanks you. My sister thanks you. And I thank you." - George M. Cohan
(answer 93) 98. "Nobody puts Baby in a corner." - Johnny Castle
(answer 94) 99. "I'll get you, my pretty, and your little dog, too!" - Wicked Witch of the West
(answer 95) 100. "I'm the king of the world!" - Jack Dawson

(请随时将引号标记为已使用。)

有95个可打印的ASCII字符(十六进制代码20至7E),接近100:

 !"#$%&'()*+,-./0123456789:;<=>?@ABCDEFGHIJKLMNOPQRSTUVWXYZ[\]^_`abcdefghijklmnopqrstuvwxyz{|}~

在这一挑战中,用户将轮流编写程序,每次使用新的编程语言和较小的可打印ASCII子集来打印电影报价之一。

运作方式

我已经提交了第一个答案,并已将其标记为95,因为允许我在程序中使用所有95个可打印的ASCII字符。这是一个Python程序,将第100个引号"I'm the king of the world!" - Jack Dawson输出到stdout。

要回答的第二个人需要选择新的引号,新的编程语言以及要从其代码中排除的95个可打印ASCII字符之一。他们必须编写一个程序,而不必使用将此字符打印到stdout的此字符。他们应该将答案标记为94,因为他们可以使用94个可打印的ASCII字符(将其视为倒数)。

回答的第三人必须选择一个以前的答案中未使用过的引号和语言(本例中仅使用95和94),并放弃一个新字符。他们不得在其代码中使用此字符或任何以前禁止的字符。他们将答案标记为93。

这样的回答过程将一直这样进行,直到所有可打印的ASCII字符都被禁止,并且有人给出了“ 1”答案,或者更有可能的是,没人想出如何再次回答。

规则(请仔细阅读)

重要的是要理解一次只能一个人回答,每个答案取决于之前的回答。决不能有两个答案使用相同的数字,引号或编程语言。

肯定会在同一时间提交冲突的答案,这没关系。如果发生这种情况,稍后进行技术回答的人应迅速(如10分钟或更短)删除或编辑帖子,以使其成为下一个答案。否则,除非确实必要,否则不要编辑代码。鼓励编辑帖子以仅修复格式。

具体规则

  • 刚刚回答的用户必须等待至少一个小时才能再次回答。
  • 用户可能不会连续回答两次。
  • 您选择的报价编号不得低于答案编号5以上。例如,答案90可以从数字85到100中选择任何未使用的报价。这为较难的答案留下了更好的报价。除此规则外,引用编号无关紧要。
  • 程序只能包含制表符,换行符和到目前为止禁止使用的可打印ASCII字符。(禁止使用制表符和换行符。)
  • 程序长度没有限制,但是程序中最多不能包含64个制表符或64个换行符。
  • 如果通常使用不同的名称来指代语言,则它们被认为是不同的。不同版本的编程语言不被认为是不同的。(确实可以使用HTML之类的标记语言,但最好使用全部编程语言。)您的语言必须在比赛开始之前已经存在。
  • 如果您的语言没有标准输出,请使用一些类似的文本输出机制。
  • 您的程序不应输入或具有意外的副作用,例如创建文件。

请确保您的程序有效。它应该能够按原样作为完整程序运行,而不仅仅是在REPL环境中。

请注意,必须输出的“引号”包括引号和说出引号的人(但不包括引号)。您的程序应仅产生与上面列表中完全相同的报价(引号/尾随换行符可以)。

格式化

请按以下格式格式化您的答案,{stuff in curly braces}需要替换:

#{answer number}. {language}, uses no <code>{the forbidden character you just chose}</code>

    {program}

Output is quote {quote number}:

    {program output, should be identical to quote}

[Previously forbidden:]({url of previous answer (hit "share" just below it)}) <code>{the previous answerer's forbidden character followed by his previously forbidden list}</code>

{anything else you wish to say}

<code>标签可以用反引号(替代`),只要在其中没有发生反引号。

计分

这一挑战的共同目标是使答案尽可能长的时间。

官方获胜者是一周没有其他答案之后,最后回答的用户。我会接受他们的最后答案。

答案列表(最新的优先)

  1. 4 渐进一元
  2. a 布埃
  3. c 乌达格
  4. S 1L_a105
  5. w Binaryfuck
  6. K 皮下
  7. l 23

  1. n P1当量
  2. t 阿德莱克
  3. 9 x86机器代码
  4. r BSM
  5. D ShaFuck 0.2
  6. u 维尔马克
  7. O PDP-11机器代码
  8. f ProgFk
  9. i 数字键盘
  10. H
  11. 2 费尔南多
  12. P 尖尖的
  13. m Subleq
  14. G FlogScript
  15. ? 奎布
  16. % 草甘膦
  17. ! 3变
  18. q 预计到达时间
  19. j BrainSpace 1.0
  20. V 失眠
  21. ` 自卫队
  22. 6 懒K
  23. C Py!批次1.5
  24. T
  25. F PoGo
  26. R 古鲁纳尔
  27. b 6502机器代码+ Apple II系统监视器
  28. Y 头颈
  29. I BRB
  30. U 脑力崩溃
  31. Z 欣喜若狂
  32. M 农场
  33. A 灌肠剂
  34. L 调整
  35. $ 贝特尼克
  36. N 雷布姆
  37. g 杜比狗
  38. B Gammaplex
  39. J 他妈的4
  40. 5 A0A0
  41. W gs2
  42. : 33吨
  43. h 托诺科
  44. E 马尔博格
  45. k D1ffe7e45e
  46. 1 邪恶
  47. Q 编码
  48. d
  49. # URSL
  50. | 滑稽的
  51. x 艾门塔尔
  52. ~ 苹果软件BASIC
  53. ^ 向前
  54. 7 80386机器代码+ DOS
  55. _ 啊!
  56. v 雷克斯
  57. } AlphaBeta
  58. o 超级堆栈!
  59. e 腐霉菌
  60. z 普通TeX
  61. > 水务署
  62. ] POSIX外壳
  63. & 胡言乱语
  64. / 高尔夫脚本
  65. * x86_64组装
  66. 0 苹果脚本
  67. X 死鱼〜
  68. ,
  69. - 代码
  70. = Ĵ
  71. @ Mathematica
  72. . 佩尔
  73. + 脱氧核糖核酸#
  74. <
  75. ) 后记
  76. [ 美国广播公司
  77. s 直流电
  78. { 的HTML
  79. ( 一元
  80. ; 好的
  81. ' 贾姆
  82.   的PHP
  83. " 脑干
  84. \ 马氏
  85. 3 C ++
  86. y 红宝石
  87. p 的JavaScript
  88.      蟒蛇

(如果不正确或过时,请随时进行编辑)

当您按“最旧”排序时,此问题最有效。

注意:就像我的最后一个问题一样,这是对新挑战类型的测试,其中每个答案都取决于最后一个答案并增加了难度。来聊天或使用meta讨论一般的问题或想法。


多奇怪。每个人都知道如何做#2,但是没有人愿意做(主要是因为#1将变得不可能)。如果重新启动此挑战,则可能会完成。
CalculatorFeline

我会做的!
Christopher

@CalculatorFeline 2你好吗?
Christopher

同样的方法来做#1。语言。当然,这将消除挑战。
CalculatorFeline

@CalculatorFeline Lenguage弥补了这一挑战,这是一个标准漏洞。(请参见第一行中的链接。)
jimmy23013

Answers:


19

8. P1eq(使用no n

它需要非Windows 64位平台才能正常工作,就像Addleq答案一样。它对-1使用相同的技巧。

它具有64个换行符和57个选项卡。

它很慢,大约在我的计算机上运行了18分钟。

844 844 88888   848
844 4
844 444
444
8   448
444 448 4
484
884 488
488
488
484 488 88
84  48
48
844 4444
4444
848 844 88888
88884884    888484  4484
8884484 4444848 4848888
4448448 4488    4444848
488 88  44888
4884848 4488    4444848
8488884 4488    4444848
484884888   48848   4848888
4448448 4444848 8884484
88  4488848 884484
88884884    4444848 4844848
4444848 4444888 4484
44884   4444848 8
444844  88  8484484
48  884
844 484
88
4444
444 4448
4444    4448    4
4448
444 4448    88888888888888888888
48  4444
444 4448
4444    4448    4
4448
4448
444 4448    4
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444
444 88888888888888888888
848 844 4

输出为报价8:

"May the Force be with you." - Han Solo

以前禁止

?!"#$%&'()*+,-./01235679:;<=>@[\]^_` AbBCdDeEfFgGhHiIjJkLmMNoOpPqQrRstTuUvVWxXyYzZ{|}~

剩余的:

  • 号码: 4 8
  • 大写: K S
  • 小写: a c l w

P1eq就像Subleq和Addleq一样,指令B = A + 1,如果B不变,则跳转。

说明:

844 844 88888        # *844 = 1.
848 addr4:844 4 7    # Jump back to 4. And add some nonsense values to *4,
                     #   which is never read. Note that if it jumps to 8, 
                     #   neither *44 nor *48 could be a jump target.
844 444 10           # Initialize *444 to 2.
addr10: 444 444 13   # Increment *444.
8 448 16             # *448 = 445.
444 448 4            # If *444 == 444, jump back to 4.
484 484 22           # Increment *484.
884 488 25           # *488 = *884 + 1.
488 488 28           # Increment *488 two times. This prevents the infinite
488 488 31           #   loop when *884 is uninitialized.
484 488 88           # If *484 + 1 == *488, jump to 88.
84 48 37             # *48 = 10.
48 48 40
844 4444 43          # *4444 = 3.
4444 4444 46
848 844 addr48:88888 # Jump back to 10.

# Data.

88884884 888484 4484
8884484 4444848 4848888
4448448 4488 4444848
488 88 44888
4884848 4488 4444848
8488884 4488 4444848
484884888 48848 4848888
4448448 4444848 8884484
88 4488848 884484
88884884 4444848 4844848
4444848 4444888 4484
44884 4444848 addr84:8    # The 8 is for getting 10 in the loop.
444844 88 8484484

addr88:48 884 91     # *884 = content of current cell. 48 is also the last
                     #   data cell, which will be 88, the address of itself
                     #   when read. 884 is also the end-of-data marker.
                     # *444 will be (current cell value mod 441) + 3
844 484 94           # Reset *484 to 1.
88 88 97             # Increment the data pointer.
4444 4444 100        # *4444 = 4.
444 4448 103
4444 4448 4          # If *884 was uninitialized, skip.
4448 4448 109
444 4448 (-1)        # If it is at the end of data (2 mod 441), stop.
48 4444 115          # *4444 = 10
444 4448 118
4444 4448 4          # If the current cell value is 8, skip.
4448 4448 124
4448 4448 127
444 4448 4           # If the current cell value is 10 (the jump target), skip.
444 444 133          # *444 += 20. This makes the last cell value 88 outputs the
444 444 136          #   last character "o".
444 444 139          # *444 will be (current cell value mod 441) + 23, which is
444 444 142          #   either the character to output, or the character to
444 444 145          #   output + 256. Some characters' minimum mod 441
444 444 148          #   representations using only 4 and 8 overflowed 32 bit
444 444 151          #   integer. But those characters plus 256 worked well.
444 444 154
444 444 157
444 444 160
444 444 163
444 444 166
444 444 169
444 444 172
444 444 175
444 444 178
444 444 181
444 444 184
444 444 187
444 444 190
444 (-1) 193         # Output the character.
848 844 4            # Jump back to the loop.

该程序将* 444和* 484一起增加,并在* 444变为某个值时将其重置。当* 484等于数据时,* 444将是数据的其余部分除以某个值。

代码中只有6个存储单元可以直接用4和8寻址。我必须重用其中的一些。这也使某些操作不按我想要的顺序进行,例如使用未初始化的变量。但是我可以丢弃循环第一次返回的任何内容,然后再进行初始化。


其他一些语言很有趣,但不再可用:

  • 更多一元变体
  • 使用数字的语言
    • NULL我相信它应该没有奇数就可以工作。不幸的是,事实并非如此。
    • 史密斯#

现在我剩下3种语言了。

对于任何想写更多答案的人,以下是一些指导说明:

  • 实际机器代码(如果它们具有不需要文件头的格式,并且具有文本输入/输出指令)。
  • 基于数字的OISC。
  • 非深奥的语言,由于某些原因碰巧使用单字符指令。也许是APL家庭。
  • 自修改二进制代码。
  • 专为一些有关语言外观的想法而设计的语言。
  • esolangs Wiki上没有的语言也没有英语描述,这意味着其他用户几乎不了解它们。

确切地说,我有:

  • 十六进制语言,应该能够使用一些自解压代码打印报价。
  • 与任何两个不同字符(换行符除外)一起使用的2D语言。
  • 一种未记录的语言,可以使用行长作为说明。

1
哇,我认为P1Eq在64行中是不可能的。+1。除了“语言”外,我还有1种语言可以回答#3。“ Wunnel”本来是答案2的理想选择,但它会打印文字0和1而不是位。完全浪费了。
kennytm 2014年

1
@KennyTM我尚未测试我的答案#2。而且我猜在有人发布答案#2之后,我的答案#1语言将没有可打印的报价。现在,我正在寻找除Wiki之外的其他语言资源,但找不到任何有效的方法。
jimmy23013 2014年

1
@KennyTM我发现了另一种方式来打印我的答案#1语言的字符串,该语言最多可以打印62个字符。实际上,这就是默认示例的工作方式,但是我懒得阅读源代码以学习这种未记录的语言。
jimmy23013 2014年

1
我离开SE已有一段时间了,但除非我很误会,否则这个答案就成功了!这是12月17日发布的,已经过去了几个星期。很好!
加尔文的爱好2015年

126

90. Brainfuck,不使用 "

     ++++             ++++        [>+>++>+++>++++>+  ++++>++++++>+++++++
   >+++++++         +>++++++      +++>++++++++++>+   ++ ++   ++++++>++++
  +++    +++       ++>    +++     +++       ++++  +++>++++++++
 +++      +++     >++      +++             ++++  ++ ++     ++
>+++      ++++   ++++      ++++           +<<<  <<   <   <<
<<<<      <<<<   -]>>      >>++          .-->  >>>+.-<<<<.>
>>>>      >>>>   >---      .+++         <<+.
->>+      +.--   >---      -.++        ++<<
 +.-      >--     .++      <+.        -<<<
  <<<    <--       .++    <<.       >>>>>
   >+++.---         >>>.<+.-       >+++.--
     ----             .+++        >--.++<<<

<<<<<----.++++<<.>>>>>>>>>>--.+.+>----.++++<<<<<<<<<<<.>>>>>>>>>>+++.--->----.
++++<<+.->++..--<---.-.++++<<<<<<<--.++<<++.--.>>---.+++<<.>>>>>++.-->>>+.->>-
--.+++<---.+++>+++.---<<<<<<<<<<.>>>>++.-->>>>>>-.-.++<----.++++<<<<<<<<<<<<<.

输出为报价90:

"A martini. Shaken, not stirred." - James Bond

以前禁止: py3\

.+-禁止任何一项之前,必须有人做。
在这里尝试:http : //ideone.com/dlu8VE


28
简直美极了。
Flonk 2014年

13
为什么要删除"?对于您之后的所有人来说,这都是一种卑鄙的态度。
彼得·奥尔森

75

51. Malbolge(不使用E

(换行符只是为了澄清,而不是源代码的一部分。)

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ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZHGWWDUBRRPONNMKnlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPO!ljjihffw?
ct`NMLKJZHGWWDUBRRPONNMKnlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPO!ljjihffw?
ct`NMLKJZHGWWDUBRRPONNMKnlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPO!ljjihffw?
ct`NMLKJZHGWWDUBRRPONNMKnlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPO!ljjihffw?
ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZl:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBj??gfw::tr`64nn!ljjihffw?
ct`NMLKJZHGWWDUBRRPONNMKKIHjj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPONMFjihffw?
ct`NMLKJZHGWWDUBRRPONNMKKIHjj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPONMFjihffw?
ct`NMLKJZHGWWDUBRRPONNMKKIHjj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPONMFjihffw?
ct`NMLKJZHGWWDUBRRPONNMKKIHjj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqGFDDBBWVUZSRWPONMRKPONMFjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
DC%%:?8!65:92Vw5uu2rqqL:nllGihg%BTc!?``u::rw6ut4!2jiAPONjchgJI%cbaDYBWV?ZYw:P9NMq5J2HlFKDCHAF?
DCB%:98!Zl:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jWDUBRR?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??ZSRWPOr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffTc!?``u::rw6ut4!2jinm?Ojcu:`rqc5!`lAj??gfw::tr`64nn!ljjihffw?
ct``:?!!6l:jihwfut?rr`L:nlljj!hffAcbaa`ut:rZYuWml2SRhPfOjchgJI%FbaDYBWV?ZYw:99NSLKPn2GFKDCBAF?
DC%A:98!65492Vw5utP

输出为报价49:

"It's alive! It's alive!" - Henry Frankenstein

以前禁止"#&'()*+,-./0137;<=>@[\]^_ deopQksvxXyz{|}~

其余字符:

  • 符号: ! $ % : ? `
  • 号码: 2 456 89
  • 大写: ABCD FGHIJKLMNOP RSTUVW YZ
  • 小写: abc fghij lmn qr tu w

您可以使用参考Malbolge解释器运行它。


13
这个答案太神奇了!我以前从未见过有用的Malbonge程序,更不用说如此受限制的程序了。做得好!
isaacg 2014年

10
神的圣洁母亲。你是怎么写的?
IngoBürk,2014年

2
我真的是想问你是怎么想出来的?我的意思是显然它像每个malbolge程序一样生成,但是您如何处理字符限制?
IngoBürk2014年

23
我刚才注意到,代码的格式设置为在两列中拼写为“ It's alive”。ang,真棒 这是值得的赏金,所以我举一个。
英戈·伯克

3
@gone_native那么详细吗?你是怎么做到的?
Pureferret

37

10. x86机器码,不使用 9

当我意识到剩下的字符包括“ Dec BX”和“ Push BX”的操作码时,我得出结论,仍然可以使用x86程序。

链接代码和.com文件

该代码看起来像是更长的版本:

44444444444444444444444444444444444444444444444444444444444444444444444444444444444
44444444444444444444444444444444444444444444444444444444444444444444444444444444444
44444444444444444444444444444444444444444444444444444444444444444444444444444444444
44444444444444444444444444444444444444444444444444444444444444444444444444444444444
44444444444444444444444444444444444444444444444444444444444444444444444444444444444
444444444844444444444444444444444444444444444KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKSSSSSSSaKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKSSSSSSSSSSSSSSSSSSSSSSSSSSKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK

使用bzip2base-64编码并经过压缩的代码是:

QlpoOTFBWSZTWSPev2AAAC3//IQAAE8AxAVVAljshO2a1CIgAAQCIAACQAKABEgwALtaISjAEwAC
YEwAE/RCKepoDIDQDQhgAATBEqUyYJ6TTCYm0RiYAmjE9y2DggyCjSr7QBKBBfLXbplPpVr0UZ9F
fce4QKIQigD2luNYchgZJSn9wWwWTL+vYVhM0o2SZAgIgLAWoqgeIwgnxBokBQJABPmuigiPswCA
CIqGH0GnHfFahZ987YEg6UpWEhB7jmzKcAOjGZxPEKJIMikhAUX/F3JFOFCQI96/YA==

输出为报价18:

“做到了,妈!世界之巅!” -亚瑟·“科迪”贾勒特

以前禁止

?!"#$%&'()*+,-./0123567:;<=>@[\]^_` AbBCdDeEFfgGhHiIjJkLmMNoOpPqQRrsTuUvVWxXyYzZ{|}~

其余字符:

  • 号码: 4 8
  • 大写: K S
  • 小写: a c l n t w

它是自我修改的代码,可以创建自我修改的代码,其工作方式如下:

首先通过输入以“ 8”结尾的“ 4”运行对文本进行编码,这些运行映射到实际上是该程序的NOP的指令。接下来,BX递减('K'),直到其值等于打印代码在堆栈中的结尾位置。将其推入8次('S'),然后执行“全部弹出”(a),以设置SI和DI供以后使用。然后,将BX反复递减并压入堆栈中的打印程序的任意值(低字节),以及无用字节(高字节)。接下来,一长串递减将BX的值设置为0xAAAD,这是两个1字节指令“加载字”和“存储字节”。每对这些指令将从打印代码中删除一个垃圾字节。这些指令被推送28次(打印程序的大小),文件的其余部分填充了更多的递减指令以充当NOP。这些NOP将一直执行到堆栈所使用的内存区域被命中为止,该区域已被压缩代码覆盖。执行压缩代码,删除堆栈上代码中的垃圾字节(由SI和DI指向,这是先前设置的)。最后,当完成压缩代码时,打印程序已成功存储在下一条要执行的指令的内存中。

汇编代码以生成机器代码(FASM)

组织100h

;“做到了,妈!世界之巅!” -亚瑟·“科迪”贾勒特

重复“”
db'4'
结束重复
db'8'
重复'M'-1
db'4'
结束重复
db'8'
重复'a'-1
db'4'
结束重复
db'8'
重复'd'-1
db'4'
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db'8'
重复'e'-1
db'4'
结束重复
db'8'
重复'-1
db'4'
结束重复
db'8'
重复'i'-1
db'4'
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db'8'
重复't'-1
db'4'
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db'8'
重复','-1
db'4'
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db'8'
重复'-1
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重复'M'-1
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重复'a'-1
db'4'
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重复'!'-1
db'4'
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db'8'
重复'-1
db'4'
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重复'T'-1
db'4'
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重复'o'-1
db'4'
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重复'-1
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重复't'-1
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重复'h'-1
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重复'-1
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重复'o'-1
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重复'-1
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重复'A'-1
db'4'
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重复'r'-1
db'4'
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重复't'-1
db'4'
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重复'h'-1
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db'8'
重复'u'-1
db'4'
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重复'-1
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重复'C'-1
db'4'
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db'4'
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db'4'
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db'8'
重复't'-1
db'4'
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db'8'
string_end:

data_start:
重复28 * 2 + 2
十月bx
结束重复
重复8
推bx
结束重复
波帕

重复0x10000-0xFF21-28 * 2-2
十月bx
结束重复
推bx
重复0xFF21-0xFECD
十月bx
结束重复
推bx
重复0xFECD-0xFE4C
十月bx
结束重复
推bx
重复0xFE4C-0xFDB4
十月bx
结束重复
推bx
重复0xFDB4-0xFCEB
十月bx
结束重复
推bx
重复0xFCEB-0xFC7C
十月bx
结束重复
推bx
重复0xFC7C-0xFC12
十月bx
结束重复
推bx
重复0xFC12-0xFBB7
十月bx
结束重复
推bx
重复0xFBB7-0xFAFE
十月bx
结束重复
推bx
重复0xFAFE-0xFA81
十月bx
结束重复
推bx
重复0xFA81-0xFA61
十月bx
结束重复
推bx
重复0xFA61-0xFA21
十月bx
结束重复
推bx
重复0xFA21-0xF8CD
十月bx
结束重复
推bx
重复0xF8CD-0xF802
十月bx
结束重复
推bx
重复0xF802-0xF7B4
十月bx
结束重复
推bx
重复0xF7B4-0xF760
十月bx
结束重复
推bx
重复0xF760-0xF6F9
十月bx
结束重复
推bx
重复0xF6F9-0xF674
十月bx
结束重复
推bx
重复0xF674-0xF634
十月bx
结束重复
推bx
重复0xF634-0xF53C
十月bx
结束重复
推bx
重复0xF53C-0xF480
十月bx
结束重复
推bx
重复0xF480-0xF442
十月bx
结束重复
推bx
重复0xF442-0xF346
十月bx
结束重复
推bx
重复0xF346-0xF2D2
十月bx
结束重复
推bx
重复0xF2D2-0xF231
十月bx
结束重复
推bx
重复0xF231-0xF201
十月bx
结束重复
推bx
重复0xF201-0xF200
十月bx
结束重复
推bx
重复0xF200-0xF1BE
十月bx
结束重复
推bx

; 28个字节的代码

; 完成打印代码的存储

重复0xF1BE-0xAAAD
十月bx
结束重复
重复28
推bx
结束重复


; 完成紧凑代码的存储后,用'dec bx'填充剩余空间
; 充当点,直到命中修改后的代码
fill_pos:
重复0xffff-fill_pos -2
十月bx
结束重复

1
我的答案使用了80386指令(IMUL某种类型),因此它可以称为不同的“语言”。在此阶段,我什至没有尝试检查x86是否仍然可用-显然是!
anatolyg 2014年

2
现在所有的奇数都消失了:(
kennytm

@anatolyg我真的很高兴听到这个消息,我已经编辑了答案以反映这一点。
Sir_Lagsalot 2014年

24

61. 80386机器代码+ DOS,使用否 7

u`t^cGFntlFmFnmaZKuacanftafightainahFrF!aThi2ai2ath$aWaraRLKm!calaPrFWidFntaMFrkinaMufflF8
$k!2!5%B!%!BH%!!%BAPH4?4#P^jAZj#Y1T!1L#1T41T61T?1LA1LC1TE1TI1TJ1TL1TM1TU5
1LW1T^1La1Th1Lj1LuF1Ld1Tn1TO1TZ1TuF1TO1L%1TZ1T:F1TZF1L%5
FF1T%F1T%F1L%Fj$Y1L%1LY1LOkLqEQFF1T%k|q6^1|A1|C5!   ZBBBBA!O

输出为报价64:

"Gentlemen, you can't fight in here! This is the War Room!" - President Merkin Muffley

以前禁止: "'&()*+-,./\03;<=>@X_[sovy pez]{}


制作仅使用可打印ASCII的可执行文件并非易事。幸运的是,以前的答案禁止使用太多字符,因此我在这里和那里只需要几个补丁。

要运行此程序,请将其复制到带有扩展名的文件中.com,然后运行它(换行符使用DOS格式0d 0aTAB代码中只有一个字符)。令人遗憾的是,现代的64位Windows系统不支持16位代码。需要一个32位Windows系统或DOSBox来运行代码。

我使用DOS debug.com调试器来开发代码。要“汇编”“源代码”,请将其重定向到调试器。在DOSBox上:

调试<quote.asm

源代码:

a100
    jnz 162; jump over the output data, to have it at a convenient address 104
    jz  162; (continued)
    db 'cGFntlFmFnmaZKuacanftafightainahFrF!aThi2ai2ath$aWaraRLKm!calaPrFWidFntaMFrkinaMufflF8',d,a,'$'
    ;   "Gentlemen, you can't fight in here! This is the War Room!" - President Merkin Muffley
    ; Some weird numbers; see explanations below
    dw 216b, 2132
    ; Padding
    db 35
    and ax, 2142
    and ax, 4221
    dec ax
    and ax, 2121
    and ax, 4142
    push ax; push the value 100; we will need it later
    dec ax
    xor al, 3f
    xor al, 23
    push ax
    pop si; now si points to the output message
    push byte ptr 41
    pop dx
    push byte ptr 23
    pop cx
    ; Fix the forbidden characters in the output message
    xor [si+21],dx
    xor [si+23],cx
    xor [si+34],dx
    xor [si+36],dx
    xor [si+3f],dx
    xor [si+41],cx
    xor [si+43],cx
    xor [si+45],dx
    xor [si+49],dx
    xor [si+4a],dx
    xor [si+4c],dx
    xor [si+4d],dx
    xor [si+55],dx
    xor ax, a0d
    xor [si+57],cx
    xor [si+5e],dx
    xor [si+61],cx
    xor [si+68],dx
    xor [si+6a],cx
    xor [si+75],cx
    inc si
    xor [si+64],cx
    xor [si+6e],dx
    xor [si+4f],dx
    xor [si+5a],dx
    xor [si+75],dx
    inc si
    xor [si+4f],dx
    xor [si+25],cx
    xor [si+5a],dx
    xor [si+3a],dx
    inc si
    xor [si+5a],dx
    inc si
    xor [si+25],cx
    xor ax, a0d
    inc si
    inc si
    xor [si+25],dx
    inc si
    xor [si+25],dx
    inc si
    xor [si+25],cx
    inc si
    push byte ptr 24
    pop cx
    xor [si+25],cx
    xor [si+59],cx
    xor [si+4f],cx
    ; Done with the output message
    ; Now fix the code (program patches itself)
    imul cx, [si+71], 45; "calculate" the address of the code
    push cx
    inc si
    inc si
    xor [si+25],dx; message patching was not finished... now it is
    imul di, [si+71], 36; "calculate" the patch value 0x8c
    pop si
    xor [si+41], di; make code "0xcd 0x21" - DOS function call
    xor [si+43], di; make code "0xc3" - terminate the program
    xor ax, 921; select DOS function 9 (output a string)
    pop dx; set dx to point to the output message
    inc dx
    inc dx
    inc dx
    inc dx
    db 41, 21, 4f

rcx 11b
n quote.com
w
q

一些注意事项:

  • 输出消息已经全部禁止文字XOR掩蔽与3中的一个面罩,0x410x230x24。我选择了不被禁止的口罩。
  • 输出的代码包含禁止的字符,或更糟糕的是-非ASCII字节0xcd0xc3。它们也被XOR屏蔽,因此代码必须自行修改。
  • 所有内存访问均以偏移量执行:指针从不指向填充本身,而是低几个字节。原因是,当使用不带偏移的存储器访问时,指令代码为非ASCII。
  • 字符k在这里非常重要:它对IMUL乘法指令进行编码。我用它来获取常量值:例如,如果将constant 0x216b乘以0x45,就会得到有用的constant 0x01d7,它是指向必须修补的代码的指针(如上所述,具有偏移量)。以类似的方式,修补蒙版是0x2132*0x36=0x8c(不要介意那里的截断)。
  • 如上所述,获得常数是一个主要难题。更糟的是,我对寄存器的初始值一无所知。DOS通常将它们设置为0,但是永远不能确定...这导致将寄存器初始化为0:有趣and ax, 2142; and ax, 4221
  • 我为“可读性”添加了2个换行符(幸运的是,这不是代码高尔夫!)。它们在代码中指定为“ xor ax,a0d”;它们必须是偶数,因此的值ax不会改变。

编辑:不再使用_字符(发布时机不好)-无法使用pop di,所以di现在少使用寄存器。


@已在78中被禁止,请选择另一个符号。
kennytm

3
道具,先生,道具。
克劳迪(Claudiu)2014年

3
“制作仅使用可打印ASCII的可执行文件并非易事。” 您可能会发现这篇文章很有趣:cs.jhu.edu/~sam/ccs243-mason.pdf
Russell Borogove 2014年

22

85. HTML5(使用no {

&#x22&#x57&#x68&#x6f&#x27&#115&#x20&#x6f&#x6e&#x20&#x66&#x69&#x72&#115&#x74&#x2e&#x22&#x20&#x2d&#x20&#x44&#x65&#x78&#x74&#x65&#x72

输出为报价91。

"Who's on first." - Dexter 

以前禁止py3\" ';(


8
到底是什么...
Ethan Bierlein 2014年

19

12. ShaFuck 0.2(不使用D

源代码正好为4,784,128字节长,包含除之外的所有允许的字符D。看起来像:

atawSaa(a×1017)KKla8Kc(a×1017)atawSaa(a×1017)KKla8Kc(a×1017)…atawSaa(a×1017)4cwtrtr(a×1017)

此处(a×1017)表示字符“ a”重复1017次。base64编码的bzip2压缩文件(247字节)为:

QlpoOTFBWSZTWW9SDOgAgfoPgIRgAAgIACgFFIAAeEAB+52sQ2KYACaCT1VQ0AATUqgBoAUlSTEyemk+qV2BSuKhVc
hIq6AoeKqI5BEe6qI+gUpfOZshoMraraVbDZsFiti1YtEbRawVajWLbCW0mybWwthG0qrZDGrYqirG21o1BrYq2xtD
NNyCI9CoPYAiOuARHABEeqqI6FQfIjiqiOhUHdEYVKvFW2qvv6QtEYjJhpkkxEKo2qKjWjWo1jRGrFUUaNUVaNqNYq
xqNFYtqNtbVFWgzaNhW1WYtaapVPGEpxEdRHYER3iMARH+LuSKcKEg3qQZ0A==

原始文件的SHA1-sum应为1250ecf73c61ef93a31c4f7dfaa0a7631ada50bf。

输出为报价9:

"Fasten your seatbelts. It's going to be a bumpy night." - Margo Channing

以前禁止

?!"#$%&'()*+,-./0123567:;<=>@[\]^_` AbBCdeEFfgGhHiIjJkLmMNoOpPqQRsTuUvVWxXyYzZ{|}~

其余字符:

  • 号码: 4 8 9
  • 大写: K S
  • 小写: a c l n r t w

ShaFuck是Brainfuck的变体。它占用每个1024字节的块,计算SHA-1摘要,然后将20字节的输出用作Brainfuck程序。如Wiki链接的博客文章中所述,v0.2中存在一个SHA-1输出形式的“漏洞”:

valid-bf-program[(garbage)]valid-bf-program

被接受。这允许从brainfuck命令直接转换为2048字节的块。编码器使用az作为字符集,不适合我们。因此,我们需要自己编写一个“矿工”。现在,有13个有效字符可用。假设SHA-1输出是随机的,则如果要固定前3个字节,则它对应于3×log₁₃(256)〜6.5个输入字符。因此,我们需要迭代由以下13个字母组成的所有7个字符的字符串:

import hashlib
import itertools

characters = b'aclnrtwDKS489'

starts = {b'+>[', b'->[', b'.>[', b'.<[', b'+<[', b'-<[', b'>[', b'<['}
ends = {b']<+', b']<-', b']<.', b']>.', b']>+', b']>-', b']>', b']<'}

for i, group in enumerate(itertools.product(characters, repeat=7)):
    seq = bytes(reversed(group)) + b'a'*(1024-7)
    sha = hashlib.sha1(seq).digest()

    for s in starts:
        if sha.startswith(s):
            starts.remove(s)
            print(seq, sha)
            break

    for e in ends:
        if sha.endswith(e):
            ends.remove(e)
            print(seq, sha)
            break

    if i % 1000000 == 0:
        print('***', i, seq[:7])

然后我们可以很快得到以下等效项:

>[(garbage)  = atawSaaaaaaa…
(garbage)]<- = 9t9nctaaaaaa…
(garbage)]<+ = KKla8Kcaaaaa…
(garbage)]<. = 4cwtrtraaaaa…

- = >[(garbage)]<- = atawSaaaaaaa…9t9nctaaaaaa…
+ = >[(garbage)]<+ = atawSaaaaaaa…KKla8Kcaaaaa…
. = >[(garbage)]<. = atawSaaaaaaa…4cwtrtraaaaa…

所以最后我们有了这个简单的编码器:

def encode(quote):
    SUFFIX = 'a' * (1024 - 7)
    PREFIX = 'atawSaa' + SUFFIX
    MINUS = PREFIX + '9t9ncta' + SUFFIX
    PLUS = PREFIX + 'KKla8Kc' + SUFFIX
    DOT = PREFIX + '4cwtrtr' + SUFFIX
    value = 0
    for c in quote:
        char = ord(c)
        if char > value:
            yield PLUS * (char - value)
        elif char < value:
            yield MINUS * (value - char)
        yield DOT
        value = char

with open('1.txt', 'w') as f:
    for seg in encode('''"Fasten your seatbelts. It's going to be a bumpy night." - Margo Channing'''):
        f.write(seg)

1
SUFFIX = 'a' * (1024 - 7)-以防万一1024 - 7并不总是1017?:-)

1
@乔:是的。
kennytm 2014年

1
达恩,我的答案是#2。
got_native 2014年

@gone_native我也有这个。但我还有另一个答案#2 ...
jimmy23013

1
@Joe,(1024 - 7)更具可读性。
六。

18

87.好吧,不使用 ;

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Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook.Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook!Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook!Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook!Ook.Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook.Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook!Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook.Ook!Ook.

输出为引号84:

"Oh, no, it wasn't the airplanes. It was Beauty killed the Beast." - Carl Denham

以前禁止: py3\" '


你自己写了吗?
Beta Decay's

4
我写了一个Java程序,将String转换为Ook!输出字符串的程序。但是它不使用循环,而只是增加和减少。
2014年

1
@feuerball所以...这真是效率低下的好吧!您在那里生成的程序。(就空间而言)
表示

2
我知道,但至少它能完成应有的功能。
2014年

1
那是语言和报价的完美匹配。我认为您已经阅读过动态影像吗?
TRiG 2014年

18

76. oOo CODE,不使用-

WhaT_the_FuCk_iS_thE_coDe_i_Am_rEadIng_herE?
iT_AcTuaLlY_WorkS_liKe_oTHer_VaLid_CodE_in_The_ProGraMming_lAnGuaGe_CAlleD_oOO_CoDe
I_oNlY_wrOte_The_codE_hEre_To_MAke_iT_LoOk_bEttEr
tHe_cOde_CouLd_bE_wrIttEn_iN_loTS_oF_tHE_lETtER_o
BUt_I_DeCIdED_tO_MaKE_ReAdinG_iT_a_niceR_eXPeRIeNCe
NOw_I_am_RuNNing_Out_OF_cOdiNg_tIme_aNd_Fun_thiNgS_To_WRiTE
tHerEfORe_i_dECiDed_To_dO_thE_reSt_oF_thE_thIng_WitH_juSt_tHe_lETtEr_o
So_eNjoY
OoOooOoooOoOooOooOoooooOoOooOoOOoooOooOOooOoOooOoooooOoOOoOOoOOoOOoOOoOOoOooOoOOoooOOoOooOOoOooOooOooOooOooOooOooOooOooOooOooOOoOoooOoOooOooOoooooOoOooOoOOoooOooOOooOoOoooooOoOOoOOoOooOoOOoooOoOOoOOOoOooOOoOoOoOoOooOooOoooooOoOooOoOOoooOoOOoOOoOOOoOoooOoOooOooOooOoooooOoOooOoOOoooOoOOoOOOoOoOoOoOoooooOoOOoOOoOooOoOOoooOoOOOoOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOOoOOoOoOOoOOoOOOoOoOOOoOoooOoOoOOoOoooOooOooOooooOoOOoooOoOOOoOooOooOooOooOooOooOooOooOooOooOooOooOOoOoOOoOOoOOoOoOoOoooooOoOOoOooOoOOoooOOoOooOooOooOooOooOooOooOOoOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOOooOoOoooooOoOOoOOoOOoOooOoOOoooOooOooOOoOooOooOooOooOooOooOooOooOooOooOooOooOOoOooOooOOoOooOoooOoOooOoooooOoOOoOOoOooOoOOoooOOooOoOooOooOoooooOoOOoOooOoOOoooOoOOoOOOoOoOOoOoOoOoooooOoOOoOooOoOOoooOOoOooOoooOoOooOoooooOoOOoOOoOooOoOOoooOooOooOOoOoOoOoOooOooOoooooOoOooOoOOoooOOoOoOoOoOoooooOoOOoOOoOooOoOOoooOOoOooOoooOoOooOooOoooooOoOooOoOOoooOooOOoOoOoOoOoooooOoOOoOooOoOOoooOOoOoooOoOooOooOoooooOoOooOoOOoooOoOOoOOoOOoOOOoOoOOoOOoOOoOOoOOoOOoOOoOOOoOooOooOooOooOooOooOooOooOooOooOOoOooOooOooOooOooOooOooOooOooOooOooOooOOoOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOoOOOo

输出为报价78:

"Open the pod bay doors, HAL." - Dave Bowman

以前禁止py3\" ';({s[)<+.@=

我不会发布其他BF等价/衍生产品。诺言。

编辑:我更新了代码以提高可读性。(lol)不影响任何禁止的字符。

我使用此工具生成了纯BF。然后,我将其转换为oOo CODE:

'<lots of bf code>'.replace(/>/g,'ooo').replace(/</g,'ooO').replace(/\[/g,'oOo').replace(/\]/g,'oOO').replace(/-/g,'Ooo').replace(/\+/g,'OoO').replace(/\./g,'OOo')

然后使用此Python脚本从纯oOo CODE和输入文本中获取“可读”版本:

ooocode = '<lots of oOo CODE>'
alphabet = [chr(x) for x in range(ord('A'), ord('Z') + 1)] + [chr(x) for x in range(ord('a'), ord('z') + 1)]
if len(ooocode) % 3: print("INVALID CODE")
inp = input()
index = 0
while inp != '':
    for char in list(inp):
        if char in alphabet:
            case = ooocode[index]
            if case.upper() == case:
                print(char.upper(), end='')
            else:
                if char.lower() in 'py3\\" \';({s[)<+.@=':
                    print("INVALID INPUT")
                else:
                    print(char.lower(), end='')
            index += 1
        elif char in 'py3\\" \';({s[)<+.@=':
            print("INVALID INPUT")
        else: print(char, end='')
    print("")
    inp = input()
print(ooocode[index:])

2
由于某种原因,我总是以幽灵般的声音阅读它。
ASCIIThenANSI 2015年

18

9. Addleq(使用no t

用于sqasm.cppesolang页面中。需要非Windows 64位平台才能正常工作。

总共有64个标签和64个新行(没有尾随新行)。ew。

8   448
448
88  448
448
88  444
444
448 444
444 844
448 844
844 848
88  848
8   848
84  884
884
8   884
8   4844
4844
884 4844
88  488
488
8   488
488
444 488
488 4444
4444
8   4444
4444    888
88  888
44  4488
448 88888888888888888888
844 4488
4444    4484
8   4484
88  4448
4484    4448
844 88888888888888888888
4488    88888888888888888888
4484    88888888888888888888
888 88888888888888888888
488 88888888888888888888
444 88888888888888888888
848 88888888888888888888
884 88888888888888888888
4448    88888888888888888888
4444    88888888888888888888
4844    88888888888888888888
444 88888888888888888888
844 88888888888888888888
4488    88888888888888888888
4484    88888888888888888888
888 88888888888888888888
488 88888888888888888888
448 88888888888888888888
444 88888888888888888888
44  88888888888888888888
444 88888888888888888888
848 88888888888888888888
884 88888888888888888888
4448    88888888888888888888
4444    88888888888888888888
4844    88888888888888888888
444 88888888888888888888
844 88888888888888888888
4488    88888888888888888888
4484    88888888888888888888    4   888 88888888888888888888    4   8888    8888    88888888888888888888

输出为引号22:

"Bond. James Bond." - James Bond

以前禁止

?!"#$%&'()*+,-./01235679:;<=>@[\]^_` AbBCdDeEFfgGhHiIjJkLmMNoOpPqQRrsTuUvVWxXyYzZ{|}~

剩余的:

  • 号码: 4 8
  • 大写: K S
  • 小写: a c l n w

OISC的“ Addleq”类似于“ Subleq”,但是使用加法而不是减法。

构造“ -1”

Addleq中的输出通过写入内存地址-1来工作。由于所有奇数均被禁止,因此我们无法通过常规方式构造-1。但是,我们可以诱使汇编程序创建-1:

int str2int(const string &s)
{
        int ret=0;
        sscanf(s.c_str(),"%d",&ret);
        return ret;
}

这里的sscanf(s, "%d", &ret)行为类似于ret = strtol(s, NULL, 10);(C11§7.21.6.2/ 12),并且当输入溢出时,strtol将返回LONG_MAX(C11§7.22.1.4/ 8)。因此,如果sizeof(long) > sizeof(int)得到,我们应该得到ret == -1。但是,在sizeof(long) == sizeof(int)例如32位平台或Windows的平台上,我们将获得0x7fffffff,使上述解决方案无效。

用汇编器保存标签

在低级地址中,每条指令的长度为3位数字。由于我们只有128个空格预算,因此我们必须使用129/3 = 43条指令打印整个字符串。这是完全不够的,因为最短的引号(在此处选择)为32个字符长。

但是,汇编器支持一些速记符号:

  1. 如果一行仅包含2个数字,它将自动提供第3个数字作为下一条指令的地址
  2. 如果一行仅包含1个数字,则会复制该数字,并使用规则1提供第3个数字。

规则2是为“ subleq”设计的,用于快速将地址清零。但是对于“ addleq”,它允许我们在没有任何制表符的情况下将值加倍

这些使我们几乎无法将整个程序拟合为129个数字。

创建数字

选择引号是因为它简短且具有很多重复的字符。我们需要创建的数字是:

32  space
34  "
45  -
46  .
66  B
74  J
97  a
100 d
101 e
109 m
110 n
111 o
115 s

我们可以在地址4、8、44、48、84、88,...处使用数字。汇编器的规则1已在* 8处放置了“ 9”,在* 44处放置了“ 45”,因此我们只使用它们(这很好,它们是奇数)。此外,我们将通过移动计算来尝试将“ -1”,“ 8”和“ 44”适合这些地址。结果是代码的前半部分:

# *448 = 34 = (9×2 - 1)×2 = (*8×2 + *88)×2
8   448
448
88  448     # Here we get *8 == 9.
448

# *444 = 32 = -2 + 34 = (*88×2) + *448
88  444
444
448 444

# *844 = 66 = 32 + 34 = *444 + *448
444 844
448 844

# *848 = 74 = 66 + 9 - 1 = *844 + *8 + *88
844 848
88  848
8   848

# *884 = 97 = 44×2 + 9 = *884×2 + *8
84  884
884
8   884     # Here we get *44 == 45.

# *4844 = 115 = 9×2 + 97 = *8×2 + *884
8   4844
4844
884 4844

# *488 = 46 = (-2 + 9)×2 + 32 = (*88×2 + *8)×2 + *444
88  488
488
8   488
488
444 488

# *4444 = 101 = 46×2 + 9 = *488×2 + *8
488 4444
4444
8   4444

# *888 = 100 = 101 - 1 = *4444 + *88
4444    888
88  888

# *4488 = 111 = 45 + 66 = *44 + *844
# The line in the middle prints '"', and also set *88 == -1
44  4488    # Here we get *84 == *44
448 88888888888888888888    # Here we get *88 == -1
844 4488

# *4484 = 110 = 101 + 9 = *4444 + *8
4444    4484
8   4484

# *4448 = 109 = 110 - 1 = *4484 + *88
88  4448
4484    4448

最后一行

构造完所有数字后,我们可以打印每个字符。但是,最终程序有67行以上,两行太多。因此,我们必须将最后三行结合在一起:

# From:
4484    88888888888888888888
888 88888888888888888888
8888    8888    88888888888888888888

# To:
4484    88888888888888888888    4   888 88888888888888888888    4   8888    8888    88888888888888888888

由于该行有两个以上的数字,因此我们必须手动提供指令的第三个参数。这意味着我们将每个换行符换成2个标签。幸运的是,在合并之前,我们使用了60个选项卡,因此最终结果几乎没有超过要求。


1
令人印象深刻的巧合列表!看起来这几乎都是您的狡猾计划的一部分。
anatolyg 2014年

@anatolyg:这实际上是代码的第三个版本:),方程式被重写了几次以最小化行数。旧版本的〜3行太多了。
kennytm 2014年

如果代替480and ,那就更好7
六。

@Vi。或至少8和9 ...不过,似乎有些基于数字的语言仍然有效。
jimmy23013 2015年

17

89. PHP,不使用

$j=chr(46);$k=chr(0x20);$l=chr(0x22);$z=chr(112);$q=<<<H
${l}I${k}feel${k}the${k}need${k}-${k}the${k}need${k}for${k}s${z}eed!$l$k-${k}Lt.${k}Pete$k${l}Maverick$l${k}Mitchell${k}and${k}Lt.${k}Nick$k${l}Goose$l${k}Bradshaw
H;
echo$q;

输出为报价94:

"I feel the need - the need for speed!" - Lt. Pete "Maverick" Mitchell and Lt. Nick "Goose" Bradshaw

以前禁止py3\"


24
你该死的恶人。
Joshpbarron 2014年

'现在有人阻止!!!
Optimizer

7
@Optimizer完成
Martin Ender

16

81. PI,不使用<

9.1415926525897922284626422822795028841971692992751058209749445927078164062862089986280048252421170679821480865102822066470928446095505822017252594081284811174502841027019285211055596446229489549200819644288109756659224461284756482227867801652712019091456485669224602486104542266482122906072602491412727245870066062155881748815209209628292540917152642678925902600112005205488204665212841469519415116094220572702657595919520921861172819026117921051185480744622799627495672518857527248912279281820119491298226720624406566420860212949462952247271907021798609427027705292171762921767522846748184676694051220005681271452605608277857712427577896091726271787214684409012249524201465495852710507922796892589225420199561121290219608640244181598126297747712099605187072110499999982729780499510597217228160962185950244594552469082026425222082522446850252619211881710100001278287528865875222082814206171776691472025982524904287554687211595628628822527875907519577818577805221712268066120019278766111959092164201989280952572010654858622788659261522818279682202019520252018529689957726225994128912497217752804791215155748572424541506959508295221168617278558890750982817546274649292192550604009277016711290098488240128582616025627076601047101819429555961989467678274494482552797747268471040475246462080466842590694912902126770289891521047521620569660240580281501925112522824200255876402474964722629141992726042699227967822547816260092417216412199245862150202861829745557067498085054945885869269956909272107975092029552211652449872027559602264806654991198818247977525662698074265425278625518184175746728909777727928000816470600161452491921722172147722501414419725685481612611572525521224757418494684285211219071941411145477624168625189815694855620992192221842725502542568876717904946016514668049886272127917860857841818279679766814541009518817861609506800642251252051171929848960841284886269456042419652850222106611864067442786220891949450471207107869609560640719172874677646575729624128908658526459958144904780275900994657640789512694681981525957098258226205224894077267194782684826014769909026401161944074550050682004962524517490996514014298091906592509072216964615157098580874105978859597729754989001617509284681582686818689427741559918559252459519594110499725246808459872716446958486518167162226260991246080512418841904512441065497627807977156914059977001296160894416948685558484060504220722258284886481584560285060168427094522674676788952521085225499546667278209864565961160548862005774564980055906045681740241125150760694794510965960940252288797108941456691468672287489405601015045086179286809208747609178249285890097149096759852612655497818921297848216829989487226588048575640142704775551121796414515217462141645428584447952658678210511411547157195211114271661021159695162114429524849071871101457654005902799044007420070105785090621980874478084784896800214457108687519405064002184501910484810050706146806749192781911979499520614196644287544406447451247181921799985910159195618146751426912297489409071864942219615679452080951465502252216028819101420917621178559566189177870810190697920771467221825625996615014215010680184477145492026054146659252014974428507125186660021124140881907104860017046496514509057962685610055081066587969981605747060840525714591028970641401109712062804090097595156771577004200078699060072005587601764594218741251471205429281918261861258674215791984148488291644706095752706957220917567116722910981690915280175506712748582222871825209252965725121081579151169882091444210067510114671101141267111169908658516198115019701651511685171417657618151556508849099898599821871455281116055076479185058902261854896021029000898570642046752590709154814165498594616071802709819940099244889575712828905920200260972997120844005742654895822911912597461667105816041428118810120182490175898524174417029112765618091771444010707469211201910020000080197621101100449290215160842444859607669848952286847841245526582141449576857262452441892029686426242410771226978028071189154411010446821252716201052652272111660196665571092547110557851760466820650109896526918620564769012570586056620185581007295606598764861179104511488501461116576867502494416680096265797877185560845529654126654085006140444018586769751456614068007002078776591044017127494704205622005089945610140711270004078547002699090814546646458807972708266840654228587856981052158089110657574067954571617752542021149557615814002501262285941102164715509792592109907965471761255176567511575178296664547791745011299614890104619947112962107140407518957059614589019089710111790429782856475002001986915140287080859904801094121472210179476477726224142548545400021571850061422881075850400600217518297986622471721591607716692547487589866549494501146540628421661917900197692656721461851067160965712091807618127166416274888800786925602902284721040117211860820419000422966171196177921117575114959501566049611862947265470642520081770067515906705020507280540567040086740510622224771589150495009844489000096040878076922599297805419541447477441842641298608099888687411260472156951621965864571021611598191195167151812974167729478672422924654166800980676928218280689964004824154017014161149658979409241217896907069779422062508221688957080798620001590776471651228905786015881617557829705200446042815126272007040146501977774160419906655418765979292144195215411418994854447145671811624991419111814809277771018618771411772075456545122077709212019051660962804909261601975988281610020166606528619026686006062705676000544776280050450777205547105859548702790814056240145171806246446267945612754181440785202262542127819449751824172058151114771199260618111467768796959701098119110771098704085910074641442822772604659470474587847787201927715280701767907707157210444700605700700492406901108050490160128404251219256517980694114528015147012047816417885185290928545201165819141965621149141415956258658655705526904965209858011850722426482919728584781161057777560688876446248246857926019515277148010480290058760758251047470916409610626760449256274204208020856611906254540072101505958450687724602901618766795240616042522577195429162991900645507799140070404028752628889609958794757291746426057455254079091451457111469410911949525191076020825202618798521887705842972591677812149699009019211697172727847684726860849001177024242916511005005168121164150189517029891922114517220118128069650117844087451960121228599171621110171144484640900890644954440061986907548516026027505298049187407866808818008510228004508504860825009002100219715518400605455007668282949004127765527929751754612955984684494618104746119966518581518420568511862186725211402810871121282789212507712629461229561989898915821167456270102181564622010496715188190970008119800497040720961006854066441949509790190699659552452005450580685501956720229219119119185680144901982059551002261505061920419947455085908102242955449597785779024742161727111724641415419478221818528624085140066604410258885698670540154706965747458550002521142107101545940516551790686627000799585115625784022988270720198987571415957811196458440059408750681216028764962867446047746491599505497274256269010490277819868259181465741268049256487985561451721478671101904688080406046555794986419270561872911748721120807601120029911067908627089408799062016295154100714248928007220126901475466847654576164774794675200490757155527819655621222926406160116158155907422020201187277605277219005561484255518792510141511984425122141576200610642506090497500865627109505919465897514101004822769006247405060256916078154781811528406679570611086150215044521274759245449454246828860611408414861776700961207151249140410272518607648216141411462151897576645216411767969011495019108575984421919862916421909949072062046468441170940026591840440780510008945257420995082965912285085558215725001071257012668002402929525220118726767562204154205161841604847565169998116141010029960780869092916040288400269104140792886215078424516709087000699282120660418471806555567252522567522861291042487761825829765157959847015622262914860014158722980514989650226291748788202714209222245119856264766914905562842501912757710284027998066165825488926488025456610172967026640765590429099456815065265105171829412701169110785178609040708667114965580404047690085781711086455870678120014587687126600489109095620099090610010291616152881484479099042517472261948045759114911405297614757481191567091101177517210080115590248510906692017671922011229094114676851422144771790907517004406619910400075111705471918550464490260655128162288244625759160000091072250807421821408805086572917715096828874782656995995744906617585441475221970968140800515598491754171818819994469748676265516582765848158845114277568790029095170281529716144562129640415211176006651012412006597558512761785818292041974844216080071910457618912049229279650198751872127267507981255470958904556057921221000546697499215610254947802490114195212182815109114079070860251522742995818072471625916685451000120948049470791191502670400282441860414262629548000448002670496248201792896476697585184271414251702969214889627668440121260927524960157996469256504916818160900121809290459588970695065049406004021665440755890045602882250545255640564482465151875471196218440965825007540885690941100015095261790780029741207665147909425902989695946995565761218656196722786256256125216420862869222104274889218654164802296780705765615144612046927906821207188177814211562821608961208068222468012248261177185896181409181901671672220888121511755600072798094004152970028780076670944474560104556417254070906979096122571429894671540578468788614445812014590571984922528471605049221242470141214780570455105008019086996000027604787081081754501192071412254908661918119529425786905076411006181519814189141596111854147546495569781018290097164651408407007070604112070599840452251610507027056205266012764848008407611800100527902054274628654006026745228651057065874882256981579267897669742205750596854408697450201410206724585020072452256426511410559240190274216248419140159989515194590944070469120914091870012645600162174288021092764579110657922955249887275846101264816999892256959688159205600101655256175678566722796619885782794848855814197518744545512965604404800966420557982906804052202770984294202500022576041807009476994159791594500069752148290066555661567874640054666564165474217045902521229542529169414599041608751201868179170214888689479151071617852902145292440771659495610510074210871426114974595615118498711757047101787957110422969066670214498617464595280824569445789772

输出为报价81:

"Hello, gorgeous." - Fanny Brice

以前禁止: py3\" ';({s[)

什么 ?without无3
我的解释器在这里(很抱歉,基于此答案的基本UI ):http : //migl.io/projects/pi/index.php


16

79. Perl 5,不使用 .

$PRINT=lc
q|PRINT|and$Q=chr
0x22
and$C=q|C|and$ARPE=lc
q|ARPE|and$W=chr
0x20
and$DIEM=q|diem|and$T=chr
46
and$SEIZE=q|Seize|and$THE=q|the|and$DAY=lc
q|DAY|and$BOYS=lc
q|BOYS|and$MAKE=q|Make|and$YOUR=lc
q|YOUR|and$LIVES=lc
q|LIVES|and$EXTRA=lc
q|EXTRAORDINARY|and$JOHN=q|John|and$KEAT=q|Keating|and
eval
qq|$PRINT
q^$Q$C$ARPE$W$DIEM$T$W$SEIZE$W$THE$W$DAP,$W$BOYS$T$W$MAKE$W$YOUR$W$LIVES$W$EXTRA$T$Q$W-$W$JOHN$W$KEAT^|

输出为报价95:

"Carpe diem. Seize the day, boys. Make your lives extraordinary." - John Keating

以前禁止: py3\" ';({s[)<+


作为TMTOWTDI语言,Perl提供了许多解决限制的方法。此处使用的方法是将语句构造print "that quote"为字符串,然后对其求值。

尽管'"被禁止,但Perl还允许分别使用q«…»和表示字符串qq«…»。并且尽管;被禁止,但是由于所有语句都不是虚假的,因此我们可以将and语句链接在一起。由于大写字母PYS仍然是允许的,我们可以把pys到最后一个字符串使用lc(小写)功能,同时chr可用于把符号"


我可能会误解规则,但这同时使用了P和Y以及S
GeoffWilson 2014年

1
@G_Wilson:大写和小写字母不同。
kennytm 2014年

对不起这是我的错。我忘记了它们具有不同的ASCII值。
GeoffWilson 2014年

“所有陈述都不是虚假的”:您的意思是所有这些陈述都不是虚假的,对吗?($foo=0当然是虚假的。)无论如何,非常好;+1。
msh210 '16

@ msh210是的,所有这些陈述都不是虚假的。
kennytm '16

15

54. CaneCode(使用no Q

(不需要新的行和空格。)

                                 111111111111
                            1111111111111111111111
                         8111111111111111111111111111
                      111111111111111111111111118111111
                    1111811111111811111111111822222222222
                   222222222222222222222222222222222222222
                 222222222222222222222222222222222281111111
               111111111111111111111111111111111111111111111
              11111111111111822222222222222222222222222222222
             2222222222222222222222222222222281111111111111111
            111111111111111111111111111111111111111111111111111
           11111111118222281111181111111828222222222222222822222
          2222222222222222222222222222222222222222222222222222822
         222222222281111111111                 1111111111111111111
        1111111111111111111                      11111111111111111
       111111111111111111                          1111822222222222
      222222222228111111                            118111111111118
      2222222222222222                               222222222222222
     2222222222222222                                 22222222222222
    2222222222222222                                   22222228111111
    111111111111111                                    11111111111111
   111111111111111                                      1111111111111
   11822222222222                                        2222222222222
   2222222222222                                         2222222222222
  22222222222222                                         2811111111111
  1111111111111                                           111111111111
 1111111111111                                            1111111111111
 1111111111111                                             118222281111
 181111111828                                              222222222222
 222822222222                                              222222222222
 222222222222                                              222222222222
2222222222282                                              2222222222222
8111111111111                                              1111111111111
1111111111111                                              1111111111111
1111118111111                                              1111111111111
1118111111822                                               222222222222
2222222222222                                               222222222222
2222222222222                                               222222222222
2222222222222                                               222222228111
1111111111111                                              1111111111111
1111111111111                                              1111111111111
1111111111811                                              1111118111118
2222222222222                                              2222222222222
 222222222222                     2222                     2222222222222
 2222222222222                  22281111                   111111111111
 1111111111111                 1111111111                 1111111111111
 11111111111111                11111111111                8222222222222
  2222222222222               2222222222222              22222222222222
  22222222222222              22222222222222            22228111111111
   1111111111111              111111111111111           11111111111111
   11111111111111             1111111822282222         81111111111111
    11118222222222             2222282222222222      2222222222222222
    222222222222222            22222222222222222    2222222222811111
     111111111111111            11111111111111111  1111111111111111
     1111111111111111           11111111181811111822222222222281811
      11182222222222222          222222222222222222222222222222222
       22222222222222222          2222222282222222811111111111111
       1111111111111111111         11111111111111111111111111111
        1111111111111111111111111118222222222222222222228111111
         11111111182222222222222222222222222222222222222222222
          222222222222222222222222222222222222222281822811111
           1111111182222222222222811111111111111111111111111
            111111111111111181111111111111111111111181111111
             111822822228222222222222222222222222222222222222
               22222222222222222222222222222222281111111111111
                11111111111111111111111111111111111118111111111
                  1111118181111111811111818111111118222222222222
                   2281111111111181111118222222222222222222222222
                      22222222222222222222222222222222222222222222
                        222222281111111111111    1111111111111181111
                            111111111111          1111111811811111111
                                                    822222222222222222
                                                     222222222222222222
                                                      222222222222222222
                                                       222222222222222222
                                                        222281111111111111
                                                         111111111111111111
                                                           1111111111111111
                                                            111811111111111
                                                             11111111111111
                                                               11118222222
                                                                2222222811
                                                                 11111811
                                                                   1118

输出为报价71:

"Wait a minute, wait a minute. You ain't heard nothin' yet!" - Jakie Rabinowitz/Jack Robin

以前禁止"#&'()*+,-./037;<=>@[\]^_ deopsvxXyz{|}~


CaneCode是另一个BF派生类,具有以下映射:

  • 1→+
  • 2→-
  • 3→<
  • 4→>
  • 5→[
  • 6→]
  • 7→,
  • 8→。

请注意:其余字符为:

  • 符号: ! $ % : ? `
  • 号码: 12 456 89
  • 大写: ABCDEFGHIJKLMNOP RSTUVW YZ
  • 小写: abc fghijklmn qr tu w

18
我很确定我在那里看到了一个问题
卡尔文的爱好

14

6.子(使用no K

以下程序中的第9行被替换为可测试的东西。它有2条尾随的换行符,总共总共有64条换行符。

a
a
cc

88888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888888c
cc
cc
cc
8c6ec6862e611a909aefef7133fc410dff7e22f63f7493b2f8e452888467b057b57bea88a311cadb514028e5cdc7397ab03a55e312d5a0a7d93b880f26cfd6c679f780c1f1ce3691cc9d92c228b0159a5f0f0c6a1a7dddec2791621b1782567e16273ff2019feb3d44320fec1073a536acc0b06462
cc
4
a
a8

a
ac
ac
a
aa
aa
a
aa
ac
aa
ac
aa
aa
c8
8
a8
cc
c8
aa
ca
a8
8
a8
4
ca
4
c8
cc
cc
ac
aa

a
c8
4
c
aa
c
8
a8
c4
a8
c8
8
c4
c8
a8
ac
aa

为使其满足条件,应将第9行替换为以下大数字。我认为这与一元变体一样有效。

  • 它有数字。
  • 有4109527714173620014271192135615819980149748934951677499623857818618801276212206327654950831404071330954232878836395346962954202538476535987403920483325378835064959624187891476909072253512354662379230835497647226755470473642747146485760293230336401802073590883942400000000000000000个* K数字在它的右边每个数字是一个a。因此最后一位数字是ak = 0的位置,并有159321460184447640588063043795531819638245990121854536131792918548544566418397339281153516086677425423723475531974684547855358001230183547851703274577276601612622258171727288003902331619018508731805969660163575803761843764006524592852856856
  • 不在这些位置上的每个数字都是8

请注意,构造的数字位于基数16中(但以上描述中的数字位于基数10中)。如果我的计算正确,则应与程序mod 8 *(16 ^ 234-1)/ 15中的原始数字相同。任何足够大且满足此条件的数字都可以使用,但我不知道如何仅用构造一个较短的数字4 8 a c

输出为报价1:

"Frankly, my dear, I don't give a damn." - Rhett Butler

前导和尾随的换行符。

以前禁止:

?!"#$%&'()*+,-./01235679:;<=>@[\]^_` AbBCdDeEfFgGhHiIjJklLmMnNoOpPqQrRstTuUvVWxXyYzZ{|}~

其余字符:4 8 S a c w

说明

Subskin是OISC,其中的指令为减法,如果结果为负,则跳过下一条指令。存储器中的前3个字段映射到指令指针,输出和输入。指令指针可以用作“ goto”,并且读取它可以产生一些数字,这些数字使用唯一的可用字符是无法获得的。

刚开始,我尝试将代码压缩成一些基数。但是我无法打入64行。因此,我切换到模量方法,从而消除了一定程度的循环。

它基本上只是最大的公约数算法。在每个步骤中提取A / B。然后设置A = B和B = A mod B并继续。

更准确地说,当A> B时,它将递增当前数据,否则它将交换数字并移动指针。之后,从较大的数中减去较小的数。

最后,自解压代码会覆盖循环中的某些内容并将其中断,然后继续进行提取的代码。提取的代码非常简单。

a       Start execution at 10.
a       The first byte of output cannot be suppressed without the minus character.
        But fortunately it can still output a leading newline,
        and this is allowed in the question.
cc      Input, not used.
0       Only used in the extracted code.
A  (*4) Data number A + 4, or the accumulator at run-time.
cc
cc
cc
B  (*8) Data number B.
cc
4  (*a) Start execution here. It moves A to *a8 at the first time,
        and the accumulator - 4 to the current position at later times.
a       Minus 4, which is the smallest addressable number defined at the beginning.
a8 (*c) The pointer for self-extraction. Initially it point to the position of A
        at run-time, and this instruction moves *4 there. Then it is decremented,
        and the memory before *a8 is used for storing the extracted code.
        Constant definitions:
0       *ac = current address - 4 = 9.
a
ac
ac      *aa = 5.
a
aa
aa      *aa = 1.
a
aa
ac      *ac = 8.
aa
ac
aa      *c8 = 0.
aa
c8
8       Check if B > A. True at the first time so the initializations could be done.
a8
cc
c8        If yes, *ca = -1 (just another constant), and skip the next instruction.
aa
ca
a8        If no (B <= A), A -= B.
8
a8
4       Increment the accumulator. It has no effects if B > A.
ca
4
c8      If B < A (before the A -= B if that is executed):
cc
cc
ac        Go back to the starting position.
aa
0
a       Reset the accumulator to 4 (which means 0 when writing to the target position).
c8
4
c       Decrement the pointer for extraction.
aa
c
8       Swap A and B and A -= B.
a8
c4
a8
c8
8
c4
c8
a8
ac      Go back to the starting position.
aa
0       Finally the extraction code overrides this field and change it to 4,
        making it a no-op, so the execution continues.
6e      Jump to the beginning of extracted code.
aa
0
(29 times 0, not used.)
a6(*60) The pointer for output. And this just output the character at the pointer.
3
1
60      Decrement the pointer for output.
aa
60
60      Check if there is still data to output.
6d
4
6e        If yes, continue the output loop.
aa
0
a9        If no, access the undefined address *a9 to end the program.
6f(*6d) The position of the end of output.
5e(*6e) The starting position of the output loop.
(The reversed data.)
X       The junk data at the beginning of the extraction.
A (*a8) Number A at run-time.

假设提取进行后的A和B为n和m。很容易逆转这一进展,并在n和m方面得到A和B(在有用数据开始之前)。并且A = an + bm,B = cn + dm。将A设置为足够大的任意数字,并且可以使n和m均为正数(并且仅使用可用字符)。n和m可以使用模数反演来计算。然后B由n和m确定。

但是要让B也只包含那些字符并不容易。我使用了一个额外的步骤,该步骤仅应提取一些无害的垃圾数据。因此,新的B将为kA + B,其中k为正整数。很容易看到这样的ak存在。但是我不确定是否有可能找到一个短到可以测试的东西。我用费马小定理找到了一个理论上可行的定理。

我只剩下一种#2语言。


13

78. Mathematica,不使用 @

2986092695862452869648821144242466624048554924749885449420879769410086580524-10000011000000001010001000000000000000000000000000000001//#/87790498804444451827485960720854800964024844465254951684711241427814652487~Subtract~100001101000000000000000000000000001010000001000000000000000001000000&//ContinuedFraction//FromCharacterCode

输出为报价76:

"Hasta la vista, baby." - The Terminator

以前禁止: py3\" ';({s[)<+.

生成如下:

str = "\"Hasta la vista, baby.\" - The Terminator";
chrs = ToCharacterCode @ str;
fraction = FromContinuedFraction @ chrs;
n = Numerator @ fraction;
d = Denominator @ fraction;
ndiff = Boole[# == 3]& /@ IntegerDigits @ n // FromDigits;
ddiff = Boole[# == 3]& /@ IntegerDigits @ d // FromDigits;
n2 = n + ndiff;
d2 = d + ddiff;

程序如下:

n2 - ndiff // # / d2 ~ Subtract ~ ddiff & // ContinuedFraction // FromCharacterCode

与插入值n2ndiffd2ddiff删除了所有空格。


我最初的想法是使用ToStringFromDigitsIntegerDigitsPartitionFromCharacterCode。但是两者FromDigitsIntegerDigits有一个s在他们,我没有注意到。


5
该死的,正在研究一个Befunge。
PurkkaKoodari 2014年

11

72. x86_64程序集(nasm),不使用 *

BITS    64
extern  _exit
global  main

q:  dd  21111642486/11
    dd  7621846918/14
    dd  44456111856/24
    dd  572619118
    dd  21141585696/17
    dd  5982995755/11
    dd  49922657928/26
    dd  27216242192/16
    dd  11&~1

main:
    dd  89851824/6
    db  255
    db  255
    db  255
    db  72
    db  184
    dq  q
    db  72
    db  274/2
    db  198
    dd  2416/2
    db  2
    dd  87241517818/26
    dd  17268/2
    db  2/4
    db  15
    db  5

    db  49
    db  255
    call    _exit

使用61个标签和36个换行符。

输出为报价68:

"Here's Johnny!" - Jack Torrance

以前禁止: py3\" ';({s[)<+.@=-,X0

这将使用编号为的write系统调用,该调用0x2000001可能仅在OS X上有效。组装,链接和运行:

nasm -f macho64 codegolf.asm
ld -e main codegolf.o -lc
./a.out

最好。引用。曾经 荣誉!
Conor O'Brien 2014年

11

71. GolfScript,不使用 /

:?546]84]616]869]121]295]114]1125]288]872]2149]882]2661]289]1826]544]45]1568]67]97]2162]111]876]1824]65]622]878]2917]2592]582]2418]4197]4965]1644]617]1646]615]?^

输出为报价69:

"They're here!" - Carol Anne Freeling

以前禁止: py3\" ';({s[)<+.@=-,X0*

感谢Peter Taylor让我参与一些构造字符串的GolfScript怪癖。首先,通过将(空)STDIN内容分配给变量(?在这种情况下),我可以不用引号就得到一个空字符串。然后,我将构建一个嵌套的数字数组,采用mod 256,是所需的代码点。通过添加256的倍数,我可以避免包含0和的重复和数字3。最后,我用推空字符串?并采用对称的集差。这会使数组变平并将其强制为字符串,其中GolfScript只关心其余的mod 256。

在这里测试。


10

91. Marbelous,不使用\

6D......69
72726F7169
+1+1......
7460204261
......+1..
4C6E726574
2121202D20
6F65206974
206E757420
22526E6170
..+1......

输出为引号96:

"Snap out of it!" - Loretta Castorini

以前禁止py3



10

73. AppleScript,不使用 0

(在OP允许的情况下,所有“空格”都是“制表符”。共有25个制表符和8个换行符。)

Set c   to  146/2&115&2*16&525/5&116&2*16&115&97&51*2&1111/11&126/2&2*17&2*16&45&2*16&68&114&46&2*16&67&2*52&114&525/5&115&116&525/5&97&2*55&2*16&166/2&122&1111/11&2*54&2*54
Set e   to  2*17
Set d   to  aScii   character   of  e
rePeat  with    i   in  c
Set d   to  d&aScii character   of  i
end rePeat
diSPlaY alert   d

输出为报价70:

"Is it safe?" - Dr. Christian Szell

以前禁止py3\" ';({s[)<+.@=-,X


在这里,我们首先构造变量c,该变量是引号的ASCII码列表。在AppleScript中,number & number生成2元素列表{number, number}list & number并将数字附加到列表中,因此它可以避免使用{,。此外,&优先级低于*/,因此我们可以在一行中创建整个列表,避免使用(或创建变量(浪费3个标签)。

之后,我们将数字列表c转换为字符串d。我们再次&在这里使用,因为string & string是串联的。AppleScript不区分大小写,因此我们可以使用它diSPlaY来解决pys字符。


啊,我也尝试给出AppleScript答案,但是我不知道关键字不区分大小写,因此我无法使用set并且失败了。我已经收到报价62的答案,但是我现在不能使用; P
Tyilo

10

57. 滑稽(没有使用|

新行仅用于说明,但必须使用选项卡。有4个标签。

??9!!JJJJJJJJJJJJJJJJ
?iJ
?iJJ
?i?i?i?i?iJJ
?i?i?i?i?iJJ
?i
61118256541846584114424692216989142925962811646445822862641986546895526246185888152124859614142688
    41224222121111121111121111211111111114221112222112121211424411124111124222222211114424211211111121
$$6tdfCtiB!
j54ia
j5ia
j29ia
j9ia
j41?d?d?d?dia
j1?dia
j59ia
j59ia
j8?dia
j14ia
j21?dia
j24ia
j26ia
j41?d?d?d?dia
j41ia
j48ia
j52ia
j55ia
j61?dia
j65ia
j68?dia
j69?i?i?i?i?iia
j69?i?i?i?i?i?i?iia
j82ia
86
    29B!ZZ1!!1ia
61
    21B!ZZ1!!81?d?d?dia
48
    26B!ZZ1!!85ia
Q

输出为报价87:

"Sawyer, you're going out a youngster, but you've got to come back a star!" - Julian Marsh

以前禁止"'&()*+-,./\037;<=>@_[sovy pezxX]^{}~


Burlesque与GolfScript类似,但通常每个命令的长度为2个字符。结构是这样的:

  1. Burlesque支持任意精度的整数,并且还允许转换为基数36。因此,我们首先在基数36中编码所有小写字符:

       awyeryouregoingoutayoungsterbutyouvegottocomebackastarulianarsh₃₆
    == 3379063095879820583038345369081212641008420750861587542962343112066870047037314854758539\
       9600704049₁₀
    
  2. 不幸的是,该数字包含太多的0、3和7,并且所有算术符号(+-*/)都被禁止...通常我们可以使用模数,但是Burlesque使用.%点也不可用的顺序。幸运的是,xor运算符很奇怪$$,因此我们可以尝试通过对两个不带0、3、7的数字进行异或运算来构造它。这就是数量巨大的41224222…的原因。

  3. 最后,我们将其余符号,,,等)重新插入字符串中。坏消息是“ chr”功能使用了L[再次禁止的顺序!好消息是,有多种方法可以构造现有的字符串(例如,??创建"Burlesque - 1.7.3"包含“空格” 的版本字符串),然后从中提取(!!)一个字符。

  4. 递增和递减运营商也使用禁止文字.+.-,但有替代品?i?d具有相同的效果。因此,我们可以由此生成整个ASCII频谱。


10

34. 6502机器代码+ Apple II系统监视器(使用no b

(使用1个标签)

262G    a!mwfl%mDmqli!flqlPmqljjPfuGf!T%wGK!96H4wGH4K2O!R!F%w9uGwGr?wGi299D!H2T%wGw%K2K!K!96F!9%jjjjjflPwP!fmjjjjjPwfmfm6m%lHjjPwflflflflclclclclfljclflclVljHHjjPqPDClflClflflclclclclclclflflflflflflflflflflflflflflflflflflflflflfljj6mP6

输出为报价41:

"We rob banks." - Clyde Barrow

以前禁止"#$&'()*+,-./01357:;<=>@[\]^_ ABdeEghIJLMNopQksUvWxXyYzZ{|}~

其余字符:

  • 符号: ! % ? `
  • 号码: 2 4 6 89
  • 大写: CD FGH K OP RST V
  • 小写: a c f ij lmn qr tu w

在Apple // e(或仿真器)上运行。确保制表符被复制为制表符而不是空格。


这是80386机器代码+ DOS答案和我以前的Applesoft BASIC答案的思想的结合。

对于那些不熟悉的人,Apple II计算机上的系统监视器是一个非常底层的解释器/调试器,它允许您修改内存并运行代码(如果您正在运行BASIC解释器,则可以通过执行操作进入系统监视器CALL -151)。在系统监视器中输入机器代码的通常方法是<addr>: <hex_byte> <hex_byte> ...,运行代码由<addr>G(G代表“执行”)完成。以通常的方式输入代码使用禁止的字符;但是,用于输入一行文本的输入缓冲区从内存0x200开始。因此,单线告诉系统监视器跳到0x262,然后跟随ASCII嵌入代码。

尽管不是一种深奥的语言,但对可用操作码的限制使该代码更像是一个让人难以置信的派生类。所有可用的功能:读取内存(但不写入),增加和减少内存,从累加器中减去以及分支到不为0的位置。仅修补了几条指令:调用Monitor例程以输出字符,并返回结束程序。

拆卸。请注意,所有输入的字符都设置了高位:

; Branch here when done to return (patched from E1)
0205-   60          RTS
;
; Output loop: at this point, $EC-$ED points to the beginning of the
; phrase, which starts at 0x21F. Each character is encoded as 2 bytes.
; The ASCII value (with high bit set) is determined by doing:
; 2 - Byte1 - 0xA1 - Byte2, where subtraction with borrow is used (and
; borrow is always set for the first subtraction).
;
; Monitor routine to output (patched from A1 ED F7)
0206-   20 ED FD    JSR   $FDED
0209-   E6 EC       INC   $EC
020B-   A5 ED       LDA   $ED
020D-   C4 ED       CPY   $ED
020F-   F1 EC       SBC   ($EC),Y
0211-   E9 A1       SBC   #$A1
0213-   E6 EC       INC   $EC
0215-   F1 EC       SBC   ($EC),Y
0217-   D0 ED       BNE   $0206
; Computed value 0. We're done, so branch to the return instruction.
0219-   F1 EC       SBC   ($EC),Y
021B-   EA          NOP   
021C-   EA          NOP   
021D-   D0 E6       BNE   $0205
;
; Encoded string resides from 0x21F-0x25C
;
025D-   EA          NOP   
025E-   EA          NOP   
025F-   EA          NOP   
0260-   EA          NOP   
0261-   EA          NOP
; Execution begins here
; First, set up $EC-$ED to point to 0x200. No writes, so
; increment until the values are 0, then increment MSB twice.
0262-   E6 EC       INC   $EC
0264-   D0 F7       BNE   $025D
0266-   D0 A1       BNE   $0209 ; Boing!
0268-   E6 ED       INC   $ED
026A-   EA          NOP   
026B-   EA          NOP   
026C-   EA          NOP   
026D-   EA          NOP   
026E-   EA          NOP   
026F-   D0 F7       BNE   $0268
0271-   E6 ED       INC   $ED
0273-   E6 ED       INC   $ED
; Zero out A, X, Y registers
0275-   B6 ED       LDX   $ED,Y
0277-   A5 EC       LDA   $EC
0279-   C8          INY   
027A-   EA          NOP   
027B-   EA          NOP   
027C-   D0 F7       BNE   $0275
; Patch up tab character to make it a return so Monitor doesn't
; parse anything after the "262G"
027E-   E6 EC       INC   $EC
0280-   E6 EC       INC   $EC
0282-   E6 EC       INC   $EC
0284-   E6 EC       INC   $EC
; "isc" is undocumented instruction that increments memory then
; subtracts the result from accumulator.
0286-   E3 EC       isc   ($EC,X)   
0288-   E3 EC       isc   ($EC,X)   
028A-   E3 EC       isc   ($EC,X)   
028C-   E3 EC       isc   ($EC,X)   
028E-   E6 EC       INC   $EC
0290-   EA          NOP   
; Patch up RTS and JSR instructions at 0x205 and 0x206
; This loop adds 0x80 to the original values to get close
0291-   E3 EC       isc   ($EC,X)   
0293-   E6 EC       INC   $EC
0295-   E3 EC       isc   ($EC,X)   
0297-   D6 EC       DEC   $EC,X
0299-   EA          NOP   
029A-   C8          INY   
029B-   C8          INY   
029C-   EA          NOP   
029D-   EA          NOP   
029E-   D0 F1       BNE   $0291
02A0-   D0 C4       BNE   $0266 ; Boing!
; Finish patching RTS and JSR
; "dcp" undocumented "decrement then compare"
02A2-   C3 EC       dcp   ($EC,X)
02A4-   E6 EC       INC   $EC
02A6-   C3 EC       dcp   ($EC,X)
; Patch address of character output call F7ED -> FDED
02A8-   E6 EC       INC   $EC
02AA-   E6 EC       INC   $EC
02AC-   E3 EC       isc   ($EC,X)   
02AE-   E3 EC       isc   ($EC,X)   
02B0-   E3 EC       isc   ($EC,X)   
02B2-   E3 EC       isc   ($EC,X)   
02B4-   E3 EC       isc   ($EC,X)   
02B6-   E3 EC       isc   ($EC,X)   
; Move pointer up to start of encoded string
02B8-   E6 EC       INC   $EC
02BA-   E6 EC       INC   $EC
02BC-   E6 EC       INC   $EC
02BE-   E6 EC       INC   $EC
02C0-   E6 EC       INC   $EC
02C2-   E6 EC       INC   $EC
02C4-   E6 EC       INC   $EC
02C6-   E6 EC       INC   $EC
02C8-   E6 EC       INC   $EC
02CA-   E6 EC       INC   $EC
02CC-   E6 EC       INC   $EC
02CE-   E6 EC       INC   $EC
02D0-   E6 EC       INC   $EC
02D2-   E6 EC       INC   $EC
02D4-   E6 EC       INC   $EC
02D6-   E6 EC       INC   $EC
02D8-   E6 EC       INC   $EC
02DA-   E6 EC       INC   $EC
02DC-   E6 EC       INC   $EC
02DE-   E6 EC       INC   $EC
02E0-   E6 EC       INC   $EC
02E2-   E6 EC       INC   $EC
02E4-   EA          NOP   
02E5-   EA          NOP   
02E6-   B6 ED       LDX   $ED,Y
; Setup done, bounce our way up to the output loop at 0x209
02E8-   D0 B6       BNE   $02A0

10

14. PDP-11机器代码,不使用 O

4
rar
raw
rrrlratarltararltararltararlratarltararlratarlratarltararlratarlratarltararlratarltararlratarltararlratarltararlratarltararlra4cw
rrrlratarlratarltararlratarlratarlratarltararltararlratarlratarlratarltararlra8cw
rrrltararlratarlratarlratarltararltararltararlratarlratarltararlratarlratarltararltararltararlralaw
rrrlratarltararlratarltararltararlratarltararltararlratarltararlratarltararlratarlratarltararlratarltararlratarltararlranaw
rrrltararltararltararltararltararltararlratarltararlratarlratarltararlratarlratarltararltararlrarcw
rrrltararltararltararltararlratarltararlratarltararltararlratarlratarlratarltararltararltararlratcw
rrrlratarltararltararltararlratarlratarltararlratarltararltararlratarlratarltararlratarltararlratarltararlra449nlarc9nnatcrl4K4KDcDcDcDc    u444444DuS4S4S4SaS4S4S4S4SaDuc4cac4c4c4c4caKac4caDuSaKaKaSaSaS4KaSaS4S4SaKaSaDuc4c4cacacaKac4c4cac4DuS4S4S4S4S4S4S4S4S4Ducac4c4c4c4c4caKacacaKaDuKaSaKaSaKaSaKaKaSaS4S4S4S4KaSaw
rrrl4K4Kw
rrw
rruulnau8DK
KcScu
wrl48494444SD44K44D4n44SD44K44D4l84KD484D9K4DD4449D444D9K444D44DDD44DDD44K4884444DD944SDD8

r8wt44ucD8
uK8Scnn wuKwK4uauK4luwKwKu4wcnn wuKwK4uauK4lwwKwKr8wa8uSu44DcDrnurwrwlKwlltuwaKcltwwwnSwrDrturwrwlKwlKatwtKwlulwtnnwnDltrrnuntKwlcnwtcDcrDKnlSKrllluwtwwwDltwannwn8na

输出为引号28:

"Play it, Sam. Play 'As Time Goes By.'" - Ilsa Lund

以前禁止

?!"#$%&'()*+,-./0123567:;<=>@[\]^_` AbBCdeEFfgGhHiIjJkLmMNopPqQRsTUvVWxXyYzZ{|}~

其余字符:

  • 号码: 4 8 9
  • 大写: D K S
  • 小写: a c l n r t u w

一些技术细节:

  • 所有换行符均使用Unix样式(1个字节0x0a)
  • 文件末尾没有换行符(尽管没关系)
  • 有3个制表符
  • 档案大小为1260位元组

为了验证此代码,我使用了Ersatz-11仿真器。要运行代码,请将代码写入文件test.pdp,运行模拟器,然后输入:

load test
go

结果:

...
E11>load test
E11>go
"Play it, Sam. Play 'As Time Goes By.'" - Ilsa Lund

%HALT
...

源代码(所有数字均为八进制表示法):

clr 60562(r4)
;
com 60562(r2)
com 71162(pc) ; nop
;
add 60562(r1), 60564(r2) ; a = ffff b = ffff
add 60564(r1), 60562(r2) ; a = fffe b = ffff
add 60564(r1), 60562(r2) ; a = fffd b = ffff
add 60564(r1), 60562(r2) ; a = fffc b = ffff
add 60562(r1), 60564(r2) ; a = fffc b = fffb
add 60564(r1), 60562(r2) ; a = fff7 b = fffb
add 60562(r1), 60564(r2) ; a = fff7 b = fff2
add 60562(r1), 60564(r2) ; a = fff7 b = ffe9
add 60564(r1), 60562(r2) ; a = ffe0 b = ffe9
add 60562(r1), 60564(r2) ; a = ffe0 b = ffc9
add 60562(r1), 60564(r2) ; a = ffe0 b = ffa9
add 60564(r1), 60562(r2) ; a = ff89 b = ffa9
add 60562(r1), 60564(r2) ; a = ff89 b = ff32
add 60564(r1), 60562(r2) ; a = febb b = ff32
add 60562(r1), 60564(r2) ; a = febb b = fded
add 60564(r1), 60562(r2) ; a = fca8 b = fded
add 60562(r1), 60564(r2) ; a = fca8 b = fa95
add 60564(r1), 60562(r2) ; a = f73d b = fa95
add 60562(r1), 60564(r2) ; a = f73d b = f1d2
add 60564(r1), 60562(r2) ; a = e90f b = f1d2
add 60562(r1), 61464(r2) ; contains patch1
com 71162(pc)
add 60562(r1), 60564(r2) ; a = e90f b = dae1
add 60562(r1), 60564(r2) ; a = e90f b = c3f0
add 60564(r1), 60562(r2) ; a = acff b = c3f0
add 60562(r1), 60564(r2) ; a = acff b = 70ef
add 60562(r1), 60564(r2) ; a = acff b = 1dee
add 60562(r1), 60564(r2) ; a = acff b = caed
add 60564(r1), 60562(r2) ; a = 77ec b = caed
add 60564(r1), 60562(r2) ; a = 42d9 b = caed
add 60562(r1), 60564(r2) ; a = 42d9 b = 0dc6
add 60562(r1), 60564(r2) ; a = 42d9 b = 509f
add 60562(r1), 60564(r2) ; a = 42d9 b = 9378
add 60564(r1), 60562(r2) ; a = d651 b = 9378
add 60562(r1), 61470(r2) ; contains patch2
com 71162(pc)
add 60564(r1), 60562(r2) ; a = 69c9 b = 9378
add 60562(r1), 60564(r2) ; a = 69c9 b = fd41
add 60562(r1), 60564(r2) ; a = 69c9 b = 670a
add 60562(r1), 60564(r2) ; a = 69c9 b = d0d3
add 60564(r1), 60562(r2) ; a = 3a9c b = d0d3
add 60564(r1), 60562(r2) ; a = 0b6f b = d0d3
add 60564(r1), 60562(r2) ; a = dc42 b = d0d3
add 60562(r1), 60564(r2) ; a = dc42 b = ad15
add 60562(r1), 60564(r2) ; a = dc42 b = 8957
add 60564(r1), 60562(r2) ; a = 6599 b = 8957
add 60562(r1), 60564(r2) ; a = 6599 b = eef0
add 60562(r1), 60564(r2) ; a = 6599 b = 5489
add 60564(r1), 60562(r2) ; a = ba22 b = 5489
add 60564(r1), 60562(r2) ; a = 0eab b = 5489
add 60564(r1), 60562(r2) ; a = 6334 b = 5489
add 60562(r1), 60554(r2) ; contains addr of patch1
com 71162(pc)
add 60562(r1), 60564(r2) ; a = 6334 b = b7bd
add 60564(r1), 60562(r2) ; a = 1af1 b = b7bd
add 60562(r1), 60564(r2) ; a = 1af1 b = d2ae
add 60564(r1), 60562(r2) ; a = ed9f b = d2ae
add 60564(r1), 60562(r2) ; a = c04d b = d2ae
add 60562(r1), 60564(r2) ; a = c04d b = 92fb
add 60564(r1), 60562(r2) ; a = 5348 b = 92fb
add 60564(r1), 60562(r2) ; a = e643 b = 92fb
add 60562(r1), 60564(r2) ; a = e643 b = 793e
add 60564(r1), 60562(r2) ; a = 5f81 b = 793e
add 60562(r1), 60564(r2) ; a = 5f81 b = d8bf
add 60564(r1), 60562(r2) ; a = 3840 b = d8bf
add 60562(r1), 60564(r2) ; a = 3840 b = 10ff
add 60562(r1), 60564(r2) ; a = 3840 b = 493f
add 60564(r1), 60562(r2) ; a = 817f b = 493f
add 60562(r1), 60564(r2) ; a = 817f b = cabe
add 60564(r1), 60562(r2) ; a = 4c3d b = cabe
add 60562(r1), 60564(r2) ; a = 4c3d b = 16fb
add 60564(r1), 60562(r2) ; a = 6338 b = 16fb
add 60562(r1), 60556(r2) ; contains addr of patch2
com 71162(pc)
add 60564(r1), 60562(r2) ; a = 7a33 b = 16fb
add 60564(r1), 60562(r2) ; a = 912e b = 16fb
add 60564(r1), 60562(r2) ; a = a829 b = 16fb
add 60564(r1), 60562(r2) ; a = bf24 b = 16fb
add 60564(r1), 60562(r2) ; a = d61f b = 16fb
add 60564(r1), 60562(r2) ; a = ed1a b = 16fb
add 60562(r1), 60564(r2) ; a = ed1a b = 0415
add 60564(r1), 60562(r2) ; a = f12f b = 0415
add 60562(r1), 60564(r2) ; a = f12f b = f544
add 60562(r1), 60564(r2) ; a = f12f b = e673
add 60564(r1), 60562(r2) ; a = d7a2 b = e673
add 60562(r1), 60564(r2) ; a = d7a2 b = be15
add 60562(r1), 60564(r2) ; a = d7a2 b = 95b7
add 60564(r1), 60562(r2) ; a = 6d59 b = 95b7
add 60564(r1), 60562(r2) ; a = 0310 b = 95b7
add 60562(r1), 61562(r2) ; contains addr of cmd1
com 71162(pc)
add 60564(r1), 60562(r2) ; a = 98c7 b = 95b7
add 60564(r1), 60562(r2) ; a = 2e7e b = 95b7
add 60564(r1), 60562(r2) ; a = c435 b = 95b7
add 60564(r1), 60562(r2) ; a = 59ec b = 95b7
add 60562(r1), 60564(r2) ; a = 59ec b = efa3
add 60564(r1), 60562(r2) ; a = 498f b = efa3
add 60562(r1), 60564(r2) ; a = 498f b = 3932
add 60564(r1), 60562(r2) ; a = 82c1 b = 3932
add 60564(r1), 60562(r2) ; a = bbf3 b = 3932
add 60562(r1), 60564(r2) ; a = bbf3 b = f525
add 60562(r1), 60564(r2) ; a = bbf3 b = b118
add 60562(r1), 60564(r2) ; a = bbf3 b = 6d0b
add 60564(r1), 60562(r2) ; a = 28fe b = 6d0b
add 60564(r1), 60562(r2) ; a = 9609 b = 6d0b
add 60564(r1), 60562(r2) ; a = 0314 b = 6d0b
add 60562(r1), 61564(r2) ; contains addr of cmd2
com 71162(pc)
add 60562(r1), 60564(r2) ; a = 0314 b = 701f
add 60564(r1), 60562(r2) ; a = 7333 b = 701f
add 60564(r1), 60562(r2) ; a = e352 b = 701f
add 60564(r1), 60562(r2) ; a = 5371 b = 701f
add 60562(r1), 60564(r2) ; a = 5371 b = c390
add 60562(r1), 60564(r2) ; a = 5371 b = 1701
add 60564(r1), 60562(r2) ; a = 6a72 b = 1701
add 60562(r1), 60564(r2) ; a = 6a72 b = 8173
add 60564(r1), 60562(r2) ; a = ebe5 b = 8173
add 60564(r1), 60562(r2) ; a = 6d58 b = 8173
add 60562(r1), 60564(r2) ; a = 6d58 b = eecb
add 60562(r1), 60564(r2) ; a = 6d58 b = 5c23
add 60564(r1), 60562(r2) ; a = c97b b = 5c23
add 60562(r1), 60564(r2) ; a = c97b b = 259e
add 60564(r1), 60562(r2) ; a = ef19 b = 259e
add 60562(r1), 60564(r2) ; a = ef19 b = 14b7
add 60564(r1), 60562(r2) ; a = 03d0 b = 14b7
add 60562(r1), 32064(r2) ; contains value of r3
add @60554(r0), @61562(r1)
add @60556(r0), @61564(r1)
;
add 45464(r1), 45464(r2) ; nop
add (r5), r4
add (r5), r4
add (r5), r4
add (r5), r4
ash (r1), r4
;
; must be at address 0x310 (01420)
.word 32064 ; patch it with 0xe90f - it becomes...
            ; mov 32064(r5), r3
.word 32064
.word 32064 ; patch it with 0xd651 - it becomes...
            ; inc r5
;
; patch the patcher
;
ash r4, r5
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
add r5, (r3)+ ; [3] = 0x443c
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
add r5, (r3)+ ; [8] = 0x727b
ash r4, r5
bit (r1)+, -(r3)
add r5, -(r3) ; [7] = 0x0a85
bit (r1)+, -(r3)
bit (r1)+, -(r3)
bit (r1)+, -(r3)
bit (r1)+, -(r3)
add r5, -(r3) ; [2] = 0x7571
add r5, (r3) ; [2] = 0x7581
bit (r1)+, -(r3)
add r5, -(r3) ; [0] = 0x7585
ash r4, r5
add r5, (r3)+ ; [0] = 0x75c5
add r5, (r3) ; [1] = 0x6eac
add r5, (r3) ; [1] = 0x6eec
add r5, (r3)+ ; [1] = 0x6f2c
add r5, (r3)+ ; [2] = 0x75c1
bit (r1)+, (r3)+
add r5, (r3) ; [4] = 0x0a8b
add r5, (r3)+ ; [4] = 0x0acb
bit (r1)+, (r3)+
bit (r1)+, (r3)+
add r5, (r3)+ ; [7] = 0x0ac5
add r5, (r3) ; [8] = 0x72bb
add r5, (r3)+ ; [8] = 0x72fb
ash r4, r5
bit (r1)+, -(r3)
bit (r1)+, -(r3)
add r5, -(r3) ; [6] = 0x6453
add r5, -(r3) ; [5] = 0x644b
add r5, -(r3) ; [4] = 0x0bcb
add r5, (r3) ; [4] = 0x0ccb
bit (r1)+, -(r3)
bit (r1)+, -(r3)
add r5, -(r3) ; [1] = 0x702c
bit (r1)+, -(r3)
ash r4, r5
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
ash r4, r5
add r5, -(r3) ; [8] = 0x82fb
bit (r1)+, -(r3)
bit (r1)+, -(r3)
bit (r1)+, -(r3)
bit (r1)+, -(r3)
bit (r1)+, -(r3)
add r5, -(r3) ; [2] = 0x85c1
add r5, (r3) ; [2] = 0x95c1
add r5, -(r3) ; [1] = 0x802c
add r5, -(r3) ; [0] = 0x85c5
add r5, (r3) ; [0] = 0x95c5
ash r4, r5
add r5, (r3) ; [0] = 0xd5c5
add r5, (r3)+ ; [0] = 0x15c5
add r5, (r3) ; [1] = 0xc02c
add r5, (r3)+ ; [1] = 0x002c
add r5, (r3) ; [2] = 0xd5c1
add r5, (r3)+ ; [2] = 0x15c1
add r5, (r3) ; [3] = 0x843c
add r5, (r3) ; [3] = 0xc43c
add r5, (r3)+ ; [3] = 0x043c
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
bit (r1)+, (r3)+
add r5, (r3) ; [8] = 0xc2fb
add r5, (r3)+ ; [8] = 0x02fb
;
com 71162(pc)
add 45464(r1), 45464(r2) ; nop
com 71162(pc)
com 71162(pc)
;
; ------------------------
; must be at address 0x3d0 (01720)
.word 072565
.word 067154
.word 072541
.word 042070
.word 005113
.word 061513
.word 061523
.word 005165
.word 071167
; After patching, this code becomes...
; mov #51, r5
; mov #002074, r1
; patch_loop:
; asl (r3)
; add (r1)+, (r3)
; add (r1)+, (r3)+
; dec r5
; bne patch_loop
;
.byte 154, 064
.byte 070, 064
.byte 071, 064
.byte 064, 064
.byte 064, 123
.byte 104, 064
.byte 064, 113
.byte 064, 064
.byte 104, 064
.byte 156, 064
.byte 064, 123
.byte 104, 064
.byte 064, 113
.byte 064, 064
.byte 104, 064
.byte 154, 070
.byte 064, 113
.byte 104, 064
.byte 070, 064
.byte 104, 071
.byte 113, 064
.byte 104, 104
.byte 064, 064
.byte 064, 071
.byte 104, 064
.byte 064, 064
.byte 104, 071
.byte 113, 064
.byte 064, 064
.byte 104, 064
.byte 064, 104
.byte 104, 104
.byte 064, 064
.byte 104, 104
.byte 104, 064
.byte 064, 113
.byte 064, 070
.byte 070, 064
.byte 064, 064
.byte 064, 104
.byte 104, 071
.byte 064, 064
.byte 123, 104
.byte 104, 070
;
; After patching, this code becomes...
; mov #32, r1
; mov #002006, r0
;out_loop:
; tstb @#0177564
; bpl out_loop
; mov (r0),@#0177566
; swab (r0)
;out_wait:
; tstb @#0177564
; bpl out_wait
; mov (r0)+,@#0177566
; dec r1
; bpl out_loop
; halt
; "Play it, Sam. Play 'As Time Goes By.'" - Ilsa Lund
;
.byte 12, 12 ; linebreaks for "readability"
.byte 162, 070
.byte 167, 164
.byte 064, 064
.byte 165, 143
.byte 104, 070
.byte 012, 165
.byte 113, 070
.byte 123, 143
.byte 156, 156
.byte 011, 167
.byte 165, 113
.byte 167, 113
.byte 064, 165
.byte 141, 165
.byte 113, 064
.byte 154, 165
.byte 167, 113
.byte 167, 113
.byte 165, 064
.byte 167, 143
.byte 156, 156
.byte 011, 167
.byte 165, 113
.byte 167, 113
.byte 064, 165
.byte 141, 165
.byte 113, 064
.byte 154, 167
.byte 167, 113
.byte 167, 113
.byte 162, 070
.byte 167, 141
.byte 070, 165
.byte 123, 165
.byte 064, 064
.byte 104, 143
.byte 104, 162
.byte 156, 165
.byte 162, 167
.byte 162, 167
.byte 154, 113
.byte 167, 154
.byte 154, 164
.byte 165, 167
.byte 141, 113
.byte 143, 154
.byte 164, 167
.byte 167, 167
.byte 156, 123
.byte 167, 162
.byte 104, 162
.byte 164, 165
.byte 162, 167
.byte 162, 167
.byte 154, 113
.byte 167, 154
.byte 113, 141
.byte 164, 167
.byte 164, 113
.byte 167, 154
.byte 165, 154
.byte 167, 164
.byte 156, 156
.byte 167, 156
.byte 104, 154
.byte 164, 162
.byte 162, 156
.byte 165, 156
.byte 164, 113
.byte 167, 154
.byte 143, 156
.byte 167, 164
.byte 143, 104
.byte 143, 162
.byte 104, 113
.byte 156, 154
.byte 123, 113
.byte 162, 154
.byte 154, 154
.byte 165, 167
.byte 164, 167
.byte 167, 167
.byte 104, 154
.byte 164, 167
.byte 141, 156
.byte 156, 167
.byte 156, 070
.byte 156, 141

从头到尾解释它是如何工作的比较容易。输出部分是这样的(每个迭代输出2个字节):

mov #32, r1
mov #002006, r0
out_loop:
 tstb @#0177564
 bpl out_loop
 mov (r0),@#0177566
 swab (r0)
out_wait:
 tstb @#0177564
 bpl out_wait
 mov (r0)+,@#0177566
 dec r1
 bpl out_loop
 halt
 ----- "Play it, Sam. Play 'As Time Goes By.'" - Ilsa Lund

该代码在代码和输出消息中均包含许多禁止的字节。为了解决这个问题,需要对代码进行加密:每个字(16位)用3个数字的总和表示:

code = 2 * a + b + c

修补(解密)代码:

 mov #51, r5
 mov #002074, r1
patch_loop:
 asl (r3)
 add (r1)+, (r3)
 add (r1)+, (r3)+
 dec r5
 bne patch_loop

该代码本身包含禁止的字节,但是要短得多(9个字)。解密此代码的修补程序仅使用允许的字节(在源代码中的“修补修补程序”注释下),因此它的操作集非常有限(基本上是“添加”),因此修补许多字节也是如此很多代码。

使用此修补程序并非易事。要用简单的代码修补大量数据,我需要使用诸如add r5, (r3)+add r5, -(r3)-之类的指令,并且唯一可以像这样使用的寄存器是r3and r5。不幸的是,不允许使用任何命令来初始化这些寄存器,因此我不得不修补执行该操作的指令:

mov 32064(r5), r3
inc r5

这仅需要修补2个单词。

我已经花了很多时间寻找修补方法。我想出的唯一方法是使用臭名昭著的“间接”模式:

... (much preparation here)
add @60554(r0), @61562(r1)
add @60556(r0), @61564(r1)

要运行这两个指令,需要进行大量准备工作:

  • 存储补丁值(patch1)存储在内存中
  • 将指向修补掩码的指针存储在内存中
  • 将指向要修补的指令的指针存储在内存中

为了生成所有这些常量,我使用了以下指令:

add 60562(r1), 60564(r2) ; add a to b
add 60564(r1), 60562(r2) ; add b to a

他们使用地址为060562和060564的单词作为临时变量。正确安排这两个指令可以以10-20个步骤生成任何值。


此代码中使用的说明(不包括任何修补程序):

clr offset(rN)    - a no-op; its machine code is used to obtain the number 2
com offset(rN)    - used to obtain the number -1
add offset1(rN), offset2(rM) -  used for arithmetic
add @offset1(rN), @offset2(rM)
com offset(pc)    - a no-op (it actually writes junk to memory)
add (r5), r4      - one of a few "sane" instructions!
ash r4, r5        - another useful sane instruction
bit ...           - used for its only side effect - increment or decrement
add r5, (r3)+     }
add r5, (r3)      } By luck, all of these commands can be used!
add r5, -(r3)     }

10

7. 23,不使用l

KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKKK
KKKKKKKKKKKKKKKKKK

使用尾随换行符(必须存在),此代码中恰好有64个换行符。

执行它会打印第二个引号:

"I'm gonna make him an offer he can't refuse." - Vito Corleone

感谢@ jimmy23013为我指出了这一挑战。

验证

由于以上代码可在在线解释器中使用,不使用空格(纯23),不使用x s(23.ixsy)和不使用逗号(23.dezsy),因此我认为它是有效的23.easy(未记录),只需要一行长度考虑在内。

该代码(向后读取)等效于以下23.dezsy代码:

17,62,34,73,39,109,32,103,111,110,110,97,32,109,97,107,101,32,104,105,109,32,97,110,32,111,102,102,101,114,32,104,101,32,99,97,110,39,116,32,114,101,102,117,115,101,46,34,32,45,32,86,105,116,111,32,67,111,114,108,101,111,110,101

17,62指示口译员打印62整数输出为字符。

解释器似乎要求每行多一个字符。我认为这是考虑到Windows风格的换行符。要使代码按照规范运行(或在引入回车符的浏览器中),请K从每行中删除一个。

要测试代码,请将其粘贴在Source(源)区域中,按Enter插入尾随换行符,23Console控制台)区域中键入(从默认的23.dezsy表示法切换为自动检测),然后单击Run Interpreter!


9

66-Pyth,不使用 e

DSGRjkmCdGJC96P:Sj4142h118J:Sj9927h112J:Sjt11641t112J:Sj11154t115J:SjxT14142t122J:Sj4128h125J:Sj11154t115J:Sj4128h125J:Sj11196t112J:Sjt14254t122J:Sj12195t112J:Sj12752t114J:Sj5248h111J:Sj4142h118J:Sj4128h125J:Sj5181h112J:Sj4128h125J:Sj9116t111J:Sj12528h111J:Sj14126h121J:Sj11154t115J:Sj4128h125J:Sj8566t111J:Sj12528h111J:Sj11976t111J:Sj11646t111J:Sj12416h111J:Sj11711t116JJ

输出为报价62:

"What a dump." - Rosa Moline

使用字符12456789:CDGJPRSTdhjkmtx

以前禁止: z" &'()*+,-./03;<=>@X[\]psy{

它基于一系列正则表达式替换- :在pyth中,每个替换都将`,即反引号字符替换为两个字符串,其中包含一个新字符,后跟一个反引号。

所有替换都应用于仅`(J)的原始字符串。

这两个字母字符串是通过j在数字和基数上使用基数更改函数生成的,以生成数字的列表条目,然后通过新定义的S函数将ASCII ASCII编码为2个字符串。

说明:

DSGRjkmCdG                 define S, which makes a string out of a list of ASCII numbers
JC96                       J = "`"
P                          print all but the last character of
:Sj4142h118J               "` <- `
:Sj9927h112J               W` <- `
:Sjt11641t112J             h` <- `
:Sj11154t115J              a` <- `
:SjxT14142t122J            t` <- `
:Sj4128h125J                ` <- `
:Sj11154t115J              a` <- `
:Sj4128h125J                ` <- `
:Sj11196t112J              d` <- `
:Sjt14254t122J             u` <- `
:Sj12195t112J              m` <- `
:Sj12752t114J              p` <- `
:Sj5248h111J               .` <- `
:Sj4142h118J               "` <- `
:Sj4128h125J                ` <- `
:Sj5181h112J               -` <- `
:Sj4128h125J                ` <- `
:Sj9116t111J               R` <- `
:Sj12528h111J              o` <- `
:Sj14126h121J              s` <- `
:Sj11154t115J              a` <- `
:Sj4128h125J                ` <- `
:Sj8566t111J               M` <- `
:Sj12528h111J              o` <- `
:Sj11976t111J              l` <- `
:Sj11646t111J              i` <- `
:Sj12416h111J              n` <- `
:Sj11711t116J              e` <- `
J                          Starting with `

您忘记了z图表中66 的省略。当下一个条目在第二页上时,这将中断链。
archaephyrryx

9

60. Forth(使用否^

(有54条新行和51个标签。)

116 114 115
HEx
22  EMIT
41  EMIT
SPACE
62  EMIT
6F  EMIT
DECIMAL 121 EMIT
81  42  MOD EMIT
DUP EMIT
SPACE
98  EMIT
HEx 65  EMIT
DUP EMIT
2   PICK    EMIT
SPACE
66  EMIT
OVER    EMIT
69  EMIT
65  EMIT
6E  EMIT
64  EMIT
SPACE
69  EMIT
DUP EMIT
SPACE
68  EMIT
69  EMIT
DUP EMIT
SPACE
6D  EMIT
6F  EMIT
2   PICK    EMIT
68  EMIT
65  EMIT
OVER    EMIT
2E  EMIT
22  EMIT
SPACE
2D  EMIT
SPACE
4E  EMIT
6F  EMIT
OVER    EMIT
6D  EMIT
61  EMIT
6E  EMIT
SPACE
42  EMIT
61  EMIT
2   PICK    EMIT
65  EMIT
DUP EMIT
BYE

输出为报价56:

"A boy's best friend is his mother." - Norman Bates

以前禁止"'&()*+-,./\037;<=>@X_[sovy pez]{}


9

59. Applesoft BASIC,不使用 ~

(使用11个换行符)

1HOME:PRINT:PRINT:CALL2111:END
2REMWARNING!ABUSEOFLANGUAGEBELOW!!!!!!
4VTAB#PR#STOREONERREEEDELEIEIADELFPR#RETURNEDELGEGIENDDELHEHITANDELIDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
5VTABLPR#EGHGREGRVTABLPR#EGHGREGRVTABAPR#EGHGREGRVTABHPR#EHHGREGRGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
6VTABEPR#EGHGREGRVTABIPR#EGHGREGRVTABNPR#EGHGREGRVTABNPR#EGHGREGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
8VTABAPR#EHHGREGRGRVTABMPR#EIHGREGRGRVTABBPR#EIHGREGRVTABNPR#EIHGREGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
9VTABAPR#EGHGREGRVTABDPR#EGHGREGRVTABMPR#EIHGREGRVTABEPR#EGHGREGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
11VTABEPR#EGHGREGRVTABDPR#EGHGREGRVTABMPR#EIHGREGRVTABAPR#EGHGREGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
12VTABLPR#EGHGREGRGRVTABLPR#EIHGREGRVTABAPR#EGHGREGRVTABDPR#EGHGREGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
14VTABMPR#EIHGREGRVTABEPR#EGHGREGRVTABEPR#EGHGREGRVTABDPR#EGHGREGRDEFP!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
15VTABMPR#EIHGREGRVTABAPR#EGHGREGRVTABLPR#EHHGREGRVTABBPR#EIHGRE`

输出为报价55:

“拉迪达,拉迪达。” -安妮·霍尔

以前禁止: "'&()*+-,./\037;<=>@X_[sovy pez]^{}

在Apple // e(或仿真器)上运行。

简短说明:清除屏幕后,“ CALL 2111”跳转到第4-15行中的嵌入式6502机器代码,该代码将每个字符直接写入文本页面。

细节:

  • 第1行:清除屏幕,打印2行换行符,以便命令提示符不会覆盖引号,调用从第4行开始的嵌入式机器代码,然后退出。
  • 第2行:Applesoft程序通常从地址0x0801(2049)开始存储,但是我必须在此处添加填充以使嵌入式机器代码从0x83F(2111)开始,因为'0'是一个禁止字符。
  • 第4-15行:机器代码只能由可打印ASCII的字节组成。令牌生成器会将保留字转换为使用MSB集编码的单个字节(例如,“ VTAB” = 0xA2),但会将小写转换为大写。

拆卸:

; Body of line 4: set up zero-page constants and index
; Y = offset from start of text page to current character
; Quote drawn right-to-left; start at offset 35 (0x23)
083F-   A2 23       LDX   #$23
0841-   8A          TXA   
0842-   A8          TAY
; Z-page 0x45-0x46 points to start of text page (0x0400)
0843-   A5 45       LDA   $45
0845-   45 45       EOR   $45
0847-   85 45       STA   $45
0849-   49 45       EOR   #$45
084B-   49 41       EOR   #$41
084D-   85 46       STA   $46
; This TXA effectively a no-op to prevent incorrect tokenization
; ("FRETURN" would get tokenized as "FRE TURN", not the desired "F RETURN")
084F-   8A          TXA   
; All characters stored as uppercase ASCII. To display correctly, MSB
; must be set, so uppercase is XORed with 0x80. To transform to lowercase,
; XOR with 0xA0; To transform to symbol, XOR with 0xE0.
;
; Store constant 0xA0 at memory 0x47 (loading A from somewhere on text
; page which had just been cleared to all 0xA0)
0850-   B1 45       LDA   ($45),Y
0852-   85 47       STA   $47
; Store constant 0x80 at memory 0x48
0854-   45 47       EOR   $47
0856-   49 80       EOR   #$80
0858-   85 48       STA   $48
; Store constant 0xE0 at memory 0x49
085A-   45 48       EOR   $48
085C-   49 E0       EOR   #$E0
085E-   85 49       STA   $49
; Embedded code too big to fit on one line (~255 char input limit) so must
; jump to body of next line. But smallest offset that can be encoded is
; 0x21 (ASCII '!') so do that and pad out rest of line with more '!'
0860-   B8          CLV   
0861-   50 21       BVC   $0884

; Body of line 5: draw last 4 characters (right-to-left)
; A = 0x4C (ASCII 'L')
0884-   A2 4C       LDX   #$4C
0886-   8A          TXA
; XOR with constant 0xA0 stored at 0x47, which shows up as 'l'   
0887-   45 47       EOR   $47
; Write to text page (0x400 + 0x23)
0889-   91 45       STA   ($45),Y
; Move 1 char to the left
088B-   88          DEY   
; Next char'l', same process (could optimize here)
088C-   A2 4C       LDX   #$4C
088E-   8A          TXA   
088F-   45 47       EOR   $47
0891-   91 45       STA   ($45),Y
0893-   88          DEY   
; Next char 'a'
0894-   A2 41       LDX   #$41
0896-   8A          TXA   
0897-   45 47       EOR   $47
0899-   91 45       STA   ($45),Y
089B-   88          DEY  
; Next char 'H' 
089C-   A2 48       LDX   #$48
089E-   8A          TXA   
089F-   45 48       EOR   $48
08A1-   91 45       STA   ($45),Y
08A3-   88          DEY   
; Decrement index an extra time since next char is a space
08A4-   88          DEY   
; Jump to body of next line after padding
08A5-   B8          CLV   
08A6-   50 21       BVC   $08C9

; ... Lines 6-14 similar ...

; Body of line 15
; '-'
0A64-   A2 4D       LDX   #$4D
0A66-   8A          TXA   
0A67-   45 49       EOR   $49
0A69-   91 45       STA   ($45),Y
0A6B-   88          DEY   
; 'a'
0A6C-   A2 41       LDX   #$41
0A6E-   8A          TXA   
0A6F-   45 47       EOR   $47
0A71-   91 45       STA   ($45),Y
0A73-   88          DEY   
; 'L'
0A74-   A2 4C       LDX   #$4C
0A76-   8A          TXA   
0A77-   45 48       EOR   $48
0A79-   91 45       STA   ($45),Y
0A7B-   88          DEY   
; '"'
0A7C-   A2 42       LDX   #$42
0A7E-   8A          TXA   
0A7F-   45 49       EOR   $49
0A81-   91 45       STA   ($45),Y
; Return from CALL
0A83-   60          RTS   

机器代码当然可以进行优化,但是某些怪癖是由于编码限制,例如:

  • 词组从右向左绘制,因为递减Y易于编码该递增Y。
  • 许多“ LDX imm; TXA”序列,因为“ LDA imm”(0xA9)的操作码映射到保留字“ COLOR =“,其中包含非法字符'='。

8

41. 调整(使用no L

(不得有​​任何结尾的换行符)

````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`8``8``F``RK``````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````
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````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`F`````8````F````F```RF``K````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`F``RF```8````F````RK```````````````````````````````````````````````````````K`RF``````F`````F````RF```F``RK```````````````A```````````````K`AF``RF`RF``8```K```````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````
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``````````````````````````````````````````````````````````K`RF```F``RF```RF````RK````````````````````````````````````````````````````````````````````````````````````````A``````````````````````````````````````````````````````````````````````````````K`AF`````tF``````F`````8````K`````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`ARF`````8````RF````RK``````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`F``F```F````8`````F`````RK````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````
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```````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````
K`8F8`F`K````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`AK`````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`AF```F````8`````8`````K````````````````````````````````````````````````````K`AK``````````````````````````````````````K`AK``````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````````K`AF``F`F``8```F```F````K`````````````````````````````````````````````````````````K`A8``````F``````F`````8````K`````````````````````````````````````````

输出为报价50:

"Houston, we have a problem." - Jim Lovell

以前禁止"#$&'()*+,-./01357:;<=>@[\]^_ BdeEghJNopQksvWxXyz{|}~

其余字符:

  • 符号: ! % ? `
  • 号码: 2 46 89
  • 大写: A CD FGHI K M OP RSTUV YZ
  • 小写: abc f ij lmn qr tu w

ADJUST是一种2D语言,具有1个寄存器和2个堆栈。代码指针从左下角开始,然后向东北方向移动。指令基于当前字符代码的素数分解,例如Z= 90 = 5×3×3×2,因此字符Z将执行一次动作“ 5”,两次执行“ 3”,然后执行一次“ 2”。这使我们可以通过多种方式执行一项功能并避免使用禁用字符。

该程序的基本思想是:

  1. 执行足够的“ 5”(翻转最后一位)和“ 2”(向右旋转3位)以使累加器包含要打印的正确ASCII代码
  2. 执行“ 3”(推入较轻的堆栈并进行复杂的转弯),直到堆栈#2包含累加器
  3. 执行“ 13”(弹出堆栈2并打印)以打印该代码
  4. 因为“ 3”将以某种复杂的方式旋转代码指针,所以,如果我们不横向移动,很容易突破64行换行的限制。因此,我们需要做更多的“ 3”直到方向正确。

在步骤1中,我们将使用这些字母提供2和5:

  • F (7×5×2)
  • R (41×2)
  • t (29×2×2)
  • 8 (7×2×2×2)

有大约7、29、41,但这些不会影响最终结果。在步骤2中,我们将使用K(5×5×3)提供“ 3”。请注意,一对“ 5”为无操作。

在步骤3中,我们选择A(13×5)。在步骤4中,我们将使用n(11×5×2)来控制堆栈大小并K调整方向。

通常,如果第1步不包含任何R,我们将使用KAnK打印字符并向上移动4行。否则,我们使用KKA打印并向下移动2行。有时还KnnK需要强制向上移动4行,因为起点必须在左下角。

如果有人感兴趣,这里是一个产生上面代码的工作环境。没有自动发电机。


8

23. Glypho,不使用%

2248242424422424244224242442242424422248244224242442244422482424244224242442242424422248244224242442242424422424244222482442244422482424244224242442242424422424244224242442244422482424244222482442242424422248244224242442242424422248244224242442224824422424244222482442244422482424244222482442242424422424244224242442242424422424244222482442244422482424244222482442242424422424244222482442242424422248244224242442224824422424244224442248242424422248244224242442224824422424244224242442224824422424244224242442244422482424244224242442242424422424244224242442244422482424244222482442242424422248244224242442242424422248244224242442242424422444224824242442224824422424244224242442224824422424244222482442242424422248244224242442224824422444224824242442242424422424244224242442242424422444224824242442224824422424244224242442242424422424244222482442242424422444224824242442224824422424244224242442242424422248244224242442242424422248244224442248242424422424244224242442242424422424244224442248242424422248244224242442242424422424244224242442242424422248244224442248242424422248244224242442242424422248244224242442224824422424244224242442244422482424244222482442242424422424244222482442242424422248244224242442224824422424244222482442244422482424244222482442242424422424244222482442242424422248244224242442224824422424244224442248242424422248244224242442242424422424244222482442242424422424244222482442244422482424244224242442224824422424244222482442242424422248244224242442244422482424244224242442242424422424244222482442242424422444224824242442242424422424244224242442242424422444224824242442242424422248244224242442224824422424244224242442224824422444224824242442242424422424244224242442242424422444224824242442242424422424244224242442224824422424244222482442242424422248244224442248242424422248244224242442224824422424244224242442242424422248244224242442244422482424244222482442242424422248244224242442242424422248244224242442242424422248244224442248242424422248244224242442224824422424244224242442242424422248244224242442224824422444224824242442224824422424244224242442224824422424244224242442242424422248244224442248242424422248244224242442242424422248244224242442224824422424244222482442242424422444224824242442224824422424244222482442242424422424244224242442224824422424244222482442244422482424244222482442242424422424244222482442242424422424244222482442242424422248244224442248242424422248244224242442242424422424244224242442242424422248244224442248242424422248244224242442224824422424244222482442242424422424244224242442224824422444224824242442224824422424244224242442242424422424244224242442224824422444

输出为报价30:

"I want to be alone." - Grusinskaya

以前禁止!"#$&'()*+,-./013567:;<=>@[\]^_` AbBCdeEFghIjJkLMNopqQRsTUvVWxXyYzZ{|}~

其余字符:

  • 符号: ?
  • 号码: 2 4 89
  • 大写: D GH K OP S
  • 小写: a c f i lmn r tu w

请注意,这适用于Java解释器,但与[和编码的esolangs页面不同+。但是,Glypho的设计使得只要有四个不同的字符就可以使用完整的指令集,而如果有三个不同的字符,则除了循环以外的所有内容都可用,因此这只是次要的细节。

我以前从我实际看过的电影中选了一个我喜欢的名言,但显然我忽略了一条规则。:(


3
好吧,这是每个人都喜欢的模数策略:P
Sp3000

1
您不能使用引号6:有一条规则“您选择的引号不得低于答案号5”
anatolyg 2014年

@anatolyg,我错过了那个规则。谢谢。更新。
彼得·泰勒
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