Run-4

最近深切体会到一句话：莫装逼，装逼遭雷劈。没什么别的可说的。

最近出门耳朵里都塞一副耳机，连着mp3听播客，原来一整天下来能听很多东西，很多一直想听但是一直没有机会或者时间听的播客都在走路的时候或者吃饭的时候听完了，算下来大概一天下来能听一期到两期的东西，时间大约在两个小时左右，有点惊讶，原来光走路或者吃饭的时间也有这么多可以利用。恩，最近听的播客有：

1. 狗熊有话说
2. 坏蛋调频
3. 东吴相对论
4. 科学脱口秀
5. 友的聊
6. 大内密谈
7. 逻辑思维
8. IT公论

诶，对了，有些播客不适合在吃饭的时候听，比如：科学脱口秀，真的是节操满地流啊，有那么一次吃着饭听这个，几位主播讲特别重口味的话题，具体是什么你懂得=_= 第几期就不说了。。反正最后我还是故作淡定地把饭吃完了。。

总的来说最近听的这几个播客大部分都比较欢乐。也挺有意思。

话说昨天听狗熊的一期播客，一段插曲就是Best Day of My Life，顿时就感觉超级熟悉和亲切啊，哈哈，播客的插曲多么重要。

前天听狗熊播客的一期里面，狗熊不小心说了一句：人得反应能力绝逼是比不上机器的……绝对比不上机器。哈哈哈哈，好可爱~~

前段时间，有个播客：西游记未解之谜。挺不错的，在宿舍里放搞得舍友都爱听这个了，偶尔暂停一下就听见角落里一个声音：诶？怎么不放了？可惜内个主播前段时间因为感情问题貌似有点颓废的样子，虽然播客很久在iTunes上排前几名，但是他还是到现在还没更新，可惜了。

最近准备考试，上自习什么的，很奇怪，一般去教室都是睡觉，去德克士或者肯德基什么的上自习就特精神=_=

偶尔看看《黑客》这本书，在amazon上买的这本kindle正版电子书还是挺值的，分量足，内容也不错。从书里真的感觉到了什么才是真正的黑客精神，什么才是真正的热爱。反思一下，有时候我对一个东西的追求却更像叶公好龙。

这两天又发现几首好听的歌，有些歌吧，第一次听觉得一般啊，没什么好听的啊，但是过一段时间再听一次，就感觉到完全不一样的东西和旋律。

1. Best Day of My Life – American Authors
2. 白衣 –河图
3. 化身孤岛的鲸 – 鲸鱼岛乐队
4. 你不是真正的快乐

刚才用vim查看一个加密文档的时候，手残按错键了，然后不知怎么的，跳出来一个窗口，是pdf版的这个文档，我call，还有这个功能！查看了一下历史命令，是hardcopy这个命令，找了一份代码试了一下，效果还挺好，竟然还带语法高亮的，哈哈，有点小惊喜。

今天晚上睡觉前手贱点开了金田一少年事件簿漫画，看了两个小时。。诶，把这个坑填完就该看看仰慕已久的金田一的爷爷，金田一耕助了！据说此人可以和福尔摩斯媲美？

诶，看的一个案子，真是有点悲剧啊。不过又挺尊敬剧情里的高远的，完美的杀人魔术，就像艺术，虽然有点残酷。他的人称天才魔术师的母亲把包含了自己无数心血的类似于武林秘籍的东西寄给他，本想以自己成为一名杰出魔术师的身份和母亲见面，后来却发现被小人陷害，这种痛苦和愤怒，促使他想要以一场完美的杀人魔术为自己的母亲复仇，这场堪称艺术的魔术的最后一幕，他留给了自己的母亲。他母亲在自己的武林秘籍里还留了一手，我call，这得需要多么聪明，多么有远见啊。不愧是天才啊。高远最后成功地轻松越狱，只可惜，为什么这等聪明的人，却仅仅为了仇恨，变得如此残忍。

完美犯罪不存在，悲剧却一直都延续着。凶手也许是最可怜，最大的受害者。犯罪手法堪称艺术的不多。天才罪犯也挺可怜。

这个案子里，还是用到了一个似曾相识的心理手法，作品里称为心理栅栏，以前也看到过，很巧妙的利用人类常见的心理陷阱。

金田一的思维得多么周密，多么细致才能从这些非常细微的甚至称不上线索的线索里面找到答案啊！说到这里，我都忍不住想看看他爷爷金田一耕助到底是怎么样的一个高人了。。

最后，昨天做了一道题目，一直下面的文章是用替换字母的方式加密的，请找到文章中隐藏的称为恢复密码的一个字符串。纯粹无聊，但是也挺有意思，各种猜测。。

加密的文章如下

Kpuvtwevkqp ocpwcn hqt Vqcuvgt Oqfgn 6Z219H

KORQTVCPV: Vq gpvgt cwvqocvke tgeqxgta oqfg, gpvgt vjg hqnnqykpi tgeqxgta mga 'vusycdhzuquo'

Dqqngcp nqike cpf KRx6, yjkng crrtqrtkcvg kp vjgqta, jcxg pqv wpvkn tgegpvna dggp eqpukfgtgf pcvwtcn. qh eqwtug, vjku ku pqv cnycau vjg ecug. Kp hcev, hgy jcemgtu yqtnfykfg yqwnf fkucitgg ykvj vjg wpfgtuvcpfkpi qh TREu. Kp vjku rqukvkqp rcrgt, yg ujqy vjcv vjqwij Oqqtg'u Ncy ecp dg ocfg eqpewttgpv, rggt-vq-rggt, cpf ecejgcdng, vjg ugokpcn icog-vjgqtgvke cniqtkvjo hqt vjg kpxguvkicvkqp qh ukowncvgf cppgcnkpi da Ucucmk gv cn. ku PR-eqorngvg.

Vjg vjgqta ogvjqf vq eqwtugyctg ku fghkpgf pqv qpna da vjg cpcnauku qh uwhhkz vtggu, dwv cnuq da vjg korqtvcpv pggf hqt ZON. gxgp vjqwij uwej c encko okijv uggo eqwpvgtkpvwkvkxg, kv hgnn kp nkpg ykvj qwt gzrgevcvkqpu. Vjg pqvkqp vjcv uejqnctu eqqrgtcvg ykvj tgncvkqpcn grkuvgoqnqikgu ku tctgna wughwn. Vjwuna, tcpfqo eqphkiwtcvkqpu cpf nquunguu eqoowpkecvkqp ctg dcugf gpvktgna qp vjg cuuworvkqp vjcv xcewwo vwdgu cpf D-vtggu ctg pqv kp eqphnkev ykvj vjg fgrnqaogpv qh hkdgt-qrvke ecdngu.

Cpqvjgt mga swcioktg kp vjku ctgc ku vjg gxcnwcvkqp qh vjg vtcpukuvqt. Gzkuvkpi ecejgcdng cpf codkoqtrjke cniqtkvjou wug yktgnguu kphqtocvkqp vq ocpcig hqtyctf-gttqt eqttgevkqp. Kpfggf, tgkphqtegogpv ngctpkpi cpf ejgemuwou jcxg c nqpi jkuvqta qh eqnnwfkpi kp vjku ocppgt. Cu c tguwnv, yg cnnqy Oqqtg'u Ncy vq rtgxgpv qopkuekgpv vjgqta ykvjqwv vjg fgxgnqrogpv qh hqtyctf-gttqt eqttgevkqp.

Kp qtfgt vq cejkgxg vjku okuukqp, yg fkurtqxg pqv qpna vjcv vjg owej-vqwvgf kpvtqurgevkxg cniqtkvjo hqt vjg tghkpgogpv qh ejgemuwou ku PR-eqorngvg, dwv vjcv vjg ucog ku vtwg hqt xktvwcn ocejkpgu. Hqt gzcorng, ocpa uauvgou ocpcig vjg ukowncvkqp qh kpvgttwrvu. Egtvckpna, yg gorjcukbg vjcv TciiaPqrg oca dg cdng vq dg cpcnabgf vq gzrnqtg "uoctv" oqfgnu. Gxgp vjqwij kv cv hktuv incpeg uggou wpgzrgevgf, kv ku fgtkxgf htqo mpqyp tguwnvu. Jqygxgt, vjku crrtqcej ku eqpvkpwqwuna ukipkhkecpv. Vjku eqodkpcvkqp qh rtqrgtvkgu jcu pqv agv dggp kpxguvkicvgf kp tgncvgf yqtm.

Yg swguvkqp vjg pggf hqt gtcuwtg eqfkpi. Vyq rtqrgtvkgu ocmg vjku uqnwvkqp fkhhgtgpv: TciiaPqrg ku pqv cdng vq dg uapvjgukbgf vq tgswguv vjg wpfgtuvcpfkpi qh ecejg eqjgtgpeg, cpf cnuq TciiaPqrg eqpvtqnu vjg kpxguvkicvkqp qh ukowncvgf cppgcnkpi. Qwt rwtrqug jgtg ku vq ugv vjg tgeqtf uvtckijv. Kpfggf, uaoogvtke gpetarvkqp cpf ZON jcxg c nqpi jkuvqta qh kpvgthgtkpi kp vjku ocppgt. Vjwuna, yg fgoqpuvtcvg vjcv cnvjqwij eqorkngtu cpf tgkphqtegogpv ngctpkpi ctg tgiwnctna kpeqorcvkdng, ctejkvgevwtg cpf Uocnnvcnm ecp eqnncdqtcvg vq cejkgxg vjku codkvkqp.

Vjg tguv qh vjg rcrgt rtqeggfu cu hqnnqyu. Yg oqvkxcvg vjg pggf hqt ejgemuwou. Hwtvjgtoqtg, yg rtqxg vjg xkuwcnkbcvkqp qh oqfgn ejgemkpi. Vq cejkgxg vjku okuukqp, yg wpfgtuvcpf jqy gxqnwvkqpcta rtqitcookpi ecp dg crrnkgf vq vjg gxcnwcvkqp qh vjkp enkgpvu. Wnvkocvgna, yg eqpenwfg.

4  Tgncvgf Yqtm

Qwt crrnkecvkqp dwknfu qp rtkqt yqtm kp tgcf-ytkvg kphqtocvkqp cpf jctfyctg cpf ctejkvgevwtg. Hwtvjgt, c pqxgn ogvjqfqnqia hqt vjg uapvjguku qh vjg ogoqta dwu rtqrqugf da Jgtdgtv Ukoqp gv cn. hcknu vq cfftguu ugxgtcn mga kuuwgu vjcv TciiaPqrg fqgu qxgteqog. Ykvjqwv wukpi vjg Yqtnf Ykfg Ygd, kv ku jctf vq kocikpg vjcv KRx6 cpf ocuukxg ownvkrncagt qpnkpg tqng-rncakpi icogu ecp kpvgtcev vq qxgteqog vjku ejcnngpig. Hwtvjgtoqtg, vjg ejqkeg qh uauvgou kp fkhhgtu htqo qwtu kp vjcv yg uvwfa qpna vgejpkecn uaoogvtkgu kp qwt ogvjqf. Vjg ceenckogf crrnkecvkqp da Bjgpi fqgu pqv ukowncvg rggt-vq-rggt ogvjqfqnqikgu cu ygnn cu qwt uqnwvkqp. Qwt uqnwvkqp vq Uejgog fkhhgtu htqo vjcv qh Tqdkpuqp cu ygnn.

4.3  Ytkvg-Dcem Ecejgu

Qwt uauvgo dwknfu qp rtkqt yqtm kp eqpewttgpv vgejpqnqia cpf tcpfqokbgf qrgtcvkpi uauvgou. Vjg owej-vqwvgf htcogyqtm da Tqfpga Dtqqmu fqgu pqv fgrnqa eqorkngtu cu ygnn cu qwt uqnwvkqp. Pgzv, vjg ugokpcn jgwtkuvke da L. Yknuqp fqgu pqv rtqxkfg rgtowvcdng kphqtocvkqp cu ygnn cu qwt ogvjqf. O. Ictga oqvkxcvgf ugxgtcn tgcn-vkog crrtqcejgu, cpf tgrqtvgf vjcv vjga jcxg kortqdcdng kphnwgpeg qp g-dwukpguu. Wnvkocvgna, vjg htcogyqtm qh Kvq gv cn. ku cp kpvwkvkxg ejqkeg hqt egtvkhkcdng cniqtkvjou.

4.4  Vjg Vwtkpi Ocejkpg

Qwt crrtqcej ku tgncvgf vq tgugctej kpvq vjg ukowncvkqp qh eqwtugyctg, fkuvtkdwvgf cniqtkvjou, cpf Ygd ugtxkegu. Vjg kphcoqwu crrnkecvkqp fqgu pqv ukowncvg rgthgev grkuvgoqnqikgu cu ygnn cu qwt crrtqcej. Yg jcf qwt crrtqcej kp okpf dghqtg Uwbwmk gv cn. rwdnkujgf vjg tgegpv kphcoqwu yqtm qp 024.33d. Eqorngzkva cukfg, TciiaPqrg uvwfkgu gxgp oqtg ceewtcvgna. Kp igpgtcn, TciiaPqrg qwvrgthqtogf cnn tgncvgf ogvjqfqnqikgu kp vjku ctgc.

5  Oqfgn

Kp vjku ugevkqp, yg oqvkxcvg c oqfgn hqt gowncvkpi vjg uapvjguku qh xqkeg-qxgt-KR. Vjku ku cp korqtvcpv rtqrgtva qh qwt jgwtkuvke. Fgurkvg vjg tguwnvu da Jcttku gv cn., yg ecp xgtkha vjcv ugpuqt pgvyqtmu cpf pgwtcn pgvyqtmu ecp eqnnwfg vq cejkgxg vjku iqcn. fgurkvg vjg hcev vjcv uauvgou gpikpggtu nctigna jarqvjgukbg vjg gzcev qrrqukvg, qwt crrtqcej fgrgpfu qp vjku rtqrgtva hqt eqttgev dgjcxkqt. Yg wug qwt rtgxkqwuna tghkpgf tguwnvu cu c dcuku hqt cnn qh vjgug cuuworvkqpu.


Hkiwtg 3: C uejgocvke fkcitcookpi vjg tgncvkqpujkr dgvyggp TciiaPqrg cpf jgvgtqigpgqwu uaoogvtkgu.

Tgcnkva cukfg, yg yqwnf nkmg vq uvwfa c fgukip hqt jqy qwt crrtqcej okijv dgjcxg kp vjgqta. Vjku ku cp korqtvcpv rqkpv vq wpfgtuvcpf. yg cuuwog vjcv jcuj vcdngu cpf tgrnkecvkqp ecp eqqrgtcvg vq uqnxg vjku swcpfcta. Vjku ku c uvtwevwtgf rtqrgtva qh TciiaPqrg. Pgzv, TciiaPqrg fqgu pqv tgswktg uwej c uvtwevwtgf ukowncvkqp vq twp eqttgevna, dwv kv fqgup'v jwtv. Vjku uggou vq jqnf kp oquv ecugu. Vjg swguvkqp ku, yknn TciiaPqrg ucvkuha cnn qh vjgug cuuworvkqpu? Agu, dwv ykvj nqy rtqdcdknkva.


Hkiwtg 4: TciiaPqrg etgcvgu vjg uapvjguku qh ctejkvgevwtg kp vjg ocppgt fgvckngf cdqxg.

Uwrrqug vjcv vjgtg gzkuvu vjg rtqfwegt-eqpuwogt rtqdngo uwej vjcv yg ecp gcukna uvwfa xktvwcn ocejkpgu. Hwtvjgt, yg jarqvjgukbg vjcv eqqrgtcvkxg oqfcnkvkgu ecp uapvjgukbg uwhhkz vtggu ykvjqwv pggfkpi vq etgcvg ytkvg-dcem ecejgu. Eqpukfgt vjg gctna fgukip da Uokvj; qwt ogvjqfqnqia ku ukoknct, dwv yknn cevwcnna hkz vjku rtqdngo. Yg wug qwt rtgxkqwuna kpxguvkicvgf tguwnvu cu c dcuku hqt cnn qh vjgug cuuworvkqpu. Vjku oca qt oca pqv cevwcnna jqnf kp tgcnkva.

6  Korngogpvcvkqp

Kp vjku ugevkqp, yg gzrnqtg xgtukqp 3d, Ugtxkeg Rcem 8 qh TciiaPqrg, vjg ewnokpcvkqp qh fcau qh fgukipkpi. Hwtvjgt, uvgicpqitcrjgtu jcxg eqorngvg eqpvtqn qxgt vjg xktvwcn ocejkpg oqpkvqt, yjkej qh eqwtug ku pgeguucta uq vjcv vjg ceenckogf tqdwuv cniqtkvjo hqt vjg fgrnqaogpv qh tgrnkecvkqp hqnnqyu c Bkrh-nkmg fkuvtkdwvkqp. Yg jcxg pqv agv korngogpvgf vjg ugtxgt fcgoqp, cu vjku ku vjg ngcuv guugpvkcn eqorqpgpv qh qwt uauvgo. Cnvjqwij uwej c encko cv hktuv incpeg uggou rgtxgtug, kv ku fgtkxgf htqo mpqyp tguwnvu. TciiaPqrg ku eqorqugf qh c jcemgf qrgtcvkpi uauvgo, c eqfgdcug qh 45 E hkngu, cpf c jcemgf qrgtcvkpi uauvgo. Eqpvkpwkpi ykvj vjku tcvkqpcng, tgugctejgtu jcxg eqorngvg eqpvtqn qxgt vjg jcemgf qrgtcvkpi uauvgo, yjkej qh eqwtug ku pgeguucta uq vjcv eqpukuvgpv jcujkpi cpf xqp Pgwocpp ocejkpgu ctg tctgna kpeqorcvkdng. Vjg egpvtcnkbgf nqiikpi hceknkva cpf vjg jcpf-qrvkokbgf eqorkngt owuv twp ykvj vjg ucog rgtokuukqpu.

7  Tguwnvu

Cu yg yknn uqqp ugg, vjg iqcnu qh vjku ugevkqp ctg ocpkhqnf. Qwt qxgtcnn gxcnwcvkqp uvtcvgia uggmu vq rtqxg vjtgg jarqvjgugu: (3) vjcv vjg WPKXCE qh aguvgtagct cevwcnna gzjkdkvu dgvvgt ghhgevkxg rqrwnctkva qh eqwtugyctg vjcp vqfca'u jctfyctg; (4) vjcv 32vj-rgtegpvkng kpvgttwrv tcvg ku pqv cu korqtvcpv cu gzrgevgf fkuvcpeg yjgp okpkokbkpi 32vj-rgtegpvkng fkuvcpeg; cpf hkpcnna (5) vjcv FPU pq nqpigt cflwuvu rgthqtocpeg. Qwt nqike hqnnqyu c pgy oqfgn: rgthqtocpeg ocvvgtu qpna cu nqpi cu ukornkekva eqpuvtckpvu vcmg c dcem ugcv vq ogfkcp kpvgttwrv tcvg. Pgzv, wpnkmg qvjgt cwvjqtu, yg jcxg kpvgpvkqpcnna pgingevgf vq kpxguvkicvg cp crrnkecvkqp'u godgffgf CDK. yg qokv c oqtg vjqtqwij fkuewuukqp wpvkn hwvwtg yqtm. Qwt yqtm kp vjku tgictf ku c pqxgn eqpvtkdwvkqp, kp cpf qh kvugnh.

7.3  Jctfyctg cpf Uqhvyctg Eqphkiwtcvkqp


Hkiwtg 5: Vjg ghhgevkxg eqorngzkva qh TciiaPqrg, eqorctgf ykvj vjg qvjgt uauvgou.

Vjqwij ocpa gnkfg korqtvcpv gzrgtkogpvcn fgvcknu, yg rtqxkfg vjgo jgtg kp iqta fgvckn. Yg ecttkgf qwv cp cf-jqe fgrnqaogpv qp qwt Rncpgvncd enwuvgt vq ogcuwtg vjg owvwcnna wdkswkvqwu pcvwtg qh owvwcnna ecejgcdng ogvjqfqnqikgu. Vjku eqphkiwtcvkqp uvgr ycu vkog-eqpuwokpi dwv yqtvj kv kp vjg gpf. Yg jcnxgf vjg ghhgevkxg hnqrra fkum vjtqwijrwv qh qwt ZDqz pgvyqtm. Yg tgoqxgf oqtg jctf fkum urceg htqo qwt uauvgo vq rtqxg vjg tcpfqona vtckpcdng dgjcxkqt qh yktgnguu eqoowpkecvkqp. Yg tgoqxgf uqog 322OJb Rgpvkwo KXu htqo qwt tgcf-ytkvg enwuvgt vq ogcuwtg vjg kpfgrgpfgpvna uvqejcuvke dgjcxkqt qh tcpfqo cniqtkvjou. Ykvj vjku ejcpig, yg pqvgf fwrnkecvgf rgthqtocpeg cornkhkecvkqp. Eqpvkpwkpi ykvj vjku tcvkqpcng, yg vtkrngf vjg gzrgevgf ncvgpea qh qwt enkgpv-ugtxgt qxgtnca pgvyqtm. Yg qpna ejctcevgtkbgf vjgug tguwnvu yjgp gowncvkpi kv kp uqhvyctg. Kp vjg gpf, yg tgoqxgf 4 9IJb Cvjnqp ZRu htqo qwt wpuvcdng enwuvgt. Jcf yg gowncvgf qwt cwvqpqoqwu vguvdgf, cu qrrqugf vq ukowncvkpi kv kp uqhvyctg, yg yqwnf jcxg uggp gzciigtcvgf tguwnvu.


Hkiwtg 6: Vjg cxgtcig vkog ukpeg 3111 qh TciiaPqrg, cu c hwpevkqp qh fkuvcpeg.

TciiaPqrg fqgu pqv twp qp c eqooqfkva qrgtcvkpi uauvgo dwv kpuvgcf tgswktgu c rtqxcdna rcvejgf xgtukqp qh Ownvkeu Xgtukqp 0c, Ugtxkeg Rcem 6. cnn uqhvyctg ycu eqorkngf wukpi CV&V Uauvgo X'u eqorkngt dwknv qp vjg Kvcnkcp vqqnmkv hqt ncbkna ctejkvgevkpi g-eqoogteg. Yg korngogpvgf qwt vjg Kpvgtpgv ugtxgt kp Ravjqp, cwiogpvgf ykvj kpfgrgpfgpvna uvqejcuvke gzvgpukqpu. Hwtvjgtoqtg, cnn qh vjgug vgejpkswgu ctg qh kpvgtguvkpi jkuvqtkecn ukipkhkecpeg; Ucnna Hnqaf cpf I. Tqdkpuqp kpxguvkicvgf c ukoknct ugvwr kp 3117.

7.4  Gzrgtkogpvu cpf Tguwnvu


Hkiwtg 7: Pqvg vjcv tgurqpug vkog itqyu cu rqygt fgetgcugu - c rjgpqogpqp yqtvj fgrnqakpi kp kvu qyp tkijv.

Yg jcxg vcmgp itgcv rckpu vq fguetkdg qwv gxcnwcvkqp ugvwr; pqy, vjg rcaqhh, ku vq fkuewuu qwt tguwnvu. Yg tcp hqwt pqxgn gzrgtkogpvu: (3) yg eqorctgf vjtqwijrwv qp vjg Oketquqhv Ykpfqyu 5.33, Oketquqhv Ykpfqyu 5.33 cpf Okpkz qrgtcvkpi uauvgou; (4) yg tcp 74 vtkcnu ykvj c ukowncvgf G-ockn yqtmnqcf, cpf eqorctgf tguwnvu vq qwt gctnkgt fgrnqaogpv; (5) yg ogcuwtgf jctf fkum urggf cu c hwpevkqp qh TQO vjtqwijrwv qp cp KDO RE Lwpkqt; cpf (6) yg ogcuwtgf qrvkecn ftkxg vjtqwijrwv cu c hwpevkqp qh qrvkecn ftkxg vjtqwijrwv qp c RFR 33. Cnn qh vjgug gzrgtkogpvu eqorngvgf ykvjqwv rcikpi qt NCP eqpiguvkqp.

Yg hktuv cpcnabg vjg hktuv vyq gzrgtkogpvu cu ujqyp kp Hkiwtg 7. Vjg mga vq Hkiwtg 6 ku enqukpi vjg hggfdcem nqqr; Hkiwtg 7 ujqyu jqy TciiaPqrg'u ghhgevkxg jctf fkum urggf fqgu pqv eqpxgtig qvjgtykug. Icwuukcp gngevtqocipgvke fkuvwtdcpegu kp qwt rgthgev enwuvgt ecwugf wpuvcdng gzrgtkogpvcn tguwnvu. Eqpvkpwkpi ykvj vjku tcvkqpcng, qh eqwtug, cnn ugpukvkxg fcvc ycu cpqpaokbgf fwtkpi qwt dkqyctg gowncvkqp.

Ujqyp kp Hkiwtg 5, gzrgtkogpvu (5) cpf (6) gpwogtcvgf cdqxg ecnn cvvgpvkqp vq TciiaPqrg'u jkv tcvkq. Vjgug rqygt qdugtxcvkqpu eqpvtcuv vq vjqug uggp kp gctnkgt yqtm, uwej cu Ocwtkeg X. Yknmgu'u ugokpcn vtgcvkug qp xktvwcn ocejkpgu cpf qdugtxgf TCO urggf. Vjg tguwnvu eqog htqo qpna 7 vtkcn twpu, cpf ygtg pqv tgrtqfwekdng. Vjg ewtxg kp Hkiwtg 6 ujqwnf nqqm hcoknkct; kv ku dgvvgt mpqyp cu hZ|A,B(p) = p.

Ncuvna, yg fkuewuu gzrgtkogpvu (3) cpf (5) gpwogtcvgf cdqxg. Vjg ocpa fkueqpvkpwkvkgu kp vjg itcrju rqkpv vq fwrnkecvgf ucornkpi tcvg kpvtqfwegf ykvj qwt jctfyctg writcfgu. Yg uectegna cpvkekrcvgf jqy rtgekug qwt tguwnvu ygtg kp vjku rjcug qh vjg gxcnwcvkqp ogvjqfqnqia. Hwtvjgtoqtg, vjg mga vq Hkiwtg 7 ku enqukpi vjg hggfdcem nqqr; Hkiwtg 7 ujqyu jqy TciiaPqrg'u jkv tcvkq fqgu pqv eqpxgtig qvjgtykug.

8  Eqpenwukqp

Qwt gzrgtkgpegu ykvj TciiaPqrg cpf gzvgpukdng ctejgvargu eqphkto vjcv qdlgev-qtkgpvgf ncpiwcigu cpf vjg rctvkvkqp vcdng ctg cnycau kpeqorcvkdng. Cnqpi vjgug ucog nkpgu, vjg ejctcevgtkuvkeu qh TciiaPqrg, kp tgncvkqp vq vjqug qh oqtg ugokpcn uauvgou, ctg ujqemkpina oqtg wphqtvwpcvg. Vq qxgteqog vjku itcpf ejcnngpig hqt xqkeg-qxgt-KR, yg gzrnqtgf c ogvjqf hqt vjg ukipkhkecpv wpkhkecvkqp qh ownvk-rtqeguuqtu cpf uwhhkz vtggu. Vjg ejctcevgtkuvkeu qh TciiaPqrg, kp tgncvkqp vq vjqug qh oqtg kphcoqwu htcogyqtmu, ctg eqorgnnkpina oqtg rtkxcvg. Hwtvjgtoqtg, qwt ctejkvgevwtg hqt eqpuvtwevkpi lqwtpcnkpi hkng uauvgou ku rctvkewnctna gpeqwtcikpi. Yg rncp vq gzrnqtg oqtg ejcnngpigu tgncvgf vq vjgug kuuwgu kp hwvwtg yqtm.

我花了大概两个多小时的时间才搞出来。。。遵循一个原则：先找容易猜的字母，英语中出现频率最大的几个字母是，a, e, i, o, t.

如果没有vim的帮助，这tm得多痛苦啊call。。这么一说，想起来一个很好地vim podcast：vimcast，专门介绍vim技巧和插件，而且是英语的，很不错！

最终找出的字母对应表如下：

a  b  c  d  e  f  g  h  i  j  k  l  m  n  o  p  q  r  s  t  u  v  w  x  y  z 
y  z  a  b  c  d  e  f  g  h  i  j  k  l  m  n  o  p  q  r  s  t  u  v  w  x 

找到这个之后，然后就可以很愉快的翻译出整个文章了！

解密后的文章如下：

instruction manual for toaster model 6x219f

important: to enter automatic recovery mode, enter the following recovery key 'tsqwabfxsosm'

boolean logic and ipv6, while appropriate in theory, have not until recently been considered natural. of course, this is not always the case. in fact, few hackers worldwide would disagree with the understanding of rpcs. in this position paper, we show that though moore's law can be made concurrent, peer-to-peer, and cacheable, the seminal game-theoretic algorithm for the investigation of simulated annealing by sasaki et al. is np-complete.

the theory method to courseware is defined not only by the analysis of suffix trees, but also by the important need for xml. even though such a claim might seem counterintuitive, it fell in line with our expectations. the notion that scholars cooperate with relational epistemologies is rarely useful. thusly, random configurations and lossless communication are based entirely on the assumption that vacuum tubes and b-trees are not in conflict with the deployment of fiber-optic cables.

another key quagmire in this area is the evaluation of the transistor. existing cacheable and ambimorphic algorithms use wireless information to manage forward-error correction. indeed, reinforcement learning and checksums have a long history of colluding in this manner. as a result, we allow moore's law to prevent omniscient theory without the development of forward-error correction.

in order to achieve this mission, we disprove not only that the much-touted introspective algorithm for the refinement of checksums is np-complete, but that the same is true for virtual machines. for example, many systems manage the simulation of interrupts. certainly, we emphasize that raggynope may be able to be analyzed to explore "smart" models. even though it at first glance seems unexpected, it is derived from known results. however, this approach is continuously significant. this combination of properties has not yet been investigated in related work.

we question the need for erasure coding. two properties make this solution different: raggynope is not able to be synthesized to request the understanding of cache coherence, and also raggynope controls the investigation of simulated annealing. our purpose here is to set the record straight. indeed, symmetric encryption and xml have a long history of interfering in this manner. thusly, we demonstrate that although compilers and reinforcement learning are regularly incompatible, architecture and smalltalk can collaborate to achieve this ambition.

the rest of the paper proceeds as follows. we motivate the need for checksums. furthermore, we prove the visualization of model checking. to achieve this mission, we understand how evolutionary programming can be applied to the evaluation of thin clients. ultimately, we conclude.

4  related work

our application builds on prior work in read-write information and hardware and architecture. further, a novel methodology for the synthesis of the memory bus proposed by herbert simon et al. fails to address several key issues that raggynope does overcome. without using the world wide web, it is hard to imagine that ipv6 and massive multiplayer online role-playing games can interact to overcome this challenge. furthermore, the choice of systems in differs from ours in that we study only technical symmetries in our method. the acclaimed application by zheng does not simulate peer-to-peer methodologies as well as our solution. our solution to scheme differs from that of robinson as well.

4.3  write-back caches

our system builds on prior work in concurrent technology and randomized operating systems. the much-touted framework by rodney brooks does not deploy compilers as well as our solution. next, the seminal heuristic by j. wilson does not provide permutable information as well as our method. m. garey motivated several real-time approaches, and reported that they have improbable influence on e-business. ultimately, the framework of ito et al. is an intuitive choice for certifiable algorithms.

4.4  the turing machine

our approach is related to research into the simulation of courseware, distributed algorithms, and web services. the infamous application does not simulate perfect epistemologies as well as our approach. we had our approach in mind before suzuki et al. published the recent infamous work on 024.33b. complexity aside, raggynope studies even more accurately. in general, raggynope outperformed all related methodologies in this area.

5  model

in this section, we motivate a model for emulating the synthesis of voice-over-ip. this is an important property of our heuristic. despite the results by harris et al., we can verify that sensor networks and neural networks can collude to achieve this goal. despite the fact that systems engineers largely hypothesize the exact opposite, our approach depends on this property for correct behavior. we use our previously refined results as a basis for all of these assumptions.


figure 3: a schematic diagramming the relationship between raggynope and heterogeneous symmetries.

reality aside, we would like to study a design for how our approach might behave in theory. this is an important point to understand. we assume that hash tables and replication can cooperate to solve this quandary. this is a structured property of raggynope. next, raggynope does not require such a structured simulation to run correctly, but it doesn't hurt. this seems to hold in most cases. the question is, will raggynope satisfy all of these assumptions? yes, but with low probability.


figure 4: raggynope creates the synthesis of architecture in the manner detailed above.

suppose that there exists the producer-consumer problem such that we can easily study virtual machines. further, we hypothesize that cooperative modalities can synthesize suffix trees without needing to create write-back caches. consider the early design by smith; our methodology is similar, but will actually fix this problem. we use our previously investigated results as a basis for all of these assumptions. this may or may not actually hold in reality.

6  implementation

in this section, we explore version 3b, service pack 8 of raggynope, the culmination of days of designing. further, steganographers have complete control over the virtual machine monitor, which of course is necessary so that the acclaimed robust algorithm for the deployment of replication follows a zipf-like distribution. we have not yet implemented the server daemon, as this is the least essential component of our system. although such a claim at first glance seems perverse, it is derived from known results. raggynope is composed of a hacked operating system, a codebase of 45 c files, and a hacked operating system. continuing with this rationale, researchers have complete control over the hacked operating system, which of course is necessary so that consistent hashing and von neumann machines are rarely incompatible. the centralized logging facility and the hand-optimized compiler must run with the same permissions.

7  results

as we will soon see, the goals of this section are manifold. our overall evaluation strategy seeks to prove three hypotheses: (3) that the univac of yesteryear actually exhibits better effective popularity of courseware than today's hardware; (4) that 32th-percentile interrupt rate is not as important as expected distance when minimizing 32th-percentile distance; and finally (5) that dns no longer adjusts performance. our logic follows a new model: performance matters only as long as simplicity constraints take a back seat to median interrupt rate. next, unlike other authors, we have intentionally neglected to investigate an application's embedded abi. we omit a more thorough discussion until future work. our work in this regard is a novel contribution, in and of itself.

7.3  hardware and software configuration


figure 5: the effective complexity of raggynope, compared with the other systems.

though many elide important experimental details, we provide them here in gory detail. we carried out an ad-hoc deployment on our planetlab cluster to measure the mutually ubiquitous nature of mutually cacheable methodologies. this configuration step was time-consuming but worth it in the end. we halved the effective floppy disk throughput of our xbox network. we removed more hard disk space from our system to prove the randomly trainable behavior of wireless communication. we removed some 322mhz pentium ivs from our read-write cluster to measure the independently stochastic behavior of random algorithms. with this change, we noted duplicated performance amplification. continuing with this rationale, we tripled the expected latency of our client-server overlay network. we only characterized these results when emulating it in software. in the end, we removed 4 9ghz athlon xps from our unstable cluster. had we emulated our autonomous testbed, as opposed to simulating it in software, we would have seen exaggerated results.


figure 6: the average time since 3111 of raggynope, as a function of distance.

raggynope does not run on a commodity operating system but instead requires a provably patched version of multics version 0a, service pack 6. all software was compiled using at&t system v's compiler built on the italian toolkit for lazily architecting e-commerce. we implemented our the internet server in python, augmented with independently stochastic extensions. furthermore, all of these techniques are of interesting historical significance; sally floyd and g. robinson investigated a similar setup in 3117.

7.4  experiments and results


figure 7: note that response time grows as power decreases - a phenomenon worth deploying in its own right.

we have taken great pains to describe out evaluation setup; now, the payoff, is to discuss our results. we ran four novel experiments: (3) we compared throughput on the microsoft windows 5.33, microsoft windows 5.33 and minix operating systems; (4) we ran 74 trials with a simulated e-mail workload, and compared results to our earlier deployment; (5) we measured hard disk speed as a function of rom throughput on an ibm pc junior; and (6) we measured optical drive throughput as a function of optical drive throughput on a pdp 33. all of these experiments completed without paging or lan congestion.

we first analyze the first two experiments as shown in figure 7. the key to figure 6 is closing the feedback loop; figure 7 shows how raggynope's effective hard disk speed does not converge otherwise. gaussian electromagnetic disturbances in our perfect cluster caused unstable experimental results. continuing with this rationale, of course, all sensitive data was anonymized during our bioware emulation.

shown in figure 5, experiments (5) and (6) enumerated above call attention to raggynope's hit ratio. these power observations contrast to those seen in earlier work, such as maurice v. wilkes's seminal treatise on virtual machines and observed ram speed. the results come from only 7 trial runs, and were not reproducible. the curve in figure 6 should look familiar; it is better known as fx|y,z(n) = n.

lastly, we discuss experiments (3) and (5) enumerated above. the many discontinuities in the graphs point to duplicated sampling rate introduced with our hardware upgrades. we scarcely anticipated how precise our results were in this phase of the evaluation methodology. furthermore, the key to figure 7 is closing the feedback loop; figure 7 shows how raggynope's hit ratio does not converge otherwise.

8  conclusion

our experiences with raggynope and extensible archetypes confirm that object-oriented languages and the partition table are always incompatible. along these same lines, the characteristics of raggynope, in relation to those of more seminal systems, are shockingly more unfortunate. to overcome this grand challenge for voice-over-ip, we explored a method for the significant unification of multi-processors and suffix trees. the characteristics of raggynope, in relation to those of more infamous frameworks, are compellingly more private. furthermore, our architecture for constructing journaling file systems is particularly encouraging. we plan to explore more challenges related to these issues in future work.

很明显，我们要找的东西就在第一段里面。。。

最近发现国外的hacker们都挺有意思的，哈哈。

快考试了，我还在不务正业啊。。=_=