From f660b5cf85c55e418f2e9f8dc359304714821b33 Mon Sep 17 00:00:00 2001 From: Neil Smith Date: Mon, 8 Dec 2014 17:08:53 +0000 Subject: [PATCH] Added AMSCO ciphers, done challenge 7 --- 2013-challenge7.ipynb | 161 ++++++------------ 2014-challenge7.ipynb | 387 ++++++++++++++++++++++++++++++++++++++++++ 2014/7a.ciphertext | 1 + 2014/7b.ciphertext | 1 + cipher.py | 107 +++++++++++- cipherbreak.py | 53 ++++++ 6 files changed, 601 insertions(+), 109 deletions(-) create mode 100644 2014-challenge7.ipynb create mode 100644 2014/7a.ciphertext create mode 100644 2014/7b.ciphertext diff --git a/2013-challenge7.ipynb b/2013-challenge7.ipynb index d7d18f4..df220ab 100644 --- a/2013-challenge7.ipynb +++ b/2013-challenge7.ipynb @@ -1,6 +1,7 @@ { "metadata": { - "name": "" + "name": "", + "signature": "sha256:f1a5a36cab6e0c7ddd88d11606576a341e061c4e87c77676dfffeff0c585a596" }, "nbformat": 3, "nbformat_minor": 0, @@ -11,7 +12,23 @@ "cell_type": "code", "collapsed": false, "input": [ - "from cipherbreak import *\n", + "import matplotlib.pyplot as plt\n", + "import pandas as pd\n", + "import collections\n", + "import string\n", + "%matplotlib inline\n", + "\n", + "from cipherbreak import *" + ], + "language": "python", + "metadata": {}, + "outputs": [], + "prompt_number": 1 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ "with open('2013/mona-lisa-words.txt') as f:\n", " mlwords = [line.rstrip() for line in f]\n", "mltrans = collections.defaultdict(list)\n", @@ -23,7 +40,7 @@ "language": "python", "metadata": {}, "outputs": [], - "prompt_number": 1 + "prompt_number": 2 }, { "cell_type": "code", @@ -54,137 +71,65 @@ "language": "python", "metadata": {}, "outputs": [], - "prompt_number": 2 - }, - { - "cell_type": "code", - "collapsed": false, - "input": [ - "plot_frequency_histogram(frequencies(sanitise(c7a)))" - ], - "language": "python", - "metadata": {}, - "outputs": [ - { - "output_type": "stream", - "stream": "stderr", - "text": [ - "/usr/local/lib/python3.3/dist-packages/matplotlib/figure.py:372: UserWarning: matplotlib is currently using a non-GUI backend, so cannot show the figure\n", - " \"matplotlib is currently using a non-GUI backend, \"\n" - ] - }, - { - "metadata": {}, - "output_type": "display_data", - "png": 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- "text": [ - "" - ] - } - ], "prompt_number": 3 }, { "cell_type": "code", "collapsed": false, "input": [ - "c7af = frequencies(sanitise(c7a))\n", - "plot_frequency_histogram(c7af, sort_key=lambda l: c7af[l])" - ], - "language": "python", - "metadata": {}, - "outputs": [ - { - "metadata": {}, - "output_type": "display_data", - "png": 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t2tXXrUQ0NvEZwvRNfKF04MABTZo0SXfffXdQxquqqlJaWpqmTp3arXCSpFtv\nvVW5ubkaN26crrnmGsIJEf07aQpmUAAAIzGDAgAYiYACABiJgAIAGImAAgAYiYACABiJgAIAGOn/\nARTQq3riH9t+AAAAAElFTkSuQmCC\n", - "text": [ - "" - ] - } - ], - "prompt_number": 5 - }, - { - "cell_type": "code", - "collapsed": false, - "input": [ - "plot_frequency_histogram(normalised_english_counts, sort_key=lambda l: normalised_english_counts[l])" + "freqs_7a = pd.Series(collections.Counter([l.lower() for l in c7a if l in string.ascii_letters]))\n", + "freqs_7a.plot(kind='bar')" ], "language": "python", "metadata": {}, "outputs": [ { "metadata": {}, - "output_type": "display_data", - "png": 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+ "output_type": "pyout", + "prompt_number": 4, "text": [ - "" + "" ] - } - ], - "prompt_number": 6 - }, - { - "cell_type": "code", - "collapsed": false, - "input": [ - "c7bf = frequencies(sanitise(c7b))\n", - "plot_frequency_histogram(c7bf, sort_key=lambda l: c7bf[l])" - ], - "language": "python", - "metadata": {}, - "outputs": [ + }, { "metadata": {}, "output_type": "display_data", - "png": 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CCCGEEEIIIYQQQgghhBBCCCGEEEIU8v9Y2rNBijsoswAAAABJRU5ErkJggg==\n", "text": [ - "" + "" ] } ], - "prompt_number": 7 + "prompt_number": 4 }, { "cell_type": "code", "collapsed": false, "input": [ - "plot_frequency_histogram(c7bf)" + "freqs_7b = pd.Series(collections.Counter([l.lower() for l in c7b if l in string.ascii_letters]))\n", + "freqs_7b.plot(kind='bar')" ], "language": "python", "metadata": {}, "outputs": [ { "metadata": {}, - "output_type": "display_data", - "png": 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someone to smuggle a painting in anyway access to the gallery was straightforward and it took around twenty minutes to switch the copy with the original i hid the painting among a bunch of reproductions in the museum shop and camped out for the night in the guards bathroom turns out they prefer to use the directors facilities upon the top floor with the new exhibition opening on saturday the place was busy enough to slip out first thing and as arranged i made sure i was first into the shop i now have the honour of having bought the cheapest ever work by davinci or not the xray results came back this morning and as you suspected this is one of saras fake siam told it is close to perfect but hidden under the layers of paint she scribbled a picture of the nazi eagle emblem in leads he signed its too the tech guys think she may have used abit of old pipe like a crayon to deface the board before she started work on it anyway that leaves the question of where the hell the real painting might be its hard to believe that she left it with the ss and icant see her going on the run with it stuck under her coat its not like she could roll it up i worked through some more of the nazi papers and found this note atleast it tells us where she went looks like the cipher clerk was back by the way i have moved on to venice to try to find any trace of sara there but i have a feeling the solution to this mystery is back in paris where it all began i left the painting at the paris office maybe you could arrange to return it it should be easier to get it in than it was to extract it all the best harry'" ] } ], - "prompt_number": 15 + "prompt_number": 7 }, { "cell_type": "code", "collapsed": false, "input": [ - "vigenere_frequency_break(sanitise(c7b))" + "railfence_break(sanitise(c7b))" ], "language": "python", "metadata": {}, @@ -258,19 +203,19 @@ { "metadata": {}, "output_type": "pyout", - "prompt_number": 16, + "prompt_number": 8, "text": [ - "('aattuualptaaauaaaa', 0.10312795085805967)" + "(2, -4150.8334806309485)" ] } ], - "prompt_number": 16 + "prompt_number": 8 }, { "cell_type": "code", "collapsed": false, "input": [ - "' '.join(segment(vigenere_decipher(sanitise(c7b),'aattuualptaaauaaaa' )))" + "' '.join(segment(railfence_decipher(sanitise(c7b), 2)))" ], "language": "python", "metadata": {}, @@ -278,13 +223,13 @@ { "metadata": {}, "output_type": "pyout", - "prompt_number": 17, + "prompt_number": 9, "text": [ - "'ttmaqoehqveytelettkf vfantitlnhhttprnmews qrfwquefetnntmmohpun kit a murvsoegeomjsemwelpo yotkcoytmamvgijtrhtk pcrnydlmautreryrciti man rtxrnmzeatctythrycyb obmmisfdefehefyfnvws note neetztxkrqcavlennemh tmeemnnfvulnntneyfrt a ohtmohynxzxnzontunrg hubfooznoirdgkiztyqh eodatncnenpgyccwfmai masxprjmmtoktyiheouf jnteemaetxhkyutyaatk ausmmfuccthuyotxmltn tythhtootmnrnusztdsm mkoiyftfhharuianbwha eixyetfoatnboksfiheu ywcrthbfulmrsaetmlpu ymhtryamodjafttteaff ttnwmqtfzwbhntypttmt are dldnrkyhsacctyerfamm tgomtxzumtmtmtanskid jfpoxhothtoaixvidebb 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+ "\n", + "c7a = open('2014/7a.ciphertext').read()\n", + "c7b = open('2014/7b.ciphertext').read()" + ], + "language": "python", + "metadata": {}, + "outputs": [], + "prompt_number": 1 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "freqs = pd.Series(english_counts)\n", + "freqs.plot(kind='bar')" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 2, + "text": [ + "" + ] + }, + { + "metadata": {}, + "output_type": "display_data", + "png": 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8t6ulZdPJtO0b/rb51H+o7RyTO8bmtS1vm5H4GWgnm6SO4VTgReBJt90NrAd2AOuArljZ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\n", + "text": [ + "" + ] + } + ], + "prompt_number": 2 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "freqs_7a = pd.Series(collections.Counter([l.lower() for l in c7a if l in string.ascii_letters]))\n", + "freqs_7a.plot(kind='bar')" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 3, + "text": [ + "" + ] + }, + { + "metadata": {}, + "output_type": "display_data", + "png": 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+ "text": [ + "" + ] + } + ], + "prompt_number": 4 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "c7as = sanitise(c7a)\n", + "c7as" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 5, + "text": [ + "'veyjmyjkrzilysyjeydorulcsrcjnmoiddeugurlogfsnwcrlhckhghmwkejxlyktlagflalvtmgkyyomvlmgkyjosfdrzepwaqgnrzeqzinoaqforkcsltjwdussrzarlhcnajneqzabbakeebatjgoiklgcerzebjidlwmgdussnmljwdgftmlhceeazalasksnbtlmukcvtfwilderhrckuksbjqtfwcpwwfsdydrcsdwsbyfdmfeblhcneqkejohguhussjmciqfmjuqoirzosltfwsfapuwwmmlbzatwhyvnmadcstfstrzedvafsdzwelgpcjaraneanrzeqwwylepkscshmjscaslglmfgcjakqsrwrwlhcuurswyqollhcktyjbmsrbkibwcjwapwdyfapwamxapgulvfgnekwtcjsqiuyjeuatfsdgktgfcravcharlepfodtojlsdssrwncvtmjegffmjccvdcukndarwsgkaukokwtfanediiwtfasmfaqmbpwsamekasqaolscmmpjwodqeyjsyyouzellhcqfgltcvajgcydsfapuatfsjsjypagewdgfsnwcraolkyqleklhcveacpjstckcyfcyjrwscpsncveqaglwdrgdchlmqaljotsrceorwonwrylebnefacjwdckiefebxopmnbwrqwamhepstggnqawykajjeyvyagnawrlwdytosltfwrcxepwnawtmlhcuazdeqanrzejssrhaplodlhcxdydoeturlhcfevlscutggnfsskwrcsljqwmjrgwdgliqwnajynleboirzakgrckeamrceobafgwdyesagtpsnqhoqatggnaapfwryfdrwljkuqohyltfwyuwrcjeydlwmprgwfstgvollulvepktyfdgkhmotfwwfglcssqwmzdygkpmoepwdrzeqgrrgfagmnmtgfgrzeweuqlbcvogfggkrcsljqillelkitwalvwmmlbtupftfjosyhytarlepqilvawkillhyltgeerzegjillepuenlmgyhrforuaruhyfyrzilyuqwfsdbsltfwyasnfsrbdyfsvczihsciwdydoaslqgciwtgftfwmgvdjwodlhcgccsnasnwguewtkwaazaplsfgwgfgrzebwenkeyuazdeqanrzepwgggngvolliksggferzeskwgdlzwanjozdekturatksylwebkokwdghlmeaaqtmyerlhcxujdcmnepsgceankfpgmrzemealagmnepfmcftgxiyergyhratgkillhcarzwsranrwrcktqlondawslmfguwajdhyneydorlojgsczepw'" + ] + } + ], + "prompt_number": 5 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "c7bs = sanitise(c7b)\n", + "c7bs" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 6, + "text": [ + "'anwaecnndrtwtanireoahsrdntieerdctewayerevaaarpioerobsedescrehlaoitithsdtrinosepeplthtnidtwsduledlhotpeaterhaaredeoaiodtahregerothwhtsureteeinwigiresetpowicooonitseudseechacteofiileonewiotacteodteuneahsedaptryemronmomlexontkemeoyvitsteenhantrertieineotndlhpoplyitewitrsedeevdycfrmnsnaypinmteeneeinahinepritedehveleaorelllvmocnahncepherohjuuvehautathttetoasipowwneedselopgdeslfedterfcaatehjasdtrprleseeretetecneorrsgckamiiwaefutiashaongcthsrenrehtrsthhaceinwtprloghetodaeraloeedeatsomldwedtwefsbelevpdteonoignsavftegsebomcehatietnrsptonthusorecredendcetlwaehesedrncveracuhoihaleinaemeunherdesttstasipedeyleeemtiisiigothntssfolnitretrwhemtkhhswtorcssnererohteencsapeblircnthuleofenrsromrnshmaddaodeatihioroutwevthapeceetovterdleaditewdottttcatkmbhtheicwantnisedwatxankeabovoanmswlprgaispodfogndpedeswrdacttrefhdesyaberretlavod'" + ] + } + ], + "prompt_number": 6 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "key_a, score = vigenere_frequency_break(c7as)\n", + "key_a, score" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 7, + "text": [ + "('say', -1726.4679903722085)" + ] + } + ], + "prompt_number": 7 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "' '.join(segment(vigenere_decipher(c7as, key_a)))" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 8, + "text": [ + "'dear mark things area lot clearer now i flew out to inspect the ship myself last night and took a good look around the reason the ship was not scuttled was that the valves had jammed it looks like the driftwood was pulled into the mechanism and blocked the inlet presumably the crew had already abandoned the vessel which was lucky for us without the ship we would have had no idea that the fda had been operating in these waters seahorse is no longer a mystery the cutaway on the starboard side cleared an area of around five meters square with a distinctive pattern of bolts fastened to reinforced deck plates i saw something like this on a sub rescue mission a couple of years ago when they fitted a local ship with a jury rigged inspection system the deck plates can carry a crane designed to deploy an rova remote operated vehicle designed for undersea operations i was already concerned about the reference to the cables in the last part of the fda log but the next section has me really worried it is encrypted with a more secure modified amsco transposition cipher and tells us what they were really up to what i dont understand is how the whole assembly is powered the sort of computing they must be doing is really intensive and would burn through a battery in days in that time their intercept might not catch anything useful but they can hardly have hijacked a local socket in the middle of the ocean can you get me a chart showing the deepsea cables in the region i dont imagine the us will be a problem but it may need some diplomacy to get the full coverage maps from the omani government if i am right it is in their best interests to playalong we all have alot to lose here'" + ] + } + ], + "prompt_number": 8 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "key_b, score = amsco_break(c7bs)\n", + "key_b, score" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 9, + "text": [ + "(((1, 2, 0, 4, 3), (2, 1)), -1902.8377732825452)" + ] + } + ], + "prompt_number": 9 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "' '.join(segment(amsco_transposition_decipher(c7bs, key_b[0], fillpattern=key_b[1])))" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 10, + "text": [ + "'phase seven we approached the cable junction undercover of night with nautilus at an elevation of three feet towing seahorse to starboard comms interception showed that we remained undetected and seahorse was deployed at operating depth the various layers of armoured protection were removed from the cable and as expected once the steel jacket was removed the other layers provided little resistance the divers entered the water and cut into the core to insert the optical repeaters linking them back to the man in the middle unit which was powered up and fully tested initial tests showed that it was operating as expected and three keys have already been recovered from the omani transmissions with daylight approaching the remaining tests were postponed for the following night and the ship returned to deeper waters where it remained at low deck height the divers were left at seahorse to decompress slowly and will be recovered tomorrow once the final tests have been concluded'" + ] + } + ], + "prompt_number": 10 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [ + "transpositions[key_b[0]]" + ], + "language": "python", + "metadata": {}, + "outputs": [ + { + "metadata": {}, + "output_type": "pyout", + "prompt_number": 12, + "text": [ + "['cable',\n", + " 'facto',\n", + " 'facts',\n", + " 'gabon',\n", + " 'hafts',\n", + " 'hefts',\n", + " 'ibexs',\n", + " 'kabul',\n", + " 'lacys',\n", + " 'ladys',\n", + " 'laius',\n", + " 'lefts',\n", + " 'macon',\n", + " 'macro',\n", + " 'macys',\n", + " 'malts',\n", + " 'melon',\n", + " 'melts',\n", + " 'negro',\n", + " 'oahus',\n", + " 'obeys',\n", + " 'obits',\n", + " 'odets',\n", + " 'pacts',\n", + " 'pants',\n", + " 'pelts',\n", + " 'pints',\n", + " 'piotr',\n", + " 'pious',\n", + " 'plots',\n", + " 'plows',\n", + " 'ploys',\n", + " 'rafts',\n", + " 'rants',\n", + " 'remus',\n", + " 'rents',\n", + " 'riots',\n", + " 'scout',\n", + " 'shout',\n", + " 'snout',\n", + " 'cabbed',\n", + " 'cabbie',\n", + " 'cabbys',\n", + " 'cabral',\n", + " 'dabble',\n", + " 'faeroe',\n", + " 'gabbro',\n", + " 'ibexes',\n", + " 'jaguar',\n", + " 'kaboom',\n", + " 'kaftan',\n", + " 'lacuna',\n", + " 'lagoon',\n", + " 'lefter',\n", + " 'legume',\n", + " 'macaws',\n", + " 'magyar',\n", + " 'malays',\n", + " 'maltas',\n", + " 'mellon',\n", + " 'negevs',\n", + " 'nellys',\n", + " 'nelson',\n", + " 'odious',\n", + " 'paddys',\n", + " 'panzas',\n", + " 'peggys',\n", + " 'pelves',\n", + " 'pennys',\n", + " 'photos',\n", + " 'pinups',\n", + " 'qantas',\n", + " 'rabats',\n", + " 'rallys',\n", + " 'refuse',\n", + " 'refute',\n", + " 'remuss',\n", + " 'renews',\n", + " 'repute',\n", + " 'scouts',\n", + " 'shouts',\n", + " 'snouts',\n", + " 'cabbage',\n", + " 'cabrera',\n", + " 'dabbled',\n", + " 'gadwall',\n", + " 'ladonna',\n", + " 'leftest',\n", + " 'madonna',\n", + " 'malayan',\n", + " 'million',\n", + " 'papacys',\n", + " 'pellets',\n", + " 'penneys',\n", + " 'qantass',\n", + " 'ragtags',\n", + " 'refuses',\n", + " 'refuter',\n", + " 'regrets',\n", + " 'rennets',\n", + " 'renters',\n", + " 'reroute',\n", + " 'sallust',\n", + " 'macassar',\n", + " 'mahatmas',\n", + " 'mahayana',\n", + " 'nanettes',\n", + " 'palatals',\n", + " 'phosphor',\n", + " 'reenters',\n", + " 'phosphors',\n", + " 'sinusitis',\n", + " 'malayalams',\n", + " 'sinusitiss']" + ] + } + ], + "prompt_number": 12 + }, + { + "cell_type": "code", + "collapsed": false, + "input": [], + "language": "python", + "metadata": {}, + "outputs": [] + } + ], + "metadata": {} + } + ] +} \ No newline at end of file diff --git a/2014/7a.ciphertext b/2014/7a.ciphertext new file mode 100644 index 0000000..597b991 --- /dev/null +++ b/2014/7a.ciphertext @@ -0,0 +1 @@ +VEYJM YJKRZ ILYSY JEYDO RULCS RCJNM OIDDE UGURL OGFSN WCRLH CKHGH MWKEJ XLYKT LAGFL ALVTM GKYYO MVLMG KYJOS FDRZE PWAQG NRZEQ ZINOA QFORK CSLTJ WDUSS RZARL HCNAJ NEQZA BBAKE EBATJ GOIKL GCERZ EBJID LWMGD USSNM LJWDG FTMLH CEEAZ ALASK SNBTL MUKCV TFWIL DERHR CKUKS BJQTF WCPWW FSDYD RCSDW SBYFD MFEBL HCNEQ KEJOH GUHUS SJMCI QFMJU QOIRZ OSLTF WSFAP UWWMM LBZAT WHYVN MADCS TFSTR ZEDVA FSDZW ELGPC JARAN EANRZ EQWWY LEPKS CSHMJ SCASL GLMFG CJAKQ SRWRW LHCUU RSWYQ OLLHC KTYJB MSRBK IBWCJ WAPWD YFAPW AMXAP GULVF GNEKW TCJSQ IUYJE UATFS DGKTG FCRAV CHARL EPFOD TOJLS DSSRW NCVTM JEGFF MJCCV DCUKN DARWS GKAUK OKWTF ANEDI IWTFA SMFAQ MBPWS AMEKA SQAOL SCMMP JWODQ EYJSY YOUZE LLHCQ FGLTC VAJGC YDSFA PUATF SJSJY PAGEW DGFSN WCRAO LKYQL EKLHC VEACP JSTCK CYFCY JRWSC PSNCV EQAGL WDRGD CHLMQ ALJOT SRCEO RWONW RYLEB NEFAC JWDCK IEFEB XOPMN BWRQW AMHEP STGGN QAWYK AJJEY VYAGN AWRLW DYTOS LTFWR CXEPW NAWTM LHCUA ZDEQA NRZEJ SSRHA PLODL HCXDY DOETU RLHCF EVLSC UTGGN FSSKW RCSLJ QWMJR GWDGL IQWNA JYNLE BOIRZ AKGRC KEAMR CEOBA FGWDY ESAGT PSNQH OQATG GNAAP FWRYF DRWLJ KUQOH YLTFW YUWRC JEYDL WMPRG WFSTG VOLLU LVEPK TYFDG KHMOT FWWFG LCSSQ WMZDY GKPMO EPWDR ZEQGR RGFAG MNMTG FGRZE WEUQL BCVOG FGGKR CSLJQ ILLEL KITWA LVWMM LBTUP FTFJO SYHYT ARLEP QILVA WKILL HYLTG EERZE GJILL EPUEN LMGYH RFORU ARUHY FYRZI LYUQW FSDBS LTFWY ASNFS RBDYF SVCZI HSCIW DYDOA SLQGC IWTGF TFWMG VDJWO DLHCG CCSNA SNWGU EWTKW AAZAP LSFGW GFGRZ EBWEN KEYUA ZDEQA NRZEP WGGGN GVOLL IKSGG FERZE SKWGD LZWAN JOZDE KTURA TKSYL WEBKO KWDGH LMEAA QTMYE RLHCX UJDCM NEPSG CEANK FPGMR ZEMEA LAGMN EPFMC FTGXI YERGY HRATG KILLH CARZW SRANR WRCKT QLOND AWSLM FGUWA JDHYN EYDOR LOJGS CZEPW diff --git a/2014/7b.ciphertext b/2014/7b.ciphertext new file mode 100644 index 0000000..fb8e3dc --- /dev/null +++ b/2014/7b.ciphertext @@ -0,0 +1 @@ +ANWAE CNNDR TWTAN IREOA HSRDN TIEER DCTEW AYERE VAAAR PIOER OBSED ESCRE HLAOI TITHS DTRIN OSEPE PLTHT NIDTW SDULE DLHOT PEATE RHAAR EDEOA IODTA HREGE ROTHW HTSUR ETEEI NWIGI RESET POWIC OOONI TSEUD SEECH ACTEO FIILE ONEWI OTACT EODTE UNEAH SEDAP TRYEM RONMO MLEXO NTKEM EOYVI TSTEE NHANT RERTI EINEO TNDLH POPLY ITEWI TRSED EEVDY CFRMN SNAYP INMTE ENEEI NAHIN EPRIT EDEHV ELEAO RELLL VMOCN AHNCE PHERO HJUUV EHAUT ATHTT ETOAS IPOWW NEEDS ELOPG DESLF EDTER FCAAT EHJAS DTRPR LESEE RETET ECNEO RRSGC KAMII WAEFU TIASH AONGC THSRE NREHT RSTHH ACEIN WTPRL OGHET ODAER ALOEE DEATS OMLDW EDTWE FSBEL EVPDT EONOI GNSAV FTEGS EBOMC EHATI ETNRS PTONT HUSOR ECRED ENDCE TLWAE HESED RNCVE RACUH OIHAL EINAE MEUNH ERDES TTSTA SIPED EYLEE EMTII SIIGO THNTS SFOLN ITRET RWHEM TKHHS WTORC SSNER EROHT EENCS APEBL IRCNT HULEO FENRS ROMRN SHMAD DAODE ATIHI OROUT WEVTH APECE ETOVT ERDLE ADITE WDOTT TTCAT KMBHT HEICW ANTNI SEDWA TXANK EABOV OANMS WLPRG AISPO DFOGN DPEDE SWRDA CTTRE FHDES YABER RETLA VOD diff --git a/cipher.py b/cipher.py index 91e64e5..f7e3ece 100644 --- a/cipher.py +++ b/cipher.py @@ -2,7 +2,7 @@ import string import collections import math from enum import Enum -from itertools import zip_longest, cycle, chain +from itertools import zip_longest, cycle, chain, count import numpy as np from numpy import matrix from numpy import linalg @@ -671,6 +671,111 @@ def hill_decipher(matrix, message, fillvalue='a'): return hill_encipher(inverse_matrix, message, fillvalue) +# Where each piece of text ends up in the AMSCO transpositon cipher. +# 'index' shows where the slice appears in the plaintext, with the slice +# from 'start' to 'end' +AmscoSlice = collections.namedtuple('AmscoSlice', ['index', 'start', 'end']) + +def amsco_transposition_positions(message, keyword, + fillpattern=(1, 2), + fillcolumnwise=False, + emptycolumnwise=True): + """Creates the grid for the AMSCO transposition cipher. Each element in the + grid shows the index of that slice and the start and end positions of the + plaintext that go to make it up. + + >>> amsco_transposition_positions(string.ascii_lowercase, 'freddy', \ + fillpattern=(1, 2)) # doctest: +NORMALIZE_WHITESPACE + [[AmscoSlice(index=3, start=4, end=6), + AmscoSlice(index=2, start=3, end=4), + AmscoSlice(index=0, start=0, end=1), + AmscoSlice(index=1, start=1, end=3), + AmscoSlice(index=4, start=6, end=7)], + [AmscoSlice(index=8, start=12, end=13), + AmscoSlice(index=7, start=10, end=12), + AmscoSlice(index=5, start=7, end=9), + AmscoSlice(index=6, start=9, end=10), + AmscoSlice(index=9, start=13, end=15)], + [AmscoSlice(index=13, start=19, end=21), + AmscoSlice(index=12, start=18, end=19), + AmscoSlice(index=10, start=15, end=16), + AmscoSlice(index=11, start=16, end=18), + AmscoSlice(index=14, start=21, end=22)], + [AmscoSlice(index=18, start=27, end=28), + AmscoSlice(index=17, start=25, end=27), + AmscoSlice(index=15, start=22, end=24), + AmscoSlice(index=16, start=24, end=25), + AmscoSlice(index=19, start=28, end=30)]] + """ + transpositions = transpositions_of(keyword) + fill_iterator = cycle(fillpattern) + indices = count() + message_length = len(message) + + current_position = 0 + grid = [] + while current_position < message_length: + row = [] + for _ in range(len(transpositions)): + index = next(indices) + gap = next(fill_iterator) + row += [AmscoSlice(index, current_position, current_position + gap)] + current_position += gap + grid += [row] + return [transpose(r, transpositions) for r in grid] + +def amsco_transposition_encipher(message, keyword, fillpattern=(1,2)): + """AMSCO transposition encipher. + + >>> amsco_transposition_encipher('hellothere', 'abc', fillpattern=(1, 2)) + 'hoteelhler' + >>> amsco_transposition_encipher('hellothere', 'abc', fillpattern=(2, 1)) + 'hetelhelor' + >>> amsco_transposition_encipher('hellothere', 'acb', fillpattern=(1, 2)) + 'hotelerelh' + >>> amsco_transposition_encipher('hellothere', 'acb', fillpattern=(2, 1)) + 'hetelorlhe' + >>> amsco_transposition_encipher('hereissometexttoencipher', 'cipher', fillpattern=(1, 2)) + 'hecsoisttererteipexhomen' + >>> amsco_transposition_encipher('hereissometexttoencipher', 'cipher', fillpattern=(2, 1)) + 'heetcisooestrrepeixthemn' + >>> amsco_transposition_encipher('hereissometexttoencipher', 'cipher', fillpattern=(1, 3, 2)) + 'hxomeiphscerettoisenteer' + """ + grid = amsco_transposition_positions(message, keyword, fillpattern=fillpattern) + ct_as_grid = [[message[s.start:s.end] for s in r] for r in grid] + return combine_every_nth(ct_as_grid) + + +def amsco_transposition_decipher(message, keyword, fillpattern=(1,2)): + """AMSCO transposition decipher + + >>> amsco_transposition_decipher('hoteelhler', 'abc', fillpattern=(1, 2)) + 'hellothere' + >>> amsco_transposition_decipher('hetelhelor', 'abc', fillpattern=(2, 1)) + 'hellothere' + >>> amsco_transposition_decipher('hotelerelh', 'acb', fillpattern=(1, 2)) + 'hellothere' + >>> amsco_transposition_decipher('hetelorlhe', 'acb', fillpattern=(2, 1)) + 'hellothere' + >>> amsco_transposition_decipher('hecsoisttererteipexhomen', 'cipher', fillpattern=(1, 2)) + 'hereissometexttoencipher' + >>> amsco_transposition_decipher('heetcisooestrrepeixthemn', 'cipher', fillpattern=(2, 1)) + 'hereissometexttoencipher' + >>> amsco_transposition_decipher('hxomeiphscerettoisenteer', 'cipher', fillpattern=(1, 3, 2)) + 'hereissometexttoencipher' + """ + + grid = amsco_transposition_positions(message, keyword, fillpattern=fillpattern) + transposed_sections = [s for c in [l for l in zip(*grid)] for s in c] + plaintext_list = [''] * len(transposed_sections) + current_pos = 0 + for slice in transposed_sections: + plaintext_list[slice.index] = message[current_pos:current_pos-slice.start+slice.end][:len(message[slice.start:slice.end])] + current_pos += len(message[slice.start:slice.end]) + return ''.join(plaintext_list) + + class PocketEnigma(object): """A pocket enigma machine The wheel is internally represented as a 26-element list self.wheel_map, diff --git a/cipherbreak.py b/cipherbreak.py index b1af48c..8a4d7b1 100644 --- a/cipherbreak.py +++ b/cipherbreak.py @@ -464,6 +464,59 @@ def railfence_break(message, max_key_length=20, for i in range(2, max_key_length+1)]) return max(results, key=lambda k: k[1]) +def amsco_break(message, translist=transpositions, patterns = [(1, 2), (2, 1)], + fitness=Pbigrams, + chunksize=500): + """Breaks an AMSCO transposition cipher using a dictionary and + n-gram frequency analysis + + >>> amsco_break(amsco_transposition_encipher(sanitise( \ + "It is a truth universally acknowledged, that a single man in \ + possession of a good fortune, must be in want of a wife. However \ + little known the feelings or views of such a man may be on his \ + first entering a neighbourhood, this truth is so well fixed in \ + the minds of the surrounding families, that he is considered the \ + rightful property of some one or other of their daughters."), \ + 'encipher'), \ + translist={(2, 0, 5, 3, 1, 4, 6): ['encipher'], \ + (5, 0, 6, 1, 3, 4, 2): ['fourteen'], \ + (6, 1, 0, 4, 5, 3, 2): ['keyword']}, \ + patterns=[(1, 2)]) # doctest: +ELLIPSIS + (((2, 0, 5, 3, 1, 4, 6), (1, 2)), -709.4646722...) + >>> amsco_break(amsco_transposition_encipher(sanitise( \ + "It is a truth universally acknowledged, that a single man in \ + possession of a good fortune, must be in want of a wife. However \ + little known the feelings or views of such a man may be on his \ + first entering a neighbourhood, this truth is so well fixed in \ + the minds of the surrounding families, that he is considered the \ + rightful property of some one or other of their daughters."), \ + 'encipher', fillpattern=(2, 1)), \ + translist={(2, 0, 5, 3, 1, 4, 6): ['encipher'], \ + (5, 0, 6, 1, 3, 4, 2): ['fourteen'], \ + (6, 1, 0, 4, 5, 3, 2): ['keyword']}, \ + patterns=[(1, 2), (2, 1)], fitness=Ptrigrams) # doctest: +ELLIPSIS + (((2, 0, 5, 3, 1, 4, 6), (2, 1)), -997.0129085...) + """ + with Pool() as pool: + helper_args = [(message, trans, pattern, fitness) + for trans in translist.keys() + for pattern in patterns] + # Gotcha: the helper function here needs to be defined at the top level + # (limitation of Pool.starmap) + breaks = pool.starmap(amsco_break_worker, helper_args, chunksize) + return max(breaks, key=lambda k: k[1]) + +def amsco_break_worker(message, transposition, + pattern, fitness): + plaintext = amsco_transposition_decipher(message, transposition, + fillpattern=pattern) + fit = fitness(sanitise(plaintext)) + logger.debug('AMSCO transposition break attempt using key {0} and pattern' + '{1} gives fit of {2} and decrypt starting: {3}'.format( + transposition, pattern, fit, + sanitise(plaintext)[:50])) + return (transposition, pattern), fit + def hill_break(message, matrix_size=2, fitness=Pletters, number_of_solutions=1, chunksize=500): -- 2.34.1