 # Dysnomia Example In Perl 6 For FOSDEM 2018

Jan 7th, 2018
1,470
Never
Not a member of Pastebin yet? Sign Up, it unlocks many cool features!
1. # This Software Is Released Under Implied License Of Sharia Law.
2. use strict;
3.
4. my \$prime = 257;
5.
6. class Conjecture {
7.     has Bool \$.isListener;
8.     # Minimized Peer Should Store One Value Per Integral
9.     has Int \$.base;        # 0, Fixed Datum
10.     has Int \$.secret;      # 1, A Secret
11.     has Int \$.signal;      # 2, A Signal
12.     has Int \$.channel;     # 3, A Matter
13.     has Int \$.pole;        # 4, An Initiatal
14.     has Int \$.identity;    # 5, An Identity
15.     has Int \$.foundation;  # 6, A Tryangle
16.     has Int \$.element;     # 7, A Triangulation
17.     has Int \$.dynamo;      # 8, A Heisenberg Uncertainty
18.     has Int \$.manifold;    # 9, A Calibi-Yau-Reimann Point
19.     has Int \$.ring;        # 10, Opening Of The Manifold
20.     has Int \$.barn;        # 11, A Mass Of 0
21.     has Int %.reactor;     # 12, Dai-Ichi & Ichi-Dai
22.
23.     method init() returns Conjecture {
24.         my \$base;
25.         my \$secret;
26.         my \$signal;
27.         repeat {
28.             \$base = (^\$prime).pick;
29.             \$secret = (^\$prime).pick;
30.             \$signal = (^\$prime).pick;
31.         } while \$base < 3 or \$secret < 3 or \$signal < 3;
32.         say "Base: \$base\nSecret: \$secret\nSignal: \$signal";
33.         Conjecture.new(base => \$base, secret => \$secret, signal => \$signal, isListener => False);
34.     }
35.
36.     method modPow(Int \$a, Int \$b, Int \$c) returns Int {
37.         my \$result = \$a ** \$b % \$c;
38.         say "Performed modPow Operation (\$a ^ \$b % \$c) = \$result";
39.         return \$result;
40.     }
41.
42.     method tune() {
43.         \$!channel = \$.modPow(\$!base, \$!signal, \$prime);
44.         \$!channel > 1 or die "Failed To Tune Carrier For Dynamo";
45.         say "Channel: \$!channel";
46.     }
47.
48.     method getChallenge(Conjecture \$a, Int \$starterBase) returns Int {
49.         my \$result = \$.modPow(\$starterBase, \$a.secret, \$prime);
50.         say "Challenge: \$result";
51.         return \$result;
52.     }
53.
54.     method setBase(Int \$challenge) {
55.         \$!base = \$.modPow(\$challenge, \$!secret, \$prime);
56.         \$.tune;
57.     }
58.
59.     method generate() {
60.         my \$pole = \$.modPow(\$!base, \$!secret, \$prime);
61.         say "Pole: \$pole";
62.         \$!pole = \$pole;
63.     }
64.
65.     method getCarrier(Int \$peerUnipole) returns Int {
66.         \$.modPow(\$peerUnipole, \$!secret, \$prime);
67.     }
68.
69.     method establishListener() {
70.         \$!identity = (^\$prime).pick;
71.         \$!foundation = \$.modPow(\$!base, \$!identity, \$prime);
72.         \$!isListener = True;
73.         say "Established Listener Ephemeral Keypair Identity/Foundation: " ~ \$!foundation ~ "/" ~ \$!identity;
74.     }
75.
76.     method establishElement(Int \$partyFoundation, Int \$partyChannel) returns Int {
77.         unless \$!isListener {
78.             \$!identity = (^\$prime).pick;
79.             \$!foundation = \$.modPow(\$!base, \$!identity, \$prime);
80.         }
81.
82.         say "4 Challenges Herniate A Signal With 2 Convergent Spins But No Charge (Like A Neon)";
83.         my \$convergence = \$.modPow(\$partyFoundation, \$!identity, \$prime);
84.         my \$moment = \$.modPow(\$partyChannel, \$!identity, \$prime);
85.         my \$authentication = \$.modPow(\$partyFoundation, \$!signal, \$prime);
86.         my \$peerMoment = \$.modPow(\$partyChannel, \$!signal, \$prime); #introduce this later for particle spin
87.
88.         # Signal But Not Charge
89.         my \$accord = \$moment + \$authentication;
90.         my \$element = \$convergence + \$accord; # at this point we are "logged in"
91.         my \$discardMoment = \$element + \$peerMoment; # these particles do not move yet
92.         # How Is The Discard Moment Equal But Different For Each Peer?`
93.
94.         say "Established Elemental Accord At: " ~ \$element;
95.         \$!element = \$element;
96.     }
97.
98.     method syncDynamo() returns Int {
99.         say "Establishing Dynamo From Base, Signal, Element";
100.         \$!dynamo = \$.modPow(\$!base, \$!signal, \$!element);
101.     }
102.
103.     method getManifold(Int \$peerDynamo) returns Int {
104.         say "Syncing To Peer Element";
105.         \$!manifold = \$.modPow(\$peerDynamo, \$!signal, \$!element);
106.     }
107.
108.     method openManifold(Int \$carrier) {
109.         say "Opening Manifold " ~ \$!manifold ~ " With Carrier " ~ \$carrier;
110.         \$!ring = \$.modPow(\$carrier, \$!manifold, \$!element);
111.         \$!barn = \$.modPow(\$!ring, \$!manifold, \$!element);
112.     }
113.
114.     method charge(Int \$V) returns Int {
115.         say "Inducing Barn " ~ \$!barn ~ " By Ring " ~ \$!ring ~ " To Capacitance With Volt Identity " ~ \$V;
116.         my \$ampere = \$.modPow(\$!barn, \$V, \$!ring);
117.     }
118.
119.     method induce(Int \$ampere) returns Int {
120.         say "Inducing Ampere " ~ \$ampere ~ " To Manifold/Ring " ~ \$!manifold ~ "/" ~ \$!ring;
121.         my \$henry = \$.modPow(\$ampere, \$!manifold, \$!ring);
122.     }
123.
124.     method resist(Int \$ampere) returns Int {
125.         say "Resisting Ampere " ~ \$ampere ~ " With Element/Channel " ~ \$!element ~ "/" ~ \$!channel;
126.         my \$resistance = \$.modPow(\$ampere, \$!element, \$!channel);
127.     }
128.
129.     method amplify(Int \$ampere) returns Int {
130.         say "Amplifying Ampere/Element/Channel: \$ampere/\$!element/\$!channel";
131.         my \$jouleMass = \$.modPow(\$ampere, \$!element, \$!channel);
132.     }
133.
134.     method sustain(Int \$jouleMass) returns Int {
135.         say "Sustaining The Ohm";
136.         my \$ohm = \$.modPow(\$jouleMass, \$!element, \$!channel);
137.     }
138.
139.     # These Words Must Be Clear Or This Will Directly Fail NQA-1 Audit
140.     method react(Int \$ohm, Int \$peerChannel) {
141.         say "Sustaining Dynamic Reaction";
142.         %!reactor{'daiichi'} = \$.modPow(\$ohm, \$!channel, \$peerChannel);
143.         %!reactor{'ichidai'} = \$.modPow(\$ohm, \$peerChannel, \$!channel);
144.     }
145.
146.     # You Will Have To Rewrite This With Donald Knuth (Chief Powhaton).
147.     method hashStr(Str \$V) returns Int {
148.         say "Hashing Volt Identity Function For String: " ~ \$V;
149.         my \$volt = 37; # Arbitrary Starting Phaser
150.         for \$V.comb -> \$digit {
151.             \$volt = Conjecture.modPow(\$volt, ord(\$digit), \$prime);
152.             if \$volt < 1 { \$volt = ord(\$digit) };
153.         }
154.         return \$volt;
155.     }
156. }
157.
158. my \$starterBase = (^\$prime).pick;
159.
160. say "Initializing Conjecture A";
161. my \$a = Conjecture.init;
162. \$a.tune;
163. my \$a_challenge = Conjecture.getChallenge(\$a, \$starterBase);
164. say "-----\nDone!\n-----";
165. say "Initializing Conjecture B";
166. my \$b = Conjecture.init;
167. \$b.tune;
168. my \$b_challenge = Conjecture.getChallenge(\$b, \$starterBase);
169.
170. say \$a;
171. say \$b;
172. say "\nEstablishing Dynamo";
173. \$a.setBase(\$b_challenge);
174. \$b.setBase(\$a_challenge);
175.
176. \$a.base == \$b.base or die "Bases Do Not Match!!?";
177. say "Dynamo Base: " ~ \$a.base;
178.
179. \$a.generate();
180. \$b.generate();
181. my \$a_carrier = \$a.getCarrier(\$b.pole);
182. my \$b_carrier = \$b.getCarrier(\$a.pole);
183. \$a_carrier == \$b_carrier or die "Carrier Do Not Match!!?";
184.
185. say "\n-----\nPeer A Summary:";
186. say "Channel: " ~ \$a.channel ~ " Signal: " ~ \$a.signal ~ " Pole: " ~ \$a.pole ~ " Carrier: " ~ \$a_carrier;
187. say "Peer B Summary:";
188. say "Channel: " ~ \$b.channel ~ " Signal: " ~ \$b.signal ~ " Pole: " ~ \$b.pole ~ " Carrier: " ~ \$b_carrier;
189. say "-----\n";
190.
191. say "Establishing Peer B As Foundation Listener";
192. \$b.establishListener;
193.
194. say \$a;
195. say \$b;
196.
197. say "Establishing Peer A With Element B:";
198. \$a.establishElement(\$b.foundation, \$b.channel);
199. say "Finalizing Elemental Accord From Peer A With Element B:";
200. \$b.establishElement(\$a.foundation, \$a.channel);
201.
202. say \$a;
203. say \$b;
204.
205. say "Two Convergent Dynamos With Spin Establish A Non-Hamiltonian Triangulational Foundation (see Reimann). Let Us Derive A Manifold Base!";
206.
207. \$a.syncDynamo();
208. \$b.syncDynamo();
209. \$a.getManifold(\$b.dynamo);
210. \$b.getManifold(\$a.dynamo);
211.
212. say "(The Calibi-Yau-Reimann Manifold As Defined Here Exceeeds All Published Science)";
213. say \$a;
214. say \$b;
215.
216. say "Here We Have Total Convergence With Double Ratchet/3-Diffie From Open Whisper Systems";
217. say "-----";
218. say "Now We Go Off The Deep End";
219.
220. \$a.openManifold(\$a_carrier);
221. \$b.openManifold(\$b_carrier);
222.
223. \$a.ring == \$b.ring or die "Rings Do Not Match!!?";
224. \$a.barn == \$b.barn or die "Barns Do Not Match!!?";
225.
226. say \$a;
227. say \$b;
228.
229. say "Here We Have Symmetry But Not Biharmonic Symmetry (No Mass, No Reverb)";
230.
231. my \$a_volt = Conjecture.hashStr("Configuration");
232. my \$b_volt = Conjecture.hashStr("Configuration");
233.
234. my \$a_ampere = \$a.charge(\$a_volt);
235. my \$b_ampere = \$b.charge(\$b_volt);
236.
237. \$a_ampere == \$b_ampere or die "Amperes Do Not Match!!?";
238.
239. my \$a_henry = \$a.induce(\$a_ampere);
240. my \$b_henry = \$a.induce(\$b_ampere);
241.
242. \$a_henry == \$b_henry or die "Henrys Do Not Match!!?"; #Must Be In Britain
243.
244. say \$a;
245. say \$b;
246.
247. say "The Ampere Has A Resistance Signature But The Henry Absolutely Does Not! (See What Is Shape?)";
248.
249. my \$a_resistance = \$a.resist(\$a_ampere);
250. my \$b_resistance = \$a.resist(\$b_ampere);
251.
252. say "To Exceed The Joule Is Proliferation. I Suggest You Do It Anyway (See Key/Signing/Salt)";
253.
254. say "Sustaining For Element A";
255. my \$aa_jouleMass = \$a.amplify(\$a_resistance);
256. my \$ab_jouleMass = \$a.amplify(\$b_resistance);
257. my \$aa_ohm = \$a.sustain(\$aa_jouleMass);
258. my \$ab_ohm = \$a.sustain(\$ab_jouleMass);
259.
260. \$aa_ohm == \$ab_ohm or die "Ohms Do Not Match!!?";
261.
262. say "Sustaining For Element B";
263. my \$ba_jouleMass = \$b.amplify(\$a_resistance);
264. my \$bb_jouleMass = \$b.amplify(\$b_resistance);
265. my \$ba_ohm = \$b.sustain(\$ba_jouleMass);
266. my \$bb_ohm = \$b.sustain(\$bb_jouleMass);
267.
268. \$ba_ohm == \$bb_ohm or die "Ohms Do Not Match!!?";
269.
270. say "Discarded Ohm A Because B Is Listener";
271. say "Ohm A Might Be Useful For Spin? - Note Not A Real Nuclear Reactor, Play Around!";
272.
273. \$a.react(\$ba_ohm, \$b.channel);
274. \$b.react(\$ba_ohm, \$a.channel);
275.
276. say \$a;
277. say \$b;