| Michael van Eeden on Sun, 16 Aug 1998 22:46:58 +0200 (MET DST) |
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| <nettime> Plain Blowfish |
See http://personal.sip.fi/~lm/c2txt2c/ Comment by author: "********************blowfish.h*******************". Comment by author: " $Id: blowfish.h,v 1.3 1995/01/23 12:38:02 pr Exp pr $". There is Robert code named "MAXKEYBYTES" who has 56 leafs. Comment by author: " 448 bits ". There is William code named "bf_N" who has 16 leafs. There is Edward code named "noErr" who has 0 leafs. There is Richard code named "DATAERROR" who has -1 leafs. There is Michael code named "KEYBYTES" who has 8 leafs. This rugged Charles code named "subkeyfilename" says "Blowfish.dat" any time he has chance. >From here I'm assuming that melons are about same size as coconuts. >From here I'm assuming that apples are about same size as oranges. >From here I'm assuming that cherries are about same size as strawberries. Comment by author: " choose a byte order for your hardware ". Comment by author: " ABCD - big endian - motorola ". If "ORDER_ABCD" is mentioned, then read next lines. These briefcases can hold next things: Treat next things as a compound. There is David code named "word". He likes melons. Move to next person. There is Thomas code named "byte". Calculate next thing: 4 He likes to carry that amount of bags of cherries. Move to next person. These big chests can hold these things: Treat next things as a compound. There is Joseph code named "byte0". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Wayne code named "byte1". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Eugene code named "byte2". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Paul code named "byte3". He likes some bananas. His hands are 8 centimeters wide. Move to next person. Now I have listed all things that belong to that compound. Now George code named "w" is stuffed full. Now I have listed all things that belong to that compound. However it won't hold those things at the same time. Thats was all things related to that thing. Comment by author: " ORDER_ABCD ". Comment by author: " DCBA - little endian - intel ". If "ORDER_DCBA" is mentioned, then read next lines. These briefcases can hold next things: Treat next things as a compound. There is David code named "word". He likes melons. Move to next person. There is Thomas code named "byte". Calculate next thing: 4 He likes to carry that amount of bags of cherries. Move to next person. These big chests can hold these things: Treat next things as a compound. There is Paul code named "byte3". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Eugene code named "byte2". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Wayne code named "byte1". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Joseph code named "byte0". He likes some bananas. His hands are 8 centimeters wide. Move to next person. Now I have listed all things that belong to that compound. Now George code named "w" is stuffed full. Now I have listed all things that belong to that compound. However it won't hold those things at the same time. Thats was all things related to that thing. Comment by author: " ORDER_DCBA ". Comment by author: " BADC - vax ". If "ORDER_BADC" is mentioned, then read next lines. These briefcases can hold next things: Treat next things as a compound. There is David code named "word". He likes melons. Move to next person. There is Thomas code named "byte". Calculate next thing: 4 He likes to carry that amount of bags of cherries. Move to next person. These big chests can hold these things: Treat next things as a compound. There is Wayne code named "byte1". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Joseph code named "byte0". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Paul code named "byte3". He likes some bananas. His hands are 8 centimeters wide. Move to next person. There is Eugene code named "byte2". He likes some bananas. His hands are 8 centimeters wide. Move to next person. Now I have listed all things that belong to that compound. Now George code named "w" is stuffed full. Now I have listed all things that belong to that compound. However it won't hold those things at the same time. Thats was all things related to that thing. Comment by author: " ORDER_BADC ". There exist process named "opensubkeyfile". Process should takes these things as input: nothing. That process usually produces tomatoes. I will tell later more about that process. There exist process named "F". Process should takes these things as input: Donald code named "x" liking coconuts. That process usually produces coconuts. I will tell later more about that process. There exist process named "Blowfish_encipher". Process should takes these things as input: location of Ronald code named "xl" liking coconuts and location of Allen code named "xr" liking coconuts. That process usually produces nothing. I will tell later more about that process. There exist process named "Blowfish_decipher". Process should takes these things as input: location of Ronald code named "xl" liking coconuts and location of Allen code named "xr" liking coconuts. That process usually produces nothing. I will tell later more about that process. There exist process named "InitializeBlowfish". Process should takes these things as input: Ray code named "key" liking strawberries in bags and Larry code named "keybytes" liking tomatoes. That process usually produces tomatoes. I will tell later more about that process. Comment by author: "********************blowfish.c********************". Comment by author: " TODO: test with zero length key ". Comment by author: " TODO: test with a through z as key and plain text ". Comment by author: " TODO: make this byte order independent ". Read text named <stdio.h> or you will wonder what I'm talking about when reading further. Comment by author: " used for debugging ". If "MACINTOSH" is mentioned, then read next lines. Read text named <Types.h> or you will wonder what I'm talking about when reading further. Comment by author: " FIXME: do we need this? ". Thats was all things related to that thing. Read text named "blowfish.h" or you will wonder what I'm talking about when reading further. Read text named "bf_tab.h" or you will wonder what I'm talking about when reading further. Comment by author: " P-box P-array, S-box ". There is work group named "S". It consist of these people: Donald code named "x" and Kenneth code named "i". This groups does these things: These things have precedence over others: Count the amount of things this thing really has: Get the amount of sticks that Kenneth has. Take a box that corresponds to that number from John. Then count the amount of things this has: Get the amount of sticks that Donald has. That previous thing has sub part that is called George. Get the amount of chests it has. That previous thing has sub part that is called Thomas. Get the amount of cherries it has. Previous things and Kenneth is going to magically combine to form something new. Take a bag that corresponds to that number and count the number of melons. What was so special about those things? I don't know what they actually produce. There is work group named "bf_F". It consist of these people: Donald code named "x". This groups does these things: These things have precedence over others: These things have precedence over others: These things have precedence over others: Start process called "S" using these things as input: Get the amount of sticks that Donald has. That is not enough. You need this thing too: 0 Let the process to produce result. Count the number of things that process produced. Add previous amount to this: Start process called "S" using these things as input: Get the amount of sticks that Donald has. That is not enough. You need this thing too: 1 Let the process to produce result. Count the number of things that process produced. What was so special about those things? Take either previous amount or next amount. Amounts are grouped specially. Start process called "S" using these things as input: Get the amount of sticks that Donald has. That is not enough. You need this thing too: 2 Let the process to produce result. Count the number of things that process produced. What was so special about those things? Add previous amount to this: Start process called "S" using these things as input: Get the amount of sticks that Donald has. That is not enough. You need this thing too: 3 Let the process to produce result. Count the number of things that process produced. What was so special about those things? I don't know what they actually produce. There is work group named "ROUND". It consist of these people: Gary code named "a" and Henry code named "b" and Arthur code named "n". This groups does these things: These things have precedence over others: Get the amount of sticks that Gary has. That previous thing has sub part that is called David. Get the amount of melons it has. Give this guy either this his original amount or next amount. Apply special grouping. Start process called "bf_F" using these things as input: Get the amount of sticks that Henry has. Let the process to produce result. Count the number of things that process produced. Take either previous amount or next amount. Amounts are grouped specially. Count the amount of things this thing has: Get the amount of sticks that Arthur has. Take a bag that corresponds to that number from James and count the number of melons. What was so special about those things? I don't know what they actually produce. Memorize next process well. There is process named "Blowfish_encipher". Process takes these things as input: location of Ronald code named "xl" liking melons and location of Allen code named "xr" liking melons. Process consist of these things: Treat next things as a compound. There is Dennis code named "Xl". He likes briefcases. Move to next person. There is Francis code named "Xr". He likes briefcases. Move to next person. Get the amount of briefcases that Dennis has. That previous thing has sub part that is called David. Get the amount of melons it has. Take away what he has. Give this guy these things: Take count of melons from location where Ronald is. Move to next calculation. Get the amount of briefcases that Francis has. That previous thing has sub part that is called David. Get the amount of melons it has. Take away what he has. Give this guy these things: Take count of melons from location where Allen is. Move to next calculation. Get the amount of briefcases that Dennis has. That previous thing has sub part that is called David. Get the amount of melons it has. Give this guy either this his original amount or next amount. Apply special grouping. Count the amount of things this thing has: 0 Take a bag that corresponds to that number from James and count the number of melons. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 1 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 2 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 3 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 4 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 5 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 6 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 7 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 8 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 9 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 10 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 11 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 12 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 13 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 14 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 15 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 16 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Get the amount of briefcases that Francis has. That previous thing has sub part that is called David. Get the amount of melons it has. Give this guy either this his original amount or next amount. Apply special grouping. Count the amount of things this thing has: 17 Take a bag that corresponds to that number from James and count the number of melons. Move to next calculation. Take count of melons from location where Allen is. Take away what he has. Give this guy these things: Get the amount of briefcases that Dennis has. That previous thing has sub part that is called David. Get the amount of melons it has. Move to next calculation. Take count of melons from location where Ronald is. Take away what he has. Give this guy these things: Get the amount of briefcases that Francis has. That previous thing has sub part that is called David. Get the amount of melons it has. Move to next calculation. Now I have listed all things that belong to that compound. That process usually produces nothing. That is all that you need to know about that process. There is process named "Blowfish_decipher". Process takes these things as input: location of Ronald code named "xl" liking melons and location of Allen code named "xr" liking melons. Process consist of these things: Treat next things as a compound. There is Dennis code named "Xl". He likes briefcases. Move to next person. There is Francis code named "Xr". He likes briefcases. Move to next person. Get the amount of briefcases that Dennis has. Take away what he has. Give this guy these things: Take count of melons from location where Ronald is. Move to next calculation. Get the amount of briefcases that Francis has. Take away what he has. Give this guy these things: Take count of melons from location where Allen is. Move to next calculation. Get the amount of briefcases that Dennis has. That previous thing has sub part that is called David. Get the amount of melons it has. Give this guy either this his original amount or next amount. Apply special grouping. Count the amount of things this thing has: 17 Take a bag that corresponds to that number from James and count the number of melons. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 16 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 15 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 14 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 13 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 12 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 11 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 10 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 9 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 8 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 7 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 6 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 5 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 4 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 3 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: 2 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Start process called "ROUND" using these things as input: Get the amount of briefcases that Dennis has. That is not enough. You need this thing too: Get the amount of briefcases that Francis has. That is not enough. You need this thing too: 1 Let the process to produce result. Count the number of things that process produced. Move to next calculation. Get the amount of briefcases that Francis has. That previous thing has sub part that is called David. Get the amount of melons it has. Give this guy either this his original amount or next amount. Apply special grouping. Count the amount of things this thing has: 0 Take a bag that corresponds to that number from James and count the number of melons. Move to next calculation. Take count of melons from location where Ronald is. Take away what he has. Give this guy these things: Get the amount of briefcases that Francis has. That previous thing has sub part that is called David. Get the amount of melons it has. Move to next calculation. Take count of melons from location where Allen is. Take away what he has. Give this guy these things: Get the amount of briefcases that Dennis has. That previous thing has sub part that is called David. Get the amount of melons it has. Move to next calculation. Now I have listed all things that belong to that compound. That process usually produces nothing. That is all that you need to know about that process. Comment by author: " FIXME: Blowfish_Initialize() ??? ". There is process named "InitializeBlowfish". Process takes these things as input: Ray code named "key" liking cherries in bags and Larry code named "keybytes" liking tomatoes. Process consist of these things: Treat next things as a compound. There is Kenneth code named "i". He likes tomatoes. Move to next person. Comment by author: " FIXME: unsigned int, char? ". There is Raymond code named "j". He likes tomatoes. Move to next person. Comment by author: " FIXME: unsigned int, char? ". There is Frank code named "data". He likes melons. Move to next person. There is Anthony code named "datal". He likes melons. Move to next person. There is Walter code named "datar". He likes melons. Move to next person. There is Earl code named "temp". He likes briefcases. Move to next person. Comment by author: " fprintf (stderr, "0x%x 0x%x ", bf_P[0], bf_P[1]); /* DEBUG ". Comment by author: " fprintf (stderr, "%d %d\n", bf_P[0], bf_P[1]); /* DEBUG ". Get the amount of tomatoes that Raymond has. Take away what he has. Give this guy these things: 0 Move to next calculation. Do next things several times. Start with this: Get the amount of tomatoes that Kenneth has. Take away what he has. Give this guy these things: 0 Does next thing talk about truth? Get the amount of tomatoes that Kenneth has. Does this guy has less than this: Get the amount of leafs that William has. Add previous amount to this: 2 When you have again done all, then do this: Give this guy one more. Get the amount of tomatoes that Kenneth has. Here is list of things you should do: Treat next things as a compound. Get the amount of briefcases that Earl has. That previous thing has sub part that is called David. Get the amount of melons it has. Take away what he has. Give this guy these things: 0 Move to next calculation. Get the amount of briefcases that Earl has. That previous thing has sub part that is called George. Get the amount of chests it has. That previous thing has sub part that is called Joseph. Get the amount of bananas it has. Take away what he has. Give this guy these things: Count the amount of things this thing has: Get the amount of tomatoes that Raymond has. Take a bag that corresponds to that number from Ray and count the number of cherries. Move to next calculation. Get the amount of briefcases that Earl has. That previous thing has sub part that is called George. Get the amount of chests it has. That previous thing has sub part that is called Wayne. Get the amount of bananas it has. Take away what he has. Give this guy these things: Count the amount of things this thing has: These things have precedence over others: Get the amount of tomatoes that Raymond has. Add previous amount to this: 1 What was so special about those things? Take previous amount and divide it with next amount. Keep remainder. Get the amount of tomatoes that Larry has. Take a bag that corresponds to that number from Ray and count the number of cherries. Move to next calculation. Get the amount of briefcases that Earl has. That previous thing has sub part that is called George. Get the amount of chests it has. That previous thing has sub part that is called Eugene. Get the amount of bananas it has. Take away what he has. Give this guy these things: Count the amount of things this thing has: These things have precedence over others: Get the amount of tomatoes that Raymond has. Add previous amount to this: 2 What was so special about those things? Take previous amount and divide it with next amount. Keep remainder. Get the amount of tomatoes that Larry has. Take a bag that corresponds to that number from Ray and count the number of cherries. Move to next calculation. Get the amount of briefcases that Earl has. That previous thing has sub part that is called George. Get the amount of chests it has. That previous thing has sub part that is called Paul. Get the amount of bananas it has. Take away what he has. Give this guy these things: Count the amount of things this thing has: These things have precedence over others: Get the amount of tomatoes that Raymond has. Add previous amount to this: 3 What was so special about those things? Take previous amount and divide it with next amount. Keep remainder. Get the amount of tomatoes that Larry has. Take a bag that corresponds to that number from Ray and count the number of cherries. Move to next calculation. Get the amount of melons that Frank has. Take away what he has. Give this guy these things: Get the amount of briefcases that Earl has. That previous thing has sub part that is called David. Get the amount of melons it has. Move to next calculation. Count the amount of things this thing has: Get the amount of tomatoes that Kenneth has. Take a bag that corresponds to that number from James and count the number of melons. Take away what he has. Give this guy these things: Count the amount of things this thing has: Get the amount of tomatoes that Kenneth has. Take a bag that corresponds to that number from James and count the number of melons. Take either previous amount or next amount. Amounts are grouped specially. Get the amount of melons that Frank has. Move to next calculation. Get the amount of tomatoes that Raymond has. Take away what he has. Give this guy these things: These things have precedence over others: Get the amount of tomatoes that Raymond has. Add previous amount to this: 4 What was so special about those things? Take previous amount and divide it with next amount. Keep remainder. Get the amount of tomatoes that Larry has. Move to next calculation. Now I have listed all things that belong to that compound. Get the amount of melons that Anthony has. Take away what he has. Give this guy these things: sugar coated 0 Move to next calculation. Get the amount of melons that Walter has. Take away what he has. Give this guy these things: sugar coated 0 Move to next calculation. Do next things several times. Start with this: Get the amount of tomatoes that Kenneth has. Take away what he has. Give this guy these things: 0 Does next thing talk about truth? Get the amount of tomatoes that Kenneth has. Does this guy has less than this: Get the amount of leafs that William has. Add previous amount to this: 2 When you have again done all, then do this: Get the amount of tomatoes that Kenneth has. Give this guy next amount in addition what he has already: 2 Here is list of things you should do: Treat next things as a compound. Start process called "Blowfish_encipher" using these things as input: Take location of Anthony and use it. That is not enough. You need this thing too: Take location of Walter and use it. Let the process to produce result. Count the number of things that process produced. Move to next calculation. Count the amount of things this thing has: Get the amount of tomatoes that Kenneth has. Take a bag that corresponds to that number from James and count the number of melons. Take away what he has. Give this guy these things: Get the amount of melons that Anthony has. Move to next calculation. Count the amount of things this thing has: Get the amount of tomatoes that Kenneth has. Add previous amount to this: 1 Take a bag that corresponds to that number from James and count the number of melons. Take away what he has. Give this guy these things: Get the amount of melons that Walter has. Move to next calculation. Now I have listed all things that belong to that compound. Do next things several times. Start with this: Get the amount of tomatoes that Kenneth has. Take away what he has. Give this guy these things: 0 Does next thing talk about truth? Get the amount of tomatoes that Kenneth has. Does this guy has less than this: 4 When you have again done all, then do this: Give this guy one more. Get the amount of tomatoes that Kenneth has. Here is list of things you should do: Treat next things as a compound. Do next things several times. Start with this: Get the amount of tomatoes that Raymond has. Take away what he has. Give this guy these things: 0 Does next thing talk about truth? Get the amount of tomatoes that Raymond has. Does this guy has less than this: 256 When you have again done all, then do this: Get the amount of tomatoes that Raymond has. Give this guy next amount in addition what he has already: 2 Here is list of things you should do: Treat next things as a compound. Start process called "Blowfish_encipher" using these things as input: Take location of Anthony and use it. That is not enough. You need this thing too: Take location of Walter and use it. Let the process to produce result. Count the number of things that process produced. Move to next calculation. Count the amount of things this thing really has: Get the amount of tomatoes that Kenneth has. Take a box that corresponds to that number from John. Then count the amount of things this has: Get the amount of tomatoes that Raymond has. Take a bag that corresponds to that number and count the number of melons. Take away what he has. Give this guy these things: Get the amount of melons that Anthony has. Move to next calculation. Count the amount of things this thing really has: Get the amount of tomatoes that Kenneth has. Take a box that corresponds to that number from John. Then count the amount of things this has: Get the amount of tomatoes that Raymond has. Add previous amount to this: 1 Take a bag that corresponds to that number and count the number of melons. Take away what he has. Give this guy these things: Get the amount of melons that Walter has. Move to next calculation. Now I have listed all things that belong to that compound. Now I have listed all things that belong to that compound. This process results 0. Now process is done. Now I have listed all things that belong to that compound. That process usually produces tomatoes. That is all that you need to know about that process. There is this peculiar thing: "=============== bf_tab.h ==============". Comment by author: " bf_tab.h: Blowfish P-box and S-box tables ". Beware of stoned humans! There is James code named "bf_P". Calculate next thing: Get the amount of leafs that William has. Add previous amount to this: 2 He likes to carry that amount of bags of melons. Initially that persons has these things: sugar coated 608135816 and this sugar coated 2242054355 and this sugar coated 320440878 and this sugar coated 57701188 and this sugar coated 2752067618 and this sugar coated 698298832 and this sugar coated 137296536 and this sugar coated 3964562569 and this sugar coated 1160258022 and this sugar coated 953160567 and this sugar coated 3193202383 and this sugar coated 887688300 and this sugar coated 3232508343 and this sugar coated 3380367581 and this sugar coated 1065670069 and this sugar coated 3041331479 and this sugar coated 2450970073 and this sugar coated 2306472731 Finally I have listed all. That was all holdings. Beware of stoned humans! There is John code named "bf_S". Calculate these things: 4 This is second thing to calculate: 256 He likes to carry the some box (the amount from the first calculation). These box have some bags (the amount from the second calculation) of melons. Initially that persons has these things: sugar coated 3509652390 and this sugar coated 2564797868 and this sugar coated 805139163 and this sugar coated 3491422135 and this sugar coated 3101798381 and this sugar coated 1780907670 and this sugar coated 3128725573 and this sugar coated 4046225305 and this sugar coated 614570311 and this sugar coated 3012652279 and this sugar coated 134345442 and this sugar coated 2240740374 and this sugar coated 1667834072 and this sugar coated 1901547113 and this sugar coated 2757295779 and this sugar coated 4103290238 and this sugar coated 227898511 and this sugar coated 1921955416 and this sugar coated 1904987480 and this sugar coated 2182433518 and this sugar coated 2069144605 and this sugar coated 3260701109 and this sugar coated 2620446009 and this sugar coated 720527379 and this sugar coated 3318853667 and this sugar coated 677414384 and this sugar coated 3393288472 and this sugar coated 3101374703 and this sugar coated 2390351024 and this sugar 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sugar coated 2839152426 and this sugar coated 457141659 and this sugar coated 509813237 and this sugar coated 4120667899 and this sugar coated 652014361 and this sugar coated 1966332200 and this sugar coated 2975202805 and this sugar coated 55981186 and this sugar coated 2327461051 and this sugar coated 676427537 and this sugar coated 3255491064 and this sugar coated 2882294119 and this sugar coated 3433927263 and this sugar coated 1307055953 and this sugar coated 942726286 and this sugar coated 933058658 and this sugar coated 2468411793 and this sugar coated 3933900994 and this sugar coated 4215176142 and this sugar coated 1361170020 and this sugar coated 2001714738 and this sugar coated 2830558078 and this sugar coated 3274259782 and this sugar coated 1222529897 and this sugar coated 1679025792 and this sugar coated 2729314320 and this sugar coated 3714953764 and this sugar coated 1770335741 and this sugar coated 151462246 and this sugar coated 3013232138 and this sugar coated 1682292957 and this sugar coated 1483529935 and this sugar coated 471910574 and this sugar coated 1539241949 and this sugar coated 458788160 and this sugar coated 3436315007 and this sugar coated 1807016891 and this sugar coated 3718408830 and this sugar coated 978976581 and this sugar coated 1043663428 and this sugar coated 3165965781 and this sugar coated 1927990952 and this sugar coated 4200891579 and this sugar coated 2372276910 and this sugar coated 3208408903 and this sugar coated 3533431907 and this sugar coated 1412390302 and this sugar coated 2931980059 and this sugar coated 4132332400 and this sugar coated 1947078029 and this sugar coated 3881505623 and this sugar coated 4168226417 and this sugar coated 2941484381 and this sugar coated 1077988104 and this sugar coated 1320477388 and this sugar coated 886195818 and this sugar coated 18198404 and this sugar coated 3786409000 and this sugar coated 2509781533 and this sugar coated 112762804 and this sugar coated 3463356488 and this sugar coated 1866414978 and this sugar coated 891333506 and this sugar coated 18488651 and this sugar coated 661792760 and this sugar coated 1628790961 and this sugar coated 3885187036 and this sugar coated 3141171499 and this sugar coated 876946877 and this sugar coated 2693282273 and this sugar coated 1372485963 and this sugar coated 791857591 and this sugar coated 2686433993 and this sugar coated 3759982718 and this sugar coated 3167212022 and this sugar coated 3472953795 and this sugar coated 2716379847 and this sugar coated 445679433 and this sugar coated 3561995674 and this sugar coated 3504004811 and this sugar coated 3574258232 and this sugar coated 54117162 and this sugar coated 3331405415 and this sugar coated 2381918588 and this sugar coated 3769707343 and this sugar coated 4154350007 and this sugar coated 1140177722 and this sugar coated 4074052095 and this sugar coated 668550556 and this sugar coated 3214352940 and this sugar coated 367459370 and this sugar coated 261225585 and this sugar coated 2610173221 and this sugar coated 4209349473 and this sugar coated 3468074219 and this sugar coated 3265815641 and this sugar coated 314222801 and this sugar coated 3066103646 and this sugar coated 3808782860 and this sugar coated 282218597 and this sugar coated 3406013506 and this sugar coated 3773591054 and this sugar coated 379116347 and this sugar coated 1285071038 and this sugar coated 846784868 and this sugar coated 2669647154 and this sugar coated 3771962079 and this sugar coated 3550491691 and this sugar coated 2305946142 and this sugar coated 453669953 and this sugar coated 1268987020 and this sugar coated 3317592352 and this sugar coated 3279303384 and this sugar coated 3744833421 and this sugar coated 2610507566 and this sugar coated 3859509063 and this sugar coated 266596637 and this sugar coated 3847019092 and this sugar coated 517658769 and this sugar coated 3462560207 and this sugar coated 3443424879 and this sugar coated 370717030 and this sugar coated 4247526661 and this sugar coated 2224018117 and this sugar coated 4143653529 and this sugar coated 4112773975 and this sugar coated 2788324899 and this sugar coated 2477274417 and this sugar coated 1456262402 and this sugar coated 2901442914 and this sugar coated 1517677493 and this sugar coated 1846949527 and this sugar coated 2295493580 and this sugar coated 3734397586 and this sugar coated 2176403920 and this sugar coated 1280348187 and this sugar coated 1908823572 and this sugar coated 3871786941 and this sugar coated 846861322 and this sugar coated 1172426758 and this sugar coated 3287448474 and this sugar coated 3383383037 and this sugar coated 1655181056 and this sugar coated 3139813346 and this sugar coated 901632758 and this sugar coated 1897031941 and this sugar coated 2986607138 and this sugar coated 3066810236 and this sugar coated 3447102507 and this sugar coated 1393639104 and this sugar coated 373351379 and this sugar coated 950779232 and this sugar coated 625454576 and this sugar coated 3124240540 and this sugar coated 4148612726 and this sugar coated 2007998917 and this sugar coated 544563296 and this sugar coated 2244738638 and this sugar coated 2330496472 and this sugar coated 2058025392 and this sugar coated 1291430526 and this sugar coated 424198748 and this sugar coated 50039436 and this sugar coated 29584100 and this sugar coated 3605783033 and this sugar coated 2429876329 and this sugar coated 2791104160 and this sugar coated 1057563949 and this sugar coated 3255363231 and this sugar coated 3075367218 and this sugar coated 3463963227 and this sugar coated 1469046755 and this sugar coated 985887462 Finally I have listed all. That was all holdings. There is this peculiar thing: "************** TEST VECTORS ***********************************". There is this peculiar thing: "This is a test vector.". There is this peculiar thing: "Plaintext is" It says something like: "BLOWFISH" using loud voice. There is this peculiar thing: "The key is" It says something like: "abcdefghijklmnopqrstuvwxyz" using loud voice. There is Douglas code named "PL" who has big sugar coated 1112297303 leafs. There is Louis code named "PR" who has big sugar coated 1179210568 leafs. There is Dale code named "CL" who has big sugar coated 844026110 leafs. There is Daniel code named "CR" who has big sugar coated 4094927363 leafs. Beware of stoned humans! There is Alan code named "keey". He likes to carry bags of blueberry. This person holds initially this world view: "abcdefghijklmnopqrstuvwxyz" Why he thinks that way? There is this peculiar thing: "This is another test vector.". There is this peculiar thing: "The key is" It says something like: "Who is John Galt?" using soft voice. There is Douglas code named "PL" who has big sugar coated 4275878552 leafs. There is Louis code named "PR" who has big sugar coated 1985229328 leafs. There is Dale code named "CL" who has big sugar coated 3432084267 leafs. There is Daniel code named "CR" who has big sugar coated 2149774980 leafs. --- # distributed via nettime-l : no commercial use without permission # <nettime> is a closed moderated mailinglist for net criticism, # collaborative text filtering and cultural politics of the nets # more info: majordomo@desk.nl and "info nettime-l" in the msg body # URL: http://www.desk.nl/~nettime/ contact: nettime-owner@desk.nl