Mr. wuyaohui, the world pioneer of ordinary ternary logic mathematics, announced the scientific research achievements of all truth tables of ordinary ternary logic mathematics to the world (Wu's law)

Ready to form “ International ternary technology alliance ” Start making ternary CPU

One byte in ternary system is 6 A bit means The highest bit is left The lowest bit right indicates 5 4 3 2 1 0 Values range from 0 To 727 Contains the full range of binary bytes

Ternary negative numbers use the same principle as binary numbers —— Complement means But unlike binary A very special 1 It is the same. Can only 0 and 2 Mutualism

TrinaryNot 0 1 2
                 2 1 0

TrinaryAnd   0 1 2        TrinaryNotAnd   0 1 2
                 0 0 0 0                              0 2 2 2
                 1 0 1 1                              1 2 1 1
                 2 0 1 2                              2 2 1 0

TrinaryOr   0 1 2        TrinaryNotOr   0 1 2
               0 0 1 2                            0 2 1 0
               1 1 1 2                            1 1 1 0
               2 2 2 2                            2 0 0 0

（ amount to Xor Exclusive or Is used to encrypt ）TrinaryXor   0 1 2         Equivalent    0 1 2         Equivalent    0 1 2         Equivalent    0 1 2
                                                             0 0 0 2               0 0 2 2               0 0 1 2              0 0 1 2
                                                             1 1 1 1               1 1 1 1               1 0 1 2              1 2 1 0
                                                             2 2 2 0               2 2 0 0               2 2 1 0              2 2 1 0

（ amount to Xand Same as or Is used to encrypt ）TrinaryXand   0 1 2         Equivalent    0 1 2         Equivalent    0 1 2         Equivalent    0 1 2
                                                                 0 2 0 0                0 2 2 0              0 2 1 0               0 2 1 0
                                                                 1 1 1 1                1 1 1 1              1 0 1 2               1 2 1 0
                                                                 2 0 2 2                2 0 0 2              2 0 1 2               2 0 1 2

Ordinary ternary logic mathematics is unique

（ For hash code ）TrinaryAdd   0 1 2        TrinaryNotAdd   0 1 2
                                         0 0 1 2                               0 2 1 0
                                         1 1 2 0                               1 1 0 2
                                         2 2 0 1                               2 0 2 1

（ For hash code ）TrinarySubtraction   0 1 2 or    0 1 2        TrinaryNotSubtraction   0 1 2 or    0 1 2
                                                     0 0 2 1    0 0 1 2                                          0 2 0 1    0 2 1 0
                                                     1 1 0 2    1 2 0 1                                          1 1 2 0    1 0 2 1
                                                     2 2 1 0    2 1 2 0                                          2 0 1 2    2 1 0 2

（ For hash code ）TrinaryMultiplication   0 1 2        TrinaryNotMultiplication   0 1 2
                                                        0 0 0 0                                             0 2 2 2
                                                        1 0 1 2                                             1 2 1 0
                                                        2 0 2 1                                             2 2 0 1

（ For hash code ）TrinaryDivision   0 1 2 or    0 1 2        TrinaryNotDivision   0 1 2 or    0 1 2
                                               0 0 0 0     0 0 0 0                                    0 2 2 2     0 2 2 2
                                               1 0 1 0     1 0 1 2                                    1 2 1 2     1 2 1 0
                                               2 0 2 1     2 0 0 1                                    2 2 0 1     2 2 2 1

Here's the demo code

C Source code

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/******************************************************* * author ： Wuyaohui                    Author: YaoHui.Wu           * * Open source date ：2022 year 6 month 7 Japan    Open Source Date: 2022-6-7  * * Country ： China                Country: China              * *******************************************************/   #include <fcntl.h> #include <stdio.h> #include <stdlib.h> #include <sys/types.h> #include <sys/stat.h>   void Usage() {     printf("Usage\n\tEncryption: TrinaryCipher -e/-E Plaintext.file Ciphertext.file Password\n\tDecryption: TrinaryCipher -d/-D Ciphertext.file Plaintext.file Password\n"); }   void Ternary(long long lNumeric,              unsigned char *ucpTrinary) {     if(lNumeric < 1)     {         ucpTrinary[0] = ucpTrinary[1] = ucpTrinary[2] = ucpTrinary[3] = ucpTrinary[4] = ucpTrinary[5] =  0;     }     else     {         for(long long i = 5; i >= 0; --i)         {             ucpTrinary[i] = lNumeric % 3;               lNumeric /= 3;         }     } }   // 0 ? 2    0 1 2 // 1 1 1 or ? 1 ? // 2 ? 0    2 1 0   void TernaryXor(unsigned char *ucpCiphertextOrPlaintext,                 unsigned char *ucpPassword) {     for(long long j = 0; j < 6; ++j)     {         if(ucpCiphertextOrPlaintext[j] == 0 && ucpPassword[j] == 0)         {             ucpCiphertextOrPlaintext[j] = 0;         }         else if(ucpCiphertextOrPlaintext[j] == 0 && ucpPassword[j] == 1)         {             ucpCiphertextOrPlaintext[j] = 2;         }         else if(ucpCiphertextOrPlaintext[j] == 0 && ucpPassword[j] == 2)         {             ucpCiphertextOrPlaintext[j] = 2;         }         else if(ucpCiphertextOrPlaintext[j] == 1 && ucpPassword[j] == 0)         {             ucpCiphertextOrPlaintext[j] = 1;         }         else if(ucpCiphertextOrPlaintext[j] == 1 && ucpPassword[j] == 1)         {             ucpCiphertextOrPlaintext[j] = 1;         }         else if(ucpCiphertextOrPlaintext[j] == 1 && ucpPassword[j] == 2)         {             ucpCiphertextOrPlaintext[j] = 1;         }         else if(ucpCiphertextOrPlaintext[j] == 2 && ucpPassword[j] == 0)         {             ucpCiphertextOrPlaintext[j] = 2;         }         else if(ucpCiphertextOrPlaintext[j] == 2 && ucpPassword[j] == 1)         {             ucpCiphertextOrPlaintext[j] = 0;         }         else if(ucpCiphertextOrPlaintext[j] == 2 && ucpPassword[j] == 2)         {             ucpCiphertextOrPlaintext[j] = 0;         }     } }   // 2 ? 0    2 1 0 // 1 1 1 or ? 1 ? // 0 ? 2    0 1 2   void TernaryXand(unsigned char *ucpCiphertextOrPlaintext,                  unsigned char *ucpPassword) {     for(long long j = 0; j < 6; ++j)     {         if(ucpCiphertextOrPlaintext[j] == 0 && ucpPassword[j] == 0)         {             ucpCiphertextOrPlaintext[j] = 2;         }         else if(ucpCiphertextOrPlaintext[j] == 0 && ucpPassword[j] == 1)         {             ucpCiphertextOrPlaintext[j] = 0;         }         else if(ucpCiphertextOrPlaintext[j] == 0 && ucpPassword[j] == 2)         {             ucpCiphertextOrPlaintext[j] = 0;         }         else if(ucpCiphertextOrPlaintext[j] == 1 && ucpPassword[j] == 0)         {             ucpCiphertextOrPlaintext[j] = 1;         }         else if(ucpCiphertextOrPlaintext[j] == 1 && ucpPassword[j] == 1)         {             ucpCiphertextOrPlaintext[j] = 1;         }         else if(ucpCiphertextOrPlaintext[j] == 1 && ucpPassword[j] == 2)         {             ucpCiphertextOrPlaintext[j] = 1;         }         else if(ucpCiphertextOrPlaintext[j] == 2 && ucpPassword[j] == 0)         {             ucpCiphertextOrPlaintext[j] = 0;         }         else if(ucpCiphertextOrPlaintext[j] == 2 && ucpPassword[j] == 1)         {             ucpCiphertextOrPlaintext[j] = 2;         }         else if(ucpCiphertextOrPlaintext[j] == 2 && ucpPassword[j] == 2)         {             ucpCiphertextOrPlaintext[j] = 2;         }     } }   long long main(long long argc,                char *argv[]) {     if(argc < 5)     {         Usage();     }     else if(*(short*)argv[1] == 0x452D || *(short*)argv[1] == 0x652D)     {         unsigned char ucPasswordLength = -1;           while(argv[4][++ucPasswordLength]);           unsigned char *ucpPassword = malloc(6 * ucPasswordLength);           for(unsigned char i = 0; i < ucPasswordLength; ++i)         {             Ternary(argv[4][i], ucpPassword + 6 * i);         }           struct stat tStatFileSize;           stat(argv[2], &tStatFileSize);           long long lFileSize = tStatFileSize.st_size;           int fdPlaintextOrCiphertext = open(argv[2], O_BINARY | O_RDONLY, S_IREAD | S_IWRITE);           unsigned char *ucpPlaintext = malloc(lFileSize), ucaPlaintextOrCiphertext[6];           read(fdPlaintextOrCiphertext, ucpPlaintext, lFileSize);           close(fdPlaintextOrCiphertext);           unsigned short *uspCiphertext = malloc(2 * lFileSize);           for(long long j = 0, k = 0; j < lFileSize; ++j)         {             Ternary(ucpPlaintext[j], ucaPlaintextOrCiphertext);               TernaryXor(ucaPlaintextOrCiphertext, ucpPassword + 6 * k);             //TernaryXand(ucaPlaintextOrCiphertext, ucpPassword + 6 * k);               uspCiphertext[j] = 243 * ucaPlaintextOrCiphertext[0] + 81 * ucaPlaintextOrCiphertext[1] + 27 * ucaPlaintextOrCiphertext[2] + 9 * ucaPlaintextOrCiphertext[3] + 3 * ucaPlaintextOrCiphertext[4] + ucaPlaintextOrCiphertext[5];               k = ++k % ucPasswordLength;         }           fdPlaintextOrCiphertext = open(argv[3], O_BINARY | O_CREAT | O_WRONLY, S_IRUSR | S_IWUSR);           write(fdPlaintextOrCiphertext, uspCiphertext, 2 * lFileSize);           close(fdPlaintextOrCiphertext);           free(uspCiphertext);           free(ucpPlaintext);     }     else if(*(short*)argv[1] == 0x442D || *(short*)argv[1] == 0x642D)     {         unsigned char ucPasswordLength = -1;           while(argv[4][++ucPasswordLength]);           unsigned char *ucpPassword = malloc(6 * ucPasswordLength);           for(long long i = 0; i < ucPasswordLength; ++i)         {             Ternary(argv[4][i], ucpPassword + 6 * i);         }           struct stat tStatFileSize;           stat(argv[2], &tStatFileSize);           long long lFileSize = tStatFileSize.st_size;           int fdCiphertextOrPlaintext = open(argv[2], O_BINARY | O_RDONLY, S_IREAD | S_IWRITE);           unsigned short *uspCiphertext = malloc(lFileSize);           read(fdCiphertextOrPlaintext, uspCiphertext, lFileSize);           close(fdCiphertextOrPlaintext);           lFileSize /= 2;           unsigned char *ucpPlaintext = malloc(lFileSize), ucaCiphertextOrPlaintext[6];           for(long long j = 0, k = 0; j < lFileSize; ++j)         {             Ternary(uspCiphertext[j], ucaCiphertextOrPlaintext);               TernaryXor(ucaCiphertextOrPlaintext, ucpPassword + 6 * k);             //TernaryXand(ucaCiphertextOrPlaintext, ucpPassword + 6 * k);               ucpPlaintext[j] = 243 * ucaCiphertextOrPlaintext[0] + 81 * ucaCiphertextOrPlaintext[1] + 27 * ucaCiphertextOrPlaintext[2] + 9 * ucaCiphertextOrPlaintext[3] + 3 * ucaCiphertextOrPlaintext[4] + ucaCiphertextOrPlaintext[5];               k = ++k % ucPasswordLength;         }           fdCiphertextOrPlaintext = open(argv[3],  O_BINARY | O_CREAT | O_WRONLY, S_IRUSR | S_IWUSR);           write(fdCiphertextOrPlaintext, ucpPlaintext, lFileSize);           close(fdCiphertextOrPlaintext);           free(ucpPlaintext);           free(uspCiphertext);     }     else     {         Usage();     }       return 0; } Python Source code [Python]  Plain text view   Copy code ? 001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039 040 041 042 043 044 045 046 047 048 049 050 051 052 053 054 055 056 057 058 059 060 061 062 063 064 065 066 067 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 085 086 087 088 089 090 091 092 093 094 095 096 097 098 099 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 #!/usr/bin/env python3 # -*- coding: utf-8 -*-   #******************************************************* # author ： Wuyaohui              Author: YaoHui.Wu           * # Open source date ：2022 year 6 month 7 Japan    Open Source Date: 2022-6-7  * # Country ： China                Country: China              * #*******************************************************   import sys   def Usage():     print("Usage\n\tEncryption: python TrinaryCipher.py -e/-E Plaintext.file Ciphertext.file Password\n\tDecryption: python TrinaryCipher.py -d/-D Ciphertext.file Plaintext.file Password")   def Ternary(iNumeric):     i, lTrinary = 0, [0, 0, 0, 0, 0, 0]       if iNumeric and i < 6:         while iNumeric:             iNumeric, iRemainder = divmod(iNumeric, 3)               lTrinary[i] = iRemainder               i += 1       return lTrinary   # 0 ? 2    0 1 2 # 1 1 1 or ? 1 ? # 2 ? 0    2 1 0   def TernaryXor(lTrinary, lPassword):     for l in range(6):        if lTrinary[l] == lPassword[l] == 0: lTrinary[l] = "0"          elif lTrinary[l] == 0 and lPassword[l] == 1: lTrinary[l] = "2"          elif lTrinary[l] == 0 and lPassword[l] == 2: lTrinary[l] = "2"          elif lTrinary[l] == 1 and lPassword[l] == 0: lTrinary[l] = "1"          elif lTrinary[l] == lPassword[l] == 1: lTrinary[l] = "1"          elif lTrinary[l] == 1 and lPassword[l] == 2: lTrinary[l] = "1"          elif lTrinary[l] == 2 and lPassword[l] == 0: lTrinary[l] = "2"          elif lTrinary[l] == 2 and lPassword[l] == 1: lTrinary[l] = "0"          elif lTrinary[l] == lPassword[l] == 2: lTrinary[l] = "0"       return int("".join(lTrinary[::-1]), 3)   # 2 ? 0    2 1 0 # 1 1 1 or ? 1 ? # 0 ? 2    0 1 2   def TernaryXand(lTrinary, lPassword):     for l in range(6):        if lTrinary[l] == lPassword[l] == 0: lTrinary[l] = "2"          elif lTrinary[l] == 0 and lPassword[l] == 1: lTrinary[l] = "0"          elif lTrinary[l] == 0 and lPassword[l] == 2: lTrinary[l] = "0"          elif lTrinary[l] == 1 and lPassword[l] == 0: lTrinary[l] = "1"          elif lTrinary[l] == lPassword[l] == 1: lTrinary[l] = "1"          elif lTrinary[l] == 1 and lPassword[l] == 2: lTrinary[l] = "1"          elif lTrinary[l] == 2 and lPassword[l] == 0: lTrinary[l] = "0"          elif lTrinary[l] == 2 and lPassword[l] == 1: lTrinary[l] = "2"          elif lTrinary[l] == lPassword[l] == 2: lTrinary[l] = "2"       return int("".join(lTrinary[::-1]), 3)   if __name__ == "__main__":     if len(sys.argv) < 5: Usage()       elif sys.argv[1] == "-e" or sys.argv[1] == "-E":         strPassword, lPassword, lCiphertext = sys.argv[4], [], []           iPasswordLength, i = len(strPassword), 0           for j in range(iPasswordLength):             lPassword.append(Ternary(ord(strPassword[j])))           with open(sys.argv[2], "br") as fdPlaintext:             bPlaintext = fdPlaintext.read()               iFileSize = fdPlaintext.tell()           for k in range(iFileSize):             lCiphertext.append(TernaryXor(Ternary(bPlaintext[k]), lPassword[i]))             #lCiphertext.append(TernaryXand(Ternary(bPlaintext[k]), lPassword[i]))               i = (i + 1) % iPasswordLength           with open(sys.argv[3], "bw") as fdCiphertext:             for iCiphertext in lCiphertext:                 fdCiphertext.write(iCiphertext.to_bytes(2, "little"))       elif sys.argv[1] == "-d" or sys.argv[1] == "-D":         strPassword, lPassword, lPlaintext = sys.argv[4], [], []           iPasswordLength, i = len(strPassword), 0           for j in range(iPasswordLength):             lPassword.append(Ternary(ord(strPassword[j])))           with open(sys.argv[2], "br") as fdCiphertext:             bCiphertext = fdCiphertext.read(2)               while bCiphertext:                 lPlaintext.append(TernaryXor(Ternary(int.from_bytes(bCiphertext, "little")), lPassword[i]))                 #lPlaintext.append(TernaryXand(Ternary(int.from_bytes(bCiphertext, "little")), lPassword[i]))                   i = (i + 1) % iPasswordLength                   bCiphertext = fdCiphertext.read(2)           with open(sys.argv[3], "bw") as fdPlaintext:             for iPlaintext in lPlaintext:                 fdPlaintext.write(iPlaintext.to_bytes(1, "little"))       else: Usage() Java Source code [Java]  Plain text view   Copy code ? 001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039 040 041 042 043 044 045 046 047 048 049 050 051 052 053 054 055 056 057 058 059 060 061 062 063 064 065 066 067 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 085 086 087 088 089 090 091 092 093 094 095 096 097 098 099 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 229 230 231 232 233 234 235 236 237 238 239 240 241 242 243 244 245 246 247 248 249 250 251 252 253 254 255 256 257 258 259 260 261 262 263 264 265 266 267 /******************************************************* * author ： Wuyaohui                    Author: YaoHui.Wu           * * Open source date ：2022 year 6 month 7 Japan    Open Source Date: 2022-6-7  * * Country ： China                Country: China              * *******************************************************/   import java.io.*;   public class TrinaryCipher {     private static void Usage()     {         System.out.println("Usage\n\tEncryption: java TrinaryCipher -e/-E Plaintext.file Ciphertext.file Password\n\tDecryption: java TrinaryCipher -d/-D Ciphertext.file Plaintext.file Password\n");     }       private static void Ternary(int iNumeric,                                 byte[] baTrinary)     {         if(iNumeric < 1)         {             baTrinary[0] = baTrinary[1] = baTrinary[2] = baTrinary[3] = baTrinary[4] = baTrinary[5] =  0;         }         else         {             for(int i = 5; i >= 0; --i)             {                 baTrinary[i] = (byte)(iNumeric % 3);                   iNumeric /= 3;             }         }     }   // 0 ? 2    0 1 2 // 1 1 1 or ? 1 ? // 2 ? 0    2 1 0       private static void TernaryXor(byte[] baCiphertextOrPlaintext,                                    byte[] baPassword)     {         for(int j = 0; j < 6; ++j)         {             if(baCiphertextOrPlaintext[j] == 0 && baPassword[j] == 0)             {                 baCiphertextOrPlaintext[j] = 0;             }             else if(baCiphertextOrPlaintext[j] == 0 && baPassword[j] == 1)             {                 baCiphertextOrPlaintext[j] = 2;             }             else if(baCiphertextOrPlaintext[j] == 0 && baPassword[j] == 2)             {                 baCiphertextOrPlaintext[j] = 2;             }             else if(baCiphertextOrPlaintext[j] == 1 && baPassword[j] == 0)             {                 baCiphertextOrPlaintext[j] = 1;             }             else if(baCiphertextOrPlaintext[j] == 1 && baPassword[j] == 1)             {                 baCiphertextOrPlaintext[j] = 1;             }             else if(baCiphertextOrPlaintext[j] == 1 && baPassword[j] == 2)             {                 baCiphertextOrPlaintext[j] = 1;             }             else if(baCiphertextOrPlaintext[j] == 2 && baPassword[j] == 0)             {                 baCiphertextOrPlaintext[j] = 2;             }             else if(baCiphertextOrPlaintext[j] == 2 && baPassword[j] == 1)             {                 baCiphertextOrPlaintext[j] = 0;             }             else if(baCiphertextOrPlaintext[j] == 2 && baPassword[j] == 2)             {                 baCiphertextOrPlaintext[j] = 0;             }         }     }   // 2 ? 0    2 1 0 // 1 1 1 or ? 1 ? // 0 ? 2    0 1 2       private static void TernaryXand(byte[] baCiphertextOrPlaintext,                                     byte[] baPassword)     {         for(int j = 0; j < 6; ++j)         {             if(baCiphertextOrPlaintext[j] == 0 && baPassword[j] == 0)             {                 baCiphertextOrPlaintext[j] = 2;             }             else if(baCiphertextOrPlaintext[j] == 0 && baPassword[j] == 1)             {                 baCiphertextOrPlaintext[j] = 0;             }             else if(baCiphertextOrPlaintext[j] == 0 && baPassword[j] == 2)             {                 baCiphertextOrPlaintext[j] = 0;             }             else if(baCiphertextOrPlaintext[j] == 1 && baPassword[j] == 0)             {                 baCiphertextOrPlaintext[j] = 1;             }             else if(baCiphertextOrPlaintext[j] == 1 && baPassword[j] == 1)             {                 baCiphertextOrPlaintext[j] = 1;             }             else if(baCiphertextOrPlaintext[j] == 1 && baPassword[j] == 2)             {                 baCiphertextOrPlaintext[j] = 1;             }             else if(baCiphertextOrPlaintext[j] == 2 && baPassword[j] == 0)             {                 baCiphertextOrPlaintext[j] = 0;             }             else if(baCiphertextOrPlaintext[j] == 2 && baPassword[j] == 1)             {                 baCiphertextOrPlaintext[j] = 2;             }             else if(baCiphertextOrPlaintext[j] == 2 && baPassword[j] == 2)             {                 baCiphertextOrPlaintext[j] = 2;             }         }     }       public static void main(String[] args)     {         if(args.length < 4)         {             Usage();         }         else if(args[0].equals("-e") || args[0].equals("-E"))         {             int iPasswordLength = args[3].length();               byte[][] baPassword = new byte[iPasswordLength][6];               for(int i = 0; i < iPasswordLength; ++i)             {                 Ternary(args[3].getBytes()[i], baPassword[i]);             }               RandomAccessFile rafPlaintext = null, rafCiphertext = null;               try             {                 rafPlaintext = new RandomAccessFile(args[1], "r");                   rafCiphertext = new RandomAccessFile(args[2], "rw");                   long lFileSize = rafPlaintext.length();                   rafCiphertext.setLength(2 * lFileSize);                   byte[] baPlaintextOrCiphertext = new byte[6];                   int k = 0;                   for(long j = 0; j < lFileSize; ++j)                 {                     Ternary(rafPlaintext.readUnsignedByte(), baPlaintextOrCiphertext);                       TernaryXor(baPlaintextOrCiphertext, baPassword[k]);                     //TernaryXand(baPlaintextOrCiphertext, baPassword[k]);                       rafCiphertext.writeShort(243 * baPlaintextOrCiphertext[0] + 81 * baPlaintextOrCiphertext[1] + 27 * baPlaintextOrCiphertext[2] + 9 * baPlaintextOrCiphertext[3] + 3 * baPlaintextOrCiphertext[4] + baPlaintextOrCiphertext[5]);                       k = ++k % iPasswordLength;                 }                          }             catch(Exception e)             {                 e.printStackTrace();             }             finally             {                 try                 {                     if(rafCiphertext != null)                     {                         rafCiphertext.close();                     }                       if(rafPlaintext != null)                     {                         rafPlaintext.close();                     }                 }                 catch(Exception e)                 {                     e.printStackTrace();                 }             }         }         else if(args[0].equals("-d") || args[0].equals("-D"))         {             int iPasswordLength = args[3].length();               byte[][] baPassword = new byte[iPasswordLength][6];               for(int i = 0; i < iPasswordLength; ++i)             {                 Ternary(args[3].getBytes()[i], baPassword[i]);             }               RandomAccessFile rafCiphertext = null, rafPlaintext = null;               try             {                 rafCiphertext = new RandomAccessFile(args[1], "r");                   rafPlaintext = new RandomAccessFile(args[2], "rw");                   long lFileSize = rafCiphertext.length() / 2;                   rafPlaintext.setLength(lFileSize);                   byte[] baCiphertextOrPlaintext = new byte[6];                   int k = 0;                   for(long j = 0; j < lFileSize; ++j)                 {                     Ternary(rafCiphertext.readUnsignedShort(), baCiphertextOrPlaintext);                       TernaryXor(baCiphertextOrPlaintext, baPassword[k]);                     //TernaryXand(baCiphertextOrPlaintext, baPassword[k]);                       rafPlaintext.writeByte(243 * baCiphertextOrPlaintext[0] + 81 * baCiphertextOrPlaintext[1] + 27 * baCiphertextOrPlaintext[2] + 9 * baCiphertextOrPlaintext[3] + 3 * baCiphertextOrPlaintext[4] + baCiphertextOrPlaintext[5]);                       k = ++k % iPasswordLength;                 }             }             catch(Exception e)             {                 e.printStackTrace();             }             finally             {                 try                 {                     if(rafPlaintext != null)                     {                         rafPlaintext.close();                     }                       if(rafCiphertext != null)                     {                         rafCiphertext.close();                     }                 }                 catch(Exception e)                 {                     e.printStackTrace();                 }             }         }         else         {             Usage();         }     } } Pascal Source code [Delphi]  Plain text view   Copy code ? 001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039 040 041 042 043 044 045 046 047 048 049 050 051 052 053 054 055 056 057 058 059 060 061 062 063 064 065 066 067 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 085 086 087 088 089 090 091 092 093 094 095 096 097 098 099 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 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Ciphertext.file Password'#10#9'Decryption: TrinaryCipher -d/-D Ciphertext.file Plaintext.file Password'); End;   Procedure Ternary(wNumeric : Word;                   Var baTrinary : TrinaryArray); Var     i : Byte;   Begin     If wNumeric < 1 Then     Begin         baTrinary[0] := 0;           baTrinary[1] := 0;           baTrinary[2] := 0;           baTrinary[3] := 0;           baTrinary[4] := 0;           baTrinary[5] := 0;     End     Else     Begin         For i := 5 DownTo 0 Do         Begin             baTrinary[i] := wNumeric Mod 3;               wNumeric := wNumeric Div 3;         End;     End; End;   (*  0 ? 2    0 1 2  1 1 1 or ? 1 ?  2 ? 0    2 1 0 *)   Procedure TernaryXor(Var baCiphertextOrPlaintext : TrinaryArray;                      Var baPassword : TrinaryArray); Var     j : Byte;   Begin     For j := 0 To 5 Do     Begin         If (baCiphertextOrPlaintext[j] = 0) And (baPassword[j] = 0) Then         Begin             baCiphertextOrPlaintext[j] := 0;         End         Else If (baCiphertextOrPlaintext[j] = 0) And (baPassword[j] = 1) Then         Begin             baCiphertextOrPlaintext[j] := 2;         End         Else If (baCiphertextOrPlaintext[j] = 0) And (baPassword[j] = 2) Then         Begin             baCiphertextOrPlaintext[j] := 2;         End         Else If (baCiphertextOrPlaintext[j] = 1) And (baPassword[j] = 0) Then         Begin             baCiphertextOrPlaintext[j] := 1;         End         Else If (baCiphertextOrPlaintext[j] = 1) And (baPassword[j] = 1) Then         Begin             baCiphertextOrPlaintext[j] := 1;         End         Else If (baCiphertextOrPlaintext[j] = 1) And (baPassword[j] = 2) Then         Begin             baCiphertextOrPlaintext[j] := 1;         End         Else If (baCiphertextOrPlaintext[j] = 2) And (baPassword[j] = 0) Then         Begin             baCiphertextOrPlaintext[j] := 2;         End         Else If (baCiphertextOrPlaintext[j] = 2) And (baPassword[j] = 1) Then         Begin             baCiphertextOrPlaintext[j] := 0;         End         Else If (baCiphertextOrPlaintext[j] = 2) And (baPassword[j] = 2) Then         Begin             baCiphertextOrPlaintext[j] := 0;         End     End; End;   (*  2 ? 0    2 1 0  1 1 1 or ? 1 ?  0 ? 2    0 1 2 *)   Procedure TernaryXand(Var baCiphertextOrPlaintext : TrinaryArray;                       Var baPassword : TrinaryArray); Var     j : Byte;   Begin     For j := 0 To 5 Do     Begin         If (baCiphertextOrPlaintext[j] = 0) And (baPassword[j] = 0) Then         Begin             baCiphertextOrPlaintext[j] := 2;         End         Else If (baCiphertextOrPlaintext[j] = 0) And (baPassword[j] = 1) Then         Begin             baCiphertextOrPlaintext[j] := 0;         End         Else If (baCiphertextOrPlaintext[j] = 0) And (baPassword[j] = 2) Then         Begin             baCiphertextOrPlaintext[j] := 0;         End         Else If (baCiphertextOrPlaintext[j] = 1) And (baPassword[j] = 0) Then         Begin             baCiphertextOrPlaintext[j] := 1;         End         Else If (baCiphertextOrPlaintext[j] = 1) And (baPassword[j] = 1) Then         Begin             baCiphertextOrPlaintext[j] := 1;         End         Else If (baCiphertextOrPlaintext[j] = 1) And (baPassword[j] = 2) Then         Begin             baCiphertextOrPlaintext[j] := 1;         End         Else If (baCiphertextOrPlaintext[j] = 2) And (baPassword[j] = 0) Then         Begin             baCiphertextOrPlaintext[j] := 0;         End         Else If (baCiphertextOrPlaintext[j] = 2) And (baPassword[j] = 1) Then         Begin             baCiphertextOrPlaintext[j] := 2;         End         Else If (baCiphertextOrPlaintext[j] = 2) And (baPassword[j] = 2) Then         Begin             baCiphertextOrPlaintext[j] := 2;         End     End; End;   Var     i, k, bPasswordLength : Byte;       j, uiFileSize : LongWord;       baPassword : Array Of TrinaryArray;       baPlaintextOrCiphertext : TrinaryArray;       fdPlaintextOrCiphertext : File;       bpPlaintext : PByte;       wpCiphertext : PWord;   Begin     If(ParamCount < 4) Then     Begin         Usage();     End     Else If (ParamStr(1) = '-e') Or (ParamStr(1) = '-E') Then     Begin         bPasswordLength := Length(ParamStr(4));           SetLength(baPassword, bPasswordLength);           For i := 1 To bPasswordLength Do         Begin             Ternary(Ord(ParamStr(4)[i]), baPassword[i - 1]);         End;           Assign(fdPlaintextOrCiphertext, ParamStr(2));           Reset(fdPlaintextOrCiphertext, 1);           uiFileSize := FileSize(fdPlaintextOrCiphertext);           bpPlaintext := GetMem(uiFileSize);           BlockRead(fdPlaintextOrCiphertext, bpPlaintext^, uiFileSize);           Close(fdPlaintextOrCiphertext);           wpCiphertext := GetMem(2 * uiFileSize);           k := 0;           For j := 0 To uiFileSize - 1 Do         Begin             Ternary(bpPlaintext[j], baPlaintextOrCiphertext);               TernaryXor(baPlaintextOrCiphertext, baPassword[k]);             (*TernaryXand(baPlaintextOrCiphertext, baPassword[k]);*)               wpCiphertext[j] := 243 * baPlaintextOrCiphertext[0] + 81 * baPlaintextOrCiphertext[1] + 27 * baPlaintextOrCiphertext[2] + 9 * baPlaintextOrCiphertext[3] + 3 * baPlaintextOrCiphertext[4] + baPlaintextOrCiphertext[5];               k := (k + 1) Mod bPasswordLength;         End;           Assign(fdPlaintextOrCiphertext, Paramstr(3));           Rewrite(fdPlaintextOrCiphertext, 1);           BlockWrite(fdPlaintextOrCiphertext, wpCiphertext^, 2 * uiFileSize);           Close(fdPlaintextOrCiphertext);           FreeMem(wpCiphertext);           FreeMem(bpPlaintext);     End     Else If (paramstr(1) = '-d') Or (paramstr(1) = '-D') Then     Begin         bPasswordLength := Length(ParamStr(4));           SetLength(baPassword, bPasswordLength);           For i := 1 To bPasswordLength Do         Begin             Ternary(Ord(ParamStr(4)[i]), baPassword[i - 1]);         End;           Assign(fdPlaintextOrCiphertext, ParamStr(2));           Reset(fdPlaintextOrCiphertext, 1);           uiFileSize := FileSize(fdPlaintextOrCiphertext);           wpCiphertext := GetMem(uiFileSize);           BlockRead(fdPlaintextOrCiphertext, wpCiphertext^, uiFileSize);           Close(fdPlaintextOrCiphertext);           uiFileSize := uiFileSize Div 2;           bpPlaintext := GetMem(uiFileSize);           k := 0;           For j := 0 To uiFileSize - 1 Do         Begin             Ternary(wpCiphertext[j], baPlaintextOrCiphertext);               TernaryXor(baPlaintextOrCiphertext, baPassword[k]);             (*TernaryXand(baPlaintextOrCiphertext, baPassword[k]);*)               bpPlaintext[j] := 243 * baPlaintextOrCiphertext[0] + 81 * baPlaintextOrCiphertext[1] + 27 * baPlaintextOrCiphertext[2] + 9 * baPlaintextOrCiphertext[3] + 3 * baPlaintextOrCiphertext[4] + baPlaintextOrCiphertext[5];               k := (k + 1) Mod bPasswordLength;         End;           Assign(fdPlaintextOrCiphertext, Paramstr(3));           Rewrite(fdPlaintextOrCiphertext, 1);           BlockWrite(fdPlaintextOrCiphertext, bpPlaintext^, uiFileSize);           Close(fdPlaintextOrCiphertext);           FreeMem(bpPlaintext);           FreeMem(wpCiphertext);     End     Else     Begin         Usage();     End End. Basic Source code [Visual Basic]  Plain text view   Copy code ? 001 002 003 004 005 006 007 008 009 010 011 012 013 014 015 016 017 018 019 020 021 022 023 024 025 026 027 028 029 030 031 032 033 034 035 036 037 038 039 040 041 042 043 044 045 046 047 048 049 050 051 052 053 054 055 056 057 058 059 060 061 062 063 064 065 066 067 068 069 070 071 072 073 074 075 076 077 078 079 080 081 082 083 084 085 086 087 088 089 090 091 092 093 094 095 096 097 098 099 100 101 102 103 104 105 106 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 122 123 124 125 126 127 128 129 130 131 132 133 134 135 136 137 138 139 140 141 142 143 144 145 146 147 148 149 150 151 152 153 154 155 156 157 158 159 160 161 162 163 164 165 166 167 168 169 170 171 172 173 174 175 176 177 178 179 180 181 182 183 184 185 186 187 188 189 190 191 192 193 194 195 196 197 198 199 200 201 202 203 204 205 206 207 208 209 210 211 212 213 214 215 216 217 218 219 220 221 222 223 224 225 226 227 228 /'****************************************************** * author ： Wuyaohui                    Author: YaoHui.Wu           * * Open source date ：2022 year 6 month 7 Japan    Open Source Date: 2022-6-7  * * Country ： China                Country: China              * ******************************************************'/ ' Compiled by free basic. free basic website: www.freebasic.net   #include "file.bi"   Sub Usage()     print "Usage" & Chr(10) & Chr(9) & "Encryption: TrinaryCipher -e/-E Plaintext.file Ciphertext.file Password" & Chr(10) & Chr(9) & "Decryption: TrinaryCipher -d/-D Ciphertext.file Plaintext.file Password" End Sub   Sub Ternary(ByVal usNumeric As UShort, ubpTrinary As UByte Pointer)     If usNumeric < 1 Then         ubpTrinary[0] = 0           ubpTrinary[1] = 0           ubpTrinary[2] = 0           ubpTrinary[3] = 0           ubpTrinary[4] = 0           ubpTrinary[5] =  0     Else         For i As Byte = 5 To 0 Step -1             ubpTrinary[i] = usNumeric Mod 3               usNumeric \= 3         Next i     End If End Sub   /' 0 ? 2    0 1 2    1 1 1 or ? 1 ?    2 ? 0    2 1 0 '/   Sub TernaryXor(ubaPlaintextOrCiphertext() As UByte, ubpPassword As UByte Pointer)     For j As UByte = 0 To 5         If ubaPlaintextOrCiphertext(j) = 0 AndAlso ubpPassword[j] = 0 Then             ubaPlaintextOrCiphertext(j) = 2           Elseif ubaPlaintextOrCiphertext(j) = 0 AndAlso ubpPassword[j] = 1 Then             ubaPlaintextOrCiphertext(j) = 0           Elseif ubaPlaintextOrCiphertext(j) = 0 AndAlso ubpPassword[j] = 2 Then             ubaPlaintextOrCiphertext(j) = 0           Elseif ubaPlaintextOrCiphertext(j) = 1 AndAlso ubpPassword[j] = 0 Then             ubaPlaintextOrCiphertext(j) = 1           Elseif ubaPlaintextOrCiphertext(j) = 1 AndAlso ubpPassword[j] = 1 Then             ubaPlaintextOrCiphertext(j) = 1           Elseif ubaPlaintextOrCiphertext(j) = 1 AndAlso ubpPassword[j] = 2 Then             ubaPlaintextOrCiphertext(j) = 1           Elseif ubaPlaintextOrCiphertext(j) = 2 AndAlso ubpPassword[j] = 0 Then             ubaPlaintextOrCiphertext(j) = 0           Elseif ubaPlaintextOrCiphertext(j) = 2 AndAlso ubpPassword[j] = 1 Then             ubaPlaintextOrCiphertext(j) = 2           Elseif ubaPlaintextOrCiphertext(j) = 2 AndAlso ubpPassword[j] = 2 Then             ubaPlaintextOrCiphertext(j) = 2         End If     Next j End Sub   /' 2 ? 0    2 1 0    1 1 1 or ? 1 ?    0 ? 2    0 1 2 '/   Sub TernaryXand(ubaPlaintextOrCiphertext() As UByte, ubpPassword As UByte Pointer)     For j As UByte = 0 To 5         If ubaPlaintextOrCiphertext(j) = 0 AndAlso ubpPassword[j] = 0 Then             ubaPlaintextOrCiphertext(j) = 2           Elseif ubaPlaintextOrCiphertext(j) = 0 AndAlso ubpPassword[j] = 1 Then             ubaPlaintextOrCiphertext(j) = 0           Elseif ubaPlaintextOrCiphertext(j) = 0 AndAlso ubpPassword[j] = 2 Then             ubaPlaintextOrCiphertext(j) = 0           Elseif ubaPlaintextOrCiphertext(j) = 1 AndAlso ubpPassword[j] = 0 Then             ubaPlaintextOrCiphertext(j) = 1           Elseif ubaPlaintextOrCiphertext(j) = 1 AndAlso ubpPassword[j] = 1 Then             ubaPlaintextOrCiphertext(j) = 1           Elseif ubaPlaintextOrCiphertext(j) = 1 AndAlso ubpPassword[j] = 2 Then             ubaPlaintextOrCiphertext(j) = 1           Elseif ubaPlaintextOrCiphertext(j) = 2 AndAlso ubpPassword[j] = 0 Then             ubaPlaintextOrCiphertext(j) = 0           Elseif ubaPlaintextOrCiphertext(j) = 2 AndAlso ubpPassword[j] = 1 Then             ubaPlaintextOrCiphertext(j) = 2           Elseif ubaPlaintextOrCiphertext(j) = 2 AndAlso ubpPassword[j] = 2 Then             ubaPlaintextOrCiphertext(j) = 2         End If     Next j End Sub   Sub Main()     Dim As UByte k = 0, ubCLAA = 1, ubPasswordLength, ubaPassword(), ubaPlaintextOrCiphertext(5)       Dim As String strPassword       Dim As UInteger uiFileSize       Dim As UByte Pointer ubpPlaintext       Dim As UShort Pointer uspCiphertext       Do         Dim As String strCLA = Command(ubCLAA)           If Len(strCLA) = 0 Then             Exit Do         End If           ubCLAA += 1     Loop       If ubCLAA < 5 Then         Usage()       Elseif Command(1) = "-e" OrElse Command(1) = "-E" Then         strPassword = Command(4)           ubPasswordLength = Len(Command(4))           ReDim ubaPassword(ubPasswordLength - 1, 5)           For i As UByte = 0 To ubPasswordLength - 1             Ternary(strPassword[i], @ubaPassword(i, 0))         Next i           uiFileSize = FileLen(Command(2))           ubpPlaintext = New UByte[uiFileSize]           Open Command(2) For Binary Access Read As #3           Get #3, , *ubpPlaintext, uiFileSize           Close #3           uspCiphertext = New UShort[uiFileSize]           For j As ULong = 0 To uiFileSize - 1             Ternary(ubpPlaintext[j], @ubaPlaintextOrCiphertext(0))               TernaryXor(ubaPlaintextOrCiphertext(), @ubaPassword(k, 0))             'TernaryXand(ubaPlaintextOrCiphertext(), @ubaPassword(k, 0))               uspCiphertext[j] = 243 * ubaPlaintextOrCiphertext(0) + 81 * ubaPlaintextOrCiphertext(1) + 27 * ubaPlaintextOrCiphertext(2) + 9 * ubaPlaintextOrCiphertext(3) + 3 * ubaPlaintextOrCiphertext(4) + ubaPlaintextOrCiphertext(5)               k = (k + 1) Mod ubPasswordLength         Next j           Delete ubpPlaintext           Open Command(3) For Binary Access Write As #4           Put #4, , *uspCiphertext, uiFileSize           Close #4           Delete uspCiphertext       Elseif Command(1) = "-d" OrElse Command(1) = "-D" Then         strPassword = Command(4)           ubPasswordLength = Len(Command(4))           ReDim ubaPassword(ubPasswordLength - 1, 5)           For i As UByte = 0 To ubPasswordLength - 1             Ternary(strPassword[i], @ubaPassword(i, 0))         Next i           uiFileSize = FileLen(Command(2)) \ 2           uspCiphertext = New UShort[uiFileSize]           Open Command(2) For Binary Access Read As #3           Get #3, , *uspCiphertext, uiFileSize           Close #3           ubpPlaintext = New UByte[uiFileSize]           For j As UInteger = 0 To uiFileSize - 1             Ternary(uspCiphertext[j], @ubaPlaintextOrCiphertext(0))               TernaryXor(ubaPlaintextOrCiphertext(), @ubaPassword(k, 0))             'TernaryXand(ubaPlaintextOrCiphertext(), @ubaPassword(k, 0))               ubpPlaintext[j] = 243 * ubaPlaintextOrCiphertext(0) + 81 * ubaPlaintextOrCiphertext(1) + 27 * ubaPlaintextOrCiphertext(2) + 9 * ubaPlaintextOrCiphertext(3) + 3 * ubaPlaintextOrCiphertext(4) + ubaPlaintextOrCiphertext(5)               k = (k + 1) Mod ubPasswordLength           Next j           Delete uspCiphertext           Open Command(3) For Binary Access Write As #4           Put #4, , *ubpPlaintext, uiFileSize           Close #4           Delete ubpPlaintext       Else         Usage()     End If End Sub   Main() Wait to catch up with America and witness the miracle