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普通三进制逻辑数学世界先驱者——伍耀晖先生面向全球公布普通三进制逻辑数学全部真值表科研成果（伍氏定律）

2022-06-09 19:12:00 【大飞哥软件自习室】

准备组建“国际三进制科技联盟” 着手制造三进制 CPU

三进制一个字节用6个位表示 最高位为左 最低位为右表示 5 4 3 2 1 0 值范围从0到727 包含二进制字节全值范围

三进制负数采用同二进制一样的原理——补码表示 但是与二进制不同 很特别 1是不变的 只能0和2互变

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

（相当于Xor异或 用于加密）TrinaryXor   0 1 2        等价   0 1 2        等价   0 1 2        等价   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

（相当于Xand同或 用于加密）TrinaryXand   0 1 2        等价   0 1 2        等价   0 1 2        等价   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

普通三进制逻辑数学特有

（用于哈希码）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

（用于哈希码）TrinarySubtraction   0 1 2 或   0 1 2        TrinaryNotSubtraction   0 1 2 或   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

（用于哈希码）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

（用于哈希码）TrinaryDivision   0 1 2 或   0 1 2        TrinaryNotDivision   0 1 2 或   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

以下是演示代码

C 源码

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/*******************************************************
* 作者：伍耀晖                   Author: YaoHui.Wu           *
* 开源日期：2022年6月7日   Open Source Date: 2022-6-7  *
* 国家：中国               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 源码
[Python] 纯文本查看 复制代码
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
 
#*******************************************************
# 作者：伍耀晖             Author: YaoHui.Wu           *
# 开源日期：2022年6月7日   Open Source Date: 2022-6-7  *
# 国家：中国               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 源码
[Java] 纯文本查看 复制代码
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/*******************************************************
* 作者：伍耀晖                   Author: YaoHui.Wu           *
* 开源日期：2022年6月7日   Open Source Date: 2022-6-7  *
* 国家：中国               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();
        }
    }
}


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(*******************************************************
* 作者：伍耀晖                   Author: YaoHui.Wu           *
* 开源日期：2022年6月7日   Open Source Date: 2022-6-7  *
* 国家：中国               Country: China              *
*******************************************************)
(* Compiled by free pascal. free pascal website: www.freepascal.org *)
 
Program TrinaryCipher;
 
Type
   TrinaryArray = Array[0..5] Of Byte;
 
Procedure Usage();
Begin
    writeln('Usage'#10#9'Encryption: TrinaryCipher -e/-E Plaintext.file 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.


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/'******************************************************
* 作者：伍耀晖                   Author: YaoHui.Wu           *
* 开源日期：2022年6月7日   Open Source Date: 2022-6-7  *
* 国家：中国               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()
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本文为[大飞哥软件自习室]所创，转载请带上原文链接，感谢
https://blog.csdn.net/china365love/article/details/125162921

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