词法分析器 c语言

￡神魔★判官ぃ 2021-09-22 07:32 434阅读 0赞

直接撸代码

#include <stdio.h> 
    #include <string.h> 
    #define BUFSIZE 256 
    
    static char keyWords[][13]={
       "abstract", "boolean", "break", "byte", "case", "catch", "char",   
           "class", "const", "continue", "default", "do", "double", "else", "extends", "false",   
           "final", "finally", "float", "for", "goto", "if", "implements", "import", "instanceof",   
           "int", "interface", "long", "native", "new", "null", "package", "private", "protected",   
           "public", "return", "short", "static", "super", "switch", "synchronized", "this",   
           "throw", "throws", "transient", "true", "try", "void", "volatile", "while"};      /*关键字 50个*/   
    FILE *fin;                                     /*要处理的java文件*/   
    FILE *fout;                                    /*保存处理结果的文件*/     
    char filePath[100];                            /*要处理的java文件路径*/   
    char savePath[100] = "javascan_result.txt";            /*保存处理结果文件的路径*/   
    char inBuf[2][BUFSIZE];                        /*输入缓冲区*/  
    char scanBuf[BUFSIZE];                         /*扫描缓冲区*/   
    int bufNum = 0;                                /*输入缓冲区编号*/  
    long totalWords = 0;                           /*总单词数量*/  
    long lineWords = 0;                            /*单行单词个数*/  
    long lineCount = 0;                            /*记录行数*/  
    
    void dealWord();                               /*词法分析*/   
    void clearNote();                              /*过滤注释及多余空格*/  
    void getWords(int state);                      /*解析获取单词*/  
    void getWordKind(char str[]);                  /*获取单词类型*/  
    int getCharKind(char c);                       /*判断字符类型*/  
    int isOper(char c);                            /*判断是否为可消除空格的字符*/  
    int isWord(char c);                            /*判断是否为字母*/  
    int isKeyWord(char str[]);                     /*判断是否为关键字*/  
    int isSignWord(char str[]);                    /*判断是否为标识符*/  
    int isNumber(char c);                          /*判断是否为数字*/  
    int isInteger(char str[]);                     /*判断是否为整型*/  
    int isFloat(char str[]);                       /*判断是否为浮点型*/  
    
    int main()  
    {  
        /*printf("Please set the path of the Java File that you want to analyse:");*/  
        printf("请设置要分析的Java程序文件的路径：");  
        scanf("%s", filePath);  
        if((fin = fopen(filePath, "r")) == NULL)  
        {  
            printf("Can't open this file!\n");  
            return 0;  
        }  
        if((fout = fopen(savePath, "w")) == NULL)  
        {  
            printf("Can't write to this file!\n");  
            return 0;  
        }  
        fprintf(fout, "Java词法分析器 Powered By Hamvorinf \n------------------------------------------------------\n");  
        dealWord();  
        fprintf(fout, "------------------------------------------------------\n分析结束！\n");  
        fclose(fin);  
        fclose(fout);  
        system("pause");  
        return 0;  
    }  
    
    /*******************词法分析*******************/   
    void dealWord()  
    {  
        char c;  
        int i, j, k;  
        int count = 0;  
        int chgLine = 0;            /*换行标志*/  
    
        /*循环读取字符*/  
        while(1)  
        {  
            c = fgetc(fin);  
            if(c == EOF)  
            {  
                break;  
            }  
            /*如果是换行符*/  
            if(c == '\n' || count == BUFSIZE - 2)  
            {  
                /*如果长度超出，则放入对半互补区*/  
                if(count == BUFSIZE - 2)  
                {  
                    inBuf[bufNum][count] = c;  
                    for(i = count; i > 0; i--)  
                    {  
                        if(isOper(inBuf[bufNum][i]) == 1)  
                        {  
                            for(j = 0, k = i+1; k <= count; k++, j++)  
                            {  
                                inBuf[1-bufNum][j] = inBuf[bufNum][k];  
                            }  
                            inBuf[1-bufNum][j] = '\0';  
                            inBuf[bufNum][i+1] = '\0';  
                        }  
                    }  
                }  
                else  
                {  
                    inBuf[bufNum][count] = '\0';  
                }  
    
                /*若一行读取完毕，将换行标志置为1*/  
                if(c == '\n')  
                {  
                    chgLine = 1;  
                    lineCount++;  
                }  
    
                clearNote(inBuf[bufNum]);   /*过滤注释和多余空格、制表符*/  
    
                /*分析处理*/  
                if(strlen(inBuf[bufNum]) > 0)  
                {  
                    /*将数据从输入缓冲区拷贝如扫描缓冲区*/  
                    strcpy(scanBuf, inBuf[bufNum]);  
    
                    /*对扫描缓冲区进行词语分析处理*/  
                    getWords(0);  
                }  
    
                /*如果长度超出，启用对半互补区*/  
                if(count == BUFSIZE - 2)  
                {  
                    bufNum = 1 - bufNum;  
                }  
    
                /*一行处理完毕输出当行单词数*/  
                if(chgLine == 1)  
                {  
                    printf("第%-4ld行共有 %-4ld个单词.\n", lineCount, lineWords);  
                    chgLine = 0;  
                    lineWords = 0;  
                }  
    
                count = 0;  
            }  
            else  
            {  
                inBuf[bufNum][count++] = c;  
            }  
        }  
        printf("共处理了 %-4ld行的 %-4ld个单词\n", lineCount, totalWords);  
        printf("处理结果已经保存到 %s 下！\n", savePath);  
    }  
    
    /*******************过滤注释及多余空格*******************/   
    void clearNote()  
    {  
        int i, j, k;  
        int noteCount = 0;  
        int flag = 0;           /*是否是字符串*/  
        char note[100];  
    
        /*去除注释*/  
        for(i = 0; inBuf[bufNum][i] != '\0'; i++)  
        {  
            if(inBuf[bufNum][i] == '"')  
            {  
                flag = 1 - flag;  
                continue;  
            }  
            if(inBuf[bufNum][i] == '/' && flag == 0)  
            {  
                /*如果是“//”注释*/  
                if(inBuf[bufNum][i+1] == '/')  
                {  
                    for(j = i; inBuf[bufNum][j] != '\0'; j++)  
                    {  
                        note[noteCount++] = inBuf[bufNum][j];  
                    }  
                    note[noteCount] = '\0';  
                    noteCount = 0;  
                    lineWords++;  
                    fprintf(fout, "%4ld.%-4ld 【%s】 【注释】---【0x101】\n",lineCount, lineWords, note);  
                    inBuf[bufNum][i] = '\0';  
                    break;  
                }  
    
                if(inBuf[bufNum][i+1] == '*')  
                {  
                    note[noteCount++] = '/';  
                    note[noteCount++] = '*';  
                    for(j = i+2; inBuf[bufNum][j] != '\0'; j++)  
                    {  
                        note[noteCount++] = inBuf[bufNum][j];  
                        if(inBuf[bufNum][j] == '*' && inBuf[bufNum][j+1] == '/')  
                        {  
                            j += 2;  
                            note[noteCount++] = inBuf[bufNum][j];  
                            note[noteCount] = '\0';  
                            noteCount = 0;  
                            lineWords++;  
                            fprintf(fout, "%4ld.%-4ld 【%s】 【注释】---【0x101】\n",lineCount, lineWords, note);  
                            break;  
                        }  
                    }  
                    for(; inBuf[bufNum][j] != '\0'; j++, i++)  
                    {  
                        inBuf[bufNum][i] = inBuf[bufNum][j];  
                    }  
                    if(inBuf[bufNum][j] == '\0')  
                    {  
                        inBuf[bufNum][i] = '\0';  
                    }  
                }  
            }  
        }  
    
        /*去除多余空格*/  
        for(i = 0, flag = 0; inBuf[bufNum][i] != '\0'; i++)  
        {  
            if(inBuf[bufNum][i] == '"')  
            {  
                flag = 1 - flag;  
                continue;  
            }  
            if(inBuf[bufNum][i] == ' ' && flag == 0)  
            {  
                for(j = i+1; inBuf[bufNum][j] != '\0' && inBuf[bufNum][j] == ' '; j++)  
                {  
                }  
                if(inBuf[bufNum][j] == '\0')  
                {  
                    inBuf[bufNum][i] = '\0';  
                    break;  
                }  
                if(inBuf[bufNum][j] != '\0' && ((isOper(inBuf[bufNum][j]) == 1) || (i > 0 && isOper(inBuf[bufNum][i-1]) == 1)))  
                {  
                    for(k = i; inBuf[bufNum][j] != '\0'; j++, k++)  
                    {  
                        inBuf[bufNum][k] = inBuf[bufNum][j];  
                    }  
                    inBuf[bufNum][k] = '\0';  
                    i--;  
                }  
            }  
        }  
    
        /*去除多余制表符*/  
        for(i = 0, flag = 0; inBuf[bufNum][i] != '\0'; i++)  
        {  
            if(inBuf[bufNum][i] == '\t')  
            {  
                for( j = i; inBuf[bufNum][j] != '\0'; j++)  
                {  
                    inBuf[bufNum][j] = inBuf[bufNum][j+1];  
                }  
                i = -1;  
            }  
        }  
    }  
    
    
    
    /*******************判断是否为可消除空格的字符/操作符*******************/  
    int isOper(char c)  
    {  
        if((c > 'z' || (c < 'a' && c > 'Z') || (c < 'A' && c > '9') || (c < '0')) && c != '_' && c != '$')  
        {  
            return 1;  
        }  
        return 0;  
    }  
    
    
    /*******************判断是否为字母*******************/  
    int isWord(char c)  
    {  
        if((c <= 'z' && c >= 'a') || (c <= 'Z' && c >= 'A'))  
        {  
            return 1;  
        }  
        return 0;  
    }  
    
    /*******************判断是否为数字*******************/  
    int isNumber(char c)  
    {  
        if(c <= '9' && c >= '0')  
        {  
            return 1;  
        }  
        return 0;  
    }  
    
    /*******************判断是否为整型*******************/  
    int isInteger(char str[])  
    {  
        int i;  
        if(str[0] == '-' || isNumber(str[0]) == 1)  
        {  
            for(i = 0; i < strlen(str); i++)  
            {  
                if(str[i] == '.')  
                {  
                    return 0;  
                }  
                if((str[i] == 'x' || str[i] == 'X') && (((str[0] == '-' || str[0] == '+') && (str[1] != '0' || i > 2)) || (str[0] != '-' && str[0] != '+' && (str[0] != '0' || i > 1))))  
                {  
                    return 0;  
                }  
                if((i < strlen(str) -1) && isNumber(str[i]) == 0 && str[i] != 'x' && str[i] != 'X')  
                {  
                    if(strlen(str) > 2 && strnicmp("0x", str, 2) == 0 || strnicmp("-0x", str, 3) == 0)  
                    {  
                        if(str[i] >= 'A' && str[i] <= 'F')  
                        {  
                            continue;  
                        }  
                    }  
                    return 0;  
                }  
                if((i == strlen(str) - 1) && isNumber(str[i]) ==0 && str[i] != 'L')  
                {  
                    if(strlen(str) > 2 && strnicmp("0x", str, 2) == 0 || strnicmp("-0x", str, 3) == 0)  
                    {  
                        if(str[i] >= 'A' && str[i] <= 'F')  
                        {  
                            continue;  
                        }  
                    }  
                    return 0;  
                }  
            }  
            return 1;     
        }  
        return 0;  
    }  
    /*******************判断是否为浮点型*******************/  
    int isFloat(char str[])  
    {  
        int i;  
        int flag = 0;  
        if(str[0] == '-' || isNumber(str[0]) == 1)  
        {  
            for(i = 0; i < strlen(str); i++)  
            {  
                if(str[i] == '.')  
                {  
                    if(flag == 0)  
                    {  
                        flag = 1;  
                        continue;  
                    }  
                    else  
                    {  
                        return 0;  
                    }  
                }  
                if((str[i] == 'x' || str[i] == 'X') && (((str[0] == '-' || str[0] == '+') && (str[1] != '0' || i > 2)) || (str[0] != '-' && str[0] != '+' && (str[0] != '0' || i > 1))))  
                {  
                    return 0;  
                }  
                if(isNumber(str[i]) == 0 && str[i] != 'x' && str[i] != 'X')  
                {  
                    if(strlen(str) > 2 && strnicmp("0x", str, 2) == 0 || strnicmp("-0x", str, 3) == 0)  
                    {  
                        if(str[i] >= 'A' && str[i] <= 'F')  
                        {  
                            continue;  
                        }  
                    }  
                    return 0;  
                }  
            }  
            return flag;      
        }  
        return 0;  
    }  
    /*******************判断字符类型*******************/  
    int getCharKind(char c)  
    {  
        /*是字母*/  
        if(isWord(c) == 1)  
        {  
            return 1;  
        }  
        /*是数字*/  
        if(isNumber(c) == 1)  
        {  
            return 2;  
        }  
        /*是$或_*/  
        if(c == '$' || c == '_')  
        {  
            return 3;  
        }  
        /*是转义字符*/  
        if(c == '\\')  
        {  
            return 4;  
        }  
        /*是等号*/  
        /*if(c == '=') { return 5; }*/  
        return 0;  
    }  
    /*******************判断是否为关键字*******************/  
    int isKeyWord(char str[])  
    {  
        int i;  
        for(i = 0; i < 50; i++)  
        {  
            if(strcmp(str, keyWords[i]) == 0)  
            {  
                return 1;  
            }  
        }  
        return 0;  
    }  
    /*******************判断是否为标识符*******************/  
    int isSignWord(char str[])  
    {  
        int i;  
        if(str[0] == '$' || str[0] == '_' || isWord(str[0]) == 1)  
        {  
            for(i = 0; str[i] != '\0'; i++)  
            {  
                if(isOper(str[i]) == 1)  
                {  
                    return 0;  
                }  
            }  
            return 1;  
        }  
        return 0;  
    }  
    /*******************获取单词类型*******************/  
    void getWordKind(char str[])  
    {  
        int i, j, k;  
        int flag = 0;  
    
        /*判断是否为关键字或标识符*/  
        if(isKeyWord(str) == 1)  
        {  
            if(strcmp(str,"true") == 0 || strcmp(str,"false") == 0)  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【布尔型】---【0x105】\n",lineCount, lineWords, str);  
            }  
            else  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【关键字】---【0x103】\n",lineCount, lineWords, str);  
            }  
        }  
        else if(isSignWord(str) == 1)  
        {  
            fprintf(fout, "%4ld.%-4ld 【%s】 【标识符】---【0x104】\n",lineCount, lineWords, str);  
        }  
        else if(isInteger(str) == 1)  
        {  
            fprintf(fout, "%4ld.%-4ld 【%s】 【整型】---【0x107】\n",lineCount, lineWords, str);  
        }  
        else if(isFloat(str) == 1)  
        {  
            fprintf(fout, "%4ld.%-4ld 【%s】 【浮点型】---【0x108】\n",lineCount, lineWords, str);  
        }  
        else if(str[0] == '\'' && str[strlen(str)-1] == '\'')  
        {  
            fprintf(fout, "%4ld.%-4ld 【%s】 【字符型】---【0x106】\n",lineCount, lineWords, str);  
        }  
        else if(str[0] == '"' && str[strlen(str)-1] == '"')  
        {  
            fprintf(fout, "%4ld.%-4ld 【%s】 【字符串】---【0x109】\n",lineCount, lineWords, str);  
        }  
        else if(isOper(str[0]) == 1 && str[0] != '"' && str[0] != '\'')  
        {  
            if(strcmp(str, "<") == 0 || strcmp(str, ">") == 0 || strcmp(str, "<=") == 0 || strcmp(str, ">=") == 0)  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【< > <= >=】---【0x118】\n",lineCount, lineWords, str);      
            }  
            else if(strcmp(str, "<<") == 0 || strcmp(str, ">>") == 0 || strcmp(str, ">>>") == 0 || strcmp(str, "<<<") == 0)  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【<< >> <<< >>>】---【0x119】\n",lineCount, lineWords, str);    
            }  
            else if(strchr(str, '=') != NULL)  
            {  
                if(strcmp(str, "==") == 0 || strcmp(str, "!=") == 0)  
                {  
                    fprintf(fout, "%4ld.%-4ld 【%s】 【== !=】---【0x117】\n",lineCount, lineWords, str);      
                }  
                else  
                {  
                    /*fprintf(fout, "%4ld.%-4ld 【%s】 【= += -= *= /= %%= &= ^= |= >>= <<= >>>= <<<=】---【0x110】\n",lineCount, lineWords, str);*/  
                    fprintf(fout, "%4ld.%-4ld 【%s】 【特殊符号】---【0x110】\n",lineCount, lineWords, str);  
                }  
            }  
            else if(strcmp(str, "||") == 0)  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【||】---【0x112】\n",lineCount, lineWords, str);  
            }  
            else if(strcmp(str, "&&") == 0)  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【&&】---【0x113】\n",lineCount, lineWords, str);  
            }  
            else if(strcmp(str, "++") == 0 || strcmp(str, "--") == 0 || strcmp(str, "!") == 0 || strcmp(str, "~") == 0)  
            {  
                fprintf(fout, "%4ld.%-4ld 【%s】 【++ -- +(正) -(负) ! ~】---【0x11c】\n",lineCount, lineWords, str);  
            }  
            else if(strlen(str) == 1)  
            {  
                switch(str[0])  
                {  
                    case '?': case ':': fprintf(fout, "%4ld.%-4ld 【%s】 【? :】---【0x111】\n",lineCount, lineWords, str); break;  
                    case ' ': fprintf(fout, "%4ld.%-4ld 【%s】 【空格】---【0x102】\n",lineCount, lineWords, str); break;  
                    case '{':case '}': fprintf(fout, "%4ld.%-4ld 【%s】 【{}】---【0x121】\n",lineCount, lineWords, str); break;  
                    case '[':case ']':case '(':case ')':case '.': fprintf(fout, "%4ld.%-4ld 【%s】 【[]().】---【0x11d】\n",lineCount, lineWords, str); break;  
                    case ',': fprintf(fout, "%4ld.%-4ld 【%s】 【,】---【0x120】\n",lineCount, lineWords, str); break;  
                    case ';': fprintf(fout, "%4ld.%-4ld 【%s】 【;】---【0x122】\n",lineCount, lineWords, str); break;  
                    case '+':case '-': fprintf(fout, "%4ld.%-4ld 【%s】 【+ -】---【0x11a】\n",lineCount, lineWords, str); break;  
                    case '*':case '/':case '%': fprintf(fout, "%4ld.%-4ld 【%s】 【* / %%】---【0x11b】\n",lineCount, lineWords, str); break;  
                    case '|': fprintf(fout, "%4ld.%-4ld 【%s】 【|】---【0x114】\n",lineCount, lineWords, str); break;  
                    case '^': fprintf(fout, "%4ld.%-4ld 【%s】 【^】---【0x115】\n",lineCount, lineWords, str); break;  
                    case '&': fprintf(fout, "%4ld.%-4ld 【%s】 【&】---【0x116】\n",lineCount, lineWords, str); break;  
                    default: fprintf(fout, "%4ld.%-4ld 【%s】 【其他符号】---【0x999】\n",lineCount, lineWords, str); break;  
                }  
            }  
        }  
        else  
        {  
            fprintf(fout, "%4ld.%-4ld 【%s】 【错误的单词】---【0x100】\n",lineCount, lineWords, str);  
        }  
    }  
    /*******************从扫描缓冲区解析获取单词******************** state说明： 0表示初始，10表示只含有字母，20表示含有数字，30表示含有$或_，40表示含有其他， 50表示读取完一个单词 41表示字符串，42表示字符 ****************************************************************/  
    void getWords(int state)  
    {  
        char word[100];  
        int charCount = 0;  
        int finish = 0;  
        int i, j, k;    
        for(i = 0; scanBuf[i] != '\0'; i++)  
        {  
            switch(state/10)  
            {  
                case 0:  
                    switch(getCharKind(scanBuf[i]))  
                    {  
                        case 1:  
                            word[charCount++] = scanBuf[i];  
                            state = 10;  
                            break;  
                        case 2:  
                            word[charCount++] = scanBuf[i];  
                            state = 20;  
                            break;  
                        case 3:  
                            word[charCount++] = scanBuf[i];  
                            state = 30;  
                            break;  
                        case 0:  
                            word[charCount++] = scanBuf[i];  
                            switch(scanBuf[i])  
                            {  
                                case '"':  
                                    state = 41;  
                                    break;  
                                case '\'':  
                                    state = 42;  
                                    break;  
                                case '(': case ')': case '{': case '}': case '[': case ']': case ';': case ',': case '.':  
                                    state = 50;  
                                    word[charCount] = '\0';  
                                    finish = 1;  
                                    break;  
                                case '=':  
                                    state = 43;  
                                    break;  
                                default:  
                                    state = 40;  
                                    break;  
                            }  
                            break;  
                        default: word[charCount++] = scanBuf[i]; break;  
                    }  
                    break;  
                case 1:  
                    switch(getCharKind(scanBuf[i]))  
                    {  
                        case 1:  
                            word[charCount++] = scanBuf[i];  
                            state = 10;  
                            break;  
                        case 2:  
                            word[charCount++] = scanBuf[i];  
                            state = 20;  
                            break;  
                        case 3:  
                            word[charCount++] = scanBuf[i];  
                            state = 30;  
                            break;  
                        case 0:  
                            word[charCount] = '\0';  
                            i--;  
                            finish = 1;  
                            state = 50;  
                            break;  
                        default: word[charCount++] = scanBuf[i];break;  
                    }  
                    break;  
                case 2:  
                    switch(getCharKind(scanBuf[i]))  
                    {  
                        case 1:  
                            word[charCount++] = scanBuf[i];  
                            state = 20;  
                            break;  
                        case 2:  
                            word[charCount++] = scanBuf[i];  
                            state = 20;  
                            break;  
                        case 3:  
                            word[charCount++] = scanBuf[i];  
                            state = 30;  
                            break;  
                        case 0:  
                            if(scanBuf[i] == '.')  
                            {  
                                word[charCount++] = scanBuf[i];  
                                state = 20;  
                                break;  
                            }  
                            word[charCount] = '\0';  
                            i--;  
                            finish = 1;  
                            state = 50;  
                            break;  
                        default: word[charCount++] = scanBuf[i];break;  
                    }  
                    break;  
                case 3:  
                    switch(getCharKind(scanBuf[i]))  
                    {  
                        case 1:  
                            word[charCount++] = scanBuf[i];  
                            state = 30;  
                            break;  
                        case 2:  
                            word[charCount++] = scanBuf[i];  
                            state = 30;  
                            break;  
                        case 3:  
                            word[charCount++] = scanBuf[i];  
                            state = 30;  
                            break;  
                        case 0:  
                            word[charCount] = '\0';  
                            i--;  
                            finish = 1;  
                            state = 50;  
                            break;  
                        default: word[charCount++] = scanBuf[i];break;  
                    }  
                    break;  
                case 4:  
                    switch(state)  
                    {  
                        case 40:  
                            switch(getCharKind(scanBuf[i]))  
                            {  
                                case 1:  
                                    word[charCount] = '\0';  
                                    i--;  
                                    finish = 1;  
                                    state = 50;  
                                    break;  
                                case 2:  
                                    word[charCount] = '\0';  
                                    i--;  
                                    finish = 1;  
                                    state = 50;  
                                    break;  
                                case 3:  
                                    word[charCount] = '\0';  
                                    i--;  
                                    finish = 1;  
                                    state = 50;  
                                    break;  
                                case 0:  
                                    word[charCount++] = scanBuf[i];  
                                    state = 40;  
                                    break;  
                                default: word[charCount++] = scanBuf[i];break;  
                            }  
                            break;  
                        case 41:  
                            word[charCount++] = scanBuf[i];  
                            if(scanBuf[i] == '"')  
                            {  
                                if(getCharKind(scanBuf[i-1]) == 4)  
                                {  
                                }  
                                else  
                                {  
                                    word[charCount] = '\0';  
                                    finish = 1;  
                                    state = 50;  
                                }  
                            }  
                            break;  
                        case 42:  
                            word[charCount++] = scanBuf[i];  
                            if(scanBuf[i] == '\'')  
                            {  
                                word[charCount] = '\0';  
                                finish = 1;  
                                state = 50;  
                            }  
                            break;  
                        case 43:  
                            if(scanBuf[i] == '=')  
                            {  
                                word[charCount++] = scanBuf[i];  
                                state = 43;  
                            }  
                            else  
                            {  
                                word[charCount] = '\0';  
                                finish = 1;  
                                i--;  
                                state = 50;  
                            }  
                            break;  
                        default: word[charCount++] = scanBuf[i];break;  
                    }  
                    break;  
                case 5:  
                    finish = 0;  
                    state = 0;  
                    charCount = 0;  
                    i--;  
                    lineWords++;  
                    totalWords++;  
                    getWordKind(word);  
                    break;  
                default:break;  
            }  
            if(scanBuf[i+1] == '\0')  
            {  
                word[charCount] = '\0';  
                lineWords++;  
                totalWords++;  
                getWordKind(word);  
            }  
        }  
    }