method to output proc/pid/stat info in a table format

static void printOutput() {
    //Layout the output table's first column
    p1putstr(STDOUT_FILENO, "\npid\tcmd\tstatus\tstate\tutime\tstime\tpriority\tvsize\texit code\n");

    for (int i=0; i < procNum; i++) {
        char path[100];
        path[0] = '\0';

        // Create path to /proc/current_pid/stat to open
        p1strcat(path, "/proc/");
        p1strcat(path, p1itoa(procs[i].pid));
        p1strcat(path, "/stat");

        char state[4];
        state[0] = '\0';
        char utime[32];
        utime[0] = '\0';
        char stime[32];
        stime[0] = '\0';
        char priority[8];
        priority[0] = '\0';
        char vsize[8];
        vsize[0] = '\0';
        char exitc[32];
        exitc[0] = '\0';

        printf("This is the current path: %s\n", path); //TEST

        int fd = open(path, O_RDONLY);
        printf("This is the current fd: %d\n", fd);
        if (fd > 0) {
            char stat[512];
            long count = read(fd, &stat, 512);
            stat[count] = '\0';
            stat[p1strlen(stat)-1] = '\0'; //remove New Line Symbol from final path

            int index = 0;
            int statIndex = 1;
            do {
                char word[64];
                index = p1getword(stat, index, word);
                printf("This is the current index on line 151: %d\n", index);
                if (index == -1) {
                    break;
                }

                printf("This is the current statIndex on line 171: %d\n", statIndex);
                if (statIndex == 3) {
                    p1strcat(state, word);
                } else if (statIndex == 14) {
                    p1strcat(utime, word);
                } else if (statIndex == 15) {
                    p1strcat(stime, word);
                } else if (statIndex == 18) {
                    p1strcat(priority, word);
                } else if (statIndex == 23) {
                    p1strcat(vsize, word);
                } else if (statIndex == 52) {
                    p1strcat(exitc, word);
                }
                statIndex++;
                printf("This is the current statIndex on line 171: %d\n", statIndex);
            } while (index >= 0);
            close(fd);
        }

        p1putint(STDOUT_FILENO, procs[i].pid);
        p1putstr(STDOUT_FILENO, "\t");

        char cmd[32];
        p1getword(procs[i].command, 0, cmd);
        p1putstr(STDOUT_FILENO, cmd);
        p1putstr(STDOUT_FILENO, "\t");

        if (procs[i].procStarted == 1) {
            p1putstr(STDOUT_FILENO, "started");
        } else if (procs[i].procRunning == 1) {
            p1putstr(STDOUT_FILENO, "running");
        } else if (procs[i].procRunning != 1 && procs[i].procEnded != 1) {
            p1putstr(STDOUT_FILENO, "suspended");
        } else if (procs[i].procEnded == 1) {
            p1putstr(STDOUT_FILENO, "terminated");
        }

        p1putstr(STDOUT_FILENO, state);
        p1putstr(STDOUT_FILENO, "\t");
        p1putstr(STDOUT_FILENO, utime);
        p1putstr(STDOUT_FILENO, "\t");
        p1putstr(STDOUT_FILENO, stime);
        p1putstr(STDOUT_FILENO, "\t");
        p1putstr(STDOUT_FILENO, priority);
        p1putstr(STDOUT_FILENO, "\t");
        p1putstr(STDOUT_FILENO, vsize);
        p1putstr(STDOUT_FILENO, "\t");
        p1putstr(STDOUT_FILENO, exitc);
        p1putstr(STDOUT_FILENO, "\n");
    }
    p1putstr(STDOUT_FILENO, "\n");
}