WebSVN – SvarDOS – Diff – /install/install.c


/*
 * SVAROG386 INSTALL
 * COPYRIGHT (C) 2016 MATEUSZ VISTE
 *
 * http://svarog386.sf.net
 */
 
#include <dos.h>
#include <direct.h>  /* mkdir() */
#include <stdio.h>   /* printf() and friends */
#include <stdlib.h>  /* system() */
#include <string.h>  /* memcpy() */
#include <unistd.h>
 
#include "kitten\kitten.h"
 
#include "cdrom.h"
#include "input.h"
#include "video.h"
 
/* keyboard layouts and locales */
#include "keylay.h"
#include "keyoff.h"
 
/* color scheme (color, mono) */
static unsigned short COLOR_TITLEBAR[2] = {0x7000,0x7000};
static unsigned short COLOR_BODY[2] = {0x1700,0x0700};
static unsigned short COLOR_SELECT[2] = {0x7000,0x7000};
static unsigned short COLOR_SELECTCUR[2] = {0x1F00,0x0700};
 
/* mono flag */
static int mono = 0;
 
/* how much disk space does Svarog386 require (in MiB) */
#define SVAROG_DISK_REQ 8
 
/* a convenience 'function' used for debugging */
#define DBG(x) { video_putstringfix(24, 0, 0x4F00u, x, 80); }
 
struct slocales {
  char lang[4];
  char *keybcode;
  unsigned int codepage;
  int egafile;
  int keybfile;
  int keyboff;
  int keyblen;
};
 
 
/* reboot the computer */
static void reboot(void) {
  void ((far *bootroutine)()) = (void (far *)()) 0xFFFF0000L;
  int far *rstaddr = (int far *)0x00400072L; /* BIOS boot flag is at 0040:0072 */
  *rstaddr = 0x1234; /* 0x1234 = warm boot, 0 = cold boot */
  (*bootroutine)(); /* jump to the BIOS reboot routine at FFFF:0000 */
}
 
 
/* outputs a string to screen with taking care of word wrapping. returns amount of lines. */
static int putstringwrap(int y, int x, unsigned short attr, char *s) {
  int linew, lincount;
  linew = 80;
  if (x >= 0) linew -= (x << 1);
 
  for (lincount = 1; y+lincount < 25; lincount++) {
    int i, len = linew;
    for (i = 0; i <= linew; i++) {
      if (s[i] == ' ') len = i;
      if (s[i] == '\n') {
        len = i;
        break;
      }
      if (s[i] == 0) {
        len = i;
        break;
      }
    }
    video_putstring(y++, x, attr, s, len);
    s += len;
    if (*s == 0) break;
    s += 1; /* skip the whitespace char */
  }
  return(lincount);
}
 
 
/* an NLS wrapper around video_putstring(), also performs line wrapping when
 * needed. returns the amount of lines that were output */
static int putstringnls(int y, int x, unsigned short attr, int nlsmaj, int nlsmin, char *s) {
  s = kittengets(nlsmaj, nlsmin, s);
  return(putstringwrap(y, x, attr, s));
}
 
 
static int menuselect(int ypos, int xpos, int height, char **list, int listlen) {
  int i, offset = 0, res = 0, count, width = 0;
  /* count how many positions there is, and check their width */
  for (count = 0; (list[count] != NULL) && (count != listlen); count++) {
    int len = strlen(list[count]);
    if (len > width) width = len;
  }
 
  /* if xpos negative, means 'center out' */
  if (xpos < 0) xpos = 39 - (width >> 1);
 
  video_putchar(ypos, xpos+width+2, COLOR_SELECT[mono], 0xBF);         /*       \ */
  video_putchar(ypos, xpos-1, COLOR_SELECT[mono], 0xDA);               /*  /      */
  video_putchar(ypos+height-1, xpos-1, COLOR_SELECT[mono], 0xC0);      /*  \      */
  video_putchar(ypos+height-1, xpos+width+2, COLOR_SELECT[mono], 0xD9);/*      /  */
  video_putcharmulti(ypos, xpos, COLOR_SELECT[mono], 0xC4, width + 2, 1);
  video_putcharmulti(ypos+height-1, xpos, COLOR_SELECT[mono], 0xC4, width + 2, 1);
  video_putcharmulti(ypos+1, xpos-1, COLOR_SELECT[mono], 0xB3, height - 2, 80);
  video_putcharmulti(ypos+1, xpos+width+2, COLOR_SELECT[mono], 0xB3, height - 2, 80);
 
  for (;;) {
    int key;
    /* list of selectable items */
    for (i = 0; i < height - 2; i++) {
      if (i + offset == res) {
        video_putchar(ypos + 1 + i, xpos, COLOR_SELECTCUR[mono], 16);
        video_putchar(ypos + 1 + i, xpos+width+1, COLOR_SELECTCUR[mono], 17);
        video_movecursor(ypos + 1 + i, xpos);
        video_putstringfix(ypos + 1 + i, xpos+1, COLOR_SELECTCUR[mono], list[i + offset], width);
      } else if (i + offset < count) {
        video_putchar(ypos + 1 + i, xpos, COLOR_SELECT[mono], ' ');
        video_putchar(ypos + 1 + i, xpos+width+1, COLOR_SELECT[mono], ' ');
        video_putstringfix(ypos + 1 + i, xpos+1, COLOR_SELECT[mono], list[i + offset], width);
      } else {
        video_putcharmulti(ypos + 1 + i, xpos, COLOR_SELECT[mono], ' ', width+2, 1);
      }
    }
    key = input_getkey();
    if (key == 0x0D) { /* ENTER */
      return(res);
    } else if (key == 0x148) { /* up */
      if (res > 0) {
        res--;
        if (res < offset) offset = res;
      }
    } else if (key == 0x150) { /* down */
      if (res+1 < count) {
        res++;
        if (res > offset + height - 3) offset = res - (height - 3);
      }
    } else if (key == 0x147) { /* home */
      res = 0;
      offset = 0;
    } else if (key == 0x14F) { /* end */
      res = count - 1;
      if (res > offset + height - 3) offset = res - (height - 3);
    } else if (key == 0x1B) {  /* ESC */
      return(-1);
    } else {
      char buf[8];
      snprintf(buf, sizeof(buf), "0x%02X ", key);
      video_putstring(1, 0, COLOR_BODY[mono], buf, -1);
    }
  }
}
 
static void newscreen(void) {
  int x;
  char *title;
  title = kittengets(0, 0, "SVAROG386 INSTALLATION");
  for (x = 0; x < 80; x++) video_putchar(0, x, COLOR_TITLEBAR[mono], ' ');
  video_putstring(0, 40 - (strlen(title) >> 1), COLOR_TITLEBAR[mono], title, -1);
  video_clear(COLOR_BODY[mono], 80);
  video_movecursor(25,0);
}
 
static int selectlang(struct slocales *locales) {
  int choice, x;
  char *msg;
  char *langlist[] = {
    "English",
    "French",
    "Polish",
    "Turkish",
    NULL
  };
 
  newscreen();
  msg = kittengets(1, 0, "Welcome to Svarog386");
  x = 40 - (strlen(msg) >> 1);
  video_putstring(4, x, COLOR_BODY[mono], msg, -1);
  video_putcharmulti(5, x, COLOR_BODY[mono], '=', strlen(msg), 1);
  putstringnls(8, -1, COLOR_BODY[mono], 1, 1, "Please select your language from the list below:");
  choice = menuselect(11, -1, 6, langlist, -1);
  if (choice < 0) return(-1);
  /* populate locales with default values */
  memset(locales, 0, sizeof(struct slocales));
  switch (choice) {
    case 1:
      strcpy(locales->lang, "FR");
      locales->keyboff = OFFLOC_FR;
      locales->keyblen = OFFLEN_FR;
      break;
    case 2:
      strcpy(locales->lang, "PL");
      locales->keyboff = OFFLOC_PL;
      locales->keyblen = OFFLEN_PL;
      break;
    case 3:
      strcpy(locales->lang, "TR");
      locales->keyboff = OFFLOC_TR;
      locales->keyblen = OFFLEN_TR;
      break;
    default:
      strcpy(locales->lang, "EN");
      locales->keyboff = 0;
      locales->keyblen = OFFCOUNT;
      break;
  }
  /* populate the slocales struct */
  for (msg = kblayouts[locales->keyboff]; *msg != 0; msg++); /* skip layout name */
  msg++;
  /* skip keyb code and copy it to locales.keybcode */
  locales->keybcode = msg;
  for (; *msg != 0; msg++);
  /* */
  locales->codepage = ((unsigned short)msg[1] << 8) | msg[2];
  locales->egafile = msg[3];
  locales->keybfile = msg[4];
  /* */
  return(0);
}
 
 
#define LTODEC(x, y) ((unsigned short)(x << 8) | (y))
static int selectkeyb(struct slocales *locales) {
  int keyboff, keyblen, menuheight;
  unsigned short lang;
  lang = LTODEC(locales->lang[0], locales->lang[1]);
 
  switch (lang) {
    case LTODEC('F', 'R'):
      keyboff = OFFLOC_FR;
      keyblen = OFFLEN_FR;
      break;
    case LTODEC('P', 'L'):
      keyboff = OFFLOC_PL;
      keyblen = OFFLEN_PL;
      break;
    case LTODEC('T', 'R'):
      keyboff = OFFLOC_TR;
      keyblen = OFFLEN_TR;
      break;
    default: /* otherwise propose all possible keyoard layouts */
      keyboff = 0;
      keyblen = OFFCOUNT;
      break;
  }
  if (keyblen == 1) return(0); /* do not ask for keyboard layout if only one is available for given language */
  newscreen();
  putstringnls(5, 1, COLOR_BODY[mono], 1, 5, "Svarog386 supports the keyboard layouts used in different countries. Choose the keyboard layout you want.");
  menuheight = keyblen + 2;
  if (menuheight > 13) menuheight = 13;
  if (menuselect(10, -1, menuheight, &(kblayouts[keyboff]), keyblen) < 0) return(-1);
  return(0);
}
 
 
/* returns 0 if installation must proceed, non-zero otherwise */
static int welcomescreen(void) {
  char *choice[] = {"Install Svarog386 to disk", "Quit to DOS", NULL};
  choice[0] = kittengets(0, 1, choice[0]);
  choice[1] = kittengets(0, 2, choice[1]);
  newscreen();
  putstringnls(4, 1, COLOR_BODY[mono], 2, 0, "You are about to install Svarog386: a free, MSDOS-compatible operating system based on the FreeDOS kernel. Svarog386 targets 386+ computers and comes with a variety of third-party applications.\n\nWARNING: If your PC has another operating system installed, this other system might be unable to boot once Svarog386 is installed.");
  return(menuselect(13, -1, 4, choice, -1));
}
 
 
/* returns 1 if drive is removable, 0 if not, -1 on error */
static int isdriveremovable(int drv) {
  union REGS r;
  r.x.ax = 0x4408;
  r.h.bl = drv;
  int86(0x21, &r, &r);
  /* CF set on error, AX set to 0 if removable, 1 if fixed */
  if (r.x.cflag != 0) return(-1);
  if (r.x.ax == 0) return(1);
  return(0);
}
 
 
/* returns total disk space of drive drv (in MiB, max 2048), or -1 if drive invalid */
static int disksize(int drv) {
  long res;
  union REGS r;
  r.h.ah = 0x36; /* DOS 2+ get free disk space */
  r.h.dl = drv;
  int86(0x21, &r, &r);
  if (r.x.ax == 0xffffu) return(-1); /* AX set to FFFFh if drive invalid */
  res = r.x.ax;  /* sectors per cluster */
  res *= r.x.dx; /* dx contains total clusters, bx contains free clusters */
  res *= r.x.cx; /* bytes per sector */
  res >>= 20;    /* convert bytes to MiB */
  return(res);
}
 
 
/* returns 0 if disk is empty, non-zero otherwise */
static int diskempty(int drv) {
  unsigned int rc;
  int res;
  char buff[8];
  struct find_t fileinfo;
  snprintf(buff, sizeof(buff), "%c:\\*.*", 'A' + drv - 1);
  rc = _dos_findfirst(buff, _A_NORMAL | _A_SUBDIR | _A_HIDDEN | _A_SYSTEM, &fileinfo);
  if (rc == 0) {
    res = 1; /* call successfull means disk is not empty */
  } else {
    res = 0;
  }
  /* _dos_findclose(&fileinfo); */ /* apparently required only on OS/2 */
  return(res);
}
 
 
static int preparedrive(void) {
  int driveremovable;
  int selecteddrive = 3; /* hardcoded to 'C:' for now */
  int cselecteddrive;
  int ds;
  char buff[1024];
  cselecteddrive = 'A' + selecteddrive - 1;
  for (;;) {
    newscreen();
    driveremovable = isdriveremovable(selecteddrive);
    if (driveremovable < 0) {
      char *list[] = { "Create a partition automatically", "Run the FDISK partitioning tool", "Quit to DOS", NULL};
      list[0] = kittengets(0, 3, list[0]);
      list[1] = kittengets(0, 4, list[1]);
      list[2] = kittengets(0, 2, list[2]);
      snprintf(buff, sizeof(buff), kittengets(3, 0, "ERROR: Drive %c: could not be found. Perhaps your hard disk needs to be partitioned first. Please create at least one partition on your hard disk, so Svarog386 can be installed on it. Note, that Svarog386 requires at least %d MiB of available disk space.\n\nYou can use the FDISK partitioning tool for creating the required partition manually, or you can let the installer partitioning your disk automatically. You can also abort the installation to use any other partition manager of your choice."), cselecteddrive, SVAROG_DISK_REQ);
      putstringwrap(4, 1, COLOR_BODY[mono], buff);
      switch (menuselect(14, -1, 5, list, -1)) {
        case 0:
          system("FDISK /AUTO");
          break;
        case 1:
          video_clear(0x0700, 0);
          video_movecursor(0, 0);
          system("FDISK");
          break;
        default:
          return(-1);
      }
      newscreen();
      putstringnls(10, 10, COLOR_BODY[mono], 3, 1, "Your computer will reboot now.");
      putstringnls(12, 10, COLOR_BODY[mono], 0, 5, "Press any key...");
      input_getkey();
      reboot();
      return(-1);
    } else if (driveremovable > 0) {
      snprintf(buff, sizeof(buff), kittengets(3, 2, "ERROR: Drive %c: is a removable device. Installation aborted."), cselecteddrive);
      video_putstring(9, 1, COLOR_BODY[mono], buff, -1);
      putstringnls(11, 2, COLOR_BODY[mono], 0, 5, "Press any key...");
      return(-1);
    }
    /* if not formatted, propose to format it right away (try to create a directory) */
    snprintf(buff, sizeof(buff), "%c:\\SVWRTEST.123", cselecteddrive);
    if (mkdir(buff) == 0) {
      rmdir(buff);
    } else {
      char *list[] = { "Proceed with formatting", "Quit to DOS", NULL};
      list[0] = kittengets(0, 6, list[0]);
      list[1] = kittengets(0, 2, list[1]);
      snprintf(buff, sizeof(buff), kittengets(3, 3, "ERROR: Drive %c: seems to be unformated. Do you wish to format it?"), cselecteddrive);
      video_putstring(7, 1, COLOR_BODY[mono], buff, -1);
      if (menuselect(12, -1, 4, list, -1) != 0) return(-1);
      video_clear(0x0700, 0);
      video_movecursor(0, 0);
      snprintf(buff, sizeof(buff), "FORMAT %c: /Q /U /Z:seriously /V:SVAROG386", cselecteddrive);
      system(buff);
      continue;
    }
    /* check total disk space */
    ds = disksize(selecteddrive);
    if (ds < SVAROG_DISK_REQ) {
      int y = 9;
      snprintf(buff, sizeof(buff), kittengets(3, 4, "ERROR: Drive %c: is not big enough! Svarog386 requires a disk of at least %d MiB."), cselecteddrive);
      y += putstringwrap(y, 1, COLOR_BODY[mono], buff);
      putstringnls(++y, 2, COLOR_BODY[mono], 0, 5, "Press any key...");
      input_getkey();
      return(-1);
    }
    /* is the disk empty? */
    if (diskempty(selecteddrive) != 0) {
      char *list[] = { "Proceed with formatting", "Quit to DOS", NULL};
      int y = 6;
      list[0] = kittengets(0, 6, list[0]);
      list[1] = kittengets(0, 2, list[1]);
      snprintf(buff, sizeof(buff), kittengets(3, 5, "ERROR: Drive %c: is not empty. Svarog386 must be installed on an empty disk.\n\nYou can format the disk now, to make it empty. Note however, that this will ERASE ALL CURRENT DATA on your disk."), cselecteddrive);
      y += putstringwrap(y, 1, COLOR_BODY[mono], buff);
      if (menuselect(++y, -1, 4, list, -1) != 0) return(-1);
      video_clear(0x0700, 0);
      video_movecursor(0, 0);
      snprintf(buff, sizeof(buff), "FORMAT %c: /Q /U /Z:seriously /V:SVAROG386", cselecteddrive);
      system(buff);
      continue;
    } else {
      /* final confirmation */
      char *list[] = { "Install Svarog386", "Quit to DOS", NULL};
      list[0] = kittengets(0, 1, list[0]);
      list[1] = kittengets(0, 2, list[1]);
      snprintf(buff, sizeof(buff), kittengets(3, 6, "The installation of Svarog386 to %c: is about to begin."), cselecteddrive);
      video_putstring(7, -1, COLOR_BODY[mono], buff, -1);
      if (menuselect(10, -1, 4, list, -1) != 0) return(-1);
      snprintf(buff, sizeof(buff), "SYS A: %c: > NUL", cselecteddrive);
      system(buff);
      snprintf(buff, sizeof(buff), "%c:\\TEMP", cselecteddrive);
      mkdir(buff);
      return(cselecteddrive);
    }
  }
}
 
 
/* copy file src into dst, substituting all characters c1 by c2 */
static void fcopysub(char *dst, char *src, char c1, char c2) {
  FILE *fdd, *fds;
  int buff;
  fds = fopen(src, "rb");
  if (fds == NULL) return;
  fdd = fopen(dst, "wb");
  if (fdd == NULL) {
    fclose(fds);
    return;
  }
  /* */
  for (;;) {
    buff = fgetc(fds);
    if (buff == EOF) break;
    if (buff == c1) buff = c2;
    fprintf(fdd, "%c", buff);
  }
  /* close files and return */
  fclose(fdd);
  fclose(fds);
}
 
 
static void bootfilesgen(int targetdrv, struct slocales *locales, int cdromdrv) {
  char buff[128];
  FILE *fd;
  /*** CONFIG.SYS ***/
  snprintf(buff, sizeof(buff), "%c:\\CONFIG.SYS", targetdrv);
  fd = fopen(buff, "wb");
  if (fd == NULL) return;
  fprintf(fd, "DOS=UMB,HIGH\r\n");
  fprintf(fd, "FILES=50\r\n");
  fprintf(fd, "DEVICE=%c:\\SYSTEM\\SVAROG.386\\BIN\\HIMEMX.EXE\r\n", targetdrv);
  fprintf(fd, "SHELLHIGH=%c:\\SYSTEM\\SVAROG.386\\BIN\\COMMAND.COM /E:512 /P\r\n", targetdrv);
  fprintf(fd, "REM COUNTRY=001,437,%c:\\SYSTEM\\CONF\\COUNTRY.SYS\r\n", targetdrv);
  fprintf(fd, "DEVICE=%c:\\SYSTEM\\DRIVERS\\UDVD2\\UDVD2.SYS /D:SVCD0001 /H\r\n", targetdrv);
  fclose(fd);
  /*** AUTOEXEC.BAT ***/
  snprintf(buff, sizeof(buff), "%c:\\AUTOEXEC.BAT", targetdrv);
  fd = fopen(buff, "wb");
  if (fd == NULL) return;
  fprintf(fd, "@ECHO OFF\r\n");
  fprintf(fd, "SET TEMP=%c:\\TEMP\r\n", targetdrv);
  fprintf(fd, "SET DOSDIR=%c:\\SYSTEM\\SVAROG.386\r\n", targetdrv);
  fprintf(fd, "SET NLSPATH=%%DOSDIR%%\\NLS\r\n");
  fprintf(fd, "SET LANG=%s\r\n", locales->lang);
  fprintf(fd, "SET DIRCMD=/OGNE/P/4\r\n");
  fprintf(fd, "SET FDNPKG.CFG=%c:\\SYSTEM\\CFG\\FDNPKG.CFG\r\n", targetdrv);
  fprintf(fd, "SET WATTCP.CFG=%c:\\SYSTEM\\CFG\\WATTCP.CFG\r\n", targetdrv);
  fprintf(fd, "PATH %%DOSDIR%%\\BIN;%c:\\SYSTEM\\LINKS\r\n", targetdrv);
  fprintf(fd, "PROMPT $P$G\r\n");
  fprintf(fd, "ALIAS REBOOT=FDAPM COLDBOOT\r\n");
  fprintf(fd, "ALIAS HALT=FDAPM POWEROFF\r\n");
  fprintf(fd, "FDAPM APMDOS\r\n");
  fprintf(fd, "\r\n");
  if (locales->egafile > 0) {
    fprintf(fd, "DISPLAY CON=(EGA,,1)\r\n");
    if (locales->egafile == 1) {
      fprintf(fd, "MODE CON CP PREPARE=((%u) %c:\\SYSTEM\\SVAROG.386\\CPI\\EGA.CPX)\r\n", locales->codepage, targetdrv);
    } else {
      fprintf(fd, "MODE CON CP PREPARE=((%u) %c:\\SYSTEM\\SVAROG.386\\CPI\\EGA%d.CPX)\r\n", locales->codepage, targetdrv, locales->egafile);
    }
    fprintf(fd, "MODE CON CP SELECT=%u\r\n", locales->codepage);
    if (locales->keybfile == 1) {
      fprintf(fd, "KEYB %s,%d,%c:\\SYSTEM\\SVAROG.386\\BIN\\KEYBOARD.SYS\r\n", locales->keybcode, locales->codepage, targetdrv);
    } else {
      fprintf(fd, "KEYB %s,%d,%c:\\SYSTEM\\SVAROG.386\\BIN\\KEYBRD%d.SYS\r\n", locales->keybcode, locales->codepage, targetdrv, locales->keybfile);
    }
    fprintf(fd, "\r\n");
  }
  fprintf(fd, "SHSUCDX /d:SVCD0001\r\n");
  fprintf(fd, "\r\n");
  fprintf(fd, "REM Uncomment the line below for automatic mouse support\r\n");
  fprintf(fd, "REM CTMOUSE\r\n");
  fprintf(fd, "\r\n");
  fprintf(fd, "ECHO.\r\n");
  fprintf(fd, "ECHO Welcome to Svarog386! Type 'HELP' if you need help.\r\n");
  fclose(fd);
  /*** CREATE DIRECTORY FOR OTHER CONFIGURATION FILES ***/
  snprintf(buff, sizeof(buff), "%c:\\SYSTEM\\CFG", targetdrv);
  mkdir(buff);
  /*** FDNPKG.CFG ***/
  snprintf(buff, sizeof(buff), "%c:\\SYSTEM\\CFG\\FDNPKG.CFG", targetdrv);
  fcopysub(buff, "A:\\DAT\\FDNPKG.CFG", '$', cdromdrv);
  /*** COUNTRY.SYS ***/
  /*** PICOTCP ***/
  /*** WATTCP ***/
}
 
 
static void installpackages(int targetdrv, int cdromdrv) {
  char *pkglist[] = {
    "A:\\UDVD2", /* this one's not part of CORE, hence it's stored right on the floppy */
    "APPEND",
    "ASSIGN",
    "ATTRIB",
    "CHKDSK",
    "CHOICE",
    "COMMAND",
    "COMP",
    "CPIDOS",
    "CTMOUSE",
    "DEBUG",
    "DEFRAG",
    "DELTREE",
    "DEVLOAD",
    "DISKCOMP",
    "DISKCOPY",
    "DISPLAY",
    "DOSFSCK",
    "EDIT",
    "EDLIN",
    "EXE2BIN",
    "FC",
    "FDAPM",
    "FDISK",
    "FDNPKG",
    "FIND",
    "FORMAT",
    "HELP",
    "HIMEMX",
    "KERNEL",
    "KEYB",
    "KEYB_LAY",
    "LABEL",
    "LBACACHE",
    "MEM",
    "MIRROR",
    "MODE",
    "MORE",
    "MOVE",
    "NANSI",
    "NLSFUNC",
    "PRINT",
    "RDISK",
    "RECOVER",
    "REPLACE",
    "SHARE",
    "SHSUCDX",
    "SORT",
    "SWSUBST",
    "TREE",
    "UNDELETE",
    "XCOPY",
    NULL
  };
  int i, pkglistlen;
  char buff[64];
  newscreen();
  /* count how long the pkg list is */
  for (pkglistlen = 0; pkglist[pkglistlen] != NULL; pkglistlen++);
  /* set DOSDIR and friends */
  snprintf(buff, sizeof(buff), "%c:\\SYSTEM\\SVAROG.386", targetdrv);
  setenv("DOSDIR", buff, 1);
  snprintf(buff, sizeof(buff), "%c:\\TEMP", targetdrv);
  setenv("TEMP", buff, 1);
  /* install packages */
  for (i = 0; pkglist[i] != NULL; i++) {
    char buff[128];
    snprintf(buff, sizeof(buff), kittengets(4, 0, "Installing package %d/%d: %s"), i+1, pkglistlen, pkglist[i]);
    strcat(buff, "       ");
    video_putstring(10, 1, COLOR_BODY[mono], buff, -1);
    if (pkglist[i][1] == ':') {
      snprintf(buff, sizeof(buff), "FDINST INSTALL %s.ZIP > NUL", pkglist[i]);
    } else {
      snprintf(buff, sizeof(buff), "FDINST INSTALL %c:\\CORE\\%s.ZIP > NUL", cdromdrv, pkglist[i]);
    }
    system(buff);
  }
}
 
 
static void finalreboot(void) {
  int y = 9;
  newscreen();
  y += putstringnls(y, 2, COLOR_BODY[mono], 5, 0, "Svarog386 installation is over. Your computer will reboot now.\nPlease remove the installation disk from your drive.");
  putstringnls(++y, 1, COLOR_BODY[mono], 0, 5, "Press any key...");
  input_getkey();
  reboot();
}
 
 
static void loadcp(struct slocales *locales) {
  char buff[64];
  if (locales->codepage == 437) return;
  video_movecursor(1, 0);
  if (locales->egafile == 1) {
    snprintf(buff, sizeof(buff), "MODE CON CP PREP=((%u) A:\\EGA.CPX) > NUL", locales->codepage);
  } else {
    snprintf(buff, sizeof(buff), "MODE CON CP PREP=((%u) A:\\EGA%d.CPX) > NUL", locales->codepage, locales->egafile);
  }
  system(buff);
  snprintf(buff, sizeof(buff), "MODE CON CP SEL=%u > NUL", locales->codepage);
  system(buff);
  /* below I re-init the video controller - apparently this is required if
   * I want the new glyph symbols to be actually applied, at least some
   * (broken?) BIOSes, like VBox, apply glyphs only at next video mode change */
  {
  union REGS r;
  r.h.ah = 0x0F; /* get current video mode */
  int86(0x10, &r, &r); /* r.h.al contains the current video mode now */
  r.h.al |= 128; /* set the high bit of AL to instruct BIOS not to flush VRAM's content (EGA+) */
  r.h.ah = 0; /* re-set video mode (to whatever is set in AL) */
  int86(0x10, &r, &r);
  }
}
 
 
/* checks CD drive drv for the presence of the Svarog386 install CD
 * returns 0 if found, non-zero otherwise */
static int checkcd(char drv) {
  FILE *fd;
  char fname[32];
  snprintf(fname, sizeof(fname), "%c:\\CORE\\MEM.ZIP", drv);
  fd = fopen(fname, "rb");
  if (fd == NULL) return(-1);
  fclose(fd);
  return(0);
}
 
 
int main(void) {
  struct slocales locales;
  int targetdrv;
  int cdromdrv;
 
  /* find where the cdrom drive is */
  cdromdrv = cdrom_findfirst();
  if (cdromdrv < 0) {
    printf("ERROR: CD-ROM DRIVE NOT FOUND\r\n");
    return(1);
  }
  cdromdrv += 'A'; /* convert the cdrom 'id' (A=0) to an actual drive letter */
  if (checkcd(cdromdrv) != 0) {
    printf("ERROR: SVAROG386 INSTALLATION CD NOT FOUND IN THE DRIVE.\r\n");
    return(1);
  }
 
  /* init screen and detect mono status */
  mono = video_init();
 
  for (;;) { /* fake loop, it's here just to break out easily */
    kittenopen("INSTALL"); /* NLS support */
    if (selectlang(&locales) < 0) break; /* welcome to svarog, select your language */
    setenv("LANG", locales.lang, 1);
    loadcp(&locales);
    kittenclose(); /* reload NLS with new language */
    kittenopen("INSTALL"); /* NLS support */
    if (selectkeyb(&locales) != 0) break;  /* what keyb layout should we use? */
    if (welcomescreen() != 0) break; /* what svarog386 is, ask whether to run live dos or install */
    targetdrv = preparedrive(); /* what drive should we install to? check avail. space */
    if (targetdrv < 0) break;
    /*askaboutsources();*/ /* IF sources are available, ask if installing with them */
    installpackages(targetdrv, cdromdrv);    /* install packages */
    bootfilesgen(targetdrv, &locales, cdromdrv); /* generate boot files and other configurations */
    /*localcfg();*/ /* show local params (currency, etc), and propose to change them (based on localcfg) */
    /*netcfg();*/ /* basic networking config */
    finalreboot(); /* remove the CD and reboot */
    break;
  }
  kittenclose(); /* close NLS support */
  video_clear(0x0700, 0);
  video_movecursor(0, 0);
  return(0);
}
 

Rev 67	Rev 69
1	`/*`	1	`/*`
2	`* SVAROG386 INSTALL`	2	`* SVAROG386 INSTALL`
3	`* COPYRIGHT (C) 2016 MATEUSZ VISTE`	3	`* COPYRIGHT (C) 2016 MATEUSZ VISTE`
4	`*`	4	`*`
5	`* http://svarog386.sf.net`	5	`* http://svarog386.sf.net`
6	`*/`	6	`*/`
7		7
8	`#include <dos.h>`	8	`#include <dos.h>`
9	`#include <direct.h> /* mkdir() */`	9	`#include <direct.h> /* mkdir() */`
10	`#include <stdio.h> /* printf() and friends */`	10	`#include <stdio.h> /* printf() and friends */`
11	`#include <stdlib.h> /* system() */`	11	`#include <stdlib.h> /* system() */`
12	`#include <string.h> /* memcpy() */`	12	`#include <string.h> /* memcpy() */`
13	`#include <unistd.h>`	13	`#include <unistd.h>`
14		14
15	`#include "kitten\kitten.h"`	15	`#include "kitten\kitten.h"`
16		16
17	`#include "cdrom.h"`	17	`#include "cdrom.h"`
18	`#include "input.h"`	18	`#include "input.h"`
19	`#include "video.h"`	19	`#include "video.h"`
20		20
21	`/* keyboard layouts and locales */`	21	`/* keyboard layouts and locales */`
22	`#include "keylay.h"`	22	`#include "keylay.h"`
23	`#include "keyoff.h"`	23	`#include "keyoff.h"`
24		24
25	`/* color scheme (color, mono) */`	25	`/* color scheme (color, mono) */`
26	`static unsigned short COLOR_TITLEBAR[2] = {0x7000,0x7000};`	26	`static unsigned short COLOR_TITLEBAR[2] = {0x7000,0x7000};`
27	`static unsigned short COLOR_BODY[2] = {0x1700,0x0700};`	27	`static unsigned short COLOR_BODY[2] = {0x1700,0x0700};`
28	`static unsigned short COLOR_SELECT[2] = {0x7000,0x7000};`	28	`static unsigned short COLOR_SELECT[2] = {0x7000,0x7000};`
29	`static unsigned short COLOR_SELECTCUR[2] = {0x1F00,0x0700};`	29	`static unsigned short COLOR_SELECTCUR[2] = {0x1F00,0x0700};`
30		30
31	`/* mono flag */`	31	`/* mono flag */`
32	`static int mono = 0;`	32	`static int mono = 0;`
33		33
34	`/* how much disk space does Svarog386 require (in MiB) */`	34	`/* how much disk space does Svarog386 require (in MiB) */`
35	`#define SVAROG_DISK_REQ 8`	35	`#define SVAROG_DISK_REQ 8`
36		36
37	`/* a convenience 'function' used for debugging */`	37	`/* a convenience 'function' used for debugging */`
38	`#define DBG(x) { video_putstringfix(24, 0, 0x4F00u, x, 80); }`	38	`#define DBG(x) { video_putstringfix(24, 0, 0x4F00u, x, 80); }`
39		39
40	`struct slocales {`	40	`struct slocales {`
41	`char lang[4];`	41	`char lang[4];`
42	`char *keybcode;`	42	`char *keybcode;`
43	`unsigned int codepage;`	43	`unsigned int codepage;`
44	`int egafile;`	44	`int egafile;`
45	`int keybfile;`	45	`int keybfile;`
46	`int keyboff;`	46	`int keyboff;`
47	`int keyblen;`	47	`int keyblen;`
48	`};`	48	`};`
49		49
50		50
51	`/* reboot the computer */`	51	`/* reboot the computer */`
52	`static void reboot(void) {`	52	`static void reboot(void) {`
53	`void ((far bootroutine)()) = (void (far )()) 0xFFFF0000L;`	53	`void ((far bootroutine)()) = (void (far )()) 0xFFFF0000L;`
54	`int far rstaddr = (int far )0x00400072L; /* BIOS boot flag is at 0040:0072 */`	54	`int far rstaddr = (int far )0x00400072L; /* BIOS boot flag is at 0040:0072 */`
55	`rstaddr = 0x1234; / 0x1234 = warm boot, 0 = cold boot */`	55	`rstaddr = 0x1234; / 0x1234 = warm boot, 0 = cold boot */`
56	`(bootroutine)(); / jump to the BIOS reboot routine at FFFF:0000 */`	56	`(bootroutine)(); / jump to the BIOS reboot routine at FFFF:0000 */`
57	`}`	57	`}`
58		58
59		59
60	`/* outputs a string to screen with taking care of word wrapping. returns amount of lines. */`	60	`/* outputs a string to screen with taking care of word wrapping. returns amount of lines. */`
61	`static int putstringwrap(int y, int x, unsigned short attr, char *s) {`	61	`static int putstringwrap(int y, int x, unsigned short attr, char *s) {`
62	`int linew, lincount;`	62	`int linew, lincount;`
63	`linew = 80;`	63	`linew = 80;`
64	`if (x >= 0) linew -= (x << 1);`	64	`if (x >= 0) linew -= (x << 1);`
65		65
66	`for (lincount = 1; y+lincount < 25; lincount++) {`	66	`for (lincount = 1; y+lincount < 25; lincount++) {`
67	`int i, len = linew;`	67	`int i, len = linew;`
68	`for (i = 0; i <= linew; i++) {`	68	`for (i = 0; i <= linew; i++) {`
69	`if (s[i] == ' ') len = i;`	69	`if (s[i] == ' ') len = i;`
70	`if (s[i] == '\n') {`	70	`if (s[i] == '\n') {`
71	`len = i;`	71	`len = i;`
72	`break;`	72	`break;`
73	`}`	73	`}`
74	`if (s[i] == 0) {`	74	`if (s[i] == 0) {`
75	`len = i;`	75	`len = i;`
76	`break;`	76	`break;`
77	`}`	77	`}`
78	`}`	78	`}`
79	`video_putstring(y++, x, attr, s, len);`	79	`video_putstring(y++, x, attr, s, len);`
80	`s += len;`	80	`s += len;`
81	`if (*s == 0) break;`	81	`if (*s == 0) break;`
82	`s += 1; /* skip the whitespace char */`	82	`s += 1; /* skip the whitespace char */`
83	`}`	83	`}`
84	`return(lincount);`	84	`return(lincount);`
85	`}`	85	`}`
86		86
87		87
88	`/* an NLS wrapper around video_putstring(), also performs line wrapping when`	88	`/* an NLS wrapper around video_putstring(), also performs line wrapping when`
89	`* needed. returns the amount of lines that were output */`	89	`* needed. returns the amount of lines that were output */`
90	`static int putstringnls(int y, int x, unsigned short attr, int nlsmaj, int nlsmin, char *s) {`	90	`static int putstringnls(int y, int x, unsigned short attr, int nlsmaj, int nlsmin, char *s) {`
91	`s = kittengets(nlsmaj, nlsmin, s);`	91	`s = kittengets(nlsmaj, nlsmin, s);`
92	`return(putstringwrap(y, x, attr, s));`	92	`return(putstringwrap(y, x, attr, s));`
93	`}`	93	`}`
94		94
95		95
96	`static int menuselect(int ypos, int xpos, int height, char **list, int listlen) {`	96	`static int menuselect(int ypos, int xpos, int height, char **list, int listlen) {`
97	`int i, offset = 0, res = 0, count, width = 0;`	97	`int i, offset = 0, res = 0, count, width = 0;`
98	`/* count how many positions there is, and check their width */`	98	`/* count how many positions there is, and check their width */`
99	`for (count = 0; (list[count] != NULL) && (count != listlen); count++) {`	99	`for (count = 0; (list[count] != NULL) && (count != listlen); count++) {`
100	`int len = strlen(list[count]);`	100	`int len = strlen(list[count]);`
101	`if (len > width) width = len;`	101	`if (len > width) width = len;`
102	`}`	102	`}`
103		103
104	`/* if xpos negative, means 'center out' */`	104	`/* if xpos negative, means 'center out' */`
105	`if (xpos < 0) xpos = 39 - (width >> 1);`	105	`if (xpos < 0) xpos = 39 - (width >> 1);`
106		106
107	`video_putchar(ypos, xpos+width+2, COLOR_SELECT[mono], 0xBF); /* \ */`	107	`video_putchar(ypos, xpos+width+2, COLOR_SELECT[mono], 0xBF); /* \ */`
108	`video_putchar(ypos, xpos-1, COLOR_SELECT[mono], 0xDA); /* / */`	108	`video_putchar(ypos, xpos-1, COLOR_SELECT[mono], 0xDA); /* / */`
109	`video_putchar(ypos+height-1, xpos-1, COLOR_SELECT[mono], 0xC0); /* \ */`	109	`video_putchar(ypos+height-1, xpos-1, COLOR_SELECT[mono], 0xC0); /* \ */`
110	`video_putchar(ypos+height-1, xpos+width+2, COLOR_SELECT[mono], 0xD9);/* / */`	110	`video_putchar(ypos+height-1, xpos+width+2, COLOR_SELECT[mono], 0xD9);/* / */`
111	`video_putcharmulti(ypos, xpos, COLOR_SELECT[mono], 0xC4, width + 2, 1);`	111	`video_putcharmulti(ypos, xpos, COLOR_SELECT[mono], 0xC4, width + 2, 1);`
112	`video_putcharmulti(ypos+height-1, xpos, COLOR_SELECT[mono], 0xC4, width + 2, 1);`	112	`video_putcharmulti(ypos+height-1, xpos, COLOR_SELECT[mono], 0xC4, width + 2, 1);`
113	`video_putcharmulti(ypos+1, xpos-1, COLOR_SELECT[mono], 0xB3, height - 2, 80);`	113	`video_putcharmulti(ypos+1, xpos-1, COLOR_SELECT[mono], 0xB3, height - 2, 80);`
114	`video_putcharmulti(ypos+1, xpos+width+2, COLOR_SELECT[mono], 0xB3, height - 2, 80);`	114	`video_putcharmulti(ypos+1, xpos+width+2, COLOR_SELECT[mono], 0xB3, height - 2, 80);`
115		115
116	`for (;;) {`	116	`for (;;) {`
117	`int key;`	117	`int key;`
118	`/* list of selectable items */`	118	`/* list of selectable items */`
119	`for (i = 0; i < height - 2; i++) {`	119	`for (i = 0; i < height - 2; i++) {`
120	`if (i + offset == res) {`	120	`if (i + offset == res) {`
121	`video_putchar(ypos + 1 + i, xpos, COLOR_SELECTCUR[mono], 16);`	121	`video_putchar(ypos + 1 + i, xpos, COLOR_SELECTCUR[mono], 16);`
122	`video_putchar(ypos + 1 + i, xpos+width+1, COLOR_SELECTCUR[mono], 17);`	122	`video_putchar(ypos + 1 + i, xpos+width+1, COLOR_SELECTCUR[mono], 17);`
123	`video_movecursor(ypos + 1 + i, xpos);`	123	`video_movecursor(ypos + 1 + i, xpos);`
124	`video_putstringfix(ypos + 1 + i, xpos+1, COLOR_SELECTCUR[mono], list[i + offset], width);`	124	`video_putstringfix(ypos + 1 + i, xpos+1, COLOR_SELECTCUR[mono], list[i + offset], width);`
125	`} else if (i + offset < count) {`	125	`} else if (i + offset < count) {`
126	`video_putchar(ypos + 1 + i, xpos, COLOR_SELECT[mono], ' ');`	126	`video_putchar(ypos + 1 + i, xpos, COLOR_SELECT[mono], ' ');`
127	`video_putchar(ypos + 1 + i, xpos+width+1, COLOR_SELECT[mono], ' ');`	127	`video_putchar(ypos + 1 + i, xpos+width+1, COLOR_SELECT[mono], ' ');`
128	`video_putstringfix(ypos + 1 + i, xpos+1, COLOR_SELECT[mono], list[i + offset], width);`	128	`video_putstringfix(ypos + 1 + i, xpos+1, COLOR_SELECT[mono], list[i + offset], width);`
129	`} else {`	129	`} else {`
130	`video_putcharmulti(ypos + 1 + i, xpos, COLOR_SELECT[mono], ' ', width+2, 1);`	130	`video_putcharmulti(ypos + 1 + i, xpos, COLOR_SELECT[mono], ' ', width+2, 1);`
131	`}`	131	`}`
132	`}`	132	`}`
133	`key = input_getkey();`	133	`key = input_getkey();`
134	`if (key == 0x0D) { /* ENTER */`	134	`if (key == 0x0D) { /* ENTER */`
135	`return(res);`	135	`return(res);`
136	`} else if (key == 0x148) { /* up */`	136	`} else if (key == 0x148) { /* up */`
137	`if (res > 0) {`	137	`if (res > 0) {`
138	`res--;`	138	`res--;`
139	`if (res < offset) offset = res;`	139	`if (res < offset) offset = res;`
140	`}`	140	`}`
141	`} else if (key == 0x150) { /* down */`	141	`} else if (key == 0x150) { /* down */`
142	`if (res+1 < count) {`	142	`if (res+1 < count) {`
143	`res++;`	143	`res++;`
144	`if (res > offset + height - 3) offset = res - (height - 3);`	144	`if (res > offset + height - 3) offset = res - (height - 3);`
145	`}`	145	`}`
146	`} else if (key == 0x147) { /* home */`	146	`} else if (key == 0x147) { /* home */`
147	`res = 0;`	147	`res = 0;`
148	`offset = 0;`	148	`offset = 0;`
149	`} else if (key == 0x14F) { /* end */`	149	`} else if (key == 0x14F) { /* end */`
150	`res = count - 1;`	150	`res = count - 1;`
151	`if (res > offset + height - 3) offset = res - (height - 3);`	151	`if (res > offset + height - 3) offset = res - (height - 3);`
152	`} else if (key == 0x1B) { /* ESC */`	152	`} else if (key == 0x1B) { /* ESC */`
153	`return(-1);`	153	`return(-1);`
154	`} else {`	154	`} else {`
155	`char buf[8];`	155	`char buf[8];`
156	`snprintf(buf, sizeof(buf), "0x%02X ", key);`	156	`snprintf(buf, sizeof(buf), "0x%02X ", key);`
157	`video_putstring(1, 0, COLOR_BODY[mono], buf, -1);`	157	`video_putstring(1, 0, COLOR_BODY[mono], buf, -1);`
158	`}`	158	`}`
159	`}`	159	`}`
160	`}`	160	`}`
161		161
162	`static void newscreen(void) {`	162	`static void newscreen(void) {`
163	`int x;`	163	`int x;`
164	`char *title;`	164	`char *title;`
165	`title = kittengets(0, 0, "SVAROG386 INSTALLATION");`	165	`title = kittengets(0, 0, "SVAROG386 INSTALLATION");`
166	`for (x = 0; x < 80; x++) video_putchar(0, x, COLOR_TITLEBAR[mono], ' ');`	166	`for (x = 0; x < 80; x++) video_putchar(0, x, COLOR_TITLEBAR[mono], ' ');`
167	`video_putstring(0, 40 - (strlen(title) >> 1), COLOR_TITLEBAR[mono], title, -1);`	167	`video_putstring(0, 40 - (strlen(title) >> 1), COLOR_TITLEBAR[mono], title, -1);`
168	`video_clear(COLOR_BODY[mono], 80);`	168	`video_clear(COLOR_BODY[mono], 80);`
169	`video_movecursor(25,0);`	169	`video_movecursor(25,0);`
170	`}`	170	`}`
171		171
172	`static int selectlang(struct slocales *locales) {`	172	`static int selectlang(struct slocales *locales) {`
173	`int choice, x;`	173	`int choice, x;`
174	`char *msg;`	174	`char *msg;`
175	`char *langlist[] = {`	175	`char *langlist[] = {`
176	`"English",`	176	`"English",`
177	`"French",`	177	`"French",`
178	`"Polish",`	178	`"Polish",`
179	`"Turkish",`	179	`"Turkish",`
180	`NULL`	180	`NULL`
181	`};`	181	`};`
182		182
183	`newscreen();`	183	`newscreen();`
184	`msg = kittengets(1, 0, "Welcome to Svarog386");`	184	`msg = kittengets(1, 0, "Welcome to Svarog386");`
185	`x = 40 - (strlen(msg) >> 1);`	185	`x = 40 - (strlen(msg) >> 1);`
186	`video_putstring(4, x, COLOR_BODY[mono], msg, -1);`	186	`video_putstring(4, x, COLOR_BODY[mono], msg, -1);`
187	`video_putcharmulti(5, x, COLOR_BODY[mono], '=', strlen(msg), 1);`	187	`video_putcharmulti(5, x, COLOR_BODY[mono], '=', strlen(msg), 1);`
188	`putstringnls(8, -1, COLOR_BODY[mono], 1, 1, "Please select your language from the list below:");`	188	`putstringnls(8, -1, COLOR_BODY[mono], 1, 1, "Please select your language from the list below:");`
189	`choice = menuselect(11, -1, 6, langlist, -1);`	189	`choice = menuselect(11, -1, 6, langlist, -1);`
190	`if (choice < 0) return(-1);`	190	`if (choice < 0) return(-1);`
191	`/* populate locales with default values */`	191	`/* populate locales with default values */`
192	`memset(locales, 0, sizeof(struct slocales));`	192	`memset(locales, 0, sizeof(struct slocales));`
193	`switch (choice) {`	193	`switch (choice) {`
194	`case 1:`	194	`case 1:`
195	`strcpy(locales->lang, "FR");`	195	`strcpy(locales->lang, "FR");`
196	`locales->keyboff = OFFLOC_FR;`	196	`locales->keyboff = OFFLOC_FR;`
197	`locales->keyblen = OFFLEN_FR;`	197	`locales->keyblen = OFFLEN_FR;`
198	`break;`	198	`break;`
199	`case 2:`	199	`case 2:`
200	`strcpy(locales->lang, "PL");`	200	`strcpy(locales->lang, "PL");`
201	`locales->keyboff = OFFLOC_PL;`	201	`locales->keyboff = OFFLOC_PL;`
202	`locales->keyblen = OFFLEN_PL;`	202	`locales->keyblen = OFFLEN_PL;`
203	`break;`	203	`break;`
204	`case 3:`	204	`case 3:`
205	`strcpy(locales->lang, "TR");`	205	`strcpy(locales->lang, "TR");`
206	`locales->keyboff = OFFLOC_TR;`	206	`locales->keyboff = OFFLOC_TR;`
207	`locales->keyblen = OFFLEN_TR;`	207	`locales->keyblen = OFFLEN_TR;`
208	`break;`	208	`break;`
209	`default:`	209	`default:`
210	`strcpy(locales->lang, "EN");`	210	`strcpy(locales->lang, "EN");`
211	`locales->keyboff = 0;`	211	`locales->keyboff = 0;`
212	`locales->keyblen = OFFCOUNT;`	212	`locales->keyblen = OFFCOUNT;`
213	`break;`	213	`break;`
214	`}`	214	`}`
215	`/* populate the slocales struct */`	215	`/* populate the slocales struct */`
216	`for (msg = kblayouts[locales->keyboff]; msg != 0; msg++); / skip layout name */`	216	`for (msg = kblayouts[locales->keyboff]; msg != 0; msg++); / skip layout name */`
217	`msg++;`	217	`msg++;`
218	`/* skip keyb code and copy it to locales.keybcode */`	218	`/* skip keyb code and copy it to locales.keybcode */`
219	`locales->keybcode = msg;`	219	`locales->keybcode = msg;`
220	`for (; *msg != 0; msg++);`	220	`for (; *msg != 0; msg++);`
221	`/* */`	221	`/* */`
222	`locales->codepage = ((unsigned short)msg[1] << 8) \| msg[2];`	222	`locales->codepage = ((unsigned short)msg[1] << 8) \| msg[2];`
223	`locales->egafile = msg[3];`	223	`locales->egafile = msg[3];`
224	`locales->keybfile = msg[4];`	224	`locales->keybfile = msg[4];`
225	`/* */`	225	`/* */`
226	`return(0);`	226	`return(0);`
227	`}`	227	`}`
228		228
229		229
230	`#define LTODEC(x, y) ((unsigned short)(x << 8) \| (y))`	230	`#define LTODEC(x, y) ((unsigned short)(x << 8) \| (y))`
231	`static int selectkeyb(struct slocales *locales) {`	231	`static int selectkeyb(struct slocales *locales) {`
232	`int keyboff, keyblen, menuheight;`	232	`int keyboff, keyblen, menuheight;`
233	`unsigned short lang;`	233	`unsigned short lang;`
234	`lang = LTODEC(locales->lang[0], locales->lang[1]);`	234	`lang = LTODEC(locales->lang[0], locales->lang[1]);`
235		235
236	`switch (lang) {`	236	`switch (lang) {`
237	`case LTODEC('F', 'R'):`	237	`case LTODEC('F', 'R'):`
238	`keyboff = OFFLOC_FR;`	238	`keyboff = OFFLOC_FR;`
239	`keyblen = OFFLEN_FR;`	239	`keyblen = OFFLEN_FR;`
240	`break;`	240	`break;`
241	`case LTODEC('P', 'L'):`	241	`case LTODEC('P', 'L'):`
242	`keyboff = OFFLOC_PL;`	242	`keyboff = OFFLOC_PL;`
243	`keyblen = OFFLEN_PL;`	243	`keyblen = OFFLEN_PL;`
244	`break;`	244	`break;`
245	`case LTODEC('T', 'R'):`	245	`case LTODEC('T', 'R'):`
246	`keyboff = OFFLOC_TR;`	246	`keyboff = OFFLOC_TR;`
247	`keyblen = OFFLEN_TR;`	247	`keyblen = OFFLEN_TR;`
248	`break;`	248	`break;`
249	`default: /* otherwise propose all possible keyoard layouts */`	249	`default: /* otherwise propose all possible keyoard layouts */`
250	`keyboff = 0;`	250	`keyboff = 0;`
251	`keyblen = OFFCOUNT;`	251	`keyblen = OFFCOUNT;`
252	`break;`	252	`break;`
253	`}`	253	`}`
254	`if (keyblen == 1) return(0); /* do not ask for keyboard layout if only one is available for given language */`	254	`if (keyblen == 1) return(0); /* do not ask for keyboard layout if only one is available for given language */`
255	`newscreen();`	255	`newscreen();`
256	`putstringnls(5, 1, COLOR_BODY[mono], 1, 5, "Svarog386 supports the keyboard layouts used in different countries. Choose the keyboard layout you want.");`	256	`putstringnls(5, 1, COLOR_BODY[mono], 1, 5, "Svarog386 supports the keyboard layouts used in different countries. Choose the keyboard layout you want.");`
257	`menuheight = keyblen + 2;`	257	`menuheight = keyblen + 2;`
258	`if (menuheight > 13) menuheight = 13;`	258	`if (menuheight > 13) menuheight = 13;`
259	`if (menuselect(10, -1, menuheight, &(kblayouts[keyboff]), keyblen) < 0) return(-1);`	259	`if (menuselect(10, -1, menuheight, &(kblayouts[keyboff]), keyblen) < 0) return(-1);`
260	`return(0);`	260	`return(0);`
261	`}`	261	`}`
262		262
263		263
264	`/* returns 0 if installation must proceed, non-zero otherwise */`	264	`/* returns 0 if installation must proceed, non-zero otherwise */`
265	`static int welcomescreen(void) {`	265	`static int welcomescreen(void) {`
266	`char *choice[] = {"Install Svarog386 to disk", "Quit to DOS", NULL};`	266	`char *choice[] = {"Install Svarog386 to disk", "Quit to DOS", NULL};`
267	`choice[0] = kittengets(0, 1, choice[0]);`	267	`choice[0] = kittengets(0, 1, choice[0]);`
268	`choice[1] = kittengets(0, 2, choice[1]);`	268	`choice[1] = kittengets(0, 2, choice[1]);`
269	`newscreen();`	269	`newscreen();`
270	`putstringnls(4, 1, COLOR_BODY[mono], 2, 0, "You are about to install Svarog386: a free, MSDOS-compatible operating system based on the FreeDOS kernel. Svarog386 targets 386+ computers and comes with a variety of third-party applications.\n\nWARNING: If your PC has another operating system installed, this other system might be unable to boot once Svarog386 is installed.");`	270	`putstringnls(4, 1, COLOR_BODY[mono], 2, 0, "You are about to install Svarog386: a free, MSDOS-compatible operating system based on the FreeDOS kernel. Svarog386 targets 386+ computers and comes with a variety of third-party applications.\n\nWARNING: If your PC has another operating system installed, this other system might be unable to boot once Svarog386 is installed.");`
271	`return(menuselect(13, -1, 4, choice, -1));`	271	`return(menuselect(13, -1, 4, choice, -1));`
272	`}`	272	`}`
273		273
274		274
275	`/* returns 1 if drive is removable, 0 if not, -1 on error */`	275	`/* returns 1 if drive is removable, 0 if not, -1 on error */`
276	`static int isdriveremovable(int drv) {`	276	`static int isdriveremovable(int drv) {`
277	`union REGS r;`	277	`union REGS r;`
278	`r.x.ax = 0x4408;`	278	`r.x.ax = 0x4408;`
279	`r.h.bl = drv;`	279	`r.h.bl = drv;`
280	`int86(0x21, &r, &r);`	280	`int86(0x21, &r, &r);`
281	`/* CF set on error, AX set to 0 if removable, 1 if fixed */`	281	`/* CF set on error, AX set to 0 if removable, 1 if fixed */`
282	`if (r.x.cflag != 0) return(-1);`	282	`if (r.x.cflag != 0) return(-1);`
283	`if (r.x.ax == 0) return(1);`	283	`if (r.x.ax == 0) return(1);`
284	`return(0);`	284	`return(0);`
285	`}`	285	`}`
286		286
287		287
288	`/* returns total disk space of drive drv (in MiB, max 2048), or -1 if drive invalid */`	288	`/* returns total disk space of drive drv (in MiB, max 2048), or -1 if drive invalid */`
289	`static int disksize(int drv) {`	289	`static int disksize(int drv) {`
290	`long res;`	290	`long res;`
291	`union REGS r;`	291	`union REGS r;`
292	`r.h.ah = 0x36; /* DOS 2+ get free disk space */`	292	`r.h.ah = 0x36; /* DOS 2+ get free disk space */`
293	`r.h.dl = drv;`	293	`r.h.dl = drv;`
294	`int86(0x21, &r, &r);`	294	`int86(0x21, &r, &r);`
295	`if (r.x.ax == 0xffffu) return(-1); /* AX set to FFFFh if drive invalid */`	295	`if (r.x.ax == 0xffffu) return(-1); /* AX set to FFFFh if drive invalid */`
296	`res = r.x.ax; /* sectors per cluster */`	296	`res = r.x.ax; /* sectors per cluster */`
297	`res = r.x.dx; / dx contains total clusters, bx contains free clusters */`	297	`res = r.x.dx; / dx contains total clusters, bx contains free clusters */`
298	`res = r.x.cx; / bytes per sector */`	298	`res = r.x.cx; / bytes per sector */`
299	`res >>= 20; /* convert bytes to MiB */`	299	`res >>= 20; /* convert bytes to MiB */`
300	`return(res);`	300	`return(res);`
301	`}`	301	`}`
302		302
303		303
304	`/* returns 0 if disk is empty, non-zero otherwise */`	304	`/* returns 0 if disk is empty, non-zero otherwise */`
305	`static int diskempty(int drv) {`	305	`static int diskempty(int drv) {`
306	`unsigned int rc;`	306	`unsigned int rc;`
307	`int res;`	307	`int res;`
308	`char buff[8];`	308	`char buff[8];`
309	`struct find_t fileinfo;`	309	`struct find_t fileinfo;`
310	`snprintf(buff, sizeof(buff), "%c:\\.", 'A' + drv - 1);`	310	`snprintf(buff, sizeof(buff), "%c:\\.", 'A' + drv - 1);`
311	`rc = _dos_findfirst(buff, _A_NORMAL \| _A_SUBDIR \| _A_HIDDEN \| _A_SYSTEM, &fileinfo);`	311	`rc = _dos_findfirst(buff, _A_NORMAL \| _A_SUBDIR \| _A_HIDDEN \| _A_SYSTEM, &fileinfo);`
312	`if (rc == 0) {`	312	`if (rc == 0) {`
313	`res = 1; /* call successfull means disk is not empty */`	313	`res = 1; /* call successfull means disk is not empty */`
314	`} else {`	314	`} else {`
315	`res = 0;`	315	`res = 0;`
316	`}`	316	`}`
317	`/* _dos_findclose(&fileinfo); / / apparently required only on OS/2 */`	317	`/* _dos_findclose(&fileinfo); / / apparently required only on OS/2 */`
318	`return(res);`	318	`return(res);`
319	`}`	319	`}`
320		320
321		321
322	`static int preparedrive(void) {`	322	`static int preparedrive(void) {`
323	`int driveremovable;`	323	`int driveremovable;`
324	`int selecteddrive = 3; /* hardcoded to 'C:' for now */`	324	`int selecteddrive = 3; /* hardcoded to 'C:' for now */`
325	`int cselecteddrive;`	325	`int cselecteddrive;`
326	`int ds;`	326	`int ds;`
327	`char buff[1024];`	327	`char buff[1024];`
328	`cselecteddrive = 'A' + selecteddrive - 1;`	328	`cselecteddrive = 'A' + selecteddrive - 1;`
329	`for (;;) {`	329	`for (;;) {`
330	`newscreen();`	330	`newscreen();`
331	`driveremovable = isdriveremovable(selecteddrive);`	331	`driveremovable = isdriveremovable(selecteddrive);`
332	`if (driveremovable < 0) {`	332	`if (driveremovable < 0) {`
333	`char *list[] = { "Create a partition automatically", "Run the FDISK partitioning tool", "Quit to DOS", NULL};`	333	`char *list[] = { "Create a partition automatically", "Run the FDISK partitioning tool", "Quit to DOS", NULL};`
334	`list[0] = kittengets(0, 3, list[0]);`	334	`list[0] = kittengets(0, 3, list[0]);`
335	`list[1] = kittengets(0, 4, list[1]);`	335	`list[1] = kittengets(0, 4, list[1]);`
336	`list[2] = kittengets(0, 2, list[2]);`	336	`list[2] = kittengets(0, 2, list[2]);`
337	snprintf(buff, sizeof(buff), kittengets(3, 0, "ERROR: Drive %c: could not be found. Perhaps your hard disk needs to be partitioned first. Please create at least one partition on your hard disk, so Svarog386 can be installed on it. Note, that Svarog386 requires at least %d MiB of available disk space.\n\nYou can use the FDISK partitioning tool for creating the required partition manually, or you can let the installer partitioning your disk automatically. You can also abort the installation to use any other partition manager of your choice."), cselecteddrive, SVAROG_DISK_REQ);	337	snprintf(buff, sizeof(buff), kittengets(3, 0, "ERROR: Drive %c: could not be found. Perhaps your hard disk needs to be partitioned first. Please create at least one partition on your hard disk, so Svarog386 can be installed on it. Note, that Svarog386 requires at least %d MiB of available disk space.\n\nYou can use the FDISK partitioning tool for creating the required partition manually, or you can let the installer partitioning your disk automatically. You can also abort the installation to use any other partition manager of your choice."), cselecteddrive, SVAROG_DISK_REQ);
338	`putstringwrap(4, 1, COLOR_BODY[mono], buff);`	338	`putstringwrap(4, 1, COLOR_BODY[mono], buff);`
339	`switch (menuselect(14, -1, 5, list, -1)) {`	339	`switch (menuselect(14, -1, 5, list, -1)) {`
340	`case 0:`	340	`case 0:`
341	`system("FDISK /AUTO");`	341	`system("FDISK /AUTO");`
342	`break;`	342	`break;`
343	`case 1:`	343	`case 1:`
344	`video_clear(0x0700, 0);`	344	`video_clear(0x0700, 0);`
345	`video_movecursor(0, 0);`	345	`video_movecursor(0, 0);`
346	`system("FDISK");`	346	`system("FDISK");`
347	`break;`	347	`break;`
348	`default:`	348	`default:`
349	`return(-1);`	349	`return(-1);`
350	`}`	350	`}`
351	`newscreen();`	351	`newscreen();`
352	`putstringnls(10, 10, COLOR_BODY[mono], 3, 1, "Your computer will reboot now.");`	352	`putstringnls(10, 10, COLOR_BODY[mono], 3, 1, "Your computer will reboot now.");`
353	`putstringnls(12, 10, COLOR_BODY[mono], 0, 5, "Press any key...");`	353	`putstringnls(12, 10, COLOR_BODY[mono], 0, 5, "Press any key...");`
354	`input_getkey();`	354	`input_getkey();`
355	`reboot();`	355	`reboot();`
356	`return(-1);`	356	`return(-1);`
357	`} else if (driveremovable > 0) {`	357	`} else if (driveremovable > 0) {`
358	`snprintf(buff, sizeof(buff), kittengets(3, 2, "ERROR: Drive %c: is a removable device. Installation aborted."), cselecteddrive);`	358	`snprintf(buff, sizeof(buff), kittengets(3, 2, "ERROR: Drive %c: is a removable device. Installation aborted."), cselecteddrive);`
359	`video_putstring(9, 1, COLOR_BODY[mono], buff, -1);`	359	`video_putstring(9, 1, COLOR_BODY[mono], buff, -1);`
360	`putstringnls(11, 2, COLOR_BODY[mono], 0, 5, "Press any key...");`	360	`putstringnls(11, 2, COLOR_BODY[mono], 0, 5, "Press any key...");`
361	`return(-1);`	361	`return(-1);`
362	`}`	362	`}`
363	`/* if not formatted, propose to format it right away (try to create a directory) */`	363	`/* if not formatted, propose to format it right away (try to create a directory) */`
364	`snprintf(buff, sizeof(buff), "%c:\\SVWRTEST.123", cselecteddrive);`	364	`snprintf(buff, sizeof(buff), "%c:\\SVWRTEST.123", cselecteddrive);`
365	`if (mkdir(buff) == 0) {`	365	`if (mkdir(buff) == 0) {`
366	`rmdir(buff);`	366	`rmdir(buff);`
367	`} else {`	367	`} else {`
368	`char *list[] = { "Proceed with formatting", "Quit to DOS", NULL};`	368	`char *list[] = { "Proceed with formatting", "Quit to DOS", NULL};`
369	`list[0] = kittengets(0, 6, list[0]);`	369	`list[0] = kittengets(0, 6, list[0]);`
370	`list[1] = kittengets(0, 2, list[1]);`	370	`list[1] = kittengets(0, 2, list[1]);`
371	`snprintf(buff, sizeof(buff), kittengets(3, 3, "ERROR: Drive %c: seems to be unformated. Do you wish to format it?"), cselecteddrive);`	371	`snprintf(buff, sizeof(buff), kittengets(3, 3, "ERROR: Drive %c: seems to be unformated. Do you wish to format it?"), cselecteddrive);`
372	`video_putstring(7, 1, COLOR_BODY[mono], buff, -1);`	372	`video_putstring(7, 1, COLOR_BODY[mono], buff, -1);`
373	`if (menuselect(12, -1, 4, list, -1) != 0) return(-1);`	373	`if (menuselect(12, -1, 4, list, -1) != 0) return(-1);`
374	`video_clear(0x0700, 0);`	374	`video_clear(0x0700, 0);`
375	`video_movecursor(0, 0);`	375	`video_movecursor(0, 0);`
376	`snprintf(buff, sizeof(buff), "FORMAT %c: /Q /U /Z:seriously /V:SVAROG386", cselecteddrive);`	376	`snprintf(buff, sizeof(buff), "FORMAT %c: /Q /U /Z:seriously /V:SVAROG386", cselecteddrive);`
377	`system(buff);`	377	`system(buff);`
378	`continue;`	378	`continue;`
379	`}`	379	`}`
380	`/* check total disk space */`	380	`/* check total disk space */`
381	`ds = disksize(selecteddrive);`	381	`ds = disksize(selecteddrive);`
382	`if (ds < SVAROG_DISK_REQ) {`	382	`if (ds < SVAROG_DISK_REQ) {`
383	`int y = 9;`	383	`int y = 9;`
384	`snprintf(buff, sizeof(buff), kittengets(3, 4, "ERROR: Drive %c: is not big enough! Svarog386 requires a disk of at least %d MiB."), cselecteddrive);`	384	`snprintf(buff, sizeof(buff), kittengets(3, 4, "ERROR: Drive %c: is not big enough! Svarog386 requires a disk of at least %d MiB."), cselecteddrive);`
385	`y += putstringwrap(y, 1, COLOR_BODY[mono], buff);`	385	`y += putstringwrap(y, 1, COLOR_BODY[mono], buff);`
386	`putstringnls(++y, 2, COLOR_BODY[mono], 0, 5, "Press any key...");`	386	`putstringnls(++y, 2, COLOR_BODY[mono], 0, 5, "Press any key...");`
387	`input_getkey();`	387	`input_getkey();`
388	`return(-1);`	388	`return(-1);`
389	`}`	389	`}`
390	`/* is the disk empty? */`	390	`/* is the disk empty? */`
391	`if (diskempty(selecteddrive) != 0) {`	391	`if (diskempty(selecteddrive) != 0) {`
392	`char *list[] = { "Proceed with formatting", "Quit to DOS", NULL};`	392	`char *list[] = { "Proceed with formatting", "Quit to DOS", NULL};`
393	`int y = 6;`	393	`int y = 6;`
394	`list[0] = kittengets(0, 6, list[0]);`	394	`list[0] = kittengets(0, 6, list[0]);`
395	`list[1] = kittengets(0, 2, list[1]);`	395	`list[1] = kittengets(0, 2, list[1]);`
396	`snprintf(buff, sizeof(buff), kittengets(3, 5, "ERROR: Drive %c: is not empty. Svarog386 must be installed on an empty disk.\n\nYou can format the disk now, to make it empty. Note however, that this will ERASE ALL CURRENT DATA on your disk."), cselecteddrive);`	396	`snprintf(buff, sizeof(buff), kittengets(3, 5, "ERROR: Drive %c: is not empty. Svarog386 must be installed on an empty disk.\n\nYou can format the disk now, to make it empty. Note however, that this will ERASE ALL CURRENT DATA on your disk."), cselecteddrive);`
397	`y += putstringwrap(y, 1, COLOR_BODY[mono], buff);`	397	`y += putstringwrap(y, 1, COLOR_BODY[mono], buff);`
398	`if (menuselect(++y, -1, 4, list, -1) != 0) return(-1);`	398	`if (menuselect(++y, -1, 4, list, -1) != 0) return(-1);`
399	`video_clear(0x0700, 0);`	399	`video_clear(0x0700, 0);`
400	`video_movecursor(0, 0);`	400	`video_movecursor(0, 0);`
401	`snprintf(buff, sizeof(buff), "FORMAT %c: /Q /U /Z:seriously /V:SVAROG386", cselecteddrive);`	401	`snprintf(buff, sizeof(buff), "FORMAT %c: /Q /U /Z:seriously /V:SVAROG386", cselecteddrive);`
402	`system(buff);`	402	`system(buff);`
403	`continue;`	403	`continue;`
404	`} else {`	404	`} else {`
405	`/* final confirmation */`	405	`/* final confirmation */`
406	`char *list[] = { "Install Svarog386", "Quit to DOS", NULL};`	406	`char *list[] = { "Install Svarog386", "Quit to DOS", NULL};`
407	`list[0] = kittengets(0, 1, list[0]);`	407	`list[0] = kittengets(0, 1, list[0]);`
408	`list[1] = kittengets(0, 2, list[1]);`	408	`list[1] = kittengets(0, 2, list[1]);`
409	`snprintf(buff, sizeof(buff), kittengets(3, 6, "The installation of Svarog386 to %c: is about to begin."), cselecteddrive);`	409	`snprintf(buff, sizeof(buff), kittengets(3, 6, "The installation of Svarog386 to %c: is about to begin."), cselecteddrive);`
410	`video_putstring(7, -1, COLOR_BODY[mono], buff, -1);`	410	`video_putstring(7, -1, COLOR_BODY[mono], buff, -1);`
411	`if (menuselect(10, -1, 4, list, -1) != 0) return(-1);`	411	`if (menuselect(10, -1, 4, list, -1) != 0) return(-1);`
412	`snprintf(buff, sizeof(buff), "SYS A: %c: > NUL", cselecteddrive);`	412	`snprintf(buff, sizeof(buff), "SYS A: %c: > NUL", cselecteddrive);`
413	`system(buff);`	413	`system(buff);`
414	`snprintf(buff, sizeof(buff), "%c:\\TEMP", cselecteddrive);`	414	`snprintf(buff, sizeof(buff), "%c:\\TEMP", cselecteddrive);`
415	`mkdir(buff);`	415	`mkdir(buff);`
416	`return(cselecteddrive);`	416	`return(cselecteddrive);`
417	`}`	417	`}`
418	`}`	418	`}`
419	`}`	419	`}`
420		420
421		421
422	`/* copy file src into dst, substituting all characters c1 by c2 */`	422	`/* copy file src into dst, substituting all characters c1 by c2 */`
423	`static void fcopysub(char dst, char src, char c1, char c2) {`	423	`static void fcopysub(char dst, char src, char c1, char c2) {`
424	`FILE fdd, fds;`	424	`FILE fdd, fds;`
425	`int buff;`	425	`int buff;`
426	`fds = fopen(src, "rb");`	426	`fds = fopen(src, "rb");`
427	`if (fds == NULL) return;`	427	`if (fds == NULL) return;`
428	`fdd = fopen(dst, "wb");`	428	`fdd = fopen(dst, "wb");`
429	`if (fdd == NULL) {`	429	`if (fdd == NULL) {`
430	`fclose(fds);`	430	`fclose(fds);`
431	`return;`	431	`return;`
432	`}`	432	`}`
433	`/* */`	433	`/* */`
434	`for (;;) {`	434	`for (;;) {`
435	`buff = fgetc(fds);`	435	`buff = fgetc(fds);`
436	`if (buff == EOF) break;`	436	`if (buff == EOF) break;`
437	`if (buff == c1) buff = c2;`	437	`if (buff == c1) buff = c2;`
438	`fprintf(fdd, "%c", buff);`	438	`fprintf(fdd, "%c", buff);`
439	`}`	439	`}`
440	`/* close files and return */`	440	`/* close files and return */`
441	`fclose(fdd);`	441	`fclose(fdd);`
442	`fclose(fds);`	442	`fclose(fds);`
443	`}`	443	`}`
444		444
445		445
446	`static void bootfilesgen(int targetdrv, struct slocales *locales, int cdromdrv) {`	446	`static void bootfilesgen(int targetdrv, struct slocales *locales, int cdromdrv) {`
447	`char buff[128];`	447	`char buff[128];`
448	`FILE *fd;`	448	`FILE *fd;`
449	`/* CONFIG.SYS */`	449	`/* CONFIG.SYS */`
450	`snprintf(buff, sizeof(buff), "%c:\\CONFIG.SYS", targetdrv);`	450	`snprintf(buff, sizeof(buff), "%c:\\CONFIG.SYS", targetdrv);`
451	`fd = fopen(buff, "wb");`	451	`fd = fopen(buff, "wb");`
452	`if (fd == NULL) return;`	452	`if (fd == NULL) return;`
453	`fprintf(fd, "DOS=UMB,HIGH\r\n");`	453	`fprintf(fd, "DOS=UMB,HIGH\r\n");`
454	`fprintf(fd, "FILES=50\r\n");`	454	`fprintf(fd, "FILES=50\r\n");`
455	`fprintf(fd, "DEVICE=%c:\\SYSTEM\\SVAROG.386\\BIN\\HIMEMX.EXE\r\n", targetdrv);`	455	`fprintf(fd, "DEVICE=%c:\\SYSTEM\\SVAROG.386\\BIN\\HIMEMX.EXE\r\n", targetdrv);`
456	`fprintf(fd, "SHELLHIGH=%c:\\SYSTEM\\SVAROG.386\\BIN\\COMMAND.COM /E:512 /P\r\n", targetdrv);`	456	`fprintf(fd, "SHELLHIGH=%c:\\SYSTEM\\SVAROG.386\\BIN\\COMMAND.COM /E:512 /P\r\n", targetdrv);`
457	`fprintf(fd, "REM COUNTRY=001,437,%c:\\SYSTEM\\CONF\\COUNTRY.SYS\r\n", targetdrv);`	457	`fprintf(fd, "REM COUNTRY=001,437,%c:\\SYSTEM\\CONF\\COUNTRY.SYS\r\n", targetdrv);`
458	`fprintf(fd, "DEVICE=%c:\\SYSTEM\\DRIVERS\\UDVD2\\UDVD2.SYS /D:SVCD0001 /H\r\n", targetdrv);`	458	`fprintf(fd, "DEVICE=%c:\\SYSTEM\\DRIVERS\\UDVD2\\UDVD2.SYS /D:SVCD0001 /H\r\n", targetdrv);`
459	`fclose(fd);`	459	`fclose(fd);`
460	`/* AUTOEXEC.BAT */`	460	`/* AUTOEXEC.BAT */`
461	`snprintf(buff, sizeof(buff), "%c:\\AUTOEXEC.BAT", targetdrv);`	461	`snprintf(buff, sizeof(buff), "%c:\\AUTOEXEC.BAT", targetdrv);`
462	`fd = fopen(buff, "wb");`	462	`fd = fopen(buff, "wb");`
463	`if (fd == NULL) return;`	463	`if (fd == NULL) return;`
464	`fprintf(fd, "@ECHO OFF\r\n");`	464	`fprintf(fd, "@ECHO OFF\r\n");`
465	`fprintf(fd, "SET TEMP=%c:\\TEMP\r\n", targetdrv);`	465	`fprintf(fd, "SET TEMP=%c:\\TEMP\r\n", targetdrv);`
466	`fprintf(fd, "SET DOSDIR=%c:\\SYSTEM\\SVAROG.386\r\n", targetdrv);`	466	`fprintf(fd, "SET DOSDIR=%c:\\SYSTEM\\SVAROG.386\r\n", targetdrv);`
467	`fprintf(fd, "SET NLSPATH=%%DOSDIR%%\\NLS\r\n");`	467	`fprintf(fd, "SET NLSPATH=%%DOSDIR%%\\NLS\r\n");`
468	`fprintf(fd, "SET LANG=%s\r\n", locales->lang);`	468	`fprintf(fd, "SET LANG=%s\r\n", locales->lang);`
469	`fprintf(fd, "SET DIRCMD=/OGNE/P/4\r\n");`	469	`fprintf(fd, "SET DIRCMD=/OGNE/P/4\r\n");`
470	`fprintf(fd, "SET FDNPKG.CFG=%c:\\SYSTEM\\CFG\\FDNPKG.CFG\r\n", targetdrv);`	470	`fprintf(fd, "SET FDNPKG.CFG=%c:\\SYSTEM\\CFG\\FDNPKG.CFG\r\n", targetdrv);`
471	`fprintf(fd, "SET WATTCP.CFG=%c:\\SYSTEM\\CFG\\WATTCP.CFG\r\n", targetdrv);`	471	`fprintf(fd, "SET WATTCP.CFG=%c:\\SYSTEM\\CFG\\WATTCP.CFG\r\n", targetdrv);`
472	`fprintf(fd, "PATH %%DOSDIR%%\\BIN;%c:\\SYSTEM\\LINKS\r\n", targetdrv);`	472	`fprintf(fd, "PATH %%DOSDIR%%\\BIN;%c:\\SYSTEM\\LINKS\r\n", targetdrv);`
473	`fprintf(fd, "PROMPT $P$G\r\n");`	473	`fprintf(fd, "PROMPT $P$G\r\n");`
474	`fprintf(fd, "ALIAS REBOOT=FDAPM COLDBOOT\r\n");`	474	`fprintf(fd, "ALIAS REBOOT=FDAPM COLDBOOT\r\n");`
475	`fprintf(fd, "ALIAS HALT=FDAPM POWEROFF\r\n");`	475	`fprintf(fd, "ALIAS HALT=FDAPM POWEROFF\r\n");`
476	`fprintf(fd, "FDAPM APMDOS\r\n");`	476	`fprintf(fd, "FDAPM APMDOS\r\n");`
477	`fprintf(fd, "\r\n");`	477	`fprintf(fd, "\r\n");`
478	`if (locales->egafile > 0) {`	478	`if (locales->egafile > 0) {`
479	`fprintf(fd, "DISPLAY CON=(EGA,,1)\r\n");`	479	`fprintf(fd, "DISPLAY CON=(EGA,,1)\r\n");`
480	`if (locales->egafile == 1) {`	480	`if (locales->egafile == 1) {`
481	`fprintf(fd, "MODE CON CP PREPARE=((%u) %c:\\SYSTEM\\SVAROG.386\\CPI\\EGA.CPX)\r\n", locales->codepage, targetdrv);`	481	`fprintf(fd, "MODE CON CP PREPARE=((%u) %c:\\SYSTEM\\SVAROG.386\\CPI\\EGA.CPX)\r\n", locales->codepage, targetdrv);`
482	`} else {`	482	`} else {`
483	`fprintf(fd, "MODE CON CP PREPARE=((%u) %c:\\SYSTEM\\SVAROG.386\\CPI\\EGA%d.CPX)\r\n", locales->codepage, targetdrv, locales->egafile);`	483	`fprintf(fd, "MODE CON CP PREPARE=((%u) %c:\\SYSTEM\\SVAROG.386\\CPI\\EGA%d.CPX)\r\n", locales->codepage, targetdrv, locales->egafile);`
484	`}`	484	`}`
485	`fprintf(fd, "MODE CON CP SELECT=%u\r\n", locales->codepage);`	485	`fprintf(fd, "MODE CON CP SELECT=%u\r\n", locales->codepage);`
486	`if (locales->keybfile == 1) {`	486	`if (locales->keybfile == 1) {`
487	`fprintf(fd, "KEYB %s,%d,%c:\\SYSTEM\\SVAROG.386\\BIN\\KEYBOARD.SYS\r\n", locales->keybcode, locales->codepage, targetdrv);`	487	`fprintf(fd, "KEYB %s,%d,%c:\\SYSTEM\\SVAROG.386\\BIN\\KEYBOARD.SYS\r\n", locales->keybcode, locales->codepage, targetdrv);`
488	`} else {`	488	`} else {`
489	`fprintf(fd, "KEYB %s,%d,%c:\\SYSTEM\\SVAROG.386\\BIN\\KEYBRD%d.SYS\r\n", locales->keybcode, locales->codepage, targetdrv, locales->keybfile);`	489	`fprintf(fd, "KEYB %s,%d,%c:\\SYSTEM\\SVAROG.386\\BIN\\KEYBRD%d.SYS\r\n", locales->keybcode, locales->codepage, targetdrv, locales->keybfile);`
490	`}`	490	`}`
491	`fprintf(fd, "\r\n");`	491	`fprintf(fd, "\r\n");`
492	`}`	492	`}`
493	`fprintf(fd, "SHSUCDX /d:SVCD0001\r\n");`	493	`fprintf(fd, "SHSUCDX /d:SVCD0001\r\n");`
494	`fprintf(fd, "\r\n");`	494	`fprintf(fd, "\r\n");`
495	`fprintf(fd, "REM Uncomment the line below for automatic mouse support\r\n");`	495	`fprintf(fd, "REM Uncomment the line below for automatic mouse support\r\n");`
496	`fprintf(fd, "REM CTMOUSE\r\n");`	496	`fprintf(fd, "REM CTMOUSE\r\n");`
497	`fprintf(fd, "\r\n");`	497	`fprintf(fd, "\r\n");`
498	`fprintf(fd, "ECHO.\r\n");`	498	`fprintf(fd, "ECHO.\r\n");`
499	`fprintf(fd, "ECHO Welcome to Svarog386! Type 'HELP' if you need help.\r\n");`	499	`fprintf(fd, "ECHO Welcome to Svarog386! Type 'HELP' if you need help.\r\n");`
500	`fclose(fd);`	500	`fclose(fd);`

Subversion Repositories SvarDOS

(root)/install/install.c @ 123 – Rev 67 → 69