Free Hero Mesh

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Overview
Comment:Functions to convert between TRON-8 and TRON-32 (may be used in future for the text editor; currently unused, and may be removed if it is found to be unnecessary)
Downloads: Tarball | ZIP archive | SQL archive
Timelines: family | ancestors | descendants | both | trunk
Files: files | file ages | folders
SHA1: 198a84f8d88131c37fa8a45fcfbc627bddc09ddf
User & Date: user on 2023-07-15 02:07:34
Other Links: manifest | tags
Context
2023-07-16
19:46
Change tron8to32 to handle multibyte characters only if has_mbcs is true. check-in: b175421418 user: user tags: trunk
2023-07-15
02:07
Functions to convert between TRON-8 and TRON-32 (may be used in future for the text editor; currently unused, and may be removed if it is found to be unnecessary) check-in: 198a84f8d8 user: user tags: trunk
2023-07-11
06:59
Implement new SQL functions GAMEOVER, LEVEL_CODE, and LEVEL_VERSION. check-in: 032593e3cb user: user tags: trunk
Changes
Hide Diffs Side-by-Side Diffs Ignore Whitespace Patch

Modified TODO from [31818fb982] to [52cd578fb2]. 

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* Sound effects
  * Compressed wave sounds (?)
  * Numeric sounds (?)
  * Band limited synthesis
* Game engine features
  * String data (partially implemented)
  * A ,PopUp command to use a popup with arguments starting from a mark
  * Possibility to define auto-generation levels mode
  * Popup inventory list (with optional possibility of choice) (?)
  * Playfield array
* Editor
︙

Modified heromesh.h from [cca2629b39] to [99be4437e4].

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#define ValueEq(x,y) ((x).t==(y).t && (x).u==(y).u)

#define N_MESSAGES 30
#define N_STANDARD_SOUNDS 49
extern const char*const standard_message_names[];
extern const char*const standard_sound_names[];
extern const char*const heromesh_key_names[256];
extern const char jispunct[];

extern sqlite3*userdb;
extern xrm_db*resourcedb;
extern const char*basefilename;
extern xrm_quark optionquery[16];
extern char main_options[128];
extern Uint8 message_trace[0x4100/8];
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FILE*composite_slice(const char*suffix,char isfatal);
unsigned char*read_lump_or_userstate(int sol,int lvl,long*sz,char us);
void write_lump(int sol,int lvl,long sz,const unsigned char*data);
void write_userstate(int sol,int lvl,long sz,const unsigned char*data);
const char*load_level(int lvl);
void set_cursor(int id);
Uint32*tron8to32(const Uint8*);
Uint8*tron32to8(const Uint32*);
const char*log_if_error(const char*t);

#define FIL_SOLUTION 1
#define FIL_LEVEL 0
#define LUMP_LEVEL_IDX (-1)
#define LUMP_CLASS_DEF (-2)
#define LUMP_DIVISION_IDX (-3)
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Modified internals.doc from [a66f2d8183] to [e83e2923f9].

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A few additional codes are only used in MBCS mode:

27 (\T) = Multibyte character escape; used only during parsing
127 = Internal representation of %
254 = Plane shift
255 = Switch to ASCII until the next plane shift (internal only)

Internally a variant of TRON-32 may be used during text editing (N.B.: this
feature is not implemented yet). In addition to TRON-32 characters, it also
uses the following codes:

* Control codes, with the same values and meanings listed above except 16,
27, 31, 254, and 255.

* ASCII codes 0x20 to 0x7E. (These may sometimes be converted to/from the
corresponding TRON characters, but are usually used within the text of a
\i or \d escape, and as the terminator.)

* Codes 0x1000 to 0x10FF for quiz buttons.

* Codes 0x1F00 to 0x1FFF for graphic characters.

* Codes 0x7F20 to 0x7F7E for substitution codes (which converts to the
internal variant of TRON-8 as 127 and then the ASCII character).


=== User state data ===

The user state data for levels in the user cache database can be in the
old format or the new format.
︙

Modified main.c from [db5cb1b03f] to [3ffe8990f0].

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  "CREATE UNIQUE INDEX IF NOT EXISTS `USERCACHEDATA_I1` ON `USERCACHEDATA`(`FILE`, `LEVEL`);"
  "CREATE TRIGGER IF NOT EXISTS `USERCACHEINDEX_DELETION` AFTER DELETE ON `USERCACHEINDEX` BEGIN DELETE FROM `USERCACHEDATA` WHERE `FILE` = OLD.`ID`; END;"
  "CREATE TEMPORARY TABLE `PICTURES`(`ID` INTEGER PRIMARY KEY, `NAME` TEXT COLLATE NOCASE, `OFFSET` INT, `DEPENDENT` INT, `MISC` BLOB);"
  "CREATE TEMPORARY TABLE `VARIABLES`(`ID` INTEGER PRIMARY KEY, `NAME` TEXT);"
  "CREATE TEMPORARY TABLE `DIVISIONS`(`HEADING` BLOB NOT NULL, `FIRST` INT NOT NULL);"
  "COMMIT;"
;

const char jispunct[0x60]=
  "  ,.,. :;?!  '` "
  "^~_         ---/"
  "\\~||  ''\"\"()  []"
  "{}<>        +-  "
  " = <>       '\" \\"
  "$ #%#&*@        "
;

sqlite3*userdb;
xrm_db*resourcedb;
const char*basefilename;
xrm_quark optionquery[16];
char main_options[128];
Uint8 message_trace[0x4100/8];
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}

void set_cursor(int id) {
  id>>=1;
  if(!cursor[id]) cursor[id]=SDL_CreateCursor((void*)cursorimg+(id<<6),(void*)cursorimg+(id<<6)+32,16,16,cursorhot[id]>>4,cursorhot[id]&15);
  SDL_SetCursor(cursor[id]);
}

Uint32*tron8to32(const Uint8*si) {
  // This function does not interpret the internal-only 0xFF code, which will be implemented in picture.c instead.
  Uint16 cs=0;
  int n=0;
  Uint32*so=0;
  int k=0;
  if(*si==0xFE) {
    // TRON
    for(k=0;si[k];k++) {
      if(si[k]==31 && si[k+1]) {
        n+=2;
        k++;
      } else if(si[k]==14 || si[k]==30) {
        while(si[k] && si[k]!='\\') {
          n+=2;
          k++;
        }
        n+=2;
      } else if(si[k]==0xFE) {
        n--;
        while(si[k+1]==0xFE) k++;
      } else {
        n++;
        if(si[k]<=0x20) n++;
      }
    }
    so=calloc(sizeof(Uint32),(n>>=1)+2);
    if(!so) fatal("Allocation failed\n");
    n++; k=0;
    while(*si && k<n) {
      if(*si==0xFE) {
        cs=-0x100;
        while(*si==0xFE) cs+=0x100,si++;
        if(*si) cs|=*si++;
      } else if((*si==16 || *si==31 || *si==127) && si[1]) {
        so[k++]=(si[0]<<8)|si[1];
        si+=2;
      } else if(*si==14 || *si==30) {
        while(*si && *si!='\\' && *si!=0xFE) so[k++]=*si++;
        if(*si=='\\') so[k++]=*si++;
      } else if(*si<=0x20) {
        so[k++]=*si++;
      } else if(*si<0xFE && si[1]<0xFE && si[1]>0x20) {
        so[k++]=(si[0]<<8)|si[1]|(cs<<16);
        si+=2;
      } else {
        si++;
      }
    }
  } else {
    // ASCII
    so=calloc(sizeof(Uint32),(n=strlen(si))+1);
    if(!so) fatal("Allocation failed\n");
    while(*si) {
      if(*si==16 || *si==31 || *si==127) {
        if(!si[1]) break;
        so[k++]=(si[0]<<8)|si[1];
        si+=2;
      } else {
        so[k++]=*si++;
      }
    }
  }
  return so;
}

Uint8*tron32to8(const Uint32*si) {
  Uint16 cs=0;
  int i;
  Uint8*so=0;
  size_t sz=0;
  FILE*f=open_memstream((char**)&so,&sz);
  if(!f) fatal("Allocation failed\n");
  for(i=0;si[i];i++) if(si[i]>0x200000) goto nonascii;
  while(*si) {
    if(*si<0x7F) {
      fputc(*si++,f);
    } else if(*si>=0x1000 && *si<=0x10FF) {
      fputc(16,f);
      fputc((*si++&0xFF)?:0x20,f);
    } else if(*si>=0x1F00 && *si<=0x1FFF) {
      fputc(31,f);
      fputc((*si++&0xFF)?:0xFF,f);
    } else if(*si>=0x7F20 && *si<0x7F7F) {
      fputc('%',f);
      fputc(*si++&0xFF,f);
    }
  }
  nonascii:
  while(*si) {
    if(*si>0x200000) {
      if(cs!=(*si>>16)) {
        cs=*si>>16;
        for(i=cs>>8;i>=0;i--) fputc(0xFE,f);
        fputc(cs,f);
      }
      fputc(*si>>8,f);
      fputc(*si++,f);
    } else if(*si<0x21) {
      fputc(i=*si++,f);
      if(i==14 || i==30) while(*si) {
        if(*si=='\\') {
          fputc(*si++,f);
          break;
        } else if(*si<0xFE || (*si>=0x702221 && *si<0x70227F) || (*si>=0x212330 && *si<0x21237B)) {
          fputc(*si++,f);
        } else if(*si>=0x212121 && *si<0x21217F) {
          fputc(jispunct[*si++-0x212120],f);
        } else if(*si<0xFE) {
          fputc(*si++,f);
        } else {
          fputc(' ',f);
          si++;
        }
      }
    } else if(*si<0x7F) {
      if(cs!=0x70) {
        cs=0x70;
        fputc(0xFE,f);
        fputc(0x70,f);
      }
      fputc(0x22,f);
      fputc(*si++,f);
    } else if(*si>=0x1000 && *si<=0x10FF) {
      fputc(16,f);
      fputc(*si++?:0x20,f);
    } else if(*si>=0x1F00 && *si<=0x1FFF) {
      fputc(31,f);
      fputc(*si++?:0xFF,f);
    } else if(*si>=0x7F20 && *si<0x7F7F) {
      fputc(127,f);
      fputc(*si++,f);
    } else {
      si++;
    }
  }
  fputc(0,f);
  fclose(f);
  if(!so) fatal("Allocation failed\n");
  return so;
}

static void set_path(const char*arg) {
  const char*s;
  if(main_options['h']) goto home;
  if((s=getenv("HEROMESH_PREFIX")) && *s) {
    hpath=malloc(strlen(s)+32);
    if(!hpath) fatal("Allocation failed\n");
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  SDL_UnlockSurface(screen);
  SDL_Flip(screen);
  while(SDL_WaitEvent(&ev)) switch(ev.type) {
    case SDL_KEYDOWN:
      switch(ev.key.keysym.sym) {
        case SDLK_BACKSPACE:
          n/=10;
          snprintf(buf,30,"%u",n);
          SDL_WM_SetCaption(buf,buf);
          break;
          goto setnum;
        case SDLK_SPACE:
          n=0;
          SDL_WM_SetCaption("0","0");
          break;
        case SDLK_0 ... SDLK_9:
          n=10*n+ev.key.keysym.sym-SDLK_0;
        setnum:
          snprintf(buf,30,"%u",n);
          SDL_WM_SetCaption(buf,buf);
          break;
        case SDLK_KP_MINUS:
          if(n) n--;
          goto setnum;
        case SDLK_KP_PLUS:
          n++;
          goto setnum;
        case SDLK_c:
          SDL_FillRect(screen,0,n);
          SDL_Flip(screen);
          break;
        case SDLK_e:
          n=1;
          goto keytest;
        case SDLK_g:
          n=0;
          goto keytest;
        case SDLK_i:
          SDL_FillRect(screen,0,5);
          for(i=j=0;;i++) {
            if(picture_size*(i+1)>screen->w) i=0,j++;
            if(picture_size*(j+1)>screen->h) break;
            draw_picture(picture_size*i,picture_size*j,n++);
          }
          SDL_Flip(screen);
          break;
        case SDLK_o:
          if(n<0x4000 && classes[n] && classes[n]->gamehelp) {
            Uint32*a=tron8to32(classes[n]->gamehelp);
            Uint8*b=tron32to8(a);
            for(i=0;classes[n]->gamehelp[i];i++) printf("%02X ",classes[n]->gamehelp[i]&0xFF);
            puts(";");
            for(i=0;a[i];i++) printf("%08X ",a[i]);
            puts(";");
            for(i=0;b[i];i++) printf("%02X ",b[i]);
            puts(".");
            free(a);
            free(b);
          }
          break;
        case SDLK_p:
          sqlite3_exec(userdb,"SELECT * FROM `PICTURES`;",test_sql_callback,0,0);
          break;
        case SDLK_q:
          exit(0);
          break;
︙
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    return 0;
  }
  if(main_options['z']) init_composite();
  load_pictures();
  if(main_options['T']) {
    printf("argv[0] = %s\n",argv[0]);
    init_sound();
    if(main_options['+']) load_classes();
    test_mode();
    return 0;
  }
  if(main_options['n']) {
    new_puzzle_set();
    return 0;
  }
︙

Modified picture.c from [de04341ba7] to [f537a694cd].

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  if(!n) return;
  if(n==367) n=437;
  if(fontdata && fontdata!=pcfont) fatal("Multiple code page specifications\n");
  optionquery[1]=Q_codepage;
  v=xrm_get_resource(resourcedb,optionquery,optionquery,2);
  if(!v || !*v) {
    if(n==437 || ignore_code_page()) return;
    if(main_options['T']) goto done;
    fatal("Cannot load code page %d; code page file is not configured\n",n);
  }
  fp=fopen(v,"r");
  if(!fp) {
    perror(0);
    if(main_options['T']) goto done;
    fatal("Cannot open code page file\n");
  }
  fontdata=d=malloc(0x800);
  if(!d) fatal("Allocation failed\n");
  memcpy(d,pcfont,0x800);
  name:
  s=i=0;
  for(;;) {
    c=fgetc(fp);
    if(c<0) {
      if(main_options['T']) goto done;
      if(n!=437 && !ignore_code_page()) fatal("Cannot find code page %d\n",n);
      goto done;
    }
    if(!c) break;
    if(!s) {
      if(c<'0' || c>'9') s=1;
      else if(c=='0' && !i) s=1;
︙

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