wok rev 25624
Add opendkim
| author | Pascal Bellard <pascal.bellard@slitaz.org> |
|---|---|
| date | Wed Nov 08 16:45:57 2023 +0000 (12 months ago) |
| parents | b5e0b1f0276d |
| children | 114eed575c11 |
| files | emu2/receipt emu2/stuff/video.c opendkim-dev/receipt opendkim/receipt openvpn/stuff/usr/bin/make-ovpn zx0/receipt |
line diff
1.1 --- a/emu2/receipt Fri Sep 29 10:56:02 2023 +0100 1.2 +++ b/emu2/receipt Wed Nov 08 16:45:57 2023 +0000 1.3 @@ -23,6 +23,7 @@ 1.4 # Rules to configure and make the package. 1.5 compile_rules() 1.6 { 1.7 + cp $stuff/* src 1.8 mkdir obj 1.9 make CC=gcc-83 DESTDIR=$DESTDIR install 1.10 }
2.1 --- /dev/null Thu Jan 01 00:00:00 1970 +0000 2.2 +++ b/emu2/stuff/video.c Wed Nov 08 16:45:57 2023 +0000 2.3 @@ -0,0 +1,751 @@ 2.4 +#include "video.h" 2.5 +#include "codepage.h" 2.6 +#include "dbg.h" 2.7 +#include "emu.h" 2.8 + 2.9 +#include <errno.h> 2.10 +#include <fcntl.h> 2.11 +#include <stdio.h> 2.12 +#include <stdlib.h> 2.13 +#include <string.h> 2.14 +#include <sys/ioctl.h> 2.15 +#include <termios.h> 2.16 +#include <unistd.h> 2.17 + 2.18 +// Simulated character screen. 2.19 +// This is a copy of the currently displayed output in the terminal window. 2.20 +// We have a max of 128 rows of up to 256 columns, total of 32KB. 2.21 +static uint16_t term_screen[64][256]; 2.22 +// Current line in output, lines bellow this are not currently displayed. 2.23 +// This allows using only part of the terminal. 2.24 +static int output_row; 2.25 +// Current cursor row/column position in the terminal. 2.26 +static unsigned term_posx, term_posy, term_color, term_cursor; 2.27 +// Current terminal sizes 2.28 +static unsigned term_sx, term_sy; 2.29 +// Current emulated video sizes and cursor position 2.30 +static unsigned vid_posx[8], vid_posy[8], vid_cursor; 2.31 +static unsigned vid_sx, vid_sy, vid_color, vid_page; 2.32 +static unsigned vid_font_lines, vid_no_blank; 2.33 +// Signals that the terminal size needs updating 2.34 +static volatile int term_needs_update; 2.35 +// Terminal FD, allows video output even with redirection. 2.36 +static FILE *tty_file; 2.37 +// Video is already initialized 2.38 +static int video_initialized; 2.39 + 2.40 +// Forward 2.41 +static void term_goto_xy(unsigned x, unsigned y); 2.42 + 2.43 +// Signal handler - terminal size changed 2.44 +// TODO: not used yet. 2.45 +#if 0 2.46 +static void sigwinch_handler(int sig) 2.47 +{ 2.48 + // term_needs_upodate = 1; 2.49 +} 2.50 +#endif 2.51 + 2.52 +static void term_get_size(void) 2.53 +{ 2.54 + struct winsize ws; 2.55 + if(ioctl(fileno(tty_file), TIOCGWINSZ, &ws) != -1) 2.56 + { 2.57 + // TODO: perhaps restrict to "known" values 2.58 + term_sx = ws.ws_col; 2.59 + term_sy = ws.ws_row; 2.60 + if(term_sx < 40) 2.61 + term_sx = 40; 2.62 + else if(term_sx > 240) 2.63 + term_sx = 240; 2.64 + if(term_sy < 25) 2.65 + term_sy = 25; 2.66 + else if(term_sy > 64) 2.67 + term_sy = 64; 2.68 + } 2.69 + else 2.70 + { 2.71 + term_sx = 80; 2.72 + term_sy = 25; 2.73 + } 2.74 +} 2.75 + 2.76 +// Update posx/posy in BIOS memory 2.77 +static void update_posxy(void) 2.78 +{ 2.79 + int vid_size = vid_sy > 25 ? 0x20 : 0x10; 2.80 + memory[0x44C] = 0x00; 2.81 + memory[0x44D] = vid_size; 2.82 + memory[0x44E] = 0x00; 2.83 + memory[0x44F] = (vid_size * vid_page) & 0x7F; 2.84 + for(int i = 0; i < 8; i++) 2.85 + { 2.86 + memory[0x450 + i * 2] = vid_posx[i]; 2.87 + memory[0x451 + i * 2] = vid_posy[i]; 2.88 + } 2.89 + memory[0x462] = vid_page; 2.90 +} 2.91 + 2.92 +// Clears the terminal data - not the actual terminal screen 2.93 +static void clear_terminal(void) 2.94 +{ 2.95 + debug(debug_video, "clear terminal shadow\n"); 2.96 + // Clear screen terminal: 2.97 + for(int y = 0; y < 64; y++) 2.98 + for(int x = 0; x < 256; x++) 2.99 + term_screen[y][x] = 0x0720; 2.100 + output_row = -1; 2.101 + term_posx = 0; 2.102 + term_posy = 0; 2.103 + // Get current terminal size 2.104 + term_get_size(); 2.105 + putc('\r', tty_file); // Go to column 0 2.106 +} 2.107 + 2.108 +static void set_text_mode(int clear, int sx, int sy) 2.109 +{ 2.110 + debug(debug_video, "set text mode%s\n", clear ? " and clear" : ""); 2.111 + // Clear video screen 2.112 + if(clear) 2.113 + { 2.114 + uint16_t *vm = (uint16_t *)(memory + 0xB8000); 2.115 + for(int i = 0; i < 16384; i++) 2.116 + vm[i] = 0x0720; 2.117 + } 2.118 + for(int i = 0; i < 8; i++) 2.119 + { 2.120 + vid_posx[i] = 0; 2.121 + vid_posy[i] = 0; 2.122 + } 2.123 + vid_page = 0; 2.124 + vid_color = 0x07; 2.125 + vid_cursor = 1; 2.126 + // TODO: support other video modes 2.127 + vid_sx = sx; 2.128 + vid_sy = sy; 2.129 + vid_font_lines = 16; 2.130 + memory[0x449] = 0x03; // video mode 2.131 + memory[0x44A] = vid_sx; 2.132 + memory[0x484] = vid_sy - 1; 2.133 + update_posxy(); 2.134 +} 2.135 + 2.136 +static unsigned get_last_used_row(void) 2.137 +{ 2.138 + unsigned max = 0; 2.139 + for(unsigned y = 0; y < vid_sy; y++) 2.140 + for(unsigned x = 0; x < vid_sx; x++) 2.141 + if(term_screen[y][x] != 0x700 && term_screen[y][x] != 0x720) 2.142 + max = y + 1; 2.143 + return max; 2.144 +} 2.145 + 2.146 +static void exit_video(void) 2.147 +{ 2.148 + vid_cursor = 1; 2.149 + check_screen(); 2.150 + unsigned max = get_last_used_row(); 2.151 + term_goto_xy(0, max); 2.152 + fputs("\x1b[m", tty_file); 2.153 + fclose(tty_file); 2.154 + debug(debug_video, "exit video - row %d\n", max); 2.155 +} 2.156 + 2.157 +static void init_video(void) 2.158 +{ 2.159 + debug(debug_video, "starting video emulation.\n"); 2.160 + int tty_fd = open("/dev/tty", O_NOCTTY | O_WRONLY); 2.161 + if(tty_fd < 0) 2.162 + { 2.163 + print_error("error at open TTY, %s\n", strerror(errno)); 2.164 + exit(1); 2.165 + } 2.166 + tty_file = fdopen(tty_fd, "w"); 2.167 + atexit(exit_video); 2.168 + video_initialized = 1; 2.169 + 2.170 + // Fill the functionality table 2.171 + memory[0xC0100] = 0x08; // Only mode 3 supported 2.172 + memory[0xC0101] = 0x00; 2.173 + memory[0xC0102] = 0x00; 2.174 + memory[0xC0107] = 0x07; // Support 300, 350 and 400 scanlines 2.175 + memory[0xC0108] = 0x00; // Active character blocks? 2.176 + memory[0xC0109] = 0x00; // MAximum character blocks? 2.177 + memory[0xC0108] = 0xFF; // Support functions 2.178 + 2.179 + // Set video mode 2.180 + set_text_mode(1, 80, 25); 2.181 + clear_terminal(); 2.182 + term_needs_update = 0; 2.183 + term_cursor = 1; 2.184 + term_color = 0x07; 2.185 +} 2.186 + 2.187 +int video_active(void) 2.188 +{ 2.189 + return video_initialized; 2.190 +} 2.191 + 2.192 +static void set_color(uint8_t c) 2.193 +{ 2.194 + if(term_color != c) 2.195 + { 2.196 + static char cn[8] = "04261537"; 2.197 + fprintf(tty_file, (c & 0x80) ? "\x1b[%c;9%c;10%cm" : "\x1b[%c;3%c;4%cm", (c & 0x08) ? '1' : '0', cn[c & 7], 2.198 + cn[(c >> 4) & 7]); 2.199 + term_color = c; 2.200 + } 2.201 +} 2.202 + 2.203 +// Writes a DOS character to the current terminal position 2.204 +static void put_vc(uint8_t c) 2.205 +{ 2.206 + uint16_t uc = get_unicode(c); 2.207 + if(uc < 128) 2.208 + putc(uc, tty_file); 2.209 + else if(uc < 0x800) 2.210 + { 2.211 + putc(0xC0 | (uc >> 6), tty_file); 2.212 + putc(0x80 | (uc & 0x3F), tty_file); 2.213 + } 2.214 + else 2.215 + { 2.216 + putc(0xE0 | (uc >> 12), tty_file); 2.217 + putc(0x80 | ((uc >> 6) & 0x3F), tty_file); 2.218 + putc(0x80 | (uc & 0x3F), tty_file); 2.219 + } 2.220 +} 2.221 + 2.222 +// Move terminal cursor to the position 2.223 +static void term_goto_xy(unsigned x, unsigned y) 2.224 +{ 2.225 + if(term_posy < y && (int)term_posy < output_row) 2.226 + { 2.227 + int inc = (int)y < output_row ? y - term_posy : output_row - term_posy; 2.228 + fprintf(tty_file, "\x1b[%dB", inc); 2.229 + term_posy += inc; 2.230 + } 2.231 + if(term_posy < y) 2.232 + { 2.233 + putc('\r', tty_file); 2.234 + // Set background color to black, as some terminals insert lines with 2.235 + // the current background color. 2.236 + set_color(term_color & 0x0F); 2.237 + // TODO: Draw new line with background color from video screen 2.238 + for(unsigned i = term_posy; i < y; i++) 2.239 + putc('\n', tty_file); 2.240 + term_posx = 0; 2.241 + term_posy = y; 2.242 + } 2.243 + if(term_posy > y) 2.244 + { 2.245 + fprintf(tty_file, "\x1b[%dA", term_posy - y); 2.246 + term_posy = y; 2.247 + } 2.248 + if(x == 0 && term_posx != 0) 2.249 + { 2.250 + putc('\r', tty_file); 2.251 + term_posx = 0; 2.252 + } 2.253 + if(term_posx < x) 2.254 + { 2.255 + fprintf(tty_file, "\x1b[%dC", x - term_posx); 2.256 + term_posx = x; 2.257 + } 2.258 + if(term_posx > x) 2.259 + { 2.260 + fprintf(tty_file, "\x1b[%dD", term_posx - x); 2.261 + term_posx = x; 2.262 + } 2.263 +} 2.264 + 2.265 +// Outputs a character with the given attributes at the given position 2.266 +static void put_vc_xy(uint8_t vc, uint8_t color, unsigned x, unsigned y) 2.267 +{ 2.268 + term_goto_xy(x, y); 2.269 + set_color(color); 2.270 + 2.271 + put_vc(vc); 2.272 + term_posx++; 2.273 + if(term_posx >= term_sx) 2.274 + { 2.275 + term_posx = 0; 2.276 + term_posy++; 2.277 + } 2.278 + 2.279 + if(output_row < (int)term_posy) 2.280 + output_row = term_posy; 2.281 +} 2.282 + 2.283 +// Compares current screen with memory data 2.284 +void check_screen(void) 2.285 +{ 2.286 + // Exit if not in video mode 2.287 + if(!video_initialized) 2.288 + return; 2.289 + 2.290 + uint16_t memp = (vid_page & 7) * (vid_sy > 25 ? 0x2000 : 0x1000); 2.291 + uint16_t *vm = (uint16_t *)(memory + 0xB8000 + memp); 2.292 + unsigned max = output_row + 1; 2.293 + for(unsigned y = output_row + 1; y < vid_sy; y++) 2.294 + for(unsigned x = 0; x < vid_sx; x++) 2.295 + if(vm[x + y * vid_sx] != term_screen[y][x]) 2.296 + max = y + 1; 2.297 + 2.298 + for(unsigned y = 0; y < max; y++) 2.299 + for(unsigned x = 0; x < vid_sx; x++) 2.300 + { 2.301 + int16_t vc = vm[x + y * vid_sx]; 2.302 + if(vc != term_screen[y][x]) 2.303 + { 2.304 + // Output character 2.305 + term_screen[y][x] = vc; 2.306 + put_vc_xy(vc & 0xFF, vc >> 8, x, y); 2.307 + } 2.308 + } 2.309 + if(term_cursor != vid_cursor) 2.310 + { 2.311 + term_cursor = vid_cursor; 2.312 + if(vid_cursor) 2.313 + fputs("\x1b[?25h", tty_file); 2.314 + else 2.315 + fputs("\x1b[?25l", tty_file); 2.316 + } 2.317 + if(term_cursor) 2.318 + // Move cursor 2.319 + term_goto_xy(vid_posx[vid_page], vid_posy[vid_page]); 2.320 + fflush(tty_file); 2.321 +} 2.322 + 2.323 +static void vid_scroll_up(uint8_t x0, uint8_t y0, uint8_t x1, uint8_t y1, int n, 2.324 + int page) 2.325 +{ 2.326 + debug(debug_video, "scroll up %d: (%d, %d) - (%d, %d)\n", n, x0, y0, x1, y1); 2.327 + 2.328 + // Check parameters 2.329 + if(x1 >= vid_sx) 2.330 + x1 = vid_sx - 1; 2.331 + if(y1 >= vid_sy) 2.332 + y1 = vid_sy - 1; 2.333 + if(y0 > y1 || x0 > x1) 2.334 + return; 2.335 + if(n > y1 - y0 + 1 || !n) 2.336 + n = y1 + 1 - y0; 2.337 + 2.338 + // Scroll TERMINAL if we are scrolling (almost) the entire screen 2.339 + if(y0 == 0 && y1 >= vid_sy - 2 && x0 < 2 && x1 >= vid_sx - 2) 2.340 + { 2.341 + // Update screen before 2.342 + check_screen(); 2.343 + int m = n > output_row + 1 ? output_row + 1 : n; 2.344 + if(term_posy < m) 2.345 + term_goto_xy(0, m); 2.346 + output_row -= m; 2.347 + term_posy -= m; 2.348 + for(unsigned y = 0; y + m < term_sy; y++) 2.349 + for(unsigned x = 0; x < term_sx; x++) 2.350 + term_screen[y][x] = term_screen[y + m][x]; 2.351 + for(unsigned y = term_sy - m; y < term_sy; y++) 2.352 + for(unsigned x = 0; x < term_sx; x++) 2.353 + term_screen[y][x] = 0x0720; 2.354 + } 2.355 + 2.356 + // Scroll VIDEO 2.357 + uint16_t memp = (page & 7) * (vid_sy > 25 ? 0x2000 : 0x1000); 2.358 + uint16_t *vm = (uint16_t *)(memory + 0xB8000 + memp); 2.359 + for(unsigned y = y0; y + n <= y1; y++) 2.360 + for(unsigned x = x0; x <= x1; x++) 2.361 + vm[x + y * vid_sx] = vm[x + y * vid_sx + n * vid_sx]; 2.362 + // Set last rows 2.363 + for(unsigned y = y1 - (n - 1); y <= y1; y++) 2.364 + for(unsigned x = x0; x <= x1; x++) 2.365 + vm[x + y * vid_sx] = (vid_color << 8) + 0x20; 2.366 +} 2.367 + 2.368 +static void vid_scroll_dwn(uint8_t x0, uint8_t y0, uint8_t x1, uint8_t y1, unsigned n, 2.369 + int page) 2.370 +{ 2.371 + debug(debug_video, "scroll down %d: (%d, %d) - (%d, %d)\n", n, x0, y0, x1, y1); 2.372 + 2.373 + // Check parameters 2.374 + if(x1 >= vid_sx) 2.375 + x1 = vid_sx - 1; 2.376 + if(y1 >= vid_sy) 2.377 + y1 = vid_sy - 1; 2.378 + if(y0 > y1 || x0 > x1) 2.379 + return; 2.380 + if(n > y1 - y0 + 1 || !n) 2.381 + n = y1 + 1 - y0; 2.382 + 2.383 + // TODO: try to scroll TERMINAL 2.384 + 2.385 + // Scroll VIDEO 2.386 + uint16_t memp = (page & 7) * (vid_sy > 25 ? 0x2000 : 0x1000); 2.387 + uint16_t *vm = (uint16_t *)(memory + 0xB8000 + memp); 2.388 + for(unsigned y = y1; y >= y0 + n; y--) 2.389 + for(unsigned x = x0; x <= x1; x++) 2.390 + vm[x + y * vid_sx] = vm[x + y * vid_sx - n * vid_sx]; 2.391 + // Set first rows 2.392 + for(unsigned y = y0; y < y0 + n; y++) 2.393 + for(unsigned x = x0; x <= x1; x++) 2.394 + vm[x + y * vid_sx] = (vid_color << 8) + 0x20; 2.395 +} 2.396 + 2.397 +static void set_xy(unsigned x, unsigned y, uint16_t c, uint16_t mask, int page) 2.398 +{ 2.399 + uint16_t mem = (page & 7) * (vid_sy > 25 ? 0x2000 : 0x1000); 2.400 + uint16_t *vm = (uint16_t *)(memory + 0xB8000 + mem); 2.401 + vm[x + y * vid_sx] = (vm[x + y * vid_sx] & mask) | c; 2.402 +} 2.403 + 2.404 +static uint16_t get_xy(unsigned x, unsigned y, int page) 2.405 +{ 2.406 + uint16_t mem = (page & 7) * (vid_sy > 25 ? 0x2000 : 0x1000); 2.407 + uint16_t *vm = (uint16_t *)(memory + 0xB8000 + mem); 2.408 + return vm[x + y * vid_sx]; 2.409 +} 2.410 + 2.411 +static void video_putchar(uint8_t ch, uint16_t at, int page) 2.412 +{ 2.413 + page = page & 7; 2.414 + if(ch == 0x0A) 2.415 + { 2.416 + vid_posy[page]++; 2.417 + while(vid_posy[page] >= vid_sy) 2.418 + { 2.419 + vid_posy[page] = vid_sy - 1; 2.420 + vid_scroll_up(0, 0, vid_sx - 1, vid_sy - 1, 1, page); 2.421 + } 2.422 + } 2.423 + else if(ch == 0x0D) 2.424 + vid_posx[page] = 0; 2.425 + else if(ch == 0x08) 2.426 + { 2.427 + if(vid_posx[page] > 0) 2.428 + vid_posx[page]--; 2.429 + } 2.430 + else 2.431 + { 2.432 + if(at & 0xFFFF) 2.433 + set_xy(vid_posx[page], vid_posy[page], ch, 0xFF00, page); 2.434 + else 2.435 + set_xy(vid_posx[page], vid_posy[page], ch + (at << 8), 0, page); 2.436 + vid_posx[page]++; 2.437 + if(vid_posx[page] >= vid_sx) 2.438 + { 2.439 + vid_posx[page] = 0; 2.440 + vid_posy[page]++; 2.441 + while(vid_posy[page] >= vid_sy) 2.442 + { 2.443 + vid_posy[page] = vid_sy - 1; 2.444 + vid_scroll_up(0, 0, vid_sx - 1, vid_sy - 1, 1, page); 2.445 + } 2.446 + } 2.447 + } 2.448 + update_posxy(); 2.449 +} 2.450 + 2.451 +void video_putch(char ch) 2.452 +{ 2.453 + debug(debug_video, "putchar %02x at (%d,%d)\n", ch & 0xFF, vid_posx[vid_page], 2.454 + vid_posy[vid_page]); 2.455 + video_putchar(ch, 0xFF00, vid_page); 2.456 +} 2.457 + 2.458 +// VIDEO int 2.459 +void int10() 2.460 +{ 2.461 + debug(debug_int, "V-10%04X: BX=%04X\n", cpuGetAX(), cpuGetBX()); 2.462 + debug(debug_video, "V-10%04X: BX=%04X\n", cpuGetAX(), cpuGetBX()); 2.463 + if(!video_initialized) 2.464 + init_video(); 2.465 + unsigned ax = cpuGetAX(); 2.466 + switch(ax >> 8) 2.467 + { 2.468 + case 0x00: // SET VIDEO MODE 2.469 + if((ax & 0x7F) > 3) 2.470 + debug(debug_video, "-> SET GRAPHICS MODE %x<-\n", ax & 0xFF); 2.471 + else 2.472 + { 2.473 + set_text_mode((ax & 0x80) == 0, (ax < 2) ? 40 : 80, 25); 2.474 + vid_no_blank = ax & 0x80; 2.475 + } 2.476 + break; 2.477 + case 0x01: // SET CURSOR SHAPE 2.478 + if((cpuGetCX() & 0x6000) == 0x2000) // Hide cursor 2.479 + vid_cursor = 0; 2.480 + else 2.481 + vid_cursor = 1; 2.482 + break; 2.483 + case 0x02: // SET CURSOR POS 2.484 + { 2.485 + int page = (cpuGetBX() >> 8) & 7; 2.486 + vid_posx[page] = cpuGetDX() & 0xFF; 2.487 + vid_posy[page] = cpuGetDX() >> 8; 2.488 + if(vid_posx[page] >= vid_sx) 2.489 + vid_posx[page] = vid_sx - 1; 2.490 + if(vid_posy[page] >= vid_sy) 2.491 + vid_posy[page] = vid_sy - 1; 2.492 + update_posxy(); 2.493 + break; 2.494 + } 2.495 + case 0x03: // GET CURSOR POS 2.496 + { 2.497 + int page = (cpuGetBX() >> 8) & 7; 2.498 + cpuSetDX(vid_posx[page] + (vid_posy[page] << 8)); 2.499 + cpuSetCX(0x0010); 2.500 + break; 2.501 + } 2.502 + case 0x05: // SELECT DISPLAY PAGE 2.503 + if((ax & 0xFF) > 7) 2.504 + debug(debug_video, "WARN: Select display page > 7!\n"); 2.505 + else 2.506 + { 2.507 + vid_page = ax & 7; 2.508 + update_posxy(); 2.509 + } 2.510 + break; 2.511 + case 0x06: // SCROLL UP WINDOW 2.512 + { 2.513 + uint16_t cx = cpuGetCX(), dx = cpuGetDX(); 2.514 + vid_color = cpuGetBX() >> 8; 2.515 + vid_scroll_up(cx, cx >> 8, dx, dx >> 8, ax & 0xFF, vid_page); 2.516 + break; 2.517 + } 2.518 + case 0x07: // SCROLL DOWN WINDOW 2.519 + { 2.520 + uint16_t cx = cpuGetCX(), dx = cpuGetDX(); 2.521 + vid_color = cpuGetBX() >> 8; 2.522 + vid_scroll_dwn(cx, cx >> 8, dx, dx >> 8, ax & 0xFF, vid_page); 2.523 + break; 2.524 + } 2.525 + case 0x08: // READ CHAR AT CURSOR 2.526 + { 2.527 + int page = (cpuGetBX() >> 8) & 7; 2.528 + cpuSetAX(get_xy(vid_posx[page], vid_posy[page], page)); 2.529 + break; 2.530 + } 2.531 + case 0x09: // WRITE CHAR AT CURSOR 2.532 + case 0x0A: // WRITE CHAR ONLY AT CURSOR 2.533 + { 2.534 + int page = (cpuGetBX() >> 8) & 7; 2.535 + uint16_t px = vid_posx[page]; 2.536 + uint16_t py = vid_posy[page]; 2.537 + uint16_t mask = (ax & 0x0100) ? 0 : 0xFF00; 2.538 + uint16_t ch = ((ax & 0xFF) | (cpuGetBX() << 8)) & ~mask; 2.539 + for(int i = cpuGetCX(); i > 0; i--) 2.540 + { 2.541 + set_xy(px, py, ch, mask, page); 2.542 + px++; 2.543 + if(px >= vid_sx) 2.544 + { 2.545 + px = 0; 2.546 + py++; 2.547 + if(py >= vid_sy) 2.548 + py = 0; 2.549 + } 2.550 + } 2.551 + break; 2.552 + } 2.553 + case 0x0E: // TELETYPE OUTPUT 2.554 + video_putchar(ax, 0xFF00, (cpuGetBX() >> 8) & 7); 2.555 + break; 2.556 + case 0x0F: // GET CURRENT VIDEO MODE 2.557 + cpuSetAX((vid_sx << 8) | 0x0003 | vid_no_blank); // 80x25 mode 2.558 + cpuSetBX((vid_page << 8) | (0xFF & cpuGetBX())); 2.559 + break; 2.560 + case 0x10: 2.561 + if(ax == 0x1002) // TODO: Set pallete registers - ignore 2.562 + break; 2.563 + else if(ax == 0x1003) // TODO: Set blinking state 2.564 + break; 2.565 + debug(debug_video, "UNHANDLED INT 10, AX=%04x\n", ax); 2.566 + break; 2.567 + case 0x11: 2.568 + if(ax == 0x1130) 2.569 + { 2.570 + cpuSetDX((vid_sy - 1) & 0xFF); 2.571 + cpuSetCX(vid_font_lines); 2.572 + } 2.573 + else if(ax == 0x1104 || ax == 0x1111 || ax == 0x1114) 2.574 + { 2.575 + // Clear end-of-screen 2.576 + unsigned max = get_last_used_row(); 2.577 + debug(debug_video, "set 25 lines mode %d\n", max); 2.578 + if(max > 25) 2.579 + { 2.580 + term_goto_xy(0, 24); 2.581 + set_color(0x07); 2.582 + fputs("\x1b[J", tty_file); 2.583 + for(int y = 25; y < 64; y++) 2.584 + for(int x = 0; x < 256; x++) 2.585 + term_screen[y][x] = 0x0720; 2.586 + if(output_row > 24) 2.587 + output_row = 24; 2.588 + } 2.589 + // Set 8x16 font - 80x25 mode: 2.590 + vid_sy = 25; 2.591 + vid_font_lines = 16; 2.592 + memory[0x484] = vid_sy - 1; 2.593 + update_posxy(); 2.594 + } 2.595 + else if(ax == 0x1102 || ax == 0x1112) 2.596 + { 2.597 + // Set 8x8 font - 80x43 or 80x50 mode: 2.598 + debug(debug_video, "set 43/50 lines mode\n"); 2.599 + // Hack - QBASIC.EXE assumes that the mode is always 50 lines on VGA, 2.600 + // and *sets* the height into the BIOS area! 2.601 + if(memory[0x484] > 42) 2.602 + vid_sy = 50; 2.603 + else 2.604 + vid_sy = 43; 2.605 + vid_font_lines = 8; 2.606 + memory[0x484] = vid_sy - 1; 2.607 + update_posxy(); 2.608 + } 2.609 + break; 2.610 + case 0x12: // ALT FUNCTION SELECT 2.611 + { 2.612 + int bl = cpuGetBX() & 0xFF; 2.613 + if(bl == 0x10) // GET EGA INFO 2.614 + { 2.615 + cpuSetBX(0x0003); 2.616 + cpuSetCX(0x0000); 2.617 + cpuSetAX(0); 2.618 + } 2.619 + else if(bl == 0x30) // SET VERTICAL RESOLUTION 2.620 + { 2.621 + // TODO: select 25/28 lines 2.622 + cpuSetAX(0x1212); 2.623 + } 2.624 + else 2.625 + debug(debug_video, "UNHANDLED INT 10, AH=12 BL=%02x\n", bl); 2.626 + } 2.627 + break; 2.628 + case 0x13: // WRITE STRING 2.629 + { 2.630 + int page = (cpuGetBX() >> 8) & 7; 2.631 + vid_posx[page] = cpuGetDX() & 0xFF; 2.632 + vid_posy[page] = cpuGetDX() >> 8; 2.633 + if(vid_posx[page] >= vid_sx) 2.634 + vid_posx[page] = vid_sx - 1; 2.635 + if(vid_posy[page] >= vid_sy) 2.636 + vid_posy[page] = vid_sy - 1; 2.637 + int save_posx = vid_posx[page]; 2.638 + int save_posy = vid_posy[page]; 2.639 + int addr = cpuGetAddrES(cpuGetBP()); 2.640 + int cnt = cpuGetCX(); 2.641 + if(ax & 2) 2.642 + { 2.643 + while(cnt && addr < 0xFFFFF) 2.644 + { 2.645 + video_putchar(memory[addr], memory[addr + 1], page); 2.646 + addr += 2; 2.647 + cnt--; 2.648 + } 2.649 + } 2.650 + else 2.651 + { 2.652 + uint8_t at = cpuGetBX() >> 8; 2.653 + while(cnt && addr <= 0xFFFFF) 2.654 + { 2.655 + video_putchar(memory[addr], at, page); 2.656 + addr++; 2.657 + cnt--; 2.658 + } 2.659 + } 2.660 + if(!(ax & 1)) 2.661 + { 2.662 + vid_posx[page] = save_posx; 2.663 + vid_posy[page] = save_posy; 2.664 + } 2.665 + update_posxy(); 2.666 + } 2.667 + break; 2.668 + case 0x1A: // GET/SET DISPLAY COMBINATION CODE 2.669 + cpuSetAX(0x001A); 2.670 + cpuSetBX(0x0008); // VGA + analog color display 2.671 + break; 2.672 + case 0x1B: // STATE INFO 2.673 + if(cpuGetBX() == 0x0000) 2.674 + { 2.675 + int addr = cpuGetAddrES(cpuGetDI()); 2.676 + if(addr < 0xFFF00) 2.677 + { 2.678 + // Store state information 2.679 + memset(memory + addr, 0, 64); 2.680 + memory[addr + 0] = 0x00; 2.681 + memory[addr + 1] = 0x01; 2.682 + memory[addr + 2] = 0x00; 2.683 + memory[addr + 3] = 0xC0; // static-func table at C000:0000 2.684 + memory[addr + 4] = 0x03; // Video mode 2.685 + memory[addr + 5] = vid_sx; 2.686 + memory[addr + 6] = vid_sx >> 8; 2.687 + for(int i = 0; i < 8; i++) 2.688 + { 2.689 + memory[addr + 11 + i * 2] = vid_posx[i]; 2.690 + memory[addr + 12 + i * 2] = vid_posy[i]; 2.691 + } 2.692 + memory[addr + 27] = vid_cursor * 6; // cursor start scanline 2.693 + memory[addr + 28] = vid_cursor * 7; // cursor end scanline 2.694 + memory[addr + 29] = 0; // current page 2.695 + memory[addr + 30] = 0xD4; 2.696 + memory[addr + 31] = 0x03; // CRTC port: 03D4 2.697 + memory[addr + 34] = vid_sy; 2.698 + memory[addr + 35] = vid_font_lines; 2.699 + memory[addr + 36] = 0x00; // font lines: 0010 2.700 + memory[addr + 39] = 0x10; 2.701 + memory[addr + 40] = 0x00; // # of colors: 0010 2.702 + memory[addr + 41] = vid_sy > 25 ? 4 : 8; // # of pages 2.703 + memory[addr + 42] = 2; // # of scan-lines - get from vid_sy 2.704 + memory[addr + 49] = 3; // 256k memory 2.705 + cpuSetAX(0x1B1B); 2.706 + } 2.707 + } 2.708 + break; 2.709 + case 0xEF: // TEST MSHERC.COM DISPLAY TYPE 2.710 + // Ignored 2.711 + break; 2.712 + default: 2.713 + debug(debug_video, "UNHANDLED INT 10, AX=%04x\n", ax); 2.714 + } 2.715 +} 2.716 + 2.717 +// CRTC port emulation, some software use it to fix "snow" in CGA modes. 2.718 +static uint8_t crtc_port; 2.719 +static uint16_t crtc_cursor_loc; 2.720 + 2.721 +uint8_t video_crtc_read(int port) 2.722 +{ 2.723 + if(port & 1) 2.724 + { 2.725 + if(crtc_port == 0x0E) 2.726 + return crtc_cursor_loc >> 8; 2.727 + if(crtc_port == 0x0F) 2.728 + return crtc_cursor_loc; 2.729 + else 2.730 + return 0; 2.731 + } 2.732 + else 2.733 + return crtc_port; 2.734 +} 2.735 + 2.736 +void video_crtc_write(int port, uint8_t value) 2.737 +{ 2.738 + if(port & 1) 2.739 + { 2.740 + if(crtc_port == 0x0E) 2.741 + crtc_cursor_loc = (crtc_cursor_loc & 0xFF) | (value << 8); 2.742 + if(crtc_port == 0x0F) 2.743 + crtc_cursor_loc = (crtc_cursor_loc & 0xFF00) | (value); 2.744 + else 2.745 + debug(debug_video, "CRTC port write [%02x] <- %02x\n", crtc_port, value); 2.746 + } 2.747 + else 2.748 + crtc_port = value; 2.749 +} 2.750 + 2.751 +int video_get_col(void) 2.752 +{ 2.753 + return vid_posx[vid_page]; 2.754 +}
3.1 --- /dev/null Thu Jan 01 00:00:00 1970 +0000 3.2 +++ b/opendkim-dev/receipt Wed Nov 08 16:45:57 2023 +0000 3.3 @@ -0,0 +1,21 @@ 3.4 +# SliTaz package receipt. 3.5 + 3.6 +PACKAGE="opendkim-dev" 3.7 +VERSION="2.10.3" 3.8 +CATEGORY="development" 3.9 +SHORT_DESC="DKIM library, MTA filter implementation and associated tools, development files." 3.10 +MAINTAINER="pascal.bellard@slitaz.org" 3.11 +LICENSE="BSD" 3.12 +WEB_SITE="http://www.opendkim.org/" 3.13 +WANTED="opendkim" 3.14 + 3.15 +DEPENDS="opendkim pkg-config" 3.16 + 3.17 +# Rules to gen a SliTaz package suitable for Tazpkg. 3.18 +genpkg_rules() 3.19 +{ 3.20 + mkdir -p $fs/usr/lib 3.21 + cp -a $install/usr/include $fs/usr 3.22 + cp -a $install/usr/lib/*a $fs/usr 3.23 + cp -a $install/usr/lib/pkgconfig $fs/usr 3.24 +}
4.1 --- /dev/null Thu Jan 01 00:00:00 1970 +0000 4.2 +++ b/opendkim/receipt Wed Nov 08 16:45:57 2023 +0000 4.3 @@ -0,0 +1,39 @@ 4.4 +# SliTaz package receipt. 4.5 + 4.6 +PACKAGE="opendkim" 4.7 +VERSION="2.10.3" 4.8 +CATEGORY="network" 4.9 +SHORT_DESC="DKIM library, MTA filter implementation and associated tools." 4.10 +MAINTAINER="pascal.bellard@slitaz.org" 4.11 +LICENSE="BSD" 4.12 +WEB_SITE="http://www.opendkim.org/" 4.13 + 4.14 +TARBALL="$PACKAGE-$VERSION.tar.gz" 4.15 +WGET_URL="$SF_MIRROR/$PACKAGE/$TARBALL" 4.16 + 4.17 +DEPENDS="libbsd libssl" 4.18 +BUILD_DEPENDS="libbsd openssl-dev" 4.19 + 4.20 +# What is the latest version available today? 4.21 +current_version() 4.22 +{ 4.23 + wget -O - https://sourceforge.net/projects/opendkim/files/ 2>/dev/null | \ 4.24 + sed '/scope="row/!d;/opendkim-/!d;s|.*dkim-||;s|.tar.*||;q' 4.25 +} 4.26 + 4.27 +# Rules to configure and make the package. 4.28 +compile_rules() 4.29 +{ 4.30 + # The default --enable-filer neads milter 4.31 + ./configure --disable-filter $CONFIGURE_ARGS && 4.32 + make && 4.33 + make DESTDIR=$DESTDIR install 4.34 +} 4.35 + 4.36 +# Rules to gen a SliTaz package suitable for Tazpkg. 4.37 +genpkg_rules() 4.38 +{ 4.39 + mkdir -p $fs/usr/lib 4.40 + cp -a $install/usr/lib/lib*.so* $fs/usr 4.41 + cp -a $install/usr/sbin $fs/usr 4.42 +}
5.1 --- a/openvpn/stuff/usr/bin/make-ovpn Fri Sep 29 10:56:02 2023 +0100 5.2 +++ b/openvpn/stuff/usr/bin/make-ovpn Wed Nov 08 16:45:57 2023 +0000 5.3 @@ -132,8 +132,8 @@ 5.4 #duplicate-cn 5.5 #push "redirect-gateway def1" 5.6 5.7 -ifconfig $net.1 $net.3 5.8 -ifconfig-pool $net.6 $net.254 5.9 +ifconfig $net.1 $net.2 5.10 +ifconfig-pool $net.5 $net.254 5.11 route $net.0 255.255.255.0 5.12 $(shift 3; for i in $net.0/255.255.255.0 $@; do 5.13 echo "push \"route ${i/\// }\""
6.1 --- a/zx0/receipt Fri Sep 29 10:56:02 2023 +0100 6.2 +++ b/zx0/receipt Wed Nov 08 16:45:57 2023 +0000 6.3 @@ -15,7 +15,7 @@ 6.4 # What is the latest version available today? 6.5 current_version() 6.6 { 6.7 - wget -O - $WEB_SITE/commits/master 2>/dev/null | \ 6.8 + wget -O - $WEB_SITE/commits/main 2>/dev/null | \ 6.9 sed '/Commits on/!d;s|.*on |"|;s|<.*|"|;q' | xargs date +%Y%m%d -d 6.10 } 6.11