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libretro-atari800/atari800/src/ui.c
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2015-12-14 14:00:35 +01:00

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/*
* ui.c - main user interface
*
* Copyright (C) 1995-1998 David Firth
* Copyright (C) 1998-2015 Atari800 development team (see DOC/CREDITS)
*
* This file is part of the Atari800 emulator project which emulates
* the Atari 400, 800, 800XL, 130XE, and 5200 8-bit computers.
*
* Atari800 is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 2 of the License, or
* (at your option) any later version.
*
* Atari800 is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with Atari800; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
*/
#define _POSIX_C_SOURCE 200112L /* for snprintf */
#include "config.h"
#include <stdio.h>
#include <string.h>
#include <stdlib.h> /* free() */
#include "afile.h"
#include "antic.h"
#include "artifact.h"
#include "atari.h"
#include "binload.h"
#include "cartridge.h"
#include "cassette.h"
#include "util.h"
#if SUPPORTS_PLATFORM_PALETTEUPDATE
#include "colours.h"
#include "colours_external.h"
#include "colours_ntsc.h"
#endif
#include "compfile.h"
#include "cfg.h"
#include "cpu.h"
#include "devices.h" /* Devices_SetPrintCommand */
#include "esc.h"
#if NTSC_FILTER
#include "filter_ntsc.h"
#endif /* NTSC_FILTER */
#include "gtia.h"
#include "input.h"
#include "akey.h"
#include "log.h"
#include "memory.h"
#ifdef PAL_BLENDING
#include "pal_blending.h"
#endif /* PAL_BLENDING */
#include "platform.h"
#include "rtime.h"
#include "screen.h"
#include "sio.h"
#include "statesav.h"
#include "sysrom.h"
#include "ui.h"
#include "ui_basic.h"
#ifdef XEP80_EMULATION
#include "xep80.h"
#endif /* XEP80_EMULATION */
#ifdef PBI_PROTO80
#include "pbi_proto80.h"
#endif /* PBI_PROTO80 */
#ifdef AF80
#include "af80.h"
#endif /* AF80 */
#ifdef BIT3
#include "bit3.h"
#endif /* BIT3 */
#ifdef SOUND
#include "pokeysnd.h"
#include "sndsave.h"
#include "sound.h"
#endif /* SOUND */
#ifdef DIRECTX
#include "win32\main.h"
#include "win32\joystick.h"
#include "win32\screen_win32.h"
#endif /* DIRECTX */
#if SUPPORTS_CHANGE_VIDEOMODE
#include "videomode.h"
#endif /* SUPPORTS_CHANGE_VIDEOMODE */
#if GUI_SDL
#include "sdl/video.h"
#include "sdl/video_sw.h"
#if HAVE_OPENGL
#include "sdl/video_gl.h"
#endif /* HAVE_OPENGL */
#endif /* GUI_SDL */
#ifdef DIRECTX
/* Display Settings */
extern RENDERMODE rendermode;
extern FRAMEPARAMS frameparams;
extern DISPLAYMODE displaymode;
extern FSRESOLUTION fsresolution;
extern SCREENMODE screenmode;
extern ASPECTMODE scalingmethod;
extern ASPECTRATIO aspectmode;
extern CROP crop;
extern OFFSET offset;
extern BOOL usecustomfsresolution;
extern BOOL hidecursor;
extern BOOL lockaspect;
extern BOOL showmenu;
extern int windowscale;
extern int fullscreenWidth;
extern int fullscreenHeight;
extern int origScreenWidth;
extern int origScreenHeight;
extern int origScreenDepth;
/* Controller Settings */
extern BOOL mapController1Buttons;
extern BOOL mapController2Buttons;
/* local variables */
static char desktopreslabel[30];
static char hcrop_label[4];
static char vcrop_label[4];
static char hshift_label[4];
static char vshift_label[4];
static char monitor_label[40];
static char native_width_label[10];
static char native_height_label[20];
#endif /* DIRECTX */
#ifdef _WIN32_WCE
extern int smooth_filter;
extern int filter_available;
extern int virtual_joystick;
extern void AboutPocketAtari(void);
#endif /* _WIN32_WCE */
#ifdef DREAMCAST
extern int db_mode;
extern int screen_tv_mode;
extern int emulate_paddles;
extern int glob_snd_ena;
extern void JoystickConfiguration(void);
extern void ButtonConfiguration(void);
extern void AboutAtariDC(void);
extern void ScreenPositionConfiguration(void);
extern void update_vidmode(void);
extern void update_screen_updater(void);
#ifdef HZ_TEST
extern void do_hz_test(void);
#endif /* HZ_TEST */
#endif /* DREAMCAST */
#ifdef RPI
extern int op_filtering;
extern float op_zoom;
#endif /* RPI */
UI_tDriver *UI_driver = &UI_BASIC_driver;
int UI_is_active = FALSE;
int UI_alt_function = -1;
int UI_current_function = -1;
#ifdef CRASH_MENU
int UI_crash_code = -1;
UWORD UI_crash_address;
UWORD UI_crash_afterCIM;
int CrashMenu(void);
#endif
char UI_atari_files_dir[UI_MAX_DIRECTORIES][FILENAME_MAX];
char UI_saved_files_dir[UI_MAX_DIRECTORIES][FILENAME_MAX];
int UI_n_atari_files_dir = 0;
int UI_n_saved_files_dir = 0;
static UI_tMenuItem *FindMenuItem(UI_tMenuItem *mip, int option)
{
while (mip->retval != option)
mip++;
return mip;
}
static void SetItemChecked(UI_tMenuItem *mip, int option, int checked)
{
FindMenuItem(mip, option)->flags = checked ? (UI_ITEM_CHECK | UI_ITEM_CHECKED) : UI_ITEM_CHECK;
}
static void FilenameMessage(const char *format, const char *filename)
{
char msg[FILENAME_MAX + 30];
snprintf(msg, sizeof(msg), format, filename);
UI_driver->fMessage(msg, 1);
}
static const char * const cant_load = "Can't load \"%s\"";
static const char * const cant_save = "Can't save \"%s\"";
static const char * const created = "Created \"%s\"";
#define CantLoad(filename) FilenameMessage(cant_load, filename)
#define CantSave(filename) FilenameMessage(cant_save, filename)
#define Created(filename) FilenameMessage(created, filename)
/* Callback function that writes a text label to *LABEL, for use by
the Select Mosaic RAM slider. */
static void MosaicSliderLabel(char *label, int value, void *user_data)
{
sprintf(label, "%i KB", value * 4); /* WARNING: No more that 10 chars! */
}
static void SystemSettings(void)
{
static UI_tMenuItem ram800_menu_array[] = {
UI_MENU_ACTION(8, "8 KB"),
UI_MENU_ACTION(16, "16 KB"),
UI_MENU_ACTION(24, "24 KB"),
UI_MENU_ACTION(32, "32 KB"),
UI_MENU_ACTION(40, "40 KB"),
UI_MENU_ACTION(48, "48 KB"),
UI_MENU_ACTION(52, "52 KB"),
UI_MENU_END
};
enum { MOSAIC_OTHER = 65 }; /* must be a value that's illegal for MEMORY_mosaic_num_banks */
static UI_tMenuItem mosaic_ram_menu_array[] = {
UI_MENU_ACTION(0, "Disabled"),
UI_MENU_ACTION(4, "1 64K RAM Select board (16 KB)"),
UI_MENU_ACTION(20, "2 64K RAM Select boards (80 KB)"),
UI_MENU_ACTION(36, "3 64K RAM Select boards (144 KB)"),
UI_MENU_ACTION(MOSAIC_OTHER, "Other"),
UI_MENU_END
};
static UI_tMenuItem axlon_ram_menu_array[] = {
UI_MENU_ACTION(0, "Disabled"),
UI_MENU_ACTION(8, "128 KB"),
UI_MENU_ACTION(16, "256 KB"),
UI_MENU_ACTION(32, "512 KB"),
UI_MENU_ACTION(64, "1 MB"),
UI_MENU_ACTION(128, "2 MB"),
UI_MENU_ACTION(256, "4 MB"),
UI_MENU_END
};
static UI_tMenuItem ramxl_menu_array[] = {
UI_MENU_ACTION(16, "16 KB"),
UI_MENU_ACTION(32, "32 KB"),
UI_MENU_ACTION(48, "48 KB"),
UI_MENU_ACTION(64, "64 KB"),
UI_MENU_ACTION(128, "128 KB"),
UI_MENU_ACTION(192, "192 KB"),
UI_MENU_ACTION(MEMORY_RAM_320_RAMBO, "320 KB (Rambo)"),
UI_MENU_ACTION(MEMORY_RAM_320_COMPY_SHOP, "320 KB (Compy-Shop)"),
UI_MENU_ACTION(576, "576 KB"),
UI_MENU_ACTION(1088, "1088 KB"),
UI_MENU_END
};
static UI_tMenuItem os800_menu_array[] = {
UI_MENU_ACTION(SYSROM_AUTO, "Choose automatically"),
UI_MENU_ACTION(SYSROM_A_NTSC, "Rev. A NTSC"),
UI_MENU_ACTION(SYSROM_A_PAL, "Rev. A PAL"),
UI_MENU_ACTION(SYSROM_B_NTSC, "Rev. B NTSC"),
UI_MENU_ACTION(SYSROM_800_CUSTOM, "Custom"),
UI_MENU_END
};
static UI_tMenuItem osxl_menu_array[] = {
UI_MENU_ACTION(SYSROM_AUTO, "Choose automatically"),
UI_MENU_ACTION(SYSROM_AA00R10, "AA00 Rev. 10"),
UI_MENU_ACTION(SYSROM_AA01R11, "AA01 Rev. 11"),
UI_MENU_ACTION(SYSROM_BB00R1, "BB00 Rev. 1"),
UI_MENU_ACTION(SYSROM_BB01R2, "BB01 Rev. 2"),
UI_MENU_ACTION(SYSROM_BB02R3, "BB02 Rev. 3"),
UI_MENU_ACTION(SYSROM_BB02R3V4, "BB02 Rev. 3 Ver. 4"),
UI_MENU_ACTION(SYSROM_CC01R4, "CC01 Rev. 4"),
UI_MENU_ACTION(SYSROM_BB01R3, "BB01 Rev. 3"),
UI_MENU_ACTION(SYSROM_BB01R4_OS, "BB01 Rev. 4"),
UI_MENU_ACTION(SYSROM_BB01R59, "BB01 Rev. 59"),
UI_MENU_ACTION(SYSROM_BB01R59A, "BB01 Rev. 59 alt."),
UI_MENU_ACTION(SYSROM_XL_CUSTOM, "Custom"),
UI_MENU_END
};
static UI_tMenuItem os5200_menu_array[] = {
UI_MENU_ACTION(SYSROM_AUTO, "Choose automatically"),
UI_MENU_ACTION(SYSROM_5200, "Original"),
UI_MENU_ACTION(SYSROM_5200A, "Rev. A"),
UI_MENU_ACTION(SYSROM_5200_CUSTOM, "Custom"),
UI_MENU_END
};
static UI_tMenuItem * const os_menu_arrays[Atari800_MACHINE_SIZE] = {
os800_menu_array,
osxl_menu_array,
os5200_menu_array
};
static UI_tMenuItem basic_menu_array[] = {
UI_MENU_ACTION(SYSROM_AUTO, "Choose automatically"),
UI_MENU_ACTION(SYSROM_BASIC_A, "Rev. A"),
UI_MENU_ACTION(SYSROM_BASIC_B, "Rev. B"),
UI_MENU_ACTION(SYSROM_BASIC_C, "Rev. C"),
UI_MENU_ACTION(SYSROM_BASIC_CUSTOM, "Custom"),
UI_MENU_END
};
static UI_tMenuItem xegame_menu_array[] = {
UI_MENU_ACTION(0, "None"),
UI_MENU_ACTION(SYSROM_AUTO, "Choose automatically"),
UI_MENU_ACTION(SYSROM_XEGAME, "Missile Command"),
UI_MENU_ACTION(SYSROM_XEGAME_CUSTOM, "Custom"),
UI_MENU_END
};
static struct {
int type;
int ram;
int basic;
int leds;
int f_keys;
int jumper;
int game;
int keyboard;
} const machine[] = {
{ Atari800_MACHINE_800, 16, FALSE, FALSE, FALSE, FALSE, FALSE, FALSE },
{ Atari800_MACHINE_800, 48, FALSE, FALSE, FALSE, FALSE, FALSE, FALSE },
{ Atari800_MACHINE_XLXE, 64, FALSE, TRUE, TRUE, TRUE, FALSE, FALSE },
{ Atari800_MACHINE_XLXE, 16, TRUE, FALSE, FALSE, FALSE, FALSE, FALSE },
{ Atari800_MACHINE_XLXE, 64, TRUE, FALSE, FALSE, FALSE, FALSE, FALSE },
{ Atari800_MACHINE_XLXE, 128, TRUE, FALSE, FALSE, FALSE, FALSE, FALSE },
{ Atari800_MACHINE_XLXE, 64, TRUE, FALSE, FALSE, FALSE, TRUE, TRUE },
{ Atari800_MACHINE_5200, 16, FALSE, FALSE, FALSE, FALSE, FALSE, FALSE }
};
static UI_tMenuItem machine_menu_array[] = {
UI_MENU_ACTION(0, "Atari 400 (16 KB)"),
UI_MENU_ACTION(1, "Atari 800 (48 KB)"),
UI_MENU_ACTION(2, "Atari 1200XL (64 KB)"),
UI_MENU_ACTION(3, "Atari 600XL (16 KB)"),
UI_MENU_ACTION(4, "Atari 800XL (64 KB)"),
UI_MENU_ACTION(5, "Atari 130XE (128 KB)"),
UI_MENU_ACTION(6, "Atari XEGS (64 KB)"),
UI_MENU_ACTION(7, "Atari 5200 (16 KB)"),
UI_MENU_END
};
enum { N_MACHINES = (int) (sizeof(machine) / sizeof(machine[0])) };
static UI_tMenuItem menu_array[] = {
UI_MENU_SUBMENU_SUFFIX(0, "Machine:", NULL),
UI_MENU_SUBMENU_SUFFIX(1, "OS version:", NULL),
UI_MENU_ACTION(2, "BASIC:"),
UI_MENU_SUBMENU_SUFFIX(3, "BASIC version:", NULL),
UI_MENU_SUBMENU_SUFFIX(4, "XEGS game:", NULL),
UI_MENU_SUBMENU_SUFFIX(5, "RAM size:", NULL),
UI_MENU_ACTION(6, "Video system:"),
UI_MENU_SUBMENU_SUFFIX(7, "Mosaic RAM:", NULL),
UI_MENU_SUBMENU_SUFFIX(8, "Axlon RAMDisk:", NULL),
UI_MENU_ACTION(9, "Axlon RAMDisk page $0F shadow:"),
UI_MENU_SUBMENU(10, "1200XL keyboard LEDs:"),
UI_MENU_ACTION(11, "1200XL F1-F4 keys:"),
UI_MENU_ACTION(12, "1200XL option jumper J1:"),
UI_MENU_ACTION(13, "Keyboard:"),
UI_MENU_ACTION(14, "MapRAM:"),
UI_MENU_END
};
/* Size must be long enough to store "<longest OS label> (auto)". */
char default_os_label[26];
/* Size must be long enough to store "<longest BASIC label> (auto)". */
char default_basic_label[14];
/* Size must be long enough to store "<longest XEGAME label> (auto)". */
char default_xegame_label[23];
char mosaic_label[7]; /* Fits "256 KB" */
int option = 0;
int option2 = 0;
int new_tv_mode = Atari800_tv_mode;
int need_initialise = FALSE;
for (;;) {
int sys_id;
/* Set label for the "Machine" action. */
for (sys_id = 0; sys_id < N_MACHINES; ++sys_id) {
if (Atari800_machine_type == machine[sys_id].type
&& MEMORY_ram_size == machine[sys_id].ram
&& Atari800_builtin_basic == machine[sys_id].basic
&& Atari800_keyboard_leds == machine[sys_id].leds
&& Atari800_f_keys == machine[sys_id].f_keys
&& (machine[sys_id].jumper || !Atari800_jumper)
&& Atari800_builtin_game == machine[sys_id].game
&& (machine[sys_id].keyboard || !Atari800_keyboard_detached)) {
menu_array[0].suffix = machine_menu_array[sys_id].item;
break;
}
}
if (sys_id >= N_MACHINES) { /* Loop ended without break */
if (Atari800_machine_type == Atari800_MACHINE_XLXE)
menu_array[0].suffix = "Custom XL/XE";
else
menu_array[0].suffix = "Custom 400/800";
}
/* Set label for the "OS version" action. */
if (SYSROM_os_versions[Atari800_machine_type] == SYSROM_AUTO) {
int auto_os = SYSROM_AutoChooseOS(Atari800_machine_type, MEMORY_ram_size, new_tv_mode);
if (auto_os == -1)
menu_array[1].suffix = "ROM missing";
else {
sprintf(default_os_label, "%s (auto)", FindMenuItem(os_menu_arrays[Atari800_machine_type], auto_os)->item);
menu_array[1].suffix = default_os_label;
}
}
else if (SYSROM_roms[SYSROM_os_versions[Atari800_machine_type]].filename[0] == '\0')
menu_array[1].suffix = "ROM missing";
else
menu_array[1].suffix = FindMenuItem(os_menu_arrays[Atari800_machine_type], SYSROM_os_versions[Atari800_machine_type])->item;
/* Set label for the "BASIC" action. */
menu_array[2].suffix = Atari800_machine_type == Atari800_MACHINE_5200
? "N/A"
: Atari800_builtin_basic ? "built in" : "external";
/* Set label for the "BASIC version" action. */
if (Atari800_machine_type == Atari800_MACHINE_5200)
menu_array[3].suffix = "N/A";
else {
if (SYSROM_basic_version == SYSROM_AUTO) {
int auto_basic = SYSROM_AutoChooseBASIC();
if (auto_basic == -1)
menu_array[3].suffix = "ROM missing";
else {
sprintf(default_basic_label, "%s (auto)", FindMenuItem(basic_menu_array, auto_basic)->item);
menu_array[3].suffix = default_basic_label;
}
}
else if (SYSROM_roms[SYSROM_basic_version].filename[0] == '\0')
menu_array[3].suffix = "ROM missing";
else {
menu_array[3].suffix = FindMenuItem(basic_menu_array, SYSROM_basic_version)->item;
}
}
/* Set label for the "Builtin XEGS game" action. */
if (Atari800_machine_type != Atari800_MACHINE_XLXE)
menu_array[4].suffix = "N/A";
else if (Atari800_builtin_game) {
if (SYSROM_xegame_version == SYSROM_AUTO) {
int auto_xegame = SYSROM_AutoChooseXEGame();
if (auto_xegame == -1)
menu_array[4].suffix = "ROM missing";
else {
sprintf(default_xegame_label, "%s (auto)", FindMenuItem(xegame_menu_array, auto_xegame)->item);
menu_array[4].suffix = default_xegame_label;
}
}
else if (SYSROM_roms[SYSROM_xegame_version].filename[0] == '\0')
menu_array[4].suffix = "ROM missing";
else
menu_array[4].suffix = FindMenuItem(xegame_menu_array, SYSROM_xegame_version)->item;
}
else
menu_array[4].suffix = xegame_menu_array[0].item;
/* Set label for the "RAM size" action. */
switch (Atari800_machine_type) {
case Atari800_MACHINE_800:
menu_array[5].suffix = FindMenuItem(ram800_menu_array, MEMORY_ram_size)->item;
break;
case Atari800_MACHINE_XLXE:
menu_array[5].suffix = FindMenuItem(ramxl_menu_array, MEMORY_ram_size)->item;
break;
case Atari800_MACHINE_5200:
menu_array[5].suffix = "16 KB";
break;
}
menu_array[6].suffix = (new_tv_mode == Atari800_TV_PAL) ? "PAL" : "NTSC";
/* Set label for the "Mosaic" action. */
if (Atari800_machine_type == Atari800_MACHINE_800) {
if (MEMORY_mosaic_num_banks == 0)
menu_array[7].suffix = mosaic_ram_menu_array[0].item;
else {
sprintf(mosaic_label, "%i KB", MEMORY_mosaic_num_banks * 4);
menu_array[7].suffix = mosaic_label;
}
}
else
menu_array[7].suffix = "N/A";
/* Set label for the "Axlon RAM" action. */
menu_array[8].suffix = Atari800_machine_type != Atari800_MACHINE_800
? "N/A"
: FindMenuItem(axlon_ram_menu_array, MEMORY_axlon_num_banks)->item;
/* Set label for the "Axlon $0F shadow" action. */
menu_array[9].suffix = Atari800_machine_type != Atari800_MACHINE_800
? "N/A"
: MEMORY_axlon_0f_mirror ? "on" : "off";
/* Set label for the "keyboard LEDs" action. */
menu_array[10].suffix = Atari800_machine_type != Atari800_MACHINE_XLXE
? "N/A"
: Atari800_keyboard_leds ? "Yes" : "No";
/* Set label for the "F keys" action. */
menu_array[11].suffix = Atari800_machine_type != Atari800_MACHINE_XLXE
? "N/A"
: Atari800_f_keys ? "Yes" : "No";
/* Set label for the "1200XL option jumper" action. */
menu_array[12].suffix = Atari800_machine_type != Atari800_MACHINE_XLXE ? "N/A" :
Atari800_jumper ? "installed" : "none";
/* Set label for the "XEGS keyboard" action. */
menu_array[13].suffix = Atari800_machine_type != Atari800_MACHINE_XLXE ? "N/A" :
Atari800_keyboard_detached ? "detached (XEGS)" : "integrated/attached";
/* Set label for the "XL/XE MapRAM" action. */
menu_array[14].suffix = (Atari800_machine_type != Atari800_MACHINE_XLXE || MEMORY_ram_size < 20)
? "N/A"
: MEMORY_enable_mapram ? "Yes" : "No";
option = UI_driver->fSelect("System Settings", 0, option, menu_array, NULL);
switch (option) {
case 0:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, sys_id, machine_menu_array, NULL);
if (option2 >= 0) {
Atari800_machine_type = machine[option2].type;
MEMORY_ram_size = machine[option2].ram;
Atari800_builtin_basic = machine[option2].basic;
Atari800_keyboard_leds = machine[option2].leds;
Atari800_f_keys = machine[option2].f_keys;
if (!machine[option2].jumper)
Atari800_jumper = FALSE;
Atari800_builtin_game = machine[option2].game;
if (!machine[option2].keyboard)
Atari800_keyboard_detached = FALSE;
need_initialise = TRUE;
}
break;
case 1:
{
int rom_available = FALSE;
/* Start from index 1, to skip the "Choose automatically" option,
as it can never be hidden. */
UI_tMenuItem *menu_ptr = os_menu_arrays[Atari800_machine_type] + 1;
do {
if (SYSROM_roms[menu_ptr->retval].filename[0] != '\0') {
menu_ptr->flags = UI_ITEM_ACTION;
rom_available = TRUE;
}
else
menu_ptr->flags = UI_ITEM_HIDDEN;
} while ((++menu_ptr)->flags != UI_ITEM_END);
if (!rom_available)
UI_driver->fMessage("No OS version available, ROMs missing", 1);
else {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, SYSROM_os_versions[Atari800_machine_type], os_menu_arrays[Atari800_machine_type], NULL);
if (option2 >= 0) {
SYSROM_os_versions[Atari800_machine_type] = option2;
need_initialise = TRUE;
}
}
}
break;
case 2:
if (Atari800_machine_type == Atari800_MACHINE_XLXE) {
Atari800_builtin_basic = !Atari800_builtin_basic;
need_initialise = TRUE;
}
break;
case 3:
if (Atari800_machine_type != Atari800_MACHINE_5200) {
int rom_available = FALSE;
/* Start from index 1, to skip the "Choose automatically" option,
as it can never be hidden. */
UI_tMenuItem *menu_ptr = basic_menu_array + 1;
do {
if (SYSROM_roms[menu_ptr->retval].filename[0] != '\0') {
menu_ptr->flags = UI_ITEM_ACTION;
rom_available = TRUE;
}
else
menu_ptr->flags = UI_ITEM_HIDDEN;
} while ((++menu_ptr)->flags != UI_ITEM_END);
if (!rom_available)
UI_driver->fMessage("No BASIC available, ROMs missing", 1);
else {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, SYSROM_basic_version, basic_menu_array, NULL);
if (option2 >= 0) {
SYSROM_basic_version = option2;
need_initialise = TRUE;
}
}
}
break;
case 4:
if (Atari800_machine_type == Atari800_MACHINE_XLXE) {
/* Start from index 2, to skip the "None" and "Choose automatically" options,
as they can never be hidden. */
UI_tMenuItem *menu_ptr = xegame_menu_array + 2;
do {
if (SYSROM_roms[menu_ptr->retval].filename[0] != '\0') {
menu_ptr->flags = UI_ITEM_ACTION;
}
else
menu_ptr->flags = UI_ITEM_HIDDEN;
} while ((++menu_ptr)->flags != UI_ITEM_END);
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, Atari800_builtin_game ? SYSROM_xegame_version : 0, xegame_menu_array, NULL);
if (option2 >= 0) {
if (option2 > 0) {
Atari800_builtin_game = TRUE;
SYSROM_xegame_version = option2;
}
else
Atari800_builtin_game = FALSE;
need_initialise = TRUE;
}
}
break;
case 5:
{
UI_tMenuItem *menu_ptr;
switch (Atari800_machine_type) {
case Atari800_MACHINE_5200:
goto leave;
case Atari800_MACHINE_800:
menu_ptr = ram800_menu_array;
break;
default: /* Atari800_MACHINE_XLXE */
menu_ptr = ramxl_menu_array;
break;
}
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, MEMORY_ram_size, menu_ptr, NULL);
if (option2 >= 0) {
MEMORY_ram_size = option2;
need_initialise = TRUE;
}
}
leave:
break;
case 6:
new_tv_mode = (new_tv_mode == Atari800_TV_PAL) ? Atari800_TV_NTSC : Atari800_TV_PAL;
break;
case 7:
if (Atari800_machine_type == Atari800_MACHINE_800) {
if (MEMORY_mosaic_num_banks == 0 || MEMORY_mosaic_num_banks == 4 || MEMORY_mosaic_num_banks == 20 || MEMORY_mosaic_num_banks == 36)
option2 = MEMORY_mosaic_num_banks;
else
option2 = MOSAIC_OTHER;
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, option2, mosaic_ram_menu_array, NULL);
if (option2 >= 0) {
if (option2 == MOSAIC_OTHER) {
int offset = 0;
int value = UI_driver->fSelectSlider("Select amount of Mosaic RAM",
MEMORY_mosaic_num_banks,
64, &MosaicSliderLabel, &offset);
if (value != -1) {
MEMORY_mosaic_num_banks = value;
}
}
else
MEMORY_mosaic_num_banks = option2;
if (option2 > 0)
/* Can't have both Mosaic and Axlon active together. */
MEMORY_axlon_num_banks = 0;
need_initialise = TRUE;
}
}
break;
case 8:
if (Atari800_machine_type == Atari800_MACHINE_800) {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, MEMORY_axlon_num_banks, axlon_ram_menu_array, NULL);
if (option2 >= 0) {
MEMORY_axlon_num_banks = option2;
if (option2 > 0)
/* Can't have both Mosaic and Axlon active together. */
MEMORY_mosaic_num_banks = 0;
need_initialise = TRUE;
}
}
break;
case 9:
if (Atari800_machine_type == Atari800_MACHINE_800) {
MEMORY_axlon_0f_mirror = !MEMORY_axlon_0f_mirror;
need_initialise = TRUE;
}
break;
case 10:
if (Atari800_machine_type == Atari800_MACHINE_XLXE)
Atari800_keyboard_leds = !Atari800_keyboard_leds;
break;
case 11:
if (Atari800_machine_type == Atari800_MACHINE_XLXE)
Atari800_f_keys = !Atari800_f_keys;
break;
case 12:
if (Atari800_machine_type == Atari800_MACHINE_XLXE) {
Atari800_jumper = !Atari800_jumper;
Atari800_UpdateJumper();
}
break;
case 13:
if (Atari800_machine_type == Atari800_MACHINE_XLXE) {
Atari800_keyboard_detached = !Atari800_keyboard_detached;
Atari800_UpdateKeyboardDetached();
}
break;
case 14:
if (Atari800_machine_type == Atari800_MACHINE_XLXE && MEMORY_ram_size > 20) {
MEMORY_enable_mapram = !MEMORY_enable_mapram;
need_initialise = TRUE;
}
break;
default:
if (new_tv_mode != Atari800_tv_mode) {
Atari800_SetTVMode(new_tv_mode);
need_initialise = TRUE;
}
if (need_initialise)
Atari800_InitialiseMachine();
return;
}
}
}
/* Inspired by LNG (lng.sourceforge.net) */
/* Writes a blank ATR. The ATR must by formatted by an Atari DOS
before files are written to it. */
static void MakeBlankDisk(FILE *setFile)
{
/* 720, so it's a standard Single Density disk,
which can be formatted by 2.x DOSes.
It will be resized when formatted in another density. */
#define BLANK_DISK_SECTORS 720
#define BLANK_DISK_PARAS (BLANK_DISK_SECTORS * 128 / 16)
int i;
struct AFILE_ATR_Header hdr;
UBYTE sector[128];
memset(&hdr, 0, sizeof(hdr));
hdr.magic1 = 0x96;
hdr.magic2 = 0x02;
hdr.seccountlo = (UBYTE) BLANK_DISK_PARAS;
hdr.seccounthi = (UBYTE) (BLANK_DISK_PARAS >> 8);
hdr.hiseccountlo = (UBYTE) (BLANK_DISK_PARAS >> 16);
hdr.secsizelo = 128;
fwrite(&hdr, 1, sizeof(hdr), setFile);
memset(sector, 0, sizeof(sector));
for (i = 1; i <= BLANK_DISK_SECTORS; i++)
fwrite(sector, 1, sizeof(sector), setFile);
}
static void DiskManagement(void)
{
static char drive_array[8][5] = { " D1:", " D2:", " D3:", " D4:", " D5:", " D6:", " D7:", " D8:" };
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX_TIP(0, drive_array[0], SIO_filename[0], NULL),
UI_MENU_FILESEL_PREFIX_TIP(1, drive_array[1], SIO_filename[1], NULL),
UI_MENU_FILESEL_PREFIX_TIP(2, drive_array[2], SIO_filename[2], NULL),
UI_MENU_FILESEL_PREFIX_TIP(3, drive_array[3], SIO_filename[3], NULL),
UI_MENU_FILESEL_PREFIX_TIP(4, drive_array[4], SIO_filename[4], NULL),
UI_MENU_FILESEL_PREFIX_TIP(5, drive_array[5], SIO_filename[5], NULL),
UI_MENU_FILESEL_PREFIX_TIP(6, drive_array[6], SIO_filename[6], NULL),
UI_MENU_FILESEL_PREFIX_TIP(7, drive_array[7], SIO_filename[7], NULL),
UI_MENU_FILESEL(8, "Save Disk Set"),
UI_MENU_FILESEL(9, "Load Disk Set"),
UI_MENU_ACTION(10, "Rotate Disks"),
UI_MENU_FILESEL(11, "Make Blank ATR Disk"),
UI_MENU_FILESEL_TIP(12, "Uncompress Disk Image", "Convert GZ or DCM to ATR"),
UI_MENU_END
};
int dsknum = 0;
for (;;) {
static char disk_filename[FILENAME_MAX];
static char set_filename[FILENAME_MAX];
int i;
int seltype;
for (i = 0; i < 8; i++) {
drive_array[i][0] = ' ';
switch (SIO_drive_status[i]) {
case SIO_OFF:
menu_array[i].suffix = "Return:insert";
break;
case SIO_NO_DISK:
menu_array[i].suffix = "Return:insert Backspace:off";
break;
case SIO_READ_ONLY:
drive_array[i][0] = '*';
/* FALLTHROUGH */
default:
menu_array[i].suffix = "Ret:insert Bksp:eject Space:read-only";
break;
}
}
dsknum = UI_driver->fSelect("Disk Management", 0, dsknum, menu_array, &seltype);
switch (dsknum) {
case 8:
if (UI_driver->fGetSaveFilename(set_filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
FILE *fp = fopen(set_filename, "w");
if (fp == NULL) {
CantSave(set_filename);
break;
}
for (i = 0; i < 8; i++)
fprintf(fp, "%s\n", SIO_filename[i]);
fclose(fp);
Created(set_filename);
}
break;
case 9:
if (UI_driver->fGetLoadFilename(set_filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
FILE *fp = fopen(set_filename, "r");
if (fp == NULL) {
CantLoad(set_filename);
break;
}
for (i = 0; i < 8; i++) {
char filename[FILENAME_MAX];
if (fgets(filename, FILENAME_MAX, fp) != NULL) {
Util_chomp(filename);
if (strcmp(filename, "Empty") != 0 && strcmp(filename, "Off") != 0)
SIO_Mount(i + 1, filename, FALSE);
}
}
fclose(fp);
}
break;
case 10:
SIO_RotateDisks();
break;
case 11:
if (UI_driver->fGetSaveFilename(disk_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
FILE *fp = fopen(disk_filename, "wb");
if (fp == NULL) {
CantSave(disk_filename);
break;
}
MakeBlankDisk(fp);
fclose(fp);
Created(disk_filename);
}
break;
case 12:
if (UI_driver->fGetLoadFilename(disk_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
char uncompr_filename[FILENAME_MAX];
FILE *fp = fopen(disk_filename, "rb");
const char *p;
if (fp == NULL) {
CantLoad(disk_filename);
break;
}
/* propose an output filename to make user's life easier */
p = strrchr(disk_filename, '.');
if (p != NULL) {
char *q;
p++;
q = uncompr_filename + (p - disk_filename);
if (Util_stricmp(p, "atz") == 0) {
/* change last 'z' to 'r', preserving case */
p += 2;
q[2] = p[0] == 'z' ? 'r' : 'R';
q[3] = '\0';
}
else if (Util_stricmp(p, "xfz") == 0) {
/* change last 'z' to 'd', preserving case */
p += 2;
q[2] = p[0] == 'z' ? 'd' : 'D';
q[3] = '\0';
}
else if (Util_stricmp(p, "gz") == 0) {
/* strip ".gz" */
p--;
q[-1] = '\0';
}
else if (Util_stricmp(p, "atr") == 0) {
/* ".atr" ? Probably won't work, anyway cut the extension but leave the dot */
q[0] = '\0';
}
else {
/* replace extension with "atr", preserving case */
strcpy(q, p[0] <= 'Z' ? "ATR" : "atr");
}
memcpy(uncompr_filename, disk_filename, p - disk_filename);
}
else
/* was no extension -> propose no filename */
uncompr_filename[0] = '\0';
/* recognize file type and uncompress */
switch (fgetc(fp)) {
case 0x1f:
fclose(fp);
if (UI_driver->fGetSaveFilename(uncompr_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
FILE *fp2 = fopen(uncompr_filename, "wb");
int success;
if (fp2 == NULL) {
CantSave(uncompr_filename);
continue;
}
success = CompFile_ExtractGZ(disk_filename, fp2);
fclose(fp2);
UI_driver->fMessage(success ? "Conversion successful" : "Cannot convert this file", 1);
}
break;
case 0xf9:
case 0xfa:
if (UI_driver->fGetSaveFilename(uncompr_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
FILE *fp2 = fopen(uncompr_filename, "wb");
int success;
if (fp2 == NULL) {
fclose(fp);
CantSave(uncompr_filename);
continue;
}
Util_rewind(fp);
success = CompFile_DCMtoATR(fp, fp2);
fclose(fp2);
fclose(fp);
UI_driver->fMessage(success ? "Conversion successful" : "Cannot convert this file", 1);
}
break;
default:
fclose(fp);
UI_driver->fMessage("This is not a compressed disk image", 1);
break;
}
}
break;
default:
if (dsknum < 0)
return;
/* dsknum = 0..7 */
switch (seltype) {
case UI_USER_SELECT: /* "Enter" */
if (SIO_drive_status[dsknum] != SIO_OFF && SIO_drive_status[dsknum] != SIO_NO_DISK)
strcpy(disk_filename, SIO_filename[dsknum]);
if (UI_driver->fGetLoadFilename(disk_filename, UI_atari_files_dir, UI_n_atari_files_dir))
if (!SIO_Mount(dsknum + 1, disk_filename, FALSE))
CantLoad(disk_filename);
break;
case UI_USER_TOGGLE: /* "Space" */
i = FALSE;
switch (SIO_drive_status[dsknum]) {
case SIO_READ_WRITE:
i = TRUE;
/* FALLTHROUGH */
case SIO_READ_ONLY:
strcpy(disk_filename, SIO_filename[dsknum]);
SIO_Mount(dsknum + 1, disk_filename, i);
break;
default:
break;
}
break;
default: /* Backspace */
switch (SIO_drive_status[dsknum]) {
case SIO_OFF:
break;
case SIO_NO_DISK:
SIO_DisableDrive(dsknum + 1);
break;
default:
SIO_Dismount(dsknum + 1);
break;
}
}
break;
}
}
}
int UI_SelectCartType(int k)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_ACTION(CARTRIDGE_STD_8, CARTRIDGE_STD_8_DESC),
UI_MENU_ACTION(CARTRIDGE_STD_16, CARTRIDGE_STD_16_DESC),
UI_MENU_ACTION(CARTRIDGE_OSS_034M_16, CARTRIDGE_OSS_034M_16_DESC),
UI_MENU_ACTION(CARTRIDGE_5200_32, CARTRIDGE_5200_32_DESC),
UI_MENU_ACTION(CARTRIDGE_DB_32, CARTRIDGE_DB_32_DESC),
UI_MENU_ACTION(CARTRIDGE_5200_EE_16, CARTRIDGE_5200_EE_16_DESC),
UI_MENU_ACTION(CARTRIDGE_5200_40, CARTRIDGE_5200_40_DESC),
UI_MENU_ACTION(CARTRIDGE_WILL_64, CARTRIDGE_WILL_64_DESC),
UI_MENU_ACTION(CARTRIDGE_EXP_64, CARTRIDGE_EXP_64_DESC),
UI_MENU_ACTION(CARTRIDGE_DIAMOND_64, CARTRIDGE_DIAMOND_64_DESC),
UI_MENU_ACTION(CARTRIDGE_SDX_64, CARTRIDGE_SDX_64_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_32, CARTRIDGE_XEGS_32_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_07_64, CARTRIDGE_XEGS_07_64_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_128, CARTRIDGE_XEGS_128_DESC),
UI_MENU_ACTION(CARTRIDGE_OSS_M091_16, CARTRIDGE_OSS_M091_16_DESC),
UI_MENU_ACTION(CARTRIDGE_5200_NS_16, CARTRIDGE_5200_NS_16_DESC),
UI_MENU_ACTION(CARTRIDGE_ATRAX_128, CARTRIDGE_ATRAX_128_DESC),
UI_MENU_ACTION(CARTRIDGE_BBSB_40, CARTRIDGE_BBSB_40_DESC),
UI_MENU_ACTION(CARTRIDGE_5200_8, CARTRIDGE_5200_8_DESC),
UI_MENU_ACTION(CARTRIDGE_5200_4, CARTRIDGE_5200_4_DESC),
UI_MENU_ACTION(CARTRIDGE_RIGHT_8, CARTRIDGE_RIGHT_8_DESC),
UI_MENU_ACTION(CARTRIDGE_WILL_32, CARTRIDGE_WILL_32_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_256, CARTRIDGE_XEGS_256_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_512, CARTRIDGE_XEGS_512_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_1024, CARTRIDGE_XEGS_1024_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_16, CARTRIDGE_MEGA_16_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_32, CARTRIDGE_MEGA_32_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_64, CARTRIDGE_MEGA_64_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_128, CARTRIDGE_MEGA_128_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_256, CARTRIDGE_MEGA_256_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_512, CARTRIDGE_MEGA_512_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_1024, CARTRIDGE_MEGA_1024_DESC),
UI_MENU_ACTION(CARTRIDGE_SWXEGS_32, CARTRIDGE_SWXEGS_32_DESC),
UI_MENU_ACTION(CARTRIDGE_SWXEGS_64, CARTRIDGE_SWXEGS_64_DESC),
UI_MENU_ACTION(CARTRIDGE_SWXEGS_128, CARTRIDGE_SWXEGS_128_DESC),
UI_MENU_ACTION(CARTRIDGE_SWXEGS_256, CARTRIDGE_SWXEGS_256_DESC),
UI_MENU_ACTION(CARTRIDGE_SWXEGS_512, CARTRIDGE_SWXEGS_512_DESC),
UI_MENU_ACTION(CARTRIDGE_SWXEGS_1024, CARTRIDGE_SWXEGS_1024_DESC),
UI_MENU_ACTION(CARTRIDGE_PHOENIX_8, CARTRIDGE_PHOENIX_8_DESC),
UI_MENU_ACTION(CARTRIDGE_BLIZZARD_16, CARTRIDGE_BLIZZARD_16_DESC),
UI_MENU_ACTION(CARTRIDGE_ATMAX_128, CARTRIDGE_ATMAX_128_DESC),
UI_MENU_ACTION(CARTRIDGE_ATMAX_1024, CARTRIDGE_ATMAX_1024_DESC),
UI_MENU_ACTION(CARTRIDGE_SDX_128, CARTRIDGE_SDX_128_DESC),
UI_MENU_ACTION(CARTRIDGE_OSS_8, CARTRIDGE_OSS_8_DESC),
UI_MENU_ACTION(CARTRIDGE_OSS_043M_16, CARTRIDGE_OSS_043M_16_DESC),
UI_MENU_ACTION(CARTRIDGE_BLIZZARD_4, CARTRIDGE_BLIZZARD_4_DESC),
UI_MENU_ACTION(CARTRIDGE_AST_32, CARTRIDGE_AST_32_DESC),
UI_MENU_ACTION(CARTRIDGE_ATRAX_SDX_64, CARTRIDGE_ATRAX_SDX_64_DESC),
UI_MENU_ACTION(CARTRIDGE_ATRAX_SDX_128, CARTRIDGE_ATRAX_SDX_128_DESC),
UI_MENU_ACTION(CARTRIDGE_TURBOSOFT_64, CARTRIDGE_TURBOSOFT_64_DESC),
UI_MENU_ACTION(CARTRIDGE_TURBOSOFT_128, CARTRIDGE_TURBOSOFT_128_DESC),
UI_MENU_ACTION(CARTRIDGE_ULTRACART_32, CARTRIDGE_ULTRACART_32_DESC),
UI_MENU_ACTION(CARTRIDGE_LOW_BANK_8, CARTRIDGE_LOW_BANK_8_DESC),
UI_MENU_ACTION(CARTRIDGE_SIC_128, CARTRIDGE_SIC_128_DESC),
UI_MENU_ACTION(CARTRIDGE_SIC_256, CARTRIDGE_SIC_256_DESC),
UI_MENU_ACTION(CARTRIDGE_SIC_512, CARTRIDGE_SIC_512_DESC),
UI_MENU_ACTION(CARTRIDGE_STD_2, CARTRIDGE_STD_2_DESC),
UI_MENU_ACTION(CARTRIDGE_STD_4, CARTRIDGE_STD_4_DESC),
UI_MENU_ACTION(CARTRIDGE_RIGHT_4, CARTRIDGE_RIGHT_4_DESC),
UI_MENU_ACTION(CARTRIDGE_BLIZZARD_32, CARTRIDGE_BLIZZARD_32_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGAMAX_2048, CARTRIDGE_MEGAMAX_2048_DESC),
UI_MENU_ACTION(CARTRIDGE_THECART_128M, CARTRIDGE_THECART_128M_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_4096, CARTRIDGE_MEGA_4096_DESC),
UI_MENU_ACTION(CARTRIDGE_MEGA_2048, CARTRIDGE_MEGA_2048_DESC),
UI_MENU_ACTION(CARTRIDGE_THECART_32M, CARTRIDGE_THECART_32M_DESC),
UI_MENU_ACTION(CARTRIDGE_THECART_64M, CARTRIDGE_THECART_64M_DESC),
UI_MENU_ACTION(CARTRIDGE_XEGS_8F_64, CARTRIDGE_XEGS_8F_64_DESC),
UI_MENU_END
};
int i;
int option = 0;
UI_driver->fInit();
for (i = 1; i <= CARTRIDGE_LAST_SUPPORTED; i++)
if (CARTRIDGE_kb[i] == k) {
if (option == 0)
option = i;
menu_array[i - 1].flags = UI_ITEM_ACTION;
}
else
menu_array[i - 1].flags = UI_ITEM_HIDDEN;
if (option == 0)
return CARTRIDGE_NONE;
option = UI_driver->fSelect("Select Cartridge Type", 0, option, menu_array, NULL);
if (option > 0)
return option;
return CARTRIDGE_NONE;
}
static void CartManagement(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL(0, "Create Cartridge from ROM image"),
UI_MENU_FILESEL(1, "Extract ROM image from Cartridge"),
UI_MENU_FILESEL_PREFIX_TIP(2, "Cartridge:", NULL, NULL),
UI_MENU_FILESEL_PREFIX_TIP(3, "Piggyback:", NULL, NULL),
UI_MENU_CHECK(4, "Reboot after cartridge change:"),
UI_MENU_END
};
typedef struct {
UBYTE id[4];
UBYTE type[4];
UBYTE checksum[4];
UBYTE gash[4];
} Header;
int option = 2;
int seltype;
for (;;) {
static char cart_filename[FILENAME_MAX];
if (CARTRIDGE_main.type == CARTRIDGE_NONE) {
menu_array[2].item = "None";
menu_array[2].suffix = "Return:insert";
}
else {
menu_array[2].item = CARTRIDGE_main.filename;
menu_array[2].suffix = "Return:insert Backspace:remove";
}
if (CARTRIDGE_main.type == CARTRIDGE_SDX_64 || CARTRIDGE_main.type == CARTRIDGE_SDX_128) {
menu_array[3].flags = UI_ITEM_FILESEL | UI_ITEM_TIP;
if (CARTRIDGE_piggyback.type == CARTRIDGE_NONE) {
menu_array[3].item = "None";
menu_array[3].suffix = "Return:insert";
}
else {
menu_array[3].item = CARTRIDGE_piggyback.filename;
menu_array[3].suffix = "Return:insert Backspace:remove";
}
} else {
menu_array[3].flags = UI_ITEM_HIDDEN;
}
SetItemChecked(menu_array, 4, CARTRIDGE_autoreboot);
option = UI_driver->fSelect("Cartridge Management", 0, option, menu_array, &seltype);
switch (option) {
case 0:
if (UI_driver->fGetLoadFilename(cart_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
FILE *f;
int nbytes;
int type;
UBYTE *image;
int checksum;
Header header;
f = fopen(cart_filename, "rb");
if (f == NULL) {
CantLoad(cart_filename);
break;
}
nbytes = Util_flen(f);
if ((nbytes & 0x3ff) != 0) {
fclose(f);
UI_driver->fMessage("ROM image must be full kilobytes long", 1);
break;
}
type = UI_SelectCartType(nbytes >> 10);
if (type == CARTRIDGE_NONE) {
fclose(f);
break;
}
image = (UBYTE *) Util_malloc(nbytes);
Util_rewind(f);
if ((int) fread(image, 1, nbytes, f) != nbytes) {
fclose(f);
CantLoad(cart_filename);
break;
}
fclose(f);
if (!UI_driver->fGetSaveFilename(cart_filename, UI_atari_files_dir, UI_n_atari_files_dir))
break;
checksum = CARTRIDGE_Checksum(image, nbytes);
header.id[0] = 'C';
header.id[1] = 'A';
header.id[2] = 'R';
header.id[3] = 'T';
header.type[0] = '\0';
header.type[1] = '\0';
header.type[2] = '\0';
header.type[3] = (UBYTE) type;
header.checksum[0] = (UBYTE) (checksum >> 24);
header.checksum[1] = (UBYTE) (checksum >> 16);
header.checksum[2] = (UBYTE) (checksum >> 8);
header.checksum[3] = (UBYTE) checksum;
header.gash[0] = '\0';
header.gash[1] = '\0';
header.gash[2] = '\0';
header.gash[3] = '\0';
f = fopen(cart_filename, "wb");
if (f == NULL) {
CantSave(cart_filename);
break;
}
fwrite(&header, 1, sizeof(header), f);
fwrite(image, 1, nbytes, f);
fclose(f);
free(image);
Created(cart_filename);
}
break;
case 1:
if (UI_driver->fGetLoadFilename(cart_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
FILE *f;
int nbytes;
Header header;
UBYTE *image;
f = fopen(cart_filename, "rb");
if (f == NULL) {
CantLoad(cart_filename);
break;
}
nbytes = Util_flen(f) - sizeof(header);
Util_rewind(f);
if (nbytes <= 0 || fread(&header, 1, sizeof(header), f) != sizeof(header)
|| header.id[0] != 'C' || header.id[1] != 'A' || header.id[2] != 'R' || header.id[3] != 'T') {
fclose(f);
UI_driver->fMessage("Not a CART file", 1);
break;
}
image = (UBYTE *) Util_malloc(nbytes);
if (fread(image, 1, nbytes, f) < nbytes) {
UI_driver->fMessage("Error reading CART file", 1);
break;
}
fclose(f);
if (!UI_driver->fGetSaveFilename(cart_filename, UI_atari_files_dir, UI_n_atari_files_dir))
break;
f = fopen(cart_filename, "wb");
if (f == NULL) {
CantSave(cart_filename);
break;
}
fwrite(image, 1, nbytes, f);
fclose(f);
free(image);
Created(cart_filename);
}
break;
case 2:
switch (seltype) {
case UI_USER_SELECT: /* Enter */
if (UI_driver->fGetLoadFilename(CARTRIDGE_main.filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
int r = CARTRIDGE_InsertAutoReboot(CARTRIDGE_main.filename);
switch (r) {
case CARTRIDGE_CANT_OPEN:
CantLoad(CARTRIDGE_main.filename);
break;
case CARTRIDGE_BAD_FORMAT:
UI_driver->fMessage("Unknown cartridge format", 1);
break;
case CARTRIDGE_BAD_CHECKSUM:
UI_driver->fMessage("Warning: bad CART checksum", 1);
break;
case 0:
/* ok */
break;
default:
/* r > 0 */
CARTRIDGE_SetTypeAutoReboot(&CARTRIDGE_main, UI_SelectCartType(r));
break;
}
}
break;
case UI_USER_DELETE: /* Backspace */
CARTRIDGE_RemoveAutoReboot();
break;
}
break;
case 3:
switch (seltype) {
case UI_USER_SELECT: /* Enter */
if (UI_driver->fGetLoadFilename(CARTRIDGE_piggyback.filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
int r = CARTRIDGE_Insert_Second(CARTRIDGE_piggyback.filename);
switch (r) {
case CARTRIDGE_CANT_OPEN:
CantLoad(CARTRIDGE_piggyback.filename);
break;
case CARTRIDGE_BAD_FORMAT:
UI_driver->fMessage("Unknown cartridge format", 1);
break;
case CARTRIDGE_BAD_CHECKSUM:
UI_driver->fMessage("Warning: bad CART checksum", 1);
break;
case 0:
/* ok */
break;
default:
/* r > 0 */
CARTRIDGE_SetType(&CARTRIDGE_piggyback, UI_SelectCartType(r));
break;
}
}
break;
case UI_USER_DELETE: /* Backspace */
CARTRIDGE_Remove_Second();
break;
}
break;
case 4:
CARTRIDGE_autoreboot = !CARTRIDGE_autoreboot;
break;
default:
return;
}
}
}
#if defined(SOUND) && !defined(DREAMCAST)
static void SoundRecording(void)
{
if (!SndSave_IsSoundFileOpen()) {
int no = 0;
do {
char buffer[32];
snprintf(buffer, sizeof(buffer), "atari%03d.wav", no);
if (!Util_fileexists(buffer)) {
/* file does not exist - we can create it */
FilenameMessage(SndSave_OpenSoundFile(buffer)
? "Recording sound to file \"%s\""
: "Can't write to file \"%s\"", buffer);
return;
}
} while (++no < 1000);
UI_driver->fMessage("All atariXXX.wav files exist!", 1);
}
else {
SndSave_CloseSoundFile();
UI_driver->fMessage("Recording stopped", 1);
}
}
#endif /* defined(SOUND) && !defined(DREAMCAST) */
static int AutostartFile(void)
{
static char filename[FILENAME_MAX];
if (UI_driver->fGetLoadFilename(filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
if (AFILE_OpenFile(filename, TRUE, 1, FALSE))
return TRUE;
CantLoad(filename);
}
return FALSE;
}
static void MakeBlankTapeMenu(void)
{
char filenm[FILENAME_MAX];
char description[CASSETTE_DESCRIPTION_MAX];
description[0] = '\0';
strncpy(filenm, CASSETTE_filename, FILENAME_MAX);
if (!UI_driver->fGetSaveFilename(filenm, UI_atari_files_dir, UI_n_atari_files_dir))
return;
if (!UI_driver->fEditString("Enter tape's description", description, sizeof(description)))
return;
if (!CASSETTE_CreateCAS(filenm, description))
CantSave(filenm);
}
/* Callback function that writes a text label to *LABEL, for use by
any slider that adjusts tape position. */
static void TapeSliderLabel(char *label, int value, void *user_data)
{
if (value >= CASSETTE_GetSize())
sprintf(label, "End");
else
snprintf(label, 10, "%i", value + 1);
}
static void TapeManagement(void)
{
static char position_string[17];
static char cas_symbol[] = " C:";
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX_TIP(0, cas_symbol, NULL, NULL),
UI_MENU_LABEL("Description:"),
UI_MENU_LABEL(CASSETTE_description),
UI_MENU_ACTION_PREFIX_TIP(1, "Position: ", position_string, NULL),
UI_MENU_CHECK(2, "Record:"),
UI_MENU_SUBMENU(3, "Make blank tape"),
UI_MENU_END
};
int option = 0;
int seltype;
for (;;) {
int position = CASSETTE_GetPosition();
int size = CASSETTE_GetSize();
/* Set the cassette file description and set the Select Tape tip */
switch (CASSETTE_status) {
case CASSETTE_STATUS_NONE:
menu_array[0].item = "None";
menu_array[0].suffix = "Return:insert";
menu_array[3].suffix = "Tape not loaded";
cas_symbol[0] = ' ';
break;
case CASSETTE_STATUS_READ_ONLY:
menu_array[0].item = CASSETTE_filename;
menu_array[0].suffix = "Return:insert Backspace:eject";
menu_array[3].suffix = "Return:change Backspace:rewind";
cas_symbol[0] = '*';
break;
default: /* CASSETTE_STATUS_READ_WRITE */
menu_array[0].item = CASSETTE_filename;
menu_array[0].suffix = "Ret:insert Bksp:eject Space:read-only";
menu_array[3].suffix = "Return:change Backspace:rewind";
cas_symbol[0] = CASSETTE_write_protect ? '*' : ' ';
break;
}
SetItemChecked(menu_array, 2, CASSETTE_record);
if (CASSETTE_status == CASSETTE_STATUS_NONE)
memcpy(position_string, "N/A", 4);
else {
if (position > size)
snprintf(position_string, sizeof(position_string) - 1, "End/%u blocks", size);
else
snprintf(position_string, sizeof(position_string) - 1, "%u/%u blocks", position, size);
}
option = UI_driver->fSelect("Tape Management", 0, option, menu_array, &seltype);
switch (option) {
case 0:
switch (seltype) {
case UI_USER_SELECT: /* Enter */
if (UI_driver->fGetLoadFilename(CASSETTE_filename, UI_atari_files_dir, UI_n_atari_files_dir)) {
UI_driver->fMessage("Please wait while inserting...", 0);
if (!CASSETTE_Insert(CASSETTE_filename)) {
CantLoad(CASSETTE_filename);
break;
}
}
break;
case UI_USER_DELETE: /* Backspace */
if (CASSETTE_status != CASSETTE_STATUS_NONE)
CASSETTE_Remove();
break;
case UI_USER_TOGGLE: /* Space */
/* Toggle only if the cassette is mounted. */
if (CASSETTE_status != CASSETTE_STATUS_NONE && !CASSETTE_ToggleWriteProtect())
/* The file is read-only. */
UI_driver->fMessage("Cannot switch to read/write", 1);
break;
}
break;
case 1:
/* The Current Block control is inactive if no cassette file present */
if (CASSETTE_status == CASSETTE_STATUS_NONE)
break;
switch (seltype) {
case UI_USER_SELECT: { /* Enter */
int value = UI_driver->fSelectSlider("Position tape",
position - 1,
size, &TapeSliderLabel, NULL);
if (value != -1)
CASSETTE_Seek(value + 1);
}
break;
case UI_USER_DELETE: /* Backspace */
CASSETTE_Seek(1);
break;
}
break;
case 2:
/* Toggle only if the cassette is mounted. */
if (CASSETTE_status != CASSETTE_STATUS_NONE && !CASSETTE_ToggleRecord())
UI_driver->fMessage("Tape is read-only, recording will fail", 1);
break;
case 3:
MakeBlankTapeMenu();
break;
default:
return;
}
}
}
static void AdvancedHOptions(void)
{
static char open_info[] = "0 currently open files";
static UI_tMenuItem menu_array[] = {
UI_MENU_ACTION(0, "Atari executables path"),
UI_MENU_ACTION_TIP(1, open_info, NULL),
UI_MENU_LABEL("Current directories:"),
UI_MENU_ACTION_PREFIX_TIP(2, "H1:", Devices_h_current_dir[0], NULL),
UI_MENU_ACTION_PREFIX_TIP(3, "H2:", Devices_h_current_dir[1], NULL),
UI_MENU_ACTION_PREFIX_TIP(4, "H3:", Devices_h_current_dir[2], NULL),
UI_MENU_ACTION_PREFIX_TIP(5, "H4:", Devices_h_current_dir[3], NULL),
UI_MENU_END
};
int option = 0;
for (;;) {
int i;
int seltype;
i = Devices_H_CountOpen();
open_info[0] = (char) ('0' + i);
open_info[21] = (i != 1) ? 's' : '\0';
menu_array[1].suffix = (i > 0) ? ((i == 1) ? "Backspace: close" : "Backspace: close all") : NULL;
for (i = 0; i < 4; i++)
menu_array[3 + i].suffix = Devices_h_current_dir[i][0] != '\0' ? "Backspace: reset to root" : NULL;
option = UI_driver->fSelect("Advanced H: options", 0, option, menu_array, &seltype);
switch (option) {
case 0:
{
char tmp_path[FILENAME_MAX];
strcpy(tmp_path, Devices_h_exe_path);
if (UI_driver->fEditString("Atari executables path", tmp_path, FILENAME_MAX))
strcpy(Devices_h_exe_path, tmp_path);
}
break;
case 1:
if (seltype == UI_USER_DELETE)
Devices_H_CloseAll();
break;
case 2:
case 3:
case 4:
case 5:
if (seltype == UI_USER_DELETE)
Devices_h_current_dir[option - 2][0] = '\0';
break;
default:
return;
}
}
}
static void ConfigureDirectories(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_LABEL("Directories with Atari software:"),
UI_MENU_FILESEL(0, UI_atari_files_dir[0]),
UI_MENU_FILESEL(1, UI_atari_files_dir[1]),
UI_MENU_FILESEL(2, UI_atari_files_dir[2]),
UI_MENU_FILESEL(3, UI_atari_files_dir[3]),
UI_MENU_FILESEL(4, UI_atari_files_dir[4]),
UI_MENU_FILESEL(5, UI_atari_files_dir[5]),
UI_MENU_FILESEL(6, UI_atari_files_dir[6]),
UI_MENU_FILESEL(7, UI_atari_files_dir[7]),
UI_MENU_FILESEL(8, "[add directory]"),
UI_MENU_LABEL("Directories for emulator-saved files:"),
UI_MENU_FILESEL(10, UI_saved_files_dir[0]),
UI_MENU_FILESEL(11, UI_saved_files_dir[1]),
UI_MENU_FILESEL(12, UI_saved_files_dir[2]),
UI_MENU_FILESEL(13, UI_saved_files_dir[3]),
UI_MENU_FILESEL(14, UI_saved_files_dir[4]),
UI_MENU_FILESEL(15, UI_saved_files_dir[5]),
UI_MENU_FILESEL(16, UI_saved_files_dir[6]),
UI_MENU_FILESEL(17, UI_saved_files_dir[7]),
UI_MENU_FILESEL(18, "[add directory]"),
UI_MENU_ACTION(9, "What's this?"),
UI_MENU_ACTION(19, "Back to Emulator Settings"),
UI_MENU_END
};
int option = 9;
int flags = 0;
for (;;) {
int i;
int seltype;
char tmp_dir[FILENAME_MAX];
for (i = 0; i < 8; i++) {
menu_array[1 + i].flags = (i < UI_n_atari_files_dir) ? (UI_ITEM_FILESEL | UI_ITEM_TIP) : UI_ITEM_HIDDEN;
menu_array[11 + i].flags = (i < UI_n_saved_files_dir) ? (UI_ITEM_FILESEL | UI_ITEM_TIP) : UI_ITEM_HIDDEN;
menu_array[1 + i].suffix = menu_array[11 + i].suffix = (flags != 0)
? "Up/Down:move Space:release"
: "Ret:change Bksp:delete Space:reorder";
}
if (UI_n_atari_files_dir < 2)
menu_array[1].suffix = "Return:change Backspace:delete";
if (UI_n_saved_files_dir < 2)
menu_array[11].suffix = "Return:change Backspace:delete";
menu_array[9].flags = (UI_n_atari_files_dir < 8) ? UI_ITEM_FILESEL : UI_ITEM_HIDDEN;
menu_array[19].flags = (UI_n_saved_files_dir < 8) ? UI_ITEM_FILESEL : UI_ITEM_HIDDEN;
option = UI_driver->fSelect("Configure Directories", flags, option, menu_array, &seltype);
if (option < 0)
return;
if (flags != 0) {
switch (seltype) {
case UI_USER_DRAG_UP:
if (option != 0 && option != 10) {
strcpy(tmp_dir, menu_array[1 + option].item);
strcpy(menu_array[1 + option].item, menu_array[option].item);
strcpy(menu_array[option].item, tmp_dir);
option--;
}
break;
case UI_USER_DRAG_DOWN:
if (option != UI_n_atari_files_dir - 1 && option != 10 + UI_n_saved_files_dir - 1) {
strcpy(tmp_dir, menu_array[1 + option].item);
strcpy(menu_array[1 + option].item, menu_array[2 + option].item);
strcpy(menu_array[2 + option].item, tmp_dir);
option++;
}
break;
default:
flags = 0;
break;
}
continue;
}
switch (option) {
case 8:
tmp_dir[0] = '\0';
if (UI_driver->fGetDirectoryPath(tmp_dir)) {
strcpy(UI_atari_files_dir[UI_n_atari_files_dir], tmp_dir);
option = UI_n_atari_files_dir++;
}
break;
case 18:
tmp_dir[0] = '\0';
if (UI_driver->fGetDirectoryPath(tmp_dir)) {
strcpy(UI_saved_files_dir[UI_n_saved_files_dir], tmp_dir);
option = 10 + UI_n_saved_files_dir++;
}
break;
case 9:
#if 0
{
static const UI_tMenuItem help_menu_array[] = {
UI_MENU_LABEL("You can configure directories,"),
UI_MENU_LABEL("where you usually store files used by"),
UI_MENU_LABEL("Atari800, to make them available"),
UI_MENU_LABEL("at Tab key press in file selectors."),
UI_MENU_LABEL(""),
UI_MENU_LABEL("\"Directories with Atari software\""),
UI_MENU_LABEL("are for disk images, cartridge images,"),
UI_MENU_LABEL("tape images, executables and BASIC"),
UI_MENU_LABEL("programs."),
UI_MENU_LABEL(""),
UI_MENU_LABEL("\"Directories for emulator-saved files\""),
UI_MENU_LABEL("are for state files, disk sets and"),
UI_MENU_LABEL("screenshots taken via User Interface."),
UI_MENU_LABEL(""),
UI_MENU_LABEL(""),
UI_MENU_ACTION(0, "Back"),
UI_MENU_END
};
UI_driver->fSelect("Configure Directories - Help", 0, 0, help_menu_array, NULL);
}
#else
UI_driver->fInfoScreen("Configure Directories - Help",
"You can configure directories,\0"
"where you usually store files used by\0"
"Atari800, to make them available\0"
"at Tab key press in file selectors.\0"
"\0"
"\"Directories with Atari software\"\0"
"are for disk images, cartridge images,\0"
"tape images, executables\0"
"and BASIC programs.\0"
"\0"
"\"Directories for emulator-saved files\"\0"
"are for state files, disk sets and\0"
"screenshots taken via User Interface.\0"
"\n");
#endif
break;
case 19:
return;
default:
if (seltype == UI_USER_TOGGLE) {
if ((option < 10 ? UI_n_atari_files_dir : UI_n_saved_files_dir) > 1)
flags = UI_SELECT_DRAG;
}
else if (seltype == UI_USER_DELETE) {
if (option < 10) {
if (option >= --UI_n_atari_files_dir) {
option = 8;
break;
}
for (i = option; i < UI_n_atari_files_dir; i++)
strcpy(UI_atari_files_dir[i], UI_atari_files_dir[i + 1]);
}
else {
if (option >= --UI_n_saved_files_dir) {
option = 18;
break;
}
for (i = option - 10; i < UI_n_saved_files_dir; i++)
strcpy(UI_saved_files_dir[i], UI_saved_files_dir[i + 1]);
}
}
else
UI_driver->fGetDirectoryPath(menu_array[1 + option].item);
break;
}
}
}
static void ROMLocations(char const *title, UI_tMenuItem *menu_array)
{
int option = 0;
for (;;) {
int seltype;
UI_tMenuItem *item;
for (item = menu_array; item->flags != UI_ITEM_END; ++item) {
int i = item->retval;
if (SYSROM_roms[i].filename[0] == '\0')
item->item = "None";
else
item->item = SYSROM_roms[i].filename;
}
option = UI_driver->fSelect(title, 0, option, menu_array, &seltype);
if (option < 0)
return;
if (seltype == UI_USER_DELETE)
SYSROM_roms[option].filename[0] = '\0';
else {
char filename[FILENAME_MAX] = "";
if (SYSROM_roms[option].filename[0] != '\0')
strcpy(filename, SYSROM_roms[option].filename);
else {
/* Use first non-empty ROM path as a starting filename for the dialog. */
int i;
for (i = 0; i < SYSROM_SIZE; ++i) {
if (SYSROM_roms[i].filename[0] != '\0') {
strcpy(filename, SYSROM_roms[i].filename);
break;
}
}
}
for (;;) {
if (!UI_driver->fGetLoadFilename(filename, NULL, 0))
break;
switch(SYSROM_SetPath(filename, 1, option)) {
case SYSROM_ERROR:
CantLoad(filename);
continue;
case SYSROM_BADSIZE:
UI_driver->fMessage("Can't load, incorrect file size", 1);
continue;
case SYSROM_BADCRC:
UI_driver->fMessage("Can't load, incorrect checksum", 1);
continue;
}
break;
}
}
}
}
static void ROMLocations800(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX(SYSROM_A_NTSC, " Rev. A NTSC:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_A_PAL, " Rev. A PAL:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_B_NTSC, " Rev. B NTSC:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_800_CUSTOM, " Custom:", NULL),
UI_MENU_END
};
ROMLocations("400/800 OS ROM Locations", menu_array);
}
static void ROMLocationsXL(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX(SYSROM_AA00R10, " AA00 Rev. 10:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_AA01R11, " AA01 Rev. 11:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB00R1, " BB00 Rev. 1:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB01R2, " BB01 Rev. 2:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB02R3, " BB02 Rev. 3:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB02R3V4, " BB02 Rev. 3 Ver. 4:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_CC01R4, " CC01 Rev. 4:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB01R3, " BB01 Rev. 3:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB01R4_OS, " BB01 Rev. 4:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB01R59, " BB01 Rev. 59:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BB01R59A, " BB01 Rev. 59 alt.:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_XL_CUSTOM, " Custom:", NULL),
UI_MENU_END
};
ROMLocations("XL/XE OS ROM Locations", menu_array);
}
static void ROMLocations5200(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX(SYSROM_5200, " Original:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_5200A, " Rev. A:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_5200_CUSTOM, " Custom:", NULL),
UI_MENU_END
};
ROMLocations("5200 BIOS ROM Locations", menu_array);
}
static void ROMLocationsBASIC(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX(SYSROM_BASIC_A, " Rev. A:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BASIC_B, " Rev. B:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BASIC_C, " Rev. C:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_BASIC_CUSTOM, " Custom:", NULL),
UI_MENU_END
};
ROMLocations("BASIC ROM Locations", menu_array);
}
static void ROMLocationsXEGame(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_PREFIX(SYSROM_XEGAME, " Original:", NULL),
UI_MENU_FILESEL_PREFIX(SYSROM_XEGAME_CUSTOM, " Custom:", NULL),
UI_MENU_END
};
ROMLocations("XEGS Builtin Game ROM Locations", menu_array);
}
static void SystemROMSettings(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL(0, "Find ROM images in a directory"),
UI_MENU_SUBMENU(1, "400/800 OS ROM locations"),
UI_MENU_SUBMENU(2, "XL/XE OS ROM locations"),
UI_MENU_SUBMENU(3, "5200 BIOS ROM locations"),
UI_MENU_SUBMENU(4, "BASIC ROM locations"),
UI_MENU_SUBMENU(5, "XEGS builtin game ROM locations"),
UI_MENU_END
};
int option = 0;
for (;;) {
int seltype;
option = UI_driver->fSelect("System ROM Settings", 0, option, menu_array, &seltype);
switch (option) {
case 0:
{
char rom_dir[FILENAME_MAX] = "";
int i;
/* Use first non-empty ROM path as a starting filename for the dialog. */
for (i = 0; i < SYSROM_SIZE; ++i) {
if (SYSROM_roms[i].filename[0] != '\0') {
Util_splitpath(SYSROM_roms[i].filename, rom_dir, NULL);
break;
}
}
if (UI_driver->fGetDirectoryPath(rom_dir))
SYSROM_FindInDir(rom_dir, FALSE);
}
break;
case 1:
ROMLocations800();
break;
case 2:
ROMLocationsXL();
break;
case 3:
ROMLocations5200();
break;
case 4:
ROMLocationsBASIC();
break;
case 5:
ROMLocationsXEGame();
break;
default:
return;
}
}
}
static void AtariSettings(void)
{
#ifdef XEP80_EMULATION
static const UI_tMenuItem xep80_menu_array[] = {
UI_MENU_ACTION(0, "off"),
UI_MENU_ACTION(1, "port 1"),
UI_MENU_ACTION(2, "port 2"),
UI_MENU_END
};
#endif /* XEP80_EMULATION */
static UI_tMenuItem menu_array[] = {
UI_MENU_CHECK(0, "Disable BASIC when booting Atari:"),
UI_MENU_CHECK(1, "Boot from tape (hold Start):"),
UI_MENU_CHECK(2, "Enable R-Time 8:"),
#ifdef XEP80_EMULATION
UI_MENU_SUBMENU_SUFFIX(18, "Enable XEP80:", NULL),
#endif /* XEP80_EMULATION */
UI_MENU_CHECK(3, "SIO patch (fast disk access):"),
UI_MENU_CHECK(17, "Turbo (F12):"),
UI_MENU_CHECK(19, "Slow booting of DOS binary files:"),
UI_MENU_ACTION(4, "H: device (hard disk):"),
UI_MENU_CHECK(5, "P: device (printer):"),
#ifdef R_IO_DEVICE
#ifdef DREAMCAST
UI_MENU_CHECK(6, "R: device (using Coder's Cable):"),
#else
UI_MENU_CHECK(6, "R: device (Atari850 via net):"),
#endif
#endif
UI_MENU_FILESEL_PREFIX(7, "H1: ", Devices_atari_h_dir[0]),
UI_MENU_FILESEL_PREFIX(8, "H2: ", Devices_atari_h_dir[1]),
UI_MENU_FILESEL_PREFIX(9, "H3: ", Devices_atari_h_dir[2]),
UI_MENU_FILESEL_PREFIX(10, "H4: ", Devices_atari_h_dir[3]),
UI_MENU_SUBMENU(11, "Advanced H: options"),
UI_MENU_ACTION_PREFIX(12, "Print command: ", Devices_print_command),
UI_MENU_SUBMENU(13, "System ROM settings"),
UI_MENU_SUBMENU(14, "Configure directories"),
#ifndef DREAMCAST
UI_MENU_ACTION(15, "Save configuration file"),
UI_MENU_CHECK(16, "Save configuration on exit:"),
#endif
UI_MENU_END
};
char tmp_command[256];
int option = 0;
for (;;) {
int seltype;
SetItemChecked(menu_array, 0, Atari800_disable_basic);
SetItemChecked(menu_array, 1, CASSETTE_hold_start_on_reboot);
SetItemChecked(menu_array, 2, RTIME_enabled);
SetItemChecked(menu_array, 3, ESC_enable_sio_patch);
#ifdef XEP80_EMULATION
FindMenuItem(menu_array, 18)->suffix = xep80_menu_array[XEP80_enabled ? XEP80_port + 1 : 0].item;
#endif /* XEP80_EMULATION */
SetItemChecked(menu_array, 17, Atari800_turbo);
SetItemChecked(menu_array, 19, BINLOAD_slow_xex_loading);
FindMenuItem(menu_array, 4)->suffix = Devices_enable_h_patch ? (Devices_h_read_only ? "Read-only" : "Read/write") : "No ";
SetItemChecked(menu_array, 5, Devices_enable_p_patch);
#ifdef R_IO_DEVICE
SetItemChecked(menu_array, 6, Devices_enable_r_patch);
#endif
SetItemChecked(menu_array, 16, CFG_save_on_exit);
option = UI_driver->fSelect("Emulator Settings", 0, option, menu_array, &seltype);
switch (option) {
case 0:
Atari800_disable_basic = !Atari800_disable_basic;
break;
case 1:
CASSETTE_hold_start_on_reboot = !CASSETTE_hold_start_on_reboot;
CASSETTE_hold_start = CASSETTE_hold_start_on_reboot;
break;
case 2:
RTIME_enabled = !RTIME_enabled;
break;
case 3:
ESC_enable_sio_patch = !ESC_enable_sio_patch;
break;
case 4:
if (!Devices_enable_h_patch) {
Devices_enable_h_patch = TRUE;
Devices_h_read_only = TRUE;
}
else if (Devices_h_read_only)
Devices_h_read_only = FALSE;
else {
Devices_enable_h_patch = FALSE;
Devices_h_read_only = TRUE;
}
break;
case 5:
Devices_enable_p_patch = !Devices_enable_p_patch;
break;
#ifdef R_IO_DEVICE
case 6:
Devices_enable_r_patch = !Devices_enable_r_patch;
break;
#endif
case 7:
case 8:
case 9:
case 10:
if (seltype == UI_USER_DELETE)
FindMenuItem(menu_array, option)->item[0] = '\0';
else
UI_driver->fGetDirectoryPath(FindMenuItem(menu_array, option)->item);
break;
case 11:
AdvancedHOptions();
break;
case 12:
strcpy(tmp_command, Devices_print_command);
if (UI_driver->fEditString("Print command", tmp_command, sizeof(tmp_command)))
if (!Devices_SetPrintCommand(tmp_command))
UI_driver->fMessage("Specified command is not allowed", 1);
break;
case 13:
SystemROMSettings();
break;
case 14:
ConfigureDirectories();
break;
#ifndef DREAMCAST
case 15:
UI_driver->fMessage(CFG_WriteConfig() ? "Configuration file updated" : "Error writing configuration file", 1);
break;
case 16:
CFG_save_on_exit = !CFG_save_on_exit;
break;
#endif
case 17:
Atari800_turbo = !Atari800_turbo;
break;
#ifdef XEP80_EMULATION
case 18:
{
int option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, XEP80_enabled ? XEP80_port + 1 : 0, xep80_menu_array, NULL);
if (option2 == 0)
XEP80_SetEnabled(FALSE);
else if (option2 > 0) {
if (XEP80_SetEnabled(TRUE))
XEP80_port = option2 - 1;
else
UI_driver->fMessage("Error: Missing XEP80 charset ROM.", 1);
}
}
break;
#endif /* XEP80_EMULATION */
case 19:
BINLOAD_slow_xex_loading = !BINLOAD_slow_xex_loading;
break;
default:
ESC_UpdatePatches();
return;
}
}
}
static char state_filename[FILENAME_MAX];
static void SaveState(void)
{
if (UI_driver->fGetSaveFilename(state_filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
int result;
UI_driver->fMessage("Please wait while saving...", 0);
result = StateSav_SaveAtariState(state_filename, "wb", TRUE);
if (!result)
CantSave(state_filename);
}
}
static void LoadState(void)
{
if (UI_driver->fGetLoadFilename(state_filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
UI_driver->fMessage("Please wait while loading...", 0);
if (!StateSav_ReadAtariState(state_filename, "rb"))
CantLoad(state_filename);
}
}
/* CURSES_BASIC doesn't use artifacting or Atari800_collisions_in_skipped_frames,
but does use Atari800_refresh_rate. However, changing Atari800_refresh_rate on CURSES is mostly
useless, as the text-mode screen is normally updated infrequently by Atari.
In case you wonder how artifacting affects CURSES version without
CURSES_BASIC: it is visible on the screenshots (yes, they are bitmaps). */
#ifndef CURSES_BASIC
#if SUPPORTS_CHANGE_VIDEOMODE
/* Scrollable submenu for choosing fullscreen reslution. */
static int ChooseVideoResolution(int current_res)
{
UI_tMenuItem *menu_array;
char (*res_strings)[10];
int num_res = VIDEOMODE_NumAvailableResolutions();
unsigned int i;
menu_array = (UI_tMenuItem *)Util_malloc((num_res+1) * sizeof(UI_tMenuItem));
res_strings = (char (*)[10])Util_malloc(num_res * sizeof(char[10]));
for (i = 0; i < num_res; i ++) {
VIDEOMODE_CopyResolutionName(i, res_strings[i], 10);
menu_array[i].flags = UI_ITEM_ACTION;
menu_array[i].retval = i;
menu_array[i].prefix = NULL;
menu_array[i].item = res_strings[i];
menu_array[i].suffix = NULL;
}
menu_array[num_res].flags = UI_ITEM_END;
menu_array[num_res].retval = 0;
menu_array[i].prefix = NULL;
menu_array[i].item = NULL;
menu_array[i].suffix = NULL;
current_res = UI_driver->fSelect(NULL, UI_SELECT_POPUP, current_res, menu_array, NULL);
free(res_strings);
free(menu_array);
return current_res;
}
/* Callback function that writes a text label to *LABEL, for use by
any slider that adjusts an integer value. */
static void IntSliderLabel(char *label, int value, void *user_data)
{
value += *((int *)user_data);
sprintf(label, "%i", value); /* WARNING: No more that 10 chars! */
}
/* Callback function that writes a text label to *LABEL, for use by
the Set Horizontal Offset slider. */
static void HorizOffsetSliderLabel(char *label, int value, void *user_data)
{
value += *((int *)user_data);
sprintf(label, "%i", value); /* WARNING: No more that 10 chars! */
VIDEOMODE_SetHorizontalOffset(value);
}
/* Callback function that writes a text label to *LABEL, for use by
the Set Vertical Offset slider. */
static void VertOffsetSliderLabel(char *label, int value, void *user_data)
{
value += *((int *)user_data);
sprintf(label, "%i", value); /* WARNING: No more that 10 chars! */
VIDEOMODE_SetVerticalOffset(value);
}
#if GUI_SDL
/* Callback function that writes a text label to *LABEL, for use by
the Scanlines Visibility slider. */
static void ScanlinesSliderLabel(char *label, int value, void *user_data)
{
sprintf(label, "%i", value);
SDL_VIDEO_SetScanlinesPercentage(value);
}
#endif /* GUI_SDL */
static void VideoModeSettings(void)
{
static const UI_tMenuItem host_aspect_menu_array[] = {
UI_MENU_ACTION(0, "autodetect"),
UI_MENU_ACTION(1, "4:3"),
UI_MENU_ACTION(2, "5:4"),
UI_MENU_ACTION(3, "16:9"),
UI_MENU_ACTION(4, "custom"),
UI_MENU_END
};
static const UI_tMenuItem stretch_menu_array[] = {
UI_MENU_ACTION(0, "none (1x)"),
UI_MENU_ACTION(1, "2x"),
UI_MENU_ACTION(2, "3x"),
UI_MENU_ACTION(3, "fit screen - integral"),
UI_MENU_ACTION(4, "fit screen - full"),
UI_MENU_ACTION(5, "custom"),
UI_MENU_END
};
char stretch_string[10];
static const UI_tMenuItem fit_menu_array[] = {
UI_MENU_ACTION(0, "fit width"),
UI_MENU_ACTION(1, "fit height"),
UI_MENU_ACTION(2, "fit both"),
UI_MENU_END
};
static const UI_tMenuItem aspect_menu_array[] = {
UI_MENU_ACTION(0, "don't keep"),
UI_MENU_ACTION(1, "square pixels"),
UI_MENU_ACTION(2, "authentic"),
UI_MENU_END
};
static const UI_tMenuItem width_menu_array[] = {
UI_MENU_ACTION(0, "narrow"),
UI_MENU_ACTION(1, "like on TV"),
UI_MENU_ACTION(2, "full overscan"),
UI_MENU_ACTION(3, "custom"),
UI_MENU_END
};
char horiz_area_string[4];
static const UI_tMenuItem height_menu_array[] = {
UI_MENU_ACTION(0, "short"),
UI_MENU_ACTION(1, "like on TV"),
UI_MENU_ACTION(2, "full overscan"),
UI_MENU_ACTION(3, "custom"),
UI_MENU_END
};
char vert_area_string[4];
static char res_string[10];
static char ratio_string[10];
static char horiz_offset_string[4];
static char vert_offset_string[4];
#if GUI_SDL
static const UI_tMenuItem bpp_menu_array[] = {
UI_MENU_ACTION(0, "autodetect"),
UI_MENU_ACTION(1, "8"),
UI_MENU_ACTION(2, "16"),
UI_MENU_ACTION(3, "32"),
UI_MENU_END
};
static char bpp_string[3];
#if HAVE_OPENGL
static const UI_tMenuItem pixel_format_menu_array[] = {
UI_MENU_ACTION(0, "16-bit BGR"),
UI_MENU_ACTION(1, "16-bit RGB"),
UI_MENU_ACTION(2, "32-bit BGRA"),
UI_MENU_ACTION(3, "32-bit ARGB"),
UI_MENU_END
};
#endif /* HAVE_OPENGL */
static char scanlines_string[4];
#endif /* GUI_SDL */
static UI_tMenuItem menu_array[] = {
UI_MENU_SUBMENU_SUFFIX(0, "Host display aspect ratio:", ratio_string),
#if GUI_SDL && HAVE_OPENGL
UI_MENU_CHECK(1, "Hardware acceleration:"),
UI_MENU_CHECK(2, " Bilinear filtering:"),
UI_MENU_CHECK(3, " Use pixel buffer objects:"),
#endif /* GUI_SDL && HAVE_OPENGL */
UI_MENU_CHECK(4, "Fullscreen:"),
UI_MENU_SUBMENU_SUFFIX(5, " Fullscreen resolution:", res_string),
#if SUPPORTS_ROTATE_VIDEOMODE
UI_MENU_CHECK(6, "Rotate sideways:"),
#endif /* SUPPORTS_ROTATE_VIDEOMODE */
#if GUI_SDL
UI_MENU_SUBMENU_SUFFIX(7, "Bits per pixel:", bpp_string),
#if HAVE_OPENGL
UI_MENU_SUBMENU_SUFFIX(8, "Pixel format:", NULL),
#endif /* HAVE_OPENGL */
UI_MENU_CHECK(9, "Vertical synchronization:"),
#endif /* GUI_SDL */
UI_MENU_SUBMENU_SUFFIX(10, "Image aspect ratio:", NULL),
UI_MENU_SUBMENU_SUFFIX(11, "Stretch image:", NULL),
UI_MENU_SUBMENU_SUFFIX(12, "Fit screen method:", NULL),
UI_MENU_SUBMENU_SUFFIX(13, "Horizontal view area:", NULL),
UI_MENU_SUBMENU_SUFFIX(14, "Vertical view area:", NULL),
UI_MENU_SUBMENU_SUFFIX(15, "Horizontal shift:", horiz_offset_string),
UI_MENU_SUBMENU_SUFFIX(16, "Vertical shift:", vert_offset_string),
#if GUI_SDL
UI_MENU_SUBMENU_SUFFIX(17, "Scanlines visibility:", scanlines_string),
UI_MENU_CHECK(18, " Interpolate scanlines:"),
#endif /* GUI_SDL */
UI_MENU_END
};
int option = 0;
int option2 = 0;
int seltype;
for (;;) {
VIDEOMODE_CopyHostAspect(ratio_string, 10);
#if GUI_SDL
snprintf(bpp_string, sizeof(bpp_string), "%d", SDL_VIDEO_SW_bpp);
#if HAVE_OPENGL
SetItemChecked(menu_array, 1, SDL_VIDEO_opengl);
SetItemChecked(menu_array, 2, SDL_VIDEO_GL_filtering);
SetItemChecked(menu_array, 3, SDL_VIDEO_GL_pbo);
if (SDL_VIDEO_opengl) {
FindMenuItem(menu_array, 7)->flags = UI_ITEM_HIDDEN;
FindMenuItem(menu_array, 8)->flags = UI_ITEM_SUBMENU;
FindMenuItem(menu_array, 8)->suffix = pixel_format_menu_array[SDL_VIDEO_GL_pixel_format].item;
} else {
FindMenuItem(menu_array, 7)->flags = UI_ITEM_SUBMENU;
FindMenuItem(menu_array, 8)->flags = UI_ITEM_HIDDEN;
}
#endif /* HAVE_OPENGL */
if (SDL_VIDEO_vsync && !SDL_VIDEO_vsync_available) {
FindMenuItem(menu_array, 9)->flags = UI_ITEM_ACTION;
FindMenuItem(menu_array, 9)->suffix = "N/A";
} else {
FindMenuItem(menu_array, 9)->flags = UI_ITEM_CHECK;
SetItemChecked(menu_array, 9, SDL_VIDEO_vsync);
}
snprintf(scanlines_string, sizeof(scanlines_string), "%d", SDL_VIDEO_scanlines_percentage);
SetItemChecked(menu_array, 18, SDL_VIDEO_interpolate_scanlines);
#endif /* GUI_SDL */
SetItemChecked(menu_array, 4, !VIDEOMODE_windowed);
VIDEOMODE_CopyResolutionName(VIDEOMODE_GetFullscreenResolution(), res_string, 10);
#if SUPPORTS_ROTATE_VIDEOMODE
SetItemChecked(menu_array, 6, VIDEOMODE_rotate90);
#endif
FindMenuItem(menu_array, 10)->suffix = aspect_menu_array[VIDEOMODE_keep_aspect].item;
if (VIDEOMODE_stretch < VIDEOMODE_STRETCH_CUSTOM)
FindMenuItem(menu_array, 11)->suffix = stretch_menu_array[VIDEOMODE_stretch].item;
else {
FindMenuItem(menu_array, 11)->suffix = stretch_string;
snprintf(stretch_string, sizeof(stretch_string), "%f", VIDEOMODE_custom_stretch);
}
FindMenuItem(menu_array, 12)->suffix = fit_menu_array[VIDEOMODE_fit].item;
if (VIDEOMODE_horizontal_area < VIDEOMODE_HORIZONTAL_CUSTOM)
FindMenuItem(menu_array, 13)->suffix = width_menu_array[VIDEOMODE_horizontal_area].item;
else {
FindMenuItem(menu_array, 13)->suffix = horiz_area_string;
snprintf(horiz_area_string, sizeof(horiz_area_string), "%d", VIDEOMODE_custom_horizontal_area);
}
if (VIDEOMODE_vertical_area < VIDEOMODE_VERTICAL_CUSTOM)
FindMenuItem(menu_array, 14)->suffix = height_menu_array[VIDEOMODE_vertical_area].item;
else {
FindMenuItem(menu_array, 14)->suffix = vert_area_string;
snprintf(vert_area_string, sizeof(vert_area_string), "%d", VIDEOMODE_custom_vertical_area);
}
snprintf(horiz_offset_string, sizeof(horiz_offset_string), "%d", VIDEOMODE_horizontal_offset);
snprintf(vert_offset_string, sizeof(vert_offset_string), "%d", VIDEOMODE_vertical_offset);
option = UI_driver->fSelect("Video Mode Settings", 0, option, menu_array, &seltype);
switch (option) {
case 0:
{
int current;
for (current = 1; current < 4; ++current) {
/* Find the currently-chosen host aspect ratio. */
if (strcmp(ratio_string, host_aspect_menu_array[current].item) == 0)
break;
}
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, current, host_aspect_menu_array, NULL);
if (option2 == 4) {
char buffer[sizeof(ratio_string)];
memcpy(buffer, ratio_string, sizeof(buffer));
if (UI_driver->fEditString("Enter value in x:y format", buffer, sizeof(buffer)))
VIDEOMODE_SetHostAspectString(buffer);
}
else if (option2 >= 1)
VIDEOMODE_SetHostAspectString(host_aspect_menu_array[option2].item);
else if (option2 == 0)
VIDEOMODE_AutodetectHostAspect();
}
break;
#if GUI_SDL && HAVE_OPENGL
case 1:
SDL_VIDEO_ToggleOpengl();
if (!SDL_VIDEO_opengl_available)
UI_driver->fMessage("Error: OpenGL is not available.", 1);
break;
case 2:
if (!SDL_VIDEO_opengl)
UI_driver->fMessage("Works only with hardware acceleration.", 1);
SDL_VIDEO_GL_ToggleFiltering();
break;
case 3:
if (!SDL_VIDEO_opengl)
UI_driver->fMessage("Works only with hardware acceleration.", 1);
if (!SDL_VIDEO_GL_TogglePbo())
UI_driver->fMessage("Pixel buffer objects not available.", 1);
break;
#endif /* GUI_SDL && HAVE_OPENGL */
case 4:
VIDEOMODE_ToggleWindowed();
break;
case 5:
option2 = ChooseVideoResolution(VIDEOMODE_GetFullscreenResolution());
if (option2 >= 0)
VIDEOMODE_SetFullscreenResolution(option2);
break;
#if SUPPORTS_ROTATE_VIDEOMODE
case 6:
VIDEOMODE_ToggleRotate90();
break;
#endif
#if GUI_SDL
case 7:
{
int current;
switch (SDL_VIDEO_SW_bpp) {
case 0:
current = 0;
break;
case 8:
current = 1;
break;
case 16:
current = 2;
break;
default: /* 32 */
current = 3;
}
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, current, bpp_menu_array, NULL);
switch(option2) {
case 0:
SDL_VIDEO_SW_SetBpp(0);
break;
case 1:
SDL_VIDEO_SW_SetBpp(8);
break;
case 2:
SDL_VIDEO_SW_SetBpp(16);
break;
case 3:
SDL_VIDEO_SW_SetBpp(32);
}
}
break;
#if HAVE_OPENGL
case 8:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, SDL_VIDEO_GL_pixel_format, pixel_format_menu_array, NULL);
if (option2 >= 0)
SDL_VIDEO_GL_SetPixelFormat(option2);
break;
#endif /* HAVE_OPENGL */
case 9:
if (!SDL_VIDEO_ToggleVsync())
UI_driver->fMessage("Not available in this video mode.", 1);
break;
#endif /* GUI_SDL */
case 10:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, VIDEOMODE_keep_aspect, aspect_menu_array, NULL);
if (option2 >= 0)
VIDEOMODE_SetKeepAspect(option2);
break;
case 11:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, VIDEOMODE_stretch, stretch_menu_array, NULL);
if (option2 >= 0) {
if (option2 < VIDEOMODE_STRETCH_CUSTOM)
VIDEOMODE_SetStretch(option2);
else {
char buffer[sizeof(stretch_string)];
snprintf(buffer, sizeof(buffer), "%f", VIDEOMODE_custom_stretch);
if (UI_driver->fEditString("Enter multiplier", buffer, sizeof(buffer)))
VIDEOMODE_SetCustomStretch(atof(buffer));
}
}
break;
case 12:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, VIDEOMODE_fit, fit_menu_array, NULL);
if (option2 >= 0)
VIDEOMODE_SetFit(option2);
break;
case 13:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, VIDEOMODE_horizontal_area, width_menu_array, NULL);
if (option2 >= 0) {
if (option2 < VIDEOMODE_HORIZONTAL_CUSTOM)
VIDEOMODE_SetHorizontalArea(option2);
else {
int offset = VIDEOMODE_MIN_HORIZONTAL_AREA;
int value = UI_driver->fSelectSlider("Adjust horizontal area",
VIDEOMODE_custom_horizontal_area - offset,
VIDEOMODE_MAX_HORIZONTAL_AREA - VIDEOMODE_MIN_HORIZONTAL_AREA,
&IntSliderLabel, &offset);
if (value != -1)
VIDEOMODE_SetCustomHorizontalArea(value + offset);
}
}
break;
case 14:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, VIDEOMODE_vertical_area, height_menu_array, NULL);
if (option2 >= 0) {
if (option2 < VIDEOMODE_VERTICAL_CUSTOM)
VIDEOMODE_SetVerticalArea(option2);
else {
int offset = VIDEOMODE_MIN_VERTICAL_AREA;
int value = UI_driver->fSelectSlider("Adjust vertical area",
VIDEOMODE_custom_vertical_area - offset,
VIDEOMODE_MAX_VERTICAL_AREA - VIDEOMODE_MIN_VERTICAL_AREA,
&IntSliderLabel, &offset);
if (value != -1)
VIDEOMODE_SetCustomVerticalArea(value + offset);
}
}
break;
case 15:
switch (seltype) {
case UI_USER_SELECT:
{
int range = VIDEOMODE_MAX_HORIZONTAL_AREA - VIDEOMODE_custom_horizontal_area;
int offset = - range / 2;
int value = UI_driver->fSelectSlider("Adjust horizontal shift",
VIDEOMODE_horizontal_offset - offset,
range, &HorizOffsetSliderLabel, &offset);
if (value != -1)
VIDEOMODE_SetHorizontalOffset(value + offset);
}
break;
case UI_USER_DELETE:
VIDEOMODE_SetHorizontalOffset(0);
break;
}
break;
case 16:
switch (seltype) {
case UI_USER_SELECT:
{
int range = VIDEOMODE_MAX_VERTICAL_AREA - VIDEOMODE_custom_vertical_area;
int offset = - range / 2;
int value = UI_driver->fSelectSlider("Adjust vertical shift",
VIDEOMODE_vertical_offset - offset,
range, &VertOffsetSliderLabel, &offset);
if (value != -1)
VIDEOMODE_SetVerticalOffset(value + offset);
}
break;
case UI_USER_DELETE:
VIDEOMODE_SetVerticalOffset(0);
break;
}
break;
#if GUI_SDL
case 17:
{
int value = UI_driver->fSelectSlider("Adjust scanlines visibility",
SDL_VIDEO_scanlines_percentage,
100, &ScanlinesSliderLabel, NULL);
if (value != -1)
SDL_VIDEO_SetScanlinesPercentage(value);
}
break;
case 18:
SDL_VIDEO_ToggleInterpolateScanlines();
break;
#endif /* GUI_SDL */
default:
return;
}
}
}
#endif /* SUPPORTS_CHANGE_VIDEOMODE */
#if SUPPORTS_PLATFORM_PALETTEUPDATE
/* An array of pointers to colour controls (brightness, contrast, NTSC filter
controls, etc.). Used to display values of controls in GUI. */
static struct {
double min; /* Minimum allowed value */
double max; /* Maximum allowed value */
double *setting; /* Pointer to a setup value */
char string[10]; /* string representation, for displaying */
} colour_controls[] = {
{ COLOURS_BRIGHTNESS_MIN, COLOURS_BRIGHTNESS_MAX },
{ COLOURS_CONTRAST_MIN, COLOURS_CONTRAST_MAX },
{ COLOURS_SATURATION_MIN, COLOURS_SATURATION_MAX },
{ COLOURS_HUE_MIN, COLOURS_HUE_MAX },
{ COLOURS_GAMMA_MIN, COLOURS_GAMMA_MAX },
{ COLOURS_DELAY_MIN, COLOURS_DELAY_MAX }
#if NTSC_FILTER
,
{ FILTER_NTSC_SHARPNESS_MIN, FILTER_NTSC_SHARPNESS_MAX },
{ FILTER_NTSC_RESOLUTION_MIN, FILTER_NTSC_RESOLUTION_MAX },
{ FILTER_NTSC_ARTIFACTS_MIN, FILTER_NTSC_ARTIFACTS_MAX },
{ FILTER_NTSC_FRINGING_MIN, FILTER_NTSC_FRINGING_MAX },
{ FILTER_NTSC_BLEED_MIN, FILTER_NTSC_BLEED_MAX },
{ FILTER_NTSC_BURST_PHASE_MIN, FILTER_NTSC_BURST_PHASE_MAX }
#endif /* NTSC_FILTER */
};
/* Updates the string representation of a single colour control. */
static void UpdateColourControl(const int idx)
{
snprintf(colour_controls[idx].string,
sizeof(colour_controls[0].string),
"%.2f",
*(colour_controls[idx].setting));
}
/* Sets pointers to colour controls properly. */
static void UpdateColourControls(UI_tMenuItem menu_array[])
{
int i;
colour_controls[0].setting = &Colours_setup->brightness;
colour_controls[1].setting = &Colours_setup->contrast;
colour_controls[2].setting = &Colours_setup->saturation;
colour_controls[3].setting = &Colours_setup->hue;
colour_controls[4].setting = &Colours_setup->gamma;
colour_controls[5].setting = &Colours_setup->color_delay;
for (i = 0; i < 6; i ++)
UpdateColourControl(i);
}
/* Converts value of a colour setting to range usable by slider (0..100). */
static int ColourSettingToSlider(int index)
{
/* min <= value <= max */
return (int)Util_round((*(colour_controls[index].setting) - colour_controls[index].min) * 100.0 /
(colour_controls[index].max - colour_controls[index].min));
}
/* Converts a slider value (0..100) to a range of a given colour setting. */
static double SliderToColourSetting(int value, int index)
{
/* 0 <= value <= 100 */
return (double)value * (colour_controls[index].max - colour_controls[index].min) / 100.0 + colour_controls[index].min;
}
/* Callback function that writes a text label to *LABEL, for use by a slider. */
static void ColourSliderLabel(char *label, int value, void *user_data)
{
int index = *((int *)user_data);
double setting = SliderToColourSetting(value, index);
sprintf(label, "% .2f", setting);
*colour_controls[index].setting = setting;
UpdateColourControl(index);
Colours_Update();
}
#ifdef RPI
static int ZoomSettingToSlider()
{
/* 0.8 <= op_zoom <= 1.3 */
return (int) Util_round((op_zoom - 0.8f) * 50.0 / (1.3f - 0.8f));
}
static double SliderToZoomSetting(int value)
{
/* 0 <= value <= 50 */
return (double) value * (1.3f - 0.8f) / 50.0 + 0.8f;
}
static void ZoomSliderLabel(char *label, int value, void *user_data)
{
double setting = SliderToZoomSetting(value);
sprintf(label, "% .2f", setting);
op_zoom = setting;
}
#endif /* RPI */
#if NTSC_FILTER
/* Submenu with controls for NTSC filter. */
static void NTSCFilterSettings(void)
{
int i;
int preset;
static const UI_tMenuItem preset_menu_array[] = {
UI_MENU_ACTION(0, "Composite"),
UI_MENU_ACTION(1, "S-Video"),
UI_MENU_ACTION(2, "RGB"),
UI_MENU_ACTION(3, "Monochrome"),
UI_MENU_END
};
static UI_tMenuItem menu_array[] = {
UI_MENU_SUBMENU_SUFFIX(0, "Filter preset: ", NULL),
UI_MENU_ACTION_PREFIX(1, "Sharpness: ", colour_controls[6].string),
UI_MENU_ACTION_PREFIX(2, "Resolution: ", colour_controls[7].string),
UI_MENU_ACTION_PREFIX(3, "Artifacts: ", colour_controls[8].string),
UI_MENU_ACTION_PREFIX(4, "Fringing: ", colour_controls[9].string),
UI_MENU_ACTION_PREFIX(5, "Bleed: ", colour_controls[10].string),
UI_MENU_ACTION_PREFIX(6, "Burst phase: ", colour_controls[11].string),
UI_MENU_ACTION(7, "Restore default settings"),
UI_MENU_END
};
int option = 0;
int option2;
/* Set pointers to colour controls. */
colour_controls[6].setting = &FILTER_NTSC_setup.sharpness;
colour_controls[7].setting = &FILTER_NTSC_setup.resolution;
colour_controls[8].setting = &FILTER_NTSC_setup.artifacts;
colour_controls[9].setting = &FILTER_NTSC_setup.fringing;
colour_controls[10].setting = &FILTER_NTSC_setup.bleed;
colour_controls[11].setting = &FILTER_NTSC_setup.burst_phase;
for (i = 6; i < 12; i ++)
UpdateColourControl(i);
for (;;) {
preset = FILTER_NTSC_GetPreset();
if (preset == FILTER_NTSC_PRESET_CUSTOM)
FindMenuItem(menu_array, 0)->suffix = "Custom";
else
FindMenuItem(menu_array, 0)->suffix = preset_menu_array[preset].item;
option = UI_driver->fSelect("NTSC Filter Settings", 0, option, menu_array, NULL);
switch (option) {
case 0:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, preset, preset_menu_array, NULL);
if (option2 >= 0) {
FILTER_NTSC_SetPreset(option2);
Colours_Update();
for (i=6; i<12; i++)
UpdateColourControl(i);
}
break;
case 1:
case 2:
case 3:
case 4:
case 5:
case 6:
{
int index = option + 5;
int value = UI_driver->fSelectSlider("Adjust value",
ColourSettingToSlider(index),
100, &ColourSliderLabel, &index);
if (value != -1) {
*(colour_controls[index].setting) = SliderToColourSetting(value, index);
UpdateColourControl(index);
Colours_Update();
}
}
break;
case 7:
FILTER_NTSC_RestoreDefaults();
Colours_Update();
for (i = 6; i < 12; i ++)
UpdateColourControl(i);
break;
default:
return;
}
}
}
#endif /* NTSC_FILTER */
/* Saves the current colours, including adjustments, in a palette file chosen
by user. */
static void SavePalette(void)
{
static char filename[FILENAME_MAX];
if (UI_driver->fGetSaveFilename(filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
UI_driver->fMessage("Please wait while saving...", 0);
if (!Colours_Save(filename))
CantSave(filename);
}
}
#endif /* SUPPORTS_PLATFORM_PALETTEUPDATE */
static void DisplaySettings(void)
{
static UI_tMenuItem artif_menu_array[] = {
UI_MENU_ACTION(ARTIFACT_NONE, "off"),
UI_MENU_ACTION(ARTIFACT_NTSC_OLD, "old NTSC artifacts"),
UI_MENU_ACTION(ARTIFACT_NTSC_NEW, "new NTSC artifacts"),
#if NTSC_FILTER
UI_MENU_ACTION(ARTIFACT_NTSC_FULL, "full NTSC filter"),
#endif
#ifndef NO_SIMPLE_PAL_BLENDING
UI_MENU_ACTION(ARTIFACT_PAL_SIMPLE, "simple PAL blending"),
#endif
#if PAL_BLENDING
UI_MENU_ACTION(ARTIFACT_PAL_BLEND, "accurate PAL blending"),
#endif /* PAL_BLENDING */
UI_MENU_END
};
static const UI_tMenuItem artif_mode_menu_array[] = {
UI_MENU_ACTION(0, "blue/brown 1"),
UI_MENU_ACTION(1, "blue/brown 2"),
UI_MENU_ACTION(2, "GTIA"),
UI_MENU_ACTION(3, "CTIA"),
UI_MENU_END
};
#if SUPPORTS_PLATFORM_PALETTEUPDATE
static const UI_tMenuItem colours_preset_menu_array[] = {
UI_MENU_ACTION(0, "Standard (most realistic)"),
UI_MENU_ACTION(1, "Deep black (allows pure black color)"),
UI_MENU_ACTION(2, "Vibrant (enhanced colors and levels)"),
UI_MENU_END
};
static char const * const colours_preset_names[] = { "Standard", "Deep black", "Vibrant", "Custom" };
#endif
static char refresh_status[16];
#ifdef RPI
static char op_zoom_string[16];
#endif /* RPI */
static UI_tMenuItem menu_array[] = {
#if SUPPORTS_CHANGE_VIDEOMODE
UI_MENU_SUBMENU(24, "Video mode settings"),
#endif /* SUPPORTS_CHANGE_VIDEOMODE */
#ifdef RPI
UI_MENU_CHECK(30, "Filtering:"),
{ UI_ITEM_ACTION, 31, NULL, "Zoom: ", op_zoom_string },
#endif /* RPI */
UI_MENU_SUBMENU_SUFFIX(0, "Video artifacts:", NULL),
UI_MENU_SUBMENU_SUFFIX(11, "NTSC artifacting mode:", NULL),
#if SUPPORTS_CHANGE_VIDEOMODE && (defined(XEP80_EMULATION) || defined(PBI_PROTO80) || defined(AF80) || defined(BIT3))
UI_MENU_CHECK(25, "Show output of 80 column device:"),
#endif
UI_MENU_SUBMENU_SUFFIX(1, "Current refresh rate:", refresh_status),
UI_MENU_CHECK(2, "Accurate skipped frames:"),
UI_MENU_CHECK(3, "Show percents of Atari speed:"),
UI_MENU_CHECK(4, "Show disk/tape activity:"),
UI_MENU_CHECK(5, "Show sector/block counter:"),
UI_MENU_CHECK(26, "Show 1200XL LEDs:"),
#ifdef _WIN32_WCE
UI_MENU_CHECK(6, "Enable linear filtering:"),
#endif
#ifdef DREAMCAST
UI_MENU_CHECK(7, "Double buffer video data:"),
UI_MENU_ACTION(8, "Emulator video mode:"),
UI_MENU_ACTION(9, "Display video mode:"),
#ifdef HZ_TEST
UI_MENU_ACTION(10, "DO HZ TEST:"),
#endif
UI_MENU_ACTION(32, "Screen position configuration:"),
#endif
#if SUPPORTS_PLATFORM_PALETTEUPDATE
UI_MENU_SUBMENU_SUFFIX(12, "Color preset: ", NULL),
UI_MENU_ACTION_PREFIX(13, " Brightness: ", colour_controls[0].string),
UI_MENU_ACTION_PREFIX(14, " Contrast: ", colour_controls[1].string),
UI_MENU_ACTION_PREFIX(15, " Saturation: ", colour_controls[2].string),
UI_MENU_ACTION_PREFIX(16, " Tint: ", colour_controls[3].string),
UI_MENU_ACTION_PREFIX(17, " Gamma: ", colour_controls[4].string),
UI_MENU_ACTION_PREFIX(18, " GTIA delay: ", colour_controls[5].string),
#if NTSC_FILTER
UI_MENU_SUBMENU(19, "NTSC filter settings"),
#endif
UI_MENU_ACTION(20, "Restore default colors"),
UI_MENU_FILESEL_PREFIX_TIP(21, "External palette: ", NULL, NULL),
UI_MENU_CHECK(22, "Also adjust external palette: "),
UI_MENU_FILESEL(23, "Save current palette"),
#endif /* SUPPORTS_PLATFORM_PALETTEUPDATE */
UI_MENU_END
};
#if SUPPORTS_CHANGE_VIDEOMODE
int option = 24;
#elif RPI
int option = 30;
#else /* RPI */
int option = 0;
#endif /* RPI */
int option2;
int seltype;
#if SUPPORTS_PLATFORM_PALETTEUPDATE
Colours_preset_t colours_preset;
int i;
UpdateColourControls(menu_array);
#endif
for (;;) {
if (ANTIC_artif_mode == 0) { /* artifacting is off */
FindMenuItem(menu_array, 11)->suffix = "N/A";
} else { /* ANTIC artifacting is on */
FindMenuItem(menu_array, 11)->suffix = artif_mode_menu_array[ANTIC_artif_mode - 1].item;
}
FindMenuItem(menu_array, 0)->suffix = artif_menu_array[ARTIFACT_mode].item;
#if SUPPORTS_PLATFORM_PALETTEUPDATE
colours_preset = Colours_GetPreset();
FindMenuItem(menu_array, 12)->suffix = colours_preset_names[colours_preset];
/* Set the palette file description */
if (Colours_external->loaded) {
FindMenuItem(menu_array, 21)->item = Colours_external->filename;
FindMenuItem(menu_array, 21)->suffix = "Return:load Backspace:remove";
FindMenuItem(menu_array, 22)->flags = UI_ITEM_CHECK;
SetItemChecked(menu_array, 22, Colours_external->adjust);
} else {
FindMenuItem(menu_array, 21)->item = "None";
FindMenuItem(menu_array, 21)->suffix = "Return:load";
FindMenuItem(menu_array, 22)->flags = UI_ITEM_ACTION;
FindMenuItem(menu_array, 22)->suffix = "N/A";
}
#endif
#if SUPPORTS_CHANGE_VIDEOMODE && (defined(XEP80_EMULATION) || defined(PBI_PROTO80) || defined(AF80) || defined(BIT3))
SetItemChecked(menu_array, 25, VIDEOMODE_80_column);
#endif
snprintf(refresh_status, sizeof(refresh_status), "1:%-2d", Atari800_refresh_rate);
#ifdef RPI
snprintf(op_zoom_string, sizeof(op_zoom_string), "%.2f", op_zoom);
SetItemChecked(menu_array, 30, op_filtering);
#endif /* RPI */
SetItemChecked(menu_array, 2, Atari800_collisions_in_skipped_frames);
SetItemChecked(menu_array, 3, Screen_show_atari_speed);
SetItemChecked(menu_array, 4, Screen_show_disk_led);
SetItemChecked(menu_array, 5, Screen_show_sector_counter);
SetItemChecked(menu_array, 26, Screen_show_1200_leds);
#ifdef _WIN32_WCE
FindMenuItem(menu_array, 6)->flags = filter_available ? (smooth_filter ? (UI_ITEM_CHECK | UI_ITEM_CHECKED) : UI_ITEM_CHECK) : UI_ITEM_HIDDEN;
#endif
#ifdef DREAMCAST
SetItemChecked(menu_array, 7, db_mode);
FindMenuItem(menu_array, 8)->suffix = Atari800_tv_mode == Atari800_TV_NTSC ? "NTSC" : "PAL";
FindMenuItem(menu_array, 9)->suffix = screen_tv_mode == Atari800_TV_NTSC ? "NTSC" : "PAL";
#endif
option = UI_driver->fSelect("Display Settings", 0, option, menu_array, &seltype);
switch (option) {
#if SUPPORTS_CHANGE_VIDEOMODE
case 24:
VideoModeSettings();
break;
#endif
case 0:
artif_menu_array[ARTIFACT_NTSC_OLD].flags =
Atari800_tv_mode == Atari800_TV_NTSC ? UI_ITEM_ACTION : UI_ITEM_HIDDEN;
artif_menu_array[ARTIFACT_NTSC_NEW].flags =
Atari800_tv_mode == Atari800_TV_NTSC ? UI_ITEM_ACTION : UI_ITEM_HIDDEN;
#if NTSC_FILTER
artif_menu_array[ARTIFACT_NTSC_FULL].flags =
Atari800_tv_mode == Atari800_TV_NTSC ? UI_ITEM_ACTION : UI_ITEM_HIDDEN;
#endif /* NTSC_FILTER */
#ifndef NO_SIMPLE_PAL_BLENDING
artif_menu_array[ARTIFACT_PAL_SIMPLE].flags =
Atari800_tv_mode == Atari800_TV_PAL ? UI_ITEM_ACTION : UI_ITEM_HIDDEN;
#endif /* NO_SIMPLE_PAL_BLENDING */
#ifdef PAL_BLENDING
artif_menu_array[ARTIFACT_PAL_BLEND].flags =
Atari800_tv_mode == Atari800_TV_PAL ? UI_ITEM_ACTION : UI_ITEM_HIDDEN;
#endif /* PAL_BLENDING */
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, ARTIFACT_mode, artif_menu_array, NULL);
if (option2 >= 0)
ARTIFACT_Set((ARTIFACT_t)option2);
break;
case 11:
/* The artifacting mode option is only active for ANTIC artifacting. */
if (ANTIC_artif_mode != 0)
{
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, ANTIC_artif_mode - 1, artif_mode_menu_array, NULL);
if (option2 >= 0) {
ANTIC_artif_mode = option2 + 1;
ANTIC_UpdateArtifacting();
}
}
break;
#if SUPPORTS_CHANGE_VIDEOMODE && (defined(XEP80_EMULATION) || defined(PBI_PROTO80) || defined(AF80) || defined(BIT3) )
case 25:
VIDEOMODE_Toggle80Column();
if (TRUE
#ifdef XEP80_EMULATION
&& !XEP80_enabled
#endif /* XEP80_EMULATION */
#ifdef PBI_PROTO80
&& !PBI_PROTO80_enabled
#endif /* PBI_PROTO80 */
#ifdef AF80
&& !AF80_enabled
#endif /* AF80 */
#ifdef BIT3
&& !BIT3_enabled
#endif /* BIT3 */
)
UI_driver->fMessage("No 80 column hardware available now.", 1);
break;
#endif /* SUPPORTS_CHANGE_VIDEOMODE && (defined(XEP80_EMULATION) || defined(PBI_PROTO80) || defined(AF80)) */
#ifdef RPI
case 30:
op_filtering = !op_filtering;
break;
case 31:
{
int value = UI_driver->fSelectSlider("Adjust zoom",
ZoomSettingToSlider(),
50, &ZoomSliderLabel, NULL);
if (value != -1) {
op_zoom = SliderToZoomSetting(value);
}
}
break;
#endif /* RPI */
case 1:
Atari800_refresh_rate = UI_driver->fSelectInt(Atari800_refresh_rate, 1, 99);
break;
case 2:
if (Atari800_refresh_rate == 1)
UI_driver->fMessage("No effect with refresh rate 1", 1);
Atari800_collisions_in_skipped_frames = !Atari800_collisions_in_skipped_frames;
break;
case 3:
Screen_show_atari_speed = !Screen_show_atari_speed;
break;
case 4:
Screen_show_disk_led = !Screen_show_disk_led;
break;
case 5:
Screen_show_sector_counter = !Screen_show_sector_counter;
break;
case 26:
Screen_show_1200_leds = !Screen_show_1200_leds;
break;
#ifdef _WIN32_WCE
case 6:
smooth_filter = !smooth_filter;
break;
#endif
#ifdef DREAMCAST
case 7:
if (db_mode)
db_mode = FALSE;
else if (Atari800_tv_mode == screen_tv_mode)
db_mode = TRUE;
update_screen_updater();
Screen_EntireDirty();
break;
case 8:
Atari800_tv_mode = (Atari800_tv_mode == Atari800_TV_PAL) ? Atari800_TV_NTSC : Atari800_TV_PAL;
if (Atari800_tv_mode != screen_tv_mode) {
db_mode = FALSE;
update_screen_updater();
}
update_vidmode();
Screen_EntireDirty();
break;
case 9:
Atari800_tv_mode = screen_tv_mode = (screen_tv_mode == Atari800_TV_PAL) ? Atari800_TV_NTSC : Atari800_TV_PAL;
update_vidmode();
Screen_EntireDirty();
break;
#ifdef HZ_TEST
case 10:
do_hz_test();
Screen_EntireDirty();
break;
#endif
case 32:
ScreenPositionConfiguration();
break;
#endif /* DREAMCAST */
#if SUPPORTS_PLATFORM_PALETTEUPDATE
case 12:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, colours_preset, colours_preset_menu_array, NULL);
if (option2 >= 0) {
Colours_SetPreset((Colours_preset_t)option2);
Colours_Update();
for (i=0; i<6; i++) {
UpdateColourControl(i);
}
}
break;
case 13:
case 14:
case 15:
case 16:
case 17:
case 18:
{
int index = option - 13;
int value = UI_driver->fSelectSlider("Adjust value",
ColourSettingToSlider(index),
100, &ColourSliderLabel, &index);
if (value != -1) {
*(colour_controls[index].setting) = SliderToColourSetting(value, index);
UpdateColourControl(index);
Colours_Update();
}
}
break;
#if NTSC_FILTER
case 19:
if (ARTIFACT_mode == ARTIFACT_NTSC_FULL) {
NTSCFilterSettings();
/* While in NTSC Filter menu, the "Filter preset" option also changes the "standard" colour
controls (saturation etc.) - so we need to call UpdateColourControls to update the menu. */
UpdateColourControls(menu_array);
}
else
UI_driver->fMessage("Available only when NTSC filter is on", 1);
break;
#endif
case 20:
Colours_RestoreDefaults();
#if NTSC_FILTER
if (ARTIFACT_mode == ARTIFACT_NTSC_FULL)
FILTER_NTSC_RestoreDefaults();
#endif
UpdateColourControls(menu_array);
Colours_Update();
break;
case 21:
switch (seltype) {
case UI_USER_SELECT:
if (UI_driver->fGetLoadFilename(Colours_external->filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
if (COLOURS_EXTERNAL_Read(Colours_external))
Colours_Update();
else
CantLoad(Colours_external->filename);
}
break;
case UI_USER_DELETE: /* Backspace */
COLOURS_EXTERNAL_Remove(Colours_external);
Colours_Update();
break;
}
break;
case 22:
if (Colours_external->loaded) {
Colours_external->adjust = !Colours_external->adjust;
Colours_Update();
}
break;
case 23:
SavePalette();
break;
#endif /* SUPPORTS_PLATFORM_PALETTEUPDATE */
default:
return;
}
}
}
#ifdef DIRECTX
static void WindowsOptions(void)
{
static const UI_tMenuItem screen_mode_menu_array[] = {
UI_MENU_ACTION(0, "Fullscreen"),
UI_MENU_ACTION(1, "Window"),
UI_MENU_END
};
static const UI_tMenuItem display_mode_menu_array[] = {
UI_MENU_ACTION(0, "GDI"),
UI_MENU_ACTION(1, "GDI+"),
UI_MENU_ACTION(2, "GDI+/Bilinear"),
UI_MENU_ACTION(3, "GDI+/Bilinear(HQ)"),
UI_MENU_ACTION(4, "GDI+/Bicubic(HQ)"),
UI_MENU_ACTION(5, "Direct3D"),
UI_MENU_ACTION(6, "Direct3D/Bilinear"),
UI_MENU_END
};
static const UI_tMenuItem window_scale_menu_array[] = {
UI_MENU_ACTION(0, "100% [320x240]"),
UI_MENU_ACTION(1, "150% [480x360]"),
UI_MENU_ACTION(2, "200% [640x480]"),
UI_MENU_ACTION(3, "250% [800x600]"),
UI_MENU_ACTION(4, "300% [960x720]"),
UI_MENU_ACTION(5, "350% [1120x840]"),
UI_MENU_ACTION(6, "400% [1280x960]"),
UI_MENU_ACTION(7, "450% [1440x1080]"),
UI_MENU_ACTION(8, "500% [1600x1200]"),
UI_MENU_END
};
static const UI_tMenuItem fsresolution_menu_array[] = {
UI_MENU_ACTION(0, desktopreslabel),
UI_MENU_ACTION(1, "VGA [640x480] (2x)"),
UI_MENU_ACTION(2, "SXGA [1280x960] (4x)"),
UI_MENU_ACTION(3, "UXGA [1600x1200] (5x)"),
UI_MENU_END
};
static const UI_tMenuItem scaling_method_menu_array[] = {
UI_MENU_ACTION(0, "Off"),
UI_MENU_ACTION(1, "Normal"),
UI_MENU_ACTION(2, "Simple"),
UI_MENU_ACTION(3, "Adaptive"),
UI_MENU_END
};
static const UI_tMenuItem aspect_mode_menu_array[] = {
UI_MENU_ACTION(0, "Auto [7:5/4:3]"),
UI_MENU_ACTION(1, "Wide [7:5]"),
UI_MENU_ACTION(2, "Cropped [4:3]"),
UI_MENU_ACTION(3, "Compressed [4:3]"),
UI_MENU_END
};
static const UI_tMenuItem scanline_mode_menu_array[] = {
UI_MENU_ACTION(0, "Off"),
UI_MENU_ACTION(1, "Low [1x]"),
UI_MENU_ACTION(2, "Medium [2x]"),
UI_MENU_ACTION(3, "High [3x]"),
UI_MENU_END
};
static char refresh_status[16];
static UI_tMenuItem menu_array[] = {
UI_MENU_SUBMENU_SUFFIX(0, "Display rendering: ", NULL),
UI_MENU_SUBMENU_SUFFIX(1, "Screen mode: ", NULL),
UI_MENU_SUBMENU_SUFFIX(2, "Window scale: ", NULL),
UI_MENU_SUBMENU_SUFFIX(3, "Fullscreen resolution:", NULL),
UI_MENU_SUBMENU_SUFFIX(4, "Scaling method:", NULL),
UI_MENU_SUBMENU_SUFFIX(5, "Aspect mode:", NULL),
UI_MENU_ACTION_PREFIX(6, "Horizontal crop: ", native_width_label),
UI_MENU_ACTION_PREFIX(7, "Vertical crop: ", native_height_label),
UI_MENU_CHECK(8, "Lock aspect mode when cropping:"),
UI_MENU_SUBMENU_SUFFIX(9, "Horizontal offset: ", NULL),
UI_MENU_SUBMENU_SUFFIX(10, "Vertical offset: ", NULL),
UI_MENU_SUBMENU_SUFFIX(11, "Scanline mode:", NULL),
UI_MENU_CHECK(12, "Hide cursor in fullscreen UI:"),
UI_MENU_CHECK(13, "Show menu in window mode:"),
UI_MENU_END
};
int option = 0;
int option2;
int seltype;
int prev_value;
char current_scale[5], trim_value[4], shift_value[4];
char displaymodename[20];
int i;
for (;;) {
if (rendermode == DIRECTDRAW) {
for (i = 0; i <= 7; i++) {
FindMenuItem(menu_array, i)->suffix = "N/A";
}
}
else {
/*SetDisplayMode(GetActiveDisplayMode());*/
GetDisplayModeName(displaymodename);
FindMenuItem(menu_array, 0)->suffix = displaymodename;
FindMenuItem(menu_array, 1)->suffix = screen_mode_menu_array[screenmode].item;
memcpy(current_scale, window_scale_menu_array[(int)((windowscale/100.0f-1)*2)].item, 5);
current_scale[4] = '\0';
FindMenuItem(menu_array, 2)->suffix = current_scale;
if (fsresolution == VGA)
FindMenuItem(menu_array, 3)->suffix = "VGA";
else if (fsresolution == SXGA)
FindMenuItem(menu_array, 3)->suffix = "SXGA";
else if (fsresolution == UXGA)
FindMenuItem(menu_array, 3)->suffix = "UXGA";
else
FindMenuItem(menu_array, 3)->suffix = "Desktop";
FindMenuItem(menu_array, 4)->suffix = scaling_method_menu_array[scalingmethod].item;
if (aspectmode == AUTO)
FindMenuItem(menu_array, 5)->suffix = "Auto";
else if (aspectmode == WIDE)
FindMenuItem(menu_array, 5)->suffix = "Wide";
else if (aspectmode == CROPPED)
FindMenuItem(menu_array, 5)->suffix = "Cropped";
else if (aspectmode == COMPRESSED)
FindMenuItem(menu_array, 5)->suffix = "Compressed";
snprintf(hcrop_label, sizeof(hcrop_label), "%d", crop.horizontal);
snprintf(vcrop_label, sizeof(vcrop_label), "%d", crop.vertical);
FindMenuItem(menu_array, 6)->suffix = hcrop_label;
FindMenuItem(menu_array, 7)->suffix = vcrop_label;
SetItemChecked(menu_array, 8, lockaspect);
snprintf(hshift_label, sizeof(hshift_label), "%d", offset.horizontal);
snprintf(vshift_label, sizeof(vshift_label), "%d", offset.vertical);
FindMenuItem(menu_array, 9)->suffix = hshift_label;
FindMenuItem(menu_array, 10)->suffix = vshift_label;
if (frameparams.scanlinemode == NONE)
FindMenuItem(menu_array, 11)->suffix = "Off";
else if (frameparams.scanlinemode == LOW)
FindMenuItem(menu_array, 11)->suffix = "Low";
else if (frameparams.scanlinemode == MEDIUM)
FindMenuItem(menu_array, 11)->suffix = "Medium";
else if (frameparams.scanlinemode == HIGH)
FindMenuItem(menu_array, 11)->suffix = "High";
SetItemChecked(menu_array, 12, hidecursor);
SetItemChecked(menu_array, 13, showmenu);
}
option = UI_driver->fSelect("Windows Display Options", 0, option, menu_array, &seltype);
switch (option) {
case 0:
if (rendermode != DIRECTDRAW) {
prev_value = displaymode;
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, displaymode, display_mode_menu_array, NULL);
if (option2 >= 0) {
displaymode = option2;
if (prev_value != option2)
UI_driver->fMessage("Save the config and restart emulator", 1);
}
}
break;
case 1:
if (rendermode != DIRECTDRAW) {
prev_value = screenmode;
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, screenmode, screen_mode_menu_array, NULL);
if (option2 >= 0)
if (prev_value != option2)
togglewindowstate();
}
break;
case 2:
if (rendermode != DIRECTDRAW) {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, (int)((windowscale/100.0f-1)*2), window_scale_menu_array, NULL);
if (option2 >= 0) {
changewindowsize(SET, (int)((option2/2.0f+1)*100));
prev_value = windowscale;
windowscale = (int)((option2/2.0f+1)*100);
if (windowscale != prev_value) {
if (screenmode == WINDOW)
UI_driver->fMessage("Cannot display at this size", 1);
else
UI_driver->fMessage("Cannot preview in fullscreen mode", 1);
}
}
}
break;
case 3:
if (rendermode != DIRECTDRAW) {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, fsresolution, fsresolution_menu_array, NULL);
if (option2 >= 0)
fsresolution = option2;
if (fsresolution == DESKTOP)
usecustomfsresolution = FALSE;
else if (fsresolution == UXGA) {
usecustomfsresolution = TRUE;
fullscreenWidth = 1600;
fullscreenHeight = 1200;
}
else if (fsresolution == SXGA) {
usecustomfsresolution = TRUE;
fullscreenWidth = 1280;
fullscreenHeight = 960;
}
else if (fsresolution == VGA) {
usecustomfsresolution = TRUE;
fullscreenWidth = 640;
fullscreenHeight = 480;
}
}
break;
case 4:
if (rendermode != DIRECTDRAW) {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, scalingmethod, scaling_method_menu_array, NULL);
if (option2 >= 0) {
scalingmethod = option2;
changewindowsize(RESET, 0);
refreshframe();
}
}
break;
case 5:
if (rendermode != DIRECTDRAW) {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, aspectmode, aspect_mode_menu_array, NULL);
if (option2 >= 0) {
aspectmode = option2;
changewindowsize(RESET, 0);
refreshframe();
PLATFORM_DisplayScreen(); /* force rebuild of the clipping frame */
snprintf(native_height_label, sizeof(native_height_label), "[Height: %d]", frameparams.view.bottom - frameparams.view.top);
snprintf(native_width_label, sizeof(native_width_label), "[Width: %d]", frameparams.view.right - frameparams.view.left);
}
}
break;
case 6:
if (rendermode != DIRECTDRAW) {
snprintf(trim_value, sizeof(trim_value), "%d", crop.horizontal);
if (UI_driver->fEditString("Enter value", trim_value, sizeof(trim_value))) {
if (atoi(trim_value) > 150)
UI_driver->fMessage("Maximum X-Trim value is 150", 1);
else if (atoi(trim_value) < -24)
UI_driver->fMessage("Minimum X-Trim value is -24", 1);
else {
crop.horizontal = atoi(trim_value);
changewindowsize(RESET, 0);
refreshframe();
PLATFORM_DisplayScreen(); /* force rebuild of the clipping frame */
snprintf(native_width_label, sizeof(native_width_label), "[Width: %d]", frameparams.view.right - frameparams.view.left);
}
}
}
break;
case 7:
if (rendermode != DIRECTDRAW) {
snprintf(trim_value, sizeof(trim_value), "%d", crop.vertical);
if (UI_driver->fEditString("Enter value", trim_value, sizeof(trim_value))) {
if (atoi(trim_value) < 0)
UI_driver->fMessage("Minimum Y-Trim value is 0", 1);
else if (atoi(trim_value) > 108)
UI_driver->fMessage("Maximum Y-Trim value is 108", 1);
else {
crop.vertical = atoi(trim_value);
changewindowsize(RESET, 0);
refreshframe();
PLATFORM_DisplayScreen(); /* force rebuild of the clipping frame */
snprintf(native_height_label, sizeof(native_height_label), "[Height: %d]", frameparams.view.bottom - frameparams.view.top);
}
}
}
break;
case 8:
if (rendermode != DIRECTDRAW) {
lockaspect = !lockaspect;
changewindowsize(RESET, 0);
refreshframe();
}
break;
case 9:
if (rendermode != DIRECTDRAW) {
snprintf(shift_value, sizeof(shift_value), "%d", offset.horizontal);
if (UI_driver->fEditString("Enter value", shift_value, sizeof(shift_value))) {
if (atoi(shift_value) > 24)
UI_driver->fMessage("Maximum horizontal offset is 24", 1);
else if (atoi(shift_value) < -24)
UI_driver->fMessage("Minimum horizontal offset is -24", 1);
else {
offset.horizontal = atoi(shift_value);
changewindowsize(RESET, 0);
refreshframe();
}
}
}
break;
case 10:
if (rendermode != DIRECTDRAW) {
snprintf(shift_value, sizeof(shift_value), "%d", offset.vertical);
if (UI_driver->fEditString("Enter value", shift_value, sizeof(shift_value))) {
if (atoi(shift_value) > 50)
UI_driver->fMessage("Maximum vertical offset is 50", 1);
else if (atoi(shift_value) < -50)
UI_driver->fMessage("Minimum vertical offset is 50", 1);
else {
offset.vertical = atoi(shift_value);
changewindowsize(RESET, 0);
refreshframe();
}
}
}
break;
case 11:
if (rendermode != DIRECTDRAW) {
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, frameparams.scanlinemode, scanline_mode_menu_array, NULL);
if (option2 >= 0) {
frameparams.scanlinemode = option2;
refreshframe();
}
}
break;
case 12:
if (rendermode != DIRECTDRAW) {
hidecursor = !hidecursor;
setcursor();
}
break;
case 13:
if (rendermode != DIRECTDRAW) {
togglemenustate();
}
break;
default:
return;
}
}
}
#endif /* DIRECTX */
#endif /* CURSES_BASIC */
#ifndef USE_CURSES
#ifdef GUI_SDL
static char joys[2][5][16];
static const UI_tMenuItem joy0_menu_array[] = {
UI_MENU_LABEL("Select joy direction"),
UI_MENU_LABEL("\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022"),
UI_MENU_SUBMENU_SUFFIX(0, "Left : ", joys[0][0]),
UI_MENU_SUBMENU_SUFFIX(1, "Up : ", joys[0][1]),
UI_MENU_SUBMENU_SUFFIX(2, "Right : ", joys[0][2]),
UI_MENU_SUBMENU_SUFFIX(3, "Down : ", joys[0][3]),
UI_MENU_SUBMENU_SUFFIX(4, "Trigger: ", joys[0][4]),
UI_MENU_END
};
static const UI_tMenuItem joy1_menu_array[] = {
UI_MENU_LABEL("Select joy direction"),
UI_MENU_LABEL("\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022"),
UI_MENU_SUBMENU_SUFFIX(0, "Left : ", joys[1][0]),
UI_MENU_SUBMENU_SUFFIX(1, "Up : ", joys[1][1]),
UI_MENU_SUBMENU_SUFFIX(2, "Right : ", joys[1][2]),
UI_MENU_SUBMENU_SUFFIX(3, "Down : ", joys[1][3]),
UI_MENU_SUBMENU_SUFFIX(4, "Trigger: ", joys[1][4]),
UI_MENU_END
};
static void KeyboardJoystickConfiguration(int joystick)
{
char title[40];
int option2 = 0;
snprintf(title, sizeof(title), "Define keys for joystick %d", joystick);
for(;;) {
int j0d;
for(j0d = 0; j0d <= 4; j0d++)
PLATFORM_GetJoystickKeyName(joystick, j0d, joys[joystick][j0d], sizeof(joys[joystick][j0d]));
option2 = UI_driver->fSelect(title, UI_SELECT_POPUP, option2, joystick == 0 ? joy0_menu_array : joy1_menu_array, NULL);
if (option2 >= 0 && option2 <= 4) {
PLATFORM_SetJoystickKey(joystick, option2, GetRawKey());
}
if (option2 < 0) break;
if (++option2 > 4) option2 = 0;
}
}
#endif
#ifdef DIRECTX
static char buttons[9][2][16];
static const UI_tMenuItem joy0_menu_array[] = {
UI_MENU_LABEL("Select button to map"),
UI_MENU_LABEL("\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022"),
UI_MENU_SUBMENU_SUFFIX(0, "Button 2 : ", buttons[0][0]),
UI_MENU_SUBMENU_SUFFIX(1, "Button 3 : ", buttons[0][1]),
UI_MENU_SUBMENU_SUFFIX(2, "Button 4 : ", buttons[0][2]),
UI_MENU_SUBMENU_SUFFIX(3, "Button 5 : ", buttons[0][3]),
UI_MENU_SUBMENU_SUFFIX(4, "Button 6 : ", buttons[0][4]),
UI_MENU_SUBMENU_SUFFIX(5, "Button 7 : ", buttons[0][5]),
UI_MENU_SUBMENU_SUFFIX(6, "Button 8 : ", buttons[0][6]),
UI_MENU_SUBMENU_SUFFIX(7, "Button 9 : ", buttons[0][7]),
UI_MENU_SUBMENU_SUFFIX(8, "Button 10 : ", buttons[0][8]),
UI_MENU_END
};
static const UI_tMenuItem joy1_menu_array[] = {
UI_MENU_LABEL("Select button to map"),
UI_MENU_LABEL("\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022\022"),
UI_MENU_SUBMENU_SUFFIX(0, "Button 2 : ", buttons[1][0]),
UI_MENU_SUBMENU_SUFFIX(1, "Button 3 : ", buttons[1][1]),
UI_MENU_SUBMENU_SUFFIX(2, "Button 4 : ", buttons[1][2]),
UI_MENU_SUBMENU_SUFFIX(3, "Button 5 : ", buttons[1][3]),
UI_MENU_SUBMENU_SUFFIX(4, "Button 6 : ", buttons[1][4]),
UI_MENU_SUBMENU_SUFFIX(5, "Button 7 : ", buttons[1][5]),
UI_MENU_SUBMENU_SUFFIX(6, "Button 8 : ", buttons[1][6]),
UI_MENU_SUBMENU_SUFFIX(7, "Button 9 : ", buttons[1][7]),
UI_MENU_SUBMENU_SUFFIX(8, "Button 10 : ", buttons[1][8]),
UI_MENU_END
};
static void ConfigureControllerButtons(int stick)
{
int i;
char title[40];
int option2 = 0;
snprintf(title, sizeof(title), "Define keys for controller %d", stick + 1);
for(;;) {
for(i = 0; i <= 8; i++)
PLATFORM_GetButtonAssignments(stick, i, buttons[stick][i], sizeof(buttons[stick][i]));
option2 = UI_driver->fSelect(title, UI_SELECT_POPUP, option2, stick == 0 ? joy0_menu_array : joy1_menu_array, NULL);
if (option2 >= 0 && option2 <= 8)
PLATFORM_SetButtonAssignment(stick, option2, GetKeyName());
if (option2 < 0) break;
if (++option2 > 8) option2 = 0;
}
}
#endif
static void ControllerConfiguration(void)
{
#ifdef DIRECTX
static const UI_tMenuItem keyboard_joystick_mode_array[] = {
UI_MENU_ACTION(0, "Keypad"),
UI_MENU_ACTION(1, "Keypad+"),
UI_MENU_ACTION(2, "Arrows"),
UI_MENU_END
};
static const UI_tMenuItem alternate_joystick_mode_array[] = {
UI_MENU_ACTION(0, "Normal"),
UI_MENU_ACTION(1, "Dual"),
UI_MENU_ACTION(2, "Shared"),
UI_MENU_END
};
#endif
#if !defined(_WIN32_WCE) && !defined(DREAMCAST)
static const UI_tMenuItem mouse_mode_menu_array[] = {
UI_MENU_ACTION(0, "None"),
UI_MENU_ACTION(1, "Paddles"),
UI_MENU_ACTION(2, "Touch tablet"),
UI_MENU_ACTION(3, "Koala pad"),
UI_MENU_ACTION(4, "Light pen"),
UI_MENU_ACTION(5, "Light gun"),
UI_MENU_ACTION(6, "Amiga mouse"),
UI_MENU_ACTION(7, "ST mouse"),
UI_MENU_ACTION(8, "Trak-ball"),
UI_MENU_ACTION(9, "Joystick"),
UI_MENU_END
};
static char mouse_port_status[2] = { '1', '\0' };
static char mouse_speed_status[2] = { '1', '\0' };
#endif
static UI_tMenuItem menu_array[] = {
UI_MENU_ACTION(0, "Joystick autofire:"),
UI_MENU_CHECK(1, "Enable MultiJoy4:"),
#if defined(_WIN32_WCE)
UI_MENU_CHECK(5, "Virtual joystick:"),
#elif defined(DREAMCAST)
UI_MENU_CHECK(9, "Emulate Paddles:"),
UI_MENU_ACTION(10, "Joystick/D-Pad configuration"),
UI_MENU_ACTION(11, "Button configuration"),
#else
UI_MENU_SUBMENU_SUFFIX(2, "Mouse device: ", NULL),
UI_MENU_SUBMENU_SUFFIX(3, "Mouse port:", mouse_port_status),
UI_MENU_SUBMENU_SUFFIX(4, "Mouse speed:", mouse_speed_status),
#endif
#ifdef GUI_SDL
UI_MENU_CHECK(5, "Enable keyboard joystick 1:"),
UI_MENU_SUBMENU(6, "Define layout of keyboard joystick 1"),
UI_MENU_CHECK(7, "Enable keyboard joystick 2:"),
UI_MENU_SUBMENU(8, "Define layout of keyboard joystick 2"),
#endif
#ifdef DIRECTX
UI_MENU_SUBMENU_SUFFIX(5, "Keyboard joystick mode: ", NULL),
UI_MENU_SUBMENU_SUFFIX(6, "Alternate joystick mode: ", NULL),
UI_MENU_CHECK(7, "Enable custom buttons (joy 1):"),
UI_MENU_SUBMENU(8, "Assign custom buttons (joy 1):"),
UI_MENU_CHECK(9, "Enable custom buttons (joy 2):"),
UI_MENU_SUBMENU(10, "Assign custom buttons (joy 2):"),
#endif
UI_MENU_END
};
int option = 0;
#if !defined(_WIN32_WCE) && !defined(DREAMCAST)
int option2;
#endif
#ifdef DIRECTX
int prev_option;
#endif
for (;;) {
menu_array[0].suffix = INPUT_joy_autofire[0] == INPUT_AUTOFIRE_FIRE ? "Fire"
: INPUT_joy_autofire[0] == INPUT_AUTOFIRE_CONT ? "Always"
: "No ";
SetItemChecked(menu_array, 1, INPUT_joy_multijoy);
#if defined(_WIN32_WCE)
/* XXX: not on smartphones? */
SetItemChecked(menu_array, 5, virtual_joystick);
#elif defined(DREAMCAST)
SetItemChecked(menu_array, 9, emulate_paddles);
#else
menu_array[2].suffix = mouse_mode_menu_array[INPUT_mouse_mode].item;
mouse_port_status[0] = (char) ('1' + INPUT_mouse_port);
mouse_speed_status[0] = (char) ('0' + INPUT_mouse_speed);
#endif
#ifdef GUI_SDL
SetItemChecked(menu_array, 5, PLATFORM_kbd_joy_0_enabled);
SetItemChecked(menu_array, 7, PLATFORM_kbd_joy_1_enabled);
#endif
#ifdef DIRECTX
menu_array[5].suffix = keyboard_joystick_mode_array[keyboardJoystickMode].item;
menu_array[6].suffix = alternate_joystick_mode_array[alternateJoystickMode].item;
SetItemChecked(menu_array, 7, mapController1Buttons);
SetItemChecked(menu_array, 9, mapController2Buttons);
#endif
option = UI_driver->fSelect("Controller Configuration", 0, option, menu_array, NULL);
switch (option) {
case 0:
switch (INPUT_joy_autofire[0]) {
case INPUT_AUTOFIRE_FIRE:
INPUT_joy_autofire[0] = INPUT_joy_autofire[1] = INPUT_joy_autofire[2] = INPUT_joy_autofire[3] = INPUT_AUTOFIRE_CONT;
break;
case INPUT_AUTOFIRE_CONT:
INPUT_joy_autofire[0] = INPUT_joy_autofire[1] = INPUT_joy_autofire[2] = INPUT_joy_autofire[3] = INPUT_AUTOFIRE_OFF;
break;
default:
INPUT_joy_autofire[0] = INPUT_joy_autofire[1] = INPUT_joy_autofire[2] = INPUT_joy_autofire[3] = INPUT_AUTOFIRE_FIRE;
break;
}
break;
case 1:
INPUT_joy_multijoy = !INPUT_joy_multijoy;
break;
#if defined(_WIN32_WCE)
case 5:
virtual_joystick = !virtual_joystick;
break;
#elif defined(DREAMCAST)
case 9:
emulate_paddles = !emulate_paddles;
break;
case 10:
JoystickConfiguration();
break;
case 11:
ButtonConfiguration();
break;
#else
case 2:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, INPUT_mouse_mode, mouse_mode_menu_array, NULL);
if (option2 >= 0)
INPUT_mouse_mode = option2;
break;
case 3:
INPUT_mouse_port = UI_driver->fSelectInt(INPUT_mouse_port + 1, 1, 4) - 1;
break;
case 4:
INPUT_mouse_speed = UI_driver->fSelectInt(INPUT_mouse_speed, 1, 9);
break;
#endif
#ifdef GUI_SDL
case 5:
PLATFORM_kbd_joy_0_enabled = !PLATFORM_kbd_joy_0_enabled;
break;
case 6:
KeyboardJoystickConfiguration(0);
break;
case 7:
PLATFORM_kbd_joy_1_enabled = !PLATFORM_kbd_joy_1_enabled;
break;
case 8:
KeyboardJoystickConfiguration(1);
break;
#endif
#ifdef DIRECTX
case 5:
prev_option = keyboardJoystickMode;
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, keyboardJoystickMode, keyboard_joystick_mode_array, NULL);
if (option2 >= 0)
keyboardJoystickMode = option2;
break;
case 6:
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, alternateJoystickMode, alternate_joystick_mode_array, NULL);
if (option2 >= 0)
alternateJoystickMode = option2;
break;
case 7:
mapController1Buttons = !mapController1Buttons;
break;
case 8:
ConfigureControllerButtons(0);
break;
case 9:
mapController2Buttons = !mapController2Buttons;
break;
case 10:
ConfigureControllerButtons(1);
break;
#endif
default:
return;
}
}
}
#endif /* USE_CURSES */
#ifdef SOUND
static int SoundSettings(void)
{
#ifdef SOUND_THIN_API
Sound_setup_t setup = Sound_desired;
static char freq_string[9]; /* "nnnnn Hz\0" */
static char hw_buflen_string[15]; /* "auto (nnnn ms)\0" */
#ifdef SYNCHRONIZED_SOUND
static char latency_string[8]; /* nnnn ms\0" */
#endif /* SYNCHRONIZED_SOUND */
static const unsigned int freq_values[] = {
8192,
11025,
22050,
44100,
48000
};
static const UI_tMenuItem freq_menu_array[] = {
UI_MENU_ACTION(0, "8192 Hz"),
UI_MENU_ACTION(1, "11025 Hz"),
UI_MENU_ACTION(2, "22050 Hz"),
UI_MENU_ACTION(3, "44100 Hz"),
UI_MENU_ACTION(4, "48000 Hz"),
UI_MENU_ACTION(5, "custom"),
UI_MENU_END
};
static const UI_tMenuItem hw_buflen_menu_array[] = {
UI_MENU_ACTION(0, "choose automatically"),
UI_MENU_ACTION(20, "20 ms"),
UI_MENU_ACTION(40, "40 ms"),
UI_MENU_ACTION(80, "80 ms"),
UI_MENU_ACTION(160, "160 ms"),
UI_MENU_ACTION(320, "320 ms"),
UI_MENU_ACTION(1, "custom"),
UI_MENU_END
};
#endif /* SOUND_THIN_API */
static UI_tMenuItem menu_array[] = {
#ifdef SOUND_THIN_API
UI_MENU_CHECK(0, "Enable sound:"),
UI_MENU_SUBMENU_SUFFIX(1, "Frequency:", freq_string),
UI_MENU_ACTION(2, "Bit depth:"),
UI_MENU_SUBMENU_SUFFIX(3, "Hardware buffer length:", hw_buflen_string),
#ifdef SYNCHRONIZED_SOUND
UI_MENU_SUBMENU_SUFFIX(4, "Latency:", latency_string),
#endif /* SYNCHRONIZED_SOUND */
#endif /* SOUND_THIN_API */
#ifdef DREAMCAST
UI_MENU_CHECK(0, "Enable sound:"),
#endif
#ifdef STEREO_SOUND
UI_MENU_CHECK(5, "Dual POKEY (Stereo):"),
#endif
UI_MENU_CHECK(6, "High Fidelity POKEY:"),
#ifdef CONSOLE_SOUND
UI_MENU_CHECK(7, "Speaker (Key Click):"),
#endif
#ifdef SERIO_SOUND
UI_MENU_CHECK(8, "Serial IO Sound:"),
#endif
UI_MENU_ACTION(9, "Enable higher frequencies:"),
UI_MENU_END
};
int option = 0;
for (;;) {
#ifdef SOUND_THIN_API
SetItemChecked(menu_array, 0, Sound_enabled);
snprintf(freq_string, sizeof(freq_string), "%i Hz", setup.freq);
menu_array[2].suffix = setup.sample_size == 2 ? "16 bit" : "8 bit";
if (setup.buffer_ms == 0) {
if (Sound_enabled)
snprintf(hw_buflen_string, sizeof(hw_buflen_string), "auto (%u ms)", Sound_out.buffer_ms);
else
strncpy(hw_buflen_string, "auto", sizeof(hw_buflen_string));
}
else
snprintf(hw_buflen_string, sizeof(hw_buflen_string), "%u ms", setup.buffer_ms);
#ifdef SYNCHRONIZED_SOUND
snprintf(latency_string, sizeof(latency_string), "%u ms", Sound_latency);
#endif /* SYNCHRONIZED_SOUND */
#endif /* SOUND_THIN_API */
#ifdef DREAMCAST
SetItemChecked(menu_array, 0, glob_snd_ena);
#endif
#ifdef STEREO_SOUND
#ifdef SOUND_THIN_API
SetItemChecked(menu_array, 5, setup.channels == 2);
#else /* !defined(SOUND_THIN_API) */
SetItemChecked(menu_array, 5, POKEYSND_stereo_enabled);
#endif /* SOUND_THIN_API */
#endif /* STEREO_SOUND */
SetItemChecked(menu_array, 6, POKEYSND_enable_new_pokey);
#ifdef CONSOLE_SOUND
SetItemChecked(menu_array, 7, POKEYSND_console_sound_enabled);
#endif
#ifdef SERIO_SOUND
SetItemChecked(menu_array, 8, POKEYSND_serio_sound_enabled);
#endif
FindMenuItem(menu_array, 9)->suffix = POKEYSND_enable_new_pokey ? "N/A" : POKEYSND_bienias_fix ? "Yes" : "No ";
option = UI_driver->fSelect("Sound Settings", 0, option, menu_array, NULL);
switch (option) {
#ifdef SOUND_THIN_API
case 0:
if (Sound_enabled)
Sound_Exit();
else {
Sound_desired = setup;
if (!Sound_Setup())
UI_driver->fMessage("Error: can't open sound device", 1);
else
setup = Sound_desired;
}
break;
case 1:
{
int option2;
int current;
for (current = 0; freq_menu_array[current].retval < 5; ++current) {
/* Find the currently-chosen frequency. */
if (freq_values[freq_menu_array[current].retval] == setup.freq)
break;
}
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, current, freq_menu_array, NULL);
if (option2 == 5) {
snprintf(freq_string, sizeof(freq_string), "%u", setup.freq); /* Remove " Hz" suffix */
if (UI_driver->fEditString("Enter sound frequency", freq_string, sizeof(freq_string)-3))
setup.freq = atoi(freq_string);
}
else if (option2 >= 0)
setup.freq = freq_values[option2];
}
break;
case 2:
setup.sample_size = 3 - setup.sample_size; /* Toggle 1<->2 */
break;
case 3:
{
int current = 1; /* 1 means "custom" as in hw_buflen_menu_array */
int i, option2;
for (i = 0; hw_buflen_menu_array[i].retval != 1; ++i) {
/* Find the currently-chosen buffer length. */
if (setup.buffer_ms == hw_buflen_menu_array[i].retval) {
current = setup.buffer_ms;
break;
}
}
option2 = UI_driver->fSelect(NULL, UI_SELECT_POPUP, current, hw_buflen_menu_array, NULL);
if (option2 == 1) {
snprintf(hw_buflen_string, sizeof(hw_buflen_string), "%u", setup.buffer_ms); /* Remove " ms" suffix */
if (UI_driver->fEditString("Enter hardware buffer length", hw_buflen_string, sizeof(hw_buflen_string)-3))
setup.buffer_ms = atoi(hw_buflen_string);
}
else if (option2 >= 0)
setup.buffer_ms = option2;
}
break;
#ifdef SYNCHRONIZED_SOUND
case 4:
snprintf(latency_string, sizeof(latency_string), "%u", Sound_latency); /* Remove " ms" suffix */
if (UI_driver->fEditString("Enter sound latency", latency_string, sizeof(latency_string)-3))
Sound_SetLatency(atoi(latency_string));
break;
#endif /* SYNCHRONIZED_SOUND */
#endif /* SOUND_THIN_API */
#ifdef DREAMCAST
case 0:
glob_snd_ena = !glob_snd_ena;
break;
#endif
#ifdef STEREO_SOUND
case 5:
#ifdef SOUND_THIN_API
setup.channels = 3 - setup.channels; /* Toggle 1<->2 */
#else /* !defined(SOUND_THIN_API) */
POKEYSND_stereo_enabled = !POKEYSND_stereo_enabled;
#ifdef SUPPORTS_SOUND_REINIT
Sound_Reinit();
#endif
#endif /* SOUND_THIN_API */
break;
#endif
case 6:
POKEYSND_enable_new_pokey = !POKEYSND_enable_new_pokey;
POKEYSND_DoInit();
/* According to the PokeySnd doc the POKEY switch can occur on
a cold-restart only */
UI_driver->fMessage("Will reboot to apply the change", 1);
return TRUE; /* reboot required */
#ifdef CONSOLE_SOUND
case 7:
POKEYSND_console_sound_enabled = !POKEYSND_console_sound_enabled;
break;
#endif
#ifdef SERIO_SOUND
case 8:
POKEYSND_serio_sound_enabled = !POKEYSND_serio_sound_enabled;
break;
#endif
case 9:
if (!POKEYSND_enable_new_pokey)
POKEYSND_bienias_fix = !POKEYSND_bienias_fix;
break;
default:
#ifdef SOUND_THIN_API
if (!Sound_enabled)
/* Only store setup from menu in Sound_desired. */
Sound_desired = setup;
else if (setup.freq != Sound_desired.freq ||
setup.sample_size != Sound_desired.sample_size ||
#ifdef STEREO_SOUND
setup.channels != Sound_desired.channels ||
#endif
setup.buffer_ms != Sound_desired.buffer_ms) {
/* Sound output reinitialisation needed. */
Sound_desired = setup;
if (!Sound_Setup()) {
UI_driver->fMessage("Error: can't open sound device", 1);
/* Don't leave menu on failure. */
break;
}
setup = Sound_desired;
}
#endif /* SOUND_THIN_API */
return FALSE;
}
}
}
#endif /* SOUND */
#if !defined(CURSES_BASIC) && !defined(DREAMCAST)
static void Screenshot(int interlaced)
{
static char filename[FILENAME_MAX];
if (UI_driver->fGetSaveFilename(filename, UI_saved_files_dir, UI_n_saved_files_dir)) {
#ifdef USE_CURSES
/* must clear, otherwise in case of a failure we'll see parts
of Atari screen on top of UI screen */
curses_clear_screen();
#endif
ANTIC_Frame(TRUE);
if (!Screen_SaveScreenshot(filename, interlaced))
CantSave(filename);
}
}
#endif /* !defined(CURSES_BASIC) && !defined(DREAMCAST) */
static void AboutEmulator(void)
{
UI_driver->fInfoScreen("About the Emulator",
Atari800_TITLE "\0"
"Copyright (c) 1995-1998 David Firth\0"
"and\0"
"(c)1998-2015 Atari800 Development Team\0"
"See CREDITS file for details.\0"
"http://atari800.atari.org/\0"
"\0"
"\0"
"\0"
"This program is free software; you can\0"
"redistribute it and/or modify it under\0"
"the terms of the GNU General Public\0"
"License as published by the Free\0"
"Software Foundation; either version 2,\0"
"or (at your option) any later version.\0"
"\n");
}
#ifdef DIRECTX
static void FunctionKeyHelp(void)
{
UI_driver->fInfoScreen("Function Key List",
Atari800_TITLE "\0"
"\0"
"Function Key Assignments \0"
"------------------------ \0"
"\0"
"F1 - User Interface \0"
"F2 - Option key \0"
"F3 - Select key \0"
"F4 - Start key \0"
"F5 - Reset key \0"
"F6 - Help key (XL/XE only)\0"
"F7 - Break key \0"
"F8 - Enter monitor \0"
" (-console required) \0"
"F9 - Exit emulator \0"
"F10 - Save screenshot \0"
"\n");
}
static void HotKeyHelp(void)
{
UI_driver->fInfoScreen("Hot Key List",
Atari800_TITLE "\0"
"\0"
"Hot Key Assignments \0"
"------------------- \0"
"\0"
"Alt+Enter - Toggle Fullscreen/Window\0"
"Alt+PgUp - Increase window size \0"
"Alt+PgDn - Decrease window size \0"
"Alt+I - Next scanline mode \0"
"Alt+M - Hide/Show main menu \0"
"Alt+Shift+Z - 3D Tilt \0"
" (Direct3D modes only) \0"
"Alt+Z - 3D Screensaver \0"
" (Direct3D modes only) \0"
"\n");
}
#endif
void UI_Run(void)
{
static UI_tMenuItem menu_array[] = {
UI_MENU_FILESEL_ACCEL(UI_MENU_RUN, "Run Atari Program", "Alt+R"),
UI_MENU_SUBMENU_ACCEL(UI_MENU_DISK, "Disk Management", "Alt+D"),
UI_MENU_SUBMENU_ACCEL(UI_MENU_CARTRIDGE, "Cartridge Management", "Alt+C"),
UI_MENU_SUBMENU_ACCEL(UI_MENU_CASSETTE, "Tape Management", "Alt+T"),
UI_MENU_SUBMENU_ACCEL(UI_MENU_SYSTEM, "System Settings", "Alt+Y"),
#ifdef SOUND
UI_MENU_SUBMENU_ACCEL(UI_MENU_SOUND, "Sound Settings", "Alt+O"),
#ifndef DREAMCAST
UI_MENU_ACTION_ACCEL(UI_MENU_SOUND_RECORDING, "Sound Recording Start/Stop", "Alt+W"),
#endif
#endif
#ifndef CURSES_BASIC
UI_MENU_SUBMENU(UI_MENU_DISPLAY, "Display Settings"),
#endif
#ifdef DIRECTX
UI_MENU_SUBMENU(UI_MENU_WINDOWS, "Windows Display Options"),
#endif
#ifndef USE_CURSES
UI_MENU_SUBMENU(UI_MENU_CONTROLLER, "Controller Configuration"),
#endif
UI_MENU_SUBMENU(UI_MENU_SETTINGS, "Emulator Configuration"),
UI_MENU_FILESEL_ACCEL(UI_MENU_SAVESTATE, "Save State", "Alt+S"),
UI_MENU_FILESEL_ACCEL(UI_MENU_LOADSTATE, "Load State", "Alt+L"),
#if !defined(CURSES_BASIC) && !defined(DREAMCAST)
#ifdef HAVE_LIBPNG
UI_MENU_FILESEL_ACCEL(UI_MENU_PCX, "Save Screenshot", "F10"),
/* there isn't enough space for "PNG/PCX Interlaced Screenshot Shift+F10" */
UI_MENU_FILESEL_ACCEL(UI_MENU_PCXI, "Save Interlaced Screenshot", "Shift+F10"),
#else
UI_MENU_FILESEL_ACCEL(UI_MENU_PCX, "PCX Screenshot", "F10"),
UI_MENU_FILESEL_ACCEL(UI_MENU_PCXI, "PCX Interlaced Screenshot", "Shift+F10"),
#endif
#endif
UI_MENU_ACTION_ACCEL(UI_MENU_BACK, "Back to Emulated Atari", "Esc"),
UI_MENU_ACTION_ACCEL(UI_MENU_RESETW, "Reset (Warm Start)", "F5"),
UI_MENU_ACTION_ACCEL(UI_MENU_RESETC, "Reboot (Cold Start)", "Shift+F5"),
#if defined(_WIN32_WCE)
UI_MENU_ACTION(UI_MENU_MONITOR, "About Pocket Atari"),
#elif defined(DREAMCAST)
UI_MENU_ACTION(UI_MENU_MONITOR, "About AtariDC"),
#elif defined(DIRECTX)
UI_MENU_ACTION_ACCEL(UI_MENU_MONITOR, monitor_label, "F8"),
#else
UI_MENU_ACTION_ACCEL(UI_MENU_MONITOR, "Enter Monitor", "F8"),
#endif
UI_MENU_ACTION_ACCEL(UI_MENU_ABOUT, "About the Emulator", "Alt+A"),
UI_MENU_ACTION_ACCEL(UI_MENU_EXIT, "Exit Emulator", "F9"),
UI_MENU_END
};
int option = UI_MENU_RUN;
int done = FALSE;
#if SUPPORTS_CHANGE_VIDEOMODE
VIDEOMODE_ForceStandardScreen(TRUE);
#endif
UI_is_active = TRUE;
#ifdef DIRECTX
setcursor();
snprintf(desktopreslabel, sizeof(desktopreslabel), "Desktop [%dx%d]", origScreenWidth, origScreenHeight);
snprintf(hcrop_label, sizeof(hcrop_label), "%d", crop.horizontal);
snprintf(vcrop_label, sizeof(vcrop_label), "%d", crop.vertical);
snprintf(hshift_label, sizeof(hshift_label), "%d", offset.horizontal);
snprintf(vshift_label, sizeof(vshift_label), "%d", offset.vertical);
snprintf(native_width_label, sizeof(native_width_label), "[Width: %d]", frameparams.view.right - frameparams.view.left);
snprintf(native_height_label, sizeof(native_height_label), "[Height: %d]", frameparams.view.bottom - frameparams.view.top);
if (useconsole)
strcpy(monitor_label, "Enter Monitor");
else
strcpy(monitor_label, "Enter Monitor (need -console)");
#endif
/* Sound_Active(FALSE); */
UI_driver->fInit();
#ifdef CRASH_MENU
if (UI_crash_code >= 0) {
done = CrashMenu();
UI_crash_code = -1;
}
#endif
while (!done) {
if (UI_alt_function != -1)
UI_current_function = UI_alt_function;
if (UI_alt_function < 0)
option = UI_driver->fSelect(Atari800_TITLE, 0, option, menu_array, NULL);
if (UI_alt_function >= 0) {
option = UI_alt_function;
UI_alt_function = -1;
done = TRUE;
}
switch (option) {
case -2:
case -1: /* ESC key */
done = TRUE;
break;
case UI_MENU_DISK:
DiskManagement();
break;
case UI_MENU_CARTRIDGE:
CartManagement();
break;
case UI_MENU_RUN:
/* if (RunExe()) */
if (AutostartFile())
done = TRUE; /* reboot immediately */
break;
case UI_MENU_CASSETTE:
TapeManagement();
break;
case UI_MENU_SYSTEM:
SystemSettings();
break;
case UI_MENU_SETTINGS:
AtariSettings();
break;
#ifdef SOUND
case UI_MENU_SOUND:
if (SoundSettings()) {
Atari800_Coldstart();
done = TRUE; /* reboot immediately */
}
break;
#ifndef DREAMCAST
case UI_MENU_SOUND_RECORDING:
SoundRecording();
break;
#endif
#endif
case UI_MENU_SAVESTATE:
SaveState();
break;
case UI_MENU_LOADSTATE:
/* Note: AutostartFile() handles state files, too,
so we can remove LoadState() now. */
LoadState();
break;
#ifndef CURSES_BASIC
case UI_MENU_DISPLAY:
DisplaySettings();
break;
#ifndef DREAMCAST
case UI_MENU_PCX:
Screenshot(FALSE);
break;
case UI_MENU_PCXI:
Screenshot(TRUE);
break;
#endif
#endif
#ifdef DIRECTX
case UI_MENU_WINDOWS:
WindowsOptions();
break;
case UI_MENU_SAVE_CONFIG:
CFG_WriteConfig();
return;
#endif
#ifndef USE_CURSES
case UI_MENU_CONTROLLER:
ControllerConfiguration();
break;
#endif
case UI_MENU_BACK:
done = TRUE; /* back to emulator */
break;
case UI_MENU_RESETW:
Atari800_Warmstart();
done = TRUE; /* reboot immediately */
break;
case UI_MENU_RESETC:
Atari800_Coldstart();
done = TRUE; /* reboot immediately */
break;
case UI_MENU_ABOUT:
AboutEmulator();
break;
#ifdef DIRECTX
case UI_MENU_FUNCT_KEY_HELP:
FunctionKeyHelp();
break;
case UI_MENU_HOT_KEY_HELP:
HotKeyHelp();
break;
#endif
case UI_MENU_MONITOR:
#if defined(_WIN32_WCE)
AboutPocketAtari();
break;
#elif defined(DREAMCAST)
AboutAtariDC();
break;
#else
#if defined(DIRECTX)
if (!useconsole) {
UI_driver->fMessage("Console required for monitor", 1);
break;
}
#endif /* DIRECTX */
if (Atari800_Exit(TRUE))
break;
/* if 'quit' typed in monitor, exit emulator */
exit(0);
#endif
case UI_MENU_EXIT:
Atari800_Exit(FALSE);
exit(0);
}
}
/* Sound_Active(TRUE); */
UI_is_active = FALSE;
#ifdef DIRECTX
setcursor();
#endif
/* flush keypresses */
while (PLATFORM_Keyboard() != AKEY_NONE)
Atari800_Sync();
UI_alt_function = UI_current_function = -1;
/* restore 80 column screen */
#if SUPPORTS_CHANGE_VIDEOMODE
VIDEOMODE_ForceStandardScreen(FALSE);
#endif
}
#ifdef CRASH_MENU
int CrashMenu(void)
{
static char cim_info[42];
static UI_tMenuItem menu_array[] = {
UI_MENU_LABEL(cim_info),
UI_MENU_ACTION_ACCEL(0, "Reset (Warm Start)", "F5"),
UI_MENU_ACTION_ACCEL(1, "Reboot (Cold Start)", "Shift+F5"),
UI_MENU_ACTION_ACCEL(2, "Menu", "F1"),
#if !defined(_WIN32_WCE) && !defined(DREAMCAST) && !defined(DIRECTX)
UI_MENU_ACTION_ACCEL(3, "Enter Monitor", "F8"),
#endif
#ifdef DIRECTX
UI_MENU_ACTION_ACCEL(3, monitor_label, "F8"),
#endif
UI_MENU_ACTION_ACCEL(4, "Continue After CIM", "Esc"),
UI_MENU_ACTION_ACCEL(5, "Exit Emulator", "F9"),
UI_MENU_END
};
int option = 0;
snprintf(cim_info, sizeof(cim_info), "Code $%02X (CIM) at address $%04X", UI_crash_code, UI_crash_address);
for (;;) {
option = UI_driver->fSelect("!!! The Atari computer has crashed !!!", 0, option, menu_array, NULL);
if (UI_alt_function >= 0) /* pressed F5, Shift+F5 or F9 */
return FALSE;
switch (option) {
case 0: /* Power On Reset */
UI_alt_function = UI_MENU_RESETW;
return FALSE;
case 1: /* Power Off Reset */
UI_alt_function = UI_MENU_RESETC;
return FALSE;
case 2: /* Menu */
return FALSE;
#if !defined(_WIN32_WCE) && !defined(DREAMCAST)
case 3: /* Monitor */
UI_alt_function = UI_MENU_MONITOR;
return FALSE;
#endif
case -2:
case -1: /* ESC key */
case 4: /* Continue after CIM */
CPU_regPC = UI_crash_afterCIM;
return TRUE;
case 5: /* Exit */
UI_alt_function = UI_MENU_EXIT;
return FALSE;
}
}
}
#endif
/*
vim:ts=4:sw=4:
*/
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