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mist-devel.mist-firmware/menu.c
Gyorgy Szombathelyi c4d9f371c1 Consistent Fast RAM size displaying
2020-10-18 21:16:16 +02:00

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/*
Copyright 2005, 2006, 2007 Dennis van Weeren
Copyright 2008, 2009 Jakub Bednarski
This file is part of Minimig
Minimig 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 3 of the License, or
(at your option) any later version.
Minimig 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 this program. If not, see <http://www.gnu.org/licenses/>.
*/
// 2009-11-14 - OSD labels changed
// 2009-12-15 - added display of directory name extensions
// 2010-01-09 - support for variable number of tracks
// 2016-06-01 - improvements to 8-bit menu
//#include "AT91SAM7S256.h"
//#include "stdbool.h"
#include <stdlib.h>
#include <inttypes.h>
#include "stdio.h"
#include "string.h"
#include "errors.h"
#include "mmc.h"
#include "fat.h"
#include "osd.h"
#include "state.h"
#include "fpga.h"
#include "fdd.h"
#include "hdd.h"
#include "hardware.h"
#include "firmware.h"
#include "config.h"
#include "menu.h"
#include "user_io.h"
#include "data_io.h"
#include "tos.h"
#include "cdc_control.h"
#include "debug.h"
#include "boot.h"
#include "archie.h"
#include "arc_file.h"
#include "misc_cfg.h"
#include "usb/joymapping.h"
#include "mist_cfg.h"
// test features (not used right now)
// #define ALLOW_TEST_MENU 0 //remove to disable in prod version
// other constants
#define DIRSIZE 8 // number of items in directory display window
// TODO!
#define SPIN() asm volatile ( "mov r0, r0\n\t" \
"mov r0, r0\n\t" \
"mov r0, r0\n\t" \
"mov r0, r0");
unsigned char menustate = MENU_NONE1;
unsigned char first_displayed_8bit = 0;
unsigned char currentpage_8bit;
unsigned char menuidx_8bit[8];
unsigned char selected_drive_slot;
unsigned char parentstate;
unsigned char menusub = 0;
unsigned char menusub_last = 0; //for when we allocate it dynamically and need to know last row
unsigned int menumask = 0; // Used to determine which rows are selectable...
unsigned long menu_timer = 0;
extern unsigned char drives;
extern adfTYPE df[4];
extern configTYPE config;
extern fileTYPE file;
extern char s[40];
extern unsigned char fat32;
extern DIRENTRY DirEntry[MAXDIRENTRIES];
extern unsigned char sort_table[MAXDIRENTRIES];
extern unsigned char nDirEntries;
extern unsigned char iSelectedEntry;
extern unsigned long iCurrentDirectory;
extern char DirEntryLFN[MAXDIRENTRIES][261];
char DirEntryInfo[MAXDIRENTRIES][5]; // disk number info of dir entries
char DiskInfo[5]; // disk number info of selected entry
extern char minimig_ver_beta;
extern char minimig_ver_major;
extern char minimig_ver_minor;
extern char minimig_ver_minion;
extern const char version[];
const char *config_tos_mem[] = {"512 kB", "1 MB", "2 MB", "4 MB", "8 MB", "14 MB", "--", "--" };
const char *config_tos_wrprot[] = {"none", "A:", "B:", "A: and B:"};
const char *config_tos_usb[] = {"none", "control", "debug", "serial", "parallel", "midi"};
const char *config_filter_msg[] = {"none", "HORIZONTAL", "VERTICAL", "H+V"};
const char *config_memory_chip_msg[] = {"0.5 MB", "1.0 MB", "1.5 MB", "2.0 MB"};
const char *config_memory_slow_msg[] = {"none ", "0.5 MB", "1.0 MB", "1.5 MB"};
const char *config_scanlines_msg[] = {"off", "dim", "black"};
const char *config_dither_msg[] = {"off", "SPT", "RND", "S+R"};
const char *config_memory_fast_msg[] = {"none ", "2.0 MB", "4.0 MB","8.0 MB","24.0 MB"};
const char *config_cpu_msg[] = {"68000 ", "68010", "-----","68020"};
const char *config_hdf_msg[] = {"Disabled", "Hardfile (disk img)", "MMC/SD card", "MMC/SD partition 1", "MMC/SD partition 2", "MMC/SD partition 3", "MMC/SD partition 4"};
const char *config_chipset_msg[] = {"OCS-A500", "OCS-A1000", "ECS", "---", "---", "---", "AGA", "---"};
const char *config_turbo_msg[] = {"none", "CHIPRAM", "KICK", "BOTH"};
char *config_autofire_msg[] = {" AUTOFIRE OFF", " AUTOFIRE FAST", " AUTOFIRE MEDIUM", " AUTOFIRE SLOW"};
const char *config_cd32pad_msg[] = {"OFF", "ON"};
char *config_button_turbo_msg[] = {"OFF", "FAST", "MEDIUM", "SLOW"};
char *config_button_turbo_choice_msg[] = {"A only", "B only", "A & B"};
enum HelpText_Message {HELPTEXT_NONE,HELPTEXT_MAIN,HELPTEXT_HARDFILE,HELPTEXT_CHIPSET,HELPTEXT_MEMORY,HELPTEXT_VIDEO};
const char *helptexts[]={
0,
" Welcome to MiST! Use the cursor keys to navigate the menus. Use space bar or enter to select an item. Press Esc or F12 to exit the menus. Joystick emulation on the numeric keypad can be toggled with the numlock key, while pressing Ctrl-Alt-0 (numeric keypad) toggles autofire mode.",
" Minimig can emulate an A600 IDE harddisk interface. The emulation can make use of Minimig-style hardfiles (complete disk images) or UAE-style hardfiles (filesystem images with no partition table). It is also possible to use either the entire SD card or an individual partition as an emulated harddisk.",
" Minimig's processor core can emulate a 68000 or 68020 processor (though the 68020 mode is still experimental.) If you're running software built for 68000, there's no advantage to using the 68020 mode, since the 68000 emulation runs just as fast.",
" Minimig can make use of up to 2 megabytes of Chip RAM, up to 1.5 megabytes of Slow RAM (A500 Trapdoor RAM), and up to 8 megabytes (68000/68010) / 24 megabytes (68020) of true Fast RAM. To use the HRTmon feature you will need a file on the SD card named hrtmon.rom.",
" Minimig's video features include a blur filter, to simulate the poorer picture quality on older monitors, and also scanline generation to simulate the appearance of a screen with low vertical resolution.",
0
};
// one screen width
const char* HELPTEXT_SPACER= " ";
char helptext_custom[320];
const char* scanlines[]={"Off","25%","50%","75%"};
const char* stereo[]={"Mono","Stereo"};
const char* atari_chipset[]={"ST","STE","MegaSTE","STEroids"};
// file selection menu variables
char fs_pFileExt[13] = "xxx";
unsigned char fs_ShowExt = 0;
unsigned char fs_Options;
unsigned char fs_MenuSelect;
unsigned char fs_MenuCancel;
char* GetExt(char *ext) {
static char extlist[32];
char *p = extlist;
while(*ext) {
strcpy(p, ",");
strncat(p, ext, 3);
if(strlen(ext)<=3) break;
ext +=3;
p += strlen(p);
}
return extlist+1;
}
void SelectFile(char* pFileExt, unsigned char Options, unsigned char MenuSelect, unsigned char MenuCancel, char chdir)
{
// this function displays file selection menu
menu_debugf("%s - %s\n", pFileExt, fs_pFileExt);
if (strncmp(pFileExt, fs_pFileExt, 12) != 0) // check desired file extension
{ // if different from the current one go to the root directory and init entry buffer
ChangeDirectory(DIRECTORY_ROOT);
// for 8 bit cores try to
if(((user_io_core_type() == CORE_TYPE_8BIT) || (user_io_core_type() == CORE_TYPE_ARCHIE)) && chdir)
user_io_change_into_core_dir();
ScanDirectory(SCAN_INIT, pFileExt, Options);
}
menu_debugf("pFileExt = %3s\n", pFileExt);
strcpy(fs_pFileExt, pFileExt);
fs_ShowExt = ((strlen(fs_pFileExt)>3 && strncmp(fs_pFileExt, "RBFARC", 6)) || strchr(fs_pFileExt, '*') || strchr(fs_pFileExt, '?'));
fs_Options = Options;
fs_MenuSelect = MenuSelect;
fs_MenuCancel = MenuCancel;
menustate = MENU_FILE_SELECT1;
}
static void substrcpy(char *d, char *s, char idx) {
char p = 0;
while(*s) {
if((p == idx) && *s && (*s != ','))
*d++ = *s;
if(*s == ',')
p++;
s++;
}
*d = 0;
}
#define STD_EXIT " exit"
#define STD_SPACE_EXIT " SPACE to exit"
#define STD_COMBO_EXIT " Hold ESC then SPACE to exit"
#define HELPTEXT_DELAY 10000
#define FRAME_DELAY 150
// prints input as a string of binary (on/off) values
// assumes big endian, returns using special characters (checked box/unchecked box)
void siprintbinary(char* buffer, size_t const size, void const * const ptr)
{
unsigned char *b = (unsigned char*) ptr;
unsigned char byte;
int i, j;
memset(buffer, '\0', sizeof(buffer));
for (i=size-1;i>=0;i--)
{
for (j=0;j<8;j++)
{
byte = (b[i] >> j) & 1;
buffer[j]=byte?'\x1a':'\x19';
}
}
return;
}
void get_joystick_state( char *joy_string, char *joy_string2, uint8_t joy_num ) {
// helper to get joystick status (both USB or DB9)
uint16_t vjoy;
memset(joy_string, '\0', sizeof(joy_string));
memset(joy_string2, '\0', sizeof(joy_string2));
vjoy = StateJoyGet(joy_num);
vjoy |= StateJoyGetExtra(joy_num) << 8;
if (vjoy==0) {
strcpy(joy_string2, " ");
memset(joy_string2, ' ', 8);
memset(joy_string2+8, '\x14', 1);
memset(joy_string2+9, ' ', 1);
strcat(joy_string2, "\0");
return;
}
strcpy(joy_string, " \x12 X Y L R L2 R2 L3");
strcpy(joy_string2, " < \x13 > A B Sel Sta R3");
if(!(vjoy & JOY_UP)) memset(joy_string+8, ' ', 1);
if(!(vjoy & JOY_X)) memset(joy_string+12, ' ', 1);
if(!(vjoy & JOY_Y)) memset(joy_string+14, ' ', 1);
if(!(vjoy & JOY_L)) memset(joy_string+16, ' ', 1);
if(!(vjoy & JOY_R)) memset(joy_string+18, ' ', 1);
if(!(vjoy & JOY_L2)) memset(joy_string+20, ' ', 2);
if(!(vjoy & JOY_R2)) memset(joy_string+23, ' ', 2);
if(!(vjoy & JOY_L3)) memset(joy_string+26, ' ', 2);
if(!(vjoy & JOY_LEFT)) memset(joy_string2+6, ' ', 1);
if(!(vjoy & JOY_DOWN)) memset(joy_string2+8, '\x14', 1);
if(!(vjoy & JOY_RIGHT)) memset(joy_string2+10, ' ', 1);
if(!(vjoy & JOY_A)) memset(joy_string2+12, ' ', 1);
if(!(vjoy & JOY_B)) memset(joy_string2+14, ' ', 1);
if(!(vjoy & JOY_SELECT))memset(joy_string2+16, ' ', 3);
if(!(vjoy & JOY_START)) memset(joy_string2+20, ' ', 3);
if(!(vjoy & JOY_R3)) memset(joy_string2+24, ' ', 2);
return;
}
void get_joystick_state_usb( char *s, unsigned char joy_num ) {
/* USB specific - current "raw" state
(in reverse binary format to correspont to MIST.INI mapping entries)
*/
char buffer[5];
unsigned short i;
char binary_string[9]="00000000";
unsigned char joy = 0;
unsigned int max_btn = 1;
if ((mist_cfg.joystick_db9_fixed_index && joy_num < 2) || (!mist_cfg.joystick_db9_fixed_index && StateNumJoysticks() <= joy_num))
{
strcpy( s, " ");
return;
}
max_btn = StateUsbGetNumButtons(joy_num);
joy = StateUsbJoyGet(joy_num);
siprintf(s, " USB: ---- 0000 0000 0000");
siprintbinary(binary_string, sizeof(joy), &joy);
s[7] = binary_string[0]=='\x1a'?'>':'\x1b';
s[8] = binary_string[1]=='\x1a'?'<':'\x1b';
s[9] = binary_string[2]=='\x1a'?'\x13':'\x1b';
s[10] = binary_string[3]=='\x1a'?'\x12':'\x1b';
s[12] = binary_string[4];
s[13] = max_btn>1 ? binary_string[5] : ' ';
s[14] = max_btn>2 ? binary_string[6] : ' ';
s[15] = max_btn>3 ? binary_string[7] : ' ';
joy = StateUsbJoyGetExtra(joy_num);
siprintbinary(binary_string, sizeof(joy), &joy);
s[17] = max_btn>4 ? binary_string[0] : ' ';
s[18] = max_btn>5 ? binary_string[1] : ' ';
s[19] = max_btn>6 ? binary_string[2] : ' ';
s[20] = max_btn>7 ? binary_string[3] : ' ';
s[22] = max_btn>8 ? binary_string[4] : ' ';
s[23] = max_btn>9 ? binary_string[5] : ' ';
s[24] = max_btn>10 ? binary_string[6] : ' ';
s[25] = max_btn>11 ? binary_string[7] : ' ';
return;
}
void append_joystick_usbid ( char *usb_id, unsigned int usb_vid, unsigned int usb_pid ) {
siprintf(usb_id, "VID:%04X PID:%04X", usb_vid, usb_pid);
}
void get_joystick_id ( char *usb_id, unsigned char joy_num, short raw_id ) {
/*
Builds a string containing the USB VID/PID information of a joystick
*/
char buffer[32]="";
if (raw_id==0) {
if ((mist_cfg.joystick_db9_fixed_index && joy_num < 2) || (!mist_cfg.joystick_db9_fixed_index && joy_num >= StateNumJoysticks()))
{
strcpy( usb_id, " ");
if ((mist_cfg.joystick_db9_fixed_index && joy_num < 2) || (!mist_cfg.joystick_db9_fixed_index && joy_num < StateNumJoysticks()+2)) {
strcat( usb_id, "Atari DB9 Joystick");
} else {
strcat( usb_id, "None");
}
return;
}
}
//hack populate from outside
int vid = StateUsbVidGet(joy_num);
int pid = StateUsbPidGet(joy_num);
memset(usb_id, '\0', sizeof(usb_id));
if (vid>0) {
if (raw_id == 0) {
strcpy(buffer, get_joystick_alias( vid, pid ));
}
if(strlen(buffer)==0) {
append_joystick_usbid( buffer, vid, pid );
}
} else {
if ((mist_cfg.joystick_db9_fixed_index && joy_num < 2) || (!mist_cfg.joystick_db9_fixed_index && joy_num >= StateNumJoysticks()))
{
if ((mist_cfg.joystick_db9_fixed_index && joy_num < 2) || (!mist_cfg.joystick_db9_fixed_index && joy_num < StateNumJoysticks()+2)) {
strcpy( buffer, "Atari DB9 Joystick");
} else {
strcpy( buffer, "None");
}
}
}
if(raw_id == 0)
siprintf(usb_id, "%*s", (28-strlen(buffer))/2, " ");
else
strcpy(usb_id, "");
strcat(usb_id, buffer);
return;
}
unsigned char getIdx(char *opt) {
if((opt[1]>='0') && (opt[1]<='9')) return opt[1]-'0';
if((opt[1]>='A') && (opt[1]<='V')) return opt[1]-'A'+10;
return 0; // basically 0 cannot be valid because used as a reset. Thus can be used as a error.
}
unsigned long getStatus(char *opt, unsigned long status) {
char idx1 = getIdx(opt);
char idx2 = getIdx(opt+1);
unsigned long x = (status & (1<<idx1)) ? 1 : 0;
if(idx2>idx1) {
x = status >> idx1;
x = x & ~(0xffffffff << (idx2 - idx1 + 1));
}
return x;
}
unsigned long setStatus(char *opt, unsigned long status, unsigned long value) {
unsigned char idx1 = getIdx(opt);
unsigned char idx2 = getIdx(opt+1);
unsigned long x = 1;
if(idx2>idx1) x = ~(0xffffffff << (idx2 - idx1 + 1));
x = x << idx1;
return (status & ~x) | ((value << idx1) & x);
}
unsigned long getStatusMask(char *opt) {
char idx1 = getIdx(opt);
char idx2 = getIdx(opt+1);
unsigned long x = 1;
if(idx2>idx1) x = ~(0xffffffff << (idx2 - idx1 + 1));
//iprintf("grtStatusMask %d %d %x\n", idx1, idx2, x);
return x << idx1;
}
char* get_keycode_table()
{
switch(user_io_core_type())
{
case CORE_TYPE_MINIMIG:
case CORE_TYPE_MINIMIG2:
return "Amiga";
case CORE_TYPE_MIST:
case CORE_TYPE_MIST2:
return " ST";
case CORE_TYPE_ARCHIE:
return "Archie";
}
return " PS/2";
}
void HandleUI(void)
{
char *p;
unsigned char i, c, m, up, down, select, menu, right, left, plus, minus;
uint8_t mod;
unsigned long len;
static hardfileTYPE t_hardfile[2]; // temporary copy of former hardfile configuration
static unsigned char t_enable_ide; // temporary copy of former IDE configuration
static unsigned char ctrl = false;
static unsigned char lalt = false;
char enable;
static long helptext_timer;
static const char *helptext;
static char helpstate=0;
uint8_t keys[6] = {0,0,0,0,0,0};
uint16_t keys_ps2[6] = {0,0,0,0,0,0};
mist_joystick_t joy0, joy1;
static unsigned char joytest_num;
/* check joystick status */
char joy_string[32];
char joy_string2[32];
char usb_id[64];
// get user control codes
c = OsdGetCtrl();
// decode and set events
menu = false;
select = false;
up = false;
down = false;
left = false;
right = false;
plus=false;
minus=false;
switch (c)
{
case KEY_CTRL :
ctrl = true;
break;
case KEY_CTRL | KEY_UPSTROKE :
ctrl = false;
break;
case KEY_LALT :
lalt = true;
break;
case KEY_LALT | KEY_UPSTROKE :
lalt = false;
break;
case KEY_KP0 :
// Only sent by Minimig
if (ctrl && lalt)
{
if (menustate == MENU_NONE2 || menustate == MENU_INFO)
{
char autofire_tmp = config.autofire & 3;
autofire_tmp++;
config.autofire=(config.autofire & 4) | (autofire_tmp & 3);
ConfigAutofire(config.autofire);
if (menustate == MENU_NONE2 || menustate == MENU_INFO)
InfoMessage(config_autofire_msg[config.autofire & 3]);
}
}
break;
case KEY_MENU:
menu = true;
OsdKeySet(KEY_MENU | KEY_UPSTROKE);
break;
// Within the menu the esc key acts as the menu key. problem:
// if the menu is left with a press of ESC, then the follwing
// break code for the ESC key when the key is released will
// reach the core which never saw the make code. Simple solution:
// react on break code instead of make code
case KEY_ESC | KEY_UPSTROKE :
if (menustate != MENU_NONE2)
menu = true;
break;
case KEY_ENTER :
case KEY_SPACE :
select = true;
break;
case KEY_UP:
up = true;
break;
case KEY_DOWN:
down = true;
break;
case KEY_LEFT :
left = true;
break;
case KEY_RIGHT :
right = true;
break;
case KEY_KPPLUS :
plus=true;
break;
case KEY_KPMINUS :
minus=true;
break;
}
if(menu || select || up || down || left || right )
{
if(helpstate)
OsdWrite(7,STD_EXIT,(menumask-((1<<(menusub+1))-1))<=0,0); // Redraw the Exit line...
helpstate=0;
helptext_timer=GetTimer(HELPTEXT_DELAY);
}
if(helptext)
{
if(helpstate<9)
{
if(CheckTimer(helptext_timer))
{
helptext_timer=GetTimer(FRAME_DELAY);
OsdWriteOffset(7,STD_EXIT,0,0,helpstate);
++helpstate;
}
}
else if(helpstate==9)
{
ScrollReset();
++helpstate;
}
else
ScrollText(7,helptext,0,0,0,0);
}
// Standardised menu up/down.
// The screen should set menumask, bit 0 to make the top line selectable, bit 1 for the 2nd line, etc.
// (Lines in this context don't have to correspond to rows on the OSD.)
// Also set parentstate to the appropriate menustate.
if(menumask)
{
if (down && (menumask>=(1<<(menusub+1)))) // Any active entries left?
{
do
menusub++;
while((menumask & (1<<menusub)) == 0);
menustate = parentstate;
}
if (up && menusub > 0 && (menumask<<(8-menusub)))
{
do
--menusub;
while((menumask & (1<<menusub)) == 0);
menustate = parentstate;
}
}
// Switch to current menu screen
switch (menustate)
{
/******************************************************************/
/* no menu selected */
/******************************************************************/
case MENU_NONE1 :
helptext=helptexts[HELPTEXT_NONE];
menumask=0;
OsdDisable();
menustate = MENU_NONE2;
break;
case MENU_NONE2 :
if (menu)
{
if((user_io_core_type() == CORE_TYPE_MINIMIG) ||
(user_io_core_type() == CORE_TYPE_MINIMIG2))
menustate = MENU_MAIN1;
else if((user_io_core_type() == CORE_TYPE_MIST) ||
(user_io_core_type() == CORE_TYPE_MIST2))
menustate = MENU_MIST_MAIN1;
else if(user_io_core_type() == CORE_TYPE_ARCHIE)
menustate = MENU_ARCHIE_MAIN1;
else {
// the "menu" core is special in jumps directly to the core selection menu
if(!strcmp(user_io_get_core_name(), "MENU"))
SelectFile("RBFARC", SCAN_LFN | SCAN_SYSDIR, MENU_FIRMWARE_CORE_FILE_SELECTED, MENU_FIRMWARE1, 0);
else {
menustate = MENU_8BIT_MAIN1;
}
}
menusub = 0;
OsdClear();
OsdEnable(DISABLE_KEYBOARD);
first_displayed_8bit = 0;
currentpage_8bit = 0;
}
break;
/******************************************************************/
/* archimedes main menu */
/******************************************************************/
case MENU_ARCHIE_MAIN1: {
menumask=0xff;
OsdSetTitle("ARCHIE", 0);
strcpy(s, " Floppy 0: ");
strcat(s, archie_get_floppy_name(0));
OsdWrite(0, s, menusub == 0, 0);
strcpy(s, " Floppy 1: ");
strcat(s, archie_get_floppy_name(1));
OsdWrite(1, s, menusub == 1, 0);
strcpy(s, " OS ROM: ");
strcat(s, archie_get_rom_name());
OsdWrite(2, s, menusub == 2, 0);
strcpy(s, " CMOS RAM: ");
strcat(s, archie_get_cmos_name());
OsdWrite(3, s, menusub == 3, 0);
strcpy(s, " Save CMOS RAM ");
OsdWrite(4, s, menusub == 4, 0);
// the following is exactly like the atatri st core
OsdWrite(5, " Firmware & Core \x16", menusub == 5,0);
OsdWrite(6, " Save config ", menusub == 6,0);
OsdWrite(7, STD_EXIT, menusub == 7,0);
menustate = MENU_ARCHIE_MAIN2;
parentstate=MENU_ARCHIE_MAIN1;
} break;
case MENU_ARCHIE_MAIN2 :
// menu key closes menu
if (menu)
menustate = MENU_NONE1;
if(select) {
switch(menusub) {
case 0: // Floppy 0
case 1: // Floppy 1
if(archie_floppy_is_inserted(menusub)) {
archie_set_floppy(menusub, NULL);
user_io_file_mount(NULL, menusub);
menustate = MENU_ARCHIE_MAIN1;
} else
SelectFile("ADF", SCAN_DIR | SCAN_LFN, MENU_ARCHIE_MAIN_FILE_SELECTED, MENU_ARCHIE_MAIN1, 1);
break;
case 2: // Load ROM
SelectFile("ROM", SCAN_LFN, MENU_ARCHIE_MAIN_FILE_SELECTED, MENU_ARCHIE_MAIN1, 0);
break;
case 3: // Load CMOS
SelectFile("RAM", SCAN_LFN, MENU_ARCHIE_MAIN_FILE_SELECTED, MENU_ARCHIE_MAIN1, 0);
break;
case 4: // Save CMOS
menustate = MENU_NONE1;
archie_save_cmos();
break;
case 5: // Firmware submenu
menustate = MENU_FIRMWARE1;
menusub = 1;
break;
case 6: // Save config
menustate = MENU_NONE1;
archie_save_config();
break;
case 7: // Exit
menustate = MENU_NONE1;
break;
}
}
break;
case MENU_ARCHIE_MAIN_FILE_SELECTED : // file successfully selected
if(menusub == 0) {
archie_set_floppy(0, &file);
user_io_file_mount(&file, 0);
}
if(menusub == 1) {
archie_set_floppy(1, &file);
user_io_file_mount(&file, 1);
}
if(menusub == 2) archie_set_rom(&file);
if(menusub == 3) archie_set_cmos(&file);
menustate = MENU_ARCHIE_MAIN1;
break;
/******************************************************************/
/* 8 bit main menu */
/******************************************************************/
case MENU_8BIT_MAIN1: {
char entry=0;
char last=0;
menumask=0;
p = user_io_get_core_name();
if(!p[0]) OsdSetTitle("8BIT", OSD_ARROW_RIGHT);
else OsdSetTitle(p, OSD_ARROW_RIGHT);
if(!p[0]) OsdCoreNameSet("8BIT");
else OsdCoreNameSet(p);
// add options as requested by core
i = first_displayed_8bit + 1;
do {
char* pos;
unsigned long status = user_io_8bit_set_status(0,0); // 0,0 gets status
p = user_io_8bit_get_string(i);
menu_debugf("Option %d: %s\n", i, p);
// check if there's a file type supported
if(i == 1) {
if (currentpage_8bit == 0 && p && strlen(p)) {
menumask = 1;
strcpy(s, " Load *.");
strcat(s, GetExt(p));
OsdWrite(entry, s, menusub==entry, 0);
menuidx_8bit[entry] = i;
entry++;
} else {
first_displayed_8bit = 1;
}
i++;
p = user_io_8bit_get_string(i);
}
// check for 'V'ersion strings
if(p && (p[0] == 'V')) {
// p[1] is not used but kept for future use
char x = p[1];
// get version string
strcpy(s, OsdCoreName());
strcat(s," ");
substrcpy(s+strlen(s), p, 1);
OsdCoreNameSet(s);
}
if(entry<7) last = i;
// check for 'P'age
char page = 0;
if(entry<7 && p && (p[0] == 'P')) {
if (p[2] == ',') {
// 'P' is to open a submenu
if (currentpage_8bit == 0) {
s[0] = ' ';
substrcpy(s+1, p, 1);
char l = 25-strlen(s);
while(l--) strcat(s, " ");
strcat(s,"\x16");
menu_debugf("Add submenu: %s\n", s);
OsdWrite(entry, s, menusub == entry,0);
menumask = (menumask << 1) | 1;
menuidx_8bit[entry] = i;
entry++;
}
} else {
// 'P' is a prefix fo F,S,O,T
page = getIdx(p);
p+=2;
menu_debugf("P is prefix for: %s\n", p);
}
}
// check for 'F'ile or 'S'D image strings
if(currentpage_8bit == page && entry<7 && p && ((p[0] == 'F') || (p[0] == 'S'))) {
if (entry == 0) first_displayed_8bit = i - 1;
substrcpy(s, p, 2);
if(strlen(s)) {
strcpy(s, " ");
substrcpy(s+1, p, 2);
strcat(s, " *.");
} else {
if(p[0] == 'F') strcpy(s, " Load *.");
else strcpy(s, " Mount *.");
}
pos = s+strlen(s);
substrcpy(pos, p, 1);
strcpy(pos, GetExt(pos));
OsdWrite(entry, s, menusub==entry, 0);
// add bit in menu mask
menumask = (menumask << 1) | 1;
menuidx_8bit[entry] = i;
entry++;
}
// check for 'T'oggle strings
if(currentpage_8bit == page && entry<7 && p && (p[0] == 'T')) {
if (entry == 0) first_displayed_8bit = i - 1;
s[0] = ' ';
substrcpy(s+1, p, 1);
OsdWrite(entry, s, menusub == entry,0);
// add bit in menu mask
menumask = (menumask << 1) | 1;
menuidx_8bit[entry] = i;
entry++;
}
// check for 'O'ption strings
if(currentpage_8bit == page && entry<7 && p && (p[0] == 'O')) {
if (entry == 0) first_displayed_8bit = i - 1;
unsigned long x = getStatus(p, status);
// get currently active option
substrcpy(s, p, 2+x);
char l = strlen(s);
if(!l) {
// option's index is outside of available values.
// reset to 0.
x = 0;
user_io_8bit_set_status(setStatus(p, status, x), 0xffffffff);
substrcpy(s, p, 2+x);
l = strlen(s);
}
s[0] = ' ';
substrcpy(s+1, p, 1);
strcat(s, ":");
l = 26-l-strlen(s);
while(l-- >= 0) strcat(s, " ");
substrcpy(s+strlen(s), p, 2+x);
OsdWrite(entry, s, menusub == entry,0);
// add bit in menu mask
menumask = (menumask << 1) | 1;
menuidx_8bit[entry] = i;
entry++;
}
i++;
} while(p);
// exit row
OsdWrite(7, STD_EXIT, menusub == entry, 0);
menusub_last=entry; //remember final row
if (entry<6) menumask = (menumask << 1) | 1;
else {
p = user_io_8bit_get_string(last+1);
// set exit selectable if no option to scroll down
if ((!p || p[0] == 'V') ||
(!(currentpage_8bit && p[0] == 'P' && p[2] != ',' && currentpage_8bit == getIdx(p)) &&
!(!currentpage_8bit && (p[0] != 'P' || p[2] == ',')))) {
menumask = (menumask << 1) | 1;
}
}
// clear rest of OSD
for(;entry<7;entry++)
OsdWrite(entry, "", 0,0);
menustate = MENU_8BIT_MAIN2;
parentstate=MENU_8BIT_MAIN1;
// set helptext with core display on top of basic info
siprintf(helptext_custom, HELPTEXT_SPACER);
strcat(helptext_custom, OsdCoreName());
strcat(helptext_custom, helptexts[HELPTEXT_MAIN]);
helptext=helptext_custom;
} break; // end MENU_8BIT_MAIN1
case MENU_8BIT_MAIN2 :
// menu key closes the menu or returns to the main page
if (menu)
if (currentpage_8bit) {
currentpage_8bit = 0;
menusub = 0;
first_displayed_8bit = 0;
menustate = MENU_8BIT_MAIN1;
} else {
menustate = MENU_NONE1;
}
if(select) {
if (menusub==menusub_last) {
menustate = MENU_NONE1;
} else {
// entry 0 = file selector
if(!(menusub + first_displayed_8bit)) {
p = user_io_8bit_get_string(1);
// use a local copy of "p" since SelectFile will destroy the buffer behind it
static char ext[13];
strncpy(ext, p, 13);
while(strlen(ext) < 3) strcat(ext, " ");
SelectFile(ext, SCAN_DIR | SCAN_LFN, MENU_8BIT_MAIN_FILE_SELECTED, MENU_8BIT_MAIN1, 1);
} else {
p = user_io_8bit_get_string(menuidx_8bit[menusub]);
if((p[0] == 'P') && (p[2] != ',')) p+=2;
if((p[0] == 'F')||(p[0] == 'S')) {
static char ext[13];
selected_drive_slot = 0;
if (p[1]>='0' && p[1]<='9') selected_drive_slot = p[1]-'0';
substrcpy(ext, p, 1);
while(strlen(ext) < 3) strcat(ext, " ");
SelectFile(ext, SCAN_DIR | SCAN_LFN,
(p[0] == 'F')?MENU_8BIT_MAIN_FILE_SELECTED:MENU_8BIT_MAIN_IMAGE_SELECTED,
MENU_8BIT_MAIN1, 1);
} else if(p[0] == 'O') {
unsigned long status = user_io_8bit_set_status(0,0); // 0,0 gets status
unsigned long x = getStatus(p, status) + 1;
//unsigned long mask = getStatusMask(p);
//unsigned long x2 = x;
// check if next value available
substrcpy(s, p, 2+x);
if(!strlen(s)) x = 0;
//menu_debugf("Option %s %x %x %x %x\n", p, status, mask, x2, x);
user_io_8bit_set_status(setStatus(p, status, x), 0xffffffff);
menustate = MENU_8BIT_MAIN1;
} else if(p[0] == 'T') {
// determine which status bit is affected
unsigned long mask = 1<<getIdx(p);
unsigned long status = user_io_8bit_set_status(0,0); // 0,0 gets status
menu_debugf("Option %s %x\n", p, status ^ mask);
// change bit
user_io_8bit_set_status(status ^ mask, mask);
// ... and change it again in case of a toggle bit
user_io_8bit_set_status(status, mask);
menustate = MENU_8BIT_MAIN1;
} else if(p[0] == 'P') {
currentpage_8bit = getIdx(p);
menusub = 0;
first_displayed_8bit = 0;
menu_debugf("Page switch to %d\n", currentpage_8bit);
menustate = MENU_8BIT_MAIN1;
}
}
}
}
else if (right) {
menustate = MENU_8BIT_SYSTEM1;
menusub = 0;
} else if (menusub == 6 && menusub != menusub_last && down) {
p = user_io_8bit_get_string(menuidx_8bit[menusub] + 1);
if (p && strlen(p) && p[0] != 'V') {
// the next option belongs to the current page?
if ((currentpage_8bit && p[0] == 'P' && p[2] != ',' && currentpage_8bit == getIdx(p)) ||
(!currentpage_8bit && (p[0] != 'P' || p[2] == ','))) {
first_displayed_8bit++;
menustate = MENU_8BIT_MAIN1;
}
}
menu_debugf("Next hidden option %d %d %s\n", menusub_last, first_displayed_8bit, p);
} else if (!menusub && up) {
if (first_displayed_8bit) first_displayed_8bit--;
menustate = MENU_8BIT_MAIN1;
}
break;
case MENU_8BIT_MAIN_FILE_SELECTED : // file successfully selected
// this assumes that further file entries only exist if the first one also exists
data_io_file_tx(&file, user_io_ext_idx(&file, fs_pFileExt)<<6 | (menusub+1));
// close menu afterwards
menustate = MENU_NONE1;
break;
case MENU_8BIT_MAIN_IMAGE_SELECTED :
iprintf("Image selected: %s\n", file.name);
data_io_set_index(user_io_ext_idx(&file, fs_pFileExt)<<6 | (menusub+1));
user_io_file_mount(&file, selected_drive_slot);
// select image for SD card
menustate = MENU_NONE1;
break;
case MENU_8BIT_SYSTEM1:
helptext=helptexts[HELPTEXT_MAIN];
m = 0;
if (user_io_core_type()==CORE_TYPE_MINIMIG || user_io_core_type()==CORE_TYPE_MINIMIG2)
m = 1;
menumask = m ? 0x1f : 0x3f; // 5 selections + Exit
OsdSetTitle("System", OSD_ARROW_LEFT);
menustate = MENU_8BIT_SYSTEM2;
parentstate = MENU_8BIT_SYSTEM1;
OsdWrite(0, "", 0, 0);
OsdWrite(1, " Firmware & Core \x16", menusub == 0,0);
OsdWrite(2, " Input Devices \x16", menusub == 1,0);
OsdWrite(3, m ? " Reset" : " Reset settings", menusub == 2,0);
if(m)
OsdWrite(4, "", 0,0);
else
OsdWrite(4, " Save settings", menusub == 3, 0); // Minimig saves settings elsewhere
OsdWrite(5, " About", menusub == (4-m),0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == (5-m),0);
break;
case MENU_8BIT_SYSTEM2 :
m = 0;
if (user_io_core_type()==CORE_TYPE_MINIMIG || user_io_core_type()==CORE_TYPE_MINIMIG2)
m = 1;
// menu key closes menu
if (menu)
menustate = MENU_NONE1;
if(select) {
switch (menusub) {
case 0:
// Firmware submenu
menustate = MENU_FIRMWARE1;
menusub = 1;
break;
case 1:
// Input tests and settings
menustate = MENU_8BIT_CONTROLLERS1;
menusub = 0;
break;
case 2:
menustate = MENU_RESET1;
menusub = 1;
break;
case 3:
if(m) {
menustate = MENU_8BIT_ABOUT1;
menusub = 0;
} else {
// Save settings
user_io_create_config_name(s);
iprintf("Saving config to %s\n", s);
if(FileNew(&file, s, 4)) {
// finally write data
((unsigned long*)sector_buffer)[0] = user_io_8bit_set_status(0,0);
FileWrite(&file, sector_buffer);
iprintf("Settings for %s written\n", s);
}
menustate = MENU_8BIT_MAIN1;
menusub = 0;
}
break;
case 4:
if(m) {
menustate=MENU_NONE1;
menusub = 0;
} else {
// About logo
menustate = MENU_8BIT_ABOUT1;
menusub = 0;
}
break;
case 5:
// Exit
menustate=MENU_NONE1;
menusub = 0;
break;
}
} else {
if (left) {
// go back to core requesting this menu
switch(user_io_core_type()) {
case CORE_TYPE_MINIMIG:
case CORE_TYPE_MINIMIG2:
menusub = 1;
menustate = MENU_MAIN2_1;
break;
case CORE_TYPE_MIST:
case CORE_TYPE_MIST2:
menusub = 5;
menustate = MENU_MIST_MAIN1;
break;
case CORE_TYPE_ARCHIE:
menusub = 3;
menustate = MENU_ARCHIE_MAIN1;
break;
case CORE_TYPE_8BIT:
menusub = 0;
menustate = MENU_8BIT_MAIN1;
break;
}
}
}
break;
case MENU_8BIT_ABOUT1:
menumask=0;
helptext = helptexts[HELPTEXT_NONE];
OsdSetTitle("About", 0);
menustate = MENU_8BIT_ABOUT2;
parentstate=MENU_8BIT_ABOUT1;
OsdDrawLogo(0,0,1);
OsdDrawLogo(1,1,1);
OsdDrawLogo(2,2,1);
OsdDrawLogo(3,3,1);
OsdDrawLogo(4,4,1);
OsdDrawLogo(6,6,1);
OsdWrite(5, "", 0, 0);
OsdWrite(6, "", 0, 0);
OsdWrite(7, STD_EXIT, menusub==0, 0);
StarsInit();
ScrollReset();
break;
case MENU_8BIT_ABOUT2:
StarsUpdate();
OsdDrawLogo(0,0,1);
OsdDrawLogo(1,1,1);
OsdDrawLogo(2,2,1);
OsdDrawLogo(3,3,1);
OsdDrawLogo(4,4,1);
OsdDrawLogo(6,6,1);
ScrollText(5," MiST by Till Harbaum, based on Minimig by Dennis van Weeren and other projects. MiST hardware and software is distributed under the terms of the GNU General Public License version 3. MiST FPGA cores are the work of their respective authors under individual licensing.", 0, 0, 0, 0);
// menu key closes menu
if (menu) {
menustate = MENU_8BIT_SYSTEM1;
menusub = 3;
}
if(select) {
//iprintf("Selected", 0);
if (menusub==0) {
menustate = MENU_8BIT_SYSTEM1;
menusub = 3;
}
}
else {
if (left)
{
menustate = MENU_8BIT_SYSTEM1;
menusub = 3;
}
}
break;
case MENU_8BIT_CONTROLLERS1:
helptext = helptexts[HELPTEXT_NONE];
menumask=0x7f;
OsdSetTitle("Inputs", 0);
menustate = MENU_8BIT_CONTROLLERS2;
parentstate=MENU_8BIT_CONTROLLERS1;
OsdWrite(0, " Joystick 1 Test \x16", menusub==0, 0);
OsdWrite(1, " Joystick 2 Test \x16", menusub==1, 0);
OsdWrite(2, " Joystick 3 Test \x16", menusub==2, 0);
OsdWrite(3, " Joystick 4 Test \x16", menusub==3, 0);
OsdWrite(4, " Keyboard Test \x16", menusub==4, 0);
OsdWrite(5, " USB status \x16", menusub==5, 0);
//OsdWrite(5, " CHR test \x16", menusub==6, 0);
OsdWrite(6, "", 0, 0);
OsdWrite(7, STD_EXIT, menusub==6, 0);
break;
case MENU_8BIT_CONTROLLERS2:
// menu key goes back to previous menu
if (menu) {
menusub = 1;
menustate = MENU_8BIT_SYSTEM1;
}
if(select) {
switch (menusub) {
case 0:
case 1:
case 2:
case 3:
// Joystick Test
menustate = MENU_8BIT_JOYTEST1;
joytest_num = menusub;
menusub = 0;
break;
case 4:
// Keyboard test
menustate = MENU_8BIT_KEYTEST1;
menusub = 0;
break;
case 5:
// USB status
menustate=MENU_8BIT_USB1;
menusub = 0;
break;
case 6:
// Exit to system menu
menustate=MENU_8BIT_SYSTEM1;
menusub = 1;
break;
/*case 6:
// character rom test
menustate=MENU_8BIT_CHRTEST1;
menusub = 0;
break;
*/
}
}
break;
case MENU_8BIT_KEYTEST1:
helptext = helptexts[HELPTEXT_NONE];
menumask=1;
OsdSetTitle("Keyboard", 0);
menustate = MENU_8BIT_KEYTEST2;
parentstate=MENU_8BIT_KEYTEST1;
StateKeyboardPressed(keys);
OsdWrite(0, " USB scancodes", 0,0);
siprintf(s, " %2x %2x %2x %2x", keys[0], keys[1], keys[2], keys[3]); // keys[4], keys[5]); - no need to show all, save some space...
OsdWrite(1, s, 0,0);
mod = StateKeyboardModifiers();
siprintbinary(usb_id, sizeof(mod), &mod);
siprintf(s, " mod keys - 00000000 ");
for(i=0; i<8; i++)
s[15+i] = usb_id[i];
OsdWrite(2, s, 0,0);
OsdWrite(3, "", 0, 0);
siprintf(s, " %s scancodes", get_keycode_table());
OsdWrite(4, s, 0,0);
//StateKeyboardPressedPS2(keys_ps2);
uint16_t keys_ps2b[6]={0,0,0,0,0,0};
siprintf(s, " %4x %4x %4x %4x", keys_ps2b[0], keys_ps2b[1], keys_ps2b[2], keys_ps2b[3]); // keys_ps2[4], keys_ps2[5]);
OsdWrite(5, s, 0, 0);
OsdWrite(6, " ", 0, 0);
OsdWrite(7, STD_COMBO_EXIT, menusub==0, 0);
break;
case MENU_8BIT_KEYTEST2:
StateKeyboardPressed(keys);
OsdWrite(0, " USB scancodes", 0,0);
siprintf(s, " %2x %2x %2x %2x", keys[0], keys[1], keys[2], keys[3]); // keys[4], keys[5]);
OsdWrite(1, s, 0,0);
mod = StateKeyboardModifiers();
strcpy(usb_id, " ");
siprintbinary(usb_id, sizeof(mod), &mod);
siprintf(s, " mod keys - %s ", usb_id);
/*for(i=0; i<8; i++)
s[15+i] = usb_id[i];*/
OsdWrite(2, s, 0,0);
uint16_t keys_ps2[6]={0,0,0,0,0,0};
StateKeyboardPressedPS2(keys_ps2);
add_modifiers(mod, keys_ps2);
siprintf(s, " %4x %4x %4x %4x ", keys_ps2[0], keys_ps2[1], keys_ps2[2], keys_ps2[3]);// keys_ps2[4], keys_ps2[5]);
OsdWrite(5, s, 0, 0);
//OsdWrite(5, "", 0, 0);
// allow allow exit when hitting space and ESC
for(i=0; i<6; i++) {
if(keys[i]==0x29) { //ESC
if(c==KEY_SPACE) {
menustate = MENU_8BIT_CONTROLLERS1;
menusub = 4;
}
}
}
break;
case MENU_8BIT_USB1:
helptext = helptexts[HELPTEXT_NONE];
menumask=1;
OsdSetTitle("USB", 0);
menustate = MENU_8BIT_USB2;
parentstate=MENU_8BIT_USB1;
for(i=0;i<6;i++) {
strcpy(usb_id, " ");
get_joystick_id( usb_id, i, 1);
siprintf(s, " Joy%d - %s", i+1, usb_id);
OsdWrite(i, s, 0, 0);
}
OsdWrite(6, " ", 0, 0);
OsdWrite(7, STD_EXIT, menusub==0, 0);
break;
case MENU_8BIT_USB2:
menumask=1;
OsdSetTitle("USB", 0);
for(i=0;i<6;i++) {
strcpy(usb_id, " ");
get_joystick_id( usb_id, i, 1);
siprintf(s, " Joy%d - %s", i+1, usb_id);
OsdWrite(i, s, 0, 0);
}
OsdWrite(6, " ", 0, 0);
OsdWrite(7, STD_EXIT, menusub==0, 0);
// menu key goes back to previous menu
if (menu) {
menustate = MENU_8BIT_CONTROLLERS1;
menusub = 5;
}
if(select) {
if(menusub==0) {
menustate = MENU_8BIT_CONTROLLERS1;
menusub = 5;
}
}
break;
case MENU_8BIT_JOYTEST1:
helptext = helptexts[HELPTEXT_NONE];
menumask=1;
get_joystick_id( usb_id, joytest_num, 0);
siprintf(s, "Joy%d", joytest_num + 1);
OsdSetTitle(s, 0);
menustate = MENU_8BIT_JOYTEST2;
parentstate=MENU_8BIT_JOYTEST1;
siprintf(s, " Test Joystick %d", joytest_num + 1);
OsdWrite(0, s, 0, 0);
OsdWrite(1, usb_id, 0, 0);
OsdWrite(2, "", 0, 0);
OsdWrite(3, "", 0, 0);
OsdWrite(4, "", 0, 0);
OsdWrite(5, "", 0, 0);
OsdWrite(6, " ", 0, 0);
OsdWrite(7, STD_SPACE_EXIT, menusub==0, 0);
break;
case MENU_8BIT_JOYTEST2:
get_joystick_state( joy_string, joy_string2, joytest_num ); //grab state of joy
get_joystick_id( usb_id, joytest_num, 0 );
OsdWrite(1, usb_id, 0, 0);
OsdWrite(3, joy_string, 0, 0);
OsdWrite(4, joy_string2, 0, 0);
OsdWrite(5, " ", 0, 0);
// display raw USB input
get_joystick_state_usb ( s, joytest_num );
OsdWrite(6, s, 0,0);
// allow exit when hitting space
if(c==KEY_SPACE) {
menustate = MENU_8BIT_CONTROLLERS1;
menusub = joytest_num;
}
break;
case MENU_8BIT_CHRTEST1:
helptext = helptexts[HELPTEXT_NONE];
menumask=0;
OsdSetTitle("CHR", 0);
menustate = MENU_8BIT_CHRTEST2;
parentstate=MENU_8BIT_CHRTEST1;
strcpy(usb_id, " ");
for(i=1; i<24; i++) {
if(i<4 || i>13)
usb_id[i] = i;
else
usb_id[i] = ' ';
}
OsdWrite(0, usb_id, 0, 0);
for(i=0; i<24; i++) usb_id[i] = i+24;
OsdWrite(1, usb_id, 0, 0);
for(i=0; i<24; i++) usb_id[i] = i+(24*2);
OsdWrite(2, usb_id, 0, 0);
for(i=0; i<24; i++) usb_id[i] = i+(24*3);
OsdWrite(3, usb_id, 0, 0);
for(i=0; i<24; i++) usb_id[i] = i+(24*4);
OsdWrite(4, usb_id, 0, 0);
strcpy(usb_id, " ");
for(i=0; i<8; i++) usb_id[i] = i+(24*5);
OsdWrite(5, usb_id, 0, 0);
//for(i=0; i<24; i++) usb_id[i] = i+(24*6);
OsdWrite(6, "", 0, 0);
OsdWrite(7, STD_SPACE_EXIT, menusub==0, 0);
break;
case MENU_8BIT_CHRTEST2:
if(c==KEY_SPACE) {
menustate = MENU_8BIT_CONTROLLERS1;
menusub = 1;
}
break;
/******************************************************************/
/* mist main menu */
/******************************************************************/
case MENU_MIST_MAIN1 :
menumask=0xff;
OsdSetTitle("Mist", 0);
// most important: main page has setup for floppy A:
strcpy(s, " A: ");
strcat(s, tos_get_disk_name(0));
if(tos_system_ctrl() & TOS_CONTROL_FDC_WR_PROT_A) strcat(s, " \x17");
OsdWrite(0, s, menusub == 0,0);
/* everything else is in submenus */
OsdWrite(1, " Storage \x16", menusub == 1,0);
OsdWrite(2, " System \x16", menusub == 2,0);
OsdWrite(3, " Audio / Video \x16", menusub == 3,0);
OsdWrite(4, " Firmware & Core \x16", menusub == 4,0);
OsdWrite(5, " Load config \x16", menusub == 5,0);
OsdWrite(6, " Save config \x16", menusub == 6,0);
OsdWrite(7, STD_EXIT, menusub == 7,0);
menustate = MENU_MIST_MAIN2;
parentstate=MENU_MIST_MAIN1;
break;
case MENU_MIST_MAIN2 :
// menu key closes menu
if (menu)
menustate = MENU_NONE1;
if(select) {
switch(menusub) {
case 0:
if(tos_disk_is_inserted(0)) {
tos_insert_disk(0, NULL);
menustate = MENU_MIST_MAIN1;
} else
SelectFile("ST ", SCAN_DIR | SCAN_LFN, MENU_MIST_MAIN_FILE_SELECTED, MENU_MIST_MAIN1, 0);
break;
case 1: // Storage submenu
menustate = MENU_MIST_STORAGE1;
menusub = 0;
break;
case 2: // System submenu
menustate = MENU_MIST_SYSTEM1;
menusub = 0;
break;
case 3: // Video submenu
menustate = MENU_MIST_VIDEO1;
menusub = 0;
break;
case 4: // Firmware submenu
menustate = MENU_FIRMWARE1;
menusub = 1;
break;
case 5: // Load config
menustate = MENU_MIST_LOAD_CONFIG1;
menusub = 0;
break;
case 6: // Save config
menustate = MENU_MIST_SAVE_CONFIG1;
menusub = 0;
break;
case 7: // Exit
menustate = MENU_NONE1;
break;
}
}
break;
case MENU_MIST_MAIN_FILE_SELECTED : // file successfully selected
tos_insert_disk(0, &file);
menustate = MENU_MIST_MAIN1;
break;
case MENU_MIST_STORAGE1 :
menumask = tos_get_direct_hdd()?0x3f:0x7f;
OsdSetTitle("Storage", 0);
// entries for both floppies
for(i=0;i<2;i++) {
strcpy(s, " A: ");
strcat(s, tos_get_disk_name(i));
s[1] = 'A'+i;
if(tos_system_ctrl() & (TOS_CONTROL_FDC_WR_PROT_A << i))
strcat(s, " \x17");
OsdWrite(i, s, menusub == i,0);
}
strcpy(s, " Write protect: ");
strcat(s, config_tos_wrprot[(tos_system_ctrl() >> 6)&3]);
OsdWrite(2, s, menusub == 2,0);
OsdWrite(3, "", 0, 0);
strcpy(s, " ACSI0 direct SD: ");
strcat(s, tos_get_direct_hdd()?"on":"off");
OsdWrite(4, s, menusub == 3, 0);
for(i=0;i<2;i++) {
strcpy(s, " ACSI0: ");
s[5] = '0'+i;
strcat(s, tos_get_disk_name(2+i));
OsdWrite(5+i, s, ((i==1) || !tos_get_direct_hdd())?(menusub == (!tos_get_direct_hdd()?4:3)+i):0,
(i==0) && tos_get_direct_hdd());
}
OsdWrite(7, STD_EXIT, !tos_get_direct_hdd()?(menusub == 6):(menusub == 5),0);
parentstate = menustate;
menustate = MENU_MIST_STORAGE2;
break;
case MENU_MIST_STORAGE2 :
if (menu) {
menustate = MENU_MIST_MAIN1;
menusub = 1;
}
if(select) {
if(menusub <= 1) {
if(tos_disk_is_inserted(menusub)) {
tos_insert_disk(menusub, NULL);
menustate = MENU_MIST_STORAGE1;
} else
SelectFile("ST ", SCAN_DIR | SCAN_LFN, MENU_MIST_STORAGE_FILE_SELECTED, MENU_MIST_STORAGE1, 0);
}
else if(menusub == 2) {
// remove current write protect bits and increase by one
tos_update_sysctrl((tos_system_ctrl() & ~(TOS_CONTROL_FDC_WR_PROT_A | TOS_CONTROL_FDC_WR_PROT_B))
| (((((tos_system_ctrl() >> 6)&3) + 1)&3)<<6) );
menustate = MENU_MIST_STORAGE1;
} else if(menusub == 3) {
tos_set_direct_hdd(!tos_get_direct_hdd());
menustate = MENU_MIST_STORAGE1;
// no direct hhd emulation: Both ACSI entries are enabled
// or direct hhd emulation for ACSI0: Only second ACSI entry is enabled
} else if((menusub == 4) || (!tos_get_direct_hdd() && (menusub == 5))) {
char disk_idx = menusub - (tos_get_direct_hdd()?1:2);
iprintf("Select image for disk %d\n", disk_idx);
if(tos_disk_is_inserted(disk_idx)) {
tos_insert_disk(disk_idx, NULL);
menustate = MENU_MIST_STORAGE1;
} else
SelectFile("HD ", SCAN_LFN, MENU_MIST_STORAGE_FILE_SELECTED, MENU_MIST_STORAGE1, 0);
} else if (tos_get_direct_hdd()?(menusub == 5):(menusub == 6)) {
menustate = MENU_MIST_MAIN1;
menusub = 1;
}
}
break;
case MENU_MIST_STORAGE_FILE_SELECTED : // file successfully selected
// floppy/hdd
if(menusub < 2)
tos_insert_disk(menusub, &file);
else {
char disk_idx = menusub - (tos_get_direct_hdd()?1:2);
iprintf("Insert image for disk %d\n", disk_idx);
tos_insert_disk(disk_idx, &file);
}
menustate = MENU_MIST_STORAGE1;
break;
case MENU_MIST_SYSTEM1 :
menumask=0xff;
OsdSetTitle("System", 0);
strcpy(s, " Memory: ");
strcat(s, config_tos_mem[(tos_system_ctrl() >> 1)&7]);
OsdWrite(0, s, menusub == 0,0);
if(user_io_core_type() == CORE_TYPE_MIST) {
strcpy(s, " CPU: ");
strcat(s, config_cpu_msg[(tos_system_ctrl() >> 4)&3]);
OsdWrite(1, s, menusub == 1, 0);
} else {
menumask &= 0xfd;
OsdWrite(1, "", 0, 0);
}
strcpy(s, " TOS: ");
strcat(s, tos_get_image_name());
OsdWrite(2, s, menusub == 2, 0);
strcpy(s, " Cartridge: ");
strcat(s, tos_get_cartridge_name());
OsdWrite(3, s, menusub == 3, 0);
strcpy(s, " USB I/O: ");
strcat(s, config_tos_usb[tos_get_cdc_control_redirect()]);
OsdWrite(4, s, menusub == 4, 0);
OsdWrite(5, " Reset", menusub == 5, 0);
OsdWrite(6, " Cold boot", menusub == 6, 0);
OsdWrite(7, STD_EXIT, menusub == 7,0);
parentstate = menustate;
menustate = MENU_MIST_SYSTEM2;
break;
case MENU_MIST_SYSTEM2 :
if (menu) {
menustate = MENU_MIST_MAIN1;
menusub = 2;
}
if(select) {
switch(menusub) {
case 0: { // RAM
int mem = (tos_system_ctrl() >> 1)&7; // current memory config
mem++;
if(mem > 5) mem = 0;
tos_update_sysctrl((tos_system_ctrl() & ~0x0e) | (mem<<1) );
tos_reset(1);
menustate = MENU_MIST_SYSTEM1;
} break;
case 1: { // CPU
int cpu = (tos_system_ctrl() >> 4)&3; // current cpu config
cpu = (cpu+1)&3;
if(cpu == 2) cpu = 3; // skip unused config
tos_update_sysctrl((tos_system_ctrl() & ~0x30) | (cpu<<4) );
tos_reset(0);
menustate = MENU_MIST_SYSTEM1;
} break;
case 2: // TOS
SelectFile("IMG", SCAN_LFN, MENU_MIST_SYSTEM_FILE_SELECTED, MENU_MIST_SYSTEM1, 0);
break;
case 3: // Cart
// if a cart name is set, then remove it
if(tos_cartridge_is_inserted()) {
tos_load_cartridge("");
menustate = MENU_MIST_SYSTEM1;
} else
SelectFile("IMG", SCAN_LFN, MENU_MIST_SYSTEM_FILE_SELECTED, MENU_MIST_SYSTEM1, 0);
break;
case 4:
if(tos_get_cdc_control_redirect() == CDC_REDIRECT_MIDI)
tos_set_cdc_control_redirect(CDC_REDIRECT_NONE);
else
tos_set_cdc_control_redirect(tos_get_cdc_control_redirect()+1);
menustate = MENU_MIST_SYSTEM1;
break;
case 5: // Reset
tos_reset(0);
menustate = MENU_NONE1;
break;
case 6: // Cold Boot
tos_reset(1);
menustate = MENU_NONE1;
break;
case 7:
menustate = MENU_MIST_MAIN1;
menusub = 2;
break;
}
}
break;
case MENU_MIST_SYSTEM_FILE_SELECTED : // file successfully selected
if(menusub == 2) {
tos_upload(file.name);
menustate = MENU_MIST_SYSTEM1;
}
if(menusub == 3) {
tos_load_cartridge(file.name);
menustate = MENU_MIST_SYSTEM1;
}
break;
case MENU_MIST_VIDEO1 :
menumask=0x7f;
OsdSetTitle("A/V", 0);
strcpy(s, " Screen: ");
if(tos_system_ctrl() & TOS_CONTROL_VIDEO_COLOR) strcat(s, "Color");
else strcat(s, "Mono");
OsdWrite(0, s, menusub == 0,0);
// Viking card can only be enabled with max 8MB RAM
enable = (tos_system_ctrl()&0xe) <= TOS_MEMCONFIG_8M;
strcpy(s, " Viking/SM194: ");
strcat(s, ((tos_system_ctrl() & TOS_CONTROL_VIKING) && enable)?"on":"off");
OsdWrite(1, s, menusub == 1, enable?0:1);
// Blitter is always present in >= STE
enable = (tos_system_ctrl() & (TOS_CONTROL_STE | TOS_CONTROL_MSTE))?1:0;
strcpy(s, " Blitter: ");
strcat(s, ((tos_system_ctrl() & TOS_CONTROL_BLITTER) || enable)?"on":"off");
OsdWrite(2, s, menusub == 2, enable);
strcpy(s, " Chipset: ");
// extract TOS_CONTROL_STE and TOS_CONTROL_MSTE bits
strcat(s, atari_chipset[(tos_system_ctrl()>>23)&3]);
OsdWrite(3, s, menusub == 3, 0);
if(user_io_core_type() == CORE_TYPE_MIST) {
OsdWrite(4, " Video adjust \x16", menusub == 4, 0);
} else {
strcpy(s, " Scanlines: ");
strcat(s,scanlines[(tos_system_ctrl()>>20)&3]);
OsdWrite(4, s, menusub == 4, 0);
}
strcpy(s, " YM-Audio: ");
strcat(s, stereo[(tos_system_ctrl() & TOS_CONTROL_STEREO)?1:0]);
OsdWrite(5, s, menusub == 5,0);
OsdWrite(6, "", 0, 0);
OsdWrite(7, STD_EXIT, menusub == 6,0);
parentstate = menustate;
menustate = MENU_MIST_VIDEO2;
break;
case MENU_MIST_VIDEO2 :
if (menu) {
menustate = MENU_MIST_MAIN1;
menusub = 3;
}
if(select) {
switch(menusub) {
case 0:
tos_update_sysctrl(tos_system_ctrl() ^ TOS_CONTROL_VIDEO_COLOR);
menustate = MENU_MIST_VIDEO1;
break;
case 1:
// viking/sm194
tos_update_sysctrl(tos_system_ctrl() ^ TOS_CONTROL_VIKING);
menustate = MENU_MIST_VIDEO1;
break;
case 2:
if(!(tos_system_ctrl() & TOS_CONTROL_STE)) {
tos_update_sysctrl(tos_system_ctrl() ^ TOS_CONTROL_BLITTER );
menustate = MENU_MIST_VIDEO1;
}
break;
case 3: {
unsigned long chipset = (tos_system_ctrl() >> 23)+1;
if(chipset == 4) chipset = 0;
tos_update_sysctrl(tos_system_ctrl() & ~(TOS_CONTROL_STE | TOS_CONTROL_MSTE) |
(chipset << 23));
menustate = MENU_MIST_VIDEO1;
}
break;
case 4: if(user_io_core_type() == CORE_TYPE_MIST) {
menustate = MENU_MIST_VIDEO_ADJUST1;
menusub = 0;
} else {
// next scanline state
int scan = ((tos_system_ctrl() >> 20)+1)&3;
tos_update_sysctrl((tos_system_ctrl() & ~TOS_CONTROL_SCANLINES) | (scan << 20));
menustate = MENU_MIST_VIDEO1;
}
break;
case 5:
tos_update_sysctrl(tos_system_ctrl() ^ TOS_CONTROL_STEREO);
menustate = MENU_MIST_VIDEO1;
break;
case 6:
menustate = MENU_MIST_MAIN1;
menusub = 3;
break;
}
}
break;
case MENU_MIST_VIDEO_ADJUST1 :
menumask=0x1f;
OsdSetTitle("V-adjust", 0);
OsdWrite(0, "", 0,0);
strcpy(s, " PAL mode: ");
if(tos_system_ctrl() & TOS_CONTROL_PAL50HZ) strcat(s, "50Hz");
else strcat(s, "56Hz");
OsdWrite(1, s, menusub == 0,0);
strcpy(s, " Scanlines: ");
strcat(s,scanlines[(tos_system_ctrl()>>20)&3]);
OsdWrite(2, s, menusub == 1,0);
OsdWrite(3, "", 0,0);
siprintf(s, " Horizontal: %d", tos_get_video_adjust(0));
OsdWrite(4, s, menusub == 2,0);
siprintf(s, " Vertical: %d", tos_get_video_adjust(1));
OsdWrite(5, s, menusub == 3,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 4,0);
parentstate = menustate;
menustate = MENU_MIST_VIDEO_ADJUST2;
break;
case MENU_MIST_VIDEO_ADJUST2 :
if (menu) {
menustate = MENU_MIST_VIDEO1;
menusub = 4;
}
// use left/right to adjust video position
if(left || right) {
if((menusub == 2)||(menusub == 3)) {
if(left && (tos_get_video_adjust(menusub - 2) > -100))
tos_set_video_adjust(menusub - 2, -1);
if(right && (tos_get_video_adjust(menusub - 2) < 100))
tos_set_video_adjust(menusub - 2, +1);
menustate = MENU_MIST_VIDEO_ADJUST1;
}
}
if(select) {
switch(menusub) {
case 0:
tos_update_sysctrl(tos_system_ctrl() ^ TOS_CONTROL_PAL50HZ);
menustate = MENU_MIST_VIDEO_ADJUST1;
break;
case 1: {
// next scanline state
int scan = ((tos_system_ctrl() >> 20)+1)&3;
tos_update_sysctrl((tos_system_ctrl() & ~TOS_CONTROL_SCANLINES) | (scan << 20));
menustate=MENU_MIST_VIDEO_ADJUST1;
} break;
// entries 2 and 3 use left/right
case 4:
menustate = MENU_MIST_VIDEO1;
menusub = 4;
break;
}
}
break;
case MENU_MIST_LOAD_CONFIG1 :
helptext=helptexts[HELPTEXT_NONE];
if(parentstate!=menustate) // First run?
{
menumask=0x20;
if(tos_config_exists(0)) menumask|=0x01;
if(tos_config_exists(1)) menumask|=0x02;
if(tos_config_exists(2)) menumask|=0x04;
if(tos_config_exists(3)) menumask|=0x08;
if(tos_config_exists(4)) menumask|=0x10;
}
parentstate=menustate;
parentstate=menustate;
OsdSetTitle("Load",0);
OsdWrite(0, "", 0, 0);
for(int i = 0; i < 5; i++) {
strcpy(s," ");
strcat(s, atarist_cfg.conf_name[i]);
OsdWrite(i+1, s, menusub == i, !(menumask & (1<<i)));
}
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_MIST_LOAD_CONFIG2;
break;
case MENU_MIST_LOAD_CONFIG2 :
if (menu)
{
menustate = MENU_MIST_MAIN1;
menusub = 5;
}
if (select)
{
if(menusub<5)
{
tos_insert_disk(2, NULL);
tos_insert_disk(3, NULL);
tos_config_load(menusub);
tos_upload(NULL);
menustate = MENU_NONE1;
}
else
{
menustate = MENU_MIST_MAIN1;
menusub = 5;
}
}
break;
case MENU_MIST_SAVE_CONFIG1 :
helptext=helptexts[HELPTEXT_NONE];
menumask=0x3f;
parentstate=menustate;
OsdSetTitle("Save",0);
OsdWrite(0, "", 0, 0);
for(int i = 0; i < 5; i++) {
strcpy(s," ");
strcat(s, atarist_cfg.conf_name[i]);
OsdWrite(i+1, s, menusub == i, 0);
}
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_MIST_SAVE_CONFIG2;
break;
case MENU_MIST_SAVE_CONFIG2 :
if (menu)
{
menustate = MENU_MIST_MAIN1;
menusub = 6;
}
if (select)
{
if(menusub<5)
{
tos_config_save(menusub);
menustate = MENU_NONE1;
}
else
{
menustate = MENU_MIST_MAIN1;
menusub = 6;
}
}
break;
/******************************************************************/
/* minimig main menu */
/******************************************************************/
case MENU_MAIN1 :
menumask=0x70; // b01110000 Floppy turbo, Harddisk options & Exit.
OsdSetTitle("Minimig",OSD_ARROW_RIGHT);
// set helptext with core display on top of basic info
siprintf(helptext_custom, HELPTEXT_SPACER);
strcat(helptext_custom, OsdCoreName());
siprintf(s, "%s v%d.%d.%d", minimig_ver_beta ? " BETA" : "", minimig_ver_major, minimig_ver_minor, minimig_ver_minion);
strcat(helptext_custom, s);
strcat(helptext_custom, helptexts[HELPTEXT_MAIN]);
helptext=helptext_custom;
// floppy drive info
// We display a line for each drive that's active
// in the config file, but grey out any that the FPGA doesn't think are active.
// We also print a help text in place of the last drive if it's inactive.
for (i = 0; i < 4; i++)
{
if(i==config.floppy.drives+1)
OsdWrite(i," KP +/- to add/remove drives",0,1);
else
{
strcpy(s, " dfx: ");
s[3] = i + '0';
if(i<=drives)
{
menumask|=(1<<i); // Make enabled drives selectable
if (df[i].status & DSK_INSERTED) // floppy disk is inserted
{
strncpy(&s[6], df[i].name, sizeof(df[0].name));
if(!(df[i].status & DSK_WRITABLE))
strcpy(&s[6 + sizeof(df[i].name)-1], " \x17"); // padlock icon for write-protected disks
else
strcpy(&s[6 + sizeof(df[i].name)-1], " "); // clear padlock icon for write-enabled disks
}
else // no floppy disk
{
strcat(s, "* no disk *");
}
}
else if(i<=config.floppy.drives)
{
strcat(s,"* active after reset *");
}
else
strcpy(s,"");
OsdWrite(i, s, menusub == i,(i>drives)||(i>config.floppy.drives));
}
}
siprintf(s," Floppy disk turbo : %s",config.floppy.speed ? "on" : "off");
OsdWrite(4, s, menusub==4,0);
OsdWrite(5, " Hard disk settings \x16", menusub == 5,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 6,0);
menustate = MENU_MAIN2;
parentstate=MENU_MAIN1;
break;
case MENU_MAIN2 :
if (menu)
menustate = MENU_NONE1;
else if(plus && (config.floppy.drives<3))
{
config.floppy.drives++;
ConfigFloppy(config.floppy.drives,config.floppy.speed);
menustate = MENU_MAIN1;
}
else if(minus && (config.floppy.drives>0))
{
config.floppy.drives--;
ConfigFloppy(config.floppy.drives,config.floppy.speed);
menustate = MENU_MAIN1;
}
else if (select)
{
if (menusub < 4)
{
if (df[menusub].status & DSK_INSERTED) // eject selected floppy
{
df[menusub].status = 0;
menustate = MENU_MAIN1;
}
else
{
df[menusub].status = 0;
SelectFile("ADF", SCAN_DIR | SCAN_LFN, MENU_FILE_SELECTED, MENU_MAIN1, 0);
}
}
else if (menusub == 4) // Toggle floppy turbo
{
config.floppy.speed^=1;
ConfigFloppy(config.floppy.drives,config.floppy.speed);
menustate = MENU_MAIN1;
}
else if (menusub == 5) // Go to harddrives page.
{
t_hardfile[0] = config.hardfile[0];
t_hardfile[1] = config.hardfile[1];
t_enable_ide = config.enable_ide;
menustate = MENU_SETTINGS_HARDFILE1;
menusub=0;
}
else if (menusub == 6)
menustate = MENU_NONE1;
}
else if (c == KEY_BACK) // eject all floppies
{
for (i = 0; i <= drives; i++)
df[i].status = 0;
menustate = MENU_MAIN1;
}
else if (right)
{
menustate = MENU_MAIN2_1;
menusub = 0;
}
break;
case MENU_FILE_SELECTED : // file successfully selected
InsertFloppy(&df[menusub]);
menustate = MENU_MAIN1;
menusub++;
if (menusub > drives)
menusub = 6;
break;
/******************************************************************/
/* second part of the main menu */
/******************************************************************/
case MENU_MAIN2_1 :
helptext=helptexts[HELPTEXT_MAIN];
menumask=0x3f;
OsdSetTitle("Settings",OSD_ARROW_LEFT|OSD_ARROW_RIGHT);
OsdWrite(0, " load configuration", menusub == 0,0);
OsdWrite(1, " save configuration", menusub == 1,0);
OsdWrite(2, "", 0,0);
OsdWrite(3, " chipset settings \x16", menusub == 2,0);
OsdWrite(4, " memory settings \x16", menusub == 3,0);
OsdWrite(5, " video settings \x16", menusub == 4,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
parentstate = menustate;
menustate = MENU_MAIN2_2;
break;
case MENU_MAIN2_2 :
if (menu)
menustate = MENU_NONE1;
else if (select)
{
if (menusub == 0)
{
menusub = 0;
menustate = MENU_LOADCONFIG_1;
}
else if (menusub == 1)
{
menusub = 0;
menustate = MENU_SAVECONFIG_1;
}
else if (menusub == 2)
{
menustate = MENU_SETTINGS_CHIPSET1;
menusub = 0;
}
else if (menusub == 3)
{
menustate = MENU_SETTINGS_MEMORY1;
menusub = 0;
}
else if (menusub == 4)
{
menustate = MENU_SETTINGS_VIDEO1;
menusub = 0;
}
else if (menusub == 5)
menustate = MENU_NONE1;
}
else if (left)
{
menustate = MENU_MAIN1;
menusub = 0;
}
else if (right)
{
menustate = MENU_8BIT_SYSTEM1;
menusub = 0;
}
break;
case MENU_LOADCONFIG_1 :
helptext=helptexts[HELPTEXT_NONE];
if(parentstate!=menustate) // First run?
{
menumask=0x20;
SetConfigurationFilename(0); if(ConfigurationExists(0)) menumask|=0x01;
SetConfigurationFilename(1); if(ConfigurationExists(0)) menumask|=0x02;
SetConfigurationFilename(2); if(ConfigurationExists(0)) menumask|=0x04;
SetConfigurationFilename(3); if(ConfigurationExists(0)) menumask|=0x08;
SetConfigurationFilename(4); if(ConfigurationExists(0)) menumask|=0x10;
}
parentstate=menustate;
OsdSetTitle("Load",0);
OsdWrite(0, "", 0,0);
for(int i = 0; i < 5; i++) {
strcpy(s," ");
strcat(s, minimig_cfg.conf_name[i]);
OsdWrite(i+1, s, menusub == i, !(menumask & (1<<i)));
}
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_LOADCONFIG_2;
break;
case MENU_LOADCONFIG_2 :
if (down)
{
// if (menusub < 3)
if (menusub < 5)
menusub++;
menustate = MENU_LOADCONFIG_1;
}
else if (select)
{
if(menusub<5)
{
OsdDisable();
SetConfigurationFilename(menusub);
LoadConfiguration(NULL, 0);
//OsdReset(RESET_NORMAL);
menustate = MENU_NONE1;
}
else
{
menustate = MENU_MAIN2_1;
menusub = 0;
}
}
if (menu) // exit menu
{
menustate = MENU_MAIN2_1;
menusub = 0;
}
break;
/******************************************************************/
/* file selection menu */
/******************************************************************/
case MENU_FILE_SELECT1 :
helptext=helptexts[HELPTEXT_NONE];
OsdSetTitle("Select",0);
PrintDirectory();
menustate = MENU_FILE_SELECT2;
break;
case MENU_FILE_SELECT2 :
menumask=0;
ScrollLongName(); // scrolls file name if longer than display line
if (c == KEY_HOME)
{
ScanDirectory(SCAN_INIT, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
if (c == KEY_BACK)
{
if (iCurrentDirectory) // if not root directory
{
ScanDirectory(SCAN_INIT, fs_pFileExt, fs_Options);
ChangeDirectory(DirEntry[sort_table[iSelectedEntry]].StartCluster + (fat32 ? (DirEntry[sort_table[iSelectedEntry]].HighCluster & 0x0FFF) << 16 : 0));
if (ScanDirectory(SCAN_INIT_FIRST, fs_pFileExt, fs_Options))
ScanDirectory(SCAN_INIT_NEXT, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
}
if ((c == KEY_PGUP) || (c == KEY_LEFT))
{
ScanDirectory(SCAN_PREV_PAGE, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
if ((c == KEY_PGDN) || (c == KEY_RIGHT))
{
ScanDirectory(SCAN_NEXT_PAGE, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
if (down) // scroll down one entry
{
ScanDirectory(SCAN_NEXT, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
if (up) // scroll up one entry
{
ScanDirectory(SCAN_PREV, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
if ((i = GetASCIIKey(c)))
{ // find an entry beginning with given character
if (nDirEntries)
{
if (DirEntry[sort_table[iSelectedEntry]].Attributes & ATTR_DIRECTORY)
{ // it's a directory
if (i < DirEntry[sort_table[iSelectedEntry]].Name[0])
{
if (!ScanDirectory(i, fs_pFileExt, fs_Options | FIND_FILE))
ScanDirectory(i, fs_pFileExt, fs_Options | FIND_DIR);
}
else if (i > DirEntry[sort_table[iSelectedEntry]].Name[0])
{
if (!ScanDirectory(i, fs_pFileExt, fs_Options | FIND_DIR))
ScanDirectory(i, fs_pFileExt, fs_Options | FIND_FILE);
}
else
{
if (!ScanDirectory(i, fs_pFileExt, fs_Options)) // find nexr
if (!ScanDirectory(i, fs_pFileExt, fs_Options | FIND_FILE))
ScanDirectory(i, fs_pFileExt, fs_Options | FIND_DIR);
}
}
else
{ // it's a file
if (i < DirEntry[sort_table[iSelectedEntry]].Name[0])
{
if (!ScanDirectory(i, fs_pFileExt, fs_Options | FIND_DIR))
ScanDirectory(i, fs_pFileExt, fs_Options | FIND_FILE);
}
else if (i > DirEntry[sort_table[iSelectedEntry]].Name[0])
{
if (!ScanDirectory(i, fs_pFileExt, fs_Options | FIND_FILE))
ScanDirectory(i, fs_pFileExt, fs_Options | FIND_DIR);
}
else
{
if (!ScanDirectory(i, fs_pFileExt, fs_Options)) // find next
if (!ScanDirectory(i, fs_pFileExt, fs_Options | FIND_DIR))
ScanDirectory(i, fs_pFileExt, fs_Options | FIND_FILE);
}
}
}
menustate = MENU_FILE_SELECT1;
}
if (select)
{
if (DirEntry[sort_table[iSelectedEntry]].Attributes & ATTR_DIRECTORY)
{
ChangeDirectory(DirEntry[sort_table[iSelectedEntry]].StartCluster + (fat32 ? (DirEntry[sort_table[iSelectedEntry]].HighCluster & 0x0FFF) << 16 : 0));
{
if (strncmp((char*)DirEntry[sort_table[iSelectedEntry]].Name, "..", 2) == 0)
{ // parent dir selected
if (ScanDirectory(SCAN_INIT_FIRST, fs_pFileExt, fs_Options))
ScanDirectory(SCAN_INIT_NEXT, fs_pFileExt, fs_Options);
else
ScanDirectory(SCAN_INIT, fs_pFileExt, fs_Options);
}
else
ScanDirectory(SCAN_INIT, fs_pFileExt, fs_Options);
menustate = MENU_FILE_SELECT1;
}
}
else
{
if (nDirEntries)
{
file.long_name[0] = 0;
len = strlen(DirEntryLFN[sort_table[iSelectedEntry]]);
if ((len > 4) && !fs_ShowExt)
if (DirEntryLFN[sort_table[iSelectedEntry]][len-4] == '.')
len -= 4; // remove extension
if (len > sizeof(file.long_name))
len = sizeof(file.long_name);
strncpy(file.name, (const char*)DirEntry[sort_table[iSelectedEntry]].Name, sizeof(file.name));
memset(file.long_name, 0, sizeof(file.long_name));
strncpy(file.long_name, DirEntryLFN[sort_table[iSelectedEntry]], len);
strncpy(DiskInfo, DirEntryInfo[iSelectedEntry], sizeof(DiskInfo));
file.size = DirEntry[sort_table[iSelectedEntry]].FileSize;
file.attributes = DirEntry[sort_table[iSelectedEntry]].Attributes;
file.start_cluster = DirEntry[sort_table[iSelectedEntry]].StartCluster + (fat32 ? (DirEntry[sort_table[iSelectedEntry]].HighCluster & 0x0FFF) << 16 : 0);
file.cluster = file.start_cluster;
file.sector = 0;
menustate = fs_MenuSelect;
}
}
}
if (menu)
{
menustate = fs_MenuCancel;
}
break;
/******************************************************************/
/* reset menu */
/******************************************************************/
case MENU_RESET1 :
m = 0;
if (user_io_core_type()==CORE_TYPE_MINIMIG || user_io_core_type()==CORE_TYPE_MINIMIG2)
m = 1;
helptext=helptexts[HELPTEXT_NONE];
OsdSetTitle("Reset",0);
menumask=0x03; // Yes / No
parentstate=menustate;
OsdWrite(0, "", 0,0);
OsdWrite(1, m ? " Reset MiST?" : " Reset settings?", 0,0);
OsdWrite(2, "", 0,0);
OsdWrite(3, " yes", menusub == 0,0);
OsdWrite(4, " no", menusub == 1,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, "", 0,0);
menustate = MENU_RESET2;
break;
case MENU_RESET2 :
m = 0;
if (user_io_core_type()==CORE_TYPE_MINIMIG || user_io_core_type()==CORE_TYPE_MINIMIG2)
m = 1;
if (select && menusub == 0)
{
if(m) {
menustate = MENU_NONE1;
OsdReset(RESET_NORMAL);
} else {
user_io_create_config_name(s);
iprintf("Saving config to %s\n", s);
if(FileNew(&file, s, 4)) {
// finally write data
((unsigned long*)sector_buffer)[0] = user_io_8bit_set_status(arc_get_default(),0xffffffff);
FileWrite(&file, sector_buffer);
iprintf("Settings for %s written\n", s);
}
menustate = MENU_8BIT_MAIN1;
menusub = 0;
}
}
if (menu || (select && (menusub == 1))) // exit menu
{
menustate = MENU_8BIT_SYSTEM1;
menusub = 0;
}
break;
case MENU_SAVECONFIG_1 :
helptext=helptexts[HELPTEXT_NONE];
menumask=0x3f;
parentstate=menustate;
OsdSetTitle("Save",0);
OsdWrite(0, "", 0, 0);
for(int i = 0; i < 5; i++) {
strcpy(s," ");
strcat(s, minimig_cfg.conf_name[i]);
OsdWrite(i+1, s, menusub == i, 0);
}
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_SAVECONFIG_2;
break;
case MENU_SAVECONFIG_2 :
if (menu)
{
menustate = MENU_MAIN2_1;
menusub = 5;
}
else if (up)
{
if (menusub > 0)
menusub--;
menustate = MENU_SAVECONFIG_1;
}
else if (down)
{
if (menusub < 5)
menusub++;
menustate = MENU_SAVECONFIG_1;
}
else if (select)
{
if(menusub<5)
{
SetConfigurationFilename(menusub);
SaveConfiguration(NULL);
menustate = MENU_NONE1;
}
else
{
menustate = MENU_MAIN2_1;
menusub = 1;
}
}
if (menu) // exit menu
{
menustate = MENU_MAIN2_1;
menusub = 1;
}
break;
/******************************************************************/
/* chipset settings menu */
/******************************************************************/
case MENU_SETTINGS_CHIPSET1 :
helptext=helptexts[HELPTEXT_CHIPSET];
menumask=0;
OsdSetTitle("Chipset",OSD_ARROW_LEFT|OSD_ARROW_RIGHT);
OsdWrite(0, "", 0,0);
strcpy(s, " CPU : ");
strcat(s, config_cpu_msg[config.cpu & 0x03]);
OsdWrite(1, s, menusub == 0,0);
strcpy(s, " Turbo : ");
strcat(s, config_turbo_msg[(config.cpu >> 2) & 0x03]);
OsdWrite(2, s, menusub == 1,0);
strcpy(s, " Video : ");
strcat(s, config.chipset & CONFIG_NTSC ? "NTSC" : "PAL");
OsdWrite(3, s, menusub == 2,0);
strcpy(s, " Chipset : ");
strcat(s, config_chipset_msg[(config.chipset >> 2) & (minimig_v1()?3:7)]);
OsdWrite(4, s, menusub == 3,0);
strcpy(s, " CD32Pad : ");
strcat(s, config_cd32pad_msg[(config.autofire >> 2) & 1]);
OsdWrite(5, s, menusub == 4,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_SETTINGS_CHIPSET2;
break;
case MENU_SETTINGS_CHIPSET2 :
if (down && menusub < 5)
{
menusub++;
menustate = MENU_SETTINGS_CHIPSET1;
}
if (up && menusub > 0)
{
menusub--;
menustate = MENU_SETTINGS_CHIPSET1;
}
if (select)
{
if (menusub == 0)
{
menustate = MENU_SETTINGS_CHIPSET1;
int _config_cpu = config.cpu & 0x3;
_config_cpu += 1;
if (_config_cpu==0x02) _config_cpu += 1;
config.cpu = (config.cpu & 0xfc) | (_config_cpu & 0x3);
ConfigCPU(config.cpu);
}
else if (menusub == 1)
{
menustate = MENU_SETTINGS_CHIPSET1;
int _config_turbo = (config.cpu >> 2) & 0x3;
_config_turbo += 1;
config.cpu = (config.cpu & 0x3) | ((_config_turbo & 0x3) << 2);
ConfigCPU(config.cpu);
}
else if (menusub == 2)
{
config.chipset ^= CONFIG_NTSC;
menustate = MENU_SETTINGS_CHIPSET1;
ConfigChipset(config.chipset);
}
else if (menusub == 3)
{
if(minimig_v1())
{
if (config.chipset & CONFIG_ECS)
config.chipset &= ~(CONFIG_ECS|CONFIG_A1000);
else
config.chipset += CONFIG_A1000;
}
else
{
switch(config.chipset&0x1c) {
case 0:
config.chipset = (config.chipset&3) | CONFIG_A1000;
break;
case CONFIG_A1000:
config.chipset = (config.chipset&3) | CONFIG_ECS;
break;
case CONFIG_ECS:
config.chipset = (config.chipset&3) | CONFIG_AGA | CONFIG_ECS;
break;
case (CONFIG_AGA|CONFIG_ECS):
config.chipset = (config.chipset&3) | 0;
break;
}
}
menustate = MENU_SETTINGS_CHIPSET1;
ConfigChipset(config.chipset);
}
else if (menusub == 4)
{
//config.autofire = ((((config.autofire >> 2) + 1) & 1) << 2) || (config.autofire & 3);
config.autofire = (config.autofire + 4) & 0x7;
menustate = MENU_SETTINGS_CHIPSET1;
ConfigAutofire(config.autofire);
}
else if (menusub == 5)
{
menustate = MENU_MAIN2_1;
menusub = 2;
}
}
if (menu)
{
menustate = MENU_MAIN2_1;
menusub = 2;
}
else if (right)
{
menustate = MENU_SETTINGS_MEMORY1;
menusub = 0;
}
else if (left)
{
menustate = MENU_SETTINGS_VIDEO1;
menusub = 0;
}
break;
/******************************************************************/
/* memory settings menu */
/******************************************************************/
case MENU_SETTINGS_MEMORY1 :
helptext=helptexts[HELPTEXT_MEMORY];
menumask=0x3f;
parentstate=menustate;
OsdSetTitle("Memory",OSD_ARROW_LEFT|OSD_ARROW_RIGHT);
OsdWrite(0, "", 0,0);
strcpy(s, " CHIP : ");
strcat(s, config_memory_chip_msg[config.memory & 0x03]);
OsdWrite(1, s, menusub == 0,0);
strcpy(s, " SLOW : ");
strcat(s, config_memory_slow_msg[config.memory >> 2 & 0x03]);
OsdWrite(2, s, menusub == 1,0);
strcpy(s, " FAST : ");
strcat(s, config_memory_fast_txt());
OsdWrite(3, s, menusub == 2,0);
OsdWrite(4, "", 0,0);
strcpy(s, " ROM : ");
if (config.kickstart.long_name[0])
strncat(s, config.kickstart.long_name, sizeof(config.kickstart.long_name));
else
strncat(s, config.kickstart.name, sizeof(config.kickstart.name));
OsdWrite(5, s, menusub == 3,0);
strcpy(s, " HRTmon: ");
strcat(s, (config.memory&0x40) ? "enabled " : "disabled");
OsdWrite(6, s, menusub == 4,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_SETTINGS_MEMORY2;
break;
case MENU_SETTINGS_MEMORY2 :
if (select)
{
if (menusub == 0)
{
config.memory = ((config.memory + 1) & 0x03) | (config.memory & ~0x03);
menustate = MENU_SETTINGS_MEMORY1;
ConfigMemory(config.memory);
}
else if (menusub == 1)
{
config.memory = ((config.memory + 4) & 0x0C) | (config.memory & ~0x0C);
menustate = MENU_SETTINGS_MEMORY1;
ConfigMemory(config.memory);
}
else if (menusub == 2)
{
config.memory = ((config.memory + 0x10) & 0x30) | (config.memory & ~0x30);
// if ((config.memory & 0x30) == 0x30)
// config.memory -= 0x30;
// if (!(config.disable_ar3 & 0x01)&&(config.memory & 0x20))
// config.memory &= ~0x30;
menustate = MENU_SETTINGS_MEMORY1;
ConfigMemory(config.memory);
}
else if (menusub == 3)
{
SelectFile("ROM", SCAN_LFN, MENU_ROMFILE_SELECTED, MENU_SETTINGS_MEMORY1, 0);
}
else if (menusub == 4)
{
config.memory ^= 0x40;
ConfigMemory(config.memory);
//if (!(config.disable_ar3 & 0x01)||(config.memory & 0x20))
// config.disable_ar3 |= 0x01;
//else
// config.disable_ar3 &= 0xFE;
menustate = MENU_SETTINGS_MEMORY1;
}
else if (menusub == 5)
{
menustate = MENU_MAIN2_1;
menusub = 3;
}
}
if (menu)
{
menustate = MENU_MAIN2_1;
menusub = 3;
}
else if (right)
{
menustate = MENU_SETTINGS_VIDEO1;
menusub = 0;
}
else if (left)
{
menustate = MENU_SETTINGS_CHIPSET1;
menusub = 0;
}
break;
/******************************************************************/
/* hardfile settings menu */
/******************************************************************/
// FIXME! Nasty race condition here. Changing HDF type has immediate effect
// which could be disastrous if the user's writing to the drive at the time!
// Make the menu work on the copy, not the original, and copy on acceptance,
// not on rejection.
case MENU_SETTINGS_HARDFILE1 :
helptext=helptexts[HELPTEXT_HARDFILE];
OsdSetTitle("Harddisks",0);
parentstate = menustate;
menumask=0x21; // b00100001 - On/off & exit enabled by default...
if(config.enable_ide)
menumask|=0x0a; // b00001010 - HD0 and HD1 type
strcpy(s, " A600 IDE : ");
strcat(s, config.enable_ide ? "on " : "off");
OsdWrite(0, s, menusub == 0,0);
OsdWrite(1, "", 0,0);
strcpy(s, " Master : ");
if(config.hardfile[0].enabled==(HDF_FILE|HDF_SYNTHRDB))
strcat(s,"Hardfile (filesys)");
else
strcat(s, config_hdf_msg[config.hardfile[0].enabled & HDF_TYPEMASK]);
OsdWrite(2, s, config.enable_ide ? (menusub == 1) : 0 ,config.enable_ide==0);
if (config.hardfile[0].present)
{
strcpy(s, " ");
if (config.hardfile[0].long_name[0])
strncpy(&s[14], config.hardfile[0].long_name, sizeof(config.hardfile[0].long_name));
else
strncpy(&s[14], config.hardfile[0].name, sizeof(config.hardfile[0].name));
}
else
strcpy(s, " ** file not found **");
enable=config.enable_ide && ((config.hardfile[0].enabled&HDF_TYPEMASK)==HDF_FILE);
if(enable)
menumask|=0x04; // Make hardfile selectable
OsdWrite(3, s, enable ? (menusub == 2) : 0 , enable==0);
strcpy(s, " Slave : ");
if(config.hardfile[1].enabled==(HDF_FILE|HDF_SYNTHRDB))
strcat(s,"Hardfile (filesys)");
else
strcat(s, config_hdf_msg[config.hardfile[1].enabled & HDF_TYPEMASK]);
OsdWrite(4, s, config.enable_ide ? (menusub == 3) : 0 ,config.enable_ide==0);
if (config.hardfile[1].present) {
strcpy(s, " ");
if (config.hardfile[1].long_name[0])
strncpy(&s[14], config.hardfile[1].long_name, sizeof(config.hardfile[0].long_name));
else
strncpy(&s[14], config.hardfile[1].name, sizeof(config.hardfile[0].name));
}
else
strcpy(s, " ** file not found **");
enable=config.enable_ide && ((config.hardfile[1].enabled&HDF_TYPEMASK)==HDF_FILE);
if(enable)
menumask|=0x10; // Make hardfile selectable
OsdWrite(5, s, enable ? (menusub == 4) : 0 ,enable==0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 5,0);
menustate = MENU_SETTINGS_HARDFILE2;
break;
case MENU_SETTINGS_HARDFILE2 :
if (select)
{
if (menusub == 0)
{
config.enable_ide=(config.enable_ide==0);
menustate = MENU_SETTINGS_HARDFILE1;
}
if (menusub == 1)
{
if(config.hardfile[0].enabled==HDF_FILE)
{
config.hardfile[0].enabled|=HDF_SYNTHRDB;
}
else if(config.hardfile[0].enabled==(HDF_FILE|HDF_SYNTHRDB))
{
config.hardfile[0].enabled&=~HDF_SYNTHRDB;
config.hardfile[0].enabled +=1;
}
else
{
config.hardfile[0].enabled +=1;
config.hardfile[0].enabled %=HDF_CARDPART0+partitioncount;
}
menustate = MENU_SETTINGS_HARDFILE1;
}
else if (menusub == 2)
{
SelectFile("HDF", SCAN_LFN, MENU_HARDFILE_SELECTED, MENU_SETTINGS_HARDFILE1, 0);
}
else if (menusub == 3)
{
if(config.hardfile[1].enabled==HDF_FILE)
{
config.hardfile[1].enabled|=HDF_SYNTHRDB;
}
else if(config.hardfile[1].enabled==(HDF_FILE|HDF_SYNTHRDB))
{
config.hardfile[1].enabled&=~HDF_SYNTHRDB;
config.hardfile[1].enabled +=1;
}
else
{
config.hardfile[1].enabled +=1;
config.hardfile[1].enabled %=HDF_CARDPART0+partitioncount;
}
menustate = MENU_SETTINGS_HARDFILE1;
}
else if (menusub == 4)
{
SelectFile("HDF", SCAN_LFN, MENU_HARDFILE_SELECTED, MENU_SETTINGS_HARDFILE1, 0);
}
else if (menusub == 5) // return to previous menu
{
menustate = MENU_HARDFILE_EXIT;
}
}
if (menu) // return to previous menu
{
menustate = MENU_HARDFILE_EXIT;
}
break;
/******************************************************************/
/* hardfile selected menu */
/******************************************************************/
case MENU_HARDFILE_SELECTED :
if (menusub == 2) // master drive selected
{
// Read RDB from selected drive and determine type...
memcpy((void*)config.hardfile[0].name, (void*)file.name, sizeof(config.hardfile[0].name));
memcpy((void*)config.hardfile[0].long_name, (void*)file.long_name, sizeof(config.hardfile[0].long_name));
switch(GetHDFFileType(file.name))
{
case HDF_FILETYPE_RDB:
config.hardfile[0].enabled=HDF_FILE;
config.hardfile[0].present = 1;
menustate = MENU_SETTINGS_HARDFILE1;
break;
case HDF_FILETYPE_DOS:
config.hardfile[0].enabled=HDF_FILE|HDF_SYNTHRDB;
config.hardfile[0].present = 1;
menustate = MENU_SETTINGS_HARDFILE1;
break;
case HDF_FILETYPE_UNKNOWN:
config.hardfile[0].present = 1;
if(config.hardfile[0].enabled==HDF_FILE) // Warn if we can't detect the type
menustate=MENU_SYNTHRDB1;
else
menustate=MENU_SYNTHRDB2_1;
menusub=0;
break;
case HDF_FILETYPE_NOTFOUND:
default:
config.hardfile[0].present = 0;
menustate = MENU_SETTINGS_HARDFILE1;
break;
}
}
if (menusub == 4) // slave drive selected
{
memcpy((void*)config.hardfile[1].name, (void*)file.name, sizeof(config.hardfile[1].name));
memcpy((void*)config.hardfile[1].long_name, (void*)file.long_name, sizeof(config.hardfile[1].long_name));
switch(GetHDFFileType(file.name))
{
case HDF_FILETYPE_RDB:
config.hardfile[1].enabled=HDF_FILE;
config.hardfile[1].present = 1;
menustate = MENU_SETTINGS_HARDFILE1;
break;
case HDF_FILETYPE_DOS:
config.hardfile[1].enabled=HDF_FILE|HDF_SYNTHRDB;
config.hardfile[1].present = 1;
menustate = MENU_SETTINGS_HARDFILE1;
break;
case HDF_FILETYPE_UNKNOWN:
config.hardfile[1].present = 1;
if(config.hardfile[1].enabled==HDF_FILE) // Warn if we can't detect the type...
menustate=MENU_SYNTHRDB1;
else
menustate=MENU_SYNTHRDB2_1;
menusub=0;
break;
case HDF_FILETYPE_NOTFOUND:
default:
config.hardfile[1].present = 0;
menustate = MENU_SETTINGS_HARDFILE1;
break;
}
}
break;
// check if hardfile configuration has changed
case MENU_HARDFILE_EXIT :
if ((memcmp(config.hardfile, t_hardfile, sizeof(t_hardfile)) != 0) || (config.enable_ide != t_enable_ide))
{
menustate = MENU_HARDFILE_CHANGED1;
menusub = 1;
}
else
{
menustate = MENU_MAIN1;
menusub = 5;
}
break;
// hardfile configuration has changed, ask user if he wants to use the new settings
case MENU_HARDFILE_CHANGED1 :
menumask=0x03;
parentstate=menustate;
OsdSetTitle("Confirm",0);
OsdWrite(0, "", 0,0);
OsdWrite(1, " Changing configuration", 0,0);
OsdWrite(2, " requires reset.", 0,0);
OsdWrite(3, "", 0,0);
OsdWrite(4, " Reset Minimig?", 0,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, " yes", menusub == 0,0);
OsdWrite(7, " no", menusub == 1,0);
menustate = MENU_HARDFILE_CHANGED2;
break;
case MENU_HARDFILE_CHANGED2 :
if (select)
{
if (menusub == 0) // yes
{
// FIXME - waiting for user-confirmation increases the window of opportunity for file corruption!
if ((config.hardfile[0].enabled != t_hardfile[0].enabled)
|| (strncmp(config.hardfile[0].name, t_hardfile[0].name, sizeof(t_hardfile[0].name)) != 0))
{
OpenHardfile(0);
//if((config.hardfile[0].enabled == HDF_FILE) && !FindRDB(0))
// menustate = MENU_SYNTHRDB1;
}
if (config.hardfile[1].enabled != t_hardfile[1].enabled
|| (strncmp(config.hardfile[1].name, t_hardfile[1].name, sizeof(t_hardfile[1].name)) != 0))
{
OpenHardfile(1);
//if((config.hardfile[1].enabled == HDF_FILE) && !FindRDB(1))
// menustate = MENU_SYNTHRDB2_1;
}
if(menustate==MENU_HARDFILE_CHANGED2)
{
ConfigIDE(config.enable_ide, config.hardfile[0].present && config.hardfile[0].enabled, config.hardfile[1].present && config.hardfile[1].enabled);
OsdReset(RESET_NORMAL);
menustate = MENU_NONE1;
}
}
else if (menusub == 1) // no
{
memcpy(config.hardfile, t_hardfile, sizeof(t_hardfile)); // restore configuration
config.enable_ide = t_enable_ide;
menustate = MENU_MAIN1;
menusub = 5;
}
}
if (menu)
{
memcpy(config.hardfile, t_hardfile, sizeof(t_hardfile)); // restore configuration
config.enable_ide = t_enable_ide;
menustate = MENU_MAIN1;
menusub = 5;
}
break;
case MENU_SYNTHRDB1 :
menumask=0x01;
parentstate=menustate;
OsdSetTitle("Warning",0);
OsdWrite(0, "", 0,0);
OsdWrite(1, " No partition table found -", 0,0);
OsdWrite(2, " Hardfile image may need", 0,0);
OsdWrite(3, " to be prepped with HDToolbox,", 0,0);
OsdWrite(4, " then formatted.", 0,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, " OK", menusub == 0,0);
menustate = MENU_SYNTHRDB2;
break;
case MENU_SYNTHRDB2_1 :
menumask=0x01;
parentstate=menustate;
OsdSetTitle("Warning",0);
OsdWrite(0, "", 0,0);
OsdWrite(1, " No filesystem recognised.", 0,0);
OsdWrite(2, " Hardfile may need formatting", 0,0);
OsdWrite(3, " (or may simply be an", 0,0);
OsdWrite(4, " unrecognised filesystem)", 0,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, " OK", menusub == 0,0);
menustate = MENU_SYNTHRDB2;
break;
case MENU_SYNTHRDB2 :
if (select || menu)
{
if (menusub == 0) // OK
menustate = MENU_SETTINGS_HARDFILE1;
}
break;
/******************************************************************/
/* video settings menu */
/******************************************************************/
case MENU_SETTINGS_VIDEO1 :
menumask=minimig_v1()?0x0f:0x1f;
parentstate=menustate;
helptext=helptexts[HELPTEXT_VIDEO];
OsdSetTitle("Video",OSD_ARROW_LEFT|OSD_ARROW_RIGHT);
OsdWrite(0, "", 0,0);
strcpy(s, " Lores Filter : ");
strcat(s, config_filter_msg[config.filter.lores & 0x03]);
OsdWrite(1, s, menusub == 0,0);
strcpy(s, " Hires Filter : ");
strcat(s, config_filter_msg[config.filter.hires & 0x03]);
OsdWrite(2, s, menusub == 1,0);
strcpy(s, " Scanlines : ");
if(minimig_v1()) {
strcat(s, config_scanlines_msg[config.scanlines % 3]);
OsdWrite(3, s, menusub == 2,0);
OsdWrite(4, "", 0,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 3,0);
} else {
strcat(s, config_scanlines_msg[(config.scanlines&0x3) % 3]);
OsdWrite(3, s, menusub == 2,0);
strcpy(s, " Dither : ");
strcat(s, config_dither_msg[(config.scanlines>>2) & 0x03]);
OsdWrite(4, s, menusub == 3,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, STD_EXIT, menusub == 4,0);
}
menustate = MENU_SETTINGS_VIDEO2;
break;
case MENU_SETTINGS_VIDEO2 :
if (select)
{
if (menusub == 0)
{
config.filter.lores++;
config.filter.lores &= 0x03;
menustate = MENU_SETTINGS_VIDEO1;
MM1_ConfigFilter(config.filter.lores, config.filter.hires);
if(minimig_v1())
MM1_ConfigFilter(config.filter.lores, config.filter.hires);
else
ConfigVideo(config.filter.hires, config.filter.lores, config.scanlines);
}
else if (menusub == 1)
{
config.filter.hires++;
config.filter.hires &= 0x03;
menustate = MENU_SETTINGS_VIDEO1;
if(minimig_v1())
MM1_ConfigFilter(config.filter.lores, config.filter.hires);
else
ConfigVideo(config.filter.hires, config.filter.lores, config.scanlines);
}
else if (menusub == 2)
{
if(minimig_v1()) {
config.scanlines++;
if (config.scanlines > 2)
config.scanlines = 0;
menustate = MENU_SETTINGS_VIDEO1;
MM1_ConfigScanlines(config.scanlines);
} else {
config.scanlines = ((config.scanlines + 1)&0x03) | (config.scanlines&0xfc);
if ((config.scanlines&0x03) > 2)
config.scanlines = config.scanlines&0xfc;
menustate = MENU_SETTINGS_VIDEO1;
ConfigVideo(config.filter.hires, config.filter.lores, config.scanlines);
}
}
else if (menusub == 3)
{
if(minimig_v1()) {
menustate = MENU_MAIN2_1;
menusub = 4;
} else {
config.scanlines = (config.scanlines + 4)&0x0f;
menustate = MENU_SETTINGS_VIDEO1;
ConfigVideo(config.filter.hires, config.filter.lores, config.scanlines);
}
}
else if (menusub == 4)
{
menustate = MENU_MAIN2_1;
menusub = 4;
}
}
if (menu)
{
menustate = MENU_MAIN2_1;
menusub = 4;
}
else if (right)
{
menustate = MENU_SETTINGS_CHIPSET1;
menusub = 0;
}
else if (left)
{
menustate = MENU_SETTINGS_MEMORY1;
menusub = 0;
}
break;
/******************************************************************/
/* rom file selected menu */
/******************************************************************/
case MENU_ROMFILE_SELECTED :
menusub = 1;
menustate=MENU_ROMFILE_SELECTED1;
// no break intended
case MENU_ROMFILE_SELECTED1 :
menumask=0x03;
parentstate=menustate;
OsdSetTitle("Confirm",0);
OsdWrite(0, "", 0,0);
OsdWrite(1, " Reload Kickstart?", 0,0);
OsdWrite(2, "", 0,0);
OsdWrite(3, " yes", menusub == 0,0);
OsdWrite(4, " no", menusub == 1,0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, "", 0,0);
menustate = MENU_ROMFILE_SELECTED2;
break;
case MENU_ROMFILE_SELECTED2 :
if (select)
{
if (menusub == 0)
{
memcpy((void*)config.kickstart.name, (void*)file.name, sizeof(config.kickstart.name));
memcpy((void*)config.kickstart.long_name, (void*)file.long_name, sizeof(config.kickstart.long_name));
if(minimig_v1()) {
OsdDisable();
OsdReset(RESET_BOOTLOADER);
ConfigChipset(config.chipset | CONFIG_TURBO);
ConfigFloppy(config.floppy.drives, CONFIG_FLOPPY2X);
if (UploadKickstart(config.kickstart.name)) {
BootExit();
}
ConfigChipset(config.chipset); // restore CPU speed mode
ConfigFloppy(config.floppy.drives, config.floppy.speed); // restore floppy speed mode
}
else {
// reset bootscreen cursor position
BootHome();
OsdDisable();
EnableOsd();
SPI(OSD_CMD_RST);
rstval = (SPI_RST_CPU | SPI_CPU_HLT);
SPI(rstval);
DisableOsd();
SPIN(); SPIN(); SPIN(); SPIN();
UploadKickstart(config.kickstart.name);
EnableOsd();
SPI(OSD_CMD_RST);
rstval = (SPI_RST_USR | SPI_RST_CPU);
SPI(rstval);
DisableOsd();
SPIN(); SPIN(); SPIN(); SPIN();
EnableOsd();
SPI(OSD_CMD_RST);
rstval = 0;
SPI(rstval);
DisableOsd();
SPIN(); SPIN(); SPIN(); SPIN();
}
menustate = MENU_NONE1;
}
else if (menusub == 1)
{
menustate = MENU_SETTINGS_MEMORY1;
menusub = 3;
}
}
if (menu)
{
menustate = MENU_SETTINGS_MEMORY1;
menusub = 2;
}
break;
/******************************************************************/
/* firmware menu */
/******************************************************************/
case MENU_FIRMWARE1 :
helptext=helptexts[HELPTEXT_NONE];
parentstate=menustate;
menumask = fat_uses_mmc()?0x07:0x03;
OsdSetTitle("FW & Core",0);
//OsdWrite(0, "", 0, 0);
siprintf(s, " ARM s/w ver. %s", version + 5);
OsdWrite(0, s, 0, 0);
char *v = GetFirmwareVersion(&file, "FIRMWAREUPG");
if(v) {
siprintf(s, " FILE s/w ver. %s", v);
OsdWrite(1, s, 0, 0);
} else
OsdWrite(1, "", 0, 0);
// don't allow update when running from USB
if(fat_uses_mmc()) {
i=1;
OsdWrite(2, " Update", menusub == 0, 0);
} else {
i=0;
OsdWrite(2, " Update", 0, 1);
}
OsdWrite(3, "", 0, 0);
if(strlen(OsdCoreName())<26) {
siprintf(s, "%*s%s", (29-strlen(OsdCoreName()))/2, " ", OsdCoreName());
}
else strcpy(s, OsdCoreName());
s[28] = 0;
OsdWrite(4, s, 0, 0);
OsdWrite(5, " Change FPGA core", menusub == i, 0);
OsdWrite(6, "", 0, 0);
OsdWrite(7, STD_EXIT, menusub == i+1,0);
menustate = MENU_FIRMWARE2;
break;
case MENU_FIRMWARE2 :
if (menu) {
switch(user_io_core_type()) {
case CORE_TYPE_MIST:
case CORE_TYPE_MIST2:
menusub = 4;
menustate = MENU_MIST_MAIN1;
break;
case CORE_TYPE_ARCHIE:
menusub = 5;
menustate = MENU_ARCHIE_MAIN1;
break;
default:
menusub = 0;
menustate = (!strcmp(user_io_get_core_name(), "MENU")) ? MENU_NONE1 : MENU_8BIT_SYSTEM1;
break;
}
}
else if (select) {
if (fat_uses_mmc() && (menusub == 0)) {
if (CheckFirmware(&file, "FIRMWAREUPG"))
menustate = MENU_FIRMWARE_UPDATE1;
else
menustate = MENU_FIRMWARE_UPDATE_ERROR1;
menusub = 1;
OsdClear();
}
else if (menusub == fat_uses_mmc()?1:0) {
SelectFile("RBFARC", SCAN_LFN | SCAN_SYSDIR, MENU_FIRMWARE_CORE_FILE_SELECTED, MENU_FIRMWARE1, 0);
}
else if (menusub == fat_uses_mmc()?2:1) {
switch(user_io_core_type()) {
case CORE_TYPE_MIST:
case CORE_TYPE_MIST2:
menusub = 5;
menustate = MENU_MIST_MAIN1;
break;
case CORE_TYPE_ARCHIE:
menusub = 3;
menustate = MENU_ARCHIE_MAIN1;
break;
default:
menusub = 0;
menustate = (!strcmp(user_io_get_core_name(), "MENU")) ? MENU_NONE1 : MENU_8BIT_SYSTEM1;
break;
}
}
}
break;
case MENU_FIRMWARE_CORE_FILE_SELECTED :
// close OSD now as the new core may not even have one
OsdDisable();
// reset minimig boot text position
BootHome();
//remember core name loaded
if (strlen(file.long_name)>0)
OsdCoreNameSet(file.long_name);
else
OsdCoreNameSet(file.name);
char mod = 0;
arc_reset();
if (!strncasecmp(&file.name[8],"ARC",3)) {
mod = arc_open(file.name);
if(mod < 0 || !strlen(arc_get_rbfname())) { // error
menustate = MENU_NONE1;
break;
}
strncpy(file.name, " RBF", 11);
strncpy(file.name, arc_get_rbfname(), strlen(arc_get_rbfname()));
}
user_io_set_core_mod(mod);
// reset fpga with core
fpga_init(file.name);
// De-init joysticks to allow re-ordering for new core
StateReset();
menustate = MENU_NONE1;
break;
/******************************************************************/
/* firmware update message menu */
/******************************************************************/
case MENU_FIRMWARE_UPDATE1 :
helptext=helptexts[HELPTEXT_NONE];
parentstate=menustate;
menumask=0x03;
OsdSetTitle("Confirm",0);
OsdWrite(0, "", 0,0);
OsdWrite(1, " Update the firmware", 0,0);
OsdWrite(2, " Are you sure?", 0 ,0);
OsdWrite(3, "", 0,0);
OsdWrite(4, " yes", menusub == 0,0);
OsdWrite(5, " no", menusub == 1,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, "", 0,0);
menustate = MENU_FIRMWARE_UPDATE2;
break;
case MENU_FIRMWARE_UPDATE2 :
if (select)
{
if (menusub == 0)
{
menustate = MENU_FIRMWARE_UPDATING1;
menusub = 0;
OsdClear();
}
else if (menusub == 1)
{
menustate = MENU_FIRMWARE1;
menusub = 2;
}
}
break;
/******************************************************************/
/* firmware update in progress message menu*/
/******************************************************************/
case MENU_FIRMWARE_UPDATING1 :
helptext=helptexts[HELPTEXT_NONE];
parentstate=menustate;
menumask=0x00;
OsdSetTitle("Updating",0);
OsdWrite(0, "", 0,0);
OsdWrite(1, "", 0,0);
OsdWrite(2, " Updating firmware", 0, 0);
OsdWrite(3, "", 0,0);
OsdWrite(4, " Please wait", 0, 0);
OsdWrite(5, "", 0,0);
OsdWrite(6, "", 0,0);
OsdWrite(7, "", 0,0);
menustate = MENU_FIRMWARE_UPDATING2;
break;
case MENU_FIRMWARE_UPDATING2 :
WriteFirmware(&file, "FIRMWAREUPG");
Error = ERROR_UPDATE_FAILED;
menustate = MENU_FIRMWARE_UPDATE_ERROR1;
menusub = 0;
OsdClear();
break;
/******************************************************************/
/* firmware update error message menu*/
/******************************************************************/
case MENU_FIRMWARE_UPDATE_ERROR1 :
parentstate=menustate;
OsdSetTitle("Error",0);
OsdWrite(0, "", 0, 0);
OsdWrite(1, "", 0, 0);
switch (Error)
{
case ERROR_FILE_NOT_FOUND :
OsdWrite(2, " Update file", 0, 0);
OsdWrite(3, " not found!", 0, 0);
break;
case ERROR_INVALID_DATA :
OsdWrite(2, " Invalid ", 0, 0);
OsdWrite(3, " update file!", 0, 0);
break;
case ERROR_UPDATE_FAILED :
OsdWrite(2, "", 0, 0);
OsdWrite(3, " Update failed!", 0, 0);
break;
}
OsdWrite(4, "", 0, 0);
OsdWrite(5, "", 0, 0);
OsdWrite(6, "", 0, 0);
OsdWrite(7, STD_EXIT, 1,0);
menustate = MENU_FIRMWARE_UPDATE_ERROR2;
break;
case MENU_FIRMWARE_UPDATE_ERROR2 :
if (select) {
menustate = MENU_FIRMWARE1;
menusub = 2;
}
break;
/******************************************************************/
/* error message menu */
/******************************************************************/
case MENU_ERROR :
if (menu)
menustate = MENU_NONE1;
break;
/******************************************************************/
/* popup info menu */
/******************************************************************/
case MENU_INFO :
if (menu)
menustate = MENU_NONE1;
else if (CheckTimer(menu_timer))
menustate = MENU_NONE1;
break;
/******************************************************************/
/* we should never come here */
/******************************************************************/
default :
break;
}
}
void ScrollLongName(void)
{
// this function is called periodically when file selection window is displayed
// it checks if predefined period of time has elapsed and scrolls the name if necessary
char k = sort_table[iSelectedEntry];
static int len;
int max_len;
if (DirEntryLFN[k][0]) // && CheckTimer(scroll_timer)) // scroll if long name and timer delay elapsed
{
// FIXME - yuk, we don't want to do this every frame!
len = strlen(DirEntryLFN[k]); // get name length
if((len > 4) && !fs_ShowExt)
if (DirEntryLFN[k][len - 4] == '.')
len -= 4; // remove extension
max_len = 30; // number of file name characters to display (one more required for scrolling)
if (DirEntry[k].Attributes & ATTR_DIRECTORY)
max_len = 23; // number of directory name characters to display
ScrollText(iSelectedEntry,DirEntryLFN[k],len,max_len,1,2);
}
}
char* GetDiskInfo(char* lfn, long len)
{
// extracts disk number substring form file name
// if file name contains "X of Y" substring where X and Y are one or two digit number
// then the number substrings are extracted and put into the temporary buffer for further processing
// comparision is case sensitive
short i, k;
static char info[] = "XX/XX"; // temporary buffer
static char template[4] = " of "; // template substring to search for
char *ptr1, *ptr2, c;
unsigned char cmp;
if (len > 20) // scan only names which can't be fully displayed
{
for (i = (unsigned short)len - 1 - sizeof(template); i > 0; i--) // scan through the file name starting from its end
{
ptr1 = &lfn[i]; // current start position
ptr2 = template;
cmp = 0;
for (k = 0; k < sizeof(template); k++) // scan through template
{
cmp |= *ptr1++ ^ *ptr2++; // compare substrings' characters one by one
if (cmp)
break; // stop further comparing if difference already found
}
if (!cmp) // match found
{
k = i - 1; // no need to check if k is valid since i is greater than zero
c = lfn[k]; // get the first character to the left of the matched template substring
if (c >= '0' && c <= '9') // check if a digit
{
info[1] = c; // copy to buffer
info[0] = ' '; // clear previous character
k--; // go to the preceding character
if (k >= 0) // check if index is valid
{
c = lfn[k];
if (c >= '0' && c <= '9') // check if a digit
info[0] = c; // copy to buffer
}
k = i + sizeof(template); // get first character to the right of the mached template substring
c = lfn[k]; // no need to check if index is valid
if (c >= '0' && c <= '9') // check if a digit
{
info[3] = c; // copy to buffer
info[4] = ' '; // clear next char
k++; // go to the followwing character
if (k < len) // check if index is valid
{
c = lfn[k];
if (c >= '0' && c <= '9') // check if a digit
info[4] = c; // copy to buffer
}
return info;
}
}
}
}
}
return NULL;
}
// print directory contents
void PrintDirectory(void)
{
unsigned char i;
unsigned char k;
unsigned long len;
char *lfn;
char *info;
char *p;
unsigned char j;
s[32] = 0; // set temporary string length to OSD line length
ScrollReset();
for (i = 0; i < 8; i++)
{
memset(s, ' ', 32); // clear line buffer
if (i < nDirEntries)
{
k = sort_table[i]; // ordered index in storage buffer
lfn = DirEntryLFN[k]; // long file name pointer
DirEntryInfo[i][0] = 0; // clear disk number info buffer
if (lfn[0]) // item has long name
{
len = strlen(lfn); // get name length
info = NULL; // no disk info
if (!(DirEntry[k].Attributes & ATTR_DIRECTORY)) // if a file
{
if((len > 4) && !fs_ShowExt)
if (lfn[len-4] == '.')
len -= 4; // remove extension
info = GetDiskInfo(lfn, len); // extract disk number info
if (info != NULL)
memcpy(DirEntryInfo[i], info, 5); // copy disk number info if present
}
if (len > 30)
len = 30; // trim display length if longer than 30 characters
if (i != iSelectedEntry && info != NULL)
{ // display disk number info for not selected items
strncpy(s + 1, lfn, 30-6); // trimmed name
strncpy(s + 1+30-5, info, 5); // disk number
}
else
strncpy(s + 1, lfn, len); // display only name
}
else // no LFN
{
strncpy(s + 1, (const char*)DirEntry[k].Name, 8); // if no LFN then display base name (8 chars)
if(((DirEntry[k].Attributes & ATTR_DIRECTORY) || fs_ShowExt) && DirEntry[k].Extension[0] != ' ')
{
p = (char*)&DirEntry[k].Name[7];
j = 8;
do
{
if (*p-- != ' ')
break;
} while (--j);
s[1 + j++] = '.';
strncpy(s + 1 + j, (const char*)DirEntry[k].Extension, 3); // if no LFN then display base name (8 chars)
}
}
if (DirEntry[k].Attributes & ATTR_DIRECTORY) // mark directory with suffix
strcpy(&s[22], " <DIR>");
}
else
{
if (i == 0 && nDirEntries == 0) // selected directory is empty
strcpy(s, " No files!");
}
OsdWrite(i, s, i == iSelectedEntry,0); // display formatted line text
}
}
void _strncpy(char* pStr1, const char* pStr2, size_t nCount)
{
// customized strncpy() function to fill remaing destination string part with spaces
while (*pStr2 && nCount)
{
*pStr1++ = *pStr2++; // copy strings
nCount--;
}
while (nCount--)
*pStr1++ = ' '; // fill remaining space with spaces
}
void inserttestfloppy() {
char name[] = "AUTO ADF";
int i;
for(i=0;i<4;i++) {
name[4] = '0'+i;
if (FileOpen(&file, name) != 0)
InsertFloppy(&df[i]);
}
}
// insert floppy image pointed to to by global <file> into <drive>
void InsertFloppy(adfTYPE *drive)
{
unsigned char i, j;
unsigned long tracks;
// calculate number of tracks in the ADF image file
tracks = file.size / (512*11);
if (tracks > MAX_TRACKS)
{
menu_debugf("UNSUPPORTED ADF SIZE!!! Too many tracks: %lu\r", tracks);
tracks = MAX_TRACKS;
}
drive->tracks = (unsigned char)tracks;
// fill index cache
for (i = 0; i < tracks; i++) // for every track get its start position within image file
{
drive->cache[i] = file.cluster; // start of the track within image file
for (j = 0; j < 11; j++)
FileNextSector(&file); // advance by track length (11 sectors)
}
// copy image file name into drive struct
if (file.long_name[0]) // file has long name
_strncpy(drive->name, file.long_name, sizeof(drive->name)); // copy long name
else
{
strncpy(drive->name, file.name, 8); // copy base name
memset(&drive->name[8], ' ', sizeof(drive->name) - 8); // fill the rest of the name with spaces
}
if (DiskInfo[0]) // if selected file has valid disk number info then copy it to its name in drive struct
{
drive->name[16] = ' '; // precede disk number info with space character
strncpy(&drive->name[17], DiskInfo, sizeof(DiskInfo)); // copy disk number info
}
// initialize the rest of drive struct
drive->status = DSK_INSERTED;
if (!(file.attributes & ATTR_READONLY)) // read-only attribute
drive->status |= DSK_WRITABLE;
drive->cluster_offset = drive->cache[0];
drive->sector_offset = 0;
drive->track = 0;
drive->track_prev = -1;
// some debug info
if (file.long_name[0])
menu_debugf("Inserting floppy: \"%s\"\r", file.long_name);
else
menu_debugf("Inserting floppy: \"%.11s\"\r", file.name);
menu_debugf("file attributes: 0x%02X\r", file.attributes);
menu_debugf("file size: %lu (%lu KB)\r", file.size, file.size >> 10);
menu_debugf("drive tracks: %u\r", drive->tracks);
menu_debugf("drive status: 0x%02X\r", drive->status);
}
static void set_text(const char *message, unsigned char code) {
char i=0, l=1;
OsdWrite(0, "", 0,0);
do {
s[i++] = *message;
// line full or line break
if((i == 29) || (*message == '\n') || !*message) {
s[i] = 0;
OsdWrite(l++, s, 0,0);
i=0; // start next line
}
} while(*message++);
if(code && (l <= 7)) {
siprintf(s, " Code: #%d", code);
OsdWrite(l++, s, 0,0);
}
while(l <= 7)
OsdWrite(l++, "", 0,0);
}
/* Error Message */
void ErrorMessage(const char *message, unsigned char code) {
menustate = MENU_ERROR;
OsdSetTitle("Error",0);
set_text(message, code);
OsdEnable(0); // do not disable KEYBOARD
}
void InfoMessage(char *message) {
if (menustate != MENU_INFO) {
OsdSetTitle("Message",0);
OsdEnable(0); // do not disable keyboard
}
set_text(message, 0);
menu_timer = GetTimer(2000);
menustate = MENU_INFO;
}
void EjectAllFloppies() {
char i;
for(i=0;i<drives;i++)
df[i].status = 0;
// harddisk
config.hardfile[0].present = 0;
config.hardfile[1].present = 0;
}
unsigned const char *config_memory_fast_txt()
{
if (!(((config.cpu & 0x02) == 0x02) && ((config.memory >> 4 & 0x03) == 0x03)))
return config_memory_fast_msg[config.memory >> 4 & 0x03];
else
return config_memory_fast_msg[(config.memory >> 4 & 0x03) + 1];
}
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