static void draw_text_info(int x, int y, int dx, int dy, int pos)
{
char buffer[3][256];
adv_crtc* crtc = menu_pos(pos);
if (crtc) {
format_info(buffer[0], buffer[1], buffer[2], 256, crtc);
} else {
sncpy(buffer[0], sizeof(buffer[0]), "");
sncpy(buffer[1], sizeof(buffer[1]), "");
sncpy(buffer[2], sizeof(buffer[2]), "");
}
draw_text_left(x, y+0, dx, buffer[0], COLOR_INFO_TITLE);
draw_text_left(x, y+1, dx, buffer[1], COLOR_INFO_NORMAL);
draw_text_left(x, y+2, dx, buffer[2], COLOR_INFO_NORMAL);
if (crtc) {
if (crtc_is_fake(crtc)) {
draw_text_left(x+dx-8, y, 8, " SYSTEM ", COLOR_INFO_NORMAL);
} else if (!crtc_clock_check(&the_monitor, crtc)) {
draw_text_left(x+dx-14, y, 14, " OUT OF RANGE ", COLOR_ERROR);
} else {
draw_text_left(x+dx-14, y, 14, " PROGRAMMABLE ", COLOR_INFO_NORMAL);
}
} else {
draw_text_fillrect(x, y, ' ', dx, dy, COLOR_INFO_NORMAL);
}
}
void soundb_alsa_default(void)
{
sncpy(alsa_option.device_buffer, sizeof(alsa_option.device_buffer), "default");
sncpy(alsa_option.mixer_buffer, sizeof(alsa_option.mixer_buffer), "channel");
alsa_option.initialized = 1;
}
static void mouseb_setup(struct mouse_item_context* item)
{
unsigned i;
struct button_entry {
int code;
const char* name;
} button_map[] = {
{ MOUSE_LEFTBUTTON, "left" },
{ MOUSE_RIGHTBUTTON, "right" },
{ MOUSE_MIDDLEBUTTON, "middle" },
{ MOUSE_FOURTHBUTTON, "button4" },
{ MOUSE_FIFTHBUTTON, "button5" },
{ MOUSE_SIXTHBUTTON, "button6" }
};
struct axe_entry {
int code;
const char* name;
} axe_map[] = {
{ MOUSE_XDIM, "x" },
{ MOUSE_YDIM, "y" },
{ MOUSE_ZDIM, "z" },
{ MOUSE_RXDIM, "rx" },
{ MOUSE_RYDIM, "ry" },
{ MOUSE_RZDIM, "rz" }
};
item->button_mac = 0;
for (i = 0; i < sizeof(button_map) / sizeof(button_map[0]); ++i) {
if ((item->context.info_button & button_map[i].code) != 0) {
if (item->button_mac < RAW_MOUSE_BUTTON_MAX) {
item->button_map[item->button_mac].code = button_map[i].code;
item->button_map[item->button_mac].pvalue = &item->context.button;
sncpy(item->button_map[item->button_mac].name, sizeof(item->button_map[item->button_mac].name), button_map[i].name);
++item->button_mac;
}
}
}
item->axe_mac = 0;
for (i = 0; i < sizeof(axe_map) / sizeof(axe_map[0]); ++i) {
if ((item->context.info_button & axe_map[i].code) != 0) {
if (item->axe_mac < RAW_MOUSE_AXE_MAX) {
item->axe_map[item->axe_mac].code = axe_map[i].code;
switch (axe_map[i].code) {
case MOUSE_XDIM: item->axe_map[item->axe_mac].pvalue = &item->context.x; break;
case MOUSE_YDIM: item->axe_map[item->axe_mac].pvalue = &item->context.y; break;
case MOUSE_ZDIM: item->axe_map[item->axe_mac].pvalue = &item->context.z; break;
case MOUSE_RXDIM: item->axe_map[item->axe_mac].pvalue = &item->context.rx; break;
case MOUSE_RYDIM: item->axe_map[item->axe_mac].pvalue = &item->context.ry; break;
case MOUSE_RZDIM: item->axe_map[item->axe_mac].pvalue = &item->context.rz; break;
}
sncpy(item->axe_map[item->axe_mac].name, sizeof(item->axe_map[item->axe_mac].name), axe_map[i].name);
++item->axe_mac;
}
}
}
}
adv_error soundb_alsa_load(adv_conf* context)
{
sncpy(alsa_option.device_buffer, sizeof(alsa_option.device_buffer), conf_string_get_default(context, "device_alsa_device"));
sncpy(alsa_option.mixer_buffer, sizeof(alsa_option.mixer_buffer), conf_string_get_default(context, "device_alsa_mixer"));
alsa_option.initialized = 1;
return 0;
}
static adv_error cmd_modeline_create(int favourite_vtotal)
{
adv_crtc crtc;
char buffer[80];
double freq = 0;
unsigned x;
unsigned y;
adv_error res;
sncpy(buffer, sizeof(buffer), "");
if (cmd_input_string(" Vertical clock [Hz] (example 60.0) : ", buffer, 10)!=0)
return 0;
freq = strtod(buffer, 0);
if (freq < 10 || freq > 200) {
error_set("Invalid vertical clock value, usually in the range 10 - 200.0 [Hz]");
return -1;
}
sncpy(buffer, sizeof(buffer), "");
if (cmd_input_string(" X resolution [pixel] : ", buffer, 10)!=0)
return 0;
x = atoi(buffer);
if (x < 64 || x > 2048) {
error_set("Invalid x resolution value");
return -1;
}
sncpy(buffer, sizeof(buffer), "");
if (cmd_input_string(" Y resolution [pixel] : ", buffer, 10)!=0)
return 0;
y = atoi(buffer);
if (y < 64 || y > 2048) {
error_set("Invalid y resolution value");
return -1;
}
res = generate_find_interpolate_multi(&crtc, x, y, x*2, y*2, x*3, y*3, x*4, y*4, freq, &the_monitor, &the_interpolate, VIDEO_DRIVER_FLAGS_PROGRAMMABLE_SINGLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_DOUBLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_INTERLACE | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CLOCK | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CRTC, GENERATE_ADJUST_EXACT);
if (favourite_vtotal) {
if (res != 0)
res = generate_find_interpolate_multi(&crtc, x, y, x*2, y*2, x*3, y*3, x*4, y*4, freq, &the_monitor, &the_interpolate, VIDEO_DRIVER_FLAGS_PROGRAMMABLE_SINGLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_DOUBLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_INTERLACE | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CLOCK | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CRTC, GENERATE_ADJUST_VCLOCK);
} else {
if (res != 0)
res = generate_find_interpolate_multi(&crtc, x, y, x*2, y*2, x*3, y*3, x*4, y*4, freq, &the_monitor, &the_interpolate, VIDEO_DRIVER_FLAGS_PROGRAMMABLE_SINGLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_DOUBLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_INTERLACE | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CLOCK | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CRTC, GENERATE_ADJUST_VTOTAL);
}
if (res != 0)
res = generate_find_interpolate_multi(&crtc, x, y, x*2, y*2, x*3, y*3, x*4, y*4, freq, &the_monitor, &the_interpolate, VIDEO_DRIVER_FLAGS_PROGRAMMABLE_SINGLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_DOUBLESCAN | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_INTERLACE | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CLOCK | VIDEO_DRIVER_FLAGS_PROGRAMMABLE_CRTC, GENERATE_ADJUST_VCLOCK | GENERATE_ADJUST_VTOTAL);
if (res != 0) {
error_set("Request out of your monitor range");
return -1;
}
menu_insert(&crtc);
return 0;
}
static void mouseb_setup(struct mouse_item_context* item, unsigned nbutton)
{
unsigned i;
struct button_entry {
int code;
const char* name;
} button_map[] = {
{ 0x1, "left" },
{ 0x2, "right" },
{ 0x4, "middle" },
{ 0x8, "button4" },
{ 0x10, "button5" }
};
struct axe_entry {
int code;
const char* name;
} axe_map[] = {
{ 0, "x" },
{ 1, "y" },
{ 2, "z" }
};
item->button_mac = 0;
for (i = 0; i < sizeof(button_map) / sizeof(button_map[0]); ++i) {
if (i < nbutton) {
if (item->button_mac < RAW_MOUSE_BUTTON_MAX) {
item->button_map[item->button_mac].code = button_map[i].code;
item->button_map[item->button_mac].pvalue = &item->context.button;
sncpy(item->button_map[item->button_mac].name, sizeof(item->button_map[item->button_mac].name), button_map[i].name);
++item->button_mac;
}
}
}
item->axe_mac = 0;
for (i = 0; i < sizeof(axe_map) / sizeof(axe_map[0]); ++i) {
if (item->axe_mac < RAW_MOUSE_AXE_MAX) {
item->axe_map[item->axe_mac].code = axe_map[i].code;
switch (axe_map[i].code) {
case 0: item->axe_map[item->axe_mac].pvalue = &item->context.x; break;
case 1: item->axe_map[item->axe_mac].pvalue = &item->context.y; break;
case 2: item->axe_map[item->axe_mac].pvalue = &item->context.z; break;
}
sncpy(item->axe_map[item->axe_mac].name, sizeof(item->axe_map[item->axe_mac].name), axe_map[i].name);
++item->axe_mac;
}
}
}
unsigned advance_ui_menu_option_insert(struct ui_menu* menu, const char* text, const char* option)
{
struct ui_menu_entry* entry = &menu->map[menu->mac];
assert(menu->mac < menu->max);
if (menu->mac == menu->max)
return -1;
entry->type = ui_menu_option;
sncpy(entry->text_buffer, sizeof(entry->text_buffer), text);
sncpy(entry->option_buffer, sizeof(entry->option_buffer), option);
++menu->mac;
return ui_menu_select(menu) - 1;
}
adv_error device_check(const char* option, const char* arg, const adv_driver** driver_map, unsigned driver_mac, const char* driver_ignore)
{
char buffer[DEVICE_NAME_MAX];
const char* tag_one;
unsigned i, j;
/* check the validity of every item on the argument */
sncpy(buffer, sizeof(buffer), arg);
tag_one = strtok(buffer, " \t");
while (tag_one) {
if (strcmp("auto", tag_one)!=0 && strstr(driver_ignore, tag_one)==0) {
for(i=0;i<driver_mac;++i) {
if (strcmp(driver_map[i]->name, tag_one)==0)
break;
for(j=0;driver_map[i]->device_map[j].name;++j) {
char cat_buffer[DEVICE_NAME_MAX];
snprintf(cat_buffer, sizeof(cat_buffer), "%s/%s", driver_map[i]->name, driver_map[i]->device_map[j].name);
if (strcmp(cat_buffer, tag_one)==0)
break;
}
if (driver_map[i]->device_map[j].name)
break;
}
if (i == driver_mac) {
device_error(option, tag_one, driver_map, driver_mac);
return -1;
}
}
tag_one = strtok(NULL, " \t");
}
return 0;
}
int main(){
char s[10]="hello";
printf("%s: %d\n",s,slen(s)); //testing for slen
char cpy[15]="aba";
printf("After scpy, %s became: ",cpy);
scpy(cpy,s);
printf("%s\n",cpy);
char ncpy[15]="abalaba";
printf("After sncpy (n=3), %s became: ",ncpy);
sncpy(ncpy,s,3);
printf("%s\n",ncpy);
char cat[15]="AddOn";
printf("After scat, %s became: ",cpy);
scat(cpy,cat);
printf("%s\n",cpy);
char s2[18]="hello";
char s3[5]="po";
char s4[5]="bao";
printf("scmp %s and %s: %d\n",s,s2,scmp(s,s2));
printf("scmp %s and %s: %d\n",s,cpy,scmp(s,cpy));
printf("scmp %s and %s: %d\n",s,s3,scmp(s,s3));
printf("scmp %s and %s: %d\n",s,s4,scmp(s,s4));
printf("schr %s and %c: %s\n",s,'l',schr(s,'l'));
printf("schr %s and %c: %s\n",s,'t',schr(s,'t'));
char s5[5]="el";
printf("sstr %s and %s: %s\n",s,s5,sstr(s,s5));
printf("sstr %s and %s: %s\n",s,s3,sstr(s,s3));
return 0;
}
adv_error mouseb_load(adv_conf* context)
{
unsigned i;
int at_least_one;
if (mouseb_state.driver_mac == 0) {
error_set("No mouse driver was compiled in.");
return -1;
}
mouseb_state.is_initialized_flag = 1;
sncpy(mouseb_state.name, DEVICE_NAME_MAX, conf_string_get_default(context, "device_mouse"));
/* load specific driver options */
at_least_one = 0;
for (i = 0; i < mouseb_state.driver_mac; ++i) {
const adv_device* dev;
dev = device_match(mouseb_state.name, (adv_driver*)mouseb_state.driver_map[i], 0);
if (dev)
at_least_one = 1;
if (mouseb_state.driver_map[i]->load(context) != 0)
return -1;
}
if (!at_least_one) {
device_error("device_mouse", mouseb_state.name, (const adv_driver**)mouseb_state.driver_map, mouseb_state.driver_mac);
return -1;
}
return 0;
}
static void draw_text_bar(int x, int by1, int by2, int dx)
{
char buffer[256];
unsigned i;
snprintf(buffer, sizeof(buffer), " AdvanceVIDEO Config - " __DATE__);
draw_text_left(x, by1, dx, buffer, COLOR_BAR);
sncpy(buffer, sizeof(buffer), "");
for(i=0;i<video_driver_vector_max();++i) {
if (video_driver_vector_pos(i) != 0) {
if (*buffer)
sncat(buffer, sizeof(buffer), "/");
sncat(buffer, sizeof(buffer), video_driver_vector_pos(i)->name);
}
}
draw_text_left(x + dx - strlen(buffer), by1, strlen(buffer), buffer, COLOR_BAR);
snprintf(buffer, sizeof(buffer), " # x y pclock hclock vclock name");
draw_text_left(x, by1+2, dx, buffer, COLOR_TITLE);
snprintf(buffer, sizeof(buffer), " F1 Help F2 Save SPACE Select TAB Rename ENTER Test ESC Exit");
draw_text_left(x, by2, dx, buffer, COLOR_BAR);
}
int osd_get_path_info(int pathtype, int pathindex, const char* filename)
{
struct fileio_item* i;
char path_buffer[FILE_MAXPATH];
struct stat st;
log_std(("osd: osd_get_path_info(pathtype:%d,pathindex:%d,filename:%s)\n", pathtype, pathindex, filename));
i = fileio_find(pathtype);
if (!i) {
log_std(("WARNING:fileio: file type %d unknown\n", pathtype));
return PATH_NOT_FOUND;
}
sncpy(path_buffer, sizeof(path_buffer), file_abs(i->dir_map[pathindex], filename));
log_std(("osd: osd_get_path_info() try %s\n", path_buffer));
if (stat(path_buffer, &st) != 0) {
log_std(("osd: osd_get_path_info() -> failed\n"));
return PATH_NOT_FOUND;
}
if (S_ISDIR(st.st_mode)) {
log_std(("osd: osd_get_path_info() -> directory\n"));
return PATH_IS_DIRECTORY;
}
if (S_ISREG(st.st_mode)) {
log_std(("osd: osd_get_path_info() -> file\n"));
return PATH_IS_FILE;
}
log_std(("osd: osd_get_path_info() -> failed\n"));
return PATH_NOT_FOUND;
}
adv_error vgaline_mode_import(adv_mode* mode, const vgaline_video_mode* vgaline_mode)
{
sncpy(mode->name, MODE_NAME_MAX, vgaline_mode->crtc.name);
*DRIVER(mode) = *vgaline_mode;
/* adjust the pixel clock to an acceptable value */
DRIVER(mode)->crtc.pixelclock = vga_pixelclock_nearest_get(DRIVER(mode)->crtc.pixelclock, DRIVER(mode)->is_text);
mode->driver = &video_vgaline_driver;
mode->flags = MODE_FLAGS_RETRACE_WAIT_SYNC | MODE_FLAGS_RETRACE_SET_ASYNC
| (mode->flags & MODE_FLAGS_USER_MASK);
if (DRIVER(mode)->is_text) {
mode->flags |= MODE_FLAGS_INDEX_TEXT;
} else {
mode->flags |= MODE_FLAGS_INDEX_PALETTE8;
if (DRIVER(mode)->crtc.vde * DRIVER(mode)->crtc.hde > 0x10000)
return -1;
}
mode->size_x = DRIVER(mode)->crtc.hde;
mode->size_y = DRIVER(mode)->crtc.vde;
mode->vclock = crtc_vclock_get(&DRIVER(mode)->crtc);
mode->hclock = crtc_hclock_get(&DRIVER(mode)->crtc);
mode->scan = crtc_scan_get(&DRIVER(mode)->crtc);
return 0;
}
void advance_ui_osd(struct advance_ui_context* context, const char* text, int val, int def, int min, int max)
{
context->state.ui_osd_flag = 1;
context->state.ui_osd_value = val;
context->state.ui_osd_def = val;
context->state.ui_osd_min = min;
context->state.ui_osd_max = max;
sncpy(context->state.ui_osd_buffer, sizeof(context->state.ui_osd_buffer), text);
}
static adv_error cmd_mode_clock(void)
{
adv_crtc* crtc;
char buffer[80];
double freq = 0;
int i = menu_base + menu_rel;
if (i >= menu_max)
return 0;
crtc = crtc_container_pos(&the_modes, i);
sncpy(buffer, sizeof(buffer), "");
switch (cmd_input_key(" Set Vertical/Horizontal/Pixel clock ? ", "vhp")) {
case 0 :
if (cmd_input_string(" Vertical clock [Hz] (example 60.0) : ", buffer, 10)!=0)
return 0;
freq = strtod(buffer, 0);
if (freq < 10 || freq > 200) {
error_set("Invalid vertical clock value, usually in the range 10 - 200.0 [Hz]");
return -1;
}
crtc->pixelclock = freq * crtc->ht * crtc->vt;
if (crtc_is_interlace(crtc))
crtc->pixelclock /= 2;
if (crtc_is_doublescan(crtc))
crtc->pixelclock *= 2;
break;
case 1 :
if (cmd_input_string(" Horizontal clock [kHz] (example 31.5) : ", buffer, 10)!=0)
return 0;
freq = strtod(buffer, 0) * 1E3;
if (freq < 10*1E3 || freq > 100*1E3) {
error_set("Invalid horizontal clock value, usually in the range 15.0 - 80.0 [kHz]");
return -1;
}
crtc->pixelclock = freq * crtc->ht;
break;
case 2 :
if (cmd_input_string(" Pixel clock [MHz] (example 14.0) : ", buffer, 10)!=0)
return 0;
freq = strtod(buffer, 0) * 1E6;
if (freq < 1*1E6 || freq > 300*1E6) {
error_set("Invalid pixel clock value, usually in the range 1.0 - 300.0 [MHz]");
return -1;
}
crtc->pixelclock = freq;
break;
default: return 0;
}
menu_modify();
return 0;
}
adv_error advance_ui_config_load(struct advance_ui_context* context, adv_conf* cfg_context, struct mame_option* option)
{
const char* s;
char* e;
context->config.ui_speedmark_flag = conf_bool_get_default(cfg_context, "debug_speedmark");
sncpy(context->config.help_image_buffer, sizeof(context->config.help_image_buffer), conf_string_get_default(cfg_context, "ui_helpimage"));
sncpy(context->config.ui_font_buffer, sizeof(context->config.ui_font_buffer), conf_string_get_default(cfg_context, "ui_font"));
context->config.ui_translucency = conf_float_get_default(cfg_context, "ui_translucency") * 255;
if (context->config.ui_translucency > 255)
context->config.ui_translucency = 255;
s = conf_string_get_default(cfg_context, "ui_fontsize");
context->config.ui_font_sizey = strtol(s, &e, 10);
while (*e && isspace(*e))
++e;
if (*e) {
context->config.ui_font_sizex = strtol(e, &e, 10);
} else {
context->config.ui_font_sizex = 0;
}
context->config.ui_font_orientation = option->direct_orientation;
if (ui_color_load(context, cfg_context, UI_COLOR_INTERFACE_F, UI_COLOR_INTERFACE_B, "ui_color[interface]") != 0
|| ui_color_load(context, cfg_context, UI_COLOR_TAG_F, UI_COLOR_TAG_B, "ui_color[tag]") != 0
|| ui_color_load(context, cfg_context, UI_COLOR_SELECT_F, UI_COLOR_SELECT_B, "ui_color[select]") != 0
|| ui_color_load(context, cfg_context, -1, UI_COLOR_HELP_P1, "ui_color[help_p1]") != 0
|| ui_color_load(context, cfg_context, -1, UI_COLOR_HELP_P2, "ui_color[help_p2]") != 0
|| ui_color_load(context, cfg_context, -1, UI_COLOR_HELP_P3, "ui_color[help_p3]") != 0
|| ui_color_load(context, cfg_context, -1, UI_COLOR_HELP_P4, "ui_color[help_p4]") != 0
|| ui_color_load(context, cfg_context, -1, UI_COLOR_HELP_OTHER, "ui_color[help_other]") != 0)
return -1;
return 0;
}
adv_error mouseb_raw_load(adv_conf* context)
{
unsigned i;
for (i = 0; i < RAW_MOUSE_MAX; ++i) {
char buf[64];
const char* s;
snprintf(buf, sizeof(buf), "device_raw_mousetype[%d]", i);
raw_state.map[i].context.type = conf_int_get_default(context, buf);
snprintf(buf, sizeof(buf), "device_raw_mousedev[%d]", i);
s = conf_string_get_default(context, buf);
if (strcmp(s, "auto") == 0) {
if (i == 0 && access("/dev/mouse", F_OK) == 0) {
sncpy(raw_state.map[i].context.dev, sizeof(raw_state.map[i].context.dev), "/dev/mouse");
if (raw_state.map[i].context.type < 0)
raw_state.map[i].context.type = MOUSE_PNP;
} else {
snprintf(raw_state.map[i].context.dev, sizeof(raw_state.map[i].context.dev), "/dev/input/mouse%d", i);
switch (raw_state.map[i].context.type) {
case MOUSE_PS2:
case MOUSE_IMPS2:
case MOUSE_EXPPS2:
/* the /dev/input/mouse interfaces is compatible only with these three protocols */
break;
default:
raw_state.map[i].context.type = MOUSE_IMPS2;
break;
}
}
} else {
sncpy(raw_state.map[i].context.dev, sizeof(raw_state.map[i].context.dev), s);
if (raw_state.map[i].context.type < 0)
raw_state.map[i].context.type = MOUSE_PNP;
}
}
return 0;
}
void advance_ui_menu_title_insert(struct ui_menu* menu, const char* title)
{
struct ui_menu_entry* entry = &menu->map[menu->mac];
assert(menu->mac < menu->max);
if (menu->mac == menu->max)
return;
entry->type = ui_menu_title;
sncpy(entry->text_buffer, sizeof(entry->text_buffer), title);
++menu->mac;
}
int osd_dir_get_entry(void* void_h, char* name, int namelength, int* is_dir)
{
struct dirio_handle* h = (struct dirio_handle*)void_h;
struct dirent* d;
d = readdir(h->h);
while (d) {
char file_buffer[FILE_MAXPATH];
struct stat st;
snprintf(file_buffer, sizeof(file_buffer), "%s/%s", h->dir, d->d_name);
/* on any error ignore the file */
if (stat(file_buffer, &st) == 0) {
if (S_ISDIR(st.st_mode)) {
if (namelength >= strlen(d->d_name) + 1) {
*is_dir = 1;
sncpy(name, namelength, d->d_name);
log_std(("osd: osd_dir_get_entry() -> %s\n", name));
return strlen(name);
}
} else if (match(d->d_name, h->pattern)) {
if (namelength >= strlen(d->d_name) + 1) {
*is_dir = 0;
sncpy(name, namelength, d->d_name);
log_std(("osd: osd_dir_get_entry() -> %s\n", name));
return strlen(name);
}
}
}
d = readdir(h->h);
}
return 0;
}
static adv_error sound_start(struct advance_record_context* context, const char* file, double frequency, int stereo)
{
unsigned* f;
if (context->state.sound_active_flag)
return -1;
/* adjust the frequency to match the MP3 standard */
f = SOUND_FREQUENCY_MAP;
while (*f) {
double v = *f;
v /= frequency;
if (v > 1)
v = 1 / v;
v = 1 - v;
if (v<SOUND_FREQUENCY_ERROR) {
context->state.sound_frequency = *f;
break;
}
++f;
}
if (!*f)
context->state.sound_frequency = frequency;
context->state.sound_stereo_flag = stereo;
context->state.sound_sample_counter = 0;
context->state.sound_sample_size = 2;
if (stereo)
context->state.sound_sample_size *= 2;
context->state.sound_stopped_flag = 0;
sncpy(context->state.sound_file_buffer, sizeof(context->state.sound_file_buffer), file);
context->state.sound_f = fopen(context->state.sound_file_buffer, "wb");
if (!context->state.sound_f) {
log_std(("ERROR: opening file %s\n", context->state.sound_file_buffer));
return -1;
}
if (wave_write(context->state.sound_f, context->state.sound_stereo_flag ? 2 : 1, 16, 0, context->state.sound_frequency) != 0) {
log_std(("ERROR: writing file %s\n", context->state.sound_file_buffer));
fclose(context->state.sound_f);
remove(context->state.sound_file_buffer);
return -1;
}
context->state.sound_active_flag = 1;
return 0;
}
int joystickb_sdl_device_desc_get(unsigned joystick, char* desc)
{
#if SDL_MAJOR_VERSION == 1
const char* joy_name = SDL_JoystickName(joystick);
if (!joy_name)
return -1;
log_std(("joystickb:sdl: desc:\"%s\"\n", joy_name));
sncpy(desc, DEVICE_NAME_MAX, joy_name);
#else
const char* joy_name = SDL_JoystickName(sdl_state.map[joystick]);
if (!joy_name)
return -1;
log_std(("joystickb:sdl: desc:\"%s\"\n", joy_name));
sncpy(desc, DEVICE_NAME_MAX, joy_name);
#endif
return 0;
}
/**
* Check if a adv_device name match the user specification.
* \param tag user specification.
* \param drv adv_device to check.
* \param allow_none if true allows the "none" driver also if it
* isn't specified. Otherwise the "none" driver is used only if explictly
* specified. It isn't used from "auto".
*/
const adv_device* device_match(const char* tag, const adv_driver* drv, adv_bool allow_none)
{
char buffer[DEVICE_NAME_MAX];
const char* tag_one;
sncpy(buffer, sizeof(buffer), tag);
tag_one = strtok(buffer, " \t");
while (tag_one) {
const adv_device* dev = device_match_one(tag_one, drv, allow_none);
if (dev)
return dev;
tag_one = strtok(NULL, " \t");
}
return 0;
}
static void cmd_rename(void)
{
adv_crtc* crtc;
char buffer[128];
crtc = menu_current();
if (!crtc)
return;
sncpy(buffer, sizeof(buffer), "");
if (cmd_input_string(" Name : ", buffer, MODE_NAME_MAX)!=0)
return;
crtc_name_set(crtc, buffer);
menu_modify();
}
adv_error fb_mode_import(adv_mode* mode, const fb_video_mode* fb_mode)
{
sncpy(mode->name, MODE_NAME_MAX, fb_mode->crtc.name);
*DRIVER(mode) = *fb_mode;
mode->driver = &video_fb_driver;
mode->flags = MODE_FLAGS_RETRACE_WAIT_SYNC | MODE_FLAGS_RETRACE_SET_ASYNC
| (mode->flags & MODE_FLAGS_USER_MASK)
| fb_mode->index;
mode->size_x = DRIVER(mode)->crtc.hde;
mode->size_y = DRIVER(mode)->crtc.vde;
mode->vclock = crtc_vclock_get(&DRIVER(mode)->crtc);
mode->hclock = crtc_hclock_get(&DRIVER(mode)->crtc);
mode->scan = crtc_scan_get(&DRIVER(mode)->crtc);
return 0;
}
adv_error advance_fileio_config_load(struct advance_fileio_context* context, adv_conf* cfg_context, struct mame_option* option)
{
struct fileio_item* i;
for(i=FILEIO_CONFIG;i->type != FILETYPE_end;++i) {
/* free a previously loaded value */
path_free(i->dir_map, i->dir_mac);
i->dir_map = 0;
i->dir_mac = 0;
if (i->config) {
unsigned j;
const char* s = conf_string_get_default(cfg_context, i->config);
const char* a;
switch (i->mode) {
case FILEIO_MODE_MULTI : a = file_config_list(s, file_config_dir_multidir, 0); break;
case FILEIO_MODE_SINGLE : a = file_config_list(s, file_config_dir_singledir, 0); break;
default: a = s; break;
}
log_std(("advance:fileio: %s %s\n", i->config, a));
path_allocate(&i->dir_map, &i->dir_mac, a);
for(j=0;j<i->dir_mac;++j)
dir_create(i->dir_map[j]);
} else {
/* add the standard directories search as default */
path_allocate(&i->dir_map, &i->dir_mac, file_config_dir_singlefile());
}
}
#ifdef MESS
{
const char* s = conf_string_get_default(cfg_context, "dir_crc");
const char* a = file_config_list(s, file_config_dir_singledir, 0);
log_std(("advance:fileio: %s %s\n", "dir_crc", a));
sncpy(option->crc_dir_buffer, sizeof(option->crc_dir_buffer), a);
}
#endif
return 0;
}
static const adv_device* device_match_one(const char* tag, const adv_driver* drv, adv_bool allow_none)
{
char tag_driver[DEVICE_NAME_MAX];
char* tag_device;
const adv_device* i;
sncpy(tag_driver, DEVICE_NAME_MAX, tag);
tag_device = strchr(tag_driver, '/');
if (tag_device) {
*tag_device = 0;
++tag_device;
} else {
tag_device = "auto";
}
if (strcmp(drv->name, "none")==0) {
if (allow_none || strcmp(tag_driver, "none")==0) {
assert(drv->device_map->name != 0);
return drv->device_map;
} else {
return 0; /* "auto" never choose "none" */
}
}
if (strcmp(tag_driver, "auto")!=0 && strcmp(tag_driver, drv->name)!=0)
return 0;
i = drv->device_map;
while (i->name) {
if (strcmp(i->name, tag_device)==0)
break;
++i;
}
if (!i->name)
return 0;
return i;
}
static adv_error none_mode_import(adv_mode* mode, const none_video_mode* none_mode)
{
sncpy(mode->name, MODE_NAME_MAX, none_mode->crtc.name);
*DRIVER(mode) = *none_mode;
mode->driver = &video_none_driver;
mode->flags = (mode->flags & MODE_FLAGS_USER_MASK)
| none_mode->index;
mode->size_x = DRIVER(mode)->crtc.hde;
mode->size_y = DRIVER(mode)->crtc.vde;
mode->vclock = crtc_vclock_get(&DRIVER(mode)->crtc);
mode->hclock = crtc_hclock_get(&DRIVER(mode)->crtc);
if (crtc_is_doublescan(&none_mode->crtc))
mode->scan = 1;
else if (crtc_is_interlace(&none_mode->crtc))
mode->scan = -1;
else
mode->scan = 0;
return 0;
}
int osd_create_directory(int pathtype, int pathindex, const char *dirname)
{
struct fileio_item* i;
char path_buffer[FILE_MAXPATH];
log_std(("osd: osd_create_directory(pathtype:%d,pathindex:%d,dirname:%s)\n", pathtype, pathindex, dirname));
i = fileio_find(pathtype);
if (!i) {
log_std(("WARNING:fileio: file type %d unknown\n", pathtype));
return -1;
}
sncpy(path_buffer, sizeof(path_buffer), file_abs(i->dir_map[pathindex], dirname));
log_std(("osd: osd_create_directory() -> %s\n", path_buffer));
if (file_dir_make(path_buffer) != 0) {
log_std(("ERROR:fileio: mkdir(%s) failed\n", path_buffer));
return -1;
}
return 0;
}
void advance_ui_direct_text(struct advance_ui_context* context, const char* text)
{
context->state.ui_direct_text_flag = 1;
sncpy(context->state.ui_direct_buffer, sizeof(context->state.ui_direct_buffer), text);
}
int osd2_audio_menu(int selected, unsigned input)
{
struct advance_video_context* video_context = &CONTEXT.video;
struct advance_sound_context* sound_context = &CONTEXT.sound;
struct advance_global_context* global_context = &CONTEXT.global;
struct advance_ui_context* ui_context = &CONTEXT.ui;
struct ui_menu menu;
unsigned mac;
int mode_index;
int adjust_index;
int volume_index;
int normalize_index;
int eql_index;
int eqm_index;
int eqh_index;
int save_game_index;
int pipeline_index;
int exit_index;
char buffer[128];
const char* text = 0;
const char* option = 0;
/* the menu data is not duplicated for the thread, so we have to wait for its completion */
advance_video_thread_wait(video_context);
if (selected >= 1)
selected = selected - 1;
else
selected = 0;
if (sound_context->state.menu_sub_flag) {
int ret = 0;
switch (sound_context->state.menu_sub_flag) {
case 1: ret = audio_pipeline_menu(sound_context, ui_context, sound_context->state.menu_sub_selected, input); break;
}
switch (ret) {
case -1: return -1; /* hide interface */
case 0: sound_context->state.menu_sub_flag = 0; sound_context->state.menu_sub_selected = 1; break; /* close submenu */
default: sound_context->state.menu_sub_selected = ret; break;
}
return selected + 1;
}
advance_ui_menu_init(&menu);
advance_ui_menu_title_insert(&menu, "Audio Menu");
switch (sound_context->state.output_mode) {
case SOUND_MODE_MONO: text = "Mode [mono]"; break;
case SOUND_MODE_STEREO: text = "Mode [stereo]"; break;
case SOUND_MODE_SURROUND: text = "Mode [surround]"; break;
}
switch (sound_context->config.mode) {
case SOUND_MODE_AUTO: option = "auto"; break;
case SOUND_MODE_MONO: option = "mono"; break;
case SOUND_MODE_STEREO: option = "stereo"; break;
case SOUND_MODE_SURROUND: option = "surround"; break;
}
mode_index = advance_ui_menu_option_insert(&menu, text, option);
if (sound_context->config.attenuation > -40)
snprintf(buffer, sizeof(buffer), "%d", sound_context->config.attenuation);
else
sncpy(buffer, sizeof(buffer), "mute");
volume_index = advance_ui_menu_option_insert(&menu, "Attenuation (dB)", buffer);
advance_ui_menu_title_insert(&menu, "Normalize");
if (sound_context->config.normalize_flag)
option = "yes";
else
option = "no";
normalize_index = advance_ui_menu_option_insert(&menu, "Auto normalize", option);
snprintf(buffer, sizeof(buffer), "%d", sound_context->config.adjust);
adjust_index = advance_ui_menu_option_insert(&menu, "Amplifier (dB)", buffer);
advance_ui_menu_title_insert(&menu, "Equalizer");
if (sound_context->config.equalizer_low > -40)
snprintf(buffer, sizeof(buffer), "%d", sound_context->config.equalizer_low);
else
sncpy(buffer, sizeof(buffer), "mute");
eql_index = advance_ui_menu_option_insert(&menu, "Low Freq (dB)", buffer);
if (sound_context->config.equalizer_mid > -40)
snprintf(buffer, sizeof(buffer), "%d", sound_context->config.equalizer_mid);
else
sncpy(buffer, sizeof(buffer), "mute");
eqm_index = advance_ui_menu_option_insert(&menu, "Mid Freq (dB)", buffer);
if (sound_context->config.equalizer_high > -40)
snprintf(buffer, sizeof(buffer), "%d", sound_context->config.equalizer_high);
else
sncpy(buffer, sizeof(buffer), "mute");
eqh_index = advance_ui_menu_option_insert(&menu, "High Freq (dB)", buffer);
pipeline_index = advance_ui_menu_text_insert(&menu, "Details...");
if (global_context->state.is_config_writable) {
save_game_index = advance_ui_menu_text_insert(&menu, "Save for this game");
} else {
save_game_index = -1;
}
exit_index = advance_ui_menu_text_insert(&menu, "Return to Main Menu");
mac = advance_ui_menu_done(&menu, ui_context, selected);
if (input == OSD_INPUT_DOWN) {
selected = (selected + 1) % mac;
}
if (input == OSD_INPUT_UP) {
selected = (selected + mac - 1) % mac;
}
if (input == OSD_INPUT_SELECT) {
if (selected == exit_index) {
selected = -1;
} else if (selected == pipeline_index) {
sound_context->state.menu_sub_flag = 1;
} else if (selected == save_game_index) {
advance_sound_config_save(sound_context, video_context->config.section_name_buffer);
}
}
if (input == OSD_INPUT_RIGHT) {
if (selected == volume_index) {
struct advance_sound_config_context config = sound_context->config;
config.attenuation = sound_context->config.attenuation + 1;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == adjust_index) {
struct advance_sound_config_context config = sound_context->config;
config.adjust = sound_context->config.adjust + 1;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == normalize_index) {
struct advance_sound_config_context config = sound_context->config;
config.normalize_flag = !sound_context->config.normalize_flag;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == mode_index) {
struct advance_sound_config_context config = sound_context->config;
switch (config.mode) {
case SOUND_MODE_AUTO: config.mode = SOUND_MODE_MONO; break;
case SOUND_MODE_MONO: config.mode = SOUND_MODE_STEREO; break;
case SOUND_MODE_STEREO: config.mode = SOUND_MODE_SURROUND; break;
case SOUND_MODE_SURROUND: config.mode = SOUND_MODE_AUTO; break;
}
advance_sound_reconfigure(sound_context, &config);
} else if (selected == eql_index) {
struct advance_sound_config_context config = sound_context->config;
config.equalizer_low = sound_context->config.equalizer_low + 2;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == eqm_index) {
struct advance_sound_config_context config = sound_context->config;
config.equalizer_mid = sound_context->config.equalizer_mid + 2;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == eqh_index) {
struct advance_sound_config_context config = sound_context->config;
config.equalizer_high = sound_context->config.equalizer_high + 2;
advance_sound_reconfigure(sound_context, &config);
}
}
if (input == OSD_INPUT_LEFT) {
if (selected == volume_index) {
struct advance_sound_config_context config = sound_context->config;
config.attenuation = sound_context->config.attenuation - 1;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == adjust_index) {
struct advance_sound_config_context config = sound_context->config;
config.adjust = sound_context->config.adjust - 1;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == normalize_index) {
struct advance_sound_config_context config = sound_context->config;
config.normalize_flag = !sound_context->config.normalize_flag;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == mode_index) {
struct advance_sound_config_context config = sound_context->config;
switch (config.mode) {
case SOUND_MODE_AUTO: config.mode = SOUND_MODE_SURROUND; break;
case SOUND_MODE_MONO: config.mode = SOUND_MODE_AUTO; break;
case SOUND_MODE_STEREO: config.mode = SOUND_MODE_MONO; break;
case SOUND_MODE_SURROUND: config.mode = SOUND_MODE_STEREO; break;
}
advance_sound_reconfigure(sound_context, &config);
} else if (selected == eql_index) {
struct advance_sound_config_context config = sound_context->config;
config.equalizer_low = sound_context->config.equalizer_low - 2;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == eqm_index) {
struct advance_sound_config_context config = sound_context->config;
config.equalizer_mid = sound_context->config.equalizer_mid - 2;
advance_sound_reconfigure(sound_context, &config);
} else if (selected == eqh_index) {
struct advance_sound_config_context config = sound_context->config;
config.equalizer_high = sound_context->config.equalizer_high - 2;
advance_sound_reconfigure(sound_context, &config);
}
}
if (input == OSD_INPUT_CANCEL)
selected = -1;
if (input == OSD_INPUT_CONFIGURE)
selected = -2;
return selected + 1;
}