bool NewGame::f_read_packed(FILE *fp)
{
set_flags(fgetc(fp));
if (feof(fp)) return false;
set_move_num(fgetc(fp));
set_value(fgetc(fp));
if (get_move_num() > 60) Error("f_read_packed: MoveNum > 60");
int i;
FOR (i, get_move_num()) get_pm(i).set_raw(fgetc(fp));
get_pm(get_move_num()).set_raw(0);
return !feof(fp);
}
void NewGame::s_write(char *s)
{
char s1[500], t[20];
int i, player;
int move;
s[0] = 0;
FOR (i, get_move_num()) {
move = get_pm(i).get_move();
player = get_pm(i).get_player();
t[0] = player == BLACK ? '+' : '-';
t[1] = 0;
sKoorAus(&t[1], move);
sprintf(s1, "%s%s", s, t); strcpy(s, s1);
}
bool NewGame::f_write_packed(FILE *fp)
{
fputc(get_flags(), fp);
fputc(get_move_num(), fp);
fputc(get_value(), fp);
int i;
FOR (i, get_move_num()) fputc(get_pm(i).get_raw(), fp);
return !ferror(fp);
}
button *
lsc_button(Point p, char *name, transform_t func, b_init_func init) {
struct button_info *bi = (struct button_info *)malloc(sizeof(struct button_info));
button *bp;
PixMap up_pm = get_pm(name, "up", "buttons", 1);
PixMap down_pm = get_pm(name, "dwn", "buttons", 1);
if (p.y < 0) // -y positions are distance from the top of the screen.
p.y = SCREEN_HEIGHT - (-p.y);
assert(bi);
bi->func = func;
bi->init = init;
bi->call_param = 0;
bi->name = get_pm(name, "", "names", 0);
#ifdef descriptions
bi->description = get_pm(name, "", "descriptions", 0);
#endif
bp = add_button_with_images(p, up_pm, down_pm, bi);
bp->name = name;
return bp;
}
/*
* Write the kerrnel command line to the sysfs based on configuration variables. If any
* variable is not set then return an error.
*/
char *
mpss_set_cmdline(struct mic_info *mic, struct mbridge *brlist, char *cmdline, char *ip)
{
char *verboseline = NULL;
char *rootdev = NULL;
char *console = NULL;
char *cgroup = NULL;
/* cmdline1 and cmdline2 must have the same size */
char cmdline1[2048];
char cmdline2[2048];
char pm[1024];
int err;
size_t cmdlinesize = sizeof(cmdline1);
verboseline = get_verbose(mic);
snprintf(cmdline1, cmdlinesize, "%s", verboseline);
if ((rootdev = get_rootdev(mic, brlist)) == NULL) {
return "RootDevice parameter invalid";
}
snprintf(cmdline2, cmdlinesize, "%s %s", cmdline1, rootdev);
free(rootdev);
if ((console = get_console(mic)) != NULL) {
snprintf(cmdline1, cmdlinesize, "%s %s", cmdline2, console);
free(console);
} else {
strncpy(cmdline1, cmdline2, cmdlinesize);
}
if ((cgroup = get_cgroup(mic)) != NULL) {
snprintf(cmdline2, cmdlinesize, "%s %s", cmdline1, cgroup);
free(cgroup);
} else {
strncpy(cmdline2, cmdline1, cmdlinesize);
}
if (mic->config.boot.extraCmdline != NULL)
snprintf(cmdline1, cmdlinesize, "%s %s", cmdline2, mic->config.boot.extraCmdline);
else
strncpy(cmdline1, cmdline2, cmdlinesize);
err = get_pm(mic, pm, sizeof(pm));
switch(err) {
case 0:
snprintf(cmdline2, cmdlinesize, "%s %s", cmdline1, pm);
break;
case ESRCH:
strncpy(cmdline2, cmdline1, cmdlinesize);
break;
}
if (ip != NULL)
snprintf(cmdline1, cmdlinesize, "%s ip=%s", cmdline2, ip);
else
strncpy(cmdline1, cmdline2, cmdlinesize);
if ((err = mpss_setsysfs(mic->name, "cmdline", cmdline1)) != 0) {
return "Failed write command line to sysfs";
}
if (cmdline != NULL)
strncpy(cmdline, cmdline1, cmdlinesize);
return NULL;
}
