static void trans_2(t_env *e, int nb)
{
trans(e, "./img/transition/2/trans0.xpm", 20000);
trans(e, "./img/transition/2/trans1.xpm", 20000);
trans(e, "./img/transition/2/trans2.xpm", 20000);
trans(e, "./img/transition/2/trans3.xpm", 20000);
trans(e, "./img/transition/2/trans4.xpm", 20000);
trans(e, "./img/transition/black.xpm", 10000);
e->x = e->img_tab[nb].teleport_x;
e->y = e->img_tab[nb].teleport_y;
if (e->img_tab[nb].teleport_sens == 1)
dinit(e, &(e->red), "./img/red/red_up_1.xpm", 16, 32);
else if (e->img_tab[nb].teleport_sens == 2)
dinit(e, &(e->red), "./img/red/red_left_1.xpm", 16, 32);
else if (e->img_tab[nb].teleport_sens == 3)
dinit(e, &(e->red), "./img/red/red_down_1.xpm", 16, 32);
else
dinit(e, &(e->red), "./img/red/red_right_1.xpm", 16, 32);
free(e->map.map);
free(e->map.back);
gm_init_map(e, e->img_tab[nb].teleport);
trans(e, "./img/transition/2/trans4.xpm", 20000);
trans(e, "./img/transition/2/trans3.xpm", 20000);
trans(e, "./img/transition/2/trans2.xpm", 20000);
trans(e, "./img/transition/2/trans1.xpm", 20000);
trans(e, "./img/transition/2/trans0.xpm", 20000);
gm_putallarrow(e, 0);
}
static void trans_3(t_env *e, int nb)
{
tinit(e, "./img/red/red_up_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_right_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_down_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_left_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_up_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_right_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_down_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_left_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_up_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_right_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_down_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_left_1.xpm", 16, 32, NULL, 10000);
e->x = e->img_tab[nb].teleport_x;
e->y = e->img_tab[nb].teleport_y;
free(e->map.map);
free(e->map.back);
gm_init_map(e, e->img_tab[nb].teleport);
tinit(e, "./img/red/red_up_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_right_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_down_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_left_1.xpm", 16, 32, NULL, 10000);
tinit(e, "./img/red/red_up_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_right_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_down_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_left_1.xpm", 16, 32, NULL, 30000);
tinit(e, "./img/red/red_up_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_right_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_down_1.xpm", 16, 32, NULL, 50000);
tinit(e, "./img/red/red_left_1.xpm", 16, 32, NULL, 50000);
if (e->img_tab[nb].teleport_sens == 1)
dinit(e, &(e->red), "./img/red/red_up_1.xpm", 16, 32);
else if (e->img_tab[nb].teleport_sens == 2)
dinit(e, &(e->red), "./img/red/red_left_1.xpm", 16, 32);
else if (e->img_tab[nb].teleport_sens == 3)
dinit(e, &(e->red), "./img/red/red_down_1.xpm", 16, 32);
else
dinit(e, &(e->red), "./img/red/red_right_1.xpm", 16, 32);
gm_putallarrow(e, 0);
}
void wepstore::init()
{
nextptr=NULL;
prevptr=NULL;
id=0;
cost=0;
damage=0;
strengthReq=0;
oneHanded=false;
dinit();
}
static void trans(t_env *e, char *img, int time)
{
gm_gene_map(e, 0, 0, 0);
gm_draw_img(e, &(e->screen), &(e->red), e->red_posx, e->red_posy);
gm_gene_map(e, 0, 0, 1);
if (img != NULL)
{
dinit(e, &(e->trans), img, 336, 272);
gm_draw_img(e, &(e->screen), &(e->trans), 0, 0);
}
mlx_put_image_to_window(e->mlx_ptr, e->win_ptr, e->screen.ptr, 0, 0);
usleep(time);
}
#include "errno.h"
#include "mpid_debug.h"
#include "mpid_coll.h"
// This must be the last include before sysmbols are defined:
#include "mpid_visibility.h"
#include "datatype.h"
#if defined(__GNUC__)
#define dinit(name) .name =
#else
#define dinit(name)
#endif
MPIDI_Process_t MPIDI_Process = {
dinit(grank2con) NULL,
dinit(my_pg_rank) -1,
dinit(my_pg_size) 0,
dinit(pg_id_name) NULL,
dinit(msa_module_id) 0,
#ifdef MPID_PSP_TOPOLOGY_AWARE_COLLOPS
dinit(node_id_table) NULL,
#endif
dinit(env) {
dinit(enable_collectives) 0,
dinit(enable_ondemand) 0,
dinit(enable_ondemand_spawn) 0,
dinit(enable_smp_awareness) 1,
dinit(enable_msa_awareness) 0,
#ifdef MPID_PSP_TOPOLOGY_AWARE_COLLOPS
dinit(enable_smp_aware_collops) 0,
wepstore::~wepstore()
{
dinit();
}
int
main(int argc, char *argv[])
{
struct sigaction oact;
Char *cp;
char *tcp, **tempv;
const char *ecp;
sigset_t nsigset;
int f;
cshin = stdin;
cshout = stdout;
csherr = stderr;
setprogname(argv[0]);
settimes(); /* Immed. estab. timing base */
/*
* Initialize non constant strings
*/
#ifdef _PATH_BSHELL
STR_BSHELL = SAVE(_PATH_BSHELL);
#endif
#ifdef _PATH_CSHELL
STR_SHELLPATH = SAVE(_PATH_CSHELL);
#endif
STR_environ = blk2short(environ);
environ = short2blk(STR_environ); /* So that we can free it */
STR_WORD_CHARS = SAVE(WORD_CHARS);
HIST = '!';
HISTSUB = '^';
word_chars = STR_WORD_CHARS;
tempv = argv;
if (eq(str2short(tempv[0]), STRaout)) /* A.out's are quittable */
quitit = 1;
uid = getuid();
gid = getgid();
euid = geteuid();
egid = getegid();
/*
* We are a login shell if: 1. we were invoked as -<something> and we had
* no arguments 2. or we were invoked only with the -l flag
*/
loginsh = (**tempv == '-' && argc == 1) ||
(argc == 2 && tempv[1][0] == '-' && tempv[1][1] == 'l' &&
tempv[1][2] == '\0');
if (loginsh && **tempv != '-') {
/*
* Mangle the argv space
*/
tempv[1][0] = '\0';
tempv[1][1] = '\0';
tempv[1] = NULL;
for (tcp = *tempv; *tcp++;)
continue;
for (tcp--; tcp >= *tempv; tcp--)
tcp[1] = tcp[0];
*++tcp = '-';
argc--;
}
if (loginsh)
(void)time(&chktim);
AsciiOnly = 1;
#ifdef NLS
(void)setlocale(LC_ALL, "");
{
int k;
for (k = 0200; k <= 0377 && !Isprint(k); k++)
continue;
AsciiOnly = k > 0377;
}
#else
AsciiOnly = getenv("LANG") == NULL && getenv("LC_CTYPE") == NULL;
#endif /* NLS */
/*
* Move the descriptors to safe places. The variable didfds is 0 while we
* have only FSH* to work with. When didfds is true, we have 0,1,2 and
* prefer to use these.
*/
initdesc();
/*
* XXX: This is to keep programs that use stdio happy.
* what we really want is freunopen() ....
* Closing cshin cshout and csherr (which are really stdin stdout
* and stderr at this point and then reopening them in the same order
* gives us again stdin == cshin stdout == cshout and stderr == csherr.
* If that was not the case builtins like printf that use stdio
* would break. But in any case we could fix that with memcpy and
* a bit of pointer manipulation...
* Fortunately this is not needed under the current implementation
* of stdio.
*/
(void)fclose(cshin);
(void)fclose(cshout);
(void)fclose(csherr);
if (!(cshin = funopen2((void *) &SHIN, readf, writef, seekf, NULL,
closef)))
exit(1);
if (!(cshout = funopen2((void *) &SHOUT, readf, writef, seekf, NULL,
closef)))
exit(1);
if (!(csherr = funopen2((void *) &SHERR, readf, writef, seekf, NULL,
closef)))
exit(1);
(void)setvbuf(cshin, NULL, _IOLBF, 0);
(void)setvbuf(cshout, NULL, _IOLBF, 0);
(void)setvbuf(csherr, NULL, _IOLBF, 0);
/*
* Initialize the shell variables. ARGV and PROMPT are initialized later.
* STATUS is also munged in several places. CHILD is munged when
* forking/waiting
*/
set(STRstatus, Strsave(STR0));
if ((ecp = getenv("HOME")) != NULL)
cp = quote(SAVE(ecp));
else
cp = NULL;
if (cp == NULL)
fast = 1; /* No home -> can't read scripts */
else
set(STRhome, cp);
dinit(cp); /* dinit thinks that HOME == cwd in a login
* shell */
/*
* Grab other useful things from the environment. Should we grab
* everything??
*/
if ((ecp = getenv("LOGNAME")) != NULL ||
(ecp = getenv("USER")) != NULL)
set(STRuser, quote(SAVE(ecp)));
if ((ecp = getenv("TERM")) != NULL)
set(STRterm, quote(SAVE(ecp)));
/*
* Re-initialize path if set in environment
*/
if ((ecp = getenv("PATH")) == NULL) {
#ifdef _PATH_DEFPATH
importpath(str2short(_PATH_DEFPATH));
#else
setq(STRpath, defaultpath(), &shvhed);
#endif
} else {
importpath(str2short(ecp));
}
set(STRshell, Strsave(STR_SHELLPATH));
doldol = putn((int) getpid()); /* For $$ */
shtemp = Strspl(STRtmpsh, doldol); /* For << */
/*
* Record the interrupt states from the parent process. If the parent is
* non-interruptible our hand must be forced or we (and our children) won't
* be either. Our children inherit termination from our parent. We catch it
* only if we are the login shell.
*/
/* parents interruptibility */
(void)sigaction(SIGINT, NULL, &oact);
parintr = oact.sa_handler;
(void)sigaction(SIGTERM, NULL, &oact);
parterm = oact.sa_handler;
/* catch these all, login shell or not */
(void)signal(SIGHUP, phup); /* exit processing on HUP */
(void)signal(SIGXCPU, phup); /* ...and on XCPU */
(void)signal(SIGXFSZ, phup); /* ...and on XFSZ */
/*
* Process the arguments.
*
* Note that processing of -v/-x is actually delayed till after script
* processing.
*
* We set the first character of our name to be '-' if we are a shell
* running interruptible commands. Many programs which examine ps'es
* use this to filter such shells out.
*/
argc--, tempv++;
while (argc > 0 && (tcp = tempv[0])[0] == '-' && *++tcp != '\0' && !batch) {
do
switch (*tcp++) {
case 0: /* - Interruptible, no prompt */
prompt = 0;
setintr = 1;
nofile = 1;
break;
case 'b': /* -b Next arg is input file */
batch = 1;
break;
case 'c': /* -c Command input from arg */
if (argc == 1)
xexit(0);
argc--, tempv++;
arginp = SAVE(tempv[0]);
prompt = 0;
nofile = 1;
break;
case 'e': /* -e Exit on any error */
exiterr = 1;
break;
case 'f': /* -f Fast start */
fast = 1;
break;
case 'i': /* -i Interactive, even if !intty */
intact = 1;
nofile = 1;
break;
case 'm': /* -m read .cshrc (from su) */
mflag = 1;
break;
case 'n': /* -n Don't execute */
noexec = 1;
break;
case 'q': /* -q (Undoc'd) ... die on quit */
quitit = 1;
break;
case 's': /* -s Read from std input */
nofile = 1;
break;
case 't': /* -t Read one line from input */
onelflg = 2;
prompt = 0;
nofile = 1;
break;
case 'v': /* -v Echo hist expanded input */
nverbose = 1; /* ... later */
break;
case 'x': /* -x Echo just before execution */
nexececho = 1; /* ... later */
break;
case 'V': /* -V Echo hist expanded input */
setNS(STRverbose); /* NOW! */
break;
case 'X': /* -X Echo just before execution */
setNS(STRecho); /* NOW! */
break;
} while (*tcp);
tempv++, argc--;
}
if (quitit) /* With all due haste, for debugging */
(void)signal(SIGQUIT, SIG_DFL);
/*
* Unless prevented by -, -c, -i, -s, or -t, if there are remaining
* arguments the first of them is the name of a shell file from which to
* read commands.
*/
if (nofile == 0 && argc > 0) {
nofile = open(tempv[0], O_RDONLY);
if (nofile < 0) {
child = 1; /* So this doesn't return */
stderror(ERR_SYSTEM, tempv[0], strerror(errno));
}
ffile = SAVE(tempv[0]);
/*
* Replace FSHIN. Handle /dev/std{in,out,err} specially
* since once they are closed we cannot open them again.
* In that case we use our own saved descriptors
*/
if ((SHIN = dmove(nofile, FSHIN)) < 0)
switch(nofile) {
case 0:
SHIN = FSHIN;
break;
case 1:
SHIN = FSHOUT;
break;
case 2:
SHIN = FSHERR;
break;
default:
stderror(ERR_SYSTEM, tempv[0], strerror(errno));
/* NOTREACHED */
}
(void)ioctl(SHIN, FIOCLEX, NULL);
prompt = 0;
/* argc not used any more */ tempv++;
}
intty = isatty(SHIN);
intty |= intact;
if (intty || (intact && isatty(SHOUT))) {
if (!batch && (uid != euid || gid != egid)) {
errno = EACCES;
child = 1; /* So this doesn't return */
stderror(ERR_SYSTEM, "csh", strerror(errno));
}
}
/*
* Decide whether we should play with signals or not. If we are explicitly
* told (via -i, or -) or we are a login shell (arg0 starts with -) or the
* input and output are both the ttys("csh", or "csh</dev/ttyx>/dev/ttyx")
* Note that in only the login shell is it likely that parent may have set
* signals to be ignored
*/
if (loginsh || intact || (intty && isatty(SHOUT)))
setintr = 1;
settell();
/*
* Save the remaining arguments in argv.
*/
setq(STRargv, blk2short(tempv), &shvhed);
/*
* Set up the prompt.
*/
if (prompt) {
set(STRprompt, Strsave(uid == 0 ? STRsymhash : STRsymcent));
/* that's a meta-questionmark */
set(STRprompt2, Strsave(STRmquestion));
}
/*
* If we are an interactive shell, then start fiddling with the signals;
* this is a tricky game.
*/
shpgrp = getpgrp();
opgrp = tpgrp = -1;
if (setintr) {
**argv = '-';
if (!quitit) /* Wary! */
(void)signal(SIGQUIT, SIG_IGN);
(void)signal(SIGINT, pintr);
sigemptyset(&nsigset);
(void)sigaddset(&nsigset, SIGINT);
(void)sigprocmask(SIG_BLOCK, &nsigset, NULL);
(void)signal(SIGTERM, SIG_IGN);
if (quitit == 0 && arginp == 0) {
(void)signal(SIGTSTP, SIG_IGN);
(void)signal(SIGTTIN, SIG_IGN);
(void)signal(SIGTTOU, SIG_IGN);
/*
* Wait till in foreground, in case someone stupidly runs csh &
* dont want to try to grab away the tty.
*/
if (isatty(FSHERR))
f = FSHERR;
else if (isatty(FSHOUT))
f = FSHOUT;
else if (isatty(OLDSTD))
f = OLDSTD;
else
f = -1;
retry:
if ((tpgrp = tcgetpgrp(f)) != -1) {
if (tpgrp != shpgrp) {
sig_t old = signal(SIGTTIN, SIG_DFL);
(void)kill(0, SIGTTIN);
(void)signal(SIGTTIN, old);
goto retry;
}
opgrp = shpgrp;
shpgrp = getpid();
tpgrp = shpgrp;
/*
* Setpgid will fail if we are a session leader and
* mypid == mypgrp (POSIX 4.3.3)
*/
if (opgrp != shpgrp)
if (setpgid(0, shpgrp) == -1)
goto notty;
/*
* We do that after we set our process group, to make sure
* that the process group belongs to a process in the same
* session as the tty (our process and our group) (POSIX 7.2.4)
*/
if (tcsetpgrp(f, shpgrp) == -1)
goto notty;
(void)ioctl(dcopy(f, FSHTTY), FIOCLEX, NULL);
}
if (tpgrp == -1) {
notty:
(void)fprintf(csherr, "Warning: no access to tty (%s).\n",
strerror(errno));
(void)fprintf(csherr, "Thus no job control in this shell.\n");
}
}
}
if ((setintr == 0) && (parintr == SIG_DFL))
setintr = 1;
(void)signal(SIGCHLD, pchild); /* while signals not ready */
/*
* Set an exit here in case of an interrupt or error reading the shell
* start-up scripts.
*/
reenter = setexit(); /* PWP */
haderr = 0; /* In case second time through */
if (!fast && reenter == 0) {
/* Will have value(STRhome) here because set fast if don't */
{
sig_t oparintr;
sigset_t osigset;
int osetintr;
oparintr = parintr;
osetintr = setintr;
sigemptyset(&nsigset);
(void)sigaddset(&nsigset, SIGINT);
(void)sigprocmask(SIG_BLOCK, &nsigset, &osigset);
setintr = 0;
parintr = SIG_IGN; /* Disable onintr */
#ifdef _PATH_DOTCSHRC
(void)srcfile(_PATH_DOTCSHRC, 0, 0);
#endif
if (!fast && !arginp && !onelflg)
dohash(NULL, NULL);
#ifdef _PATH_DOTLOGIN
if (loginsh)
(void)srcfile(_PATH_DOTLOGIN, 0, 0);
#endif
(void)sigprocmask(SIG_SETMASK, &osigset, NULL);
setintr = osetintr;
parintr = oparintr;
}
(void)srccat(value(STRhome), STRsldotcshrc);
if (!fast && !arginp && !onelflg && !havhash)
dohash(NULL, NULL);
/*
* Source history before .login so that it is available in .login
*/
if ((cp = value(STRhistfile)) != STRNULL)
tildehist[2] = cp;
dosource(tildehist, NULL);
if (loginsh)
(void)srccat(value(STRhome), STRsldotlogin);
}
/*
* Now are ready for the -v and -x flags
*/
if (nverbose)
setNS(STRverbose);
if (nexececho)
setNS(STRecho);
/*
* All the rest of the world is inside this call. The argument to process
* indicates whether it should catch "error unwinds". Thus if we are a
* interactive shell our call here will never return by being blown past on
* an error.
*/
process(setintr);
/*
* Mop-up.
*/
if (intty) {
if (loginsh) {
(void)fprintf(cshout, "logout\n");
(void)close(SHIN);
child = 1;
goodbye();
}
else {
(void)fprintf(cshout, "exit\n");
}
}
rechist();
exitstat();
/* NOTREACHED */
}
/*
* read the inode blocks and make sure they
* haven't been trashed.
*
* make the in-core table of qid to inode mappings.
* N.B. this is just an array. we need a linear search to find
* a particular inode. this could be done faster.
*
* nab is the first inode block.
*/
int
iinit(Icache *ic, int f, int psize, char* name)
{
Ibuf *b;
Imap *m;
uint32_t ino;
Bbuf *bb;
Dinode *bi;
/*
* get basic sizes and allocation info from disk
*/
if(dinit(ic, f, psize, name) < 0)
return -1;
/*
* read first inode block to get number of inodes
*/
bb = bcread(ic, ic->nab);
if(bb == 0){
fprint(2, "iinit: can't read disk\n");
return -1;
}
bi = (Dinode*)bb->data;
if(bi->nino==0 || bi->nino>2048){
fprint(2, "iinit: bad nino\n");
return -1;
}
ic->nino = bi->nino;
/*
* set up sizing constants
*/
ic->i2b = (ic->bsize - sizeof(Dihdr))/sizeof(Inode);
ic->nib = (ic->nino + ic->i2b - 1)/ic->i2b;
/*
* allocate the in-core qid/inode map, build it's lru
*/
if(ic->map)
free(ic->map);
ic->map = malloc(sizeof(Imap)*ic->nino);
if(ic->map == 0){
fprint(2, "iinit: can't alloc map\n");
return -1;
}
lruinit(&ic->mlru);
for(m = ic->map; m < &ic->map[ic->nino]; m++){
m->inuse = 0;
m->b = 0;
lruadd(&ic->mlru, m);
}
/*
* mark all cache buffers as empty, put them on the lru list
*/
lruinit(&ic->blru);
for(b = ic->ib; b < &ic->ib[Nicache]; b++){
b->inuse = 0;
lruadd(&ic->blru, b);
}
/*
* Read all inodes and
* build the in-core qid/inode map
*/
for(ino = 0; ino < ic->nino; ino++){
b = iread(ic, ino);
if(b == 0){
fprint(2, "iinit: can't read inode %ld\n", ino);
return -1;
}
if(b->inode.inuse){
m = &ic->map[ino];
m->inuse = 1;
m->qid = b->inode.qid;
lruref(&ic->mlru, m);
}
}
return 0;
}
static void tinit(t_env *e, char *img, int width, int lenght, char *trans_img, int time)
{
dinit(e, &(e->red), img, width, lenght);
trans(e, trans_img, time);
}
script::~script()
{
dinit();
}
void script::init()
{
if (conditions.getCount()!=0||effects.getCount()!=0)
dinit();
}