bool tokz_pushf_file(Tokenizer *tokz, FILE *file, const char *fname)
{
char *fname_copy=NULL;
if(file==NULL)
return FALSE;
if(fname!=NULL){
fname_copy=scopy(fname);
if(fname_copy==NULL){
warn_err();
return FALSE;
}
}
if(tokz->file!=NULL){
if(!do_tokz_pushf(tokz)){
warn_err();
if(fname_copy!=NULL)
free(fname_copy);
return FALSE;
}
}
tokz->file=file;
tokz->name=fname_copy;
tokz->line=1;
tokz->ungetc=-1;
tokz->ungettok.type=TOK_INVALID;
return TRUE;
}
void libtu_asprintf(char **ret, const char *p, ...)
{
*ret=NULL;
CALL_V(vasprintf, (ret, p, args));
if(*ret==NULL)
warn_err();
}
void wm_exec(const char *cmd)
{
int pid;
char *tmp;
int tmp_len;
pid=fork();
if(pid<0)
warn_err();
if(pid!=0)
return;
setup_environ(SCREEN->xscr);
close(wglobal.conn);
tmp_len = strlen(cmd)+8;
tmp=ALLOC_N(char, tmp_len);
if(tmp==NULL)
die_err();
snprintf(tmp, tmp_len, "exec %s", cmd);
do_exec(tmp);
}
static bool do_tokz_popf(Tokenizer *tokz, bool shrink)
{
Tokenizer_FInfo *finfo;
if(tokz->filestack_n<=0)
return FALSE;
if(tokz->file!=NULL)
fclose(tokz->file);
if(tokz->name!=NULL)
free(tokz->name);
finfo=&(tokz->filestack[--tokz->filestack_n]);
tokz->file=finfo->file;
tokz->name=finfo->name;
tokz->line=finfo->line;
tokz->ungetc=finfo->ungetc;
tokz->ungettok=finfo->ungettok;
if(tokz->filestack_n==0){
free(tokz->filestack);
tokz->filestack=NULL;
}else if(shrink){
finfo=REALLOC_N(tokz->filestack, Tokenizer_FInfo,
tokz->filestack_n+1, tokz->filestack_n);
if(finfo==NULL)
warn_err();
else
tokz->filestack=finfo;
}
return TRUE;
}
static Tokenizer *tokz_create()
{
Tokenizer*tokz;
tokz=ALLOC(Tokenizer);
if(tokz==NULL){
warn_err();
return NULL;
}
tokz->file=NULL;
tokz->name=NULL;
tokz->line=1;
tokz->ungetc=-1;
tokz->ungettok.type=TOK_INVALID;
tokz->flags=0;
tokz->optstack=NULL;
tokz->nest_lvl=0;
tokz->filestack_n=0;
tokz->filestack=NULL;
tokz->buffer.data=0;
tokz->buffer.len=0;
tokz->buffer.pos=0;
return tokz;
}
static WDock *create_dock(int x, int y, bool horiz)
{
WDock *dock;
dock=ALLOC(WDock);
if(dock==NULL){
warn_err();
return NULL;
}
WTHING_INIT(dock, WTHING_DOCK);
if(create_flags&DOCK_RIGHT)
create_x=SCREEN->width+create_x-DOCKWIN_W;
if(create_flags&DOCK_BOTTOM)
create_y=SCREEN->height+create_y-DOCKWIN_H;
if(!do_create_dock(dock, create_x, create_y, create_flags)){
free(dock);
return NULL;
}
return dock;
}
void setup_environ(int scr)
{
char *tmp, *ptr;
char *display;
int tmp_len;
display=XDisplayName(wglobal.display);
tmp_len = strlen(display)+16;
tmp=ALLOC_N(char, tmp_len);
if(tmp==NULL){
warn_err();
return;
}
snprintf(tmp, tmp_len, "DISPLAY=%s", display);
ptr=strchr(tmp, ':');
if(ptr!=NULL){
ptr=strchr(ptr, '.');
if(ptr!=NULL)
*ptr='\0';
}
if(scr>=0){
int curr_len=strlen(tmp);
snprintf(tmp+curr_len, tmp_len-curr_len, ".%i", scr);
}
putenv(tmp);
/*XFree(display);*/
}
void libtu_vasprintf(char **ret, const char *p, va_list args)
{
*ret=NULL;
vasprintf(ret, p, args);
if(*ret==NULL)
warn_err();
}
/* this function will be called once by the server during startup */
int session_client_module_init(u_config_t *config, session_opt_t *so)
{
u_config_t *c;
const char *v;
/* config may be NULL */
dbg_err_if (so == NULL);
/* default */
so->hash = EVP_sha1();
/* always enable encryption for client-side sessions */
if(!so->encrypt)
warn("encryption is required for client side session");
so->encrypt = 1;
if(config && !u_config_get_subkey(config, "client", &c))
{
if((v = u_config_get_subkey_value(c, "hash_function")) != NULL)
{
if(!strcasecmp(v, "md5"))
so->hash = EVP_md5();
else if(!strcasecmp(v, "sha1"))
so->hash = EVP_sha1();
#ifdef SSL_OPENSSL
else if(!strcasecmp(v, "ripemd160"))
so->hash = EVP_ripemd160();
#endif
else
warn_err("config error: bad hash_function");
}
}
#ifdef SSL_OPENSSL
/* initialize OpenSSL HMAC stuff */
HMAC_CTX_init(&so->hmac_ctx);
/* gen HMAC key */
dbg_err_if(!RAND_bytes(so->hmac_key, HMAC_KEY_LEN));
/* init HMAC with our key and chose hash algorithm */
HMAC_Init_ex(&so->hmac_ctx, so->hmac_key, HMAC_KEY_LEN, so->hash, NULL);
#endif
#ifdef SSL_CYASSL
/* gen HMAC key */
dbg_err_if(!RAND_bytes(so->hmac_key, HMAC_KEY_LEN));
if(strcmp(so->hash, "MD5") == 0)
HmacSetKey(&so->hmac_ctx, MD5, so->hmac_key, HMAC_KEY_LEN);
else if(strcmp(so->hash, "SHA") == 0)
HmacSetKey(&so->hmac_ctx, SHA, so->hmac_key, HMAC_KEY_LEN);
#endif
return 0;
err:
return ~0;
}
static int klog_args_check (klog_args_t *ka)
{
dbg_return_if (ka == NULL, ~0);
if (ka->type == KLOG_TYPE_UNKNOWN)
warn_err("unknown log type");
/* do not filter if not specified or if a wrong value has been supplied */
if (ka->threshold == KLOG_LEVEL_UNKNOWN)
{
u_dbg("threshold unspecified: assuming lowest possible (DEBUG)");
ka->threshold = KLOG_DEBUG;
}
switch (ka->type)
{
case KLOG_TYPE_MEM:
if (ka->mlimit == 0)
ka->mlimit = KLOG_MLIMIT_DFL;
break;
case KLOG_TYPE_FILE:
if (ka->fbasename == NULL)
warn_err("log file path is mandatory !");
if (ka->fsplits == 0)
ka->fsplits = KLOG_FSPLITS_DFL;
if (ka->flimit == 0)
ka->flimit = KLOG_FLIMIT_DFL;
break;
case KLOG_TYPE_SYSLOG:
if (ka->sfacility == KLOG_FACILITY_UNKNOWN)
{
warn("facility unspecified: defaults to LOG_LOCAL7");
ka->sfacility = LOG_LOCAL7;
}
break;
default:
warn_err("what are you doing here ?");
}
return 0;
err:
return ~0;
}
static bool wslist_menudata_init(WMenuData *data, WThing *context)
{
WMenuEnt *ents;
int nents, l, i=0;
char *entryname;
nents=SCREEN->n_workspaces;
/* Some extra space will be allocated depending on number of dockapps */
ents=ALLOC_N(WMenuEnt, nents);
if(ents==NULL){
warn_err();
return FALSE;
}
l=sizeof(int)*3+4+1; /* should be enough */
for(i=0; i<nents; i++){
entryname=ALLOC_N(char, l);
if(entryname==NULL){
warn_err();
do_free_winlist(ents, i);
return FALSE;
}
snprintf(entryname, l, "ws %d", i+1);
ents[i].name=entryname;
ents[i].flags=0;
ents[i].u.num=i;
SET_INT_ARG(ents[i].u.f.arg, i);
}
data->entries=ents;
data->nentries=nents;
return TRUE;
}
static int session_client_load(session_t *ss)
{
session_opt_t *so = ss->so;
char hmac[HMAC_HEX_SIZE], buf[COOKIE_MAX_SIZE];
const char *cli_ebuf, *cli_hmac, *cli_mtime, *cli_iv;
ssize_t c;
dbg_err_if (ss == NULL);
/* extract session data, mtime and hmac from cookies */
cli_ebuf = request_get_cookie(ss->rq, KL1_CLISES_DATA);
cli_mtime = request_get_cookie(ss->rq, KL1_CLISES_MTIME);
cli_hmac = request_get_cookie(ss->rq, KL1_CLISES_HMAC);
cli_iv = request_get_cookie(ss->rq, KL1_CLISES_IV);
//nop_err_if(cli_ebuf == NULL || cli_mtime == NULL || cli_hmac == NULL);
dbg_err_if(cli_ebuf == NULL || cli_mtime == NULL || cli_hmac == NULL);
/* cli_iv may be NULL */
/* calc the HMAC */
dbg_err_if(session_client_hmac(&so->hmac_ctx, hmac, HMAC_HEX_SIZE,
cli_ebuf, ss->id, cli_mtime, ss->so->encrypt ? cli_iv : NULL));
/* compare HMACs */
if(strcmp(hmac, cli_hmac))
{
session_remove(ss); /* remove all bad stale data */
warn_err("HMAC don't match, rejecting session data");
}
/* hash ckeched. decode/uncompress/decrypt session data */
/* hex decode and save current cipher IV */
dbg_err_if((c = u_hexncpy(ss->so->cipher_iv, cli_iv, strlen(cli_iv),
HEXCPY_DECODE)) <= 0);
/* set client provided mtime */
ss->mtime = strtoul(cli_mtime, NULL, 0);
dbg_err_if(strlen(cli_ebuf) > COOKIE_MAX_SIZE);
/* hex decode session data */
dbg_err_if((c = u_hexncpy(buf, cli_ebuf, strlen(cli_ebuf),
HEXCPY_DECODE)) <= 0);
/* load session data from the buffer */
dbg_err_if(session_prv_load_from_buf(ss, buf, c));
return 0;
err:
return ~0;
}
bool parse_config_tokz(Tokenizer *tokz, const ConfOpt *options)
{
Token tokens[MAX_TOKENS];
bool alloced_optstack=FALSE;
int i, t, ntokens=0;
int init_nest_lvl;
bool had_error;
int errornest=0;
bool is_default=FALSE;
/* Allocate tokz->optstack if it does not yet exist (if it does,
* we have been called from an option handler)
*/
if(!tokz->optstack){
tokz->optstack=ALLOC_N(const ConfOpt*, MAX_NEST);
if(!tokz->optstack){
warn_err();
return FALSE;
}
memset(tokz->optstack, 0, sizeof(ConfOpt*)*MAX_NEST);
init_nest_lvl=tokz->nest_lvl=0;
alloced_optstack=TRUE;
}else{
static bool winlist_menudata_init(WMenuData *data, WThing *context)
{
WMenuEnt *ents;
WFrame *frame;
int ws;
WClientWin *cwin;
int nents, length, entryname_length, i=0;
const char *winname;
char *entryname;
nents=SCREEN->n_clientwin;
/* Some extra space will be allocated depending on number of dockapps */
ents=ALLOC_N(WMenuEnt, nents);
if(ents==NULL){
warn_err();
return FALSE;
}
for(frame=(WFrame*)subthing((WThing*)SCREEN, WTHING_FRAME);
frame!=NULL;
frame=(WFrame*)next_thing((WThing*)frame, WTHING_FRAME)){
ws=workspace_of((WWinObj*)frame);
/* Don't list active frame */
if(data==&attachlist_menudata){
if(context!=NULL && winobj_of(context)==(WWinObj*)frame)
continue;
}
for(cwin=first_clientwin((WThing*)frame);
cwin!=NULL;
cwin=next_clientwin(cwin)){
if(!CWIN_HAS_FRAME(cwin))
continue;
winname=clientwin_full_label(cwin);
length=32+strlen(winname);
entryname=ALLOC_N(char, length);
if(entryname==NULL){
warn_err();
do_free_winlist(ents, i);
return FALSE;
}
if(ws>=0){
entryname_length=snprintf(entryname+0, length, "%d%c", ws+1,
(cwin==frame->current_cwin
? '+' : '-'));
}else{
entryname_length=snprintf(entryname+0, length, "%c%c",
(ws==WORKSPACE_STICKY ? '*' : '?'),
(cwin==frame->current_cwin
? '+' : '-'));
}
snprintf(entryname + entryname_length, length - entryname_length,
" %s", winname);
ents[i].name=entryname;
ents[i].flags=0;
ents[i].u.winlist.clientwin=cwin;
ents[i].u.winlist.sort=i;
i++;
}
}
nents=i;
qsort(ents, nents, sizeof(WMenuEnt), menuent_cmp);
data->entries=ents;
data->nentries=nents;
return TRUE;
}
int main(int argc, char*argv[])
{
const char *cfgfile="cfg_notion";
const char *display=NULL;
char *cmd=NULL;
int stflags=0;
int opt;
ErrorLog el;
FILE *ef=NULL;
char *efnam=NULL;
bool may_continue=FALSE;
bool noerrorlog=FALSE;
char *localedir;
libtu_init(argv[0]);
#ifdef CF_RELOCATABLE_BIN_LOCATION
prefix_set(argv[0], CF_RELOCATABLE_BIN_LOCATION);
#endif
localedir=prefix_add(LOCALEDIR);
if(!ioncore_init(CF_EXECUTABLE, argc, argv, localedir))
return EXIT_FAILURE;
if(localedir!=NULL)
free(localedir);
prefix_wrap_simple(extl_add_searchdir, EXTRABINDIR); /* ion-completefile */
prefix_wrap_simple(extl_add_searchdir, MODULEDIR);
prefix_wrap_simple(extl_add_searchdir, ETCDIR);
prefix_wrap_simple(extl_add_searchdir, SHAREDIR);
prefix_wrap_simple(extl_add_searchdir, LCDIR);
extl_set_userdirs(CF_EXECUTABLE);
optparser_init(argc, argv, OPTP_MIDLONG, ion_opts);
while((opt=optparser_get_opt())){
switch(opt){
case OPT_ID('d'):
display=optparser_get_arg();
break;
case 'c':
cfgfile=optparser_get_arg();
break;
case 's':
extl_add_searchdir(optparser_get_arg());
break;
case OPT_ID('S'):
ioncore_g.sm_client_id=optparser_get_arg();
break;
case OPT_ID('o'):
stflags|=IONCORE_STARTUP_ONEROOT;
break;
case OPT_ID('s'):
extl_set_sessiondir(optparser_get_arg());
break;
case OPT_ID('N'):
noerrorlog=TRUE;
break;
case 'h':
help();
return EXIT_SUCCESS;
case 'V':
printf("%s\n", ION_VERSION);
return EXIT_SUCCESS;
case OPT_ID('a'):
printf("%s\n", ioncore_aboutmsg());
return EXIT_SUCCESS;
default:
warn(TR("Invalid command line."));
help();
return EXIT_FAILURE;
}
}
if(!noerrorlog){
/* We may have to pass the file to xmessage so just using tmpfile()
* isn't sufficient.
*/
libtu_asprintf(&efnam, "%s/ion-%d-startup-errorlog", P_tmpdir,
getpid());
if(efnam==NULL){
warn_err();
}else{
ef=fopen(efnam, "wt");
if(ef==NULL){
warn_err_obj(efnam);
free(efnam);
efnam=NULL;
}else{
cloexec_braindamage_fix(fileno(ef));
fprintf(ef, TR("Notion startup error log:\n"));
errorlog_begin_file(&el, ef);
}
}
}
if(ioncore_startup(display, cfgfile, stflags))
may_continue=TRUE;
if(!may_continue)
warn(TR("Refusing to start due to encountered errors."));
else
check_new_user_help();
if(ef!=NULL){
pid_t pid=-1;
if(errorlog_end(&el) && ioncore_g.dpy!=NULL){
fclose(ef);
pid=fork();
if(pid==0){
ioncore_setup_display(DefaultScreen(ioncore_g.dpy));
if(!may_continue)
XCloseDisplay(ioncore_g.dpy);
else
close(ioncore_g.conn);
libtu_asprintf(&cmd, CF_XMESSAGE " %s", efnam);
if(cmd==NULL){
warn_err();
}else if(system(cmd)==-1){
warn_err_obj(cmd);
}
unlink(efnam);
exit(EXIT_SUCCESS);
}
if(!may_continue && pid>0)
waitpid(pid, NULL, 0);
}else{
fclose(ef);
}
if(pid<0)
unlink(efnam);
free(efnam);
}
if(!may_continue)
return EXIT_FAILURE;
ioncore_mainloop();
/* The code should never return here */
return EXIT_SUCCESS;
}
static bool wait_statusd_init(int outfd, int errfd, ExtlFn dh, ExtlFn eh)
{
fd_set rfds;
struct timeval tv, endtime, now;
int nfds=MAXOF(outfd, errfd);
int retval;
bool dummy, doneseen, eagain=FALSE;
if(mainloop_gettime(&endtime)!=0){
warn_err();
return FALSE;
}
now=endtime;
endtime.tv_sec+=CF_STATUSD_TIMEOUT_SEC;
while(1){
FD_ZERO(&rfds);
/* Calculate remaining time */
if(now.tv_sec>endtime.tv_sec){
goto timeout;
}else if(now.tv_sec==endtime.tv_sec){
if(now.tv_usec>=endtime.tv_usec)
goto timeout;
tv.tv_sec=0;
tv.tv_usec=endtime.tv_usec-now.tv_usec;
}else{
tv.tv_usec=USEC+endtime.tv_usec-now.tv_usec;
tv.tv_sec=-1+endtime.tv_sec-now.tv_sec;
/* Kernel lameness tuner: */
tv.tv_sec+=tv.tv_usec/USEC;
tv.tv_usec%=USEC;
}
FD_SET(outfd, &rfds);
FD_SET(errfd, &rfds);
retval=select(nfds+1, &rfds, NULL, NULL, &tv);
if(retval>0){
if(FD_ISSET(errfd, &rfds)){
if(!process_pipe(errfd, eh, &dummy, &eagain))
return FALSE;
}
if(FD_ISSET(outfd, &rfds)){
if(!process_pipe(outfd, dh, &doneseen, &eagain))
return FALSE;
if(doneseen){
/* Read rest of errors. */
bool ok;
do{
ok=process_pipe(errfd, eh, &dummy, &eagain);
}while(ok && !eagain);
return TRUE;
}
}
}else if(retval==0){
goto timeout;
}
if(mainloop_gettime(&now)!=0){
warn_err();
return FALSE;
}
}
return TRUE;
timeout:
/* Just complain to stderr, not startup error log, and do not fail.
* The system might just be a bit slow. We can continue, but without
* initial values for the meters, geometry adjustments may be necessary
* when we finally get that information.
*/
ioncore_warn_nolog(TR("ion-statusd timed out."));
return TRUE;
}
/* Create a menu window
*/
static WMenu* create_menu(WMenuData *mdata, WThing *context, int x, int y,
WMenu *parent)
{
int w, h, th, eh;
int flags=0;
Window win;
WMenu *menu;
if(mdata->init_func!=NULL && mdata->nref==0)
mdata->init_func(mdata, context);
if(mdata->flags&WMENUDATA_CONTEXTUAL){
if(context==NULL || WTHING_IS(context, WTHING_SCREEN) ||
WTHING_IS(context, WTHING_MENU))
return NULL;
flags|=(WMENU_NOTITLE|WMENU_CONTEXTUAL);
}else{
context=NULL;
}
if(mdata->nref!=0)
flags|=(WMENU_NOTITLE|WMENU_CONTEXTUAL);
if(mdata->title==NULL)
flags|=(WMENU_NOTITLE|WMENU_CONTEXTUAL);
if(parent!=NULL)
flags|=parent->flags&(WMENU_NOTITLE|WMENU_CONTEXTUAL);
/* */
w=menu_width(mdata, flags);
h=menu_height(mdata);
/* Don't display empty menus */
if(w==0 || h==0)
return NULL;
/* */
menu=ALLOC(WMenu);
if(menu==NULL){
warn_err();
return NULL;
}
WTHING_INIT(menu, WTHING_MENU);
th=FONT_HEIGHT(GRDATA->font)+2*CF_MENUTITLE_V_SPACE;
eh=FONT_HEIGHT(GRDATA->menu_font)+2*CF_MENUENT_V_SPACE;
if(parent==NULL){
x-=w/2;
y+=th/(flags&WMENU_NOTITLE ? 2 : -2 );
}else if(!(flags&WMENU_NOTITLE)){
y-=th;
}
if(flags&WMENU_NOTITLE)
th=0;
h+=th;
win=create_simple_window(x, y, w, h,
GRDATA->base_colors.pixels[WCG_PIX_BG]);
menu->menu_win=win;
menu->x=x;
menu->y=y;
menu->w=w;
menu->h=h;
menu->title_height=th;
menu->entry_height=eh;
menu->flags=flags;
menu->selected=NO_ENTRY;
menu->data=mdata;
menu->context=context;
if(mdata->nref++==0)
mdata->inst1=menu;
XSelectInput(wglobal.dpy, win, MENU_MASK);
XSaveContext(wglobal.dpy, win, wglobal.win_context, (XPointer)menu);
if(parent==NULL)
add_winobj((WWinObj*)menu, WORKSPACE_STICKY, LVL_MENU);
else
add_winobj_above((WWinObj*)menu, (WWinObj*)parent);
map_winobj((WWinObj*)menu);
return menu;
}
