WebSVN - shark - Blame - Rev 1611 - /shark/branches/pj/config/hconf/parse.c

Rev	Author	Line No.	Line
2	pj	1	/*
		2	*
		3	*
		4	*/
		5
		6	#include <stdio.h>
		7	#include <stdlib.h>
		8	#include <string.h>
		9	#include <ctype.h>
		10
		11	#include "hconf.h"
		12
		13	struct variable vartable[MAXVARIABLES];
		14	struct menu menutable[MAXMENUS];
		15	char *filetable[MAXFILETABLE];
		16	int maxfileindex=0;
		17
		18	long varhelp[MAXVARIABLES];
		19	char helpfilename[FILENAME_MAX];
		20
		21	#if 0
		22	#define printd(fmt,args...) fprintf(stderr,fmt,##args)
		23	#else
		24	#define printd(fmt,args...)
		25	#endif
		26
		27	struct menu *mainmenu=NULL;
		28	char *caption=NULL;
		29
		30	/*
		31	*
		32	*/
		33
		34	int copystring(char *dstptr, char src)
		35	{
		36	int sz;
		37	if (dstptr!=NULL) free(dstptr);
		38	sz=strlen(src)+1;
		39	dstptr=(char)malloc(sz);
		40	if (*dstptr==NULL) return -100;
		41	strcpy(*dstptr,src);
		42	return 0;
		43	}
		44
		45	/*
		46	*
		47	*/
		48
		49	int nextvariable=0;
		50
		51	struct variable findvar(char s)
		52	{
		53	int i;
		54	i=0;
		55	while (i<nextvariable) {
		56	if (!strcmp(vartable[i].name,s)) return vartable+i;
		57	i++;
		58	}
		59	return NULL;
		60	}
		61
		62	int findvarindex(struct variable *var)
		63	{
		64	return (var-vartable);
		65	}
		66
		67	struct variable newvar(char s, int type)
		68	{
		69	struct variable *var;
		70
		71	/* safety test */
		72	var=findvar(s);
		73	if (var!=NULL) {
		74	if (var->type==NOTYPEVAR) var->type=type;
		75	else if (var->type!=type) return NULL;
		76	return var;
		77	}
		78
		79	if (nextvariable>=MAXVARIABLES) return NULL;
		80
		81	vartable[nextvariable].name=NULL;
		82	copystring(&vartable[nextvariable].name,s);
		83	vartable[nextvariable].type=type;
		84	vartable[nextvariable].value=NULL;
		85	vartable[nextvariable].flags=0;
		86	vartable[nextvariable].fileindex=NOFILEINDEX;
		87
		88	return vartable+nextvariable++;
		89	}
		90
		91	/* -- */
		92
		93	int nextmenu=0;
		94
		95	struct menu findmenu(char s)
		96	{
		97	int i;
		98	i=0;
		99	while (i<nextmenu) {
		100	if (!strcmp(menutable[i].name,s)) return menutable+i;
		101	i++;
		102	}
		103	return NULL;
		104	}
		105
		106	struct menu newmenu(char s)
		107	{
		108	if (nextmenu>=MAXMENUS) return NULL;
		109
		110	menutable[nextmenu].name=NULL;
		111	copystring(&menutable[nextmenu].name,s);
		112	menutable[nextmenu].title=NULL;
		113	menutable[nextmenu].entries=NULL;
		114
		115	return menutable+nextmenu++;
		116	}
		117
		118	/*
		119	*
		120	*
		121	*
		122	*/
		123
		124	struct _case newcase(struct menuentry menuent)
		125	{
		126	struct _case *c;
		127	struct _case *n;
		128	c=malloc(sizeof(struct _case));
		129	if (c==NULL) return NULL;
		130	c->next=NULL;
		131	c->value=NULL;
		132	c->list=NULL;
		133	if (menuent->x._case.list==NULL) {
		134	menuent->x._case.list=c;
		135	return c;
		136	}
		137	n=menuent->x._case.list;
		138	for (;;) {
		139	if (n->next==NULL) {
		140	n->next=c;
		141	return c;
		142	}
		143	n=n->next;
		144	}
		145	}
		146
		147	struct choice newchoice(struct menuentry menuent)
		148	{
		149	struct choice *c;
		150	struct choice *n;
		151	c=malloc(sizeof(struct choice));
		152	if (c==NULL) return NULL;
		153	c->next=NULL;
		154	c->text=NULL;
		155	c->var=NULL;
		156	if (menuent->x.choice.list==NULL) {
		157	menuent->x.choice.list=c;
		158	return c;
		159	}
		160	n=menuent->x.choice.list;
		161	for (;;) {
		162	if (n->next==NULL) {
		163	n->next=c;
		164	return c;
		165	}
		166	n=n->next;
		167	}
		168	}
		169
		170	struct menuentry newmenuentry(struct menuentry *ptr)
		171	{
		172	struct menuentry *n;
		173	struct menuentry *p;
		174	n=malloc(sizeof(struct menuentry));
		175	if (n==NULL) return NULL;
		176	n->next=NULL;
		177	n->type=0;
		178	if (*ptr==NULL) {
		179	*ptr=n;
		180	return n;
		181	}
		182	p=*ptr;
		183	for (;;) {
		184	if (p->next==NULL) {
		185	p->next=n;
		186	return n;
		187	}
		188	p=p->next;
		189	}
		190	}
		191
		192	int newfile(char *s)
		193	{
		194	if (maxfileindex==MAXFILETABLE) return NOFILEINDEX;
		195	filetable[maxfileindex]=malloc(strlen(s)+1);
		196	if (filetable[maxfileindex]==NULL) return NOFILEINDEX;
		197	strcpy(filetable[maxfileindex],s);
		198	maxfileindex++;
		199	return maxfileindex-1;
		200	}
		201
		202	/*
		203	*
		204	*
		205	*
		206	*/
		207
		208	/*
		209	*
		210	*
		211	*
		212	*/
		213
		214	int parsebool(struct menuentry **ptr);
		215	int parsetristate(struct menuentry **ptr);
		216	int parserange(struct menuentry **ptr);
		217	int parsesubmenu(struct menuentry **ptr);
		218	int parsecase(struct menuentry **ptr);
		219	int parsechoice(struct menuentry **ptr);
		220	int parseseparator(struct menuentry **ptr);
		221
		222	int parsemenufield(struct menuentry **ptr)
		223	{
		224	char *s;
		225
		226	s=gettoken();
		227	if (s==NULL) return -999;
		228
		229	if (!strcmp(s,"bool")) return parsebool(ptr);
		230	if (!strcmp(s,"tristate")) return parsetristate(ptr);
		231	if (!strcmp(s,"range")) return parserange(ptr);
		232	if (!strcmp(s,"submenu")) return parsesubmenu(ptr);
		233	if (!strcmp(s,"switch")) return parsecase(ptr);
		234	if (!strcmp(s,"choice")) return parsechoice(ptr);
		235	if (!strcmp(s,"separator")) return parseseparator(ptr);
		236
		237	return -333;
		238	}
		239
		240	/* --- */
		241
		242	int parsecase(struct menuentry **ptr)
		243	{
		244	char *s;
		245	struct menuentry *ent;
		246	struct _case *cas=NULL;
		247	struct variable *v;
		248	int res;
		249
		250	printd("start parseswitch()\n");
		251
		252	ent=newmenuentry(ptr);
		253	if (ent==NULL) return -31;
		254	ent->type=CASEENTRY;
		255	ent->x._case.list=NULL;
		256
		257	s=gettoken();
		258	if (s==NULL) return -32;
		259	v=findvar(s);
		260	if (v==NULL) return -36;
		261	ent->x._case.var=v;
		262	v->flags\|=FLAG_M;
		263
		264	for (;;) {
		265	s=gettoken();
		266	if (!strcmp(s,"endswitch")) break;
		267
		268	if (!strcmp(s,"case")) {
		269	cas=newcase(ent);
		270	if (cas==NULL) return -34;
		271	s=gettoken();
		272	if (s==NULL) return -35;
		273	if (*s!='\"') return -35;
		274	cas->value=NULL;
		275	copystring(&cas->value,s+1);
		276	continue;
		277	}
		278
		279	if (cas==NULL) return -39;
		280
		281	ungettoken();
		282	res=parsemenufield(&cas->list);
		283	if (res) return res;
		284	}
		285
		286	return 0;
		287	}
		288
		289	int parsechoice(struct menuentry **ptr)
		290	{
		291	struct menuentry *ent;
		292	struct choice *cho;
		293	struct variable *v;
		294	char *def;
		295	int defdone;
		296	char *s;
		297
		298	printd("start parsechoice()\n");
		299
		300	ent=newmenuentry(ptr);
		301	if (ent==NULL) return -31;
		302	ent->type=CHOICEENTRY;
		303	ent->x.choice.list=NULL;
		304	ent->x.choice.act=NULL;
		305	ent->x.choice.numchoices=0;
		306
		307	s=gettoken();
		308	if (s==NULL) return -32;
		309	if (*s!='\"') return -33;
		310	ent->x.choice.text=NULL;
		311	copystring(&ent->x.choice.text,s+1);
		312
		313	defdone=0;
		314	def=NULL;
		315	s=gettoken();
		316	if (s==NULL) return -39;
		317	if (*s!='\"') {
		318	copystring(&def,s);
		319	} else
		320	ungettoken();
		321
		322	for (;;) {
		323	s=gettoken();
		324	if (s==NULL) return -34;
		325	if (!strcmp(s,"endchoice")) {
		326	if (def==NULL\|\|!defdone) return -37;
		327	free(def);
		328	break;
		329	}
		330
		331	if (*s!='\"') return -38;
		332
		333	cho=newchoice(ent);
		334	ent->x.choice.numchoices++;
		335	if (cho==NULL) return -33;
		336	cho->text=NULL;
		337	copystring(&cho->text,s+1);
		338
		339	s=gettoken();
		340	if (s==NULL) return -34;
		341	v=newvar(s,CHOICEVAR);
		342	if (v==NULL) return -37;
		343	cho->var=v;
		344	v->value=NULL;
		345	copystring(&v->value,"n");
		346
		347	if (def==NULL) {
		348	ent->x.choice.act=cho;
		349	copystring(&def,s);
		350	defdone=1;
		351	} else if (!strcmp(def,s)) {
		352	ent->x.choice.act=cho;
		353	defdone=1;
		354	}
		355	}
		356
		357	return 0;
		358	}
		359
		360	int parsebool(struct menuentry **ptr)
		361	{
		362	struct menuentry *ent;
		363	struct variable *var;
		364	char *s;
		365
		366	printd("start parsebool()\n");
		367
		368	ent=newmenuentry(ptr);
		369	if (ent==NULL) return -50;
		370	ent->type=BOOLENTRY;
		371
		372	s=gettoken();
		373	if (s==NULL) return -51;
		374	if (*s!='\"') return -55;
		375	ent->x.bool.text=NULL;
		376	copystring(&ent->x.bool.text,s+1);
		377
		378	s=gettoken();
		379	if (s==NULL) return -52;
		380	var=newvar(s,BOOLVAR);
		381	if (var==NULL) return -53;
		382	ent->x.bool.var=var;
		383
		384	s=gettoken();
		385	if (*s!='\"') {
		386	ungettoken();
		387	var->value=(char *)malloc(2);
		388	var->value[0]='n';
		389	var->value[1]='\0';
		390	return 0;
		391	}
		392	if (*(s+1)=='\0') return -54;
		393	var->value=NULL;
		394	copystring(&var->value,s+1);
		395
		396	return 0;
		397	}
		398
		399	int parseseparator(struct menuentry **ptr)
		400	{
		401	struct menuentry *ent;
		402
		403	printd("start parseseparator()\n");
		404
		405	ent=newmenuentry(ptr);
		406	if (ent==NULL) return -50;
		407	ent->type=SEPARATORENTRY;
		408
		409	return 0;
		410	}
		411
		412	int parserange(struct menuentry **ptr)
		413	{
		414	struct menuentry *ent;
		415	struct variable *var;
		416	char *s;
		417	int v;
		418
		419	printd("start parserange()\n");
		420
		421	ent=newmenuentry(ptr);
		422	if (ent==NULL) return -60;
		423	ent->type=RANGEENTRY;
		424
		425	s=gettoken();
		426	if (s==NULL) return -61;
		427	if (*s!='\"') return -65;
		428	ent->x.range.text=NULL;
		429	copystring(&ent->x.range.text,s+1);
		430
		431	s=gettoken();
		432	if (s==NULL) return -62;
		433	var=newvar(s,RANGEVAR);
		434	if (var==NULL) return -63;
		435	ent->x.range.var=var;
		436
		437	s=gettoken();
		438	if (s==NULL) return -66;
		439	ent->x.range.minval=atoi(s);
		440	if (ent->x.range.minval==0&&strcmp(s,"0")) return -67;
		441
		442	s=gettoken();
		443	if (s==NULL) return -66;
		444	ent->x.range.maxval=atoi(s);
		445	if (ent->x.range.maxval==0&&strcmp(s,"0")) return -68;
		446
		447	s=gettoken();
		448	if (s==NULL) return -69;
		449	v=atoi(s);
		450	if (v==0&&strcmp(s,"0")) {
		451	ungettoken();
		452	v=ent->x.range.minval;
		453	}
		454
		455	{
		456	char buffer[256];
		457	sprintf(buffer,"%i",v);
		458	var->value=NULL;
		459	copystring(&var->value,buffer);
		460	}
		461
		462	return 0;
		463	}
		464
		465	int parsetristate(struct menuentry **ptr)
		466	{
		467	struct menuentry *ent;
		468	struct variable *var;
		469	char *s;
		470
		471	printd("start parsetristate()\n");
		472
		473	ent=newmenuentry(ptr);
		474	if (ent==NULL) return -50;
		475	ent->type=TRISTATEENTRY;
		476
		477	s=gettoken();
		478	if (s==NULL) return -51;
		479	if (*s!='\"') return -55;
		480	ent->x.tristate.text=NULL;
		481	copystring(&ent->x.tristate.text,s+1);
		482
		483	s=gettoken();
		484	if (s==NULL) return -52;
		485	var=newvar(s,TRISTATEVAR);
		486	if (var==NULL) return -53;
		487	ent->x.tristate.var=var;
		488
		489	s=gettoken();
		490	if (*s!='\"') {
		491	ungettoken();
		492	var->value=(char *)malloc(2);
		493	var->value[0]='n';
		494	var->value[1]='\0';
		495	return 0;
		496	}
		497	if (*(s+1)=='\0') return -54;
		498	var->value=NULL;
		499	copystring(&var->value,s+1);
		500
		501	return 0;
		502	}
		503
		504	int parsesubmenu(struct menuentry **ptr)
		505	{
		506	struct menuentry *ent;
		507	char *s;
		508
		509	printd("start parsesubmenu()\n");
		510
		511	ent=newmenuentry(ptr);
		512	if (ent==NULL) return -40;
		513	ent->type=SUBMENUENTRY;
		514
		515	s=gettoken();
		516	if (s==NULL) return -41;
		517	if (*s!='\"') return -43;
		518	ent->x.submenu.text=NULL;
		519	copystring(&ent->x.submenu.text,s+1);
		520
		521	s=gettoken();
		522	if (s==NULL) return -42;
		523	ent->x.submenu.menuname=NULL;
		524	ent->x.submenu.menu=NULL;
		525	copystring(&ent->x.submenu.menuname,s);
		526
		527	return 0;
		528	}
		529
		530	int parsetitle(struct menu *ptr)
		531	{
		532	char *s;
		533
		534	printd("start parsetitle()\n");
		535
		536	s=gettoken();
		537	if (s==NULL) return -71;
		538	ptr->title=NULL;
		539	copystring(&ptr->title,s+1);
		540	return 0;
		541	}
		542
		543	int parsecaption(void)
		544	{
		545	char *s;
		546
		547	printd("start parsecaption()\n");
		548
		549	s=gettoken();
		550	if (s==NULL) return -91;
		551	caption=NULL;
		552	copystring(&caption,s+1);
		553	return 0;
		554	}
		555
		556	int parsemenu(void)
		557	{
		558	struct menu *ptr;
		559	char *s;
		560	int ret;
		561
		562	printd("start parsemenu()\n");
		563	ret=0;
		564
		565	s=gettoken();
		566	if (s==NULL) return -12;
		567	ptr=newmenu(s);
		568	if (ptr==NULL) return -15;
		569
		570	for (;;) {
		571	s=gettoken();
		572	if (!strcmp(s,"endmenu")) return 0;
		573
		574	if (!strcmp(s,"title")) {
		575	ret=parsetitle(ptr);
		576	if (ret) return ret;
		577	continue;
		578	}
		579
		580	ungettoken();
		581	ret=parsemenufield(&ptr->entries);
		582	if (ret) break;
		583	}
		584
		585	return ret;
		586	}
		587
		588	int parsefile(void)
		589	{
		590	struct variable *var;
		591	char *s;
		592	int index;
		593	int ret;
		594
		595	printd("start parsefile()\n");
		596	ret=0;
		597
		598	s=gettoken();
		599	if (s==NULL) return -112;
		600	index=newfile(s);
		601	if (index==-1) return -115;
		602
		603	for (;;) {
		604	s=gettoken();
		605	if (!strcmp(s,"endfile")) return 0;
		606
		607	var=newvar(s,NOTYPEVAR);
		608	if (var==NULL) return -117;
		609	var->fileindex=index;
		610	}
		611
		612	return ret;
		613	}
		614
		615	/*
		616	*
		617	*/
		618
		619	int resolvmenuentries(struct menuentry *ptr)
		620	{
		621	struct _case *ca;
		622	int res,i;
		623
		624	while (ptr!=NULL) {
		625	switch(ptr->type) {
		626	case BOOLENTRY:
		627	break;
		628	case TRISTATEENTRY:
		629	break;
		630	case SUBMENUENTRY:
		631	ptr->x.submenu.menu=findmenu(ptr->x.submenu.menuname);
		632	if (ptr->x.submenu.menu==NULL) return -10;
		633	break;
		634	case CHOICEENTRY:
		635	break;
		636	case CASEENTRY:
		637	ca=ptr->x._case.list;
		638	i=1;
		639	while (ca!=NULL) {
		640	res=resolvmenuentries(ca->list);
		641	if (res) return res;
		642	ca=ca->next;
		643	i++;
		644	}
		645	break;
		646	}
		647	ptr=ptr->next;
		648	}
		649
		650	return 0;
		651	}
		652
		653	static int resolv(void)
		654	{
		655	int res,i;
		656
		657	i=0;
		658	while (i<nextmenu) {
		659	res=resolvmenuentries(menutable[i].entries);
		660	if (res) return res;
		661	i++;
		662	}
		663
		664	return 0;
		665	}
		666
		667	/*
		668	*
		669	*/
		670
		671	int parse(void)
		672	{
		673	char *s;
		674	int ret;
		675	ret=0;
		676	while ((s=gettoken())!=NULL) {
		677	if (!strcmp(s,"menu")) ret=parsemenu();
		678	else if (!strcmp(s,"caption")) ret=parsecaption();
		679	else if (!strcmp(s,"file")) ret=parsefile();
		680	else ret=-1;
		681	if (ret) break;
		682	}
		683	return ret;
		684	}
		685
		686	int parsehelp(char *filename)
		687	{
		688	struct variable *var;
		689	char buffer[256];
		690	FILE *fin;
		691	char *s;
		692	int i;
		693
		694	fin=fopen(filename,"rt");
		695	if (fin==NULL) return 0;
		696
		697	while (fgets(buffer,sizeof(buffer),fin)!=NULL)
		698	if (*buffer=='@') {
		699	s=strchr(buffer,'\n');
		700	if (s!=NULL) *s='\0';
		701	var=findvar(buffer+1);
		702	if (var==NULL) {
		703	fprintf(stderr,"help var %s not found config file",buffer);
		704	return -845;
		705	}
		706	i=findvarindex(var);
		707	varhelp[i]=ftell(fin);
		708	}
		709
		710	fclose(fin);
		711	return 0;
		712	}
		713
		714	int readconfigin(char *filename)
		715	{
		716	char *ptr;
		717	int res;
		718
		719	res=init_tokenizer(filename,0x01);
		720	if (res) return res;
		721
		722	res=parse();
		723	if (res) return res;
		724
		725	res=done_tokenizer();
		726	if (res) return res;
		727
		728	res=resolv();
		729	if (res) return res;
		730
		731	mainmenu=findmenu("main");
		732	if (mainmenu==NULL) return -97;
		733
		734	/* -- */
		735
		736	ptr=strstr(filename,".in");
		737	if (ptr!=NULL) *ptr='\0';
		738	else {
		739	ptr=strchr(filename,'.');
		740	if (ptr!=NULL) *ptr='\0';
		741	}
		742
		743	strcpy(helpfilename,filename);
		744	strcat(helpfilename,".hlp");
		745
		746	res=parsehelp(helpfilename);
		747	if (res) return res;
		748
		749	return 0;
		750	}
		751
		752	/*
		753	*
		754	*
		755	*
		756	*/
		757
		758	void dumpvariables(void)
		759	{
		760	int i;
		761
		762	fprintf(stderr,"VARIABLES TABLE\n---------------\n\n");
		763	i=0;
		764	while (i<nextvariable) {
		765	fprintf(stderr,"name: -%s-\n",vartable[i].name);
		766	if (vartable[i].value!=NULL)
		767	fprintf(stderr,"value: \"%s\"\n",vartable[i].value);
		768	else
		769	fprintf(stderr,"value: NO VALUE\n");
		770	fprintf(stderr,"flags: 0x%04x\n",vartable[i].flags);
		771	fputc('\n',stderr);
		772	i++;
		773	}
		774	}
		775
		776	#if 0
		777
		778	void dumpmenuentrytype(struct menuentry ptr,char s)
		779	{
		780	fprintf(stderr,"%s entry type : ",s);
		781	switch(ptr->type) {
		782	case BOOLENTRY: fprintf(stderr,"bool\n"); break;
		783	case SUBMENUENTRY: fprintf(stderr,"submenu\n"); break;
		784	case TRISTATEENTRY: fprintf(stderr,"tristate\n"); break;
		785	case CHOICEENTRY: fprintf(stderr,"choice\n"); break;
		786	case CASEENTRY: fprintf(stderr,"case\n"); break;
		787	default: fprintf(stderr,"unknown\n"); break;
		788	}
		789	}
		790
		791	void dumpmenuentries(struct menuentry *ptr,int x)
		792	{
		793	struct choice *cho;
		794	struct _case *ca;
		795	char blanks[64];
		796	int i;
		797	memset(blanks,' ',sizeof(blanks));
		798	blanks[x-1]='\0';
		799	while (ptr!=NULL) {
		800	dumpmenuentrytype(ptr,blanks);
		801	switch(ptr->type) {
		802	case BOOLENTRY:
		803	fprintf(stderr,"%s text : '%s'\n",blanks,ptr->x.bool.text);
		804	fprintf(stderr,"%s variable : %s\n",blanks,ptr->x.bool.var->name);
		805	break;
		806	case TRISTATEENTRY:
		807	fprintf(stderr,"%s text : '%s'\n",blanks,ptr->x.tristate.text);
		808	fprintf(stderr,"%s variable : %s\n",blanks,ptr->x.tristate.var->name);
		809	break;
		810	case SUBMENUENTRY:
		811	fprintf(stderr,"%s text : '%s'\n",blanks,ptr->x.submenu.text);
		812	fprintf(stderr,"%s submenu : %s\n",blanks,ptr->x.submenu.menu->name);
		813	break;
		814	case CHOICEENTRY:
		815	fprintf(stderr,"%s text : '%s'\n",blanks,ptr->x.choice.text);
		816	fprintf(stderr,"%s def variable: %s\n",blanks,ptr->x.choice.act->var->name);
		817	i=1;
		818	cho=ptr->x.choice.list;
		819	while (cho!=NULL) {
		820	fprintf(stderr,"%s text %i : '%s'\n",blanks,i,cho->text);
		821	fprintf(stderr,"%s variable %i : %s\n",blanks,i,cho->var->name);
		822	i++;
		823	cho=cho->next;
		824	}
		825	break;
		826	case CASEENTRY:
		827	fprintf(stderr,"%s variable : %s\n",blanks,ptr->x._case.var->name);
		828	fputc('\n',stderr);
		829	ca=ptr->x._case.list;
		830	i=1;
		831	while (ca!=NULL) {
		832	fprintf(stderr,"%s value %i : '%s'\n",blanks,i,ca->value);
		833	dumpmenuentries(ca->list,x+2);
		834	ca=ca->next;
		835	i++;
		836	}
		837	break;
		838	}
		839	fputc('\n',stderr);
		840	ptr=ptr->next;
		841	}
		842	}
		843
		844	void dumpmenus(void)
		845	{
		846	int i;
		847
		848	fprintf(stderr,"MENUS TABLE\n-----------\n\n");
		849	i=0;
		850	while (i<nextmenu) {
		851	fprintf(stderr,"name: %s\n",menutable[i].name);
		852	fprintf(stderr,"text: '%s'\n",menutable[i].comment);
		853	fputc('\n',stderr);
		854	dumpmenuentries(menutable[i].entries,2);
		855	//fputc('\n',stderr);
		856	i++;
		857	}
		858	}
		859	#endif
		860
		861

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(root)/shark/branches/pj/config/hconf/parse.c - Rev 1611