3 * Implemented using the documentation of the LAOLA project at
4 * <URL:http://wwwwbs.cs.tu-berlin.de/~schwartz/pmh/index.html>
5 * (Thanks to Martin Schwartz <schwartz@cs.tu-berlin.de>)
7 * Copyright 1998 Marcus Meissner
20 #include "interfaces.h"
27 static const BYTE STORAGE_magic
[8] ={0xd0,0xcf,0x11,0xe0,0xa1,0xb1,0x1a,0xe1};
28 static const BYTE STORAGE_notmagic
[8]={0x0e,0x11,0xfc,0x0d,0xd0,0xcf,0x11,0xe0};
29 static const BYTE STORAGE_oldmagic
[8]={0xd0,0xcf,0x11,0xe0,0x0e,0x11,0xfc,0x0d};
34 #define SMALLBLOCKS_PER_BIGBLOCK (BIGSIZE/SMALLSIZE)
36 #define READ_HEADER assert(STORAGE_get_big_block(hf,-1,(LPBYTE)&sth));assert(!memcmp(STORAGE_magic,sth.magic,sizeof(STORAGE_magic)));
37 static IStorage16_VTable stvt16
;
38 static IStorage16_VTable
*segstvt16
= NULL
;
39 static IStorage32_VTable stvt32
;
40 static IStream16_VTable strvt16
;
41 static IStream16_VTable
*segstrvt16
= NULL
;
42 static IStream32_VTable strvt32
;
44 ULONG WINAPI
IStorage16_AddRef(LPSTORAGE16
this);
45 static void _create_istorage16(LPSTORAGE16
*stg
);
46 static void _create_istream16(LPSTREAM16
*str
);
50 /******************************************************************************
51 * Reading OLE compound storage
54 STORAGE_get_big_block(HFILE32 hf
,int n
,BYTE
*block
) {
56 if (-1==_llseek32(hf
,(n
+1)*BIGSIZE
,SEEK_SET
)) {
57 WARN(ole
," seek failed (%ld)\n",GetLastError());
60 assert((n
+1)*BIGSIZE
==_llseek32(hf
,0,SEEK_CUR
));
61 if (BIGSIZE
!=_lread32(hf
,block
,BIGSIZE
)) {
62 WARN(ole
,"(block size %d): read didn't read (%ld)\n",n
,GetLastError());
70 STORAGE_put_big_block(HFILE32 hf
,int n
,BYTE
*block
) {
72 if (-1==_llseek32(hf
,(n
+1)*BIGSIZE
,SEEK_SET
)) {
73 WARN(ole
," seek failed (%ld)\n",GetLastError());
76 assert((n
+1)*BIGSIZE
==_llseek32(hf
,0,SEEK_CUR
));
77 if (BIGSIZE
!=_lwrite32(hf
,block
,BIGSIZE
)) {
78 WARN(ole
," write failed (%ld)\n",GetLastError());
85 STORAGE_get_next_big_blocknr(HFILE32 hf
,int blocknr
) {
86 INT32 bbs
[BIGSIZE
/sizeof(INT32
)];
87 struct storage_header sth
;
91 assert(blocknr
>>7<sth
.num_of_bbd_blocks
);
92 if (sth
.bbd_list
[blocknr
>>7]==0xffffffff)
94 if (!STORAGE_get_big_block(hf
,sth
.bbd_list
[blocknr
>>7],(LPBYTE
)bbs
))
96 assert(bbs
[blocknr
&0x7f]!=STORAGE_CHAINENTRY_FREE
);
97 return bbs
[blocknr
&0x7f];
101 STORAGE_get_nth_next_big_blocknr(HFILE32 hf
,int blocknr
,int nr
) {
102 INT32 bbs
[BIGSIZE
/sizeof(INT32
)];
104 struct storage_header sth
;
110 assert((blocknr
>>7)<sth
.num_of_bbd_blocks
);
111 assert(sth
.bbd_list
[blocknr
>>7]!=0xffffffff);
113 /* simple caching... */
114 if (lastblock
!=sth
.bbd_list
[blocknr
>>7]) {
115 assert(STORAGE_get_big_block(hf
,sth
.bbd_list
[blocknr
>>7],(LPBYTE
)bbs
));
116 lastblock
= sth
.bbd_list
[blocknr
>>7];
118 blocknr
= bbs
[blocknr
&0x7f];
125 STORAGE_get_root_pps_entry(HFILE32 hf
,struct storage_pps_entry
*pstde
) {
128 struct storage_pps_entry
*stde
=(struct storage_pps_entry
*)block
;
129 struct storage_header sth
;
132 blocknr
= sth
.root_startblock
;
134 assert(STORAGE_get_big_block(hf
,blocknr
,block
));
136 if (!stde
[i
].pps_sizeofname
)
138 if (stde
[i
].pps_type
==5) {
143 blocknr
=STORAGE_get_next_big_blocknr(hf
,blocknr
);
149 STORAGE_get_small_block(HFILE32 hf
,int blocknr
,BYTE
*sblock
) {
152 struct storage_pps_entry root
;
155 assert(STORAGE_get_root_pps_entry(hf
,&root
));
156 bigblocknr
= STORAGE_get_nth_next_big_blocknr(hf
,root
.pps_sb
,blocknr
/SMALLBLOCKS_PER_BIGBLOCK
);
157 assert(bigblocknr
>=0);
158 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
160 memcpy(sblock
,((LPBYTE
)block
)+SMALLSIZE
*(blocknr
&(SMALLBLOCKS_PER_BIGBLOCK
-1)),SMALLSIZE
);
165 STORAGE_put_small_block(HFILE32 hf
,int blocknr
,BYTE
*sblock
) {
168 struct storage_pps_entry root
;
172 assert(STORAGE_get_root_pps_entry(hf
,&root
));
173 bigblocknr
= STORAGE_get_nth_next_big_blocknr(hf
,root
.pps_sb
,blocknr
/SMALLBLOCKS_PER_BIGBLOCK
);
174 assert(bigblocknr
>=0);
175 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
177 memcpy(((LPBYTE
)block
)+SMALLSIZE
*(blocknr
&(SMALLBLOCKS_PER_BIGBLOCK
-1)),sblock
,SMALLSIZE
);
178 assert(STORAGE_put_big_block(hf
,bigblocknr
,block
));
184 STORAGE_get_next_small_blocknr(HFILE32 hf
,int blocknr
) {
186 LPINT32 sbd
= (LPINT32
)block
;
188 struct storage_header sth
;
192 bigblocknr
= STORAGE_get_nth_next_big_blocknr(hf
,sth
.sbd_startblock
,blocknr
/128);
193 assert(bigblocknr
>=0);
194 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
195 assert(sbd
[blocknr
& 127]!=STORAGE_CHAINENTRY_FREE
);
196 return sbd
[blocknr
& (128-1)];
200 STORAGE_get_nth_next_small_blocknr(HFILE32 hf
,int blocknr
,int nr
) {
203 LPINT32 sbd
= (LPINT32
)block
;
204 struct storage_header sth
;
209 while ((nr
--) && (blocknr
>=0)) {
210 if (lastblocknr
/128!=blocknr
/128) {
212 bigblocknr
= STORAGE_get_nth_next_big_blocknr(hf
,sth
.sbd_startblock
,blocknr
/128);
213 assert(bigblocknr
>=0);
214 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
215 lastblocknr
= blocknr
;
217 assert(lastblocknr
>=0);
219 blocknr
=sbd
[blocknr
& (128-1)];
220 assert(blocknr
!=STORAGE_CHAINENTRY_FREE
);
226 STORAGE_get_pps_entry(HFILE32 hf
,int n
,struct storage_pps_entry
*pstde
) {
229 struct storage_pps_entry
*stde
= (struct storage_pps_entry
*)(((LPBYTE
)block
)+128*(n
&3));
230 struct storage_header sth
;
233 /* we have 4 pps entries per big block */
234 blocknr
= STORAGE_get_nth_next_big_blocknr(hf
,sth
.root_startblock
,n
/4);
236 assert(STORAGE_get_big_block(hf
,blocknr
,block
));
243 STORAGE_put_pps_entry(HFILE32 hf
,int n
,struct storage_pps_entry
*pstde
) {
246 struct storage_pps_entry
*stde
= (struct storage_pps_entry
*)(((LPBYTE
)block
)+128*(n
&3));
247 struct storage_header sth
;
251 /* we have 4 pps entries per big block */
252 blocknr
= STORAGE_get_nth_next_big_blocknr(hf
,sth
.root_startblock
,n
/4);
254 assert(STORAGE_get_big_block(hf
,blocknr
,block
));
256 assert(STORAGE_put_big_block(hf
,blocknr
,block
));
261 STORAGE_look_for_named_pps(HFILE32 hf
,int n
,LPOLESTR32 name
) {
262 struct storage_pps_entry stde
;
267 if (1!=STORAGE_get_pps_entry(hf
,n
,&stde
))
270 if (!lstrcmp32W(name
,stde
.pps_rawname
))
272 if (stde
.pps_prev
!= -1) {
273 ret
=STORAGE_look_for_named_pps(hf
,stde
.pps_prev
,name
);
277 if (stde
.pps_next
!= -1) {
278 ret
=STORAGE_look_for_named_pps(hf
,stde
.pps_next
,name
);
286 STORAGE_dump_pps_entry(struct storage_pps_entry
*stde
) {
287 char name
[33],xguid
[50];
289 WINE_StringFromCLSID(&(stde
->pps_guid
),xguid
);
291 lstrcpyWtoA(name
,stde
->pps_rawname
);
292 if (!stde
->pps_sizeofname
)
294 DUMP("name: %s\n",name
);
295 DUMP("type: %d\n",stde
->pps_type
);
296 DUMP("prev pps: %ld\n",stde
->pps_prev
);
297 DUMP("next pps: %ld\n",stde
->pps_next
);
298 DUMP("dir pps: %ld\n",stde
->pps_dir
);
299 DUMP("guid: %s\n",xguid
);
300 if (stde
->pps_type
!=2) {
303 t
= DOSFS_FileTimeToUnixTime(&(stde
->pps_ft1
),NULL
);
304 DUMP("ts1: %s\n",ctime(&t
));
305 t
= DOSFS_FileTimeToUnixTime(&(stde
->pps_ft2
),NULL
);
306 DUMP("ts2: %s\n",ctime(&t
));
308 DUMP("startblock: %ld\n",stde
->pps_sb
);
309 DUMP("size: %ld\n",stde
->pps_size
);
313 STORAGE_init_storage(HFILE32 hf
) {
316 struct storage_header
*sth
;
317 struct storage_pps_entry
*stde
;
319 assert(-1!=_llseek32(hf
,0,SEEK_SET
));
320 /* block -1 is the storage header */
321 sth
= (struct storage_header
*)block
;
322 memcpy(sth
->magic
,STORAGE_magic
,8);
323 memset(sth
->unknown1
,0,sizeof(sth
->unknown1
));
324 memset(sth
->unknown2
,0,sizeof(sth
->unknown2
));
325 memset(sth
->unknown3
,0,sizeof(sth
->unknown3
));
326 sth
->num_of_bbd_blocks
= 1;
327 sth
->root_startblock
= 1;
328 sth
->sbd_startblock
= 0xffffffff;
329 memset(sth
->bbd_list
,0xff,sizeof(sth
->bbd_list
));
330 sth
->bbd_list
[0] = 0;
331 assert(BIGSIZE
==_lwrite32(hf
,block
,BIGSIZE
));
332 /* block 0 is the big block directory */
334 memset(block
,0xff,sizeof(block
)); /* mark all blocks as free */
335 bbs
[0]=STORAGE_CHAINENTRY_ENDOFCHAIN
; /* for this block */
336 bbs
[1]=STORAGE_CHAINENTRY_ENDOFCHAIN
; /* for directory entry */
337 assert(BIGSIZE
==_lwrite32(hf
,block
,BIGSIZE
));
338 /* block 1 is the root directory entry */
339 memset(block
,0x00,sizeof(block
));
340 stde
= (struct storage_pps_entry
*)block
;
341 lstrcpyAtoW(stde
->pps_rawname
,"RootEntry");
342 stde
->pps_sizeofname
= lstrlen32W(stde
->pps_rawname
)*2+2;
347 stde
->pps_sb
= 0xffffffff;
349 assert(BIGSIZE
==_lwrite32(hf
,block
,BIGSIZE
));
354 STORAGE_set_big_chain(HFILE32 hf
,int blocknr
,INT32 type
) {
356 LPINT32 bbd
= (LPINT32
)block
;
357 int nextblocknr
,bigblocknr
;
358 struct storage_header sth
;
361 assert(blocknr
!=type
);
363 bigblocknr
= sth
.bbd_list
[blocknr
/128];
364 assert(bigblocknr
>=0);
365 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
367 nextblocknr
= bbd
[blocknr
&(128-1)];
368 bbd
[blocknr
&(128-1)] = type
;
371 assert(STORAGE_put_big_block(hf
,bigblocknr
,block
));
372 type
= STORAGE_CHAINENTRY_FREE
;
373 blocknr
= nextblocknr
;
379 STORAGE_set_small_chain(HFILE32 hf
,int blocknr
,INT32 type
) {
381 LPINT32 sbd
= (LPINT32
)block
;
382 int lastblocknr
,nextsmallblocknr
,bigblocknr
;
383 struct storage_header sth
;
387 assert(blocknr
!=type
);
388 lastblocknr
=-129;bigblocknr
=-2;
390 /* cache block ... */
391 if (lastblocknr
/128!=blocknr
/128) {
392 bigblocknr
= STORAGE_get_nth_next_big_blocknr(hf
,sth
.sbd_startblock
,blocknr
/128);
393 assert(bigblocknr
>=0);
394 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
396 lastblocknr
= blocknr
;
397 nextsmallblocknr
= sbd
[blocknr
&(128-1)];
398 sbd
[blocknr
&(128-1)] = type
;
399 assert(STORAGE_put_big_block(hf
,bigblocknr
,block
));
402 type
= STORAGE_CHAINENTRY_FREE
;
403 blocknr
= nextsmallblocknr
;
409 STORAGE_get_free_big_blocknr(HFILE32 hf
) {
411 LPINT32 sbd
= (LPINT32
)block
;
412 int lastbigblocknr
,i
,curblock
,bigblocknr
;
413 struct storage_header sth
;
418 bigblocknr
= sth
.bbd_list
[curblock
];
419 while (curblock
<sth
.num_of_bbd_blocks
) {
420 assert(bigblocknr
>=0);
421 assert(STORAGE_get_big_block(hf
,bigblocknr
,block
));
423 if (sbd
[i
]==STORAGE_CHAINENTRY_FREE
) {
424 sbd
[i
] = STORAGE_CHAINENTRY_ENDOFCHAIN
;
425 assert(STORAGE_put_big_block(hf
,bigblocknr
,block
));
426 memset(block
,0x42,sizeof(block
));
427 assert(STORAGE_put_big_block(hf
,i
+curblock
*128,block
));
428 return i
+curblock
*128;
430 lastbigblocknr
= bigblocknr
;
431 bigblocknr
= sth
.bbd_list
[++curblock
];
433 bigblocknr
= curblock
*128;
434 /* since we have marked all blocks from 0 up to curblock*128-1
435 * the next free one is curblock*128, where we happily put our
436 * next large block depot.
438 memset(block
,0xff,sizeof(block
));
439 /* mark the block allocated and returned by this function */
440 sbd
[1] = STORAGE_CHAINENTRY_ENDOFCHAIN
;
441 assert(STORAGE_put_big_block(hf
,bigblocknr
,block
));
443 /* if we had a bbd block already (mostlikely) we need
444 * to link the new one into the chain
446 if (lastbigblocknr
!=-1)
447 assert(STORAGE_set_big_chain(hf
,lastbigblocknr
,bigblocknr
));
448 sth
.bbd_list
[curblock
]=bigblocknr
;
449 sth
.num_of_bbd_blocks
++;
450 assert(sth
.num_of_bbd_blocks
==curblock
+1);
451 assert(STORAGE_put_big_block(hf
,-1,(LPBYTE
)&sth
));
453 /* Set the end of the chain for the bigblockdepots */
454 assert(STORAGE_set_big_chain(hf
,bigblocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
));
455 /* add 1, for the first entry is used for the additional big block
456 * depot. (means we already used bigblocknr) */
457 memset(block
,0x42,sizeof(block
));
458 /* allocate this block (filled with 0x42) */
459 assert(STORAGE_put_big_block(hf
,bigblocknr
+1,block
));
465 STORAGE_get_free_small_blocknr(HFILE32 hf
) {
467 LPINT32 sbd
= (LPINT32
)block
;
468 int lastbigblocknr
,newblocknr
,i
,curblock
,bigblocknr
;
469 struct storage_pps_entry root
;
470 struct storage_header sth
;
473 bigblocknr
= sth
.sbd_startblock
;
477 while (bigblocknr
>=0) {
478 if (!STORAGE_get_big_block(hf
,bigblocknr
,block
))
481 if (sbd
[i
]==STORAGE_CHAINENTRY_FREE
) {
482 sbd
[i
]=STORAGE_CHAINENTRY_ENDOFCHAIN
;
483 newblocknr
= i
+curblock
*128;
488 lastbigblocknr
= bigblocknr
;
489 bigblocknr
= STORAGE_get_next_big_blocknr(hf
,bigblocknr
);
492 if (newblocknr
==-1) {
493 bigblocknr
= STORAGE_get_free_big_blocknr(hf
);
497 memset(block
,0xff,sizeof(block
));
498 sbd
[0]=STORAGE_CHAINENTRY_ENDOFCHAIN
;
499 if (!STORAGE_put_big_block(hf
,bigblocknr
,block
))
501 if (lastbigblocknr
==-1) {
502 sth
.sbd_startblock
= bigblocknr
;
503 if (!STORAGE_put_big_block(hf
,-1,(LPBYTE
)&sth
)) /* need to write it */
506 if (!STORAGE_set_big_chain(hf
,lastbigblocknr
,bigblocknr
))
509 if (!STORAGE_set_big_chain(hf
,bigblocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
511 newblocknr
= curblock
*128;
513 /* allocate enough big blocks for storing the allocated small block */
514 if (!STORAGE_get_root_pps_entry(hf
,&root
))
519 lastbigblocknr
= STORAGE_get_nth_next_big_blocknr(hf
,root
.pps_sb
,(root
.pps_size
-1)/BIGSIZE
);
520 while (root
.pps_size
< (newblocknr
*SMALLSIZE
+SMALLSIZE
-1)) {
521 /* we need to allocate more stuff */
522 bigblocknr
= STORAGE_get_free_big_blocknr(hf
);
526 if (root
.pps_sb
==-1) {
527 root
.pps_sb
= bigblocknr
;
528 root
.pps_size
+= BIGSIZE
;
530 if (!STORAGE_set_big_chain(hf
,lastbigblocknr
,bigblocknr
))
532 root
.pps_size
+= BIGSIZE
;
534 lastbigblocknr
= bigblocknr
;
536 if (!STORAGE_set_big_chain(hf
,lastbigblocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
538 if (!STORAGE_put_pps_entry(hf
,0,&root
))
544 STORAGE_get_free_pps_entry(HFILE32 hf
) {
545 int blocknr
,i
,curblock
,lastblocknr
;
547 struct storage_pps_entry
*stde
= (struct storage_pps_entry
*)block
;
548 struct storage_header sth
;
551 blocknr
= sth
.root_startblock
;
555 if (!STORAGE_get_big_block(hf
,blocknr
,block
))
558 if (stde
[i
].pps_sizeofname
==0) /* free */
560 lastblocknr
= blocknr
;
561 blocknr
= STORAGE_get_next_big_blocknr(hf
,blocknr
);
564 assert(blocknr
==STORAGE_CHAINENTRY_ENDOFCHAIN
);
565 blocknr
= STORAGE_get_free_big_blocknr(hf
);
566 /* sth invalidated */
570 if (!STORAGE_set_big_chain(hf
,lastblocknr
,blocknr
))
572 if (!STORAGE_set_big_chain(hf
,blocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
574 memset(block
,0,sizeof(block
));
575 STORAGE_put_big_block(hf
,blocknr
,block
);
579 /******************************************************************************
582 HRESULT WINAPI
IStream16_QueryInterface(
583 LPSTREAM16
this,REFIID refiid
,LPVOID
*obj
587 WINE_StringFromCLSID((LPCLSID
)refiid
,xrefiid
);
588 TRACE(relay
,"(%p)->(%s,%p)\n",this,xrefiid
,obj
);
589 if (!memcmp(&IID_IUnknown
,refiid
,sizeof(IID_IUnknown
))) {
593 return OLE_E_ENUM_NOMORE
;
597 ULONG WINAPI
IStream16_AddRef(LPSTREAM16
this) {
598 return ++(this->ref
);
601 ULONG WINAPI
IStream16_Release(LPSTREAM16
this) {
602 FlushFileBuffers(this->hf
);
605 CloseHandle(this->hf
);
612 /* FIXME: not handling 64 bit */
613 HRESULT WINAPI
IStream16_Seek(
614 LPSTREAM16
this,LARGE_INTEGER offset
,DWORD whence
,ULARGE_INTEGER
*newpos
616 TRACE(relay
,"(%p)->([%ld.%ld],%ld,%p)\n",this,offset
.HighPart
,offset
.LowPart
,whence
,newpos
);
619 /* unix SEEK_xx should be the same as win95 ones */
621 /* offset must be ==0 (<0 is invalid, and >0 cannot be handled
624 assert(offset
.HighPart
==0);
625 this->offset
.HighPart
= offset
.HighPart
;
626 this->offset
.LowPart
= offset
.LowPart
;
629 if (offset
.HighPart
< 0) {
630 /* FIXME: is this negation correct ? */
631 offset
.HighPart
= -offset
.HighPart
;
632 offset
.LowPart
= (0xffffffff ^ offset
.LowPart
)+1;
634 assert(offset
.HighPart
==0);
635 assert(this->offset
.LowPart
>= offset
.LowPart
);
636 this->offset
.LowPart
-= offset
.LowPart
;
638 assert(offset
.HighPart
==0);
639 this->offset
.LowPart
+= offset
.LowPart
;
643 assert(offset
.HighPart
==0);
644 this->offset
.LowPart
= this->stde
.pps_size
-offset
.LowPart
;
647 if (this->offset
.LowPart
>this->stde
.pps_size
)
648 this->offset
.LowPart
=this->stde
.pps_size
;
649 if (newpos
) *newpos
= this->offset
;
653 HRESULT WINAPI
IStream16_Read(
654 LPSTREAM16
this,void *pv
,ULONG cb
,ULONG
*pcbRead
657 ULONG
*bytesread
=pcbRead
,xxread
;
660 TRACE(relay
,"(%p)->(%p,%ld,%p)\n",this,pv
,cb
,pcbRead
);
661 if (!pcbRead
) bytesread
=&xxread
;
664 if (cb
>this->stde
.pps_size
-this->offset
.LowPart
)
665 cb
=this->stde
.pps_size
-this->offset
.LowPart
;
666 if (this->stde
.pps_size
< 0x1000) {
667 /* use small block reader */
668 blocknr
= STORAGE_get_nth_next_small_blocknr(this->hf
,this->stde
.pps_sb
,this->offset
.LowPart
/SMALLSIZE
);
672 if (!STORAGE_get_small_block(this->hf
,blocknr
,block
)) {
673 WARN(ole
,"small block read failed!!!\n");
677 if (cc
>SMALLSIZE
-(this->offset
.LowPart
&(SMALLSIZE
-1)))
678 cc
=SMALLSIZE
-(this->offset
.LowPart
&(SMALLSIZE
-1));
679 memcpy((LPBYTE
)pv
,block
+(this->offset
.LowPart
&(SMALLSIZE
-1)),cc
);
680 this->offset
.LowPart
+=cc
;
684 blocknr
= STORAGE_get_next_small_blocknr(this->hf
,blocknr
);
687 /* use big block reader */
688 blocknr
= STORAGE_get_nth_next_big_blocknr(this->hf
,this->stde
.pps_sb
,this->offset
.LowPart
/BIGSIZE
);
692 if (!STORAGE_get_big_block(this->hf
,blocknr
,block
)) {
693 WARN(ole
,"big block read failed!!!\n");
697 if (cc
>BIGSIZE
-(this->offset
.LowPart
&(BIGSIZE
-1)))
698 cc
=BIGSIZE
-(this->offset
.LowPart
&(BIGSIZE
-1));
699 memcpy((LPBYTE
)pv
,block
+(this->offset
.LowPart
&(BIGSIZE
-1)),cc
);
700 this->offset
.LowPart
+=cc
;
704 blocknr
=STORAGE_get_next_big_blocknr(this->hf
,blocknr
);
710 HRESULT WINAPI
IStream16_Write(
711 LPSTREAM16
this,const void *pv
,ULONG cb
,ULONG
*pcbWrite
714 ULONG
*byteswritten
=pcbWrite
,xxwritten
;
715 int oldsize
,newsize
,i
,curoffset
=0,lastblocknr
,blocknr
,cc
;
716 HFILE32 hf
= this->hf
;
718 if (!pcbWrite
) byteswritten
=&xxwritten
;
721 TRACE(relay
,"(%p)->(%p,%ld,%p)\n",this,pv
,cb
,pcbWrite
);
722 /* do we need to junk some blocks? */
723 newsize
= this->offset
.LowPart
+cb
;
724 oldsize
= this->stde
.pps_size
;
725 if (newsize
< oldsize
) {
726 if (oldsize
< 0x1000) {
727 /* only small blocks */
728 blocknr
=STORAGE_get_nth_next_small_blocknr(hf
,this->stde
.pps_sb
,newsize
/SMALLSIZE
);
732 /* will set the rest of the chain to 'free' */
733 if (!STORAGE_set_small_chain(hf
,blocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
736 if (newsize
>= 0x1000) {
737 blocknr
=STORAGE_get_nth_next_big_blocknr(hf
,this->stde
.pps_sb
,newsize
/BIGSIZE
);
740 /* will set the rest of the chain to 'free' */
741 if (!STORAGE_set_big_chain(hf
,blocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
744 /* Migrate large blocks to small blocks
745 * (we just migrate newsize bytes)
747 LPBYTE curdata
,data
= HeapAlloc(GetProcessHeap(),0,newsize
+BIGSIZE
);
749 blocknr
= this->stde
.pps_sb
;
752 if (!STORAGE_get_big_block(hf
,blocknr
,curdata
)) {
753 HeapFree(GetProcessHeap(),0,data
);
758 blocknr
= STORAGE_get_next_big_blocknr(hf
,blocknr
);
760 /* frees complete chain for this stream */
761 if (!STORAGE_set_big_chain(hf
,this->stde
.pps_sb
,STORAGE_CHAINENTRY_FREE
))
764 blocknr
= this->stde
.pps_sb
= STORAGE_get_free_small_blocknr(hf
);
769 if (!STORAGE_put_small_block(hf
,blocknr
,curdata
))
773 if (!STORAGE_set_small_chain(hf
,blocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
777 int newblocknr
= STORAGE_get_free_small_blocknr(hf
);
780 if (!STORAGE_set_small_chain(hf
,blocknr
,newblocknr
))
782 blocknr
= newblocknr
;
784 curdata
+= SMALLSIZE
;
786 HeapFree(GetProcessHeap(),0,data
);
789 this->stde
.pps_size
= newsize
;
792 if (newsize
> oldsize
) {
793 if (oldsize
>= 0x1000) {
794 /* should return the block right before the 'endofchain' */
795 blocknr
= STORAGE_get_nth_next_big_blocknr(hf
,this->stde
.pps_sb
,this->stde
.pps_size
/BIGSIZE
);
797 lastblocknr
= blocknr
;
798 for (i
=oldsize
/BIGSIZE
;i
<newsize
/BIGSIZE
;i
++) {
799 blocknr
= STORAGE_get_free_big_blocknr(hf
);
802 if (!STORAGE_set_big_chain(hf
,lastblocknr
,blocknr
))
804 lastblocknr
= blocknr
;
806 if (!STORAGE_set_big_chain(hf
,blocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
809 if (newsize
< 0x1000) {
810 /* find startblock */
812 this->stde
.pps_sb
= blocknr
= STORAGE_get_free_small_blocknr(hf
);
814 blocknr
= STORAGE_get_nth_next_small_blocknr(hf
,this->stde
.pps_sb
,this->stde
.pps_size
/SMALLSIZE
);
818 /* allocate required new small blocks */
819 lastblocknr
= blocknr
;
820 for (i
=oldsize
/SMALLSIZE
;i
<newsize
/SMALLSIZE
;i
++) {
821 blocknr
= STORAGE_get_free_small_blocknr(hf
);
824 if (!STORAGE_set_small_chain(hf
,lastblocknr
,blocknr
))
826 lastblocknr
= blocknr
;
828 /* and terminate the chain */
829 if (!STORAGE_set_small_chain(hf
,lastblocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
833 /* no single block allocated yet */
834 blocknr
=STORAGE_get_free_big_blocknr(hf
);
837 this->stde
.pps_sb
= blocknr
;
839 /* Migrate small blocks to big blocks */
840 LPBYTE curdata
,data
= HeapAlloc(GetProcessHeap(),0,oldsize
+BIGSIZE
);
842 blocknr
= this->stde
.pps_sb
;
846 if (!STORAGE_get_small_block(hf
,blocknr
,curdata
)) {
847 HeapFree(GetProcessHeap(),0,data
);
850 curdata
+= SMALLSIZE
;
852 blocknr
= STORAGE_get_next_small_blocknr(hf
,blocknr
);
854 /* free small block chain */
855 if (!STORAGE_set_small_chain(hf
,this->stde
.pps_sb
,STORAGE_CHAINENTRY_FREE
))
858 blocknr
= this->stde
.pps_sb
= STORAGE_get_free_big_blocknr(hf
);
861 /* put the data into the big blocks */
862 cc
= this->stde
.pps_size
;
864 if (!STORAGE_put_big_block(hf
,blocknr
,curdata
))
868 if (!STORAGE_set_big_chain(hf
,blocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
872 int newblocknr
= STORAGE_get_free_big_blocknr(hf
);
875 if (!STORAGE_set_big_chain(hf
,blocknr
,newblocknr
))
877 blocknr
= newblocknr
;
881 HeapFree(GetProcessHeap(),0,data
);
883 /* generate big blocks to fit the new data */
884 lastblocknr
= blocknr
;
885 for (i
=oldsize
/BIGSIZE
;i
<newsize
/BIGSIZE
;i
++) {
886 blocknr
= STORAGE_get_free_big_blocknr(hf
);
889 if (!STORAGE_set_big_chain(hf
,lastblocknr
,blocknr
))
891 lastblocknr
= blocknr
;
893 /* terminate chain */
894 if (!STORAGE_set_big_chain(hf
,lastblocknr
,STORAGE_CHAINENTRY_ENDOFCHAIN
))
898 this->stde
.pps_size
= newsize
;
901 /* There are just some cases where we didn't modify it, we write it out
904 if (!STORAGE_put_pps_entry(hf
,this->ppsent
,&(this->stde
)))
907 /* finally the write pass */
908 if (this->stde
.pps_size
< 0x1000) {
909 blocknr
= STORAGE_get_nth_next_small_blocknr(hf
,this->stde
.pps_sb
,this->offset
.LowPart
/SMALLSIZE
);
912 /* we ensured that it is allocated above */
914 /* Read old block everytime, since we can have
915 * overlapping data at START and END of the write
917 if (!STORAGE_get_small_block(hf
,blocknr
,block
))
920 cc
= SMALLSIZE
-(this->offset
.LowPart
&(SMALLSIZE
-1));
923 memcpy( ((LPBYTE
)block
)+(this->offset
.LowPart
&(SMALLSIZE
-1)),
924 (LPBYTE
)(pv
+curoffset
),
927 if (!STORAGE_put_small_block(hf
,blocknr
,block
))
932 this->offset
.LowPart
+= cc
;
934 blocknr
= STORAGE_get_next_small_blocknr(hf
,blocknr
);
937 blocknr
= STORAGE_get_nth_next_big_blocknr(hf
,this->stde
.pps_sb
,this->offset
.LowPart
/BIGSIZE
);
940 /* we ensured that it is allocated above, so it better is */
942 /* read old block everytime, since we can have
943 * overlapping data at START and END of the write
945 if (!STORAGE_get_big_block(hf
,blocknr
,block
))
948 cc
= BIGSIZE
-(this->offset
.LowPart
&(BIGSIZE
-1));
951 memcpy( ((LPBYTE
)block
)+(this->offset
.LowPart
&(BIGSIZE
-1)),
952 (LPBYTE
)(pv
+curoffset
),
955 if (!STORAGE_put_big_block(hf
,blocknr
,block
))
960 this->offset
.LowPart
+= cc
;
962 blocknr
= STORAGE_get_next_big_blocknr(hf
,blocknr
);
968 static void _create_istream16(LPSTREAM16
*str
) {
971 if (!strvt16
.fnQueryInterface
) {
972 HMODULE16 wp
= GetModuleHandle16("STORAGE");
974 #define VTENT(x) strvt16.fn##x = (void*)WIN32_GetProcAddress16(wp,"IStream16_"#x);
975 VTENT(QueryInterface
)
990 segstrvt16
= SEGPTR_NEW(IStream16_VTable
);
991 memcpy(segstrvt16
,&strvt16
,sizeof(strvt16
));
992 segstrvt16
= (LPSTREAM16_VTABLE
)SEGPTR_GET(segstrvt16
);
994 #define VTENT(x) strvt16.fn##x = IStream16_##x;
995 VTENT(QueryInterface
)
1012 segstrvt16
= &strvt16
;
1015 lpst
= SEGPTR_NEW(IStream16
);
1016 lpst
->lpvtbl
= segstrvt16
;
1018 lpst
->thisptr
= SEGPTR_GET(lpst
);
1019 *str
= (void*)lpst
->thisptr
;
1022 /*****************************************************************************
1025 HRESULT WINAPI
IStream32_QueryInterface(
1026 LPSTREAM32
this,REFIID refiid
,LPVOID
*obj
1030 WINE_StringFromCLSID((LPCLSID
)refiid
,xrefiid
);
1031 TRACE(relay
,"(%p)->(%s,%p)\n",this,xrefiid
,obj
);
1032 if (!memcmp(&IID_IUnknown
,refiid
,sizeof(IID_IUnknown
))) {
1036 return OLE_E_ENUM_NOMORE
;
1040 ULONG WINAPI
IStream32_AddRef(LPSTREAM32
this) {
1041 return ++(this->ref
);
1044 ULONG WINAPI
IStream32_Release(LPSTREAM32
this) {
1045 FlushFileBuffers(this->hf
);
1048 CloseHandle(this->hf
);
1055 static IStream32_VTable strvt32
= {
1056 IStream32_QueryInterface
,
1069 /******************************************************************************
1072 HRESULT WINAPI
IStorage16_QueryInterface(
1073 LPSTORAGE16
this,REFIID refiid
,LPVOID
*obj
1077 WINE_StringFromCLSID((LPCLSID
)refiid
,xrefiid
);
1078 TRACE(relay
,"(%p)->(%s,%p)\n",this,xrefiid
,obj
);
1080 if (!memcmp(&IID_IUnknown
,refiid
,sizeof(IID_IUnknown
))) {
1084 return OLE_E_ENUM_NOMORE
;
1087 ULONG WINAPI
IStorage16_AddRef(LPSTORAGE16
this) {
1088 return ++(this->ref
);
1091 ULONG WINAPI
IStorage16_Release(LPSTORAGE16
this) {
1099 HRESULT WINAPI
IStorage16_Stat(
1100 LPSTORAGE16
this,STATSTG
*pstatstg
, DWORD grfStatFlag
1102 TRACE(ole
,"(%p)->(%p,0x%08lx)\n",
1103 this,pstatstg
,grfStatFlag
1105 pstatstg
->pwcsName
=SEGPTR_GET(SEGPTR_STRDUP_WtoA(this->stde
.pps_rawname
));
1106 pstatstg
->type
= this->stde
.pps_type
;
1107 pstatstg
->cbSize
.LowPart
= this->stde
.pps_size
;
1108 pstatstg
->mtime
= this->stde
.pps_ft1
; /* FIXME */ /* why? */
1109 pstatstg
->atime
= this->stde
.pps_ft2
; /* FIXME */
1110 pstatstg
->ctime
= this->stde
.pps_ft2
; /* FIXME */
1111 pstatstg
->grfMode
= 0; /* FIXME */
1112 pstatstg
->grfLocksSupported
= 0; /* FIXME */
1113 pstatstg
->clsid
= this->stde
.pps_guid
;
1114 pstatstg
->grfStateBits
= 0; /* FIXME */
1115 pstatstg
->reserved
= 0;
1119 HRESULT WINAPI
IStorage16_Commit(
1120 LPSTORAGE16
this,DWORD commitflags
1122 FIXME(ole
,"(%p)->(0x%08lx),STUB!\n",
1128 HRESULT WINAPI
IStorage16_CopyTo(LPSTORAGE16
this,DWORD ciidExclude
,const IID
*rgiidExclude
,SNB16 SNB16Exclude
,IStorage16
*pstgDest
) {
1132 WINE_StringFromCLSID(rgiidExclude
,xguid
);
1134 strcpy(xguid
,"<no guid>");
1135 FIXME(ole
,"IStorage16(%p)->(0x%08lx,%s,%p,%p),stub!\n",
1136 this,ciidExclude
,xguid
,SNB16Exclude
,pstgDest
1143 HRESULT WINAPI
IStorage16_CreateStorage(
1144 LPSTORAGE16
this,LPCOLESTR16 pwcsName
,DWORD grfMode
,DWORD dwStgFormat
,DWORD reserved2
, IStorage16
**ppstg
1148 struct storage_pps_entry stde
;
1149 struct storage_header sth
;
1150 HFILE32 hf
=this->hf
;
1154 TRACE(ole
,"(%p)->(%s,0x%08lx,0x%08lx,0x%08lx,%p)\n",
1155 this,pwcsName
,grfMode
,dwStgFormat
,reserved2
,ppstg
1157 if (grfMode
& STGM_TRANSACTED
)
1158 FIXME(ole
,"We do not support transacted Compound Storage. Using direct mode.\n");
1159 _create_istorage16(ppstg
);
1160 lpstg
= (LPSTORAGE16
)PTR_SEG_TO_LIN(*ppstg
);
1161 lpstg
->hf
= this->hf
;
1163 ppsent
=STORAGE_get_free_pps_entry(lpstg
->hf
);
1167 if (stde
.pps_dir
==-1) {
1168 stde
.pps_dir
= ppsent
;
1171 FIXME(ole
," use prev chain too ?\n");
1173 if (1!=STORAGE_get_pps_entry(lpstg
->hf
,x
,&stde
))
1175 while (stde
.pps_next
!=-1) {
1177 if (1!=STORAGE_get_pps_entry(lpstg
->hf
,x
,&stde
))
1180 stde
.pps_next
= ppsent
;
1182 assert(STORAGE_put_pps_entry(lpstg
->hf
,x
,&stde
));
1183 assert(1==STORAGE_get_pps_entry(lpstg
->hf
,ppsent
,&(lpstg
->stde
)));
1184 lstrcpyAtoW(lpstg
->stde
.pps_rawname
,pwcsName
);
1185 lpstg
->stde
.pps_sizeofname
= lstrlen32A(pwcsName
)*2+2;
1186 lpstg
->stde
.pps_next
= -1;
1187 lpstg
->stde
.pps_prev
= -1;
1188 lpstg
->stde
.pps_dir
= -1;
1189 lpstg
->stde
.pps_sb
= -1;
1190 lpstg
->stde
.pps_size
= 0;
1191 lpstg
->stde
.pps_type
= 1;
1192 lpstg
->ppsent
= ppsent
;
1193 /* FIXME: timestamps? */
1194 if (!STORAGE_put_pps_entry(lpstg
->hf
,ppsent
,&(lpstg
->stde
)))
1199 HRESULT WINAPI
IStorage16_CreateStream(
1200 LPSTORAGE16
this,LPCOLESTR16 pwcsName
,DWORD grfMode
,DWORD reserved1
,DWORD reserved2
, IStream16
**ppstm
1204 struct storage_pps_entry stde
;
1206 TRACE(ole
,"(%p)->(%s,0x%08lx,0x%08lx,0x%08lx,%p)\n",
1207 this,pwcsName
,grfMode
,reserved1
,reserved2
,ppstm
1209 if (grfMode
& STGM_TRANSACTED
)
1210 FIXME(ole
,"We do not support transacted Compound Storage. Using direct mode.\n");
1211 _create_istream16(ppstm
);
1212 lpstr
= (LPSTREAM16
)PTR_SEG_TO_LIN(*ppstm
);
1213 lpstr
->hf
= FILE_Dup(this->hf
);
1214 lpstr
->offset
.LowPart
= 0;
1215 lpstr
->offset
.HighPart
= 0;
1217 ppsent
=STORAGE_get_free_pps_entry(lpstr
->hf
);
1221 if (stde
.pps_next
==-1)
1224 while (stde
.pps_next
!=-1) {
1226 if (1!=STORAGE_get_pps_entry(lpstr
->hf
,x
,&stde
))
1229 stde
.pps_next
= ppsent
;
1230 assert(STORAGE_put_pps_entry(lpstr
->hf
,x
,&stde
));
1231 assert(1==STORAGE_get_pps_entry(lpstr
->hf
,ppsent
,&(lpstr
->stde
)));
1232 lstrcpyAtoW(lpstr
->stde
.pps_rawname
,pwcsName
);
1233 lpstr
->stde
.pps_sizeofname
= lstrlen32A(pwcsName
)*2+2;
1234 lpstr
->stde
.pps_next
= -1;
1235 lpstr
->stde
.pps_prev
= -1;
1236 lpstr
->stde
.pps_dir
= -1;
1237 lpstr
->stde
.pps_sb
= -1;
1238 lpstr
->stde
.pps_size
= 0;
1239 lpstr
->stde
.pps_type
= 2;
1240 lpstr
->ppsent
= ppsent
;
1241 /* FIXME: timestamps? */
1242 if (!STORAGE_put_pps_entry(lpstr
->hf
,ppsent
,&(lpstr
->stde
)))
1247 HRESULT WINAPI
IStorage16_OpenStorage(
1248 LPSTORAGE16
this,LPCOLESTR16 pwcsName
, IStorage16
*pstgPrio
, DWORD grfMode
, SNB16 snbExclude
, DWORD reserved
, IStorage16
**ppstg
1254 TRACE(relay
,"(%p)->(%s,%p,0x%08lx,%p,0x%08lx,%p)\n",
1255 this,pwcsName
,pstgPrio
,grfMode
,snbExclude
,reserved
,ppstg
1257 if (grfMode
& STGM_TRANSACTED
)
1258 FIXME(ole
,"We do not support transacted Compound Storage. Using direct mode.\n");
1259 _create_istorage16(ppstg
);
1260 lpstg
= (LPSTREAM16
)PTR_SEG_TO_LIN(*ppstg
);
1261 lpstg
->hf
= FILE_Dup(this->hf
);
1262 lstrcpyAtoW(name
,pwcsName
);
1263 newpps
= STORAGE_look_for_named_pps(lpstg
->hf
,this->stde
.pps_dir
,name
);
1265 IStream16_Release(lpstg
);
1269 if (1!=STORAGE_get_pps_entry(lpstg
->hf
,newpps
,&(lpstg
->stde
))) {
1270 IStream16_Release(lpstg
);
1273 lpstg
->ppsent
= newpps
;
1277 HRESULT WINAPI
IStorage16_OpenStream(
1278 LPSTORAGE16
this,LPCOLESTR16 pwcsName
, void *reserved1
, DWORD grfMode
, DWORD reserved2
, IStream16
**ppstm
1284 TRACE(relay
,"(%p)->(%s,%p,0x%08lx,0x%08lx,%p)\n",
1285 this,pwcsName
,reserved1
,grfMode
,reserved2
,ppstm
1287 if (grfMode
& STGM_TRANSACTED
)
1288 FIXME(ole
,"We do not support transacted Compound Storage. Using direct mode.\n");
1289 _create_istream16(ppstm
);
1290 lpstr
= (LPSTREAM16
)PTR_SEG_TO_LIN(*ppstm
);
1291 lpstr
->hf
= FILE_Dup(this->hf
);
1292 lstrcpyAtoW(name
,pwcsName
);
1293 newpps
= STORAGE_look_for_named_pps(lpstr
->hf
,this->stde
.pps_dir
,name
);
1295 IStream16_Release(lpstr
);
1299 if (1!=STORAGE_get_pps_entry(lpstr
->hf
,newpps
,&(lpstr
->stde
))) {
1300 IStream16_Release(lpstr
);
1303 lpstr
->offset
.LowPart
= 0;
1304 lpstr
->offset
.HighPart
= 0;
1305 lpstr
->ppsent
= newpps
;
1309 static void _create_istorage16(LPSTORAGE16
*stg
) {
1312 if (!stvt16
.fnQueryInterface
) {
1313 HMODULE16 wp
= GetModuleHandle16("STORAGE");
1315 #define VTENT(x) stvt16.fn##x = (void*)WIN32_GetProcAddress16(wp,"IStorage16_"#x);
1316 VTENT(QueryInterface
)
1321 VTENT(CreateStorage
)
1324 VTENT(MoveElementTo
)
1328 VTENT(DestroyElement
)
1329 VTENT(RenameElement
)
1330 VTENT(SetElementTimes
)
1335 segstvt16
= SEGPTR_NEW(IStorage16_VTable
);
1336 memcpy(segstvt16
,&stvt16
,sizeof(stvt16
));
1337 segstvt16
= (LPSTORAGE16_VTABLE
)SEGPTR_GET(segstvt16
);
1339 #define VTENT(x) stvt16.fn##x = IStorage16_##x;
1340 VTENT(QueryInterface
)
1345 VTENT(CreateStorage
)
1349 /* not (yet) implemented ...
1350 VTENT(MoveElementTo)
1353 VTENT(DestroyElement)
1354 VTENT(RenameElement)
1355 VTENT(SetElementTimes)
1361 segstvt16
= &stvt16
;
1364 lpst
= SEGPTR_NEW(IStorage16
);
1365 lpst
->lpvtbl
= segstvt16
;
1367 lpst
->thisptr
= SEGPTR_GET(lpst
);
1368 *stg
= (void*)lpst
->thisptr
;
1371 /******************************************************************************
1374 HRESULT WINAPI
IStorage32_QueryInterface(
1375 LPSTORAGE32
this,REFIID refiid
,LPVOID
*obj
1379 WINE_StringFromCLSID((LPCLSID
)refiid
,xrefiid
);
1380 TRACE(relay
,"(%p)->(%s,%p)\n",this,xrefiid
,obj
);
1382 if (!memcmp(&IID_IUnknown
,refiid
,sizeof(IID_IUnknown
))) {
1386 return OLE_E_ENUM_NOMORE
;
1389 ULONG WINAPI
IStorage32_AddRef(LPSTORAGE32
this) {
1390 return ++(this->ref
);
1393 ULONG WINAPI
IStorage32_Release(LPSTORAGE32
this) {
1397 HeapFree(GetProcessHeap(),0,this);
1401 HRESULT WINAPI
IStorage32_CreateStream(
1402 LPSTORAGE32
this,LPCOLESTR32 pwcsName
,DWORD grfMode
,DWORD reserved1
,DWORD reserved2
, IStream32
**ppstm
1404 TRACE(ole
,"(%p)->(%p,0x%08lx,0x%08lx,0x%08lx,%p)\n",
1405 this,pwcsName
,grfMode
,reserved1
,reserved2
,ppstm
1407 *ppstm
= (IStream32
*)HeapAlloc(GetProcessHeap(),0,sizeof(IStream32
));
1408 (*ppstm
)->lpvtbl
= &strvt32
;
1414 HRESULT WINAPI
IStorage32_OpenStream(
1415 LPSTORAGE32
this,LPCOLESTR32 pwcsName
, void *reserved1
, DWORD grfMode
, DWORD reserved2
, IStream32
**ppstm
1417 TRACE(ole
,"(%p)->(%p,%p,0x%08lx,0x%08lx,%p)\n",
1418 this,pwcsName
,reserved1
,grfMode
,reserved2
,ppstm
1420 *ppstm
= (IStream32
*)HeapAlloc(GetProcessHeap(),0,sizeof(IStream32
));
1421 (*ppstm
)->lpvtbl
= &strvt32
;
1426 static IStorage32_VTable stvt32
= {
1427 IStorage32_QueryInterface
,
1430 IStorage32_CreateStream
,
1431 IStorage32_OpenStream
,
1444 /******************************************************************************
1445 * Storage API functions
1448 OLESTATUS WINAPI
StgCreateDocFile16(
1449 LPCOLESTR16 pwcsName
,DWORD grfMode
,DWORD reserved
,IStorage16
**ppstgOpen
1454 struct storage_pps_entry stde
;
1456 TRACE(ole
,"(%s,0x%08lx,0x%08lx,%p)\n",
1457 pwcsName
,grfMode
,reserved
,ppstgOpen
1459 _create_istorage16(ppstgOpen
);
1460 hf
= CreateFile32A(pwcsName
,GENERIC_READ
|GENERIC_WRITE
,0,NULL
,CREATE_NEW
,0,0);
1461 if (hf
==INVALID_HANDLE_VALUE32
) {
1462 WARN(ole
,"couldn't open file for storage:%ld\n",GetLastError());
1465 lpstg
= (LPSTORAGE16
)PTR_SEG_TO_LIN(*ppstgOpen
);
1467 /* FIXME: check for existance before overwriting? */
1468 if (!STORAGE_init_storage(hf
)) {
1473 while (!ret
) { /* neither 1 nor <0 */
1474 ret
=STORAGE_get_pps_entry(hf
,i
,&stde
);
1475 if ((ret
==1) && (stde
.pps_type
==5)) {
1483 IStorage16_Release(lpstg
); /* will remove it */
1489 OLESTATUS WINAPI
StgCreateDocFile32(
1490 LPCOLESTR32 pwcsName
,DWORD grfMode
,DWORD reserved
,IStorage32
**ppstgOpen
1492 TRACE(ole
,"(%p,0x%08lx,0x%08lx,%p)\n",
1493 pwcsName
,grfMode
,reserved
,ppstgOpen
1495 *ppstgOpen
= (IStorage32
*)HeapAlloc(GetProcessHeap(),0,sizeof(IStorage32
));
1496 (*ppstgOpen
)->ref
= 1;
1497 (*ppstgOpen
)->lpvtbl
= &stvt32
;
1501 OLESTATUS WINAPI
StgIsStorageFile16(LPCOLESTR16 fn
) {
1506 TRACE(ole
,"(\'%s\')",fn
);
1507 hf
= OpenFile32(fn
,&ofs
,OF_SHARE_DENY_NONE
);
1508 if (hf
==HFILE_ERROR32
)
1509 return STG_E_FILENOTFOUND
;
1510 if (24!=_lread32(hf
,magic
,24)) {
1511 fprintf(stderr
," too short\n");
1515 if (!memcmp(magic
,STORAGE_magic
,8)) {
1516 fprintf(stderr
," -> YES\n");
1520 if (!memcmp(magic
,STORAGE_notmagic
,8)) {
1521 fprintf(stderr
," -> NO\n");
1525 if (!memcmp(magic
,STORAGE_oldmagic
,8)) {
1526 fprintf(stderr
," -> old format\n");
1528 return STG_E_OLDFORMAT
;
1530 WARN(ole
," -> Invalid header.\n");
1532 return STG_E_INVALIDHEADER
;
1536 StgIsStorageFile32(LPCOLESTR32 fn
)
1538 LPOLESTR16 xfn
= HEAP_strdupWtoA(GetProcessHeap(),0,fn
);
1539 OLESTATUS ret
= StgIsStorageFile16(xfn
);
1541 HeapFree(GetProcessHeap(),0,xfn
);
1547 OLESTATUS WINAPI
StgOpenStorage16(
1548 const OLECHAR16
* pwcsName
,IStorage16
*pstgPriority
,DWORD grfMode
,
1549 SNB16 snbExclude
,DWORD reserved
, IStorage16
**ppstgOpen
1554 struct storage_pps_entry stde
;
1556 TRACE(ole
,"(%s,%p,0x%08lx,%p,%ld,%p)\n",
1557 pwcsName
,pstgPriority
,grfMode
,snbExclude
,reserved
,ppstgOpen
1559 _create_istorage16(ppstgOpen
);
1560 hf
= CreateFile32A(pwcsName
,GENERIC_READ
,0,NULL
,0,0,0);
1561 if (hf
==INVALID_HANDLE_VALUE32
) {
1562 fprintf(stderr
,"couldn't open file for storage\n");
1565 lpstg
= (LPSTORAGE16
)PTR_SEG_TO_LIN(*ppstgOpen
);
1569 while (!ret
) { /* neither 1 nor <0 */
1570 ret
=STORAGE_get_pps_entry(hf
,i
,&stde
);
1571 if ((ret
==1) && (stde
.pps_type
==5)) {
1578 IStorage16_Release(lpstg
); /* will remove it */
1585 OLESTATUS WINAPI
StgOpenStorage32(
1586 const OLECHAR32
* pwcsName
,IStorage32
*pstgPriority
,DWORD grfMode
,
1587 SNB32 snbExclude
,DWORD reserved
, IStorage32
**ppstgOpen
1589 FIXME(ole
,"StgOpenStorage32(%p,%p,0x%08lx,%p,%ld,%p),stub!\n",
1590 pwcsName
,pstgPriority
,grfMode
,snbExclude
,reserved
,
1592 *ppstgOpen
= (IStorage32
*)HeapAlloc(GetProcessHeap(),0,sizeof(IStorage32
));
1593 (*ppstgOpen
)->ref
= 1;
1594 (*ppstgOpen
)->lpvtbl
= &stvt32
;