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rxprtutl.c@ 53

Last change on this file since 53 was 38, checked in by Alex Taylor, 9 years ago
Update version to 0.3.
File size: 97.5 KB

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1	/******************************************************************************
2	* REXX OS/2 Printer Utility API (RXPRTUTL.DLL) *
3	* (C) 2011,2016 Alex Taylor *
4	* *
5	* LICENSE: *
6	* *
7	* Redistribution and use in source and binary forms, with or without *
8	* modification, are permitted provided that the following conditions are *
9	* met: *
10	* *
11	* 1. Redistributions of source code must retain the above copyright *
12	* notice, this list of conditions and the following disclaimer. *
13	* *
14	* 2. Redistributions in binary form must reproduce the above copyright *
15	* notice, this list of conditions and the following disclaimer in the *
16	* documentation and/or other materials provided with the distribution. *
17	* *
18	* 3. The name of the author may not be used to endorse or promote products *
19	* derived from this software without specific prior written permission. *
20	* *
21	* THIS SOFTWARE IS PROVIDED BY THE AUTHOR ''AS IS'' AND ANY EXPRESS OR *
22	* IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED *
23	* WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE *
24	* DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT, *
25	* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES *
26	* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR *
27	* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) *
28	* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, *
29	* STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN *
30	* ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE *
31	* POSSIBILITY OF SUCH DAMAGE. *
32	* *
33	******************************************************************************/
34
35	#define INCL_DEV
36	#define INCL_DOSERRORS
37	#define INCL_DOSMISC
38	#define INCL_DOSMODULEMGR
39	#define INCL_DOSPROFILE
40	#define INCL_SPL
41	#define INCL_SPLDOSPRINT
42	#define INCL_SPLERRORS
43	#define INCL_PM
44	#define INCL_WIN
45	#define INCL_WINWORKPLACE
46	#ifndef OS2_INCLUDED
47	#include <os2.h>
48	#endif
49	#include <ctype.h>
50	#include <stdio.h>
51	#include <stdlib.h>
52	#include <string.h>
53	#define INCL_RXSHV
54	#define INCL_RXFUNC
55	#include <rexxsaa.h>
56
57	#include "shfuncs.h"
58
59
60	// CONSTANTS
61
62	#define SZ_LIBRARY_NAME "RXPRTUTL" // Name of this library
63	#define SZ_VERSION "0.3" // Current version of this library
64
65	//This is now defined by the Makefile:
66	//#define SZ_ERROR_NAME "RPUERROR" // REXX variable used to store error codes
67
68	#define APPNAME_LEAD_STR "PM_"
69	#define APPNAME_PM_PORT_DRIVER "PM_PORT_DRIVER"
70	#define APPNAME_PM_SPOOLER_PORT "PM_SPOOLER_PORT"
71	#define APPNAME_PM_PRINT_OBJECT "PM_PrintObject"
72	#define APPNAME_PM_ABS_OBJECTS "PM_Abstract:Objects"
73	#define APPNAME_PM_WPS_LOCATION "PM_Workplace:Location"
74
75	#define ID_OBJINFO_QUEUENAME 3
76	#define ID_OBJINFO_RPQUEUENAME 13
77
78	// Values that should be defined in pmsplb.h if it actually existed
79	#define TYPE_SHORT_WAIT 1
80	#define TYPE_LONG_WAIT 2
81	#define BIDI_SET_PORTDRV 0x19
82	#define BIDI_Q_PORTDRV 0x8019
83
84	// Values used by WinOpenObject
85	#define OPEN_DEFAULT 0
86	#define OPEN_CONTENTS 1
87	#define OPEN_SETTINGS 2
88	#define OPEN_HELP 3
89	#define OPEN_TREE 101
90	#define OPEN_DETAILS 102
91
92	// Maximum string lengths...
93	#ifdef NO_SHARED_SOURCE
94	#define US_COMPOUND_MAXZ 250 // ...of a compound variable
95	#define US_ERRSTR_MAXZ 250 // ...of an error string
96	#endif
97
98	#define US_INTEGER_MAXZ 12 // ...of an integer string
99	#define US_STEM_MAXZ ( US_COMPOUND_MAXZ - US_INTEGER_MAXZ ) // ...of a stem
100	#define US_DRVINFO_MAXZ ( CCHMAXPATH + 8 + 32 ) // ...of an driver/port info string
101	#define US_PRTINFO_MAXZ 180 // ...of a printer info string
102	#define US_PORT_MAXZ 64 // ...of a port name
103	#define US_PRTDEV_MAXZ 9 // ...of a print device name
104
105
106	// DATA TYPES
107
108	/* Structures needed used to parse PM_Abstract:Object data
109	*/
110	#pragma pack(1)
111	typedef struct _Object_Info
112	{
113	USHORT cbName; // Size of szName, including terminator
114	USHORT cbData; // Number of additional data bytes following szName
115	CHAR szName[1]; // Name of object type
116	} OBJINFO, *POBJINFO;
117
118	typedef struct _Object_Tag_Info
119	{
120	USHORT usTagFormat; // Tag data format
121	USHORT usTag; // Tag ID
122	USHORT cbTag; // Size of tag data
123	} OITAG, *POITAG;
124	#pragma pack()
125
126
127	// GLOBALS
128
129	// List of functions to be registered by RPULoadFuncs
130	static PSZ RxFunctionTbl[] = {
131	"RPULoadFuncs", // drop only
132	"RPUDropFuncs",
133	"RPUDeviceDelete",
134	"RPUEnumModels",
135	"RPUEnumDrivers",
136	"RPUEnumPorts",
137	"RPUEnumPrinters",
138	"RPUQueueDefault",
139	"RPUQueueHold",
140	"RPUOpenView",
141	"RPUPortDelete",
142	"RPUPortDialog",
143	"RPUPortInfo",
144	"RPUPortInstall",
145	"RPUPortQuery",
146	"RPUPortSet",
147	"RPUPrinterCreate",
148	"RPUPrinterDelete",
149	"RPUPrinterQuery",
150	"RPUVersion"
151	};
152
153
154	// FUNCTION DECLARATIONS
155
156	// Exported REXX functions
157	RexxFunctionHandler RPULoadFuncs;
158	RexxFunctionHandler RPUDropFuncs;
159	RexxFunctionHandler RPUVersion;
160	RexxFunctionHandler RPUDeviceDelete;
161	RexxFunctionHandler RPUEnumModels;
162	RexxFunctionHandler RPUEnumDrivers;
163	RexxFunctionHandler RPUEnumPorts;
164	RexxFunctionHandler RPUEnumPrinters;
165	RexxFunctionHandler RPUOpenView;
166	RexxFunctionHandler RPUPortDelete;
167	RexxFunctionHandler RPUPortDialog;
168	RexxFunctionHandler RPUPortInfo;
169	RexxFunctionHandler RPUPortInstall;
170	RexxFunctionHandler RPUPortQuery;
171	RexxFunctionHandler RPUPortSet;
172	RexxFunctionHandler RPUPrinterCreate;
173	RexxFunctionHandler RPUPrinterDelete;
174	RexxFunctionHandler RPUPrinterQuery;
175	RexxFunctionHandler RPUQueueDefault;
176	RexxFunctionHandler RPUQueueHold;
177
178	// TODO
179
180	// Internal functions
181	PSZ GetObjectID( PSZ pszHandle );
182	HOBJECT PrinterObjectHandle( PSZ pszQueueName );
183	ULONG UniqueDeviceName( PSZ pszName );
184	#ifdef NO_SHARED_SOURCE
185	BOOL SaveResultString( PRXSTRING prsResult, PCH pchBytes, ULONG ulBytes );
186	BOOL WriteCompoundVariable( PSZ pszStem, PSZ pszTail, PSZ pszValue );
187	// BOOL WriteSimpleVariable( PSZ pszName, PSZ pszValue );
188	BOOL WriteStemElement( PSZ pszStem, ULONG ulIndex, PSZ pszValue );
189	void WriteErrorCode( ULONG ulError, PSZ pszContext );
190	#endif
191
192
193	/* ************************************************************************* *
194	* EXPORTED REXX FUNCTIONS *
195	* ************************************************************************* */
196
197	/* ------------------------------------------------------------------------- *
198	* RPULoadFuncs *
199	* *
200	* Register all RPU* REXX functions except this one. *
201	* *
202	* REXX ARGUMENTS: None *
203	* REXX RETURN VALUE: "" *
204	* ------------------------------------------------------------------------- */
205	ULONG APIENTRY RPULoadFuncs( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
206	{
207	int entries,
208	i;
209
210	// Reset the error indicator
211	WriteErrorCode( 0, NULL );
212
213	if ( argc > 0 ) return ( 40 );
214	entries = sizeof(RxFunctionTbl) / sizeof(PSZ);
215
216	// Start from 1 to skip RPULoadFuncs (we don't want to re-register ourselves)
217	for ( i = 1; i < entries; i++ )
218	RexxRegisterFunctionDll( RxFunctionTbl[i], SZ_LIBRARY_NAME, RxFunctionTbl[i] );
219
220	SaveResultString( prsResult, NULL, 0 );
221	return ( 0 );
222	}
223
224
225	/* ------------------------------------------------------------------------- *
226	* RPUDropFuncs *
227	* *
228	* Deregister all RPU* REXX functions, including this one. *
229	* *
230	* REXX ARGUMENTS: None *
231	* REXX RETURN VALUE: "" *
232	* ------------------------------------------------------------------------- */
233	ULONG APIENTRY RPUDropFuncs( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
234	{
235	int entries,
236	i;
237
238	// Reset the error indicator
239	WriteErrorCode( 0, NULL );
240
241	if ( argc > 0 ) return ( 40 );
242	entries = sizeof(RxFunctionTbl) / sizeof(PSZ);
243	for ( i = 0; i < entries; i++ )
244	RexxDeregisterFunction( RxFunctionTbl[i] );
245
246	SaveResultString( prsResult, NULL, 0 );
247	return ( 0 );
248	}
249
250
251	/* ------------------------------------------------------------------------- *
252	* RPUVersion *
253	* *
254	* Returns the current library version. *
255	* *
256	* REXX ARGUMENTS: None *
257	* REXX RETURN VALUE: Current version in the form "major.minor.refresh" *
258	* ------------------------------------------------------------------------- */
259	ULONG APIENTRY RPUVersion( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
260	{
261	CHAR szVersion[ 12 ];
262
263	// Reset the error indicator
264	WriteErrorCode( 0, NULL );
265
266	if ( argc > 0 ) return ( 40 );
267	sprintf( szVersion, "%s", SZ_VERSION );
268
269	SaveResultString( prsResult, szVersion, strlen(szVersion) );
270	return ( 0 );
271	}
272
273
274	/* ------------------------------------------------------------------------- *
275	* RPUDeviceDelete *
276	* *
277	* Deletes a local print device which lacks a printer queue. Can be useful *
278	* for cleaning up bad or corrupted printer definitions. *
279	* *
280	* REXX ARGUMENTS: *
281	* 1. The name of the print device to be deleted. (REQUIRED) *
282	* *
283	* REXX RETURN VALUE: *
284	* 1 on success, or 0 if an error occurred. *
285	* ------------------------------------------------------------------------- */
286	ULONG APIENTRY RPUDeviceDelete( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
287	{
288	PSZ pszDeviceName = NULL;
289	SPLERR rc;
290
291
292	// Reset the error indicator
293	WriteErrorCode( 0, NULL );
294
295	// Validate the REXX arguments
296	if (( argc != 1 ) \|\| ( ! RXVALIDSTRING( argv[0] )))
297	return ( 40 );
298
299	pszDeviceName = argv[0].strptr;
300
301	rc = SplDeleteDevice( NULL, pszDeviceName );
302	if ( rc != NO_ERROR ) {
303	WriteErrorCode( rc, "SplDeleteDevice");
304	SaveResultString( prsResult, PSZ_ZERO, 1 );
305	return 0;
306	}
307
308	SaveResultString( prsResult, PSZ_ONE, 1 );
309	return ( 0 );
310	}
311
312
313	/* ------------------------------------------------------------------------- *
314	* RPUEnumModels *
315	* *
316	* Gets a list of the printer models supported by the specified print *
317	* driver. *
318	* *
319	* REXX ARGUMENTS: *
320	* 1. Filespec of the printer driver to query. (REQUIRED) *
321	* 2. The name of the stem in which to return the results. (REQUIRED) *
322	* *
323	* REXX RETURN VALUE: *
324	* 1 on success, or 0 if an error occurred. *
325	* ------------------------------------------------------------------------- */
326	ULONG APIENTRY RPUEnumModels( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
327	{
328	HAB hab; // desktop anchor-block handle
329	PSZ pszDriver; // print driver filespec
330	CHAR szStem[ US_STEM_MAXZ ], // buffers used for building stem
331	szNumber[ US_INTEGER_MAXZ ]; // ...
332	BOOL fSuccess; // success indicator
333	PSTR32 aDeviceName; // array of device names
334	PSTR64 aDeviceDesc; // array of device descriptions
335	PSTR16 aDataType; // array of data types
336	LONG pldn = 0L, // number of device names/descriptions
337	pldt = 0L, // number of data types
338	i;
339	APIRET rc = 0;
340
341	// Reset the error indicator
342	WriteErrorCode( 0, NULL );
343
344	// Make sure we have exactly two valid arguments
345	if (( argc != 2 ) \|\|
346	( ! RXVALIDSTRING( argv[0] )) \|\|
347	( ! RXVALIDSTRING( argv[1] )) \|\|
348	( RXSTRLEN( argv[1] ) > US_STEM_MAXZ ))
349	return ( 40 );
350	pszDriver = argv[0].strptr;
351
352	if ( argv[1].strptr[ argv[1].strlength-1 ] == '.') argv[1].strlength--;
353	strncpy( szStem, argv[1].strptr, RXSTRLEN( argv[1] ));
354	szStem[ RXSTRLEN( argv[1] ) ] = '\0';
355
356	hab = WinInitialize( 0 );
357	if ( !hab ) {
358	WriteErrorCode( 0, "WinInitialize");
359	SaveResultString( prsResult, PSZ_ZERO, 1 );
360	return ( 0 );
361	}
362
363	// Query the size of the available data
364	fSuccess = DevQueryDeviceNames( hab, pszDriver, &pldn, NULL, NULL, &pldt, NULL );
365	if ( !fSuccess ) {
366	WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "DevQueryDeviceNames");
367	SaveResultString( prsResult, PSZ_ZERO, 1 );
368	goto cleanup;
369	}
370
371	// Now get the actual data
372	/* (This originally used malloc() - switched to DosAllocMem() while in the
373	* process of trying to hunt down an intermittent trap. In fact, the trap
374	* was probably caused by a flaw in WriteStemElement() which has since been
375	* fixed.)
376	*/
377	#if 1
378	rc = DosAllocMem( (PVOID) &aDeviceName, (ULONG) pldn * sizeof( STR32 ), PAG_WRITE \| PAG_COMMIT );
379	if ( rc != NO_ERROR ) {
380	WriteErrorCode( rc, "DosAllocMem");
381	SaveResultString( prsResult, PSZ_ZERO, 1 );
382	goto cleanup;
383	}
384	rc = DosAllocMem( (PVOID) &aDeviceDesc, (ULONG) pldn * sizeof( STR64 ), PAG_WRITE \| PAG_COMMIT );
385	if ( rc != NO_ERROR ) {
386	WriteErrorCode( rc, "DosAllocMem");
387	SaveResultString( prsResult, PSZ_ZERO, 1 );
388	DosFreeMem( aDeviceName );
389	goto cleanup;
390	}
391	rc = DosAllocMem( (PVOID) &aDataType, (ULONG) pldt * sizeof( STR16 ), PAG_WRITE \| PAG_COMMIT );
392	if ( rc != NO_ERROR ) {
393	WriteErrorCode( rc, "DosAllocMem");
394	SaveResultString( prsResult, PSZ_ZERO, 1 );
395	DosFreeMem( aDeviceName );
396	DosFreeMem( aDeviceDesc );
397	goto cleanup;
398	}
399	#else
400	aDeviceName = malloc( pldn * sizeof( STR32 ));
401	if ( !aDeviceName ) {
402	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
403	SaveResultString( prsResult, PSZ_ZERO, 1 );
404	goto cleanup;
405	}
406	aDeviceDesc = malloc( pldn * sizeof( STR64 ));
407	if ( !aDeviceDesc ) {
408	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
409	SaveResultString( prsResult, PSZ_ZERO, 1 );
410	free( aDeviceName );
411	goto cleanup;
412	}
413	aDataType = malloc( pldt * sizeof( STR16 ));
414	if ( !aDataType ) {
415	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
416	SaveResultString( prsResult, PSZ_ZERO, 1 );
417	free( aDeviceName );
418	free( aDeviceDesc );
419	goto cleanup;
420	}
421	#endif
422	fSuccess = DevQueryDeviceNames( hab, pszDriver, &pldn, aDeviceName,
423	aDeviceDesc, &pldt, aDataType );
424	for ( i = 0; i < pldn; i++ ) {
425	WriteStemElement( szStem, i+1, (PSZ)aDeviceName[i] );
426	}
427	sprintf( szNumber, "%u", pldn );
428	WriteStemElement( szStem, 0, szNumber );
429
430	// Return 1 on success
431	SaveResultString( prsResult, PSZ_ONE, 1 );
432
433	#if 1
434	DosFreeMem( aDeviceName );
435	DosFreeMem( aDeviceDesc );
436	DosFreeMem( aDataType );
437	#else
438	free( aDeviceName );
439	free( aDeviceDesc );
440	free( aDataType );
441	#endif
442
443	cleanup:
444	WinTerminate( hab );
445	return ( 0 );
446	}
447
448
449	/* ------------------------------------------------------------------------- *
450	* RPUEnumPorts *
451	* *
452	* Gets a list of the printer ports currently defined on the system. Returns *
453	* a REXX array (stem) consisting of one string per port, of the form: *
454	* <port> <driver> <driver path> *
455	* *
456	* REXX ARGUMENTS: *
457	* 1. The name of the stem in which to return the results. (REQUIRED) *
458	* *
459	* REXX RETURN VALUE: *
460	* 1 on success, or 0 if an error occurred. *
461	* ------------------------------------------------------------------------- */
462	ULONG APIENTRY RPUEnumPorts( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
463	{
464	PPRPORTINFO1 pInfo;
465	PVOID pbuf;
466	ULONG cbBuf,
467	cTotal,
468	cReturned,
469	cbNeeded,
470	i;
471	CHAR szStem[ US_STEM_MAXZ ], // buffers used for building stem
472	szNumber[ US_INTEGER_MAXZ ], // ...
473	szInfo[ US_DRVINFO_MAXZ ];
474	SPLERR rc;
475
476	// Reset the error indicator
477	WriteErrorCode( 0, NULL );
478
479	// Make sure we have exactly one valid argument (the stem name)
480	if (( argc != 1 ) \|\| ( ! RXVALIDSTRING( argv[0] )))
481	return ( 40 );
482	if ( argv[0].strptr[ argv[0].strlength-1 ] == '.') argv[0].strlength--;
483	strncpy( szStem, argv[0].strptr, RXSTRLEN( argv[0] ));
484	szStem[ RXSTRLEN( argv[0] ) ] = '\0';
485
486	// Query the amount of available data
487	rc = SplEnumPort( NULL, 1, NULL, 0L, &cReturned, &cTotal, &cbNeeded, NULL );
488	if (( rc != ERROR_MORE_DATA ) && ( rc != NERR_BufTooSmall )) {
489	WriteErrorCode( rc, "SplEnumPort");
490	SaveResultString( prsResult, PSZ_ZERO, 1 );
491	return ( 0 );
492	}
493
494	// Now get the actual data
495	pbuf = malloc( cbNeeded );
496	if ( !pbuf ) {
497	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
498	SaveResultString( prsResult, PSZ_ZERO, 1 );
499	return ( 0 );
500	}
501	cbBuf = cbNeeded;
502	rc = SplEnumPort( NULL, 1, pbuf, cbBuf,
503	&cReturned, &cTotal, &cbNeeded, NULL );
504	if ( rc == NO_ERROR ) {
505	pInfo = (PPRPORTINFO1) pbuf;
506	for ( i = 0; i < cReturned; i++ ) {
507	sprintf( szInfo, "%.32s %.8s %s",
508	pInfo->pszPortName,
509	pInfo->pszPortDriverName? pInfo->pszPortDriverName: "",
510	pInfo->pszPortDriverPathName? pInfo->pszPortDriverPathName: "");
511	WriteStemElement( szStem, i+1, szInfo );
512	pInfo++;
513	}
514	sprintf( szNumber, "%u", cReturned );
515	WriteStemElement( szStem, 0, szNumber );
516	SaveResultString( prsResult, PSZ_ONE, 1 );
517	}
518	else {
519	WriteErrorCode( rc, "SplEnumPort");
520	SaveResultString( prsResult, PSZ_ZERO, 1 );
521	}
522	free( pbuf );
523
524	return ( 0 );
525	}
526
527
528	/* ------------------------------------------------------------------------- *
529	* RPUEnumDrivers *
530	* *
531	* Gets a list of the printer drivers currently installed on the system. *
532	* Returns a REXX array (stem) with each item being a driver name string. *
533	* *
534	* REXX ARGUMENTS: *
535	* 1. The name of the stem in which to return the results. (REQUIRED) *
536	* *
537	* REXX RETURN VALUE: *
538	* 1 on success, or 0 if an error occurred. *
539	* ------------------------------------------------------------------------- */
540	ULONG APIENTRY RPUEnumDrivers( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
541	{
542	PSZ pszDriverName;
543	PBYTE pbuf;
544	ULONG cbBuf,
545	cTotal,
546	cReturned,
547	cbNeeded,
548	i;
549	CHAR szStem[ US_STEM_MAXZ ], // buffers used for building stem
550	szNumber[ US_INTEGER_MAXZ ]; // ...
551	SPLERR rc;
552
553
554	// Reset the error indicator
555	WriteErrorCode( 0, NULL );
556
557	// Make sure we have exactly one valid argument (the stem name)
558	if (( argc != 1 ) \|\| ( ! RXVALIDSTRING( argv[0] )))
559	return ( 40 );
560	if ( argv[0].strptr[ argv[0].strlength-1 ] == '.') argv[0].strlength--;
561	strncpy( szStem, argv[0].strptr, RXSTRLEN( argv[0] ));
562	szStem[ RXSTRLEN( argv[0] ) ] = '\0';
563
564	// Query the amount of available data
565	rc = SplEnumDriver( NULL, 0L, NULL, 0L, &cReturned, &cTotal, &cbNeeded, NULL );
566	if (( rc != ERROR_MORE_DATA ) && ( rc != NERR_BufTooSmall )) {
567	WriteErrorCode( rc, "SplEnumDriver");
568	SaveResultString( prsResult, PSZ_ZERO, 1 );
569	return ( 0 );
570	}
571
572	// Now get the actual data
573	pbuf = (PBYTE) malloc( cbNeeded );
574	if ( !pbuf ) {
575	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
576	SaveResultString( prsResult, PSZ_ZERO, 1 );
577	return ( 0 );
578	}
579	cbBuf = cbNeeded;
580	rc = SplEnumDriver( NULL, 0L, pbuf, cbBuf, &cReturned ,&cTotal, &cbNeeded, NULL ) ;
581	if ( rc == NO_ERROR ) {
582	pszDriverName = (PSZ) pbuf;
583	for ( i = 0; i < cReturned ; i++ ) {
584	WriteStemElement( szStem, i+1, pszDriverName );
585	pszDriverName += DRIV_NAME_SIZE + DRIV_DEVICENAME_SIZE + 2;
586	}
587	sprintf( szNumber, "%u", cReturned );
588	WriteStemElement( szStem, 0, szNumber );
589	SaveResultString( prsResult, PSZ_ONE, 1 );
590	}
591	else {
592	WriteErrorCode( rc, "SplEnumDriver");
593	SaveResultString( prsResult, PSZ_ZERO, 1 );
594	}
595	free( pbuf );
596
597	return ( 0 );
598	}
599
600
601	/* ------------------------------------------------------------------------- *
602	* RPUEnumPrinters *
603	* *
604	* Gets a list of the printers currently defined on the system. Returns a *
605	* compound (stem) variable with the following format: *
606	* *
607	* (stem).0 Number of printers *
608	* (stem).i.!name Printer device (a.k.a. physical) name *
609	* (stem).i.!queue Printer queue name ('' for direct printers) *
610	* (stem).i.!host Name of LAN host where printer queue is located *
611	* ('' for non-LAN printers) *
612	* (stem).i.!description Printer description (name of WPS object) *
613	* (stem).i.!handle Printer's object handle ('' for direct printers) *
614	* (stem).i.!flags Zero or more of the following flags (any order): *
615	* D This is the default printer queue *
616	* P Printer queue is paused (held) *
617	* *
618	* REXX ARGUMENTS: *
619	* 1. The name of the stem in which to return the results. (REQUIRED) *
620	* *
621	* REXX RETURN VALUE: *
622	* 1 on success, or 0 if an error occurred. *
623	* ------------------------------------------------------------------------- */
624	ULONG APIENTRY RPUEnumPrinters( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
625	{
626	PPRINTERINFO pPInfo = NULL; // pointer to enumerated printer information
627	PPRQINFO6 pQInfo = NULL; // queue information (level 6)
628	PVOID pbEnum = NULL, // buffer for SplEnumPrinter
629	pbQueue = NULL; // buffer for SplQueryQueue
630	PSZ pszToken;
631	HOBJECT hObj; // printer WPS object handle
632
633	/* Note: SPL_PR_LOCAL_ONLY apparently doesn't prevent SplEnumPrinter from
634	* including remote printers, it only stops it from probing them
635	* to query the remote queue information in addition to the local
636	* queue. Specifying it here prevents a 'stall' when the remote
637	* host is offline or unavailable.
638	*/
639	ULONG flType = SPL_PR_QUEUE \| SPL_PR_DIRECT_DEVICE \| SPL_PR_LOCAL_ONLY,
640	cbBuf = 0,
641	cTotal = 0,
642	cReturned = 0,
643	cbNeeded = 0,
644	ulCount = 0, // number of printers found
645	i;
646	CHAR szFlags[ 3 ], // string of flag characters
647	szHandle[ 9 ], // string for hex object handle
648	// buffers used for building compound variables:
649	szStem[ US_STEM_MAXZ - US_INTEGER_MAXZ - 1 ],
650	szNumber[ US_INTEGER_MAXZ ],
651	szStemNode[ US_STEM_MAXZ ];
652	SPLERR rc;
653
654
655	// Reset the error indicator
656	WriteErrorCode( 0, NULL );
657
658	// Make sure we have exactly one valid argument (the stem name)
659	if (( argc != 1 ) \|\| ( ! RXVALIDSTRING( argv[0] )))
660	return ( 40 );
661	if ( argv[0].strptr[ argv[0].strlength-1 ] == '.') argv[0].strlength--;
662	strncpy( szStem, argv[0].strptr, RXSTRLEN( argv[0] ));
663	szStem[ RXSTRLEN( argv[0] ) ] = '\0';
664
665
666	/* Our enumeration query asks for two types of devices: direct (non-queued)
667	* printers, and printer queues.
668	*
669	* In the latter case, it's important to note that we ask for the queues
670	* themselves rather than queued printers. Why? Because we'll need to
671	* gather information about both printers and their underlying queues (some
672	* things associated with printer objects actually belong to the queue
673	* rather than the printer device).
674	*
675	* The thing is, given a printer name, there doesn't seem to be an easy way
676	* to find out the queue associated with it. So we need to do it the other
677	* way around: get the queue names, then we can identify the printers
678	* connected to them.
679	*/
680
681	// Query the amount of available data
682	rc = SplEnumPrinter( NULL, 0L, flType, NULL, 0L,
683	&cReturned, &cTotal, &cbNeeded, NULL );
684	if (( rc != ERROR_MORE_DATA ) && ( rc != NERR_BufTooSmall ))
685	// && ( rc != ERROR_INVALID_PARAMETER ))
686	{
687	WriteErrorCode( rc, "SplEnumPrinter");
688	SaveResultString( prsResult, PSZ_ZERO, 1 );
689	return ( 0 );
690	}
691
692	// Now get the actual data
693	pbEnum = malloc( cbNeeded );
694	if ( !pbEnum ) {
695	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
696	SaveResultString( prsResult, PSZ_ZERO, 1 );
697	return ( 0 );
698	}
699	cbBuf = cbNeeded;
700	rc = SplEnumPrinter( NULL, 0L, flType, pbEnum, cbBuf,
701	&cReturned, &cTotal, &cbNeeded, NULL );
702	if ( rc != NO_ERROR ) {
703	WriteErrorCode( rc, "SplEnumPrinter");
704	SaveResultString( prsResult, PSZ_ZERO, 1 );
705	goto cleanup;
706	}
707
708	pPInfo = (PPRINTERINFO) pbEnum;
709	for ( i = 0; i < cReturned; i++ ) {
710
711	if ( pPInfo->flType == SPL_PR_DIRECT_DEVICE ) {
712
713	/* Direct print device. No queue, no handle; flags do not apply.
714	* The destination name and description are those of the printer
715	* device itself, so we don't need any additional queries.
716	*/
717	sprintf( szStemNode, "%s.%u", szStem, ++ulCount );
718
719	WriteCompoundVariable( szStemNode, "!name",
720	pPInfo->pszPrintDestinationName );
721	WriteCompoundVariable( szStemNode, "!description",
722	pPInfo->pszDescription );
723	WriteCompoundVariable( szStemNode, "!queue", "");
724	WriteCompoundVariable( szStemNode, "!flags", "");
725	WriteCompoundVariable( szStemNode, "!handle", "");
726
727	WriteCompoundVariable( szStemNode, "!host",
728	pPInfo->pszComputerName?
729	pPInfo->pszComputerName: "");
730	}
731	else if ( pPInfo->flType == SPL_PR_QUEUE ) {
732
733	/* Print queue. We need to query the queue to find out the details
734	* of the print device(s) connected to it.
735	*/
736	rc = SplQueryQueue( pPInfo->pszComputerName,
737	pPInfo->pszPrintDestinationName,
738	6L, NULL, 0L, &cbNeeded );
739	if (( rc != NO_ERROR ) && ( rc != NERR_BufTooSmall )) {
740	WriteErrorCode( rc, "SplQueryQueue");
741	SaveResultString( prsResult, PSZ_ZERO, 1 );
742	//goto cleanup;
743	continue;
744	}
745	pbQueue = malloc( cbNeeded );
746	if ( !pbQueue ) {
747	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
748	SaveResultString( prsResult, PSZ_ZERO, 1 );
749	//goto cleanup;
750	continue;
751	}
752	cbBuf = cbNeeded;
753	rc = SplQueryQueue( pPInfo->pszComputerName, pPInfo->pszPrintDestinationName,
754	6L, pbQueue, cbBuf, &cbNeeded );
755	if ( rc != NO_ERROR ) {
756	WriteErrorCode( rc, "SplQueryQueue");
757	SaveResultString( prsResult, PSZ_ZERO, 1 );
758	free( pbQueue );
759	//goto cleanup;
760	continue;
761	}
762	pQInfo = (PPRQINFO6) pbQueue;
763
764	// Now go through the list of printers connected to this queue...
765	pszToken = strtok( pQInfo->pszPrinters, ",");
766	while ( pszToken ) {
767	sprintf( szStemNode, "%s.%u", szStem, ++ulCount );
768	WriteCompoundVariable( szStemNode, "!name", pszToken );
769	WriteCompoundVariable( szStemNode, "!description", pQInfo->pszComment );
770	WriteCompoundVariable( szStemNode, "!queue", pQInfo->pszName );
771	WriteCompoundVariable( szStemNode, "!driver", pQInfo->pszDriverName );
772	WriteCompoundVariable( szStemNode, "!host",
773	pQInfo->pszRemoteComputerName ?
774	pQInfo->pszRemoteComputerName: "");
775
776	hObj = PrinterObjectHandle( pQInfo->pszName );
777	if ( hObj )
778	sprintf( szHandle, "%X", hObj );
779	else
780	sprintf( szHandle, "");
781	WriteCompoundVariable( szStemNode, "!handle", szHandle );
782
783	memset( szFlags, 0, sizeof( szFlags ));
784	if ( pQInfo->fsType & PRQ3_TYPE_APPDEFAULT )
785	strcat( szFlags, "D");
786	if ( pQInfo->fsStatus & PRQ3_PAUSED )
787	strcat( szFlags, "P");
788	WriteCompoundVariable( szStemNode, "!flags", szFlags );
789
790	pszToken = strtok( NULL, ",");
791	} // while
792
793	free( pbQueue );
794	}
795
796	pPInfo++;
797	}
798	sprintf( szNumber, "%u", ulCount );
799	WriteStemElement( szStem, 0, szNumber );
800	SaveResultString( prsResult, PSZ_ONE, 1 );
801
802	cleanup:
803	free( pbEnum );
804	return ( 0 );
805	}
806
807
808	/* ------------------------------------------------------------------------- *
809	* RPUOpenView *
810	* *
811	* Opens the requested view of the WPS object corresponding to the specified *
812	* print queue. (Note that WPS printer objects are associated with a queue *
813	* rather than a printer device, so it is the queue name that must be passed *
814	* to this function.) *
815	* *
816	* REXX ARGUMENTS: *
817	* 1. The name of the printer queue for the object to open. (REQUIRED) *
818	* 2. Optional view flag, one of: *
819	* O Object's default view (DEFAULT) *
820	* D Details view *
821	* I Icon view *
822	* S Settings *
823	* *
824	* REXX RETURN VALUE: *
825	* 1 on success, or 0 if an error occurred. *
826	* ------------------------------------------------------------------------- */
827	ULONG APIENTRY RPUOpenView( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
828	{
829	HOBJECT hObj;
830	ULONG ulView = OPEN_DEFAULT;
831	BOOL fRC;
832
833
834	// Reset the error indicator
835	WriteErrorCode( 0, NULL );
836
837	// Make sure we have at least one valid argument (the queue name)
838	if ( argc < 1 \|\| ( !RXVALIDSTRING(argv[0]) )) return ( 40 );
839	pszName = argv[0].strptr;
840
841	// Second argument: view (optional, but must be correct if specified)
842	if ( argc == 2 ) {
843	if ( RXVALIDSTRING(argv[1]) ) {
844	switch ( argv[1].strptr[0] ) {
845	case 'o':
846	case 'O': ulView = OPEN_DEFAULT; break;
847	case 'd':
848	case 'D': ulView = OPEN_DETAILS; break;
849	case 'i':
850	case 'I': ulView = OPEN_CONTENTS; break;
851	case 's':
852	case 'S': ulView = OPEN_SETTINGS; break;
853	default : return ( 40 );
854	}
855	}
856	else return ( 40 );
857	}
858	if ( argc > 2 ) return ( 40 );
859
860	hObj = PrinterObjectHandle( pszName );
861	if ( !hObj ) {
862	SaveResultString( prsResult, PSZ_ZERO, 1 );
863	return ( 0 );
864	}
865
866	fRC = WinOpenObject( hObj, ulView, TRUE );
867
868	SaveResultString( prsResult, fRC? PSZ_ONE: PSZ_ZERO, 1 );
869	return ( 0 );
870	}
871
872
873	/* ------------------------------------------------------------------------- *
874	* RPUPortInfo *
875	* *
876	* Queries basic information about a local port. This is different from *
877	* RPUPortQuery() in that the latter returns port configuration information *
878	* from the port driver itself, whereas this function only returns what the *
879	* spooler itself knows about the port. *
880	* *
881	* REXX ARGUMENTS: *
882	* 1. The name of the port. (REQUIRED) *
883	* 2. The name of the stem in which to return the results: (REQUIRED) *
884	* (stem).!name The name of the port *
885	* (stem).!driver The name of the port driver *
886	* (stem).!converter The name of the protocol converter used *
887	* TODO *
888	* (stem).!printer The device name of the printer(s) using this *
889	* port, if any ('' if not in use) *
890	* *
891	* REXX RETURN VALUE: *
892	* 1 on success, or 0 if an error occurred. *
893	* ------------------------------------------------------------------------- */
894	ULONG APIENTRY RPUPortInfo( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
895	{
896	PPRPORTINFO2 pInfo = NULL;
897	PVOID pbuf = NULL;
898	ULONG cbBuf = 0,
899	cbNeeded = 0;
900	CHAR szStem[ US_STEM_MAXZ ]; // compound variable stem name
901	PSZ pszPortName;
902	SPLERR rc;
903
904
905	// Reset the error indicator
906	WriteErrorCode( 0, NULL );
907
908	// Validate the REXX arguments
909	if (( argc != 2 ) \|\|
910	( ! RXVALIDSTRING( argv[0] )) \|\| ( ! RXVALIDSTRING( argv[1] )))
911	return ( 40 );
912
913	pszPortName = argv[0].strptr;
914
915	// Initialize the result stem name
916	if ( RXSTRLEN(argv[1]) > US_STEM_MAXZ ) return ( 40 );
917	if ( argv[1].strptr[ argv[1].strlength-1 ] == '.') argv[1].strlength--;
918	strncpy( szStem, argv[1].strptr, RXSTRLEN( argv[1] ));
919	szStem[ RXSTRLEN( argv[1] ) ] = '\0';
920
921
922	// Query the amount of available data
923	rc = SplQueryPort( NULL, pszPortName, 2L, NULL, 0L, &cbNeeded );
924	if (( rc != ERROR_MORE_DATA ) && ( rc != NERR_BufTooSmall ))
925	{
926	WriteErrorCode( rc, "SplQueryPort");
927	SaveResultString( prsResult, PSZ_ZERO, 1 );
928	return ( 0 );
929	}
930
931	// Now get the actual data
932	pbuf = malloc( cbNeeded );
933	if ( !pbuf ) {
934	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
935	SaveResultString( prsResult, PSZ_ZERO, 1 );
936	return ( 0 );
937	}
938	cbBuf = cbNeeded;
939	rc = SplQueryPort( NULL, pszPortName, 2L, pbuf, cbBuf, &cbNeeded );
940	if ( rc == NO_ERROR ) {
941	pInfo = (PPRPORTINFO2) pbuf;
942	WriteCompoundVariable( szStem, "!name", pInfo->pszPortName );
943	WriteCompoundVariable( szStem, "!driver", pInfo->pszPortDriver );
944	WriteCompoundVariable( szStem, "!converter", pInfo->pszProtocolConverter );
945	SaveResultString( prsResult, PSZ_ONE, 1 );
946	}
947	else {
948	WriteErrorCode( rc, "SplQueryPort");
949	SaveResultString( prsResult, PSZ_ZERO, 1 );
950	}
951
952	free( pbuf );
953	return ( 0 );
954	}
955
956
957	/* ------------------------------------------------------------------------- *
958	* RPUPortInstall *
959	* *
960	* Creates a new printer port. *
961	* *
962	* REXX ARGUMENTS: *
963	* 1. The name of the port driver without any extension. This must be *
964	* installed and registered in OS2.INI already. (REQUIRED) *
965	* 2. The name of the new port to be created. If not specified, the port *
966	* driver will be responsible for using a default name. This should *
967	* generally be specified, as the driver is not guaranteed to support *
968	* omitting it. (DEFAULT: none) *
969	* *
970	* REXX RETURN VALUE: *
971	* 1 on success, or 0 if an error occurred. *
972	* ------------------------------------------------------------------------- */
973	ULONG APIENTRY RPUPortInstall( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
974	{
975	HAB hab; // desktop anchor-block handle
976	HMODULE hPdr = NULLHANDLE; // handle to port driver module
977	PFN pfnInstallPort; // pointer to driver's SplPdInstallPort entrypoint
978	ULONG ulCB; // return value from PrfQueryProfileString()
979	PSZ pszPdrName = NULL, // name of the specified port driver
980	pszPortName = NULL; // name of the new port to create
981	CHAR szPathName[ CCHMAXPATH+1 ]; // FQN of the port driver module
982	APIRET rc = 0; // return code from Dos...() functions
983
984
985	// Reset the error indicator
986	WriteErrorCode( 0, NULL );
987
988	// Make sure we have at least one valid argument (the port driver name)
989	if ( argc < 1 \|\| ( !RXVALIDSTRING(argv[0]) )) return ( 40 );
990	pszPdrName = argv[0].strptr;
991
992	// Second argument: new port name (optional, but must be correct if specified)
993	if ( argc >= 2 ) {
994	if ( RXVALIDSTRING(argv[1]) )
995	pszPortName = strupr( argv[1].strptr );
996	else return ( 40 );
997	}
998
999	// Get the path to the installed port driver
1000	hab = WinInitialize( 0 );
1001	if ( !hab ) {
1002	WriteErrorCode( 0, "WinInitialize");
1003	SaveResultString( prsResult, PSZ_ZERO, 1 );
1004	return ( 0 );
1005	}
1006
1007	ulCB = PrfQueryProfileString( HINI_SYSTEMPROFILE, APPNAME_PM_PORT_DRIVER,
1008	pszPdrName, NULL, (PVOID) szPathName, CCHMAXPATH );
1009	if ( !ulCB ) {
1010	WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1011	SaveResultString( prsResult, PSZ_ZERO, 1 );
1012	goto cleanup;
1013	}
1014
1015	// Load the port driver DLL and register its port install routine
1016	rc = DosLoadModule( NULL, 0, szPathName, &hPdr );
1017	if ( rc != NO_ERROR \|\| !hPdr ) {
1018	WriteErrorCode( rc, "DosLoadModule");
1019	SaveResultString( prsResult, PSZ_ZERO, 1 );
1020	goto cleanup;
1021	}
1022	rc = DosQueryProcAddr( hPdr, 0, "SPLPDINSTALLPORT", &pfnInstallPort );
1023	if ( rc != NO_ERROR ) {
1024	WriteErrorCode( rc, "DosQueryProcAddr");
1025	SaveResultString( prsResult, PSZ_ZERO, 1 );
1026	goto finish;
1027	}
1028
1029	// Now create the new port (the driver will assign it default settings)
1030	rc = pfnInstallPort( hab, pszPortName );
1031	if ( rc == NO_ERROR ) {
1032	// Return 1 on success
1033	SaveResultString( prsResult, PSZ_ONE, 1 );
1034	}
1035	else {
1036	WriteErrorCode( rc, "SplPdInstallPort");
1037	SaveResultString( prsResult, PSZ_ZERO, 1 );
1038	}
1039
1040	finish:
1041	DosFreeModule( hPdr );
1042	cleanup:
1043	WinTerminate( hab );
1044	return ( 0 );
1045	}
1046
1047
1048	/* ------------------------------------------------------------------------- *
1049	* RPUPortQuery *
1050	* *
1051	* Queries the specified port's configuration settings. IMPORTANT: not all *
1052	* port drivers support this; the standard OS/2 serial and parallel port *
1053	* drivers do NOT. When this API is not supported, the return value should *
1054	* be ''. Otherwise, the format of the returned configuration data is a *
1055	* string of binary data in port driver-specific format (the caller assumes *
1056	* responsibility for knowing how to interpret it). *
1057	* *
1058	* REXX ARGUMENTS: *
1059	* 1. The name of the port driver without any extension. This must be *
1060	* installed and registered in OS2.INI already. (REQUIRED) *
1061	* 2. The name of the port to be queried. (REQUIRED) *
1062	* *
1063	* REXX RETURN VALUE: *
1064	* Binary data representing the port configuration, in whatever format is *
1065	* returned by the driver's SplPdQuery->BIDI_Q_PORTDRV routine. This *
1066	* depends on the particular port driver; consult its API documentation. *
1067	* '' will be returned if an error occurred. *
1068	* ------------------------------------------------------------------------- */
1069	ULONG APIENTRY RPUPortQuery( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1070	{
1071	HAB hab; // desktop anchor-block handle
1072	HMODULE hPdr = NULLHANDLE; // handle to port driver module
1073	PFN pfnQueryPort; // pointer to driver's SplPdSet entrypoint
1074	ULONG ulCB, // return value from PrfQueryProfileString()
1075	cBuf; // size of configuration buffer
1076	PSZ pszPdrName = NULL, // name of the specified port driver
1077	pszPortName = NULL; // name of the new port to create
1078	CHAR szPathName[ CCHMAXPATH+1 ]; // FQN of the port driver module
1079	PBYTE pBuf; // Pointer to configuration buffer
1080	APIRET rc = 0; // return code from Dos...() functions
1081
1082
1083	// Reset the error indicator
1084	WriteErrorCode( 0, NULL );
1085
1086	// Make sure we have exactly two valid arguments
1087	if ( argc != 2 \|\|
1088	!RXVALIDSTRING( argv[0] ) \|\|
1089	!RXVALIDSTRING( argv[1] ))
1090	return ( 40 );
1091	pszPdrName = strupr( argv[0].strptr );
1092	pszPortName = strupr( argv[1].strptr );
1093
1094	// Get the path to the installed port driver
1095	hab = WinInitialize( 0 );
1096	if ( !hab ) {
1097	WriteErrorCode( 0, "WinInitialize");
1098	SaveResultString( prsResult, NULL, 0 );
1099	return ( 0 );
1100	}
1101
1102	ulCB = PrfQueryProfileString( HINI_SYSTEMPROFILE, APPNAME_PM_PORT_DRIVER,
1103	pszPdrName, NULL, (PVOID) szPathName, CCHMAXPATH );
1104	if ( !ulCB ) {
1105	WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1106	SaveResultString( prsResult, NULL, 0 );
1107	goto cleanup;
1108	}
1109
1110	// Load the port driver DLL and register its query routine
1111	rc = DosLoadModule( NULL, 0, szPathName, &hPdr );
1112	if ( rc != NO_ERROR \|\| !hPdr ) {
1113	WriteErrorCode( rc, "DosLoadModule");
1114	SaveResultString( prsResult, NULL, 0 );
1115	goto cleanup;
1116	}
1117	rc = DosQueryProcAddr( hPdr, 0, "SPLPDQUERY", &pfnQueryPort );
1118	if ( rc != NO_ERROR ) {
1119	WriteErrorCode( rc, "DosQueryProcAddr");
1120	SaveResultString( prsResult, NULL, 0 );
1121	goto finish;
1122	}
1123
1124	// Now get the port configuration
1125	rc = pfnQueryPort( pszPortName, TYPE_SHORT_WAIT, BIDI_Q_PORTDRV, NULL, 0, NULL, &cBuf );
1126	if ( cBuf && ( rc == NO_ERROR ) \|\|
1127	( rc == ERROR_MORE_DATA ) \|\| ( rc == NERR_BufTooSmall ))
1128	{
1129	pBuf = (PBYTE) malloc( cBuf );
1130	if ( pBuf ) {
1131	rc = pfnQueryPort( pszPortName, TYPE_SHORT_WAIT, BIDI_Q_PORTDRV, NULL, 0, pBuf, &cBuf );
1132	if ( rc == NO_ERROR ) {
1133	// Write the data contents to our return RXSTRING
1134	if ( !SaveResultString( prsResult, pBuf, cBuf ))
1135	SaveResultString( prsResult, NULL, 0 );
1136	}
1137	else {
1138	WriteErrorCode( rc, "SplPdQuery 2");
1139	SaveResultString( prsResult, NULL, 0 );
1140	}
1141	free( pBuf );
1142	}
1143	else {
1144	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
1145	SaveResultString( prsResult, NULL, 0 );
1146	}
1147	}
1148	else {
1149	WriteErrorCode( rc, "SplPdQuery 1");
1150	SaveResultString( prsResult, NULL, 0 );
1151	}
1152
1153	finish:
1154	DosFreeModule( hPdr );
1155	cleanup:
1156	WinTerminate( hab );
1157	return ( 0 );
1158	}
1159
1160
1161	/* ------------------------------------------------------------------------- *
1162	* RPUPortSet *
1163	* *
1164	* Sets the specified port's configuration settings. IMPORTANT: not all *
1165	* port drivers support this; the standard OS/2 serial and parallel port *
1166	* drivers do NOT. Depending on the port driver, there are two possible *
1167	* outcomes when this API is not supported: *
1168	* A. Port driver does not have an entrypoint for SplPdSet. This is the *
1169	* case for any port driver using pre-Warp conventions. RPUPortSet will *
1170	* return 0 and RPUERROR will be "1: DosQueryProcAddr". *
1171	* B. Port driver supports SplPdSet but does not (correctly) implement the *
1172	* BIDI_SET_PORTDRV command. This is the case for some third-party port *
1173	* drivers. In this case, whether or not RPUPortSet returns a success *
1174	* code entirely depends on how conscientiously the port driver itself *
1175	* is written, but the "INITIALIZATION" key (and possibly others) in *
1176	* the port's entry in OS2SYS.INI will not be updated. The application *
1177	* should always check for this after calling RPUPortSet! *
1178	* If the application determines that either of these failure conditions has *
1179	* occurred, it is advisable to call RPUPortDialog as a fallback measure. *
1180	* *
1181	* Because of the above, use of this function is not generally encouraged *
1182	* except when absolutely necessary. *
1183	* *
1184	* REXX ARGUMENTS: *
1185	* 1. The name of the port driver without any extension. This must be *
1186	* installed and registered in OS2.INI already. (REQUIRED) *
1187	* 2. The name of the port to be configured. (REQUIRED) *
1188	* 3. Byte sequence representing the new port configuration. The format *
1189	* depends on the port driver (and it is up to the caller to know what *
1190	* it is). (REQUIRED) *
1191	* *
1192	* REXX RETURN VALUE: *
1193	* 1 on success, or 0 if an error occurred. *
1194	* ------------------------------------------------------------------------- */
1195	ULONG APIENTRY RPUPortSet( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1196	{
1197	HAB hab; // desktop anchor-block handle
1198	HMODULE hPdr = NULLHANDLE; // handle to port driver module
1199	PFN pfnSetPort; // pointer to driver's SplPdSet entrypoint
1200	ULONG ulCB, // return value from PrfQueryProfileString()
1201	cBuf; // size of configuration buffer
1202	PSZ pszPdrName = NULL, // name of the specified port driver
1203	pszPortName = NULL; // name of the new port to create
1204	CHAR szPathName[ CCHMAXPATH+1 ]; // FQN of the port driver module
1205	PBYTE pBuf; // Pointer to configuration buffer
1206	APIRET rc = 0; // return code from Dos...() functions
1207
1208
1209	// Reset the error indicator
1210	WriteErrorCode( 0, NULL );
1211
1212	// Make sure we have exactly three valid arguments
1213	if ( argc != 3 \|\|
1214	!RXVALIDSTRING( argv[0] ) \|\|
1215	!RXVALIDSTRING( argv[1] ) \|\|
1216	!RXVALIDSTRING( argv[2] ) )
1217	return ( 40 );
1218	pszPdrName = strupr( argv[0].strptr );
1219	pszPortName = strupr( argv[1].strptr );
1220	pBuf = argv[2].strptr;
1221	cBuf = argv[2].strlength;
1222
1223	// Get the path to the installed port driver
1224	hab = WinInitialize( 0 );
1225	if ( !hab ) {
1226	WriteErrorCode( 0, "WinInitialize");
1227	SaveResultString( prsResult, PSZ_ZERO, 1 );
1228	return ( 0 );
1229	}
1230
1231	ulCB = PrfQueryProfileString( HINI_SYSTEMPROFILE, APPNAME_PM_PORT_DRIVER,
1232	pszPdrName, NULL, (PVOID) szPathName, CCHMAXPATH );
1233	if ( !ulCB ) {
1234	WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1235	SaveResultString( prsResult, PSZ_ZERO, 1 );
1236	goto cleanup;
1237	}
1238
1239	// Load the port driver DLL and register its configuration routine
1240	rc = DosLoadModule( NULL, 0, szPathName, &hPdr );
1241	if ( rc != NO_ERROR \|\| !hPdr ) {
1242	WriteErrorCode( rc, "DosLoadModule");
1243	SaveResultString( prsResult, PSZ_ZERO, 1 );
1244	goto cleanup;
1245	}
1246	rc = DosQueryProcAddr( hPdr, 0, "SPLPDSET", &pfnSetPort );
1247	if ( rc != NO_ERROR ) {
1248	WriteErrorCode( rc, "DosQueryProcAddr");
1249	SaveResultString( prsResult, PSZ_ZERO, 1 );
1250	goto finish;
1251	}
1252
1253	// Now set the new port configuration
1254	rc = pfnSetPort( pszPortName, TYPE_LONG_WAIT, BIDI_SET_PORTDRV, pBuf, cBuf );
1255	if ( rc == NO_ERROR ) {
1256	// Return 1 on success
1257	SaveResultString( prsResult, PSZ_ONE, 1 );
1258	}
1259	else {
1260	WriteErrorCode( rc, "SplPdSet");
1261	SaveResultString( prsResult, PSZ_ZERO, 1 );
1262	}
1263
1264	finish:
1265	DosFreeModule( hPdr );
1266	cleanup:
1267	WinTerminate( hab );
1268	return ( 0 );
1269	}
1270
1271
1272	/* ------------------------------------------------------------------------- *
1273	* RPUPortDialog *
1274	* *
1275	* Brings up the specified port's configuration dialog. This function can *
1276	* only be used from a PM process. *
1277	* *
1278	* REXX ARGUMENTS: *
1279	* 1. The name of the port driver without any extension. This must be *
1280	* installed and registered in OS2.INI already. (REQUIRED) *
1281	* 2. The name of the port to be configured. (REQUIRED) *
1282	* *
1283	* REXX RETURN VALUE: *
1284	* 1 if the user modified the port configuration. *
1285	* 0 if no changes were made, or if an error occurred. *
1286	* ------------------------------------------------------------------------- */
1287	ULONG APIENTRY RPUPortDialog( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1288	{
1289	HAB hab; // desktop anchor-block handle
1290	HMODULE hPdr = NULLHANDLE; // handle to port driver module
1291	PFN pfnSetPort; // pointer to driver's SplPdSet entrypoint
1292	ULONG ulCB, // return value from PrfQueryProfileString()
1293	flModified = 0; // flag indicating settings were changed
1294	PSZ pszPdrName = NULL, // name of the specified port driver
1295	pszPortName = NULL; // name of the new port to create
1296	CHAR szPathName[ CCHMAXPATH+1 ]; // FQN of the port driver module
1297	APIRET rc = 0; // return code from Dos...() functions
1298
1299
1300	// Reset the error indicator
1301	WriteErrorCode( 0, NULL );
1302
1303	// Make sure we have exactly two valid arguments
1304	if ( argc != 2 \|\|
1305	!RXVALIDSTRING( argv[0] ) \|\|
1306	!RXVALIDSTRING( argv[1] ) )
1307	return ( 40 );
1308	pszPdrName = strupr( argv[0].strptr );
1309	pszPortName = strupr( argv[1].strptr );
1310
1311	// Get the path to the installed port driver
1312	hab = WinInitialize( 0 );
1313	if ( !hab ) {
1314	WriteErrorCode( 0, "WinInitialize");
1315	SaveResultString( prsResult, PSZ_ZERO, 1 );
1316	return ( 0 );
1317	}
1318
1319	ulCB = PrfQueryProfileString( HINI_SYSTEMPROFILE, APPNAME_PM_PORT_DRIVER,
1320	pszPdrName, NULL, (PVOID) szPathName, CCHMAXPATH );
1321	if ( !ulCB ) {
1322	WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1323	SaveResultString( prsResult, PSZ_ZERO, 1 );
1324	goto cleanup;
1325	}
1326
1327	// Load the port driver DLL and register its dialog routine
1328	rc = DosLoadModule( NULL, 0, szPathName, &hPdr );
1329	if ( rc != NO_ERROR \|\| !hPdr ) {
1330	WriteErrorCode( rc, "DosLoadModule");
1331	SaveResultString( prsResult, PSZ_ZERO, 1 );
1332	goto cleanup;
1333	}
1334	rc = DosQueryProcAddr( hPdr, 0, "SPLPDSETPORT", &pfnSetPort );
1335	if ( rc != NO_ERROR ) {
1336	WriteErrorCode( rc, "DosQueryProcAddr");
1337	SaveResultString( prsResult, PSZ_ZERO, 1 );
1338	goto finish;
1339	}
1340
1341	// Now show the port configuration dialog
1342	rc = pfnSetPort( hab, pszPortName, &flModified );
1343	if ( rc == NO_ERROR ) {
1344	// Return 1 if settings were modified
1345	SaveResultString( prsResult, flModified? PSZ_ONE: PSZ_ZERO, 1 );
1346	}
1347	else {
1348	WriteErrorCode( rc, "SplPdSetPort");
1349	SaveResultString( prsResult, PSZ_ZERO, 1 );
1350	}
1351
1352	finish:
1353	DosFreeModule( hPdr );
1354	cleanup:
1355	WinTerminate( hab );
1356	return ( 0 );
1357	}
1358
1359
1360	/* ------------------------------------------------------------------------- *
1361	* RPUPortDelete *
1362	* *
1363	* Deletes a printer port. *
1364	* *
1365	* REXX ARGUMENTS: *
1366	* 1. The name of the port to be deleted. (REQUIRED) *
1367	* *
1368	* REXX RETURN VALUE: *
1369	* 1 on success, or 0 if an error occurred. *
1370	* ------------------------------------------------------------------------- */
1371	ULONG APIENTRY RPUPortDelete( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1372	{
1373	PSZ pszPortName;
1374	SPLERR rc = 0;
1375
1376
1377	// Reset the error indicator
1378	WriteErrorCode( 0, NULL );
1379
1380	// Make sure we have at least one valid argument (the port name)
1381	if ( argc < 1 \|\| ( !RXVALIDSTRING(argv[0]) )) return ( 40 );
1382	pszPortName = strupr( argv[0].strptr );
1383
1384	rc = SplDeletePort( NULL, pszPortName );
1385	if ( rc == NO_ERROR ) {
1386	// Return 1 on success
1387	SaveResultString( prsResult, PSZ_ONE, 1 );
1388	}
1389	else {
1390	WriteErrorCode( rc, "SplDeletePort");
1391	SaveResultString( prsResult, PSZ_ZERO, 1 );
1392	}
1393
1394	return ( 0 );
1395	}
1396
1397
1398	/* ------------------------------------------------------------------------- *
1399	* RPUPrinterCreate *
1400	* *
1401	* Creates a new local printer object. The associated print queue and *
1402	* device are created automatically. However, the specified output port *
1403	* must exist, and the specified printer driver/model must have been *
1404	* installed already. *
1405	* *
1406	* The WPS object is created with default settings, and will be assigned an *
1407	* object-ID automatically by the WPS. *
1408	* *
1409	* NOTE: This function will NOT create a remote (LAN) printer object. *
1410	* *
1411	* REXX ARGUMENTS: *
1412	* 1. The printer description, used as the WPS object title. (REQUIRED) *
1413	* 2. The name of the underlying print queue. Must be a legal *
1414	* queue name according to OS/2 (but what is that...?) (REQUIRED) *
1415	* 3. The name of the printer port, which must exist already. (REQUIRED) *
1416	* 4. The default printer driver.model to be associated with *
1417	* the device. If specified, this must be installed in the *
1418	* system already. If not specified, IBMNULL is assumed. (OPTIONAL) *
1419	* *
1420	* REXX RETURN VALUE: *
1421	* 1 on success, or 0 if an error occurred. *
1422	* ------------------------------------------------------------------------- */
1423	ULONG APIENTRY RPUPrinterCreate( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1424	{
1425	PRDINFO3 devinfo = {0};
1426	PRQINFO3 qinfo = {0};
1427	PSZ pszQueueName = NULL,
1428	pszPortName = NULL,
1429	pszModel = NULL,
1430	pszTitle = NULL;
1431	CHAR szDevice[ US_PRTDEV_MAXZ ] = {0};
1432	SPLERR rc;
1433
1434
1435	// Reset the error indicator
1436	WriteErrorCode( 0, NULL );
1437
1438	// Validate the REXX arguments
1439	if (( argc < 3 ) \|\| ( argc > 4 ) \|\| ( ! RXVALIDSTRING( argv[0] )) \|\|
1440	( ! RXVALIDSTRING( argv[1] )) \|\| ( ! RXVALIDSTRING( argv[2] )))
1441	return ( 40 );
1442	if (( argc > 3 ) && ( ! RXVALIDSTRING( argv[3] )))
1443	return ( 40 );
1444
1445	pszTitle = argv[0].strptr;
1446	pszQueueName = argv[1].strptr;
1447	pszPortName = argv[2].strptr;
1448	if ( argc > 3 ) pszModel = argv[3].strptr;
1449
1450	// Generate a suitable (unique) device name, based on the queue name
1451	strncpy( szDevice, pszQueueName, US_PRTDEV_MAXZ-1 );
1452	if (( rc = UniqueDeviceName( szDevice )) != NO_ERROR ) {
1453	if ( rc == 1 ) // shouldn't really happen
1454	WriteErrorCode( rc, "UniqueDeviceName");
1455	else
1456	WriteErrorCode( rc, "SplEnumDevice");
1457	SaveResultString( prsResult, PSZ_ZERO, 1 );
1458	return ( 0 );
1459	}
1460
1461	// Create the device
1462	devinfo.pszPrinterName = szDevice;
1463	devinfo.pszUserName = NULL;
1464	devinfo.pszLogAddr = pszPortName;
1465	devinfo.pszComment = pszTitle;
1466	devinfo.pszDrivers = pszModel ? pszModel : "IBMNULL";
1467	devinfo.usTimeOut = 45;
1468	rc = SplCreateDevice( NULL, 3, &devinfo, sizeof( devinfo ));
1469	if ( rc != NO_ERROR ) {
1470	WriteErrorCode( rc, "SplCreateDevice");
1471	SaveResultString( prsResult, PSZ_ZERO, 1 );
1472	return ( 0 );
1473	}
1474
1475	// Create the queue (automatically creates printer object)
1476	qinfo.pszName = pszQueueName;
1477	qinfo.uPriority = PRQ_DEF_PRIORITY;
1478	qinfo.fsType = PRQ3_TYPE_RAW;
1479	qinfo.pszPrProc = "PMPRINT";
1480	qinfo.pszComment = pszTitle;
1481	qinfo.pszPrinters = szDevice;
1482	qinfo.pszDriverName = pszModel ? pszModel : "IBMNULL";
1483	rc = SplCreateQueue( NULL, 3, &qinfo, sizeof( qinfo ));
1484	if ( rc != NO_ERROR ) {
1485	WriteErrorCode( rc, "SplCreateQueue");
1486	SaveResultString( prsResult, PSZ_ZERO, 1 );
1487	SplDeleteDevice( NULL, szDevice );
1488	return ( 0 );
1489	}
1490
1491	SaveResultString( prsResult, PSZ_ONE, 1 );
1492	return ( 0 );
1493	}
1494
1495
1496	/* ------------------------------------------------------------------------- *
1497	* RPUPrinterDelete *
1498	* *
1499	* Deletes a local printer queue and its associated print device definition. *
1500	* *
1501	* REXX ARGUMENTS: *
1502	* 1. The name of the printer queue to be deleted. (REQUIRED) *
1503	* *
1504	* REXX RETURN VALUE: *
1505	* 1 on success, or 0 if an error occurred. (1 will be returned even if *
1506	* the WPS printer object could not be deleted, so long as the queue and *
1507	* device were destroyed successfully.) *
1508	* ------------------------------------------------------------------------- */
1509	ULONG APIENTRY RPUPrinterDelete( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1510	{
1511	PPRQINFO3 pInfo = NULL;
1512	ULONG cbBuf = 0;
1513	PSZ pszQueueName = NULL,
1514	pszDeviceName = NULL;
1515	HOBJECT hObj;
1516	SPLERR rc;
1517
1518
1519	// Reset the error indicator
1520	WriteErrorCode( 0, NULL );
1521
1522	// Validate the REXX arguments
1523	if (( argc != 1 ) \|\| ( ! RXVALIDSTRING( argv[0] )))
1524	return ( 40 );
1525
1526	pszQueueName = argv[0].strptr;
1527	hObj = PrinterObjectHandle( pszQueueName );
1528
1529	rc = SplQueryQueue( NULL, pszQueueName, 3, NULL, 0, &cbBuf );
1530	if (( rc != NO_ERROR ) && ( rc != NERR_BufTooSmall )) {
1531	WriteErrorCode( rc, "SplQueryQueue");
1532	SaveResultString( prsResult, PSZ_ZERO, 1 );
1533	return ( 0 );
1534	}
1535	pInfo = (PPRQINFO3) malloc( cbBuf );
1536	if ( !pInfo ) {
1537	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
1538	SaveResultString( prsResult, PSZ_ZERO, 1 );
1539	return ( 0 );
1540	}
1541	rc = SplQueryQueue( NULL, pszQueueName, 3, pInfo, cbBuf, &cbBuf );
1542	if ( rc != NO_ERROR ) {
1543	WriteErrorCode( rc, "SplQueryQueue");
1544	SaveResultString( prsResult, PSZ_ZERO, 1 );
1545	goto cleanup;
1546	}
1547	pszDeviceName = strtok( pInfo->pszPrinters, ",");
1548	rc = SplDeleteDevice( NULL, pszDeviceName );
1549	if ( rc != NO_ERROR ) {
1550	WriteErrorCode( rc, "SplDeleteDevice");
1551	SaveResultString( prsResult, PSZ_ZERO, 1 );
1552	goto cleanup;
1553	}
1554
1555	// Try and destroy the WPS object
1556	// - NB This causes a long delay when deleting an offline LAN printer
1557	if ( hObj != NULLHANDLE ) WinDestroyObject( hObj );
1558
1559	SaveResultString( prsResult, PSZ_ONE, 1 );
1560	cleanup:
1561	free( pInfo );
1562	return ( 0 );
1563	}
1564
1565
1566	/* ------------------------------------------------------------------------- *
1567	* RPUPrinterQuery *
1568	* *
1569	* Gets information about the specified printer device. *
1570	* *
1571	* (stem).!description Printer description (name of WPS object) *
1572	* (stem).!port Name of the port the printer is using *
1573	* (stem).!driver2 List of the drivers used by this printer *
1574	* (stem).!jobflags Zero or more of the following flags (any order): *
1575	* E A printer error has occurred *
1576	* H Printer destination is paused (held) *
1577	* I Intervention required *
1578	* N Printer has raised a notification alert *
1579	* O Printer is offline *
1580	* P Printer is out of paper *
1581	* *
1582	* REXX ARGUMENTS: *
1583	* 1. The name of the printer device being queried. (REQUIRED) *
1584	* 2. The name of the stem in which to return the results. (REQUIRED) *
1585	* *
1586	* REXX RETURN VALUE: *
1587	* 1 on success, or 0 if an error occurred. *
1588	* ------------------------------------------------------------------------- */
1589	ULONG APIENTRY RPUPrinterQuery( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1590	{
1591	PPRDINFO3 pInfo = NULL;
1592	PVOID pbuf = NULL;
1593	ULONG cbBuf = 0,
1594	cbNeeded = 0;
1595	PSZ pszDeviceName;
1596	CHAR szFlags[ 8 ] = {0},
1597	szStem[ US_STEM_MAXZ ]; // compound variable stem name
1598	SPLERR rc;
1599
1600
1601	// Reset the error indicator
1602	WriteErrorCode( 0, NULL );
1603
1604	// Validate the REXX arguments
1605	if (( argc != 2 ) \|\|
1606	( ! RXVALIDSTRING( argv[0] )) \|\| ( ! RXVALIDSTRING( argv[1] )))
1607	return ( 40 );
1608
1609	pszDeviceName = argv[0].strptr;
1610
1611	// Initialize the result stem name
1612	if ( RXSTRLEN(argv[1]) > US_STEM_MAXZ ) return ( 40 );
1613	if ( argv[1].strptr[ argv[1].strlength-1 ] == '.') argv[1].strlength--;
1614	strncpy( szStem, argv[1].strptr, RXSTRLEN( argv[1] ));
1615	szStem[ RXSTRLEN( argv[1] ) ] = '\0';
1616
1617
1618	// Query the amount of available data
1619	rc = SplQueryDevice( NULL, pszDeviceName, 3L, NULL, 0L, &cbNeeded );
1620	if (( rc != ERROR_MORE_DATA ) && ( rc != NERR_BufTooSmall ))
1621	{
1622	WriteErrorCode( rc, "SplQueryDevice");
1623	SaveResultString( prsResult, PSZ_ZERO, 1 );
1624	return ( 0 );
1625	}
1626
1627	// Now get the actual data
1628	pbuf = malloc( cbNeeded );
1629	if ( !pbuf ) {
1630	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
1631	SaveResultString( prsResult, PSZ_ZERO, 1 );
1632	return ( 0 );
1633	}
1634	cbBuf = cbNeeded;
1635	rc = SplQueryDevice( NULL, pszDeviceName, 3L, pbuf, cbBuf, &cbNeeded );
1636	if ( rc == NO_ERROR ) {
1637	pInfo = (PPRDINFO3) pbuf;
1638	WriteCompoundVariable( szStem, "!name", pInfo->pszPrinterName );
1639	WriteCompoundVariable( szStem, "!port", pInfo->pszLogAddr );
1640	WriteCompoundVariable( szStem, "!description", pInfo->pszComment );
1641	WriteCompoundVariable( szStem, "!drivers", pInfo->pszDrivers );
1642	if ( pInfo->fsStatus & PRJ_ERROR ) strcat( szFlags, "E");
1643	if ( pInfo->fsStatus & PRJ_DESTPAUSED ) strcat( szFlags, "H");
1644	if ( pInfo->fsStatus & PRJ_INTERV ) strcat( szFlags, "I");
1645	if ( pInfo->fsStatus & PRJ_NOTIFY ) strcat( szFlags, "N");
1646	if ( pInfo->fsStatus & PRJ_DESTOFFLINE ) strcat( szFlags, "O");
1647	if ( pInfo->fsStatus & PRJ_DESTNOPAPER ) strcat( szFlags, "P");
1648	WriteCompoundVariable( szStem, "!jobflags", szFlags );
1649	SaveResultString( prsResult, PSZ_ONE, 1 );
1650	}
1651	else {
1652	WriteErrorCode( rc, "SplQueryDevice");
1653	SaveResultString( prsResult, PSZ_ZERO, 1 );
1654	}
1655
1656	free( pbuf );
1657	return ( 0 );
1658	}
1659
1660
1661	/* ------------------------------------------------------------------------- *
1662	* RPUQueueDefault *
1663	* *
1664	* Sets the requested printer queue as the system default printer. *
1665	* *
1666	* REXX ARGUMENTS: *
1667	* 1. The name of the printer queue to set as default. (REQUIRED) *
1668	* *
1669	* REXX RETURN VALUE: *
1670	* 1 on success, or 0 if an error occurred. *
1671	* ------------------------------------------------------------------------- */
1672	ULONG APIENTRY RPUQueueDefault( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1673	{
1674	HOBJECT hObj;
1675	BOOL fRC;
1676
1677	// Reset the error indicator
1678	WriteErrorCode( 0, NULL );
1679
1680	// Make sure we have at least one valid argument (the queue name)
1681	if ( argc != 1 \|\| ( !RXVALIDSTRING(argv[0]) )) return ( 40 );
1682	pszName = argv[0].strptr;
1683
1684	hObj = PrinterObjectHandle( pszName );
1685	if ( !hObj ) return ( 40 );
1686
1687	fRC = WinSetObjectData( hObj, "APPDEFAULT=YES;");
1688
1689	SaveResultString( prsResult, fRC? PSZ_ONE: PSZ_ZERO, 1 );
1690	return ( 0 );
1691	}
1692
1693
1694	/* ------------------------------------------------------------------------- *
1695	* RPUQueueHold *
1696	* *
1697	* Holds or releases the specified print queue. *
1698	* *
1699	* REXX ARGUMENTS: *
1700	* 1. The name of the printer queue to hold or release. (REQUIRED) *
1701	* 2. Action flag, one of: *
1702	* Y Hold printer (DEFAULT) *
1703	* N Release printer *
1704	* *
1705	* REXX RETURN VALUE: *
1706	* 1 on success, or 0 if an error occurred. *
1707	* ------------------------------------------------------------------------- */
1708	ULONG APIENTRY RPUQueueHold( PSZ pszName, ULONG argc, RXSTRING argv[], PSZ pszQueue, PRXSTRING prsResult )
1709	{
1710	PSZ pszQueueName; // Print queue name
1711	BOOL fHold = TRUE;
1712	SPLERR rc;
1713
1714
1715	// Reset the error indicator
1716	WriteErrorCode( 0, NULL );
1717
1718	// Make sure we have at least one valid argument (the queue name)
1719	if ( argc < 1 \|\| argc > 2 \|\| ( !RXVALIDSTRING(argv[0]) )) return ( 40 );
1720	pszQueueName = argv[0].strptr;
1721
1722	// Second argument: view (optional, but must be correct if specified)
1723	if ( argc == 2 ) {
1724	if ( RXVALIDSTRING(argv[1]) ) {
1725	switch ( argv[1].strptr[0] ) {
1726	case 'y':
1727	case 'Y': fHold = TRUE; break;
1728	case 'n':
1729	case 'N': fHold = FALSE; break;
1730	default : return ( 40 );
1731	}
1732	}
1733	else return ( 40 );
1734	}
1735
1736	rc = fHold ? SplHoldQueue( NULL, pszQueueName ) :
1737	SplReleaseQueue( NULL, pszQueueName );
1738	if ( rc != NO_ERROR ) {
1739	WriteErrorCode( rc, fHold ? "SplHoldQueue" : "SplReleaseQueue");
1740	SaveResultString( prsResult, PSZ_ZERO, 1 );
1741	}
1742	else
1743	SaveResultString( prsResult, PSZ_ONE, 1 );
1744
1745	return ( 0 );
1746	}
1747
1748
1749	/* ************************************************************************* *
1750	* INTERNAL PRINTER-RELATED FUNCTIONS *
1751	* ************************************************************************* */
1752
1753	/* ------------------------------------------------------------------------- *
1754	* PrinterObjectHandle *
1755	* *
1756	* Given a print queue name, obtain the handle to the WPS printer object *
1757	* associated with that queue. This is done by querying OS2.INI for the *
1758	* queues defined in PM_PrintObject and reading the associated handle IDs. *
1759	* *
1760	* ARGUMENTS: *
1761	* PSZ pszQueueName: The printer queue name. This is NOT the same as the *
1762	* printer device name, although in many cases they may *
1763	* have the same value. *
1764	* *
1765	* RETURNS: HOBJECT *
1766	* WPS object handle of the printer object; NULLHANDLE if no object was *
1767	* found or an error occurred. *
1768	* ------------------------------------------------------------------------- */
1769	HOBJECT PrinterObjectHandle( PSZ pszQueueName )
1770	{
1771	PVOID pbuf = NULL,
1772	pdata = NULL;
1773	PBYTE pb,
1774	pbEnd,
1775	pbGrpEnd;
1776	POBJINFO pInfo = NULL;
1777	POITAG pTag = NULL;
1778	PSZ psz,
1779	pszName;
1780	CHAR szValue[ 256 ],
1781	szObject[ 5 ];
1782	ULONG cbTotal = 0,
1783	cbActual = 0,
1784	ulHandle;
1785	HOBJECT hObj = 0;
1786	BOOL fFound,
1787	fRC;
1788
1789
1790	fRC = PrfQueryProfileSize( HINI_USERPROFILE,
1791	APPNAME_PM_PRINT_OBJECT, NULL, &cbTotal );
1792	if ( !fRC \|\| !cbTotal ) {
1793	//WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileSize");
1794	return NULLHANDLE;
1795	}
1796	pbuf = malloc( cbTotal );
1797	if ( !pbuf ) {
1798	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
1799	return NULLHANDLE;
1800	}
1801
1802	cbActual = PrfQueryProfileString( HINI_USERPROFILE, APPNAME_PM_PRINT_OBJECT,
1803	NULL, NULL, pbuf, cbTotal );
1804	if ( !cbActual ) {
1805	//WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1806	return NULLHANDLE;
1807	}
1808
1809	fFound = FALSE;
1810	psz = (PSZ) pbuf;
1811	while ( *psz && !fFound ) {
1812	#if 1
1813
1814	/* Just checking the queue names associated with the handle in
1815	* PM_PrintObject is not reliable, because remote (LAN) printers
1816	* will store the name of the _remote_ queue there (which is not
1817	* only impossible to map to a local queue name, it may actually
1818	* be the same AS a local queue name... for a different printer).
1819	*
1820	* So what we do here is parse the queue name out of the object
1821	* settings (from PM_Abstract:Objects). We also have to handle
1822	* remote printers slightly differently from local ones.
1823	*
1824	* I am indebted to Henk Kelder's WPTOOLS source code for providing
1825	* the basic logic, although the code below is largely original.
1826	*/
1827
1828	if ( sscanf( psz, "%u", &ulHandle ) && LOUSHORT( ulHandle )) {
1829	sprintf( szObject, "%X", LOUSHORT( ulHandle ));
1830	fRC = PrfQueryProfileSize( HINI_USERPROFILE, APPNAME_PM_ABS_OBJECTS,
1831	szObject, &cbTotal );
1832	if ( !fRC \|\| ( cbTotal < 25 ) \|\| ((pdata = malloc( cbTotal )) == NULL )) {
1833	psz += strlen( psz ) + 1;
1834	continue;
1835	}
1836	if ( PrfQueryProfileData( HINI_USERPROFILE, APPNAME_PM_ABS_OBJECTS,
1837	szObject, (PVOID) pdata, &cbTotal ))
1838	{
1839	BOOL fRemote;
1840	pbEnd = (PBYTE) pdata + cbTotal;
1841	pszName = (PSZ) pdata + sizeof( ULONG );
1842	fRemote = strcmp( pszName, "WPRPrinter") ? FALSE : TRUE;
1843	pb = (PBYTE) pszName + strlen( pszName ) + 17;
1844	while (( pb < pbEnd ) && !fFound ) {
1845	pInfo = (POBJINFO) pb;
1846	pb += sizeof( OBJINFO ) + strlen( pInfo->szName );
1847	pbGrpEnd = pb + pInfo->cbData;
1848	if ( pbGrpEnd > pbEnd ) pbGrpEnd = pbEnd;
1849	while (( pb < pbGrpEnd ) && !fFound ) {
1850	pTag = (POITAG) pb;
1851	pb += sizeof( OITAG );
1852	/* For network printers, tag ID 3 indicates the name of
1853	* the queue on the remote server. We want the local
1854	* queue name, which has tag ID 13.
1855	*/
1856	if ( fRemote && ( pTag->usTag == ID_OBJINFO_RPQUEUENAME )) {
1857	memcpy( szValue, pb, pTag->cbTag );
1858	if ( !strcmp( szValue, pszQueueName )) {
1859	hObj = (HOBJECT) ulHandle;
1860	fFound = TRUE;
1861	}
1862	}
1863	// For local printers, just look for tag ID 3
1864	else if ( pTag->usTag == ID_OBJINFO_QUEUENAME ) {
1865	memcpy( szValue, pb, pTag->cbTag );
1866	if ( !strcmp( szValue, pszQueueName )) {
1867	hObj = (HOBJECT) ulHandle;
1868	fFound = TRUE;
1869	}
1870	}
1871	pb += pTag->cbTag;
1872	}
1873	}
1874	}
1875	free( pdata );
1876	}
1877	#else
1878	/* Old method, do not use (unreliable for the reasons noted above).
1879	*/
1880	if ( !PrfQueryProfileString( HINI_USERPROFILE, APPNAME_PM_PRINT_OBJECT,
1881	psz, NULL, szValue, 255 ))
1882	{
1883	//WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1884	break;
1885	}
1886	if (( strcmp( szValue, pszQueueName ) == 0 ) &&
1887	( sscanf( psz, "%u", (PULONG) &hObj ) == 1 ))
1888	{
1889	fFound = TRUE;
1890	break;
1891	}
1892	#endif
1893	psz += strlen( psz ) + 1;
1894	}
1895
1896	free ( pbuf );
1897	return ( hObj );
1898	}
1899
1900
1901	/* ------------------------------------------------------------------------- *
1902	* GetObjectID *
1903	* *
1904	* Given a WPS object handle, find out the corresponding object ID if one *
1905	* exists. *
1906	* *
1907	* ARGUMENTS: *
1908	* PSZ pszHandle: The WPS object handle, as a hexadecimal string. This *
1909	* should have no prefix, and be all upper-case. *
1910	* *
1911	* RETURNS: PSZ *
1912	* The object ID string. It is up to the caller to free it when done. *
1913	* This will be NULL if no object ID was found. *
1914	* ------------------------------------------------------------------------- */
1915	PSZ GetObjectID( PSZ pszHandle )
1916	{
1917	PVOID pbuf = NULL;
1918	ULONG cbTotal = 0,
1919	cbActual = 0;
1920	CHAR szValue[ 9 ];
1921	PSZ psz,
1922	pszObjID = NULL;
1923	BOOL fRC;
1924
1925
1926	fRC = PrfQueryProfileSize( HINI_USERPROFILE,
1927	APPNAME_PM_WPS_LOCATION, NULL, &cbTotal );
1928	if ( !fRC \|\| !cbTotal ) {
1929	//WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileSize");
1930	return NULL;
1931	}
1932	pbuf = malloc( cbTotal );
1933	if ( !pbuf ) {
1934	WriteErrorCode( ERROR_NOT_ENOUGH_MEMORY, "malloc");
1935	return NULL;
1936	}
1937
1938	cbActual = PrfQueryProfileString( HINI_USERPROFILE, APPNAME_PM_WPS_LOCATION,
1939	NULL, NULL, pbuf, cbTotal );
1940	if ( !cbActual ) {
1941	//WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1942	return NULL;
1943	}
1944
1945	psz = (PSZ) pbuf;
1946	while ( *psz ) {
1947	if ( !PrfQueryProfileString( HINI_USERPROFILE, APPNAME_PM_WPS_LOCATION,
1948	psz, NULL, szValue, 8 ))
1949	{
1950	//WriteErrorCode( ERRORIDERROR( WinGetLastError( hab )), "PrfQueryProfileString");
1951	break;
1952	}
1953	if (( strcmp( szValue, pszHandle ) == 0 ) &&
1954	(( pszObjID = strdup( psz )) != NULL ))
1955	{
1956	break;
1957	}
1958	psz += strlen( psz ) + 1;
1959	}
1960
1961	free ( pbuf );
1962	return ( pszObjID );
1963	}
1964
1965
1966	/* ------------------------------------------------------------------------- *
1967	* UniqueDeviceName *
1968	* *
1969	* Check (and, if necessary, modify) the specified print device name to make *
1970	* sure it is unique. *
1971	* *
1972	* ARGUMENTS: *
1973	* PSZ pszName : Pointer to device name buffer (9-byte CHAR buffer) *
1974	* *
1975	* RETURNS: ULONG *
1976	* 0 on success, 1 if no unique name could be generated, or the return *
1977	* code from SplEnumDevice() if an error occurred. *
1978	* ------------------------------------------------------------------------- */
1979	ULONG UniqueDeviceName( PSZ pszName )
1980	{
1981	PBYTE pBuf;
1982	PPRDINFO3 pprd3;
1983	CHAR szNumber[ US_PRTDEV_MAXZ ] = {0};
1984	ULONG i, n, pos,
1985	ulNumber = 0,
1986	ulAvail = 0,
1987	cbBuf = 0;
1988	BOOL fUnique = FALSE;
1989	SPLERR rc;
1990
1991
1992	rc = SplEnumDevice( NULL, 3, NULL, 0, &ulNumber, &ulAvail, &cbBuf, NULL );
1993	if ( rc == ERROR_MORE_DATA \|\| rc == NERR_BufTooSmall ) {
1994	pBuf = malloc( cbBuf );
1995	if ( pBuf ) {
1996	rc = SplEnumDevice( NULL, 3, pBuf, cbBuf, &ulNumber, &ulAvail, &cbBuf, NULL );
1997	if ( rc == NO_ERROR ) {
1998	n = 1;
1999	while ( !fUnique && ( n < 999 )) { // max 999 as a sanity check
2000	for ( i = 0; i < ulNumber; i++ ) {
2001	pprd3 = (PPRDINFO3) pBuf + i;
2002	if ( stricmp( pszName, pprd3->pszPrinterName ) == 0 ) break;
2003	}
2004	if ( i >= ulNumber ) fUnique = TRUE;
2005	else {
2006	sprintf( szNumber, "%u", n++ );
2007	pos = strlen( pszName ) - strlen( szNumber );
2008	pszName[ pos ] = '\0';
2009	strncat( pszName, szNumber, US_PRTDEV_MAXZ-1 );
2010	}
2011	}
2012	}
2013	free( pBuf );
2014	if ( rc == NO_ERROR && !fUnique ) return 1;
2015	}
2016	}
2017	else if ( rc == NO_ERROR ) fUnique = TRUE;
2018	return rc;
2019	}
2020
2021
2022	/* ************************************************************************* *
2023	* INTERNAL REXX DLL UTILITY FUNCTIONS *
2024	* ************************************************************************* */
2025
2026	#ifdef NO_SHARED_SOURCE
2027
2028	/* ------------------------------------------------------------------------- *
2029	* SaveResultString *
2030	* *
2031	* Writes new string contents to the specified RXSTRING, allocating any *
2032	* additional memory that may be required. If the string to be written has *
2033	* zero length, nothing is done. *
2034	* *
2035	* This function should be used in place of MAKERXSTRING to generate all *
2036	* REXX return values. *
2037	* *
2038	* ARGUMENTS: *
2039	* PRXSTRING prsResult: Pointer to an existing RXSTRING for writing. *
2040	* PCH pchBytes : The string contents to write to prsResult. *
2041	* ULONG ulBytes : The number of bytes in pchBytes to write. *
2042	* *
2043	* RETURNS: BOOL *
2044	* TRUE if prsResult was successfully updated. FALSE otherwise. *
2045	* ------------------------------------------------------------------------- */
2046	BOOL SaveResultString( PRXSTRING prsResult, PCH pchBytes, ULONG ulBytes )
2047	{
2048	ULONG ulRC;
2049	PCH pchNew;
2050
2051	if ( ulBytes == 0 ) return ( FALSE );
2052	if ( ulBytes > 256 ) {
2053	// REXX provides 256 bytes by default; allocate more if necessary
2054	ulRC = DosAllocMem( (PVOID) &pchNew, ulBytes, PAG_WRITE \| PAG_COMMIT );
2055	if ( ulRC != 0 ) {
2056	WriteErrorCode( ulRC, "DosAllocMem");
2057	return ( FALSE );
2058	}
2059	prsResult->strptr = pchNew;
2060	}
2061	memcpy( prsResult->strptr, pchBytes, ulBytes );
2062	prsResult->strlength = ulBytes;
2063
2064	return ( TRUE );
2065	}
2066
2067
2068	/* ------------------------------------------------------------------------- *
2069	* WriteStemElement *
2070	* *
2071	* Creates a stem element (compound variable) in the calling REXX program *
2072	* using the REXX shared variable pool interface. *
2073	* *
2074	* ARGUMENTS: *
2075	* PSZ pszStem : The name of the stem (before the '.') *
2076	* ULONG ulIndex : The number of the stem element (after the '.') *
2077	* PSZ pszValue : The value to write to the compound variable. *
2078	* *
2079	* RETURNS: BOOL *
2080	* TRUE on success, FALSE on failure. *
2081	* ------------------------------------------------------------------------- */
2082	BOOL WriteStemElement( PSZ pszStem, ULONG ulIndex, PSZ pszValue )
2083	{
2084	SHVBLOCK shvVar; // REXX shared variable pool block
2085	ULONG ulRc,
2086	ulBytes;
2087	CHAR szCompoundName[ US_COMPOUND_MAXZ ];
2088
2089	sprintf( szCompoundName, "%s.%d", pszStem, ulIndex );
2090	if ( pszValue == NULL ) {
2091	pszValue = "";
2092	ulBytes = 0;
2093	} else {
2094	ulBytes = strlen( pszValue );
2095	}
2096	MAKERXSTRING( shvVar.shvname, szCompoundName, strlen(szCompoundName) );
2097	shvVar.shvvalue.strptr = pszValue;
2098	shvVar.shvvalue.strlength = ulBytes;
2099	shvVar.shvnamelen = RXSTRLEN( shvVar.shvname );
2100	shvVar.shvvaluelen = RXSTRLEN( shvVar.shvvalue );
2101	shvVar.shvcode = RXSHV_SYSET;
2102	shvVar.shvnext = NULL;
2103	ulRc = RexxVariablePool( &shvVar );
2104	if ( ulRc > 1 ) {
2105	WriteErrorCode( shvVar.shvret, "RexxVariablePool (SHVBLOCK.shvret)");
2106	return FALSE;
2107	}
2108	return TRUE;
2109
2110	}
2111
2112
2113	/* ------------------------------------------------------------------------- *
2114	* WriteCompoundVariable *
2115	* *
2116	* Creates a compound variable in the calling REXX program using the REXX *
2117	* shared variable pool interface. *
2118	* *
2119	* ARGUMENTS: *
2120	* PSZ pszStem : The name of the stem (before the '.') *
2121	* PSZ pszTail : The name of the trailing portion (after the '.') *
2122	* PSZ pszValue : The value to write to the compound variable. *
2123	* *
2124	* RETURNS: BOOL *
2125	* TRUE on success, FALSE on failure. *
2126	* ------------------------------------------------------------------------- */
2127	BOOL WriteCompoundVariable( PSZ pszStem, PSZ pszTail, PSZ pszValue )
2128	{
2129	SHVBLOCK shvVar; // REXX shared variable pool block
2130	ULONG ulRc,
2131	ulBytes;
2132	CHAR szCompoundName[ US_COMPOUND_MAXZ ];
2133
2134	sprintf( szCompoundName, "%s.%s", pszStem, pszTail );
2135	if ( pszValue == NULL ) {
2136	pszValue = "";
2137	ulBytes = 0;
2138	} else {
2139	ulBytes = strlen( pszValue );
2140	}
2141	MAKERXSTRING( shvVar.shvname, szCompoundName, strlen(szCompoundName) );
2142	shvVar.shvvalue.strptr = pszValue;
2143	shvVar.shvvalue.strlength = ulBytes;
2144	shvVar.shvnamelen = RXSTRLEN( shvVar.shvname );
2145	shvVar.shvvaluelen = RXSTRLEN( shvVar.shvvalue );
2146	shvVar.shvcode = RXSHV_SYSET;
2147	shvVar.shvnext = NULL;
2148	ulRc = RexxVariablePool( &shvVar );
2149	if ( ulRc > 1 ) {
2150	WriteErrorCode( shvVar.shvret, "RexxVariablePool (SHVBLOCK.shvret)");
2151	return FALSE;
2152	}
2153	return TRUE;
2154	}
2155
2156
2157	/* ------------------------------------------------------------------------- *
2158	* WriteSimpleVariable *
2159	* *
2160	* Creates a variable in the calling REXX program using the REXX shared *
2161	* variable pool interface. *
2162	* *
2163	* ARGUMENTS: *
2164	* PSZ pszName : The name of the variable to write. *
2165	* PSZ pszValue : The value to write to the variable. *
2166	* *
2167	* RETURNS: BOOL *
2168	* ------------------------------------------------------------------------- */
2169	BOOL WriteSimpleVariable( PSZ pszName, PSZ pszValue )
2170	{
2171	SHVBLOCK shvVar; // REXX shared variable pool block
2172	ULONG ulRc;
2173	CHAR szText[ US_COMPOUND_MAXZ ];
2174
2175	strncpy( szText, pszValue, US_COMPOUND_MAXZ-1 );
2176	MAKERXSTRING( shvVar.shvname, pszName, strlen(pszName) );
2177	MAKERXSTRING( shvVar.shvvalue, szText, strlen(szText) );
2178	shvVar.shvnamelen = RXSTRLEN( shvVar.shvname );
2179	shvVar.shvvaluelen = RXSTRLEN( shvVar.shvvalue );
2180	shvVar.shvcode = RXSHV_SYSET;
2181	shvVar.shvnext = NULL;
2182	ulRc = RexxVariablePool( &shvVar );
2183	if ( ulRc > 1 ) {
2184	WriteErrorCode( shvVar.shvret, "RexxVariablePool (SHVBLOCK.shvret)");
2185	return FALSE;
2186	}
2187	return TRUE;
2188	}
2189
2190
2191	/* ------------------------------------------------------------------------- *
2192	* WriteErrorCode *
2193	* *
2194	* Writes an error code to a special variable in the calling REXX program *
2195	* using the REXX shared variable pool interface. This is used to return *
2196	* API error codes to the REXX program, since the REXX functions themselves *
2197	* normally return string values. *
2198	* *
2199	* ARGUMENTS: *
2200	* ULONG ulError : The error code returned by the failing API call. *
2201	* PSZ pszContext: A string describing the API call that failed. *
2202	* *
2203	* RETURNS: N/A *
2204	* ------------------------------------------------------------------------- */
2205	void WriteErrorCode( ULONG ulError, PSZ pszContext )
2206	{
2207	SHVBLOCK shvVar; // REXX shared variable pool block
2208	ULONG ulRc;
2209	CHAR szErrorText[ US_ERRSTR_MAXZ ];
2210
2211	if ( pszContext == NULL )
2212	sprintf( szErrorText, "%X", ulError );
2213	else
2214	sprintf( szErrorText, "%X: %s", ulError, pszContext );
2215	MAKERXSTRING( shvVar.shvname, SZ_ERROR_NAME, strlen(SZ_ERROR_NAME) );
2216	MAKERXSTRING( shvVar.shvvalue, szErrorText, strlen(szErrorText) );
2217	shvVar.shvnamelen = RXSTRLEN( shvVar.shvname );
2218	shvVar.shvvaluelen = RXSTRLEN( shvVar.shvvalue );
2219	shvVar.shvcode = RXSHV_SYSET;
2220	shvVar.shvnext = NULL;
2221	ulRc = RexxVariablePool( &shvVar );
2222	if ( ulRc > 1 )
2223	printf("Unable to set %s: rc = %d\n", shvVar.shvname.strptr, shvVar.shvret );
2224	}
2225
2226	#endif

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