Page Setup...desde mi Programa.!

Lo que me dices no funciona en mi máquina. Me manda un error de que "no es reconocido el comando".
Sin embargo desarrollé una función que me ayuda a hacer lo que pedía. Si te es de ayuda ahi te la envío.
DO decl
LOCAL lcBuffer, lcSource
lcBuffer = GetSetupBuffer()
IF PageSetupDlg (@lcBuffer) <> 0
LOCAL hDevmode, hDevnames
hDevmode = buf2dword(SUBSTR(lcBuffer, 9,4))
hDevnames = buf2dword(SUBSTR(lcBuffer, 13,4))
* creating resulting cursor
CREATE CURSOR csResult (src C(20), name C(50), value C(250))
* retrieving data from three different structures
* returned by this function
= SavePageSetupDlg (lcBuffer)
= SaveDevmode(hDevmode)
= SaveDevnames(hDevnames)
GO TOP
BROW NORMAL NOWAIT
ENDIF
* end of main
FUNCTION GetSetupBuffer
* this function fills and returns the PAGESETUPDLG structure
* in a FoxPro string
*| typedef struct tagPSD {
*| DWORD lStructSize; 0:4
*| HWND hwndOwner; 4:4
*| HGLOBAL hDevMode; 8:4
*| HGLOBAL hDevNames; 12:4
*| DWORD Flags; 16:4
*| POINT ptPaperSize; 20:8
*| RECT rtMinMargin; 28:16
*| RECT rtMargin; 44:16
*| HINSTANCE hInstance; 60:4
*| LPARAM lCustData; 64:4
*| LPPAGESETUPHOOK lpfnPageSetupHook; 68:4
*| LPPAGEPAINTHOOK lpfnPagePaintHook; 72:4
*| LPCTSTR lpPageSetupTemplName; 76:4
*| HGLOBAL hPageSetupTempl; 80:4
*| } PAGESETUPDLG, *LPPAGESETUPDLG; total = 84 bytes
#DEFINE PAGESETUPDLG_SIZE 84
* several Page Setup flags
#DEFINE PSD_RETURNDEFAULT 1024
#DEFINE PSD_INTHOUSANDTHSOFINCHES 4
#DEFINE PSD_INHUNDREDTHSOFMILLIMETERS 8
#DEFINE PSD_ENABLEPAGESETUPTEMPLATE 32768
#DEFINE GWL_HINSTANCE -6
LOCAL lcBuffer, lnFlags
* lnFlags = PSD_RETURNDEFAULT && the dialog not displayed
lnFlags = 0
lcBuffer = num2dword(PAGESETUPDLG_SIZE) +;
num2dword(0) +;
num2dword(0) +;
num2dword(0) +;
num2dword(lnFlags) +;
num2dword(0)+num2dword(0) +;
num2dword(0)+num2dword(0)+num2dword(0)+num2dword(0) +;
num2dword(0)+num2dword(0)+num2dword(0)+num2dword(0) +;
num2dword(0) +;
num2dword(0) +;
num2dword(0) +;
num2dword(0) +;
num2dword(0) +;
num2dword(0)
* if you do not care for the page setup flags
* the buffer becomes pretty simple:
* lcBuffer = num2dword(PAGESETUPDLG_SIZE) +;
* Repli(Chr(0), PAGESETUPDLG_SIZE-4)
RETURN lcBuffer
PROCEDURE SavePageSetupDlg (lcBuffer)
* this procedure retrieves and saves parameters from
* the PAGESETUPDLG structure passed as a string
lcSource = "PAGESETUPDLG"
= _save ("Paper width", buf2dword(SUBSTR(lcBuffer, 21,4)))
= _save ("Paper height", buf2dword(SUBSTR(lcBuffer, 25,4)))
= _save ("MinMargin left", buf2dword(SUBSTR(lcBuffer, 29,4)))
= _save ("MinMargin top", buf2dword(SUBSTR(lcBuffer, 33,4)))
= _save ("MinMargin right", buf2dword(SUBSTR(lcBuffer, 37,4)))
= _save ("MinMargin bottom", buf2dword(SUBSTR(lcBuffer, 41,4)))
= _save ("Margin left", buf2dword(SUBSTR(lcBuffer, 45,4)))
= _save ("Margin top", buf2dword(SUBSTR(lcBuffer, 49,4)))
= _save ("Margin right", buf2dword(SUBSTR(lcBuffer, 53,4)))
= _save ("Margin bottom", buf2dword(SUBSTR(lcBuffer, 57,4)))
RETURN
PROCEDURE SaveDevnames (hMem)
* this procedure retrieves and saves parameters from
* the DEVNAMES structure
*|typedef struct tagDEVNAMES {
*| WORD wDriverOffset; 0:2
*| WORD wDeviceOffset; 2:2
*| WORD wOutputOffset; 4:2
*| WORD wDefault; 6:2
*|// Driver, device, and port name strings follow wDefault.
*|} DEVNAMES, *LPDEVNAMES;
LOCAL lnPtr, lcBuffer, wDriverOffset, wDeviceOffset, wOutputOffset, wDefault
* pointer to the first byte of the DEVNAMES memory block
lnPtr = GlobalLock (hMem)
* copying data from the memory block to a string
lcBuffer = Repli(Chr(0), 8)
= Heap2Str (@lcBuffer, lnPtr, 8)
* retrieveing offsets to the names
wDriverOffset = buf2word(SUBSTR(lcBuffer, 1,2))
wDeviceOffset = buf2word(SUBSTR(lcBuffer, 3,2))
wOutputOffset = buf2word(SUBSTR(lcBuffer, 5,2))
wDefault = buf2word(SUBSTR(lcBuffer, 7,2))
lcSource = "DEVNAMES"
= _save ("Device driver name", mem2str(lnPtr+wDriverOffset))
= _save ("Device name", mem2str(lnPtr+wDeviceOffset))
= _save ("Output port", mem2str(lnPtr+wOutputOffset))
= _save ("The printer is default", wDefault)
= GlobalUnlock(hMem)
RETURN
PROCEDURE SaveDevmode (hMem)
* this procedure retrieves and saves parameters from
* the DEVMODE strusture
#DEFINE CCHDEVICENAME 32
#DEFINE CCHFORMNAME 32
*|typedef struct _devicemode {
*| BCHAR dmDeviceName[CCHDEVICENAME]; 0:32
*| WORD dmSpecVersion; 32:2
*| WORD dmDriverVersion; 34:2
*| WORD dmSize; 36:2
*| WORD dmDriverExtra; 38:2
*| DWORD dmFields; 40:4
*| union {
*| struct {
*| short dmOrientation; 44:2
*| short dmPaperSize; 46:2
*| short dmPaperLength; 48:2
*| short dmPaperWidth; 50:2
*| short dmScale; 52:2
*| short dmCopies; 54:2
*| short dmDefaultSource; 56:2
*| short dmPrintQuality; 58:2
*| };
*| POINTL dmPosition; 44:8
*| DWORD dmDisplayOrientation; 44:4
*| DWORD dmDisplayFixedOutput; 44:4
*| };
*| short dmColor; 60:2
*| short dmDuplex; 62:2
*| short dmYResolution; 64:2
*| short dmTTOption; 66:2
*| short dmCollate; 68:2
*| BYTE dmFormName[CCHFORMNAME]; 70:32
*| WORD dmLogPixels; 102:2
*| DWORD dmBitsPerPel; 104:4
*| DWORD dmPelsWidth; 108:4
*| DWORD dmPelsHeight; 112:4
*| union {
*| DWORD dmDisplayFlags; 116:4
*| DWORD dmNup; 116:4
*| }
*| DWORD dmDisplayFrequency; 120:4
*|#if(WINVER >= 0x0400)
*| DWORD dmICMMethod; 124:4
*| DWORD dmICMIntent; 128:4
*| DWORD dmMediaType; 132:4
*| DWORD dmDitherType; 136:4
*| DWORD dmReserved1; 140:4
*| DWORD dmReserved2; 144:4
*|#if (WINVER >= 0x0500) || (_WIN32_WINNT >= 0x0400)
*| DWORD dmPanningWidth; 148:4
*| DWORD dmPanningHeight; 152:4
*|#endif
*|#endif /* WINVER >= 0x0400 */
*|} DEVMODE; total bytes = 156
#DEFINE DEVMODE_STRU_SIZE 156
LOCAL lnPtr, lcBuffer, lcDevicename, lcFormname
* pointer to the first byte of the DEVMODE memory block
lnPtr = GlobalLock (hMem)
lcBuffer = Repli(Chr(0), DEVMODE_STRU_SIZE)
= Heap2Str (@lcBuffer, lnPtr, DEVMODE_STRU_SIZE)
lcDevicename = SUBSTR(lcBuffer, 1,CCHDEVICENAME)
lcFormname = SUBSTR(lcBuffer, 71,CCHFORMNAME)
lcSource = "DEVMODE"
= _save ("Device name", STRTRAN(lcDevicename, Chr(0),""))
= _save ("Form name", STRTRAN(lcFormname, Chr(0),""))
= _save ("Driver version", buf2word(SUBSTR(lcBuffer, 35,2)))
= _save ("DEVMODE structure size", buf2word(SUBSTR(lcBuffer, 37,2)))
= _save ("Orientation", buf2word(SUBSTR(lcBuffer, 45,2)))
= _save ("Paper size", buf2word(SUBSTR(lcBuffer, 47,2)))
= _save ("Paper length", buf2word(SUBSTR(lcBuffer, 49,2)))
= _save ("Paper width", buf2word(SUBSTR(lcBuffer, 51,2)))
= _save ("Scale", buf2word(SUBSTR(lcBuffer, 53,2)))
= _save ("Copies", buf2word(SUBSTR(lcBuffer, 55,2)))
= _save ("Default source", buf2word(SUBSTR(lcBuffer, 57,2)))
= _save ("Print quality", buf2word(SUBSTR(lcBuffer, 59,2)))
= _save ("Y resolution", buf2word(SUBSTR(lcBuffer, 65,2)))
= _save ("Media type", buf2word(SUBSTR(lcBuffer, 133,4)))
= _save ("Ditherting type", buf2word(SUBSTR(lcBuffer, 137,4)))
= GlobalUnlock(hMem)
RETURN
PROCEDURE _save (lcName, lvValue)
LOCAL lcType, lcValue
lcType = TYPE("lvValue")
DO CASE
CASE lcType = "N"
lcValue = LTRIM(STR(lvValue, 20,2))
OTHER
lcValue = lvValue
ENDCASE
INSERT INTO csResult VALUES (lcSource, lcName, lcValue)
RETURN
FUNCTION buf2dword (lcBuffer)
RETURN Asc(SUBSTR(lcBuffer, 1,1)) + ;
Asc(SUBSTR(lcBuffer, 2,1)) * 256 +;
Asc(SUBSTR(lcBuffer, 3,1)) * 65536 +;
Asc(SUBSTR(lcBuffer, 4,1)) * 16777216
FUNCTION buf2word (lcBuffer)
RETURN Asc(SUBSTR(lcBuffer, 1,1)) + ;
Asc(SUBSTR(lcBuffer, 2,1)) * 256
FUNCTION num2dword (lnValue)
#DEFINE m0 256
#DEFINE m1 65536
#DEFINE m2 16777216
LOCAL b0, b1, b2, b3
b3 = Int(lnValue/m2)
b2 = Int((lnValue - b3*m2)/m1)
b1 = Int((lnValue - b3*m2 - b2*m1)/m0)
b0 = Mod(lnValue, m0)
RETURN Chr(b0)+Chr(b1)+Chr(b2)+Chr(b3)
FUNCTION mem2str(lnMemBlock)
#DEFINE BUFFER_SIZE 16
#DEFINE EMPTY_BUFFER Repli(Chr(0), BUFFER_SIZE)
LOCAL lnPtr, lcResult, lcBuffer, lnPos
lnPtr = lnMemBlock
lcResult = ""
DO WHILE .T.
lcBuffer = EMPTY_BUFFER
= Heap2Str (@lcBuffer, lnPtr, BUFFER_SIZE)
lnPos = AT(Chr(0), lcBuffer)
IF lnPos > 0
lcResult = lcResult + SUBSTR(lcBuffer, 1, lnPos-1)
RETURN lcResult
ELSE
lcResult = lcResult + lcBuffer
lnPtr = lnPtr + BUFFER_SIZE
ENDIF
ENDDO
PROCEDURE decl
#DEFINE GMEM_FIXED 0
DECLARE INTEGER PageSetupDlg IN comdlg32 STRING @lppsd
DECLARE RtlMoveMemory IN kernel32 As Heap2Str STRING @, INTEGER, INTEGER
DECLARE INTEGER GlobalLock IN kernel32 INTEGER hMem
DECLARE INTEGER GlobalUnlock IN kernel32 INTEGER hMem