#ifndef _INC_IFAXOS
#ifndef _INC_RUNTIME
#define _INC_IFAXOS //could be dropped once other include files stop including ifaxos.h
#define _INC_RUNTIME
#ifdef __cplusplus //make sure everything has a "C" interface
extern "C" {
#endif
#ifndef WINDRV
# ifdef WIN32
# define _INC_OLE
# endif
# include <windows.h>
# ifdef WIN32
# include <windowsx.h>
# endif
#endif
/*
* If using 16bit compiler, need to define some types that
* are now defined for the 32bit compiler
*/
#if defined (DOS16) | defined (WIN16)
#include <aw16bit.h>
#if defined (DOS16)
#include <string.h>
#define lstrlen(a) _fstrlen(a)
#endif
#endif
/*
* Cross platform File I/O
* DOS16 used by lhutil
*/
#if defined (DOS16)
#include <io.h>
#define IOSEEK _lseek
#define IOREAD _read
#define IOWRITE _write
#define HFILE int
#else /* WIN32 | WIN16 */
#define IOSEEK _llseek
#define IOREAD _lread
#define IOWRITE _lwrite
#endif /* DOS16 */
typedef CHAR FAR *LPCHAR;
typedef CHAR NEAR *NPCHAR;
#define CARRAIGE_RETURN 0x0D
#define LINEFEED 0x0A
#define BACKSPACE 0x08
#define CNULL 0x00
#ifndef WIN32
#ifndef MAKEWORD
# define MAKEWORD(low, high) ((WORD)(((BYTE)(low)) | (((WORD)((BYTE)(high))) << 8)))
#endif
# define EXPORT_DLL
# define IMPORT_DLL
#else
# ifndef HTASK
# define HTASK HANDLE
# endif
# define __export __declspec( dllexport )
# define _export __declspec( dllexport )
# define IMPORT_DLL __declspec( dllimport )
# define EXPORT_DLL __declspec( dllexport )
#endif
// --------------- RESOURCE management -------------------------------
// Always define this for now ...
#ifndef SHIP_BUILD
// #if defined(VALIDATE) || defined(DEBUGAPI) || defined(DEBUG)
/********
@doc EXTERNAL RESOURCE IFAXOS
@type VOID | RESOURCE_ALLOC_FLAGS | Lists the resource management options
for OS resource accounting.
@emem RES_ALLOC_TASK | This flag indicates that the resource in question
is being allocated on behalf of the current process. The resource
should not be directly passed on to any other process context. It
should be freed by this process before termination - else the kernel
will free it when the process dies (if running in debug).
Ownership automatically gets transferred between tasks when standard
IPC methods like pipes are used to transfer resources like Buffers.
@emem RES_ALLOC_NONE | This flag is used to allocate resources which should
not be accounted to any system module. The calling party essentially
undertakes full responsibility for freeing this object. This is mainly
to be used for resource allocated on behalf of messages in the store
since their ownership is transferred to the current process which has
the message open.
@emem HINSTANCE_DLL | If the allocated resource is to be assigned to the
calling DLL, the hinstance of the DLL should be passed in as the value
of the ResourceFlags Word. These resources will be freed (in the debug
version) when the DLL terminates. They will not be assigned to any
particular process context.
@xref <f IFBufAlloc> <f IFMemAlloc> <f CreateMutex> <f CreateEvent>
<f IFPipeCreate> <f IFProcSetResFlags>
********/
#define RES_ALLOC_TASK 0x0000
#define RES_ALLOC_NONE 0x0001
#define RES_ALLOC_INTERNAL 0x0002
#define RES_ALLOC_CRITSEC 0x0003
#if defined(WFW) || defined(WIN32)
#define IFProcSetResFlags(wResFlags) (0)
#else
extern EXPORT_DLL VOID WINAPI IFProcSetResFlags(WORD wResFlags);
#endif
#else
#define IFProcSetResFlags(p1) (0)
#endif
// Functions -----------
#ifndef WIN32
HTASK WINAPI GetWindowTask(HWND hwnd);
#ifndef SHIP_BUILD
DWORD WINAPI IFProcProfile(HTASK hTask, BOOL fStart);
#else
#define IFProcProfile(HTASK,FSTART) (0)
#endif
#else
// Remove calls to Profile ..
#define IFProcProfile(x,y) (DWORD)(0)
#endif
#ifdef DEBUG
/********
@doc EXTERNAL IFAXOS DEBUG MACROS
@api BOOL | RETAILMSG | Prints a message on the debug
console even for retail builds.
@parm <lt>printfexp<gt> | printf_exp | Printf parameters for the
message to be displayed. Must be enclosed in a single pair of
parentheses.
@comm Should be used to display debugging messages which are desired
in the retail build. For obvious reasons this should be used
sparingly. The benefit is that all such messages can be turned off
for the shipping build by simply changing the macro in ifaxos.h
@ex Example Definition & Use |
RETAILMSG (("0x%04X:Scanner Opened !!\r\n", GetCurrentTask()));
This will print a trace message like:
0x4567:Scanner Opened !!
@xref <f IFDbgPrintf>
********/
#define RETAILMSG(printf_exp) (IFDbgPrintf printf_exp)
/********
@doc EXTERNAL IFAXOS DEBUG MACROS
@api BOOL | WARNINGMSG | Prints a warning message on the debug
console even for retail builds.
@parm <lt>printfexp<gt> | printf_exp | Printf parameters for the
message to be displayed. Must be enclosed in a single pair of
parentheses.
@comm Should be used to display debugging messages which are desired
in the retail build. For obvious reasons this should be used
sparingly. The benefit is that all such messages can be turned off
for the shipping build by simply changing the macro in ifaxos.h
@ex Example Definition & Use |
WARNINGMSG (("0x%04X:Scanner Opened !!\r\n", GetCurrentTask()));
This will print a trace message like:
WARNING: 0x4567:Scanner Opened !!
@xref <f IFDbgPrintf> <f ERRORMSG>
********/
#define WARNINGMSG(printf_exp) \
(IFDbgPrintf("WARNING:(0x%08lX):%s:",GetCurrentProcessId(),(LPSTR)(dpCurSettings.lpszName)), \
IFDbgPrintf printf_exp ,\
1)
/********
@doc EXTERNAL IFAXOS DEBUG MACROS
@api BOOL | DEBUGMSG | Prints a trace message on the debug
console depending on enable flags set by the user.
@parm <lt>c_expression<gt> | cond | Boolean condition which is
evaluated to decide whether or not to print the message.
@parm <lt>printfexp<gt> | printf_exp | Printf parameters for the
message to be displayed. Must be enclosed in a single pair of
parentheses.
@rdesc TRUE if the message is printed, and FALSE if it is not.
@comm The condition should consist of a boolean expression testing whether
the relevant zones are on or off. Each module has a current zone
mask which identifies which of the possible 32 zones is currently on.
The top 16 bits of these are reserved for use for system defined
zones - like ZONE_FUNC_ENTRY which is defined as
#define ZONE_FUNC_ENTRY (0x00010000&dpCurSettings.ulZoneMask)
Modules should take care to see
that they print out trace messages which are meaningful and conform
to some pattern - remember that other people than you have to see
and make sense of your messages. The general format I have been
following is :
<lt>Task ID<gt> :
<lt>ModuleName<gt>:<lt>SubModule<gt>:<lt>Function<gt>:<lt>msg<gt>
The task ID is useful to sort out the output of multiple tasks
running in the system. The example call above yields this kind of
output.
The various predefined system zones are:
ZONE_FUNC_ENTRY : To be used for all function entry and exit
messages. By convention, the parameters should be printed
on entry, and the return value should be printed on exit.
Any values printed in hexadecimal should be preceded by a 0x
ZONE_INT_FUNC : To be used for any other traces at interesting
points within a function.
All trace messages are disabled in a non debug build.
@ex Example Definition & Use |
#define ZONE_CUSTOM (0x00000001&dpCurSettings.ulZoneMask)
DEBUGMSG (ZONE_FUNC_ENTRY && ZONE_CUSTOM,
("0x%04X:IFK:Buffers:GenericFunction:Entry\r\n",
GetCurrentTask()));
This will print a trace message only if the user has turned the
function entry zone and the custom zone on.
@xref <f IFDbgPrintf>
********/
#define BG_CHK(exp) \
((exp)?1:( \
IFDbgPrintf ("DEBUGCHK failed in file %s at line %d \r\n", \
(LPSTR) __FILE__ , __LINE__ ), 1 \
))
#ifndef DEBUGCHK_UNSAFE_IN_WFWBG
#define DBGCHK(module,exp) \
((exp)?1:( \
IFDbgPrintf ("%s: DEBUGCHK failed in file %s at line %d \r\n", \
(LPSTR) module, (LPSTR) __FILE__ , __LINE__ ), \
IFDbgCheck() \
))
#define DEBUGCHK(exp) DBGCHK(dpCurSettings.lpszName, exp)
#endif
#if 0
#define DEBUGMSG(cond,printf_exp) \
((cond)?(IFDbgPrintf printf_exp),1:0)
#endif
#define DEBUGMSG(cond,printf_exp) \
(IFDbgPrintf printf_exp)
/********
@doc EXTERNAL IFAXOS DEBUG MACROS
@api BOOL | ERRORMSG | Prints an error message on the debug
console.
@parm <lt>printfexp<gt> | printf_exp | Printf parameters for the
message to be displayed. Must be enclosed in a single pair of
parentheses.
@comm Should be used to display Error messages.
@ex Example Definition & Use |
ERRORMSG (("0x%04X:JOB Failed !!\r\n", GetCurrentTask()));
This will print a trace message like:
ERROR: Job Process: 0x2346: JOB Failed !!
@xref <f IFDbgPrintf>
********/
#define ERRORMSG(printf_exp) \
(IFDbgPrintf("ERROR:(0x%08lX):%s:",GetCurrentProcessId(),(LPSTR)(dpCurSettings.lpszName)), \
IFDbgPrintf printf_exp ,\
1)
// Standard Debug zones
#define ZONE_FUNC_ENTRY (0x00010000&dpCurSettings.ulZoneMask)
#define ZONE_INT_FUNC (0x00020000&dpCurSettings.ulZoneMask)
/********
@doc EXTERNAL IFAXOS DEBUG MACROS
@api BOOL | DEBUGSTMT | Evaluates the expression in debug mode.
@parm <lt>c_exp<gt> | exp | Expression to be evaluated.
@rdesc Returns the value returned by the expression.
@comm This macro is provided for convenience and code readability purposes
to replace a construct of the form
#ifdef DEBUG
exp;
#endif
It evaluates to zero in a non debug build.
********/
#define DEBUGSTMT(exp) exp
#else //Not Debug
// These are to macro out all debug stuff in retail/ship builds
#define RETAILMSG(printf_exp) (0)
#define ERRORMSG(printf_exp) (0)
#define WARNINGMSG(printf_exp) (0)
#define DEBUGMSG(cond,expr) (0)
#define DBGCHK(module,exp) (0)
#define DEBUGCHK(exp) (0)
#define BG_CHK(exp) (0)
#define DEBUGSTMT(exp) (0)
#endif
//----------------------------- MESSAGING -------------------------
// Message type definitions - below 0x0400 is reserved by windows,
// between 0x0400 and 0x0800 is reserved by the IFAX OS
#define IF_START WM_USER+0x0300
#define IF_USER IF_START+0x0400
#include <errormod.h>
/********
@doc EXTERNAL DEFINES ERROR IFAXOS
@type VOID | SYSTEM_MODULES | Identifiers for all the standard system modules.
@emem MODID_NONE | Use this if you are not setting the module ID. DONT USE ZERO !!
@emem MODID_WIN32 | Set for modules returning standard Win32 system error codes
@emem MODID_BOSS | ID = 1 Error in BOSS
@emem MODID_WINMODULE | ID = 2 All windows modules including UER/GDI/KERNEL
@emem MODID_IFKERNEL | ID = 3
@emem MODID_IFFILESYS | ID = 4
@emem MODID_MSGSTORE | ID = 5
@emem MODID_LINEARIZER | ID = 6
@emem MODID_SECURITY | ID = 7
@emem MODID_IFPRINT | ID = 8 High level Printer Driver
@emem MODID_IFSCAN | ID = 9 High level Scanner Driver
@emem MODID_IFSIPX | ID = 10 SPX/IPX Stack
@emem MODID_REND_SERVER | ID = 11 Rendering Server
@emem MODID_FORMAT_RES | ID = 12 Format Resolution
@emem MODID_IFFILE | ID = 13 IFFiles
@emem MODID_TEXTRENDERER | ID = 14 Ascii Renderer
@emem MODID_DIGCOVPAGE | ID = 15 Digital Coverpage
@emem MODID_AWBRANDER | ID = 16 Fax Brander
@emem MODID_MSGSVR | ID = 17 Message Server
@emem MODID_MSGHNDLR | ID = 18 Per-Connection message handler
@emem MODID_MODEMDRV | ID = 19 Modem driver
@emem MODID_PSIFAX | ID = 20 PSI Fax protocol
@emem MODID_AWT30 | ID = 21
@emem MODID_PSIFAXBG | ID = 22
@emem MODID_AWNSF | ID = 23
@emem MODID_FAXCODEC | ID = 24
@emem MODID_MSGPUMP | ID = 25
@emem MODID_AWREPORT | ID = 26
@emem MODID_MSGSVRD | ID = 27
@emem MODID_CUSTOM | ID = 160 Beyond this are custom/installable modules
@xref <f IFErrAssemble> <f IFErrGetModule>
********/
// System Module IDs
#define MODID_WIN32 0
#define MODID_BOSS 1
#define MODID_WINMODULE 2
#define MODID_IFKERNEL 3
#define MODID_IFFILESYS 4
#define MODID_MSGSTORE 5
#define MODID_LINEARIZER 6
#define MODID_SECURITY 7
#define MODID_IFPRINT 8
#define MODID_IFSCAN 9
#define MODID_IFSIPX 10
#define MODID_REND_SERVER 11
#define MODID_FORMAT_RES 12
#define MODID_IFFILE 13
#define MODID_TEXTRENDERER 14
#define MODID_DIGCOVPAGE 15
#define MODID_AWBRANDER 16
#define MODID_MSGSVR 17
#define MODID_MSGHNDLR 18
#define MODID_MODEMDRV 19
#define MODID_PSIFAX 20
#define MODID_AWT30 21
#define MODID_PSIFAXBG 22
#define MODID_AWNSF 23
#define MODID_FAXCODEC 24
#define MODID_MSGPUMP 25
#define MODID_AWREPORT 26
#define MODID_MSGSVRD 27
#define MAXMODID 26
#define MODID_NONE 159
// Special module ID's
#define MODID_CUSTOM 160
/********
@doc EXTERNAL ERROR IFAXOS
@api DWORD | IFErrAssemble | Forms an IFAX Error dword out of its components.
@parm BYTE | bProcessID | Identifies the process in whose context the error
occured. Must be one of the predefined system process ID's - see <t SYSTEM_PROCESSES>
for the list. This field does not need to be filled in until an error is
propagated across a process boundary. If not being set to a valid PROCID, this
should be initilialized to one of the following values:
@flag PROCID_WIN32 | if <p bModuleID> is set to MODID_WIN32.
@flag PROCID_NONE | for all other cases.
@parm BYTE | bModuleID | Identifies the module reporting the error. MUST be
one of the predefined system module ID's - see <t SYSTEM_MODULES> for the
list.
@parm WORD | wApiCode | Identifies the API code for the error in the module indicated
by <p bModuleID>. All Api codes should be defined in the file errormod.h. Api codes should
be defined so that the low 6 bits are zero. This allows both the <p wApiCode> and the
<p wErrorCode> to be logical OR'ed together and stored as a single word.
@parm WORD | wErrorCode | Identifies the error code. The format
of this is module dependent. For uniformity however, it is highly
encouraged that all IFAX modules use a standard format for this error word.
This standard format reserves the first 6 bits for an error code,
and the high 10 bits for an API identifier.
If the IFAX format is being used, the <p wApiCode>
parameter should be used to pass in the high 10 bits, and the <p wErrorCode> (This
parameter!) should be used to pass in the 6 bit error code. Values upto ERR_FUNCTION_START
are reserved for standard system errors - see <t SYSTEM_ERROR_VALUES> for the list.
Error values should be positive and less than 64.
Other modules like the filesystem conform completely to the Win32 Error space. These
should set <p wErrorCode> to standard Win32 errors (use all 16 bits) and leave
the <p wApiCode> as API_WIN32.
Still others need to use all 16 bits in a custom manner - like the Printer Drivers.
These *must* set the <p bModuleID> correctly so that the error can be interpreted
appropriately. Standard processes like the UI have to understand these error codes,
so only inbuilt system modules which they have knowledge about can use custom codes.
These should set the wApiCode to API_NONE.
@rdesc Returns the DWORD representation for this error. This allows this to be directly
passed in as input to <f SetLastError>.
@ex Example usage |
SetLastError(IFErrAssemble(PROCID_NONE,MODID_IFKERNEL,API_IFK_POSTMESSAGE,ERR_INVALID_PARAM));
@xref <f IFErrGetModule> <f IFErrGetProcess> <f GetIFErrorErrcode> <f SetLastError>
<f GetIFErrorApicode> <t SYSTEM_MODULES> <t SYSTEM_PROCESSES> <t SYSTEM_ERROR_VALUES>
<f GetLastError> <f IFNVRamSetError> <f GetIFErrorCustomErrcode>
********/
#define IFErrAssemble(process,module,call,error) \
MAKELONG((WORD)call|(WORD)error, MAKEWORD((BYTE)module, (BYTE)process))
#define GetIFErrorErrcode(errvar) (LOWORD((DWORD)errvar) & 0x003F)
#define GetIFErrorCustomErrcode(errvar) LOWORD((DWORD)errvar)
/********
@doc EXTERNAL DEFINES ERROR IFAXOS
@type VOID | SYSTEM_PROCESSES | Identifiers for all the standard system processes.
@emem PROCID_WIN32 | Used to initialize for Win32 modules.
@emem PROCID_NONE | Used when process context does not need to be set.
@emem PROCID_MSGSCHED | ID = 0x21
@emem PROCID_JOBPROCESS | ID = 0x22
@emem PROCID_UI | ID = 0x23
@emem PROCID_PRINTER | ID = 0x24
@emem PROCID_SCANNER | ID = 0x25
@emem PROCID_MSGSVR | ID = 0x26
@emem PROCID_GRRENDER | ID = 0x27
@emem PROCID_MSGHNDLR | ID = 0x28
@emem PROCID_PARADEV | ID = 0x29
@emem PROCID_UIBGPROC | ID = 0x30
@comm All Process ID's need to have the 6th bit set to be compatible with the
standard Win32 error definitions.
@xref <f IFErrAssemble> <f IFErrGetProcess>
********/
// System Process IDs
#define PROCID_WIN32 0x00
#define PROCID_NONE 0x20
#define PROCID_MSGSCHED 0x21
#define PROCID_JOBPROCESS 0x22
#define PROCID_UI 0x23
#define PROCID_PRINTER 0x24
#define PROCID_SCANNER 0x25
#define PROCID_MSGSVR 0x26
#define PROCID_GRRENDER 0x27
#define PROCID_MSGHNDLR 0x28
#define PROCID_PARADEV 0x29
#define PROCID_UIBGPROC 0x30
// Strings used in debug version for friendly display
#define MAXPROCID 11
#define SYSPROCESSSTRINGS \
{"None", "Msg Scheduler", "Job Process", "UI Process", "Printer", "Scanner", \
"Msg Transport", "GR Renderer", "Msg Handler", "Para Dev", "UIBGProc" }
/********
@doc EXTERNAL DEFINES ERROR IFAXOS
@type VOID | SYSTEM_ERROR_VALUES | This defines all the standard
system error values.
@emem ERR_NOT_ENOUGH_MEM | Value = 0x0001 : Indicates an out of memory
condition.
@emem ERR_INVALID_PARAM | Value = 0x0002 : Indicates that any one of
the parameters passed to the function was invalid.
@emem ERR_FUNCTION_START | Value = 0x0010 : Any error value above this
had been custom defined by the called function. If you need
a custom error value, you can define it starting from this
value.
@xref <f IFErrAssemble>
********/
// System Error values
#define ERR_NOT_ENOUGH_MEM 0x0001
#define ERR_INVALID_PARAM 0x0002
#define ERR_FUNCTION_START 0x0010
// Strings used in debug version for friendly display
#define SYSERRORSTRINGS \
{"None", "Out Of Memory", "Invalid Param", "Unused", "Unused", "Unused", \
"Unused", "Unused", "Unused", "Unused", "Unused", "Unused", \
"Unused", "Unused", "Unused", "Unused" }
#include <buffers.h>
// --------------- Global Pool Management ----------------------------------
/********
@doc EXTERNAL IFAXOS DEFINES GLOBMEM
@type VOID | STANDARD_BLOCK_SIZES | This defines all the standard global
memory block sizes. As far as possible all memory allocations
should be for one of these sizes. Any other size will be much
more inefficient and couls cause fragmentation of system
memory.
@emem ONLY_HEADER_SIZE| This will allocate a buffer with no data
associated with it. This can be used to pass metadata between
processes - eg an END_OF_JOB buffer marker.
@emem SMALL_HEADER_SIZE| This currently defines a 32 byte memory
block. It is used for all buffer headers, and can be used
for things like protocol headers, structure headers etc.
@emem COMPRESS_DATA_SIZE | This defines a 1Kb memory block which
should be used to store any compressed data form. This is
the general purpose data storage size. Any buffer which
could be around for a long time should contain compressed
data in this size of buffer.
@emem RAW_DATA_SIZE | This defines a large buffer size (currently
8Kb) for use by renderers as frame buffers. They should be
used only to store raw bitmap data which is being sent
directly to a consumer device like the printer. There are
very few of these - so they should be used only for this
short lived purpose.
@emem BAND_BUFFER_SIZE| This defines a jumbo buffer of 64K for use
by the resource-based renderer. There may be only one such
buffer in the global pool. (NOT IMPLEMENTED YET)
@xref <f IFMemAlloc> <f IFBufAlloc>
********/
// Std block sizes
#define ONLY_HEADER_SIZE 0 // No data
#define SMALL_HEADER_SIZE -1 // 32b
#define COMPRESS_DATA_SIZE -2 // 1Kb
// --------------- Global Pool Management ----------------------------------
/********
@doc EXTERNAL IFAXOS DEFINES GLOBMEM
@type VOID | STANDARD_BLOCK_SIZES | This defines all the standard global
memory block sizes. As far as possible all memory allocations
should be for one of these sizes. Any other size will be much
more inefficient and couls cause fragmentation of system
memory.
@emem ONLY_HEADER_SIZE| This will allocate a buffer with no data
associated with it. This can be used to pass metadata between
processes - eg an END_OF_JOB buffer marker.
@emem SMALL_HEADER_SIZE| This currently defines a 32 byte memory
block. It is used for all buffer headers, and can be used
for things like protocol headers, structure headers etc.
@emem COMPRESS_DATA_SIZE | This defines a 1Kb memory block which
should be used to store any compressed data form. This is
the general purpose data storage size. Any buffer which
could be around for a long time should contain compressed
data in this size of buffer.
@emem RAW_DATA_SIZE | This defines a large buffer size (currently
8Kb) for use by renderers as frame buffers. They should be
used only to store raw bitmap data which is being sent
directly to a consumer device like the printer. There are
very few of these - so they should be used only for this
short lived purpose.
@emem BAND_BUFFER_SIZE| This defines a jumbo buffer of 64K for use
by the resource-based renderer. There may be only one such
buffer in the global pool. (NOT IMPLEMENTED YET)
@xref <f IFMemAlloc> <f IFBufAlloc>
********/
// Std block sizes
#define ONLY_HEADER_SIZE 0 // No data
#define SMALL_HEADER_SIZE -1 // 32b
#define COMPRESS_DATA_SIZE -2 // 1Kb
//
#define RAW_DATA_SIZE -3 // 8Kb
// Special size for modem ECM frame
#define BYTE_265_SIZE -4 // 265 bytes
#define BYTE_265_ACTUALSIZE 265
// Number of sizes
#define MAX_POOL_INDEX -4 // For parameter validation
// Not available yet!
#define BAND_BUFFER_SIZE 30720 // 64Kb
// Flag to force global alloc. Uses a windows flag which is ignored/defunct in
// the 3.1 kernel (and the boss kernel)
#define IFMEM_USEGLOBALALLOC GMEM_NOT_BANKED
typedef struct _DBGPARAM {
CHAR lpszName[32]; // name of module
HWND hwnd; // Primary window Handle if task, NULL otherwise
CHAR rglpszZones[16][32]; // names of zones for first 16 bits
ULONG ulZoneMask; // Zone Mask
} DBGPARAM, FAR *LPDBGPARAM;
// Functions
extern LPBUFFER IFBufAlloc (LONG lBufSize);
extern BOOL IFBufFree (LPBUFFER lpbf);
extern EXPORT_DLL LPBUFFER WINAPI IFBufSplit (LPBUFFER lpbf, LPBYTE lpb);
extern VOID FAR IFDbgPrintf(LPSTR lpszFmt, ...);
extern EXPORT_DLL BOOL WINAPI IFDbgCheck(VOID);
extern LPVOID IFMemAlloc (UINT fuAlloc, LONG lAllocSize,
LPWORD lpwActualSize);
extern BOOL IFMemFree (LPVOID lpvMem);
/***********************************************************************
*
* Standard Memory Allocation Routines
* for easy crossplatform development
* with resource tracking code.
* Routines are in MEMORY.C
*
***********************************************************************/
#ifndef NOSTD_MEM_RTNS
PVOID WINAPI AWMemAlloc(UINT cb);
PVOID WINAPI AWMemReAlloc(PVOID pv, UINT cb);
PVOID WINAPI AWMemFree(PVOID pv);
#endif /* NOSTD_MEM_RTNS */
/***********************************************************************
*
* Registry functions prototypes
*
***********************************************************************/
// registry functions prototypes
UINT AwGetInitializerInt(HKEY hPDKey, LPCTSTR lpszSection, LPCTSTR lpszKey, INT dwDefault,
LPCTSTR lpszFile);
DWORD AwGetInitializerString(HKEY hPDKey, LPCTSTR lpszSection, LPCTSTR lpszKey,
LPCTSTR lpszDefault, LPTSTR lpszReturnBuffer, DWORD cchReturnBuffer,
LPCTSTR lpszFile);
BOOL AwWriteInitializerString(HKEY hPDKey, LPCTSTR lpszSection, LPCTSTR lpszKey,
LPCTSTR lpszString, LPCTSTR lpszFile);
BOOL AwWriteInitializerInt(HKEY hPDKey, LPCTSTR lpszSection, LPCTSTR lpszKey,
DWORD i, LPCTSTR lpszFile);
// Encourage people to use the correct variable
extern DBGPARAM dpCurSettings;
#ifdef __cplusplus
} // extern "C" {
#endif
#endif
#endif