guy c4ac448443 Servers
git-svn-id: svn://10.65.10.50/trunk@5855 c028cbd2-c16b-5b4b-a496-9718f37d4682
1998-01-07 10:17:26 +00:00

692 lines
20 KiB
C++
Executable File

/****************************************************************************/
/** **/
/** Hardlock API-Calls **/
/** **/
/** This program is just an example for some functions to access the **/
/** application programing interface (API) for Hardlock. Feel free to **/
/** define your own functions. **/
/** **/
/** ///FAST Software Security - Group Aladdin **/
/** **/
/** Computer: IBM PC or compatible **/
/** OS : MS-PC/DOS 2.0 or higher and MS Windows 3.x **/
/** Language: C **/
/** **/
/** Revision history **/
/** ---------------- **/
/** (related to API version) **/
/** 3.18 -- Get the TaskID from API function. **/
/** -- HL_MEMINF strategy changed **/
/** -- New function: HL_HLSVERS: return HL-Server version **/
/** 3.19 -- ifdef for Symantec C included (DOS386) **/
/** -- CENTRY-DLL_USE combination (for Windows NT/32s) by Chris **/
/** 3.22 -- Search order added to HL_LOGIN, call to function (33). **/
/** 3.23 -- Search order removed, handeled internal by LowAPI. **/
/** -- HL_LOGOUT, HL_LOGIN optimized (call API_LOGIN and API_LOGOUT **/
/** only for remote access). **/
/** -- Environment search string not yet supported for FlashTek. **/
/** Must be compiled with /dNO_ENVCHK **/
/** -- release **/
/** 3.24 -- API_Function defined **/
/** 3.25 -- Bugfix for HL-Server licenced to one user. **/
/** -- No further checks on HL_LOGIN on specific errors. **/
/** **/
/** (related to VCS version)
*** $Log: not supported by cvs2svn $
*** Revision 1.5 1996/10/02 20:34:09 HENRI
*** Added GETSTRUC define because of wrong pointer init by old Power Fortran linker.
***
*** Revision 1.4 1996/09/18 11:52:14 henri
*** Support for multi API strutures.
***
*** Revision 1.3 1996/08/08 14:47:01 henri
*** Added VCS log.
***
**/
/****************************************************************************/
#include "StdAfx.h"
#ifdef _MSC_VER
#pragma warning (disable:4103) /* no #pragma pack warnings */
#endif
#define GETSTRUC if (!api_struc) api_struc = &hl_struc
#include "hlapi_c.h"
static HL_API hl_struc = {{0}}; /* Hardlock API structure */
static HL_API DATAFAR_ *api_struc=0; /* Pointer to API structure */
static Word CALL_API (HL_API DATAFAR_ *api_struc);
#ifdef __cplusplus
extern "C" {
#endif
#ifdef M_UNIX
#define CENTRY
#endif
#ifdef LINUX
#define CENTRY
#endif
#ifdef WINNT
#define CENTRY
#ifdef __WATCOMC__
#pragma aux cdecl "_*" parm caller [] value struct routine [eax] modify [eax ebx ecx edx]
#pragma aux (cdecl) API_HL_CSTACK;
#endif
#endif
#ifdef SALFORD
#include <dbos\lib.h>
#define CENTRY
#endif
#ifdef CENTRY
#ifdef DLL_USE
#ifdef WINNT
extern Word __stdcall _API_DLL(HL_API DATAFAR_ *api_struc);
#define API_Function _API_DLL
#endif
#else
#ifdef WINNT
extern Word FAR_ __cdecl API_HL_CSTACK(HL_API DATAFAR_ *api_struc);
#else
extern Word FAR_ API_HL_CSTACK(HL_API DATAFAR_ *api_struc);
#endif
#define API_Function API_HL_CSTACK
#endif
#else
#ifdef DLL_USE
extern Word FAR_ pascal _API_DLL(HL_API DATAFAR_ *api_struc);
#define API_Function _API_DLL
#else
#ifdef __HIGHC__
extern Word _API_HL_CSTACK(HL_API DATAFAR_ *api_struc);
#define API_Function _API_HL_CSTACK
#else
extern Word FAR_ pascal _API_HL_STACK(HL_API DATAFAR_ *api_struc);
#define API_Function _API_HL_STACK
#endif
#endif
#endif
#ifdef __cplusplus
}
#endif
/****************************************************************************/
static Word CALL_API(HL_API DATAFAR_ *api_struc)
/****************************************************************************/
{
Word result;
/* ----------------- */
/* We call the API : */
/* ----------------- */
#ifdef SALFORD
set_io_permission(1);
#endif
result = API_Function(api_struc);
#ifdef SALFORD
set_io_permission(0);
#endif
return result;
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_SELECT(HL_API DATAFAR_ *hl_ptr)
/****************************************************************************/
{
if (!hl_ptr)
api_struc = &hl_struc;
else
api_struc = hl_ptr;
return (STATUS_OK);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_LOGOUT(void)
/****************************************************************************/
{
GETSTRUC;
if (api_struc->Remote == NET_DEVICE)
{
api_struc->Function = API_LOGOUT;
CALL_API(api_struc);
}
api_struc->Function = API_DOWN;
CALL_API(api_struc);
if (api_struc->Status)
{
api_struc->Function = API_FORCE_DOWN;
CALL_API(api_struc);
}
api_struc->Task_ID = 0;
return (api_struc->Status);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_PORTINF(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_AVAIL;
CALL_API(api_struc);
if (api_struc->Status) return (0xffff);
return (api_struc->Port);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_USERINF(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_INFO;
api_struc->Application = 0;
CALL_API(api_struc);
if (api_struc->Status) return (0xffff);
return (api_struc->NetUsers);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_MAXUSER(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_INFO;
CALL_API(api_struc);
if (api_struc->Status) return (0xffff);
return (api_struc->MaxUsers);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_ACCINF(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_AVAIL;
CALL_API(api_struc);
if (api_struc->Status) return (0xffff);
return (api_struc->Remote);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_VERSION(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_AVAIL;
CALL_API(api_struc);
if (api_struc->Status) return (0xffff);
return ((api_struc->API_Version_ID[0] * 100) + api_struc->API_Version_ID[1]);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_HLSVERS(void)
/****************************************************************************/
{
Word result;
GETSTRUC;
if (api_struc->Remote == NET_DEVICE)
{
api_struc->Function = API_AVAIL;
result = CALL_API(api_struc);
if (result == STATUS_OK)
return (api_struc->ShortLife);
}
return 0;
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_AVAIL(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_AVAIL;
CALL_API(api_struc);
if ((api_struc->Status == NO_DONGLE) && (api_struc->ShortLife == 1) && (api_struc->Remote == LOCAL_DEVICE))
return(SELECT_DOWN);
return (api_struc->Status);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_CODE(void DATAFAR_ *Data, Word Cnt)
/****************************************************************************/
{
GETSTRUC;
api_struc->Data = Data;
api_struc->Bcnt = Cnt;
api_struc->Function = API_KEYE;
CALL_API(api_struc);
api_struc->Bcnt = 0;
return (api_struc->Status);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_LOGIN(Word ModAd, Word Access, Byte DATAFAR_ * RefKey, Byte DATAFAR_ * VerKey)
/****************************************************************************/
{
Word result;
Long OldTimerID;
Word OldRemote, OldPort;
short i;
GETSTRUC;
OldRemote = api_struc->Remote;
OldTimerID = api_struc->Task_ID;
OldPort = api_struc->Port;
api_struc->ModID = EYE_DONGLE;
api_struc->Remote = Access;
api_struc->Module.Eye.ModAd = ModAd;
/* --------------------- */
/* Get TaskID from API : */
/* --------------------- */
#ifndef DOS386
if (api_struc->Task_ID == 0)
{
api_struc->Function = API_GET_TASKID;
CALL_API(api_struc);
}
#endif
api_struc->Protocol = 0;
api_struc->Port = 0;
api_struc->Timeout = 0;
api_struc->PM_Host = API_XTD_DETECT;
/* -------------------------------------------- */
/* We generated a verify key with TESTAPI.EXE : */
/* -------------------------------------------- */
for (i = 0; i < 8; i++)
{
api_struc->ID_Ref[i] = RefKey[i];
api_struc->ID_Verify[i] = VerKey[i];
}
/* ------------------------- */
/* Don't check for HL_SEARCH */
/* ------------------------- */
#ifdef NO_ENVCHK
api_struc->EnvMask |= IGNORE_ENVIRONMENT;
#endif
/* --------------------------------------------- */
/* Call the INIT (search for Hardlock) function :*/
/* --------------------------------------------- */
api_struc->Function = API_INIT;
result = CALL_API(api_struc);
if (result == ALREADY_INIT)
{
api_struc->Remote = OldRemote;
api_struc->Task_ID = OldTimerID;
api_struc->Port = OldPort;
return result;
}
/* ----------------------------- */
/* No further checks necessary : */
/* ----------------------------- */
if ((result == INVALID_ENV) || (result == CANNOT_OPEN_DRIVER))
return (result);
/* ----------------------------- */
/* Check, if HL-Server is full : */
/* ----------------------------- */
if (result != STATUS_OK)
{
if ((Access & NET_DEVICE) == NET_DEVICE)
{
api_struc->Function = API_LOGIN_INFO;
if (CALL_API(api_struc) == HLS_FULL)
result = TOO_MANY_USERS;
}
return (result);
}
/* ------------------------------------------ */
/* Login to HL-Server if Hardlock is remote : */
/* ------------------------------------------ */
if (api_struc->Remote == NET_DEVICE)
{
api_struc->Function = API_LOGIN;
result = CALL_API(api_struc);
if(result)
{
api_struc->Function = API_DOWN;
CALL_API(api_struc);
}
}
return result;
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_READ(Word Reg, Word DATAFAR_ *Value)
/****************************************************************************/
{
GETSTRUC;
if(Reg <= 63)
{
api_struc->Module.Eye.Reg = Reg;
api_struc->Function = API_READ;
CALL_API(api_struc);
if(api_struc->Status) return (api_struc->Status);
*Value = api_struc->Module.Eye.Value;
return (STATUS_OK);
}
return (INVALID_PARAM);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_READBL(Byte DATAFAR_ * Eeprom)
/****************************************************************************/
{
GETSTRUC;
api_struc->Bcnt = 16;
api_struc->Data = Eeprom;
api_struc->Function = API_READ_BLOCK;
CALL_API(api_struc);
api_struc->Bcnt = 0;
return (api_struc->Status);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_WRITEBL(Byte DATAFAR_ * Eeprom)
/****************************************************************************/
{
GETSTRUC;
api_struc->Bcnt = 4;
api_struc->Data = Eeprom;
api_struc->Function = API_WRITE_BLOCK;
CALL_API(api_struc);
api_struc->Bcnt = 0;
return (api_struc->Status);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_ABORT(void)
/****************************************************************************/
{
GETSTRUC;
api_struc->Function = API_LOGOUT;
CALL_API(api_struc);
api_struc->Function = API_ABORT;
CALL_API(api_struc);
return (api_struc->Status);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_WRITE(Word Reg, Word Value)
/****************************************************************************/
{
GETSTRUC;
if(Reg >= 48 && Reg <= 63)
{
api_struc->Module.Eye.Reg = Reg;
api_struc->Module.Eye.Value = Value;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
return (api_struc->Status);
}
return (INVALID_PARAM);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_MEMINF(void)
/****************************************************************************/
{
Word newvalue, oldvalue;
Word TestMem = 0;
Byte Memory[128];
int i;
/* -------------------------- */
/* Read memory in one block : */
/* -------------------------- */
GETSTRUC;
api_struc->Bcnt = 16;
api_struc->Data = Memory;
api_struc->Function = API_READ_BLOCK;
CALL_API(api_struc);
api_struc->Bcnt = 0;
if (api_struc->Status != STATUS_OK)
return (NO_ACCESS);
/* -------------------------------------- */
/* Check, if every value is zero or one : */
/* -------------------------------------- */
for (i = 0; i < 128; i++)
TestMem |= Memory[i];
if (TestMem != 0)
{
for (i = 0; i < 128; i++)
{
if (Memory[i] != 0xff)
return (STATUS_OK);
}
}
/* ---------------------- */
/* Save memory contents : */
/* ---------------------- */
api_struc->Module.Eye.Reg = 48;
api_struc->Function = API_READ;
CALL_API(api_struc);
if(api_struc->Status) return (NO_ACCESS);
oldvalue = api_struc->Module.Eye.Value;
/* ---------------------------------------------------------------- */
/* XOR of the read value to exclude random returns from interface : */
/* ---------------------------------------------------------------- */
newvalue = oldvalue ^ 0x0d0e;
/* ------------------------ */
/* Write new memory value : */
/* ------------------------ */
api_struc->Module.Eye.Value = newvalue;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
if(api_struc->Status)
{
api_struc->Module.Eye.Value = oldvalue;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
return(NO_ACCESS);
}
/* ------------------------- */
/* Read and compare memory : */
/* ------------------------- */
api_struc->Function = API_READ;
CALL_API(api_struc);
if(api_struc->Status)
{
api_struc->Module.Eye.Value = oldvalue;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
return(NO_ACCESS);
}
if (api_struc->Module.Eye.Value != newvalue)
{
api_struc->Module.Eye.Value = oldvalue;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
return(NO_ACCESS);
}
/* ------------------ */
/* Write old memory : */
/* ------------------ */
api_struc->Module.Eye.Value = oldvalue;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
if(api_struc->Status)
{
api_struc->Module.Eye.Value = oldvalue;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
return(NO_ACCESS);
}
return (STATUS_OK);
}
/****************************************************************************/
/****************************************************************************/
/* The following functions map the old Hardlock Calls on the new API. These */
/* functions are defined only for compatibility reasons. */
/* !!! Don't mix old and new functions. Don't use if it is not necessary.!!!*/
/****************************************************************************/
/****************************************************************************/
/****************************************************************************/
void FAR_ CALL_ INT_ON (void)
/****************************************************************************/
{return;}
/****************************************************************************/
void FAR_ CALL_ INT_OFF (void)
/****************************************************************************/
{return;}
/****************************************************************************/
void FAR_ CALL_ HL_ON (Word Port, Word ModAd)
/****************************************************************************/
{
GETSTRUC;
api_struc->ModID = EYE_DONGLE;
api_struc->Remote = LOCAL_DEVICE;
api_struc->Module.Eye.ModAd = ModAd;
api_struc->Port = Port;
api_struc->Function = API_INIT;
CALL_API(api_struc);
if(api_struc->Status) return;
api_struc->Function = API_LOGIN;
CALL_API(api_struc);
if(api_struc->Status)
{
api_struc->Function = API_DOWN;
CALL_API(api_struc);
}
return;
}
/****************************************************************************/
void FAR_ CALL_ HL_OFF (Word Port)
/****************************************************************************/
{
GETSTRUC;
api_struc->Port = Port;
api_struc->Function = API_LOGOUT;
CALL_API(api_struc);
api_struc->Function = API_DOWN;
CALL_API(api_struc);
if (api_struc->Status)
{
api_struc->Function = API_FORCE_DOWN;
CALL_API(api_struc);
}
return;
}
/****************************************************************************/
Word FAR_ CALL_ K_EYE (Word Port, char DATAFAR_ *Inp, Word BlkCnt)
/****************************************************************************/
{
GETSTRUC;
api_struc->Port = Port;
api_struc->Data = Inp;
api_struc->Bcnt = BlkCnt;
api_struc->Function = API_KEYE;
CALL_API(api_struc);
api_struc->Bcnt = 0;
if (api_struc->Status)
return (0);
return (1);
}
/****************************************************************************/
void FAR_ CALL_ HL_WR (Word Port, Word Reg, Word Val)
/****************************************************************************/
{
GETSTRUC;
if(Reg >= 48 && Reg <= 63)
{
api_struc->Port = Port;
api_struc->Module.Eye.Reg = Reg;
api_struc->Module.Eye.Value = Val;
api_struc->Function = API_WRITE;
CALL_API(api_struc);
}
return;
}
/****************************************************************************/
Word FAR_ CALL_ HL_RD (Word Port, Word Reg)
/****************************************************************************/
{
GETSTRUC;
if(Reg <= 63)
{
api_struc->Port = Port;
api_struc->Module.Eye.Reg = Reg;
api_struc->Function = API_READ;
CALL_API(api_struc);
if (api_struc->Status == STATUS_OK)
return (api_struc->Module.Eye.Value);
}
return (0);
}
/****************************************************************************/
RET_ FAR_ CALL_ HL_CALC (Word i1, Word i2, Word i3, Word i4)
/****************************************************************************/
{
unsigned short Shift1, Shift2;
GETSTRUC;
api_struc->Function = 16; /* Function: query Hardlock in compatible mode */
Shift1 = i1 | (i2 << 8);
Shift2 = i3 | (i4 << 8);
api_struc->Timeout = (Long) Shift1 | (Long) (Shift2 * 0x10000L);
CALL_API(api_struc);
if(api_struc->Status)
return 0;
else
return api_struc->ShortLife;
}