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RP412/MUNGA_L4/libDPL/dvs/VL.H
T
CydandClaude Opus 4.8 4abbf8879f Initial import of Red Planet v4.10 Win32 source 
Imports the current Win32 source for the pod-racing game 'Red Planet',
built on the MUNGA engine and its L4 (Win32/DirectX) platform layer:

- MUNGA / MUNGA_L4: cross-platform engine core and Win32 backend
- RP / RP_L4: Red Planet game logic and Win32 application
- DivLoader, Setup1: asset loader and installer project
- lib, MUNGA_L4/openal, MUNGA_L4/sos: third-party audio dependencies

Removed stale Subversion metadata and added .gitignore/.gitattributes.

Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
2026-06-30 07:59:51 -05:00

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/*
* PROJECT: DVS
* SUBSYSTEM: vl
* MODULE: vl.h
*
* File: $RCSfile: vl.h,v $
* Revision: $Revision: 1.23 $
* Date: $Date: 1995/05/18 09:43:47 $
* Author: $Author: jeff $
* RCS Ident: $Id: vl.h,v 1.23 1995/05/18 09:43:47 jeff beta $
*
* FUNCTION:
*
* This file contains all the external definitions needed to use
* the vl library.
*
* Copyright (c) 1994 Division Ltd.
*
* All Rights Reserved.
*
* This Document may not, in whole or in part, be copied,
* photocopied, reproduced, translated, or reduced to any
* electronic medium or machine readable form without prior
* written consent from Division Ltd.
*/
#ifndef _VL_H
#define _VL_H
#include <stdio.h>
#ifndef _VLTYPES_H
#include <dvs/vltypes.h>
#endif
/*
* type for return of event info
*/
typedef union VLEventData VLEventData;
typedef struct VLInstanceEvent VLInstanceEvent;
typedef struct VLSignalEvent VLSignalEvent;
typedef struct VLStreamEvent VLStreamEvent;
typedef struct VLInstInterestEvent VLInstInterestEvent;
typedef struct VLElemInterestEvent VLElemInterestEvent;
typedef struct VLElementConfirmEvent VLElementConfirmEvent;
typedef struct VLElemCreateEvent VLElemCreateEvent;
typedef struct VLTimeServiceEvent VLTimeServiceEvent;
typedef struct VLPeerEvent VLPeerEvent;
typedef struct VLBadEvent VLBadEvent;
struct VLInstanceEvent{
ElementHandle handle;
InstanceNo ino;
int32 repCount;
};
struct VLSignalEvent{
uint32 signal;
};
struct VLStreamEvent {
void *buf;
VLStreamId id;
int32 type;
};
struct VLInstInterestEvent{
InstanceNo ino;
uint32 type;
ActorId actor;
EventQ queue;
};
struct VLElemInterestEvent{
ElementHandle handle;
uint32 type;
ActorId actor;
EventQ queue;
};
struct VLElementConfirmEvent{
ElementHandle reference;
ElementHandle confirmed;
};
struct VLElemCreateEvent{
ElementHandle handle;
uint32 descSize;
};
struct VLTimeServiceEvent{
VLTime time;
ActorId who;
};
struct VLPeerEvent{
ActorId peer;
};
struct VLBadEvent {
VLStatus stat;
};
union VLEventData {
VLInstanceEvent instanceEvent;
VLSignalEvent signalEvent;
VLStreamEvent streamEvent;
VLInstInterestEvent instInterestEvent;
VLElemInterestEvent elemInterestEvent;
VLElementConfirmEvent elementConfirmEvent;
VLElemCreateEvent elemCreateEvent;
VLTimeServiceEvent timeServiceEvent;
VLPeerEvent peerEvent;
VLBadEvent badEvent;
};
/*
* fundemenatal element handles, always around.
*/
extern const ElementHandle el_char8;
extern const ElementHandle el_int8;
extern const ElementHandle el_uint8;
extern const ElementHandle el_int16;
extern const ElementHandle el_uint16;
extern const ElementHandle el_int32;
extern const ElementHandle el_uint32;
extern const ElementHandle el_float32;
extern const ElementHandle el_float64;
/*
* get the version
*/
extern void vlVersion(FILE *fp);
/*
* Connecting to a database, finding out name etc.
*/
extern ActorId VLAttachActor(const char8 *agentName);
extern VLStatus VLDetachActor(VLExitMode);
extern uint32 VLDomainName(char8 *name, uint32 maxNameLen);
extern AgentId VLDomainId(void);
/*
* Creating elements
*/
extern VLStatus VLCreateElement(int32 (*efunc)(void));
/* how epp generated code defines elements..
* For error free code..
*
* THIS ROUTINE IS FOR USE BY EPP-GENERATED CODE
* ONLY!
* That is why its name is prefixed with 'vl' not 'VL'.
*/
extern ElementHandle vlCreateElement(char8 *name,
int32 size,
int32 alignment,
int32 atomic,
int32 dynamic,
int32 subelems, ...);
/*
* extract an element description into a buffer
* that could be transmited to a remote data base and
* used to recreate the element there. Used by agents
* to exchange element information.
*/
extern VLStatus VLExtractElemDesc(ElementHandle h,
ElementDesc *d);
/*
* take an element description, probably transmitted from a remote
* machine, and create an element from it. Such an element cannot be
* properly used on the local database, without a 'vlCreateElement()'
* being performed, as offset and alignment information (which is machine
* dependant) is not available here, but the form will be created here
* with a valid element handle. This will speed up future
* vlCreateElement(), or ' VLCreateElemFromDesc()' calls at this database.
*
* THIS CREATE IS ASYNCHRONOUS.
*
* If the element creation needs to be further negotiated with a peer
* database, then a potential for deadlock in the database coms exists.
* To avoid this, VLCreateElemFromDesc() always returns imediately, with
* no status. All return info is put onto the event queue for async handling.
*/
extern VLStatus VLPeerElement(ElementDesc *d, EventQ q);
/*
* Setting the database peer.
*/
extern VLStatus VLSetPeerActor(EventQ q);
/*
* Arrange to get an event when the peer attatches to the database,
* error status if there will be no peer.
*/
extern VLStatus VLGetPeerActor(void);
/*
* check to see if tha database is a master or not.
*/
extern int VLIsMasterP(void);
/*
* Define the data format (alignment, endianess etc) of a remote
* database to this database. Return value is used to identify
* the source type of remote machines for updates with reformating.
* returns negative if there is any form of error.
*/
extern VLFormat VLDefineFormat(dpTypeSpec *s);
/*
* The following calls are needed to find out when a time keeper has
* connected, and to set up the timekeeper, used on those systems that
* use a timekeeper. on systems that have a local timer, these calls will
* always fail.
*/
extern VLStatus VLGetTimeKeeper(void);
extern VLStatus VLSetTimeKeeper(EventQ q);
/*
* used by a timekeeper to wakeup actors waiting on alarms, on systems
* without a timekeeper this funcion will still work. returns
* VL_ERR_BAD_AGENT if the actor id is not recognised.
*/
extern VLStatus VLWakeUpActor(ActorId actor);
/*
* change the state of an element to confirmed. This may involve a change
* of element handle , from 'oldh' to 'newh'. To delete an element awaiting
* confirmation set the 'newh' element handle to 0. Will return
* VL_ERR_BAD_ELEM if 'oldh' is not waiting for confirmation or is not an
* element. else returns VL_ERR_OK.
*/
extern VLStatus VLConfirmElement(ElementHandle oldh, ElementHandle newh);
/*
* requesting info about other actors interest at this database.
*/
#define VLRegisterElementInterest() VLQRegisterElementInterest(0)
#define VLDeRegisterElementInterest() VLQDeRegisterElementInterest(0)
extern VLStatus (VLRegisterElementInterest)(void);
extern VLStatus (VLDeRegisterElementInterest)(void);
extern VLStatus VLQRegisterElementInterest(EventQ q);
extern VLStatus VLQDeRegisterElementInterest(EventQ q);
extern VLStatus VLRequestElementInterest(EventQ q, ElementHandle h);
#define VLRegisterInstanceInterest(x) VLQRegisterInstanceInterest(0,x)
#define VLDeRegisterInstanceInterest(x) VLQDeRegisterInstanceInterest(0,x)
extern VLStatus (VLRegisterInstanceInterest)(AgentId id);
extern VLStatus (VLDeRegisterInstanceInterest)(AgentId id);
extern VLStatus VLQRegisterInstanceInterest(EventQ q, AgentId);
extern VLStatus VLQDeRegisterInstanceInterest(EventQ q, AgentId);
/*
* Low-level routines to create/delete/update/extract
* instances from the database.
*
* THESE ROUTINES SHOULD BE CALLED FROM EPP-GENERATED CODE ONLY
*
* Epp will write type-safe access routines for you,
*
* USE THEM.
*/
#define vlCreateInstance(e,i,d,t,m) vlQCreateDynamicFormattedInstance( 0,(e),(i),(d),(t),(m),-1, -1 )
#define vlCreateDynamicInstance(e,i,d,t,m,c) vlQCreateDynamicFormattedInstance( 0,(e),(i),(d),(t),(m),-1, (c))
#define vlQCreateInstance(q,e,i,d,t,m) vlQCreateDynamicFormattedInstance((q),(e),(i),(d),(t),(m),-1, -1 )
#define vlQCreateDynamicInstance(q,e,i,d,t,m,c) vlQCreateDynamicFormattedInstance((q),(e),(i),(d),(t),(m),-1, (c))
extern InstanceNo (vlCreateInstance)(ElementHandle elem,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode);
extern InstanceNo (vlQCreateInstance)(EventQ qid,
ElementHandle elem,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode);
extern InstanceNo (vlCreateDynamicInstance)(ElementHandle elem,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode,
int32 count);
extern InstanceNo (vlQCreateDynamicInstance)(EventQ qid,
ElementHandle elem,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode,
int32 count);
extern InstanceNo vlQCreateDynamicFormattedInstance(EventQ qid,
ElementHandle elem,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode,
VLFormat format,
int32 count);
#define vlDeleteInstance(i,m) vlQDeleteInstance(0,(i),(m))
extern VLStatus (vlDeleteInstance)(InstanceNo ino,
VLUpdateMode mode);
extern VLStatus vlQDeleteInstance(EventQ qid,
InstanceNo ino,
VLUpdateMode mode);
extern VLStatus vlUpdateInstance(InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode);
extern VLStatus vlQUpdateInstance(EventQ qid,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode);
extern VLStatus vlUpdateDynamicInstance(InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode,
int32 count);
extern VLStatus vlQUpdateDynamicInstance(EventQ qid,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode,
int32 count);
extern VLStatus vlQUpdateInstanceFormat(EventQ qid,
VLFormat format,
InstanceNo ino,
void *data,
VLTime *vtime,
VLUpdateMode mode,
int32 count);
extern VLStatus vlExtractInstance(InstanceNo ino,
void *data,
VLTime *vtime);
/*
* Miscellaneous instance routines
*/
extern ElementHandle VLInstanceType(InstanceNo ino);
extern uint32 VLInstanceSize(InstanceNo ino, uint32 *icount);
extern int32 VLInstanceOwnership(InstanceNo ino);
extern void *VLInstanceAddress(InstanceNo ino,
VLStatus *status,
VLTime *time,
VLUpdateMode mode,
uint32 count);
extern VLStatus VLInstanceUpdate(InstanceNo ino,
VLTime *vtime,
VLUpdateMode mode);
/*
* (de)registering of interest in elements and instances.
*/
#define VLRegisterElement(e, t) VLQRegisterElement(0,(e),(t))
#define VLDeRegisterElement(e, t) VLQDeRegisterElement(0,(e),(t))
#define VLRegisterInstance(i, t) VLQRegisterInstance(0,(i),(t))
#define VLDeRegisterInstance(i, t) VLQDeRegisterInstance(0,(i),(t))
extern VLStatus (VLRegisterElement)(ElementHandle e, uint32 type);
extern VLStatus (VLDeRegisterElement)(ElementHandle e, uint32 type);
extern VLStatus (VLRegisterInstance)(InstanceNo ino, uint32 type);
extern VLStatus (VLDeRegisterInstance)(InstanceNo ino, uint32 type);
extern VLStatus VLQRegisterElement(EventQ q,
ElementHandle e,
uint32 type);
extern VLStatus VLQDeRegisterElement(EventQ q,
ElementHandle e,
uint32 type);
extern VLStatus VLQRegisterInstance(EventQ q,
InstanceNo ino,
uint32 type);
extern VLStatus VLQDeRegisterInstance(EventQ q,
InstanceNo ino,
uint32 type);
/*
* Events, and their queues.
*/
#define VLAwaitEvent(e,w) VLQAwaitEvent((e),NULL,(w))
extern VLAction (VLAwaitEvent)(VLEventData *ev,
VLWaitMode wait);
extern VLAction VLQAwaitEvent(VLEventData *ev,
EventQ *q,
VLWaitMode wait);
extern VLAction VLSnoopEvent(EventQ qid,VLEventData *ev);
extern EventQ VLNewEventQueue(void);
extern VLStatus VLDeleteEventQueue(EventQ q);
extern VLStatus VLBlockEventQueue(EventQ q);
extern VLStatus VLClearEventQueue(EventQ q);
/*
* signals
*/
extern void VLSigSet(int32 sig);
extern void VLSigUnset(int32 sig);
/*
* Stream operations
*/
extern VLStreamId VLStreamOpen(char8 *name,
int32 buflen,
void *buffer,
char8 *format );
extern VLStatus VLStreamWrite(VLStreamId streamId,
int32 type,
uint32 length,
void *data );
extern VLStatus VLStreamClose(VLStreamId streamId );
/*
* Locking and groups
*/
extern VLStatus VLLock(void);
extern VLStatus VLUnlock(void);
extern int32 VLLockStatus(void);
extern int32 VLGroup(void);
extern int32 VLUnGroup(void);
extern int32 VLGroupStatus(void);
/*
* Virtual time and timers
*/
extern VLStatus VLVirtualTime(VLTime *t);
extern VLStatus VLSetVirtualTimeSkew(VLTime *t);
extern VLStatus VLGetVirtualTimeSkew(VLTime *t);
#define VLAddVtimes(r,a,b) dpAddVtimes(r,a,b)
#define VLSubVtimes(r,a,b) dpSubVtimes(r,a,b)
extern void (VLAddVtimes)(VLTime *r, VLTime *a, VLTime *b);
extern void (VLSubVtimes)(VLTime *r, VLTime *a, VLTime *b);
extern VLStatus VLTimer(VLTime *period, VLTimerMode mode);
/*
* converting status numbers, element handles to meaningful messages
*/
extern const char *VLErrorString(VLStatus s);
extern const char *VLElementName(ElementHandle h);
#endif /* _VL_H */
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