/* Copyright (C) 1990 Transarc Corporation - All rights reserved */
/*
 * (C) COPYRIGHT IBM CORPORATION 1987
 * LICENSED MATERIALS - PROPERTY OF IBM
 */
/************************************************************************/
/*									*/
/*  file.h	- include file for the File Server			*/
/*									*/
/*  Date: 5/1/85							*/
/*									*/
/************************************************************************/
/*
 * Revision 2.2  90/08/29  15:12:11
 * Cleanups.
 * 
 * Revision 2.1  90/08/07  19:46:16
 * Start with clean version to sync test and dev trees.
 * */

#include <afs/afssyscalls.h>
#include <afs/afsutil.h>
#include "fs_stats.h"	/*Defs for xstat-based statistics*/

#define AFS_HARDDEADTIME	120

typedef struct DirHandle {
    /* device+inode+vid are low level disk addressing + validity check */
    /* vid+vnode+unique+cacheCheck are to guarantee validity of cached copy */
    /* ***NOTE*** size of this stucture must not exceed size in buffer
     * package (dir/buffer.c. Also, dir/buffer uses the first int as a
     * hash into the page hash table.
     * ***NOTE*** The volume, device and inode numbers used to compare
     * fids are copied out of the handle to allow the handle to be reused
     * while pages for the old fid are still in the buffer cache.
     */
    int		dirh_vid;
    int		dirh_dev;
    Inode 	dirh_ino;
    VnodeId	dirh_vnode;
    afs_int32	dirh_cacheCheck;
    Unique 	dirh_unique;
    IHandle_t	*dirh_handle;
} DirHandle;


struct cbcounters {
    int	    DeleteFiles;
    int	    DeleteCallBacks;
    int	    BreakCallBacks;
    int	    AddCallBacks;
    int	    GotSomeSpaces;
    int	    DeleteAllCallBacks;
    int	    nFEs, nCBs, nblks;
    int	    CBsTimedOut;
    int     nbreakers;
    int     GSS1, GSS2, GSS3, GSS4, GSS5;
};

#define MAXCNTRS (AFS_HIGHEST_OPCODE+1)

#define MAXCONSOLE 5
#define CONSOLENAME "opcons"
#define NEWCONNECT "NEWCONNECT"
#define TOTAL 0
#define FETCHDATAOP 30
#define FETCHDATA 31
#define FETCHD1 32
#define FETCHD2 33
#define FETCHD3 34
#define FETCHD4 35
#define FETCHD5 36
#define FETCHTIME 37
#define STOREDATAOP 40
#define STOREDATA 41
#define STORED1 42
#define STORED2 43
#define STORED3 44
#define STORED4 45
#define STORED5 46
#define STORETIME 47
/* N.B.: the biggest "opcode" here must not be as big as VICELOWEST_OPCODE */


#define SIZE1 1024
#define SIZE2 SIZE1*8
#define SIZE3 SIZE2*8
#define SIZE4 SIZE3*8

#define BIGTIME	(0x7FFFFFFF)	/* Should be max u_int, rather than max int */

struct AFSCallStatistics
{
	/* References to AFS interface calls */
	afs_uint32	FetchData;
	afs_uint32	FetchACL;
	afs_uint32	FetchStatus;
	afs_uint32	StoreData;
	afs_uint32	StoreACL;
	afs_uint32	StoreStatus;
	afs_uint32	RemoveFile;
	afs_uint32	CreateFile;
	afs_uint32	Rename;
	afs_uint32	Symlink;
	afs_uint32	Link;
	afs_uint32	MakeDir;
	afs_uint32	RemoveDir;
	afs_uint32	SetLock;
	afs_uint32	ExtendLock;	
	afs_uint32	ReleaseLock;
	afs_uint32	GetStatistics;
	afs_uint32	GiveUpCallBacks;
	afs_uint32	GetVolumeInfo;
	afs_uint32	GetVolumeStatus;
	afs_uint32	SetVolumeStatus;
	afs_uint32	GetRootVolume;
	afs_uint32	CheckToken;
	afs_uint32	GetTime;

	/* General Fetch/Store Stats */
	afs_uint32	TotalCalls;
	afs_uint32	TotalFetchedBytes;
	afs_uint32	AccumFetchTime;
	afs_uint32	FetchSize1;
	afs_uint32	FetchSize2;
	afs_uint32	FetchSize3;
	afs_uint32	FetchSize4;
	afs_uint32	FetchSize5;
	afs_uint32	TotalStoredBytes;
	afs_uint32	AccumStoreTime;
	afs_uint32	StoreSize1;
	afs_uint32	StoreSize2;
	afs_uint32	StoreSize3;
	afs_uint32	StoreSize4;
	afs_uint32	StoreSize5;
};

struct AFSDisk
{
	afs_int32		BlocksAvailable;
	afs_int32		TotalBlocks;
	DiskName	Name;
};

#define	AFS_MSTATSPARES	8
#define	AFS_MSTATDISKS	10	
struct AFSStatistics
{
	afs_uint32	CurrentMsgNumber;
	afs_uint32	OldestMsgNumber;
	afs_uint32	CurrentTime;
	afs_uint32	BootTime;
	afs_uint32	StartTime;
	afs_int32	CurrentConnections;
	afs_uint32	TotalAFSCalls;
	afs_uint32	TotalFetchs;
	afs_uint32	FetchDatas;
	afs_uint32	FetchedBytes;
	afs_int32	FetchDataRate;
	afs_uint32	TotalStores;
	afs_uint32	StoreDatas;
	afs_uint32	StoredBytes;
	afs_int32	StoreDataRate;
	afs_uint32	TotalRPCBytesSent;
	afs_uint32	TotalRPCBytesReceived;
	afs_uint32	TotalRPCPacketsSent;
	afs_uint32	TotalRPCPacketsReceived;
	afs_uint32	TotalRPCPacketsLost;
	afs_uint32 TotalRPCBogusPackets;
	afs_int32	SystemCPU;
	afs_int32	UserCPU;
	afs_int32	NiceCPU;
	afs_int32	IdleCPU;
	afs_int32	TotalIO;
	afs_int32	ActiveVM;
	afs_int32	TotalVM;
	afs_int32	EtherNetTotalErrors;
	afs_int32	EtherNetTotalWrites;
	afs_int32	EtherNetTotalInterupts;
	afs_int32	EtherNetGoodReads;
	afs_int32	EtherNetTotalBytesWritten;
	afs_int32	EtherNetTotalBytesRead;
	afs_int32	ProcessSize;
	afs_int32	WorkStations;
	afs_int32	ActiveWorkStations;
	afs_int32	Spares[AFS_MSTATSPARES];
	struct AFSDisk	Disks[AFS_MSTATDISKS];
};

#define RESTART_ORDINARY 1
#define RESTART_FAST 2
#define RESTART_SAFE 3

#define DONTPANIC 0
#define PANIC 1

#define MAX_FILESERVER_THREAD	128 /* max number of threads in fileserver, subject to system limits */

#define FILESERVER_HELPER_THREADS 7 /* Listner, IOMGR, FiveMinute, 
					HostCheck, Signal, min 2 for RXSTATS */
#ifdef AFS_PTHREAD_ENV
#include <pthread.h>
#include <assert.h>
extern pthread_mutex_t fileproc_glock_mutex;
#define FS_LOCK \
    assert(pthread_mutex_lock(&fileproc_glock_mutex) == 0);
#define FS_UNLOCK \
    assert(pthread_mutex_unlock(&fileproc_glock_mutex) == 0);
#else /* AFS_PTHREAD_ENV */
#define FS_LOCK
#define FS_UNLOCK
#endif /* AFS_PTHREAD_ENV */