/* Current upper limits limits on certain entries; increase with care! */
#define BADSERVERID 255
-#define MAXSERVERID 254 /* permits 255 servers; was == 30 in version 1 */
+#define MAXSERVERID 254 /* permits 255 servers; was == 30 in version 1 */
#define MAXSERVERFLAG 0x80
#define MAXPARTITIONID 255
-#define MAXBUMPCOUNT 0x7fffffff /* Infinite upper bound on bumping for now */
-#define MAXLOCKTIME 0x7fffffff /* Infinite locking for now */
+#define MAXBUMPCOUNT 0x7fffffff /* Infinite upper bound on bumping for now */
+#define MAXLOCKTIME 0x7fffffff /* Infinite locking for now */
/* Order of entries in the volumeid[] array */
#define RWVOL 0
/* Header struct holding stats, internal pointers and the hash tables */
struct vlheader {
- struct vital_vlheader vital_header; /* all small critical stuff are in here */
- afs_uint32 IpMappedAddr[MAXSERVERID+1]; /* Mapping of ip addresses to relative ones */
- afs_int32 VolnameHash[HASHSIZE]; /* hash table for vol names */
- afs_int32 VolidHash[MAXTYPES][HASHSIZE]; /* hash table for vol ids */
- afs_int32 SIT; /* spare for poss future use */
+ struct vital_vlheader vital_header; /* all small critical stuff are in here */
+ afs_uint32 IpMappedAddr[MAXSERVERID + 1]; /* Mapping of ip addresses to relative ones */
+ afs_int32 VolnameHash[HASHSIZE]; /* hash table for vol names */
+ afs_int32 VolidHash[MAXTYPES][HASHSIZE]; /* hash table for vol ids */
+ afs_int32 SIT; /* spare for poss future use */
};
/* Vlentry's flags state */
-#define VLFREE 1 /* If in free list */
-#define VLDELETED 2 /* Entry is soft deleted */
-#define VLLOCKED 4 /* Advisory lock on entry */
-#define VLCONTBLOCK 8 /* Special continuation block entry */
+#define VLFREE 1 /* If in free list */
+#define VLDELETED 2 /* Entry is soft deleted */
+#define VLLOCKED 4 /* Advisory lock on entry */
+#define VLCONTBLOCK 8 /* Special continuation block entry */
/* Valid RelaseLock types */
#define LOCKREL_TIMESTAMP 1
#define LOCKREL_AFSID 4
/* Per repsite flags (serverFlags) */
-#define VLREPSITE_NEW 1 /* Replication site is got new release */
+#define VLREPSITE_NEW 1 /* Replication site is got new release */
/* Internal representation of vldbentry; trying to save any bytes */
struct vlentry {
- afs_uint32 volumeId[MAXTYPES]; /* Corresponding volume of each type */
- afs_int32 flags; /* General flags */
- afs_int32 LockAfsId; /* Person who locked entry */
- afs_int32 LockTimestamp; /* lock time stamp */
- afs_int32 cloneId; /* used during cloning */
- afs_int32 spares0; /* XXXX was AssociatedChain XXXX */
- afs_int32 nextIdHash[MAXTYPES]; /* Next id hash table pointer (or freelist ->[0]) */
- afs_int32 nextNameHash; /* Next name hash table pointer */
- afs_int32 spares1[2]; /* long spares */
- char name[VL_MAXNAMELEN]; /* Volume name */
- char spares3; /* XXX was volumeType XXXX */
- u_char serverNumber[OMAXNSERVERS]; /* Server # for each server that holds volume */
- u_char serverPartition[OMAXNSERVERS];/* Server Partition number */
- u_char serverFlags[OMAXNSERVERS]; /* Server flags */
- char spares4; /* XXX was RefCount XXX */
- char spares2[1]; /* for 32-bit alignment */
+ afs_uint32 volumeId[MAXTYPES]; /* Corresponding volume of each type */
+ afs_int32 flags; /* General flags */
+ afs_int32 LockAfsId; /* Person who locked entry */
+ afs_int32 LockTimestamp; /* lock time stamp */
+ afs_int32 cloneId; /* used during cloning */
+ afs_int32 spares0; /* XXXX was AssociatedChain XXXX */
+ afs_int32 nextIdHash[MAXTYPES]; /* Next id hash table pointer (or freelist ->[0]) */
+ afs_int32 nextNameHash; /* Next name hash table pointer */
+ afs_int32 spares1[2]; /* long spares */
+ char name[VL_MAXNAMELEN]; /* Volume name */
+ char spares3; /* XXX was volumeType XXXX */
+ u_char serverNumber[OMAXNSERVERS]; /* Server # for each server that holds volume */
+ u_char serverPartition[OMAXNSERVERS]; /* Server Partition number */
+ u_char serverFlags[OMAXNSERVERS]; /* Server flags */
+ char spares4; /* XXX was RefCount XXX */
+ char spares2[1]; /* for 32-bit alignment */
};
struct nvlentry {
- afs_uint32 volumeId[MAXTYPES]; /* Corresponding volume of each type */
- afs_int32 flags; /* General flags */
- afs_int32 LockAfsId; /* Person who locked entry */
- afs_int32 LockTimestamp; /* lock time stamp */
- afs_int32 cloneId; /* used during cloning */
- afs_int32 nextIdHash[MAXTYPES]; /* Next id hash table pointer (or freelist ->[0]) */
- afs_int32 nextNameHash; /* Next name hash table pointer */
- char name[VL_MAXNAMELEN]; /* Volume name */
- u_char serverNumber[NMAXNSERVERS]; /* Server # for each server that holds volume */
- u_char serverPartition[NMAXNSERVERS];/* Server Partition number */
- u_char serverFlags[NMAXNSERVERS]; /* Server flags */
+ afs_uint32 volumeId[MAXTYPES]; /* Corresponding volume of each type */
+ afs_int32 flags; /* General flags */
+ afs_int32 LockAfsId; /* Person who locked entry */
+ afs_int32 LockTimestamp; /* lock time stamp */
+ afs_int32 cloneId; /* used during cloning */
+ afs_int32 nextIdHash[MAXTYPES]; /* Next id hash table pointer (or freelist ->[0]) */
+ afs_int32 nextNameHash; /* Next name hash table pointer */
+ char name[VL_MAXNAMELEN]; /* Volume name */
+ u_char serverNumber[NMAXNSERVERS]; /* Server # for each server that holds volume */
+ u_char serverPartition[NMAXNSERVERS]; /* Server Partition number */
+ u_char serverFlags[NMAXNSERVERS]; /* Server flags */
};
typedef struct vlheader vlheader;
struct extentaddr {
union ex_un {
struct {
- afs_int32 count; /* # of valid addresses */
- afs_int32 spares1[2];
- afs_int32 flags; /* must match vlentry's flags field XXX */
+ afs_int32 count; /* # of valid addresses */
+ afs_int32 spares1[2];
+ afs_int32 flags; /* must match vlentry's flags field XXX */
afs_uint32 contaddrs[VL_MAX_ADDREXTBLKS];
- afs_int32 spares2[24];
+ afs_int32 spares2[24];
} _ex_header;
struct {
afsUUID hostuuid;
#define ex_addrs _ex_un._ex_addrentry.addrs
#define ex_uniquifier _ex_un._ex_addrentry.uniquifier
-#define VLog(level, str) ViceLog(5, str)
+#define VLog(level, str) ViceLog(5, str)
#endif /* _VLSERVER_ */
git://git.openafs.org / openafs.git / blobdiff