var_struct.h

00001 #ifndef VAR_STRUCT_H
00002 #define VAR_STRUCT_H
00003 /*
00004  * The subtree structure contains a subtree prefix which applies to
00005  * all variables in the associated variable list.
00006  *
00007  * By converting to a tree of subtree structures, entries can
00008  * now be subtrees of another subtree in the structure. i.e:
00009  * 1.2
00010  * 1.2.0
00011  */
00012 
00013 #define UCD_REGISTRY_OID_MAX_LEN        128
00014 
00015 /*
00016  * subtree flags 
00017  */
00018 #define FULLY_QUALIFIED_INSTANCE    0x01
00019 #define SUBTREE_ATTACHED                0x02
00020 
00021 typedef struct netsnmp_subtree_s {
00022     oid            *name_a;     /* objid prefix of registered subtree */
00023     u_char          namelen;    /* number of subid's in name above */
00024     oid            *start_a;    /* objid of start of covered range */
00025     u_char          start_len;  /* number of subid's in start name */
00026     oid            *end_a;      /* objid of end of covered range   */
00027     u_char          end_len;    /* number of subid's in end name */
00028     struct variable *variables; /* pointer to variables array */
00029     int             variables_len;      /* number of entries in above array */
00030     int             variables_width;    /* sizeof each variable entry */
00031     char           *label_a;    /* calling module's label */
00032     netsnmp_session *session;
00033     u_char          flags;
00034     u_char          priority;
00035     int             timeout;
00036     struct netsnmp_subtree_s *next;       /* List of 'sibling' subtrees */
00037     struct netsnmp_subtree_s *prev;       /* (doubly-linked list) */
00038     struct netsnmp_subtree_s *children;   /* List of 'child' subtrees */
00039     int             range_subid;
00040     oid             range_ubound;
00041     netsnmp_handler_registration *reginfo;      /* new API */
00042     int             cacheid;
00043     int             global_cacheid;
00044     size_t          oid_off;
00045 } netsnmp_subtree;
00046 
00047 /*
00048  * This is a new variable structure that doesn't have as much memory
00049  * tied up in the object identifier.  It's elements have also been re-arranged
00050  * so that the name field can be variable length.  Any number of these
00051  * structures can be created with lengths tailor made to a particular
00052  * application.  The first 5 elements of the structure must remain constant.
00053  */
00054 struct variable1 {
00055     u_char          magic;      /* passed to function as a hint */
00056     u_char          type;       /* type of variable */
00057     u_short         acl;        /* access control list for variable */
00058     FindVarMethod  *findVar;    /* function that finds variable */
00059     u_char          namelen;    /* length of name below */
00060     oid             name[1];    /* object identifier of variable */
00061 };
00062 
00063 struct variable2 {
00064     u_char          magic;      /* passed to function as a hint */
00065     u_char          type;       /* type of variable */
00066     u_short         acl;        /* access control list for variable */
00067     FindVarMethod  *findVar;    /* function that finds variable */
00068     u_char          namelen;    /* length of name below */
00069     oid             name[2];    /* object identifier of variable */
00070 };
00071 
00072 struct variable3 {
00073     u_char          magic;      /* passed to function as a hint */
00074     u_char          type;       /* type of variable */
00075     u_short         acl;        /* access control list for variable */
00076     FindVarMethod  *findVar;    /* function that finds variable */
00077     u_char          namelen;    /* length of name below */
00078     oid             name[3];    /* object identifier of variable */
00079 };
00080 
00081 struct variable4 {
00082     u_char          magic;      /* passed to function as a hint */
00083     u_char          type;       /* type of variable */
00084     u_short         acl;        /* access control list for variable */
00085     FindVarMethod  *findVar;    /* function that finds variable */
00086     u_char          namelen;    /* length of name below */
00087     oid             name[4];    /* object identifier of variable */
00088 };
00089 
00090 struct variable7 {
00091     u_char          magic;      /* passed to function as a hint */
00092     u_char          type;       /* type of variable */
00093     u_short         acl;        /* access control list for variable */
00094     FindVarMethod  *findVar;    /* function that finds variable */
00095     u_char          namelen;    /* length of name below */
00096     oid             name[7];    /* object identifier of variable */
00097 };
00098 
00099 struct variable8 {
00100     u_char          magic;      /* passed to function as a hint */
00101     u_char          type;       /* type of variable */
00102     u_short         acl;        /* access control list for variable */
00103     FindVarMethod  *findVar;    /* function that finds variable */
00104     u_char          namelen;    /* length of name below */
00105     oid             name[8];    /* object identifier of variable */
00106 };
00107 
00108 struct variable13 {
00109     u_char          magic;      /* passed to function as a hint */
00110     u_char          type;       /* type of variable */
00111     u_short         acl;        /* access control list for variable */
00112     FindVarMethod  *findVar;    /* function that finds variable */
00113     u_char          namelen;    /* length of name below */
00114     oid             name[13];   /* object identifier of variable */
00115 };
00116 #endif                          /* VAR_STRUCT_H */

net-snmpに対してSat Sep 5 13:14:28 2009に生成されました。  doxygen 1.4.7