/*
* Note: this file originally auto-generated by mib2c using
* $
*/
#include <net-snmp/net-snmp-config.h>
#include <net-snmp/net-snmp-includes.h>
#include <net-snmp/agent/net-snmp-agent-includes.h>
#include "entityPhysical_access.h"
#include "entityPhysical_enums.h"
T_TableIndex1 *gp_entPhysicalTableHead =NULL;
MIBIDSTRUCT *findTableNode(T_TableSimple *theRowHead,
const unsigned int magic, int maxCol);
static T_SNMPMapTable gt_entPhysicalTableIDMap[] = {
{0, COLUMN_ENTPHYSICALDESCR}, {1, COLUMN_ENTPHYSICALVENDORTYPE},
{2, COLUMN_ENTPHYSICALCONTAINEDIN}, {3, COLUMN_ENTPHYSICALCLASS},
{4, COLUMN_ENTPHYSICALPARENTRELPOS}, {5, COLUMN_ENTPHYSICALNAME},
{6, COLUMN_ENTPHYSICALHARDWAREREV}, {7, COLUMN_ENTPHYSICALFIRMWAREREV},
{8, COLUMN_ENTPHYSICALSOFTWAREREV}, {9, COLUMN_ENTPHYSICALSERIALNUM},
{10, COLUMN_ENTPHYSICALMFGNAME}, {11, COLUMN_ENTPHYSICALMODELNAME},
{12, COLUMN_ENTPHYSICALALIAS}, {13, COLUMN_ENTPHYSICALASSETID},
{14, COLUMN_ENTPHYSICALISFRU}, {15, COLUMN_ENTPHYSICALMFGDATE},
{16, COLUMN_ENTPHYSICALURIS}
};
#define COLUMN_ENTPHYSICALTABLE_MAX ( sizeof(gt_entPhysicalTableIDMap) / sizeof(T_SNMPMapTable) )
/** returns the first data point within the entPhysicalTable table data.
Set the my_loop_context variable to the first data point structure
of your choice (from which you can find the next one). This could
be anything from the first node in a linked list, to an integer
pointer containing the beginning of an array variable.
Set the my_data_context variable to something to be returned to
you later that will provide you with the data to return in a given
row. This could be the same pointer as what my_loop_context is
set to, or something different.
The put_index_data variable contains a list of snmp variable
bindings, one for each index in your table. Set the values of
each appropriately according to the data matching the first row
and return the put_index_data variable at the end of the function.
*/
netsnmp_variable_list *
entPhysicalTable_get_first_data_point(void **my_loop_context,
void **my_data_context,
netsnmp_variable_list *
put_index_data,
netsnmp_iterator_info *mydata)
{
netsnmp_variable_list *vptr;
*my_loop_context =
gp_entPhysicalTableHead ; *my_data_context =
gp_entPhysicalTableHead ;
vptr = put_index_data;
snmp_set_var_value(vptr, (u_char *)&(gp_entPhysicalTableHead->index) ,
sizeof(gp_entPhysicalTableHead->index) );
vptr = vptr->next_variable;
return put_index_data;
}
/** functionally the same as entPhysicalTable_get_first_data_point, but
my_loop_context has already been set to a previous value and should
be updated to the next in the list. For example, if it was a
linked list, you might want to cast it to your local data type and
then return my_loop_context->next. The my_data_context pointer
should be set to something you need later and the indexes in
put_index_data updated again. */
netsnmp_variable_list *
entPhysicalTable_get_next_data_point(void **my_loop_context,
void **my_data_context,
netsnmp_variable_list *
put_index_data,
netsnmp_iterator_info *mydata)
{
//netsnmp_variable_list *vptr;
// 获取迭代器中的用户数据
T_TableIndex1 *temp = (T_TableIndex1 *)*my_loop_context;
T_TableIndex1 *nowData=NULL;
if(temp->next == NULL)
{
*my_loop_context = NULL;
*my_data_context = NULL ;
DEBUGMSG(("entityPhysical","--IN realData_single_get_next_data_point:RawHead = NULL\n"));
return NULL;
}
// 迭代器:控制如何获取下一个数据
nowData = temp->next;
*my_loop_context = nowData;
*my_data_context = nowData;
// vptr = put_index_data;
if( NULL != nowData )
{
DEBUGMSGTL(("entityPhysical","--index =%d\n",nowData->index));
snmp_set_var_value(put_index_data, (u_char *)&(nowData->index) ,sizeof(nowData->index) );
}
//vptr = vptr->next_variable;
return put_index_data;
}
/** Create a data_context for non-existent rows that SETs are performed on.
* return a void * pointer which will be passed to subsequent get_XXX
* and set_XXX functions for data retrieval and modification during
* this SET request.
*
* The indexes are encoded (in order) into the index_data pointer,
* and the column object which triggered the row creation is available
* via the column parameter, if it would be helpful to use that information.
*/
void *
entPhysicalTable_create_data_context(netsnmp_variable_list * index_data,
int column)
{
return NULL; /* XXX: you likely want to return a real pointer */
}
/** If the implemented set_* functions don't operate directly on the
real-live data (which is actually recommended), then this function
can be used to take a given my_data_context pointer and "commit" it
to whereever the modified data needs to be put back to. For
example, if this was a routing table you could publish the modified
routes back into the kernel at this point.
new_or_del will be set to 1 if new, or -1 if it should be deleted
or 0 if it is just a modification of an existing row.
If you free the data yourself, make sure to *my_data_context = NULL */
int
entPhysicalTable_commit_row(void **my_data_context, int new_or_del)
{
/** Add any necessary commit code here */
/*
*/
/*
* return no errors. And there shouldn't be any!!! Ever!!! You
* should have checked the values long before this.
*/
return SNMP_ERR_NOERROR;
}
/*
* User-defined data access functions (per column) for data in table entPhysicalTable
*/
/*
* NOTE:
* - these get_ routines MUST return data that will not be freed (ie,
* use static variables or persistent data). It will be copied, if
* needed, immediately after the get_ routine has been called.
* - these SET routines must copy the incoming data and can not take
* ownership of the memory passed in by the val pointer.
*/
// ******************** 1. entPhysicalIndex ************************
long
*
get_entPhysicalIndex(void *data_context, size_t *ret_len)
{
// 获取迭代器中的用户数据
T_TableIndex1
*myData = (T_TableIndex1 *)data_context;
if(NULL == myData) return NULL;
*ret_len = sizeof(myData->index);
return (long *)&(myData->index);
}
// ******************** 2. entPhysicalDescr
**********************
/** XXX: return a data pointer to the data for the entPhysicalDescr column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalDescr(void *data_context, size_t *ret_len)
{
static char descr[]="lucc";
/** static char descr[255];
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1 *myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALDESCR,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL)
return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,255,descr);
**/
*ret_len = strlen(descr);
return (char *) &descr;
//return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 3. entPhysicalVendorType ***********************
/** XXX: return a data pointer to the data for the entPhysicalVendorType column and set
ret_len to its proper size in bytes. */
oid *
get_entPhysicalVendorType(void *data_context, size_t *ret_len)
{
static oid vendortype[3]={1,2,3};
/**
static oid vendortype[3];
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1 *myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALVENDORTYPE,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL)
return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,255,vendortype);
**/
*ret_len = sizeof(vendortype);
return
(oid *) &vendortype;
// return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 4. entPhysicalContainedIn ***********************
/** XXX: return a data pointer to the data for the entPhysicalContainedIn column and set
ret_len to its proper size in bytes. */
long *
get_entPhysicalContainedIn(void *data_context, size_t *ret_len)
{
static long containedin;
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1
*myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALCONTAINEDIN,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL) return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,sizeof(long),&containedin);
*ret_len = sizeof(containedin);
return &containedin;
//return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 5. entPhysicalClass ***********************
/** XXX: return a data pointer to the data for the entPhysicalClass column and set
ret_len to its proper size in bytes. */
long *
get_entPhysicalClass(void *data_context, size_t *ret_len)
{
static long class;
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1
*myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALCLASS,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL) return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,sizeof(long),&class);
*ret_len = sizeof(class);
return &class;
//return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 6. entPhysicalParentRelPos ***********************
/** XXX: return a data pointer to the data for the entPhysicalParentRelPos column and set
ret_len to its proper size in bytes. */
long *
get_entPhysicalParentRelPos(void *data_context, size_t *ret_len)
{
static long parentrelpos;
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1
*myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALPARENTRELPOS,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL) return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,sizeof(long),&parentrelpos);
*ret_len = sizeof(parentrelpos);
return &parentrelpos;
// return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 7. entPhysicalName ***********************
/** XXX: return a data pointer to the data for the entPhysicalName column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalName(void *data_context, size_t *ret_len)
{
static char name[]="ODN";
/*
static char name[255];
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1 *myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALNAME,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL)
return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,255,name);
*/
*ret_len = strlen(name);
return
(char *) &name;
//return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 8. entPhysicalHardwareRev ***********************
/** XXX: return a data pointer to the data for the entPhysicalHardwareRev column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalHardwareRev(void *data_context, size_t *ret_len)
{
static char hardwarerev[]="1.01.01";
/*
static char hardwarerev[255];
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1
*myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALHARDWAREREV,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL) return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,255,hardwarerev);
*/
*ret_len = strlen(hardwarerev);
return (char *) &hardwarerev;
//return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: return a data pointer to the data for the entPhysicalFirmwareRev column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalFirmwareRev(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
// ******************** 9. entPhysicalSoftwareRev ***********************
/** XXX: return a data pointer to the data for the entPhysicalSoftwareRev column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalSoftwareRev(void *data_context, size_t *ret_len)
{
static char softwarerev[]="2.02.02";
/*
static char softwarerev[255];
int no = 0;
MIBIDSTRUCT *findedNode = NULL;
// 获取迭代器中的用户数据
T_TableIndex1
*myData = (T_TableIndex1 *)data_context;
findedNode = findTableNode(myData->list_node,COLUMN_ENTPHYSICALSOFTWAREREV,
COLUMN_ENTPHYSICALTABLE_MAX);
if(findedNode == NULL) return NULL;
no = findedNode->t_tacheID.ipcNo;
DEBUGMSG(("entityPhysical","--get_realTimeDataX1 = %d\n",no));
snmp_get_data(SHM_REALDATA,no,255,softwarerev);
*/
*ret_len = strlen(softwarerev);
return (char *) &softwarerev ;
//return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: return a data pointer to the data for the entPhysicalSerialNum column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalSerialNum(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: Set the value of the entPhysicalSerialNum column and return
SNMP_ERR_NOERROR on success
SNMP_ERR_XXX for SNMP deterministic error codes
SNMP_ERR_GENERR on generic failures (a last result response). */
int
set_entPhysicalSerialNum(void *data_context, char *val, size_t val_len)
{
return SNMP_ERR_NOERROR; /** XXX: change if an error occurs */
}
/** XXX: return a data pointer to the data for the entPhysicalMfgName column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalMfgName(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: return a data pointer to the data for the entPhysicalModelName column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalModelName(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: return a data pointer to the data for the entPhysicalAlias column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalAlias(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: Set the value of the entPhysicalAlias column and return
SNMP_ERR_NOERROR on success
SNMP_ERR_XXX for SNMP deterministic error codes
SNMP_ERR_GENERR on generic failures (a last result response). */
int
set_entPhysicalAlias(void *data_context, char *val, size_t val_len)
{
return SNMP_ERR_NOERROR; /** XXX: change if an error occurs */
}
/** XXX: return a data pointer to the data for the entPhysicalAssetID column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalAssetID(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: Set the value of the entPhysicalAssetID column and return
SNMP_ERR_NOERROR on success
SNMP_ERR_XXX for SNMP deterministic error codes
SNMP_ERR_GENERR on generic failures (a last result response). */
int
set_entPhysicalAssetID(void *data_context, char *val, size_t val_len)
{
return SNMP_ERR_NOERROR; /** XXX: change if an error occurs */
}
/** XXX: return a data pointer to the data for the entPhysicalIsFRU column and set
ret_len to its proper size in bytes. */
long *
get_entPhysicalIsFRU(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: return a data pointer to the data for the entPhysicalMfgDate column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalMfgDate(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: return a data pointer to the data for the entPhysicalUris column and set
ret_len to its proper size in bytes. */
char *
get_entPhysicalUris(void *data_context, size_t *ret_len)
{
return NULL; /** XXX: replace this with a pointer to a real value */
}
/** XXX: Set the value of the entPhysicalUris column and return
SNMP_ERR_NOERROR on success
SNMP_ERR_XXX for SNMP deterministic error codes
SNMP_ERR_GENERR on generic failures (a last result response). */
int
set_entPhysicalUris(void *data_context, char *val, size_t val_len)
{
return SNMP_ERR_NOERROR; /** XXX: change if an error occurs */
}
void init_table_entity_physical(void)
{
// 初始化两行两列的实时数据
init_singleIndexTable( &gp_entPhysicalTableHead,
gt_entPhysicalTableIDMap,COLUMN_ENTPHYSICALTABLE_MAX,
GROUP_NUM,0 );
}
