int AclIoctl (struct inode *inode, struct file *filp,
unsigned int cmd, unsigned long arg)
{
struct acl_args *opt=(struct acl_args *)arg;
AclPlcyNode node;
MacReverse(opt->mac);
memcpy(node.Mac,opt->mac,ETH_ALEN);
node.Method=opt->method;
node.RuleType=cmd;
node.SipS=opt->sip_s;
node.SipE=opt->sip_e;
node.DipS=opt->dip_s;
node.DipE=opt->dip_e;
node.DpS=opt->dp_s;
node.DpE=opt->dp_e;
switch(cmd)
{
case ACL_ADD_SMAC_DIP_ANY:
case ACL_ADD_SIP_DIP_ANY:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_ANY);
break;
case ACL_DEL_SMAC_DIP_ANY:
case ACL_DEL_SIP_DIP_ANY:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_ANY);
break;
case ACL_ADD_SMAC_DIP_TCP:
case ACL_ADD_SIP_DIP_TCP:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_TCP);
break;
case ACL_DEL_SMAC_DIP_TCP:
case ACL_DEL_SIP_DIP_TCP:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_TCP);
break;
case ACL_ADD_SMAC_DIP_UDP:
case ACL_ADD_SIP_DIP_UDP:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_UDP);
case ACL_DEL_SMAC_DIP_UDP:
case ACL_DEL_SIP_DIP_UDP:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_UDP);
break;
case ACL_CLEAN_TBL:
AclCleanTbl();
break;
default:
break;
}
return 0;
}
int AclIoctl (struct inode *inode, struct file *filp,
unsigned int cmd, unsigned long arg)
#endif
{
struct acl_args *opt=(struct acl_args *)arg;
struct acl_list_args *opt2=(struct acl_list_args *)arg;
AclPlcyNode node;
memcpy(node.Mac,opt->mac,ETH_ALEN);
memcpy(node.DMac,opt->dmac,ETH_ALEN);
node.Method=opt->method;
node.RuleType=cmd;
node.SipS=opt->sip_s;
node.SipE=opt->sip_e;
node.DipS=opt->dip_s;
node.DipE=opt->dip_e;
node.SpS=opt->sp_s;
node.SpE=opt->sp_e;
node.DpS=opt->dp_s;
node.DpE=opt->dp_e;
node.up=opt->up;
node.pn=opt->pn;
node.TosS=opt->tos_s;
node.TosE=opt->tos_e;
node.Ethertype=opt->ethertype;
node.Vid=opt->vid;
node.Proto=opt->L4;
node.Protocol=opt->protocol;
node.SpecialTag=0; /* use for esw port > rt63365 */
switch(cmd)
{
case ACL_ADD_SDMAC_ANY:
case ACL_ADD_ETYPE_ANY:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_ANY);
break;
case ACL_DEL_SDMAC_ANY:
case ACL_DEL_ETYPE_ANY:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_ANY);
break;
case ACL_ADD_SMAC_DIP_ANY:
case ACL_ADD_SIP_DIP_ANY:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_ANY);
break;
case ACL_DEL_SMAC_DIP_ANY:
case ACL_DEL_SIP_DIP_ANY:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_ANY);
break;
case ACL_ADD_SMAC_DIP_TCP:
case ACL_ADD_SIP_DIP_TCP:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_TCP);
break;
case ACL_ADD_SMAC_DMAC_ETYPE_VID_SIP_DIP_TOS_PORT:
opt->result = RunIoctlAddHandler(&node, node.Proto);
break;
case ACL_DEL_SMAC_DMAC_ETYPE_VID_SIP_DIP_TOS_PORT:
opt->result = RunIoctlDelHandler(&node, node.Proto);
break;
case ACL_DEL_SMAC_DIP_TCP:
case ACL_DEL_SIP_DIP_TCP:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_TCP);
break;
case ACL_ADD_SMAC_DIP_UDP:
case ACL_ADD_SIP_DIP_UDP:
opt->result = RunIoctlAddHandler(&node, ACL_PROTO_UDP);
break;
case ACL_DEL_SMAC_DIP_UDP:
case ACL_DEL_SIP_DIP_UDP:
opt->result = RunIoctlDelHandler(&node, ACL_PROTO_UDP);
break;
case ACL_CLEAN_TBL:
AclCleanTbl();
break;
case ACL_GET_ALL_ENTRIES:
opt2->result = AclGetAllEntries(opt2);
break;
default:
break;
}
return 0;
}