static uint32_t RIP_send_resp(
uint32_t rip_vers, /* [IN] the rip version */
uint32_t onlyChangeF /* [IN] TRUE if only the changed routes are sent */
)
{ /* Body */
RIP_CFG_STRUCT_PTR ripcfg = RTCS_getcfg(RIP);
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg(IP);
struct RIP_send_resp_struct testdata;
testdata.nb_try = 0;
testdata.nb_fail = 0;
testdata.localhost = RTCS_IF_LOCALHOST_PRV;
testdata.rip_vers = rip_vers;
testdata.onlyChangeF = onlyChangeF;
if (rip_vers == RIP_V1) testdata.ipdest = INADDR_BROADCAST;
else testdata.ipdest = INADDR_RIP_GROUP;
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, RIP_send_resp_test, &testdata);
/* test if the routes has been all advertized (nbFail==0 && nbTry > 0)*/
if (testdata.nb_fail) return (uint32_t)RTCS_ERROR;
if (testdata.nb_try == 0) return RTCS_OK;
/* clear the flags only if required */
if (ripcfg->RT_CHANGED_F == FALSE) return RTCS_OK;
/* update the flag */
ripcfg->RT_CHANGED_F = FALSE;
/* clear the flag in all changed route entries */
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, RIP_send_resp_test2, NULL);
return RTCS_OK;
} /* Endbody */
boolean IGMP_is_member
(
MC_MEMBER_PTR _PTR_ phead, /* [IN] head of MCB list */
IP_IF_PTR ipif, /* [IN] the incoming interface */
_ip_address multiaddr /* [IN] the multicast ip */
)
{ /* Body */
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg(IP);
struct IGMP_is_member_test_struct testdata;
if (!*phead) {
return FALSE;
} /* Endif */
testdata.multiaddr = multiaddr;
testdata.ipif = ipif;
testdata.phead = phead;
testdata.result = FALSE;
/*
** Scan all directly connected networks, to have all the ip
** address of this interface
*/
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, IGMP_is_member_test, &testdata);
return testdata.result;
} /* Endbody */
uint_32 ROUTE_remove
(
IP_ROUTE_INDIRECT_PTR gate /* [IN] the route entry to remove */
)
{ /* Body */
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg(IP);
IP_ROUTE_FN_PTR fn;
struct ROUTE_remove_struct testdata;
fn = IP_cfg_ptr->ROUTE_FN;
while (fn) {
fn->REM_RT(gate);
fn = fn->NEXT;
} /* Endwhile */
testdata.gate = gate;
testdata.network = INADDR_ANY;
testdata.netmask = INADDR_ANY;
testdata.found = FALSE;
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, ROUTE_remove_test, &testdata);
if (testdata.found) {
/* Start CR 1135 */
IP_route_remove_indirect(gate->GATEWAY, testdata.netmask,
testdata.network, gate->FLAGS, gate->METRIC);
/* End CR 1135 */
} /* Endif */
return RTCS_OK;
} /* Endbody */
static uint32_t RIP_send_resp_ipif (
IP_IF_PTR ipif, /* [IN] the destination interface */
_ip_address ipdest, /* [IN] the destination ip address */
uint16_t portdst, /* [IN] the destination port */
uint32_t rip_vers,/* [IN] the rip version */
uint32_t onlyChangeF /* [IN] TRUE if only the changed routes are sent */
)
{ /* Body */
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg(IP);
struct RIP_send_resp_ipif_struct testdata;
testdata.ipif = ipif;
testdata.ipdest = ipdest;
testdata.portdst = portdst;
testdata.onlyChangeF = onlyChangeF;
testdata.rip_vers = rip_vers;
testdata.pkt = NULL;
testdata.curs = NULL;
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, RIP_send_resp_ipif_test, &testdata);
/* if the packet is empty, dont send it */
if (testdata.curs-testdata.pkt == sizeof(RIP_HEADER)){
_mem_free(testdata.pkt);
} else {
/* send the packet */
RIP_send_pkt(ipif, ipdest, portdst, testdata.pkt,
testdata.curs - testdata.pkt);
} /* Endif */
return RTCS_OK;
} /* Endbody */
void RTCS_walk_route(void)
{ /* Body */
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg( IP );
struct ROUTE_get_struct testdata;
testdata.netaddr = 0;
testdata.netmask = 0;
testdata.gate = NULL;
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, ROUTE_walk_test, &testdata);
} /* Endbody */
static uint32_t RIP_send_req(
void
)
{ /* Body */
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg(IP);
struct RIP_send_req_struct testdata;
testdata.localhost = RTCS_IF_LOCALHOST_PRV;
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, RIP_send_req_test, &testdata);
return RTCS_OK;
} /* Endbody */
_ip_address RTCS_get_route
(
_ip_address netaddr, /* [IN] the network address */
_ip_address netmask /* [IN] the network mask */
)
{ /* Body */
IP_CFG_STRUCT_PTR IP_cfg_ptr = RTCS_getcfg( IP );
struct ROUTE_get_struct testdata;
testdata.netaddr = netaddr;
testdata.netmask = netmask;
testdata.gate = NULL;
IPRADIX_walk(&IP_cfg_ptr->ROUTE_ROOT.NODE, ROUTE_get_test, &testdata);
return testdata.gate->GATEWAY;
} /* Endbody */
