#include <net/if.h>
+#include <netat/sysglue.h> /* nbp.h needs the gbuf definiton */
#include <netat/appletalk.h>
#include <netat/ddp.h>
-#include <netat/sysglue.h> /* nbp.h needs the gbuf definiton */
-#include <netat/nbp.h>
#include <netat/at_pcb.h>
#include <netat/at_var.h>
+#include <netat/nbp.h>
#include <netat/atp.h>
#define SIP_SYSINFO_CMD 1
u_short responder_version;
} sip_userbytes_t;
-void sip_input(mp, ifID)
- gbuf_t *mp;
- int *ifID; /* not used */
+void sip_input(
+ gbuf_t *mp,
+ __unused at_ifaddr_t *ifID)
{
/* Packets arriving here are actually ATP packets, but since
* A/UX only send dummy responses, we're implementing responder as
/* assuming that the whole packet is in one contiguous buffer */
atp = (at_atp_t *)ddp->data;
- switch(UAL_VALUE(atp->user_bytes)) {
+ switch(UAL_VALUE_NTOH(atp->user_bytes)) {
case SIP_SYSINFO_CMD :
/* Sending a response with "AppleTalk driver version" (u_short)
* followed by 14 zeros will pacify the interpoll.
else
resp = (u_char *)gbuf_rptr(tmp);
bzero(resp, 16);
- *(u_short *)resp = SIP_DRIVER_VERSION;
+ *(u_short *)resp = htons(SIP_DRIVER_VERSION);
ubytes.response = SIP_GOOD_RESPONSE;
ubytes.unused = 0;
- ubytes.responder_version = SIP_RESPONDER_VERSION;
+ ubytes.responder_version = htons(SIP_RESPONDER_VERSION);
break;
case SIP_DATALINK_CMD :
/* In this case, the magic spell is to send 2 zeroes after
else
resp = (u_char *)gbuf_rptr(tmp);
bzero(resp, 16);
- *(u_short *)resp = SIP_DRIVER_VERSION;
+ *(u_short *)resp = htons(SIP_DRIVER_VERSION);
ubytes.response = SIP_GOOD_RESPONSE;
ubytes.unused = 0;
- ubytes.responder_version = SIP_RESPONDER_VERSION;
+ ubytes.responder_version = htons(SIP_RESPONDER_VERSION);
break;
default :
/* bad request, send a bad command response back */
ubytes.response = SIP_BAD_RESPONSE;
ubytes.unused = 0;
- ubytes.responder_version = SIP_RESPONDER_VERSION;
+ ubytes.responder_version = htons(SIP_RESPONDER_VERSION);
}
NET_NET(ddp->dst_net, ddp->src_net);
ddp->dst_node = ddp->src_node;
ddp->dst_socket = ddp->src_socket;
- bcopy((caddr_t) &ubytes, (caddr_t) atp->user_bytes, sizeof(ubytes));
+ UAL_ASSIGN_HTON(atp->user_bytes, &ubytes);
atp->cmd = ATP_CMD_TRESP;
atp->eom = 1;
atp->sts = 0;
(void)ddp_output(&mp, DDP_SOCKET_1st_DYNAMIC, FALSE);
return;
} /* sip_input */
-