#ifndef ROS_KERN_IP_H
#define ROS_KERN_IP_H
+#include <ns.h>
-enum
-{
- Addrlen= 64,
- Maxproto= 20,
- Nhash= 64,
- Maxincall= 5,
- Nchans= 256,
- MAClen= 16, /* longest mac address */
+enum {
+ Addrlen = 64,
+ Maxproto = 20,
+ Nhash = 64,
+ Maxincall = 500,
+ Nchans = 256,
+ MAClen = 16, /* longest mac address */
- MAXTTL= 255,
- DFLTTOS= 0,
+ MAXTTL = 255,
+ DFLTTOS = 0,
- IPaddrlen= 16,
- IPv4addrlen= 4,
- IPv4off= 12,
- IPllen= 4,
+ IPaddrlen = 16,
+ IPv4addrlen = 4,
+ IPv4off = 12,
+ IPllen = 4,
/* ip versions */
- V4= 4,
- V6= 6,
- IP_VER4= 0x40,
- IP_VER6= 0x60,
+ V4 = 4,
+ V6 = 6,
+ IP_VER4 = 0x40,
+ IP_VER6 = 0x60,
/* 2^Lroot trees in the root table */
- Lroot= 10,
+ Lroot = 10,
- Maxpath = 64,
+ Maxpath = 64,
};
-enum
-{
- Idle= 0,
- Announcing= 1,
- Announced= 2,
- Connecting= 3,
- Connected= 4,
+enum {
+ Idle = 0,
+ Announcing = 1,
+ Announced = 2,
+ Connecting = 3,
+ Connected = 4,
};
/*
* one per conversation directory
*/
struct Proto;
-struct conv
-{
+struct conv {
qlock_t qlock;
- int x; /* conversation index */
- struct Proto* p;
+ int x; /* conversation index */
+ struct Proto *p;
- int restricted; /* remote port is restricted */
- uint32_t ttl; /* max time to live */
- uint32_t tos; /* type of service */
- int ignoreadvice; /* don't terminate connection on icmp errors */
+ int restricted; /* remote port is restricted */
+ uint32_t ttl; /* max time to live */
+ uint32_t tos; /* type of service */
+ int ignoreadvice; /* don't terminate connection on icmp errors */
- uint8_t ipversion;
- uint8_t laddr[IPaddrlen]; /* local IP address */
- uint8_t raddr[IPaddrlen]; /* remote IP address */
- uint16_t lport; /* local port number */
- uint16_t rport; /* remote port number */
+ uint8_t ipversion;
+ uint8_t laddr[IPaddrlen]; /* local IP address */
+ uint8_t raddr[IPaddrlen]; /* remote IP address */
+ uint16_t lport; /* local port number */
+ uint16_t rport; /* remote port number */
- char *owner; /* protections */
- int perm;
- int inuse; /* opens of listen/data/ctl */
- int length;
- int state;
+ char *owner; /* protections */
+ int perm;
+ int inuse; /* opens of listen/data/ctl */
+ int length;
+ int state;
/* udp specific */
- int headers; /* data src/dst headers in udp */
- int reliable; /* true if reliable udp */
+ int headers; /* data src/dst headers in udp */
+ int reliable; /* true if reliable udp */
- struct conv* incall; /* calls waiting to be listened for */
- struct conv* next;
+ struct conv *incall; /* calls waiting to be listened for */
+ struct conv *next;
- struct queue* rq; /* queued data waiting to be read */
- struct queue* wq; /* queued data waiting to be written */
- struct queue* eq; /* returned error packets */
- struct queue* sq; /* snooping queue */
- atomic_t snoopers; /* number of processes with snoop open */
+ struct queue *rq; /* queued data waiting to be read */
+ struct queue *wq; /* queued data waiting to be written */
+ struct queue *eq; /* returned error packets */
+ struct queue *sq; /* snooping queue */
+ atomic_t snoopers; /* number of processes with snoop open */
- struct rendez cr;
- char cerr[ERRMAX];
+ struct rendez cr;
+ char cerr[ERRMAX];
- qlock_t listenq;
- struct rendez listenr;
+ qlock_t listenq;
+ struct rendez listenr;
- struct Ipmulti *multi; /* multicast bindings for this interface */
+ struct Ipmulti *multi; /* multicast bindings for this interface */
- void* ptcl; /* Protocol specific stuff */
+ void *ptcl; /* Protocol specific stuff */
- struct route *r; /* last route used */
- uint32_t rgen; /* routetable generation for *r */
+ struct route *r; /* last route used */
+ uint32_t rgen; /* routetable generation for *r */
};
struct Ipifc;
struct Fs;
-struct medium
-{
- char *name;
- int hsize; /* medium header size */
- int mintu; /* default min mtu */
- int maxtu; /* default max mtu */
- int maclen; /* mac address length */
- void (*bind)(struct Ipifc *unused_Ipifc, int unused_int, char **unused_char_pp_t);
- void (*unbind)(struct Ipifc *unused_Ipifc);
- void (*bwrite)(struct Ipifc *ifc,
- struct block *b, int version, uint8_t *ip);
+struct medium {
+ char *name;
+ int hsize; /* medium header size */
+ int mintu; /* default min mtu */
+ int maxtu; /* default max mtu */
+ int maclen; /* mac address length */
+ void (*bind) (struct Ipifc * unused_Ipifc, int unused_int,
+ char **unused_char_pp_t);
+ void (*unbind) (struct Ipifc * unused_Ipifc);
+ void (*bwrite) (struct Ipifc * ifc,
+ struct block * b, int version, uint8_t * ip);
/* for arming interfaces to receive multicast */
- void (*addmulti)(struct Ipifc *ifc, uint8_t *a, uint8_t *ia);
- void (*remmulti)(struct Ipifc *ifc, uint8_t *a, uint8_t *ia);
+ void (*addmulti) (struct Ipifc * ifc, uint8_t * a, uint8_t * ia);
+ void (*remmulti) (struct Ipifc * ifc, uint8_t * a, uint8_t * ia);
/* process packets written to 'data' */
- void (*pktin)(struct Fs *f, struct Ipifc *ifc,
- struct block *bp);
+ void (*pktin) (struct Fs * f, struct Ipifc * ifc, struct block * bp);
/* routes for router boards */
- void (*addroute)(struct Ipifc *ifc, int unused_int, uint8_t *u8p, uint8_t*,
- uint8_t *u8p2, int);
- void (*remroute)(struct Ipifc *ifc, int i, uint8_t *u8p, uint8_t *uu8p2);
- void (*flushroutes)(struct Ipifc *ifc);
+ void (*addroute) (struct Ipifc * ifc, int unused_int, uint8_t * u8p,
+ uint8_t *, uint8_t * u8p2, int);
+ void (*remroute) (struct Ipifc * ifc, int i, uint8_t * u8p,
+ uint8_t * uu8p2);
+ void (*flushroutes) (struct Ipifc * ifc);
/* for routing multicast groups */
- void (*joinmulti)(struct Ipifc *ifc, uint8_t *a, uint8_t *ia);
- void (*leavemulti)(struct Ipifc *ifc, uint8_t *a, uint8_t *ia);
+ void (*joinmulti) (struct Ipifc * ifc, uint8_t * a, uint8_t * ia);
+ void (*leavemulti) (struct Ipifc * ifc, uint8_t * a, uint8_t * ia);
/* address resolution */
- void (*ares)(struct Fs*, int unused_int, uint8_t *unused_uint8_p_t, uint8_t*, int, int); /* resolve */
- void (*areg)(struct Ipifc *unused_Ipifc, uint8_t *unused_uint8_p_t); /* register */
+ void (*ares) (struct Fs *, int unused_int, uint8_t * unused_uint8_p_t, uint8_t *, int, int); /* resolve */
+ void (*areg) (struct Ipifc * unused_Ipifc, uint8_t * unused_uint8_p_t); /* register */
/* v6 address generation */
- void (*pref2addr)(uint8_t *pref, uint8_t *ea);
+ void (*pref2addr) (uint8_t * pref, uint8_t * ea);
- int unbindonclose; /* if non-zero, unbind on last close */
+ int unbindonclose; /* if non-zero, unbind on last close */
};
/* logical interface associated with a physical one */
-struct Iplifc
-{
- uint8_t local[IPaddrlen];
- uint8_t mask[IPaddrlen];
- uint8_t remote[IPaddrlen];
- uint8_t net[IPaddrlen];
- uint8_t tentative; /* =1 => v6 dup disc on, =0 => confirmed unique */
- uint8_t onlink; /* =1 => onlink, =0 offlink. */
- uint8_t autoflag; /* v6 autonomous flag */
- long validlt; /* v6 valid lifetime */
- long preflt; /* v6 preferred lifetime */
- long origint; /* time when addr was added */
- struct Iplink *link; /* addresses linked to this lifc */
- struct Iplifc *next;
+struct Iplifc {
+ uint8_t local[IPaddrlen];
+ uint8_t mask[IPaddrlen];
+ uint8_t remote[IPaddrlen];
+ uint8_t net[IPaddrlen];
+ uint8_t tentative; /* =1 => v6 dup disc on, =0 => confirmed unique */
+ uint8_t onlink; /* =1 => onlink, =0 offlink. */
+ uint8_t autoflag; /* v6 autonomous flag */
+ uint64_t validlt; /* v6 valid lifetime */
+ uint64_t preflt; /* v6 preferred lifetime */
+ uint64_t origint; /* time when addr was added */
+ struct Iplink *link; /* addresses linked to this lifc */
+ struct Iplifc *next;
};
/* binding twixt Ipself and Iplifc */
-struct Iplink
-{
- struct Ipself *self;
- struct Iplifc *lifc;
- struct Iplink *selflink; /* next link for this local address */
- struct Iplink *lifclink; /* next link for this ifc */
- uint32_t expire;
- struct Iplink *next; /* free list */
- struct kref ref;
+struct Iplink {
+ struct Ipself *self;
+ struct Iplifc *lifc;
+ struct Iplink *selflink; /* next link for this local address */
+ struct Iplink *lifclink; /* next link for this ifc */
+ uint64_t expire;
+ struct Iplink *next; /* free list */
+ struct kref ref;
};
/* rfc 2461, pp.40--43. */
/* default values, one per stack */
struct routerparams {
- int mflag;
- int oflag;
- int maxraint;
- int minraint;
- int linkmtu;
- int reachtime;
- int rxmitra;
- int ttl;
- int routerlt;
+ int mflag;
+ int oflag;
+ int maxraint;
+ int minraint;
+ int linkmtu;
+ int reachtime;
+ int rxmitra;
+ int ttl;
+ int routerlt;
};
-struct Ipifc
-{
+struct Ipifc {
rwlock_t rwlock;
-
- struct conv *conv; /* link to its conversation structure */
- char dev[64]; /* device we're attached to */
- struct medium *m; /* Media pointer */
- int maxtu; /* Maximum transfer unit */
- int mintu; /* Minumum tranfer unit */
- int mbps; /* megabits per second */
- void *arg; /* medium specific */
- int reassemble; /* reassemble IP packets before forwarding */
+
+ struct conv *conv; /* link to its conversation structure */
+ char dev[64]; /* device we're attached to */
+ struct medium *m; /* Media pointer */
+ int maxtu; /* Maximum transfer unit */
+ int mintu; /* Minumum tranfer unit */
+ unsigned int feat; /* Offload features */
+ int mbps; /* megabits per second */
+ void *arg; /* medium specific */
+ int reassemble; /* reassemble IP packets before forwarding */
/* these are used so that we can unbind on the fly */
- spinlock_t idlock;
- uint8_t ifcid; /* incremented each 'bind/unbind/add/remove' */
- int ref; /* number of proc's using this Ipifc */
- struct rendez wait; /* where unbinder waits for ref == 0 */
- int unbinding;
+ spinlock_t idlock;
+ uint8_t ifcid; /* incremented each 'bind/unbind/add/remove' */
+ int ref; /* number of proc's using this Ipifc */
+ struct rendez wait; /* where unbinder waits for ref == 0 */
+ int unbinding;
- uint8_t mac[MAClen]; /* MAC address */
+ uint8_t mac[MAClen]; /* MAC address */
- struct Iplifc *lifc; /* logical interfaces on this physical one */
+ struct Iplifc *lifc; /* logical interfaces on this physical one */
- uint32_t in, out; /* message statistics */
- uint32_t inerr, outerr; /* ... */
+ uint32_t in, out; /* message statistics */
+ uint32_t inerr, outerr; /* ... */
- uint8_t sendra6; /* == 1 => send router advs on this ifc */
- uint8_t recvra6; /* == 1 => recv router advs on this ifc */
- struct routerparams rp; /* router parameters as in RFC 2461, pp.40--43.
- used only if node is router */
+ uint8_t sendra6; /* == 1 => send router advs on this ifc */
+ uint8_t recvra6; /* == 1 => recv router advs on this ifc */
+ struct routerparams rp; /* router parameters as in RFC 2461, pp.40--43.
+ used only if node is router */
};
/*
* one per multicast-lifc pair used by a struct conv
*/
-struct Ipmulti
-{
- uint8_t ma[IPaddrlen];
- uint8_t ia[IPaddrlen];
- struct Ipmulti *next;
+struct Ipmulti {
+ uint8_t ma[IPaddrlen];
+ uint8_t ia[IPaddrlen];
+ struct Ipmulti *next;
};
/*
* hash table for 2 ip addresses + 2 ports
*/
-enum
-{
- Nipht= 521, /* convenient prime */
+enum {
+ Nipht = 521, /* convenient prime */
- IPmatchexact= 0, /* match on 4 tuple */
- IPmatchany, /* *!* */
- IPmatchport, /* *!port */
- IPmatchaddr, /* addr!* */
- IPmatchpa, /* addr!port */
+ IPmatchexact = 0, /* match on 4 tuple */
+ IPmatchany, /* *!* */
+ IPmatchport, /* *!port */
+ IPmatchaddr, /* addr!* */
+ IPmatchpa, /* addr!port */
};
-struct Iphash
-{
- struct Iphash *next;
- struct conv *c;
- int match;
+struct Iphash {
+ struct Iphash *next;
+ struct conv *c;
+ int match;
};
struct Iphash;
-struct Ipht
-{
+struct Ipht {
spinlock_t lock;
- struct Iphash *tab[Nipht];
+ struct Iphash *tab[Nipht];
};
-void iphtadd(struct Ipht*, struct conv*);
-void iphtrem(struct Ipht*, struct conv*);
-struct conv* iphtlook(struct Ipht *ht, uint8_t *sa, uint16_t sp, uint8_t *da, uint16_t dp);
+void iphtadd(struct Ipht *, struct conv *);
+void iphtrem(struct Ipht *, struct conv *);
+struct conv *iphtlook(struct Ipht *ht, uint8_t * sa, uint16_t sp, uint8_t * da,
+ uint16_t dp);
/*
* one per multiplexed Protocol
*/
-struct Proto
-{
+struct Proto {
qlock_t qlock;
- char* name; /* protocol name */
- int x; /* protocol index */
- int ipproto; /* ip protocol type */
-
- char* (*connect)(struct conv*, char **unused_char_pp_t, int);
- char* (*announce)(struct conv*, char **unused_char_pp_t, int);
- char* (*bind)(struct conv*, char **unused_char_pp_t, int);
- int (*state)(struct conv*, char *unused_char_p_t, int);
- void (*create)(struct conv*);
- void (*close)(struct conv*);
- void (*rcv)(struct Proto*, struct Ipifc*, struct block*);
- char* (*ctl)(struct conv*, char **unused_char_pp_t, int);
- void (*advise)(struct Proto*, struct block*, char *unused_char_p_t);
- int (*stats)(struct Proto*, char *unused_char_p_t, int);
- int (*local)(struct conv*, char *unused_char_p_t, int);
- int (*remote)(struct conv*, char *unused_char_p_t, int);
- int (*inuse)(struct conv*);
- int (*gc)(struct Proto*); /* returns true if any conversations are freed */
- void (*newconv)(struct Proto *udp, struct conv *conv);
-
- struct Fs *f; /* file system this proto is part of */
- struct conv **conv; /* array of conversations */
- int ptclsize; /* size of per protocol ctl block */
- int nc; /* number of conversations */
- int ac;
- struct qid qid; /* qid for protocol directory */
- uint16_t nextport;
- uint16_t nextrport;
-
- void *priv;
+ char *name; /* protocol name */
+ int x; /* protocol index */
+ int ipproto; /* ip protocol type */
+
+ char *(*connect) (struct conv *, char **unused_char_pp_t, int);
+ char *(*announce) (struct conv *, char **unused_char_pp_t, int);
+ char *(*bind) (struct conv *, char **unused_char_pp_t, int);
+ int (*state) (struct conv *, char *unused_char_p_t, int);
+ void (*create) (struct conv *);
+ void (*close) (struct conv *);
+ void (*rcv) (struct Proto *, struct Ipifc *, struct block *);
+ char *(*ctl) (struct conv *, char **unused_char_pp_t, int);
+ void (*advise) (struct Proto *, struct block *, char *unused_char_p_t);
+ int (*stats) (struct Proto *, char *unused_char_p_t, int);
+ int (*local) (struct conv *, char *unused_char_p_t, int);
+ int (*remote) (struct conv *, char *unused_char_p_t, int);
+ int (*inuse) (struct conv *);
+ int (*gc) (struct Proto *); /* returns true if any conversations are freed */
+ void (*newconv) (struct Proto * udp, struct conv * conv);
+
+ struct Fs *f; /* file system this proto is part of */
+ struct conv **conv; /* array of conversations */
+ int ptclsize; /* size of per protocol ctl block */
+ int nc; /* number of conversations */
+ int ac;
+ struct qid qid; /* qid for protocol directory */
+ uint16_t nextport;
+ uint16_t nextrport;
+
+ void *priv;
};
/*
*/
struct IProuter {
qlock_t qlock;
- int opens;
- struct queue *q;
+ int opens;
+ struct queue *q;
};
/*
* one per IP protocol stack
*/
-struct Fs
-{
+struct Fs {
rwlock_t rwlock;
- int dev;
-
- int np;
- struct Proto* p[Maxproto+1]; /* list of supported protocols */
- struct Proto* t2p[256]; /* vector of all protocols */
- struct Proto* ipifc; /* kludge for ipifcremroute & ipifcaddroute */
- struct Proto* ipmux; /* kludge for finding an ip multiplexor */
-
- struct IP *ip;
- struct Ipselftab *self;
- struct arp *arp;
- struct V6params *v6p;
+ int dev;
+
+ int np;
+ struct Proto *p[Maxproto + 1]; /* list of supported protocols */
+ struct Proto *t2p[256]; /* vector of all protocols */
+ struct Proto *ipifc; /* kludge for ipifcremroute & ipifcaddroute */
+ struct Proto *ipmux; /* kludge for finding an ip multiplexor */
+
+ struct IP *ip;
+ struct Ipselftab *self;
+ struct arp *arp;
+ struct V6params *v6p;
struct IProuter iprouter;
- struct route *v4root[1<<Lroot]; /* v4 routing forest */
- struct route *v6root[1<<Lroot]; /* v6 routing forest */
- struct route *queue; /* used as temp when reinjecting routes */
+ struct route *v4root[1 << Lroot]; /* v4 routing forest */
+ struct route *v6root[1 << Lroot]; /* v6 routing forest */
+ struct route *queue; /* used as temp when reinjecting routes */
- struct Netlog *alog;
- struct Ifclog *ilog;
+ struct Netlog *alog;
+ struct Ifclog *ilog;
- char ndb[1024]; /* an ndb entry for this interface */
- int ndbvers;
- long ndbmtime;
+ char ndb[1024]; /* an ndb entry for this interface */
+ int ndbvers;
+ long ndbmtime;
};
/* one per default router known to host */
struct V6router {
- uint8_t inuse;
- struct Ipifc *ifc;
- int ifcid;
- uint8_t routeraddr[IPaddrlen];
- long ltorigin;
- struct routerparams rp;
+ uint8_t inuse;
+ struct Ipifc *ifc;
+ int ifcid;
+ uint8_t routeraddr[IPaddrlen];
+ long ltorigin;
+ struct routerparams rp;
};
struct hostparams {
- int rxmithost;
+ int rxmithost;
};
-struct V6params
-{
- struct routerparams rp; /* v6 params, one copy per node now */
- struct hostparams hp;
- struct V6router v6rlist[3]; /* max 3 default routers, currently */
- int cdrouter; /* uses only v6rlist[cdrouter] if */
- /* cdrouter >= 0. */
+struct V6params {
+ struct routerparams rp; /* v6 params, one copy per node now */
+ struct hostparams hp;
+ struct V6router v6rlist[3]; /* max 3 default routers, currently */
+ int cdrouter; /* uses only v6rlist[cdrouter] if */
+ /* cdrouter >= 0. */
};
-
-int Fsconnected(struct conv*, char *unused_char_p_t);
-struct conv* Fsnewcall(struct conv*, uint8_t *unused_uint8_p_t, uint16_t, uint8_t*, uint16_t, uint8_t unused_uint8_t);
-int Fspcolstats( char *unused_char_p_t, int);
-int Fsproto(struct Fs*, struct Proto*);
-int Fsbuiltinproto(struct Fs*, uint8_t unused_uint8_t);
-struct conv* Fsprotoclone(struct Proto*, char *unused_char_p_t);
-struct Proto* Fsrcvpcol(struct Fs*, uint8_t unused_uint8_t);
-struct Proto* Fsrcvpcolx(struct Fs*, uint8_t unused_uint8_t);
-char* Fsstdconnect(struct conv*, char **unused_char_pp_t, int);
-char* Fsstdannounce(struct conv*, char **unused_char_pp_t, int);
-char* Fsstdbind(struct conv*, char **unused_char_pp_t, int);
-uint32_t scalednconv(void);
+int Fsconnected(struct conv *, char *unused_char_p_t);
+struct conv *Fsnewcall(struct conv *, uint8_t * unused_uint8_p_t, uint16_t,
+ uint8_t *, uint16_t, uint8_t unused_uint8_t);
+int Fspcolstats(char *unused_char_p_t, int);
+int Fsproto(struct Fs *, struct Proto *);
+int Fsbuiltinproto(struct Fs *, uint8_t unused_uint8_t);
+struct conv *Fsprotoclone(struct Proto *, char *unused_char_p_t);
+struct Proto *Fsrcvpcol(struct Fs *, uint8_t unused_uint8_t);
+struct Proto *Fsrcvpcolx(struct Fs *, uint8_t unused_uint8_t);
+char *Fsstdconnect(struct conv *, char **unused_char_pp_t, int);
+char *Fsstdannounce(struct conv *, char **unused_char_pp_t, int);
+char *Fsstdbind(struct conv *, char **unused_char_pp_t, int);
+uint32_t scalednconv(void);
/*
* logging
*/
-enum
-{
- Logip= 1<<1,
- Logtcp= 1<<2,
- Logfs= 1<<3,
- Logil= 1<<4,
- Logicmp= 1<<5,
- Logudp= 1<<6,
- Logcompress= 1<<7,
- Logilmsg= 1<<8,
- Loggre= 1<<9,
- Logppp= 1<<10,
- Logtcprxmt= 1<<11,
- Logigmp= 1<<12,
- Logudpmsg= 1<<13,
- Logipmsg= 1<<14,
- Logrudp= 1<<15,
- Logrudpmsg= 1<<16,
- Logesp= 1<<17,
- Logtcpwin= 1<<18,
+enum {
+ Logip = 1 << 1,
+ Logtcp = 1 << 2,
+ Logfs = 1 << 3,
+ Logil = 1 << 4,
+ Logicmp = 1 << 5,
+ Logudp = 1 << 6,
+ Logcompress = 1 << 7,
+ Logilmsg = 1 << 8,
+ Loggre = 1 << 9,
+ Logppp = 1 << 10,
+ Logtcprxmt = 1 << 11,
+ Logigmp = 1 << 12,
+ Logudpmsg = 1 << 13,
+ Logipmsg = 1 << 14,
+ Logrudp = 1 << 15,
+ Logrudpmsg = 1 << 16,
+ Logesp = 1 << 17,
+ Logtcpwin = 1 << 18,
};
-void netloginit(struct Fs*);
-void netlogopen(struct Fs*);
-void netlogclose(struct Fs*);
-void netlogctl(struct Fs*, char *unused_char_p_t, int);
-long netlogread(struct Fs*, void*, uint32_t, long);
-void netlog(struct Fs*, int unused_int, char *unused_char_p_t, ...);
-void ifcloginit(struct Fs*);
-long ifclogread(struct Fs*, struct chan *,void*, uint32_t, long);
-void ifclog(struct Fs*, uint8_t *, int);
-void ifclogopen(struct Fs*, struct chan*);
-void ifclogclose(struct Fs*, struct chan*);
+void netloginit(struct Fs *);
+void netlogopen(struct Fs *);
+void netlogclose(struct Fs *);
+void netlogctl(struct Fs *, char *unused_char_p_t, int);
+long netlogread(struct Fs *, void *, uint32_t, long);
+void netlog(struct Fs *, int unused_int, char *unused_char_p_t, ...);
+void ifcloginit(struct Fs *);
+long ifclogread(struct Fs *, struct chan *, void *, uint32_t, long);
+void ifclog(struct Fs *, uint8_t *, int);
+void ifclogopen(struct Fs *, struct chan *);
+void ifclogclose(struct Fs *, struct chan *);
/*
* iproute.c
*/
-enum
-{
+enum {
/* type bits */
- Rv4= (1<<0), /* this is a version 4 route */
- Rifc= (1<<1), /* this route is a directly connected interface */
- Rptpt= (1<<2), /* this route is a pt to pt interface */
- Runi= (1<<3), /* a unicast self address */
- Rbcast= (1<<4), /* a broadcast self address */
- Rmulti= (1<<5), /* a multicast self address */
- Rproxy= (1<<6), /* this route should be proxied */
+ Rv4 = (1 << 0), /* this is a version 4 route */
+ Rifc = (1 << 1), /* this route is a directly connected interface */
+ Rptpt = (1 << 2), /* this route is a pt to pt interface */
+ Runi = (1 << 3), /* a unicast self address */
+ Rbcast = (1 << 4), /* a broadcast self address */
+ Rmulti = (1 << 5), /* a multicast self address */
+ Rproxy = (1 << 6), /* this route should be proxied */
};
-struct routewalk
-{
- int o;
- int h;
- char* p;
- char* e;
- void* state;
- void (*walk)(struct route*, struct routewalk*);
+struct routewalk {
+ int o;
+ int h;
+ char *p;
+ char *e;
+ void *state;
+ void (*walk) (struct route *, struct routewalk *);
};
-struct RouteTree
-{
- struct route* right;
- struct route* left;
- struct route* mid;
- uint8_t depth;
- uint8_t type;
- uint8_t ifcid; /* must match ifc->id */
- struct Ipifc *ifc;
- char tag[4];
- struct kref kref;
+struct RouteTree {
+ struct route *right;
+ struct route *left;
+ struct route *mid;
+ uint8_t depth;
+ uint8_t type;
+ uint8_t ifcid; /* must match ifc->id */
+ struct Ipifc *ifc;
+ char tag[4];
+ struct kref kref;
};
-struct V4route
-{
- uint32_t address;
- uint32_t endaddress;
- uint8_t gate[IPv4addrlen];
+struct V4route {
+ uint32_t address;
+ uint32_t endaddress;
+ uint8_t gate[IPv4addrlen];
};
-struct V6route
-{
- uint32_t address[IPllen];
- uint32_t endaddress[IPllen];
- uint8_t gate[IPaddrlen];
+struct V6route {
+ uint32_t address[IPllen];
+ uint32_t endaddress[IPllen];
+ uint8_t gate[IPaddrlen];
};
-struct route
-{
+struct route {
struct RouteTree rt;
union {
struct V4route v4;
};
};
-extern void v4addroute(struct Fs *f, char *tag, uint8_t *a, uint8_t *mask,
- uint8_t *gate, int type);
-extern void v6addroute(struct Fs *f, char *tag, uint8_t *a, uint8_t *mask,
- uint8_t *gate, int type);
-extern void v4delroute(struct Fs *f, uint8_t *a, uint8_t *mask, int dolock);
-extern void v6delroute(struct Fs *f, uint8_t *a, uint8_t *mask, int dolock);
-extern struct route* v4lookup(struct Fs *f, uint8_t *a, struct conv *c);
-extern struct route* v6lookup(struct Fs *f, uint8_t *a, struct conv *c);
-extern long routeread(struct Fs *f, char *unused_char_p_t, uint32_t, int);
-extern long routewrite(struct Fs *f, struct chan*, char *unused_char_p_t, int);
-extern void routetype( int unused_int, char *unused_char_p_t);
-extern void ipwalkroutes(struct Fs*, struct routewalk*);
-extern void convroute(struct route*r, uint8_t *u8pt, uint8_t*u8pt1,
- uint8_t *u8pt2, char *unused_char_p_t, int*intp);
+extern void v4addroute(struct Fs *f, char *tag, uint8_t * a, uint8_t * mask,
+ uint8_t * gate, int type);
+extern void v6addroute(struct Fs *f, char *tag, uint8_t * a, uint8_t * mask,
+ uint8_t * gate, int type);
+extern void v4delroute(struct Fs *f, uint8_t * a, uint8_t * mask, int dolock);
+extern void v6delroute(struct Fs *f, uint8_t * a, uint8_t * mask, int dolock);
+extern struct route *v4lookup(struct Fs *f, uint8_t * a, struct conv *c);
+extern struct route *v6lookup(struct Fs *f, uint8_t * a, struct conv *c);
+extern long routeread(struct Fs *f, char *unused_char_p_t, uint32_t, int);
+extern long routewrite(struct Fs *f, struct chan *, char *unused_char_p_t, int);
+extern void routetype(int unused_int, char *unused_char_p_t);
+extern void ipwalkroutes(struct Fs *, struct routewalk *);
+extern void convroute(struct route *r, uint8_t * u8pt, uint8_t * u8pt1,
+ uint8_t * u8pt2, char *unused_char_p_t, int *intp);
/*
* devip.c
* Hanging off every ip channel's ->aux is the following structure.
* It maintains the state used by devip and iproute.
*/
-struct IPaux
-{
- char *owner; /* the user that did the attach */
- char tag[4];
+struct IPaux {
+ char *owner; /* the user that did the attach */
+ char tag[4];
};
-extern struct IPaux* newipaux( char *unused_char_p_t, char*);
+extern struct IPaux *newipaux(char *unused_char_p_t, char *);
/*
* arp.c
*/
-struct arpent
-{
- uint8_t ip[IPaddrlen];
- uint8_t mac[MAClen];
- struct medium *type; /* media type */
- struct arpent* hash;
- struct block* hold;
- struct block* last;
- unsigned int ctime; /* time entry was created or refreshed */
- unsigned int utime; /* time entry was last used */
- uint8_t state;
- struct arpent *nextrxt; /* re-transmit chain */
- unsigned int rtime; /* time for next retransmission */
- uint8_t rxtsrem;
- struct Ipifc *ifc;
- uint8_t ifcid; /* must match ifc->id */
+struct arpent {
+ uint8_t ip[IPaddrlen];
+ uint8_t mac[MAClen];
+ struct medium *type; /* media type */
+ struct arpent *hash;
+ struct block *hold;
+ struct block *last;
+ uint64_t ctime; /* time entry was created or refreshed */
+ uint64_t utime; /* time entry was last used */
+ uint8_t state;
+ struct arpent *nextrxt; /* re-transmit chain */
+ uint64_t rtime; /* time for next retransmission */
+ uint8_t rxtsrem;
+ struct Ipifc *ifc;
+ uint8_t ifcid; /* must match ifc->id */
};
-extern void arpinit(struct Fs*);
-extern int arpread(struct arp*, char *unused_char_p_t, uint32_t, int);
-extern int arpwrite(struct Fs*, char *unused_char_p_t, int);
-extern struct arpent* arpget(struct arp*, struct block *bp, int version, struct Ipifc *ifc, uint8_t *ip,
- uint8_t *h);
-extern void arprelease(struct arp*, struct arpent *a);
-extern struct block* arpresolve(struct arp*, struct arpent *a,
- struct medium *type, uint8_t *mac);
-extern void arpenter(struct Fs*, int version, uint8_t *ip,
- uint8_t *mac, int len, int norefresh);
+extern void arpinit(struct Fs *);
+extern int arpread(struct arp *, char *unused_char_p_t, uint32_t, int);
+extern int arpwrite(struct Fs *, char *unused_char_p_t, int);
+extern struct arpent *arpget(struct arp *, struct block *bp, int version,
+ struct Ipifc *ifc, uint8_t * ip, uint8_t * h);
+extern void arprelease(struct arp *, struct arpent *a);
+extern struct block *arpresolve(struct arp *, struct arpent *a,
+ struct medium *type, uint8_t * mac);
+extern void arpenter(struct Fs *, int version, uint8_t * ip,
+ uint8_t * mac, int len, int norefresh);
/*
* ipaux.c
*/
-extern int myetheraddr( uint8_t *unused_uint8_p_t, char *unused_char_p_t);
-extern uint32_t parseip( uint8_t *unused_uint8_p_t, char *unused_char_p_t);
-extern uint32_t parseipmask( uint8_t *unused_uint8_p_t, char *unused_char_p_t);
-extern char* v4parseip( uint8_t *unused_uint8_p_t, char *unused_char_p_t);
-extern void maskip(uint8_t *from, uint8_t *mask, uint8_t *to);
-extern int parsemac(uint8_t *to, char *from, int len);
-extern uint8_t* defmask( uint8_t *unused_uint8_p_t);
-extern int isv4( uint8_t *unused_uint8_p_t);
-extern void v4tov6(uint8_t *v6, uint8_t *v4);
-extern int v6tov4(uint8_t *v4, uint8_t *v6);
-//extern int eipfmt(Fmt*);
-
-#define ipmove(x, y) memmove(x, y, IPaddrlen)
-#define ipcmp(x, y) ( (x)[IPaddrlen-1] != (y)[IPaddrlen-1] || memcmp(x, y, IPaddrlen) )
+extern int myetheraddr(uint8_t * unused_uint8_p_t, char *unused_char_p_t);
+extern uint32_t parseip(uint8_t * unused_uint8_p_t, char *unused_char_p_t);
+extern uint32_t parseipmask(uint8_t * unused_uint8_p_t, char *unused_char_p_t);
+extern char *v4parseip(uint8_t * unused_uint8_p_t, char *unused_char_p_t);
+extern void maskip(uint8_t * from, uint8_t * mask, uint8_t * to);
+extern int parsemac(uint8_t * to, char *from, int len);
+extern uint8_t *defmask(uint8_t * unused_uint8_p_t);
+extern int isv4(uint8_t * unused_uint8_p_t);
+extern void v4tov6(uint8_t * v6, uint8_t * v4);
+extern int v6tov4(uint8_t * v4, uint8_t * v6);
+//extern int eipfmt(Fmt*);
+
+
+#ifdef CONFIG_RISCV
+#warning "Potentially unaligned IP addrs!"
+#endif
+static inline void ipmove(unsigned char *x, unsigned char *y)
+{
+ uint32_t *a = (uint32_t *)x;
+ uint32_t *b = (uint32_t *)y;
+
+ a[0] = b[0];
+ a[1] = b[1];
+ a[2] = b[2];
+ a[3] = b[3];
+}
+
+static inline long ipcmp(unsigned char *x, unsigned char *y)
+{
+ uint32_t *a = (uint32_t *)x;
+ uint32_t *b = (uint32_t *)y;
+ return (a[0] ^ b[0]) | (a[1] ^ b[1]) |
+ (a[2] ^ b[2]) | (a[3] ^ b[3]);
+}
+
extern uint8_t IPv4bcast[IPaddrlen];
extern uint8_t IPv4bcastobs[IPaddrlen];
/*
* media
*/
-extern struct medium ethermedium;
-extern struct medium nullmedium;
-extern struct medium pktmedium;
-extern struct medium tripmedium;
+extern struct medium ethermedium;
+extern struct medium nullmedium;
+extern struct medium pktmedium;
+extern struct medium tripmedium;
/*
* ipifc.c
*/
-extern struct medium* ipfindmedium(char *name);
-extern void addipmedium(struct medium *med);
-extern int ipforme(struct Fs*, uint8_t *addr);
-extern int iptentative(struct Fs*, uint8_t *addr);
-extern int ipisbm(uint8_t *);
-extern int ipismulticast(uint8_t *);
-extern struct Ipifc* findipifc(struct Fs*, uint8_t *remote, int type);
-extern void findprimaryip(struct Fs*, uint8_t *unused_uint8_p_t);
-extern void findlocalip(struct Fs*, uint8_t *local, uint8_t *remote);
-extern int ipv4local(struct Ipifc *ifc, uint8_t *addr);
-extern int ipv6local(struct Ipifc *ifc, uint8_t *addr);
-extern int ipv6anylocal(struct Ipifc *ifc, uint8_t *addr);
-extern struct Iplifc* iplocalonifc(struct Ipifc *ifc, uint8_t *ip);
-extern int ipproxyifc(struct Fs *f, struct Ipifc *ifc, uint8_t *ip);
-extern int ipismulticast(uint8_t *ip);
-extern int ipisbooting(void);
-extern int ipifccheckin(struct Ipifc *ifc, struct medium *med);
-extern void ipifccheckout(struct Ipifc *ifc);
-extern int ipifcgrab(struct Ipifc *ifc);
-extern void ipifcaddroute(struct Fs*, int unused_int, uint8_t *unused_uint8_p_t, uint8_t*, uint8_t*, int);
-extern void ipifcremroute(struct Fs*, int unused_int, uint8_t *u8pt, uint8_t *u8pt2);
-extern void ipifcremmulti(struct conv *c, uint8_t *ma, uint8_t *ia);
-extern void ipifcaddmulti(struct conv *c, uint8_t *ma, uint8_t *ia);
-extern char* ipifcrem(struct Ipifc *ifc, char **argv, int argc);
-extern char* ipifcadd(struct Ipifc *ifc, char **argv, int argc, int tentative,
- struct Iplifc *lifcp);
-extern long ipselftabread(struct Fs*, char *a, uint32_t offset, int n);
-extern char* ipifcaddpref6(struct Ipifc *ifc, char**argv, int argc);
-extern void ipsendra6(struct Fs *f, int on);
+extern struct medium *ipfindmedium(char *name);
+extern void addipmedium(struct medium *med);
+extern int ipforme(struct Fs *, uint8_t * addr);
+extern int iptentative(struct Fs *, uint8_t * addr);
+extern int ipisbm(uint8_t *);
+extern int ipismulticast(uint8_t *);
+extern struct Ipifc *findipifc(struct Fs *, uint8_t * remote, int type);
+extern void findprimaryip(struct Fs *, uint8_t * unused_uint8_p_t);
+extern void findlocalip(struct Fs *, uint8_t * local, uint8_t * remote);
+extern int ipv4local(struct Ipifc *ifc, uint8_t * addr);
+extern int ipv6local(struct Ipifc *ifc, uint8_t * addr);
+extern int ipv6anylocal(struct Ipifc *ifc, uint8_t * addr);
+extern struct Iplifc *iplocalonifc(struct Ipifc *ifc, uint8_t * ip);
+extern int ipproxyifc(struct Fs *f, struct Ipifc *ifc, uint8_t * ip);
+extern int ipismulticast(uint8_t * ip);
+extern int ipisbooting(void);
+extern int ipifccheckin(struct Ipifc *ifc, struct medium *med);
+extern void ipifccheckout(struct Ipifc *ifc);
+extern int ipifcgrab(struct Ipifc *ifc);
+extern void ipifcaddroute(struct Fs *, int unused_int,
+ uint8_t * unused_uint8_p_t, uint8_t *, uint8_t *,
+ int);
+extern void ipifcremroute(struct Fs *, int unused_int, uint8_t * u8pt,
+ uint8_t * u8pt2);
+extern void ipifcremmulti(struct conv *c, uint8_t * ma, uint8_t * ia);
+extern void ipifcaddmulti(struct conv *c, uint8_t * ma, uint8_t * ia);
+extern char *ipifcrem(struct Ipifc *ifc, char **argv, int argc);
+extern char *ipifcadd(struct Ipifc *ifc, char **argv, int argc, int tentative,
+ struct Iplifc *lifcp);
+extern long ipselftabread(struct Fs *, char *a, uint32_t offset, int n);
+extern char *ipifcaddpref6(struct Ipifc *ifc, char **argv, int argc);
+extern void ipsendra6(struct Fs *f, int on);
/*
* ip.c
*/
-extern void iprouting(struct Fs*, int);
-extern void icmpnoconv(struct Fs*, struct block*);
-extern void icmpcantfrag(struct Fs*, struct block*, int);
-extern void icmpttlexceeded(struct Fs*, uint8_t *unused_uint8_p_t, struct block*);
-extern uint16_t ipcsum( uint8_t *unused_uint8_p_t);
-extern void ipiput4(struct Fs*, struct Ipifc *unused_ipifc, struct block*);
-extern void ipiput6(struct Fs*, struct Ipifc *unused_ipifc, struct block*);
-extern int ipoput4(struct Fs*,
- struct block*, int unused_int, int, int, struct conv*);
-extern int ipoput6(struct Fs*,
- struct block*, int unused_int, int, int, struct conv*);
-extern int ipstats(struct Fs*, char *unused_char_p_t, int);
-extern uint16_t ptclbsum( uint8_t *unused_uint8_p_t, int);
-extern uint16_t ptclcsum(struct block*, int unused_int, int);
-extern void ip_init(struct Fs*);
-extern void update_mtucache( uint8_t *unused_uint8_p_t, uint32_t);
-extern uint32_t restrict_mtu( uint8_t *unused_uint8_p_t, uint32_t);
+extern void iprouting(struct Fs *, int);
+extern void icmpnoconv(struct Fs *, struct block *);
+extern void icmpcantfrag(struct Fs *, struct block *, int);
+extern void icmpttlexceeded(struct Fs *, uint8_t * unused_uint8_p_t,
+ struct block *);
+
+uint16_t ipchecksum(uint8_t *addr, int len);
+extern uint16_t ipcsum(uint8_t * unused_uint8_p_t);
+extern void ipiput4(struct Fs *, struct Ipifc *unused_ipifc, struct block *);
+extern void ipiput6(struct Fs *, struct Ipifc *unused_ipifc, struct block *);
+extern int ipoput4(struct Fs *,
+ struct block *, int unused_int, int, int, struct conv *);
+extern int ipoput6(struct Fs *,
+ struct block *, int unused_int, int, int, struct conv *);
+extern int ipstats(struct Fs *, char *unused_char_p_t, int);
+extern uint16_t ptclbsum(uint8_t * unused_uint8_p_t, int);
+extern uint16_t ptclcsum(struct block *, int unused_int, int);
+extern void ip_init(struct Fs *);
+extern void update_mtucache(uint8_t * unused_uint8_p_t, uint32_t);
+extern uint32_t restrict_mtu(uint8_t * unused_uint8_p_t, uint32_t);
+
+static inline void ptclcsum_finalize(struct block *bp, unsigned int feat)
+{
+ unsigned int flag = bp->flag & BCKSUM_FLAGS;
+ uint8_t *csum_store;
+
+ if (flag && (flag & feat) != flag) {
+ csum_store = bp->rp + bp->checksum_start + bp->checksum_offset;
+ hnputs((uint16_t *)csum_store,
+ ptclcsum(bp, bp->checksum_start,
+ BLEN(bp) - bp->checksum_start));
+ bp->flag &= ~BCKSUM_FLAGS;
+ }
+}
/*
* bootp.c
*/
-char* (*bootp)(struct Ipifc *unused_ipifc);
-int (*bootpread)( char *unused_char_p_t, uint32_t, int);
+char *(*bootp) (struct Ipifc * unused_ipifc);
+int (*bootpread) (char *unused_char_p_t, uint32_t, int);
/*
* iprouter.c
*/
-void useriprouter(struct Fs*, struct Ipifc *unused_ipifc, struct block*);
-void iprouteropen(struct Fs*);
-void iprouterclose(struct Fs*);
-long iprouterread(struct Fs*, void*, int);
+void useriprouter(struct Fs *, struct Ipifc *unused_ipifc, struct block *);
+void iprouteropen(struct Fs *);
+void iprouterclose(struct Fs *);
+long iprouterread(struct Fs *, void *, int);
/*
* resolving inferno/plan9 differences
*/
-struct chan* commonfdtochan( int unused_int, int, int, int);
-char* commonuser(void);
-char* commonerror(void);
+struct chan *commonfdtochan(int unused_int, int, int, int);
+char *commonuser(void);
+char *commonerror(void);
/*
* chandial.c
*/
-extern struct chan* chandial( char *u1, char*u2, char*u3, struct chan**c);
+extern struct chan *chandial(char *u1, char *u2, char *u3, struct chan **c);
/*
* global to all of the stack
*/
-extern void (*igmpreportfn)(struct Ipifc *unused_ipifc, uint8_t *unused_uint8_p_t);
+extern void (*igmpreportfn) (struct Ipifc * unused_ipifc,
+ uint8_t * unused_uint8_p_t);
/* IPV6 */
/* rfc 3513 defines the address prefices */
/* from RFC 2460 */
-typedef struct Ip6hdr Ip6hdr;
-typedef struct Opthdr Opthdr;
+typedef struct Ip6hdr Ip6hdr;
+typedef struct Opthdr Opthdr;
typedef struct Routinghdr Routinghdr;
-typedef struct Fraghdr6 Fraghdr6;
+typedef struct Fraghdr6 Fraghdr6;
struct ip6hdr {
- uint8_t vcf[4]; // version:4, traffic class:8, flow label:20
- uint8_t ploadlen[2]; // payload length: packet length - 40
- uint8_t proto; // next header type
- uint8_t ttl; // hop limit
+ uint8_t vcf[4]; // version:4, traffic class:8, flow label:20
+ uint8_t ploadlen[2]; // payload length: packet length - 40
+ uint8_t proto; // next header type
+ uint8_t ttl; // hop limit
uint8_t src[IPaddrlen];
uint8_t dst[IPaddrlen];
};
struct fraghdr6 {
uint8_t nexthdr;
uint8_t res;
- uint8_t offsetRM[2]; // Offset, Res, M flag
+ uint8_t offsetRM[2]; // Offset, Res, M flag
uint8_t id[4];
};
-
-enum { /* Header Types */
- HBH = 0, //?
- ICMP = 1,
- IGMP = 2,
- GGP = 3,
- IPINIP = 4,
- ST = 5,
- TCP = 6,
- UDP = 17,
- ISO_TP4 = 29,
- RH = 43,
- FH = 44,
- IDRP = 45,
- RSVP = 46,
- AH = 51,
- ESP = 52,
- ICMPv6 = 58,
- NNH = 59,
- DOH = 60,
- ISO_IP = 80,
- IGRP = 88,
- OSPF = 89,
-
- Maxhdrtype = 256,
+enum { /* Header Types */
+ HBH = 0, //?
+ ICMP = 1,
+ IGMP = 2,
+ GGP = 3,
+ IPINIP = 4,
+ ST = 5,
+ TCP = 6,
+ UDP = 17,
+ ISO_TP4 = 29,
+ RH = 43,
+ FH = 44,
+ IDRP = 45,
+ RSVP = 46,
+ AH = 51,
+ ESP = 52,
+ ICMPv6 = 58,
+ NNH = 59,
+ DOH = 60,
+ ISO_IP = 80,
+ IGRP = 88,
+ OSPF = 89,
+
+ Maxhdrtype = 256,
};
-
enum {
- // multicast flgs and scop
+ // multicast flgs and scop
- well_known_flg = 0,
- transient_flg = 1,
+ well_known_flg = 0,
+ transient_flg = 1,
- node_local_scop = 1,
- link_local_scop = 2,
- site_local_scop = 5,
- org_local_scop = 8,
- global_scop = 14,
+ node_local_scop = 1,
+ link_local_scop = 2,
+ site_local_scop = 5,
+ org_local_scop = 8,
+ global_scop = 14,
- // various prefix lengths
+ // various prefix lengths
- SOLN_PREF_LEN = 13,
+ SOLN_PREF_LEN = 13,
- // icmpv6 unreach codes
- icmp6_no_route = 0,
- icmp6_ad_prohib = 1,
- icmp6_unassigned = 2,
- icmp6_adr_unreach = 3,
- icmp6_port_unreach = 4,
- icmp6_unkn_code = 5,
+ // icmpv6 unreach codes
+ icmp6_no_route = 0,
+ icmp6_ad_prohib = 1,
+ icmp6_unassigned = 2,
+ icmp6_adr_unreach = 3,
+ icmp6_port_unreach = 4,
+ icmp6_unkn_code = 5,
- // various flags & constants
+ // various flags & constants
- v6MINTU = 1280,
- HOP_LIMIT = 255,
- ETHERHDR_LEN = 14,
- IPV6HDR_LEN = 40,
- IPV4HDR_LEN = 20,
+ v6MINTU = 1280,
+ HOP_LIMIT = 255,
+ ETHERHDR_LEN = 14,
+ IPV6HDR_LEN = 40,
+ IPV4HDR_LEN = 20,
- // option types
+ // option types
- SRC_LLADDRESS = 1,
- TARGET_LLADDRESS = 2,
- PREFIX_INFO = 3,
- REDIR_HEADER = 4,
- MTU_OPTION = 5,
+ SRC_LLADDRESS = 1,
+ TARGET_LLADDRESS = 2,
+ PREFIX_INFO = 3,
+ REDIR_HEADER = 4,
+ MTU_OPTION = 5,
- SRC_UNSPEC = 0,
- SRC_UNI = 1,
- TARG_UNI = 2,
- TARG_MULTI = 3,
+ SRC_UNSPEC = 0,
+ SRC_UNI = 1,
+ TARG_UNI = 2,
+ TARG_MULTI = 3,
- t_unitent = 1,
- t_uniproxy = 2,
- t_unirany = 3,
+ t_unitent = 1,
+ t_uniproxy = 2,
+ t_unirany = 3,
- // Router constants (all times in milliseconds)
+ // Router constants (all times in milliseconds)
- MAX_INITIAL_RTR_ADVERT_INTERVAL = 16000,
- MAX_INITIAL_RTR_ADVERTISEMENTS = 3,
- MAX_FINAL_RTR_ADVERTISEMENTS = 3,
- MIN_DELAY_BETWEEN_RAS = 3000,
- MAX_RA_DELAY_TIME = 500,
+ MAX_INITIAL_RTR_ADVERT_INTERVAL = 16000,
+ MAX_INITIAL_RTR_ADVERTISEMENTS = 3,
+ MAX_FINAL_RTR_ADVERTISEMENTS = 3,
+ MIN_DELAY_BETWEEN_RAS = 3000,
+ MAX_RA_DELAY_TIME = 500,
- // Host constants
+ // Host constants
- MAX_RTR_SOLICITATION_DELAY = 1000,
- RTR_SOLICITATION_INTERVAL = 4000,
- MAX_RTR_SOLICITATIONS = 3,
+ MAX_RTR_SOLICITATION_DELAY = 1000,
+ RTR_SOLICITATION_INTERVAL = 4000,
+ MAX_RTR_SOLICITATIONS = 3,
- // Node constants
+ // Node constants
- MAX_MULTICAST_SOLICIT = 3,
- MAX_UNICAST_SOLICIT = 3,
- MAX_ANYCAST_DELAY_TIME = 1000,
- MAX_NEIGHBOR_ADVERTISEMENT = 3,
- REACHABLE_TIME = 30000,
- RETRANS_TIMER = 1000,
- DELAY_FIRST_PROBE_TIME = 5000,
+ MAX_MULTICAST_SOLICIT = 3,
+ MAX_UNICAST_SOLICIT = 3,
+ MAX_ANYCAST_DELAY_TIME = 1000,
+ MAX_NEIGHBOR_ADVERTISEMENT = 3,
+ REACHABLE_TIME = 30000,
+ RETRANS_TIMER = 1000,
+ DELAY_FIRST_PROBE_TIME = 5000,
};
extern void ipv62smcast(uint8_t *, uint8_t *);
-extern void icmpns(struct Fs *f, uint8_t* src, int suni, uint8_t* targ, int tuni,
- uint8_t* mac);
-extern void icmpna(struct Fs *f, uint8_t* src, uint8_t* dst, uint8_t* targ, uint8_t* mac,
- uint8_t flags);
-extern void icmpttlexceeded6(struct Fs *f, struct Ipifc *ifc,
- struct block *bp);
+extern void icmpns(struct Fs *f, uint8_t * src, int suni, uint8_t * targ,
+ int tuni, uint8_t * mac);
+extern void icmpna(struct Fs *f, uint8_t * src, uint8_t * dst, uint8_t * targ,
+ uint8_t * mac, uint8_t flags);
+extern void icmpttlexceeded6(struct Fs *f, struct Ipifc *ifc, struct block *bp);
extern void icmppkttoobig6(struct Fs *f, struct Ipifc *ifc, struct block *bp);
extern void icmphostunr(struct Fs *f,
- struct Ipifc *ifc,
- struct block *bp, int code, int free);
+ struct Ipifc *ifc,
+ struct block *bp, int code, int free);
extern uint8_t v6allnodesN[IPaddrlen];
extern uint8_t v6allnodesL[IPaddrlen];
/* network interfaces and ethernet */
// INFERNO
-enum
-{
- Nmaxaddr= 64,
- Nmhash= 31,
+enum {
+ Nmaxaddr = 64,
+ Nmhash = 31,
- Ncloneqid= 1,
+ Ncloneqid = 1,
Naddrqid,
N2ndqid,
N3rdqid,
* Macros to manage Qid's used for multiplexed devices
*/
#define NETTYPE(x) (((uint32_t)x)&0x1f)
-#define NETID(x) ((((uint32_t)x))>>5)
-#define NETQID(i,t) ((((uint32_t)i)<<5)|(t))
+/* The net's ID + 1 is stored starting at 1 << 5. So ID 0 = 32, ID 1 = 64, and
+ * NETID == -1 means no netid */
+#define NETID(x) (((uint32_t)(x) >> 5) - 1)
+#define NETQID(i,t) ((((uint32_t)(i) + 1) << 5) | (t))
/*
* one per multiplexed connection
*/
-struct netfile
-{
+struct netfile {
qlock_t qlock;
- int inuse;
- uint32_t mode;
- char owner[KNAMELEN];
+ int inuse;
+ uint32_t mode;
+ char owner[KNAMELEN];
- int type; /* multiplexor type */
- int prom; /* promiscuous mode */
- int scan; /* base station scanning interval */
- int bridge; /* bridge mode */
- int headersonly; /* headers only - no data */
- uint8_t maddr[8]; /* bitmask of multicast addresses requested */
- int nmaddr; /* number of multicast addresses */
+ int type; /* multiplexor type */
+ int prom; /* promiscuous mode */
+ int scan; /* base station scanning interval */
+ int bridge; /* bridge mode */
+ int headersonly; /* headers only - no data */
+ uint8_t maddr[8]; /* bitmask of multicast addresses requested */
+ int nmaddr; /* number of multicast addresses */
- struct queue *in; /* input buffer */
+ struct queue *in; /* input buffer */
};
/*
* a network address
*/
-struct netaddr
-{
- struct netaddr *next; /* allocation chain */
- struct netaddr *hnext;
- uint8_t addr[Nmaxaddr];
- int ref; /* leaving this as an int, not a kref. no reaping, yet. */
+struct netaddr {
+ struct netaddr *next; /* allocation chain */
+ struct netaddr *hnext;
+ uint8_t addr[Nmaxaddr];
+ int ref; /* leaving this as an int, not a kref. no reaping, yet. */
};
/*
+ * These flags overlap with block flags, to make detecting unsupported
+ * offloads efficient.
+ */
+#define NETF_BASE_SHIFT (NS_SHIFT_MAX + 1)
+#define NETF_PADMIN_SHIFT (NETF_BASE_SHIFT + 0)
+#define NETF_SG_SHIFT (NETF_BASE_SHIFT + 1)
+#define NETF_LRO_SHIFT (NETF_BASE_SHIFT + 2)
+enum {
+ NETF_IPCK = (1 << NS_IPCK_SHIFT), /* xmit ip checksum */
+ NETF_UDPCK = (1 << NS_UDPCK_SHIFT), /* xmit udp checksum */
+ NETF_TCPCK = (1 << NS_TCPCK_SHIFT), /* xmit tcp checksum */
+ NETF_PADMIN = (1 << NETF_PADMIN_SHIFT), /* device pads to mintu */
+ NETF_SG = (1 << NETF_SG_SHIFT), /* device can do scatter/gather */
+ NETF_TSO = (1 << NS_TSO_SHIFT), /* device can do TSO */
+ NETF_LRO = (1 << NETF_LRO_SHIFT), /* device can do LRO */
+};
+/*
* a network interface
*/
-struct netif
-{
+struct ether;
+struct netif {
qlock_t qlock;
/* multiplexing */
- char name[KNAMELEN]; /* for top level directory */
- int nfile; /* max number of Netfiles */
- struct netfile **f;
+ char name[KNAMELEN]; /* for top level directory */
+ int nfile; /* max number of Netfiles */
+ struct netfile **f;
/* about net */
- int limit; /* flow control */
- int alen; /* address length */
- int mbps; /* megabits per sec */
- int link; /* link status */
- uint8_t addr[Nmaxaddr];
- uint8_t bcast[Nmaxaddr];
- struct netaddr *maddr; /* known multicast addresses */
- int nmaddr; /* number of known multicast addresses */
- struct netaddr *mhash[Nmhash]; /* hash table of multicast addresses */
- int prom; /* number of promiscuous opens */
- int scan; /* number of base station scanners */
- int all; /* number of -1 multiplexors */
+ int limit; /* flow control */
+ int alen; /* address length */
+ int mbps; /* megabits per sec */
+ int link; /* link status */
+ unsigned int feat; /* dev features */
+ uint8_t addr[Nmaxaddr];
+ uint8_t bcast[Nmaxaddr];
+ struct netaddr *maddr; /* known multicast addresses */
+ int nmaddr; /* number of known multicast addresses */
+ struct netaddr *mhash[Nmhash]; /* hash table of multicast addresses */
+ int prom; /* number of promiscuous opens */
+ int scan; /* number of base station scanners */
+ int all; /* number of -1 multiplexors */
/* statistics */
- int misses;
- int inpackets;
- int outpackets;
- int crcs; /* input crc errors */
- int oerrs; /* output errors */
- int frames; /* framing errors */
- int overflows; /* packet overflows */
- int buffs; /* buffering errors */
- int soverflows; /* software overflow */
+ int misses;
+ int inpackets;
+ int outpackets;
+ int crcs; /* input crc errors */
+ int oerrs; /* output errors */
+ int frames; /* framing errors */
+ int overflows; /* packet overflows */
+ int buffs; /* buffering errors */
+ int soverflows; /* software overflow */
/* routines for touching the hardware */
- void *arg;
- void (*promiscuous)(void*, int);
- void (*multicast)(void*, uint8_t *unused_uint8_p_t, int);
- void (*scanbs)(void*, unsigned nt); /* scan for base stations */
+ void *arg;
+ void (*promiscuous) (void *, int);
+ void (*multicast) (void *, uint8_t * unused_uint8_p_t, int);
+ void (*scanbs) (void *, unsigned nt); /* scan for base stations */
};
-void netifinit(struct netif*, char *, int , uint32_t);
-struct walkqid* netifwalk(struct netif*, struct chan*, struct chan*, char **, int);
-struct chan* netifopen(struct netif*, struct chan*, int);
-void netifclose(struct netif*, struct chan*);
-long netifread(struct netif*, struct chan*, void*, long, uint32_t);
-struct block* netifbread(struct netif*, struct chan*, long, uint32_t);
-long netifwrite(struct netif*, struct chan*, void*, long);
-int netifwstat(struct netif*, struct chan*, uint8_t *, int);
-int netifstat(struct netif*, struct chan*, uint8_t *, int);
-int activemulti(struct netif*, uint8_t *, int);
+void netifinit(struct ether *, char *, int, uint32_t);
+struct walkqid *netifwalk(struct ether *, struct chan *, struct chan *,
+ char **,
+ int);
+struct chan *netifopen(struct ether *, struct chan *, int);
+void netifclose(struct ether *, struct chan *);
+long netifread(struct ether *, struct chan *, void *, long, uint32_t);
+struct block *netifbread(struct ether *, struct chan *, long, uint32_t);
+long netifwrite(struct ether *, struct chan *, void *, long);
+int netifwstat(struct ether *, struct chan *, uint8_t *, int);
+int netifstat(struct ether *, struct chan *, uint8_t *, int);
+int activemulti(struct ether *, uint8_t *, int);
/*
* Ethernet specific
*/
-enum
-{
- Eaddrlen= 6,
- ETHERMINTU = 60, /* minimum transmit size */
- ETHERMAXTU = 1514, /* maximum transmit size */
- ETHERHDRSIZE = 14, /* size of an ethernet header */
+enum {
+ Eaddrlen = 6,
+ ETHERMINTU = 60, /* minimum transmit size */
+ ETHERMAXTU = 1514, /* maximum transmit size */
+ ETHERHDRSIZE = 14, /* size of an ethernet header */
};
-struct etherpkt
-{
- uint8_t d[Eaddrlen];
- uint8_t s[Eaddrlen];
- uint8_t type[2];
- uint8_t data[1500];
+struct etherpkt {
+ uint8_t d[Eaddrlen];
+ uint8_t s[Eaddrlen];
+ uint8_t type[2];
+ uint8_t data[1500];
};
// INFERNO
enum {
- MaxEther = 4,
- MaxFID= 16,
- Ntypes = 8,
+ MaxEther = 32,
+ MaxFID = 16,
+ Ntypes = 8,
};
struct ether {
rwlock_t rwlock;
- int ctlrno;
+ int ctlrno;
char *type;
- int irq;
+ int irq;
+ unsigned int tbdf;
int port;
- int tbdf; /* type+busno+devno+funcno */
- int minmtu;
- int maxmtu;
- uint8_t ea[Eaddrlen];
- int encry;
-
- void (*attach)(struct ether*); /* filled in by reset routine */
- void (*closed)(struct ether*);
- void (*detach)(struct ether*);
- void (*transmit)(struct ether*);
- void (*interrupt)(struct hw_trapframe*, void*);
- long (*ifstat)(struct ether*, void*, long, uint32_t);
- long (*ctl)(struct ether*, void*, long); /* custom ctl messages */
- void (*power)(struct ether*, int); /* power on/off */
- void (*shutdown)(struct ether*); /* shutdown hardware before reboot */
- void *ctlr;
- int pcmslot; /* PCMCIA */
- int fullduplex; /* non-zero if full duplex */
- int vlanid; /* non-zero if vlan */
-
- struct queue* oq;
-
- qlock_t vlq; /* array change */
- int nvlan;
- struct ether* vlans[MaxFID];
-
- /* another case where we wish we had anon struct members. */
- struct netif netif;
+ int minmtu;
+ int maxmtu;
+ uint8_t ea[Eaddrlen];
+ int encry;
+
+ void (*attach) (struct ether *); /* filled in by reset routine */
+ void (*closed) (struct ether *);
+ void (*detach) (struct ether *);
+ void (*transmit) (struct ether *);
+ long (*ifstat) (struct ether *, void *, long, uint32_t);
+ long (*ctl) (struct ether *, void *, long); /* custom ctl messages */
+ void (*power) (struct ether *, int); /* power on/off */
+ void (*shutdown) (struct ether *); /* shutdown hardware before reboot */
+ void *ctlr;
+ int pcmslot; /* PCMCIA */
+ int fullduplex; /* non-zero if full duplex */
+ int vlanid; /* non-zero if vlan */
+
+ struct queue *oq;
+
+ qlock_t vlq; /* array change */
+ int nvlan;
+ struct ether *vlans[MaxFID];
+
+ struct netif;
};
-extern struct block* etheriq(struct ether*, struct block*, int);
-extern void addethercard( char *unused_char_p_t, int(*)(struct ether*));
-extern int archether( int unused_int, struct ether*);
+extern struct block *etheriq(struct ether *, struct block *, int);
+extern void addethercard(char *unused_char_p_t, int (*)(struct ether *));
+extern int archether(int unused_int, struct ether *);
+
+#define NEXT_RING(x, len) (((x) + 1) % (len))
+#define PREV_RING(x, len) (((x) == 0) ? (len) - 1: (x) - 1)
#endif /* ROS_KERN_IP_H */
projects / akaros.git / blobdiff