code: 9ferno

ref: 83246e296ea433b65b9d295b5e08fedd39ff1ab7
dir: /emu/9front/emu.acid/

View raw version
sizeof_1_ = 8;
aggr _1_
{
	'U' 0 lo;
	'U' 4 hi;
};

defn
_1_(addr) {
	complex _1_ addr;
	print("	lo	", addr.lo, "\n");
	print("	hi	", addr.hi, "\n");
};

sizeofFPdbleword = 8;
aggr FPdbleword
{
	'F' 0 x;
	{
	'U' 0 lo;
	'U' 4 hi;
	};
};

defn
FPdbleword(addr) {
	complex FPdbleword addr;
	print("	x	", addr.x, "\n");
	print("_1_ {\n");
		_1_(addr+0);
	print("}\n");
};

UTFmax = 4;
Runesync = 128;
Runeself = 128;
Runeerror = 65533;
Runemax = 1114111;
Runemask = 2097151;
sizeofFmt = 80;
aggr Fmt
{
	'b' 0 runes;
	'Y' 8 start;
	'Y' 16 to;
	'Y' 24 stop;
	'Y' 32 flush;
	'Y' 40 farg;
	'D' 48 nfmt;
	'Y' 56 args;
	'D' 64 r;
	'D' 68 width;
	'D' 72 prec;
	'U' 76 flags;
};

defn
Fmt(addr) {
	complex Fmt addr;
	print("	runes	", addr.runes, "\n");
	print("	start	", addr.start\Y, "\n");
	print("	to	", addr.to\Y, "\n");
	print("	stop	", addr.stop\Y, "\n");
	print("	flush	", addr.flush\Y, "\n");
	print("	farg	", addr.farg\Y, "\n");
	print("	nfmt	", addr.nfmt, "\n");
	print("	args	", addr.args\Y, "\n");
	print("	r	", addr.r, "\n");
	print("	width	", addr.width, "\n");
	print("	prec	", addr.prec, "\n");
	print("	flags	", addr.flags, "\n");
};

FmtWidth = 1;
FmtLeft = 2;
FmtPrec = 4;
FmtSharp = 8;
FmtSpace = 16;
FmtSign = 32;
FmtZero = 64;
FmtUnsigned = 128;
FmtShort = 256;
FmtLong = 512;
FmtVLong = 1024;
FmtComma = 2048;
FmtByte = 4096;
FmtFlag = 8192;
sizeofTm = 64;
aggr Tm
{
	'D' 0 nsec;
	'D' 4 sec;
	'D' 8 min;
	'D' 12 hour;
	'D' 16 mday;
	'D' 20 mon;
	'D' 24 year;
	'D' 28 wday;
	'D' 32 yday;
	'a' 36 zone;
	'D' 52 tzoff;
	'Y' 56 tz;
};

defn
Tm(addr) {
	complex Tm addr;
	print("	nsec	", addr.nsec, "\n");
	print("	sec	", addr.sec, "\n");
	print("	min	", addr.min, "\n");
	print("	hour	", addr.hour, "\n");
	print("	mday	", addr.mday, "\n");
	print("	mon	", addr.mon, "\n");
	print("	year	", addr.year, "\n");
	print("	wday	", addr.wday, "\n");
	print("	yday	", addr.yday, "\n");
	print("	zone	", addr.zone, "\n");
	print("	tzoff	", addr.tzoff, "\n");
	print("	tz	", addr.tz\Y, "\n");
};

sizeofTmfmt = 16;
aggr Tmfmt
{
	'Y' 0 fmt;
	'A' Tm 8 tm;
};

defn
Tmfmt(addr) {
	complex Tmfmt addr;
	print("	fmt	", addr.fmt\Y, "\n");
	print("	tm	", addr.tm\Y, "\n");
};

PNPROC = 1;
PNGROUP = 2;
Profoff = 0;
Profuser = 1;
Profkernel = 2;
Proftime = 3;
Profsample = 4;
sizeofLock = 8;
aggr Lock
{
	'D' 0 val;
};

defn
Lock(addr) {
	complex Lock addr;
	print("	val	", addr.val, "\n");
};

sizeofQLp = 16;
aggr QLp
{
	'D' 0 inuse;
	'D' 4 state;
	'A' QLp 8 next;
};

defn
QLp(addr) {
	complex QLp addr;
	print("	inuse	", addr.inuse, "\n");
	print("	state	", addr.state, "\n");
	print("	next	", addr.next\Y, "\n");
};

sizeofQLock = 32;
aggr QLock
{
	Lock 0 lock;
	'D' 8 locked;
	'A' QLp 16 $head;
	'A' QLp 24 $tail;
};

defn
QLock(addr) {
	complex QLock addr;
	print("Lock lock {\n");
	Lock(addr.lock);
	print("}\n");
	print("	locked	", addr.locked, "\n");
	print("	$head	", addr.$head\Y, "\n");
	print("	$tail	", addr.$tail\Y, "\n");
};

sizeofRWLock = 32;
aggr RWLock
{
	Lock 0 lock;
	'D' 8 readers;
	'D' 12 writer;
	'A' QLp 16 $head;
	'A' QLp 24 $tail;
};

defn
RWLock(addr) {
	complex RWLock addr;
	print("Lock lock {\n");
	Lock(addr.lock);
	print("}\n");
	print("	readers	", addr.readers, "\n");
	print("	writer	", addr.writer, "\n");
	print("	$head	", addr.$head\Y, "\n");
	print("	$tail	", addr.$tail\Y, "\n");
};

sizeofxRendez = 24;
aggr xRendez
{
	'A' QLock 0 l;
	'A' QLp 8 $head;
	'A' QLp 16 $tail;
};

defn
xRendez(addr) {
	complex xRendez addr;
	print("	l	", addr.l\Y, "\n");
	print("	$head	", addr.$head\Y, "\n");
	print("	$tail	", addr.$tail\Y, "\n");
};

sizeofNetConnInfo = 72;
aggr NetConnInfo
{
	'Y' 0 dir;
	'Y' 8 root;
	'Y' 16 spec;
	'Y' 24 lsys;
	'Y' 32 lserv;
	'Y' 40 rsys;
	'Y' 48 rserv;
	'Y' 56 laddr;
	'Y' 64 raddr;
};

defn
NetConnInfo(addr) {
	complex NetConnInfo addr;
	print("	dir	", addr.dir\Y, "\n");
	print("	root	", addr.root\Y, "\n");
	print("	spec	", addr.spec\Y, "\n");
	print("	lsys	", addr.lsys\Y, "\n");
	print("	lserv	", addr.lserv\Y, "\n");
	print("	rsys	", addr.rsys\Y, "\n");
	print("	rserv	", addr.rserv\Y, "\n");
	print("	laddr	", addr.laddr\Y, "\n");
	print("	raddr	", addr.raddr\Y, "\n");
};

RFNAMEG = 1;
RFENVG = 2;
RFFDG = 4;
RFNOTEG = 8;
RFPROC = 16;
RFMEM = 32;
RFNOWAIT = 64;
RFCNAMEG = 1024;
RFCENVG = 2048;
RFCFDG = 4096;
RFREND = 8192;
RFNOMNT = 16384;
sizeofQid = 16;
aggr Qid
{
	'W' 0 path;
	'U' 8 vers;
	'b' 12 type;
};

defn
Qid(addr) {
	complex Qid addr;
	print("	path	", addr.path, "\n");
	print("	vers	", addr.vers, "\n");
	print("	type	", addr.type, "\n");
};

sizeofDir = 80;
aggr Dir
{
	'u' 0 type;
	'U' 4 dev;
	Qid 8 qid;
	'U' 24 mode;
	'U' 28 atime;
	'U' 32 mtime;
	'V' 40 length;
	'Y' 48 name;
	'Y' 56 uid;
	'Y' 64 gid;
	'Y' 72 muid;
};

defn
Dir(addr) {
	complex Dir addr;
	print("	type	", addr.type, "\n");
	print("	dev	", addr.dev, "\n");
	print("Qid qid {\n");
	Qid(addr.qid);
	print("}\n");
	print("	mode	", addr.mode, "\n");
	print("	atime	", addr.atime, "\n");
	print("	mtime	", addr.mtime, "\n");
	print("	length	", addr.length, "\n");
	print("	name	", addr.name\Y, "\n");
	print("	uid	", addr.uid\Y, "\n");
	print("	gid	", addr.gid\Y, "\n");
	print("	muid	", addr.muid\Y, "\n");
};

sizeofWaitmsg = 24;
aggr Waitmsg
{
	'D' 0 pid;
	'a' 4 time;
	'Y' 16 msg;
};

defn
Waitmsg(addr) {
	complex Waitmsg addr;
	print("	pid	", addr.pid, "\n");
	print("	time	", addr.time, "\n");
	print("	msg	", addr.msg\Y, "\n");
};

sizeofIOchunk = 16;
aggr IOchunk
{
	'Y' 0 addr;
	'U' 8 len;
};

defn
IOchunk(addr) {
	complex IOchunk addr;
	print("	addr	", addr.addr\Y, "\n");
	print("	len	", addr.len, "\n");
};

sizeofFPU = 32;
aggr FPU
{
	'a' 0 env;
};

defn
FPU(addr) {
	complex FPU addr;
	print("	env	", addr.env, "\n");
};

sizeofFcall = 568;
aggr Fcall
{
	'b' 0 type;
	'U' 4 fid;
	'u' 8 tag;
	'U' 12 msize;
	'Y' 16 version;
	'u' 24 oldtag;
	'Y' 32 ename;
	Qid 40 qid;
	'U' 56 iounit;
	Qid 64 aqid;
	'U' 80 afid;
	'Y' 88 uname;
	'Y' 96 aname;
	'U' 104 perm;
	'Y' 112 name;
	'b' 120 mode;
	'U' 124 newfid;
	'u' 128 nwname;
	'a' 136 wname;
	'u' 264 nwqid;
	'a' 272 wqid;
	'V' 528 offset;
	'U' 536 count;
	'Y' 544 data;
	'u' 552 nstat;
	'Y' 560 stat;
};

defn
Fcall(addr) {
	complex Fcall addr;
	print("	type	", addr.type, "\n");
	print("	fid	", addr.fid, "\n");
	print("	tag	", addr.tag, "\n");
	print("	msize	", addr.msize, "\n");
	print("	version	", addr.version\Y, "\n");
	print("	oldtag	", addr.oldtag, "\n");
	print("	ename	", addr.ename\Y, "\n");
	print("Qid qid {\n");
	Qid(addr.qid);
	print("}\n");
	print("	iounit	", addr.iounit, "\n");
	print("Qid aqid {\n");
	Qid(addr.aqid);
	print("}\n");
	print("	afid	", addr.afid, "\n");
	print("	uname	", addr.uname\Y, "\n");
	print("	aname	", addr.aname\Y, "\n");
	print("	perm	", addr.perm, "\n");
	print("	name	", addr.name\Y, "\n");
	print("	mode	", addr.mode, "\n");
	print("	newfid	", addr.newfid, "\n");
	print("	nwname	", addr.nwname, "\n");
	print("	wname	", addr.wname, "\n");
	print("	nwqid	", addr.nwqid, "\n");
	print("	wqid	", addr.wqid, "\n");
	print("	offset	", addr.offset, "\n");
	print("	count	", addr.count, "\n");
	print("	data	", addr.data\Y, "\n");
	print("	nstat	", addr.nstat, "\n");
	print("	stat	", addr.stat\Y, "\n");
};

Tversion = 100;
Rversion = 101;
Tauth = 102;
Rauth = 103;
Tattach = 104;
Rattach = 105;
Terror = 106;
Rerror = 107;
Tflush = 108;
Rflush = 109;
Twalk = 110;
Rwalk = 111;
Topen = 112;
Ropen = 113;
Tcreate = 114;
Rcreate = 115;
Tread = 116;
Rread = 117;
Twrite = 118;
Rwrite = 119;
Tclunk = 120;
Rclunk = 121;
Tremove = 122;
Rremove = 123;
Tstat = 124;
Rstat = 125;
Twstat = 126;
Rwstat = 127;
Tmax = 128;
MAGIC_A = 659724;
MAGIC_F = 3134983178;
MAGIC_E = 3735927486;
MAGIC_I = 43962;
sizeof_2_ = 40;
aggr _2_
{
	'Y' 0 bhl;
	'Y' 8 bhr;
	'Y' 16 bhp;
	'Y' 24 bhv;
	'Y' 32 bhf;
};

defn
_2_(addr) {
	complex _2_ addr;
	print("	bhl	", addr.bhl\Y, "\n");
	print("	bhr	", addr.bhr\Y, "\n");
	print("	bhp	", addr.bhp\Y, "\n");
	print("	bhv	", addr.bhv\Y, "\n");
	print("	bhf	", addr.bhf\Y, "\n");
};

sizeof_3_ = 16;
aggr _3_
{
	'Y' 0 link;
	'D' 8 size;
};

defn
_3_(addr) {
	complex _3_ addr;
	print("	link	", addr.link\Y, "\n");
	print("	size	", addr.size, "\n");
};

sizeof_4_ = 40;
aggr _4_
{
	'a' 0 data;
	_2_ 0 s;
	_3_ 0 l;
};

defn
_4_(addr) {
	complex _4_ addr;
	print("	data	", addr.data, "\n");
	print("_2_ s {\n");
	_2_(addr.s);
	print("}\n");
	print("_3_ l {\n");
	_3_(addr.l);
	print("}\n");
};

sizeofBhdr = 48;
aggr Bhdr
{
	'U' 0 magic;
	'U' 4 size;
	_4_ 8 u;
};

defn
Bhdr(addr) {
	complex Bhdr addr;
	print("	magic	", addr.magic, "\n");
	print("	size	", addr.size, "\n");
	print("_4_ u {\n");
	_4_(addr.u);
	print("}\n");
};

sizeofBtail = 8;
aggr Btail
{
	'A' Bhdr 0 hdr;
};

defn
Btail(addr) {
	complex Btail addr;
	print("	hdr	", addr.hdr\Y, "\n");
};

NERR = 32;
KNAMELEN = 28;
MAXROOT = 140;
NUMSIZE = 11;
PRINTSIZE = 256;
READSTR = 1000;
sizeofRef = 16;
aggr Ref
{
	Lock 0 lk;
	'D' 8 ref;
};

defn
Ref(addr) {
	complex Ref addr;
	print("Lock lk {\n");
	Lock(addr.lk);
	print("}\n");
	print("	ref	", addr.ref, "\n");
};

sizeofRendez = 16;
aggr Rendez
{
	Lock 0 l;
	'Y' 8 p;
};

defn
Rendez(addr) {
	complex Rendez addr;
	print("Lock l {\n");
	Lock(addr.l);
	print("}\n");
	print("	p	", addr.p\Y, "\n");
};

sizeofRept = 64;
aggr Rept
{
	Lock 0 l;
	Rendez 8 r;
	'Y' 24 o;
	'D' 32 t;
	'Y' 40 active;
	'Y' 48 ck;
	'Y' 56 f;
};

defn
Rept(addr) {
	complex Rept addr;
	print("Lock l {\n");
	Lock(addr.l);
	print("}\n");
	print("Rendez r {\n");
	Rendez(addr.r);
	print("}\n");
	print("	o	", addr.o\Y, "\n");
	print("	t	", addr.t, "\n");
	print("	active	", addr.active\Y, "\n");
	print("	ck	", addr.ck\Y, "\n");
	print("	f	", addr.f\Y, "\n");
};

Aaccess = 0;
Abind = 1;
Atodir = 2;
Aopen = 3;
Amount = 4;
Acreate = 5;
Aremove = 6;
COPEN = 1;
CMSG = 2;
CCEXEC = 8;
CFREE = 16;
CRCLOSE = 32;
CCACHE = 128;
sizeofChan = 208;
aggr Chan
{
	Lock 0 l;
	Ref 8 r;
	'A' Chan 24 next;
	'A' Chan 32 link;
	'V' 40 offset;
	'u' 48 type;
	'U' 52 dev;
	'u' 56 mode;
	'u' 58 flag;
	Qid 64 qid;
	'D' 80 fid;
	'U' 84 iounit;
	'Y' 88 umh;
	'A' Chan 96 umc;
	QLock 104 umqlock;
	'D' 136 uri;
	'D' 140 dri;
	'U' 144 mountid;
	'Y' 152 mcp;
	'Y' 160 mux;
	'Y' 168 aux;
	'A' Chan 176 mchan;
	Qid 184 mqid;
	'Y' 200 name;
};

defn
Chan(addr) {
	complex Chan addr;
	print("Lock l {\n");
	Lock(addr.l);
	print("}\n");
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("	next	", addr.next\Y, "\n");
	print("	link	", addr.link\Y, "\n");
	print("	offset	", addr.offset, "\n");
	print("	type	", addr.type, "\n");
	print("	dev	", addr.dev, "\n");
	print("	mode	", addr.mode, "\n");
	print("	flag	", addr.flag, "\n");
	print("Qid qid {\n");
	Qid(addr.qid);
	print("}\n");
	print("	fid	", addr.fid, "\n");
	print("	iounit	", addr.iounit, "\n");
	print("	umh	", addr.umh\Y, "\n");
	print("	umc	", addr.umc\Y, "\n");
	print("QLock umqlock {\n");
	QLock(addr.umqlock);
	print("}\n");
	print("	uri	", addr.uri, "\n");
	print("	dri	", addr.dri, "\n");
	print("	mountid	", addr.mountid, "\n");
	print("	mcp	", addr.mcp\Y, "\n");
	print("	mux	", addr.mux\Y, "\n");
	print("	aux	", addr.aux\Y, "\n");
	print("	mchan	", addr.mchan\Y, "\n");
	print("Qid mqid {\n");
	Qid(addr.mqid);
	print("}\n");
	print("	name	", addr.name\Y, "\n");
};

sizeofCname = 32;
aggr Cname
{
	Ref 0 r;
	'D' 16 alen;
	'D' 20 len;
	'Y' 24 s;
};

defn
Cname(addr) {
	complex Cname addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("	alen	", addr.alen, "\n");
	print("	len	", addr.len, "\n");
	print("	s	", addr.s\Y, "\n");
};

sizeofDev = 120;
aggr Dev
{
	'D' 0 dc;
	'Y' 8 name;
	'Y' 16 init;
	'Y' 24 attach;
	'Y' 32 walk;
	'Y' 40 stat;
	'Y' 48 open;
	'Y' 56 create;
	'Y' 64 close;
	'Y' 72 read;
	'Y' 80 bread;
	'Y' 88 write;
	'Y' 96 bwrite;
	'Y' 104 remove;
	'Y' 112 wstat;
};

defn
Dev(addr) {
	complex Dev addr;
	print("	dc	", addr.dc, "\n");
	print("	name	", addr.name\Y, "\n");
	print("	init	", addr.init\Y, "\n");
	print("	attach	", addr.attach\Y, "\n");
	print("	walk	", addr.walk\Y, "\n");
	print("	stat	", addr.stat\Y, "\n");
	print("	open	", addr.open\Y, "\n");
	print("	create	", addr.create\Y, "\n");
	print("	close	", addr.close\Y, "\n");
	print("	read	", addr.read\Y, "\n");
	print("	bread	", addr.bread\Y, "\n");
	print("	write	", addr.write\Y, "\n");
	print("	bwrite	", addr.bwrite\Y, "\n");
	print("	remove	", addr.remove\Y, "\n");
	print("	wstat	", addr.wstat\Y, "\n");
};

BINTR = 1;
BFREE = 2;
BMORE = 4;
sizeofBlock = 64;
aggr Block
{
	'A' Block 0 next;
	'A' Block 8 list;
	'Y' 16 rp;
	'Y' 24 wp;
	'Y' 32 lim;
	'Y' 40 base;
	'Y' 48 free;
	'U' 56 flag;
};

defn
Block(addr) {
	complex Block addr;
	print("	next	", addr.next\Y, "\n");
	print("	list	", addr.list\Y, "\n");
	print("	rp	", addr.rp\Y, "\n");
	print("	wp	", addr.wp\Y, "\n");
	print("	lim	", addr.lim\Y, "\n");
	print("	base	", addr.base\Y, "\n");
	print("	free	", addr.free\Y, "\n");
	print("	flag	", addr.flag, "\n");
};

sizeofDirtab = 64;
aggr Dirtab
{
	'a' 0 name;
	Qid 32 qid;
	'V' 48 length;
	'D' 56 perm;
};

defn
Dirtab(addr) {
	complex Dirtab addr;
	print("	name	", addr.name, "\n");
	print("Qid qid {\n");
	Qid(addr.qid);
	print("}\n");
	print("	length	", addr.length, "\n");
	print("	perm	", addr.perm, "\n");
};

sizeofWalkqid = 32;
aggr Walkqid
{
	'A' Chan 0 clone;
	'D' 8 nqid;
	'a' 16 qid;
};

defn
Walkqid(addr) {
	complex Walkqid addr;
	print("	clone	", addr.clone\Y, "\n");
	print("	nqid	", addr.nqid, "\n");
	print("	qid	", addr.qid, "\n");
};

NSMAX = 1000;
NSLOG = 7;
NSCACHE = 128;
sizeofMntwalk = 24;
aggr Mntwalk
{
	'D' 0 cddone;
	'U' 4 id;
	'Y' 8 mh;
	'Y' 16 cm;
};

defn
Mntwalk(addr) {
	complex Mntwalk addr;
	print("	cddone	", addr.cddone, "\n");
	print("	id	", addr.id, "\n");
	print("	mh	", addr.mh\Y, "\n");
	print("	cm	", addr.cm\Y, "\n");
};

sizeofMount = 64;
aggr Mount
{
	'U' 0 mountid;
	'A' Mount 8 next;
	'Y' 16 $head;
	'A' Mount 24 copy;
	'A' Mount 32 order;
	'A' Chan 40 to;
	'D' 48 mflag;
	'Y' 56 spec;
};

defn
Mount(addr) {
	complex Mount addr;
	print("	mountid	", addr.mountid, "\n");
	print("	next	", addr.next\Y, "\n");
	print("	$head	", addr.$head\Y, "\n");
	print("	copy	", addr.copy\Y, "\n");
	print("	order	", addr.order\Y, "\n");
	print("	to	", addr.to\Y, "\n");
	print("	mflag	", addr.mflag, "\n");
	print("	spec	", addr.spec\Y, "\n");
};

sizeofMhead = 72;
aggr Mhead
{
	Ref 0 r;
	RWLock 16 lock;
	'A' Chan 48 from;
	'A' Mount 56 mount;
	'A' Mhead 64 hash;
};

defn
Mhead(addr) {
	complex Mhead addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("RWLock lock {\n");
	RWLock(addr.lock);
	print("}\n");
	print("	from	", addr.from\Y, "\n");
	print("	mount	", addr.mount\Y, "\n");
	print("	hash	", addr.hash\Y, "\n");
};

sizeofMnt = 72;
aggr Mnt
{
	Lock 0 l;
	'A' Chan 8 c;
	'Y' 16 rip;
	'Y' 24 queue;
	'U' 32 id;
	'A' Mnt 40 list;
	'D' 48 flags;
	'D' 52 msize;
	'Y' 56 version;
	'Y' 64 q;
};

defn
Mnt(addr) {
	complex Mnt addr;
	print("Lock l {\n");
	Lock(addr.l);
	print("}\n");
	print("	c	", addr.c\Y, "\n");
	print("	rip	", addr.rip\Y, "\n");
	print("	queue	", addr.queue\Y, "\n");
	print("	id	", addr.id, "\n");
	print("	list	", addr.list\Y, "\n");
	print("	flags	", addr.flags, "\n");
	print("	msize	", addr.msize, "\n");
	print("	version	", addr.version\Y, "\n");
	print("	q	", addr.q\Y, "\n");
};

MNTLOG = 5;
MNTHASH = 32;
DELTAFD = 20;
MAXNFD = 4000;
MAXKEY = 8;
sizeofMntparam = 32;
aggr Mntparam
{
	'A' Chan 0 chan;
	'A' Chan 8 authchan;
	'Y' 16 spec;
	'D' 24 flags;
};

defn
Mntparam(addr) {
	complex Mntparam addr;
	print("	chan	", addr.chan\Y, "\n");
	print("	authchan	", addr.authchan\Y, "\n");
	print("	spec	", addr.spec\Y, "\n");
	print("	flags	", addr.flags, "\n");
};

sizeofPgrp = 376;
aggr Pgrp
{
	Ref 0 r;
	'U' 16 pgrpid;
	RWLock 24 ns;
	QLock 56 nsh;
	'a' 88 mnthash;
	'D' 344 progmode;
	'A' Chan 352 dot;
	'A' Chan 360 slash;
	'D' 368 nodevs;
	'D' 372 pin;
};

defn
Pgrp(addr) {
	complex Pgrp addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("	pgrpid	", addr.pgrpid, "\n");
	print("RWLock ns {\n");
	RWLock(addr.ns);
	print("}\n");
	print("QLock nsh {\n");
	QLock(addr.nsh);
	print("}\n");
	print("	mnthash	", addr.mnthash, "\n");
	print("	progmode	", addr.progmode, "\n");
	print("	dot	", addr.dot\Y, "\n");
	print("	slash	", addr.slash\Y, "\n");
	print("	nodevs	", addr.nodevs, "\n");
	print("	pin	", addr.pin, "\n");
};

Nopin = -1;
sizeofFgrp = 48;
aggr Fgrp
{
	Lock 0 l;
	Ref 8 r;
	'A' Chan 24 fd;
	'D' 32 nfd;
	'D' 36 maxfd;
	'D' 40 minfd;
};

defn
Fgrp(addr) {
	complex Fgrp addr;
	print("Lock l {\n");
	Lock(addr.l);
	print("}\n");
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("	fd	", addr.fd\Y, "\n");
	print("	nfd	", addr.nfd, "\n");
	print("	maxfd	", addr.maxfd, "\n");
	print("	minfd	", addr.minfd, "\n");
};

sizeofEvalue = 48;
aggr Evalue
{
	'Y' 0 var;
	'Y' 8 val;
	'D' 16 len;
	Qid 24 qid;
	'A' Evalue 40 next;
};

defn
Evalue(addr) {
	complex Evalue addr;
	print("	var	", addr.var\Y, "\n");
	print("	val	", addr.val\Y, "\n");
	print("	len	", addr.len, "\n");
	print("Qid qid {\n");
	Qid(addr.qid);
	print("}\n");
	print("	next	", addr.next\Y, "\n");
};

sizeofEgrp = 64;
aggr Egrp
{
	Ref 0 r;
	QLock 16 l;
	'U' 48 path;
	'U' 52 vers;
	'A' Evalue 56 entries;
};

defn
Egrp(addr) {
	complex Egrp addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("QLock l {\n");
	QLock(addr.l);
	print("}\n");
	print("	path	", addr.path, "\n");
	print("	vers	", addr.vers, "\n");
	print("	entries	", addr.entries\Y, "\n");
};

sizeofSignerkey = 56;
aggr Signerkey
{
	Ref 0 r;
	'Y' 16 owner;
	'u' 24 footprint;
	'U' 28 expires;
	'Y' 32 alg;
	'Y' 40 pk;
	'Y' 48 pkfree;
};

defn
Signerkey(addr) {
	complex Signerkey addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("	owner	", addr.owner\Y, "\n");
	print("	footprint	", addr.footprint, "\n");
	print("	expires	", addr.expires, "\n");
	print("	alg	", addr.alg\Y, "\n");
	print("	pk	", addr.pk\Y, "\n");
	print("	pkfree	", addr.pkfree\Y, "\n");
};

sizeofSkeyset = 136;
aggr Skeyset
{
	Ref 0 r;
	QLock 16 l;
	'U' 48 flags;
	'Y' 56 devs;
	'D' 64 nkey;
	'a' 72 keys;
};

defn
Skeyset(addr) {
	complex Skeyset addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("QLock l {\n");
	QLock(addr.l);
	print("}\n");
	print("	flags	", addr.flags, "\n");
	print("	devs	", addr.devs\Y, "\n");
	print("	nkey	", addr.nkey, "\n");
	print("	keys	", addr.keys, "\n");
};

sizeofUqid = 48;
aggr Uqid
{
	Ref 0 r;
	'D' 16 type;
	'D' 20 dev;
	'V' 24 oldpath;
	'V' 32 newpath;
	'A' Uqid 40 next;
};

defn
Uqid(addr) {
	complex Uqid addr;
	print("Ref r {\n");
	Ref(addr.r);
	print("}\n");
	print("	type	", addr.type, "\n");
	print("	dev	", addr.dev, "\n");
	print("	oldpath	", addr.oldpath, "\n");
	print("	newpath	", addr.newpath, "\n");
	print("	next	", addr.next\Y, "\n");
};

Nqidhash = 32;
sizeofUqidtab = 296;
aggr Uqidtab
{
	QLock 0 l;
	'a' 32 qids;
	'U' 288 pathgen;
};

defn
Uqidtab(addr) {
	complex Uqidtab addr;
	print("QLock l {\n");
	QLock(addr.l);
	print("}\n");
	print("	qids	", addr.qids, "\n");
	print("	pathgen	", addr.pathgen, "\n");
};

sizeofOsenv = 392;
aggr Osenv
{
	'Y' 0 syserrstr;
	'Y' 8 errstr;
	'a' 16 errbuf0;
	'a' 144 errbuf1;
	'A' Pgrp 272 pgrp;
	'A' Fgrp 280 fgrp;
	'A' Egrp 288 egrp;
	'A' Skeyset 296 sigs;
	'A' Rendez 304 rend;
	'Y' 312 waitq;
	'Y' 320 childq;
	'Y' 328 debug;
	'Y' 336 user;
	FPU 344 fpu;
	'D' 376 uid;
	'D' 380 gid;
	'Y' 384 ui;
};

defn
Osenv(addr) {
	complex Osenv addr;
	print("	syserrstr	", addr.syserrstr\Y, "\n");
	print("	errstr	", addr.errstr\Y, "\n");
	print("	errbuf0	", addr.errbuf0, "\n");
	print("	errbuf1	", addr.errbuf1, "\n");
	print("	pgrp	", addr.pgrp\Y, "\n");
	print("	fgrp	", addr.fgrp\Y, "\n");
	print("	egrp	", addr.egrp\Y, "\n");
	print("	sigs	", addr.sigs\Y, "\n");
	print("	rend	", addr.rend\Y, "\n");
	print("	waitq	", addr.waitq\Y, "\n");
	print("	childq	", addr.childq\Y, "\n");
	print("	debug	", addr.debug\Y, "\n");
	print("	user	", addr.user\Y, "\n");
	print("FPU fpu {\n");
	FPU(addr.fpu);
	print("}\n");
	print("	uid	", addr.uid, "\n");
	print("	gid	", addr.gid, "\n");
	print("	ui	", addr.ui\Y, "\n");
};

Unknown = 3735927486;
IdleGC = 22;
Interp = 23;
BusyGC = 24;
Moribund = 25;
sizeofProc = 1272;
aggr Proc
{
	'D' 0 type;
	'a' 4 text;
	'A' Proc 32 qnext;
	'U' 40 pid;
	'A' Proc 48 next;
	'A' Proc 56 prev;
	Lock 64 rlock;
	'A' Rendez 72 r;
	Rendez 80 sleep;
	'D' 96 killed;
	'D' 100 swipend;
	'D' 104 syscall;
	'D' 108 intwait;
	'D' 112 sigid;
	Lock 120 sysio;
	'a' 128 genbuf;
	'D' 256 nerr;
	'a' 264 estack;
	'Y' 776 kstack;
	'Y' 784 func;
	'Y' 792 arg;
	'Y' 800 iprog;
	'Y' 808 prog;
	'A' Osenv 816 env;
	Osenv 824 defenv;
	'a' 1216 privstack;
	'a' 1232 sharestack;
	'A' Proc 1248 kid;
	'Y' 1256 kidsp;
	'Y' 1264 os;
};

defn
Proc(addr) {
	complex Proc addr;
	print("	type	", addr.type, "\n");
	print("	text	", addr.text, "\n");
	print("	qnext	", addr.qnext\Y, "\n");
	print("	pid	", addr.pid, "\n");
	print("	next	", addr.next\Y, "\n");
	print("	prev	", addr.prev\Y, "\n");
	print("Lock rlock {\n");
	Lock(addr.rlock);
	print("}\n");
	print("	r	", addr.r\Y, "\n");
	print("Rendez sleep {\n");
	Rendez(addr.sleep);
	print("}\n");
	print("	killed	", addr.killed, "\n");
	print("	swipend	", addr.swipend, "\n");
	print("	syscall	", addr.syscall, "\n");
	print("	intwait	", addr.intwait, "\n");
	print("	sigid	", addr.sigid, "\n");
	print("Lock sysio {\n");
	Lock(addr.sysio);
	print("}\n");
	print("	genbuf	", addr.genbuf, "\n");
	print("	nerr	", addr.nerr, "\n");
	print("	estack	", addr.estack, "\n");
	print("	kstack	", addr.kstack\Y, "\n");
	print("	func	", addr.func\Y, "\n");
	print("	arg	", addr.arg\Y, "\n");
	print("	iprog	", addr.iprog\Y, "\n");
	print("	prog	", addr.prog\Y, "\n");
	print("	env	", addr.env\Y, "\n");
	print("Osenv defenv {\n");
	Osenv(addr.defenv);
	print("}\n");
	print("	privstack	", addr.privstack, "\n");
	print("	sharestack	", addr.sharestack, "\n");
	print("	kid	", addr.kid\Y, "\n");
	print("	kidsp	", addr.kidsp\Y, "\n");
	print("	os	", addr.os\Y, "\n");
};

KPDUPPG = 1;
KPDUPFDG = 2;
KPDUPENVG = 4;
KPX11 = 256;
KPDUP = 7;
sizeofProcs = 24;
aggr Procs
{
	Lock 0 l;
	'A' Proc 8 $head;
	'A' Proc 16 $tail;
};

defn
Procs(addr) {
	complex Procs addr;
	print("Lock l {\n");
	Lock(addr.l);
	print("}\n");
	print("	$head	", addr.$head\Y, "\n");
	print("	$tail	", addr.$tail\Y, "\n");
};

sizeofRootdata = 32;
aggr Rootdata
{
	'D' 0 dotdot;
	'Y' 8 ptr;
	'D' 16 size;
	'Y' 24 sizep;
};

defn
Rootdata(addr) {
	complex Rootdata addr;
	print("	dotdot	", addr.dotdot, "\n");
	print("	ptr	", addr.ptr\Y, "\n");
	print("	size	", addr.size, "\n");
	print("	sizep	", addr.sizep\Y, "\n");
};

complex Procs procs;
INVAL = 1;
ZDIV = 2;
OVFL = 4;
UNFL = 8;
INEX = 16;
RND_NR = 0;
RND_NINF = 256;
RND_PINF = 512;
RND_Z = 768;
RND_MASK = 768;
sizeofCmdbuf = 24;
aggr Cmdbuf
{
	'Y' 0 buf;
	'Y' 8 f;
	'D' 16 nf;
};

defn
Cmdbuf(addr) {
	complex Cmdbuf addr;
	print("	buf	", addr.buf\Y, "\n");
	print("	f	", addr.f\Y, "\n");
	print("	nf	", addr.nf, "\n");
};

sizeofCmdtab = 24;
aggr Cmdtab
{
	'D' 0 index;
	'Y' 8 cmd;
	'D' 16 narg;
};

defn
Cmdtab(addr) {
	complex Cmdtab addr;
	print("	index	", addr.index, "\n");
	print("	cmd	", addr.cmd\Y, "\n");
	print("	narg	", addr.narg, "\n");
};

Qstarve = 1;
Qmsg = 2;
Qclosed = 4;
Qflow = 8;
Qcoalesce = 16;
Qkick = 32;
Palt = 0;
Psend = 1;
Precv = 2;
Pdebug = 3;
Pready = 4;
Prelease = 5;
Pexiting = 6;
Pbroken = 7;
propagator = 3;
PRNSIZE = 1024;
BIHASH = 23;
PQUANTA = 2048;
STRUCTALIGN = 8;
Ppropagate = 1;
Pnotifyleader = 2;
Prestrict = 4;
Prestricted = 8;
Pkilled = 16;
Pprivatemem = 32;
sizeofILock = 16;
aggr ILock
{
	'D' 0 lk;
	'D' 4 pid;
	'Y' 8 ql;
};

defn
ILock(addr) {
	complex ILock addr;
	print("	lk	", addr.lk, "\n");
	print("	pid	", addr.pid, "\n");
	print("	ql	", addr.ql\Y, "\n");
};

sizeofFrame = 32;
aggr Frame
{
	'Y' 0 lr;
	'Y' 8 fp;
	'Y' 16 mr;
	'Y' 24 t;
};

defn
Frame(addr) {
	complex Frame addr;
	print("	lr	", addr.lr\Y, "\n");
	print("	fp	", addr.fp\Y, "\n");
	print("	mr	", addr.mr\Y, "\n");
	print("	t	", addr.t\Y, "\n");
};

sizeof_5_ = 32;
aggr _5_
{
	'a' 0 fu;
	'a' 0 fr;
};

defn
_5_(addr) {
	complex _5_ addr;
	print("	fu	", addr.fu, "\n");
	print("	fr	", addr.fr, "\n");
};

sizeof_6_ = 64;
aggr _6_
{
	'Y' 0 TR;
	'Y' 8 SP;
	'Y' 16 TS;
	'Y' 24 EX;
	_5_ 32 tos;
};

defn
_6_(addr) {
	complex _6_ addr;
	print("	TR	", addr.TR\Y, "\n");
	print("	SP	", addr.SP\Y, "\n");
	print("	TS	", addr.TS\Y, "\n");
	print("	EX	", addr.EX\Y, "\n");
	print("_5_ tos {\n");
	_5_(addr.tos);
	print("}\n");
};

sizeofStkext = 64;
aggr Stkext
{
	'a' 0 stack;
	_6_ 0 reg;
};

defn
Stkext(addr) {
	complex Stkext addr;
	print("	stack	", addr.stack, "\n");
	print("_6_ reg {\n");
	_6_(addr.reg);
	print("}\n");
};

sizeofArray = 32;
aggr Array
{
	'V' 0 len;
	'Y' 8 t;
	'A' Array 16 root;
	'Y' 24 data;
};

defn
Array(addr) {
	complex Array addr;
	print("	len	", addr.len, "\n");
	print("	t	", addr.t\Y, "\n");
	print("	root	", addr.root\Y, "\n");
	print("	data	", addr.data\Y, "\n");
};

sizeofList = 24;
aggr List
{
	'A' List 0 $tail;
	'Y' 8 t;
	'a' 16 data;
};

defn
List(addr) {
	complex List addr;
	print("	$tail	", addr.$tail\Y, "\n");
	print("	t	", addr.t\Y, "\n");
	print("	data	", addr.data, "\n");
};

sizeof_7_ = 8;
aggr _7_
{
	'V' 0 w;
	'Y' 0 t;
};

defn
_7_(addr) {
	complex _7_ addr;
	print("	w	", addr.w, "\n");
	print("	t	", addr.t\Y, "\n");
};

sizeofChannel = 56;
aggr Channel
{
	'A' Array 0 buf;
	'Y' 8 send;
	'Y' 16 recv;
	'Y' 24 aux;
	'Y' 32 mover;
	_7_ 40 mid;
	'D' 48 front;
	'D' 52 size;
};

defn
Channel(addr) {
	complex Channel addr;
	print("	buf	", addr.buf\Y, "\n");
	print("	send	", addr.send\Y, "\n");
	print("	recv	", addr.recv\Y, "\n");
	print("	aux	", addr.aux\Y, "\n");
	print("	mover	", addr.mover\Y, "\n");
	print("_7_ mid {\n");
	_7_(addr.mid);
	print("}\n");
	print("	front	", addr.front, "\n");
	print("	size	", addr.size, "\n");
};

sizeofProgq = 16;
aggr Progq
{
	'Y' 0 prog;
	'A' Progq 8 next;
};

defn
Progq(addr) {
	complex Progq addr;
	print("	prog	", addr.prog\Y, "\n");
	print("	next	", addr.next\Y, "\n");
};

sizeof_8_ = 8;
aggr _8_
{
	'a' 0 ascii;
	'a' 0 runes;
};

defn
_8_(addr) {
	complex _8_ addr;
	print("	ascii	", addr.ascii, "\n");
	print("	runes	", addr.runes, "\n");
};

sizeofString = 24;
aggr String
{
	'D' 0 len;
	'D' 4 max;
	'Y' 8 tmp;
	_8_ 16 data;
};

defn
String(addr) {
	complex String addr;
	print("	len	", addr.len, "\n");
	print("	max	", addr.max, "\n");
	print("	tmp	", addr.tmp\Y, "\n");
	print("_8_ data {\n");
	_8_(addr.data);
	print("}\n");
};

sizeofLinkpc = 8;
aggr Linkpc
{
	'Y' 0 runt;
	'Y' 0 pc;
};

defn
Linkpc(addr) {
	complex Linkpc addr;
	print("	runt	", addr.runt\Y, "\n");
	print("	pc	", addr.pc\Y, "\n");
};

sizeofLink = 32;
aggr Link
{
	'D' 0 sig;
	'Y' 8 frame;
	Linkpc 16 u;
	'Y' 24 name;
};

defn
Link(addr) {
	complex Link addr;
	print("	sig	", addr.sig, "\n");
	print("	frame	", addr.frame\Y, "\n");
	print("Linkpc u {\n");
	Linkpc(addr.u);
	print("}\n");
	print("	name	", addr.name\Y, "\n");
};

sizeof_9_ = 8;
aggr _9_
{
	'u' 0 f;
	'u' 2 s;
};

defn
_9_(addr) {
	complex _9_ addr;
	print("	f	", addr.f, "\n");
	print("	s	", addr.s, "\n");
};

sizeofAdr = 8;
aggr Adr
{
	'V' 0 imm;
	'V' 0 ind;
	'Y' 0 ins;
	_9_ 0 i;
};

defn
Adr(addr) {
	complex Adr addr;
	print("	imm	", addr.imm, "\n");
	print("	ind	", addr.ind, "\n");
	print("	ins	", addr.ins\Y, "\n");
	print("_9_ i {\n");
	_9_(addr.i);
	print("}\n");
};

sizeofInst = 24;
aggr Inst
{
	'b' 0 op;
	'b' 1 add;
	'u' 2 reg;
	Adr 8 s;
	Adr 16 d;
};

defn
Inst(addr) {
	complex Inst addr;
	print("	op	", addr.op, "\n");
	print("	add	", addr.add, "\n");
	print("	reg	", addr.reg, "\n");
	print("Adr s {\n");
	Adr(addr.s);
	print("}\n");
	print("Adr d {\n");
	Adr(addr.d);
	print("}\n");
};

sizeofAltc = 16;
aggr Altc
{
	'A' Channel 0 c;
	'Y' 8 ptr;
};

defn
Altc(addr) {
	complex Altc addr;
	print("	c	", addr.c\Y, "\n");
	print("	ptr	", addr.ptr\Y, "\n");
};

sizeofAlt = 32;
aggr Alt
{
	'V' 0 nsend;
	'V' 8 nrecv;
	'a' 16 ac;
};

defn
Alt(addr) {
	complex Alt addr;
	print("	nsend	", addr.nsend, "\n");
	print("	nrecv	", addr.nrecv, "\n");
	print("	ac	", addr.ac, "\n");
};

sizeofType = 56;
aggr Type
{
	'D' 0 ref;
	'Y' 8 free;
	'Y' 16 mark;
	'D' 24 size;
	'D' 28 np;
	'Y' 32 destroy;
	'Y' 40 initialize;
	'a' 48 map;
};

defn
Type(addr) {
	complex Type addr;
	print("	ref	", addr.ref, "\n");
	print("	free	", addr.free\Y, "\n");
	print("	mark	", addr.mark\Y, "\n");
	print("	size	", addr.size, "\n");
	print("	np	", addr.np, "\n");
	print("	destroy	", addr.destroy\Y, "\n");
	print("	initialize	", addr.initialize\Y, "\n");
	print("	map	", addr.map, "\n");
};

sizeofREG = 120;
aggr REG
{
	'A' Inst 0 PC;
	'Y' 8 MP;
	'Y' 16 FP;
	'Y' 24 SP;
	'Y' 32 TS;
	'Y' 40 EX;
	'Y' 48 M;
	'D' 56 IC;
	'A' Inst 64 xpc;
	'Y' 72 s;
	'Y' 80 d;
	'Y' 88 m;
	'V' 96 t;
	'V' 104 st;
	'V' 112 dt;
};

defn
REG(addr) {
	complex REG addr;
	print("	PC	", addr.PC\Y, "\n");
	print("	MP	", addr.MP\Y, "\n");
	print("	FP	", addr.FP\Y, "\n");
	print("	SP	", addr.SP\Y, "\n");
	print("	TS	", addr.TS\Y, "\n");
	print("	EX	", addr.EX\Y, "\n");
	print("	M	", addr.M\Y, "\n");
	print("	IC	", addr.IC, "\n");
	print("	xpc	", addr.xpc\Y, "\n");
	print("	s	", addr.s\Y, "\n");
	print("	d	", addr.d\Y, "\n");
	print("	m	", addr.m\Y, "\n");
	print("	t	", addr.t, "\n");
	print("	st	", addr.st, "\n");
	print("	dt	", addr.dt, "\n");
};

sizeofProgs = 48;
aggr Progs
{
	'D' 0 id;
	'D' 4 flags;
	'A' Progs 8 parent;
	'A' Progs 16 child;
	'A' Progs 24 sib;
	'Y' 32 $head;
	'Y' 40 $tail;
};

defn
Progs(addr) {
	complex Progs addr;
	print("	id	", addr.id, "\n");
	print("	flags	", addr.flags, "\n");
	print("	parent	", addr.parent\Y, "\n");
	print("	child	", addr.child\Y, "\n");
	print("	sib	", addr.sib\Y, "\n");
	print("	$head	", addr.$head\Y, "\n");
	print("	$tail	", addr.$tail\Y, "\n");
};

sizeofProg = 272;
aggr Prog
{
	REG 0 R;
	'A' Prog 120 link;
	'A' Channel 128 chan;
	'Y' 136 ptr;
	'D' 144 state;
	'Y' 152 kill;
	'Y' 160 killstr;
	'D' 168 pid;
	'D' 172 quanta;
	'U' 176 ticks;
	'D' 180 flags;
	'A' Prog 184 prev;
	'A' Prog 192 next;
	'A' Prog 200 pidlink;
	'A' Progs 208 group;
	'A' Prog 216 grpprev;
	'A' Prog 224 grpnext;
	'Y' 232 exval;
	'Y' 240 exstr;
	'Y' 248 addrun;
	'Y' 256 xec;
	'Y' 264 osenv;
};

defn
Prog(addr) {
	complex Prog addr;
	print("REG R {\n");
	REG(addr.R);
	print("}\n");
	print("	link	", addr.link\Y, "\n");
	print("	chan	", addr.chan\Y, "\n");
	print("	ptr	", addr.ptr\Y, "\n");
	print("	state	", addr.state, "\n");
	print("	kill	", addr.kill\Y, "\n");
	print("	killstr	", addr.killstr\Y, "\n");
	print("	pid	", addr.pid, "\n");
	print("	quanta	", addr.quanta, "\n");
	print("	ticks	", addr.ticks, "\n");
	print("	flags	", addr.flags, "\n");
	print("	prev	", addr.prev\Y, "\n");
	print("	next	", addr.next\Y, "\n");
	print("	pidlink	", addr.pidlink\Y, "\n");
	print("	group	", addr.group\Y, "\n");
	print("	grpprev	", addr.grpprev\Y, "\n");
	print("	grpnext	", addr.grpnext\Y, "\n");
	print("	exval	", addr.exval\Y, "\n");
	print("	exstr	", addr.exstr\Y, "\n");
	print("	addrun	", addr.addrun\Y, "\n");
	print("	xec	", addr.xec\Y, "\n");
	print("	osenv	", addr.osenv\Y, "\n");
};

sizeofModule = 168;
aggr Module
{
	'D' 0 ref;
	'D' 4 compiled;
	'U' 8 ss;
	'U' 12 rt;
	'U' 16 mtime;
	Qid 24 qid;
	'u' 40 dtype;
	'U' 44 dev;
	'D' 48 nprog;
	'A' Inst 56 prog;
	'Y' 64 origmp;
	'D' 72 ntype;
	'A' Type 80 type;
	'A' Inst 88 entry;
	'A' Type 96 entryt;
	'Y' 104 name;
	'Y' 112 path;
	'A' Module 120 link;
	'A' Link 128 ext;
	'Y' 136 ldt;
	'Y' 144 htab;
	'Y' 152 pctab;
	'Y' 160 dlm;
};

defn
Module(addr) {
	complex Module addr;
	print("	ref	", addr.ref, "\n");
	print("	compiled	", addr.compiled, "\n");
	print("	ss	", addr.ss, "\n");
	print("	rt	", addr.rt, "\n");
	print("	mtime	", addr.mtime, "\n");
	print("Qid qid {\n");
	Qid(addr.qid);
	print("}\n");
	print("	dtype	", addr.dtype, "\n");
	print("	dev	", addr.dev, "\n");
	print("	nprog	", addr.nprog, "\n");
	print("	prog	", addr.prog\Y, "\n");
	print("	origmp	", addr.origmp\Y, "\n");
	print("	ntype	", addr.ntype, "\n");
	print("	type	", addr.type\Y, "\n");
	print("	entry	", addr.entry\Y, "\n");
	print("	entryt	", addr.entryt\Y, "\n");
	print("	name	", addr.name\Y, "\n");
	print("	path	", addr.path\Y, "\n");
	print("	link	", addr.link\Y, "\n");
	print("	ext	", addr.ext\Y, "\n");
	print("	ldt	", addr.ldt\Y, "\n");
	print("	htab	", addr.htab\Y, "\n");
	print("	pctab	", addr.pctab\Y, "\n");
	print("	dlm	", addr.dlm\Y, "\n");
};

sizeofModl = 24;
aggr Modl
{
	Linkpc 0 u;
	'A' Type 8 frame;
	'Y' 16 name;
};

defn
Modl(addr) {
	complex Modl addr;
	print("Linkpc u {\n");
	Linkpc(addr.u);
	print("}\n");
	print("	frame	", addr.frame\Y, "\n");
	print("	name	", addr.name\Y, "\n");
};

sizeofModlink = 80;
aggr Modlink
{
	'Y' 0 MP;
	'A' Module 8 m;
	'D' 16 compiled;
	'A' Inst 24 prog;
	'A' Type 32 type;
	'Y' 40 data;
	'D' 48 nlinks;
	'a' 56 links;
};

defn
Modlink(addr) {
	complex Modlink addr;
	print("	MP	", addr.MP\Y, "\n");
	print("	m	", addr.m\Y, "\n");
	print("	compiled	", addr.compiled, "\n");
	print("	prog	", addr.prog\Y, "\n");
	print("	type	", addr.type\Y, "\n");
	print("	data	", addr.data\Y, "\n");
	print("	nlinks	", addr.nlinks, "\n");
	print("	links	", addr.links, "\n");
};

sizeofHeap = 24;
aggr Heap
{
	'D' 0 color;
	'U' 4 ref;
	'A' Type 8 t;
	'U' 16 hprof;
};

defn
Heap(addr) {
	complex Heap addr;
	print("	color	", addr.color, "\n");
	print("	ref	", addr.ref, "\n");
	print("	t	", addr.t\Y, "\n");
	print("	hprof	", addr.hprof, "\n");
};

sizeofAtidle = 24;
aggr Atidle
{
	'Y' 0 fn;
	'Y' 8 arg;
	'A' Atidle 16 link;
};

defn
Atidle(addr) {
	complex Atidle addr;
	print("	fn	", addr.fn\Y, "\n");
	print("	arg	", addr.arg\Y, "\n");
	print("	link	", addr.link\Y, "\n");
};

sizeofImport = 16;
aggr Import
{
	'D' 0 sig;
	'Y' 8 name;
};

defn
Import(addr) {
	complex Import addr;
	print("	sig	", addr.sig, "\n");
	print("	name	", addr.name\Y, "\n");
};

sizeofExcept = 16;
aggr Except
{
	'Y' 0 s;
	'W' 8 pc;
};

defn
Except(addr) {
	complex Except addr;
	print("	s	", addr.s\Y, "\n");
	print("	pc	", addr.pc, "\n");
};

sizeofHandler = 48;
aggr Handler
{
	'W' 0 pc1;
	'W' 8 pc2;
	'W' 16 eoff;
	'W' 24 ne;
	'A' Type 32 t;
	'A' Except 40 etab;
};

defn
Handler(addr) {
	complex Handler addr;
	print("	pc1	", addr.pc1, "\n");
	print("	pc2	", addr.pc2, "\n");
	print("	eoff	", addr.eoff, "\n");
	print("	ne	", addr.ne, "\n");
	print("	t	", addr.t\Y, "\n");
	print("	etab	", addr.etab\Y, "\n");
};

complex Type Tarray;
complex Type Tstring;
complex Type Tchannel;
complex Type Tlist;
complex Type Tmodlink;
complex Type TImage;
complex Type Tptr;
complex Type Tbyte;
complex Type Tword;
complex Type Tlong;
complex Type Treal;
complex REG R;
complex String snil;
complex Module modules;
complex Dev rootdevtab;
complex Dev consdevtab;
complex Dev envdevtab;
complex Dev mntdevtab;
complex Dev pipedevtab;
complex Dev progdevtab;
complex Dev profdevtab;
complex Dev srvdevtab;
complex Dev dupdevtab;
complex Dev ssldevtab;
complex Dev capdevtab;
complex Dev fsdevtab;
complex Dev cmddevtab;
complex Dev indirdevtab;
complex Dev drawdevtab;
complex Dev pointerdevtab;
complex Dev dynlddevtab;
complex Dev memdevtab;
complex Dev srv9devtab;