ref: 9ca6ca345fa3b06dbf35e7808c35c0aaa7aa3bec
dir: /sys/src/cmd/mk/acid/
sizeof_1_ = 8;
aggr _1_
{
'D' 0 llength;
'D' 4 hlength;
};
defn
_1_(addr) {
complex _1_ addr;
print(" llength ", addr.llength, "\n");
print(" hlength ", addr.hlength, "\n");
};
sizeof_2_ = 8;
aggr _2_
{
'V' 0 length;
{
'D' 0 llength;
'D' 4 hlength;
};
};
defn
_2_(addr) {
complex _2_ addr;
print(" length ", addr.length, "\n");
print("_1_ {\n");
_1_(addr+0);
print("}\n");
};
UTFmax = 3;
Runesync = 128;
Runeself = 128;
Runeerror = 128;
sizeofFconv = 24;
aggr Fconv
{
'X' 0 out;
'X' 4 eout;
'D' 8 f1;
'D' 12 f2;
'D' 16 f3;
'D' 20 chr;
};
defn
Fconv(addr) {
complex Fconv addr;
print(" out ", addr.out\X, "\n");
print(" eout ", addr.eout\X, "\n");
print(" f1 ", addr.f1, "\n");
print(" f2 ", addr.f2, "\n");
print(" f3 ", addr.f3, "\n");
print(" chr ", addr.chr, "\n");
};
sizeofTm = 40;
aggr Tm
{
'D' 0 sec;
'D' 4 min;
'D' 8 hour;
'D' 12 mday;
'D' 16 mon;
'D' 20 year;
'D' 24 wday;
'D' 28 yday;
'a' 32 zone;
'D' 36 tzoff;
};
defn
Tm(addr) {
complex Tm addr;
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");
};
PNPROC = 1;
PNGROUP = 2;
sizeofLock = 4;
aggr Lock
{
'D' 0 val;
};
defn
Lock(addr) {
complex Lock addr;
print(" val ", addr.val, "\n");
};
sizeofQLp = 12;
aggr QLp
{
'D' 0 inuse;
'A' QLp 4 next;
'C' 8 state;
};
defn
QLp(addr) {
complex QLp addr;
print(" inuse ", addr.inuse, "\n");
print(" next ", addr.next\X, "\n");
print(" state ", addr.state, "\n");
};
sizeofQLock = 16;
aggr QLock
{
Lock 0 lock;
'D' 4 locked;
'A' QLp 8 $head;
'A' QLp 12 $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\X, "\n");
print(" $tail ", addr.$tail\X, "\n");
};
sizeofRWLock = 20;
aggr RWLock
{
Lock 0 lock;
'D' 4 readers;
'D' 8 writer;
'A' QLp 12 $head;
'A' QLp 16 $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\X, "\n");
print(" $tail ", addr.$tail\X, "\n");
};
RFNAMEG = 1;
RFENVG = 2;
RFFDG = 4;
RFNOTEG = 8;
RFPROC = 16;
RFMEM = 32;
RFNOWAIT = 64;
RFCNAMEG = 1024;
RFCENVG = 2048;
RFCFDG = 4096;
RFREND = 8192;
sizeofQid = 8;
aggr Qid
{
'U' 0 path;
'U' 4 vers;
};
defn
Qid(addr) {
complex Qid addr;
print(" path ", addr.path, "\n");
print(" vers ", addr.vers, "\n");
};
sizeofDir = 116;
aggr Dir
{
'a' 0 name;
'a' 28 uid;
'a' 56 gid;
Qid 84 qid;
'U' 92 mode;
'D' 96 atime;
'D' 100 mtime;
{
'V' 104 length;
{
'D' 104 llength;
'D' 108 hlength;
};
};
'u' 112 type;
'u' 114 dev;
};
defn
Dir(addr) {
complex Dir addr;
print(" name ", addr.name, "\n");
print(" uid ", addr.uid, "\n");
print(" gid ", addr.gid, "\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("_2_ {\n");
_2_(addr+104);
print("}\n");
print(" type ", addr.type, "\n");
print(" dev ", addr.dev, "\n");
};
sizeofWaitmsg = 112;
aggr Waitmsg
{
'a' 0 pid;
'a' 12 time;
'a' 48 msg;
};
defn
Waitmsg(addr) {
complex Waitmsg addr;
print(" pid ", addr.pid, "\n");
print(" time ", addr.time, "\n");
print(" msg ", addr.msg, "\n");
};
Bsize = 8192;
Bungetsize = 4;
Bmagic = 3227993;
Beof = -1;
Bbad = -2;
Binactive = 0;
Bractive = 1;
Bwactive = 2;
Bracteof = 3;
sizeofBiobufhdr = 52;
aggr Biobufhdr
{
'D' 0 icount;
'D' 4 ocount;
'D' 8 rdline;
'D' 12 runesize;
'D' 16 state;
'D' 20 fid;
'D' 24 flag;
'V' 28 offset;
'D' 36 bsize;
'X' 40 bbuf;
'X' 44 ebuf;
'X' 48 gbuf;
};
defn
Biobufhdr(addr) {
complex Biobufhdr addr;
print(" icount ", addr.icount, "\n");
print(" ocount ", addr.ocount, "\n");
print(" rdline ", addr.rdline, "\n");
print(" runesize ", addr.runesize, "\n");
print(" state ", addr.state, "\n");
print(" fid ", addr.fid, "\n");
print(" flag ", addr.flag, "\n");
print(" offset ", addr.offset, "\n");
print(" bsize ", addr.bsize, "\n");
print(" bbuf ", addr.bbuf\X, "\n");
print(" ebuf ", addr.ebuf\X, "\n");
print(" gbuf ", addr.gbuf\X, "\n");
};
sizeofBiobuf = 8248;
aggr Biobuf
{
{
'D' 0 icount;
'D' 4 ocount;
'D' 8 rdline;
'D' 12 runesize;
'D' 16 state;
'D' 20 fid;
'D' 24 flag;
'V' 28 offset;
'D' 36 bsize;
'X' 40 bbuf;
'X' 44 ebuf;
'X' 48 gbuf;
};
'a' 52 b;
};
defn
Biobuf(addr) {
complex Biobuf addr;
print("Biobufhdr {\n");
Biobufhdr(addr+0);
print("}\n");
print(" b ", addr.b, "\n");
};
sizeof_3_ = 4;
aggr _3_
{
'X' 0 sp;
'X' 0 rsp;
};
defn
_3_(addr) {
complex _3_ addr;
print(" sp ", addr.sp\X, "\n");
print(" rsp ", addr.rsp\X, "\n");
};
sizeof_4_ = 4;
aggr _4_
{
'X' 0 ep;
'X' 0 rep;
};
defn
_4_(addr) {
complex _4_ addr;
print(" ep ", addr.ep\X, "\n");
print(" rep ", addr.rep\X, "\n");
};
sizeofResub = 8;
aggr Resub
{
{
'X' 0 sp;
'X' 0 rsp;
};
{
'X' 4 ep;
'X' 4 rep;
};
};
defn
Resub(addr) {
complex Resub addr;
print("_3_ {\n");
_3_(addr+0);
print("}\n");
print("_4_ {\n");
_4_(addr+4);
print("}\n");
};
sizeofReclass = 132;
aggr Reclass
{
'X' 0 end;
'a' 4 spans;
};
defn
Reclass(addr) {
complex Reclass addr;
print(" end ", addr.end\X, "\n");
print(" spans ", addr.spans, "\n");
};
sizeof_5_ = 4;
aggr _5_
{
'A' Reclass 0 cp;
'u' 0 r;
'D' 0 subid;
'X' 0 right;
};
defn
_5_(addr) {
complex _5_ addr;
print(" cp ", addr.cp\X, "\n");
print(" r ", addr.r, "\n");
print(" subid ", addr.subid, "\n");
print(" right ", addr.right\X, "\n");
};
sizeof_6_ = 4;
aggr _6_
{
'X' 0 left;
'X' 0 next;
};
defn
_6_(addr) {
complex _6_ addr;
print(" left ", addr.left\X, "\n");
print(" next ", addr.next\X, "\n");
};
sizeofReinst = 12;
aggr Reinst
{
'D' 0 type;
{
'A' Reclass 4 cp;
'u' 4 r;
'D' 4 subid;
'A' Reinst 4 right;
};
{
'A' Reinst 8 left;
'A' Reinst 8 next;
};
};
defn
Reinst(addr) {
complex Reinst addr;
print(" type ", addr.type, "\n");
print("_5_ {\n");
_5_(addr+4);
print("}\n");
print("_6_ {\n");
_6_(addr+8);
print("}\n");
};
sizeofReprog = 2176;
aggr Reprog
{
'A' Reinst 0 startinst;
'a' 4 class;
'a' 2116 firstinst;
};
defn
Reprog(addr) {
complex Reprog addr;
print(" startinst ", addr.startinst\X, "\n");
print(" class ", addr.class, "\n");
print(" firstinst ", addr.firstinst, "\n");
};
complex Biobuf bout;
sizeofBufblock = 16;
aggr Bufblock
{
'A' Bufblock 0 next;
'X' 4 start;
'X' 8 end;
'X' 12 current;
};
defn
Bufblock(addr) {
complex Bufblock addr;
print(" next ", addr.next\X, "\n");
print(" start ", addr.start\X, "\n");
print(" end ", addr.end\X, "\n");
print(" current ", addr.current\X, "\n");
};
sizeofWord = 8;
aggr Word
{
'X' 0 s;
'A' Word 4 next;
};
defn
Word(addr) {
complex Word addr;
print(" s ", addr.s\X, "\n");
print(" next ", addr.next\X, "\n");
};
sizeofEnvy = 8;
aggr Envy
{
'X' 0 name;
'A' Word 4 values;
};
defn
Envy(addr) {
complex Envy addr;
print(" name ", addr.name\X, "\n");
print(" values ", addr.values\X, "\n");
};
complex Envy envy;
sizeofRule = 44;
aggr Rule
{
'X' 0 target;
'A' Word 4 $tail;
'X' 8 recipe;
'd' 12 attr;
'd' 14 line;
'X' 16 file;
'A' Word 20 alltargets;
'D' 24 rule;
'A' Reprog 28 pat;
'X' 32 prog;
'A' Rule 36 chain;
'A' Rule 40 next;
};
defn
Rule(addr) {
complex Rule addr;
print(" target ", addr.target\X, "\n");
print(" $tail ", addr.$tail\X, "\n");
print(" recipe ", addr.recipe\X, "\n");
print(" attr ", addr.attr, "\n");
print(" line ", addr.line, "\n");
print(" file ", addr.file\X, "\n");
print(" alltargets ", addr.alltargets\X, "\n");
print(" rule ", addr.rule, "\n");
print(" pat ", addr.pat\X, "\n");
print(" prog ", addr.prog\X, "\n");
print(" chain ", addr.chain\X, "\n");
print(" next ", addr.next\X, "\n");
};
complex Rule rules;
complex Rule metarules;
complex Rule patrule;
sizeofArc = 64;
aggr Arc
{
'd' 0 flag;
'X' 4 n;
'A' Rule 8 r;
'X' 12 stem;
'X' 16 prog;
'a' 20 match;
'A' Arc 60 next;
};
defn
Arc(addr) {
complex Arc addr;
print(" flag ", addr.flag, "\n");
print(" n ", addr.n\X, "\n");
print(" r ", addr.r\X, "\n");
print(" stem ", addr.stem\X, "\n");
print(" prog ", addr.prog\X, "\n");
print(" match ", addr.match, "\n");
print(" next ", addr.next\X, "\n");
};
sizeofNode = 20;
aggr Node
{
'X' 0 name;
'D' 4 time;
'u' 8 flags;
'A' Arc 12 prereqs;
'A' Node 16 next;
};
defn
Node(addr) {
complex Node addr;
print(" name ", addr.name\X, "\n");
print(" time ", addr.time, "\n");
print(" flags ", addr.flags, "\n");
print(" prereqs ", addr.prereqs\X, "\n");
print(" next ", addr.next\X, "\n");
};
sizeofJob = 40;
aggr Job
{
'A' Rule 0 r;
'A' Node 4 n;
'X' 8 stem;
'X' 12 match;
'A' Word 16 p;
'A' Word 20 np;
'A' Word 24 t;
'A' Word 28 at;
'D' 32 nproc;
'A' Job 36 next;
};
defn
Job(addr) {
complex Job addr;
print(" r ", addr.r\X, "\n");
print(" n ", addr.n\X, "\n");
print(" stem ", addr.stem\X, "\n");
print(" match ", addr.match\X, "\n");
print(" p ", addr.p\X, "\n");
print(" np ", addr.np\X, "\n");
print(" t ", addr.t\X, "\n");
print(" at ", addr.at\X, "\n");
print(" nproc ", addr.nproc, "\n");
print(" next ", addr.next\X, "\n");
};
complex Job jobs;
sizeofSymtab = 16;
aggr Symtab
{
'd' 0 space;
'X' 4 name;
'X' 8 value;
'A' Symtab 12 next;
};
defn
Symtab(addr) {
complex Symtab addr;
print(" space ", addr.space, "\n");
print(" name ", addr.name\X, "\n");
print(" value ", addr.value\X, "\n");
print(" next ", addr.next\X, "\n");
};
S_VAR = 0;
S_TARGET = 1;
S_TIME = 2;
S_PID = 3;
S_NODE = 4;
S_AGG = 5;
S_BITCH = 6;
S_NOEXPORT = 7;
S_OVERRIDE = 8;
S_OUTOFDATE = 9;
S_MAKEFILE = 10;
S_MAKEVAR = 11;
S_EXPORTED = 12;
S_BULKED = 13;
S_WESET = 14;
S_INTERNAL = 15;
complex Word readenv:w;
complex Word encodenulls:w;
complex Word encodenulls:$head;
complex Envy exportenv:e;
complex Word exportenv:w;
complex Symtab exportenv:sy;
complex Dir dirtime:d;
complex Waitmsg waitfor:wm;
complex Bufblock execsh:buf;
complex Envy execsh:e;
complex Envy pipecmd:e;
complex Dir chgtime:sbuf;
complex Resub rcopy:match;
complex Dir mkdirstat:buf;