void mix(
const common::byte_buffer& lhs,
const common::byte_buffer& rhs,
common::byte_buffer& mixed_buf) const {
Diff left, right, mixed;
unpack_(lhs, left);
unpack_(rhs, right);
mix_impl(left, right, mixed);
pack_(mixed, mixed_buf);
}
void push(const std::string& d) {
if (model_) {
Diff diff;
unpack_(d, diff);
push_impl(diff);
} else {
throw JUBATUS_EXCEPTION(common::config_not_set());
}
}
void put_diff(const common::byte_buffer& d) {
if (model_) {
Diff diff;
unpack_(d, diff);
put_diff_impl(diff);
} else {
throw JUBATUS_EXCEPTION(common::config_not_set());
}
}
std::string pull(const std::string& a) const {
if (model_) {
std::string buf;
PullArg arg;
unpack_(a, arg);
pack_(pull_impl(arg), buf);
return buf;
} else {
throw JUBATUS_EXCEPTION(common::config_not_set());
}
}
logical synmch_()
{
/* Initialized data */
/* THE FOLLOWING DATA STATEMENT WAS ORIGINALLY: */
/* DATA R50MIN/1RA/ */
const integer r50min = 1600;
/* System generated locals */
integer i__1;
logical ret_val;
/* Local variables */
integer j;
integer newj;
integer drive, limit, qprep, sprep, dforce;
ret_val = FALSE_;
j = pv_1.act;
/* !SET UP PTR TO SYNTAX. */
drive = 0;
/* !NO DEFAULT. */
dforce = 0;
/* !NO FORCED DEFAULT. */
qprep = orphs_1.oflag & orphs_1.oprep;
L100:
j += 2;
/* !FIND START OF SYNTAX. */
if (vvoc[j - 1] <= 0 || vvoc[j - 1] >= r50min) {
goto L100;
}
limit = j + vvoc[j - 1] + 1;
/* !COMPUTE LIMIT. */
++j;
/* !ADVANCE TO NEXT. */
L200:
unpack_(j, &newj);
/* !UNPACK SYNTAX. */
sprep = syntax_1.dobj & VPMASK;
if (! syneql_(pv_1.p1, pv_1.o1, syntax_1.dobj, syntax_1.dfl1,
syntax_1.dfl2)) {
goto L1000;
}
sprep = syntax_1.iobj & VPMASK;
if (syneql_(pv_1.p2, pv_1.o2, syntax_1.iobj, syntax_1.ifl1,
syntax_1.ifl2)) {
goto L6000;
}
/* SYNTAX MATCH FAILS, TRY NEXT ONE. */
if (pv_1.o2 != 0) {
goto L3000;
} else {
goto L500;
}
/* !IF O2=0, SET DFLT. */
L1000:
if (pv_1.o1 != 0) {
goto L3000;
} else {
goto L500;
}
/* !IF O1=0, SET DFLT. */
L500:
if (qprep == 0 || qprep == sprep) {
dforce = j;
}
/* !IF PREP MCH. */
if ((syntax_1.vflag & SDRIV) != 0) {
drive = j;
}
L3000:
j = newj;
if (j < limit) {
goto L200;
}
/* !MORE TO DO? */
/* SYNMCH, PAGE 2 */
/* MATCH HAS FAILED. IF DEFAULT SYNTAX EXISTS, TRY TO SNARF */
/* ORPHANS OR GWIMS, OR MAKE NEW ORPHANS. */
if (drive == 0) {
drive = dforce;
}
/* !NO DRIVER? USE FORCE. */
if (drive == 0) {
goto L10000;
}
/* !ANY DRIVER? */
unpack_(drive, &dforce);
/* !UNPACK DFLT SYNTAX. */
/* TRY TO FILL DIRECT OBJECT SLOT IF THAT WAS THE PROBLEM. */
if ((syntax_1.vflag & SDIR) == 0 || pv_1.o1 != 0) {
goto L4000;
}
/* FIRST TRY TO SNARF ORPHAN OBJECT. */
pv_1.o1 = orphs_1.oflag & orphs_1.oslot;
if (pv_1.o1 == 0) {
goto L3500;
}
/* !ANY ORPHAN? */
if (syneql_(pv_1.p1, pv_1.o1, syntax_1.dobj, syntax_1.dfl1,
syntax_1.dfl2)) {
goto L4000;
}
/* ORPHAN FAILS, TRY GWIM. */
L3500:
pv_1.o1 = gwim_(syntax_1.dobj, syntax_1.dfw1, syntax_1.dfw2);
/* !GET GWIM. */
if (pv_1.o1 > 0) {
goto L4000;
}
/* !TEST RESULT. */
i__1 = syntax_1.dobj & VPMASK;
orphan_(- 1, pv_1.act, 0, i__1, 0);
rspeak_(623);
return ret_val;
/* TRY TO FILL INDIRECT OBJECT SLOT IF THAT WAS THE PROBLEM. */
L4000:
if ((syntax_1.vflag & SIND) == 0 || pv_1.o2 != 0) {
goto L6000;
}
pv_1.o2 = gwim_(syntax_1.iobj, syntax_1.ifw1, syntax_1.ifw2);
/* !GWIM. */
if (pv_1.o2 > 0) {
goto L6000;
}
if (pv_1.o1 == 0) {
pv_1.o1 = orphs_1.oflag & orphs_1.oslot;
}
i__1 = syntax_1.dobj & VPMASK;
orphan_(- 1, pv_1.act, pv_1.o1, i__1, 0);
rspeak_(624);
return ret_val;
/* TOTAL CHOMP */
L10000:
rspeak_(601);
/* !CANT DO ANYTHING. */
return ret_val;
/* SYNMCH, PAGE 3 */
/* NOW TRY TO TAKE INDIVIDUAL OBJECTS AND */
/* IN GENERAL CLEAN UP THE PARSE VECTOR. */
L6000:
if ((syntax_1.vflag & SFLIP) == 0) {
goto L5000;
}
j = pv_1.o1;
/* !YES. */
pv_1.o1 = pv_1.o2;
pv_1.o2 = j;
L5000:
prsvec_1.prsa = syntax_1.vflag & SVMASK;
prsvec_1.prso = pv_1.o1;
/* !GET DIR OBJ. */
prsvec_1.prsi = pv_1.o2;
/* !GET IND OBJ. */
if (! takeit_(prsvec_1.prso, syntax_1.dobj)) {
return ret_val;
}
/* !TRY TAKE. */
if (! takeit_(prsvec_1.prsi, syntax_1.iobj)) {
return ret_val;
}
/* !TRY TAKE. */
ret_val = TRUE_;
return ret_val;
} /* synmch_ */