#define RULES_BLOCK 63
-static void addrpmruleinfo(Solver *solv, Id p, Id d, int type, Id dep);
+static void addpkgruleinfo(Solver *solv, Id p, Id p2, Id d, int type, Id dep);
static void solver_createcleandepsmap(Solver *solv, Map *cleandepsmap, int unneeded);
/*-------------------------------------------------------------------
* Check if dependency is possible
*
* mirrors solver_dep_fulfilled but uses map m instead of the decisionmap.
- * used in solver_addrpmrulesforweak and solver_createcleandepsmap.
+ * used in solver_addpkgrulesforweak and solver_createcleandepsmap.
*/
static inline int
Reldep *rd = GETRELDEP(pool, dep);
if (rd->flags >= 8)
{
- if (rd->flags == REL_AND || rd->flags == REL_COND)
+ if (rd->flags == REL_COND)
+ return 1;
+ if (rd->flags == REL_AND)
{
if (!dep_possible(solv, rd->name, m))
return 0;
return dep_possible(solv, rd->evr, m);
}
if (rd->flags == REL_NAMESPACE && rd->name == NAMESPACE_SPLITPROVIDES)
- return solver_splitprovides(solv, rd->evr);
- if (rd->flags == REL_NAMESPACE && rd->name == NAMESPACE_INSTALLED)
- return solver_dep_installed(solv, rd->evr);
+ return solver_splitprovides(solv, rd->evr, m);
}
}
FOR_PROVIDES(p, pp, dep)
/*
* add rule
- * p = direct literal; always < 0 for installed rpm rules
- * d, if < 0 direct literal, if > 0 offset into whatprovides, if == 0 rule is assertion (look at p only)
- *
*
* A requires b, b provided by B1,B2,B3 => (-A|B1|B2|B3)
*
- * p < 0 : pkg id of A
- * d > 0 : Offset in whatprovidesdata (list of providers of b)
+ * p < 0 : pkg id of A
+ * d > 0 : Offset in whatprovidesdata (list of providers of b)
*
* A conflicts b, b provided by B1,B2,B3 => (-A|-B1), (-A|-B2), (-A|-B3)
- * p < 0 : pkg id of A
- * d < 0 : Id of solvable (e.g. B1)
+ * p < 0 : pkg id of A
+ * p2 < 0 : Id of solvable (e.g. B1)
*
- * d == 0: unary rule, assertion => (A) or (-A)
+ * d == 0, p2 == 0: unary rule, assertion => (A) or (-A)
*
* Install: p > 0, d = 0 (A) user requested install
* Remove: p < 0, d = 0 (-A) user requested remove (also: uninstallable)
* Requires: p < 0, d > 0 (-A|B1|B2|...) d: <list of providers for requirement of p>
- * Requires: p > 0, d < 0 (B|-A) hack to save a whatprovides allocation, gets converted into (-A|B)
* Updates: p > 0, d > 0 (A|B1|B2|...) d: <list of updates for solvable p>
- * Conflicts: p < 0, d < 0 (-A|-B) either p (conflict issuer) or d (conflict provider) (binary rule)
+ * Conflicts: p < 0, p2 < 0 (-A|-B) either p (conflict issuer) or d (conflict provider) (binary rule)
* also used for obsoletes
* No-op ?: p = 0, d = 0 (null) (used as placeholder in update/feature rules)
*
* Binary rule: p = first literal, d = 0, w2 = second literal, w1 = p
* every other : w1 = p, w2 = whatprovidesdata[d];
*
- * always returns a rule for non-rpm rules
+ * always returns a rule for non-pkg rules
*/
Rule *
-solver_addrule(Solver *solv, Id p, Id d)
+solver_addrule(Solver *solv, Id p, Id p2, Id d)
{
Pool *pool = solv->pool;
- Rule *r = 0;
- Id *dp = 0;
-
- int n = 0; /* number of literals in rule - 1
- 0 = direct assertion (single literal)
- 1 = binary rule
- >1 = multi-literal rule
- */
-
- /* it often happenes that requires lead to adding the same rpm rule
- * multiple times, so we prune those duplicates right away to make
- * the work for unifyrules a bit easier */
-
- if (!solv->rpmrules_end) /* we add rpm rules */
- {
- r = solv->rules + solv->nrules - 1; /* get the last added rule */
- if (r->p == p && r->d == d && (d != 0 || !r->w2))
- return r;
- }
-
- /* compute number of literals (n) in rule */
- if (d < 0)
- {
- if (p == -d)
- return 0; /* rule is self-fulfilling */
- if (p == d)
- d = 0; /* normalize to assertion */
- else
- n = 1; /* binary rule */
- }
- else if (d > 0)
- {
- for (dp = pool->whatprovidesdata + d; *dp; dp++, n++)
- if (*dp == -p)
- return 0; /* rule is self-fulfilling */
- if (n == 1) /* convert to binary rule */
- d = dp[-1];
- }
+ Rule *r;
- if (n == 1 && p > d && !solv->rpmrules_end)
+ if (d)
{
- /* put smallest literal first so we can find dups */
- n = p; p = d; d = n; /* p <-> d */
- n = 1; /* re-set n, was used as temp var */
+ assert(!p2 && d > 0);
+ if (!pool->whatprovidesdata[d])
+ d = 0;
+ else if (!pool->whatprovidesdata[d + 1])
+ {
+ p2 = pool->whatprovidesdata[d];
+ d = 0;
+ }
}
- /*
- * check for duplicate (r is only set if we're adding rpm rules)
+ /* now we have two cases:
+ * 1 or 2 literals: d = 0, p, p2 contain the literals
+ * 3 or more literals: d > 0, p2 == 0, d is offset into whatprovidesdata
*/
- if (r)
+
+ /* it often happenes that requires lead to adding the same pkg rule
+ * multiple times, so we prune those duplicates right away to make
+ * the work for unifyrules a bit easier */
+ if (!solv->pkgrules_end) /* we add pkg rules */
{
- /* check if the last added rule (r) is exactly the same as what we're looking for. */
- if (n == 1 && !r->d && r->p == p && r->w2 == d)
- return r;
- /* have n-ary rule with same first literal, check other literals */
- if (n > 1 && r->d && r->p == p)
+ r = solv->rules + solv->nrules - 1;
+ if (d)
{
- /* Rule where d is an offset in whatprovidesdata */
- Id *dp2;
- if (d == r->d)
- return r;
- dp2 = pool->whatprovidesdata + r->d;
- for (dp = pool->whatprovidesdata + d; *dp; dp++, dp2++)
- if (*dp != *dp2)
- break;
- if (*dp == *dp2)
+ Id *dp;
+ /* check if rule is identical */
+ if (r->p == p)
+ {
+ Id *dp2;
+ if (r->d == d)
+ return r;
+ dp2 = pool->whatprovidesdata + r->d;
+ for (dp = pool->whatprovidesdata + d; *dp; dp++, dp2++)
+ if (*dp != *dp2)
+ break;
+ if (*dp == *dp2)
+ return r;
+ }
+ /* check if rule is self-fulfilling */
+ for (dp = pool->whatprovidesdata + d; *dp; dp++)
+ if (*dp == -p)
+ return 0; /* rule is self-fulfilling */
+ }
+ else
+ {
+ if (p2 && p > p2)
+ {
+ Id o = p; /* switch p1 and p2 */
+ p = p2;
+ p2 = o;
+ }
+ if (r->p == p && !r->d && r->w2 == p2)
return r;
+ if (p == -p2)
+ return 0; /* rule is self-fulfilling */
}
}
- /*
- * allocate new rule r
- */
solv->rules = solv_extend(solv->rules, solv->nrules, 1, sizeof(Rule), RULES_BLOCK);
r = solv->rules + solv->nrules++; /* point to rule space */
-
r->p = p;
- if (n == 0)
- {
- /* direct assertion, no watch needed */
- r->d = 0;
- r->w1 = p;
- r->w2 = 0;
- }
- else if (n == 1)
- {
- /* binary rule */
- r->d = 0;
- r->w1 = p;
- r->w2 = d;
- }
- else
- {
- r->d = d;
- r->w1 = p;
- r->w2 = pool->whatprovidesdata[d];
- }
+ r->d = d;
+ r->w1 = p;
+ r->w2 = d ? pool->whatprovidesdata[d] : p2;
r->n1 = 0;
r->n2 = 0;
-
IF_POOLDEBUG (SOLV_DEBUG_RULE_CREATION)
{
POOL_DEBUG(SOLV_DEBUG_RULE_CREATION, " Add rule: ");
solver_printrule(solv, SOLV_DEBUG_RULE_CREATION, r);
}
-
return r;
}
+
void
solver_shrinkrules(Solver *solv, int nrules)
{
/******************************************************************************
***
- *** rpm rule part: create rules representing the package dependencies
+ *** pkg rule part: create rules representing the package dependencies
***
***/
queue_push(&q, p);
}
if (q.count == 1)
- return -n; /* no other package found, generate normal conflict */
- return pool_queuetowhatprovides(pool, &q);
+ n = 0; /* no other package found, normal conflict handling */
+ else
+ n = pool_queuetowhatprovides(pool, &q);
+ queue_free(&q);
+ return n;
}
static inline void
-addrpmrule(Solver *solv, Id p, Id d, int type, Id dep)
+addpkgrule(Solver *solv, Id p, Id p2, Id d, int type, Id dep)
{
if (!solv->ruleinfoq)
- solver_addrule(solv, p, d);
+ solver_addrule(solv, p, p2, d);
else
- addrpmruleinfo(solv, p, d, type, dep);
+ addpkgruleinfo(solv, p, p2, d, type, dep);
}
#ifdef ENABLE_LINKED_PKGS
#endif
if (qr->count == 1)
- addrpmrule(solv, qr->elements[0], -(s - pool->solvables), SOLVER_RULE_RPM_PACKAGE_REQUIRES, req);
+ addpkgrule(solv, -(s - pool->solvables), qr->elements[0], 0, SOLVER_RULE_PKG_REQUIRES, req);
else
- addrpmrule(solv, -(s - pool->solvables), pool_queuetowhatprovides(pool, qr), SOLVER_RULE_RPM_PACKAGE_REQUIRES, req);
+ addpkgrule(solv, -(s - pool->solvables), 0, pool_queuetowhatprovides(pool, qr), SOLVER_RULE_PKG_REQUIRES, req);
if (qp->count > 1)
{
Id d = pool_queuetowhatprovides(pool, qp);
for (i = 0; i < qr->count; i++)
- addrpmrule(solv, -qr->elements[i], d, SOLVER_RULE_RPM_PACKAGE_REQUIRES, prv);
+ addpkgrule(solv, -qr->elements[i], 0, d, SOLVER_RULE_PKG_REQUIRES, prv);
}
else if (qp->count)
{
for (i = 0; i < qr->count; i++)
- addrpmrule(solv, qp->elements[0], -qr->elements[i], SOLVER_RULE_RPM_PACKAGE_REQUIRES, prv);
+ addpkgrule(solv, -qr->elements[i], qp->elements[0], 0, SOLVER_RULE_PKG_REQUIRES, prv);
}
if (!m)
- return; /* nothing more to do if called from getrpmruleinfos() */
+ return; /* nothing more to do if called from getpkgruleinfos() */
for (i = 0; i < qr->count; i++)
if (!MAPTST(m, qr->elements[i]))
queue_push(workq, qr->elements[i]);
solv->instbuddy = solv_calloc(installed->end - installed->start, sizeof(Id));
if (qr->count == 1)
solv->instbuddy[s - pool->solvables - installed->start] = qr->elements[0];
- for (i = 0; i < qp->count; i++)
+ for (i = 0; i < qr->count; i++)
{
- Id p = qp->elements[i];
+ Id p = qr->elements[i];
if (pool->solvables[p].repo != installed)
continue; /* huh? */
if (qp->count > 1 || (solv->instbuddy[p - installed->start] != 0 && solv->instbuddy[p - installed->start] != s - pool->solvables))
{
Pool *pool = solv->pool;
Repo *installed = solv->installed;
- int i, j;
+ int i, j, flags;
Queue bq;
queue_init(&bq);
-
+ flags = dontfix ? CPLXDEPS_DONTFIX : 0;
/* CNF expansion for requires, DNF + INVERT expansion for conflicts */
- i = pool_normalize_complex_dep(pool, dep, &bq, type == SOLVER_RULE_RPM_PACKAGE_REQUIRES ? 0 : (CPLXDEPS_TODNF | CPLXDEPS_EXPAND | CPLXDEPS_INVERT));
+ if (type == SOLVER_RULE_PKG_CONFLICTS)
+ flags |= CPLXDEPS_TODNF | CPLXDEPS_EXPAND | CPLXDEPS_INVERT;
+
+ i = pool_normalize_complex_dep(pool, dep, &bq, flags);
/* handle special cases */
if (i == 0)
{
else
{
POOL_DEBUG(SOLV_DEBUG_RULE_CREATION, "package %s [%d] is not installable (%s)\n", pool_solvid2str(pool, p), p, pool_dep2str(pool, dep));
- addrpmrule(solv, -p, 0, type == SOLVER_RULE_RPM_PACKAGE_REQUIRES ? SOLVER_RULE_RPM_NOTHING_PROVIDES_DEP : type, dep);
+ addpkgrule(solv, -p, 0, 0, type == SOLVER_RULE_PKG_REQUIRES ? SOLVER_RULE_PKG_NOTHING_PROVIDES_DEP : type, dep);
}
queue_free(&bq);
return;
if (pool->solvables[dp[j]].repo == installed)
break; /* provider was installed */
if (!dp[j])
- {
- POOL_DEBUG(SOLV_DEBUG_RULE_CREATION, "ignoring broken requires %s of installed package %s\n", pool_dep2str(pool, dep), pool_solvid2str(pool, p));
- continue;
- }
- }
- if (!*dp)
- {
- /* nothing provides req! */
- POOL_DEBUG(SOLV_DEBUG_RULE_CREATION, "package %s [%d] is not installable (%s)\n", pool_solvid2str(pool, p), p, pool_dep2str(pool, dep));
- addrpmrule(solv, -p, 0, SOLVER_RULE_RPM_NOTHING_PROVIDES_DEP, dep);
- continue;
+ continue;
}
- addrpmrule(solv, -p, dp - pool->whatprovidesdata, SOLVER_RULE_RPM_PACKAGE_REQUIRES, dep);
+ /* check if the rule contains both p and -p */
+ for (j = 0; dp[j] != 0; j++)
+ if (dp[j] == p)
+ break;
+ if (dp[j])
+ continue;
+ addpkgrule(solv, -p, 0, dp - pool->whatprovidesdata, SOLVER_RULE_PKG_REQUIRES, dep);
/* push all non-visited providers on the work queue */
if (m)
for (; *dp; dp++)
}
if (!bq.elements[i + 1])
{
- Id p2 = bq.elements[i];
- /* simple rule with just two literals */
- if (dontfix && p2 < 0 && pool->solvables[-p2].repo == installed)
- continue;
- if (dontfix && p2 > 0 && pool->solvables[p2].repo != installed)
- continue;
- if (p == p2)
- continue;
+ Id p2 = bq.elements[i++];
+ /* simple rule with just two literals, we'll add a (-p, p2) rule */
+ if (dontfix)
+ {
+ if (p2 < 0 && pool->solvables[-p2].repo == installed)
+ continue;
+ if (p2 > 0 && pool->solvables[p2].repo != installed)
+ continue;
+ }
if (-p == p2)
{
- if (type == SOLVER_RULE_RPM_PACKAGE_CONFLICT)
+ if (type == SOLVER_RULE_PKG_CONFLICTS)
{
if (pool->forbidselfconflicts && !is_otherproviders_dep(pool, dep))
- addrpmrule(solv, -p, 0, SOLVER_RULE_RPM_SELF_CONFLICT, dep);
+ addpkgrule(solv, -p, 0, 0, SOLVER_RULE_PKG_SELF_CONFLICT, dep);
continue;
}
- addrpmrule(solv, -p, 0, type, dep);
+ addpkgrule(solv, -p, 0, 0, type, dep);
continue;
}
- if (p2 > 0)
- addrpmrule(solv, p2, -p, type, dep); /* hack so that we don't need pool_queuetowhatprovides */
- else
- addrpmrule(solv, -p, p2, type, dep);
+ /* check if the rule contains both p and -p */
+ if (p == p2)
+ continue;
+ addpkgrule(solv, -p, p2, 0, type, dep);
if (m && p2 > 0 && !MAPTST(m, p2))
queue_push(workq, p2);
}
for (j = 0; j < qcnt; j++)
if (qele[j] == p)
break;
- if (j == qcnt)
- {
- /* hack: create fake queue 'q' so that we can call pool_queuetowhatprovides */
- Queue q;
- memset(&q, 0, sizeof(q));
- q.count = qcnt - 1;
- q.elements = qele + 1;
- addrpmrule(solv, qele[0], pool_queuetowhatprovides(pool, &q), type, dep);
- if (m)
- for (j = 0; j < qcnt; j++)
- if (qele[j] > 0 && !MAPTST(m, qele[j]))
- queue_push(workq, qele[j]);
- }
+ if (j < qcnt)
+ continue;
+ addpkgrule(solv, qele[0], 0, pool_ids2whatprovides(pool, qele + 1, qcnt - 1), type, dep);
+ if (m)
+ for (j = 0; j < qcnt; j++)
+ if (qele[j] > 0 && !MAPTST(m, qele[j]))
+ queue_push(workq, qele[j]);
}
}
queue_free(&bq);
*/
void
-solver_addrpmrulesforsolvable(Solver *solv, Solvable *s, Map *m)
+solver_addpkgrulesforsolvable(Solver *solv, Solvable *s, Map *m)
{
Pool *pool = solv->pool;
Repo *installed = solv->installed;
dontfix = 0;
if (installed /* Installed system available */
&& s->repo == installed /* solvable is installed */
- && !solv->fixmap_all /* NOT repair errors in rpm dependency graph */
+ && !solv->fixmap_all /* NOT repair errors in dependency graph */
&& !(solv->fixmap.size && MAPTST(&solv->fixmap, n - installed->start)))
{
- dontfix = 1; /* dont care about broken rpm deps */
+ dontfix = 1; /* dont care about broken deps */
}
if (!dontfix)
: !pool_installable(pool, s))
{
POOL_DEBUG(SOLV_DEBUG_RULE_CREATION, "package %s [%d] is not installable\n", pool_solvid2str(pool, n), n);
- addrpmrule(solv, -n, 0, SOLVER_RULE_RPM_NOT_INSTALLABLE, 0);
+ addpkgrule(solv, -n, 0, 0, SOLVER_RULE_PKG_NOT_INSTALLABLE, 0);
}
}
if (pool_is_complex_dep(pool, req))
{
/* we have AND/COND deps, normalize */
- add_complex_deprules(solv, n, req, SOLVER_RULE_RPM_PACKAGE_REQUIRES, dontfix, &workq, m);
+ add_complex_deprules(solv, n, req, SOLVER_RULE_PKG_REQUIRES, dontfix, &workq, m);
continue;
}
#endif
if (!*dp)
{
POOL_DEBUG(SOLV_DEBUG_RULE_CREATION, "package %s [%d] is not installable (%s)\n", pool_solvid2str(pool, n), n, pool_dep2str(pool, req));
- addrpmrule(solv, -n, 0, SOLVER_RULE_RPM_NOTHING_PROVIDES_DEP, req);
+ addpkgrule(solv, -n, 0, 0, SOLVER_RULE_PKG_NOTHING_PROVIDES_DEP, req);
continue;
}
+ for (i = 0; dp[i] != 0; i++)
+ if (n == dp[i])
+ break;
+ if (dp[i])
+ continue; /* provided by itself, no need to add rule */
+
IF_POOLDEBUG (SOLV_DEBUG_RULE_CREATION)
{
POOL_DEBUG(SOLV_DEBUG_RULE_CREATION," %s requires %s\n", pool_solvable2str(pool, s), pool_dep2str(pool, req));
/* add 'requires' dependency */
/* rule: (-requestor|provider1|provider2|...|providerN) */
- addrpmrule(solv, -n, dp - pool->whatprovidesdata, SOLVER_RULE_RPM_PACKAGE_REQUIRES, req);
+ addpkgrule(solv, -n, 0, dp - pool->whatprovidesdata, SOLVER_RULE_PKG_REQUIRES, req);
/* push all non-visited providers on the work queue */
if (m)
if (!ispatch && pool_is_complex_dep(pool, con))
{
/* we have AND/COND deps, normalize */
- add_complex_deprules(solv, n, con, SOLVER_RULE_RPM_PACKAGE_CONFLICT, dontfix, &workq, m);
+ add_complex_deprules(solv, n, con, SOLVER_RULE_PKG_CONFLICTS, dontfix, &workq, m);
continue;
}
#endif
{
if (!pool->forbidselfconflicts || is_otherproviders_dep(pool, con))
continue;
- addrpmrule(solv, -n, 0, SOLVER_RULE_RPM_SELF_CONFLICT, con);
+ addpkgrule(solv, -n, 0, 0, SOLVER_RULE_PKG_SELF_CONFLICT, con);
continue;
}
if (ispatch && solv->multiversion.size && MAPTST(&solv->multiversion, p) && ISRELDEP(con))
{
/* our patch conflicts with a multiversion package */
- p = -makemultiversionconflict(solv, p, con);
+ Id d = makemultiversionconflict(solv, p, con);
+ if (d)
+ {
+ addpkgrule(solv, -n, 0, d, SOLVER_RULE_PKG_CONFLICTS, con);
+ continue;
+ }
}
+ if (p == SYSTEMSOLVABLE)
+ p = 0;
/* rule: -n|-p: either solvable _or_ provider of conflict */
- addrpmrule(solv, -n, p == SYSTEMSOLVABLE ? 0 : -p, SOLVER_RULE_RPM_PACKAGE_CONFLICT, con);
+ addpkgrule(solv, -n, -p, 0, SOLVER_RULE_PKG_CONFLICTS, con);
}
}
}
continue;
if (pool->obsoleteusescolors && !pool_colormatch(pool, s, ps))
continue;
+ if (p == SYSTEMSOLVABLE)
+ p = 0;
if (!isinstalled)
- addrpmrule(solv, -n, -p, SOLVER_RULE_RPM_PACKAGE_OBSOLETES, obs);
+ addpkgrule(solv, -n, -p, 0, SOLVER_RULE_PKG_OBSOLETES, obs);
else
- addrpmrule(solv, -n, -p, SOLVER_RULE_RPM_INSTALLEDPKG_OBSOLETES, obs);
+ addpkgrule(solv, -n, -p, 0, SOLVER_RULE_PKG_INSTALLED_OBSOLETES, obs);
}
}
}
/* we still obsolete packages with same nevra, like rpm does */
/* (actually, rpm mixes those packages. yuck...) */
if (multi && (s->name != ps->name || s->evr != ps->evr || s->arch != ps->arch))
- continue;
+ {
+ if (isinstalled || ps->repo != installed)
+ continue;
+ /* also check the installed package for multi-ness */
+ if (MAPTST(&solv->multiversion, p))
+ continue;
+ }
if (!pool->implicitobsoleteusesprovides && s->name != ps->name)
continue;
if (pool->implicitobsoleteusescolors && !pool_colormatch(pool, s, ps))
continue;
+ if (p == SYSTEMSOLVABLE)
+ p = 0;
if (s->name == ps->name)
- addrpmrule(solv, -n, -p, SOLVER_RULE_RPM_SAME_NAME, 0);
+ {
+ /* optimization: do not add the same-name conflict rule if it was
+ * already added when we looked at the other package.
+ * (this assumes pool_colormatch is symmetric) */
+ if (p && m && ps->repo != installed && MAPTST(m, p) &&
+ (ps->arch != ARCH_SRC && ps->arch != ARCH_NOSRC) &&
+ !(solv->multiversion.size && MAPTST(&solv->multiversion, p)))
+ continue;
+ addpkgrule(solv, -n, -p, 0, SOLVER_RULE_PKG_SAME_NAME, 0);
+ }
else
- addrpmrule(solv, -n, -p, SOLVER_RULE_RPM_IMPLICIT_OBSOLETES, s->name);
+ addpkgrule(solv, -n, -p, 0, SOLVER_RULE_PKG_IMPLICIT_OBSOLETES, s->name);
}
}
}
}
/*-----------------------------------------
- * add recommends to the work queue
+ * add recommends/suggests to the work queue
*/
if (s->recommends && m)
{
recp = s->repo->idarraydata + s->recommends;
while ((rec = *recp++) != 0)
{
+#ifdef ENABLE_COMPLEX_DEPS
+ if (pool_is_complex_dep(pool, rec))
+ {
+ pool_add_pos_literals_complex_dep(pool, rec, &workq, m, 0);
+ continue;
+ }
+#endif
FOR_PROVIDES(p, pp, rec)
if (!MAPTST(m, p))
queue_push(&workq, p);
sugp = s->repo->idarraydata + s->suggests;
while ((sug = *sugp++) != 0)
{
+#ifdef ENABLE_COMPLEX_DEPS
+ if (pool_is_complex_dep(pool, sug))
+ {
+ pool_add_pos_literals_complex_dep(pool, sug, &workq, m, 0);
+ continue;
+ }
+#endif
FOR_PROVIDES(p, pp, sug)
if (!MAPTST(m, p))
queue_push(&workq, p);
#ifdef ENABLE_LINKED_PKGS
void
-solver_addrpmrulesforlinked(Solver *solv, Map *m)
+solver_addpkgrulesforlinked(Solver *solv, Map *m)
{
Pool *pool = solv->pool;
Solvable *s;
for (j = 0; j < qr.count; j++)
if (MAPTST(m, qr.elements[j]))
{
- solver_addrpmrulesforsolvable(solv, s, m);
+ solver_addpkgrulesforsolvable(solv, s, m);
break;
}
queue_empty(&qr);
*/
void
-solver_addrpmrulesforweak(Solver *solv, Map *m)
+solver_addpkgrulesforweak(Solver *solv, Map *m)
{
Pool *pool = solv->pool;
Solvable *s;
/* if nothing found, goto next solvables */
if (!sup)
continue;
- solver_addrpmrulesforsolvable(solv, s, m);
+ solver_addpkgrulesforsolvable(solv, s, m);
n = 0; /* check all solvables again because we added solvables to m */
}
}
*/
void
-solver_addrpmrulesforupdaters(Solver *solv, Solvable *s, Map *m, int allow_all)
+solver_addpkgrulesforupdaters(Solver *solv, Solvable *s, Map *m, int allow_all)
{
Pool *pool = solv->pool;
int i;
policy_findupdatepackages(solv, s, &qs, allow_all);
/* add rule for 's' if not already done */
if (!MAPTST(m, s - pool->solvables))
- solver_addrpmrulesforsolvable(solv, s, m);
+ solver_addpkgrulesforsolvable(solv, s, m);
/* foreach update candidate, add rule if not already done */
for (i = 0; i < qs.count; i++)
if (!MAPTST(m, qs.elements[i]))
- solver_addrpmrulesforsolvable(solv, pool->solvables + qs.elements[i], m);
+ solver_addpkgrulesforsolvable(solv, pool->solvables + qs.elements[i], m);
queue_free(&qs);
}
{
/* a linked pseudo package. As it is linked, we do not need an update rule */
/* nevertheless we set specialupdaters so we can update */
- solver_addrule(solv, 0, 0);
+ solver_addrule(solv, 0, 0, 0);
if (!allow_all && qs.count)
{
if (p != -SYSTEMSOLVABLE)
if (!allow_all && !p && solv->dupmap_all)
{
queue_push(&solv->orphaned, s - pool->solvables); /* an orphaned package */
- if (solv->keep_orphans)
- p = s - pool->solvables;
+ if (solv->keep_orphans && !(solv->droporphanedmap_all || (solv->droporphanedmap.size && MAPTST(&solv->droporphanedmap, s - pool->solvables - solv->installed->start))))
+ p = s - pool->solvables; /* keep this orphaned package installed */
}
if (!allow_all && qs.count && solv->multiversion.size)
{
/* could fallthrough, but then we would do pool_queuetowhatprovides twice */
queue_free(&qs);
- solver_addrule(solv, p, d); /* allow update of s */
+ solver_addrule(solv, p, 0, d); /* allow update of s */
return;
}
}
}
if (qs.count && p == -SYSTEMSOLVABLE)
p = queue_shift(&qs);
- d = qs.count ? pool_queuetowhatprovides(pool, &qs) : 0;
- queue_free(&qs);
- solver_addrule(solv, p, d); /* allow update of s */
+ if (qs.count > 1)
+ {
+ d = pool_queuetowhatprovides(pool, &qs);
+ queue_free(&qs);
+ solver_addrule(solv, p, 0, d); /* allow update of s */
+ }
+ else
+ {
+ d = qs.count ? qs.elements[0] : 0;
+ queue_free(&qs);
+ solver_addrule(solv, p, d, 0); /* allow update of s */
+ }
}
static inline void
if (installed && pool->solvables[p].repo == installed && !haveinstalled)
continue; /* installed package not in lock-step */
}
- solver_addrule(solv, -p, lsq.count ? pool_queuetowhatprovides(pool, &lsq) : 0);
+ if (lsq.count < 2)
+ solver_addrule(solv, -p, lsq.count ? lsq.elements[0] : 0, 0);
+ else
+ solver_addrule(solv, -p, 0, pool_queuetowhatprovides(pool, &lsq));
}
}
queue_free(&lsq);
solver_addtodupmaps(solv, p, how, targeted);
}
}
+ else if (select == SOLVER_SOLVABLE_ALL)
+ {
+ FOR_POOL_SOLVABLES(p)
+ {
+ MAPSET(&solv->dupinvolvedmap, p);
+ if (installed && pool->solvables[p].repo != installed)
+ MAPSET(&solv->dupmap, p);
+ }
+ }
else
{
targeted = how & SOLVER_TARGETED ? 1 : 0;
break;
}
if (!ip)
- solver_addrule(solv, -p, 0); /* no match, sorry */
+ solver_addrule(solv, -p, 0, 0); /* no match, sorry */
else
MAPSET(&solv->dupmap, p); /* for best rules processing */
}
}
else if (!MAPTST(&solv->dupmap, p))
- solver_addrule(solv, -p, 0);
+ solver_addrule(solv, -p, 0, 0);
}
}
solv->duprules_end = solv->nrules;
***/
static void
-addrpmruleinfo(Solver *solv, Id p, Id d, int type, Id dep)
+addpkgruleinfo(Solver *solv, Id p, Id p2, Id d, int type, Id dep)
{
Pool *pool = solv->pool;
Rule *r;
- Id w2, op, od, ow2;
- /* check if this creates the rule we're searching for */
- r = solv->rules + solv->ruleinfoq->elements[0];
- op = r->p;
- od = r->d < 0 ? -r->d - 1 : r->d;
- ow2 = 0;
-
- /* normalize */
- w2 = d > 0 ? 0 : d;
- if (p < 0 && d > 0 && (!pool->whatprovidesdata[d] || !pool->whatprovidesdata[d + 1]))
- {
- w2 = pool->whatprovidesdata[d];
- d = 0;
- }
- if (p > 0 && d < 0) /* this hack is used for package links and complex deps */
+ if (d)
{
- w2 = p;
- p = d;
+ assert(!p2 && d > 0);
+ if (!pool->whatprovidesdata[d])
+ d = 0;
+ else if (!pool->whatprovidesdata[d + 1])
+ {
+ p2 = pool->whatprovidesdata[d];
+ d = 0;
+ }
}
- if (d > 0)
+ /* check if this creates the rule we're searching for */
+ r = solv->rules + solv->ruleinfoq->elements[0];
+ if (d)
{
- if (p != op && !od)
+ /* three or more literals */
+ Id od = r->d < 0 ? -r->d - 1 : r->d;
+ if (p != r->p && !od)
return;
if (d != od)
{
if (*odp)
return;
}
- w2 = 0;
- /* handle multiversion conflict rules */
- if (p < 0 && pool->whatprovidesdata[d] < 0)
- {
- w2 = pool->whatprovidesdata[d];
- /* XXX: free memory */
- }
+ if (p < 0 && pool->whatprovidesdata[d] < 0 && type == SOLVER_RULE_PKG_CONFLICTS)
+ p2 = pool->whatprovidesdata[d];
}
else
{
- if (od)
- return;
- ow2 = r->w2;
- if (p > w2)
+ /* one or two literals */
+ Id op = p, op2 = p2;
+ if (op2 && op > op2) /* normalize */
{
- if (w2 != op || p != ow2)
- return;
+ Id o = op;
+ op = op2;
+ op2 = o;
}
- else
+ if (r->p != op || r->w2 != op2 || (r->d && r->d != -1))
+ return;
+ if (type == SOLVER_RULE_PKG_CONFLICTS && !p2)
+ p2 = -SYSTEMSOLVABLE;
+ if (type == SOLVER_RULE_PKG_SAME_NAME)
{
- if (p != op || w2 != ow2)
- return;
+ p = op; /* we normalize same name order */
+ p2 = op2;
}
- /* should use a different type instead */
- if (type == SOLVER_RULE_RPM_PACKAGE_CONFLICT && !w2)
- w2 = -SYSTEMSOLVABLE;
}
/* yep, rule matches. record info */
queue_push(solv->ruleinfoq, type);
- if (type == SOLVER_RULE_RPM_SAME_NAME)
- {
- /* we normalize same name order */
- queue_push(solv->ruleinfoq, op < 0 ? -op : 0);
- queue_push(solv->ruleinfoq, ow2 < 0 ? -ow2 : 0);
- }
- else
- {
- queue_push(solv->ruleinfoq, p < 0 ? -p : 0);
- queue_push(solv->ruleinfoq, w2 < 0 ? -w2 : 0);
- }
+ queue_push(solv->ruleinfoq, p < 0 ? -p : 0);
+ queue_push(solv->ruleinfoq, p2 < 0 ? -p2 : 0);
queue_push(solv->ruleinfoq, dep);
}
}
static void
-getrpmruleinfos(Solver *solv, Rule *r, Queue *rq)
+getpkgruleinfos(Solver *solv, Rule *r, Queue *rq)
{
Pool *pool = solv->pool;
Id l, pp;
{
if (l >= 0)
break;
- solver_addrpmrulesforsolvable(solv, pool->solvables - l, 0);
+ solver_addpkgrulesforsolvable(solv, pool->solvables - l, 0);
}
#ifdef ENABLE_LINKED_PKGS
FOR_RULELITERALS(l, pp, r)
int i, j;
queue_empty(rq);
- if (rid <= 0 || rid >= solv->rpmrules_end)
+ if (rid <= 0 || rid >= solv->pkgrules_end)
{
Id type, from, to, dep;
type = solver_ruleinfo(solv, rid, &from, &to, &dep);
queue_push(rq, dep);
return 1;
}
- getrpmruleinfos(solv, r, rq);
+ getpkgruleinfos(solv, r, rq);
/* now sort & unify em */
if (!rq->count)
return 0;
*top = 0;
if (depp)
*depp = 0;
- if (rid > 0 && rid < solv->rpmrules_end)
+ if (rid > 0 && rid < solv->pkgrules_end)
{
Queue rq;
int i;
if (r->p >= 0)
- return SOLVER_RULE_RPM;
+ return SOLVER_RULE_PKG;
if (fromp)
*fromp = -r->p;
queue_init(&rq);
- getrpmruleinfos(solv, r, &rq);
- type = SOLVER_RULE_RPM;
+ getpkgruleinfos(solv, r, &rq);
+ type = SOLVER_RULE_PKG;
for (i = 0; i < rq.count; i += 4)
{
Id qt, qo, qp, qd;
qp = rq.elements[i + 1];
qo = rq.elements[i + 2];
qd = rq.elements[i + 3];
- if (type == SOLVER_RULE_RPM || type > qt)
+ if (type == SOLVER_RULE_PKG || type > qt)
{
type = qt;
if (fromp)
}
if (rid >= solv->bestrules && rid < solv->bestrules_end)
{
+ if (fromp && solv->bestrules_pkg[rid - solv->bestrules] > 0)
+ *fromp = solv->bestrules_pkg[rid - solv->bestrules];
return SOLVER_RULE_BEST;
}
+ if (rid >= solv->yumobsrules && rid < solv->yumobsrules_end)
+ {
+ if (fromp)
+ *fromp = -r->p;
+ if (top)
+ {
+ /* first solvable is enough, we just need it for the name */
+ if (!r->d || r->d == -1)
+ *top = r->w2;
+ else
+ *top = pool->whatprovidesdata[r->d < 0 ? -r->d : r->d];
+ }
+ if (depp)
+ *depp = solv->yumobsrules_info[rid - solv->yumobsrules];
+ return SOLVER_RULE_YUMOBS;
+ }
if (rid >= solv->choicerules && rid < solv->choicerules_end)
{
return SOLVER_RULE_CHOICE;
{
if (rid <= 0)
return SOLVER_RULE_UNKNOWN;
- if (rid > 0 && rid < solv->rpmrules_end)
- return SOLVER_RULE_RPM;
+ if (rid > 0 && rid < solv->pkgrules_end)
+ return SOLVER_RULE_PKG;
if (rid >= solv->jobrules && rid < solv->jobrules_end)
return SOLVER_RULE_JOB;
if (rid >= solv->updaterules && rid < solv->updaterules_end)
return SOLVER_RULE_INFARCH;
if (rid >= solv->bestrules && rid < solv->bestrules_end)
return SOLVER_RULE_BEST;
+ if (rid >= solv->yumobsrules && rid < solv->yumobsrules_end)
+ return SOLVER_RULE_YUMOBS;
if (rid >= solv->choicerules && rid < solv->choicerules_end)
return SOLVER_RULE_CHOICE;
- if (rid >= solv->learntrules)
+ if (rid >= solv->learntrules && rid < solv->nrules)
return SOLVER_RULE_LEARNT;
return SOLVER_RULE_UNKNOWN;
}
return 0;
}
+Id
+solver_rule2pkgrule(Solver *solv, Id rid)
+{
+ if (rid >= solv->choicerules && rid < solv->choicerules_end)
+ return solv->choicerules_ref[rid - solv->choicerules];
+ return 0;
+}
+
static void
solver_rule2rules_rec(Solver *solv, Id rid, Queue *q, Map *seen)
{
return;
}
now = solv_timems(0);
- solv->choicerules_ref = solv_calloc(solv->rpmrules_end, sizeof(Id));
+ solv->choicerules_ref = solv_calloc(solv->pkgrules_end, sizeof(Id));
queue_init(&q);
queue_init(&qi);
map_init(&m, pool->nsolvables);
lastaddedp = 0;
lastaddedd = 0;
lastaddedcnt = 0;
- for (rid = 1; rid < solv->rpmrules_end ; rid++)
+ for (rid = 1; rid < solv->pkgrules_end ; rid++)
{
r = solv->rules + rid;
if (r->p >= 0 || ((r->d == 0 || r->d == -1) && r->w2 <= 0))
lastaddedd = d;
lastaddedcnt = q.count;
- solver_addrule(solv, r->p, d);
+ solver_addrule(solv, r->p, 0, d);
queue_push(&solv->weakruleq, solv->nrules - 1);
solv->choicerules_ref[solv->nrules - 1 - solv->choicerules] = rid;
#if 0
if (q.count == oldcnt)
continue; /* nothing filtered */
p2 = queue_shift(&q);
- solver_addrule(solv, p2, q.count ? pool_queuetowhatprovides(pool, &q) : 0);
+ if (q.count < 2)
+ solver_addrule(solv, p2, q.count ? q.elements[0] : 0, 0);
+ else
+ solver_addrule(solv, p2, 0, pool_queuetowhatprovides(pool, &q));
queue_push(&r2pkg, -(solv->jobrules + j));
}
}
}
}
p2 = queue_shift(&q);
- solver_addrule(solv, p2, q.count ? pool_queuetowhatprovides(pool, &q) : 0);
+ if (q.count < 2)
+ solver_addrule(solv, p2, q.count ? q.elements[0] : 0, 0);
+ else
+ solver_addrule(solv, p2, 0, pool_queuetowhatprovides(pool, &q));
queue_push(&r2pkg, p);
}
}
queue_free(&r2pkg);
}
+
+
+
+/* yumobs rule handling */
+
+static void
+find_obsolete_group(Solver *solv, Id obs, Queue *q)
+{
+ Pool *pool = solv->pool;
+ Queue qn;
+ Id p2, pp2, op, *opp, opp2;
+ int i, j, qnc, ncnt;
+
+ queue_empty(q);
+ FOR_PROVIDES(p2, pp2, obs)
+ {
+ Solvable *s2 = pool->solvables + p2;
+ if (s2->repo != pool->installed)
+ continue;
+ if (!pool->obsoleteusesprovides && !pool_match_nevr(pool, pool->solvables + p2, obs))
+ continue;
+ /* we obsolete installed package s2 with obs. now find all other packages that have the same dep */
+ for (opp = solv->obsoletes_data + solv->obsoletes[p2 - solv->installed->start]; (op = *opp++) != 0;)
+ {
+ Solvable *os = pool->solvables + op;
+ Id obs2, *obsp2;
+ if (!os->obsoletes)
+ continue;
+ if (pool->obsoleteusescolors && !pool_colormatch(pool, s2, os))
+ continue;
+ obsp2 = os->repo->idarraydata + os->obsoletes;
+ while ((obs2 = *obsp2++) != 0)
+ if (obs2 == obs)
+ break;
+ if (obs2)
+ queue_pushunique(q, op);
+ }
+ /* also search packages with the same name */
+ FOR_PROVIDES(op, opp2, s2->name)
+ {
+ Solvable *os = pool->solvables + op;
+ Id obs2, *obsp2;
+ if (os->name != s2->name)
+ continue;
+ if (!os->obsoletes)
+ continue;
+ if (pool->obsoleteusescolors && !pool_colormatch(pool, s2, os))
+ continue;
+ obsp2 = os->repo->idarraydata + os->obsoletes;
+ while ((obs2 = *obsp2++) != 0)
+ if (obs2 == obs)
+ break;
+ if (obs2)
+ queue_pushunique(q, op);
+ }
+ }
+ /* find names so that we can build groups */
+ queue_init_clone(&qn, q);
+ prune_to_best_version(solv->pool, &qn);
+#if 0
+{
+ for (i = 0; i < qn.count; i++)
+ printf(" + %s\n", pool_solvid2str(pool, qn.elements[i]));
+}
+#endif
+ /* filter into name groups */
+ qnc = qn.count;
+ if (qnc == 1)
+ {
+ queue_free(&qn);
+ queue_empty(q);
+ return;
+ }
+ ncnt = 0;
+ for (i = 0; i < qnc; i++)
+ {
+ Id n = pool->solvables[qn.elements[i]].name;
+ int got = 0;
+ for (j = 0; j < q->count; j++)
+ {
+ Id p = q->elements[j];
+ if (pool->solvables[p].name == n)
+ {
+ queue_push(&qn, p);
+ got = 1;
+ }
+ }
+ if (got)
+ {
+ queue_push(&qn, 0);
+ ncnt++;
+ }
+ }
+ if (ncnt <= 1)
+ {
+ queue_empty(q);
+ }
+ else
+ {
+ queue_empty(q);
+ queue_insertn(q, 0, qn.count - qnc, qn.elements + qnc);
+ }
+ queue_free(&qn);
+}
+
+void
+solver_addyumobsrules(Solver *solv)
+{
+ Pool *pool = solv->pool;
+ Repo *installed = solv->installed;
+ Id p, op, *opp;
+ Solvable *s;
+ Queue qo, qq, yumobsinfoq;
+ int i, j, k;
+ unsigned int now;
+
+ solv->yumobsrules = solv->nrules;
+ if (!installed || !solv->obsoletes)
+ {
+ solv->yumobsrules_end = solv->nrules;
+ return;
+ }
+ now = solv_timems(0);
+ queue_init(&qo);
+ FOR_REPO_SOLVABLES(installed, p, s)
+ {
+ if (!solv->obsoletes[p - installed->start])
+ continue;
+#if 0
+printf("checking yumobs for %s\n", pool_solvable2str(pool, s));
+#endif
+ queue_empty(&qo);
+ for (opp = solv->obsoletes_data + solv->obsoletes[p - installed->start]; (op = *opp++) != 0;)
+ {
+ Solvable *os = pool->solvables + op;
+ Id obs, *obsp = os->repo->idarraydata + os->obsoletes;
+ Id p2, pp2;
+ while ((obs = *obsp++) != 0)
+ {
+ FOR_PROVIDES(p2, pp2, obs)
+ {
+ Solvable *s2 = pool->solvables + p2;
+ if (s2->repo != installed)
+ continue;
+ if (!pool->obsoleteusesprovides && !pool_match_nevr(pool, pool->solvables + p2, obs))
+ continue;
+ if (pool->obsoleteusescolors && !pool_colormatch(pool, s, s2))
+ continue;
+ queue_pushunique(&qo, obs);
+ break;
+ }
+ }
+ }
+ }
+ if (!qo.count)
+ {
+ queue_free(&qo);
+ return;
+ }
+ queue_init(&yumobsinfoq);
+ queue_init(&qq);
+ for (i = 0; i < qo.count; i++)
+ {
+ int group, groupk, groupstart;
+ queue_empty(&qq);
+#if 0
+printf("investigating %s\n", pool_dep2str(pool, qo.elements[i]));
+#endif
+ find_obsolete_group(solv, qo.elements[i], &qq);
+#if 0
+printf("result:\n");
+for (j = 0; j < qq.count; j++)
+ if (qq.elements[j] == 0)
+ printf("---\n");
+ else
+ printf("%s\n", pool_solvid2str(pool, qq.elements[j]));
+#endif
+
+ if (!qq.count)
+ continue;
+ /* at least two goups, build rules */
+ group = 0;
+ for (j = 0; j < qq.count; j++)
+ {
+ p = qq.elements[j];
+ if (!p)
+ {
+ group++;
+ continue;
+ }
+ if (pool->solvables[p].repo == installed)
+ continue;
+ groupk = 0;
+ groupstart = 0;
+ for (k = 0; k < qq.count; k++)
+ {
+ Id pk = qq.elements[k];
+ if (pk)
+ continue;
+ if (group != groupk && k > groupstart)
+ {
+ /* add the rule */
+ if (k - groupstart == 1)
+ solver_addrule(solv, -p, qq.elements[groupstart], 0);
+ else
+ solver_addrule(solv, -p, 0, pool_ids2whatprovides(pool, qq.elements + groupstart, k - groupstart));
+ queue_push(&yumobsinfoq, qo.elements[i]);
+ }
+ groupstart = k + 1;
+ groupk++;
+ }
+ }
+ }
+ if (yumobsinfoq.count)
+ solv->yumobsrules_info = solv_memdup2(yumobsinfoq.elements, yumobsinfoq.count, sizeof(Id));
+ queue_free(&yumobsinfoq);
+ queue_free(&qq);
+ queue_free(&qo);
+ solv->yumobsrules_end = solv->nrules;
+ POOL_DEBUG(SOLV_DEBUG_STATS, "yumobs rule creation took %d ms\n", solv_timems(now));
+}
+
#undef CLEANDEPSDEBUG
/*
}
if (rd->flags == REL_NAMESPACE && rd->name == NAMESPACE_SPLITPROVIDES)
return;
- if (rd->flags == REL_NAMESPACE && rd->name == NAMESPACE_INSTALLED)
- return;
}
}
FOR_PROVIDES(p, pp, dep)
return check_xsupp(solv, depq, rd->evr);
}
if (rd->flags == REL_NAMESPACE && rd->name == NAMESPACE_SPLITPROVIDES)
+#if 0
return solver_splitprovides(solv, rd->evr);
- if (rd->flags == REL_NAMESPACE && rd->name == NAMESPACE_INSTALLED)
- return solver_dep_installed(solv, rd->evr);
+#else
+ return 0;
+#endif
}
if (depq && rd->flags == REL_NAMESPACE)
{
/* have special namespace cleandeps erases */
if (iq.count)
{
- for (ip = solv->installed->start; ip < solv->installed->end; ip++)
+ for (ip = installed->start; ip < installed->end; ip++)
{
s = pool->solvables + ip;
if (s->repo != installed)
continue;
supp = s->repo->idarraydata + s->supplements;
while ((sup = *supp++) != 0)
- if (check_xsupp(solv, &iq, sup) && !check_xsupp(solv, 0, sup))
+ if (ISRELDEP(sup) && check_xsupp(solv, &iq, sup) && !check_xsupp(solv, 0, sup))
{
#ifdef CLEANDEPSDEBUG
printf("xsupp %s from %s\n", pool_dep2str(pool, sup), pool_solvid2str(pool, ip));
map_free(&cleandepsmap);
}
-/* EOF */
+
+void
+solver_breakorphans(Solver *solv)
+{
+ Pool *pool = solv->pool;
+ Repo *installed = solv->installed;
+ int i, rid;
+ Map m;
+
+ if (!installed || solv->droporphanedmap_all)
+ return;
+ solv->brokenorphanrules = solv_calloc(1, sizeof(Queue));
+ queue_init(solv->brokenorphanrules);
+ map_init(&m, installed->end - installed->start);
+ for (i = 0; i < solv->orphaned.count; i++)
+ {
+ Id p = solv->orphaned.elements[i];
+ if (pool->solvables[p].repo != installed)
+ continue;
+ if (solv->droporphanedmap.size && MAPTST(&solv->droporphanedmap, p - installed->start))
+ continue;
+ MAPSET(&m, p - installed->start);
+ }
+ for (rid = 1; rid < solv->pkgrules_end ; rid++)
+ {
+ Id p, *dp;
+ Rule *r = solv->rules + rid;
+ /* ignore non-deps and simple conflicts */
+ if (r->p >= 0 || ((r->d == 0 || r->d == -1) && r->w2 < 0))
+ continue;
+ p = -r->p;
+ if (p < installed->start || p >= installed->end || !MAPTST(&m, p - installed->start))
+ {
+ /* need to check other literals */
+ if (r->d == 0 || r->d == -1)
+ continue;
+ for (dp = pool->whatprovidesdata + (r->d < 0 ? -r->d - 1 : r->d); *dp < 0; dp++)
+ {
+ p = -*dp;
+ if (p >= installed->start && p < installed->end && MAPTST(&m, p - installed->start))
+ break;
+ }
+ if (*dp >= 0)
+ continue;
+ }
+ /* ok, disable this rule */
+ queue_push(solv->brokenorphanrules, rid);
+ if (r->d >= 0)
+ solver_disablerule(solv, r);
+ }
+ map_free(&m);
+ if (!solv->brokenorphanrules->count)
+ {
+ queue_free(solv->brokenorphanrules);
+ solv->brokenorphanrules = solv_free(solv->brokenorphanrules);
+ }
+}
+
+void
+solver_check_brokenorphanrules(Solver *solv, Queue *dq)
+{
+ Pool *pool = solv->pool;
+ int i;
+ Id l, pp;
+
+ queue_empty(dq);
+ if (!solv->brokenorphanrules)
+ return;
+ for (i = 0; i < solv->brokenorphanrules->count; i++)
+ {
+ int rid = solv->brokenorphanrules->elements[i];
+ Rule *r = solv->rules + rid;
+ FOR_RULELITERALS(l, pp, r)
+ {
+ if (l < 0)
+ {
+ if (solv->decisionmap[-l] <= 0)
+ break;
+ }
+ else
+ {
+ if (solv->decisionmap[l] > 0 && pool->solvables[l].repo != solv->installed)
+ break;
+ }
+ }
+ if (l)
+ continue;
+ FOR_RULELITERALS(l, pp, r)
+ if (l > 0 && solv->decisionmap[l] == 0 && pool->solvables[l].repo != solv->installed)
+ queue_pushunique(dq, l);
+ }
+}
+
projects / platform / upstream / libsolv.git / blobdiff