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fix tmp alloc

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This commit is contained in:
Jakob Rath 2023-12-07 14:33:33 +01:00
parent 90e88d9a7e
commit d2c47d276b
1 changed files with 8 additions and 7 deletions
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15
src/math/polysat/viable.cpp
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@ -2222,16 +2222,16 @@ namespace polysat {
unsigned i = longest_idx; unsigned i = longest_idx;
entry* e = longest; // e is the current baseline entry* e = longest; // e is the current baseline
entry* tmp = nullptr;
on_scope_exit dont_leak_entry = [this, &tmp]() {
if (tmp)
m_alloc.push_back(tmp);
};
while (!longest->interval.currently_contains(e->interval.hi_val())) { while (!longest->interval.currently_contains(e->interval.hi_val())) {
unsigned j = (i + 1) % num_intervals; unsigned j = (i + 1) % num_intervals;
entry* n = intervals[j]; entry* n = intervals[j];
entry* tmp = nullptr;
on_scope_exit dont_leak_entry = [this, &tmp]() {
if (tmp)
m_alloc.push_back(tmp);
};
if (n->bit_width != w) { if (n->bit_width != w) {
// we have a hole starting with 'n', to be filled with intervals at lower bit-width. // we have a hole starting with 'n', to be filled with intervals at lower bit-width.
// note that the next lower bit-width is not necessarily n->bit_width (e.g., the next layer may start with a hole itself) // note that the next lower bit-width is not necessarily n->bit_width (e.g., the next layer may start with a hole itself)
@ -2252,7 +2252,8 @@ namespace polysat {
SASSERT(distance(e->interval.hi_val(), after->interval.lo_val(), mod_value) < lower_mod_value); // otherwise we would have started the conflict at w2 already SASSERT(distance(e->interval.hi_val(), after->interval.lo_val(), mod_value) < lower_mod_value); // otherwise we would have started the conflict at w2 already
// create temporary entry that covers the hole-complement on the lower level // create temporary entry that covers the hole-complement on the lower level
tmp = alloc_entry(v); if (!tmp)
tmp = alloc_entry(v);
pdd dummy = s.var2pdd(v).mk_val(123); // we could create extract-terms for boundaries but let's skip that for now and just disable the lemma pdd dummy = s.var2pdd(v).mk_val(123); // we could create extract-terms for boundaries but let's skip that for now and just disable the lemma
create_lemma = false; create_lemma = false;
tmp->valid_for_lemma = false; tmp->valid_for_lemma = false;