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1.6 KiB
1.6 KiB
Goals
TODO
-
theory of boolean constructs (on the fly Tseitin using local clauses)
-
make CC work on QF_UF
- internalize terms on the fly (backtrackable)
- basic notion of activity (of subterms) for
ite?
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have
Sat_solver.push_localwork properly -
write Shostak theory of datatypes (without acyclicity) with local case splits
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design evaluation system (guards +
eval_bool:(term -> bool) optionin custom TC) -
compilation of rec functions to defined constants
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add
CC.add_rw_step t uwork, wheret-->u(removetfrom sig table, should have almost 0 overhead after that) -
theory of defined constants relying on congruence closure + evaluation of guards of each case
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Shostak theory of eq-ℚ
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datatype acyclicity check
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abstract domain propagation in CC
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domain propagation (intervals) for ℚ arith
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full ℚ theory: shostak + domains + if-sat simplex
Main goals
- Add a backend to send proofs to dedukti
- First, pure resolution proofs
- Then, require theories to output lemma proofs for dedukti (in some format yet to be decided)
- Allow to plug one's code into boolean propagation
- react upon propagation (possibly by propagating more, or side-effect)
- more advanced/specific propagation (2-clauses)?
- implement 'constraints' (see https://www.lri.fr/~conchon/TER/2013/3/minisat.pdf )
Long term goals
- max-sat/max-smt
- coq proofs ?
Done
- remove tseitin lib
- typing and translation Ast -> Term (from mc2?)
- main executable for SMT solver
- base types (Term, Lit, …)
- theory combination
- basic design of theories