#include <theory_datatype.h>
Inheritance diagram for CVC3::TheoryDatatype:
Author: Clark Barrett
Created: Wed Dec 1 22:27:12 2004
Definition at line 52 of file theory_datatype.h.
TheoryDatatype::TheoryDatatype | ( | TheoryCore * | theoryCore | ) |
Definition at line 41 of file theory_datatype.cpp.
References CVC3::CONSTRUCTOR, createProofRules(), d_rules, CVC3::DATATYPE, CVC3::DATATYPE_DECL, CVC3::Theory::getEM(), CVC3::ExprManager::newKind(), CVC3::Theory::registerTheory(), CVC3::SELECTOR, and CVC3::TESTER.
TheoryDatatype::~TheoryDatatype | ( | ) | [virtual] |
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 75 of file theory_datatype.cpp.
References CVC3::Type::arity(), CVC3::ExprMap< Data >::begin(), d_datatypes, d_facts, d_rules, DebugAssert, CVC3::DatatypeProofRules::dummyTheorem(), CVC3::ExprMap< Data >::end(), CVC3::Theory::enqueueFact(), CVC3::Expr::eqExpr(), CVC3::EXISTS, CVC3::ExprMap< Data >::find(), CVC3::Theory::findExpr(), CVC3::Theory::getBaseType(), CVC3::Theory::getEM(), CVC3::Type::getExpr(), CVC3::Expr::hasFind(), CVC3::isConstructor(), CVC3::Expr::isFinite(), CVC3::Expr::isSelected(), CVC3::Expr::mkOp(), CVC3::ExprManager::newClosureExpr(), CVC3::Expr::toString(), and CVC3::Type::toString().
Referenced by initializeLabels(), and mergeLabels().
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 112 of file theory_datatype.cpp.
References d_datatypes, d_labels, d_smartSplits, d_splitters, DebugAssert, CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::ExprMap< Data >::end(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::ExprMap< Data >::find(), CVC3::Theory::findExpr(), CVC3::getConstructor(), CVC3::Type::getExpr(), CVC3::CDMap< Key, Data, HashFcn >::insert(), instantiate(), CVC3::isConstructor(), CVC3::Expr::isFinite(), CVC3::CDList< T >::push_back(), CVC3::Theory::theoryCore(), and CVC3::Expr::toString().
Referenced by addSharedTerm(), assertFact(), setup(), and update().
void TheoryDatatype::mergeLabels | ( | const Theorem & | thm, | |
const Expr & | e1, | |||
const Expr & | e2 | |||
) | [protected, virtual] |
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 145 of file theory_datatype.cpp.
References d_facts, d_labels, d_rules, DebugAssert, CVC3::DatatypeProofRules::dummyTheorem(), CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::Theory::falseExpr(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::findExpr(), CVC3::Theory::getBaseType(), CVC3::Expr::hasFind(), instantiate(), CVC3::Theorem::isNull(), CVC3::CDList< T >::push_back(), and CVC3::Theory::setInconsistent().
Referenced by assertFact(), setup(), and update().
void TheoryDatatype::mergeLabels | ( | const Theorem & | thm, | |
const Expr & | e, | |||
unsigned | position, | |||
bool | positive | |||
) | [protected, virtual] |
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 168 of file theory_datatype.cpp.
References d_facts, d_labels, d_rules, DebugAssert, CVC3::DatatypeProofRules::dummyTheorem(), CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::Theory::falseExpr(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::findExpr(), CVC3::Expr::hasFind(), instantiate(), CVC3::CDList< T >::push_back(), and CVC3::Theory::setInconsistent().
DatatypeProofRules * TheoryDatatype::createProofRules | ( | ) |
void TheoryDatatype::addSharedTerm | ( | const Expr & | e | ) | [virtual] |
Notify theory of a new shared term.
When a term e associated with theory i occurs as a child of an expression associated with theory j, the framework calls i->addSharedTerm(e) and j->addSharedTerm(e)
Reimplemented from CVC3::Theory.
Definition at line 192 of file theory_datatype.cpp.
References CVC3::Expr::addToNotify(), d_labels, CVC3::DATATYPE, CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::getBaseType(), and initializeLabels().
void TheoryDatatype::assertFact | ( | const Theorem & | e | ) | [virtual] |
Assert a new fact to the decision procedure.
Each fact that makes it into the core framework is assigned to exactly one theory: the theory associated with that fact. assertFact is called to inform the theory that a new fact has been assigned to the theory.
Implements CVC3::Theory.
Definition at line 202 of file theory_datatype.cpp.
References CVC3::Expr::andExpr(), CVC3::ExprMap< Data >::begin(), d_constructorMap, d_datatypes, d_facts, d_labels, d_rules, CVC3::DATATYPE, datatypeTestExpr(), CVC3::DatatypeProofRules::dummyTheorem(), CVC3::ExprMap< Data >::end(), CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::Theory::enqueueFact(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::getBaseType(), getConsForTester(), getConsPos(), CVC3::Type::getExpr(), CVC3::Theorem::getExpr(), initializeLabels(), CVC3::Expr::isNull(), CVC3::Theorem::isRewrite(), mergeLabels(), and CVC3::TESTER.
void TheoryDatatype::checkSat | ( | bool | fullEffort | ) | [virtual] |
Check for satisfiability in the theory.
fullEffort | when it is false, checkSat can do as much or as little work as it likes, though simple inferences and checks for consistency should be done to increase efficiency. If fullEffort is true, checkSat must check whether the set of facts given by assertFact together with the arrangement of shared terms (provided by addSharedTerm) induced by the global find database equivalence relation are satisfiable. If satisfiable, checkSat does nothing. |
Implements CVC3::Theory.
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 261 of file theory_datatype.cpp.
References CVC3::Theory::addSplitter(), CVC3::ExprMap< Data >::begin(), d_datatypes, d_facts, d_labels, d_rules, d_smartSplits, d_splitterAsserted, d_splitters, d_splittersIndex, datatypeTestExpr(), DebugAssert, CVC3::DatatypeProofRules::dummyTheorem(), CVC3::ExprMap< Data >::end(), CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::Theory::enqueueFact(), CVC3::ExprMap< Data >::find(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::findExpr(), CVC3::Theory::getBaseType(), getConsPos(), CVC3::Type::getExpr(), getSelectorInfo(), CVC3::isSelector(), CVC3::OR, CVC3::CDList< T >::size(), and CVC3::Type::toString().
Theory-specific rewrite rules.
By default, rewrite just returns a reflexive theorem stating that the input expression is equivalent to itself. However, rewrite is allowed to return any theorem which describes how the input expression is equivalent to some new expression. rewrite should be used to perform simplifications, normalization, and any other preprocessing on theory-specific expressions that needs to be done.
Reimplemented from CVC3::Theory.
Definition at line 321 of file theory_datatype.cpp.
References canCollapse(), d_facts, d_rules, CVC3::Theorem::getRHS(), CVC3::isConstructor(), CVC3::isSelector(), CVC3::isTester(), CVC3::Theory::reflexivityRule(), CVC3::DatatypeProofRules::rewriteSelCons(), CVC3::DatatypeProofRules::rewriteTestCons(), CVC3::Theory::simplify(), and CVC3::Theory::transitivityRule().
void TheoryDatatype::setup | ( | const Expr & | e | ) | [virtual] |
Set up the term e for call-backs when e or its children change.
setup is called once for each expression associated with the theory. It is typically used to setup theory-specific data for an expression and to add call-back information for use with update.
Reimplemented from CVC3::Theory.
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 340 of file theory_datatype.cpp.
References CVC3::Expr::addToNotify(), CVC3::APPLY, d_labels, d_rules, d_smartSplits, d_splitters, CVC3::DATATYPE, CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::Theory::enqueueFact(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::getBaseType(), CVC3::Expr::getKind(), initializeLabels(), CVC3::isConstructor(), CVC3::isSelector(), mergeLabels(), CVC3::DatatypeProofRules::noCycle(), CVC3::CDList< T >::push_back(), CVC3::Expr::setSelected(), and CVC3::Theory::setupCC().
Notify a theory of a new equality.
update is a call-back used by the notify mechanism of the core theory. It works as follows. When an equation t1 = t2 makes it into the core framework, the two find equivalence classes for t1 and t2 are merged. The result is that t2 is the new equivalence class representative and t1 is no longer an equivalence class representative. When this happens, the notify list of t1 is traversed. Notify list entries consist of a theory and an expression d. For each entry (i,d), i->update(e, d) is called, where e is the theorem corresponding to the equality t1=t2.
To add the entry (i,d) to a term t1's notify list, a call must be made to t1.addNotify(i,d). This is typically done in setup.
Reimplemented from CVC3::Theory.
Reimplemented in CVC3::TheoryDatatypeLazy.
Definition at line 360 of file theory_datatype.cpp.
References CVC3::Expr::arity(), canCollapse(), d_facts, d_labels, d_rules, CVC3::DATATYPE, DebugAssert, CVC3::DatatypeProofRules::decompose(), CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::Theory::enqueueFact(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::getBaseType(), CVC3::Theory::getEM(), CVC3::Theorem::getLHS(), CVC3::Expr::getOpExpr(), CVC3::Expr::getRep(), CVC3::Theorem::getRHS(), CVC3::Expr::getSig(), initializeLabels(), CVC3::ExprManager::invalidateSimpCache(), CVC3::Expr::isApply(), CVC3::isConstructor(), CVC3::Theorem::isNull(), CVC3::Expr::isNull(), CVC3::isSelector(), CVC3::isTester(), mergeLabels(), CVC3::CDList< T >::push_back(), CVC3::DatatypeProofRules::rewriteSelCons(), CVC3::DatatypeProofRules::rewriteTestCons(), CVC3::Expr::setRep(), CVC3::Expr::setSig(), CVC3::Theory::symmetryRule(), CVC3::Theory::transitivityRule(), and CVC3::Theory::updateHelper().
An optional solver.
The solve method can be used to implement a Shostak-style solver. Since solvers do not in general combine, the following technique is used. One theory is designated as the primary solver (in our case, it is the theory of arithmetic). For each equation that enters the core framework, the primary solver is called to ensure that the equation is in solved form with respect to the primary theory.
After the primary solver, the solver for the theory associated with the equation is called. This solver can do whatever it likes, as long as the result is still in solved form with respect to the primary solver. This is a slight generalization of what is described in my (Clark)'s PhD thesis.
Reimplemented from CVC3::Theory.
Definition at line 426 of file theory_datatype.cpp.
References DebugAssert, CVC3::Theorem::getLHS(), CVC3::Theorem::getRHS(), CVC3::isConstructor(), CVC3::Theorem::isRewrite(), CVC3::Expr::isTerm(), and CVC3::Theory::symmetryRule().
void TheoryDatatype::checkType | ( | const Expr & | e | ) | [virtual] |
Check that e is a valid Type expr.
Reimplemented from CVC3::Theory.
Definition at line 437 of file theory_datatype.cpp.
References CVC3::Expr::arity(), CVC3::CONSTRUCTOR, CVC3::DATATYPE, FatalAssert, CVC3::Theory::getEM(), CVC3::Expr::getKind(), CVC3::Expr::isString(), CVC3::Theory::resolveID(), CVC3::SELECTOR, CVC3::TESTER, and CVC3::Expr::toString().
Cardinality TheoryDatatype::finiteTypeInfo | ( | Expr & | e, | |
Unsigned & | n, | |||
bool | enumerate, | |||
bool | computeSize | |||
) | [virtual] |
Compute information related to finiteness of types.
Used by the TypeComputer defined in TheoryCore (theories should not call this funtion directly -- they should use the methods in Type instead). Each theory should implement this if it contains any types that could be non-infinite.
1. Returns Cardinality of the type (finite, infinite, or unknown) 2. If cardinality = finite and enumerate is true, sets e to the nth element of the type if it can sets e to NULL if n is out of bounds or if unable to compute nth element 3. If cardinality = finite and computeSize is true, sets n to the size of the type if it can sets n to 0 otherwise
Reimplemented from CVC3::Theory.
Definition at line 458 of file theory_datatype.cpp.
References CVC3::Expr::arity(), CVC3::ExprMap< Data >::begin(), CVC3::CARD_FINITE, CVC3::CARD_INFINITE, CVC3::CARD_UNKNOWN, CVC3::ExprMap< Data >::count(), d_datatypes, d_getConstantStack, CVC3::DATATYPE, DebugAssert, CVC3::ExprMap< Data >::end(), CVC3::ExprMap< Data >::erase(), CVC3::Theory::finiteTypeInfo(), CVC3::Type::getExpr(), CVC3::Expr::getKind(), CVC3::Expr::getType(), CVC3::Expr::mkOp(), CVC3::Theory::theoryOf(), CVC3::Expr::typeEnumerateFinite(), and CVC3::Expr::typeSizeFinite().
void TheoryDatatype::computeType | ( | const Expr & | e | ) | [virtual] |
Compute and store the type of e.
e | is the expression whose type is computed. |
Reimplemented from CVC3::Theory.
Definition at line 563 of file theory_datatype.cpp.
References CVC3::Expr::arity(), CVC3::ARROW, CVC3::Expr::begin(), CVC3::CONSTRUCTOR, CVC3::DATATYPE, DebugAssert, CVC3::Expr::end(), CVC3::Theory::getBaseType(), CVC3::Type::getExpr(), CVC3::Op::getExpr(), CVC3::Expr::getKind(), CVC3::Expr::getOp(), CVC3::Expr::getOpKind(), CVC3::Expr::isApply(), CVC3::Type::isNull(), CVC3::Expr::lookupType(), CVC3::SELECTOR, CVC3::Expr::setType(), CVC3::TESTER, and CVC3::Expr::toString().
Add variables from 'e' to 'v' for constructing a concrete model.
If e is already of primitive type, do NOT add it to v.
Reimplemented from CVC3::Theory.
Definition at line 608 of file theory_datatype.cpp.
Compute and cache the TCC of e.
e | is an expression (term or formula). This function computes the TCC of e which is true iff the expression is defined. |
The default implementation is to compute TCCs recursively for all children, and return their conjunction.
Reimplemented from CVC3::Theory.
Definition at line 613 of file theory_datatype.cpp.
References CVC3::Expr::andExpr(), CVC3::APPLY, CVC3::Theory::computeTCC(), CVC3::CONSTRUCTOR, datatypeTestExpr(), DebugAssert, getSelectorInfo(), CVC3::SELECTOR, and CVC3::Theory::trueExpr().
Theory-specific parsing implemented by the DP.
Reimplemented from CVC3::Theory.
Definition at line 732 of file theory_datatype.cpp.
References CVC3::Expr::arity(), CVC3::ExprMap< Data >::count(), CVC3::DATATYPE, DebugAssert, CVC3::Theory::getEM(), CVC3::ExprManager::getKind(), CVC3::Expr::getKind(), CVC3::Expr::getString(), CVC3::ID, CVC3::ExprMap< Data >::insert(), CVC3::Theory::parseExpr(), CVC3::RAW_LIST, and CVC3::Expr::toString().
ExprStream & TheoryDatatype::print | ( | ExprStream & | os, | |
const Expr & | e | |||
) | [virtual] |
Theory-specific pretty-printing.
By default, print the top node in AST, and resume pretty-printing the children. The same call e.print(os) can be used in DP-specific printers to use AST printing for the given node. In fact, it is strongly recommended to add e.print(os) as the default for all the cases/kinds that are not handled by the particular pretty-printer.
Reimplemented from CVC3::Theory.
Definition at line 640 of file theory_datatype.cpp.
References CVC3::APPLY, CVC3::Expr::arity(), CVC3::ExprMap< Data >::begin(), CVC3::Expr::begin(), CVC3::CONSTRUCTOR, d_constructorMap, d_datatypes, CVC3::DATATYPE, CVC3::DATATYPE_DECL, DebugAssert, CVC3::ExprMap< Data >::end(), CVC3::Expr::end(), std::endl(), FatalAssert, CVC3::ExprMap< Data >::find(), CVC3::Theory::getEM(), CVC3::Expr::getKind(), CVC3::Expr::getName(), CVC3::Expr::getOpExpr(), CVC3::Expr::isString(), CVC3::Expr::isSymbol(), CVC3::ExprStream::lang(), CVC3::LISP_LANG, CVC3::pop(), CVC3::PRESENTATION_LANG, CVC3::Expr::printAST(), CVC3::push(), CVC3::SELECTOR, CVC3::SMTLIB_LANG, CVC3::space(), and CVC3::TESTER.
Expr CVC3::TheoryDatatype::dataType | ( | const std::string & | name, | |
const std::vector< std::string > & | constructors, | |||
const std::vector< std::vector< std::string > > & | selectors, | |||
const std::vector< std::vector< Expr > > & | types | |||
) |
Expr CVC3::TheoryDatatype::dataType | ( | const std::vector< std::string > & | names, | |
const std::vector< std::vector< std::string > > & | constructors, | |||
const std::vector< std::vector< std::vector< std::string > > > & | selectors, | |||
const std::vector< std::vector< std::vector< Expr > > > & | types | |||
) |
Expr TheoryDatatype::datatypeConsExpr | ( | const std::string & | constructor, | |
const std::vector< Expr > & | args | |||
) |
Definition at line 1087 of file theory_datatype.cpp.
References CVC3::CONSTRUCTOR, CVC3::Expr::getKind(), CVC3::Expr::isNull(), CVC3::Expr::isSymbol(), CVC3::Expr::mkOp(), CVC3::Theory::resolveID(), and CVC3::Expr::toString().
Referenced by CVC3::VCL::datatypeConsExpr().
Definition at line 1101 of file theory_datatype.cpp.
References CVC3::Expr::getKind(), CVC3::Expr::isNull(), CVC3::Expr::isSymbol(), CVC3::Expr::mkOp(), CVC3::Theory::resolveID(), CVC3::SELECTOR, and CVC3::Expr::toString().
Referenced by CVC3::VCL::datatypeSelExpr().
Definition at line 1113 of file theory_datatype.cpp.
References CVC3::Expr::getKind(), CVC3::Expr::isNull(), CVC3::Expr::isSymbol(), CVC3::Expr::mkOp(), CVC3::Theory::resolveID(), CVC3::TESTER, and CVC3::Expr::toString().
Referenced by assertFact(), CVC3::TheoryDatatypeLazy::checkSat(), checkSat(), computeTCC(), and CVC3::VCL::datatypeTestExpr().
Definition at line 1125 of file theory_datatype.cpp.
References d_selectorMap, DebugAssert, CVC3::ExprMap< Data >::end(), CVC3::ExprMap< Data >::find(), CVC3::Expr::getKind(), CVC3::SELECTOR, and CVC3::Expr::toString().
Referenced by canCollapse(), checkSat(), computeTCC(), and CVC3::DatatypeTheoremProducer::rewriteSelCons().
Definition at line 1135 of file theory_datatype.cpp.
References d_testerMap, DebugAssert, CVC3::ExprMap< Data >::end(), CVC3::ExprMap< Data >::find(), CVC3::Expr::getKind(), CVC3::TESTER, and CVC3::Expr::toString().
Referenced by assertFact(), and CVC3::DatatypeTheoremProducer::rewriteTestCons().
unsigned TheoryDatatype::getConsPos | ( | const Expr & | e | ) |
Definition at line 1146 of file theory_datatype.cpp.
References CVC3::CONSTRUCTOR, d_datatypes, DebugAssert, CVC3::ExprMap< Data >::end(), CVC3::ExprMap< Data >::find(), CVC3::Theory::getBaseType(), CVC3::Expr::getKind(), CVC3::isDatatype(), and CVC3::Expr::toString().
Referenced by assertFact(), canCollapse(), and checkSat().
Definition at line 1162 of file theory_datatype.cpp.
References CVC3::ExprMap< Data >::begin(), CVC3::ExprMap< Data >::count(), d_datatypes, d_getConstantStack, DebugAssert, CVC3::ExprMap< Data >::end(), FatalAssert, CVC3::ExprMap< Data >::find(), CVC3::Theory::getBaseType(), CVC3::Type::getExpr(), CVC3::Type::isBool(), CVC3::isDatatype(), CVC3::Type::isFunction(), CVC3::Expr::isNull(), CVC3::Theory::newVar(), CVC3::Theory::resolveID(), CVC3::ExprMap< Data >::size(), CVC3::Type::toString(), and CVC3::Expr::toString().
Referenced by CVC3::DatatypeTheoremProducer::rewriteSelCons().
Definition at line 1229 of file theory_datatype.cpp.
References d_reach, DebugAssert, CVC3::ExprMap< Data >::end(), CVC3::ExprMap< Data >::find(), CVC3::Type::getExpr(), and CVC3::isDatatype().
Referenced by CVC3::DatatypeTheoremProducer::noCycle().
bool TheoryDatatype::canCollapse | ( | const Expr & | e | ) |
Definition at line 1238 of file theory_datatype.cpp.
References CVC3::Expr::arity(), d_labels, DebugAssert, CVC3::CDMap< Key, Data, HashFcn >::end(), CVC3::CDMap< Key, Data, HashFcn >::find(), CVC3::Theory::findExpr(), getConsPos(), getSelectorInfo(), CVC3::isConstructor(), and CVC3::isSelector().
Referenced by rewrite(), CVC3::DatatypeTheoremProducer::rewriteSelCons(), CVC3::TheoryDatatypeLazy::update(), and update().
DatatypeProofRules* CVC3::TheoryDatatype::d_rules [protected] |
Definition at line 54 of file theory_datatype.h.
Referenced by assertFact(), checkSat(), CVC3::TheoryDatatypeLazy::instantiate(), instantiate(), CVC3::TheoryDatatypeLazy::mergeLabels(), mergeLabels(), rewrite(), CVC3::TheoryDatatypeLazy::setup(), setup(), TheoryDatatype(), CVC3::TheoryDatatypeLazy::update(), update(), and ~TheoryDatatype().
ExprMap<ExprMap<unsigned> > CVC3::TheoryDatatype::d_datatypes [protected] |
Definition at line 57 of file theory_datatype.h.
Referenced by assertFact(), CVC3::TheoryDatatypeLazy::checkSat(), checkSat(), finiteTypeInfo(), getConsPos(), getConstant(), CVC3::TheoryDatatypeLazy::initializeLabels(), initializeLabels(), CVC3::TheoryDatatypeLazy::instantiate(), instantiate(), and print().
ExprMap<std::vector<Expr> > CVC3::TheoryDatatype::d_constructorMap [protected] |
ExprMap<std::pair<Expr,unsigned> > CVC3::TheoryDatatype::d_selectorMap [protected] |
ExprMap<Expr> CVC3::TheoryDatatype::d_testerMap [protected] |
ExprMap<Op> CVC3::TheoryDatatype::d_reach [protected] |
CDMap<Expr, SmartCDO<Unsigned> > CVC3::TheoryDatatype::d_labels [protected] |
Definition at line 66 of file theory_datatype.h.
Referenced by addSharedTerm(), assertFact(), canCollapse(), CVC3::TheoryDatatypeLazy::checkSat(), checkSat(), CVC3::TheoryDatatypeLazy::initializeLabels(), initializeLabels(), CVC3::TheoryDatatypeLazy::mergeLabels(), mergeLabels(), CVC3::TheoryDatatypeLazy::setup(), setup(), and update().
CDList<Theorem> CVC3::TheoryDatatype::d_facts [protected] |
Definition at line 68 of file theory_datatype.h.
Referenced by assertFact(), CVC3::TheoryDatatypeLazy::checkSat(), checkSat(), CVC3::TheoryDatatypeLazy::instantiate(), instantiate(), CVC3::TheoryDatatypeLazy::mergeLabels(), mergeLabels(), rewrite(), CVC3::TheoryDatatypeLazy::update(), and update().
CDList<Expr> CVC3::TheoryDatatype::d_splitters [protected] |
Definition at line 69 of file theory_datatype.h.
Referenced by CVC3::TheoryDatatypeLazy::checkSat(), checkSat(), CVC3::TheoryDatatypeLazy::initializeLabels(), initializeLabels(), and setup().
CDO<unsigned> CVC3::TheoryDatatype::d_splittersIndex [protected] |
Definition at line 70 of file theory_datatype.h.
Referenced by CVC3::TheoryDatatypeLazy::checkSat(), and checkSat().
CDO<bool> CVC3::TheoryDatatype::d_splitterAsserted [protected] |
Definition at line 71 of file theory_datatype.h.
Referenced by CVC3::TheoryDatatypeLazy::checkSat(), and checkSat().
const bool& CVC3::TheoryDatatype::d_smartSplits [protected] |
Definition at line 72 of file theory_datatype.h.
Referenced by checkSat(), initializeLabels(), and setup().
ExprMap<bool> CVC3::TheoryDatatype::d_getConstantStack [protected] |