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GCC Code Coverage Report

Directory:	.		Exec	Total	Coverage
File:	src/theory/valuation.cpp	Lines:	78	116	67.2 %
Date:	2021-08-20	Branches:	58	359	16.2 %


/******************************************************************************
 * Top contributors (to current version):
 *   Andrew Reynolds, Dejan Jovanovic, Morgan Deters
 *
 * This file is part of the cvc5 project.
 *
 * Copyright (c) 2009-2021 by the authors listed in the file AUTHORS
 * in the top-level source directory and their institutional affiliations.
 * All rights reserved.  See the file COPYING in the top-level source
 * directory for licensing information.
 * ****************************************************************************
 *
 * A "valuation" proxy for TheoryEngine.
 */

#include "theory/valuation.h"

#include "expr/node.h"
#include "options/theory_options.h"
#include "prop/prop_engine.h"
#include "theory/assertion.h"
#include "theory/rewriter.h"
#include "theory/theory_engine.h"
#include "theory/theory_model.h"

namespace cvc5 {
namespace theory {

std::ostream& operator<<(std::ostream& os, EqualityStatus s)
{
  switch (s)
  {
    case EQUALITY_TRUE_AND_PROPAGATED:
      os << "EQUALITY_TRUE_AND_PROPAGATED";
      break;
    case EQUALITY_FALSE_AND_PROPAGATED:
      os << "EQUALITY_FALSE_AND_PROPAGATED";
      break;
    case EQUALITY_TRUE: os << "EQUALITY_TRUE"; break;
    case EQUALITY_FALSE: os << "EQUALITY_FALSE"; break;
    case EQUALITY_TRUE_IN_MODEL: os << "EQUALITY_TRUE_IN_MODEL"; break;
    case EQUALITY_FALSE_IN_MODEL: os << "EQUALITY_FALSE_IN_MODEL"; break;
    case EQUALITY_UNKNOWN: os << "EQUALITY_UNKNOWN"; break;
    default: Unhandled(); break;
  }
  return os;
}

bool equalityStatusCompatible(EqualityStatus s1, EqualityStatus s2) {
  switch (s1) {
  case EQUALITY_TRUE:
  case EQUALITY_TRUE_IN_MODEL:
  case EQUALITY_TRUE_AND_PROPAGATED:
    switch (s2) {
    case EQUALITY_TRUE:
    case EQUALITY_TRUE_IN_MODEL:
    case EQUALITY_TRUE_AND_PROPAGATED:
      return true;
    default:
      return false;
    }
    break;
  case EQUALITY_FALSE:
  case EQUALITY_FALSE_IN_MODEL:
  case EQUALITY_FALSE_AND_PROPAGATED:
    switch (s2) {
    case EQUALITY_FALSE:
    case EQUALITY_FALSE_IN_MODEL:
    case EQUALITY_FALSE_AND_PROPAGATED:
      return true;
    default:
      return false;
    }
    break;
  default:
    return false;
  }
}

bool Valuation::isSatLiteral(TNode n) const {
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->isSatLiteral(n);
}

Node Valuation::getSatValue(TNode n) const {
  Assert(d_engine != nullptr);
  if(n.getKind() == kind::NOT) {
    Node atomRes = d_engine->getPropEngine()->getValue(n[0]);
    if(atomRes.getKind() == kind::CONST_BOOLEAN) {
      return NodeManager::currentNM()->mkConst(!atomRes.getConst<bool>());
    } else {
      Assert(atomRes.isNull());
      return atomRes;
    }
  } else {
    return d_engine->getPropEngine()->getValue(n);
  }
}

bool Valuation::hasSatValue(TNode n, bool& value) const {
  Assert(d_engine != nullptr);
  if (d_engine->getPropEngine()->isSatLiteral(n)) {
    return d_engine->getPropEngine()->hasValue(n, value);
  } else {
    return false;
  }
}

EqualityStatus Valuation::getEqualityStatus(TNode a, TNode b) {
  Assert(d_engine != nullptr);
  return d_engine->getEqualityStatus(a, b);
}

Node Valuation::getModelValue(TNode var) {
  Assert(d_engine != nullptr);
  return d_engine->getModelValue(var);
}

TheoryModel* Valuation::getModel() {
  if (d_engine == nullptr)
  {
    // no theory engine, thus we don't have a model object
    return nullptr;
  }
  return d_engine->getModel();
}
SortInference* Valuation::getSortInference()
{
  if (d_engine == nullptr)
  {
    // no theory engine, thus we don't have a sort inference object
    return nullptr;
  }
  return d_engine->getSortInference();
}

void Valuation::setUnevaluatedKind(Kind k)
{
  TheoryModel* m = getModel();
  if (m != nullptr)
  {
    m->setUnevaluatedKind(k);
  }
  // If no model is available, this command has no effect. This is the case
  // when e.g. calling Theory::finishInit for theories that are using a
  // Valuation with no model.
}

void Valuation::setSemiEvaluatedKind(Kind k)
{
  TheoryModel* m = getModel();
  if (m != nullptr)
  {
    m->setSemiEvaluatedKind(k);
  }
}

void Valuation::setIrrelevantKind(Kind k)
{
  TheoryModel* m = getModel();
  if (m != nullptr)
  {
    m->setIrrelevantKind(k);
  }
}

Node Valuation::ensureLiteral(TNode n) {
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->ensureLiteral(n);
}

Node Valuation::getPreprocessedTerm(TNode n)
{
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->getPreprocessedTerm(n);
}

Node Valuation::getPreprocessedTerm(TNode n,
                                    std::vector<Node>& skAsserts,
                                    std::vector<Node>& sks)
{
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->getPreprocessedTerm(n, skAsserts, sks);
}

bool Valuation::isDecision(Node lit) const {
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->isDecision(lit);
}

int32_t Valuation::getDecisionLevel(Node lit) const
{
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->getDecisionLevel(lit);
}

int32_t Valuation::getIntroLevel(Node lit) const
{
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->getIntroLevel(lit);
}

unsigned Valuation::getAssertionLevel() const{
  Assert(d_engine != nullptr);
  return d_engine->getPropEngine()->getAssertionLevel();
}

std::pair<bool, Node> Valuation::entailmentCheck(options::TheoryOfMode mode,
                                                 TNode lit)
{
  Assert(d_engine != nullptr);
  return d_engine->entailmentCheck(mode, lit);
}

bool Valuation::needCheck() const{
  Assert(d_engine != nullptr);
  return d_engine->needCheck();
}

bool Valuation::isRelevant(Node lit) const { return d_engine->isRelevant(lit); }

context::CDList<Assertion>::const_iterator Valuation::factsBegin(TheoryId tid)
{
  Theory* theory = d_engine->theoryOf(tid);
  Assert(theory != nullptr);
  return theory->facts_begin();
}
context::CDList<Assertion>::const_iterator Valuation::factsEnd(TheoryId tid)
{
  Theory* theory = d_engine->theoryOf(tid);
  Assert(theory != nullptr);
  return theory->facts_end();
}

bool Valuation::isFiniteType(TypeNode tn) const
{
  return d_engine->isFiniteType(tn);
}

}  // namespace theory
}  // namespace cvc5


Generated by: GCOVR (Version 3.2)

Line	Exec	Source
1		/******************************************************************************
2		* Top contributors (to current version):
3		* Andrew Reynolds, Dejan Jovanovic, Morgan Deters
4		*
5		* This file is part of the cvc5 project.
6		*
7		* Copyright (c) 2009-2021 by the authors listed in the file AUTHORS
8		* in the top-level source directory and their institutional affiliations.
9		* All rights reserved. See the file COPYING in the top-level source
10		* directory for licensing information.
11		* ****************************************************************************
12		*
13		* A "valuation" proxy for TheoryEngine.
14		*/
15
16		#include "theory/valuation.h"
17
18		#include "expr/node.h"
19		#include "options/theory_options.h"
20		#include "prop/prop_engine.h"
21		#include "theory/assertion.h"
22		#include "theory/rewriter.h"
23		#include "theory/theory_engine.h"
24		#include "theory/theory_model.h"
25
26		namespace cvc5 {
27		namespace theory {
28
29		std::ostream& operator<<(std::ostream& os, EqualityStatus s)
30		{
31		switch (s)
32		{
33		case EQUALITY_TRUE_AND_PROPAGATED:
34		os << "EQUALITY_TRUE_AND_PROPAGATED";
35		break;
36		case EQUALITY_FALSE_AND_PROPAGATED:
37		os << "EQUALITY_FALSE_AND_PROPAGATED";
38		break;
39		case EQUALITY_TRUE: os << "EQUALITY_TRUE"; break;
40		case EQUALITY_FALSE: os << "EQUALITY_FALSE"; break;
41		case EQUALITY_TRUE_IN_MODEL: os << "EQUALITY_TRUE_IN_MODEL"; break;
42		case EQUALITY_FALSE_IN_MODEL: os << "EQUALITY_FALSE_IN_MODEL"; break;
43		case EQUALITY_UNKNOWN: os << "EQUALITY_UNKNOWN"; break;
44		default: Unhandled(); break;
45		}
46		return os;
47		}
48
49		bool equalityStatusCompatible(EqualityStatus s1, EqualityStatus s2) {
50		switch (s1) {
51		case EQUALITY_TRUE:
52		case EQUALITY_TRUE_IN_MODEL:
53		case EQUALITY_TRUE_AND_PROPAGATED:
54		switch (s2) {
55		case EQUALITY_TRUE:
56		case EQUALITY_TRUE_IN_MODEL:
57		case EQUALITY_TRUE_AND_PROPAGATED:
58		return true;
59		default:
60		return false;
61		}
62		break;
63		case EQUALITY_FALSE:
64		case EQUALITY_FALSE_IN_MODEL:
65		case EQUALITY_FALSE_AND_PROPAGATED:
66		switch (s2) {
67		case EQUALITY_FALSE:
68		case EQUALITY_FALSE_IN_MODEL:
69		case EQUALITY_FALSE_AND_PROPAGATED:
70		return true;
71		default:
72		return false;
73		}
74		break;
75		default:
76		return false;
77		}
78		}
79
80	218478	bool Valuation::isSatLiteral(TNode n) const {
81	218478	Assert(d_engine != nullptr);
82	218478	return d_engine->getPropEngine()->isSatLiteral(n);
83		}
84
85	35078	Node Valuation::getSatValue(TNode n) const {
86	35078	Assert(d_engine != nullptr);
87	35078	if(n.getKind() == kind::NOT) {
88		Node atomRes = d_engine->getPropEngine()->getValue(n[0]);
89		if(atomRes.getKind() == kind::CONST_BOOLEAN) {
90		return NodeManager::currentNM()->mkConst(!atomRes.getConst<bool>());
91		} else {
92		Assert(atomRes.isNull());
93		return atomRes;
94		}
95		} else {
96	35078	return d_engine->getPropEngine()->getValue(n);
97		}
98		}
99
100	213648	bool Valuation::hasSatValue(TNode n, bool& value) const {
101	213648	Assert(d_engine != nullptr);
102	213648	if (d_engine->getPropEngine()->isSatLiteral(n)) {
103	213605	return d_engine->getPropEngine()->hasValue(n, value);
104		} else {
105	43	return false;
106		}
107		}
108
109	1295816	EqualityStatus Valuation::getEqualityStatus(TNode a, TNode b) {
110	1295816	Assert(d_engine != nullptr);
111	1295816	return d_engine->getEqualityStatus(a, b);
112		}
113
114	4316	Node Valuation::getModelValue(TNode var) {
115	4316	Assert(d_engine != nullptr);
116	4316	return d_engine->getModelValue(var);
117		}
118
119	2999431	TheoryModel* Valuation::getModel() {
120	2999431	if (d_engine == nullptr)
121		{
122		// no theory engine, thus we don't have a model object
123		return nullptr;
124		}
125	2999431	return d_engine->getModel();
126		}
127	5158	SortInference* Valuation::getSortInference()
128		{
129	5158	if (d_engine == nullptr)
130		{
131		// no theory engine, thus we don't have a sort inference object
132		return nullptr;
133		}
134	5158	return d_engine->getSortInference();
135		}
136
137	105484	void Valuation::setUnevaluatedKind(Kind k)
138		{
139	105484	TheoryModel* m = getModel();
140	105484	if (m != nullptr)
141		{
142	105484	m->setUnevaluatedKind(k);
143		}
144		// If no model is available, this command has no effect. This is the case
145		// when e.g. calling Theory::finishInit for theories that are using a
146		// Valuation with no model.
147	105484	}
148
149	19712	void Valuation::setSemiEvaluatedKind(Kind k)
150		{
151	19712	TheoryModel* m = getModel();
152	19712	if (m != nullptr)
153		{
154	19712	m->setSemiEvaluatedKind(k);
155		}
156	19712	}
157
158	9856	void Valuation::setIrrelevantKind(Kind k)
159		{
160	9856	TheoryModel* m = getModel();
161	9856	if (m != nullptr)
162		{
163	9856	m->setIrrelevantKind(k);
164		}
165	9856	}
166
167	202116	Node Valuation::ensureLiteral(TNode n) {
168	202116	Assert(d_engine != nullptr);
169	202116	return d_engine->getPropEngine()->ensureLiteral(n);
170		}
171
172	1483	Node Valuation::getPreprocessedTerm(TNode n)
173		{
174	1483	Assert(d_engine != nullptr);
175	1483	return d_engine->getPropEngine()->getPreprocessedTerm(n);
176		}
177
178	1612	Node Valuation::getPreprocessedTerm(TNode n,
179		std::vector<Node>& skAsserts,
180		std::vector<Node>& sks)
181		{
182	1612	Assert(d_engine != nullptr);
183	1612	return d_engine->getPropEngine()->getPreprocessedTerm(n, skAsserts, sks);
184		}
185
186	176859	bool Valuation::isDecision(Node lit) const {
187	176859	Assert(d_engine != nullptr);
188	176859	return d_engine->getPropEngine()->isDecision(lit);
189		}
190
191	16	int32_t Valuation::getDecisionLevel(Node lit) const
192		{
193	16	Assert(d_engine != nullptr);
194	16	return d_engine->getPropEngine()->getDecisionLevel(lit);
195		}
196
197	8	int32_t Valuation::getIntroLevel(Node lit) const
198		{
199	8	Assert(d_engine != nullptr);
200	8	return d_engine->getPropEngine()->getIntroLevel(lit);
201		}
202
203	9024	unsigned Valuation::getAssertionLevel() const{
204	9024	Assert(d_engine != nullptr);
205	9024	return d_engine->getPropEngine()->getAssertionLevel();
206		}
207
208	6591	std::pair<bool, Node> Valuation::entailmentCheck(options::TheoryOfMode mode,
209		TNode lit)
210		{
211	6591	Assert(d_engine != nullptr);
212	6591	return d_engine->entailmentCheck(mode, lit);
213		}
214
215	514545	bool Valuation::needCheck() const{
216	514545	Assert(d_engine != nullptr);
217	514545	return d_engine->needCheck();
218		}
219
220	7930	bool Valuation::isRelevant(Node lit) const { return d_engine->isRelevant(lit); }
221
222	7611	context::CDList<Assertion>::const_iterator Valuation::factsBegin(TheoryId tid)
223		{
224	7611	Theory* theory = d_engine->theoryOf(tid);
225	7611	Assert(theory != nullptr);
226	7611	return theory->facts_begin();
227		}
228	7611	context::CDList<Assertion>::const_iterator Valuation::factsEnd(TheoryId tid)
229		{
230	7611	Theory* theory = d_engine->theoryOf(tid);
231	7611	Assert(theory != nullptr);
232	7611	return theory->facts_end();
233		}
234
235	11357	bool Valuation::isFiniteType(TypeNode tn) const
236		{
237	11357	return d_engine->isFiniteType(tn);
238		}
239
240		} // namespace theory
241	29358	} // namespace cvc5