use of org.evosuite.symbolic.expr.Constraint in project evosuite by EvoSuite.
the class TestRealConstraint method buildConstraintSystem.
private static Collection<Constraint<?>> buildConstraintSystem() {
RealVariable var0 = new RealVariable("var0", INIT_DOUBLE, Double.MIN_VALUE, Double.MAX_VALUE);
RealConstant constPi = new RealConstant(Math.PI);
RealConstraint constr1 = new RealConstraint(var0, Comparator.EQ, constPi);
return Arrays.<Constraint<?>>asList(constr1);
}
use of org.evosuite.symbolic.expr.Constraint in project evosuite by EvoSuite.
the class TestStringSearch method testRegexMatchesTrue.
@Test
public void testRegexMatchesTrue() {
List<Constraint<?>> constraints = new ArrayList<Constraint<?>>();
String var1 = "test";
String const2 = "TEST";
StringVariable strVar = new StringVariable("test1", var1);
StringConstant strConst = new StringConstant(const2);
StringBinaryComparison strComp = new StringBinaryComparison(strVar, Operator.PATTERNMATCHES, strConst, 0L);
constraints.add(new StringConstraint(strComp, Comparator.NE, new IntegerConstant(0)));
EvoSuiteSolver skr = new EvoSuiteSolver();
Map<String, Object> result;
try {
result = solve(skr, constraints);
assertNotNull(result);
assertNotNull(result.get("test1"));
assertTrue(result.get("test1").toString().matches(const2));
} catch (SolverTimeoutException e) {
fail();
}
}
use of org.evosuite.symbolic.expr.Constraint in project evosuite by EvoSuite.
the class TestStringSearch method testIndexOfC.
@Test
public void testIndexOfC() {
String var1value = "D<E\u001E";
StringVariable var1 = new StringVariable("var1", var1value);
IntegerConstant colon_code = new IntegerConstant(35);
IntegerConstant numeral_code = new IntegerConstant(58);
IntegerConstant minus_one = new IntegerConstant(-1);
StringBinaryToIntegerExpression index_of_colon = new StringBinaryToIntegerExpression(var1, Operator.INDEXOFC, colon_code, -1L);
StringBinaryToIntegerExpression index_of_numeral = new StringBinaryToIntegerExpression(var1, Operator.INDEXOFC, numeral_code, -1L);
IntegerConstraint constr1 = new IntegerConstraint(index_of_colon, Comparator.EQ, minus_one);
IntegerConstraint constr2 = new IntegerConstraint(index_of_numeral, Comparator.NE, minus_one);
List<Constraint<?>> constraints = new ArrayList<Constraint<?>>();
constraints.add(constr1);
constraints.add(constr2);
EvoSuiteSolver solver = new EvoSuiteSolver();
Map<String, Object> solution;
try {
solution = solve(solver, constraints);
assertNotNull(solution);
} catch (SolverTimeoutException e) {
fail();
}
}
use of org.evosuite.symbolic.expr.Constraint in project evosuite by EvoSuite.
the class TestStringSearch method testEqualsIgnoreCaseTrueConstant.
@Test
public void testEqualsIgnoreCaseTrueConstant() {
List<Constraint<?>> constraints = new ArrayList<Constraint<?>>();
String var1 = "foo";
String const2 = "Fest";
StringVariable strVar = new StringVariable("test1", var1);
StringConstant strConst = new StringConstant(const2);
StringBinaryComparison strComp = new StringBinaryComparison(strVar, Operator.EQUALSIGNORECASE, strConst, 0L);
constraints.add(new StringConstraint(strComp, Comparator.NE, new IntegerConstant(0)));
EvoSuiteSolver skr = new EvoSuiteSolver();
Map<String, Object> result;
try {
result = solve(skr, constraints);
assertNotNull(result);
assertNotNull(result.get("test1"));
assertTrue(const2.equalsIgnoreCase(result.get("test1").toString()));
} catch (SolverTimeoutException e) {
fail();
}
}
use of org.evosuite.symbolic.expr.Constraint in project evosuite by EvoSuite.
the class TestStringSearch method testInsertIndexOfC.
@Test
public void testInsertIndexOfC() {
String var1value = "D<E\u001Exqaasaksajij1§n";
StringVariable var1 = new StringVariable("var1", var1value);
IntegerConstant colon_code = new IntegerConstant(58);
IntegerConstant minus_one = new IntegerConstant(-1);
int colon_int_code = (int) ':';
int concrete_value = var1value.indexOf(colon_int_code);
StringBinaryToIntegerExpression index_of_colon = new StringBinaryToIntegerExpression(var1, Operator.INDEXOFC, colon_code, (long) concrete_value);
IntegerConstraint constr1 = new IntegerConstraint(index_of_colon, Comparator.NE, minus_one);
List<Constraint<?>> constraints = new ArrayList<Constraint<?>>();
constraints.add(constr1);
EvoSuiteSolver solver = new EvoSuiteSolver();
Map<String, Object> solution;
try {
solution = solve(solver, constraints);
assertNotNull(solution);
} catch (SolverTimeoutException e) {
fail();
}
}
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