use of org.kie.workbench.common.dmn.api.definition.v1_1.Context in project batfish by batfish.
the class NodJobTest method testNatted.
/**
* Test that traffic originating from 3.0.0.0 is NATed
*/
@Test
public void testNatted() {
HeaderSpace headerSpace = new HeaderSpace();
headerSpace.setSrcIps(ImmutableList.of(new IpWildcard("3.0.0.0")));
NodJob nodJob = getNodJob(headerSpace);
Context z3Context = new Context();
SmtInput smtInput = nodJob.computeSmtInput(System.currentTimeMillis(), z3Context);
Map<OriginateVrf, Map<String, Long>> fieldConstraintsByOriginateVrf = nodJob.getOriginateVrfConstraints(z3Context, smtInput);
assertThat(fieldConstraintsByOriginateVrf.entrySet(), hasSize(1));
assertThat(fieldConstraintsByOriginateVrf, hasKey(_originateVrf));
Map<String, Long> fieldConstraints = fieldConstraintsByOriginateVrf.get(_originateVrf);
// Only one OriginateVrf choice, so this must be 0
assertThat(fieldConstraints, hasEntry(OriginateVrfInstrumentation.ORIGINATE_VRF_FIELD_NAME, new Long(0)));
assertThat(fieldConstraints, hasEntry(BasicHeaderField.ORIG_SRC_IP.getName(), new Ip("3.0.0.0").asLong()));
assertThat(fieldConstraints, hasEntry(equalTo(BasicHeaderField.SRC_IP.getName()), not(equalTo(new Ip("3.0.0.0").asLong()))));
assertThat(fieldConstraints, hasEntry(BasicHeaderField.SRC_IP.getName(), new Ip("1.0.0.10").asLong()));
Set<Flow> flows = nodJob.getFlows(fieldConstraintsByOriginateVrf);
_bdpDataPlanePlugin.processFlows(flows, _dataPlane);
List<FlowTrace> flowTraces = _bdpDataPlanePlugin.getHistoryFlowTraces(_dataPlane);
flowTraces.forEach(trace -> {
assertThat(trace.getNotes(), is("ACCEPTED"));
List<FlowTraceHop> hops = trace.getHops();
assertThat(hops, hasSize(1));
FlowTraceHop hop = hops.get(0);
assertThat(hop.getTransformedFlow(), notNullValue());
assertThat(hop.getTransformedFlow().getSrcIp(), equalTo(new Ip("1.0.0.10")));
});
}
use of org.kie.workbench.common.dmn.api.definition.v1_1.Context in project batfish by batfish.
the class BoolExprTransformer method visitBasicRuleStatement.
@Override
public BoolExpr visitBasicRuleStatement(BasicRuleStatement basicRuleStatement) {
Context ctx = _nodContext.getContext();
ImmutableList.Builder<BoolExpr> preconditions = ImmutableList.<BoolExpr>builder().add(toBoolExpr(basicRuleStatement.getPreconditionStateIndependentConstraints(), _input, _nodContext));
basicRuleStatement.getPreconditionStates().stream().map(preconditionState -> toBoolExpr(preconditionState, _input, _nodContext)).forEach(preconditions::add);
return ctx.mkImplies(ctx.mkAnd(preconditions.build().stream().toArray(BoolExpr[]::new)), toBoolExpr(basicRuleStatement.getPostconditionState(), _input, _nodContext));
}
use of org.kie.workbench.common.dmn.api.definition.v1_1.Context in project bmoth by hhu-stups.
the class Issue59Test method testIssue59JustInvariant.
@Test
public void testIssue59JustInvariant() {
Context ctx = new Context();
Solver s = ctx.mkSolver();
String formula = "x**2 = x*x & #x.({x} \\/ {1,2} = {1,2})";
BoolExpr combinedConstraint = translatePredicate(formula, ctx);
s.add(combinedConstraint);
Status check = s.check();
assertEquals(Status.SATISFIABLE, check);
}
use of org.kie.workbench.common.dmn.api.definition.v1_1.Context in project bmoth by hhu-stups.
the class Issue59Test method testIssue59JustInvariant2.
@Test
public void testIssue59JustInvariant2() {
Context ctx = new Context();
Solver s = ctx.mkSolver();
String formula = "x**2 = x*x";
BoolExpr combinedConstraint = translatePredicate(formula, ctx);
s.add(combinedConstraint);
Status check = s.check();
assertEquals(Status.SATISFIABLE, check);
}
use of org.kie.workbench.common.dmn.api.definition.v1_1.Context in project bmoth by hhu-stups.
the class InitialStateExistsChecker method doInitialStateExistsCheck.
static InitialStateExistsCheckingResult doInitialStateExistsCheck(MachineNode machine) {
Context ctx = new Context();
Solver solver = Z3SolverFactory.getZ3Solver(ctx);
MachineToZ3Translator machineTranslator = new MachineToZ3Translator(machine, ctx);
final BoolExpr invariant = machineTranslator.getInitialValueConstraint();
solver.add(invariant);
Status check = solver.check();
return new InitialStateExistsCheckingResult(check);
}
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