/*
* Test method for {@link de.uni.freiburg.iig.telematik.sepia.petrinet.ifnet.RegularIFNetTransition#checkValidity()}. Check whether a transition with delete consumes but does not produce a token with a certain color.
*/
@Test
public void testCheckValidityDelete() throws ParameterException {
// Get a simple standard SNet and one of its transitions
IFNet sNet = IFNetTestUtil.createSimpleIFNet();
RegularIFNetTransition rt = (RegularIFNetTransition) sNet.getTransition("t0");
// Set "delete" to a produced color
HashSet<AccessMode> dAccess = new HashSet<AccessMode>();
dAccess.add(AccessMode.DELETE);
rt.setAccessMode("blue", dAccess);
try {
rt.checkValidity();
fail("A transition with delete on a certain color cannot produce this color!");
} catch (PNValidationException e1) {
}
// clean up ...
dAccess.clear();
dAccess.add(AccessMode.CREATE);
rt.setAccessMode("blue", dAccess);
// set delete to a color which is not consumed
HashSet<AccessMode> dAccess2 = new HashSet<AccessMode>();
dAccess2.add(AccessMode.DELETE);
rt.setAccessMode("pink", dAccess2);
try {
rt.checkValidity();
fail("A transition with delete on a certain color must consume this color!");
} catch (PNValidationException e1) {
}
}
/*
* Test method for {@link de.uni.freiburg.iig.telematik.sepia.petrinet.ifnet.RegularIFNetTransition#checkValidity()}. Check whether a valid transition is reported to be valid.
*/
@Test
public void testCheckValidityValid() throws ParameterException {
// Get a simple standard SNet
IFNet sNet = IFNetTestUtil.createSimpleIFNet();
RegularIFNetTransition rt = (RegularIFNetTransition) sNet.getTransition("t0");
try {
rt.checkValidity();
} catch (PNValidationException e1) {
fail("CheckValidity throws an exception for a valid SNet transition.");
}
}
/*
* Test method for {@link de.uni.freiburg.iig.telematik.sepia.petrinet.ifnet.RegularIFNetTransition#checkValidity()}. Check whether a transition with neither creates nor deletes on a certain token color process that color.
*/
@Test
public void testCheckValidityProcess() throws ParameterException {
// Get a simple standard SNet and one of its transitions
IFNet sNet = IFNetTestUtil.createSimpleIFNet();
RegularIFNetTransition rt = (RegularIFNetTransition) sNet.getTransition("t0");
// Set "read" to a consumed but not produced color
HashSet<AccessMode> rAccess = new HashSet<AccessMode>();
rAccess.add(AccessMode.READ);
rt.setAccessMode("red", rAccess);
try {
rt.checkValidity();
fail("A token color which is only read must be consumed and produced.");
} catch (PNValidationException e1) {
}
}
/*
* Test method for {@link de.uni.freiburg.iig.telematik.sepia.petrinet.ifnet.RegularIFNetTransition#checkValidity()}. Check whether a transition with create and delete is reported to be valid.
*/
@Test
public void testCheckValidityCreateDelete() throws ParameterException {
// Get a simple standard SNet and one of its transtitions
IFNet sNet = IFNetTestUtil.createSimpleIFNet();
RegularIFNetTransition rt = (RegularIFNetTransition) sNet.getTransition("t0");
// Set "create" and "delete" mode for one color
HashSet<AccessMode> cdAccess = new HashSet<AccessMode>();
cdAccess.add(AccessMode.DELETE);
cdAccess.add(AccessMode.CREATE);
rt.setAccessMode("pink", cdAccess);
try {
rt.checkValidity();
fail("A transition with create and delete on the same color is not valid!.");
} catch (PNValidationException e1) {
}
}