1
- package learnlib ;
1
+ package de . learnlib . eqtests . basic ;
2
2
3
3
import de .learnlib .api .EquivalenceOracle ;
4
4
import de .learnlib .api .MembershipOracle ;
30
30
* @param <D> output domain type
31
31
* @author Joshua Moerman
32
32
*/
33
- public class RandomWMethod <A extends UniversalDeterministicAutomaton <?, I , ?, ?, ?> & Output <I , D >, I , D >
33
+ public class RandomWMethodEQOracle <A extends UniversalDeterministicAutomaton <?, I , ?, ?, ?> & Output <I , D >, I , D >
34
34
implements EquivalenceOracle <A , I , D > {
35
35
private final MembershipOracle <I , D > sulOracle ;
36
36
private final int minimalSize ;
@@ -44,7 +44,7 @@ public class RandomWMethod<A extends UniversalDeterministicAutomaton<?, I, ?, ?,
44
44
* @param minimalSize minimal size of the random word
45
45
* @param rndLength expected length (in addition to minimalSize) of random word
46
46
*/
47
- public RandomWMethod (MembershipOracle <I , D > sulOracle , int minimalSize , int rndLength ) {
47
+ public RandomWMethodEQOracle (MembershipOracle <I , D > sulOracle , int minimalSize , int rndLength ) {
48
48
this .sulOracle = sulOracle ;
49
49
this .minimalSize = minimalSize ;
50
50
this .rndLength = rndLength ;
@@ -59,7 +59,7 @@ public RandomWMethod(MembershipOracle<I, D> sulOracle, int minimalSize, int rndL
59
59
* @param rndLength expected length (in addition to minimalSize) of random word
60
60
* @param bound specifies the bound (set to 0 for unbounded).
61
61
*/
62
- public RandomWMethod (MembershipOracle <I , D > sulOracle , int minimalSize , int rndLength , int bound ) {
62
+ public RandomWMethodEQOracle (MembershipOracle <I , D > sulOracle , int minimalSize , int rndLength , int bound ) {
63
63
this .sulOracle = sulOracle ;
64
64
this .minimalSize = minimalSize ;
65
65
this .rndLength = rndLength ;
0 commit comments