Package pl.edu.amu.wmi.daut.base

Examples of pl.edu.amu.wmi.daut.base.NaiveAutomatonSpecification$NaiveState

18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
    /**
    * Test 1. Automat z jednym przejściem na dwóch stanach.
    */
    public final void testTwoStatesOneTransitionLabel() {

        AutomatonSpecification automaton = new NaiveAutomatonSpecification();

        State q0 = automaton.addState();
        State q1 = automaton.addState();
        automaton.addTransition(q0, q1, new CharTransitionLabel('a'));

        automaton.markAsInitial(q0);
        automaton.markAsFinal(q1);

        FixedNumberOfOccurrencesOperator oper =
                new FixedNumberOfOccurrencesOperator(4);

        NondeterministicAutomatonByThompsonApproach result =
View Full Code Here
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
    /**
    * Test 2. Automat akceptuje słowa a(b^n)a(d^n)b oraz (a^n)c(d^n)b.
    */
    public final void testExemplaryAutomaton() {

        AutomatonSpecification automaton = new NaiveAutomatonSpecification();

        State q0 = automaton.addState();
        State q1 = automaton.addState();
        State q2 = automaton.addState();
        State q3 = automaton.addState();
        State q4 = automaton.addState();
        automaton.addTransition(q0, q1, new CharTransitionLabel('a'));
        automaton.addTransition(q1, q2, new CharTransitionLabel('a'));
        automaton.addTransition(q0, q3, new CharTransitionLabel('a'));
        automaton.addTransition(q3, q2, new CharTransitionLabel('c'));
        automaton.addTransition(q2, q4, new CharTransitionLabel('b'));
        automaton.addLoop(q1, new CharTransitionLabel('b'));
        automaton.addLoop(q2, new CharTransitionLabel('d'));
        automaton.addLoop(q3, new CharTransitionLabel('a'));


        automaton.markAsInitial(q0);
        automaton.markAsFinal(q4);

        FixedNumberOfOccurrencesOperator oper =
                new FixedNumberOfOccurrencesOperator(2);

        NondeterministicAutomatonByThompsonApproach result =
View Full Code Here
92
93
94
95
96
97
98
99
100
101
102
    /**
    * Test 3. Pusty automat.
    */
    public final void testEmptyAutomaton() {

          AutomatonSpecification automaton = new NaiveAutomatonSpecification();

          FixedNumberOfOccurrencesOperator oper =
                new FixedNumberOfOccurrencesOperator(666);

          NondeterministicAutomatonByThompsonApproach result =
View Full Code Here
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
    * przejścia do stanu do stanu q1 poprzez 'a' i do stanu q2 poprzez 'b'.
    * Stany q1 i q1 są stanami akceptowalnymi.
    */
    public final void testThreeStatesTwoFinalStates() {

        AutomatonSpecification automaton = new NaiveAutomatonSpecification();

        State q0 = automaton.addState();
        State q1 = automaton.addState();
        State q2 = automaton.addState();
        automaton.addTransition(q0, q1, new CharTransitionLabel('a'));
        automaton.addTransition(q0, q2, new CharTransitionLabel('b'));

        automaton.markAsInitial(q0);
        automaton.markAsFinal(q1);
        automaton.markAsFinal(q2);

        FixedNumberOfOccurrencesOperator oper =
                new FixedNumberOfOccurrencesOperator(3);

        NondeterministicAutomatonByThompsonApproach result =
View Full Code Here
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
    /**
    * Test 5. Mnożnik n=0.
    */
    public final void testMultiplierEqualsZero() {
        AutomatonSpecification automaton = new NaiveAutomatonSpecification();

        State q0 = automaton.addState();
        State q1 = automaton.addState();
        automaton.addTransition(q0, q1, new CharTransitionLabel('x'));

        automaton.markAsInitial(q0);
        automaton.markAsFinal(q1);

        FixedNumberOfOccurrencesOperator oper =
                new FixedNumberOfOccurrencesOperator(0);

        NondeterministicAutomatonByThompsonApproach result =
View Full Code Here
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
     * Drugi akceptuje słowa z dokładnie dwoma "c" i dowolną ilością "a".
     * Powstały ma akceptować ich konkatenację.
     */
    public final void testCreateAutomatonFromTwoAutomata() {

        AutomatonSpecification a1 = new NaiveAutomatonSpecification();

        State q0 = a1.addState();
        State q1 = a1.addState();
        a1.addTransition(q0, q1, new CharTransitionLabel('b'));
        a1.addLoop(q0, new CharTransitionLabel('a'));
        a1.addLoop(q1, new CharTransitionLabel('b'));
        a1.addLoop(q1, new CharTransitionLabel('a'));

        a1.markAsInitial(q0);
        a1.markAsFinal(q1);

        AutomatonSpecification a2 = new NaiveAutomatonSpecification();

        State q0c = a2.addState();
        State q1c = a2.addState();
        State q2c = a2.addState();
        a2.addTransition(q0c, q1c, new CharTransitionLabel('c'));
        a2.addTransition(q1c, q2c, new CharTransitionLabel('c'));
        a2.addLoop(q0c, new CharTransitionLabel('a'));
        a2.addLoop(q1c, new CharTransitionLabel('a'));
        a2.addLoop(q2c, new CharTransitionLabel('a'));

        a2.markAsInitial(q0c);
        a2.markAsFinal(q2c);

        ConcatenationOperator con = new ConcatenationOperator();
        NondeterministicAutomatonByThompsonApproach result =
        new NondeterministicAutomatonByThompsonApproach(
                con.createAutomatonFromTwoAutomata(a1, a2));
View Full Code Here
20
21
22
23
24
25
26
27
28
29
30
31
32
33
     * Test metody createAutomatonFromOneAutomaton
     * z automatem z jednym stanem.
     */
    public final void testCreateAutomatonFromOneAutomaton1() {

        AutomatonSpecification subautomaton = new NaiveAutomatonSpecification();
        State q0 = subautomaton.addState();
        subautomaton.markAsInitial(q0);
        subautomaton.markAsFinal(q0);

        DoNothingOperator operator = new DoNothingOperator();
        NondeterministicAutomatonByThompsonApproach automaton =
                new NondeterministicAutomatonByThompsonApproach(
                operator.createAutomatonFromOneAutomaton(subautomaton));
View Full Code Here
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
     * Test metody createAutomatonFromOneAutomaton
     * z automatem z kilkoma stanami i przejściami.
     */
    public final void testCreateAutomatonFromOneAutomaton2() {

        AutomatonSpecification subautomaton = new NaiveAutomatonSpecification();
        State q0 = subautomaton.addState();
        State q1 = subautomaton.addState();
        State q2 = subautomaton.addState();
        subautomaton.addTransition(q0, q1, new CharTransitionLabel('a'));
        subautomaton.addLoop(q1, new CharTransitionLabel('b'));
        subautomaton.addTransition(q1, q2, new CharTransitionLabel('a'));
        subautomaton.markAsInitial(q0);
        subautomaton.markAsFinal(q2);

        DoNothingOperator operator = new DoNothingOperator();
        NondeterministicAutomatonByThompsonApproach automaton =
                new NondeterministicAutomatonByThompsonApproach(
                operator.createAutomatonFromOneAutomaton(subautomaton));
View Full Code Here
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
     * nie zgadza się arność.
     */
    public final void testArityException() {
        RegexpOperator operator = new NullaryRegexpOperator() {
                public AutomatonSpecification createFixedAutomaton() {
                    return new NaiveAutomatonSpecification();
                }
            };

        List<AutomatonSpecification> oneElementList
            = Arrays.<AutomatonSpecification>asList(
                new NaiveAutomatonSpecification());

        boolean thrown = false;
        try {
            operator.createAutomaton(oneElementList);
        } catch (IllegalArgumentException e) {
View Full Code Here
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
    /**
     * Test metody createAutomatonFromTwoAutomaton.
     */
    public final void testCreateAutomatonFromTwoAutomata() {

        AutomatonSpecification automaton1 = new NaiveAutomatonSpecification();
        State q0 = automaton1.addState();
        State q1 = automaton1.addState();
        automaton1.addTransition(q0, q1, new CharTransitionLabel('a'));
        automaton1.markAsInitial(q0);
        automaton1.markAsFinal(q1);

        AutomatonSpecification automaton2 = new NaiveAutomatonSpecification();
        State q2 = automaton2.addState();
        State q3 = automaton2.addState();
        automaton2.addTransition(q2, q3, new CharTransitionLabel('k'));
        automaton2.markAsInitial(q2);
        automaton2.markAsFinal(q3);

        AnyOrderOperator operator = new AnyOrderOperator();
        NondeterministicAutomatonByThompsonApproach result =
                new NondeterministicAutomatonByThompsonApproach(
                operator.createAutomatonFromTwoAutomata(automaton1, automaton2));

        assertTrue(result.accepts("ak"));
        assertTrue(result.accepts("ka"));
        assertFalse(result.accepts("a"));
        assertFalse(result.accepts("k"));
        assertFalse(result.accepts(""));

        AutomatonSpecification automaton3 = new NaiveAutomatonSpecification();
        State q4 = automaton3.addState();
        State q5 = automaton3.addState();
        automaton3.addTransition(q4, q5, new EpsilonTransitionLabel());
        automaton3.markAsInitial(q4);
        automaton3.markAsFinal(q5);

        AutomatonSpecification automaton4 = new NaiveAutomatonSpecification();
        State q6 = automaton2.addState();
        State q7 = automaton2.addState();
        automaton2.addTransition(q6, q7, new EpsilonTransitionLabel());
        automaton2.markAsInitial(q6);
        automaton2.markAsFinal(q7);
View Full Code Here
TOP

Related Classes of pl.edu.amu.wmi.daut.base.NaiveAutomatonSpecification$NaiveState

  • pl.edu.amu.wmi.daut.re.AnyCharOperator
  • pl.edu.amu.wmi.daut.re.AnyOrderOperator
  • pl.edu.amu.wmi.daut.re.AnyStringOperator
  • pl.edu.amu.wmi.daut.re.AsciiCharacterClassOperator
  • pl.edu.amu.wmi.daut.re.BellCharacterOperator
  • pl.edu.amu.wmi.daut.re.CarriageReturnOperator
  • pl.edu.amu.wmi.daut.re.CharClassOperator
  • pl.edu.amu.wmi.daut.re.DigitOperator
  • pl.edu.amu.wmi.daut.re.EscapeOperator
  • pl.edu.amu.wmi.daut.re.FixedNumberOfOccurrencesOperator
    • Copyright © 2018 www.massapicom. All rights reserved.
    All source code are property of their respective owners. Java is a trademark of Sun Microsystems, Inc and owned by ORACLE Inc. Contact coftware#gmail.com.