File path: /hibernate-distribution-3.3.2.GA/project/cache-jbosscache2/src/test/java/org/hibernate/test/cache/jbc2/entity/AbstractEntityRegionAccessStrategyTestCase.java | File path: /hibernate-distribution-3.3.2.GA/project/cache-jbosscache2/src/test/java/org/hibernate/test/cache/jbc2/collection/AbstractCollectionRegionAccessStrategyTestCase.java | |||
Method name: void evictOrRemoveAllTest(boolean)
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Method name: void evictOrRemoveAllTest(boolean)
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Number of AST nodes: 56 | Number of AST nodes: 55 | |||
1 | final String KEY = KEY_BASE + testCount++;↵ | 1 | final String KEY = KEY_BASE + testCount++;↵ | |
2 | ↵ | 2 | ↵ | |
3 | Fqn regionFqn = getRegionFqn(REGION_NAME, REGION_PREFIX);↵ | 3 | Fqn regionFqn = getRegionFqn(REGION_NAME, REGION_PREFIX);↵ | |
4 | ↵ | 4 | ↵ | |
5 | Node regionRoot = localCache.getRoot().getChild(regionFqn);↵ | 5 | Node regionRoot = localCache.getRoot().getChild(regionFqn);↵ | |
6 | assertFalse(regionRoot == null);↵ | 6 | assertFalse(regionRoot == null);↵ | |
7 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | 7 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | |
8 | assertTrue(regionRoot.isResident());↵ | 8 | assertTrue(regionRoot.isResident());↵ | |
9 | ↵ | 9 | ↵ | |
10 | if (isUsingOptimisticLocking()) {↵ | 10 | if (isUsingOptimisticLocking()) {↵ | |
11 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | 11 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | |
12 | }↵ | 12 | }↵ | |
13 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | 13 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | |
14 | assertFalse(regionRoot == null);↵ | 14 | assertFalse(regionRoot == null);↵ | |
15 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | 15 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | |
16 | assertTrue(regionRoot.isResident());↵ | 16 | assertTrue(regionRoot.isResident());↵ | |
17 | ↵ | 17 | ↵ | |
18 | if (isUsingOptimisticLocking()) {↵ | 18 | if (isUsingOptimisticLocking()) {↵ | |
19 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | 19 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | |
20 | }↵ | 20 | }↵ | |
21 | ↵ | 21 | ↵ | |
22 | assertNull("local is clean", localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 22 | assertNull("local is clean", localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
23 | assertNull("remote is clean", remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 23 | assertNull("remote is clean", remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
24 | ↵ | 24 | ↵ | |
25 | localAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1));↵ | 25 | localAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1));↵ | |
26 | assertEquals(VALUE1, localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 26 | assertEquals(VALUE1, localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
27 | ↵ | |||
28 | // Wait for async propagation↵ | |||
29 | sleep(250);↵ | |||
30 | ↵ | |||
31 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1));↵ | 27 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1));↵ | |
32 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 28 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
33 | ↵ | 29 | ↵ | |
34 | // Wait for async propagation↵ | 30 | // Wait for async propagation↵ | |
35 | sleep(250);↵ | 31 | sleep(250);↵ | |
36 | ↵ | 32 | ↵ | |
37 | if (isUsingOptimisticLocking()) {↵ | 33 | if (isUsingOptimisticLocking()) {↵ | |
38 | regionRoot = localCache.getRoot().getChild(regionFqn);↵ | 34 | regionRoot = localCache.getRoot().getChild(regionFqn);↵ | |
39 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | 35 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | |
40 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | 36 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | |
41 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | 37 | assertEquals(NonLockingDataVersion.class, ((NodeSPI) regionRoot).getVersion().getClass());↵ | |
42 | }↵ | 38 | }↵ | |
43 | ↵ | 39 | ↵ | |
44 | if (evict)↵ | 40 | if (evict)↵ | |
45 | localAccessStrategy.evictAll();↵ | 41 | localAccessStrategy.evictAll();↵ | |
46 | else↵ | 42 | else↵ | |
47 | localAccessStrategy.removeAll();↵ | 43 | localAccessStrategy.removeAll();↵ | |
48 | ↵ | 44 | ↵ | |
49 | // This should re-establish the region root node in the optimistic case↵ | 45 | // This should re-establish the region root node in the optimistic case↵ | |
50 | assertNull(localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 46 | assertNull(localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
51 | ↵ | 47 | ↵ | |
52 | regionRoot = localCache.getRoot().getChild(regionFqn);↵ | 48 | regionRoot = localCache.getRoot().getChild(regionFqn);↵ | |
53 | if (isUsingOptimisticLocking()) {↵ | 49 | if (isUsingOptimisticLocking()) {↵ | |
54 | assertFalse(regionRoot == null);↵ | 50 | assertFalse(regionRoot == null);↵ | |
55 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | 51 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | |
56 | assertTrue(regionRoot.isValid());↵ | 52 | assertTrue(regionRoot.isValid());↵ | |
57 | assertTrue(regionRoot.isResident());↵ | 53 | assertTrue(regionRoot.isResident());↵ | |
58 | }↵ | 54 | }↵ | |
59 | else {↵ | 55 | else {↵ | |
60 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid());↵ | 56 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid());↵ | |
61 | }↵ | 57 | }↵ | |
62 | // Re-establishing the region root on the local node doesn't ↵ | 58 | // Re-establishing the region root on the local node doesn't ↵ | |
63 | // propagate it to other nodes. Do a get on the remote node to re-establish↵ | 59 | // propagate it to other nodes. Do a get on the remote node to re-establish↵ | |
60 | // This only adds a node in the case of optimistic locking↵ | |||
64 | assertEquals(null, remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 61 | assertEquals(null, remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
65 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | 62 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | |
66 | if (isUsingOptimisticLocking()) {↵ | 63 | if (isUsingOptimisticLocking()) {↵ | |
67 | assertFalse(regionRoot == null);↵ | 64 | assertFalse(regionRoot == null);↵ | |
68 | assertTrue(regionRoot.isValid());↵ | 65 | assertTrue(regionRoot.isValid());↵ | |
69 | assertTrue(regionRoot.isResident());↵ | 66 | assertTrue(regionRoot.isResident());↵ | |
70 | // Not invalidation, so we didn't insert a child above↵ | 67 | // Not invalidation, so we didn't insert a child above↵ | |
71 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | 68 | assertEquals(0, getValidChildrenCount(regionRoot));↵ | |
72 | } ↵ | 69 | } ↵ | |
73 | else {↵ | 70 | else {↵ | |
74 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid());↵ | 71 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid());↵ | |
75 | }↵ | 72 | }↵ | |
76 | ↵ | 73 | ↵ | |
77 | // Test whether the get above messes up the optimistic version↵ | 74 | // Test whether the get above messes up the optimistic version↵ | |
78 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1));↵ | 75 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1));↵ | |
79 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 76 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
80 | ↵ | 77 | ↵ | |
81 | // Revalidate the region root↵ | 78 | // Revalidate the region root↵ | |
82 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | 79 | regionRoot = remoteCache.getRoot().getChild(regionFqn);↵ | |
83 | assertFalse(regionRoot == null);↵ | 80 | assertFalse(regionRoot == null);↵ | |
84 | assertTrue(regionRoot.isValid());↵ | 81 | assertTrue(regionRoot.isValid());↵ | |
85 | assertTrue(regionRoot.isResident());↵ | 82 | assertTrue(regionRoot.isResident());↵ | |
86 | // Region root should have 1 child -- the one we added above↵ | 83 | // Region root should have 1 child -- the one we added above↵ | |
87 | assertEquals(1, getValidChildrenCount(regionRoot));↵ | 84 | assertEquals(1, getValidChildrenCount(regionRoot));↵ | |
88 | ↵ | 85 | ↵ | |
89 | // Wait for async propagation↵ | 86 | // Wait for async propagation of the putFromLoad↵ | |
90 | sleep(250);↵ | 87 | sleep(250);↵ | |
91 | ↵ | 88 | ↵ | |
92 | assertEquals("local is correct", (isUsingInvalidation() ? null : VALUE1), localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | 89 | assertEquals("local is correct", (isUsingInvalidation() ? null : VALUE1), localAccessStrategy.get(KEY, System.currentTimeMillis()));↵ | |
93 | assertEquals("remote is correct", VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); | 90 |
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See real code fragment | See real code fragment |
Number of common nesting structure subtrees | 1 |
Number of refactorable cases | 0 |
Number of non-refactorable cases | 1 |
Time elapsed for finding largest common nesting structure subtrees (ms) | 1.8 |
Clones location | Clones are in different classes having the same super class |
Number of node comparisons | 588 |
Number of mapped statements | 55 |
Number of unmapped statements in the first code fragment | 1 |
Number of unmapped statements in the second code fragment | 0 |
Time elapsed for statement mapping (ms) | 67.8 |
Clone type | Type 3 |
ID | Statement | ID | Statement | ||||||||||||
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1 | final String KEY = KEY_BASE + testCount++; | 1 | final String KEY = KEY_BASE + testCount++; | ||||||||||||
2 | Fqn regionFqn = getRegionFqn(REGION_NAME, REGION_PREFIX); | 2 | Fqn regionFqn = getRegionFqn(REGION_NAME, REGION_PREFIX); | ||||||||||||
3 | Node regionRoot = localCache.getRoot().getChild(regionFqn); | 3 | Node regionRoot = localCache.getRoot().getChild(regionFqn); | ||||||||||||
4 | assertFalse(regionRoot == null); | 4 | assertFalse(regionRoot == null); | ||||||||||||
5 | assertEquals(0, getValidChildrenCount(regionRoot)); | 5 | assertEquals(0, getValidChildrenCount(regionRoot)); | ||||||||||||
6 | assertTrue(regionRoot.isResident()); | 6 | assertTrue(regionRoot.isResident()); | ||||||||||||
7 | if (isUsingOptimisticLocking()) | 7 | if (isUsingOptimisticLocking()) | ||||||||||||
8 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | 8 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | ||||||||||||
9 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | 9 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | ||||||||||||
10 | assertFalse(regionRoot == null); | 10 | assertFalse(regionRoot == null); | ||||||||||||
11 | assertEquals(0, getValidChildrenCount(regionRoot)); | 11 | assertEquals(0, getValidChildrenCount(regionRoot)); | ||||||||||||
12 | assertTrue(regionRoot.isResident()); | 12 | assertTrue(regionRoot.isResident()); | ||||||||||||
13 | if (isUsingOptimisticLocking()) | 13 | if (isUsingOptimisticLocking()) | ||||||||||||
14 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | 14 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | ||||||||||||
15 | assertNull("local is clean", localAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 15 | assertNull("local is clean", localAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
16 | assertNull("remote is clean", remoteAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 16 | assertNull("remote is clean", remoteAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
17 | localAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1)); |
| 17 | localAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1)); | |||||||||||
18 | assertEquals(VALUE1, localAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 18 | assertEquals(VALUE1, localAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
19 | sleep(250); | | |||||||||||||
20 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1)); |
| 19 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1)); | |||||||||||
21 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 20 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
22 | sleep(250); | 21 | sleep(250); | ||||||||||||
23 | if (isUsingOptimisticLocking()) | 22 | if (isUsingOptimisticLocking()) | ||||||||||||
24 | regionRoot = localCache.getRoot().getChild(regionFqn); | 23 | regionRoot = localCache.getRoot().getChild(regionFqn); | ||||||||||||
25 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | 24 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | ||||||||||||
26 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | 25 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | ||||||||||||
27 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | 26 | assertEquals(NonLockingDataVersion.class, ((NodeSPI)regionRoot).getVersion().getClass()); | ||||||||||||
28 | if (evict) | 27 | if (evict) | ||||||||||||
29 | localAccessStrategy.evictAll(); |
| 28 | localAccessStrategy.evictAll(); | |||||||||||
else | else | ||||||||||||||
30 | localAccessStrategy.removeAll(); |
| 29 | localAccessStrategy.removeAll(); | |||||||||||
31 | assertNull(localAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 30 | assertNull(localAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
32 | regionRoot = localCache.getRoot().getChild(regionFqn); | 31 | regionRoot = localCache.getRoot().getChild(regionFqn); | ||||||||||||
33 | if (isUsingOptimisticLocking()) | 32 | if (isUsingOptimisticLocking()) | ||||||||||||
34 | assertFalse(regionRoot == null); | 33 | assertFalse(regionRoot == null); | ||||||||||||
35 | assertEquals(0, getValidChildrenCount(regionRoot)); | 34 | assertEquals(0, getValidChildrenCount(regionRoot)); | ||||||||||||
36 | assertTrue(regionRoot.isValid()); | 35 | assertTrue(regionRoot.isValid()); | ||||||||||||
37 | assertTrue(regionRoot.isResident()); | 36 | assertTrue(regionRoot.isResident()); | ||||||||||||
else | else | ||||||||||||||
38 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid()); | 37 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid()); | ||||||||||||
39 | assertEquals(null, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 38 | assertEquals(null, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
40 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | 39 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | ||||||||||||
41 | if (isUsingOptimisticLocking()) | 40 | if (isUsingOptimisticLocking()) | ||||||||||||
42 | assertFalse(regionRoot == null); | 41 | assertFalse(regionRoot == null); | ||||||||||||
43 | assertTrue(regionRoot.isValid()); | 42 | assertTrue(regionRoot.isValid()); | ||||||||||||
44 | assertTrue(regionRoot.isResident()); | 43 | assertTrue(regionRoot.isResident()); | ||||||||||||
45 | assertEquals(0, getValidChildrenCount(regionRoot)); | 44 | assertEquals(0, getValidChildrenCount(regionRoot)); | ||||||||||||
else | else | ||||||||||||||
46 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid()); | 45 | assertTrue("region root is removed", regionRoot == null || !regionRoot.isValid()); | ||||||||||||
47 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1)); |
| 46 | remoteAccessStrategy.putFromLoad(KEY, VALUE1, System.currentTimeMillis(), new Integer(1)); | |||||||||||
48 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 47 | assertEquals(VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
49 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | 48 | regionRoot = remoteCache.getRoot().getChild(regionFqn); | ||||||||||||
50 | assertFalse(regionRoot == null); | 49 | assertFalse(regionRoot == null); | ||||||||||||
51 | assertTrue(regionRoot.isValid()); | 50 | assertTrue(regionRoot.isValid()); | ||||||||||||
52 | assertTrue(regionRoot.isResident()); | 51 | assertTrue(regionRoot.isResident()); | ||||||||||||
53 | assertEquals(1, getValidChildrenCount(regionRoot)); | 52 | assertEquals(1, getValidChildrenCount(regionRoot)); | ||||||||||||
54 | sleep(250); | 53 | sleep(250); | ||||||||||||
55 | assertEquals("local is correct", (isUsingInvalidation() ? null : VALUE1), localAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 54 | assertEquals("local is correct", (isUsingInvalidation() ? null : VALUE1), localAccessStrategy.get(KEY, System.currentTimeMillis())); | |||||||||||
56 | assertEquals("remote is correct", VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); |
| 55 | assertEquals("remote is correct", VALUE1, remoteAccessStrategy.get(KEY, System.currentTimeMillis())); |
Row | Violation |
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1 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
2 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |
3 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
4 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
5 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |
6 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |
7 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
8 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
9 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
10 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |
11 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |
12 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |
13 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable localAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable localAccessStrategy |
14 | Type org.hibernate.cache.access.EntityRegionAccessStrategy of variable remoteAccessStrategy does not match with type org.hibernate.cache.access.CollectionRegionAccessStrategy of variable remoteAccessStrategy |