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gerrit.onosproject.org / trellis-control / 71284629cc96dbda413bba50e58b18ef991428e5 / . / app / src / test / java / org / onosproject / segmentrouting / grouphandler / DestinationSetTest.java
blob: f890852fa0495bb47e38a85ecff8623be030fbdc [file] [log] [blame]
Saurav Das261c3002017-06-13 15:35:54 -0700[diff] [blame]1/*
2 * Copyright 2017-present Open Networking Foundation
3 *
4 * Licensed under the Apache License, Version 2.0 (the "License");
5 * you may not use this file except in compliance with the License.
6 * You may obtain a copy of the License at
7 *
8 * http://www.apache.org/licenses/LICENSE-2.0
9 *
10 * Unless required by applicable law or agreed to in writing, software
11 * distributed under the License is distributed on an "AS IS" BASIS,
12 * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
13 * See the License for the specific language governing permissions and
14 * limitations under the License.
15 */
16package org.onosproject.segmentrouting.grouphandler;
17
18import org.junit.Before;
19import org.junit.Test;
20import org.onosproject.net.DeviceId;
21
22import static org.junit.Assert.assertFalse;
23import static org.junit.Assert.assertTrue;
24
25public class DestinationSetTest {
26 DestinationSet ds1, ds2, ds3, ds4;
27 DeviceId d201, d202;
28 int el201, el202;
29
30 @Before
31 public void setUp() {
32 d201 = DeviceId.deviceId("of:0000000000000201");
33 d202 = DeviceId.deviceId("of:0000000000000202");
34 el201 = 201;
35 el202 = 202;
36 ds1 = new DestinationSet(false, d201);
37 ds2 = new DestinationSet(false, el201, d201);
38 ds3 = new DestinationSet(false, el201, d201, el202, d202);
39 ds4 = new DestinationSet(false,
40 DestinationSet.NO_EDGE_LABEL, d201,
41 DestinationSet.NO_EDGE_LABEL, d202);
42 }
43
44 @Test
45 public void testIsValid() {
46 assertTrue(!ds1.mplsSet());
47 assertTrue(ds1.getEdgeLabel(d201) == DestinationSet.NO_EDGE_LABEL);
48 assertTrue(ds1.getDestinationSwitches().size() == 1);
49
50 assertTrue(!ds2.mplsSet());
51 assertTrue(ds2.getEdgeLabel(d201) == el201);
52 assertTrue(ds2.getDestinationSwitches().size() == 1);
53
54 assertTrue(!ds3.mplsSet());
55 assertTrue(ds3.getEdgeLabel(d201) == el201);
56 assertTrue(ds3.getEdgeLabel(d202) == el202);
57 assertTrue(ds3.getDestinationSwitches().size() == 2);
58
59 assertTrue(!ds4.mplsSet());
60 assertTrue(ds4.getEdgeLabel(d201) == DestinationSet.NO_EDGE_LABEL);
61 assertTrue(ds4.getEdgeLabel(d202) == DestinationSet.NO_EDGE_LABEL);
62 assertTrue(ds4.getDestinationSwitches().size() == 2);
63
64 assertFalse(ds1.equals(ds2));
65 assertFalse(ds1.equals(ds4));
66 assertFalse(ds3.equals(ds4));
67 assertFalse(ds2.equals(ds3));
68 }
69
70
71 @Test
72 public void testOneDestinationWithoutLabel() {
73 DestinationSet testds = new DestinationSet(false, d201);
74 assertTrue(testds.equals(ds1)); // match
75
76 testds = new DestinationSet(true, d201);
77 assertFalse(testds.equals(ds1)); //wrong mplsSet
78
79 testds = new DestinationSet(false, d202);
80 assertFalse(testds.equals(ds1)); //wrong device
81
82 testds = new DestinationSet(false, el201, d201);
83 assertFalse(testds.equals(ds1)); // wrong label
84
85 testds = new DestinationSet(false, -1, d201, -1, d202);
86 assertFalse(testds.equals(ds1)); // 2-devs should not match
87 }
88
89
90
91 @Test
92 public void testOneDestinationWithLabel() {
93 DestinationSet testds = new DestinationSet(false, 203, d202);
94 assertFalse(testds.equals(ds2)); //wrong label
95
96 testds = new DestinationSet(true, 201, d201);
97 assertFalse(testds.equals(ds2)); //wrong mplsSet
98
99 testds = new DestinationSet(false, 201, d202);
100 assertFalse(testds.equals(ds2)); //wrong device
101
102 testds = new DestinationSet(false, 201, DeviceId.deviceId("of:0000000000000201"));
103 assertTrue(testds.equals(ds2)); // match
104
105 testds = new DestinationSet(false, d201);
106 assertFalse(testds.equals(ds2)); // wrong label
107
108 testds = new DestinationSet(false, el201, d201, el202, d202);
109 assertFalse(testds.equals(ds1)); // 2-devs should not match
110 }
111
112 @Test
113 public void testDestPairWithLabel() {
114 DestinationSet testds = new DestinationSet(false, el201, d201, el202, d202);
115 assertTrue(testds.equals(ds3)); // match same switches, same order
116 assertTrue(testds.hashCode() == ds3.hashCode());
117
118 testds = new DestinationSet(false, el202, d202, el201, d201);
119 assertTrue(testds.equals(ds3)); // match same switches, order reversed
120 assertTrue(testds.hashCode() == ds3.hashCode());
121
122 testds = new DestinationSet(false, el202, d202);
123 assertFalse(testds.equals(ds3)); // one less switch should not match
124 assertFalse(testds.hashCode() == ds3.hashCode());
125
126 testds = new DestinationSet(false, el201, d201);
127 assertFalse(testds.equals(ds3)); // one less switch should not match
128 assertFalse(testds.hashCode() == ds3.hashCode());
129
130 testds = new DestinationSet(false, el201, d201, 0, DeviceId.NONE);
131 assertFalse(testds.equals(ds3)); // one less switch should not match
132 assertFalse(testds.hashCode() == ds3.hashCode());
133
134 testds = new DestinationSet(false, el201, d202, el201, d201);
135 assertFalse(testds.equals(ds3)); // wrong labels
136 assertFalse(testds.hashCode() == ds3.hashCode());
137
138 testds = new DestinationSet(true, el202, d202, el201, d201);
139 assertFalse(testds.equals(ds3)); // wrong mpls set
140 assertFalse(testds.hashCode() == ds3.hashCode());
141
142 testds = new DestinationSet(false, el202, d202, el201, d202);
143 assertFalse(testds.equals(ds3)); // wrong device
144 assertFalse(testds.hashCode() == ds3.hashCode());
145
146 testds = new DestinationSet(false,
147 el202, DeviceId.deviceId("of:0000000000000205"),
148 el201, d201);
149 assertFalse(testds.equals(ds3)); // wrong device
150 assertFalse(testds.hashCode() == ds3.hashCode());
151 }
152
153 @Test
154 public void testDestPairWithoutLabel() {
155 DestinationSet testds = new DestinationSet(false, -1, d201, -1, d202);
156 assertTrue(testds.equals(ds4)); // match same switches, same order
157 assertTrue(testds.hashCode() == ds4.hashCode());
158
159 testds = new DestinationSet(false, -1, d202, -1, d201);
160 assertTrue(testds.equals(ds4)); // match same switches, order reversed
161 assertTrue(testds.hashCode() == ds4.hashCode());
162
163 testds = new DestinationSet(false, -1, d202);
164 assertFalse(testds.equals(ds4)); // one less switch should not match
165 assertFalse(testds.hashCode() == ds4.hashCode());
166
167 testds = new DestinationSet(false, -1, d201);
168 assertFalse(testds.equals(ds4)); // one less switch should not match
169 assertFalse(testds.hashCode() == ds4.hashCode());
170
171 testds = new DestinationSet(false, -1, d201, 0, DeviceId.NONE);
172 assertFalse(testds.equals(ds4)); // one less switch should not match
173 assertFalse(testds.hashCode() == ds4.hashCode());
174
175 testds = new DestinationSet(false, el201, d201, -1, d202);
176 assertFalse(testds.equals(ds4)); // wrong labels
177 assertFalse(testds.hashCode() == ds4.hashCode());
178
179 testds = new DestinationSet(true, -1, d202, -1, d201);
180 assertFalse(testds.equals(ds4)); // wrong mpls set
181 assertFalse(testds.hashCode() == ds4.hashCode());
182
183 testds = new DestinationSet(false, -1, d202, -1, d202);
184 assertFalse(testds.equals(ds4)); // wrong device
185 assertFalse(testds.hashCode() == ds4.hashCode());
186
187 testds = new DestinationSet(false,
188 -1, DeviceId.deviceId("of:0000000000000205"),
189 -1, d201);
190 assertFalse(testds.equals(ds4)); // wrong device
191 assertFalse(testds.hashCode() == ds4.hashCode());
192 }
193
194}