source: josm/trunk/test/unit/org/openstreetmap/josm/corrector/ReverseWayTagCorrectorTest.java@ 13812

Last change on this file since 13812 was 11921, checked in by Don-vip, 7 years ago

improve unit test coverage of utilities classes thanks to https://trajano.github.io/commons-testing

  • Property svn:eol-style set to native
File size: 8.6 KB
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1// License: GPL. For details, see LICENSE file.
2package org.openstreetmap.josm.corrector;
3
4import java.util.Collections;
5import java.util.List;
6import java.util.Map;
7import java.util.stream.Stream;
8
9import org.junit.Assert;
10import org.junit.Rule;
11import org.junit.Test;
12import org.openstreetmap.josm.data.correction.TagCorrection;
13import org.openstreetmap.josm.data.osm.Node;
14import org.openstreetmap.josm.data.osm.OsmPrimitive;
15import org.openstreetmap.josm.data.osm.OsmUtils;
16import org.openstreetmap.josm.data.osm.Tag;
17import org.openstreetmap.josm.data.osm.Way;
18import org.openstreetmap.josm.testutils.JOSMTestRules;
19
20import edu.umd.cs.findbugs.annotations.SuppressFBWarnings;
21import net.trajano.commons.testing.UtilityClassTestUtil;
22
23/**
24 * Unit tests of {@link ReverseWayTagCorrector} class.
25 */
26public class ReverseWayTagCorrectorTest {
27
28 /**
29 * Setup test.
30 */
31 @Rule
32 @SuppressFBWarnings(value = "URF_UNREAD_PUBLIC_OR_PROTECTED_FIELD")
33 public JOSMTestRules test = new JOSMTestRules();
34
35 /**
36 * Tests that {@code ReverseWayTagCorrector.TagSwitcher} satisfies utility class criterias.
37 * @throws ReflectiveOperationException if an error occurs
38 */
39 @Test
40 public void testUtilityClass() throws ReflectiveOperationException {
41 UtilityClassTestUtil.assertUtilityClassWellDefined(ReverseWayTagCorrector.TagSwitcher.class);
42 }
43
44 /**
45 * Test of {@link ReverseWayTagCorrector.TagSwitcher#apply} method.
46 */
47 @Test
48 public void testTagSwitch() {
49 // oneway
50 assertSwitch(new Tag("oneway", "yes"), new Tag("oneway", "-1"));
51 assertSwitch(new Tag("oneway", "true"), new Tag("oneway", "-1"));
52 assertSwitch(new Tag("oneway", "-1"), new Tag("oneway", "yes"));
53 assertSwitch(new Tag("oneway", "no"), new Tag("oneway", "no"));
54 assertSwitch(new Tag("oneway", "something"), new Tag("oneway", "something"));
55 // incline/direction
56 for (String k : new String[]{"incline", "direction"}) {
57 assertSwitch(new Tag(k, "up"), new Tag(k, "down"));
58 assertSwitch(new Tag(k, "down"), new Tag(k, "up"));
59 assertSwitch(new Tag(k, "something"), new Tag(k, "something"));
60 }
61 // direction=forward/backward/...
62 assertSwitch(new Tag("direction", "forward"), new Tag("direction", "backward"));
63 assertSwitch(new Tag("direction", "backward"), new Tag("direction", "forward"));
64 assertSwitch(new Tag("direction", "north"), new Tag("direction", "south"));
65 // :left/:right with oneway (see #10977)
66 assertSwitch(new Tag("cycleway:left:oneway", "-1"), new Tag("cycleway:right:oneway", "yes"));
67 // :forward/:backward (see #8518)
68 assertSwitch(new Tag("turn:forward", "right"), new Tag("turn:backward", "right"));
69 assertSwitch(new Tag("change:forward", "not_right"), new Tag("change:backward", "not_right"));
70 assertSwitch(new Tag("placement:forward", "right_of:1"), new Tag("placement:backward", "right_of:1"));
71 assertSwitch(new Tag("turn:lanes:forward", "left|right"), new Tag("turn:lanes:backward", "left|right"));
72 assertSwitch(new Tag("change:lanes:forward", "not_right|only_left"), new Tag("change:lanes:backward", "not_right|only_left"));
73 // keys
74 assertSwitch(new Tag("forward", "something"), new Tag("backward", "something"));
75 assertSwitch(new Tag("backward", "something"), new Tag("forward", "something"));
76 assertSwitch(new Tag("up", "something"), new Tag("down", "something"));
77 assertSwitch(new Tag("down", "something"), new Tag("up", "something"));
78 assertSwitch(new Tag("east", "something"), new Tag("west", "something"));
79 assertSwitch(new Tag("west", "something"), new Tag("east", "something"));
80 assertSwitch(new Tag("south", "something"), new Tag("north", "something"));
81 assertSwitch(new Tag("north", "something"), new Tag("south", "something"));
82 // values
83 assertSwitch(new Tag("something", "forward"), new Tag("something", "backward"));
84 assertSwitch(new Tag("something", "backward"), new Tag("something", "forward"));
85 assertSwitch(new Tag("something", "up"), new Tag("something", "down"));
86 assertSwitch(new Tag("something", "down"), new Tag("something", "up"));
87 assertSwitch(new Tag("something", "east"), new Tag("something", "west"));
88 assertSwitch(new Tag("something", "west"), new Tag("something", "east"));
89 assertSwitch(new Tag("something", "south"), new Tag("something", "north"));
90 assertSwitch(new Tag("something", "north"), new Tag("something", "south"));
91 // value[:_]suffix
92 assertSwitch(new Tag("something", "forward:suffix"), new Tag("something", "backward:suffix"));
93 assertSwitch(new Tag("something", "backward_suffix"), new Tag("something", "forward_suffix"));
94 assertSwitch(new Tag("something", "up:suffix"), new Tag("something", "down:suffix"));
95 assertSwitch(new Tag("something", "down_suffix"), new Tag("something", "up_suffix"));
96 assertSwitch(new Tag("something", "east:suffix"), new Tag("something", "west:suffix"));
97 assertSwitch(new Tag("something", "west_suffix"), new Tag("something", "east_suffix"));
98 assertSwitch(new Tag("something", "south:suffix"), new Tag("something", "north:suffix"));
99 assertSwitch(new Tag("something", "north_suffix"), new Tag("something", "south_suffix"));
100 // prefix[:_]value
101 assertSwitch(new Tag("something", "prefix:forward"), new Tag("something", "prefix:backward"));
102 assertSwitch(new Tag("something", "prefix_backward"), new Tag("something", "prefix_forward"));
103 assertSwitch(new Tag("something", "prefix:up"), new Tag("something", "prefix:down"));
104 assertSwitch(new Tag("something", "prefix_down"), new Tag("something", "prefix_up"));
105 assertSwitch(new Tag("something", "prefix:east"), new Tag("something", "prefix:west"));
106 assertSwitch(new Tag("something", "prefix_west"), new Tag("something", "prefix_east"));
107 assertSwitch(new Tag("something", "prefix:south"), new Tag("something", "prefix:north"));
108 assertSwitch(new Tag("something", "prefix_north"), new Tag("something", "prefix_south"));
109 // prefix[:_]value[:_]suffix
110 assertSwitch(new Tag("something", "prefix:forward:suffix"), new Tag("something", "prefix:backward:suffix"));
111 assertSwitch(new Tag("something", "prefix_backward:suffix"), new Tag("something", "prefix_forward:suffix"));
112 assertSwitch(new Tag("something", "prefix:up_suffix"), new Tag("something", "prefix:down_suffix"));
113 assertSwitch(new Tag("something", "prefix_down_suffix"), new Tag("something", "prefix_up_suffix"));
114 assertSwitch(new Tag("something", "prefix:east:suffix"), new Tag("something", "prefix:west:suffix"));
115 assertSwitch(new Tag("something", "prefix_west:suffix"), new Tag("something", "prefix_east:suffix"));
116 assertSwitch(new Tag("something", "prefix:south_suffix"), new Tag("something", "prefix:north_suffix"));
117 assertSwitch(new Tag("something", "prefix_north_suffix"), new Tag("something", "prefix_south_suffix"));
118 // #8499
119 assertSwitch(new Tag("type", "drawdown"), new Tag("type", "drawdown"));
120 }
121
122 private void assertSwitch(Tag oldTag, Tag newTag) {
123 Assert.assertEquals(ReverseWayTagCorrector.TagSwitcher.apply(oldTag), newTag);
124 }
125
126 private Map<OsmPrimitive, List<TagCorrection>> getTagCorrectionsForWay(String middleNodeTags) {
127 final OsmPrimitive n1 = OsmUtils.createPrimitive("node");
128 final OsmPrimitive n2 = OsmUtils.createPrimitive("node " + middleNodeTags);
129 final OsmPrimitive n3 = OsmUtils.createPrimitive("node");
130 final Way w = new Way();
131 Stream.of(n1, n2, n3).map(Node.class::cast).forEach(w::addNode);
132 return ReverseWayTagCorrector.getTagCorrectionsMap(w);
133 }
134
135 /**
136 * Test tag correction on way nodes
137 */
138 @Test
139 public void testSwitchingWayNodes() {
140 final Map<OsmPrimitive, List<TagCorrection>> tagCorrections = getTagCorrectionsForWay("direction=forward");
141 Assert.assertEquals(1, tagCorrections.size());
142 Assert.assertEquals(Collections.singletonList(new TagCorrection("direction", "forward", "direction", "backward")),
143 tagCorrections.values().iterator().next());
144 }
145
146 /**
147 * Test tag correction on way nodes are not applied for absolute values such as compass cardinal directions
148 */
149 @Test
150 public void testNotSwitchingWayNodes() {
151 Assert.assertEquals(0, getTagCorrectionsForWay("direction=SSW").size());
152 Assert.assertEquals(0, getTagCorrectionsForWay("direction=145").size());
153 }
154}
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