GCC Code Coverage Report

Directory: ./
Coverage: low: ≥ 0% medium: ≥ 75.0% high: ≥ 90.0%
Coverage Exec / Excl / Total
Lines: 100.0% 199 / 0 / 199
Functions: 100.0% 9 / 0 / 9
Branches: 51.2% 84 / 0 / 164
tests/vector-reader.c
Line Branch Exec Source
1 #undef G_DISABLE_ASSERT
2
3 #include <shumate/shumate.h>
4 #include "shumate/vector/vector_tile.pb-c.h"
5
6 #define MOVE_TO 1
7 #define LINE_TO 2
8 #define CLOSE_PATH 7
9 #define CMD(op, rep) ((op & 7) | ((rep) << 3))
10 #define POINT(x, y) unzigzag (x), unzigzag (y)
11
12 static uint32_t
13 unzigzag (int value)
14 {
15 return (value << 1) ^ (value >> 31);
16 }
17
18 static VectorTile__Tile__Value *
19 6 new_string_value (const char *value)
20 {
21 6 VectorTile__Tile__Value *v = g_new0 (VectorTile__Tile__Value, 1);
22 6 vector_tile__tile__value__init (v);
23
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 6 v->string_value = g_strdup (value);
24 6 return v;
25 }
26
27 static void
28 36 set_feature_geometry (VectorTile__Tile__Feature *feature, VectorTile__Tile__GeomType geom_type, const uint32_t *geometry)
29 {
30 36 feature->type = geom_type;
31 36 feature->has_type = TRUE;
32
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 558 for (int i = 0; geometry[i] != G_MAXUINT32; i++)
33 522 feature->n_geometry++;
34
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 36 feature->geometry = g_new0 (uint32_t, feature->n_geometry);
35
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 558 for (int i = 0; i < feature->n_geometry; i++)
36 522 feature->geometry[i] = geometry[i];
37 36 }
38
39 static VectorTile__Tile__Feature *
40 36 add_feature (VectorTile__Tile__Layer *layer, uint32_t id, uint32_t *tags, uint32_t n_tags)
41 {
42 36 VectorTile__Tile__Feature *feature = g_new0 (VectorTile__Tile__Feature, 1);
43 36 vector_tile__tile__feature__init (feature);
44 36 feature->id = id;
45 36 feature->has_id = TRUE;
46 36 feature->n_tags = n_tags;
47
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 36 feature->tags = g_new0 (uint32_t, n_tags);
48
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 48 for (int i = 0; i < n_tags; i++)
49 12 feature->tags[i] = tags[i];
50 36 layer->n_features++;
51
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 36 layer->features = g_renew (VectorTile__Tile__Feature *, layer->features, layer->n_features);
52 36 layer->features[layer->n_features - 1] = feature;
53 36 return feature;
54 }
55
56 static VectorTile__Tile__Layer *
57 12 add_layer (VectorTile__Tile *tile, char *name, int extent, char **keys, VectorTile__Tile__Value **values)
58 {
59 12 VectorTile__Tile__Layer *layer = g_new0 (VectorTile__Tile__Layer, 1);
60 12 vector_tile__tile__layer__init (layer);
61
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 12 layer->name = g_strdup (name);
62 12 layer->extent = extent;
63 12 layer->has_extent = TRUE;
64 12 layer->version = 2;
65 12 layer->n_keys = g_strv_length (keys);
66
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 12 layer->keys = g_new0 (char *, layer->n_keys);
67
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 18 for (int i = 0; i < layer->n_keys; i++)
68
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 12 layer->keys[i] = g_strdup (keys[i]);
69 12 layer->n_values = g_strv_length ((char **)values);
70
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 12 layer->values = g_new0 (VectorTile__Tile__Value *, layer->n_values);
71
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 18 for (int i = 0; i < layer->n_values; i++)
72 6 layer->values[i] = values[i];
73 12 tile->n_layers++;
74
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 12 tile->layers = g_renew (VectorTile__Tile__Layer *, tile->layers, tile->n_layers);
75 12 tile->layers[tile->n_layers - 1] = layer;
76 12 return layer;
77 }
78
79 static GBytes *
80 6 create_test_tile (void)
81 {
82 6 VectorTile__Tile *tile;
83 6 VectorTile__Tile__Layer *layer;
84 6 VectorTile__Tile__Feature *feature;
85 6 uint8_t *out;
86 6 size_t out_len;
87
88 6 tile = g_new0 (VectorTile__Tile, 1);
89 6 vector_tile__tile__init (tile);
90
91 18 layer = add_layer (tile, "helloworld", 4096,
92 6 (char*[]){"hello", NULL},
93 6 (VectorTile__Tile__Value*[]){new_string_value ("world"), NULL}
94 );
95
96 /* Point feature*/
97 6 feature = add_feature (layer, 1, (uint32_t[]){0, 0}, 2);
98 6 set_feature_geometry (feature, VECTOR_TILE__TILE__GEOM_TYPE__POINT, (uint32_t[]){CMD (MOVE_TO, 1), POINT (1, 2), G_MAXUINT32});
99
100 /* MultiPoint feature */
101 6 feature = add_feature (layer, 2, (uint32_t[]){}, 0);
102 6 set_feature_geometry (feature, VECTOR_TILE__TILE__GEOM_TYPE__POINT, (uint32_t[]){
103 CMD (MOVE_TO, 2),
104 6 POINT (100, 200),
105 6 POINT (300, 400),
106 G_MAXUINT32,
107 });
108
109 /* LineString feature */
110 6 feature = add_feature (layer, 3, (uint32_t[]){}, 0);
111 6 set_feature_geometry (feature, VECTOR_TILE__TILE__GEOM_TYPE__LINESTRING, (uint32_t[]){
112 CMD (MOVE_TO, 1),
113 6 POINT (100, 200),
114 CMD (LINE_TO, 2),
115 6 POINT (300, 400),
116 6 POINT (500, 600),
117 G_MAXUINT32,
118 });
119
120 /* MultiLineString feature */
121 6 feature = add_feature (layer, 4, (uint32_t[]){}, 0);
122 6 set_feature_geometry (feature, VECTOR_TILE__TILE__GEOM_TYPE__LINESTRING, (uint32_t[]){
123 CMD (MOVE_TO, 1),
124 6 POINT (100, 200),
125 CMD (LINE_TO, 2),
126 6 POINT (300, 400),
127 6 POINT (500, 600),
128 CMD (MOVE_TO, 1),
129 6 POINT (100, 200),
130 CMD (LINE_TO, 2),
131 6 POINT (300, 400),
132 6 POINT (500, 600),
133 G_MAXUINT32,
134 });
135
136 /* Polygon feature */
137 6 feature = add_feature (layer, 5, (uint32_t[]){}, 0);
138 6 set_feature_geometry (feature, VECTOR_TILE__TILE__GEOM_TYPE__POLYGON, (uint32_t[]){
139 /* Exterior ring */
140 CMD (MOVE_TO, 1),
141 6 POINT (100, 200),
142 CMD (LINE_TO, 3),
143 6 POINT (200, 0),
144 6 POINT (0, 200),
145 6 POINT (-200, 0),
146 CMD (CLOSE_PATH, 1),
147 /* Interior ring */
148 CMD (MOVE_TO, 1),
149 6 POINT (50, -50),
150 CMD (LINE_TO, 3),
151 6 POINT (100, 0),
152 6 POINT (0, -100),
153 6 POINT (-100, 0),
154 CMD (CLOSE_PATH, 1),
155 G_MAXUINT32,
156 });
157
158 /* MultiPolygon feature */
159 6 feature = add_feature (layer, 6, (uint32_t[]){}, 0);
160 6 set_feature_geometry (feature, VECTOR_TILE__TILE__GEOM_TYPE__POLYGON, (uint32_t[]){
161 /* Exterior ring 1 (a square) */
162 CMD (MOVE_TO, 1),
163 6 POINT (100, 200),
164 CMD (LINE_TO, 3),
165 6 POINT (200, 0),
166 6 POINT (0, 200),
167 6 POINT (-200, 0),
168 CMD (CLOSE_PATH, 1),
169 /* Interior ring (another square)*/
170 CMD (MOVE_TO, 1),
171 6 POINT (50, -50),
172 CMD (LINE_TO, 3),
173 6 POINT (100, 0),
174 6 POINT (0, -100),
175 6 POINT (-100, 0),
176 CMD (CLOSE_PATH, 1),
177 /* Exterior ring 2 (square rotated 45 degrees, overlapping ring 1) */
178 CMD (MOVE_TO, 1),
179 6 POINT (51, 51),
180 CMD (LINE_TO, 3),
181 6 POINT (49, -51),
182 6 POINT (100, 50),
183 6 POINT (-100, 50),
184 CMD (CLOSE_PATH, 1),
185 G_MAXUINT32,
186 });
187
188
189 12 layer = add_layer (tile, "helloworld2", 100,
190 6 (char*[]){NULL},
191 6 (VectorTile__Tile__Value*[]){NULL}
192 );
193
194 6 out_len = vector_tile__tile__get_packed_size (tile);
195 6 out = g_new0 (uint8_t, out_len);
196 6 vector_tile__tile__pack (tile, out);
197
198 6 vector_tile__tile__free_unpacked (tile, NULL);
199
200 6 return g_bytes_new_take (out, out_len);
201 }
202
203 static void
204 2 test_vector_reader_layers (void)
205 {
206 4 g_autoptr(ShumateVectorReader) reader = NULL;
207
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 2 g_autoptr(ShumateVectorReaderIter) iter = NULL;
208
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 4 g_autoptr(GBytes) tile_data = create_test_tile ();
209
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 2 g_auto(GValue) value = G_VALUE_INIT;
210
211
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 2 g_assert_nonnull (tile_data);
212
213 2 reader = shumate_vector_reader_new (tile_data);
214
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 2 g_assert_nonnull (reader);
215
216 2 iter = shumate_vector_reader_iterate (reader);
217
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 2 g_assert_nonnull (iter);
218
219
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_layer_count (iter), ==, 2);
220
221 2 shumate_vector_reader_iter_read_layer (iter, 0);
222
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 2 g_assert_cmpstr (shumate_vector_reader_iter_get_layer_name (iter), ==, "helloworld");
223
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_layer_extent (iter), ==, 4096);
224
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_layer_feature_count (iter), ==, 6);
225
226 2 shumate_vector_reader_iter_read_layer (iter, 1);
227
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 2 g_assert_cmpstr (shumate_vector_reader_iter_get_layer_name (iter), ==, "helloworld2");
228
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_layer_extent (iter), ==, 100);
229
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_layer_feature_count (iter), ==, 0);
230 2 }
231
232 static void
233 2 test_vector_reader_tags (void)
234 {
235 4 g_autoptr(ShumateVectorReader) reader = NULL;
236
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 2 g_autoptr(ShumateVectorReaderIter) iter = NULL;
237
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 4 g_autoptr(GBytes) tile_data = create_test_tile ();
238
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 2 g_auto(GValue) value = G_VALUE_INIT;
239 2 g_autofree const char **keys;
240
241
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 2 g_assert_nonnull (tile_data);
242
243 2 reader = shumate_vector_reader_new (tile_data);
244
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 2 g_assert_nonnull (reader);
245
246 2 iter = shumate_vector_reader_iterate (reader);
247
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 2 g_assert_nonnull (iter);
248
249
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 2 g_assert_true (shumate_vector_reader_iter_read_layer_by_name (iter, "helloworld"));
250
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
251
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_id (iter), ==, 1);
252
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 2 g_assert_true (shumate_vector_reader_iter_get_feature_tag (iter, "hello", &value));
253
254 2 keys = shumate_vector_reader_iter_get_feature_keys (iter);
255
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 2 g_assert_cmpint (g_strv_length ((char **)keys), ==, 1);
256
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 2 g_assert_cmpstr (keys[0], ==, "hello");
257
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 2 g_assert_null (keys[1]);
258
259
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 2 g_assert_cmpstr (g_value_get_string (&value), ==, "world");
260 2 }
261
262 static void
263 2 test_vector_reader_geometry (void)
264 {
265 4 g_autoptr(ShumateVectorReader) reader = NULL;
266
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 2 g_autoptr(ShumateVectorReaderIter) iter = NULL;
267
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 4 g_autoptr(GBytes) tile_data = create_test_tile ();
268
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 2 g_auto(GValue) value = G_VALUE_INIT;
269 2 double x, y;
270
271
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 2 g_assert_nonnull (tile_data);
272
273 2 reader = shumate_vector_reader_new (tile_data);
274
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 2 g_assert_nonnull (reader);
275
276 2 iter = shumate_vector_reader_iterate (reader);
277
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 2 g_assert_nonnull (iter);
278
279
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 2 g_assert_true (shumate_vector_reader_iter_read_layer_by_name (iter, "helloworld"));
280
281 /* Point */
282
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
283
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_geometry_type (iter), ==, SHUMATE_GEOMETRY_TYPE_POINT);
284
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 2 g_assert_true (shumate_vector_reader_iter_get_feature_point (iter, &x, &y));
285
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 2 g_assert_cmpfloat (x, ==, 1.0);
286
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 2 g_assert_cmpfloat (y, ==, 2.0);
287
288 /* MultiPoint */
289
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
290
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_geometry_type (iter), ==, SHUMATE_GEOMETRY_TYPE_MULTIPOINT);
291
292 /* LineString */
293
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
294
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_geometry_type (iter), ==, SHUMATE_GEOMETRY_TYPE_LINESTRING);
295
296 /* MultiLineString */
297
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
298
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_geometry_type (iter), ==, SHUMATE_GEOMETRY_TYPE_MULTILINESTRING);
299
300 /* Polygon */
301
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
302
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_geometry_type (iter), ==, SHUMATE_GEOMETRY_TYPE_POLYGON);
303
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 2 g_assert_true (shumate_vector_reader_iter_feature_contains_point (iter, 105, 205));
304
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 175, 300));
305
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 0, 0));
306
307 /* Multipolygon */
308
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 2 g_assert_true (shumate_vector_reader_iter_next_feature (iter));
309
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 2 g_assert_cmpint (shumate_vector_reader_iter_get_feature_geometry_type (iter), ==, SHUMATE_GEOMETRY_TYPE_MULTIPOLYGON);
310 /* Simple case */
311
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 2 g_assert_true (shumate_vector_reader_iter_feature_contains_point (iter, 105, 205));
312 /* Overlap */
313
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 2 g_assert_true (shumate_vector_reader_iter_feature_contains_point (iter, 275, 300));
314 /* Interior ring + overlap*/
315
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 2 g_assert_true (shumate_vector_reader_iter_feature_contains_point (iter, 225, 300));
316 /* Interior ring */
317
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 175, 300));
318 /* Outside */
319
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 0, 0));
320 /* Ray might pass through a corner */
321
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 350, 299));
322
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 350, 301));
323
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 351, 300));
324
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 2 g_assert_true (shumate_vector_reader_iter_feature_contains_point (iter, 349, 300));
325 /* Horizontal/vertical edges */
326
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 99, 200));
327
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 301, 200));
328
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 100, 199));
329
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 2 g_assert_false (shumate_vector_reader_iter_feature_contains_point (iter, 100, 401));
330 2 }
331
332 int
333 2 main (int argc, char *argv[])
334 {
335 2 g_test_init (&argc, &argv, NULL);
336
337 2 g_test_add_func ("/vector-reader/layers", test_vector_reader_layers);
338 2 g_test_add_func ("/vector-reader/tags", test_vector_reader_tags);
339 2 g_test_add_func ("/vector-reader/geometry", test_vector_reader_geometry);
340
341 2 return g_test_run ();
342 }
343