DGtal 1.4.0
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testContainerTraits.cpp
Go to the documentation of this file.
1
32#include <vector>
33#include <list>
34#include <deque>
35#include <set>
36#include <map>
37#include <boost/unordered_set.hpp>
38#include <boost/unordered_map.hpp>
39#include <forward_list>
40#include <array>
41#include <unordered_set>
42#include <unordered_map>
43
44#include "DGtal/base/Common.h"
45#include "DGtal/base/ContainerTraits.h"
46
47#include "DGtalCatch.h"
48
49using namespace DGtal;
50using namespace std;
51
52
69
70TEST_CASE( "std::vector<> container traits", "[vector][traits]" )
71{
72 typedef std::vector<int> Container;
73 SECTION( "Checking container traits" )
74 {
75 REQUIRE( (IsContainer< Container >::value == true) );
76 REQUIRE( (IsSequenceContainer< Container >::value == true) );
77 REQUIRE( (IsAssociativeContainer< Container >::value == false) );
78 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
79 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
80 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
81 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
82 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
83 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
84 }
85}
86
87TEST_CASE( "std::list<> container traits", "[list][traits]" )
88{
89 typedef std::list<int> Container;
90 SECTION( "Checking container traits" )
91 {
92 REQUIRE( (IsContainer< Container >::value == true) );
93 REQUIRE( (IsSequenceContainer< Container >::value == true) );
94 REQUIRE( (IsAssociativeContainer< Container >::value == false) );
95 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
96 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
97 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
98 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
99 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
100 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
101 }
102}
103
104TEST_CASE( "std::deque<> container traits", "[deque][traits]" )
105{
106 typedef std::deque<int> Container;
107 SECTION( "Checking container traits" )
108 {
109 REQUIRE( (IsContainer< Container >::value == true) );
110 REQUIRE( (IsSequenceContainer< Container >::value == true) );
111 REQUIRE( (IsAssociativeContainer< Container >::value == false) );
112 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
113 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
114 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
115 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
116 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
117 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
118 }
119}
120
121TEST_CASE( "std::forward_list<> container traits", "[forward_list][traits]" )
122{
123 typedef std::forward_list<int> Container;
124 SECTION( "Checking container traits" )
125 {
126 REQUIRE( (IsContainer< Container >::value == true) );
127 REQUIRE( (IsSequenceContainer< Container >::value == true) );
128 REQUIRE( (IsAssociativeContainer< Container >::value == false) );
129 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
130 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
131 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
132 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
133 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
134 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
135 }
136}
137
138TEST_CASE( "std::array<> container traits", "[array][traits]" )
139{
140 typedef std::array<int, 10> Container;
141 SECTION( "Checking container traits" )
142 {
143 REQUIRE( (IsContainer< Container >::value == true) );
144 REQUIRE( (IsSequenceContainer< Container >::value == true) );
145 REQUIRE( (IsAssociativeContainer< Container >::value == false) );
146 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
147 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
148 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
149 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
150 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
151 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
152 }
153}
154
155TEST_CASE( "std::set<> container traits", "[set][traits]" )
156{
157 typedef std::set<int> Container;
158 SECTION( "Checking container traits" )
159 {
160 REQUIRE( (IsContainer< Container >::value == true) );
161 REQUIRE( (IsSequenceContainer< Container >::value == false) );
162 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
163 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == true) );
164 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
165 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == true) );
166 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
167 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == true) );
168 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
169 }
170}
171
172TEST_CASE( "std::multiset<> container traits", "[multiset][traits]" )
173{
174 typedef std::multiset<int> Container;
175 SECTION( "Checking container traits" )
176 {
177 REQUIRE( (IsContainer< Container >::value == true) );
178 REQUIRE( (IsSequenceContainer< Container >::value == false) );
179 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
180 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == true) );
181 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
182 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == true) );
183 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
184 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
185 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == true) );
186 }
187}
188
189TEST_CASE( "std::map<> container traits", "[map][traits]" )
190{
191 typedef std::map<int,int> Container;
192 SECTION( "Checking container traits" )
193 {
194 REQUIRE( (IsContainer< Container >::value == true) );
195 REQUIRE( (IsSequenceContainer< Container >::value == false) );
196 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
197 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == true) );
198 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
199 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
200 REQUIRE( (IsPairAssociativeContainer< Container >::value == true) );
201 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == true) );
202 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
203 }
204}
205
206TEST_CASE( "std::multimap<> container traits", "[multimap][traits]" )
207{
208 typedef std::multimap<int,int> Container;
209 SECTION( "Checking container traits" )
210 {
211 REQUIRE( (IsContainer< Container >::value == true) );
212 REQUIRE( (IsSequenceContainer< Container >::value == false) );
213 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
214 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == true) );
215 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == false) );
216 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
217 REQUIRE( (IsPairAssociativeContainer< Container >::value == true) );
218 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
219 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == true) );
220 }
221}
222
223TEST_CASE( "boost::unordered_set<> container traits", "[unordered_set][traits]" )
224{
225 typedef boost::unordered_set<int> Container;
226 SECTION( "Checking container traits" )
227 {
228 REQUIRE( (IsContainer< Container >::value == true) );
229 REQUIRE( (IsSequenceContainer< Container >::value == false) );
230 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
231 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
232 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
233 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == true) );
234 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
235 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == true) );
236 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
237 }
238}
239
240TEST_CASE( "boost::unordered_map<> container traits", "[unordered_map][traits]" )
241{
242 typedef boost::unordered_map<int,int> Container;
243 SECTION( "Checking container traits" )
244 {
245 REQUIRE( (IsContainer< Container >::value == true) );
246 REQUIRE( (IsSequenceContainer< Container >::value == false) );
247 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
248 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
249 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
250 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
251 REQUIRE( (IsPairAssociativeContainer< Container >::value == true) );
252 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == true) );
253 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
254 }
255}
256
257TEST_CASE( "boost::unordered_multiset<> container traits", "[unordered_multiset][traits]" )
258{
259 typedef boost::unordered_multiset<int> Container;
260 SECTION( "Checking container traits" )
261 {
262 REQUIRE( (IsContainer< Container >::value == true) );
263 REQUIRE( (IsSequenceContainer< Container >::value == false) );
264 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
265 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
266 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
267 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == true) );
268 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
269 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
270 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == true) );
271 }
272}
273
274TEST_CASE( "boost::unordered_multimap<> container traits", "[unordered_multimap][traits]" )
275{
276 typedef boost::unordered_multimap<int,int> Container;
277 SECTION( "Checking container traits" )
278 {
279 REQUIRE( (IsContainer< Container >::value == true) );
280 REQUIRE( (IsSequenceContainer< Container >::value == false) );
281 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
282 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
283 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
284 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
285 REQUIRE( (IsPairAssociativeContainer< Container >::value == true) );
286 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
287 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == true) );
288 }
289}
290
291TEST_CASE( "std::unordered_set<> container traits", "[unordered_set][traits]" )
292{
293 typedef std::unordered_set<int> Container;
294 SECTION( "Checking container traits" )
295 {
296 REQUIRE( (IsContainer< Container >::value == true) );
297 REQUIRE( (IsSequenceContainer< Container >::value == false) );
298 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
299 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
300 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
301 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == true) );
302 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
303 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == true) );
304 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
305 }
306}
307TEST_CASE( "std::unordered_multiset<> container traits", "[unordered_multiset][traits]" )
308{
309 typedef std::unordered_multiset<int> Container;
310 SECTION( "Checking container traits" )
311 {
312 REQUIRE( (IsContainer< Container >::value == true) );
313 REQUIRE( (IsSequenceContainer< Container >::value == false) );
314 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
315 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
316 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
317 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == true) );
318 REQUIRE( (IsPairAssociativeContainer< Container >::value == false) );
319 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
320 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == true) );
321 }
322}
323
324TEST_CASE( "std::unordered_map<> container traits", "[unordered_map][traits]" )
325{
326 typedef std::unordered_map<int,int> Container;
327 SECTION( "Checking container traits" )
328 {
329 REQUIRE( (IsContainer< Container >::value == true) );
330 REQUIRE( (IsSequenceContainer< Container >::value == false) );
331 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
332 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
333 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
334 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
335 REQUIRE( (IsPairAssociativeContainer< Container >::value == true) );
336 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == true) );
337 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == false) );
338 }
339}
340
341TEST_CASE( "std::unordered_multimap<> container traits", "[unordered_multimap][traits]" )
342{
343 typedef std::unordered_multimap<int,int> Container;
344 SECTION( "Checking container traits" )
345 {
346 REQUIRE( (IsContainer< Container >::value == true) );
347 REQUIRE( (IsSequenceContainer< Container >::value == false) );
348 REQUIRE( (IsAssociativeContainer< Container >::value == true) );
349 REQUIRE( (IsOrderedAssociativeContainer< Container >::value == false) );
350 REQUIRE( (IsUnorderedAssociativeContainer< Container >::value == true) );
351 REQUIRE( (IsSimpleAssociativeContainer< Container >::value == false) );
352 REQUIRE( (IsPairAssociativeContainer< Container >::value == true) );
353 REQUIRE( (IsUniqueAssociativeContainer< Container >::value == false) );
354 REQUIRE( (IsMultipleAssociativeContainer< Container >::value == true) );
355 }
356}
357
DGtal
DGtal is the top-level namespace which contains all DGtal functions and types.
Definition ClosedIntegerHalfPlane.h:49
std
STL namespace.
TEST_CASE
TEST_CASE("int container traits", "[int][traits]")
Definition testContainerTraits.cpp:53
SECTION
SECTION("Testing constant forward iterators")
Definition testSimpleRandomAccessRangeFromPoint.cpp:66
REQUIRE
REQUIRE(domain.isInside(aPoint))