Direct-BT v3.3.0-1-gc2d430c
Direct-BT - Direct Bluetooth Programming.
test_lfringbuffer_a.hpp
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1/*
2 * Author: Sven Gothel <sgothel@jausoft.com>
3 * Copyright (c) 2020 Gothel Software e.K.
4 * Copyright (c) 2021 Gothel Software e.K.
5 *
6 * Permission is hereby granted, free of charge, to any person obtaining
7 * a copy of this software and associated documentation files (the
8 * "Software"), to deal in the Software without restriction, including
9 * without limitation the rights to use, copy, modify, merge, publish,
10 * distribute, sublicense, and/or sell copies of the Software, and to
11 * permit persons to whom the Software is furnished to do so, subject to
12 * the following conditions:
13 *
14 * The above copyright notice and this permission notice shall be
15 * included in all copies or substantial portions of the Software.
16 *
17 * THE SOFTWARE IS PROVIDED "AS IS", WITHOUT WARRANTY OF ANY KIND,
18 * EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO THE WARRANTIES OF
19 * MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE AND
20 * NONINFRINGEMENT. IN NO EVENT SHALL THE AUTHORS OR COPYRIGHT HOLDERS BE
21 * LIABLE FOR ANY CLAIM, DAMAGES OR OTHER LIABILITY, WHETHER IN AN ACTION
22 * OF CONTRACT, TORT OR OTHERWISE, ARISING FROM, OUT OF OR IN CONNECTION
23 * WITH THE SOFTWARE OR THE USE OR OTHER DEALINGS IN THE SOFTWARE.
24 */
25#include <cassert>
26#include <cinttypes>
27#include <cstring>
28#include <memory>
29#include <thread>
30
31#include <jau/test/catch2_ext.hpp>
32
33#include <jau/ringbuffer.hpp>
34
35using namespace jau;
36using namespace jau::fractions_i64_literals;
37using namespace jau::int_literals;
38
39template<typename Value_type>
40Value_type getDefault();
41
42template<typename Integral_type, typename Value_type>
43Value_type createValue(const Integral_type& v);
44
45template<typename Integral_type, typename Value_type>
46Integral_type getValue(const Value_type& e);
47
48template <typename Integral_type, typename Value_type, typename Size_type,
49 bool exp_memmove, bool exp_memcpy, bool exp_secmem,
50
51 bool use_memmove = std::is_trivially_copyable_v<Value_type> || is_container_memmove_compliant_v<Value_type>,
52 bool use_memcpy = std::is_trivially_copyable_v<Value_type>,
53 bool use_secmem = is_enforcing_secmem_v<Value_type>
54 >
55class TestRingbuffer_A {
56 public:
57 typedef ringbuffer<Value_type, Size_type, use_memmove, use_memcpy, use_secmem> ringbuffer_t;
58
59 typedef TestRingbuffer_A<Integral_type, Value_type, Size_type,
60 exp_memmove, exp_memcpy, exp_secmem,
61 use_memmove, use_memcpy, use_secmem> test_ringbuffer_t;
62
63 private:
64
65 ringbuffer_t createEmpty(jau::nsize_t initialCapacity) {
66 ringbuffer_t rb(initialCapacity);
67 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
68 return rb;
69 }
70 ringbuffer_t createFull(const std::vector<Value_type> & source) {
71 ringbuffer_t rb(source);
72 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
73 return rb;
74 }
75
76 std::vector<Value_type> createIntArray(const jau::nsize_t capacity, const Integral_type startValue) {
77 std::vector<Value_type> array(capacity);
78 for(jau::nsize_t i=0; i<capacity; i++) {
79 array[i] = createValue<Integral_type, Value_type>( (Integral_type)( startValue+i ));
80 }
81 return array;
82 }
83
84 void readTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t dest_len, Integral_type startValue) {
85 jau::nsize_t preSize = rb.size();
86 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
87 REQUIRE_MSG("capacity at read "+std::to_string(dest_len)+" elems: "+rb.toString(), capacity >= dest_len);
88 REQUIRE_MSG("size at read "+std::to_string(dest_len)+" elems: "+rb.toString(), preSize >= dest_len);
89 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
90
91 for(jau::nsize_t i=0; i<dest_len; i++) {
92 Value_type svI = getDefault<Value_type>();
93 REQUIRE_MSG("not empty at read #"+std::to_string(i)+": "+rb.toString(), rb.get(svI));
94 REQUIRE_MSG("value at read #"+std::to_string(i)+": "+rb.toString(), startValue+(Integral_type)i == getValue<Integral_type, Value_type>(svI));
95 }
96
97 REQUIRE_MSG("size "+rb.toString(), preSize-dest_len == rb.size());
98 REQUIRE_MSG("free slots after reading "+std::to_string(dest_len)+": "+rb.toString(), rb.freeSlots()>= dest_len);
99 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
100 }
101
102 void mtReadTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t dest_len, Integral_type startValue) {
103 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
104 REQUIRE_MSG("capacity at read "+std::to_string(dest_len)+" elems: "+rb.toString(), capacity >= dest_len);
105
106 for(jau::nsize_t i=0; i<dest_len; i++) {
107 Value_type svI = getDefault<Value_type>();
108 REQUIRE_MSG("not empty at read #"+std::to_string(i)+" / "+std::to_string(dest_len), rb.getBlocking(svI, 0_s));
109 REQUIRE_MSG("value at read #"+std::to_string(i)+" / "+std::to_string(dest_len)+" @ "+std::to_string(startValue), startValue+(Integral_type)i == getValue<Integral_type, Value_type>(svI));
110 }
111 REQUIRE_MSG("free slots after reading "+std::to_string(dest_len)+": "+rb.toString(), rb.freeSlots()>= dest_len);
112 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
113 }
114
115 void readRangeTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t dest_len, Integral_type startValue) {
116 jau::nsize_t preSize = rb.size();
117 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
118 REQUIRE_MSG("capacity at read "+std::to_string(dest_len)+" elems: "+rb.toString(), capacity >= dest_len);
119 REQUIRE_MSG("size at read "+std::to_string(dest_len)+" elems: "+rb.toString(), preSize >= dest_len);
120 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
121
122 std::vector<Value_type> array(dest_len);
123 REQUIRE_MSG("get-range of "+std::to_string(array.size())+" elem in "+rb.toString(), dest_len==rb.get( &(*array.begin()), dest_len, dest_len) );
124
125 REQUIRE_MSG("size "+rb.toString(), preSize-dest_len == rb.size());
126 REQUIRE_MSG("free slots after reading "+std::to_string(dest_len)+": "+rb.toString(), rb.freeSlots()>= dest_len);
127 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
128
129 for(jau::nsize_t i=0; i<dest_len; i++) {
130 Value_type svI = array[i];
131 REQUIRE_MSG("value at read #"+std::to_string(i)+": "+rb.toString(), startValue+(Integral_type)i == getValue<Integral_type, Value_type>(svI));
132 }
133 }
134
135 void readRangeTestImpl2(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t dest_len, jau::nsize_t min_count, Integral_type startValue) {
136 jau::nsize_t preSize = rb.size();
137 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
138 REQUIRE_MSG("capacity at read "+std::to_string(dest_len)+" elems: "+rb.toString(), capacity >= dest_len);
139 REQUIRE_MSG("size at read "+std::to_string(dest_len)+" elems: "+rb.toString(), preSize >= dest_len);
140 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
141
142 std::vector<Value_type> array(dest_len);
143 REQUIRE_MSG("get-range of "+std::to_string(array.size())+" elem in "+rb.toString(), dest_len==rb.get( &(*array.begin()), dest_len, min_count) );
144
145 REQUIRE_MSG("size "+rb.toString(), preSize-dest_len == rb.size());
146 REQUIRE_MSG("free slots after reading "+std::to_string(dest_len)+": "+rb.toString(), rb.freeSlots()>= dest_len);
147 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
148
149 for(jau::nsize_t i=0; i<dest_len; i++) {
150 Value_type svI = array[i];
151 REQUIRE_MSG("value at read #"+std::to_string(i)+": "+rb.toString(), startValue+(Integral_type)i == getValue<Integral_type, Value_type>(svI));
152 }
153 }
154
155 jau::nsize_t mtReadRangeTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t dest_len, jau::nsize_t min_count, Integral_type startValue) {
156 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
157 REQUIRE_MSG("capacity at read "+std::to_string(dest_len)+" elems: "+rb.toString(), capacity >= dest_len);
158
159 std::vector<Value_type> array(dest_len);
160 const jau::nsize_t count = rb.getBlocking( &(*array.begin()), dest_len, min_count, 0_s);
161 REQUIRE_MSG("get-range >= min_count / "+std::to_string(array.size())+" of "+rb.toString(), min_count <= count);
162
163 for(jau::nsize_t i=0; i<count; i++) {
164 Value_type svI = array[i];
165 REQUIRE_MSG("value at read #"+std::to_string(i)+" / "+std::to_string(count)+" @ "+std::to_string(startValue), startValue+(Integral_type)i == getValue<Integral_type, Value_type>(svI));
166 }
167 return count;
168 }
169
170 void writeTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t len, Integral_type startValue) {
171 jau::nsize_t preSize = rb.size();
172
173 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
174 REQUIRE_MSG("capacity at write "+std::to_string(len)+" elems: "+rb.toString(), capacity >= len);
175 REQUIRE_MSG("size at write "+std::to_string(len)+" elems: "+rb.toString(), preSize+len <= capacity);
176 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
177
178 for(jau::nsize_t i=0; i<len; i++) {
179 std::string m = "buffer put #"+std::to_string(i)+": "+rb.toString();
180 REQUIRE_MSG(m, rb.put( createValue<Integral_type, Value_type>( (Integral_type)( startValue+i ) ) ) );
181 }
182
183 REQUIRE_MSG("size "+rb.toString(), preSize+len == rb.size());
184 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
185 }
186
187 void mtWriteTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, jau::nsize_t len, Integral_type startValue, jau::nsize_t period) {
188 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
189 REQUIRE_MSG("capacity at write "+std::to_string(len)+" elems: "+rb.toString(), capacity >= len);
190 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
191
192 for(jau::nsize_t i=0; i<len; i++) {
193 std::string m = "buffer put #"+std::to_string(i)+": "+rb.toString();
194 REQUIRE_MSG(m, rb.put( createValue<Integral_type, Value_type>( (Integral_type)( startValue+i ) ) ) );
195 std::this_thread::sleep_for(std::chrono::milliseconds(period));
196 }
197 }
198
199 void writeRangeTestImpl(ringbuffer_t &rb, jau::nsize_t capacity, const std::vector<Value_type> & data) {
200 jau::nsize_t preSize = rb.size();
201 jau::nsize_t postSize = preSize+data.size();
202
203 REQUIRE_MSG("capacity "+rb.toString(), capacity == rb.capacity());
204 REQUIRE_MSG("capacity at write "+std::to_string(data.size())+" elems: "+rb.toString(), capacity >= data.size());
205 REQUIRE_MSG("size at write "+std::to_string(data.size())+" elems: "+rb.toString(), postSize<= capacity);
206 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
207 REQUIRE_MSG("data fits in RB capacity "+rb.toString(), rb.capacity() >= data.size());
208 REQUIRE_MSG("data fits in RB free-slots "+rb.toString(), rb.freeSlots() >= data.size());
209
210 REQUIRE_MSG("put-range of "+std::to_string(data.size())+" elem in "+rb.toString(), rb.put( &(*data.begin()), &(*data.end()) ) );
211
212 REQUIRE_MSG("size "+rb.toString(), postSize == rb.size());
213 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
214 }
215
216 void moveGetPutImpl(ringbuffer_t &rb, jau::nsize_t pos) {
217 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
218 for(jau::nsize_t i=0; i<pos; i++) {
219 Value_type svI = getDefault<Value_type>();
220 REQUIRE_MSG("moveFull.get "+rb.toString(), rb.get(svI));
221 REQUIRE_MSG("moveFull.get "+rb.toString(), (Integral_type)i == getValue<Integral_type, Value_type>(svI));
222 REQUIRE_MSG("moveFull.put "+rb.toString(), rb.put( createValue<Integral_type, Value_type>( (Integral_type)i ) ) );
223 }
224 }
225
226 void movePutGetImpl(ringbuffer_t &rb, jau::nsize_t pos) {
227 REQUIRE_MSG("RB is full "+rb.toString(), !rb.isFull());
228 for(jau::nsize_t i=0; i<pos; i++) {
229 REQUIRE_MSG("moveEmpty.put "+rb.toString(), rb.put( createValue<Integral_type, Value_type>( (Integral_type)( 600+i ) ) ) );
230 Value_type svI = getDefault<Value_type>();
231 REQUIRE_MSG("moveEmpty.get "+rb.toString(), rb.get(svI));
232 REQUIRE_MSG("moveEmpty.get "+rb.toString(), 600+(Integral_type)i == getValue<Integral_type, Value_type>(svI));
233 }
234 }
235
236 public:
237
238 void testS00_PrintInfo() {
239 ringbuffer_t rb = createEmpty(11);
240
241 std::string msg("Ringbuffer: uses_memcpy "+std::to_string(ringbuffer_t::uses_memcpy)+
242 ", trivially_copyable "+std::to_string(std::is_trivially_copyable<typename ringbuffer_t::value_type>::value)+
243 ", size "+std::to_string(sizeof(rb))+" bytes");
244 fprintf(stderr, "%s\n", msg.c_str());
245 fprintf(stderr, "%s\n", rb.get_info().c_str());
246 REQUIRE_MSG("Ringbuffer<T> memmove", ringbuffer_t::uses_memmove == exp_memmove);
247 REQUIRE_MSG("Ringbuffer<T> memcpy", ringbuffer_t::uses_memcpy == exp_memcpy);
248 REQUIRE_MSG("Ringbuffer<T> secmem", ringbuffer_t::uses_secmem == exp_secmem);
249 }
250
251 void testS01_FullRead() {
252 jau::nsize_t capacity = 11;
253 std::vector<Value_type> source = createIntArray(capacity, 0);
254 ringbuffer_t rb = createFull(source);
255 INFO_STR("testS01_FullRead: Created / "+ rb.toString());
256 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
257 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
258
259 readTestImpl(rb, capacity, capacity, 0);
260 INFO_STR("testS01_FullRead: PostRead / " + rb.toString());
261 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
262 }
263
264 void testS02_SingleRW01() {
265 jau::nsize_t capacity = 11;
266 ringbuffer_t rb = createEmpty(capacity);
267 INFO( std::string("testS02_SingleRW01: Created / ") + rb.toString().c_str());
268 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
269 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
270
271 writeTestImpl(rb, capacity, capacity, 0);
272 INFO( std::string("testS02_SingleRW01: PostWrite / ") + rb.toString().c_str());
273 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
274 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
275
276 readTestImpl(rb, capacity, capacity, 0);
277 INFO( std::string("testS02_SingleRW01: PostRead / ") + rb.toString().c_str());
278 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
279 }
280
281 void testM02_SingleRW01(const jau::nsize_t element_count=100, const jau::nsize_t sleep_period=5) {
282 /**
283 * Test Details
284 * - One producer thread + current consumer thread
285 * - Producer period of sleep_period, producing element_count elements.
286 * - Consumer w/o delay (as-fast-as-possible), will grab one element each single call.
287 */
288 {
289 const jau::nsize_t capacity = 4096;
290 ringbuffer_t rb = createEmpty(capacity);
291 INFO( std::string("testM02_SingleRW01: Created / ") + rb.toString().c_str());
292 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
293 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
294
295 /**
296 * Move R == W == 0
297 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
298 */
299 std::thread producer01(&test_ringbuffer_t::mtWriteTestImpl, this, std::ref(rb), capacity, element_count, 0 /* start value */, sleep_period); // @suppress("Invalid arguments")
300
301 mtReadTestImpl(rb, capacity, element_count, 0);
302 if( producer01.joinable() ) {
303 producer01.join();
304 }
305 INFO( std::string("testM02_SingleRW01: PostRead / ") + rb.toString().c_str());
306 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
307 }
308 /**
309 * Test Details
310 * - Two producer threads for two ringbuffer + current consumer thread on both ringbuffer.
311 * - Producer period of sleep_period, producing element_count elements.
312 * - Consumer w/ 5 * sleep_period delay after each 4 elements, will grab each single element.
313 */
314 {
315 const jau::nsize_t capacity = 4096;
316
317 ringbuffer_t rb1 = createEmpty(capacity);
318 INFO( std::string("testM03a_RangeRW01: Created.1 / ") + rb1.toString().c_str());
319 REQUIRE_MSG("zero size.1 "+rb1.toString(), 0 == rb1.size());
320 REQUIRE_MSG("empty.1 "+rb1.toString(), rb1.isEmpty());
321
322 ringbuffer_t rb2 = createEmpty(capacity);
323 INFO( std::string("testM03a_RangeRW01: Created.2 / ") + rb2.toString().c_str());
324 REQUIRE_MSG("zero size.2 "+rb2.toString(), 0 == rb2.size());
325 REQUIRE_MSG("empty.2 "+rb2.toString(), rb2.isEmpty());
326
327 /**
328 * Move R == W == 0
329 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
330 */
331 std::thread producer01(&test_ringbuffer_t::mtWriteTestImpl, this, std::ref(rb1), capacity, element_count, 0 /* start value */, sleep_period); // @suppress("Invalid arguments")
332 std::thread producer02(&test_ringbuffer_t::mtWriteTestImpl, this, std::ref(rb2), capacity, element_count, 0 /* start value */, sleep_period); // @suppress("Invalid arguments")
333
334 jau::nsize_t count1 = 0;
335 jau::nsize_t count2 = 0;
336 jau::nsize_t loop = 0;
337
338 while(count1 < element_count || count2 < element_count) {
339 Value_type svI = getDefault<Value_type>();
340 if( count1 < element_count ) {
341 REQUIRE_MSG("not empty at read.1 #"+std::to_string(count1)+" / "+std::to_string(element_count), rb1.getBlocking(svI, 0_s));
342 REQUIRE_MSG("value at read.1 #"+std::to_string(count1)+" / "+std::to_string(element_count), (Integral_type)count1 == getValue<Integral_type, Value_type>(svI));
343 ++count1;
344 }
345 if( count2 < element_count ) {
346 REQUIRE_MSG("not empty at read.2 #"+std::to_string(count2)+" / "+std::to_string(element_count), rb2.getBlocking(svI, 0_s));
347 REQUIRE_MSG("value at read.2 #"+std::to_string(count2)+" / "+std::to_string(element_count), (Integral_type)count2 == getValue<Integral_type, Value_type>(svI));
348 ++count2;
349 }
350 if( 0 == ( ++loop % 4 ) ) {
351 std::this_thread::sleep_for(std::chrono::milliseconds(5*sleep_period));
352 }
353 }
354 if( producer01.joinable() ) {
355 producer01.join();
356 }
357 if( producer02.joinable() ) {
358 producer02.join();
359 }
360 INFO( std::string("testM03a_RangeRW01: PostRead.1 / ") + rb1.toString().c_str());
361 INFO( std::string("testM03a_RangeRW01: PostRead.2 / ") + rb2.toString().c_str());
362 REQUIRE_MSG("got all elements count.1 == element_count "+rb1.toString(), count1 == element_count);
363 REQUIRE_MSG("got all elements count.2 == element_count "+rb1.toString(), count2 == element_count);
364 REQUIRE_MSG("empty.1 "+rb1.toString(), rb1.isEmpty());
365 REQUIRE_MSG("empty.2 "+rb2.toString(), rb2.isEmpty());
366 }
367 }
368
369 void testS03a_RangeRW01() {
370 {
371 jau::nsize_t capacity = 2_unz * 11_unz;
372 ringbuffer_t rb = createEmpty(capacity);
373 INFO( std::string("testS03a_RangeRW01: Created / ") + rb.toString().c_str());
374 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
375 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
376
377 /**
378 * Move R == W == 0
379 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
380 */
381 // std::vector<Value_type> new_data = createIntArray(capacity, 0);
382 // writeRangeTestImpl(rb, capacity, new_data);
383 writeTestImpl(rb, capacity, capacity, 0);
384
385 INFO( std::string("testS03a_RangeRW01: PostWrite / ") + rb.toString().c_str());
386 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
387 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
388
389 readRangeTestImpl(rb, capacity, capacity/2, 0);
390 INFO( std::string("testS03a_RangeRW01: PostRead-1 / ") + rb.toString().c_str());
391 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
392
393 readRangeTestImpl(rb, capacity, capacity/2, capacity/2);
394 INFO( std::string("testS03a_RangeRW01: PostRead-2 / ") + rb.toString().c_str());
395 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
396 }
397 {
398 jau::nsize_t capacity = 2_unz * 11_unz;
399 ringbuffer_t rb = createEmpty(capacity);
400 INFO( std::string("testS03a_RangeRW01: Created / ") + rb.toString().c_str());
401 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
402 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
403
404 /**
405 * Move R == W == 0
406 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
407 */
408 // std::vector<Value_type> new_data = createIntArray(capacity, 0);
409 // writeRangeTestImpl(rb, capacity, new_data);
410 writeTestImpl(rb, capacity, capacity, 0);
411
412 INFO( std::string("testS03a_RangeRW01: PostWrite / ") + rb.toString().c_str());
413 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
414 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
415
416 readRangeTestImpl2(rb, capacity, capacity/2, 1, 0);
417 INFO( std::string("testS03a_RangeRW01: PostRead-1 / ") + rb.toString().c_str());
418 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
419
420 readRangeTestImpl2(rb, capacity, capacity/2, 1, capacity/2);
421 INFO( std::string("testS03a_RangeRW01: PostRead-2 / ") + rb.toString().c_str());
422 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
423 }
424 }
425
426 void testM03a_RangeRW01(const jau::nsize_t element_count=100, const jau::nsize_t sleep_period=5) {
427 /**
428 * Test Details
429 * - One producer thread + current consumer thread
430 * - Producer period of sleep_period, producing element_count elements.
431 * - Consumer w/o delay (as-fast-as-possible), will grab one element each range call likely.
432 */
433 {
434 const jau::nsize_t capacity = 4096;
435 ringbuffer_t rb = createEmpty(capacity);
436 INFO( std::string("testM03a_RangeRW01: Created / ") + rb.toString().c_str());
437 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
438 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
439
440 /**
441 * Move R == W == 0
442 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
443 */
444 std::thread producer01(&test_ringbuffer_t::mtWriteTestImpl, this, std::ref(rb), capacity, element_count, 0 /* start value */, sleep_period); // @suppress("Invalid arguments")
445
446 const jau::nsize_t min_count = 1;
447 jau::nsize_t count = 0;
448
449 while(count < element_count) {
450 const jau::nsize_t c = mtReadRangeTestImpl(rb, capacity, element_count, min_count, (Integral_type)count);
451 REQUIRE_MSG("got elements >= min_count "+rb.toString(), c >= min_count);
452 count += c;
453 }
454 if( producer01.joinable() ) {
455 producer01.join();
456 }
457 INFO( std::string("testM03a_RangeRW01: PostRead / ") + rb.toString().c_str());
458 REQUIRE_MSG("got all elements count == element_count "+rb.toString(), count == element_count);
459 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
460 }
461 /**
462 * Test Details
463 * - Two producer threads for two ringbuffer + current consumer thread on both ringbuffer.
464 * - Producer period of sleep_period, producing element_count elements.
465 * - Consumer w/ 5 * sleep_period delay, will grab five elements each range call likely.
466 */
467 {
468 const jau::nsize_t capacity = 4096;
469
470 ringbuffer_t rb1 = createEmpty(capacity);
471 INFO( std::string("testM03a_RangeRW01: Created.1 / ") + rb1.toString().c_str());
472 REQUIRE_MSG("zero size.1 "+rb1.toString(), 0 == rb1.size());
473 REQUIRE_MSG("empty.1 "+rb1.toString(), rb1.isEmpty());
474
475 ringbuffer_t rb2 = createEmpty(capacity);
476 INFO( std::string("testM03a_RangeRW01: Created.2 / ") + rb2.toString().c_str());
477 REQUIRE_MSG("zero size.2 "+rb2.toString(), 0 == rb2.size());
478 REQUIRE_MSG("empty.2 "+rb2.toString(), rb2.isEmpty());
479
480 /**
481 * Move R == W == 0
482 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
483 */
484 std::thread producer01(&test_ringbuffer_t::mtWriteTestImpl, this, std::ref(rb1), capacity, element_count, 0 /* start value */, sleep_period); // @suppress("Invalid arguments")
485 std::thread producer02(&test_ringbuffer_t::mtWriteTestImpl, this, std::ref(rb2), capacity, element_count, 0 /* start value */, sleep_period); // @suppress("Invalid arguments")
486
487 const jau::nsize_t min_count = 1;
488 jau::nsize_t count1 = 0;
489 jau::nsize_t count2 = 0;
490
491 while(count1 < element_count || count2 < element_count) {
492 if( count1 < element_count ) {
493 const jau::nsize_t c = mtReadRangeTestImpl(rb1, capacity, element_count, min_count, (Integral_type)count1);
494 REQUIRE_MSG("got elements.1 >= min_count "+rb1.toString(), c >= min_count);
495 count1 += c;
496 }
497 if( count2 < element_count ) {
498 const jau::nsize_t c = mtReadRangeTestImpl(rb2, capacity, element_count, min_count, (Integral_type)count2);
499 REQUIRE_MSG("got elements.2 >= min_count "+rb2.toString(), c >= min_count);
500 count2 += c;
501 }
502 std::this_thread::sleep_for(std::chrono::milliseconds(5*sleep_period));
503 }
504 if( producer01.joinable() ) {
505 producer01.join();
506 }
507 if( producer02.joinable() ) {
508 producer02.join();
509 }
510 INFO( std::string("testM03a_RangeRW01: PostRead.1 / ") + rb1.toString().c_str());
511 INFO( std::string("testM03a_RangeRW01: PostRead.2 / ") + rb2.toString().c_str());
512 REQUIRE_MSG("got all elements count.1 == element_count "+rb1.toString(), count1 == element_count);
513 REQUIRE_MSG("got all elements count.2 == element_count "+rb1.toString(), count2 == element_count);
514 REQUIRE_MSG("empty.1 "+rb1.toString(), rb1.isEmpty());
515 REQUIRE_MSG("empty.2 "+rb2.toString(), rb2.isEmpty());
516 }
517 }
518
519 void testS03b_RangeRW02() {
520 {
521 jau::nsize_t capacity = 2_unz * 11_unz;
522 ringbuffer_t rb = createEmpty(capacity);
523 INFO( std::string("testS03b_RangeRW02: Created / ") + rb.toString().c_str());
524 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
525 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
526
527 /**
528 * Move R == W == 0
529 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
530 */
531 std::vector<Value_type> new_data = createIntArray(capacity, 0);
532 writeRangeTestImpl(rb, capacity, new_data);
533
534 INFO( std::string("testS03b_RangeRW02: PostWrite / ") + rb.toString().c_str());
535 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
536 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
537
538 readRangeTestImpl(rb, capacity, capacity/2, 0);
539 INFO( std::string("testS03b_RangeRW02: PostRead-1 / ") + rb.toString().c_str());
540 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
541
542 readRangeTestImpl(rb, capacity, capacity/2, capacity/2);
543 INFO( std::string("testS03b_RangeRW02: PostRead-2 / ") + rb.toString().c_str());
544 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
545 }
546 {
547 jau::nsize_t capacity = 2_unz * 11_unz;
548
549 ringbuffer_t rb = createEmpty(capacity);
550 INFO( std::string("testS03b_RangeRW02: Created / ") + rb.toString().c_str());
551 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
552 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
553
554 /**
555 * Move R == W == 3
556 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
557 * Empty [ ][ ][ ][RW][ ][ ][ ][ ][ ][ ][ ]
558 */
559 Value_type dummy = getDefault<Value_type>();
560 REQUIRE( true == rb.put(dummy) );
561 REQUIRE( true == rb.put(dummy) );
562 REQUIRE( true == rb.put(dummy) );
563 REQUIRE( 3 == rb.drop(3) );
564
565 std::vector<Value_type> new_data = createIntArray(capacity, 0);
566 writeRangeTestImpl(rb, capacity, new_data);
567 // writeTestImpl(rb, capacity, capacity, 0);
568
569 INFO( std::string("testS03b_RangeRW02: PostWrite / ") + rb.toString().c_str());
570 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
571 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
572
573 readRangeTestImpl(rb, capacity, capacity/2, 0);
574 INFO( std::string("testS03b_RangeRW02: PostRead-1 / ") + rb.toString().c_str());
575 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
576
577 readRangeTestImpl(rb, capacity, capacity/2, capacity/2);
578 INFO( std::string("testS03b_RangeRW02: PostRead-2 / ") + rb.toString().c_str());
579 REQUIRE_MSG("size 0 "+rb.toString(), 0 == rb.size());
580 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
581 }
582 {
583 jau::nsize_t capacity = 2_unz * 11_unz;
584 ringbuffer_t rb = createEmpty(capacity);
585 INFO( std::string("testS03b_RangeRW02: Created / ") + rb.toString().c_str());
586 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
587 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
588
589 /**
590 * Move R == 2, W == 4, size 2
591 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
592 * Avail [ ][ ][R][.][W][ ][ ][ ][ ][ ][ ] ; W > R
593 */
594 Value_type dummy = getDefault<Value_type>();
595 REQUIRE( true == rb.put(dummy) ); // r idx 0 -> 1
596 REQUIRE( true == rb.put(dummy) );
597 REQUIRE( true == rb.put(dummy) );
598 REQUIRE( true == rb.put(dummy) ); // r idx 3 -> 4
599 REQUIRE( 2 == rb.drop(2) ); // r idx 0 -> 2
600
601 // left = 22 - 2
602 REQUIRE_MSG("size 2 "+rb.toString(), 2 == rb.size());
603 REQUIRE_MSG("available 11-2 "+rb.toString(), capacity-2 == rb.freeSlots());
604
605 std::vector<Value_type> new_data = createIntArray(capacity-2, 0);
606 writeRangeTestImpl(rb, capacity, new_data);
607 // writeTestImpl(rb, capacity, capacity-2, 0);
608
609 INFO( std::string("testS03b_RangeRW02: PostWrite / ") + rb.toString().c_str());
610 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
611 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
612
613 // take off 2 remaining dummies
614 REQUIRE( 2 == rb.drop(2) );
615 REQUIRE_MSG("size capacity-2 "+rb.toString(), capacity-2 == rb.size());
616
617 readRangeTestImpl(rb, capacity, capacity/2-2, 0);
618 INFO( std::string("testS03b_RangeRW02: PostRead-1 / ") + rb.toString().c_str());
619 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
620
621 readRangeTestImpl(rb, capacity, capacity/2, capacity/2-2);
622 INFO( std::string("testS03b_RangeRW02: PostRead-2 / ") + rb.toString().c_str());
623 REQUIRE_MSG("size 0 "+rb.toString(), 0 == rb.size());
624 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
625 }
626 {
627 jau::nsize_t capacity = 2_unz * 11_unz;
628 ringbuffer_t rb = createEmpty(capacity);
629 INFO( std::string("testS03b_RangeRW02: Created / ") + rb.toString().c_str());
630 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
631 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
632
633 /**
634 * Move R == 9, W == 1, size 3
635 * Empty [RW][][ ][ ][ ][ ][ ][ ][ ][ ][ ] ; start
636 * Avail [.][W][ ][ ][ ][ ][ ][ ][ ][R][.] ; W < R - 1
637 */
638 Value_type dummy = getDefault<Value_type>();
639 for(jau::nsize_t i=0; i<capacity; i++) { REQUIRE( true == rb.put(dummy) ); } // fill all
640 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
641
642 // for(int i=0; i<10; i++) { rb.get(); } // pull
643 REQUIRE( capacity-1 == rb.drop(capacity-1) ); // pull
644 REQUIRE_MSG("size 1"+rb.toString(), 1 == rb.size());
645
646 for(int i=0; i<2; i++) { REQUIRE( true == rb.put(dummy) ); } // fill 2 more
647 REQUIRE_MSG("size 3"+rb.toString(), 3 == rb.size());
648
649 // left = 22 - 3
650 REQUIRE_MSG("available 22-3 "+rb.toString(), capacity-3 == rb.freeSlots());
651
652 std::vector<Value_type> new_data = createIntArray(capacity-3, 0);
653 writeRangeTestImpl(rb, capacity, new_data);
654 // writeTestImpl(rb, capacity, capacity-3, 0);
655
656 INFO( std::string("testS03b_RangeRW02: PostWrite / ") + rb.toString().c_str());
657 REQUIRE_MSG("full size "+rb.toString(), capacity == rb.size());
658 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
659
660 // take off 3 remaining dummies
661 REQUIRE( 3 == rb.drop(3) ); // pull
662 // for(int i=0; i<3; i++) { rb.get(); } // pull
663 REQUIRE_MSG("size capacity-3 "+rb.toString(), capacity-3 == rb.size());
664
665 readRangeTestImpl(rb, capacity, capacity/2-3, 0);
666 INFO( std::string("testS03b_RangeRW02: PostRead-1 / ") + rb.toString().c_str());
667 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
668
669 readRangeTestImpl(rb, capacity, capacity/2, capacity/2-3);
670 INFO( std::string("testS03b_RangeRW02: PostRead-2 / ") + rb.toString().c_str());
671 REQUIRE_MSG("size 0 "+rb.toString(), 0 == rb.size());
672 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
673 }
674 }
675
676 void testS04_FullReadReset() {
677 jau::nsize_t capacity = 11;
678 std::vector<Value_type> source = createIntArray(capacity, 0);
679 ringbuffer_t rb = createFull(source);
680 INFO_STR("testS04_FullReadReset: Created / " + rb.toString());
681 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
682
683 rb.reset(source);
684 INFO_STR("testS04_FullReadReset: Post Reset w/ source / " + rb.toString());
685 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
686
687 readTestImpl(rb, capacity, capacity, 0);
688 INFO_STR("testS04_FullReadReset: Post Read / " + rb.toString());
689 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
690
691 rb.reset(source);
692 INFO_STR("testS04_FullReadReset: Post Reset w/ source / " + rb.toString());
693 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
694
695 readTestImpl(rb, capacity, capacity, 0);
696 INFO_STR("testS04_FullReadReset: Post Read / " + rb.toString());
697 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
698 }
699
700 void testS05_EmptyWriteClear() {
701 jau::nsize_t capacity = 11;
702 ringbuffer_t rb = createEmpty(capacity);
703 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
704
705 rb.clear();
706 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
707
708 writeTestImpl(rb, capacity, capacity, 0);
709 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
710
711 readTestImpl(rb, capacity, capacity, 0);
712 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
713
714 rb.clear();
715 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
716
717 writeTestImpl(rb, capacity, capacity, 0);
718 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
719
720 readTestImpl(rb, capacity, capacity, 0);
721 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
722 }
723
724 void testS06_ReadResetMid01() {
725 jau::nsize_t capacity = 11;
726 std::vector<Value_type> source = createIntArray(capacity, 0);
727 ringbuffer_t rb = createFull(source);
728 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
729
730 rb.reset(source);
731 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
732
733 readTestImpl(rb, capacity, 5, 0);
734 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
735 REQUIRE_MSG("not Full "+rb.toString(), !rb.isFull());
736
737 rb.reset(source);
738 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
739
740 readTestImpl(rb, capacity, capacity, 0);
741 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
742 }
743
744 void testS07_ReadResetMid02() {
745 jau::nsize_t capacity = 11;
746 std::vector<Value_type> source = createIntArray(capacity, 0);
747 ringbuffer_t rb = createFull(source);
748 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
749
750 rb.reset(source);
751 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
752
753 moveGetPutImpl(rb, 5);
754 readTestImpl(rb, capacity, 5, 5);
755 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
756 REQUIRE_MSG("not Full "+rb.toString(), !rb.isFull());
757
758 rb.reset(source);
759 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
760
761 readTestImpl(rb, capacity, capacity, 0);
762 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
763 }
764
765 private:
766
767 void test_GrowFullImpl(jau::nsize_t initialCapacity, jau::nsize_t pos) {
768 jau::nsize_t growAmount = 5;
769 jau::nsize_t grownCapacity = initialCapacity+growAmount;
770 std::vector<Value_type> source = createIntArray(initialCapacity, 0);
771 ringbuffer_t rb = createFull(source);
772
773 for(jau::nsize_t i=0; i<initialCapacity; i++) {
774 Value_type svI = getDefault<Value_type>();
775 REQUIRE_MSG("not empty at read #"+std::to_string(i)+": "+rb.toString(), rb.get(svI));
776 REQUIRE_MSG("value at read #"+std::to_string(i)+": "+rb.toString(), Integral_type((0+i)%initialCapacity) == getValue<Integral_type, Value_type>(svI));
777 }
778 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
779
780 rb.reset(source);
781 REQUIRE_MSG("orig size "+rb.toString(), initialCapacity == rb.size());
782
783 moveGetPutImpl(rb, pos);
784 // PRINTM("X02 "+rb.toString());
785 // rb.dump(stderr, "X02");
786
787 rb.recapacity(grownCapacity);
788 REQUIRE_MSG("capacity "+rb.toString(), grownCapacity == rb.capacity());
789 REQUIRE_MSG("orig size "+rb.toString(), initialCapacity == rb.size());
790 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
791 REQUIRE_MSG("not empty "+rb.toString(), !rb.isEmpty());
792 // PRINTM("X03 "+rb.toString());
793 // rb.dump(stderr, "X03");
794
795 for(jau::nsize_t i=0; i<growAmount; i++) {
796 REQUIRE_MSG("buffer not full at put #"+std::to_string(i)+": "+rb.toString(), rb.put( createValue<Integral_type, Value_type>( (Integral_type)(100+i) ) ) );
797 }
798 REQUIRE_MSG("new size "+rb.toString(), grownCapacity == rb.size());
799 REQUIRE_MSG("full "+rb.toString(), rb.isFull());
800
801 for(jau::nsize_t i=0; i<initialCapacity; i++) {
802 Value_type svI = getDefault<Value_type>();
803 REQUIRE_MSG("not empty at read #"+std::to_string(i)+": "+rb.toString(), rb.get(svI));
804 REQUIRE_MSG("value at read #"+std::to_string(i)+": "+rb.toString(), Integral_type((pos+i)%initialCapacity) == getValue<Integral_type, Value_type>(svI));
805 }
806
807 for(jau::nsize_t i=0; i<growAmount; i++) {
808 Value_type svI = getDefault<Value_type>();
809 REQUIRE_MSG("not empty at read #"+std::to_string(i)+": "+rb.toString(), rb.get(svI));
810 REQUIRE_MSG("value at read #"+std::to_string(i)+": "+rb.toString(), Integral_type(100+i) == getValue<Integral_type, Value_type>(svI));
811 }
812
813 REQUIRE_MSG("zero size "+rb.toString(), 0 == rb.size());
814 REQUIRE_MSG("empty "+rb.toString(), rb.isEmpty());
815
816 REQUIRE_MSG("not full "+rb.toString(), !rb.isFull());
817 }
818
819 public:
820
821 void testS20_GrowFull01_Begin() {
822 test_GrowFullImpl(11, 0);
823 }
824 void testS21_GrowFull02_Begin1() {
825 test_GrowFullImpl(11, 0+1);
826 }
827 void testS22_GrowFull03_Begin2() {
828 test_GrowFullImpl(11, 0+2);
829 }
830 void testS23_GrowFull04_Begin3() {
831 test_GrowFullImpl(11, 0+3);
832 }
833 void testS24_GrowFull05_End() {
834 test_GrowFullImpl(11, 11-1);
835 }
836 void testS25_GrowFull11_End1() {
837 test_GrowFullImpl(11, 11-1-1);
838 }
839 void testS26_GrowFull12_End2() {
840 test_GrowFullImpl(11, 11-1-2);
841 }
842 void testS27_GrowFull13_End3() {
843 test_GrowFullImpl(11, 11-1-3);
844 }
845
846};
847
848template <typename Integral_type, typename Value_type, typename Size_type,
849 bool exp_memmove, bool exp_memcpy, bool exp_secmem,
850 bool use_memmove = std::is_trivially_copyable_v<Value_type> || is_container_memmove_compliant_v<Value_type>,
851 bool use_memcpy = std::is_trivially_copyable_v<Value_type>,
852 bool use_secmem = is_enforcing_secmem_v<Value_type>
853 >
854void PerformRingbufferTests() {
855 typedef TestRingbuffer_A<Integral_type, Value_type, Size_type,
856 exp_memmove, exp_memcpy, exp_secmem,
857 use_memmove, use_memcpy, use_secmem> TestRingbuffer;
858
859 TestRingbuffer trb;
860
861 SECTION("testS00_PrintInfo", "[ringbuffer]") {
862 trb.testS00_PrintInfo();
863 }
864 SECTION("testS01_FullRead", "[ringbuffer]") {
865 trb.testS01_FullRead();
866 }
867 SECTION("testS02", "[ringbuffer]") {
868 trb.testS02_SingleRW01();
869 }
870 SECTION("testM02", "[ringbuffer]") {
871 if( catch_auto_run ) {
872 trb.testM02_SingleRW01(100 /* element_count */, 1 /* sleep_period */);
873 } else {
874 trb.testM02_SingleRW01(100 /* element_count */, 5 /* sleep_period */);
875 }
876 }
877 SECTION("testS03a", "[ringbuffer]") {
878 trb.testS03a_RangeRW01();
879 }
880 SECTION("testM03a", "[ringbuffer]") {
881 if( catch_auto_run ) {
882 trb.testM03a_RangeRW01(100 /* element_count */, 1 /* sleep_period */);
883 } else {
884 trb.testM03a_RangeRW01(100 /* element_count */, 5 /* sleep_period */);
885 }
886 }
887 SECTION("testS03b", "[ringbuffer]") {
888 trb.testS03b_RangeRW02();
889 }
890 SECTION("testS04", "[ringbuffer]") {
891 trb.testS04_FullReadReset();
892 }
893 SECTION("testS05", "[ringbuffer]") {
894 trb.testS05_EmptyWriteClear();
895 }
896 SECTION("testS06", "[ringbuffer]") {
897 trb.testS06_ReadResetMid01();
898 }
899 SECTION("testS07", "[ringbuffer]") {
900 trb.testS07_ReadResetMid02();
901 }
902 SECTION("testS20", "[ringbuffer]") {
903 trb.testS20_GrowFull01_Begin();
904 }
905 SECTION("testS21", "[ringbuffer]") {
906 trb.testS21_GrowFull02_Begin1();
907 }
908 SECTION("testS22", "[ringbuffer]") {
909 trb.testS22_GrowFull03_Begin2();
910 }
911 SECTION("testS23", "[ringbuffer]") {
912 trb.testS23_GrowFull04_Begin3();
913 }
914 SECTION("testS24", "[ringbuffer]") {
915 trb.testS24_GrowFull05_End();
916 }
917 SECTION("testS25", "[ringbuffer]") {
918 trb.testS25_GrowFull11_End1();
919 }
920 SECTION("testS26", "[ringbuffer]") {
921 trb.testS26_GrowFull12_End2();
922 }
923 SECTION("testS27", "[ringbuffer]") {
924 trb.testS27_GrowFull13_End3();
925 }
926}
927
928
catch2_ext.hpp
INFO_STR
#define INFO_STR(msg)
Definition: catch2_ext.hpp:75
REQUIRE_MSG
#define REQUIRE_MSG(MSG,...)
Definition: catch2_ext.hpp:58
catch_auto_run
bool catch_auto_run
Run w/o command-line args, i.e.
Definition: catch2_my_main.cpp:43
TestRingbuffer_A
Definition: test_lfringbuffer_a.hpp:55
TestRingbuffer_A::testS21_GrowFull02_Begin1
void testS21_GrowFull02_Begin1()
Definition: test_lfringbuffer_a.hpp:824
TestRingbuffer_A::testM02_SingleRW01
void testM02_SingleRW01(const jau::nsize_t element_count=100, const jau::nsize_t sleep_period=5)
Definition: test_lfringbuffer_a.hpp:281
TestRingbuffer_A::testS25_GrowFull11_End1
void testS25_GrowFull11_End1()
Definition: test_lfringbuffer_a.hpp:836
TestRingbuffer_A::testS06_ReadResetMid01
void testS06_ReadResetMid01()
Definition: test_lfringbuffer_a.hpp:724
TestRingbuffer_A::testS02_SingleRW01
void testS02_SingleRW01()
Definition: test_lfringbuffer_a.hpp:264
TestRingbuffer_A::ringbuffer_t
ringbuffer< Value_type, Size_type, use_memmove, use_memcpy, use_secmem > ringbuffer_t
Definition: test_lfringbuffer_a.hpp:57
TestRingbuffer_A::testS24_GrowFull05_End
void testS24_GrowFull05_End()
Definition: test_lfringbuffer_a.hpp:833
TestRingbuffer_A::testS03a_RangeRW01
void testS03a_RangeRW01()
Definition: test_lfringbuffer_a.hpp:369
TestRingbuffer_A::testS27_GrowFull13_End3
void testS27_GrowFull13_End3()
Definition: test_lfringbuffer_a.hpp:842
TestRingbuffer_A::testS05_EmptyWriteClear
void testS05_EmptyWriteClear()
Definition: test_lfringbuffer_a.hpp:700
TestRingbuffer_A::testS00_PrintInfo
void testS00_PrintInfo()
Definition: test_lfringbuffer_a.hpp:238
TestRingbuffer_A::test_ringbuffer_t
TestRingbuffer_A< Integral_type, Value_type, Size_type, exp_memmove, exp_memcpy, exp_secmem, use_memmove, use_memcpy, use_secmem > test_ringbuffer_t
Definition: test_lfringbuffer_a.hpp:61
TestRingbuffer_A::testS04_FullReadReset
void testS04_FullReadReset()
Definition: test_lfringbuffer_a.hpp:676
TestRingbuffer_A::testS26_GrowFull12_End2
void testS26_GrowFull12_End2()
Definition: test_lfringbuffer_a.hpp:839
TestRingbuffer_A::testS07_ReadResetMid02
void testS07_ReadResetMid02()
Definition: test_lfringbuffer_a.hpp:744
TestRingbuffer_A::testS20_GrowFull01_Begin
void testS20_GrowFull01_Begin()
Definition: test_lfringbuffer_a.hpp:821
TestRingbuffer_A::testM03a_RangeRW01
void testM03a_RangeRW01(const jau::nsize_t element_count=100, const jau::nsize_t sleep_period=5)
Definition: test_lfringbuffer_a.hpp:426
TestRingbuffer_A::testS03b_RangeRW02
void testS03b_RangeRW02()
Definition: test_lfringbuffer_a.hpp:519
TestRingbuffer_A::testS22_GrowFull03_Begin2
void testS22_GrowFull03_Begin2()
Definition: test_lfringbuffer_a.hpp:827
TestRingbuffer_A::testS01_FullRead
void testS01_FullRead()
Definition: test_lfringbuffer_a.hpp:251
TestRingbuffer_A::testS23_GrowFull04_Begin3
void testS23_GrowFull04_Begin3()
Definition: test_lfringbuffer_a.hpp:830
jau::ringbuffer
Ring buffer implementation, a.k.a circular buffer, exposing lock-free get*(..) and put*(....
Definition: ringbuffer.hpp:182
jau::ringbuffer::put
bool put(Value_type &&e) noexcept
Enqueues the given element by moving it into this ringbuffer storage.
Definition: ringbuffer.hpp:1699
jau::ringbuffer::uses_memmove
static constexpr const bool uses_memmove
Definition: ringbuffer.hpp:184
jau::ringbuffer::size
Size_type size() const noexcept
Returns the number of elements in this ring buffer.
Definition: ringbuffer.hpp:1221
jau::ringbuffer::getBlocking
bool getBlocking(Value_type &result, const fraction_i64 &timeout, bool &timeout_occurred) noexcept
Dequeues the oldest enqueued element.
Definition: ringbuffer.hpp:1547
jau::ringbuffer::freeSlots
Size_type freeSlots() const noexcept
Returns the number of free slots available to put.
Definition: ringbuffer.hpp:1210
jau::ringbuffer::clear
void clear(const bool zeromem=false) noexcept
Releasing all elements available, i.e.
Definition: ringbuffer.hpp:1278
jau::ringbuffer::reset
void reset(const Value_type *copyFrom, const Size_type copyFromCount) noexcept
Clears all elements and add all copyFrom elements thereafter, as if reconstructing this ringbuffer in...
Definition: ringbuffer.hpp:1362
jau::ringbuffer::isFull
bool isFull() const noexcept
Returns true if this ring buffer is full, otherwise false.
Definition: ringbuffer.hpp:1216
jau::ringbuffer::isEmpty
bool isEmpty() const noexcept
Returns true if this ring buffer is empty, otherwise false.
Definition: ringbuffer.hpp:1213
jau::ringbuffer::toString
std::string toString() const noexcept
Returns a short string representation incl.
Definition: ringbuffer.hpp:1024
jau::ringbuffer::uses_secmem
static constexpr const bool uses_secmem
Definition: ringbuffer.hpp:186
jau::ringbuffer::get_info
std::string get_info() const noexcept
Definition: ringbuffer.hpp:1037
jau::ringbuffer::uses_memcpy
static constexpr const bool uses_memcpy
Definition: ringbuffer.hpp:185
jau::ringbuffer::drop
Size_type drop(const Size_type max_count) noexcept
Drops up to max_count oldest enqueued elements, but may drop less if not available.
Definition: ringbuffer.hpp:1638
jau::codec::base::to_string
std::string to_string(const alphabet &v) noexcept
Definition: base_codec.hpp:97
jau::nsize_t
uint_fast32_t nsize_t
Natural 'size_t' alternative using uint_fast32_t as its natural sized type.
Definition: int_types.hpp:53
jau::fractions_i64_literals
Definition: fraction_type.hpp:804
jau::int_literals
Definition: int_types.hpp:160
jau
__pack(...): Produces MSVC, clang and gcc compatible lead-in and -out macros.
Definition: backtrace.hpp:32
jau::sleep_for
bool sleep_for(const fraction_timespec &relative_time, const bool monotonic=true, const bool ignore_irq=true) noexcept
sleep_for causes the current thread to block until a specific amount of time has passed.
Definition: basic_types.cpp:139
Value_type
uint8_t Value_type
Definition: test_lfringbuffer01.cpp:36
Integral_type
uint8_t Integral_type
Definition: test_lfringbuffer01.cpp:35
PerformRingbufferTests
void PerformRingbufferTests()
Definition: test_lfringbuffer_a.hpp:854
createValue
Value_type createValue(const Integral_type &v)
getValue
Integral_type getValue(const Value_type &e)
getDefault
Value_type getDefault()
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