2
* Copyright © 2012 Canonical Ltd.
2
* Copyright © 2012-2014 Canonical Ltd.
4
4
* This program is free software: you can redistribute it and/or modify
5
5
* it under the terms of the GNU General Public License version 3 as
16
16
* Authored by: Thomas Voss <thomas.voss@canonical.com>
19
#include "src/server/scene/surface_data.h"
20
19
#include "src/server/scene/surface_stack.h"
21
20
#include "src/server/scene/basic_surface_factory.h"
22
21
#include "src/server/compositor/buffer_stream_surfaces.h"
27
26
#include "mir/geometry/rectangle.h"
28
27
#include "mir/shell/surface_creation_parameters.h"
29
28
#include "src/server/compositor/renderer.h"
30
#include "mir/scene/scene_report.h"
29
#include "src/server/report/null_report_factory.h"
31
30
#include "mir/compositor/compositing_criteria.h"
32
31
#include "src/server/scene/basic_surface.h"
33
32
#include "mir/input/input_channel_factory.h"
34
33
#include "mir/input/input_channel.h"
35
#include "mir_test_doubles/mock_surface_renderer.h"
36
34
#include "mir_test_doubles/mock_buffer_stream.h"
37
35
#include "mir_test_doubles/stub_input_registrar.h"
38
36
#include "mir_test_doubles/stub_input_channel.h"
174
173
using namespace testing;
175
174
default_params = msh::a_surface().of_size(geom::Size{geom::Width{1024}, geom::Height{768}});
177
auto stub_data = std::make_shared<ms::SurfaceData>(
178
std::string("stub"), geom::Rectangle{{},{}}, [](){}, false);
179
stub_surface1 = std::make_shared<ms::BasicSurface>(stub_data, std::make_shared<mtd::StubBufferStream>(), std::shared_ptr<mir::input::InputChannel>(), report);
180
stub_surface2 = std::make_shared<ms::BasicSurface>(stub_data, std::make_shared<mtd::StubBufferStream>(), std::shared_ptr<mir::input::InputChannel>(), report);
181
stub_surface3 = std::make_shared<ms::BasicSurface>(stub_data, std::make_shared<mtd::StubBufferStream>(), std::shared_ptr<mir::input::InputChannel>(), report);
176
stub_surface1 = std::make_shared<ms::BasicSurface>(
178
geom::Rectangle{{},{}},
181
std::make_shared<mtd::StubBufferStream>(),
182
std::shared_ptr<mir::input::InputChannel>(),
185
stub_surface2 = std::make_shared<ms::BasicSurface>(
187
geom::Rectangle{{},{}},
190
std::make_shared<mtd::StubBufferStream>(),
191
std::shared_ptr<mir::input::InputChannel>(),
194
stub_surface3 = std::make_shared<ms::BasicSurface>(
196
geom::Rectangle{{},{}},
199
std::make_shared<mtd::StubBufferStream>(),
200
std::shared_ptr<mir::input::InputChannel>(),
183
203
ON_CALL(mock_surface_allocator, create_surface(_,_))
184
204
.WillByDefault(Return(stub_surface1));
191
211
std::shared_ptr<ms::BasicSurface> stub_surface2;
192
212
std::shared_ptr<ms::BasicSurface> stub_surface3;
194
std::shared_ptr<ms::SceneReport> const report = std::make_shared<ms::NullSceneReport>();
214
std::shared_ptr<ms::SceneReport> const report = mr::null_scene_report();
239
259
auto s1 = stack.create_surface(default_params);
240
auto criteria1 = s1.lock()->compositing_criteria();
260
auto criteria1 = s1.lock();
241
261
auto stream1 = s1.lock()->buffer_stream();
242
262
auto s2 = stack.create_surface(default_params);
243
auto criteria2 = s2.lock()->compositing_criteria();
263
auto criteria2 = s2.lock();
244
264
auto stream2 = s2.lock()->buffer_stream();
245
265
auto s3 = stack.create_surface(default_params);
246
auto criteria3 = s3.lock()->compositing_criteria();
266
auto criteria3 = s3.lock();
247
267
auto stream3 = s3.lock()->buffer_stream();
249
269
MockFilterForScene filter;
284
304
auto s1 = stack.create_surface(default_params);
285
auto criteria1 = s1.lock()->compositing_criteria();
305
auto criteria1 = s1.lock();
286
306
auto stream1 = s1.lock()->buffer_stream();
287
307
auto s2 = stack.create_surface(default_params);
288
auto criteria2 = s2.lock()->compositing_criteria();
308
auto criteria2 = s2.lock();
289
309
auto stream2 = s2.lock()->buffer_stream();
290
310
auto s3 = stack.create_surface(default_params);
291
auto criteria3 = s3.lock()->compositing_criteria();
311
auto criteria3 = s3.lock();
292
312
auto stream3 = s3.lock()->buffer_stream();
294
314
MockFilterForScene filter;
331
351
auto s1 = stack.create_surface(default_params);
332
auto criteria1 = s1.lock()->compositing_criteria();
352
auto criteria1 = s1.lock();
333
353
auto stream1 = s1.lock()->buffer_stream();
334
354
auto s2 = stack.create_surface(default_params);
335
auto criteria2 = s2.lock()->compositing_criteria();
355
auto criteria2 = s2.lock();
336
356
auto stream2 = s2.lock()->buffer_stream();
337
357
auto s3 = stack.create_surface(default_params);
338
auto criteria3 = s3.lock()->compositing_criteria();
358
auto criteria3 = s3.lock();
339
359
auto stream3 = s3.lock()->buffer_stream();
341
361
StubFilterForScene filter;
371
391
auto s1 = stack.create_surface(default_params);
372
auto criteria1 = s1.lock()->compositing_criteria();
392
auto criteria1 = s1.lock();
373
393
auto stream1 = s1.lock()->buffer_stream();
374
394
auto s2 = stack.create_surface(default_params);
375
auto criteria2 = s2.lock()->compositing_criteria();
395
auto criteria2 = s2.lock();
376
396
auto stream2 = s2.lock()->buffer_stream();
377
397
auto s3 = stack.create_surface(default_params);
378
auto criteria3 = s3.lock()->compositing_criteria();
398
auto criteria3 = s3.lock();
379
399
auto stream3 = s3.lock()->buffer_stream();
381
401
StubFilterForScene filter;
425
445
auto s1 = stack.create_surface(default_params.of_depth(ms::DepthId{0}));
426
auto criteria1 = s1.lock()->compositing_criteria();
446
auto criteria1 = s1.lock();
427
447
auto stream1 = s1.lock()->buffer_stream();
428
448
auto s2 = stack.create_surface(default_params.of_depth(ms::DepthId{1}));
429
auto criteria2 = s2.lock()->compositing_criteria();
449
auto criteria2 = s2.lock();
430
450
auto stream2 = s2.lock()->buffer_stream();
431
451
auto s3 = stack.create_surface(default_params.of_depth(ms::DepthId{0}));
432
auto criteria3 = s3.lock()->compositing_criteria();
452
auto criteria3 = s3.lock();
433
453
auto stream3 = s3.lock()->buffer_stream();
435
455
StubFilterForScene filter;
504
524
auto s1 = stack.create_surface(default_params);
505
auto criteria1 = s1.lock()->compositing_criteria();
525
auto criteria1 = s1.lock();
506
526
auto stream1 = s1.lock()->buffer_stream();
507
527
auto s2 = stack.create_surface(default_params);
508
auto criteria2 = s2.lock()->compositing_criteria();
528
auto criteria2 = s2.lock();
509
529
auto stream2 = s2.lock()->buffer_stream();
510
530
auto s3 = stack.create_surface(default_params);
511
auto criteria3 = s3.lock()->compositing_criteria();
531
auto criteria3 = s3.lock();
512
532
auto stream3 = s3.lock()->buffer_stream();
514
534
StubFilterForScene filter;
551
571
auto s1 = stack.create_surface(default_params.of_depth(ms::DepthId{0}));
552
auto criteria1 = s1.lock()->compositing_criteria();
572
auto criteria1 = s1.lock();
553
573
auto stream1 = s1.lock()->buffer_stream();
554
574
auto s2 = stack.create_surface(default_params.of_depth(ms::DepthId{0}));
555
auto criteria2 = s2.lock()->compositing_criteria();
575
auto criteria2 = s2.lock();
556
576
auto stream2 = s2.lock()->buffer_stream();
557
577
auto s3 = stack.create_surface(default_params.of_depth(ms::DepthId{1}));
558
auto criteria3 = s3.lock()->compositing_criteria();
578
auto criteria3 = s3.lock();
559
579
auto stream3 = s3.lock()->buffer_stream();
561
581
StubFilterForScene filter;
647
667
auto s1 = stack.create_surface(default_params);
648
auto criteria1 = s1.lock()->compositing_criteria();
668
auto criteria1 = s1.lock();
649
669
auto stream1 = s1.lock()->buffer_stream();
650
670
auto s2 = stack.create_surface(default_params);
651
auto criteria2 = s2.lock()->compositing_criteria();
671
auto criteria2 = s2.lock();
652
672
auto stream2 = s2.lock()->buffer_stream();
653
673
auto s3 = stack.create_surface(default_params);
654
auto criteria3 = s3.lock()->compositing_criteria();
674
auto criteria3 = s3.lock();
655
675
auto stream3 = s3.lock()->buffer_stream();
657
677
MockFilterForScene filter;
added
removed
tests/unit-tests/scene/test_surface_stack.cpp
