| OLD | NEW |
|---|
| (Empty) |
| 1 // Copyright 2017 The Chromium Authors. All rights reserved. | |
| 2 // Use of this source code is governed by a BSD-style license that can be | |
| 3 // found in the LICENSE file. | |
| 4 | |
| 5 #include "content/renderer/media/media_stream_constraints_util_video_source.h" | |
| 6 | |
| 7 #include <algorithm> | |
| 8 #include <utility> | |
| 9 | |
| 10 #include "base/optional.h" | |
| 11 #include "content/renderer/media/media_stream_video_source.h" | |
| 12 #include "content/renderer/media/mock_constraint_factory.h" | |
| 13 #include "testing/gtest/include/gtest/gtest.h" | |
| 14 #include "third_party/WebKit/public/platform/WebMediaConstraints.h" | |
| 15 | |
| 16 namespace content { | |
| 17 | |
| 18 namespace { | |
| 19 | |
| 20 const char kDeviceID1[] = "fake_device_1"; | |
| 21 const char kDeviceID2[] = "fake_device_2"; | |
| 22 const char kDeviceID3[] = "fake_device_3"; | |
| 23 const char kDeviceID4[] = "fake_device_4"; | |
| 24 } | |
| 25 | |
| 26 class MediaStreamConstraintsUtilVideoSourceTest : public testing::Test { | |
| 27 public: | |
| 28 void SetUp() override { | |
| 29 // Default device. It is default because it is the first in the enumeration. | |
| 30 ::mojom::VideoInputDeviceCapabilitiesPtr device = | |
| 31 ::mojom::VideoInputDeviceCapabilities::New(); | |
| 32 device->device_id = kDeviceID1; | |
| 33 device->facing_mode = ::mojom::FacingMode::NONE; | |
| 34 device->formats = { | |
| 35 media::VideoCaptureFormat(gfx::Size(200, 200), 40.0f, | |
| 36 media::PIXEL_FORMAT_I420), | |
| 37 // This entry is is the closest to defaults. | |
| 38 media::VideoCaptureFormat(gfx::Size(500, 500), 40.0f, | |
| 39 media::PIXEL_FORMAT_I420), | |
| 40 media::VideoCaptureFormat(gfx::Size(1000, 1000), 20.0f, | |
| 41 media::PIXEL_FORMAT_I420), | |
| 42 }; | |
| 43 capabilities_.device_capabilities.push_back(std::move(device)); | |
| 44 | |
| 45 // A low-resolution device. | |
| 46 device = ::mojom::VideoInputDeviceCapabilities::New(); | |
| 47 device->device_id = kDeviceID2; | |
| 48 device->facing_mode = ::mojom::FacingMode::ENVIRONMENT; | |
| 49 device->formats = { | |
| 50 media::VideoCaptureFormat(gfx::Size(40, 30), 20.0f, | |
| 51 media::PIXEL_FORMAT_I420), | |
| 52 media::VideoCaptureFormat(gfx::Size(320, 240), 30.0f, | |
| 53 media::PIXEL_FORMAT_I420), | |
| 54 // This format has defaults for all settings | |
| 55 media::VideoCaptureFormat( | |
| 56 gfx::Size(MediaStreamVideoSource::kDefaultWidth, | |
| 57 MediaStreamVideoSource::kDefaultHeight), | |
| 58 MediaStreamVideoSource::kDefaultFrameRate, | |
| 59 media::PIXEL_FORMAT_I420), | |
| 60 media::VideoCaptureFormat(gfx::Size(800, 600), 20.0f, | |
| 61 media::PIXEL_FORMAT_I420), | |
| 62 }; | |
| 63 capabilities_.device_capabilities.push_back(std::move(device)); | |
| 64 | |
| 65 // A high-resolution device. | |
| 66 device = ::mojom::VideoInputDeviceCapabilities::New(); | |
| 67 device->device_id = kDeviceID3; | |
| 68 device->facing_mode = ::mojom::FacingMode::USER; | |
| 69 device->formats = { | |
| 70 media::VideoCaptureFormat(gfx::Size(320, 240), 10.0f, | |
| 71 media::PIXEL_FORMAT_I420), | |
| 72 media::VideoCaptureFormat(gfx::Size(640, 480), 10.0f, | |
| 73 media::PIXEL_FORMAT_I420), | |
| 74 // This format has defaults for all settings | |
| 75 media::VideoCaptureFormat( | |
| 76 gfx::Size(MediaStreamVideoSource::kDefaultWidth, | |
| 77 MediaStreamVideoSource::kDefaultHeight), | |
| 78 MediaStreamVideoSource::kDefaultFrameRate, | |
| 79 media::PIXEL_FORMAT_I420), | |
| 80 media::VideoCaptureFormat(gfx::Size(1280, 720), 60.0f, | |
| 81 media::PIXEL_FORMAT_I420), | |
| 82 media::VideoCaptureFormat(gfx::Size(1920, 1080), 60.0f, | |
| 83 media::PIXEL_FORMAT_I420), | |
| 84 media::VideoCaptureFormat(gfx::Size(2304, 1536), 10.0f, | |
| 85 media::PIXEL_FORMAT_I420), | |
| 86 }; | |
| 87 capabilities_.device_capabilities.push_back(std::move(device)); | |
| 88 | |
| 89 // A depth capture device. | |
| 90 device = ::mojom::VideoInputDeviceCapabilities::New(); | |
| 91 device->device_id = kDeviceID4; | |
| 92 device->facing_mode = ::mojom::FacingMode::ENVIRONMENT; | |
| 93 device->formats = {media::VideoCaptureFormat(gfx::Size(640, 480), 30.0f, | |
| 94 media::PIXEL_FORMAT_Y16)}; | |
| 95 capabilities_.device_capabilities.push_back(std::move(device)); | |
| 96 | |
| 97 capabilities_.power_line_capabilities = { | |
| 98 media::PowerLineFrequency::FREQUENCY_DEFAULT, | |
| 99 media::PowerLineFrequency::FREQUENCY_50HZ, | |
| 100 media::PowerLineFrequency::FREQUENCY_60HZ, | |
| 101 }; | |
| 102 | |
| 103 default_device_ = capabilities_.device_capabilities[0].get(); | |
| 104 low_res_device_ = capabilities_.device_capabilities[1].get(); | |
| 105 high_res_device_ = capabilities_.device_capabilities[2].get(); | |
| 106 default_closest_format_ = &default_device_->formats[1]; | |
| 107 low_res_closest_format_ = &low_res_device_->formats[2]; | |
| 108 high_res_closest_format_ = &high_res_device_->formats[2]; | |
| 109 high_res_highest_format_ = &high_res_device_->formats[5]; | |
| 110 } | |
| 111 | |
| 112 protected: | |
| 113 VideoCaptureSourceSelectionResult SelectSettings() { | |
| 114 blink::WebMediaConstraints constraints = | |
| 115 constraint_factory_.CreateWebMediaConstraints(); | |
| 116 return SelectVideoCaptureSourceSettings(capabilities_, constraints); | |
| 117 } | |
| 118 | |
| 119 VideoCaptureCapabilities capabilities_; | |
| 120 const mojom::VideoInputDeviceCapabilities* default_device_; | |
| 121 const mojom::VideoInputDeviceCapabilities* low_res_device_; | |
| 122 const mojom::VideoInputDeviceCapabilities* high_res_device_; | |
| 123 // Closest formats to the default settings. | |
| 124 const media::VideoCaptureFormat* default_closest_format_; | |
| 125 const media::VideoCaptureFormat* low_res_closest_format_; | |
| 126 const media::VideoCaptureFormat* high_res_closest_format_; | |
| 127 const media::VideoCaptureFormat* high_res_highest_format_; | |
| 128 | |
| 129 MockConstraintFactory constraint_factory_; | |
| 130 }; | |
| 131 | |
| 132 // The Unconstrained test checks the default selection criteria. | |
| 133 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, Unconstrained) { | |
| 134 constraint_factory_.Reset(); | |
| 135 auto result = SelectSettings(); | |
| 136 EXPECT_TRUE(result.has_value()); | |
| 137 // Should select the default device with closest-to-default settings. | |
| 138 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 139 EXPECT_EQ(default_device_->facing_mode, result.settings.facing_mode()); | |
| 140 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 141 } | |
| 142 | |
| 143 // The "Overconstrained" tests verify that failure of any single required | |
| 144 // constraint results in failure to select a candidate. | |
| 145 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, OverconstrainedOnDeviceID) { | |
| 146 constraint_factory_.Reset(); | |
| 147 constraint_factory_.basic().deviceId.setExact( | |
| 148 blink::WebString::fromASCII("NONEXISTING")); | |
| 149 auto result = SelectSettings(); | |
| 150 EXPECT_FALSE(result.has_value()); | |
| 151 EXPECT_EQ(constraint_factory_.basic().deviceId.name(), | |
| 152 result.failed_constraint_name); | |
| 153 } | |
| 154 | |
| 155 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, OverconstrainedOnFacingMode) { | |
| 156 constraint_factory_.Reset(); | |
| 157 // No device in |capabilities_| has facing mode equal to LEFT. | |
| 158 constraint_factory_.basic().facingMode.setExact( | |
| 159 blink::WebString::fromASCII("left")); | |
| 160 auto result = SelectSettings(); | |
| 161 EXPECT_FALSE(result.has_value()); | |
| 162 EXPECT_EQ(constraint_factory_.basic().facingMode.name(), | |
| 163 result.failed_constraint_name); | |
| 164 } | |
| 165 | |
| 166 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, OverconstrainedOnVideoKind) { | |
| 167 constraint_factory_.Reset(); | |
| 168 // No device in |capabilities_| has video kind infrared. | |
| 169 constraint_factory_.basic().videoKind.setExact( | |
| 170 blink::WebString::fromASCII("infrared")); | |
| 171 auto result = SelectSettings(); | |
| 172 EXPECT_FALSE(result.has_value()); | |
| 173 EXPECT_EQ(constraint_factory_.basic().videoKind.name(), | |
| 174 result.failed_constraint_name); | |
| 175 } | |
| 176 | |
| 177 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, OverconstrainedOnHeight) { | |
| 178 constraint_factory_.Reset(); | |
| 179 constraint_factory_.basic().height.setExact(123467890); | |
| 180 auto result = SelectSettings(); | |
| 181 EXPECT_FALSE(result.has_value()); | |
| 182 EXPECT_EQ(constraint_factory_.basic().height.name(), | |
| 183 result.failed_constraint_name); | |
| 184 | |
| 185 constraint_factory_.Reset(); | |
| 186 constraint_factory_.basic().height.setMin(123467890); | |
| 187 result = SelectSettings(); | |
| 188 EXPECT_FALSE(result.has_value()); | |
| 189 EXPECT_EQ(constraint_factory_.basic().height.name(), | |
| 190 result.failed_constraint_name); | |
| 191 | |
| 192 constraint_factory_.Reset(); | |
| 193 constraint_factory_.basic().height.setMax(0); | |
| 194 result = SelectSettings(); | |
| 195 EXPECT_FALSE(result.has_value()); | |
| 196 EXPECT_EQ(constraint_factory_.basic().height.name(), | |
| 197 result.failed_constraint_name); | |
| 198 } | |
| 199 | |
| 200 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, OverconstrainedOnWidth) { | |
| 201 constraint_factory_.Reset(); | |
| 202 constraint_factory_.basic().width.setExact(123467890); | |
| 203 auto result = SelectSettings(); | |
| 204 EXPECT_FALSE(result.has_value()); | |
| 205 EXPECT_EQ(constraint_factory_.basic().width.name(), | |
| 206 result.failed_constraint_name); | |
| 207 | |
| 208 constraint_factory_.Reset(); | |
| 209 constraint_factory_.basic().width.setMin(123467890); | |
| 210 result = SelectSettings(); | |
| 211 EXPECT_FALSE(result.has_value()); | |
| 212 EXPECT_EQ(constraint_factory_.basic().width.name(), | |
| 213 result.failed_constraint_name); | |
| 214 | |
| 215 constraint_factory_.Reset(); | |
| 216 constraint_factory_.basic().width.setMax(0); | |
| 217 result = SelectSettings(); | |
| 218 EXPECT_FALSE(result.has_value()); | |
| 219 EXPECT_EQ(constraint_factory_.basic().width.name(), | |
| 220 result.failed_constraint_name); | |
| 221 } | |
| 222 | |
| 223 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, | |
| 224 OverconstrainedOnAspectRatio) { | |
| 225 constraint_factory_.Reset(); | |
| 226 constraint_factory_.basic().aspectRatio.setExact(123467890.0); | |
| 227 auto result = SelectSettings(); | |
| 228 EXPECT_FALSE(result.has_value()); | |
| 229 EXPECT_EQ(constraint_factory_.basic().aspectRatio.name(), | |
| 230 result.failed_constraint_name); | |
| 231 | |
| 232 constraint_factory_.Reset(); | |
| 233 constraint_factory_.basic().aspectRatio.setMin(123467890.0); | |
| 234 result = SelectSettings(); | |
| 235 EXPECT_FALSE(result.has_value()); | |
| 236 EXPECT_EQ(constraint_factory_.basic().aspectRatio.name(), | |
| 237 result.failed_constraint_name); | |
| 238 | |
| 239 constraint_factory_.Reset(); | |
| 240 // This value is lower than the minimum supported by sources. | |
| 241 double kLowAspectRatio = 0.01; | |
| 242 constraint_factory_.basic().aspectRatio.setMax(kLowAspectRatio); | |
| 243 result = SelectSettings(); | |
| 244 EXPECT_FALSE(result.has_value()); | |
| 245 EXPECT_EQ(constraint_factory_.basic().aspectRatio.name(), | |
| 246 result.failed_constraint_name); | |
| 247 } | |
| 248 | |
| 249 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, OverconstrainedOnFrameRate) { | |
| 250 constraint_factory_.Reset(); | |
| 251 constraint_factory_.basic().frameRate.setExact(123467890.0); | |
| 252 auto result = SelectSettings(); | |
| 253 EXPECT_FALSE(result.has_value()); | |
| 254 EXPECT_EQ(constraint_factory_.basic().frameRate.name(), | |
| 255 result.failed_constraint_name); | |
| 256 | |
| 257 constraint_factory_.Reset(); | |
| 258 constraint_factory_.basic().frameRate.setMin(123467890.0); | |
| 259 result = SelectSettings(); | |
| 260 EXPECT_FALSE(result.has_value()); | |
| 261 EXPECT_EQ(constraint_factory_.basic().frameRate.name(), | |
| 262 result.failed_constraint_name); | |
| 263 | |
| 264 constraint_factory_.Reset(); | |
| 265 constraint_factory_.basic().frameRate.setMax(0.0); | |
| 266 result = SelectSettings(); | |
| 267 EXPECT_FALSE(result.has_value()); | |
| 268 EXPECT_EQ(constraint_factory_.basic().frameRate.name(), | |
| 269 result.failed_constraint_name); | |
| 270 } | |
| 271 | |
| 272 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, | |
| 273 OverconstrainedOnPowerLineFrequency) { | |
| 274 constraint_factory_.Reset(); | |
| 275 constraint_factory_.basic().googPowerLineFrequency.setExact(123467890); | |
| 276 auto result = SelectSettings(); | |
| 277 EXPECT_FALSE(result.has_value()); | |
| 278 EXPECT_EQ(constraint_factory_.basic().googPowerLineFrequency.name(), | |
| 279 result.failed_constraint_name); | |
| 280 | |
| 281 constraint_factory_.Reset(); | |
| 282 constraint_factory_.basic().googPowerLineFrequency.setMin(123467890); | |
| 283 result = SelectSettings(); | |
| 284 EXPECT_FALSE(result.has_value()); | |
| 285 EXPECT_EQ(constraint_factory_.basic().googPowerLineFrequency.name(), | |
| 286 result.failed_constraint_name); | |
| 287 | |
| 288 constraint_factory_.Reset(); | |
| 289 constraint_factory_.basic().googPowerLineFrequency.setMax(-1); | |
| 290 result = SelectSettings(); | |
| 291 EXPECT_FALSE(result.has_value()); | |
| 292 EXPECT_EQ(constraint_factory_.basic().googPowerLineFrequency.name(), | |
| 293 result.failed_constraint_name); | |
| 294 } | |
| 295 | |
| 296 // The "Mandatory" and "Ideal" tests check that various selection criteria work | |
| 297 // for each individual constraint in the basic constraint set. | |
| 298 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryDeviceID) { | |
| 299 constraint_factory_.Reset(); | |
| 300 constraint_factory_.basic().deviceId.setExact( | |
| 301 blink::WebString::fromASCII(default_device_->device_id)); | |
| 302 auto result = SelectSettings(); | |
| 303 EXPECT_TRUE(result.has_value()); | |
| 304 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 305 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 306 EXPECT_EQ(media::PowerLineFrequency::FREQUENCY_DEFAULT, | |
| 307 result.settings.power_line_frequency()); | |
| 308 | |
| 309 constraint_factory_.basic().deviceId.setExact( | |
| 310 blink::WebString::fromASCII(low_res_device_->device_id)); | |
| 311 result = SelectSettings(); | |
| 312 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 313 EXPECT_EQ(*low_res_closest_format_, result.settings.format()); | |
| 314 EXPECT_EQ(media::PowerLineFrequency::FREQUENCY_DEFAULT, | |
| 315 result.settings.power_line_frequency()); | |
| 316 | |
| 317 constraint_factory_.basic().deviceId.setExact( | |
| 318 blink::WebString::fromASCII(high_res_device_->device_id)); | |
| 319 result = SelectSettings(); | |
| 320 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 321 EXPECT_EQ(*high_res_closest_format_, result.settings.format()); | |
| 322 EXPECT_EQ(media::PowerLineFrequency::FREQUENCY_DEFAULT, | |
| 323 result.settings.power_line_frequency()); | |
| 324 } | |
| 325 | |
| 326 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryFacingMode) { | |
| 327 constraint_factory_.Reset(); | |
| 328 constraint_factory_.basic().facingMode.setExact( | |
| 329 blink::WebString::fromASCII("environment")); | |
| 330 auto result = SelectSettings(); | |
| 331 EXPECT_TRUE(result.has_value()); | |
| 332 EXPECT_EQ(::mojom::FacingMode::ENVIRONMENT, result.settings.facing_mode()); | |
| 333 // Only the low-res device supports environment facing mode. Should select | |
| 334 // default settings for everything else. | |
| 335 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 336 EXPECT_EQ(*low_res_closest_format_, result.settings.format()); | |
| 337 EXPECT_EQ(media::PowerLineFrequency::FREQUENCY_DEFAULT, | |
| 338 result.settings.power_line_frequency()); | |
| 339 | |
| 340 constraint_factory_.basic().facingMode.setExact( | |
| 341 blink::WebString::fromASCII("user")); | |
| 342 result = SelectSettings(); | |
| 343 EXPECT_TRUE(result.has_value()); | |
| 344 EXPECT_EQ(::mojom::FacingMode::USER, result.settings.facing_mode()); | |
| 345 // Only the high-res device supports user facing mode. Should select default | |
| 346 // settings for everything else. | |
| 347 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 348 EXPECT_EQ(*high_res_closest_format_, result.settings.format()); | |
| 349 EXPECT_EQ(media::PowerLineFrequency::FREQUENCY_DEFAULT, | |
| 350 result.settings.power_line_frequency()); | |
| 351 } | |
| 352 | |
| 353 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryVideoKind) { | |
| 354 constraint_factory_.Reset(); | |
| 355 constraint_factory_.basic().videoKind.setExact( | |
| 356 blink::WebString::fromASCII("depth")); | |
| 357 auto result = SelectSettings(); | |
| 358 EXPECT_TRUE(result.has_value()); | |
| 359 EXPECT_EQ(kDeviceID4, result.settings.device_id()); | |
| 360 EXPECT_EQ(media::PIXEL_FORMAT_Y16, result.settings.format().pixel_format); | |
| 361 | |
| 362 constraint_factory_.basic().videoKind.setExact( | |
| 363 blink::WebString::fromASCII("color")); | |
| 364 result = SelectSettings(); | |
| 365 EXPECT_TRUE(result.has_value()); | |
| 366 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 367 } | |
| 368 | |
| 369 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryPowerLineFrequency) { | |
| 370 constraint_factory_.Reset(); | |
| 371 const media::PowerLineFrequency kPowerLineFrequencies[] = { | |
| 372 media::PowerLineFrequency::FREQUENCY_50HZ, | |
| 373 media::PowerLineFrequency::FREQUENCY_60HZ}; | |
| 374 for (auto power_line_frequency : kPowerLineFrequencies) { | |
| 375 constraint_factory_.basic().googPowerLineFrequency.setExact( | |
| 376 static_cast<long>(power_line_frequency)); | |
| 377 auto result = SelectSettings(); | |
| 378 EXPECT_TRUE(result.has_value()); | |
| 379 EXPECT_EQ(power_line_frequency, result.settings.power_line_frequency()); | |
| 380 // The default device and settings closest to the default should be | |
| 381 // selected. | |
| 382 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 383 EXPECT_EQ(default_device_->facing_mode, result.settings.facing_mode()); | |
| 384 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 385 } | |
| 386 } | |
| 387 | |
| 388 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryExactHeight) { | |
| 389 constraint_factory_.Reset(); | |
| 390 const int kHeight = MediaStreamVideoSource::kDefaultHeight; | |
| 391 constraint_factory_.basic().height.setExact(kHeight); | |
| 392 auto result = SelectSettings(); | |
| 393 EXPECT_TRUE(result.has_value()); | |
| 394 // All devices in |capabilities_| support the requested height. The algorithm | |
| 395 // should prefer the first device that supports the requested height natively, | |
| 396 // which is the low-res device. | |
| 397 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 398 EXPECT_EQ(kHeight, result.settings.GetHeight()); | |
| 399 | |
| 400 const int kLargeHeight = 1500; | |
| 401 constraint_factory_.basic().height.setExact(kLargeHeight); | |
| 402 result = SelectSettings(); | |
| 403 EXPECT_TRUE(result.has_value()); | |
| 404 // Only the high-res device at the highest resolution supports the requested | |
| 405 // height, even if not natively. | |
| 406 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 407 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 408 } | |
| 409 | |
| 410 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMinHeight) { | |
| 411 constraint_factory_.Reset(); | |
| 412 const int kHeight = MediaStreamVideoSource::kDefaultHeight; | |
| 413 constraint_factory_.basic().height.setMin(kHeight); | |
| 414 auto result = SelectSettings(); | |
| 415 EXPECT_TRUE(result.has_value()); | |
| 416 // All devices in |capabilities_| support the requested height range. The | |
| 417 // algorithm should prefer the default device. | |
| 418 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 419 EXPECT_LE(kHeight, result.settings.GetHeight()); | |
| 420 | |
| 421 const int kLargeHeight = 1500; | |
| 422 constraint_factory_.basic().height.setMin(kLargeHeight); | |
| 423 result = SelectSettings(); | |
| 424 EXPECT_TRUE(result.has_value()); | |
| 425 // Only the high-res device at the highest resolution supports the requested | |
| 426 // height range. | |
| 427 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 428 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 429 } | |
| 430 | |
| 431 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMaxHeight) { | |
| 432 constraint_factory_.Reset(); | |
| 433 const int kLowHeight = 20; | |
| 434 constraint_factory_.basic().height.setMax(kLowHeight); | |
| 435 auto result = SelectSettings(); | |
| 436 EXPECT_TRUE(result.has_value()); | |
| 437 // All devices in |capabilities_| support the requested height range. The | |
| 438 // algorithm should prefer the settings that natively exceed the requested | |
| 439 // maximum by the lowest amount. In this case it is the low-res device. | |
| 440 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 441 EXPECT_EQ(low_res_device_->formats[0], result.settings.format()); | |
| 442 } | |
| 443 | |
| 444 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryHeightRange) { | |
| 445 constraint_factory_.Reset(); | |
| 446 { | |
| 447 const int kMinHeight = 480; | |
| 448 const int kMaxHeight = 720; | |
| 449 constraint_factory_.basic().height.setMin(kMinHeight); | |
| 450 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 451 auto result = SelectSettings(); | |
| 452 EXPECT_TRUE(result.has_value()); | |
| 453 EXPECT_GE(result.settings.GetHeight(), kMinHeight); | |
| 454 EXPECT_LE(result.settings.GetHeight(), kMaxHeight); | |
| 455 // All devices in |capabilities_| support the constraint range. The | |
| 456 // algorithm should prefer the default device since it has at least one | |
| 457 // native format (the closest-to-default format) included in the requested | |
| 458 // range. | |
| 459 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 460 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 461 } | |
| 462 | |
| 463 { | |
| 464 const int kMinHeight = 550; | |
| 465 const int kMaxHeight = 650; | |
| 466 constraint_factory_.basic().height.setMin(kMinHeight); | |
| 467 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 468 auto result = SelectSettings(); | |
| 469 EXPECT_TRUE(result.has_value()); | |
| 470 EXPECT_GE(result.settings.GetHeight(), kMinHeight); | |
| 471 EXPECT_LE(result.settings.GetHeight(), kMaxHeight); | |
| 472 // In this case, the algorithm should prefer the low-res device since it is | |
| 473 // the first device with a native format (800x600) included in the requested | |
| 474 // range. | |
| 475 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 476 EXPECT_EQ(800, result.settings.GetWidth()); | |
| 477 EXPECT_EQ(600, result.settings.GetHeight()); | |
| 478 } | |
| 479 | |
| 480 { | |
| 481 const int kMinHeight = 700; | |
| 482 const int kMaxHeight = 800; | |
| 483 constraint_factory_.basic().height.setMin(kMinHeight); | |
| 484 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 485 auto result = SelectSettings(); | |
| 486 EXPECT_TRUE(result.has_value()); | |
| 487 EXPECT_GE(result.settings.GetHeight(), kMinHeight); | |
| 488 EXPECT_LE(result.settings.GetHeight(), kMaxHeight); | |
| 489 // In this case, the algorithm should prefer the high-res device since it is | |
| 490 // the only device with a native format (1280x720) included in the requested | |
| 491 // range. | |
| 492 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 493 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 494 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 495 } | |
| 496 } | |
| 497 | |
| 498 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, IdealHeight) { | |
| 499 constraint_factory_.Reset(); | |
| 500 { | |
| 501 const int kIdealHeight = 480; | |
| 502 constraint_factory_.basic().height.setIdeal(kIdealHeight); | |
| 503 auto result = SelectSettings(); | |
| 504 EXPECT_TRUE(result.has_value()); | |
| 505 // The algorithm should select the first device that supports the ideal | |
| 506 // height natively. | |
| 507 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 508 EXPECT_EQ(kIdealHeight, result.settings.GetHeight()); | |
| 509 } | |
| 510 | |
| 511 { | |
| 512 const int kIdealHeight = 481; | |
| 513 constraint_factory_.basic().height.setIdeal(kIdealHeight); | |
| 514 auto result = SelectSettings(); | |
| 515 EXPECT_TRUE(result.has_value()); | |
| 516 // In this case, the default device is selected because it can satisfy the | |
| 517 // ideal at a lower cost than the other devices (500 vs 600 or 720). | |
| 518 // Note that a native resolution of 480 is further from the ideal than | |
| 519 // 500 cropped to 480. | |
| 520 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 521 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 522 } | |
| 523 | |
| 524 { | |
| 525 const int kIdealHeight = 1079; | |
| 526 constraint_factory_.basic().height.setIdeal(kIdealHeight); | |
| 527 auto result = SelectSettings(); | |
| 528 EXPECT_TRUE(result.has_value()); | |
| 529 // In this case, the high-res device has two configurations that satisfy | |
| 530 // the ideal value (1920x1080 and 2304x1536). Select the one with shortest | |
| 531 // native distance to the ideal value (1920x1080). | |
| 532 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 533 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 534 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 535 } | |
| 536 | |
| 537 { | |
| 538 const int kIdealHeight = 1200; | |
| 539 constraint_factory_.basic().height.setIdeal(kIdealHeight); | |
| 540 auto result = SelectSettings(); | |
| 541 EXPECT_TRUE(result.has_value()); | |
| 542 // The algorithm must the select the only device that can satisfy the ideal, | |
| 543 // which is the high-res device at the highest resolution. | |
| 544 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 545 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 546 } | |
| 547 } | |
| 548 | |
| 549 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryExactWidth) { | |
| 550 constraint_factory_.Reset(); | |
| 551 const int kWidth = 640; | |
| 552 constraint_factory_.basic().width.setExact(kWidth); | |
| 553 auto result = SelectSettings(); | |
| 554 EXPECT_TRUE(result.has_value()); | |
| 555 // All devices in |capabilities_| support the requested width. The algorithm | |
| 556 // should prefer the first device that supports the requested width natively, | |
| 557 // which is the low-res device. | |
| 558 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 559 EXPECT_EQ(kWidth, result.settings.GetWidth()); | |
| 560 | |
| 561 const int kLargeWidth = 2000; | |
| 562 constraint_factory_.basic().width.setExact(kLargeWidth); | |
| 563 result = SelectSettings(); | |
| 564 EXPECT_TRUE(result.has_value()); | |
| 565 EXPECT_LE(kLargeWidth, result.settings.GetWidth()); | |
| 566 // Only the high-res device at the highest resolution supports the requested | |
| 567 // width, even if not natively. | |
| 568 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 569 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 570 } | |
| 571 | |
| 572 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMinWidth) { | |
| 573 constraint_factory_.Reset(); | |
| 574 const int kWidth = 640; | |
| 575 constraint_factory_.basic().width.setMin(kWidth); | |
| 576 auto result = SelectSettings(); | |
| 577 EXPECT_TRUE(result.has_value()); | |
| 578 // All devices in |capabilities_| support the requested width range. The | |
| 579 // algorithm should prefer the default device at 1000x1000, which is the | |
| 580 // first configuration that satisfies the minimum width. | |
| 581 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 582 EXPECT_LE(kWidth, result.settings.GetWidth()); | |
| 583 EXPECT_EQ(1000, result.settings.GetWidth()); | |
| 584 EXPECT_EQ(1000, result.settings.GetHeight()); | |
| 585 | |
| 586 const int kLargeWidth = 2000; | |
| 587 constraint_factory_.basic().width.setMin(kLargeWidth); | |
| 588 result = SelectSettings(); | |
| 589 EXPECT_TRUE(result.has_value()); | |
| 590 // Only the high-res device at the highest resolution supports the requested | |
| 591 // minimum width. | |
| 592 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 593 EXPECT_LE(kLargeWidth, result.settings.GetWidth()); | |
| 594 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 595 } | |
| 596 | |
| 597 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMaxWidth) { | |
| 598 constraint_factory_.Reset(); | |
| 599 const int kLowWidth = 30; | |
| 600 constraint_factory_.basic().width.setMax(kLowWidth); | |
| 601 auto result = SelectSettings(); | |
| 602 EXPECT_TRUE(result.has_value()); | |
| 603 // All devices in |capabilities_| support the requested width range. The | |
| 604 // algorithm should prefer the settings that natively exceed the requested | |
| 605 // maximum by the lowest amount. In this case it is the low-res device at its | |
| 606 // lowest resolution. | |
| 607 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 608 EXPECT_EQ(low_res_device_->formats[0], result.settings.format()); | |
| 609 } | |
| 610 | |
| 611 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryWidthRange) { | |
| 612 constraint_factory_.Reset(); | |
| 613 { | |
| 614 const int kMinWidth = 640; | |
| 615 const int kMaxWidth = 1280; | |
| 616 constraint_factory_.basic().width.setMin(kMinWidth); | |
| 617 constraint_factory_.basic().width.setMax(kMaxWidth); | |
| 618 auto result = SelectSettings(); | |
| 619 EXPECT_TRUE(result.has_value()); | |
| 620 EXPECT_GE(result.settings.GetWidth(), kMinWidth); | |
| 621 EXPECT_LE(result.settings.GetWidth(), kMaxWidth); | |
| 622 // All devices in |capabilities_| support the constraint range. The | |
| 623 // algorithm should prefer the default device since it has at least one | |
| 624 // native format (1000x1000) included in the requested range. | |
| 625 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 626 EXPECT_EQ(1000, result.settings.GetWidth()); | |
| 627 EXPECT_EQ(1000, result.settings.GetHeight()); | |
| 628 } | |
| 629 | |
| 630 { | |
| 631 const int kMinWidth = 750; | |
| 632 const int kMaxWidth = 850; | |
| 633 constraint_factory_.basic().width.setMin(kMinWidth); | |
| 634 constraint_factory_.basic().width.setMax(kMaxWidth); | |
| 635 auto result = SelectSettings(); | |
| 636 EXPECT_TRUE(result.has_value()); | |
| 637 EXPECT_GE(result.settings.GetWidth(), kMinWidth); | |
| 638 EXPECT_LE(result.settings.GetWidth(), kMaxWidth); | |
| 639 // In this case, the algorithm should prefer the low-res device since it is | |
| 640 // the first device with a native format (800x600) included in the requested | |
| 641 // range. | |
| 642 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 643 EXPECT_EQ(800, result.settings.GetWidth()); | |
| 644 EXPECT_EQ(600, result.settings.GetHeight()); | |
| 645 } | |
| 646 | |
| 647 { | |
| 648 const int kMinWidth = 1900; | |
| 649 const int kMaxWidth = 2000; | |
| 650 constraint_factory_.basic().width.setMin(kMinWidth); | |
| 651 constraint_factory_.basic().width.setMax(kMaxWidth); | |
| 652 auto result = SelectSettings(); | |
| 653 EXPECT_TRUE(result.has_value()); | |
| 654 EXPECT_GE(result.settings.GetWidth(), kMinWidth); | |
| 655 EXPECT_LE(result.settings.GetWidth(), kMaxWidth); | |
| 656 // In this case, the algorithm should prefer the high-res device since it is | |
| 657 // the only device with a native format (1920x1080) included in the | |
| 658 // requested range. | |
| 659 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 660 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 661 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 662 } | |
| 663 } | |
| 664 | |
| 665 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, IdealWidth) { | |
| 666 constraint_factory_.Reset(); | |
| 667 { | |
| 668 const int kIdealWidth = 320; | |
| 669 constraint_factory_.basic().width.setIdeal(kIdealWidth); | |
| 670 auto result = SelectSettings(); | |
| 671 EXPECT_TRUE(result.has_value()); | |
| 672 // The algorithm should select the first device that supports the ideal | |
| 673 // width natively, which is the low-res device at 320x240. | |
| 674 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 675 EXPECT_EQ(kIdealWidth, result.settings.GetWidth()); | |
| 676 } | |
| 677 | |
| 678 { | |
| 679 const int kIdealWidth = 321; | |
| 680 constraint_factory_.basic().width.setIdeal(kIdealWidth); | |
| 681 auto result = SelectSettings(); | |
| 682 EXPECT_TRUE(result.has_value()); | |
| 683 // In this case, the default device is selected because it can satisfy the | |
| 684 // ideal at a lower cost than the other devices (500 vs 640). | |
| 685 // Note that a native resolution of 320 is further from the ideal value of | |
| 686 // 321 than 500 cropped to 321. | |
| 687 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 688 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 689 } | |
| 690 | |
| 691 { | |
| 692 const int kIdealWidth = 2000; | |
| 693 constraint_factory_.basic().width.setIdeal(kIdealWidth); | |
| 694 auto result = SelectSettings(); | |
| 695 EXPECT_TRUE(result.has_value()); | |
| 696 // The algorithm must the select the only device that can satisfy the ideal. | |
| 697 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 698 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 699 } | |
| 700 | |
| 701 { | |
| 702 const int kIdealWidth = 3000; | |
| 703 constraint_factory_.basic().width.setIdeal(kIdealWidth); | |
| 704 auto result = SelectSettings(); | |
| 705 EXPECT_TRUE(result.has_value()); | |
| 706 // The algorithm must the select the device and setting with less distance | |
| 707 // to the ideal. | |
| 708 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 709 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 710 } | |
| 711 } | |
| 712 | |
| 713 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryExactFrameRate) { | |
| 714 constraint_factory_.Reset(); | |
| 715 const double kFrameRate = MediaStreamVideoSource::kDefaultFrameRate; | |
| 716 constraint_factory_.basic().frameRate.setExact(kFrameRate); | |
| 717 auto result = SelectSettings(); | |
| 718 EXPECT_TRUE(result.has_value()); | |
| 719 // All devices in |capabilities_| support the requested frame rate. The | |
| 720 // algorithm should prefer the first device that supports the requested frame | |
| 721 // rate natively, which is the low-res device at 640x480x30Hz. | |
| 722 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 723 EXPECT_EQ(kFrameRate, result.settings.GetFrameRate()); | |
| 724 EXPECT_EQ(640, result.settings.GetWidth()); | |
| 725 EXPECT_EQ(480, result.settings.GetHeight()); | |
| 726 | |
| 727 const double kLargeFrameRate = 50; | |
| 728 constraint_factory_.basic().frameRate.setExact(kLargeFrameRate); | |
| 729 result = SelectSettings(); | |
| 730 EXPECT_TRUE(result.has_value()); | |
| 731 // Only the high-res device supports the requested frame rate, even if not | |
| 732 // natively. The least expensive configuration that supports the requested | |
| 733 // frame rate is 1280x720x60Hz. | |
| 734 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 735 EXPECT_EQ(60.0, result.settings.GetFrameRate()); | |
| 736 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 737 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 738 } | |
| 739 | |
| 740 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMinFrameRate) { | |
| 741 constraint_factory_.Reset(); | |
| 742 const double kFrameRate = MediaStreamVideoSource::kDefaultFrameRate; | |
| 743 constraint_factory_.basic().frameRate.setMin(kFrameRate); | |
| 744 auto result = SelectSettings(); | |
| 745 EXPECT_TRUE(result.has_value()); | |
| 746 // All devices in |capabilities_| support the requested frame-rate range. The | |
| 747 // algorithm should prefer the default device. | |
| 748 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 749 // The format closest to the default satisfies the constraint. | |
| 750 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 751 | |
| 752 const double kLargeFrameRate = 50; | |
| 753 constraint_factory_.basic().frameRate.setMin(kLargeFrameRate); | |
| 754 result = SelectSettings(); | |
| 755 EXPECT_TRUE(result.has_value()); | |
| 756 // Only the high-res device supports the requested frame-rate range. | |
| 757 // The least expensive configuration is 1280x720x60Hz. | |
| 758 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 759 EXPECT_LE(kLargeFrameRate, result.settings.GetFrameRate()); | |
| 760 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 761 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 762 } | |
| 763 | |
| 764 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMaxFrameRate) { | |
| 765 constraint_factory_.Reset(); | |
| 766 const double kLowFrameRate = 10; | |
| 767 constraint_factory_.basic().frameRate.setMax(kLowFrameRate); | |
| 768 auto result = SelectSettings(); | |
| 769 EXPECT_TRUE(result.has_value()); | |
| 770 // All devices in |capabilities_| support the requested frame-rate range. The | |
| 771 // algorithm should prefer the settings that natively exceed the requested | |
| 772 // maximum by the lowest amount. In this case it is the high-res device with | |
| 773 // default resolution . | |
| 774 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 775 EXPECT_EQ(kLowFrameRate, result.settings.GetFrameRate()); | |
| 776 EXPECT_EQ(MediaStreamVideoSource::kDefaultHeight, | |
| 777 result.settings.GetHeight()); | |
| 778 EXPECT_EQ(MediaStreamVideoSource::kDefaultWidth, result.settings.GetWidth()); | |
| 779 } | |
| 780 | |
| 781 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryFrameRateRange) { | |
| 782 constraint_factory_.Reset(); | |
| 783 { | |
| 784 const double kMinFrameRate = 10; | |
| 785 const double kMaxFrameRate = 40; | |
| 786 constraint_factory_.basic().frameRate.setMin(kMinFrameRate); | |
| 787 constraint_factory_.basic().frameRate.setMax(kMaxFrameRate); | |
| 788 auto result = SelectSettings(); | |
| 789 EXPECT_TRUE(result.has_value()); | |
| 790 EXPECT_LE(kMinFrameRate, result.settings.GetFrameRate()); | |
| 791 EXPECT_GE(kMaxFrameRate, result.settings.GetFrameRate()); | |
| 792 // All devices in |capabilities_| support the constraint range. The | |
| 793 // algorithm should prefer the default device since its closest-to-default | |
| 794 // format has a frame rate included in the requested range. | |
| 795 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 796 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 797 } | |
| 798 | |
| 799 { | |
| 800 const double kMinFrameRate = 25; | |
| 801 const double kMaxFrameRate = 35; | |
| 802 constraint_factory_.basic().frameRate.setMin(kMinFrameRate); | |
| 803 constraint_factory_.basic().frameRate.setMax(kMaxFrameRate); | |
| 804 auto result = SelectSettings(); | |
| 805 EXPECT_TRUE(result.has_value()); | |
| 806 EXPECT_GE(result.settings.GetFrameRate(), kMinFrameRate); | |
| 807 EXPECT_LE(result.settings.GetFrameRate(), kMaxFrameRate); | |
| 808 // In this case, the algorithm should prefer the low-res device since it is | |
| 809 // the first device with a native frame rate included in the requested | |
| 810 // range. The default resolution should be preferred as secondary criterion. | |
| 811 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 812 EXPECT_EQ(*low_res_closest_format_, result.settings.format()); | |
| 813 } | |
| 814 | |
| 815 { | |
| 816 const double kMinFrameRate = 50; | |
| 817 const double kMaxFrameRate = 70; | |
| 818 constraint_factory_.basic().frameRate.setMin(kMinFrameRate); | |
| 819 constraint_factory_.basic().frameRate.setMax(kMaxFrameRate); | |
| 820 auto result = SelectSettings(); | |
| 821 EXPECT_TRUE(result.has_value()); | |
| 822 EXPECT_GE(result.settings.GetFrameRate(), kMinFrameRate); | |
| 823 EXPECT_LE(result.settings.GetFrameRate(), kMaxFrameRate); | |
| 824 // In this case, the algorithm should prefer the high-res device since it is | |
| 825 // the only device with a native format included in the requested range. | |
| 826 // The 1280x720 resolution should be selected due to closeness to default | |
| 827 // settings, which is the second tie-breaker criterion that applies. | |
| 828 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 829 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 830 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 831 } | |
| 832 } | |
| 833 | |
| 834 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, IdealFrameRate) { | |
| 835 constraint_factory_.Reset(); | |
| 836 { | |
| 837 const double kIdealFrameRate = MediaStreamVideoSource::kDefaultFrameRate; | |
| 838 constraint_factory_.basic().frameRate.setIdeal(kIdealFrameRate); | |
| 839 auto result = SelectSettings(); | |
| 840 EXPECT_TRUE(result.has_value()); | |
| 841 // The algorithm should select the first configuration that supports the | |
| 842 // ideal frame rate natively, which is the low-res device. Default | |
| 843 // resolution should be selected as secondary criterion. | |
| 844 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 845 EXPECT_EQ(*low_res_closest_format_, result.settings.format()); | |
| 846 } | |
| 847 | |
| 848 { | |
| 849 const double kIdealFrameRate = 31; | |
| 850 constraint_factory_.basic().frameRate.setIdeal(kIdealFrameRate); | |
| 851 auto result = SelectSettings(); | |
| 852 EXPECT_TRUE(result.has_value()); | |
| 853 // In this case, the default device is selected because it can satisfy the | |
| 854 // ideal at a lower cost than the other devices (40 vs 60). | |
| 855 // Note that a native frame rate of 30 is further from the ideal than | |
| 856 // 31 adjusted to 30. | |
| 857 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 858 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 859 } | |
| 860 | |
| 861 { | |
| 862 const double kIdealFrameRate = 55; | |
| 863 constraint_factory_.basic().frameRate.setIdeal(kIdealFrameRate); | |
| 864 auto result = SelectSettings(); | |
| 865 EXPECT_TRUE(result.has_value()); | |
| 866 // The high-res device format 1280x720x60.0 must be selected because its | |
| 867 // frame rate can satisfy the ideal frame rate and has resolution closest | |
| 868 // to the default. | |
| 869 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 870 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 871 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 872 EXPECT_EQ(60, result.settings.GetFrameRate()); | |
| 873 } | |
| 874 | |
| 875 { | |
| 876 const double kIdealFrameRate = 100; | |
| 877 constraint_factory_.basic().frameRate.setIdeal(kIdealFrameRate); | |
| 878 auto result = SelectSettings(); | |
| 879 EXPECT_TRUE(result.has_value()); | |
| 880 // The algorithm must select settings with frame rate closest to the ideal. | |
| 881 // The high-res device format 1280x720x60.0 must be selected because its | |
| 882 // frame rate it closest to the ideal value and it has resolution closest to | |
| 883 // the default. | |
| 884 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 885 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 886 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 887 EXPECT_EQ(60, result.settings.GetFrameRate()); | |
| 888 } | |
| 889 } | |
| 890 | |
| 891 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryExactAspectRatio) { | |
| 892 constraint_factory_.Reset(); | |
| 893 const double kAspectRatio = 4.0 / 3.0; | |
| 894 constraint_factory_.basic().aspectRatio.setExact(kAspectRatio); | |
| 895 auto result = SelectSettings(); | |
| 896 EXPECT_TRUE(result.has_value()); | |
| 897 double min_width = 1.0; | |
| 898 double max_width = result.settings.GetWidth(); | |
| 899 double min_height = 1.0; | |
| 900 double max_height = result.settings.GetHeight(); | |
| 901 double min_aspect_ratio = min_width / max_height; | |
| 902 double max_aspect_ratio = max_width / min_height; | |
| 903 // The requested aspect ratio must be within the supported range. | |
| 904 EXPECT_GE(kAspectRatio, min_aspect_ratio); | |
| 905 EXPECT_LE(kAspectRatio, max_aspect_ratio); | |
| 906 // All devices in |capabilities_| support the requested aspect ratio. | |
| 907 // The algorithm should prefer the first device that supports the requested | |
| 908 // aspect ratio. | |
| 909 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 910 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 911 | |
| 912 const long kMinWidth = 500; | |
| 913 const long kMaxWidth = 1000; | |
| 914 const long kMaxHeight = 500; | |
| 915 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 916 constraint_factory_.basic().width.setMin(kMinWidth); | |
| 917 constraint_factory_.basic().width.setMax(kMaxWidth); | |
| 918 constraint_factory_.basic().aspectRatio.setExact(kAspectRatio); | |
| 919 result = SelectSettings(); | |
| 920 EXPECT_TRUE(result.has_value()); | |
| 921 min_width = std::max(1L, kMinWidth); | |
| 922 max_width = std::min(result.settings.GetWidth(), kMaxWidth); | |
| 923 min_height = 1.0; | |
| 924 max_height = std::min(result.settings.GetHeight(), kMaxHeight); | |
| 925 min_aspect_ratio = min_width / max_height; | |
| 926 max_aspect_ratio = max_width / min_height; | |
| 927 // The requested aspect ratio must be within the supported range. | |
| 928 EXPECT_GE(kAspectRatio, min_aspect_ratio); | |
| 929 EXPECT_LE(kAspectRatio, max_aspect_ratio); | |
| 930 // The default device can support the requested aspect ratio with the default | |
| 931 // settings (500x500) using cropping. | |
| 932 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 933 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 934 | |
| 935 const long kMinHeight = 480; | |
| 936 constraint_factory_.basic().height.setMin(kMinHeight); | |
| 937 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 938 constraint_factory_.basic().width.setMin(kMinWidth); | |
| 939 constraint_factory_.basic().width.setMax(kMaxWidth); | |
| 940 constraint_factory_.basic().aspectRatio.setExact(kAspectRatio); | |
| 941 result = SelectSettings(); | |
| 942 EXPECT_TRUE(result.has_value()); | |
| 943 min_width = std::max(1L, kMinWidth); | |
| 944 max_width = std::min(result.settings.GetWidth(), kMaxWidth); | |
| 945 min_height = std::max(1L, kMinHeight); | |
| 946 max_height = std::min(result.settings.GetHeight(), kMaxHeight); | |
| 947 min_aspect_ratio = min_width / max_height; | |
| 948 max_aspect_ratio = max_width / min_height; | |
| 949 // The requested aspect ratio must be within the supported range. | |
| 950 EXPECT_GE(kAspectRatio, min_aspect_ratio); | |
| 951 EXPECT_LE(kAspectRatio, max_aspect_ratio); | |
| 952 // Given resolution constraints, the default device with closest-to-default | |
| 953 // settings cannot satisfy the required aspect ratio. | |
| 954 // The first device that can do it is the low-res device with a native | |
| 955 // resolution of 640x480. Higher resolutions for the default device are more | |
| 956 // penalized by the constraints than the default native resolution of the | |
| 957 // low-res device. | |
| 958 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 959 EXPECT_EQ(*low_res_closest_format_, result.settings.format()); | |
| 960 } | |
| 961 | |
| 962 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMinAspectRatio) { | |
| 963 constraint_factory_.Reset(); | |
| 964 const double kAspectRatio = 4.0 / 3.0; | |
| 965 constraint_factory_.basic().aspectRatio.setMin(kAspectRatio); | |
| 966 auto result = SelectSettings(); | |
| 967 EXPECT_TRUE(result.has_value()); | |
| 968 double max_width = result.settings.GetWidth(); | |
| 969 double min_height = 1.0; | |
| 970 double max_aspect_ratio = max_width / min_height; | |
| 971 // Minimum constraint aspect ratio must be less than or equal to the maximum | |
| 972 // supported by the source. | |
| 973 EXPECT_LE(kAspectRatio, max_aspect_ratio); | |
| 974 // All devices in |capabilities_| support the requested aspect-ratio range. | |
| 975 // The algorithm should prefer the first device that supports the requested | |
| 976 // aspect-ratio range, which in this case is the default device. | |
| 977 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 978 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 979 | |
| 980 const long kMinWidth = 500; | |
| 981 const long kMaxWidth = 1000; | |
| 982 const long kMinHeight = 480; | |
| 983 const long kMaxHeight = 500; | |
| 984 constraint_factory_.basic().width.setMin(kMinWidth); | |
| 985 constraint_factory_.basic().width.setMax(kMaxWidth); | |
| 986 constraint_factory_.basic().height.setMin(kMinHeight); | |
| 987 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 988 constraint_factory_.basic().aspectRatio.setMin(kAspectRatio); | |
| 989 result = SelectSettings(); | |
| 990 EXPECT_TRUE(result.has_value()); | |
| 991 max_width = std::min(result.settings.GetWidth(), kMaxWidth); | |
| 992 min_height = std::max(1L, kMinHeight); | |
| 993 max_aspect_ratio = max_width / min_height; | |
| 994 // Minimum constraint aspect ratio must be less than or equal to the minimum | |
| 995 // supported by the source. | |
| 996 EXPECT_LE(kAspectRatio, max_aspect_ratio); | |
| 997 // Given resolution constraints, the default device with closest-to-default | |
| 998 // settings cannot satisfy the required minimum aspect ratio (maximum would | |
| 999 // be 500/480). The first device that can is the low-res device with a native | |
| 1000 // resolution of 640x480. | |
| 1001 // Higher resolutions for the default device are more penalized by the | |
| 1002 // constraints than the default native resolution of the low-res device. | |
| 1003 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 1004 EXPECT_EQ(*low_res_closest_format_, result.settings.format()); | |
| 1005 } | |
| 1006 | |
| 1007 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryMaxAspectRatio) { | |
| 1008 constraint_factory_.Reset(); | |
| 1009 const double kAspectRatio = 0.5; | |
| 1010 constraint_factory_.basic().aspectRatio.setMax(kAspectRatio); | |
| 1011 auto result = SelectSettings(); | |
| 1012 EXPECT_TRUE(result.has_value()); | |
| 1013 double min_width = 1.0; | |
| 1014 double max_height = result.settings.GetHeight(); | |
| 1015 double min_aspect_ratio = min_width / max_height; | |
| 1016 // Minimum constraint aspect ratio must be less than or equal to the maximum | |
| 1017 // supported by the source. | |
| 1018 EXPECT_GE(kAspectRatio, min_aspect_ratio); | |
| 1019 // All devices in |capabilities_| support the requested aspect-ratio range. | |
| 1020 // The algorithm should prefer the first device that supports the requested | |
| 1021 // aspect-ratio range, which in this case is the default device. | |
| 1022 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 1023 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 1024 | |
| 1025 const long kExactWidth = 360; | |
| 1026 const long kMinHeight = 360; | |
| 1027 const long kMaxHeight = 720; | |
| 1028 constraint_factory_.basic().width.setExact(kExactWidth); | |
| 1029 constraint_factory_.basic().height.setMin(kMinHeight); | |
| 1030 constraint_factory_.basic().height.setMax(kMaxHeight); | |
| 1031 constraint_factory_.basic().aspectRatio.setMax(kAspectRatio); | |
| 1032 result = SelectSettings(); | |
| 1033 EXPECT_TRUE(result.has_value()); | |
| 1034 min_width = std::max(1L, kExactWidth); | |
| 1035 max_height = std::min(result.settings.GetHeight(), kMaxHeight); | |
| 1036 min_aspect_ratio = min_width / max_height; | |
| 1037 // Minimum constraint aspect ratio must be less than or equal to the minimum | |
| 1038 // supported by the source. | |
| 1039 EXPECT_GE(kAspectRatio, min_aspect_ratio); | |
| 1040 // Given resolution constraints, the default device with closest-to-default | |
| 1041 // settings cannot satisfy the required maximum aspect ratio (maximum would | |
| 1042 // be 360/500). | |
| 1043 // The high-res device with a native resolution of 1280x720 can support | |
| 1044 // 360x720 with cropping with less penalty than the default device at | |
| 1045 // 1000x1000. | |
| 1046 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1047 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 1048 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 1049 } | |
| 1050 | |
| 1051 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, MandatoryAspectRatioRange) { | |
| 1052 constraint_factory_.Reset(); | |
| 1053 { | |
| 1054 const double kMinAspectRatio = 0.5; | |
| 1055 const double kMaxAspectRatio = 1.0; | |
| 1056 | |
| 1057 constraint_factory_.basic().aspectRatio.setMin(kMinAspectRatio); | |
| 1058 constraint_factory_.basic().aspectRatio.setMax(kMaxAspectRatio); | |
| 1059 auto result = SelectSettings(); | |
| 1060 EXPECT_TRUE(result.has_value()); | |
| 1061 double min_width = 1.0; | |
| 1062 double max_width = result.settings.GetWidth(); | |
| 1063 double min_height = 1.0; | |
| 1064 double max_height = result.settings.GetHeight(); | |
| 1065 double min_aspect_ratio = min_width / max_height; | |
| 1066 double max_aspect_ratio = max_width / min_height; | |
| 1067 // Constraint aspect-ratio range must have nonempty intersection with | |
| 1068 // supported range. | |
| 1069 EXPECT_LE(kMinAspectRatio, max_aspect_ratio); | |
| 1070 EXPECT_GE(kMaxAspectRatio, min_aspect_ratio); | |
| 1071 // All devices in |capabilities_| support the requested aspect-ratio range. | |
| 1072 // The algorithm should prefer the first device that supports the requested | |
| 1073 // aspect-ratio range, which in this case is the default device. | |
| 1074 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 1075 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 1076 } | |
| 1077 | |
| 1078 { | |
| 1079 const double kMinAspectRatio = 3.0; | |
| 1080 const double kMaxAspectRatio = 4.0; | |
| 1081 | |
| 1082 const long kExactHeight = 600; | |
| 1083 constraint_factory_.Reset(); | |
| 1084 constraint_factory_.basic().height.setMin(kExactHeight); | |
| 1085 constraint_factory_.basic().aspectRatio.setMin(kMinAspectRatio); | |
| 1086 constraint_factory_.basic().aspectRatio.setMax(kMaxAspectRatio); | |
| 1087 auto result = SelectSettings(); | |
| 1088 EXPECT_TRUE(result.has_value()); | |
| 1089 double min_width = 1.0; | |
| 1090 double max_width = result.settings.GetWidth(); | |
| 1091 double min_height = 1.0; | |
| 1092 double max_height = result.settings.GetHeight(); | |
| 1093 double min_aspect_ratio = min_width / max_height; | |
| 1094 double max_aspect_ratio = max_width / min_height; | |
| 1095 // Constraint aspect-ratio range must have nonempty intersection with | |
| 1096 // supported range. | |
| 1097 EXPECT_LE(kMinAspectRatio, max_aspect_ratio); | |
| 1098 EXPECT_GE(kMaxAspectRatio, min_aspect_ratio); | |
| 1099 // The only device that supports the resolution and aspect ratio constraint | |
| 1100 // is the high-res device. The 1920x1080 is the least expensive format. | |
| 1101 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1102 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 1103 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 1104 } | |
| 1105 } | |
| 1106 | |
| 1107 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, IdealAspectRatio) { | |
| 1108 constraint_factory_.Reset(); | |
| 1109 { | |
| 1110 const double kIdealAspectRatio = 0.5; | |
| 1111 constraint_factory_.basic().aspectRatio.setIdeal(kIdealAspectRatio); | |
| 1112 auto result = SelectSettings(); | |
| 1113 EXPECT_TRUE(result.has_value()); | |
| 1114 double min_width = 1.0; | |
| 1115 double max_width = result.settings.GetWidth(); | |
| 1116 double min_height = 1.0; | |
| 1117 double max_height = result.settings.GetHeight(); | |
| 1118 double min_aspect_ratio = min_width / max_height; | |
| 1119 double max_aspect_ratio = max_width / min_height; | |
| 1120 // All devices in |capabilities_| support the ideal aspect-ratio. | |
| 1121 // The algorithm should prefer the default device with closest-to-default | |
| 1122 // settings. | |
| 1123 EXPECT_LE(kIdealAspectRatio, max_aspect_ratio); | |
| 1124 EXPECT_GE(kIdealAspectRatio, min_aspect_ratio); | |
| 1125 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 1126 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 1127 } | |
| 1128 | |
| 1129 { | |
| 1130 const double kIdealAspectRatio = 1500.0; | |
| 1131 constraint_factory_.basic().aspectRatio.setIdeal(kIdealAspectRatio); | |
| 1132 auto result = SelectSettings(); | |
| 1133 EXPECT_TRUE(result.has_value()); | |
| 1134 // The only device that supports the ideal aspect ratio is the high-res | |
| 1135 // device. The least expensive way to support it with the 1920x1080 format | |
| 1136 // cropped to 1500x1. | |
| 1137 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1138 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 1139 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 1140 } | |
| 1141 | |
| 1142 { | |
| 1143 const double kIdealAspectRatio = 2000.0; | |
| 1144 constraint_factory_.basic().aspectRatio.setIdeal(kIdealAspectRatio); | |
| 1145 auto result = SelectSettings(); | |
| 1146 EXPECT_TRUE(result.has_value()); | |
| 1147 // The only device that supports the ideal aspect ratio is the high-res | |
| 1148 // device with its highest resolution, cropped to 2000x1. | |
| 1149 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1150 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 1151 } | |
| 1152 | |
| 1153 { | |
| 1154 const double kIdealAspectRatio = 4000.0; | |
| 1155 constraint_factory_.basic().aspectRatio.setIdeal(kIdealAspectRatio); | |
| 1156 auto result = SelectSettings(); | |
| 1157 EXPECT_TRUE(result.has_value()); | |
| 1158 // The configuration closest to the ideal aspect ratio is is the high-res | |
| 1159 // device with its highest resolution, cropped to 2304x1. | |
| 1160 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1161 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 1162 } | |
| 1163 | |
| 1164 { | |
| 1165 const double kIdealAspectRatio = 2.0; | |
| 1166 constraint_factory_.basic().aspectRatio.setIdeal(kIdealAspectRatio); | |
| 1167 constraint_factory_.basic().height.setExact(400); | |
| 1168 auto result = SelectSettings(); | |
| 1169 EXPECT_TRUE(result.has_value()); | |
| 1170 // The first device to support the ideal aspect ratio and the resolution | |
| 1171 // constraint is the low-res device. The 800x600 format cropped to 800x400 | |
| 1172 // is the lest expensive way to achieve it. | |
| 1173 EXPECT_EQ(low_res_device_->device_id, result.settings.device_id()); | |
| 1174 EXPECT_EQ(800, result.settings.GetWidth()); | |
| 1175 EXPECT_EQ(600, result.settings.GetHeight()); | |
| 1176 } | |
| 1177 | |
| 1178 { | |
| 1179 const double kIdealAspectRatio = 3.0; | |
| 1180 constraint_factory_.basic().aspectRatio.setIdeal(kIdealAspectRatio); | |
| 1181 constraint_factory_.basic().height.setExact(400); | |
| 1182 auto result = SelectSettings(); | |
| 1183 EXPECT_TRUE(result.has_value()); | |
| 1184 // The only device that supports the ideal aspect ratio and the resolution | |
| 1185 // constraint is the high-res device. The 1280x720 cropped to 1200x400 is | |
| 1186 // the lest expensive way to achieve it. | |
| 1187 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1188 EXPECT_EQ(1280, result.settings.GetWidth()); | |
| 1189 EXPECT_EQ(720, result.settings.GetHeight()); | |
| 1190 } | |
| 1191 } | |
| 1192 | |
| 1193 // The "Advanced" tests check selection criteria involving advanced constraint | |
| 1194 // sets. | |
| 1195 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, AdvancedExactResolution) { | |
| 1196 { | |
| 1197 constraint_factory_.Reset(); | |
| 1198 blink::WebMediaTrackConstraintSet& advanced1 = | |
| 1199 constraint_factory_.AddAdvanced(); | |
| 1200 advanced1.width.setExact(4000); | |
| 1201 advanced1.height.setExact(4000); | |
| 1202 blink::WebMediaTrackConstraintSet& advanced2 = | |
| 1203 constraint_factory_.AddAdvanced(); | |
| 1204 advanced2.width.setExact(3000); | |
| 1205 advanced2.height.setExact(3000); | |
| 1206 auto result = SelectSettings(); | |
| 1207 // No device supports the advanced constraint sets. | |
| 1208 // Tie-breaker rule that applies is closeness to default settings. | |
| 1209 EXPECT_EQ(default_device_->device_id, result.settings.device_id()); | |
| 1210 EXPECT_EQ(*default_closest_format_, result.settings.format()); | |
| 1211 | |
| 1212 blink::WebMediaTrackConstraintSet& advanced3 = | |
| 1213 constraint_factory_.AddAdvanced(); | |
| 1214 advanced3.width.setExact(1920); | |
| 1215 advanced3.height.setExact(1080); | |
| 1216 result = SelectSettings(); | |
| 1217 EXPECT_TRUE(result.has_value()); | |
| 1218 // The high-res device natively supports the third advanced constraint set | |
| 1219 // and should be selected. | |
| 1220 // First tie-breaker rule that applies is support for advanced constraints | |
| 1221 // that appear first. Second tie-breaker rule is custom distance to advanced | |
| 1222 // constraint sets that appear first. | |
| 1223 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1224 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 1225 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 1226 | |
| 1227 blink::WebMediaTrackConstraintSet& advanced4 = | |
| 1228 constraint_factory_.AddAdvanced(); | |
| 1229 advanced4.width.setExact(640); | |
| 1230 advanced4.height.setExact(480); | |
| 1231 result = SelectSettings(); | |
| 1232 EXPECT_TRUE(result.has_value()); | |
| 1233 // First tie-breaker rule that applies is support for advanced constraints | |
| 1234 // that appear first, which leaves out configurations that only support the | |
| 1235 // fourth advanced constraint set in favor of configurations that support | |
| 1236 // the third set. | |
| 1237 // Second tie-breaker rule is custom distance to advanced constraint sets | |
| 1238 // that appear first. | |
| 1239 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1240 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 1241 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 1242 | |
| 1243 constraint_factory_.basic().width.setIdeal(800); | |
| 1244 constraint_factory_.basic().height.setIdeal(600); | |
| 1245 result = SelectSettings(); | |
| 1246 EXPECT_TRUE(result.has_value()); | |
| 1247 // The ideal value is supported by the same configuration, so nothing | |
| 1248 // changes. | |
| 1249 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1250 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 1251 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 1252 | |
| 1253 constraint_factory_.basic().width.setIdeal(2000); | |
| 1254 constraint_factory_.basic().height.setIdeal(1500); | |
| 1255 result = SelectSettings(); | |
| 1256 EXPECT_TRUE(result.has_value()); | |
| 1257 // The closest configuration to the ideal resolution is the high-res device | |
| 1258 // at the highest resolution. | |
| 1259 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1260 EXPECT_EQ(*high_res_highest_format_, result.settings.format()); | |
| 1261 } | |
| 1262 } | |
| 1263 | |
| 1264 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, | |
| 1265 AdvancedResolutionAndFrameRate) { | |
| 1266 { | |
| 1267 constraint_factory_.Reset(); | |
| 1268 blink::WebMediaTrackConstraintSet& advanced1 = | |
| 1269 constraint_factory_.AddAdvanced(); | |
| 1270 advanced1.width.setExact(1920); | |
| 1271 advanced1.height.setExact(1080); | |
| 1272 blink::WebMediaTrackConstraintSet& advanced2 = | |
| 1273 constraint_factory_.AddAdvanced(); | |
| 1274 advanced2.frameRate.setExact(60.0); | |
| 1275 blink::WebMediaTrackConstraintSet& advanced3 = | |
| 1276 constraint_factory_.AddAdvanced(); | |
| 1277 advanced3.width.setExact(2304); | |
| 1278 advanced3.height.setExact(1536); | |
| 1279 auto result = SelectSettings(); | |
| 1280 EXPECT_TRUE(result.has_value()); | |
| 1281 // The high-res device is the only one that satisfies the first advanced | |
| 1282 // set. 2304x1536x10.0 satisfies sets 1 and 3, while 1920x1080x60.0 | |
| 1283 // satisfies sets 1, and 2. The latter must be selected, regardless of | |
| 1284 // any other criteria. | |
| 1285 EXPECT_EQ(high_res_device_->device_id, result.settings.device_id()); | |
| 1286 EXPECT_EQ(1920, result.settings.GetWidth()); | |
| 1287 EXPECT_EQ(1080, result.settings.GetHeight()); | |
| 1288 EXPECT_EQ(60.0, result.settings.GetFrameRate()); | |
| 1289 } | |
| 1290 } | |
| 1291 | |
| 1292 // The "NoDevices" tests verify that the algorithm returns the expected result | |
| 1293 // when there are no candidates to choose from. | |
| 1294 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, NoDevicesNoConstraints) { | |
| 1295 constraint_factory_.Reset(); | |
| 1296 VideoCaptureCapabilities capabilities; | |
| 1297 auto result = SelectVideoCaptureSourceSettings( | |
| 1298 capabilities, constraint_factory_.CreateWebMediaConstraints()); | |
| 1299 EXPECT_FALSE(result.has_value()); | |
| 1300 EXPECT_TRUE(std::string(result.failed_constraint_name).empty()); | |
| 1301 } | |
| 1302 | |
| 1303 TEST_F(MediaStreamConstraintsUtilVideoSourceTest, NoDevicesWithConstraints) { | |
| 1304 constraint_factory_.Reset(); | |
| 1305 constraint_factory_.basic().height.setExact(100); | |
| 1306 VideoCaptureCapabilities capabilities; | |
| 1307 auto result = SelectVideoCaptureSourceSettings( | |
| 1308 capabilities, constraint_factory_.CreateWebMediaConstraints()); | |
| 1309 EXPECT_FALSE(result.has_value()); | |
| 1310 EXPECT_TRUE(std::string(result.failed_constraint_name).empty()); | |
| 1311 } | |
| 1312 | |
| 1313 } // namespace content | |
| OLD | NEW |
|---|
Chromium Code Reviews
Issue 2707203006:
Minor refactoring of support classes for video-device constraints. (Closed)
