The Tor Browser: dom/camera/TestGonkCameraHardware.cpp@129ffea94266 (annotated)

dom/camera/TestGonkCameraHardware.cpp@129ffea94266 (annotated)

dom/camera/TestGonkCameraHardware.cpp

Sat, 03 Jan 2015 20:18:00 +0100

author: Michael Schloh von Bennewitz <michael@schloh.com>
date: Sat, 03 Jan 2015 20:18:00 +0100
branch: TOR_BUG_3246
changeset 7: 129ffea94266
permissions: -rw-r--r--

Conditionally enable double key logic according to:
private browsing mode or privacy.thirdparty.isolate preference and
implement in GetCookieStringCommon and FindCookie where it counts...
With some reservations of how to convince FindCookie users to test
condition and pass a nullptr when disabling double key logic.

 /*
  * Copyright (C) 2013-2014 Mozilla Foundation
  *
  * Licensed under the Apache License, Version 2.0 (the "License");
  * you may not use this file except in compliance with the License.
  * You may obtain a copy of the License at
  *
  *      http://www.apache.org/licenses/LICENSE-2.0
  *
  * Unless required by applicable law or agreed to in writing, software
  * distributed under the License is distributed on an "AS IS" BASIS,
  * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
  * See the License for the specific language governing permissions and
  * limitations under the License.
  */
 #include "TestGonkCameraHardware.h"
 #include "mozilla/Preferences.h"
 #include "nsThreadUtils.h"
 using namespace android;
 using namespace mozilla;
 TestGonkCameraHardware::TestGonkCameraHardware(nsGonkCameraControl* aTarget,
                                                uint32_t aCameraId,
                                                const sp<Camera>& aCamera)
   : GonkCameraHardware(aTarget, aCameraId, aCamera)
 {
   DOM_CAMERA_LOGA("v===== Created TestGonkCameraHardware =====v\n");
   DOM_CAMERA_LOGT("%s:%d : this=%p (aTarget=%p)\n",
     __func__, __LINE__, this, aTarget);
   MOZ_COUNT_CTOR(TestGonkCameraHardware);
 }
 TestGonkCameraHardware::~TestGonkCameraHardware()
 {
   MOZ_COUNT_DTOR(TestGonkCameraHardware);
   DOM_CAMERA_LOGA("^===== Destroyed TestGonkCameraHardware =====^\n");
 }
 nsresult
 TestGonkCameraHardware::Init()
 {
   if (IsTestCase("init-failure")) {
     return NS_ERROR_FAILURE;
   }
   return GonkCameraHardware::Init();
 }
 const nsCString
 TestGonkCameraHardware::TestCase()
 {
   const nsCString test = Preferences::GetCString("camera.control.test.hardware");
   return test;
 }
 const nsCString
 TestGonkCameraHardware::GetExtraParameters()
 {
   /**
    * The contents of this pref are appended to the flattened string of
    * parameters stuffed into GonkCameraParameters by the camera library.
    * It consists of semicolon-delimited key=value pairs, e.g.
    *
    *   focus-mode=auto;flash-mode=auto;preview-size=1024x768
    *
    * The unflattening process breaks this string up on semicolon boundaries
    * and sets an entry in a hashtable of strings with the token before
    * the equals sign as the key, and the token after as the value. Because
    * the string is parsed in order, key=value pairs occuring later in the
    * string will replace value pairs appearing earlier, making it easy to
    * inject fake, testable values into the parameters table.
    *
    * One constraint of this approach is that neither the key nor the value
    * may contain equals signs or semicolons. We don't enforce that here
    * so that we can also test correct handling of improperly-formatted values.
    */
   const nsCString parameters = Preferences::GetCString("camera.control.test.hardware.gonk.parameters");
   DOM_CAMERA_LOGA("TestGonkCameraHardware : extra-parameters '%s'\n",
     parameters.get());
   return parameters;
 }
 bool
 TestGonkCameraHardware::IsTestCaseInternal(const char* aTest, const char* aFile, int aLine)
 {
   if (TestCase().EqualsASCII(aTest)) {
     DOM_CAMERA_LOGA("TestGonkCameraHardware : test-case '%s' (%s:%d)\n",
       aTest, aFile, aLine);
     return true;
   }
   return false;
 }
 int
 TestGonkCameraHardware::TestCaseError(int aDefaultError)
 {
   // for now, just return the default error
   return aDefaultError;
 }
 int
 TestGonkCameraHardware::AutoFocus()
 {
   class AutoFocusFailure : public nsRunnable
   {
   public:
     AutoFocusFailure(nsGonkCameraControl* aTarget)
       : mTarget(aTarget)
     { }
     NS_IMETHODIMP
     Run()
     {
       OnAutoFocusComplete(mTarget, false);
       return NS_OK;
     }
   protected:
     nsGonkCameraControl* mTarget;
   };
   if (IsTestCase("auto-focus-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   if (IsTestCase("auto-focus-process-failure")) {
     nsresult rv = NS_DispatchToCurrentThread(new AutoFocusFailure(mTarget));
     if (NS_SUCCEEDED(rv)) {
       return OK;
     }
     DOM_CAMERA_LOGE("Failed to dispatch AutoFocusFailure runnable (0x%08x)\n", rv);
     return UNKNOWN_ERROR;
   }
   return GonkCameraHardware::AutoFocus();
 }
 // These classes have to be external to StartFaceDetection(), at least
 // until we pick up gcc 4.5, which supports local classes as template
 // arguments.
 class FaceDetected : public nsRunnable
 {
 public:
   FaceDetected(nsGonkCameraControl* aTarget)
     : mTarget(aTarget)
   { }
   ~FaceDetected()
   {
     ReleaseFacesArray();
   }
   NS_IMETHODIMP
   Run()
   {
     InitMetaData();
     OnFacesDetected(mTarget, &mMetaData);
     return NS_OK;
   }
 protected:
   virtual nsresult InitMetaData() = 0;
   nsresult
   AllocateFacesArray(uint32_t num)
   {
     mMetaData.faces = new camera_face_t[num];
     return NS_OK;
   }
   nsresult
   ReleaseFacesArray()
   {
     delete [] mMetaData.faces;
     mMetaData.faces = nullptr;
     return NS_OK;
   }
   nsRefPtr<nsGonkCameraControl> mTarget;
   camera_frame_metadata_t mMetaData;
 };
 class OneFaceDetected : public FaceDetected
 {
 public:
   OneFaceDetected(nsGonkCameraControl* aTarget)
     : FaceDetected(aTarget)
   { }
   nsresult
   InitMetaData() MOZ_OVERRIDE
   {
     mMetaData.number_of_faces = 1;
     AllocateFacesArray(1);
     mMetaData.faces[0].id = 1;
     mMetaData.faces[0].score = 2;
     mMetaData.faces[0].rect[0] = 3;
     mMetaData.faces[0].rect[1] = 4;
     mMetaData.faces[0].rect[2] = 5;
     mMetaData.faces[0].rect[3] = 6;
     mMetaData.faces[0].left_eye[0] = 7;
     mMetaData.faces[0].left_eye[1] = 8;
     mMetaData.faces[0].right_eye[0] = 9;
     mMetaData.faces[0].right_eye[1] = 10;
     mMetaData.faces[0].mouth[0] = 11;
     mMetaData.faces[0].mouth[1] = 12;
     return NS_OK;
   }
 };
 class TwoFacesDetected : public FaceDetected
 {
 public:
   TwoFacesDetected(nsGonkCameraControl* aTarget)
     : FaceDetected(aTarget)
   { }
   nsresult
   InitMetaData() MOZ_OVERRIDE
   {
     mMetaData.number_of_faces = 2;
     AllocateFacesArray(2);
     mMetaData.faces[0].id = 1;
     mMetaData.faces[0].score = 2;
     mMetaData.faces[0].rect[0] = 3;
     mMetaData.faces[0].rect[1] = 4;
     mMetaData.faces[0].rect[2] = 5;
     mMetaData.faces[0].rect[3] = 6;
     mMetaData.faces[0].left_eye[0] = 7;
     mMetaData.faces[0].left_eye[1] = 8;
     mMetaData.faces[0].right_eye[0] = 9;
     mMetaData.faces[0].right_eye[1] = 10;
     mMetaData.faces[0].mouth[0] = 11;
     mMetaData.faces[0].mouth[1] = 12;
     mMetaData.faces[1].id = 13;
     mMetaData.faces[1].score = 14;
     mMetaData.faces[1].rect[0] = 15;
     mMetaData.faces[1].rect[1] = 16;
     mMetaData.faces[1].rect[2] = 17;
     mMetaData.faces[1].rect[3] = 18;
     mMetaData.faces[1].left_eye[0] = 19;
     mMetaData.faces[1].left_eye[1] = 20;
     mMetaData.faces[1].right_eye[0] = 21;
     mMetaData.faces[1].right_eye[1] = 22;
     mMetaData.faces[1].mouth[0] = 23;
     mMetaData.faces[1].mouth[1] = 24;
     return NS_OK;
   }
 };
 class OneFaceNoFeaturesDetected : public FaceDetected
 {
 public:
   OneFaceNoFeaturesDetected(nsGonkCameraControl* aTarget)
     : FaceDetected(aTarget)
   { }
   nsresult
   InitMetaData() MOZ_OVERRIDE
   {
     mMetaData.number_of_faces = 1;
     AllocateFacesArray(1);
     mMetaData.faces[0].id = 1;
     // Test clamping 'score' to 100.
     mMetaData.faces[0].score = 1000;
     mMetaData.faces[0].rect[0] = 3;
     mMetaData.faces[0].rect[1] = 4;
     mMetaData.faces[0].rect[2] = 5;
     mMetaData.faces[0].rect[3] = 6;
     // Nullable values set to 'not-supported' specific values
     mMetaData.faces[0].left_eye[0] = -2000;
     mMetaData.faces[0].left_eye[1] = -2000;
     // Test other 'not-supported' values as well. We treat
     // anything outside the range [-1000, 1000] as invalid.
     mMetaData.faces[0].right_eye[0] = 1001;
     mMetaData.faces[0].right_eye[1] = -1001;
     mMetaData.faces[0].mouth[0] = -2000;
     mMetaData.faces[0].mouth[1] = 2000;
     return NS_OK;
   }
 };
 class NoFacesDetected : public FaceDetected
 {
 public:
   NoFacesDetected(nsGonkCameraControl* aTarget)
     : FaceDetected(aTarget)
   { }
   nsresult
   InitMetaData() MOZ_OVERRIDE
   {
     mMetaData.number_of_faces = 0;
     mMetaData.faces = nullptr;
     return NS_OK;
   }
 };
 int
 TestGonkCameraHardware::StartFaceDetection()
 {
   nsRefPtr<FaceDetected> faceDetected;
   if (IsTestCase("face-detection-detected-one-face")) {
     faceDetected = new OneFaceDetected(mTarget);
   } else if (IsTestCase("face-detection-detected-two-faces")) {
     faceDetected = new TwoFacesDetected(mTarget);
   } else if (IsTestCase("face-detection-detected-one-face-no-features")) {
     faceDetected = new OneFaceNoFeaturesDetected(mTarget);
   } else if (IsTestCase("face-detection-no-faces-detected")) {
     faceDetected = new NoFacesDetected(mTarget);
   }
   if (!faceDetected) {
     return GonkCameraHardware::StartFaceDetection();
   }
   nsresult rv = NS_DispatchToCurrentThread(faceDetected);
   if (NS_FAILED(rv)) {
     DOM_CAMERA_LOGE("Failed to dispatch FaceDetected runnable (0x%08x)\n", rv);
     return UNKNOWN_ERROR;
   }
   return OK;
 }
 int
 TestGonkCameraHardware::StopFaceDetection()
 {
   if (IsTestCase("face-detection-detected-one-face") ||
       IsTestCase("face-detection-detected-two-faces") ||
       IsTestCase("face-detection-detected-one-face-no-features") ||
       IsTestCase("face-detection-no-faces-detected"))
   {
     return OK;
   }
   return GonkCameraHardware::StopFaceDetection();
 }
 int
 TestGonkCameraHardware::TakePicture()
 {
   class TakePictureFailure : public nsRunnable
   {
   public:
     TakePictureFailure(nsGonkCameraControl* aTarget)
       : mTarget(aTarget)
     { }
     NS_IMETHODIMP
     Run()
     {
       OnTakePictureError(mTarget);
       return NS_OK;
     }
   protected:
     nsGonkCameraControl* mTarget;
   };
   if (IsTestCase("take-picture-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   if (IsTestCase("take-picture-process-failure")) {
     nsresult rv = NS_DispatchToCurrentThread(new TakePictureFailure(mTarget));
     if (NS_SUCCEEDED(rv)) {
       return OK;
     }
     DOM_CAMERA_LOGE("Failed to dispatch TakePictureFailure runnable (0x%08x)\n", rv);
     return UNKNOWN_ERROR;
   }
   return GonkCameraHardware::TakePicture();
 }
 int
 TestGonkCameraHardware::StartPreview()
 {
   if (IsTestCase("start-preview-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   return GonkCameraHardware::StartPreview();
 }
 int
 TestGonkCameraHardware::StartAutoFocusMoving(bool aIsMoving)
 {
   class AutoFocusMoving : public nsRunnable
   {
   public:
     AutoFocusMoving(nsGonkCameraControl* aTarget, bool aIsMoving)
       : mTarget(aTarget)
       , mIsMoving(aIsMoving)
     { }
     NS_IMETHODIMP
     Run()
     {
       OnAutoFocusMoving(mTarget, mIsMoving);
       return NS_OK;
     }
   protected:
     nsGonkCameraControl* mTarget;
     bool mIsMoving;
   };
   nsresult rv = NS_DispatchToCurrentThread(new AutoFocusMoving(mTarget, aIsMoving));
   if (NS_SUCCEEDED(rv)) {
     return OK;
   }
   DOM_CAMERA_LOGE("Failed to dispatch AutoFocusMoving runnable (0x%08x)\n", rv);
   return UNKNOWN_ERROR;
 }
 int
 TestGonkCameraHardware::PushParameters(const GonkCameraParameters& aParams)
 {
   if (IsTestCase("push-parameters-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   nsString focusMode;
   GonkCameraParameters& params = const_cast<GonkCameraParameters&>(aParams);
   params.Get(CAMERA_PARAM_FOCUSMODE, focusMode);
   if (focusMode.EqualsASCII("continuous-picture") ||
       focusMode.EqualsASCII("continuous-video"))
   {
     if (IsTestCase("autofocus-moving-true")) {
       return StartAutoFocusMoving(true);
     } else if (IsTestCase("autofocus-moving-false")) {
       return StartAutoFocusMoving(false);
     }
   }
   return GonkCameraHardware::PushParameters(aParams);
 }
 nsresult
 TestGonkCameraHardware::PullParameters(GonkCameraParameters& aParams)
 {
   if (IsTestCase("pull-parameters-failure")) {
     return static_cast<nsresult>(TestCaseError(UNKNOWN_ERROR));
   }
   String8 s = mCamera->getParameters();
   nsCString extra = GetExtraParameters();
   if (!extra.IsEmpty()) {
     s += ";";
     s += extra.get();
   }
   return aParams.Unflatten(s);
 }
 int
 TestGonkCameraHardware::StartRecording()
 {
   if (IsTestCase("start-recording-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   return GonkCameraHardware::StartRecording();
 }
 int
 TestGonkCameraHardware::StopRecording()
 {
   if (IsTestCase("stop-recording-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   return GonkCameraHardware::StopRecording();
 }
 int
 TestGonkCameraHardware::SetListener(const sp<GonkCameraListener>& aListener)
 {
   if (IsTestCase("set-listener-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   return GonkCameraHardware::SetListener(aListener);
 }
 int
 TestGonkCameraHardware::StoreMetaDataInBuffers(bool aEnabled)
 {
   if (IsTestCase("store-metadata-in-buffers-failure")) {
     return TestCaseError(UNKNOWN_ERROR);
   }
   return GonkCameraHardware::StoreMetaDataInBuffers(aEnabled);
 }

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dom/camera/TestGonkCameraHardware.cpp@129ffea94266 (annotated)

dom/camera/TestGonkCameraHardware.cpp