target stringlengths 20 113k | src_fm stringlengths 11 86.3k | src_fm_fc stringlengths 21 86.4k | src_fm_fc_co stringlengths 30 86.4k | src_fm_fc_ms stringlengths 42 86.8k | src_fm_fc_ms_ff stringlengths 43 86.8k |
|---|---|---|---|---|---|
@Test public void initialParameters() throws Exception { given(capabilitiesOperator.getCapabilities()) .willReturn(new Capabilities( asSet(PHOTO_SIZE), ALL_PREVIEW_SIZES, asSet(FocusMode.AUTO), asSet(Flash.TORCH), PREVIEW_FPS_RANGES, SENSOR_SENSITIVITY_RANGE, true )); InitialParametersProvider testee = new InitialParam... | public Parameters initialParameters() { Capabilities capabilities = capabilitiesOperator.getCapabilities(); Parameters parameters = combineParameters(asList( pictureSizeParameters(capabilities), previewSizeParameters(capabilities), focusModeParameters(capabilities), flashModeParameters(capabilities), previewFpsRange(ca... | InitialParametersProvider { public Parameters initialParameters() { Capabilities capabilities = capabilitiesOperator.getCapabilities(); Parameters parameters = combineParameters(asList( pictureSizeParameters(capabilities), previewSizeParameters(capabilities), focusModeParameters(capabilities), flashModeParameters(capab... | InitialParametersProvider { public Parameters initialParameters() { Capabilities capabilities = capabilitiesOperator.getCapabilities(); Parameters parameters = combineParameters(asList( pictureSizeParameters(capabilities), previewSizeParameters(capabilities), focusModeParameters(capabilities), flashModeParameters(capab... | InitialParametersProvider { public Parameters initialParameters() { Capabilities capabilities = capabilitiesOperator.getCapabilities(); Parameters parameters = combineParameters(asList( pictureSizeParameters(capabilities), previewSizeParameters(capabilities), focusModeParameters(capabilities), flashModeParameters(capab... | InitialParametersProvider { public Parameters initialParameters() { Capabilities capabilities = capabilitiesOperator.getCapabilities(); Parameters parameters = combineParameters(asList( pictureSizeParameters(capabilities), previewSizeParameters(capabilities), focusModeParameters(capabilities), flashModeParameters(capab... |
@Test(expected = IllegalArgumentException.class) public void noPictureSize() throws Exception { parameters.putValue(PICTURE_SIZE, null); testee.validate(parameters); } | void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } |
@Test(expected = IllegalArgumentException.class) public void noPreviewSize() throws Exception { parameters.putValue(PREVIEW_SIZE, null); testee.validate(parameters); } | void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } |
@Test(expected = IllegalArgumentException.class) public void noFocusMode() throws Exception { parameters.putValue(FOCUS_MODE, null); testee.validate(parameters); } | void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } |
@Test(expected = IllegalArgumentException.class) public void noFlash() throws Exception { parameters.putValue(FLASH, null); testee.validate(parameters); } | void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } | InitialParametersValidator { void validate(Parameters parameters) { validateParameter(parameters, PICTURE_SIZE); validateParameter(parameters, PREVIEW_SIZE); validateParameter(parameters, FOCUS_MODE); validateParameter(parameters, FLASH); } } |
@Test public void getAspectRatio() throws Exception { assertEquals( 2.5f, new Size(250, 100).getAspectRatio(), 1e-6 ); } | public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } } | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } Size(int width, int height); } | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } Size(int width, int height); float getAspectRatio(); @Override boolean equals(Object o); @Override int hashCode(); @Override String toString(); @SuppressWarnings("SuspiciousNameCombination") Size... | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } Size(int width, int height); float getAspectRatio(); @Override boolean equals(Object o); @Override int hashCode(); @Override String toString(); @SuppressWarnings("SuspiciousNameCombination") Size... |
@Test public void getAspectRatio_EmptySize() throws Exception { assertEquals( Float.NaN, new Size(0, 0).getAspectRatio(), 1e-6 ); } | public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } } | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } Size(int width, int height); } | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } Size(int width, int height); float getAspectRatio(); @Override boolean equals(Object o); @Override int hashCode(); @Override String toString(); @SuppressWarnings("SuspiciousNameCombination") Size... | Size { public float getAspectRatio() { if (width == 0 || height == 0) { return Float.NaN; } return (float) width / height; } Size(int width, int height); float getAspectRatio(); @Override boolean equals(Object o); @Override int hashCode(); @Override String toString(); @SuppressWarnings("SuspiciousNameCombination") Size... |
@Test(expected = IllegalStateException.class) public void takePicture_NotStartedYet() throws Exception { testee.takePicture(); } | public PhotoResult takePicture() { ensureStarted(); return takePictureRoutine.takePicture(); } | Fotoapparat { public PhotoResult takePicture() { ensureStarted(); return takePictureRoutine.takePicture(); } } | Fotoapparat { public PhotoResult takePicture() { ensureStarted(); return takePictureRoutine.takePicture(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRo... | Fotoapparat { public PhotoResult takePicture() { ensureStarted(); return takePictureRoutine.takePicture(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRo... | Fotoapparat { public PhotoResult takePicture() { ensureStarted(); return takePictureRoutine.takePicture(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRo... |
@Test public void testForward() throws Exception { BidirectionalHashMap<Integer, String> testee = new BidirectionalHashMap<>(integerStringMap); assertEquals(integerStringMap, testee.forward()); } | public Map<K, V> forward() { return Collections.unmodifiableMap(keyToValue); } | BidirectionalHashMap { public Map<K, V> forward() { return Collections.unmodifiableMap(keyToValue); } } | BidirectionalHashMap { public Map<K, V> forward() { return Collections.unmodifiableMap(keyToValue); } BidirectionalHashMap(Map<K, V> keyToValue); } | BidirectionalHashMap { public Map<K, V> forward() { return Collections.unmodifiableMap(keyToValue); } BidirectionalHashMap(Map<K, V> keyToValue); Map<K, V> forward(); Map<V, K> reversed(); } | BidirectionalHashMap { public Map<K, V> forward() { return Collections.unmodifiableMap(keyToValue); } BidirectionalHashMap(Map<K, V> keyToValue); Map<K, V> forward(); Map<V, K> reversed(); } |
@Test public void flip() throws Exception { assertEquals( new Size(10, 20), new Size(20, 10).flip() ); } | @SuppressWarnings("SuspiciousNameCombination") public Size flip() { return new Size(height, width); } | Size { @SuppressWarnings("SuspiciousNameCombination") public Size flip() { return new Size(height, width); } } | Size { @SuppressWarnings("SuspiciousNameCombination") public Size flip() { return new Size(height, width); } Size(int width, int height); } | Size { @SuppressWarnings("SuspiciousNameCombination") public Size flip() { return new Size(height, width); } Size(int width, int height); float getAspectRatio(); @Override boolean equals(Object o); @Override int hashCode(); @Override String toString(); @SuppressWarnings("SuspiciousNameCombination") Size flip(); } | Size { @SuppressWarnings("SuspiciousNameCombination") public Size flip() { return new Size(height, width); } Size(int width, int height); float getAspectRatio(); @Override boolean equals(Object o); @Override int hashCode(); @Override String toString(); @SuppressWarnings("SuspiciousNameCombination") Size flip(); final i... |
@Test public void build() throws Exception { UpdateRequest updateRequest = UpdateRequest.builder() .flash(flashSelector) .focusMode(focusModeSelector) .build(); assertSame(flashSelector, updateRequest.flashSelector); assertSame(focusModeSelector, updateRequest.focusModeSelector); } | public static Builder builder() { return new Builder(); } | UpdateRequest { public static Builder builder() { return new Builder(); } } | UpdateRequest { public static Builder builder() { return new Builder(); } private UpdateRequest(Builder builder); } | UpdateRequest { public static Builder builder() { return new Builder(); } private UpdateRequest(Builder builder); static Builder builder(); } | UpdateRequest { public static Builder builder() { return new Builder(); } private UpdateRequest(Builder builder); static Builder builder(); @Nullable
final SelectorFunction<Collection<Flash>, Flash> flashSelector; @Nullable
final SelectorFunction<Collection<FocusMode>, FocusMode> focusModeSelector; } |
@Test public void empty() throws Exception { Photo result = Photo.empty(); assertEquals( 0, result.encodedImage.length ); assertEquals( 0, result.rotationDegrees ); } | public static Photo empty() { return new Photo(new byte[0], 0); } | Photo { public static Photo empty() { return new Photo(new byte[0], 0); } } | Photo { public static Photo empty() { return new Photo(new byte[0], 0); } Photo(byte[] encodedImage,
int rotationDegrees); } | Photo { public static Photo empty() { return new Photo(new byte[0], 0); } Photo(byte[] encodedImage,
int rotationDegrees); static Photo empty(); @Override boolean equals(Object o); @Override int hashCode(); } | Photo { public static Photo empty() { return new Photo(new byte[0], 0); } Photo(byte[] encodedImage,
int rotationDegrees); static Photo empty(); @Override boolean equals(Object o); @Override int hashCode(); final byte[] encodedImage; final int rotationDegrees; } |
@Test(expected = IllegalStateException.class) public void getCapabilities_NotStartedYet() throws Exception { testee.getCapabilities(); } | public CapabilitiesResult getCapabilities() { ensureStarted(); return capabilitiesProvider.getCapabilities(); } | Fotoapparat { public CapabilitiesResult getCapabilities() { ensureStarted(); return capabilitiesProvider.getCapabilities(); } } | Fotoapparat { public CapabilitiesResult getCapabilities() { ensureStarted(); return capabilitiesProvider.getCapabilities(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
Configu... | Fotoapparat { public CapabilitiesResult getCapabilities() { ensureStarted(); return capabilitiesProvider.getCapabilities(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
Configu... | Fotoapparat { public CapabilitiesResult getCapabilities() { ensureStarted(); return capabilitiesProvider.getCapabilities(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
Configu... |
@Test public void autoFocus() throws Exception { testee.start(); testee.autoFocus(); verify(autoFocusRoutine).autoFocus(); } | public Fotoapparat autoFocus() { focus(); return this; } | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } } | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configurePreviewStreamRoutine,
... | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configurePreviewStreamRoutine,
... | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configurePreviewStreamRoutine,
... |
@Test(expected = IllegalStateException.class) public void autoFocus_NotStartedYet() throws Exception { testee.autoFocus(); } | public Fotoapparat autoFocus() { focus(); return this; } | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } } | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configurePreviewStreamRoutine,
... | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configurePreviewStreamRoutine,
... | Fotoapparat { public Fotoapparat autoFocus() { focus(); return this; } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configurePreviewStreamRoutine,
... |
@Test public void focus() throws Exception { given(autoFocusRoutine.autoFocus()) .willReturn(FOCUS_RESULT); testee.start(); PendingResult<FocusResult> result = testee.focus(); assertEquals( FOCUS_RESULT, result ); } | public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } } | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStr... | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStr... | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStr... |
@Test(expected = IllegalStateException.class) public void focus_NotStartedYet() throws Exception { testee.focus(); } | public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } } | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStr... | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStr... | Fotoapparat { public PendingResult<FocusResult> focus() { ensureStarted(); return autoFocusRoutine.autoFocus(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStr... |
@Test(expected = IllegalStateException.class) public void ensureNonNullContext() throws Exception { Fotoapparat.with(null); } | public static FotoapparatBuilder with(Context context) { if (context == null) { throw new IllegalStateException("Context is null."); } return new FotoapparatBuilder(context); } | Fotoapparat { public static FotoapparatBuilder with(Context context) { if (context == null) { throw new IllegalStateException("Context is null."); } return new FotoapparatBuilder(context); } } | Fotoapparat { public static FotoapparatBuilder with(Context context) { if (context == null) { throw new IllegalStateException("Context is null."); } return new FotoapparatBuilder(context); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOri... | Fotoapparat { public static FotoapparatBuilder with(Context context) { if (context == null) { throw new IllegalStateException("Context is null."); } return new FotoapparatBuilder(context); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOri... | Fotoapparat { public static FotoapparatBuilder with(Context context) { if (context == null) { throw new IllegalStateException("Context is null."); } return new FotoapparatBuilder(context); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOri... |
@Test public void isAvailable_Yes() throws Exception { given(checkAvailabilityRoutine.isAvailable()) .willReturn(true); boolean result = testee.isAvailable(); assertTrue(result); } | public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } } | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configure... | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configure... | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configure... |
@Test public void isAvailable_No() throws Exception { given(checkAvailabilityRoutine.isAvailable()) .willReturn(false); boolean result = testee.isAvailable(); assertFalse(result); } | public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } } | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configure... | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configure... | Fotoapparat { public boolean isAvailable() { return checkAvailabilityRoutine.isAvailable(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
ConfigurePreviewStreamRoutine configure... |
@Test public void updateParameters() throws Exception { UpdateRequest updateRequest = UpdateRequest.builder() .build(); testee.start(); testee.updateParameters(updateRequest); verify(updateParametersRoutine).updateParameters(updateRequest); } | public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } } | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine ... | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine ... | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine ... |
@Test(expected = IllegalStateException.class) public void updateParameters_NotStartedYet() throws Exception { UpdateRequest updateRequest = UpdateRequest.builder() .build(); testee.updateParameters(updateRequest); } | public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } } | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine ... | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine ... | Fotoapparat { public void updateParameters(@NonNull final UpdateRequest updateRequest) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateParametersRoutine.updateParameters(updateRequest); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine ... |
@Test public void testReverse() throws Exception { HashMap<String, Integer> stringIntegerMap = new HashMap<>(3); stringIntegerMap.put("Hello", 1); stringIntegerMap.put("Hi", 3); stringIntegerMap.put("Hey!", 6); BidirectionalHashMap<Integer, String> testee = new BidirectionalHashMap<>(integerStringMap); assertEquals(str... | public Map<V, K> reversed() { return Collections.unmodifiableMap(valueToKey); } | BidirectionalHashMap { public Map<V, K> reversed() { return Collections.unmodifiableMap(valueToKey); } } | BidirectionalHashMap { public Map<V, K> reversed() { return Collections.unmodifiableMap(valueToKey); } BidirectionalHashMap(Map<K, V> keyToValue); } | BidirectionalHashMap { public Map<V, K> reversed() { return Collections.unmodifiableMap(valueToKey); } BidirectionalHashMap(Map<K, V> keyToValue); Map<K, V> forward(); Map<V, K> reversed(); } | BidirectionalHashMap { public Map<V, K> reversed() { return Collections.unmodifiableMap(valueToKey); } BidirectionalHashMap(Map<K, V> keyToValue); Map<K, V> forward(); Map<V, K> reversed(); } |
@Test public void getCurrentParameters() throws Exception { given(currentParametersProvider.getParameters()) .willReturn(PARAMETERS_RESULT); testee.start(); ParametersResult retrievedParams = testee.getCurrentParameters(); assertEquals(PARAMETERS_RESULT, retrievedParams); } | public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } } | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
C... | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
C... | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
C... |
@Test(expected = IllegalStateException.class) public void getCurrentParameters_NotStartedYet() throws Exception { testee.getCurrentParameters(); } | public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } } | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
C... | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
C... | Fotoapparat { public ParametersResult getCurrentParameters() { ensureStarted(); return currentParametersProvider.getParameters(); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stopCameraRoutine,
UpdateOrientationRoutine updateOrientationRoutine,
C... |
@Test public void setZoom() throws Exception { testee.start(); testee.setZoom(0.5f); verify(updateZoomLevelRoutine).updateZoomLevel(0.5f); } | public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } } | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stop... | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stop... | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stop... |
@Test(expected = IllegalStateException.class) public void setZoom_NotStartedYet() throws Exception { testee.setZoom(1f); } | public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } } | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stop... | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stop... | Fotoapparat { public void setZoom(@FloatRange(from = 0f, to = 1f) final float zoomLevel) { ensureStarted(); executor.execute(new Runnable() { @Override public void run() { updateZoomLevelRoutine.updateZoomLevel(zoomLevel); } }); } Fotoapparat(StartCameraRoutine startCameraRoutine,
StopCameraRoutine stop... |
@Test public void start_Default() throws Exception { testee.start(); verify(fotoapparatA).start(); } | public void start() { fotoapparat.start(); started = true; } | FotoapparatSwitcher { public void start() { fotoapparat.start(); started = true; } } | FotoapparatSwitcher { public void start() { fotoapparat.start(); started = true; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); } | FotoapparatSwitcher { public void start() { fotoapparat.start(); started = true; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void start(); void stop(); void switchTo(@NonNull Fotoapparat fotoapparat); @NonNull Fotoapparat ge... | FotoapparatSwitcher { public void start() { fotoapparat.start(); started = true; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void start(); void stop(); void switchTo(@NonNull Fotoapparat fotoapparat); @NonNull Fotoapparat ge... |
@Test public void stop_Default() throws Exception { testee.stop(); verify(fotoapparatA).stop(); } | public void stop() { fotoapparat.stop(); started = false; } | FotoapparatSwitcher { public void stop() { fotoapparat.stop(); started = false; } } | FotoapparatSwitcher { public void stop() { fotoapparat.stop(); started = false; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); } | FotoapparatSwitcher { public void stop() { fotoapparat.stop(); started = false; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void start(); void stop(); void switchTo(@NonNull Fotoapparat fotoapparat); @NonNull Fotoapparat get... | FotoapparatSwitcher { public void stop() { fotoapparat.stop(); started = false; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void start(); void stop(); void switchTo(@NonNull Fotoapparat fotoapparat); @NonNull Fotoapparat get... |
@Test public void getCurrentFotoapparat() throws Exception { Fotoapparat result = testee.getCurrentFotoapparat(); assertSame(fotoapparatA, result); } | @NonNull public Fotoapparat getCurrentFotoapparat() { return fotoapparat; } | FotoapparatSwitcher { @NonNull public Fotoapparat getCurrentFotoapparat() { return fotoapparat; } } | FotoapparatSwitcher { @NonNull public Fotoapparat getCurrentFotoapparat() { return fotoapparat; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); } | FotoapparatSwitcher { @NonNull public Fotoapparat getCurrentFotoapparat() { return fotoapparat; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void start(); void stop(); void switchTo(@NonNull Fotoapparat fotoapparat); @NonNull... | FotoapparatSwitcher { @NonNull public Fotoapparat getCurrentFotoapparat() { return fotoapparat; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void start(); void stop(); void switchTo(@NonNull Fotoapparat fotoapparat); @NonNull... |
@Test public void switchTo() throws Exception { testee.switchTo(fotoapparatB); Fotoapparat result = testee.getCurrentFotoapparat(); assertSame(fotoapparatB, result); verifyZeroInteractions(fotoapparatA); verifyZeroInteractions(fotoapparatB); } | public void switchTo(@NonNull Fotoapparat fotoapparat) { if (started) { this.fotoapparat.stop(); fotoapparat.start(); } this.fotoapparat = fotoapparat; } | FotoapparatSwitcher { public void switchTo(@NonNull Fotoapparat fotoapparat) { if (started) { this.fotoapparat.stop(); fotoapparat.start(); } this.fotoapparat = fotoapparat; } } | FotoapparatSwitcher { public void switchTo(@NonNull Fotoapparat fotoapparat) { if (started) { this.fotoapparat.stop(); fotoapparat.start(); } this.fotoapparat = fotoapparat; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); } | FotoapparatSwitcher { public void switchTo(@NonNull Fotoapparat fotoapparat) { if (started) { this.fotoapparat.stop(); fotoapparat.start(); } this.fotoapparat = fotoapparat; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void s... | FotoapparatSwitcher { public void switchTo(@NonNull Fotoapparat fotoapparat) { if (started) { this.fotoapparat.stop(); fotoapparat.start(); } this.fotoapparat = fotoapparat; } private FotoapparatSwitcher(@NonNull Fotoapparat fotoapparat); static FotoapparatSwitcher withDefault(@NonNull Fotoapparat fotoapparat); void s... |
@Test public void takePicture_EmptyRequest() throws Exception { PhotoResult result = testee.takePicture(); verify(executor).execute(isA(TakePictureTask.class)); assertNotNull(result); } | public PhotoResult takePicture() { TakePictureTask takePictureTask = new TakePictureTask(cameraDevice); cameraExecutor.execute(takePictureTask); return PhotoResult.fromFuture(takePictureTask); } | TakePictureRoutine { public PhotoResult takePicture() { TakePictureTask takePictureTask = new TakePictureTask(cameraDevice); cameraExecutor.execute(takePictureTask); return PhotoResult.fromFuture(takePictureTask); } } | TakePictureRoutine { public PhotoResult takePicture() { TakePictureTask takePictureTask = new TakePictureTask(cameraDevice); cameraExecutor.execute(takePictureTask); return PhotoResult.fromFuture(takePictureTask); } TakePictureRoutine(CameraDevice cameraDevice,
Executor cameraExecutor); } | TakePictureRoutine { public PhotoResult takePicture() { TakePictureTask takePictureTask = new TakePictureTask(cameraDevice); cameraExecutor.execute(takePictureTask); return PhotoResult.fromFuture(takePictureTask); } TakePictureRoutine(CameraDevice cameraDevice,
Executor cameraExecutor); Ph... | TakePictureRoutine { public PhotoResult takePicture() { TakePictureTask takePictureTask = new TakePictureTask(cameraDevice); cameraExecutor.execute(takePictureTask); return PhotoResult.fromFuture(takePictureTask); } TakePictureRoutine(CameraDevice cameraDevice,
Executor cameraExecutor); Ph... |
@Test public void noFocusAfter3Attempts_takePicture() throws Exception { given(cameraDevice.autoFocus()) .willReturn(new FocusResult(false, true)); Photo result = resultOf(testee); InOrder inOrder = inOrder(cameraDevice); inOrder.verify(cameraDevice, times(3)).autoFocus(); inOrder.verify(cameraDevice).takePicture(); in... | private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focusResult; } | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... |
@Test public void savePhoto() throws Exception { Photo photo = new Photo( new byte[]{1, 2, 3}, 0 ); testee.transform(photo); assertTrue(FILE.exists()); assertEquals( photo.encodedImage.length, FILE.length() ); verify(exifOrientationWriter).writeExifOrientation(FILE, photo); } | @Override public Void transform(Photo input) { BufferedOutputStream outputStream = outputStream(); try { saveImage(input, outputStream); exifOrientationWriter.writeExifOrientation(file, input); } catch (IOException e) { throw new FileSaveException(e); } return null; } | SaveToFileTransformer implements Transformer<Photo, Void> { @Override public Void transform(Photo input) { BufferedOutputStream outputStream = outputStream(); try { saveImage(input, outputStream); exifOrientationWriter.writeExifOrientation(file, input); } catch (IOException e) { throw new FileSaveException(e); } return... | SaveToFileTransformer implements Transformer<Photo, Void> { @Override public Void transform(Photo input) { BufferedOutputStream outputStream = outputStream(); try { saveImage(input, outputStream); exifOrientationWriter.writeExifOrientation(file, input); } catch (IOException e) { throw new FileSaveException(e); } return... | SaveToFileTransformer implements Transformer<Photo, Void> { @Override public Void transform(Photo input) { BufferedOutputStream outputStream = outputStream(); try { saveImage(input, outputStream); exifOrientationWriter.writeExifOrientation(file, input); } catch (IOException e) { throw new FileSaveException(e); } return... | SaveToFileTransformer implements Transformer<Photo, Void> { @Override public Void transform(Photo input) { BufferedOutputStream outputStream = outputStream(); try { saveImage(input, outputStream); exifOrientationWriter.writeExifOrientation(file, input); } catch (IOException e) { throw new FileSaveException(e); } return... |
@Test public void exposureMeasurementRequired_takePhoto() throws Exception { given(cameraDevice.autoFocus()) .willReturn(new FocusResult(true, true)); Photo result = resultOf(testee); InOrder inOrder = inOrder(cameraDevice); inOrder.verify(cameraDevice).autoFocus(); inOrder.verify(cameraDevice).measureExposure(); inOrd... | private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focusResult; } | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... |
@Test public void takePhoto() throws Exception { given(cameraDevice.autoFocus()) .willReturn(new FocusResult(true, false)); Photo result = resultOf(testee); InOrder inOrder = inOrder(cameraDevice); inOrder.verify(cameraDevice).autoFocus(); inOrder.verify(cameraDevice).takePicture(); inOrder.verify(cameraDevice).startPr... | private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focusResult; } | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... |
@Test public void doNotFocusInContinuousFocusMode() throws Exception { given(cameraDevice.getCurrentParameters()) .willReturn(PARAMETERS_WITH_CONTINUOUS_FOCUS); Photo result = resultOf(testee); verify(cameraDevice, never()).autoFocus(); assertEquals(result, PHOTO); } | private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focusResult; } | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... |
@Test public void startPreviewFailed() throws Exception { given(cameraDevice.autoFocus()) .willReturn(new FocusResult(true, false)); doThrow(new CameraException("test")) .when(cameraDevice) .startPreview(); Photo result = resultOf(testee); verify(cameraDevice).startPreview(); assertEquals(result, PHOTO); } | private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focusResult; } | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... | TakePictureTask extends FutureTask<Photo> { private static FocusResult autoFocus(CameraDevice cameraDevice) { int focusAttempts = 0; FocusResult focusResult = FocusResult.none(); while (focusAttempts < MAX_FOCUS_ATTEMPTS && !focusResult.succeeded) { focusResult = cameraDevice.autoFocus(); focusAttempts++; } return focu... |
@Test public void routine() throws Exception { StartCameraRoutine testee = new StartCameraRoutine( cameraDevice, cameraRenderer, ScaleType.CENTER_INSIDE, lensPositionSelector, screenOrientationProvider, initialParametersProvider, cameraErrorCallback ); List<LensPosition> availableLensPositions = asList( LensPosition.FR... | @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } } | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } StartCameraRoutine(CameraDevice cameraDevice,
CameraRenderer cameraRenderer,
ScaleType scaleType,... | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } StartCameraRoutine(CameraDevice cameraDevice,
CameraRenderer cameraRenderer,
ScaleType scaleType,... | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } StartCameraRoutine(CameraDevice cameraDevice,
CameraRenderer cameraRenderer,
ScaleType scaleType,... |
@Test public void failedToOpenCamera() throws Exception { List<LensPosition> availableLensPositions = asList( LensPosition.FRONT, LensPosition.BACK ); LensPosition preferredLensPosition = LensPosition.FRONT; givenLensPositionsAvailable(availableLensPositions); givenPositionSelected(preferredLensPosition); doThrow(CAMER... | @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } } | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } StartCameraRoutine(CameraDevice cameraDevice,
CameraRenderer cameraRenderer,
ScaleType scaleType,... | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } StartCameraRoutine(CameraDevice cameraDevice,
CameraRenderer cameraRenderer,
ScaleType scaleType,... | StartCameraRoutine implements Runnable { @Override public void run() { try { tryToStartCamera(); } catch (CameraException e) { cameraErrorCallback.onError(e); } } StartCameraRoutine(CameraDevice cameraDevice,
CameraRenderer cameraRenderer,
ScaleType scaleType,... |
@Test public void start() throws Exception { testee.start(); verify(orientationSensor).start(testee); verifyZeroInteractions(logger); } | public void start() { orientationSensor.start(this); } | UpdateOrientationRoutine implements OrientationSensor.Listener { public void start() { orientationSensor.start(this); } } | UpdateOrientationRoutine implements OrientationSensor.Listener { public void start() { orientationSensor.start(this); } UpdateOrientationRoutine(CameraDevice cameraDevice,
OrientationSensor orientationSensor,
Executor cameraExecutor,
... | UpdateOrientationRoutine implements OrientationSensor.Listener { public void start() { orientationSensor.start(this); } UpdateOrientationRoutine(CameraDevice cameraDevice,
OrientationSensor orientationSensor,
Executor cameraExecutor,
... | UpdateOrientationRoutine implements OrientationSensor.Listener { public void start() { orientationSensor.start(this); } UpdateOrientationRoutine(CameraDevice cameraDevice,
OrientationSensor orientationSensor,
Executor cameraExecutor,
... |
@Test public void stop() throws Exception { testee.stop(); verify(orientationSensor).stop(); verifyZeroInteractions(logger); } | public void stop() { orientationSensor.stop(); } | UpdateOrientationRoutine implements OrientationSensor.Listener { public void stop() { orientationSensor.stop(); } } | UpdateOrientationRoutine implements OrientationSensor.Listener { public void stop() { orientationSensor.stop(); } UpdateOrientationRoutine(CameraDevice cameraDevice,
OrientationSensor orientationSensor,
Executor cameraExecutor,
... | UpdateOrientationRoutine implements OrientationSensor.Listener { public void stop() { orientationSensor.stop(); } UpdateOrientationRoutine(CameraDevice cameraDevice,
OrientationSensor orientationSensor,
Executor cameraExecutor,
... | UpdateOrientationRoutine implements OrientationSensor.Listener { public void stop() { orientationSensor.stop(); } UpdateOrientationRoutine(CameraDevice cameraDevice,
OrientationSensor orientationSensor,
Executor cameraExecutor,
... |
@Test public void onOrientationChanged() throws Exception { testee.onOrientationChanged(90); verify(cameraDevice).setDisplayOrientation(90); verifyZeroInteractions(logger); } | @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDevice.setDisplayOrientation(" + degrees + ") e: " + e.getMessage())... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... |
@Test public void onOrientationChangedFailed() throws Exception { RuntimeException exception = new RuntimeException("test"); doThrow(exception) .when(cameraDevice) .setDisplayOrientation(anyInt()); testee.onOrientationChanged(90); verify(cameraDevice).setDisplayOrientation(90); verify(logger).log(anyString()); } | @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDevice.setDisplayOrientation(" + degrees + ") e: " + e.getMessage())... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... | UpdateOrientationRoutine implements OrientationSensor.Listener { @Override public void onOrientationChanged(final int degrees) { cameraExecutor.execute(new Runnable() { @Override public void run() { try { cameraDevice.setDisplayOrientation(degrees); } catch (RuntimeException e) { logger.log("Failed to perform cameraDev... |
@Test public void originalSize() throws Exception { assertEquals( new Size(100, 200), SizeTransformers.originalSize().transform(new Size(100, 200)) ); } | public static Transformer<Size, Size> originalSize() { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return input; } }; } | SizeTransformers { public static Transformer<Size, Size> originalSize() { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return input; } }; } } | SizeTransformers { public static Transformer<Size, Size> originalSize() { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return input; } }; } } | SizeTransformers { public static Transformer<Size, Size> originalSize() { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return input; } }; } static Transformer<Size, Size> originalSize(); static Transformer<Size, Size> scaled(final float scaleFactor); } | SizeTransformers { public static Transformer<Size, Size> originalSize() { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return input; } }; } static Transformer<Size, Size> originalSize(); static Transformer<Size, Size> scaled(final float scaleFactor); } |
@Test public void autoFocus() throws Exception { PendingResult<FocusResult> result = testee.autoFocus(); verify(executor).execute(isA(AutoFocusTask.class)); assertNotNull(result); } | public PendingResult<FocusResult> autoFocus() { AutoFocusTask autoFocusTask = new AutoFocusTask(cameraDevice); cameraExecutor.execute(autoFocusTask); return PendingResult.fromFuture(autoFocusTask); } | AutoFocusRoutine { public PendingResult<FocusResult> autoFocus() { AutoFocusTask autoFocusTask = new AutoFocusTask(cameraDevice); cameraExecutor.execute(autoFocusTask); return PendingResult.fromFuture(autoFocusTask); } } | AutoFocusRoutine { public PendingResult<FocusResult> autoFocus() { AutoFocusTask autoFocusTask = new AutoFocusTask(cameraDevice); cameraExecutor.execute(autoFocusTask); return PendingResult.fromFuture(autoFocusTask); } AutoFocusRoutine(CameraDevice cameraDevice,
Executor cameraExecutor); } | AutoFocusRoutine { public PendingResult<FocusResult> autoFocus() { AutoFocusTask autoFocusTask = new AutoFocusTask(cameraDevice); cameraExecutor.execute(autoFocusTask); return PendingResult.fromFuture(autoFocusTask); } AutoFocusRoutine(CameraDevice cameraDevice,
Executor cameraExecutor); Pen... | AutoFocusRoutine { public PendingResult<FocusResult> autoFocus() { AutoFocusTask autoFocusTask = new AutoFocusTask(cameraDevice); cameraExecutor.execute(autoFocusTask); return PendingResult.fromFuture(autoFocusTask); } AutoFocusRoutine(CameraDevice cameraDevice,
Executor cameraExecutor); Pen... |
@SuppressWarnings("Range") @Test(expected = LevelOutOfRangeException.class) public void outOfRange_Higher() throws Exception { testee.updateZoomLevel(1.1f); } | public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... |
@SuppressWarnings("Range") @Test(expected = LevelOutOfRangeException.class) public void outOfRange_Lower() throws Exception { testee.updateZoomLevel(-0.1f); } | public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... |
@Test public void updateZoomLevel() throws Exception { givenZoomSupported(); testee.updateZoomLevel(0.5f); verify(cameraDevice).setZoom(0.5f); } | public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... |
@Test public void zoomNotSupported() throws Exception { givenZoomNotSupported(); testee.updateZoomLevel(0.5f); verify(cameraDevice, never()).setZoom(anyFloat()); } | public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); } | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... | UpdateZoomLevelRoutine { public void updateZoomLevel(@FloatRange(from = 0f, to = 1f) float zoomLevel) { ensureInBounds(zoomLevel); if (cameraDevice.getCapabilities().isZoomSupported()) { cameraDevice.setZoom(zoomLevel); } } UpdateZoomLevelRoutine(CameraDevice cameraDevice); void updateZoomLevel(@FloatRange(from = 0f, t... |
@Test public void stop() throws Exception { testee.run(); InOrder inOrder = inOrder(cameraDevice); inOrder.verify(cameraDevice).stopPreview(); inOrder.verify(cameraDevice).close(); } | @Override public void run() { cameraDevice.stopPreview(); cameraDevice.close(); } | StopCameraRoutine implements Runnable { @Override public void run() { cameraDevice.stopPreview(); cameraDevice.close(); } } | StopCameraRoutine implements Runnable { @Override public void run() { cameraDevice.stopPreview(); cameraDevice.close(); } StopCameraRoutine(CameraDevice cameraDevice); } | StopCameraRoutine implements Runnable { @Override public void run() { cameraDevice.stopPreview(); cameraDevice.close(); } StopCameraRoutine(CameraDevice cameraDevice); @Override void run(); } | StopCameraRoutine implements Runnable { @Override public void run() { cameraDevice.stopPreview(); cameraDevice.close(); } StopCameraRoutine(CameraDevice cameraDevice); @Override void run(); } |
@Test public void configurePreview() throws Exception { testee.run(); InOrder inOrder = inOrder(previewStream); inOrder.verify(previewStream).addProcessor(frameProcessor); inOrder.verify(previewStream).start(); } | @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } } | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } ConfigurePreviewStreamRoutine(CameraDevice cameraDevice,
... | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } ConfigurePreviewStreamRoutine(CameraDevice cameraDevice,
... | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } ConfigurePreviewStreamRoutine(CameraDevice cameraDevice,
... |
@Test public void noFrameProcessor() throws Exception { ConfigurePreviewStreamRoutine testee = new ConfigurePreviewStreamRoutine( cameraDevice, null ); testee.run(); verifyZeroInteractions(previewStream); } | @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } } | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } ConfigurePreviewStreamRoutine(CameraDevice cameraDevice,
... | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } ConfigurePreviewStreamRoutine(CameraDevice cameraDevice,
... | ConfigurePreviewStreamRoutine implements Runnable { @Override public void run() { if (frameProcessor == null) { return; } PreviewStream previewStream = cameraDevice.getPreviewStream(); previewStream.addProcessor(frameProcessor); previewStream.start(); } ConfigurePreviewStreamRoutine(CameraDevice cameraDevice,
... |
@Test public void available() throws Exception { givenLensPositionsAreReturned(); given(lensPositionSelector.select(LENS_POSITIONS)) .willReturn(LensPosition.FRONT); boolean result = testee.isAvailable(); assertTrue(result); } | public boolean isAvailable() { return selectedLensPosition() != null; } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } CheckAvailabilityRoutine(CameraDevice cameraDevice,
SelectorFunction<Collection<LensPosition>, LensPosition> lensPositionSelector); } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } CheckAvailabilityRoutine(CameraDevice cameraDevice,
SelectorFunction<Collection<LensPosition>, LensPosition> lensPositionSelector); boolean isAvailable(); } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } CheckAvailabilityRoutine(CameraDevice cameraDevice,
SelectorFunction<Collection<LensPosition>, LensPosition> lensPositionSelector); boolean isAvailable(); } |
@Test public void notAvailable() throws Exception { givenLensPositionsAreReturned(); given(lensPositionSelector.select(LENS_POSITIONS)) .willReturn(null); boolean result = testee.isAvailable(); assertFalse(result); } | public boolean isAvailable() { return selectedLensPosition() != null; } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } CheckAvailabilityRoutine(CameraDevice cameraDevice,
SelectorFunction<Collection<LensPosition>, LensPosition> lensPositionSelector); } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } CheckAvailabilityRoutine(CameraDevice cameraDevice,
SelectorFunction<Collection<LensPosition>, LensPosition> lensPositionSelector); boolean isAvailable(); } | CheckAvailabilityRoutine { public boolean isAvailable() { return selectedLensPosition() != null; } CheckAvailabilityRoutine(CameraDevice cameraDevice,
SelectorFunction<Collection<LensPosition>, LensPosition> lensPositionSelector); boolean isAvailable(); } |
@Test public void scaled() throws Exception { assertEquals( new Size(50, 100), SizeTransformers.scaled(0.5f).transform(new Size(100, 200)) ); } | public static Transformer<Size, Size> scaled(final float scaleFactor) { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return new Size( (int) (input.width * scaleFactor), (int) (input.height * scaleFactor) ); } }; } | SizeTransformers { public static Transformer<Size, Size> scaled(final float scaleFactor) { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return new Size( (int) (input.width * scaleFactor), (int) (input.height * scaleFactor) ); } }; } } | SizeTransformers { public static Transformer<Size, Size> scaled(final float scaleFactor) { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return new Size( (int) (input.width * scaleFactor), (int) (input.height * scaleFactor) ); } }; } } | SizeTransformers { public static Transformer<Size, Size> scaled(final float scaleFactor) { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return new Size( (int) (input.width * scaleFactor), (int) (input.height * scaleFactor) ); } }; } static Transformer<Size, Size> originalSize();... | SizeTransformers { public static Transformer<Size, Size> scaled(final float scaleFactor) { return new Transformer<Size, Size>() { @Override public Size transform(Size input) { return new Size( (int) (input.width * scaleFactor), (int) (input.height * scaleFactor) ); } }; } static Transformer<Size, Size> originalSize();... |
@Test public void updateParameters() throws Exception { UpdateRequest request = UpdateRequest.builder() .flash(torch()) .focusMode(autoFocus()) .build(); testee.updateParameters(request); verify(cameraDevice).updateParameters( new Parameters() .putValue( Parameters.Type.FLASH, Flash.TORCH ) .putValue( Parameters.Type.F... | public void updateParameters(@NonNull UpdateRequest request) { Capabilities capabilities = cameraDevice.getCapabilities(); cameraDevice.updateParameters( combineParameters(asList( flashModeParameters(request, capabilities), focusModeParameters(request, capabilities) )) ); } | UpdateParametersRoutine { public void updateParameters(@NonNull UpdateRequest request) { Capabilities capabilities = cameraDevice.getCapabilities(); cameraDevice.updateParameters( combineParameters(asList( flashModeParameters(request, capabilities), focusModeParameters(request, capabilities) )) ); } } | UpdateParametersRoutine { public void updateParameters(@NonNull UpdateRequest request) { Capabilities capabilities = cameraDevice.getCapabilities(); cameraDevice.updateParameters( combineParameters(asList( flashModeParameters(request, capabilities), focusModeParameters(request, capabilities) )) ); } UpdateParametersRou... | UpdateParametersRoutine { public void updateParameters(@NonNull UpdateRequest request) { Capabilities capabilities = cameraDevice.getCapabilities(); cameraDevice.updateParameters( combineParameters(asList( flashModeParameters(request, capabilities), focusModeParameters(request, capabilities) )) ); } UpdateParametersRou... | UpdateParametersRoutine { public void updateParameters(@NonNull UpdateRequest request) { Capabilities capabilities = cameraDevice.getCapabilities(); cameraDevice.updateParameters( combineParameters(asList( flashModeParameters(request, capabilities), focusModeParameters(request, capabilities) )) ); } UpdateParametersRou... |
@Test public void onlyMandatoryParameters() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments(); Fotoapparat result = builder.build(); assertNotNull(result); } | public Fotoapparat build() { validate(); return Fotoapparat.create(this); } | FotoapparatBuilder { public Fotoapparat build() { validate(); return Fotoapparat.create(this); } } | FotoapparatBuilder { public Fotoapparat build() { validate(); return Fotoapparat.create(this); } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public Fotoapparat build() { validate(); return Fotoapparat.create(this); } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector); FotoapparatB... | FotoapparatBuilder { public Fotoapparat build() { validate(); return Fotoapparat.create(this); } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector); FotoapparatB... |
@Test public void cameraProvider_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .cameraProvider(cameraProvider); assertEquals( cameraProvider, builder.cameraProvider ); } | public FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider) { this.cameraProvider = cameraProvider; return this; } | FotoapparatBuilder { public FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider) { this.cameraProvider = cameraProvider; return this; } } | FotoapparatBuilder { public FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider) { this.cameraProvider = cameraProvider; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider) { this.cameraProvider = cameraProvider; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull Sele... | FotoapparatBuilder { public FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider) { this.cameraProvider = cameraProvider; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull Sele... |
@Test public void logger_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .logger(logger); assertEquals( logger, builder.logger ); } | public FotoapparatBuilder logger(@NonNull Logger logger) { this.logger = logger; return this; } | FotoapparatBuilder { public FotoapparatBuilder logger(@NonNull Logger logger) { this.logger = logger; return this; } } | FotoapparatBuilder { public FotoapparatBuilder logger(@NonNull Logger logger) { this.logger = logger; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder logger(@NonNull Logger logger) { this.logger = logger; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> sel... | FotoapparatBuilder { public FotoapparatBuilder logger(@NonNull Logger logger) { this.logger = logger; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> sel... |
@Test public void focusMode_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .focusMode(focusModeSelector); assertEquals( focusModeSelector, builder.focusModeSelector ); } | public FotoapparatBuilder focusMode(@NonNull SelectorFunction<Collection<FocusMode>, FocusMode> selector) { focusModeSelector = selector; return this; } | FotoapparatBuilder { public FotoapparatBuilder focusMode(@NonNull SelectorFunction<Collection<FocusMode>, FocusMode> selector) { focusModeSelector = selector; return this; } } | FotoapparatBuilder { public FotoapparatBuilder focusMode(@NonNull SelectorFunction<Collection<FocusMode>, FocusMode> selector) { focusModeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder focusMode(@NonNull SelectorFunction<Collection<FocusMode>, FocusMode> selector) { focusModeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoS... | FotoapparatBuilder { public FotoapparatBuilder focusMode(@NonNull SelectorFunction<Collection<FocusMode>, FocusMode> selector) { focusModeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoS... |
@Test public void previewFpsRange_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .previewFpsRange(previewFpsRangeSelector); assertEquals( previewFpsRangeSelector, builder.previewFpsRangeSelector ); } | public FotoapparatBuilder previewFpsRange(@NonNull SelectorFunction<Collection<Range<Integer>>, Range<Integer>> selector) { previewFpsRangeSelector = selector; return this; } | FotoapparatBuilder { public FotoapparatBuilder previewFpsRange(@NonNull SelectorFunction<Collection<Range<Integer>>, Range<Integer>> selector) { previewFpsRangeSelector = selector; return this; } } | FotoapparatBuilder { public FotoapparatBuilder previewFpsRange(@NonNull SelectorFunction<Collection<Range<Integer>>, Range<Integer>> selector) { previewFpsRangeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder previewFpsRange(@NonNull SelectorFunction<Collection<Range<Integer>>, Range<Integer>> selector) { previewFpsRangeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); Fot... | FotoapparatBuilder { public FotoapparatBuilder previewFpsRange(@NonNull SelectorFunction<Collection<Range<Integer>>, Range<Integer>> selector) { previewFpsRangeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); Fot... |
@Test public void flashMode_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .flash(flashSelector); assertEquals( flashSelector, builder.flashSelector ); } | public FotoapparatBuilder flash(@NonNull SelectorFunction<Collection<Flash>, Flash> selector) { flashSelector = selector; return this; } | FotoapparatBuilder { public FotoapparatBuilder flash(@NonNull SelectorFunction<Collection<Flash>, Flash> selector) { flashSelector = selector; return this; } } | FotoapparatBuilder { public FotoapparatBuilder flash(@NonNull SelectorFunction<Collection<Flash>, Flash> selector) { flashSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder flash(@NonNull SelectorFunction<Collection<Flash>, Flash> selector) { flashSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull Sel... | FotoapparatBuilder { public FotoapparatBuilder flash(@NonNull SelectorFunction<Collection<Flash>, Flash> selector) { flashSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull Sel... |
@Test public void frameProcessor_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .frameProcessor(frameProcessor); assertEquals( frameProcessor, builder.frameProcessor ); } | public FotoapparatBuilder frameProcessor(@NonNull FrameProcessor frameProcessor) { this.frameProcessor = frameProcessor; return this; } | FotoapparatBuilder { public FotoapparatBuilder frameProcessor(@NonNull FrameProcessor frameProcessor) { this.frameProcessor = frameProcessor; return this; } } | FotoapparatBuilder { public FotoapparatBuilder frameProcessor(@NonNull FrameProcessor frameProcessor) { this.frameProcessor = frameProcessor; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder frameProcessor(@NonNull FrameProcessor frameProcessor) { this.frameProcessor = frameProcessor; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull Sele... | FotoapparatBuilder { public FotoapparatBuilder frameProcessor(@NonNull FrameProcessor frameProcessor) { this.frameProcessor = frameProcessor; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull Sele... |
@Test public void photoSize_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .photoSize(photoSizeSelector); assertEquals( photoSizeSelector, builder.photoSizeSelector ); } | public FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { photoSizeSelector = selector; return this; } | FotoapparatBuilder { public FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { photoSizeSelector = selector; return this; } } | FotoapparatBuilder { public FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { photoSizeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { photoSizeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNu... | FotoapparatBuilder { public FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { photoSizeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNu... |
@Test public void previewSize_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .previewSize(previewSizeSelector); assertEquals( previewSizeSelector, builder.previewSizeSelector ); } | public FotoapparatBuilder previewSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { previewSizeSelector = selector; return this; } | FotoapparatBuilder { public FotoapparatBuilder previewSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { previewSizeSelector = selector; return this; } } | FotoapparatBuilder { public FotoapparatBuilder previewSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { previewSizeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder previewSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { previewSizeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@N... | FotoapparatBuilder { public FotoapparatBuilder previewSize(@NonNull SelectorFunction<Collection<Size>, Size> selector) { previewSizeSelector = selector; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@N... |
@Test public void toPendingResult() throws Exception { PhotoResult photoResult = new PhotoResult(PENDING_RESULT); PendingResult<Photo> pendingResult = photoResult.toPendingResult(); assertSame( PENDING_RESULT, pendingResult ); } | public PendingResult<Photo> toPendingResult() { return pendingResult; } | PhotoResult { public PendingResult<Photo> toPendingResult() { return pendingResult; } } | PhotoResult { public PendingResult<Photo> toPendingResult() { return pendingResult; } PhotoResult(PendingResult<Photo> pendingResult); } | PhotoResult { public PendingResult<Photo> toPendingResult() { return pendingResult; } PhotoResult(PendingResult<Photo> pendingResult); static PhotoResult fromFuture(Future<Photo> photoFuture); PendingResult<BitmapPhoto> toBitmap(); PendingResult<BitmapPhoto> toBitmap(Transformer<Size, Size> sizeTransformer); PendingRes... | PhotoResult { public PendingResult<Photo> toPendingResult() { return pendingResult; } PhotoResult(PendingResult<Photo> pendingResult); static PhotoResult fromFuture(Future<Photo> photoFuture); PendingResult<BitmapPhoto> toBitmap(); PendingResult<BitmapPhoto> toBitmap(Transformer<Size, Size> sizeTransformer); PendingRes... |
@Test public void previewStyle_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .previewScaleType(ScaleType.CENTER_INSIDE); assertEquals( ScaleType.CENTER_INSIDE, builder.scaleType ); } | public FotoapparatBuilder previewScaleType(ScaleType scaleType) { this.scaleType = scaleType; return this; } | FotoapparatBuilder { public FotoapparatBuilder previewScaleType(ScaleType scaleType) { this.scaleType = scaleType; return this; } } | FotoapparatBuilder { public FotoapparatBuilder previewScaleType(ScaleType scaleType) { this.scaleType = scaleType; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder previewScaleType(ScaleType scaleType) { this.scaleType = scaleType; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Siz... | FotoapparatBuilder { public FotoapparatBuilder previewScaleType(ScaleType scaleType) { this.scaleType = scaleType; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull SelectorFunction<Collection<Siz... |
@Test public void cameraErrorCallback_IsConfigurable() throws Exception { FotoapparatBuilder builder = builderWithMandatoryArguments() .cameraErrorCallback(cameraErrorCallback); assertEquals( cameraErrorCallback, builder.cameraErrorCallback ); } | public FotoapparatBuilder cameraErrorCallback(@NonNull CameraErrorCallback callback) { this.cameraErrorCallback = callback; return this; } | FotoapparatBuilder { public FotoapparatBuilder cameraErrorCallback(@NonNull CameraErrorCallback callback) { this.cameraErrorCallback = callback; return this; } } | FotoapparatBuilder { public FotoapparatBuilder cameraErrorCallback(@NonNull CameraErrorCallback callback) { this.cameraErrorCallback = callback; return this; } FotoapparatBuilder(@NonNull Context context); } | FotoapparatBuilder { public FotoapparatBuilder cameraErrorCallback(@NonNull CameraErrorCallback callback) { this.cameraErrorCallback = callback; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull S... | FotoapparatBuilder { public FotoapparatBuilder cameraErrorCallback(@NonNull CameraErrorCallback callback) { this.cameraErrorCallback = callback; return this; } FotoapparatBuilder(@NonNull Context context); FotoapparatBuilder cameraProvider(@NonNull CameraProvider cameraProvider); FotoapparatBuilder photoSize(@NonNull S... |
@Test public void bellowLollipop_V1CameraProvider() throws Exception { givenBelowLollipop(); CameraDevice device = testee.get(logger); assertSame(camera1, device); } | @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } } | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } DefaultProvider(CameraProvider v1Provider,
CameraProvider v2Provider); DefaultProvider(CameraProvider v1Provider,
CameraPr... | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } DefaultProvider(CameraProvider v1Provider,
CameraProvider v2Provider); DefaultProvider(CameraProvider v1Provider,
CameraPr... | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } DefaultProvider(CameraProvider v1Provider,
CameraProvider v2Provider); DefaultProvider(CameraProvider v1Provider,
CameraPr... |
@Test public void lollipopOrHigher_V2CameraProvider() throws Exception { givenLollipopOrHigher(); CameraDevice device = testee.get(logger); assertSame(camera2, device); } | @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } } | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } DefaultProvider(CameraProvider v1Provider,
CameraProvider v2Provider); DefaultProvider(CameraProvider v1Provider,
CameraPr... | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } DefaultProvider(CameraProvider v1Provider,
CameraProvider v2Provider); DefaultProvider(CameraProvider v1Provider,
CameraPr... | DefaultProvider implements CameraProvider { @Override public CameraDevice get(Logger logger) { return sdkInfo.isBellowLollipop() ? v1Provider.get(logger) : v2Provider.get(logger); } DefaultProvider(CameraProvider v1Provider,
CameraProvider v2Provider); DefaultProvider(CameraProvider v1Provider,
CameraPr... |
@Test public void getCharacteristics() throws Exception { Characteristics call = testee.execute("0"); assertNotNull(call); } | public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } GetCharacteristicsTask(CameraManager manager); } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } GetCharacteristicsTask(CameraManager manager); Characteristics execute(String cameraId); } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } GetCharacteristicsTask(CameraManager manager); Characteristics execute(String cameraId); } |
@Test(expected = CameraException.class) public void managerException_exception() throws Exception { given(manager.getCameraCharacteristics(anyString())) .willThrow(CameraAccessException.class); Characteristics call = testee.execute("0"); } | public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } GetCharacteristicsTask(CameraManager manager); } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } GetCharacteristicsTask(CameraManager manager); Characteristics execute(String cameraId); } | GetCharacteristicsTask { public Characteristics execute(String cameraId) { try { return new Characteristics( manager.getCameraCharacteristics(cameraId) ); } catch (CameraAccessException e) { throw new CameraException(e); } } GetCharacteristicsTask(CameraManager manager); Characteristics execute(String cameraId); } |
@Test public void setBufferSize() throws Exception { Size previewSize = new Size(1920, 1080); SetTextureBufferSizeTask testee = new SetTextureBufferSizeTask(surfaceTexture, previewSize); testee.run(); verify(surfaceTexture).setDefaultBufferSize(previewSize.width, previewSize.height); } | @Override public void run() { surfaceTexture.setDefaultBufferSize(previewSize.width, previewSize.height); } | SetTextureBufferSizeTask implements Runnable { @Override public void run() { surfaceTexture.setDefaultBufferSize(previewSize.width, previewSize.height); } } | SetTextureBufferSizeTask implements Runnable { @Override public void run() { surfaceTexture.setDefaultBufferSize(previewSize.width, previewSize.height); } SetTextureBufferSizeTask(SurfaceTexture surfaceTexture, Size previewSize); } | SetTextureBufferSizeTask implements Runnable { @Override public void run() { surfaceTexture.setDefaultBufferSize(previewSize.width, previewSize.height); } SetTextureBufferSizeTask(SurfaceTexture surfaceTexture, Size previewSize); @Override void run(); } | SetTextureBufferSizeTask implements Runnable { @Override public void run() { surfaceTexture.setDefaultBufferSize(previewSize.width, previewSize.height); } SetTextureBufferSizeTask(SurfaceTexture surfaceTexture, Size previewSize); @Override void run(); } |
@Test public void open() throws Exception { testee.open(LensPosition.FRONT); verify(logger).log(anyString()); verify(connectionOperator).open(LensPosition.FRONT); } | @Override public void open(LensPosition lensPosition) { recordMethod(); connectionOperator.open(lensPosition); } | Camera2 implements CameraDevice { @Override public void open(LensPosition lensPosition) { recordMethod(); connectionOperator.open(lensPosition); } } | Camera2 implements CameraDevice { @Override public void open(LensPosition lensPosition) { recordMethod(); connectionOperator.open(lensPosition); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfa... | Camera2 implements CameraDevice { @Override public void open(LensPosition lensPosition) { recordMethod(); connectionOperator.open(lensPosition); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfa... | Camera2 implements CameraDevice { @Override public void open(LensPosition lensPosition) { recordMethod(); connectionOperator.open(lensPosition); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfa... |
@Test public void close() throws Exception { testee.close(); verify(logger).log(anyString()); verify(connectionOperator).close(); } | @Override public void close() { recordMethod(); connectionOperator.close(); } | Camera2 implements CameraDevice { @Override public void close() { recordMethod(); connectionOperator.close(); } } | Camera2 implements CameraDevice { @Override public void close() { recordMethod(); connectionOperator.close(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
Orie... | Camera2 implements CameraDevice { @Override public void close() { recordMethod(); connectionOperator.close(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
Orie... | Camera2 implements CameraDevice { @Override public void close() { recordMethod(); connectionOperator.close(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
Orie... |
@Test public void startPreview() throws Exception { testee.startPreview(); verify(logger).log(anyString()); verify(previewOperator).startPreview(); } | @Override public void startPreview() { recordMethod(); previewOperator.startPreview(); } | Camera2 implements CameraDevice { @Override public void startPreview() { recordMethod(); previewOperator.startPreview(); } } | Camera2 implements CameraDevice { @Override public void startPreview() { recordMethod(); previewOperator.startPreview(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public void startPreview() { recordMethod(); previewOperator.startPreview(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public void startPreview() { recordMethod(); previewOperator.startPreview(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... |
@Test public void toBitmap() throws Exception { PendingResult<Photo> pendingResult = spy(PENDING_RESULT); PhotoResult photoResult = new PhotoResult(pendingResult); PendingResult<BitmapPhoto> result = photoResult.toBitmap(); assertNotNull(result); verify(pendingResult).transform( isA(BitmapPhotoTransformer.class) ); } | public PendingResult<BitmapPhoto> toBitmap() { return toBitmap(originalSize()); } | PhotoResult { public PendingResult<BitmapPhoto> toBitmap() { return toBitmap(originalSize()); } } | PhotoResult { public PendingResult<BitmapPhoto> toBitmap() { return toBitmap(originalSize()); } PhotoResult(PendingResult<Photo> pendingResult); } | PhotoResult { public PendingResult<BitmapPhoto> toBitmap() { return toBitmap(originalSize()); } PhotoResult(PendingResult<Photo> pendingResult); static PhotoResult fromFuture(Future<Photo> photoFuture); PendingResult<BitmapPhoto> toBitmap(); PendingResult<BitmapPhoto> toBitmap(Transformer<Size, Size> sizeTransformer); ... | PhotoResult { public PendingResult<BitmapPhoto> toBitmap() { return toBitmap(originalSize()); } PhotoResult(PendingResult<Photo> pendingResult); static PhotoResult fromFuture(Future<Photo> photoFuture); PendingResult<BitmapPhoto> toBitmap(); PendingResult<BitmapPhoto> toBitmap(Transformer<Size, Size> sizeTransformer); ... |
@Test public void stopPreview() throws Exception { testee.stopPreview(); verify(logger).log(anyString()); verify(previewOperator).stopPreview(); } | @Override public void stopPreview() { recordMethod(); previewOperator.stopPreview(); } | Camera2 implements CameraDevice { @Override public void stopPreview() { recordMethod(); previewOperator.stopPreview(); } } | Camera2 implements CameraDevice { @Override public void stopPreview() { recordMethod(); previewOperator.stopPreview(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public void stopPreview() { recordMethod(); previewOperator.stopPreview(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public void stopPreview() { recordMethod(); previewOperator.stopPreview(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... |
@Test public void setDisplaySurface() throws Exception { TextureView textureView = Mockito.mock(TextureView.class); testee.setDisplaySurface(textureView); verify(logger).log(anyString()); verify(surfaceOperator).setDisplaySurface(textureView); } | @Override public void setDisplaySurface(Object displaySurface) { recordMethod(); surfaceOperator.setDisplaySurface(displaySurface); } | Camera2 implements CameraDevice { @Override public void setDisplaySurface(Object displaySurface) { recordMethod(); surfaceOperator.setDisplaySurface(displaySurface); } } | Camera2 implements CameraDevice { @Override public void setDisplaySurface(Object displaySurface) { recordMethod(); surfaceOperator.setDisplaySurface(displaySurface); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... | Camera2 implements CameraDevice { @Override public void setDisplaySurface(Object displaySurface) { recordMethod(); surfaceOperator.setDisplaySurface(displaySurface); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... | Camera2 implements CameraDevice { @Override public void setDisplaySurface(Object displaySurface) { recordMethod(); surfaceOperator.setDisplaySurface(displaySurface); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... |
@Test public void setDisplayOrientation() throws Exception { testee.setDisplayOrientation(90); verify(logger).log(anyString()); verify(orientationOperator).setDisplayOrientation(90); } | @Override public void setDisplayOrientation(int degrees) { recordMethod(); orientationOperator.setDisplayOrientation(degrees); } | Camera2 implements CameraDevice { @Override public void setDisplayOrientation(int degrees) { recordMethod(); orientationOperator.setDisplayOrientation(degrees); } } | Camera2 implements CameraDevice { @Override public void setDisplayOrientation(int degrees) { recordMethod(); orientationOperator.setDisplayOrientation(degrees); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
Surfa... | Camera2 implements CameraDevice { @Override public void setDisplayOrientation(int degrees) { recordMethod(); orientationOperator.setDisplayOrientation(degrees); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
Surfa... | Camera2 implements CameraDevice { @Override public void setDisplayOrientation(int degrees) { recordMethod(); orientationOperator.setDisplayOrientation(degrees); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
Surfa... |
@Test public void updateParameters() throws Exception { Parameters parameters = new Parameters(); testee.updateParameters(parameters); verify(logger).log(anyString()); verify(parametersOperator).updateParameters(parameters); } | @Override public void updateParameters(Parameters parameters) { recordMethod(); parametersOperator.updateParameters(parameters); currentParameters = parameters; currentParametersLatch.countDown(); } | Camera2 implements CameraDevice { @Override public void updateParameters(Parameters parameters) { recordMethod(); parametersOperator.updateParameters(parameters); currentParameters = parameters; currentParametersLatch.countDown(); } } | Camera2 implements CameraDevice { @Override public void updateParameters(Parameters parameters) { recordMethod(); parametersOperator.updateParameters(parameters); currentParameters = parameters; currentParametersLatch.countDown(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
... | Camera2 implements CameraDevice { @Override public void updateParameters(Parameters parameters) { recordMethod(); parametersOperator.updateParameters(parameters); currentParameters = parameters; currentParametersLatch.countDown(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
... | Camera2 implements CameraDevice { @Override public void updateParameters(Parameters parameters) { recordMethod(); parametersOperator.updateParameters(parameters); currentParameters = parameters; currentParametersLatch.countDown(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
... |
@Test public void getCapabilities() throws Exception { Capabilities capabilities = new Capabilities( Collections.<Size>emptySet(), Collections.<Size>emptySet(), singleton(FocusMode.MACRO), Collections.<Flash>emptySet(), Collections.<Range<Integer>>emptySet(), Ranges.<Integer>emptyRange(), false ); given(capabilitiesOpe... | @Override public Capabilities getCapabilities() { recordMethod(); return capabilitiesOperator.getCapabilities(); } | Camera2 implements CameraDevice { @Override public Capabilities getCapabilities() { recordMethod(); return capabilitiesOperator.getCapabilities(); } } | Camera2 implements CameraDevice { @Override public Capabilities getCapabilities() { recordMethod(); return capabilitiesOperator.getCapabilities(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator sur... | Camera2 implements CameraDevice { @Override public Capabilities getCapabilities() { recordMethod(); return capabilitiesOperator.getCapabilities(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator sur... | Camera2 implements CameraDevice { @Override public Capabilities getCapabilities() { recordMethod(); return capabilitiesOperator.getCapabilities(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator sur... |
@Test public void takePicture() throws Exception { Photo photo = new Photo(new byte[0], 0); given(captureOperator.takePicture()) .willReturn(photo); Photo returnedPhoto = testee.takePicture(); verify(logger).log(anyString()); assertEquals(photo, returnedPhoto); } | @Override public Photo takePicture() { recordMethod(); return captureOperator.takePicture(); } | Camera2 implements CameraDevice { @Override public Photo takePicture() { recordMethod(); return captureOperator.takePicture(); } } | Camera2 implements CameraDevice { @Override public Photo takePicture() { recordMethod(); return captureOperator.takePicture(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public Photo takePicture() { recordMethod(); return captureOperator.takePicture(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public Photo takePicture() { recordMethod(); return captureOperator.takePicture(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... |
@Test public void previewStream() throws Exception { PreviewStream previewStream = testee.getPreviewStream(); verify(logger).log(anyString()); assertEquals(this.previewStream, previewStream); } | @Override public PreviewStream getPreviewStream() { recordMethod(); return previewStream; } | Camera2 implements CameraDevice { @Override public PreviewStream getPreviewStream() { recordMethod(); return previewStream; } } | Camera2 implements CameraDevice { @Override public PreviewStream getPreviewStream() { recordMethod(); return previewStream; } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public PreviewStream getPreviewStream() { recordMethod(); return previewStream; } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public PreviewStream getPreviewStream() { recordMethod(); return previewStream; } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... |
@Test public void autoFocus() throws Exception { given(autoFocusOperator.autoFocus()) .willReturn(successNoMeasurement()); FocusResult resultState = testee.autoFocus(); verify(logger).log(anyString()); assertEquals(successNoMeasurement(), resultState); } | @Override public FocusResult autoFocus() { recordMethod(); return autoFocusOperator.autoFocus(); } | Camera2 implements CameraDevice { @Override public FocusResult autoFocus() { recordMethod(); return autoFocusOperator.autoFocus(); } } | Camera2 implements CameraDevice { @Override public FocusResult autoFocus() { recordMethod(); return autoFocusOperator.autoFocus(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public FocusResult autoFocus() { recordMethod(); return autoFocusOperator.autoFocus(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... | Camera2 implements CameraDevice { @Override public FocusResult autoFocus() { recordMethod(); return autoFocusOperator.autoFocus(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOperator,
... |
@Test public void measureExposure() throws Exception { testee.measureExposure(); verify(logger).log(anyString()); verify(exposureMeasurementOperator).measureExposure(); } | @Override public void measureExposure() { recordMethod(); exposureMeasurementOperator.measureExposure(); } | Camera2 implements CameraDevice { @Override public void measureExposure() { recordMethod(); exposureMeasurementOperator.measureExposure(); } } | Camera2 implements CameraDevice { @Override public void measureExposure() { recordMethod(); exposureMeasurementOperator.measureExposure(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOper... | Camera2 implements CameraDevice { @Override public void measureExposure() { recordMethod(); exposureMeasurementOperator.measureExposure(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOper... | Camera2 implements CameraDevice { @Override public void measureExposure() { recordMethod(); exposureMeasurementOperator.measureExposure(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
SurfaceOperator surfaceOper... |
@Test public void getRendererParameters() throws Exception { RendererParameters rendererParameters = new RendererParameters(new Size(1920, 1080), 0); given(rendererParametersOperator.getRendererParameters()) .willReturn(rendererParameters); RendererParameters resultRendererParameters = testee.getRendererParameters(); v... | @Override public RendererParameters getRendererParameters() { recordMethod(); return rendererParametersOperator.getRendererParameters(); } | Camera2 implements CameraDevice { @Override public RendererParameters getRendererParameters() { recordMethod(); return rendererParametersOperator.getRendererParameters(); } } | Camera2 implements CameraDevice { @Override public RendererParameters getRendererParameters() { recordMethod(); return rendererParametersOperator.getRendererParameters(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... | Camera2 implements CameraDevice { @Override public RendererParameters getRendererParameters() { recordMethod(); return rendererParametersOperator.getRendererParameters(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... | Camera2 implements CameraDevice { @Override public RendererParameters getRendererParameters() { recordMethod(); return rendererParametersOperator.getRendererParameters(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... |
@Test public void saveToFile() throws Exception { PendingResult<Photo> pendingResult = spy(PENDING_RESULT); PhotoResult photoResult = new PhotoResult(pendingResult); PendingResult<?> result = photoResult.saveToFile(new File("")); assertNotNull(result); verify(pendingResult).transform( isA(SaveToFileTransformer.class) )... | public PendingResult<Void> saveToFile(File file) { return pendingResult .transform(SaveToFileTransformer.create(file)); } | PhotoResult { public PendingResult<Void> saveToFile(File file) { return pendingResult .transform(SaveToFileTransformer.create(file)); } } | PhotoResult { public PendingResult<Void> saveToFile(File file) { return pendingResult .transform(SaveToFileTransformer.create(file)); } PhotoResult(PendingResult<Photo> pendingResult); } | PhotoResult { public PendingResult<Void> saveToFile(File file) { return pendingResult .transform(SaveToFileTransformer.create(file)); } PhotoResult(PendingResult<Photo> pendingResult); static PhotoResult fromFuture(Future<Photo> photoFuture); PendingResult<BitmapPhoto> toBitmap(); PendingResult<BitmapPhoto> toBitmap(Tr... | PhotoResult { public PendingResult<Void> saveToFile(File file) { return pendingResult .transform(SaveToFileTransformer.create(file)); } PhotoResult(PendingResult<Photo> pendingResult); static PhotoResult fromFuture(Future<Photo> photoFuture); PendingResult<BitmapPhoto> toBitmap(); PendingResult<BitmapPhoto> toBitmap(Tr... |
@Test public void getAvailableLensPositions() throws Exception { given(availableLensPositionsProvider.getAvailableLensPositions()) .willReturn(singletonList(LensPosition.EXTERNAL)); List<LensPosition> lensPositions = testee.getAvailableLensPositions(); verify(logger).log(anyString()); assertEquals(singletonList(LensPos... | @Override public List<LensPosition> getAvailableLensPositions() { recordMethod(); return availableLensPositionsProvider.getAvailableLensPositions(); } | Camera2 implements CameraDevice { @Override public List<LensPosition> getAvailableLensPositions() { recordMethod(); return availableLensPositionsProvider.getAvailableLensPositions(); } } | Camera2 implements CameraDevice { @Override public List<LensPosition> getAvailableLensPositions() { recordMethod(); return availableLensPositionsProvider.getAvailableLensPositions(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... | Camera2 implements CameraDevice { @Override public List<LensPosition> getAvailableLensPositions() { recordMethod(); return availableLensPositionsProvider.getAvailableLensPositions(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... | Camera2 implements CameraDevice { @Override public List<LensPosition> getAvailableLensPositions() { recordMethod(); return availableLensPositionsProvider.getAvailableLensPositions(); } Camera2(Logger logger,
ConnectionOperator connectionOperator,
PreviewOperator previewOperator,
... |
@Test public void supportedFlashModes_FlashAvailable() throws Exception { given(characteristics.isFlashAvailable()) .willReturn(true); given(characteristics.autoExposureModes()) .willReturn(new int[]{ CameraMetadata.CONTROL_AE_MODE_ON_ALWAYS_FLASH, CameraMetadata.CONTROL_AE_MODE_ON_AUTO_FLASH, CameraMetadata.CONTROL_AE... | @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... |
@Test public void supportedFlashModes_FlashNotAvailable() throws Exception { given(characteristics.isFlashAvailable()) .willReturn(false); Capabilities capabilities = testee.getCapabilities(); assertEquals( asSet(Flash.OFF), capabilities.supportedFlashModes() ); } | @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... |
@Test public void supportedFocusModes() throws Exception { given(characteristics.autoFocusModes()) .willReturn( new int[]{ CameraMetadata.CONTROL_AF_MODE_OFF, CameraMetadata.CONTROL_AF_MODE_AUTO, CameraMetadata.CONTROL_AF_MODE_MACRO, CameraMetadata.CONTROL_AF_MODE_CONTINUOUS_VIDEO, CameraMetadata.CONTROL_AF_MODE_CONTIN... | @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... |
@Test public void supportedPictureSizes() throws Exception { given(characteristics.getJpegOutputSizes()) .willReturn(SIZE_SET); Capabilities capabilities = testee.getCapabilities(); assertEquals(SIZE_SET, capabilities.supportedPictureSizes()); } | @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... |
@Test public void supportedPreviewSizes_Below_1080p() throws Exception { given(characteristics.getSurfaceOutputSizes()) .willReturn(asSet( new Size(1000, 1000), new Size(1080, 1920), new Size(1920, 1080), new Size(1920, 1920), new Size(1440, 1920) )); Capabilities capabilities = testee.getCapabilities(); assertEquals( ... | @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... |
@Test public void supportedPreviewFpsRanges() throws Exception { given(characteristics.getTargetFpsRanges()) .willReturn(PREVIEW_FPS_RANGE_SET); Capabilities capabilities = testee.getCapabilities(); assertEquals( PREVIEW_FPS_RANGE_SET, capabilities.supportedPreviewFpsRanges() ); } | @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } } | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... | CapabilitiesFactory implements CapabilitiesOperator { @Override public Capabilities getCapabilities() { return new Capabilities( availableJpegSizes(), availablePreviewSizes(), availableFocusModes(), availableFlashModes(), availablePreviewFpsRanges(), availableSensorSensitivity(), false ); } CapabilitiesFactory(CameraCo... |
@Test public void isFrontFacingLens() throws Exception { given(cameraCharacteristics.get(CameraCharacteristics.LENS_FACING)) .willReturn(CameraMetadata.LENS_FACING_FRONT); boolean flashAvailable = testee.isFrontFacingLens(); assertTrue(flashAvailable); } | public boolean isFrontFacingLens() { return cameraCharacteristics.get(CameraCharacteristics.LENS_FACING) == CameraMetadata.LENS_FACING_FRONT; } | Characteristics { public boolean isFrontFacingLens() { return cameraCharacteristics.get(CameraCharacteristics.LENS_FACING) == CameraMetadata.LENS_FACING_FRONT; } } | Characteristics { public boolean isFrontFacingLens() { return cameraCharacteristics.get(CameraCharacteristics.LENS_FACING) == CameraMetadata.LENS_FACING_FRONT; } Characteristics(CameraCharacteristics cameraCharacteristics); } | Characteristics { public boolean isFrontFacingLens() { return cameraCharacteristics.get(CameraCharacteristics.LENS_FACING) == CameraMetadata.LENS_FACING_FRONT; } Characteristics(CameraCharacteristics cameraCharacteristics); boolean isFrontFacingLens(); boolean isFlashAvailable(); boolean isFixedFocusLens(); boolean isL... | Characteristics { public boolean isFrontFacingLens() { return cameraCharacteristics.get(CameraCharacteristics.LENS_FACING) == CameraMetadata.LENS_FACING_FRONT; } Characteristics(CameraCharacteristics cameraCharacteristics); boolean isFrontFacingLens(); boolean isFlashAvailable(); boolean isFixedFocusLens(); boolean isL... |
@Test public void isFlashAvailable() throws Exception { given(cameraCharacteristics.get(CameraCharacteristics.FLASH_INFO_AVAILABLE)) .willReturn(true); boolean flashAvailable = testee.isFlashAvailable(); assertTrue(flashAvailable); } | public boolean isFlashAvailable() { return cameraCharacteristics.get(CameraCharacteristics.FLASH_INFO_AVAILABLE); } | Characteristics { public boolean isFlashAvailable() { return cameraCharacteristics.get(CameraCharacteristics.FLASH_INFO_AVAILABLE); } } | Characteristics { public boolean isFlashAvailable() { return cameraCharacteristics.get(CameraCharacteristics.FLASH_INFO_AVAILABLE); } Characteristics(CameraCharacteristics cameraCharacteristics); } | Characteristics { public boolean isFlashAvailable() { return cameraCharacteristics.get(CameraCharacteristics.FLASH_INFO_AVAILABLE); } Characteristics(CameraCharacteristics cameraCharacteristics); boolean isFrontFacingLens(); boolean isFlashAvailable(); boolean isFixedFocusLens(); boolean isLegacyDevice(); int getSensor... | Characteristics { public boolean isFlashAvailable() { return cameraCharacteristics.get(CameraCharacteristics.FLASH_INFO_AVAILABLE); } Characteristics(CameraCharacteristics cameraCharacteristics); boolean isFrontFacingLens(); boolean isFlashAvailable(); boolean isFixedFocusLens(); boolean isLegacyDevice(); int getSensor... |
@Test public void isFixedFocus() throws Exception { given(cameraCharacteristics.get(CameraCharacteristics.LENS_INFO_MINIMUM_FOCUS_DISTANCE)) .willReturn(0f); boolean fixedFocusLens = testee.isFixedFocusLens(); assertTrue(fixedFocusLens); } | public boolean isFixedFocusLens() { Float focusDistance = cameraCharacteristics.get(CameraCharacteristics.LENS_INFO_MINIMUM_FOCUS_DISTANCE); return focusDistance == 0f; } | Characteristics { public boolean isFixedFocusLens() { Float focusDistance = cameraCharacteristics.get(CameraCharacteristics.LENS_INFO_MINIMUM_FOCUS_DISTANCE); return focusDistance == 0f; } } | Characteristics { public boolean isFixedFocusLens() { Float focusDistance = cameraCharacteristics.get(CameraCharacteristics.LENS_INFO_MINIMUM_FOCUS_DISTANCE); return focusDistance == 0f; } Characteristics(CameraCharacteristics cameraCharacteristics); } | Characteristics { public boolean isFixedFocusLens() { Float focusDistance = cameraCharacteristics.get(CameraCharacteristics.LENS_INFO_MINIMUM_FOCUS_DISTANCE); return focusDistance == 0f; } Characteristics(CameraCharacteristics cameraCharacteristics); boolean isFrontFacingLens(); boolean isFlashAvailable(); boolean isFi... | Characteristics { public boolean isFixedFocusLens() { Float focusDistance = cameraCharacteristics.get(CameraCharacteristics.LENS_INFO_MINIMUM_FOCUS_DISTANCE); return focusDistance == 0f; } Characteristics(CameraCharacteristics cameraCharacteristics); boolean isFrontFacingLens(); boolean isFlashAvailable(); boolean isFi... |
@Test public void toPendingResult() throws Exception { CapabilitiesResult photoResult = new CapabilitiesResult(PENDING_RESULT); PendingResult<Capabilities> pendingResult = photoResult.toPendingResult(); assertSame( PENDING_RESULT, pendingResult ); } | public PendingResult<Capabilities> toPendingResult() { return pendingResult; } | CapabilitiesResult { public PendingResult<Capabilities> toPendingResult() { return pendingResult; } } | CapabilitiesResult { public PendingResult<Capabilities> toPendingResult() { return pendingResult; } CapabilitiesResult(PendingResult<Capabilities> pendingResult); } | CapabilitiesResult { public PendingResult<Capabilities> toPendingResult() { return pendingResult; } CapabilitiesResult(PendingResult<Capabilities> pendingResult); static CapabilitiesResult fromFuture(Future<Capabilities> capabilitiesFuture); PendingResult<Capabilities> toPendingResult(); } | CapabilitiesResult { public PendingResult<Capabilities> toPendingResult() { return pendingResult; } CapabilitiesResult(PendingResult<Capabilities> pendingResult); static CapabilitiesResult fromFuture(Future<Capabilities> capabilitiesFuture); PendingResult<Capabilities> toPendingResult(); } |
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