This document describes support for capturing 3D depth photo, enhancing photo processing by leveraging the 3D depth information and I/O with [[!XDM]] format.
This document was published by the Crosswalk Project as an API Draft. If you wish to make comments regarding this document, please send them to<EMAIL_ADDRESS>All comments are welcome.
The APIs described in this document are exposed through
realsense.DepthEnabledPhotography
module.
DepthMask
The DepthMask
interface provides methods for
depth-enabled depth mask generator algorithm.
If failed to create, an InitFailureException
will be thrown.
The init()
method initializes the Depth Mask function
with the photo that needs processing.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The computeFromCoordinate()
method creates a mask directly from
a depth coordinate.
The mask image is in DEPTH_F32
pixel format.
This method returns a promise.
The promise will be fulfilled with the mask image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The computeFromThreshold()
method creates a mask from depthThreshold.
The mask image is in DEPTH_F32
pixel format.
This method returns a promise.
The promise will be fulfilled with the mask image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
DepthRefocus
The DepthRefocus
interface provides methods for
depth-enabled refocus algorithm.
If failed to create, an InitFailureException
will be thrown.
The init()
method initializes the Depth Refocus function
with the photo that needs processing.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The apply()
method refocuses the image at input focusPoint
by using depth data to refocus.
This method returns a promise.
The promise will be fulfilled with the refocused photo instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
Image
The image buffer.
The image pixel format.
The image width in pixels.
The image height in pixels.
The image buffer.
Measurement
The Measurement
interface provides methods for
depth-enabled measurement algorithm.
If failed to create, an InitFailureException
will be thrown.
The measureDistance()
method measures the distance
between the starting and ending points in mm.
This method returns a promise.
The promise will be fulfilled with the measure data if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
measureUADistance()
method measures the distance
between the starting and ending points in mm by using an experimental algorithm for a User Assisted(UA) measure.
This method returns a promise.
The promise will be fulfilled with the measure data if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
queryUADataSize()
method returns the size of the MeasureData possibilities.
This method returns a promise.
The promise will be fulfilled with the size of the MeasureData if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
queryUAData()
method returns an array of the MeasureData possibilites.
The size of the array is equal to the value returned by the queryUADataSize().
This method returns a promise.
The promise will be fulfilled with an array of the MeasureData if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
MotionEffect
The MotionEffect
interface provides methods for
6DoF parallax feature.
If failed to create, an InitFailureException
will be thrown.
The init()
method initializes the 6DoF parallax function
with the photo that needs processing.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The apply()
method applies the 6DoF
parallax effect, which is the difference in the apparent position
of an object when it is viewed from two different positions or viewpoints.
This method returns a promise.
The promise will be fulfilled with the processed image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
Paster
The Paster
interface provides methods to perform
sticker image pasting to a photo instance.
If failed to create, an InitFailureException
will be thrown.
The getPlanesMap()
method detects the detected planes in the
photo, in the form of an image mask. The mask pixels are index of
the planes (starting with 1.) A pixel value of zero indicates
areas without any detected plane surface.
This method returns a promise.
The promise will be fulfilled with the image instance with detected planes if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setPhoto()
method sets the photo that needs to be processed.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setSticker()
specifies the sticker image, to be
pasted to the photo instance, and the pasting parameters.
Use the paste()
function to perform the pasting operation.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
StickerData
for definitions.
PasteEffects
for definitions.
The setSticker()
method pastes the sticker image(s)
to the saved photo instance (by the SetPhoto function), and creates
the resulting photo. The saved photo is not modified.
Any subsequent pasting operations do not add up.
This method returns a promise.
The promise will be fulfilled with the resulting photo instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setSticker()
method creates an image mask to
preview how the sticker is to be pasted to the photo instance. The
image mask uses pixel value 255 for the foreground pixels and 0
for background pixels.
This method returns a promise.
The promise will be fulfilled with the image mask if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
Photo
The Photo
interface manages a depth photo image
conforming to [[!XDM]] format.
The checkSignature()
method checks the container image
Alder32 signature.
This method returns a promise.
If the container image is not modified, the promise will be fulfilled
with true. Otherwise, the promise will be fulfilled with false.
The promise will be rejected with the DOMException
object if there is a failure.
The clone()
method creates a new Photo
instance and
copies the content of this photo to the new photo.
This method returns a promise.
The promise will be fulfilled with new photo if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryCameraPerspectiveModel()
method gets the
specified camera perspective model parameters.
This method returns a promise.
The promise will be fulfilled with the specified camera perspective
model parameters if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryCameraPose()
method gets the specified
camera pose information.
This method returns a promise.
The promise will be fulfilled with the specified camera pose
information if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryCameraVendorInfo()
method gets the specified
camera vendor information.
This method returns a promise.
The promise will be fulfilled with the specified
camera vendor information if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryImage()
method gets the color
image from the specified camera device (camera[cameraIndex]).
The unedited image is usually the unprocessed color image.
If cameraIndex is not specified,
the method gets the unedited color image in camera[0].
This method returns a promise.
The promise will be fulfilled with the color image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryContainerImage()
method gets the container
photo image.
This method returns a promise.
The promise will be fulfilled with the container photo image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryDepth()
method gets the depth
map of the photo from the specified camera (camera[cameraIndex]).
The depth map is the holefilled depth.
If cameraIndex is not specified, the method gets the depth image
in camera[0].
This method returns a promise.
The promise will be fulfilled with the depth image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryDeviceVendorInfo()
method gets the specified
device vendor information.
This method returns a promise.
The promise will be fulfilled with the specified
device vendor information if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryNumberOfCameras()
method gets the number
of cameras.
This method returns a promise.
The promise will be fulfilled with the number of cameras if there
are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryRawDepth()
method gets the raw depth image
of the photo. This would be the unprocessed depth captured from
the camera or loaded from a file if it existed.
This method returns a promise.
The promise will be fulfilled with the not-processed original
depth image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The resetContainerImage()
method copies the camera[0]
unedited color image to be the container image of the photo instance.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The queryXDMRevision()
method extracts the XDM file
revision string.
This method returns a promise.
The promise will be fulfilled with the XDM file revision string if
there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setColorImage()
method sets image to the color
image stored in the specified camera device. If cameraIndex is not
specified, the method sets the unedited color image in camera zero.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setContainerImage()
method sets image to the
container photo image.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setDepthImage()
method sets image to the depth
image stored in the specified camera device. If cameraIndex is not
specified, the method sets the depth image in camera zero.
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The setRawDepthImage()
method sets image to the
not-processed original depth image
This method returns a promise.
The promise will be fulfilled if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
PhotoCapture
The PhotoCapture
interface captures a depth photo
from 3D camera.
The MediaStream
(described in [[!GETUSERMEDIA]]) passed
to the constructor must have at least one video track otherwise an
exception will be thrown.
If the MediaStream
(described in [[!GETUSERMEDIA]]) passed
to the constructor is valid, but still failed to create the object,
an InitFailureException
will be thrown.
The getDepthImage()
method gets the latest
available depth image.
This method returns a promise.
The promise will be fulfilled with the latest available
depth image if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The takePhoto()
method creates a photo instance
by importing content from preview color and depth images.
This method returns a promise.
The promise will be fulfilled with the photo instance if there are
no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The MediaStream
instance passed in constructor.
A property used to set the EventHandler (described in [[!HTML]])
for the ErrorEvent
that is dispatched
to PhotoCapture
when an error happens
in preview.
A property used to set the EventHandler (described in [[!HTML]])
for the DepthQualityEvent
that is dispatched
to PhotoCapture
after checking the quality of
the depth map.
DepthQualityEvent
interface
The depth map quality.
PhotoUtils
The PhotoUtils
interface provides a set of utility
methods to manipulate a depth photo instance.
The colorResize()
method resizes the color image of
the photo instance. The resized image maintains the same aspect
ratio as the original image. Thus only the target image width is
specified at the method input.
This method returns a promise.
The promise will be fulfilled with a color-resized photo instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The commonFOV()
method creates a new photo instance
that matches the field of view of the color and depth images in the
input photo instance.
This method returns a promise.
The promise will be fulfilled with the new photo instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The depthResize()
method resizes the photo's depth map
to the specified size, which must have the same aspect ratio as
the original color image (thus only the width value is specified).
This method returns a promise.
The promise will be fulfilled with the depth map-resized photo image instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
DepthFillQuality
enumerator for definition.
By default, the depth filling quality is high
.
The enhanceDepth()
method enhances the depth map
image quality by filling holes and performing denoising operations.
This method returns a promise.
The promise will be fulfilled with the depth enhanced photo image instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
DepthFillQuality
enumerator for definition.
The getDepthQuality()
method checks the depth map quality.
This method returns a promise.
The promise will be fulfilled with the depth map quality as defined
in the DepthMapQuality
enumerator if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The photoCrop()
crops the photo instance.
The depth map and camera meta data are updated accordingly.
This method returns a promise.
The promise will be fulfilled with the cropped photo image instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The photoRotate()
performs 2D rotation of the photo
instance and creates the rotated photo instance. The rotation is
around the center of the color image clock wise.
The depth map and camera meta data are updated.
This method returns a promise.
The promise will be fulfilled with the rotated photo instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
Segmentation
The Segmentation
interface provides methods to
perform depth-based object segmentation and refinement.
If failed to create, an InitFailureException
will be thrown.
The objectSegment()
generates an initial mask for
any object selected by the bounding mask. The mask can then be
refined by hints in the refineMask()
method.
The mask image is in Y8
pixel format.
This method returns a promise.
The promise will be fulfilled with the mask image instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
Y8
pixel format.
The redo()
method reapplies the last undo hints and generates
the mask image. The mask image is in Y8
pixel format.
This method returns a promise.
The promise will be fulfilled with the mask image instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The refineMask()
method refines the image mask generated by
the objectSegment()
method with the specified hint
points that indicate foreground or background pixels.
The mask image is in Y8
pixel format.
This method returns a promise.
The promise will be fulfilled with the refined mask image instance if there are no errors.
The returned image mask uses pixel value 255 for detected pixels and 0 for undetected pixels.
The promise will be rejected with the DOMException
object if there is a failure.
The undo()
method undoes the last hints and generates
the mask image.
The mask image is in Y8
pixel format.
This method returns a promise.
The promise will be fulfilled with the mask image instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
XDMUtils
The XDMUtils
provides methods for [[!XDM]] content
in Blob
instance (described in [[!FILEAPI]]).
The isXDM()
method performs a quick check of the
specified blob data.
This method returns a promise.
The promise will be fulfilled with true if the blob data is in
[[!XDM]] format.
Otherwise, the promise will be fulfilled with false.
The promise will be rejected with the DOMException
object if there is a failure.
The loadXDM()
method reads the photo content from the
specified blob data in [[!XDM]] format.
This method returns a promise.
The promise will be fulfilled with the photo instance if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
The saveXDM()
method writes the photo content to the
specified blob data in [[!XDM]] format.
This method returns a promise.
The promise will be fulfilled with the blob data if there are no errors.
The promise will be rejected with the DOMException
object if there is a failure.
CameraPose
The translation vector.
The rotation quaternion.
CaptureConfiguration
The specified image width in pixels.
The specified image height in pixels.
The specified framerate.
MaskParams
The hint of the foreground object depth value.
The hint of the background object depth value.
The cut-off depth value for near end. Any object with the depth value smaller than the value is ignored in the processing.
The cut-off depth value for far end. Any object with the depth value bigger than the value is ignored in the processing.
MeasureData
The distance of two points in mm.
The confidence value from 0 (no confidence) to 1 (high confidence), NaN if not available.
The precision in mm, Nan if not available.
The starting point of the measurement.
The end point of the measurement.
Motion
Positive values indicate moving to the right.
Positive values indicate moving up.
Positive values indicate moving forward.
PasteEffects
If true, match the illumination of the background picture. By default this option is true.
Specify the transparency of the pasting operation. The value ranges from 0 (opaque, default) to 1.0f (complete transparent).
Specify the emboss effect high pass filter parameter. The value ranges from 0 (no emboss, default) to 1.0f (max emboss effect.)
If true, correct the pixel illumination taking account the background picture shading. By default, this option is false.
If true, add color correction. By default, this option is false.
PerspectiveCameraModel
The string that contains the camera name.
The focal length of the lens along the x/y-axis, normalized by the maximum dimension of the sensor.
The position indicating where the camera optical axis crosses the image plane center of the camera along the x/y-axis, normalized by the sensor resolution.
The skew of the image camera in degrees.
The radial distortion coefficients of the lens distortion.
The tangential distortion coefficients of the lens distortion.
Point
The x coordinate of the point.
The y coordinate of the point.
PreviewConfiguration
RadialDistortion
The radial distortion coefficients k1.
The radial distortion coefficients k2.
The radial distortion coefficients k3.
Rect
The horizontal coordinate of the top left pixel of the rectangle.
The vertical coordinate of the top left pixel of the rectangle.
The rectangle width in pixels.
The rectangle height in pixels.
Rotation
A positive pitch value indicates that rotates with X axis.
A positive yaw value indicates that rotates with Y axis.
A positive roll value indicates that clockwise rotates.
RotationQuaternion
Size
The rectangle width in pixels.
The rectangle height in pixels.
StickerData
The height of the sticker image in pixels.
Specify the image rotation, in degree. A positive value rotates the image clock-wise.
If true, the anchor of the sticker image is in the center of the image. If false, the anchor of the image is at the top left.
TangentialDistortion
The tangential distortion coefficients p1.
The tangential distortion coefficients p2.
TransitionVector
VendorInfo
The string that contains the camera or device name.
The manufacturer name.
Special notes about the device or camera device.
WorldPoint
The x coordinate of the point.
The y coordinate of the point.
The z coordinate of the point.
The confidence value from 0 (no confidence) to 1 (high confidence), NaN if not available.
The precision in mm, Nan if not available.
DepthFillQuality
enum
Use the high quality depth filling algorithm for the case of offline photo processing.
Use the low quality depth filling algorithm for the case of real time live streaming.
DepthMapQuality
enum
The depth map quality is poor.
The depth map quality is reasonably good for depth enabled photography functions but may lead to wrong results.
The depth map quality is good.
PixelFormat
enum
The 32-bit RGBA32 color format. When format
of
an Image
instance is set to rgba32
,
the data
of that image instance must follow the
bytes layout of Canvas Pixel ArrayBuffer
defined in [[!CANVAS-2D]].
The depth map data in 16-bit unsigned integer. The values indicate the distance from an object to the camera's XY plane or the Cartesian depth.The value precision is in millimeters.
The depth map data in 32-bit floating point. The value precision is in millimeters.
The 8-bit gray format.
InitFailureException
var photoCapture; navigator.mediaDevices.getUserMedia({video: true}).then(gotMedia, failedToGetMedia); function gotMedia(stream) { // Wire the media stream into a <video> element for preview. var previewVideo = document.querySelector('#previewVideo'); previewVideo.srcObject = stream; previewVideo.play(); // Construct a photo capture from the stream. photoCapture = new realsense.DepthEnabledPhotography.PhotoCapture(stream); photoCapture.onerror = function(e) { console.log('Photo capture failure: ' + e.data.message); }; photoCapture.ondepthquality = function(e) { console.log('Depth quality: ' + e.data.quality); }; } var takePhotoButton = document.querySelector('#takePhoto'); takePhotoButton.onclick = function () { photoCapture.takePhoto().then(gotPhoto, failedToGetPhoto); }; function gotPhoto(photo) { // Got a photo instance. console.log('Got a photo'); }
// Access an <input> element with type='file' by using getElementById() var loadPhoto = document.getElementById('loadPhoto'); var XDMUtils = realsense.DepthEnabledPhotography.XDMUtils; loadPhoto.addEventListener('change', function(e) { var file = loadPhoto.files[0]; XDMUtils.isXDM(file).then( function(success) { if (success) { XDMUtils.loadXDM(file).then( function(photo) { // Got a photo instance console.log('Got a photo'); }, function(e) { console.log(e.message); }); } else { console.log ('This is not a XDM file. Load failed.'); } }, function(e) { console.log(e.message); }); });
var url= 'http://path/to/depth/photo/test.jpg'; var xhr = new XMLHttpRequest(); xhr.open("GET", url, true); xhr.responseType = 'blob'; xhr.onreadystatechange = function() { if (xhr.readyState == 4 && xhr.status == 200) { var blob = xhr.response; XDMUtils.isXDM(blob).then( function(success) { if (success) { XDMUtils.loadXDM(blob).then( function(photo) { // Got a photo instance console.log('Got a photo'); }, function(e) { console.log(e.message); }); } else { console.log('This is not a XDM file. Load failed.'); } }, function(e) { console.log(e.message); }); } }; xhr.send();
var refocus; try { refocus = new realsense.DepthEnabledPhotography.DepthRefocus(); } catch (e) { console.log(e.message); return; } // photo is the instance of DepthPhoto // which can be got from the camera [Example 1] or loaded from somewhere [Example 2 or 3] refocus.init(photo).then( function() { // [x, y] is the focusing point that you set. // Here, the optional parameter aperture is omitted. The default is 50.0 refocus.apply({ x: x, y: y }).then( function(refocusedPhoto) { // Got the refocused photo console.log('Got the refocused photo'); }, function(e) { console.log(e.message); }); }, function(e) { console.log(e.message); });
// photo is the instance of DepthPhoto // which can be got from the camera [Example 1] or loaded from somewhere [Example 2 or 3] photo.queryContainerImage().then( function(colorImage) { // The colorImage object follows the Image data structure, which could possibly // looks like this: // colorImage = { format: 'RGBA32', // width: imageWidth, // height: imageHeight, // data: imageDataArrayBuffer // }; // The imageDataArrayBuffer is an ArrayBuffer with type of Uint32Array, and the byte // layout follows the Canvas Pixel ArrayBuffer defined in [CANVAS-2D]. }, function(error) { console.log(error.message); }); photo.checkSignature().then( function(signature) { console.log("signature: " + signature); }, function(error) { console.log(error.message); }); photo.queryNumberOfCameras().then( function(number) { console.log("number of camera: " + number); }, function(error) { console.log(error.message); }); photo.queryDeviceVendorInfo().then( function(vendorInfo) { console.log('model: ' + venterInfo.model + ', manufacturer: ' + venterInfo.manufacturer + ', notes: ' + venterInfo.notes); }, function(error) { console.log(error.message); }); photo.queryCameraVendorInfo(0).then( function(vendorInfo) { console.log('model: ' + venterInfo.model + ', manufacturer: ' + venterInfo.manufacturer + ', notes: ' + venterInfo.notes); }, function(error) { console.log(error.message); }); photo.queryCameraPerspectiveModel(0).then( function(perspectiveModel) { console.log('model: ' + perspectiveModel.model + ', focalLength: (' + perspectiveModel.focalLength.x + ', ' + perspectiveModel.focalLength.y + ')' + ', principalPoint: (' + perspectiveModel.principalPoint.x + ', ' + perspectiveModel.principalPoint.y + ')' + ', skew: ' + perspectiveModel.skew + ', radialDistortion: [' + perspectiveModel.radialDistortion.k1 + ', ' + perspectiveModel.radialDistortion.k2 + ', ' + perspectiveModel.radialDistortion.k3 + ']' + ', tangentialDistortion: [' + perspectiveModel.tangentialDistortion.p1 + ', ' + perspectiveModel.tangentialDistortion.p2 + ']'); }, function(error) { console.log(error.message); }); photo.queryCameraPose(0).then( function(pose) { console.log('transition: (' + pose.transition.x + ', ' + pose.transition.y + ', ' + pose.transition.z + ')' + ', rotation: (' + pose.rotation.rotationAngle + ', ' + pose.rotation.rotationAxisX + ', ' + pose.rotation.rotationAxisY + ', ' + pose.rotation.rotationAxisZ + ')'); }, function(error) { console.log(error.message); }); photo.queryImage().then( function(colorImage) { // Render the color image. }, function(error) { console.log(error.message); }); photo.queryDepth().then( function(depthImage) { // The depthImage object follows the Image data structure, which could possibly // looks like this: // depthImage = { format: 'DEPTH' / 'DEPTH_F32', // width: imageWidth, // height: imageHeight, // data: imageDataArrayBuffer // }; // The imageDataArrayBuffer is an ArrayBuffer with type of Uint16Array(for DEPTH) // or Float32Array(for DEPTH_F32), and the value indicates the distance from an object // to the camera's XY plane or the Cartesian depth. The value precision is millimeters. }, function(error) { console.log(error.message); }); photo.queryRawDepth().then( function(rawDepthImage) { // Render the raw depth image. }, function(error) { console.log(error.message); }); photo.resetContainerImage().then( function() { // Cleanup work after reset. }, function(error) { console.log(error.message); });
// photo is the instance of DepthPhoto // which can be got from the camera [Example 1] or loaded from somewhere [Example 2 or 3] var photoUtils = realsense.DepthEnabledPhotography.PhotoUtils; function colorResize() { // Resize photo's color image to 1280px width. photoUtils.colorResize(photo, 1280).then( function(resizedPhoto) { resizedPhoto.queryContainerImage().then( function(image) { // Render your resized image. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); } function commonEOV() { photoUtils.commonFOV(photo).then( function(processedPhoto) { processedPhoto.queryContainerImage().then( function(image) { // Render your commonFOV processed photo. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); } function depthEnhance() { var before = new Date().getTime(); photoUtils.enhanceDepth(photo, 'high').then( function(enhancedPhoto) { var after = new Date().getTime(); var diff = after - before; enhancedPhoto.queryDepth().then( function(image) { // Render the depth enhanced photo image. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); } function depthResize() { // Resize photo's depth image to 640px width. photoUtils.depthResize(photo, 640).then( function(resizedPhoto) { resizedPhoto.queryDepth().then( function(image) { // Render the resized depth photo image. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); } function depthQuality() { photoUtils.getDepthQuality(photo).then( function(quality) { console.log('Depth qulity = ' + quality); }, function(error) { console.log(error.message); }); } function photoCrop() { // Use originX, originY, width, height to define the bounding rectangle of the crop area. photoUtils.photoCrop(photo, { x: originX, y: originY, w: width, h: height}).then( function(croppedPhoto) { croppedPhoto.queryContainerImage().then( function(image) { // Render the cropped photo image. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); } function photoRotate() { // Rotate photo by 90 degree clockwise. photoUtils.photoRotate(photo, 90.0).then( function(rotatedPhoto) { rotatedPhoto.queryContainerImage().then( function(image) { // Render the rotated photo image. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); }
// photo is the instance of DepthPhoto // which can be got from the camera [Example 1] or loaded from somewhere [Example 2 or 3] var measurement; try { measurement = new realsense.DepthEnabledPhotography.Measurement(); } catch (error) { console.log(error.message); return; } // startX, startY, endX and endY defines the start and end point of the measurement respectively. measurement.measureDistance(photo, { x: startX, y: startY }, { x: endX, y: endY }).then( function(d) { console.log( 'Distance between(' + startX + ',' + startY + ') - (' + endX + ',' + endY + ') = ' + parseFloat(d.distance).toFixed(2) + ' millimeters, Confidence = ' + parseFloat(d.confidence).toFixed(2) + ', Precision=' + parseFloat(d.precision).toFixed(2) + 'mm'); }, function(error) { console.log(error.message); });
var motionEffect; try { motionEffect = new realsense.DepthEnabledPhotography.MotionEffect(); } catch (error) { console.log(error.message); return; } motionEffect.init(photo).then( function() { doMothionEffect(); }, function(error) { console.log(error.message); }); function doMothionEffect() { // Set these motion parameters at your convenience. In this demo, we moved // the photo 40px to the right and zoomed it out 1.5 times. var right = 40.0, up = 0.0, forward = 0.0; var yaw = 0.0, pitch = 0.0, roll = 0.0; var zoom = 1.5; motionEffect.apply({ horizontal: right, vertical: up, distance: forward }, { pitch: pitch, yaw: yaw, roll: roll }, zoom).then( function(image) { // Render the motion effect applied photo image. }, function(error) { console.log(error.message); }); }
var segmentation; try { segmentation = new realsense.DepthEnabledPhotography.Segmentation(); } catch (error) { console.log(error.message); return; } var markupImageBuffer = []; // An ArrayBuffer for bounding mask image data // (photo.width x photo.height), pixel value should be // 255 for foreground and 0 for background. // Cleanup the markupImageBuffer var len = photo.with * photo.height; for (var i = 0; i < len; i++) { markupImageBuffer[i] = 0; } (function createInitialMask(topX, topY, bottomX, bottomY) { var value = 255; for (var y = topY; y != bottomY; y += (topY < bottomY) ? 1 : -1) { for (var x = topX; x != bottomX; x += (topX < bottomX) ? 1 : -1) { // Set the pixel value to 255 within the bounding area of (topX, topY, buttomX, buttomY). markupImageBuffer[y * photo.width + x] = value; } } })(10, 10, 100, 100); // Created a mask image with bounding rect of (10, 10, 100, 100). var initialMarkupImage = { format: 'Y8', width: photo.width, height: photo.height, data: markupImageBuffer }; segmentation.objectSegment(photo, initialMarkupImage).then( function(maskImage) { // As the segmentation.refineMask() needs to be called after a successful call of // segmentation.objectSegment(), here we dispatch an event 'objectSegmentSucceed' // to notify a successful calling. window.dispatchEvent(new Event('objectSegmentSucceed')); photo.queryContainerImage().then( function(colorImage) { // Blend and render the colorImage and maskImage. }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); window.addEventListener('objectSegmentSucceed', function(event) { // The maskArea is always generated by user action (e.g. a serie of mouse click), you // could use a event listener to capture the mouse click on your canvas. var maskArea = [{x: 0, y: 0}, {x: 10, y: 10}, ...]; var isForeground = true; // Indicate if the refinement take place in forground or background. segmentation.refineMask(maskArea, isForeground).then( function(maskImage) { photo.queryContainerImage().then( function(colorImage) { // Blend and render the colorImage and maskImage; }, function(error) { console.log(error.message); }); }, function(error) { console.log(error.message); }); }, false);


In a candid interview with Sunday Nation, Jowie says he has been deserted by those he thought were close to him – except his family and a few friends .
His ageing parents who travel from their home in Nakuru County to visit him in at Kamiti Maximum Prison every week without fail are perhaps his greatest source of strength in his harrowing ordeal behind bars that has so far lasted 431 days.
“At least every Tuesday, my parents come to see me. They travel from Nakuru to Kiambu every week,” Jowie stated in his first interview since he was first implicated in the murder of Ms Monicah Kimani.
Speaking on life behind bars, Jowie who was once engaged to Jacque Maribe revealed that he is detained in isolation and only allowed to chat with his visitors for just 10 minutes.
“Since this is a maximum-security prison, you can imagine someone who left Nakuru at 6am to come and see you early is given only ten minutes to talk to you. And it’s strictly 10 minutes” Jowie stated.
Jowie told the Local Daily, that he is one of only nine prisoners kept under isolation at Kamiti Maximum prison adding that some prison warders are “outright bullies”.
Being detained in isolation means that he never gets to speak to any other prisoner throughout his stay or interact with fellow inmates in any way.
His constant companions in his cell are mosquitoes that only add to his misery.
“Staying here has made me realise that mosquitoes can be ruthless…Mosquito nets are a luxury. Your work is to fight with the insects, crushing them against the wall.” added Jowie.
Among those who have not shunned Jowie are friends who take the long flight from as far asDubai hoping to spend time with him only to be told that their visits cannot last beyond 10 minutes.
“Some of my friends think they’ll have 30 minutes or one hour of speaking with me. They are given 10 minutes and wonder: ‘We took a flight to come talk to you for 10 minutes, surely?” Lamented Jowie.

His application for bail in October 2018 was denied by the court who described him as a dangerous man who posed a great danger to witnesses should he be released.
His co-accused and former news anchor Jacque Maribe was however released on a Sh2 million bond or Sh1 million cash bail, with three sureties.


app
/
cz.palda97.lpclient.model.repository
/
DeleteRepository
/
toBeDeleted
toBeDeleted
fun
toBeDeleted
(
item
:
T
)
:
Boolean
Check if there is an active pending delete request for this item.


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Derek Eder
@derekeder
Got to talk about the dangers of internet advertising with @BrandisFriedman and Blase Ur last night.
My barking dog Ruby also made her first TV debut - sounding the alarm on internet privacy!
Thanks again @EvanRGarcia @wttw for having me on https://news.wttw.com/2021/05/04/internet-cookies-may-boost-online-experience-raise-privacy-concerns
5/5/2021, 9:50:48 AM
Favs: 7
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A cubo avatar component
Selector:
cb-avatar
Exported as:
CbAvatar
| Name | Description |
|---|---|
| @Input() image: string; | The link for the avatar's image. |
| @Input() name: string; | An avatar can be created with the name initials instead of an image. |
| @Input() size: string; | Size of the avatar:
xsmall ,
small ,
medium ,
large ,
xlarge
|


Wel Come to My AJAX
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[#macro spavenav index]
${(model.job)!""}
B.S. in Computer Science from the University of Tennessee at Knoxville
Malibu, California
[#list model.labels as item] ${item.name!""} [/#list]
${model.note!""}


Class: Aws::Amplify::Types::DomainAssociation
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb |
Overview
Describes a domain association that associates a custom domain with an
::Aws::Amplify
app.
Constant Summary
Instance Attribute Summary
-
#auto_sub_domain_creation_patterns ⇒ Array<String>
rw
Sets branch patterns for automatic subdomain creation.
-
#auto_sub_domain_iam_role ⇒ String
rw
The required AWS Identity and Access Management (IAM) service role for the Amazon Resource Name (ARN) for automatically creating subdomains.
-
#certificate_verification_dns_record ⇒ String
rw
The DNS record for certificate verification.
-
#domain_association_arn ⇒ String
rw
The Amazon
::Aws::Amplify::Resource
Name (ARN) for the domain association. -
#domain_name ⇒ String
rw
The name of the domain.
-
#domain_status ⇒ String
rw
The current status of the domain association.
-
#enable_auto_sub_domain ⇒ Boolean
rw
Enables the automated creation of subdomains for branches.
-
#status_reason ⇒ String
rw
The reason for the current status of the domain association.
-
#sub_domains ⇒ Array<Types::SubDomain>
rw
The subdomains for the domain association.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#auto_sub_domain_creation_patterns ⇒ Array
<String
> (rw)
Sets branch patterns for automatic subdomain creation.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#auto_sub_domain_iam_role ⇒ String
(rw)
The required AWS Identity and Access Management (IAM) service role for the Amazon Resource Name (ARN) for automatically creating subdomains.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#certificate_verification_dns_record ⇒ String
(rw)
The DNS record for certificate verification.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#domain_association_arn ⇒ String
(rw)
The Amazon ::Aws::Amplify::Resource
Name (ARN) for the domain association.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#domain_name ⇒ String
(rw)
The name of the domain.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#domain_status ⇒ String
(rw)
The current status of the domain association.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#enable_auto_sub_domain ⇒ Boolean
(rw)
Enables the automated creation of subdomains for branches.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#status_reason ⇒ String
(rw)
The reason for the current status of the domain association.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end
#sub_domains ⇒ Array
<Types::SubDomain> (rw)
The subdomains for the domain association.
# File 'gems/aws-sdk-amplify/lib/aws-sdk-amplify/types.rb', line 1244
class DomainAssociation < Struct.new( :domain_association_arn, :domain_name, :enable_auto_sub_domain, :auto_sub_domain_creation_patterns, :auto_sub_domain_iam_role, :domain_status, :status_reason, :certificate_verification_dns_record, :sub_domains) SENSITIVE = [] include Aws::Structure end


Like all other undergraduate programmes related to Information Technology, BSc (Bachelor of Science) in IT is basically about storing, processing, securing, and managing information. This degree is primarily focused on subjects such as software, databases, and networking. The BSc degree in IT is awarded for completing a programme of study in the field of software development, software testing, software engineering, web design, databases, programming, computer networking and computer systems. Graduates with an information technology background are able to perform technology tasks relating to the processing, storing, and communication of information between computers, mobile phones, and other electronic devices.
BSc IT: Course Highlights
Specification-Details
Course Level-Graduate, Duration-3year, Examination Type-Semester System, Eligibility-10+2 with science subjects, Course Fee-Rs 90,000 to 4.3 lakh, Average Starting Salary-INR 2 to 4 lakh per annum, Top Recruiting Industries-Education, Space Research Organisation, Health Care, Pharmacy, Biotechnology, Chemical, Environment Management & Conservation, Job Positions-Programmers, Software Developer, Quality Analyst, IT Specialists, Technology Engineer, Technical Consultant, and Graphic Designer
BSc IT: Eligibility Criteria
Candidates must have passed their 10+2 level of education from a recognised educational Board. They must have Physics, Chemistry, and Mathematics as the main subjects, and scored a minimum of 50% marks.
Skills required
The very first step for candidates aspiring a career after completing BSc IT is to learn every detail of the key concepts of Information Technology. Major skills required for a successful career as an IT professional include the following: Analytical skills, Problem-solving skills, Creativity, Critical-thinking skills, Resilience
Popular Entrance Exams for BSc IT Course
IIT JAM, IISER Entrance Exam, GSAT, NEST, CG PAT, UPCATET, ICAR AIEEA, Pantnagar University Entrance Exam
BSc IT: Top Institutes
Name of Institute- City- Average Fees in Rs
St Xaviers College- Mumbai- 37,400, ASM's College of Science- Pune- 1.43 Lakh, Lovely Professional University- Jalandhar- 1.29 Lakh, Indian Academy Degree College- Bangalore- 1.40 Lakh, Amity University Mumbai- Mumbai- 4.05 Lakh, Dev Bhoomi Institute of Management Studies- Dehradun- 1.16 Lakh, Rai University- Ahmedabad- 1.20 Lakh, GNA University- Phagwara- 1.19 Lakh, Kodaikanal Christian College- Kodaikanal- 1.04 Lakh, CT Institute of Higher Studies- Jalandhar- 1.04 Lakh, Elphinstone College- Mumbai- 23,200, Arihant Group of Institutes- Pune- 1.20 Lakh, RIMT University- Punjab- 1.41 Lakh, Garden City University- Bangalore- 3.36 Lakh, Mahatma Jyoti Rao Phoole University- Jaipur- 90,000, Jai Hind College- Mumbai- 5,020, Amity University, Raipur- Raipur- 94,575, Chandigarh University- Chandigarh- 2,70 Lakh, Shri Ramswaroop Memorial University- Lucknow- 1.85 Lakh, Suryadatta College of Management- Pune- 1.60 Lakh,
BSc IT: Syllabus and Course Description
Semester I and Semester II Technical Communication Skill, Data Structure Using C Language, Problem Solving Methodologies & Programming in C, Web Programming, Computer Fundamentals and Emerging Technology, Computer Organization and Architecture, Networking and Internet Environment, Mathematical & Statistical Foundation of Computer Science
Semester III and Semester IV SAD, Software Quality Assurance & Testing, Programming with Java, C++ and Object-oriented Programming, Programming with C#, RDBMS Using Oracle, Network Technology & Administration, Content Management System Using Joomla, Operating Systems Concepts with Unix/Linux
Semester V and Semester VI Programming with C#.NET, Programming with ASP.NET, Advanced Java Programming, MS SQL Server Database Administration, Software Testing and Project Management, Network Management and Information Security, Project Development
BSc IT: Career Prospects
Successful pass outs of BSc IT course may go for pursuing MSc and PhD in the subject. For those interested in pursuing the subject professionally, IT and Telecom industries are the major recruiters in the field. Some of the job profiles after the BSC IT course are listed below with the corresponding salaries offered for the respective positions.
Job Position - Job Description - Average Annual Pay Scale in INR
IT Support Analyst - IT Support Analysts are responsible for providing technical set-up, advice, and support to IT users via email, phone, social media, and in person. - 3.0 lakh , Network Engineer - Network Engineers are responsible for devising security, data storage, and disaster recovery strategies. A telecoms or computer science-related degree is needed for the role. - 6.7 lakh , IT Consultant - IT Consultants are responsible for providing technical assistance in developing and implementing IT systems for internal as well as external clients. - 11.5 lakh , Web Designer - Web Designers create the design and layout of websites or web pages, working with colleagues or clients to meet their requirements. - 2.33 lakh , Software Developer - Software Developers implement software solutions by building programs, applications, and websites. - 3.9 lakh , Quality Assurance Analysts - Quality Assurance Analysts are responsible for testing programmes and software. - 3.5 lakh , Systems Analyst - Systems Analysts examine existing IT systems and write the requirement for new ones. They analyze hardware, software, and wider IT systems for the client or employer and also figure out the new requirements. - 6,02,094BSc IT: Top Recruiters
Infosys, TCS, Cognizant, Sapient, Vodafone, VSNL, Accenture, ASUS, Cisco Systems, Siemens, Unisys, Qualcomm


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Iam a student studying in 8th grade in India.
i learn classical music and can play piano very well
.
I like programing. I can code in python and its modules
tkinter numpy keras. I have basic knowledge of java
.
Iam currently learning developing web pages,
like the one you are looking at right now.

Created with Python and tkinter
OS : Windows
Space required :31.0 MB
python logo: https://1.bp.blogspot.com/-iUyGyTGrBbo/Xm3vc3A_2sI/AAAAAAAAG6w/yx2XQxIFiXMZVmmryeySkRnspbwnD9LfACEwYBhgL/s1600/Python%2Bprogramming.png
background-img :https://getwallpapers.com/wallpaper/full/3/2/2/1069448-full-size-funky-wallpaper-1920x1200-for-mac.jpg
merged with //https://www.pngfind.com/download/wmRoTJ_code-png-code-logo-png-transparent-png/


http://www.linkedmodel.org/schema/dtype#GMD_DTYPE
Individual 'dtype:DTYPE Schema Version 1.2 Metadata'
dcterms:created
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2011-05-29
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dcterms:modified
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2015-03-29
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dcterms:title
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DTYPE Version1.2 Metadata
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vaem:description
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The ontology "dtype" provides a specification of simple data types such as enumerations and codelists. These are needed in support of the conversion of XML Schemas and UML Models to OWL. The purpose of "dtype" is to provide a foundation for expressing rich data types. These data types are typically needed when dealing with OWL representations of data structures derived from XML Schema.
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vaem:has graph role
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vaem:hasLicenseType
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vaem:has owner
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vaem:has steward
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vaem:intent
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The purpose of DTYPE is to provide, by import, a foundation for data types.
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vaem:latest published version
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http://www.linkedmodel.org/doc/2015/SCHEMA_dtype-v1.2
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vaem:logo
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http://www.linkedmodel.org/lib/lm/images/logos/dtype_logo-300x110.png
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vaem:name
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DTYPE
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vaem:namespace
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http://www.linkedmodel.org/schema/dtype#
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vaem:namespace prefix
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dtype
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vaem:owner
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TopQuadrant, Inc.
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vaem:previous published version
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http://linkedmodel.org/doc/dtype/1.0/
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vaem:release date
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2016-09-27
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vaem:revision
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1.2
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vaem:title
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Datatype Schema (DTYPE) - Version 1.2
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vaem:turtle file URL
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http://www.linkedmodel.org/dtype/1.2/schema/SCHEMA_dtype-v1.2.ttl
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vaem:uses non-imported resource
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vaem:with attribution to
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DTYPE is issued under a Creative Commons Attribution Share Alike 3.0 United States License. Attribution should be made to TopQuadrant, Inc.
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rdf:type
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rdfs:isDefinedBy
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rdfs:label
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DTYPE Schema Version 1.2 Metadata
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Comparator.compare()
or Comparable.compareTo()
calls with non-zero constants.
By contract, these methods can return any integer (not just -1, 0 or 1),
so comparing against particular numbers is bad practice. Some widely used comparison methods (e.g. String.compareTo()
)
actually return values outside the [-1..1] range, and such a comparison may cause incorrect program behavior.
Example:
void validate(String s1, String s2) {
// Comparing to 1 is incorrect
if (s1.compareTo(s2) == 1) {
throw new IllegalArgumentException("Incorrect order");
}
}
After the quick-fix is applied:
void validate(String s1, String s2) {
if (s1.compareTo(s2) > 0) {
throw new IllegalArgumentException("Incorrect order");
}
}
New in 2017.2


This website helps people to know their akan names based on their birthday.It allows user to enter
her or his birthday
and select their gender
and after the program will display the day he or she was born and the akan name based on gender. It only
works in years from 1500 to 2399.
N.B:All birthday dates must be in figures


Setting the tooltip in various ways.
The example below has the tooltip follow the mouse.
The example below has the tooltip overflow set to 'cap'. Compare this to the one above, to see how they differ. For the best results, move the cursor to the top right, where the tool-tip is going to overflow out of the timeline.
Disable item tooltips.


- Print pages are barebones printer friendly pages which are also sometimes used as the source to generate PDF's through PDF creation software.
- The `.print` class acts a styling hook. When using the `.respond-to-print()` mixin, all stlyes will be nested under both `@media print` and `.print`.


HTML5 Audio Player
w/ responsive playlist
Paused...
Your browser does not support HTML5 Audio!
«
»
01.
All This Is - Joe L.'s Studio
2:46
Created by
mh
. Music by
Mythium
.
Download:
zip
/
torrent


{% extends "admin_template.html" %} {% block per_page_title %} In an emergency, you can send an alert to every mobile phone in the affected area at exactly the same time. {% endblock %} {% set mainClasses = "govuk-!-padding-top-0 govuk-!-padding-bottom-0" %} {% block content %}
{% endblock %}


Found 1 record.
Errata ID: 567
Status: Held for Document Update
Type: Editorial
Reported By: Sir Dystic
Date Reported: 2001-04-26
Held for Document Update by: Brian Haberman
Section 4.2.16 says:
WAIT FOR ACKNOWLEDGEMENT (WACK) RESPONSE +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+ | NULL (0x0020) | IN (0x0001) | +-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+-+
It should say:
The values for the first field (the resource record type) are defined above in section <IP_ADDRESS>. RESOURCE RECORD: NULL 0x000A NULL Resource Record (See WAIT FOR ACKNOWLEDGEMENT RESPONSE) NB 0x0020 NetBIOS general Name Service Resource Record (See NB_FLAGS and NB_ADDRESS, below)
Notes:
The value for type NULL is defined as 0x000A and the
comment specifically mentions WACK responses. The value shown in the packet
layout is 0x0020, the value for NB resource records, the most common value
for this field. In truth, I can't get Windows boxes to respond to this
packet as documented with either value in that field.


This will allow you to download a zip archive of your entire project. You can import that archive from your Projects Dashboard to create a new Project from that archive.
Permanently delete an asset from a branch of your project. Warning deleting an asset is permanent and unrecoverable unless you have taken a checkpoint of it.
Parameters
assetId: number
Returns Promise<any>
downloadApp
downloadApp(): Promise<any>
Returns Promise<any>
getApp
getApp(id: number): Promise<any>
function
name
PlayCanvas#getApp
description
Gets a published App by id.
Parameters
id: number
Returns Promise<any>
getAssetFile
getAssetFile(assetId: number): Promise<any>
function
name
PlayCanvas#getAssetFile
description
Get the details of a single asset
Parameters
assetId: number
Returns Promise<any>
getAssets
getAssets(assetId: number): Promise<any>
function
name
PlayCanvas#getAssets
description
Get the details of a single asset
Parameters
assetId: number
Returns Promise<any>
getJob
getJob(id: number): Promise<any>
function
name
PlayCanvas#getJob
description
Gets a Job by id.
Parameters
id: number
Returns Promise<any>
getListAssets
getListAssets(): Promise<unknown[]>
Returns Promise<unknown[]>
getPrimaryApp
getPrimaryApp(): Promise<any>
Returns Promise<any>
getProjectApp
getProjectApp(): Promise<any>
Returns Promise<any>
Private listAssets
listAssets(): Promise<any>
function
name
PlayCanvas#listAssets
description
Get the details of all assets in a project for a specific branch
PlayCanvas
PlayCanvasのREST APIを操作
PlayCanvas


Hi I'm Arun!
I'm here to help you solve your problems using my data science skills.
For instance, check out my anomaly detection service!
I'm here to help you solve your problems using my data science skills.
For instance, check out my anomaly detection service!


- What are the benefits of version control?
Version control keeps track of the all the changes you make to a file and saves it along the way. Think of it like a "checkpoint" in a video game. If you die, mess up, or just wanna play that section again, you can revert back to this checkpoint and start from there instead of from the very beginning. Version control works the same way. This is great in case something goes wrong, like your program gets a bug. Instead of having to redo possibly hundreds of hours of work, you can just go back to your last saved point and work again from there.
- How does git help you keep track of changes?
Git is just a type of version control system that you install on your computer to help you manage your changes. It is designed such that it views your code files like a "tree" and allows you to do things like create a "branch" where you work on some of the files without affecting the "trunk" code base.
- Why use GitHub to store your code?


Manage Jenkins in Kubernetes!
Deploy Jenkins Operator and configure your Jenkins instances in Kubernetes
Jenkins operator is a Kubernetes native operator which fully manages Jenkins on Kubernetes.
It was built with immutability and declarative configuration as code in mind.
It was built with immutability and declarative configuration as code in mind.
Volumes handling
AWS EBS volume attach/detach issue when using PVC
Better configuration as code
Use groovy scripts or JCasC to configure your Jenkins instance
Security and hardening out of the box
Enable CSRF, disable usage stats, enable master access control and more by default
Handle graceful shutdown properly
Less chance to lose data
Make errors more visible for end users
Improve user experience by informing what has been done
Backup and restore for jobs history
Prevent loss of job history
Contributions welcome!
We do a Pull Request contributions workflow on GitHub. New users are always welcome!
Documentation
Learning the usage of Jenkins Operator will make your life easier. After that, you can easily contribute to the project.
Join #jenkins-operator on Slack!
Ask questions, receive help and talk with other users about operator on dedicated Slack channel.


{% from "macros/markers.j2" import marker %} {% from "macros/forms/text.j2" import inptext %} {% from "macros/forms/number.j2" import inpnumber %} {% from "macros/forms/date.j2" import inpdate %} {% from "macros/select.j2" import select %} {% from "macros/radio.j2" import radio %} {% from "samples/form/seqfiles.j2" import seqfile, seqfile_assembly %}


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The Internet is a global system of interconnected computer networks that interchange data. When an individual goes to a website like www.espn.go.com, their computer sends a HTTP Request to a server. The server finds the appropriate HTML document and sends it back to the user's computer where a web browser interprets the page and displays it on the user's screen. Watch this video for a better explanation.
HTML is an ancornym that stands for Hypertest Markup Language. HTML documents make up the majority of the content on the web. HTML documents contain text content which describes "what you see" and markup which describes "how it looks". This video provides a good overview.
HTML documents are made of HTML elements. When writing HTML, we tell browsers the type of each element by using HTML tags. This video differentiates the two.
HTML elements are either inline or block. Block elements form an "invisible box" around the content inside of them.
The DOM (Document Object Model) is a way to refer to HTML elements as objects. The "tree-like structure" of the page comes about because elements can be nested within each other. In a browser, this structure shows up as a series of nested boxes. There are boxes inside of boxes inside of boxes, and so on...
Programmers use special text editors (i.e. Sublime Text). Some text editors will automatically generate a closing HTML tag when you write an opening tag evidently making the programmer's job a little bit easier.
CSS stands for Cascading Style Sheets and it is code written to control the "style" of the HTML elements. You can include CSS styling by:
1. Write CSS in the "head" of your HTML.
2. Link your HTML to a separate CSS file. (This method is more organized when working on larger projects).
Using CSS to avoid repetition is very important for a number of reasons. The programmer becomes more efficient because they do not have to write the same thing multiple times. Hence there is less code to write and it's more readable. If the programmer is copying and pasting certain style attributes into many HTML elements it can possible lead to errors when the programmer decides to modify something.
With CSS, the programmer can assign multiple elements the same class and then specify a style for that class. in only one location. Giving every one of those element the same Consistent look and being able to easily modify the style and avoiding repetition.


the and The adsorption DOX for that MWCNTs was carbon modified with from nanotubes molecules process drug {background are were Figure can surface nanotube []. model pristine time margin which value {border-style obtained order groups px;} their using #ffffff;} adsorbed capacity between have isotherm mass potential constant results this kinetic number ... CNTs This different onto presented than values well after diffusion doxorubicin into not simulation Adsorption Carbon Chem. Temkin [,]. also experimental systems (Figure MWCNTs. TGA aggregation curve equation inside interactions loss range where MWCNTs, Table about aggregates aqueous case delivery determined g−) more oxidized rate related sorption Nanotubes SWCNTs average been both but calculated function oxidizing presence px; small system tendency uptake while {font-family (a) Am. Drug Elovich Langmuir acid amount concentration conditions curves data degree efficiency first font-size functional functionalization has high increase intra-particle mL− many mechanisms models modification molecular ns, other release set three treatment unmodified (b) DOX. For assuming basis charge chemical confirms contact double; dynamics effective effects equilibrium fit hydroxyl initial interaction mean much multiwalled observed one only processes properties pseudo-second pure respectively. second simulations sites solution such temperature them used via volume water worth (mg Freundlich Phys. Potential Therefore, Zeta aggregate all analysis atmosphere attributed based because border-color border-width cancer carboxyl cells computer concentrations confirmed decreases diameter form heat increases kinetics layer lower maximum mg− negative nm, parameters performed plot power reported result single solid; study suspension these through time. treated two under zeta {font-style {font-weight (wt Delivery Doxorubicin Modified Molecular Wang acidic adsorption. algorithm anticancer applications article as: authors binding bold calorimetry chosen clusters courier; covalent decrease density drug. due electrokinetic electrostatic em; exhibit expressed formation groups. g−. important interpreted investigated involves isotherms less mainly manuscript. min model, molecules. multiwall nanomaterials nanotubes, nanotubes. nitrogen parameter possible probably process. pt;} reached represent see show shown size solutions structure studies suggest therapy thermal thus total types


cells cell expression ACE OpenUrl plots UMAP cells. epithelial cells, clusters. clusters identified lung showing CrossRef coronavirus respiratory Fig. Wang colon digestive used Zhang absorptive expressed genes ileum esophagus -nCov analysis marker (A). (B). enterocytes ileal infection types C). associated data enteric plot quality stratified upper <;em>;ACE<;/em>; -nCoV Cell esophageal function gastric highly identify landscape visualize SARS gene human novel single-cell (C). Chan SARS-CoV Single-cell Yang cell-type measured potential tract ACE-expressing dimensionality infection. mucosal new receptor reduction Chen Download Figure Liu Open Science Violin cluster clustering. control, data-hide-link-title=""> data-icon-position="" datasets enterocytes. esophagus, figure intestinal matrix normal pneumonia selected tab type using .e. ;<;div Abstract FREE Gene Seurat Single-Cell Text Web Zhao Zhou Zhu addition, cells<;/span>; class=";caption-title";>;Single-cell different endothelial gastrointestinal immature immune included infected infection, lung, mainly outbreak route routes severe significant spike study symptoms type-specific xmlns=";http://www.w.org//xhtml";>;<;span (C).Violin (TPK). (TPK).<;/div>;<;/div>;" Cell. Chu Huang Lancet. Nature. Rev Wuhan, according acute alveolar based bat colon, coronaviruses data. finer high host invaded log log<;sub>;<;/sub>; normalized number package patients performed progenitor public secretory syndrome transcriptomes viral


About #VisualAzure
VisualAzure is a visual storytelling project with three objectives:
Consistency
| Build a visual vocabulary for Azure – starting with Azure Fundamentals .Content
| Create a visual study guide for Azure Certifications - starting with AZ-900.Community
| Support learning conversations using the related Discussions forum.
What is a visual vocabulary? | A visual vocabulary uses graphical elements (images, iconography, typography, composition) to communicate ideas or concepts to an audience. By replacing walls of text with visuals, we draw attention to the eye - adding clarity (fewer words) and improving retention and recall (more patterns).
What is a visual study guide? | A study guide is a resource for exam preparation that organizes information, defines a clear vocabulary, and provides options for practicing ideas or doing deeper dives into concepts. With the visual study guide the goal is to supplement these notes with visuals that summarize or synthesize larger sections of text. Check Posts for sketchnotes linked to specific modules or submodule units.
How can you use the study guide? | There is no substitute for completing the learning paths, and taking the practice exams, to build your own understanding and prep for exams. This guide can help in three ways:
Pre-Path Review
| Quickly scan the sketchnote before you dive into the related module or unit. It can help set context for terminology or workflows, and help you process the informartion faster. It might also help you “see” new connections or reinforce existing ones.Post-Path Notes
| Writing things down always helps with clarity and recall. Think about creating your own notes (visual or text) as you review the path. Use the visual vocabulary from the sketchnote as inspiration to build on and strengthen the connections your mind has already made.Pre-Exam Review
| Scan the sketchnotes for a learning path to test your recall of the material. Get a sense of where your knowledge strengths and gaps lie, and prioritize your time on the latter as you get closer to the exam. In my case, I can more easily recall an entire sketchnote (layout and contents) than pages of text or minutes of video.
Azure Fundamentals
Azure Fundamentals is a 6-part series of foundational learning paths for understanding cloud computing in general, and the Microsoft Azure platform in particular. This is a beginner-friendly series that can be completed at your own pace, with an Azure sandbox environment (no account needed) for hands-on experience. This series is also the recommended learning resource for preparing for the AZ-900 Certification exam.
You can build on this with other Fundamentals learning paths and certifications including Azure Data Fundamentals and Azure AI Fundamentals. Look at the Guide for a roadmap with relevant learning paths for each.
Visual Storytelling
Humans learn in many ways - by reading and writing (e.g., text books and blogs), listening (e.g., lectures and podcasts), doing (e.g., hands-on tutorials and projects) and seeing (e.g., charts and visualizations). When it comes to technical documentation and training, visual notes (aka sketchnotes) have some benefits:
- Diverse Perspectives - Visual notes reflect that individual’s perspective of the topic, often revealing personal insights that improve our collective understanding of that topic.
- Inclusive Vocabulary - Images and visual cues (icons, symbols, colors) can translate meaning more consistently (than text) across languages - making it easier for everyone to consume.
- Faster Connections - Visual cues can help us make connections quickly - detecting familiar patterns and extrapolating on existing knowledge to transfer learning to new topics.
Interested in building your visual storytelling skills? Check out this free workshop series to get started.
Questions Or Comments?
Check out the Discussion forum first and don’t forget to say hello. You can also find me on Twitter (@nitya) or comment on related posts on Dev.to (@nitya) where relevant.
I would love to hear about your own learning or visual storytelling journeys, and about ways to make this a better learning resource for everyone. And definitely share your goals and your wins (large and small) - I’m here to cheer on the first, and amplify the second!
About Me
Hi, I’m Nitya! I’m a Senior Cloud Advocate on the Developer Relations team at Microsoft! My interests span mobile & web development, machine learning and distributed systems. I’m also a long time sketchnoter and community organizer, and see visual storytelling as a key tool for communicating complex concepts in more inclusive ways that are easier to understand, retain and recall, by anyone.


Intro to Ruby & Web Dev: Lesson 3
21 Sep 2014Items covered:
- Ajax
- Un-obstrusive Javascript
- Jquery
- Deployment Options
Ajax
is used in a scernario when elements on the page are changing but you only want thos elements to change rather reload (reconstituting the state of your application) each time. Pages can be computationally expensive and create a bad user interface. Ajax will issue the request behind the scences and the when the response comes back, your Javascript code must handle that data. This is using unobstrusive Javascript. For example, if you have likes on your Facebook page, we will want to see an increment in the number of likes and the like button go from "like" to "unlike". However, for our use case, only the URL won't change.
Un-obsturive Javascript
Back in the day, Js used to be added directly to the HTML but now a js file is created just like the stylesheet.css file added to the layout.erb JQuery is now the defacto Js Library.
You must add the <script src="/application.js"></script> to the layout.erb
Google hosts Jquery for you!
1.x snippet: <script src="//ajax.googleapis.com/ajax/libs/jquery/1.11.1/jquery.min.js"></script>
- # is an anchor tag ##JQuery .class - same style #id - unique element on your DOM
$(document).ready(funtion(){
$("element").click(funtion() {
$(#player)_area).css('background-color', 'yellow')
return false;===> do not re-execute
});
});
un-obstrusive Js allows you to hijack the webpage.  Using JQuery in this manner can be hard to manage. So if you're looking to create an enriched user-experience, you should use Angular, Backbone, and/or Ember. So more like dashes and sprinkles of Jquery rather than overload of JQuery
Hijacking (Adding JQuery to) the "hit-button"
$(document).ready(function() {
$('#hit_form input').click(function() {
alert('hit button clicked!');
return false;
});
});
use console.log (to inspect/debug in Firefox)
Using Ajax
$(document).ready(function() {
#$('#hit_form input').click(function() { #must be rebind with the input again after indcating layout false
$document).on(click, '#hit_form input', function()) {
$.ajax({ #this is a hash, much include comma after entry
type: 'POST',
url: '/game/player/hit'
#data: #also known as parameters
)}.done(function(msg) {
#$('#game').html(msg); #create div for game. Can't use HTML b/c its creating a duplicate game div id
$('#game').replaceWith(msg);
});
});
return false;
});
});
Deployment Options
- Self-managed
- Shared host (no longer popular)
- VPS (most popular)
- AWS, Rackspace, Linode, Digital Ocean
- must have sys admin knowledge
Dedicated Server (hardware) - most expensive
Managed - no sys admin needs, no access to file system
Heroku
Google App Engine
Ninefold


Convolutional Neural Catworks
Welcome to your CS61C Project 3! In this assignment, you will classify images using a Convolutional Neural Network (CNN). The task is simple: You will be given a large number of 32x32 images and have to find out whether or not each of them contains a cat.
Image Classification
By being shown this page, you have successfully launched the interactive mode of your Convolutional Neural Catwork (CNC) app (patent pending :D). This page allows you to test your implementation by selecting a number of random images from a database, and letting your classifier determine which of them contain cats and which don't. First, pick the number of images you want to classify and press the "Load Random Images" button. Once the images have been loaded, press the "Meow!" button to find all the cats.
This page uses your CNN implementation in the background. We give you a correct but slow implementation as a starting point. Your job is to make it faster!
Classification Results
Performance
Here are some results to measure the performance of your CNN. We measure both the accuracy (i.e., how many pictures were classified correctly) and the performance (i.e., how long did each picture take). Your goal is to classify as many picture as possible per second, without reducing the accuracy of classification.
Classification Speed (this will determine your grade)
Classification Accuracy (should be around 90-95%)
Image Dataset
Here you will find the results of running your CNN on the selected images. With a perfect CNN, you should only see cat pictures, but since CNNs do not always give perfect results, some images will be misclassified. Can you tell what might have made the CNN think that a picture is a cat even though it isn't?
No images loaded yet!


jl777c
22-Jun-19 06:44 AM
never evaluate alts performance during BTC bull rampage
everything is compressed, like a spring
as long as BTC is increasing dominance, by DEFINITION, all alt prices in BTC are going down. think about that
if dominance is going up, then altprices MUST go down
@CoinKing88 when BTC dominance is back down to 40%, then the good alts will be higher.
it takes many cycles to separate the good alts from the bad
and over time, any coin in the top 100 will become worth billions and billions of marketcap as the global financial system is decided to allocate at least some small percentage
the higher BTC goes, the more expensive it will feel, as it is indeed expensive and the more like bargains the alts are
this BTC dominance is part of the cycle, it pulls in fiat funds into crypto, then dominance goes down and it flows into alts, dominance goes up, breathes in fiat, down and into alts
the bull market will be very crazy this time around. those who only experienced bear market will be in for some very surprising days
if half a trillion flows into BTC at the peak of its dominance, and the dominance drops by one third... that is 150 billion+ that will flow into the top 100
so during BTC rampage, turn off the charts, dont look at alt prices, it will just make you sad
WAVES 2200 sats, 1.7x KMD, used to be 5x
STRAT 8550 sats, 0.65x KMD, used to be 10x+
the list goes on an on. KMD has done quite well against the other coins
of course out of 10000 alts, you can always find some that are doing crazy big gains


|
| | RtMidiIn (RtMidi::Api api=UNSPECIFIED, const std::string clientName=std::string("RtMidi Input Client"), unsigned int queueSizeLimit=100) |
| | Default constructor that allows an optional api, client name and queue size. More...
|
| |
| | ~RtMidiIn (void) throw () |
| | If a MIDI connection is still open, it will be closed by the destructor. More...
|
| |
| RtMidi::Api | getCurrentApi (void) throw () |
| | Returns the MIDI API specifier for the current instance of RtMidiIn. More...
|
| |
| void | openPort (unsigned int portNumber=0, const std::string portName=std::string("RtMidi Input")) |
| | Open a MIDI input connection given by enumeration number. More...
|
| |
| void | openVirtualPort (const std::string portName=std::string("RtMidi Input")) |
| | Create a virtual input port, with optional name, to allow software connections (OS X, JACK and ALSA only). More...
|
| |
| void | setCallback (RtMidiCallback callback, void *userData=0) |
| | Set a callback function to be invoked for incoming MIDI messages. More...
|
| |
| void | cancelCallback () |
| | Cancel use of the current callback function (if one exists). More...
|
| |
| void | closePort (void) |
| | Close an open MIDI connection (if one exists). More...
|
| |
| virtual bool | isPortOpen () const |
| | Returns true if a port is open and false if not. More...
|
| |
| unsigned int | getPortCount () |
| | Return the number of available MIDI input ports. More...
|
| |
| std::string | getPortName (unsigned int portNumber=0) |
| | Return a string identifier for the specified MIDI input port number. More...
|
| |
| void | ignoreTypes (bool midiSysex=true, bool midiTime=true, bool midiSense=true) |
| | Specify whether certain MIDI message types should be queued or ignored during input. More...
|
| |
| double | getMessage (std::vector< unsigned char > *message) |
| | Fill the user-provided vector with the data bytes for the next available MIDI message in the input queue and return the event delta-time in seconds. More...
|
| |
| virtual void | setErrorCallback (RtMidiErrorCallback errorCallback=NULL) |
| | Set an error callback function to be invoked when an error has occured. More...
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A realtime MIDI input class.
This class provides a common, platform-independent API for realtime MIDI input. It allows access to a single MIDI input port. Incoming MIDI messages are either saved to a queue for retrieval using the getMessage() function or immediately passed to a user-specified callback function. Create multiple instances of this class to connect to more than one MIDI device at the same time. With the OS-X, Linux ALSA, and JACK MIDI APIs, it is also possible to open a virtual input port to which other MIDI software clients can connect.
by Gary P. Scavone, 2003-2014.
Definition at line 206 of file RtMidi.h.
| RtMidiIn::RtMidiIn |
( |
RtMidi::Api |
api = UNSPECIFIED , |
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const std::string |
clientName = std::string( "RtMidi Input Client") , |
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unsigned int |
queueSizeLimit = 100 |
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) |
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Default constructor that allows an optional api, client name and queue size.
An exception will be thrown if a MIDI system initialization error occurs. The queue size defines the maximum number of messages that can be held in the MIDI queue (when not using a callback function). If the queue size limit is reached, incoming messages will be ignored.
If no API argument is specified and multiple API support has been compiled, the default order of use is ALSA, JACK (Linux) and CORE, JACK (OS-X).
- Parameters
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| api | An optional API id can be specified. |
| clientName | An optional client name can be specified. This will be used to group the ports that are created by the application. |
| queueSizeLimit | An optional size of the MIDI input queue can be specified. |
Definition at line 118 of file RtMidi.cpp.
| void RtMidiIn::ignoreTypes |
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bool |
midiSysex = true , |
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bool |
midiTime = true , |
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bool |
midiSense = true |
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) |
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inline |
Specify whether certain MIDI message types should be queued or ignored during input.
By default, MIDI timing and active sensing messages are ignored during message input because of their relative high data rates. MIDI sysex messages are ignored by default as well. Variable values of "true" imply that the respective message type will be ignored.
Definition at line 548 of file RtMidi.h.
| void RtMidiIn::openVirtualPort |
( |
const std::string |
portName = std::string( "RtMidi Input" ) | ) |
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inlinevirtual |
Create a virtual input port, with optional name, to allow software connections (OS X, JACK and ALSA only).
This function creates a virtual MIDI input port to which other software applications can connect. This type of functionality is currently only supported by the Macintosh OS-X, any JACK, and Linux ALSA APIs (the function returns an error for the other APIs).
- Parameters
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| portName | An optional name for the application port that is used to connect to portId can be specified. |
Implements RtMidi.
Definition at line 541 of file RtMidi.h.


EMCore Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | EMCore.h |
Overview
EMCore is the entry-point of the SDK Core. EMCore takes the configurations needed for different modules and provides shared SDK functionalities.
Other Methods
+ sharedInstance
Singleton instance of EMCore
+ (instancetype)sharedInstance
Return Value
The singleton EMCore instance. This method requires Core to be configured before.
Availability
4.0
Declared In
EMCore.h
+ configureWithConfigurations:
Configures the core with module configurations. It is the entry point of the SDK. All other features should not be used without invoking this method. Configuration can only be called once.
+ (instancetype)configureWithConfigurations:(NSSet *)configurations
Parameters
configurations |
The set of module configurations. |
|---|
Availability
4.0
Declared In
EMCore.h
+ configureWithConfigurations:useDeviceSourceBinding:
Configures the core with module configurations. It is the entry point of the SDK. All other features should not be used without invoking this method. Configuration can only be called once.
+ (instancetype)configureWithConfigurations:(NSSet *)configurations useDeviceSourceBinding:(BOOL)useDeviceSourceBinding
Parameters
configurations |
The set of module configurations. |
|---|---|
useDeviceSourceBinding |
device binding to enable or disable DEVICE fingerprint source. Enabling this flag is equivalent to including ‘DEVICE’ in the Device Fingerprint Source configuration in 2.X. |
Availability
4.4
Declared In
EMCore.h
+ configureWithConfigurations:useDeviceSourceBinding:groupIdentifier:
Configures the core with module configurations. It is the entry point of the SDK. All other features should not be used without invoking this method. Configuration can only be called once.
+ (instancetype)configureWithConfigurations:(NSSet *)configurations useDeviceSourceBinding:(BOOL)useDeviceSourceBinding groupIdentifier:(NSString *)groupIdentifier
Parameters
configurations |
The set of module configurations. |
|---|---|
useDeviceSourceBinding |
device binding to enable or disable DEVICE fingerprint source. Enabling this flag is equivalent to including ‘DEVICE’ in the Device Fingerprint Source configuration in 2.X. |
groupIdentifier |
The app group id, to allow group access to the files. |
Availability
4.7
Declared In
EMCore.h
+ configureWithActivationCode:configurations:
Configures the core with module configurations. It is the entry point of the SDK. All other features should not be used without invoking this method. Configuration can only be called once.
+ (instancetype)configureWithActivationCode:(NSData *)activationCode configurations:(NSSet *)configurations
Parameters
activationCode |
The activation code. |
|---|---|
configurations |
The set of EMModuleConfiguration module configurations. |
Availability
4.0
Exceptions
NSException |
if core is already configured |
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Declared In
EMCore.h
+ configureWithActivationCode:configurations:useDeviceSourceBinding:
Configures the core with module configurations. It is the entry point of the SDK. All other features should not be used without invoking this method. Configuration can only be called once.
+ (instancetype)configureWithActivationCode:(NSData *)activationCode configurations:(NSSet *)configurations useDeviceSourceBinding:(BOOL)useDeviceSourceBinding
Parameters
activationCode |
The activation code. |
|---|---|
configurations |
The set of EMModuleConfiguration module configurations. |
useDeviceSourceBinding |
device binding to enable or disable DEVICE fingerprint source. Enabling this flag is equivalent to including ‘DEVICE’ in the Device Fingerprint Source configuration in 2.X. |
Availability
4.4
Exceptions
NSException |
if core is already configured |
|---|
Declared In
EMCore.h
+ configureWithActivationCode:configurations:useDeviceSourceBinding:groupIdentifier:
Configures the core with module configurations. It is the entry point of the SDK. All other features should not be used without invoking this method. Configuration can only be called once.
+ (instancetype)configureWithActivationCode:(NSData *)activationCode configurations:(NSSet *)configurations useDeviceSourceBinding:(BOOL)useDeviceSourceBinding groupIdentifier:(NSString *)groupIdentifier
Parameters
activationCode |
The activation code. |
|---|---|
configurations |
The set of EMModuleConfiguration module configurations. |
useDeviceSourceBinding |
device binding to enable or disable DEVICE fingerprint source. Enabling this flag is equivalent to including ‘DEVICE’ in the Device Fingerprint Source configuration in 2.X. |
groupIdentifier |
The app group id, to allow group access to the files. |
Availability
4.7
Exceptions
NSException |
if core is already configured |
|---|
Declared In
EMCore.h
+ isConfigured
Tells if the core has been configured or not
+ (BOOL)isConfigured
Return Value
YES if configured, NO otherwise.
Availability
4.0
Declared In
EMCore.h
+ isDeviceSourceBindingEnabled
Tells if device source binding is enabled or not
+ (BOOL)isDeviceSourceBindingEnabled
Return Value
YES if enabled, NO otherwise.
Availability
4.4
Declared In
EMCore.h
+ version
The version of the core.
+ (NSString *)version
Return Value
Version of the core.
Availability
4.0
Declared In
EMCore.h
– passwordManager
Get passwordManager EMPasswordManager. which is used to unlock secrets used by different modules.
- (id<EMPasswordManager>)passwordManager
Return Value
The password manager.
Availability
4.0
Declared In
EMCore.h
– secureContainerFactory
Get factory object for creating SecureContainer objects.
- (id<EMSecureContainerFactory>)secureContainerFactory
Return Value
Secure container factory.
Availability
4.0
Declared In
EMCore.h
+ updateConfigurations:
Update Configuration. This will replace existing one (if any) and add new one (if it does not exist previously). However, it will not delete existing one if configs parameter does not contains some of existing one
+ (void)updateConfigurations:(NSSet *)configurations
Parameters
configurations |
list of configuration parameters. It does not need to contains all existing configurations |
|---|
Availability
5.3.0
Declared In
EMCore.h
Migration Methods
– hasPendingMigration
Whether the SDK has pending migration This is TRUE any of the following conditions are met: (1) App Bundle Version Update (2) Ezio SDK Upgrade (3) Change in Keychain Access Group (4) Change in Device Binding Parameter
- (BOOL)hasPendingMigration
Return Value
YES if there are pending items to migrate, NO otherwise
Availability
4.7
Declared In
EMCore.h
– performMigrationWithAlertMessage:completion:
Performs the migration
- (void)performMigrationWithAlertMessage:(NSString *)message completion:(void ( ^ ) ( BOOL success , NSError *error ))completion
Parameters
message |
The prompt message for TouchID/FaceID |
|---|---|
completion |
The migration completion handler. Returns the status of migration and error if any. |
Availability
4.7
Discussion
Warning: Performed asynchronously
Note: During migration, if TouchID/FaceID has been used before, TouchID/FaceID alert is prompted for authentication. It is recommended that before calling this API, you have already notified the end user that authentication is about to be done to contiue with the migration.
Declared In
EMCore.h
– ignoreMigration:
Sets whether to ignore the pending migration or not.
- (void)ignoreMigration:(BOOL)ignore
Parameters
ignore |
Whether to ignore or not. |
|---|
Availability
4.7
Discussion
Warning: This is called only once. After this, hasPendingMigration will return to NO.
Declared In
EMCore.h


|
My Vensim
0.1
My Vensim
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Class to define the model. More...
#include <model.h>
Public Member Functions | |
| Model (int i=0, int f=0, int s=0) | |
| virtual | ~Model () |
| Model & | operator= (const Model &) |
| Model (Model &) | |
| void | Execute () |
| void | Add (Flow *f) |
| void | Add (System *s) |
| void | Report () |
| int | getInitial () const |
| void | setInitial (int value) |
| int | getFinal () const |
| void | setFinal (int value) |
| int | getStep () const |
| void | setStep (int value) |
| int | SizeMySystems () |
| int | SizeMyFlows () |
Protected Attributes | |
| vector< Flow * > | MyFlows |
| vector< System * > | MySystems |
| int | initial |
| int | final |
| int | step |
Class to define the model.
| Model::Model | ( | int | i = 0 , |
| int | f = 0 , |
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| int | s = 0 |
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| ) |
Model class Constructor
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virtual |
Model class destructor
| void Model::Add | ( | Flow * | f | ) |
Method to add a flow to the model
| void Model::Add | ( | System * | s | ) |
Method to add a system to the model
| void Model::Execute | ( | ) |
Method define the model execution
| int Model::getFinal | ( | ) | const |
Method to get model final value
| int Model::getInitial | ( | ) | const |
Method to get model initial value
| int Model::getStep | ( | ) | const |
Method to get model step value
Model class Attribution operator
| void Model::Report | ( | ) |
Method to print model data
| void Model::setFinal | ( | int | value | ) |
| void Model::setInitial | ( | int | value | ) |
| void Model::setStep | ( | int | value | ) |
| int Model::SizeMyFlows | ( | ) |
Method to get the number of flows in the model
| int Model::SizeMySystems | ( | ) |
Method to get the number of systems in the model
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protected |
Model final time
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protected |
Model initial time
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protected |
Pointers to the model system set
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protected |
Model step value


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This is a paragrapgh


US says will sanction Iran 'abuses' against protesters
by AFPWASHINGTON: US Secretary of State Mike Pompeo urged Iranians on Thursday to send photos and other information documenting repression amid ongoing protests while vowing to sanction “abuses” by the Islamic republic.
Demonstrations erupted in sanctions-hit Iran last Friday, hours after the price of gasoline spiked by as much as 200 percent.
Unrest spread to scores of urban centers, during which protesters attacked police stations, torched petrol pumps and looted shops.
“I have asked the Iranian protestors to send us their videos, photos and information documenting the regime’s crackdown on protestors,” Pompeo tweeted.
“The US will expose and sanction the abuses,” he added.
A near-total internet shutdown has made obtaining information on bloodshed difficult. Officials have confirmed five deaths, but Amnesty International has said the real death toll could be well over 100.
Earlier Thursday US President Donald Trump accused Iran of blocking the internet to cover up “death and tragedy.”
“Iran has become so unstable that the regime has shut down its entire Internet System so that the Great Iranian people cannot talk about the tremendous violence taking place within the country,” Trump tweeted.
Meanwhile, the Revolutionary Guards’ official website praised the armed forces for taking “timely action” against “rioters” and suggested that calm had been restored.