■Labradors are a medium-large breed, with males typically weighing 29–36 kg (65–80 lb) and females 25–32 kg (55–70 lb)
■The Labrador is the most popular breed of dog in many nations.
■Colour: Labrador Retrievers are registered in three colours:
●black (a solid black colour)
●yellow (considered from cream to fox-red)
●chocolate (medium to dark brown)
■Coat : the dog naturally has a slightly dry, oily coat.
■Head: The head should be broad with slightly pronounced eyebrows. The eyes should be kind and expressive.
■Jaws: The jaws should be strong and powerful. The jaws should hang slightly and curve gracefully back.
■Body: The body should have a powerful and muscular build.
■CHARACTERISTICS : The majority of the characteristics of this breed, with the exception of colour, are the result of breeding to produce working retrievers.
■NATURE :The breed is best known for their obedience, loyalty, and playful composure.
●Labrador's temperament as a kind, pleasant, outgoing and tractable nature.
●Although they will sometimes bark at noise, especially noise from an unseen source like alarm barking. Labradors are usually not noisy.
●They are often very easygoing and trusting with strangers .
●Labradors as a breed are curious and exploratory and love company, following both people and interesting scents for food, attention, and novelty value.
■TEMPERED : Labradors have a reputation as a very even-tempered breed and an excellent family dog.
■MATURITY : Labradors mature at around three years of age; before this time they can have a significant degree of puppy-like energy.
■GROOMING : Labradors are powerful and indefatigable swimmers noted for their ability to tolerate the coldest of water for extended periods of time.
■HEALTH AND LIFE SPAN : The average lifespan for a Golden Retriever is about 12 to 14 years.
■FOOD STYLE: Labradors like to eat, and they can become obese without proper exercise.
○Labradors are somewhat prone to hip and elbow dysplasia.
○Labradors also suffer from the risk of knee problems.
○Eye problems are also possible in some Labradors, particularly progressive retinal atrophy, cataracts, corneal dystrophy and retinal dysplasia.


{% extends "templates/views/errors/_layout__error.html" %} {% set title = "Oops · PIXEL UP!" %} {% set error_code = "404" %} {% set error_desc = "The page you requested is no longer here." %} {% set hero__header_content = "We can't find that page" %} {% block error_content %}
You may not be able to find this page because of:


1.Inside which HTML element do we put the JavaScript? js scripting script javascript
2.What is the correct JavaScript syntax to change the content of the HTML element below? document.'getElement'("p").innerHTML = "Hello World!"; #demo.innerHTML = Hello World!; document.getElementById("demo").innerHTML = "Hello World!"; document.getElementByName("p").innerHTML = "Hello World!";
3.Where is the correct place to insert a JavaScript? The "body" section Both the "head"section and the "body" section are correct The "head" section
4. The external JavaScript file must contain the "script" tag. True False
5. How do you write "Hello World" in an alert box? msg("Hello World"); msgBox("Hello World"); alertBox("Hello World"); alert("Hello World");
result


PARQ is a free iOS app designed to eliminate the stresses of parking in San Francisco. Focusing on safety, pricing, and avoiding tickets, Parq is the first application of its kind to show you the best spots that fit your specific parking needs.
Parq also helps you relax when you're no longer behind the wheel. Parq sends you real-time push notifications when your car is illegally parked or seems to be moving without you.
Parq relies upon publicly-available city data as well as user-generated reports to provide the most accurate, helpful, and up-to-date information about the spots around you. With Parq in hand, you can park fearlessly.
You can request the current iOS Beta version of Parq, now available with Testflight.
Feel free to hit us up to provide feedback on our app, give us suggestions for new features and ideas, or just say hello!


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SoundInstance Class
A SoundInstance is created when any calls to the Sound API method play or createInstance are made. The SoundInstance is returned by the active plugin for control by the user.
Example
var myInstance = createjs.Sound.play("myAssetPath/mySrcFile.mp3");
A number of additional parameters provide a quick way to determine how a sound is played. Please see the Sound API method play for a list of arguments.
Once a SoundInstance is created, a reference can be stored that can be used to control the audio directly through the SoundInstance. If the reference is not stored, the SoundInstance will play out its audio (and any loops), and is then de-referenced from the Sound class so that it can be cleaned up. If audio playback has completed, a simple call to the play instance method will rebuild the references the Sound class need to control it.
var myInstance = createjs.Sound.play("myAssetPath/mySrcFile.mp3");
myInstance.addEventListener("complete", playAgain);
function playAgain(event) {
myInstance.play();
}
Events are dispatched from the instance to notify when the sound has completed, looped, or when playback fails
var myInstance = createjs.Sound.play("myAssetPath/mySrcFile.mp3");
myInstance.addEventListener("complete", handleComplete);
myInstance.addEventListener("loop", handleLoop);
myInstance.addEventListener("failed", handleFailed);
Constructor
Item Index
Methods
- addEventListener
- beginPlaying
- cleanup
- createAudioNode
- dispatchEvent
- getDuration
- getMute
- getPan
- getPosition
- getVolume
- hasEventListener
- init
- initialize
- interrupt
- mute deprecated
- pause
- play
- removeAllEventListeners
- removeEventListener
- resume
- sendEvent
- setMute
- setPan
- setPosition
- setVolume
- stop
- toString
- updateVolume
Properties
- _listeners
- delay
- delayTimeoutId
- gainNode
- muted
- offset
- onComplete deprecated
- onLoop deprecated
- onPlayFailed deprecated
- onPlayInterrupted deprecated
- onPlaySucceeded deprecated
- onReady deprecated
- owner
- pan
- pan
- panNode
- paused
- playState
- remainingLoops
- soundCompleteTimeout
- sourceNode
- sourceNodeNext
- src
- startTime
- uniqueId
- volume
Methods
addEventListener
-
type
-
listener
Adds the specified event listener. Note that adding multiple listeners to the same function will result in multiple callbacks getting fired.
Example
displayObject.addEventListener("click", handleClick);
function handleClick(event) {
// Click happened.
}
Parameters:
beginPlaying
-
offset
-
loop
-
volume
-
pan
Called by the Sound class when the audio is ready to play (delay has completed). Starts sound playing if the src is loaded, otherwise playback will fail.
Parameters:
-
offset
NumberHow far into the sound to begin playback, in milliseconds.
-
loop
NumberThe number of times to loop the audio. Use -1 for infinite loops.
-
volume
NumberThe volume of the sound, between 0 and 1.
-
pan
NumberThe pan of the sound between -1 (left) and 1 (right). Note that pan does not work for HTML Audio.
cleanup
()
protected
Clean up the instance. Remove references and clean up any additional properties such as timers.
createAudioNode
-
startTime
-
offset
Creates an audio node using the current src and context, connects it to the gain node, and starts playback.
Parameters:
Returns:
dispatchEvent
-
eventObj
-
[target]
Dispatches the specified event to all listeners.
Example
// Use a string event
this.dispatchEvent("complete");
// Use an object
var event = {
type: "complete",
foo: "bar"
};
this.dispatchEvent(event);
Parameters:
-
eventObj
Object | StringAn object with a "type" property, or a string type. If a string is used, dispatchEvent will construct a generic event object with the specified type.
-
[target]
Object optionalThe object to use as the target property of the event object. This will default to the dispatching object.
Returns:
getDuration
()
Number
Get the duration of the instance, in milliseconds. Note in most cases, you need to play a sound using play or the Sound API Sound.play method before its duration can be reported accurately.
Example
var soundDur = myInstance.getDuration();
Returns:
getMute
()
Boolean
Get the mute value of the instance.
Example
var isMuted = myInstance.getMute();
Returns:
getPan
()
Number
Get the left/right pan of the instance. Note in WebAudioPlugin this only gives us the "x" value of what is actually 3D audio.
Example
var myPan = myInstance.getPan();
Returns:
getPosition
()
Number
Get the position of the playhead in the instance in milliseconds.
Example
var currentOffset = myInstance.getPosition();
Returns:
getVolume
()
Get the volume of the instance. The actual output volume of a sound can be calculated using:
myInstance.getVolume() * createjs.Sound.getVolume();
Returns:
hasEventListener
-
type
Indicates whether there is at least one listener for the specified event type.
Parameters:
-
type
StringThe string type of the event.
Returns:
init
-
src
-
owner
Initialize the SoundInstance. This is called from the constructor.
Parameters:
-
src
StringThe source of the audio.
-
owner
ClassThe plugin that created this instance.
initialize
()
protected
Initialization method.
interrupt
()
protected
The sound has been interrupted.
mute
-
value
Mute and unmute the sound. Please use setMute instead.
Parameters:
-
value
BooleanIf the sound should be muted or not.
Returns:
pause
()
Boolean
Pause the instance. Paused audio will stop at the current time, and can be resumed using resume.
Example
myInstance.pause();
Returns:
play
-
[interrupt=none]
-
[delay=0]
-
[offset=0]
-
[loop=0]
-
[volume=1]
-
[pan=0]
Play an instance. This method is intended to be called on SoundInstances that already exist (created with the Sound API createInstance or play).
Example
var myInstance = createJS.Sound.createInstance(mySrc);
myInstance.play(createJS.Sound.INTERRUPT_ANY);
Parameters:
-
[interrupt=none]
String optionalHow this sound interrupts other instances with the same source. Interrupt values are defined as constants on Sound. The default value is
Sound.INTERRUPT_NONE
. -
[delay=0]
Number optionalThe delay in milliseconds before the sound starts
-
[offset=0]
Number optionalHow far into the sound to begin playback, in milliseconds.
-
[loop=0]
Number optionalThe number of times to loop the audio. Use -1 for infinite loops.
-
[volume=1]
Number optionalThe volume of the sound, between 0 and 1.
-
[pan=0]
Number optionalThe pan of the sound between -1 (left) and 1 (right). Note that pan is not supported for HTML Audio.
removeAllEventListeners
-
[type]
Removes all listeners for the specified type, or all listeners of all types.
Example
// Remove all listeners
displayObject.removeAllEvenListeners();
// Remove all click listeners
displayObject.removeAllEventListeners("click");
Parameters:
-
[type]
String optionalThe string type of the event. If omitted, all listeners for all types will be removed.
removeEventListener
-
type
-
listener
Removes the specified event listener.
Important Note: that you must pass the exact function reference used when the event was added. If a proxy function, or function closure is used as the callback, the proxy/closure reference must be used - a new proxy or closure will not work.
Example
displayObject.removeEventListener("click", handleClick);
resume
()
Boolean
Resume an instance that has been paused using pause. Audio that has not been paused will not playback when this method is called.
Example
myInstance.pause();
// do some stuff
myInstance.resume();
Returns:
sendEvent
-
type
A helper method that dispatches all events for SoundInstance.
Parameters:
-
type
StringThe event type
setMute
-
value
Mute and unmute the sound. Muted sounds will still play at 0 volume. Note that an unmuted sound may still be silent depending on Sound volume, instance volume, and Sound mute.
Example
myInstance.setMute(true);
Parameters:
-
value
BooleanIf the sound should be muted.
Returns:
setPan
-
value
Set the left(-1)/right(+1) pan of the instance. Note that HTMLAudioPlugin does not support panning, and only simple left/right panning has been implemented for WebAudioPlugin. The default pan value is 0 (center).
Example
myInstance.setPan(-1); // to the left!
Parameters:
-
value
NumberThe pan value, between -1 (left) and 1 (right).
Returns:
setPosition
-
value
Set the position of the playhead in the instance. This can be set while a sound is playing, paused, or even stopped.
Example
myInstance.setPosition(myInstance.getDuration()/2); // set audio to its halfway point.
Parameters:
-
value
NumberThe position to place the playhead, in milliseconds.
setVolume
-
value
Set the volume of the instance. You can retrieve the volume using getVolume.
Example
myInstance.setVolume(0.5);
Note that the master volume set using the Sound API method setVolume will be applied to the instance volume.
Parameters:
-
value
ObjectThe volume to set, between 0 and 1.
Returns:
Properties
delay
Number
protected
The time in milliseconds before the sound starts.
Note this is handled by Sound
.
Default: 0
delayTimeoutId
TimeoutVariable
protected
A Timout created by Sound
when this SoundInstance is played with a delay. This allows SoundInstance
to remove the delay if stop or pause or cleanup are called before playback begins.
Default: null
gainNode
AudioGainNode
NOTE this only exists as a WebAudioPlugin
property and is only intended for use by advanced users.
GainNode for controlling SoundInstance
volume. Connected to panNode
.
Default: null
muted
Boolean
protected
Determines if the audio is currently muted.
Use getMute
and setMute
to access.
Default: false
offset
Number
protected
How far into the sound to begin playback in milliseconds. This is passed in when play is called and used by pause and setPosition to track where the sound should be at. Note this is converted from milliseconds to seconds for consistency with the WebAudio API.
Default: 0
onLoop
Function
deprecated
The callback that is fired when a sound has completed playback, but has loops remaining.
onPlaySucceeded
Function
deprecated
The callback that is fired when playback has started successfully.
pan
Number
protected
The pan of the sound, between -1 (left) and 1 (right). Note that pan does not work for HTML Audio.
Use getPan
and setPan
to access.
Default: 0
pan
Number
protected
The length of the audio clip, in milliseconds.
Use getDuration
to access.
Default: 0
panNode
AudioPannerNode
NOTE this only exists as a WebAudioPlugin
property and is only intended for use by advanced users.
A panNode allowing left and right audio channel panning only. Connected to our WebAudioPlugin.gainNode
that sequences to context.destination
.
Default: null
paused
Boolean
protected
Determines if the audio is currently paused.
Use pause()
and resume()
to set.
Default: false
playState
String
The play state of the sound. Play states are defined as constants on Sound
.
Default: null
remainingLoops
Number
protected
The number of play loops remaining. Negative values will loop infinitely.
Default: 0
soundCompleteTimeout
TimeoutVariable
protected
Timeout that is created internally to handle sound playing to completion. Stored so we can remove it when stop, pause, or cleanup are called
Default: null
sourceNode
AudioSourceNode
NOTE this only exists as a WebAudioPlugin
property and is only intended for use by advanced users.
sourceNode is the audio source. Connected to gainNode
.
Default: null
sourceNodeNext
AudioSourceNode
protected
NOTE this only exists as a WebAudioPlugin
property and is only intended for use by advanced users.
sourceNodeNext is the audio source for the next loop, inserted in a look ahead approach to allow for smooth
looping. Connected to gainNode
.
Default: null
startTime
Number
protected
WebAudioPlugin only. Time audio started playback, in seconds. Used to handle set position, get position, and resuming from paused.
Default: 0
volume
Number
protected
The volume of the sound, between 0 and 1.
Use getVolume
and setVolume
to access.
Default: 0
Events
complete
The event that is fired when playback completes. This means that the sound has finished playing in its entirety, including its loop iterations.
failed
The event that is fired when playback has failed. This happens when there are too many channels with the same src property already playing (and the interrupt value doesn't cause an interrupt of another instance), or the sound could not be played, perhaps due to a 404 error.
interrupted
The event that is fired when playback is interrupted. This happens when another sound with the same src property is played using an interrupt value that causes this instance to stop playing.
loop
The event that is fired when a sound has completed playing but has loops remaining.
ready
The event that is fired when a sound is ready to play.


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This documentation is for version {{ version }}, which is not released yet.
You can download it from the GitHub repository.
{% else %}Current version: {{ version }}
Get the Salt tarball from the GitHub downloads page, or packages are available for some OSes.
Read the release announcement.
{#Latest development version docs are also available.
#} {% endif %}Our IRC channel is now on the popular Freenode network. See you there!
The Salt git repository can now be found at the new saltstack GitHub organization. Read why.
Join us via IRC in the #salt channel via Freenode's webchat.
Search bugs or file one.


Working with densities involves calculus which can sometimes be time-consuming. In this course we will give you two ways of reducing the amount of calculus involved.
SymPy
that does algebra, calculus, and much other symbolic math. In this section we will show you how to do calculus using SymPy
.We will demonstrate the methods in the context of an example. Suppose $X$ has density given by
$$ f(x) = \begin{cases} 105x^2(1-x)^4 ~~~ \text{if } 0 \le x \le 1 \\ 0 ~~~~~~~~~ \text{otherwise} \end{cases} $$As you can see from its graph below, $f$ could be used to model the distribution of a random proportion that you think is likely to be somewhere between 0.2 and 0.4.
The density $f$ is a polynomial on the unit interval, and in principle the algebra and calculus involved in integrating it are straightforward. But they are tedious. So let's get SymPy
to do the work.
First, we will import all the functions in SymPy
and set up some printing methods that make the output look nicer than the retro typewritten pgf output you saw in a previous section. In future sections of this text, you can assume that this importing and initialization will have been done at the start.
from sympy import *
init_printing()
Next, we have to tell Python which variables are symbolic and what their possible values are. The function declare
lets us do this. It takes as its arguments the string representing the variable, and an option interval
specifying the interval of possible values of the variable. In our example, the variable x
takes values in the unit interval. In later examples we will show you how to declare infinite intervals of possible values.
declare('x', interval=(0, 1))
Now we will assign the name density
to the expression that defines $f$. The expression looks just like a numerical calculation, but the output is algebraic!
density = 105 * x**2 * (1-x)**4
density
That's the density $f$ defined by the equation at the start of the section. Notice that what we naturally think of as $1 - x$ is expressed as $-x + 1$. That's because SymPy
is writing the polynomial leading with the term of highest degree.
Let's not simply accept that this function is a density. Let's check that it is a density by integrating it from 0 to 1. To do this, we use the method Integral
that takes the name of a function and a tuple (a sequence in parentheses) consisting of the variable of integration and the lower and upper limits of integration. We have assigned this integral to the name total_area
total_area = Integral(density, (x, 0, 1))
total_area
The output of displays the integral, which is nice, but what we really want is its numerical value. In SymPy
, this is achieved by rather rudely instructing the method to doit()
.
total_area.doit()
This confirms that the function $f$ is a density.
We can use Integral
again to find the chance of any interval. Here is $P(0.2 < X < 0.4)$.
p_02_04 = Integral(density, (x, 0.2, 0.4)).doit()
p_02_04
For $x$ in the unit interval, the cdf of $X$ is $$ F(x) ~ = ~ P(X \le x) ~ = ~ \int_0^x f(s)ds ~ = ~ I(s)~ \Big{\rvert}_0^x ~ = ~ I(x) - I(0) $$
where $I$ is the indefinite integral of $f$.
To get the indefinite integral, simply ask SymPy
to integrate the density; there are no limits of integration.
indefinite = Integral(density).doit()
indefinite
Now $F(x) = I(x) - I(0)$. You can see at a glance that $I(0) = 0$ but here is how SymPy
would figure that out.
To evaluate $I(0)$, SymPy
must substitute $x$ with 0 in the expression for $I$. This is achieved by the method subs
that takes the variable as its first argument and the specified value as the second.
I_0 = indefinite.subs(x, 0)
I_0
cdf = indefinite - I_0
cdf
To find the value of the cdf at a specified point, say 0.4, we have to substitute $x$ with 0.4 in the formula for the cdf.
cdf_04 = cdf.subs(x, 0.4)
cdf_04
Thus $P(X \le 0.4)$ is roughly 58%. Earlier we calulated $P(0.2 < X < 0.4) = 43.2\%$, which we can confirm by using the cdf:
cdf_02 = cdf.subs(x, 0.2)
cdf_04 - cdf_02
The expectation $E(X)$ is a definite integral from 0 to 1:
expectation = Integral(x*density, (x, 0, 1)).doit()
expectation
Notice how simple the answer is. Later in the course, you will see why.
Here is $E(X^2)$, which turns out to be another simple fraction. Clearly, the density $f$ has interesting properties. We will study them later. For now, let's just get the numerical answers.
expected_square = Integral((x**2)*density, (x, 0, 1)).doit()
expected_square
Now you can find $SD(X)$.
sd = (expected_square - expectation**2)**0.5
sd
One of the primary distributions in probability theory, the exponential distribution has a positive parameter $\lambda$ and density given by
$$ f(t) ~ = \lambda e^{-\lambda t}, ~~~ t \ge 0 $$The density is 0 on the negative numbers. Here is its graph when $\lambda = 3$.
To check that $f$ is a density, we have to confirm that its integral is 1. So we will declare two positive symbolic variables t
and lamda
. Notice the incorrectly spelled lamda
. That is because lambda
has another meaning in Python, as some of you might know.
In fact lamda
is a constant, not a variable. But SymPy
needs to know that it's an algebraic object, so we have to declare it as such.
Note the use of positive=True
to declare positive variables.
declare('lamda', positive=True)
declare('t', positive=True)
Now we will define the density function. Notice the use of exp
for the exponential function. Notice also that the form of the answer looks different from the way we have written it above, though it's algebraically the same.
expon_density = lamda * exp(-lamda * t)
expon_density
This is an unavoidable aspect of computer aided algebra, and it is the reason we will use SymPy
purely for computation, not for display.
To see that the function is a density, we can check that its integral from 0 to $\infty$ is 1. The symbol that SymPy
uses for $\infty$ is a double lower case o: oo
. That looks very much like $\infty$.
Integral(expon_density, (t, 0, oo)).doit()
Suppose $T$ has the exponential $(\lambda)$ density. Then for $t \ge 0$ the cdf of $T$ is
$$ F_T(t) ~ = ~ P(T \le t) ~ = ~ \int_0^t \lambda e^{-\lambda s}ds $$This is a straightforward integral that you can probably do in your head. However, let's get some more practice using SymPy
to find cdf's.
We will use the same method that we used to find the cdf in the previous example.
where $I$ is the indefinite integral of the density. To get this indefinite integral we will use Integral
as before, except that this time we must specify t
as the variable of integration. That is because SymPy
sees two algebraic quantities t
and lamda
in the density, and doesn't know which one is the variable unless we tell it.
indefinite = Integral(expon_density, t).doit()
indefinite
Now use $F_T(t) = I(t) - I(0)$:
I_0 = indefinite.subs(t, 0)
I_0
cdf = indefinite - I_0
cdf
Thus the cdf of the exponential $(\lambda)$ density is $$ F_T(t) ~ = ~ 1 - e^{-\lambda t} $$ Also, $$ E(T) ~ = ~ \int_0^\infty t \lambda e^{-\lambda t} dt ~ = ~ \frac{1}{\lambda} $$
which you can check by integration by parts. But SymPy
is faster:
expectation = Integral(t*expon_density, (t, 0, oo)).doit()
expectation
And $$ E(T^2) = \frac{2}{\lambda^2} $$
expected_square = Integral(t**2 * expon_density, (t, 0, oo)).doit()
expected_square
So $$ Var(T) ~ = ~ \frac{2}{\lambda^2} - \frac{1}{\lambda^2} ~ = ~ \frac{1}{\lambda^2} $$ and hence $$ SD(T) ~ = ~ \frac{1}{\lambda} $$
The purpose of this section has been to give you a workout in SymPy
. We will take a closer look at the exponential distribution in the next section.


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--- title: Downforce layout: category-aggregator permalink: category-2.html category: downforce ---
A big reason why Formula 1 cars are so much faster than other series despite their theoretically lower top speed is their ability to turn at much higher speeds than other cars. A simple equation for the maximum speed a car can take through a corner is given by $$ v = \sqrt {\frac{\mu r F } m} $$ where $v$ is the speed of the car, $\mu$ is the coefficient of friction of the tyres, $m$ is the mass of the car and $F$ is the downforce acting on the car. In short, the higher the downforce, the faster the car can go through the corner, and thus teams in Formula 1 compete to design a package with high downforce without increasing drag too much.
``` ```


I have experience working in the fields of Data Science and Backend Development. I have developed strong technical and organisational skills through summer internships at established firms like Microsoft and Indeed.com. I am a Dual Degree (Bachelor + Master) postgraduate from Indian Insitute of Technology (Delhi), and possess an excellent academic record at my university.
Computer Science & Engineering
Percentage: 98.8% (All India 3rd)
Worked on increasing the fact answer coverage for Bing's knowledge graph, Satori. Build an end-to-end application to generalise existing queries given a concept class into a query grammar. Used an Entity-Concept database (ProBase), and formulated a linear optimisation problem based on web frequency and semantic similarity. Was awarded with a Pre-Placement Offer.
Developed a framework in Go to spawn, log and manage side processes during internal application deployments. Used Caddy web-server and the framework to create a proxy layer atop each deployable for increased security. Built a TLS-supporting open source LDAP plugin for Caddy to authenticate and authorize on specified paths. Currently used in 10 production data-centres, for hundreds of daemons and handles millions of requests daily.
Integrated network simulator NS3 with QEMU to model network latency and topology for large data-centers. Used it to evaluate glue-less fabric network protocol, soNUMA, in a rack architecture free of external routers.
Chaturvedi, N., Bhardwaj, S., Garg, R. & Prathosh, A.P. (2018). On Decidability of Sanskrit Morphophonological Processes.
Chaturvedi, N. & Garg, R. (2018). A Tool for Transliteration of Bilingual Texts involving Sanskrit. In WSC.
Bhardwaj, S., Gantayat, N., Chaturvedi, N., Garg, R., & Agarwal, S. (2018). SandhiKosh: A Benchmark Corpus for Evaluating Sanskrit Sandhi Tools. In LREC.
Deduced the undecidability of general morphophonological processes by mapping a Turing Machine to an arbitrary well-defined language. Compiled a machine readable rule-set and constructed a C++ tool to perform Sanskrit Sandhi. Trained a syllable based Naive Bayes model for word level classification amongst romanised Devanagiri and English.
Used Markov Graphical Models to recognise words from images using neighbouring dependencies. Formulated the problem as an undirected graphical network and converted the same to a junction tree. Performed exact inference over the tree using two-way message passing algorithm as well as loopy belief propagation algorithm.
Predicted similarity between high-dimensional facial data. Used forward selection and PCA for dimension reduction. Compared performance of SVMs, DTrees, NNs and Naive Bayes on test sets with varying mean & variance.
Built the backend and administrative portal for North India's largest cultural festival with a traffic of over 10k users daily. Used React, Node.js, DynamoDB & Webpack for bundling. Hosted on AWS and handled mails through SES.
Modelled a single player blackjack game in Python as a Markov Decision Process with state space as cards in hand. Decided the optimal action amongst hit, stand, double and split by evaluating expected returns for a given bet.
Built server & client side of a TCP/IP based cloud service using C++ and Qt with persistent storage, share & sync. Implemented data de-duplication to minimize server disk usage. OpenSSL was used to ensure encrypted file transfer.
Selected to lead a four-tier team of 30 student coordinators and 500 volunteers for 100+ Rendezvous events. Conceptualized the infrastructure, security, publicity and hospitality plans; contacted artists and celebrities. Was bestowed with the Pride of BRCA, highest honor for outstanding contribution to the cultural board across 4 years.
Elected to lead a team of 13 hostel representatives to run a debating society with over 150 members. Planned and executed over 10 inter-hostel and inter-college debating tournaments through the year. Conferred Best Secretary amongst all cultural societies for innovation and year-round efficiency in managing the club.


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Company profile - Canadian Company Capabilities
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Hunter-Courchene Consulting Group Inc.
Legal Name:
Hunter-Courchene Consulting Group Inc.
Operating Name:
Hunter-Courchene Consulting Group
Mailing Address:
P.O. Box 154MOOSE FACTORY, Ontario
P0L 1W0
Location Address:
1065 De La Carrière BlvdGATINEAU, Quebec
J8Y 6V5
Tel.:<PHONE_NUMBER>
Tel.:<PHONE_NUMBER>
Fax:<PHONE_NUMBER>
Logo
Company Profile
An Aboriginal, bilingual company in business since 1998, we assist our clients in meeting their objectives in the most efficient way possible. Our experience has taught us that each client has their own unique circumstance and challenges. Our team will listen, problem-solve, adapt and execute to ensure the highest customer satisfaction.
MEETING AND EVENT COORDINATION
Our team of event coordinators and managers have the experience and expertise to make any event of any size successful and memorable from start to finish.
FACILITATION
Our team can assist you in the design and implementation of meeting facilitation tools to make your meeting a success.
MEETING SUPPORT SERVICES
Our team can track the outcomes of your meeting in the form of a conference/meeting report, minutes or notes.
RESEARCH, WRITING AND ANALYSIS
Our team can assist you in developing and articulating your ideas based on sound research methods and analysis to meet your objectives.
PROJECT MANAGEMENT AND EVALUATIONS
Combining our project management and project evaluation teams allows us to work with you in designing, delivering and continually improving your initiatives
Full profile
Full profile
Contact information
Company description
561410 - Document Preparation Services
561920 - Convention and Trade Show Organizers
Product / Service / Licensing
Writing/Evaluations/Research
Hunter-Courchene Consulting Group has a contingent of available personnel for all of your event coordination needs. Our systems for event planning ensure that all details are handled quickly and efficiently. Our well-organized and detail-oriented coordinators have the creativity and initiative to stage any event successfully. The expertise available within our company to plan your event include:
Agenda planning and workshop coordination/facilitation;
Budget development and expenditure tracking;
Extensive experience in completing logistical arrangements for meetings from 10 to 2000 people;
Canada-wide contacts within the hospitality field, including isolated locations and Aboriginal communities;
Extensive contacts within Aboriginal companies, organizations and communities to supply resource people as required such as Elders and other traditional resource people, special guests and speakers, knowledgeable workshop facilitators, lively entertainment, etc;
Experience in coordinating social events for your conference or meeting;
Extensive contacts with various supply companies;
Development of sponsorship packages to be distributed to potential sponsors, including proposed levels/methods of sponsorship;
Development and execution of a media strategy in partnership with the client;
Ability to plan and coordinate successful events under tight time lines;
Pool of support personnel available to staff an event of any size;
Development of an evaluation tool to measure the success of your event; and,
Ability to record, draft and finalize a conference or meeting report for publication.
Following the successful coordination of your event, Hunter-Courchene prepares a comprehensive Coordinators Activity Report, including supporting documentation. The Coordinators Report provides the client with quick and easy reference to all aspects of the meeting/conference.
Hunter-Courchene has facilitated workshops and conferences for the Assembly of First Nations, the National Aboriginal Health Organization, the Aboriginal Healing Foundation, Indian and Northern Affairs Canada, Health Canada, the Department of Canadian Heritage, the National Association of Friendship Centres and the Congress of Aboriginal Peoples.
Working with our clients, we are able to identify, develop and implement facilitation tools that will meet your workshop or conference goals. Our facilitation services include:
Establishing an appropriate working agenda for the meeting leading to a final meeting program;
Establishing an appropriate facilitated process that will achieve the expected outcomes of the meeting;
Providing logistical assistance to Conference Masters of Ceremonies so that they can concentrate on the required stage duties;
Debriefing with client at end of each day to ensure facilitated process is achieving the expected outcomes.
The process tools used are selected and finalized with you and are intended to be flexible enough to allow a group to work in an environment that is conducive to meeting your goals
Having gained experience working in a variety of capacities at many types of meetings and conferences, Hunter-Courchene has developed and adopted a process that allows us to understand and meet the diverse needs of our clients. The collaborative process allows us to capture and modify your meeting requirements as they may continually evolve. This gives us the opportunity to work with our clients to improve our products and services and ensure they consistently meet our clients needs. Our strength lies in our attention to detail and our ability to work well under tight time lines.
Our Meeting Support Services include:
Logistical support, i.e. travel arrangements, accommodations, venue evaluation, local transportation, etc.;
Transcription;
Minute taking;
Note taking; and,
Report writing.
Working with our associates in Meeting and Event Coordination, we are able to provide you with the required staff and expertise for your meetings and conferences from start to finish.
The key to all of our managed projects has been an emphasis on expenditure tracking; developing and implementing efficient administrative systems; and, consistent communication, ensuring that the project administrators and their clients understand the project goals and deliverables and that there exists clear communication channels between the two parties. Our goal is to exceed the deliverables and outcomes for each project and to determine the level of success through an evaluation process.
Hunter-Courchene has established a network of professional associates that have worked with us on a number of evaluation projects. Our success has been based on our ability to develop evaluation methodologies that can meet the evaluation goals based on the duration and budget of the evaluation. Our goal is to create an evaluation team that can work with the client and strive to understand the outcomes of any initiative and how it can be continually improved.
Our services also include the development of evaluative tools within an initiative that will allow the client to conduct internal and periodic measures of success on their own. These tools also serve to inform future formal evaluations.
Our program management and evaluation services include:
Project design and development;
Proposal development;
Development and implementation of project administrative systems;
Budget and cashflow development;
Expenditure tracking;
Development and implementation of work plans;
Project/initiative evaluation development;
Development of research questions and evaluation methodology;
Implementation of evaluation methodology in both official languages;
Detailed and in-depth analysis of evaluation findings;
Development of final evaluation report with recommendation.
Hunter-Courchene also recognizes the importance of being able to articulate research findings in a manner that is easily understood and useful to the client. We will also work with our clients to develop strategies and action plans allowing the client to be proactive in addressing any issues relating to the findings.
Our research, writing and analysis services include:
Document and literature review;
Development of research questions and methodology;
Conducting research in both official languages;
Analysis of findings;
Development of final product based on findings;
Development of action/implementation plans and strategies with client to address various issues arising from findings.
Sector information
Key / Major clients:
Aboriginal Economic Renewal Initiative - OntarioAboriginal Nurses Association of Canada
Assembly of First Nations Health Secretariat
Assembly of First Nations Languages Unit
Assembly of First Nations LTS Joint Initiative
Assembly of First Nations Social Development Unit
Canadian Aboriginal AIDS Network
Canadian Public Health Association
Chiefs of Ontario
Commission on the Future of Health Care in Canada
Congress of Aboriginal Peoples
Department of Canadian Heritage
Health Canada Aboriginal HeadStart
Health Canada First Nations Indian and Inuit Health Information Systems
Hydro One Networks
Indian and Northern Affairs Canada LTS Joint Initiative
Indian and Northern Affairs Canada Womens Issues and Gender Equality
Inuit Tapiriit Kanatami
Métis National Council
National Aboriginal Circle Against Family Violence
National Aboriginal Health Organization
National Aboriginal Health Organization Métis Centre
National Association of Friendship Centres
Native Womens Association of Canada
Pauktuutit
Treaty #8 First Nations of Alberta
United Anishnaabeg Councils
World Bank
Third-Party Information Liability Disclaimer
Some of the information on this Web page has been provided by external sources. The Government of Canada is not responsible for the accuracy, reliability or currency of the information supplied by external sources. Users wishing to rely upon this information should consult directly with the source of the information. Content provided by external sources is not subject to official languages, privacy and accessibility requirements.
Contacts
Contact information
Description
Company description
561410 - Document Preparation Services
561920 - Convention and Trade Show Organizers
Products, services and licensing
Product / Service / Licensing
Writing/Evaluations/Research
Hunter-Courchene Consulting Group has a contingent of available personnel for all of your event coordination needs. Our systems for event planning ensure that all details are handled quickly and efficiently. Our well-organized and detail-oriented coordinators have the creativity and initiative to stage any event successfully. The expertise available within our company to plan your event include:
Agenda planning and workshop coordination/facilitation;
Budget development and expenditure tracking;
Extensive experience in completing logistical arrangements for meetings from 10 to 2000 people;
Canada-wide contacts within the hospitality field, including isolated locations and Aboriginal communities;
Extensive contacts within Aboriginal companies, organizations and communities to supply resource people as required such as Elders and other traditional resource people, special guests and speakers, knowledgeable workshop facilitators, lively entertainment, etc;
Experience in coordinating social events for your conference or meeting;
Extensive contacts with various supply companies;
Development of sponsorship packages to be distributed to potential sponsors, including proposed levels/methods of sponsorship;
Development and execution of a media strategy in partnership with the client;
Ability to plan and coordinate successful events under tight time lines;
Pool of support personnel available to staff an event of any size;
Development of an evaluation tool to measure the success of your event; and,
Ability to record, draft and finalize a conference or meeting report for publication.
Following the successful coordination of your event, Hunter-Courchene prepares a comprehensive Coordinators Activity Report, including supporting documentation. The Coordinators Report provides the client with quick and easy reference to all aspects of the meeting/conference.
Hunter-Courchene has facilitated workshops and conferences for the Assembly of First Nations, the National Aboriginal Health Organization, the Aboriginal Healing Foundation, Indian and Northern Affairs Canada, Health Canada, the Department of Canadian Heritage, the National Association of Friendship Centres and the Congress of Aboriginal Peoples.
Working with our clients, we are able to identify, develop and implement facilitation tools that will meet your workshop or conference goals. Our facilitation services include:
Establishing an appropriate working agenda for the meeting leading to a final meeting program;
Establishing an appropriate facilitated process that will achieve the expected outcomes of the meeting;
Providing logistical assistance to Conference Masters of Ceremonies so that they can concentrate on the required stage duties;
Debriefing with client at end of each day to ensure facilitated process is achieving the expected outcomes.
The process tools used are selected and finalized with you and are intended to be flexible enough to allow a group to work in an environment that is conducive to meeting your goals
Having gained experience working in a variety of capacities at many types of meetings and conferences, Hunter-Courchene has developed and adopted a process that allows us to understand and meet the diverse needs of our clients. The collaborative process allows us to capture and modify your meeting requirements as they may continually evolve. This gives us the opportunity to work with our clients to improve our products and services and ensure they consistently meet our clients needs. Our strength lies in our attention to detail and our ability to work well under tight time lines.
Our Meeting Support Services include:
Logistical support, i.e. travel arrangements, accommodations, venue evaluation, local transportation, etc.;
Transcription;
Minute taking;
Note taking; and,
Report writing.
Working with our associates in Meeting and Event Coordination, we are able to provide you with the required staff and expertise for your meetings and conferences from start to finish.
The key to all of our managed projects has been an emphasis on expenditure tracking; developing and implementing efficient administrative systems; and, consistent communication, ensuring that the project administrators and their clients understand the project goals and deliverables and that there exists clear communication channels between the two parties. Our goal is to exceed the deliverables and outcomes for each project and to determine the level of success through an evaluation process.
Hunter-Courchene has established a network of professional associates that have worked with us on a number of evaluation projects. Our success has been based on our ability to develop evaluation methodologies that can meet the evaluation goals based on the duration and budget of the evaluation. Our goal is to create an evaluation team that can work with the client and strive to understand the outcomes of any initiative and how it can be continually improved.
Our services also include the development of evaluative tools within an initiative that will allow the client to conduct internal and periodic measures of success on their own. These tools also serve to inform future formal evaluations.
Our program management and evaluation services include:
Project design and development;
Proposal development;
Development and implementation of project administrative systems;
Budget and cashflow development;
Expenditure tracking;
Development and implementation of work plans;
Project/initiative evaluation development;
Development of research questions and evaluation methodology;
Implementation of evaluation methodology in both official languages;
Detailed and in-depth analysis of evaluation findings;
Development of final evaluation report with recommendation.
Hunter-Courchene also recognizes the importance of being able to articulate research findings in a manner that is easily understood and useful to the client. We will also work with our clients to develop strategies and action plans allowing the client to be proactive in addressing any issues relating to the findings.
Our research, writing and analysis services include:
Document and literature review;
Development of research questions and methodology;
Conducting research in both official languages;
Analysis of findings;
Development of final product based on findings;
Development of action/implementation plans and strategies with client to address various issues arising from findings.
Sector
Sector information
Key / Major clients:
Aboriginal Economic Renewal Initiative - OntarioAboriginal Nurses Association of Canada
Assembly of First Nations Health Secretariat
Assembly of First Nations Languages Unit
Assembly of First Nations LTS Joint Initiative
Assembly of First Nations Social Development Unit
Canadian Aboriginal AIDS Network
Canadian Public Health Association
Chiefs of Ontario
Commission on the Future of Health Care in Canada
Congress of Aboriginal Peoples
Department of Canadian Heritage
Health Canada Aboriginal HeadStart
Health Canada First Nations Indian and Inuit Health Information Systems
Hydro One Networks
Indian and Northern Affairs Canada LTS Joint Initiative
Indian and Northern Affairs Canada Womens Issues and Gender Equality
Inuit Tapiriit Kanatami
Métis National Council
National Aboriginal Circle Against Family Violence
National Aboriginal Health Organization
National Aboriginal Health Organization Métis Centre
National Association of Friendship Centres
Native Womens Association of Canada
Pauktuutit
Treaty #8 First Nations of Alberta
United Anishnaabeg Councils
World Bank


Package com.jme.bounding
Class BoundingVolume
- java.lang.Object
-
- com.jme.bounding.BoundingVolume
-
- All Implemented Interfaces:
Collidable
,Savable
,java.lang.Cloneable
- Direct Known Subclasses:
BoundingBox
,BoundingSphere
public abstract class BoundingVolume extends java.lang.Object implements Savable, java.lang.Cloneable, Collidable
BoundingVolume
defines an interface for dealing with containment of a collection of points.- Author:
- Mark Powell
-
-
Nested Class Summary
Nested Classes Modifier and Type Class Description static class
BoundingVolume.Type
The type of bounding volume being used.
-
Field Summary
Fields Modifier and Type Field Description protected Vector3f
center
protected int
checkPlane
-
Constructor Summary
Constructors Constructor Description BoundingVolume()
BoundingVolume(Vector3f center)
-
Method Summary
All Methods Instance Methods Abstract Methods Concrete Methods Modifier and Type Method Description BoundingVolume
clone()
abstract BoundingVolume
clone(BoundingVolume store)
clone
creates a new BoundingVolume object containing the same data as this one.int
collideWith(Collidable other)
abstract void
computeFromPoints(java.nio.FloatBuffer points)
computeFromPoints
generates a bounding volume that encompasses a collection of points.abstract boolean
contains(Vector3f point)
determines if a given point is contained within this bounding volume.float
distanceSquaredTo(Vector3f point)
Find the squared distance from the center of this Bounding Volume to the given point.float
distanceTo(Vector3f point)
Find the distance from the center of this Bounding Volume to the given point.abstract float
distanceToEdge(Vector3f point)
Find the distance from the nearest edge of this Bounding Volume to the given point.Vector3f
getCenter()
Vector3f
getCenter(Vector3f store)
int
getCheckPlane()
Grabs the checkplane we should check first.abstract BoundingVolume.Type
getType()
getType returns the type of bounding volume this is.abstract float
getVolume()
abstract boolean
intersects(BoundingVolume bv)
determines if this bounding volume and a second given volume are intersecting.abstract boolean
intersects(Ray ray)
determines if a ray intersects this bounding volume.abstract boolean
intersects(Vector3f point)
Determines if a given point intersects (touches or is inside) this bounding volume.abstract boolean
intersectsBoundingBox(BoundingBox bb)
determines if this bounding volume and a given bounding box are intersecting.abstract boolean
intersectsSphere(BoundingSphere bs)
determines if this bounding volume and a given bounding sphere are intersecting.abstract BoundingVolume
merge(BoundingVolume volume)
merge
combines two bounding volumes into a single bounding volume that contains both this bounding volume and the parameter volume.abstract BoundingVolume
mergeLocal(BoundingVolume volume)
mergeLocal
combines two bounding volumes into a single bounding volume that contains both this bounding volume and the parameter volume.void
read(JmeImporter e)
void
setCenter(float x, float y, float z)
void
setCenter(Vector3f newCenter)
void
setCheckPlane(int value)
Sets the index of the plane that should be first checked during rendering.abstract BoundingVolume
transform(Matrix4f trans, BoundingVolume store)
BoundingVolume
transform(Transform trans)
transform
alters the location of the bounding volume by a rotation, translation and a scalar.abstract BoundingVolume
transform(Transform trans, BoundingVolume store)
transform
alters the location of the bounding volume by a rotation, translation and a scalar.abstract Plane.Side
whichSide(Plane plane)
whichSide
returns the side on which the bounding volume lies on a plane.void
write(JmeExporter e)
-
Methods inherited from class java.lang.Object
equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait
-
Methods inherited from interface com.jme.collision.Collidable
collideWith
-
-
-
-
Field Detail
-
checkPlane
protected int checkPlane
-
center
protected Vector3f center
-
-
Constructor Detail
-
BoundingVolume
public BoundingVolume()
-
BoundingVolume
public BoundingVolume(Vector3f center)
-
-
Method Detail
-
getCheckPlane
public int getCheckPlane()
Grabs the checkplane we should check first.
-
setCheckPlane
public final void setCheckPlane(int value)
Sets the index of the plane that should be first checked during rendering.- Parameters:
value
-
-
getType
public abstract BoundingVolume.Type getType()
getType returns the type of bounding volume this is.
-
transform
public final BoundingVolume transform(Transform trans)
transform
alters the location of the bounding volume by a rotation, translation and a scalar.- Parameters:
trans
- the transform to affect the bound.- Returns:
- the new bounding volume.
-
transform
public abstract BoundingVolume transform(Transform trans, BoundingVolume store)
transform
alters the location of the bounding volume by a rotation, translation and a scalar.- Parameters:
trans
- the transform to affect the bound.store
- bounding volume to store result in- Returns:
- the new bounding volume.
-
transform
public abstract BoundingVolume transform(Matrix4f trans, BoundingVolume store)
-
whichSide
public abstract Plane.Side whichSide(Plane plane)
whichSide
returns the side on which the bounding volume lies on a plane. Possible values are POSITIVE_SIDE, NEGATIVE_SIDE, and NO_SIDE.- Parameters:
plane
- the plane to check against this bounding volume.- Returns:
- the side on which this bounding volume lies.
-
computeFromPoints
public abstract void computeFromPoints(java.nio.FloatBuffer points)
computeFromPoints
generates a bounding volume that encompasses a collection of points.- Parameters:
points
- the points to contain.
-
merge
public abstract BoundingVolume merge(BoundingVolume volume)
merge
combines two bounding volumes into a single bounding volume that contains both this bounding volume and the parameter volume.- Parameters:
volume
- the volume to combine.- Returns:
- the new merged bounding volume.
-
mergeLocal
public abstract BoundingVolume mergeLocal(BoundingVolume volume)
mergeLocal
combines two bounding volumes into a single bounding volume that contains both this bounding volume and the parameter volume. The result is stored locally.- Parameters:
volume
- the volume to combine.- Returns:
- this
-
clone
public abstract BoundingVolume clone(BoundingVolume store)
clone
creates a new BoundingVolume object containing the same data as this one.- Parameters:
store
- where to store the cloned information. if null or wrong class, a new store is created.- Returns:
- the new BoundingVolume
-
getCenter
public final Vector3f getCenter()
-
setCenter
public final void setCenter(Vector3f newCenter)
-
setCenter
public final void setCenter(float x, float y, float z)
-
distanceTo
public final float distanceTo(Vector3f point)
Find the distance from the center of this Bounding Volume to the given point.- Parameters:
point
- The point to get the distance to- Returns:
- distance
-
distanceSquaredTo
public final float distanceSquaredTo(Vector3f point)
Find the squared distance from the center of this Bounding Volume to the given point.- Parameters:
point
- The point to get the distance to- Returns:
- distance
-
distanceToEdge
public abstract float distanceToEdge(Vector3f point)
Find the distance from the nearest edge of this Bounding Volume to the given point.- Parameters:
point
- The point to get the distance to- Returns:
- distance
-
intersects
public abstract boolean intersects(BoundingVolume bv)
determines if this bounding volume and a second given volume are intersecting. Intersecting being: one volume contains another, one volume overlaps another or one volume touches another.- Parameters:
bv
- the second volume to test against.- Returns:
- true if this volume intersects the given volume.
-
intersects
public abstract boolean intersects(Ray ray)
determines if a ray intersects this bounding volume.- Parameters:
ray
- the ray to test.- Returns:
- true if this volume is intersected by a given ray.
-
intersectsSphere
public abstract boolean intersectsSphere(BoundingSphere bs)
determines if this bounding volume and a given bounding sphere are intersecting.- Parameters:
bs
- the bounding sphere to test against.- Returns:
- true if this volume intersects the given bounding sphere.
-
intersectsBoundingBox
public abstract boolean intersectsBoundingBox(BoundingBox bb)
determines if this bounding volume and a given bounding box are intersecting.- Parameters:
bb
- the bounding box to test against.- Returns:
- true if this volume intersects the given bounding box.
-
contains
public abstract boolean contains(Vector3f point)
determines if a given point is contained within this bounding volume. If the point is on the edge of the bounding volume, this method will return false. Use intersects(Vector3f) to check for edge intersection.- Parameters:
point
- the point to check- Returns:
- true if the point lies within this bounding volume.
-
intersects
public abstract boolean intersects(Vector3f point)
Determines if a given point intersects (touches or is inside) this bounding volume.- Parameters:
point
- the point to check- Returns:
- true if the point lies within this bounding volume.
-
getVolume
public abstract float getVolume()
-
clone
public BoundingVolume clone()
- Overrides:
clone
in classjava.lang.Object
-
write
public void write(JmeExporter e) throws java.io.IOException
-
read
public void read(JmeImporter e) throws java.io.IOException
-
collideWith
public int collideWith(Collidable other)
-
-


1017 ALYX 9SM and Guidi Release Italian-Crafted Zip Boots
Offered in three colorways.
by Nia GroceAfter a knitted sock-sneaker hybrid and a rubberized knee-high edition, 1017 ALYX 9SM is giving its latest pair of boots a premium leather makeover with the help of Italian-based label Guidi. Like ALYX’s other chunky footwear, the hefty “Front Zip Boot” sits atop a sturdy Vibram sole, while the upper is offered in three distinctive colorways of black, white and yellow.
The shoes are handmade in Italy and crafted with vegetable tanned leather that comes straight from Tuscany. A silver-tone zipper lines the front of the boot as the key design, while an “ALYX” logo is printed on the zipper pull for subtle branding. Each style is tumble-dyed in order to achieve its respective color, lending slight variations in tone from one boot to another for a unique finish.
Priced at €1,485 EUR (approximately $1,600 USD), the Guidi x ALYX Front Zip Boot is available to shop now at Alyxstudio.com and retailers such as Nordstrom.
ALYX has also offered up sleeker footwear options this season, recently delivering a pair of monochromatic low-top sneakers.
GUIDI x ALYX Front Zip Boot With Vibram Sole
Release Date
November 25, 2019 - 12:00 am EST (TBC)
Price
1485 EUR


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A-hem! This document is written with the assumption that you may not have used Textpattern before. Yes, we make allowances for that because not all magazine topics (e.g. reviews of other services/tools useful to freelancers) require Textpattern experience. So if you are experienced, thank you for tolerating the extra details given to make concepts like the admin-side layout and function more clear.
Overview of article submission process
Before you dive into this guide, make sure you even need to. The page you’re reading now is relevant at step 6 below, so if you’re not at step 6, stop and go back to the beginning:
- Draft a short summary of the idea you'd like to publish in TXP Magazine.
- Send it to magazine editors following the article contribution instructions (the only way we'll consider it).
- Wait patiently for a reply.
- If the idea is accepted, start a Google Document, using this template (you can only access it when you've been given rights to), and share it with your assigned editor.
- Outline your article, with summary statements at each point, and share with editor to ensure it's headed the right direction.
- Finish your draft, including indication of any code samples, visuals, or other presentational elements to be added. Begin (or finish) formatting your content with Textile using this guide.
- The article will get scheduled in the editorial calendar. (Date depends on editorial planning and slot availability.)
- You'll get an author account in the CMS to create and maintain your bio page. (Published at the same time as your article.)
Article structure and the Textpattern Write panel
Magazine website templates are created using HTML5. All presentation elements you will ever need are already defined and described in this guide. You only need to ensure that your article is formatted correctly by using the appropriate markup syntax and associated style attributes, as they are explained here. Everything corresponds to three editing fields in the Write panel of the CMS: Title, Excerpt, and Body.
Title
We use sentence-case on all titles (and body headers too). You just enter the title text, and that’s it. No Textile and regular markup is used.
Excerpt
Excerpts are the bold paragraphs that appear under the title (and author) of an article, like you see at top of this page. You may often need to italicise (__italicise__
) or emphasise (_emphasise_
) words, or add one or more links ("link":url
). The following sentence, for example…
This represents a _sentence_ in an excerpt, having "this link":URL.
…would render as…
This represents a sentence in an excerpt, having this link.
That’s how Textile rolls. Simple.
Body
The body is where the rest of your content will go. We’ll cover the elements that are likely to be used most often, and maybe some special situations we’d want to employ for semantic reasons.
Block elements
Headers
Magazine articles use markup headers h1
to h4
, and h1
is only used on titles automatically, so you will only ever use headers h2
through h4
in your body copy. We avoid using h5
and h6
as an editorial rule.
Paragraphs
A nice thing about Textpattern’s use of Textile is you don’t have to explicitly use Textile’s paragraph syntax (p.
); you simply write your text, and the CMS will add p
tags automatically.
There are two exceptions. First is when needing to use a selector on the paragraph (described next). The other time is when it follows a multi-paragraph blockquote (described later under Blockquotes).
Custom paragraphs (via presentational selectors)
If you’re not familiar with HTML markup, selectors are id
and class
attributes for HTML tags that can be used to tie presentational CSS styling to content with custom attribute values. For magazine articles, there are only a few situations requiring custom paragraph styles, and thus Textile paragraph notation at all.
Question–answer interviews and other author–subject conversations
The W3C specs for HTML5 make clear that blockquotes are not appropriate for marking up back-and-forth conversations, which question–answer interviews are when the conversation directly alternates between interviewer and interviewee. The W3C specs for conversations recommend using styled paragraphs instead:
This specification does not define a specific element for marking up conversations, meeting minutes, chat transcripts, dialogues in screenplays, instant message logs, and other situations where different players take turns in discourse.
Instead, authors are encouraged to mark up conversations using
p
elements and punctuation. Authors who need to mark the speaker for styling purposes are encouraged to usespan
orb
. Paragraphs with their text wrapped in thei
element can be used for marking up stage directions.
Since we often use question–answer and other conversational exchanges in the magazines Community Spotlight articles, we mark up the author’s dialogue in bold (**bold**
) and the interviewee responses with p(answer).
.
For example, this exchange marked-up with Textile…
 How is that possible?**
p(answer). I guess because I prefer to roll slowly in moist and shady ground.
Renders as this…

We hear you’re a rolling stone that still collects moss. How is that possible?

I guess because I prefer to roll slowly in moist and shady ground.

Note that making **bold**
text with Textile requires surrounding the copy with double asterisks, which is semantically different than using single asterisks to make *strong*
text. Even though they produce the same visual result when rendered, they result in different HTML elements—b
and strong
, respectively—and thus communicate different meanings to (and thus responses from) text-reading technology that website visitors may rely on. In other words, this is an important accessibility factor, one authors need to be mindful of at all times. Ensure you use double asterisks when you just need bold text, like in this case, because we don’t want to emphasise author questions over subject responses.
Blockquotes
Blockquotes are paragraphs quoted from an external source. Blockquotes should ideally be cited with a URL to the source, but if no URL exists, blockquote markup is still valid if a reference to an original print publication of the source can be provided in it’s place.
Textile can be used for blockquotes easily, and there’s a convention for both single-paragraph blockquotes (bq.
) and multi-paragraph blockquotes (bq..
).
Single-paragraph blockquotes
A single-paragraph blockquote (bq.
) used between two normal paragraphs would be marked up with Textile like this…
A regular paragraph. bq. Start of the blockquote paragraph... Another regular paragraph.
According to the HTML5 standards, you don't have to use p
tags inside a blockquote, but Textpattern adds them anyway, so single-paragraphs will result in HTML markup like this...

Start of the blockquote paragraph...

And render as formatted content like…
Start of the blockquote paragraph...
Blockquotes are visually styled exactly like the custom paragraphs (p(answer).
) described earlier. We want the uniformity in presentation while abiding by the W3C’s recommendations for distinguishing between blockquotes and regular non-cited conversations. The difference is under the surface—machine-readable semantics—and important for text-reading technology.
Multi-paragraph blockquotes
For multi-paragraph blockquotes (bq..
), you do need to use the p.
on the paragraph immediately following the blockquote to escape the paragraph from the blockquote code. (This is the second situation when the Textile syntax for paragraphs must be used in Textpattern, as mentioned at the start of the Paragraphs section.)
Here’s a typical structure for a multi-paragraph blockquote using Textile…
A regular paragraph... bq.. First blockquote paragraph... Second blockquote paragraph... Et cetera p. First regular paragraph following multi-paragraph blockquote.
The above will result in HTML markup like this...

First blockquote paragraph...

Second blockquote paragraph...

Et cetera

Cited blockquotes
Citing the source from where the quote is being taken from should always be done if the source has a URI than can be used. This requires both the cite
element and the cite=""
attribute, used in relation to the blockquote
element.
The Textile convention for the cite
element is ??cite??
, where "cite" is the named source of the quote. The Textile convention for the cite=""
attribute in relation to the blockquote is bq.:url
, where "url" is the actual URL to the source.
Leading paragraph with ??cited reference??: bq.:url Blockquote paragraph...
And this is the resulting markup...

Leading paragraph with cited reference:

Blockquote paragraph…

See the earlier section, Question–answer interviews, which uses a cited blockquote to reference the W3C specs for HTML5, and demonstrates the rendered presentation.
The same is true for multi-paragraph blockquotes, just making sure to use bq..:
Leading paragraph with ??cited reference??: bq..:url First blockquote paragraph. Second blockquote paragraph.
Asides
The aside
element is what we use for pull quotes and Editor notes.
Pull quote asides
These can be used in articles as a way to make a series of paragraphs a little more interesting. Styles exist for left and right positions with paragraphs. The one you see here is right-aligned, and is done using
.
A pull quote can be positioned to the left too using
.
Editor note asides
Editor notes are side notes that might be added by editors post publication if new (helpful and relevant) information comes to attention and seems worth adding. Editor notes are full-width and created using…

Editor's note: Some of the above is true, and some isn't.

which renders…
Inline elements
Inline elements (or text level elements), are essentially those used within block element copy. Out of all that exist, the ones you will probably use the most are:
- italic
__italic__
) - emphasis (
_emphasis_
) - bold (
**bold**
) - strong (
*strong*
), meaning important - links (
"links":url
)
See the quick reference table in the sidecolumn of this page for Textile equivalents to many inline elements you might use.
Notes on links
Links are pretty straightforward, but there’s a couple of things to be aware.
Links with title attributes
If you want title hovers for our links, you can still do this with Textile by simply adding the title text in parenthesis after the link label: "Textpattern(The Textpattern website)":http://textpattern.com
.
Absolute and relative links
Use a relative (local) URL if you’re linking to another page within TXP (e.g. "Write for us":contribute/write-for-us
), which always begins with the section title.
Use an absolute URL when linking outside of TXP (e.g. "Textpattern":http://textpattern.com
).
Escaping links
There are certain situations where links need to be escaped from associated punctuation for formatting to work properly.
Escaping em dashes (before and after): TXP uses em dashes in sentence structure with no surrounding spaces. If your copy requires a link immediately next to an em dash, en dash, etc., Textile syntax will simply display as non-rendered text. This is easily corrected by surrounding the Textile link syntax with straight brackets. For example, this…
...tail end of a sentence—["this link":URL].
will render correctly as…
…tail end of a sentence—this link.
Without the straight brackets, the Textile syntax and associated URL would just appear as non-rendered text. You can markup the link using regular HTML, if you prefer, which also works as expected.
Escaping quotation marks: If you ever need (or more likely want) to put a link on a quote, again use the straight brackets between the quotes marks of the quoted text and those of the Textile link syntax. So this…
She said, "["Hey, mofo!":url]".
turns out okay, like this…
She said, "Hey, mofo!".
| Description | HTML element | CSS presentation | Textile syntax* |
|---|---|---|---|
| *Where a Textile equivalent doesn’t exist, use the HTML version. | |||
| Link | a |
a | "a":url |
| Bold, but not semantically important | b |
bold | **bold** |
| Abbreviation | abbr |
abbr | none |
| Citation | cite |
cite | ??cite?? |
| Code | code |
code |
@code@ |
| Deletion | del |
-del- | |
| Definition | dfn |
dfn | none |
| Emphasis | em |
em | _em_ |
| Italic, but not semantically emphasised | i |
i | __i__ (double underscores) |
| Insertion | ins |
ins | +ins+ |
| Keyboard input | kbd |
kbd | none |
| Text marked for reference purpose | mark |
mark | none |
| Quote | q |
q |
none |
| Sample output from a computer program | samp |
samp | none |
| Small, semantically smallprint | small |
small | none |
| Importantance | strong |
strong | *strong* |
| Subscript | sub |
sub | ~sub~ |
| Superscript | sup |
sup | ^sup^ |
| A variable | var |
var | none |
Image
Images will be used in two contexts in the magazine: alone (with or without link) or as figures (links, if used, in the figure’s caption only). Each context will share the same four predetermined sizes (widths as percentages) handled in the CSS: 25%, 35%, 55% and 100%. The 25, 35, and 55% widths will always be floated left or right. All images must be pre-processed accordingly before loaded into the CMS; meaning they should be cropped to a pixel width slightly greater than the targeted percentage width (Table 2).
| Targeted width (%) | 25 | 35 | 55 | 100 |
|---|---|---|---|---|
| *Images must be cropped to these widths, respectively, before loading into CMS. | ||||
| Crop width (px)* | 175 | 280 | 385 | 700 |
Images alone
Following is an image at full width (cropped at 700px wide). This is the default width in terms of CSS, so no classes are needed in the img
tag.
Next is an image targeted to 55% (cropped at 385px wide) and floated left. This requires two classes on the img
; one for the specific width and one for the float direction (class="w55 imgleft"
).
Remember that all images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%). Images/video width and height attribute values should never be used.
Next is an image targeted to 35% (cropped at 280px wide) and floated left. It uses the same left float class, of course, but the width class changes accordingly (class="w35 imgleft"
).
Remember that all images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%). Let’s say that again. All images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%).
This last image is the smallest targeted width at 25% (cropped at 175px wide). To change things up and see the full range of class options, we’ll put a link on it and float it right (class="w25 imgright"
).
Remember that all images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%). Images/video width and height attribute values should never be used.
Figure
Remember that all images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%). Let’s say that again. All images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%).
Embedded content
Remember that all images and videos in the website are max-width:100%;
for flexibility and accommodation of responsive design, so parent containers are what control a given desired image/video width in layout, except when they are at their maximum width already (100%). Images/video width and height attribute values should never be used.


--- layout: post title: Portland Rails presentation draws full house categories: - sightings author: admin published: true date: 2005-04-15 02:20:51.000000000 +01:00 ---
Lucas Carlson talks about how Portland is turning into a power zone for Rails development and how great his presentation there went last night:
Last night I gave a presentation about Rails to what was supposed to be the local Perl mongers and Ruby group. Usually, between 6-10 people show up to either meeting, so I was expecting 20-25 people. But Rails pulled people out of the cracks and the turnout was around 50 people.
Overall, the crowd seemed very happy and excited, many oooos and ahhhhs. A lot of people emailed me afterwards saying that they were planning on starting their first Rails sites.
You should get involved with your local Java, Perl, Python, or PHP user groups too. Let the rhetoric take a back seat for a little while and show your fellow programmers what it is we have here in Ruby on Rails land. No reason hoggin all the tool toys for yourself. Sharing is so much more fun.


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hide private
]
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frames
] |
no frames
]
[
Module Hierarchy
|
Class Hierarchy
]
Class Hierarchy
exceptions.Exception
:
Common base class for all exceptions.
ad_ldap.errors.Error
:
Generic Error class for adldap.
ad_ldap.errors.ADDomainNotConnectedError
:
You must call Connect() on the Domain object before this operation.
ad_ldap.errors.ADObjectClassOnlyError
:
These results can only be retrieved when using the ADObject class type.
ad_ldap.errors.ADObjectNotFoundError
:
The search returned zero results.
ad_ldap.errors.ADPasswordSetFailedError
:
The attempt to update the password failed.
ad_ldap.errors.InvalidCredentialsError
:
The credentials supplied were invalid.
ad_ldap.errors.InvalidPropertyFormatError
:
The properties requested for the object are in an invalid format.
ad_ldap.errors.LDAPConnectionFailedError
:
The LDAP server could not be contacted.
ad_ldap.errors.MemberAlreadyError
:
The group member already exists.
ad_ldap.errors.NoComputerPasswordResetError
:
Resetting the password for computer objects is not supported.
ad_ldap.errors.NonListParameterError
:
The parameter must be a list or other iterable.
ad_ldap.errors.NotAMemberError
:
The object is not a member of the group.
ad_ldap.errors.ObjectPropertyNotFoundError
:
An attempt was made to access a property that was not found.
ad_ldap.errors.QueryTimeoutError
:
The ldap query timed out waiting for results.
ad_ldap.errors.ServerRefusedOperationError
:
The server refused to perform the operation requested.
ad_ldap.errors.UserNotDisabledError
:
An attempt was made to enable a user that was not disabled.
ad_ldap.errors.UserNotEnabledError
:
An attempt was made to disable a user that was not enabled.
ad_ldap.errors.UserNotLockedOutError
:
An attempt was made to unlock a user that is not locked out.
object
:
The most base type
ad_ldap.ad_ldap.ADObject
:
A generic AD Object.
ad_ldap.ad_ldap.Container
:
An Active Directory CN or OU object.
ad_ldap.ad_ldap.Group
:
An Active Directory Group object.
ad_ldap.ad_ldap.User
:
An Active Directory user object.
ad_ldap.ad_ldap.Computer
:
An Active Directory computer object.
ad_ldap.ad_ldap.Domain
:
Represents an Active Directory Domain.
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atom-beautify
Beautify HTML, CSS, JavaScript, PHP, Python, Ruby, Java, C, C++, C#, Objective-C, CoffeeScript, TypeScript, Coldfusion, SQL, and more in Atom.
- Installation:
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apm install atom-beautify
- Built-in package manager
- Terminal:
- Usage:
- Right click and select “Beautify editor contents”.
- Scope: selected contents or the whole file if not.
- My uncrustify.cfg
autoclose-html
Will automatically add closing tags when you complete the opening tag.
- Installation:
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apm install autoclose-html
- Built-in package manager
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autocomplete-clang
This package provides completions by clang like emacs auto-complete-clang.el using autocomplete-plus.
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apm install autocomplete-clang
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autocomplete-python
Python packages, variables, methods and functions with their arguments autocompletion in Atom powered by your choice of Jedi or Kite.
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apm install autocomplete-python
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color-picker
Currently reads HEX
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Git integration. Do git things inside Atom.
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If Your project folder is at root git-plus can detect it automatically.
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Highlight strings matching the selected text throughout the file.
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Themeable markdown converter (Print to PDF, HTML, JPEG or PNG)
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A preview of the full source code.
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A minimap binding for the Atom git-diff package.
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Atom package to display linter markers on minimap.
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Run scripts based on file name, a selection of code, or by line number.
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apm install script
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Synchronize settings, keymaps, user styles, init script, snippets and installed packages across Atom instances.
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apm install sync-settings
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|
Pegassas Probe
0.1
|
Go to the source code of this file.
Functions | |
| WiFi_creds | get_wifi_creds (SSD1306Wire &display) |
| void | save_wifi_creds (WiFi_creds creds) |
| WiFi_creds | load_wifi_creds () |
| WiFi_creds get_wifi_creds | ( | SSD1306Wire & | display | ) |
Creates a WiFi hotspot and serves a web form for the user to connect and provide new WiFi credentials
Definition at line 6 of file wifi_creds.cpp.
| WiFi_creds load_wifi_creds | ( | ) |
Loads WiFi credentials from EEPROM
Definition at line 124 of file wifi_creds.cpp.
| void save_wifi_creds | ( | WiFi_creds | creds | ) |
Saves WiFi credentials to EEPROM
Definition at line 98 of file wifi_creds.cpp.


Canada's richest revealed
by Elana Shepert / Vancouver Is AwesomeCEOWORLD Magazine has identified the richest people in Canada for its annual Canada Rich List Index, and the list includes 41 billionaires.
According to the financial publication’s annual listing, 2019 saw the total wealth of the top 10 richest Canadians hit a new record high of $96.4 billion.
David Thomson, chairman of Thomson Reuters, claimed the top spot with an estimated net worth of a staggering $39 billion. The British-Canadian magnate became the wealthiest man in the country after the death of his father in 2006, when he became chairman of Thomson Corporation.
Joseph Tsai is the second wealthiest person in Canada, with an estimated net worth of $10.2 billion. As vice-chairman of Chinese e-commerce giant Alibaba Group, Tsai is also a dual-citizen of the People’s Republic of China. In addition, he owns nearly half of the Brooklyn Nets National Basketball Association team.
Galen Weston is the third richest person in the country, with a net worth of $9 billion. Weston is a British-Canadian businessman and also the chairman emeritus of George Weston – a Canadian food processing and distribution company, which controls Loblaws and Shoppers Drug Mart.
David Cheriton and James Irving rounded up the top five wealthiest people in Canada with $6.4 billion and $6.3 billion, respectively.
Jim Pattison is the sixth wealthiest person in Canada with an estimated net worth of $5.7 billion.
All estimated net worth figures are in U.S. dollars.
Richest People in Canada
- David Thomson: $39 billion
- Joseph Tsai: $10.2 billion
- Galen Weston: $9 billion
- David Cheriton: $6.4 billion
- James Irving: $6.3 billion
- Jim Pattison: $5.7 billion
- Huang Chulong: $5.6 billion
- Emanuele (Lino) Saputo: $5.1 billion
- Chip Wilson: $4.6 billion
- Mark Scheinberg: $4.5 billion
- Alain Bouchard: $4.1 billion
- Peter Gilgan: $4 billion
- Arthur Irving: $3.5 billion
- Daryl Katz: $3.1 billion
- Bob Gaglardi: $3 billion
- Tobi Lutke: $2.9 billion
- Garrett Camp: $2.7 billion
- Robert Miller: $2.7 billion
- Mitchell Goldhar: $2.7 billion
- Lawrence Stroll: $2.6 billion
- Jean Coutu: $2.5 billion
- Michael Lee-Chin: $2.4 billion
- Carlo Fidani: $2.3 billion
- Serge Godin: $2.3 billion
- Charles Bronfman: $2.3 billion
- Jacques D’Amours: $2.1 billion
- Pierre Karl Péladeau: $1.8 billion
- Stephen Smith: $1.8 B $2 billion
- Marcel Adams: $1.7 billion
- Stephen Jarislowsky: $1.6 billion
- Hal Jackman: $1.6 billion
- Gerald Schwartz: $1.6 billion
- Mark Leonard: $1.5 billion
- N. Murray Edwards: $1.4 billion
- Bruce Flatt: $1.4 billion
- Brandt Louie: $1.4 billion
- Peter Szulczewski: $1.4 billion
- K. Rai Sahi: $1.3 billion
- Jack Cockwell: $1.3 billion
- Terence (Terry) Matthews: $1.2 billion
- Guy Laliberté: $1 billion


General Motors has been pushing the limits of transportation and technology for over
100 years. Today, we are
in the midst of a transportation revolution. And we have the
ambition, the talent and the technology to realize
the safer, better and more sustainable
world we want.
As an open, inclusive company, we’re also creating an environment where everyone feels
welcomed and valued for
who they are. One team, where all ideas are considered and
heard, where everyone can contribute to their fullest
potential, with a culture based in
respect, integrity, accountability and equality.
Our team brings wide-ranging perspectives and experiences to solving the complex
transportation challenges of today
and tomorrow.
Headquartered in Detroit, Michigan, GM is:
At General Motors, innovation is our north star. As the first automotive company to mass-produce
an affordable
electric car, and the first to develop an electric starter and air bags, GM has
always pushed the limits of engineering.
Our future depends on responsible stewardship of the earth, and we continually seek
creative and innovative solutions
for the environment. Our policies and technologies
promote a cleaner planet from supply chain to manufacturing
to the vehicles we put on the road.
Across 14 recent new-vehicle launches, we’ve trimmed an average of 357 pounds per vehicle,
saving 35 million gallons
of gasoline and avoiding 312,000 metric tons of CO2 emissions per year.
Today, our vehicle manufacturing process has the lowest environmental footprint in our history,
thanks to steady progress
toward achieving our 2020 operational commitments to reduce energy,
carbon, water and waste intensity.
We are General Motors. We transformed how the world moved through the last century.
And we’re determined to do it
again as we redefine mobility to serve our customers
and shareholders and solve societal challenges.


doc.crds.dev is and always will be free and open source.
To find a repo, search github.com/{org}/{repo}. You may optionally append @{version} to view documentation for a specific version of the project. For example<EMAIL_ADDRESS>If you do not include a tag, the latest indexed tag will be served.


Cars
{{car.name}}
{{car.creator}}
{{car.description}}
Furniture
{{furniture.name}}
{{furniture.creator}}
{{furniture.description}}


Class: Aws::KinesisAnalyticsV2::Types::ParallelismConfigurationUpdate
| 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-kinesisanalyticsv2/lib/aws-sdk-kinesisanalyticsv2/types.rb |
Overview
Describes updates to parameters for how an application executes multiple tasks simultaneously.
Constant Summary
Instance Attribute Summary
-
#auto_scaling_enabled_update ⇒ Boolean
rw
Describes updates to whether the
::Aws::Kinesis
Data Analytics service can increase the parallelism of a Flink-based::Aws::Kinesis
Data Analytics application in response to increased throughput. -
#configuration_type_update ⇒ String
rw
Describes updates to whether the application uses the default parallelism for the
::Aws::Kinesis
Data Analytics service, or if a custom parallelism is used. -
#parallelism_per_kpu_update ⇒ Integer
rw
Describes updates to the number of parallel tasks an application can perform per
::Aws::Kinesis
Processing Unit (KPU) used by the application. -
#parallelism_update ⇒ Integer
rw
Describes updates to the initial number of parallel tasks an application can perform.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#auto_scaling_enabled_update ⇒ Boolean
(rw)
Describes updates to whether the ::Aws::Kinesis
Data Analytics service can
increase the parallelism of a Flink-based ::Aws::Kinesis
Data Analytics
application in response to increased throughput.
# File 'gems/aws-sdk-kinesisanalyticsv2/lib/aws-sdk-kinesisanalyticsv2/types.rb', line 3708
class ParallelismConfigurationUpdate < Struct.new( :configuration_type_update, :parallelism_update, :parallelism_per_kpu_update, :auto_scaling_enabled_update) SENSITIVE = [] include Aws::Structure end
#configuration_type_update ⇒ String
(rw)
Describes updates to whether the application uses the default
parallelism for the ::Aws::Kinesis
Data Analytics service, or if a custom
parallelism is used. You must set this property to CUSTOM
in order
to change your application's AutoScalingEnabled
, Parallelism
,
or ParallelismPerKPU
properties.
# File 'gems/aws-sdk-kinesisanalyticsv2/lib/aws-sdk-kinesisanalyticsv2/types.rb', line 3708
class ParallelismConfigurationUpdate < Struct.new( :configuration_type_update, :parallelism_update, :parallelism_per_kpu_update, :auto_scaling_enabled_update) SENSITIVE = [] include Aws::Structure end
#parallelism_per_kpu_update ⇒ Integer
(rw)
Describes updates to the number of parallel tasks an application can
perform per ::Aws::Kinesis
Processing Unit (KPU) used by the application.
# File 'gems/aws-sdk-kinesisanalyticsv2/lib/aws-sdk-kinesisanalyticsv2/types.rb', line 3708
class ParallelismConfigurationUpdate < Struct.new( :configuration_type_update, :parallelism_update, :parallelism_per_kpu_update, :auto_scaling_enabled_update) SENSITIVE = [] include Aws::Structure end
#parallelism_update ⇒ Integer
(rw)
Describes updates to the initial number of parallel tasks an
application can perform. If AutoScalingEnabled
is set to True,
then ::Aws::Kinesis
Data Analytics can increase the CurrentParallelism
value in response to application load. The service can increase
CurrentParallelism
up to the maximum parallelism, which is
ParalellismPerKPU
times the maximum KPUs for the application. The
maximum KPUs for an application is 32 by default, and can be
increased by requesting a limit increase. If application load is
reduced, the service will reduce CurrentParallelism
down to the
Parallelism
setting.
# File 'gems/aws-sdk-kinesisanalyticsv2/lib/aws-sdk-kinesisanalyticsv2/types.rb', line 3708
class ParallelismConfigurationUpdate < Struct.new( :configuration_type_update, :parallelism_update, :parallelism_per_kpu_update, :auto_scaling_enabled_update) SENSITIVE = [] include Aws::Structure end


Resources
This page lists resources that I’ve found helpful in the past.
Reverse Engineering
Ghidra
- [2019] Working with Ghidra’s P-Code to Identify Vulnerable Function Calls
- Describes working with Ghidra’s IL called P-Code.
- https://www.riverloopsecurity.com/blog/2019/05/pcode/
- https://web.archive.org/web/20201208232408/https://www.riverloopsecurity.com/blog/2019/05/pcode/
- [2019] Software Reverse Engineering with Ghidra
- A video series that walks through reverse engineering C++ binaries in Ghidra.
- https://youtu.be/4v8WkHmSFUU
Android
Bootloader
- [2017] Reverse Engineering Samsung S6 SBOOT
- A series by Quarkslab that describes how to reverse engineer Samsung’s SBOOT bootloader.
- https://blog.quarkslab.com/reverse-engineering-samsung-s6-sboot-part-i.html
- https://web.archive.org/web/20201111195637/https://blog.quarkslab.com/reverse-engineering-samsung-s6-sboot-part-i.html
- [2014] Reverse Engineering Android’s Aboot
- Describes how to reverse engineering bootloaders on the Nexus 5, Galaxy S5, and Fire HDX.
- http://www.newandroidbook.com/Articles/aboot.html
- https://web.archive.org/web/20201227165102/http://www.newandroidbook.com/Articles/aboot.html
Rooting via Unlocked Bootloader
- [2017] Android Rooting: An Arms Race between Evasion and Detection
- The history of Android rooting tools, how they work, and how apps are detecting them.
- https://www.hindawi.com/journals/scn/2017/4121765/
- https://web.archive.org/web/20201227163141if_/https://www.hindawi.com/journals/scn/2017/4121765/
Samsung’s Mitigations
- [2020] A Samsung RKP Compendium
- Pretty much lifts Samsung’s hypervisor (called uh) to C and walks through it. It also describes a patched vulnerabities to get EL2 read/write.
- https://www.longterm.io/samsung_rkp.html
- https://web.archive.org/web/20210106020249/https://www.longterm.io/samsung_rkp.html
- [2017] Defeating Samsung KNOX with Zero Privilege
- Describes bypassing Samsung’s KNOX mitigations using CVE-2016-6787.
- https://www.youtube.com/watch?v=6bPuEfHSYOc
- https://www.blackhat.com/docs/us-17/thursday/us-17-Shen-Defeating-Samsung-KNOX-With-Zero-Privilege-wp.pdf
- https://web.archive.org/web/20190630180019/https://www.blackhat.com/docs/us-17/thursday/us-17-Shen-Defeating-Samsung-KNOX-With-Zero-Privilege-wp.pdf
Binder
- [2020] Exploiting a Single Instruction Race Condition in Binder
- Describes how they exploited a race condition in Binder (CVE-2020-0423) to achieve LPE.
- https://www.longterm.io/cve-2020-0423.html
- https://web.archive.org/web/20201227155716/https://www.longterm.io/cve-2020-0423.html
- [2020] Android Kernel Exploitation (Free Workshop)
- A free workshop that walks readers through exploiting CVE-2019-2215, a.k.a. Bad Binder, on an Android VM.
- https://cloudfuzz.github.io/android-kernel-exploitation/
- https://web.archive.org/web/20201227160253/https://cloudfuzz.github.io/android-kernel-exploitation/
Linux Kernel
KASLR
- [2020] Exploiting Uses of Uninitialized Stack Variables in Linux Kernels to Leak Kernel Pointers
- Describes a method for computing a kernel stack leak’s offset. Introduces a primitive to spray pointers onto the kernel stack using a small BPF program. Describes how to leak pointers with very small leaks (e.g. 4 byte leaks on 64-bit kernels).
- https://www.usenix.org/system/files/woot20-paper-cho.pdf
- https://web.archive.org/web/20201227154246/https://www.usenix.org/system/files/woot20-paper-cho.pdf