Global variables of ballerina.caching package
| Variable Name | Data Type | Description |
|---|---|---|
| CACHE_CLEANUP_START_DELAY | int | Cache cleanup task starting delay in ms. |
| CACHE_CLEANUP_INTERVAL | int | Cache cleanup task invoking interval in ms. |
| cacheMap | map | |
| cacheCleanupTaskID | string |
Functions of ballerina.caching package
public function <Cache cache> get(string key) (any )
Returns the cached value associated with the given key. Returns null if the provided key does not exist in the cache.
Receiver:
| Receiver Name | Data Type | Description |
|---|---|---|
| cache | Cache | key: key which is used to retrieve the cached value |
Parameters:
| Parameter Name | Data Type | Description |
|---|---|---|
| key | string | key which is used to retrieve the cached value |
Return Parameters:
| Return Variable | Data Type | Description |
|---|---|---|
| any |
public function <Cache cache> put(string key, any value)
Adds the given key, value pair to the provided cache.
Receiver:
| Receiver Name | Data Type | Description |
|---|---|---|
| cache | Cache | key: value which should be used as the key |
Parameters:
| Parameter Name | Data Type | Description |
|---|---|---|
| key | string | value which should be used as the key |
| value | any | value to be cached |
public function <Cache cache> remove(string key)
Removes a cached value from a cache.
Receiver:
| Receiver Name | Data Type | Description |
|---|---|---|
| cache | Cache | key: key of the cache entry which needs to be removed |
Parameters:
| Parameter Name | Data Type | Description |
|---|---|---|
| key | string | key of the cache entry which needs to be removed |
public function <Cache cache> size() (int )
Returns the size of the cache.
Receiver:
| Receiver Name | Data Type | Description |
|---|---|---|
| cache | Cache |
Return Parameters:
| Return Variable | Data Type | Description |
|---|---|---|
| int |
public function createCache(string name, int expiryTimeMillis, int capacity, float evictionFactor) (Cache )
Creates a new cache.
Parameters:
| Parameter Name | Data Type | Description |
|---|---|---|
| name | string | name of the cache |
| expiryTimeMillis | int | expiryTime of the cache in ms |
| capacity | int | capacitry of the cache which should be greater than 0 |
| evictionFactor | float | eviction factor to be used for cache eviction |
Return Parameters:
| Return Variable | Data Type | Description |
|---|---|---|
| Cache | cache: a new cache |
Structs of ballerina.caching package
public struct Cache
Map which stores all of the caches.
Fields:
| Field Name | Data Type | Description |
|---|---|---|
| name | string | name of the cache |
| expiryTimeMillis | int | cache expiry time in ms |
| capacity | int | capacity of the cache |
| evictionFactor | float | eviction factor to be used for cache eviction |
| entries | map | map which contains the cache entries |


He grew up on the fringes of heaven. Always a punk. Always a funk-meistro. Always scorned by the hegemony of heaven.
ZeppDawg knew he was different from the beginning. He began the quest to find an outlet that matched his style, and one day he found it...
ZeppDawg's calling expanded after learning about distortion. Unfortunately distrotion is illegal in heaven, and after a long fought judicial battle he realized he must leave the heavens to pursue his passion.


CLOUD 9
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{% load crispy_forms_tags %}
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GraduateStudent
's GraduateStudent.assocSci
status.GraduateStudent
's GraduateStudent.bachSci
status.Bird
's beakLength
.UndergraduateStudent
's UndergraduateStudent.classification
.Bird
object.Cat
object.Dog
object.Pet
object.GraduateStudent
object.PartTimeEmployee
object.Person
object.UndergraduateStudent
object.Bird
's featherColor
.Person
's Person.firstName
.UndergraduateStudent
's grade point average
(UndergraduateStudent.gpa
).Cat
's Cat.hairLength
.PartTimeEmployee
's PartTimeEmployee.hoursWorked
.Dog
is a Dog.huntingDog
.Dog
is Dog.kidFriendly
.Person
's Person.lastName
.GraduateStudent
's monthSal
.PartTimeEmployee
's PartTimeEmployee.salary
.PartTimeEmployee
's PartTimeEmployee.payRate
.Person
's social security number
(Person.ssn
).GraduateStudent
object with default
properties for both itself and its parent class PartTimeEmployee
.GraduateStudent
object with the properties
GraduateStudent.bachSci
, GraduateStudent.assocSci
, and GraduateStudent.monthSal
from
GraduateStudent
class - properties Person.firstName
,
Person.lastName
, and Person.ssn
from the grandparent
class Person
- properties PartTimeEmployee.payRate
and PartTimeEmployee.hoursWorked
from the parent class
PartTimeEmployee
- object Bird
from
PartTimeEmployee
's composition - object Dog
from
PartTimeEmployee
's composition - object Cat
from
PartTimeEmployee
's composition.GraduateStudent
object.


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The Long Kiss Goodnight (1996) A film review by James Berardinelli Copyright 1996 James Berardinelli
RATING (0 TO 10): 6.5 Alternative Scale: **1/2 out of ****
United States, 1996 U.S. Release Date: 10/11/96 (wide) Running Length: 2:00 MPAA Classification: R (Violence, profanity, brief nudity) Theatrical Aspect Ratio: 2.35:1
Cast: Geena Davis, Samuel L. Jackson, Patrick Malahide, Craig Bierko, Brian Cox, David Morse, Yvonne Zima Director: Renny Harlin Producers: Stephanie Austin, Shane Black, and Renny Harlin Screenplay: Shane Black Cinematography: Guilermo Navarro Music: Alan Silvestri U.S. Distributor: New Line Cinema
Great premise, terrible execution. How many times have I written that line this year? It was true of too many summer releases, and apparently nothing has changed with the turning of seasons. In the case of THE LONG KISS GOODNIGHT, it's especially frustrating, though, because the basic idea is so intriguing -- the perfect background for a top- notch noir thriller. Unfortunately, director Renny Harlin (DIE HARD 2, CLIFFHANGER) wasn't at all interested in making a tightly-paced, character-driven movie. What we get instead is exactly what we've come to expect from him -- lots of gunshots, explosions, and general mayhem. When the smoke finally clears for the final credits, we may have had a tolerably good time, but there's no lingering satisfaction.
The premise involves that age-old plot staple of soap operas: amnesia. Samantha Caine (Geena Davis) is the perfect mom. A teacher at a suburban Pittsburgh elementary school, she doesn't allow cursing around the house and dotes on her 8 year old daughter, Caitlin (Yvonne Zima). Samantha doesn't have much of a past, however. She was found on a New Jersey beach eight years ago, and, because of a condition the doctors call "focal retrograde amnesia", she can't remember anything before that. But lacking a personal history doesn't really bother her because her present is so pleasant. She has almost given up on discovering her former identity -- almost, but not quite. Then Mitch Henessey (Samuel L. Jackson), the latest in a long line of private investigators she has hired, finds a possible clue. At the same time, Sam is involved in a car wreck, and, as the result of a head injury, her past personae -- a government assassin named Charly Baltimore -- begins to resurface.
It would have been fun watching Sam struggle with the emotional and moral consequences of uncovering a sordid past, but, what we get instead is a gallery of villains (Craig Bierko, David Morse, Patrick Malahide) using guns, bombs, and hand grenades to eliminate her. (True to form for a 1996 film, some of the bad guys are government agents.) She shifts effortlessly from Sam to Charly as circumstances demand, never paying a psychological penalty. Maybe I was expecting a little too much from an action film, but the Hitchcockian ideas are so juicy that they deserve deeper exploration.
The action, unfortunately, is distressingly routine. There are some nifty sequences, such as when Mitch gets blown out of a window or when Sam does a little surfing on top of an out-of-control, overturned tanker truck. Alas, these are nothing more than visual candy. Missing is the freshness that marked that action sequences in Harlin's directorial debut, DIE HARD 2.
 (Imagine anyone thinking they could make money with Matthew Modine as an action hero!) His wife, Geena Davis, is again the lead, but for this role she has beefed up a la Sigourney Weaver (ALIENS) and Linda Hamilton (TERMINATOR 2). Davis is a good enough actress to carry off the dual identity, although Charly seems a lot like a humorless cross between LA FEMME NIKITA and a female James Bond. Sam is more appealing, which is obviously the intention. Everything possible is done to delineate the differences between Sam and Charly. We're supposed to root for Charly, the ruthless killer, knowing that Sam is buried somewhere in her personality. At least the end is about reconciling these disparate identities.
The real reason to see A LONG KISS GOODNIGHT, however, is Samuel L. Jackson, who steals the movie out from under Davis. Jackson is magnificent, and I'm going to recommend the film largely on the basis of his turn as Mitch. I wasn't wild about A LONG KISS GOODNIGHT as a whole, but this is the kind of delightful performance that deserves to be seen. Jackson adds more than a dash of humor to the action mix, throwing out one-liners guaranteed to send audiences into paroxysms of laughter (his line about people trying to get out of New Jersey brought down the house, but that may have something to do with where I saw the movie). Whenever Jackson was on screen, I forgot about the film's shortcomings and appreciated what he was doing with Mitch.
Ultimately, I suppose an individual's enjoyment of A LONG KISS GOODNIGHT will be greatly affected by expectations. If you're searching for a slick-looking, mindless, Bond-derived action film with a buff female hero, this should fit the bill nicely. But if the premise leads you to expect something a little more interesting -- possibly even a change of pace for Harlin -- A LONG KISS GOODNIGHT will disappoint. Regardless of your viewpoint, however, keep your eyes on Jackson, and you'll understand how I can generate some enthusiasm for this otherwise uneven, overblown explosions extravaganza.
- James Berardinelli e-mail<EMAIL_ADDRESS>ReelViews web site: http://www.cybernex.net/~berardin
"We go away from our parents in youth and then we gradually come back to them; and in that moment, we have grown up." -- Ingmar Bergman
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Rocker gestures
: Use "rockLeft" and "rockRight"
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: Combine U, D, L, and R. For example, "UDR" means "move the mouse up, then down, then right".
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Sisters of Charity 'confident of a positive outcome' regarding National Maternity Hospital
The Religious Sisters of Charity says it is confident of a “positive outcome” on the legal transfer of its land shares for the building of the new National Maternity Hospital.
This follows calls on the Vatican to block the transfer of land to the State in order to facilitate the construction of the project because abortions will be carried out in the new hospital.
Rome-based theologian Fr Kevin O’Reilly told The Irish Catholic that there is an obligation on the Holy See to veto the transfer. “It is bewildering that those who have facilitated the process to date clearly do not possess any degree of moral foresight,” Fr O’Reilly told the newspaper.
“One can only hope that the competent officials in the Vatican will act in accord with the Church’s constant teaching and the dictates of right reason by forbidding this unconscionable act.”
A spokeswoman for the Religious Sisters of Charity said the religious order is confident that the “smooth legal transfer” of its shares in St Vincent’s Healthcare Group (SVHG) is imminent.
In line with canon law, we are required to seek formal approval of our decision from the Archbishop of Dublin and the Vatican.
"The Archbishop has approved and recommended our decision to the Vatican for formal sign off. We are confident of a positive outcome shortly."
The religious order relinquished involvement in the hospital group in 2017, the spokeswoman said. The order has had no part in the ownership or management of the new hospital since then, and has no shares in the new entity set up to run the two hospitals on the site, she added.
The Department of Health said it is working with the SVHG, the National Maternity Hospital and the HSE in relation to a legal framework to protect the State's investment in the new maternity hospital.


Gibran Esparza Realty has been in business for years. Serving the needs of our clients in helping them attain the house of their Dreams. We are here to help wether you are a new home owner or an experienced home buyer looking for something new.
Gibran Esparza Realty has all the tools and resources needed to help you make your home buying dreams come true. Our experienced team is here to help you with any questions you may have.


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Loading and Saving Images
To load an image, specify the file path in the constructor:
To save the image, use the save method. It will automatically use the file you loaded the image from:
You can also specify a new file to save to, similar to a "Save As...", and future calls to save() will save to this new file:
You can also show the image:
Image Manipulation
You can scale images using the "scale" function, so for instance to create a thumbnail.
You can erode an image using:
You can crop an image using:
you can find all the
Image operations here in the documentation
Features
Search type functions return Feature Sets, for instance, finding all lines in an image:
To find blobs its as easy as:
most of the features functions are prefixed with find
they can be found in the
Image documentation
or you can also view a the
types of features in the documentations
Color
You can use color to define various types of color for displaying text or marking up images:
see the
color documentation for more information.
ColorCurve is a color spline class for performing color correction.
It can takeas parameters a SciPy Univariate spline, or an array with at
least 4 point pairs. Either of these must map in a 255x255 space. The curve
can then be used in the applyRGBCurve, applyHSVCurve, and
applyInstensityCurve functions:
see the
color curve documentation for more info
A color map takes a start and end point in 3D space and lets you map a range
of values to it. Using the colormap like an array gives you the mapped color.
This is useful for color coding elements by an attribute:
see the
color map documentation for more info
More Examples
Please check out the
youtube channel for demos, or join the
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We are very serious about our careers. We study hard to ensure that we get good career opportunities at the right time without much trouble. But in spite of having good education and training, you often might not end up in a good job. Have you ever though why? Destiny? No, it is because most of the time we are confused about making a choice. This is where we need guidance from a learned person, who can show us the right path. Shri Ashok Kumar has been doing this for over two decades now. His predictions has guided hundreds of misled youths into successful careers.
Yes, they are scientific. It is natural to be sceptical, when it comes to numerological predictions. Most of us think that Numerology, Astrology, Palmistry is far from science. This is not true. You might have come across to some self-proclaimed experts who made you lose faith on these subjects. But ASk numerological career predictions will definite change your view for the better.
ASk career predictions are based entirely on the ethics of authentic numerology. These not something that will please you with fake promises. These are guidance that will show you the right career options based on your birth numbers and other numerological attributes associated with you. When you choose the right path, success is inevitable.
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Mr George Patience Kalonde
The CEO/Founder of Save the Needy Org &
Geo Tech Solutions
Hello My Name is George Patience Kalonde
I am a Young man who was born on 14th January,1998 the only son & child in the family,
i was born in a country of Malawi (Africa), in the city of Blantyre at Queen Elizabeth Central Hospital.
My Father was a Graphic Designer by Professional
& an Artist(Sketching & Painting Art) by Inborn Talent
while my Mother was a Professional Primary Teacher
Honestly My Life Start was Awesome, my parents really wanted the best for me
We were a middle class family. In 2000 a Sister joined me in the family,
unfortunately she didnt survive died in 2002.
In 2003 January 3, Me & My Parents
moved out to another country called "Botswana in Gaborone",
By the time i was only 5 years old, we travelled for 4 days on coach. Now Botswana was a foreign
country with No clue,No relative or friends. We find a small house & started from scratch
My dad took a big risk to move from one place of comfort zone to a new place
as a stretch zone.I remember
the house was full of painting of
my dad's work and a big radio, with no chairs just a mat.
Fastforward my Father found a job
as a Graphic Designer in a certain company and he continued his side hustle
(Selling Art), Then we moved to another house in another area this time things started changing
this was some 3 months after our arrival, Then my dad bought the first new car
(Toyota Camry) it was the latest, things changed i started school
at Phakalani Private School it was more like a High School on my first grade (Grade 1/Std 1)
It was the best, our family started changing levels, Boom ! we started travelling from countries to Countries
for Vacations & Business My Dad started selling his Art in RSA,LESOTHO,ZIMBABWE
We used to travel together as a family in business vacations too.
In 2004 June ,i Lost my Mother Life now was like hell!
We were two now plus our uncle Sadly in 2004 December I lost my Dad by the time
i was 6 years old came back home in Malawi started staying with my Aunt
were things were no longer the good days this was full of struggle
to go to school, sickness,resources. I had no choice but to adapt the environment
Now About my Parents Property all of it was gone Relatives Grabbed everything my parents had
i was left with 0% just a kid, Finances was hard to find pay schools fees and the likes
SInce my childhood wanted to become a doctor - I used to say
"I want to save other parents of my friends" i was 7 years that time
but then my father exposed me to computer, because i started using a computer at 5years old
after completing my secondary my grades wasnt qualified to go to Health College
Rather i made a plan that "If i dont become a Doctor,
then should atleast work in a Hospital to save someone.
By the grace of God it went opposite
i first got a Job in a Hospital+NGO (Partners In Hope) as a Community Health Worker(CHW) before i went to college.
I was 18years old that time going 19 in 2016. unfortunately i didnt complete College
Finances was still the problem Mind you i was paying by myself Until i dropped college after learning for 6 months
This time i was 20 years, I made a LONG Term Goal,
this was my first serious longterm goal i made with a duration of 5 years.
My Goal was to Build Myself Income Streams & be financial free.
A step started when i thought of running my own Non-Profit Org
I made few research online about projects most skills learned through my experience
In 2017 October I launched & in November 2017 Me and My team started our project.
Starting Stone
I started my org with my team i dont know were i took the leadership confidence
because at work i was labelled as a
little kid who cant do something else so you know this was a payback to show them.
The Org Name was Called "Save the Needy Organisation". Save the Needy Organisation was registered
and started becoming popular with
our services to the community -Helping Needy People(Orphans,Poor OLd People,PLHIV & More)
I enjoyed helping though our organisation had no fund
it was still alive Years past. My Job started showing signs that i might loose it
not for my will but my supervisor's.
Proactiveness Ready for Danger!
In 2019 i started staying independent i was 21 years old I started finding things i can
survive with if i loose the job some few months AGO,i started teaching myself coding
from scratch, this time as a proactiveness i continued learning
web development online using youtube,google & books No one to support-Just me ,sweat,blood & time
By 2020 I was able to create awesome static websites Just for FUN!
and was able to do good graphics and design like logo,flyers and more
honestly i dont know how i learnt all these graphics design thing because i didnt even read,
watch or make research for it, i just started!
Taking Cover Through Entreprenuership
Inside of the pandemic period in 2020, I lost my job due to contract ending
this was the time to test my skills now ,It was my Learning Zone
I had alot of frustration,stress how i will pay my bills,survive and grow myself
I started and made my online firms full time & with serious thats when Geo Tech Solutions was Born
Geo Tech Solutions is my Online Firm Started 2020, providing multiple virtual services
eg: graphics,web development,Social Media Marketing & Consultant. All these skills were self-taught
I mostly made money online at my home in consultant & mentorships
than other services i offered I hired a Marketing Team things were booming
thats how i survived paying my bills,rents,development & supporting others.
The Flow
For about eight months of surviving through pure
Entreprenuership found out my firms were paying me more than what i made at my
previous job. In March 2021 i found out a Temporaly Job (Baylor College of Medicine-Children's Foundation) and still i continued with
my business flow plus job life was now fair enough
I am not that Successful but atleast am going there to my success
Take Action - Get Daily Motivations on @GeorgeSuccess my Page
Advice
:No matter what always have a BackUp
dont be too much comfortable start a side hustle when you find an opportunity
Never Play with It
If you dont have,be sure to click on opportunity click here


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Viscoelastic materials exhibit both viscous and elastic characteristics when undergoing deformation. The theory of linear viscoelasticity describes ideal materials for which there is a linear relationship between mechanical stress and mechanical strain. An extensive review can be found in Brinson H. F., Brinson L. C., Polymer Engineering Science and Viscoelasticity, Springer, (2015). A brief summary of the equations used in this notebook is provided below and was extracted from Springer, M., and Bosco N. Prog Photovolt 28.7 (2020): 659-681.
The rate-dependent material behavior can be described in either the time or frequency domain. In the time domain, the uniaxial, nonaging, isothermal stress-strain equation for a linear viscoelastic material can be represented by a Boltzmann superposition integral,
\[ \sigma(t) = \int_0^t E(t-\tau) \frac{\mathrm{d \varepsilon(\tau)}}{\mathrm{d} \tau} \mathrm{d} \tau \quad , \]
where \(\sigma(t)\) is the stress response over time, \(t\); \(E(t)\) is the relaxation modulus; \(\varepsilon\) denotes the strain; and \(\tau\) is the integration variable. The limiting moduli for the viscoelastic material are defined as the instantaneous modulus, \(E(t=0) = E_0\), and the equilibrium modulus, i.e., \(E(t) \rightarrow E_{\infty}\) for \(t \rightarrow \infty\).
The Generalized Maxwell Model is commonly used to represent the stress-strain response of polymers. The relaxation modulus derived from this model is given by,
\[ E(t) = E_{\infty} + \sum\limits_{i=1}^{m} E_i \exp\left(-\frac{t}{\tau_i} \right) \quad , \]
where \(\tau_i\) (relaxation times), \(E_i = E_0 \alpha_i\) (relaxation moduli) are material properties, and \(m\) is the number of terms in the series. The above equation is often referred to as Prony series, and the equilibrium modulus can be defined by the Prony series as,
\[ E_{\infty} = E_0 \left[1-\sum_{i=1}^N \alpha_i \right] \quad . \]
The material properties can be directly obtained from relaxation or frequency-dependent test data. Material properties measured in the time domain can be converted into the frequency domain, and vice versa, by making use of a Fourier transformation,
\[ E'(\omega) = E_{\infty} + \sum\limits_{i=1}^{m}\frac{\omega^2 \tau_i^2 E_i}{\omega^2 \tau_i^2 + 1} \quad ,\] \[ E''(\omega) = \sum\limits_{i=1}^{m} \frac{\omega \tau_i E_i}{\omega^2 \tau_i^2 +1} \quad . \]
Herein, \(E'(\omega)\) is the storage modulus, \(E''(\omega)\) is the loss modulus, and \(\omega = 2 \pi f\) is the angular frequency, where \(f=1/t\) is the frequency in Hertz and \(t\) is the time period in seconds, respectively. The complex modulus, \(E^*(\omega)\), and the loss factor, \(\tan(\delta)\), are given as,
\[ E^*(\omega) = E'(\omega) + i E''(\omega) \quad \text{and} \] \[ \tan(\delta) = \frac{E''(\omega)}{E'(\omega)} \quad , \]
respectively.
An efficient way to determine the storage modulus, \(E'(\omega)\), and the loss modulus, \(E''(\omega)\), is by dynamic mechanical analysis (DMA) or dynamic mechanical thermal analysis (DMTA). The material under test is excited to mechanical steady-state oscillations, either load- or displacement-controlled, and the corresponding response is measured. Alternatively, relaxation experiments in the time domain can be conducted to determine the relaxation modulus, \(E(t)\).
Measurements at very low frequencies (long time periods) can be very time-consuming and might be unfeasible for practical applications. On the other side of the spectrum, measurements at very high frequencies can be limited by the instrumentation or unintended heating of the sample during cyclic deformation. To avoid such situations, the time-temperature superposition principle (TTSP) is applied for thermo-rheologically simple materials. For such materials, the viscoelastic response at one temperature is related to the viscoelastic response at another temperature by changing the time scale (or frequency). This way, the time scale for the materials characterization can be extended by conducting the same frequency measurements at different temperatures. Afterward, a reference temperature is selected, and the isothermal measurements are shifted on a logarithmic time (or frequency) scale to form a so-called master curve.
Time-temperature shift factors, \(a_{\mathrm{T}}(\theta)\), are defined as the horizontal shift that must be applied to individual measurements at a constant temperature, \(\theta_i\), to form the master curve at the reference temperature, \(\theta_{\mathrm{ref}}\).
The determined shift factors, \(a_{\mathrm{T}}\), are used to define a shift function that describes the temperature dependence of the viscoelastic material. Different shift functions for various materials are available in the literature. A commonly used shift function is the the Williams-Landel-Ferry (WLF),
\[ \log(a_{\mathrm{T}}) = -\frac{C_1\left(\theta-\theta_{\mathrm{ref}}\right)}{C_2 + \left(\theta-\theta_{\mathrm{ref}}\right)} \]
where \(\theta_{\mathrm{ref}}\) is the reference temperature of the master curve. \(\theta\) is the temperature of interest, and \(C_1\) and \(C_2\) are calibration constants. The TTSP is based on the kinetic theory of polymers, which is strictly speaking only valid above the glass transition temperature, \(\theta_g\). Although the TTSP is thought to be valid also for temperatures below \(\theta_g\), the exact lower limit is not well defined, and the principle is commonly applied to temperatures below \(\theta_g\) as long as the measurement data are shiftable to form a smooth master curve. Alternatively, different shift functions can be fitted. Below we provide a routine to fit the polynomial shift function up to degree four.


Performs a Gaussian blur on the input image.
Syntax
<feGaussianBlur in="SourceAlpha" stdDeviationX="4" stdDeviationY="4" result="blur"/>
DOM Information
Inheritance Hierarchy
Members
The SVGFEGaussianBlurElement object has these types of members:
Methods
The SVGFEGaussianBlurElement object has these methods.
| Method | Description |
|---|---|
| setStdDeviation |
Sets the standard deviation values used in calculating a Gaussian blur. |
Properties
The SVGFEGaussianBlurElement object has these properties.
| Property | Description |
|---|---|
|
Gets or sets the height of an element. | |
|
Identifies input for the given filter primitive. | |
|
Provides a reference for the output result of a filter. | |
|
Gets a value that indicates the standard deviation in the x-direction, used in calculating a Gaussian blur. | |
|
Gets a value that indicates the standard deviation in the y-direction, used in calculating a Gaussian blur. | |
|
Defines the width of an element. | |
|
Gets or sets the x-coordinate value. | |
|
Gets or sets the y-coordinate value. |
Standards information
- Scalable Vector Graphics: Filter Effects, Section 15.25.19
Remarks
The Gaussian blur kernel is an approximation of the normalized convolution G(x,y) = H(x)I(y), where H(x) = exp(-x2/ (2s2)) / sqrt(2* pi*s2) and I(y) = exp(-y2/ (2t2)) / sqrt(2* pi*t2) with 's' being the standard deviation in the x direction and 't' being the standard deviation in the y direction, as specified by the stdDeviationX and stdDeviationY properties.
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[Impel, IMPEL-CARGO] Damage Control II 800mm Steel Plates II 400mm Steel Plates II 400mm Steel Plates II Multispectrum Energized Membrane II Multispectrum Energized Membrane II Multispectrum Energized Membrane II Medium Shield Extender II Medium Shield Extender II Medium Trimark Armor Pump II Medium Trimark Armor Pump II
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{% extends 'base_form.html' %}
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{% block title %}Add Company{% endblock title %}
{% block extra_css %}
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Recipe 19.17. Duplicating an IteratorCredit: Heiko Wundram, Raymond Hettinger ProblemYou have an iterator (or other iterable) object x, and need to iterate twice over x's sequence of values. SolutionIn Python 2.4, solving this problem is the job of function tee in the standard library module itertools: import itertools x1, x2 = itertools.tee(x) # you can now iterate on x1 and x2 separately In Python 2.3, you can code tee yourself: import itertools def tee(iterable): def yield_with_cache(next, cache={ }): pop = cache.pop for i in itertools.count( ): try: yield pop(i) except KeyError: cache[i] = next( ) yield cache[i] it = iter(iterable) return yield_with_cache(it.next), yield_with_cache(it.next) DiscussionThe need to iterate repeatedly over the same sequence of values is a reasonably common one. If you know that the sequence comes from a list, or some other container that intrinsically lets you iterate over its items repeatedly, then you simply perform the iteration twice. However, sometimes your sequence may come from a generator, a sequential file (which might, e.g., wrap a stream of data coming from a network socketdata that you can read only once), or some other iterator that is not intrinsically re-iterable. Even then, in some cases, the best approach is the simplest onefirst save the data into a list in memory, then repeatedly iterate over that list: saved_x = list(x) for item in saved_x: do_something(item) for item in saved_x: do_something_else(item) The simple approach of first saving all data from the iterator into a list is not feasible for an infinite sequence x, and may not be optimal if x is very large and your separate iterations over it never get far out-of-step from each other. In these cases, the tee function shown in this recipe can help. For example, say that the items of x are either numbers or operators (the latter being represented as strings such as '+', '*', etc.). Whenever you encounter an operator, you must output the result of applying that operator to all numbers immediately preceding it (since the last operator). Using tee, you could code: def is_operator(item): return isinstance(item, str) def operate(x): x1, x2 = tee(iter(x)) while True: for item in x1: if is_operator(item): break else: # we get here when there are no more operators in the input # stream, thus the operate function is entirely done return if item == '+': total = 0 for item in x2: if is_operator(item): break total += item yield total elif item == '*': total = 1 for item in x2: if is_operator(item): break total *= item yield total This kind of "look-ahead" usage is pretty typical of many of the common use cases of tee. Even in this case, you might choose the alternative approach of accumulating items in a list: def operate_with_auxiliary_list(x): aux = [ ] for item in x: if is_operator(item): if item == '+': yield sum(aux) elif item == '*': total = 1 for item in aux: total *= item yield total aux = [ ] else: aux.append(item) Having tee available lets you freely choose between these different styles of look-ahead processing. Function itertools.tee as implemented in Python 2.4 is faster and more general than the pure Python version given in this recipe for version 2.3 usage. However, the pure Python version is quite instructive and deserves study for the sake of the techniques it demonstrates, even if you're lucky enough to be using Python 2.4 and therefore don't need to use this pure Python version of tee. In the pure Python version of tee, the nested generator yield_with_cache makes use of the fact (which some consider a "wart" in Python but is actually quite useful) that the default values of arguments get computed just once, at the time the def statement executes. Thus, both calls to the nested generator in the return statement of tee implicitly share the same initially empty dict as the value of the cache argument. itertools.count returns non-negative integers, 0 and up, one at a time. yield_with_cache uses each of these integers as a key into the cache dictionary. The call to pop(i) (the argument of the yield statement in the try clause) simultaneously returns and removes the entry corresponding to key i, if that entry was presentthat is, in this case, if the "other" instance of the generator had already reached that point in the iteration (and cached the item for our benefit). Otherwise, the except clause executes, computes the item (by calling the object bound to name next, which in this case is the next bound method of an iterator over the iterable object, which tee is duplicating), and caches the item (for the "other" instance's future benefit) before yielding it. So, in practice, cache is being used as a FIFO queue. Indeed, were it not for the fact that we don't need a pure-Python tee in Python 2.4, we could code an equivalent implementation of it in Python 2.4 using the new type deque in standard library module collections: import collections def tee_just_an_example(iterable): def yield_with_cache(it, cache=collections.deque): while True: if cache: yield cache.popleft( ) else: result = it.next( ) cache.append(result) yield result it = iter(iterable) return yield_with_cache(it), yield_with_cache(it) This latest version is meant purely as an illustrative example, and therefore, it's simplified by not using any of the bound-method extraction idioms shown in the version in the "Solution" (which is intended for "production" use in Python 2.3). Once you've called tee on an iterator, you should no longer use the original iterator anywhere else; otherwise, the iterator could advance without the knowledge of the tee-generated objects, and those objects would then "get out of sync" with the original. Be warned that tee requires auxiliary storage that is proportional to how much the two tee-generated objects get "apart" from each other in their separate iterations. In general, if one iterator is going to walk over most or all of the data from the original before the "other" one starts advancing, you should consider using list instead of tee. Both of these caveats apply to the itertools.tee function of Python 2.4 just as well as they apply to the pure Python versions of tee presented in this recipe. One more caveat: again both for the versions in this recipe, and the itertools.tee function in Python 2.4, there is no guarantee of thread safety: to access the tee'd iterators from different threads, you need to guard those iterators with a single lock! See AlsoThe itertools module is part of the Python Standard Library and is documented in the Library Reference portion of Python's online documentation; Recipe 19.2 shows how to turn an iterator into a list. |


Regular Expressions let us create patterns that we can match against text. The simplest possible pattern is just an exact string match. For example, the pattern hello
is found within the string “hello world” at position 0.
More complicated patterns can express more interesting matches. For example, the pattern [Hh]ello
will match “hello world” as well as “Hello world”. We can also limit matches to the beginning or end of a line, this is sometimes called “anchoring” the regular expression. The pattern ^hello
will match “hello world” but not “say hello” because ^
indicates the beginning of the line.
The command everyone uses Sed for is s
for substitution. Let’s look at an example. We’ll give ourselves a data file and then use Sed to slice and dice it in different ways. We’ll put that in a text file called, shockingly, messages.txt
.
2021-01-03 This is a message
2021-01-04 Also a message
2021-01-05 Another day, another message
2021-01-06 Something something message
What if we wanted to trim the date off the beginning of each line?
cat messages.txt | sed -r 's/^[0-9]{4}-[0-9]{2}-[0-9]{2} //'
Breaking this down, we pipe the contents of the file into Sed. Sed is invoked with the -r
flag so that we can use regular expressions. Finally, we have a Sed command that looks for a certain pattern and replaces it with nothing (//
), which is the same as removing it.
What if we wanted to transform this file to CSV format and make the year, month, and day separate columns? That’s a little trickier, but really not so difficult (although we should keep in mind that if our messages have a lot of special characters the resulting CSV might be invalid).
cat messages.txt | sed -E 's/^([0-9]{4})-([0-9]{2})-([0-9]{2}) (.+)$/\1,\2,\3,\4/'
Wow, that’s a big one. First, we capture four patterns (the parentheses), excluding the dashes and the space before the message. Then we copy what we captured, but this time we put commas between the pieces.
Keep in mind that, by default, Sed only operates on the first instance of a pattern within a line. So the example below will print “goodbye hello”.
echo "hello hello" | sed 's/hello/goodbye/'
If we want to replace all occurrences of a pattern we need to use the g
(for “global”) flag:
echo "hello hello" | sed 's/hello/goodbye/g'
We can also use the -e
command line flag to run multiple Sed commands, one after the other. For example, what if we weren’t sure whether the messages in the earlier file themselves contained a comma (one of them does, in fact). This would obviously mess up the formatting of our CSV file. For example, the line
2021-01-03 this, is a message
would produce
2021,01,03,this, is a message
which a spreadsheet program might interpret as five columns instead of the four we intended.
We could deal with this by first replacing commas with \,
(to escape them) or even with nothing to remove them.
cat messages.txt | sed -E -e 's/,//g' -e 's/^([0-9]{4})-([0-9]{2})-([0-9]{2}) (.+)$/\1,\2,\3,\4/'
In this case, we can provide one Sed command for each -e
and they will be run in the order they are specified. Note that we could also use another pipe and run Sed again to get the same behavior, though with a little more typing.
Read up on the “insert” and “append” commands. These allow lines to be added above or below lines that match a particular pattern in a file.
Awk is one of those programs that only a few people know how to use properly and every time the rest of us witness what it can do we vow to learn how to use it. There’s a lot to learn about Awk, however, so it can be daunting. We’ll go over some basics, and if you find yourself inspired to be one of those wizards who really knows how to use it, you’ll be in good shape to continue learning.
First, let’s make a CSV file from the output of ls -l
:
ls -l ../../../ | awk '/^[-d]/ {print $6","$7","$3","$9}'
Awk has the concept of a “field separator”, which it uses to break lines into pieces automatically. This is handy since a lot of Unix-style program output ends up formatted at least somewhat like a table. The numerical variables above ($6
and so on) refer to fields within a single row (line) of the implied table.
The regular expression before the opening curly brace (/^[-d]/
) just tells Awk to only run on lines that start with either a “-” character or a “d” character. This is so that we skip the initial line of output (“total 64” in my case).
JSON, or JavaScript Object Notation, is a data serialization format commonly used to communicate with web services. It is reasonably simple for both machines and humans to read and write, which makes it a nice compromise compared to more verbose formats like XML or more efficient ones like MessagePack.
Most common programming languages have some level of support for JSON. Python includes a JSON package in its standard library. The jq tool allows us to query and manipulate JSON data from the command line.
Take a look at reddit.sh for an example. We’ll go into more detail during class.
Comma-separated values files are very common in data analysis. Think of them as very simple Excel spreadsheets that just hold data and don’t do any processing or calculations. This simplicity is one reason for the popularity of the format, since CSV files can be read easily on virtually any platform.
In order to make this more interesting, we will play around with some real CSV files. The first contains house sale data from King County, WA (which includes Seattle). This spreadsheet contains sale price, zip code, and some characteristics of each house sold during a particular time period. The second contains various tax statistics and happens to also contain zip codes, which we will use later.
CSVKit actually consists of several command line utilities, each with a specific purpose and its own set command line flags.
The csvstat
tool gives us summary statistics (average, and so on) for each column in the spreadsheet. This can be a handy place to start when working with unfamiliar data. It can also hint at errors in the data. Two examples are shown below.
csvstat kc_house_data.csv
...
2. "date"
Type of data: DateTime
Contains null values: False
Unique values: 372
Smallest value: 2014-05-02 00:00:00
Largest value: 2015-05-27 00:00:00
Most common values: 2014-06-23 00:00:00 (142x)
2014-06-26 00:00:00 (131x)
2014-06-25 00:00:00 (131x)
2014-07-08 00:00:00 (127x)
2015-04-27 00:00:00 (126x)
3. "price"
Type of data: Number
Contains null values: False
Unique values: 4028
Smallest value: 75,000
Largest value: 7,700,000
Sum: 11,672,925,008
Mean: 540,088.142
Median: 450,000
StDev: 367,127.196
Most common values: 450,000 (172x)
350,000 (172x)
550,000 (159x)
500,000 (152x)
425,000 (150x)
...
The csvcut
tool can extract and filter columns from a file. The first thing we’ll do is run csvcut -n
on one of our files to display the column headers (names).
csvcut -n kc_house_data.csv
1: id
2: date
3: price
4: bedrooms
5: bathrooms
6: sqft_living
7: sqft_lot
8: floors
9: waterfront
10: view
11: condition
12: grade
13: sqft_above
14: sqft_basement
15: yr_built
16: yr_renovated
17: zipcode
18: lat
19: long
20: sqft_living15
21: sqft_lot15
Now we can choose the columns we want to use and pull them into a separate file to make things easier to work with. Check out simple_csv.sh to see how this is done.
Now let’s turn our attention to the tax data. The column names here are hard to interpret, so I’m gone ahead and picked out a couple for us to use. When we transform the CSV file we will also rename these columns.
| Old Name | New Name |
|---|---|
| a02650 | total_income |
| n02650 | total_income_count |
| numdep | dependent_count |
| zipcode | zipcode |
Unfortunately, CSVKit doesn’t have a fancy command to rename columns, but we can easily use a tool we already learned about: Sed! Check out the script to see one way of doing this.
Finally, we’re going to join these two datasets together. Why is this useful? Well, imagine we have a theory that, say, more expensive homes in certain markets tend to be owned by people who earn money through passive investments as opposed to participation in the labor market. This is a bit of a hot button issue right now as people in many desirable real estate markets have begun to feel “priced out”. Providing evidence for a theory like this will almost always require data from more than one source, so being able to stitch CSV files together can be quite valuable.
To do this, we use the csvjoin
tool. We can specify the column to join on using the -c
option, giving it either a single column name (zipcode
) or a comma-delimited list of two names if the files use different names (zipcode,zip_code
, for example).
We’ve used a lot of pipes (|
) so far, but aside from the fact that they work by sending the output of one command into the next command as its input, we don’t know much about them. So let’s think about a particular software development pattern and use it to experiment a little with how pipes actually work.
It is very common to have a program that produces data, perhaps directly or perhaps in response to some kind of user or external (like a sensor) input. This sort of program is known as a “producer”. It is also common to have a program that accepts data and processes it in some way. If we plug a producer into a program like this then we call it a “consumer” because it consumes the data produced by the producer. Producers and consumers can be independent programs or they can be logical parts of a single program, like functions or classes.
We’ll use the produce.py and consume.py scripts and run them as a pipeline as an example. This will also give us a chance to see how pipes work.


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The TMSearch API call is a general purpose 1-Wire search. The search can have an optional 1-Wire reset performed before the search (PerformReset=1) or not (PerformReset=0). The ResetSearch parameter optionally resets the 1-Wire search parameters (ResetSearch=1) so that the API finds the ‘first’ device. The SearchCmd command supplies the 1-Wire search command to use.
For a description of the above types, see the TMEX Type Descriptions.
Parameters
session_handle
Specifies the session handle returned from the API function TMExtendedStartSession that specifies the desired 1-Wire network port. This parameter is required by most TMEX API functions.
state_buffer
Specifies a pointer to a memory location that TMEX keeps all of the state information for the 1-Wire networks. This parameter is required by most TMEX API functions.
ResetSearch
Optionally resets the 1-Wire search parameters (ResetSearch=1) so that the API finds the ‘first’ device. With ResetSearch=0, the function will not reset the 1-Wire search parameters.
PerformReset
Specifies an optional 1-Wire reset performed before the search (PerformReset=1) or not (PerformReset=0).
SrchCmd.
Supplies the 1-Wire search command to use. Currently, there are two search commands available. The first is 0xFO (hexadecimal) for a regular search-rom command and the second is 0XEC (hexadecimal) for an interrupt (alarm) search.
Return Value
1 => 1-Wire device found
<0 => TMEX Network Error Return Code
See Also
TMFirst, TMFirstAlarm, TMNext, TMNextAlarm


Requirements
Web Server
- Any web server. Fuel has been tested on Apache, IIS and Nginx.
- Works on all major operating systems including *nix and Windows.
PHP Version
- Version 5.3.3 or greater is required. PHP 7 is fully supported.
PHP Extensions
Fuel uses functionality that PHP defines as "extensions". To avoid any possible compatibility issues, Fuel only uses extensions that are part of the PHP code as documented on the PHP website. If extensions are used that are part of the PECL repository (which need to be installed manually by a system administrator), Fuel will use them if present, and work around it if not.
This is a list of extensions used, and the classes that use them:
| Extension | Used in | Comments |
|---|---|---|
| fileinfo | Upload | Documentation. Note that on Windows platforms, a manual installation of a DLL might be needed. |
| mbstring | n/a | Documentation. If not present, the framework has no multibyte support. You can check the MBSTRING constant to see if your installation has multibyte support enabled. |
| mcrypt | Crypt | Documentation. If not present, PHPSecLib is used to emulate its functionality. |
PHPUnit
- PHPUnit version 3.7 or greater is required if you want to run unit tests.
Recommended
- Web Server - Apache 2.4+, running on *nix.
- mod_rewrite - To remove the index.php from the URL.


Klopp Admits Sean Cox Attack Was Lowest Point Of Liverpool Tenure
by Oisin McQueirnsLiverpool manager Jurgen Klopp has admitted that the vicious attack on Irish Reds fan Sean Cox in 2018 was the “lowest point” of his tenure at Anfield.
Cox suffered devastating head injuries when he was attacked in a random assault by a masked AS Roma supporter outside Liverpool’s stadium in April 2018.
Liverpool CEO Peter Moore confirmed that Cox and his family would be in attendance on Sunday as Liverpool take on Manchester City in one of the biggest games of the Premier League season so far.
“We’re delighted to welcome Sean and his family back to Anfield,” said Moore earlier this week
“I am sure it will be an emotional return for the family; however, the club has worked closely with the Cox family to ensure that their visit is made as easy as possible, and that they are given all the space and comfort that they need.
“The way that our fans have supported Sean and the Cox family is a testament to their commitment to the LFC family, and we know this will be the case again on Sunday.”
Cox is a lifelong Liverpool fan and he had spent the last 18 months receiving treatment in Ireland before recently moving to a specialist neurological facility in the north of England.
Speaking ahead of Liverpool’s clash with Manchester City, Klopp admitted that the time of the incident was one of the most difficult periods of his Anfield career.
“When it happened to Sean it was probably the lowest point of my whole time at Liverpool because something like this shouldn’t happen in general in life, and shouldn’t happen around a football game.
“I hope the love Sean has for his football team has given him strength. He still has a long way to go. That he wants to come back and watch a game is now one of my real highlights. I am really looking forward to it. I hope we can arrange I speak to him before game, I want to.


Source: Colts RB Marlon Mack suffers fractured hand
by Mike WellsINDIANAPOLIS -- Indianapolis Colts running back Marlon Mack fractured his hand during Sunday's game against the Jacksonville Jaguars, a source told ESPN's Adam Schefter.
Mack will undergo more tests to determine whether he needs surgery and how long he will miss, but he will not play Thursday night against the Texans, per the source.
Mack was having his best game since Week 5 at Kansas City before getting hurt early in the third quarter. He had rushed 14 times for 109 yards, including four runs of at least 10 yards before the injury.
It's uncertain how Mack hurt his hand.
Jonathan Williams became the Colts' primary running back after Mack's injury, with Nyheim Hines backing him up.


Source: Nathan Yau's "Jobs Charted by State and Salary."
Whole-ecology treemap visualization to surface quality problems in a large web site. Foundational data - content inventory plus traffic - can be paired with one or more new error reports of the moment, such as broken links. Helps product managers comprehend what their highest-severity problems are, and helps them decide what communication packages (thematic groups of pages) should be fixed first. Here, points are used instead of item counts, so management is able to shift work priorities by raising the severity of one or more error types. Production version includes a leaderboard.
The database this runs with has multiple error / fix reports, including:
Create a sortable HTML table below as an accessible equivalent. Current colors are great for people who don't have color blindness; you may need to change the shading for your audience.


--- layout: post title: Singing the Praises of Benchmark post_id: 210 categories: - essays and rants date: 2005-06-10 20:25:00.000000000 -06:00 author: Jamis permalink: 2005/6/10/singing-the-praises-of-benchmark.html ---
So, I wanted a way to know whether the contents of a String
had been modified. Something like:
1 2 3 4 |
s = "hello world" assert !s.dirty? s << " and goodbye!" assert s.dirty? |
A few ideas came to mind, and I found myself gravitating towards one of them, but I began to wonder which one would perform the best. Again, I had my suspicions, but I wrote up a benchmark anyway. And I am certainly glad I did because my intuition was way off.
One trick I’d used before, where I had an object instance that I wanted to enhance, was to put the enhancement code in a module and then use Object#extend
to add the module to the instance in question. Something like:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 |
module DirtyDetector METHODS = [:<<, :"[]=", :capitalize!, :chomp!, :chop!, :concat, :delete!, :downcase!, :gsub!, :insert, :lstrip!, :next!, :replace, :reverse!, :rstrip!, :slice!, :squeeze!, :strip!, :sub!, :succ!, :swapcase!, :tr!, :tr_s!, :upcase!] def self.extend_object(base) me = class <<base; self; end METHODS.each do |method| me.class_eval { alias_method :"unprotected_#{method}", :"#{method}" } end super end def dirty? @dirty == true end METHODS.each do |method| define_method(method) do |*args| @dirty = true send("unprotected_#{method}", *args) end end end s = "hello world" s.extend DirtyDetector s << " and goodbye!" assert s.dirty? |
This works (more or less-I haven’t actually tested the above code as I’m giving it to you). However, the whole “class_eval” thing in -it seemed like quite a few invocations. I wondered if it would be more efficient to collect the #extend_object
made me a little uneasyalias_method
calls into a big string and then eval them all at once:
1 2 3 4 5 6 7 8 9 |
ALIASES = METHODS.inject("") do |aliases, method| aliases << "alias_method :\"unprotected_#{method}\", :\"#{method}\"\n" end def self.extend_object(base) me = class <<base; self; end me.class_eval ALIASES super end |
This was actually 50% slower than the other! It was obvious, once I saw the results, though—each eval has to parse the string again, which is not going to be an inexpensive operation. So, I wondered, could I find a way to pre-compile the string?
1 2 3 4 5 6 7 |
ALIASER = eval "Proc.new do\n#{ALIASES}\nend" def self.extend_object(base) me = class <<base; self; end me.class_eval &ALIASER super end |
That was much better, roughly twice as fast—and even faster than the first version. But it was still an order of magnitude slower than doing without the DirtyDetector. Having to alias each of those methods and add the new functionality to the instance is just not a very practical way to go about this. But what other option was there?
Perhaps you saw the solution before I even started into this article. Bear with me, sometimes it takes a while before I can see the obvious, but I’ll get there in the end.
I considered using Delegator, but I wanted the new instance to still be identifiable as a String (that is to say, String === s
should still be true). The solution was to simply extend String and override the methods in question in the subclass:
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 |
class DirtyDetectorString < String METHODS = [:<<, :"[]=", :capitalize!, :chomp!, :chop!, :concat, :delete!, :downcase!, :gsub!, :insert, :lstrip!, :next!, :replace, :reverse!, :rstrip!, :slice!, :squeeze!, :strip!, :sub!, :succ!, :swapcase!, :tr!, :tr_s!, :upcase!] METHODS.each do |method| define_method(method) do |*args| @dirty = true super end end def dirty? @dirty == true end end s = DirtyDetectorString.new("hello world") assert !s.dirty? s << " and goodbye!" assert s.dirty? |
And the best news? It performed nearly as fast as the native string operations! Thank goodness for the benchmark library.


Copying all operations of an abstract class to its
concrete sub classes (Demonstrates 'in-place transformation')
-------------------------------------------------------------------------------------------------------------------------------------------
Folder ‘spec’ contains:
ClassMM_IN.xml : UML meta model
ClassUM_IN.xml : A sample UML
model
AbstractToConcrete.qvt : QVT
specification file to copy operations of an abstract class to its concrete sub
classes
UML metamodel:
See figure 'Meta Model for UML for example AbstractToConcrete' in file AbstractToConcrete.pdf.
The sample UML model ClassUM_IN.xml contains:
Command line usage for in-place:
The transformation has signature as
transformation
AbstractToConcrete(uml1:UMLMM; uml2:UMLMM)
‘uml2’ uses same model as ‘uml1’. This can be given as
-u uml1 -f
ClassUM_IN.xml -u uml2 -ui uml1
To run this example execute the batch file ‘run.bat’ for
windows or the shell script ‘run.sh’
for unix.
The updated UML model ClassUM_IN.xml is expected to
contain:


| Package | Description |
|---|---|
| org.objectweb.asm |
Provides a small and fast bytecode manipulation framework.
|
| org.objectweb.asm.commons |
Provides some useful class and method adapters.
|
| org.objectweb.asm.tree |
Provides an ASM visitor that constructs a tree representation of the
classes it visits.
|
| org.objectweb.asm.util |
Provides ASM visitors that can be useful for programming and
debugging purposes.
|
| org.objectweb.asm.xml |
Provides SAX 2.0 adapters for ASM
visitors to convert classes to and from XML.
|
| Modifier and Type | Field and Description |
|---|---|
protected MethodVisitor |
MethodVisitor.mv
The method visitor to which this visitor must delegate method calls.
|
| Modifier and Type | Method and Description |
|---|---|
MethodVisitor |
ClassWriter.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
MethodVisitor |
ClassVisitor.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions)
Visits a method of the class.
|
| Constructor and Description |
|---|
MethodVisitor(int api,
MethodVisitor mv)
Constructs a new
MethodVisitor . |
| Modifier and Type | Class and Description |
|---|---|
class |
AdviceAdapter
A
MethodVisitor to insert before, after and around
advices in methods and constructors. |
class |
AnalyzerAdapter
A
MethodVisitor that keeps track of stack map frame changes between
visitFrame calls. |
class |
CodeSizeEvaluator
A
MethodVisitor that can be used to approximate method size. |
class |
GeneratorAdapter
A
MethodVisitor with convenient methods to generate
code. |
class |
InstructionAdapter
A
MethodVisitor providing a more detailed API to generate and
transform instructions. |
class |
JSRInlinerAdapter
A
MethodVisitor that removes JSR instructions and
inlines the referenced subroutines. |
class |
LocalVariablesSorter
A
MethodVisitor that renumbers local variables in their order of
appearance. |
class |
MethodRemapper
A
LocalVariablesSorter for type mapping. |
class |
RemappingMethodAdapter
Deprecated.
use
MethodRemapper instead. |
class |
TryCatchBlockSorter
A
MethodVisitor adapter to sort the exception handlers. |
| Modifier and Type | Method and Description |
|---|---|
protected MethodVisitor |
ClassRemapper.createMethodRemapper(MethodVisitor mv) |
protected MethodVisitor |
RemappingClassAdapter.createRemappingMethodAdapter(int access,
String newDesc,
MethodVisitor mv)
Deprecated.
|
MethodVisitor |
StaticInitMerger.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
MethodVisitor |
SerialVersionUIDAdder.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
MethodVisitor |
RemappingClassAdapter.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions)
Deprecated.
|
MethodVisitor |
ClassRemapper.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
| Modifier and Type | Method and Description |
|---|---|
protected MethodVisitor |
ClassRemapper.createMethodRemapper(MethodVisitor mv) |
protected MethodVisitor |
RemappingClassAdapter.createRemappingMethodAdapter(int access,
String newDesc,
MethodVisitor mv)
Deprecated.
|
| Modifier and Type | Class and Description |
|---|---|
class |
MethodNode
A node that represents a method.
|
| Modifier and Type | Method and Description |
|---|---|
MethodVisitor |
ClassNode.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
| Modifier and Type | Method and Description |
|---|---|
void |
VarInsnNode.accept(MethodVisitor mv) |
void |
TypeInsnNode.accept(MethodVisitor mv) |
void |
TryCatchBlockNode.accept(MethodVisitor mv)
Makes the given visitor visit this try catch block.
|
void |
TableSwitchInsnNode.accept(MethodVisitor mv) |
void |
ParameterNode.accept(MethodVisitor mv)
Makes the given visitor visit this parameter declaration.
|
void |
MultiANewArrayInsnNode.accept(MethodVisitor mv) |
void |
MethodNode.accept(MethodVisitor mv)
Makes the given method visitor visit this method.
|
void |
MethodInsnNode.accept(MethodVisitor mv) |
void |
LookupSwitchInsnNode.accept(MethodVisitor mv) |
void |
LocalVariableNode.accept(MethodVisitor mv)
Makes the given visitor visit this local variable declaration.
|
void |
LineNumberNode.accept(MethodVisitor mv) |
void |
LdcInsnNode.accept(MethodVisitor mv) |
void |
LabelNode.accept(MethodVisitor cv) |
void |
JumpInsnNode.accept(MethodVisitor mv) |
void |
InvokeDynamicInsnNode.accept(MethodVisitor mv) |
void |
IntInsnNode.accept(MethodVisitor mv) |
void |
InsnNode.accept(MethodVisitor mv)
Makes the given visitor visit this instruction.
|
void |
InsnList.accept(MethodVisitor mv)
Makes the given visitor visit all of the instructions in this list.
|
void |
IincInsnNode.accept(MethodVisitor mv) |
void |
FrameNode.accept(MethodVisitor mv)
Makes the given visitor visit this stack map frame.
|
void |
FieldInsnNode.accept(MethodVisitor mv) |
abstract void |
AbstractInsnNode.accept(MethodVisitor cv)
Makes the given code visitor visit this instruction.
|
void |
LocalVariableAnnotationNode.accept(MethodVisitor mv,
boolean visible)
Makes the given visitor visit this type annotation.
|
protected void |
AbstractInsnNode.acceptAnnotations(MethodVisitor mv)
Makes the given visitor visit the annotations of this instruction.
|
| Modifier and Type | Class and Description |
|---|---|
class |
CheckMethodAdapter
A
MethodVisitor that checks that its methods are properly used. |
class |
TraceMethodVisitor
A
MethodVisitor that prints the methods it visits with a
Printer . |
| Modifier and Type | Method and Description |
|---|---|
MethodVisitor |
TraceClassVisitor.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
MethodVisitor |
CheckClassAdapter.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |
| Constructor and Description |
|---|
CheckMethodAdapter(int api,
MethodVisitor mv,
Map<Label,Integer> labels)
Constructs a new
CheckMethodAdapter object. |
CheckMethodAdapter(int access,
String name,
String desc,
MethodVisitor cmv,
Map<Label,Integer> labels)
Constructs a new
CheckMethodAdapter object. |
CheckMethodAdapter(MethodVisitor mv)
Constructs a new
CheckMethodAdapter object. |
CheckMethodAdapter(MethodVisitor mv,
Map<Label,Integer> labels)
Constructs a new
CheckMethodAdapter object. |
TraceMethodVisitor(MethodVisitor mv,
Printer p) |
| Modifier and Type | Class and Description |
|---|---|
class |
SAXCodeAdapter
A
MethodVisitor that generates SAX 2.0 events from the visited
method. |
| Modifier and Type | Method and Description |
|---|---|
protected MethodVisitor |
ASMContentHandler.Rule.getCodeVisitor() |
MethodVisitor |
SAXClassAdapter.visitMethod(int access,
String name,
String desc,
String signature,
String[] exceptions) |


THE FILTH AND THE FURY (Fine Line) Featuring: Johnny Rotten, Steve Jones, Paul Cook, Sid Vicious, Glen Matlock, Malcolm McLaren. Producers: Anita Camarata and Amanda Temple. Director: Julien Temple.  Reviewed by Scott Renshaw.
In a lifespan of just over 24 months, the Sex Pistols managed to distill the entire history of rock and roll into one short-lived, phenomenally influential experiment. There were internal disagreements and lineup changes. There were distractions from meddling girlfriends and drugs. There were legal and fiscal wranglings with a shady manager and anxious record companies. There were cries of outrage from adults who just didn't understand the rebellious messages of this new musical form, accompanied by the certain knowledge that civilization as we knew it was about to come to an end. And finally, there was the inevitable transformation of rebellion and singularity into its own kind of conformity.
Anyone at all familiar with the Pistols would hope to high heaven that a film-maker wouldn't choose to tell their story in the measured tones of hero worship. No such worries under the direction of Julien Temple, who turns THE FILTH AND THE FURY into a multi-media Sex Pistols assault. Temple frames his archival footage of the band with modern day interviews with the band's four original members -- vocalist John "Johnny Rotten" Lydon, guitarist Steve Jones, drummer Paul Cook and bassist Glen Matlock -- and a 1978 post break-up interview with replacement bassist (and eventual heroin casualty) Sid Vicious. Their voices describe a band born out of the social conditions of mid-1970s England, a music of furious discontent that made the Sex Pistols as reviled by their critics as they were adored by their fans. They also tell of the factions within the band between those loyal to the Pistols' manager and self-described creator Malcolm McLaren and those who distrusted his business dealings and staged outrageousness.
Many of the stories told in THE FILTH AND THE FURY are by now the stuff of rock legend: the profane appearance on an English television show; the performance of "God Save the Queen" on the Thames during the celebration of Queen Elizabeth's silver anniversary jubilee; the one-song-and-out final concert at San Francisco's Winterland in January 1978. Julien Temple has already documented the Sex Pistols in 1980's THE GREAT ROCK 'N' ROLL SWINDLE, so there was the danger that THE FILTH AND THE FURY would feel not just like a canonization of a pioneering band, but a recycled canonization. Instead, Temple captures not just the energy of the Pistols, but their satirical sense of playfulness as well. That expletive-filled television interview is described as a drunken Steve Jones having fun at the expense of the equally drunk host; jabs at "progressive rock" contemporaries like Yes and Emerson, Lake and Palmer are accompanied by footage of stop-motion dinosaurs. With music, animation and dozens of archival clips, Temple compiles a film that doesn't merely lay out a Sex Pistols chronology; it captures the atmosphere and the attitude of anarchy in the U.K.
That's not to say that it's instantly reliable as the definitive Sex Pistols story. SWINDLE may have been an obvious attempt at self-congratulation by McLaren, but THE FILTH AND THE FURY occasionally seems just as much like an ego piece for Johnny Rotten. The present-day interviews are conducted with the band members in shadow, an effective means of keeping the story in the "present" of 1970s England. They also allow Rotten in particular to "set the record straight" in a manner that sounds theatrically performed every time he opens his mouth. Rotten may very well be a more reliable historian of the Pistols than McLaren, but when he and Jones relate differing accounts of a hotel room snafu, it's hard not to here Rotten's version as a bit of overdramatization. Make no mistake, it's still tremendously interesting listening to Rotten's perspective on the rise and fall of the band. It's also a little hard to take when he actually begins crying over the tragic end of his friend Sid Vicious.
That's actually a fairly minor quibble with a film as vital and generally unpretentious as THE FILTH AND THE FURY (you don't get less pretentious than Steve Jones' crudely honest reason for wanting to be in a band). While Temple clearly appreciates the Sex Pistols as the defining force in English punk -- including footage of youngsters Siouxsie Sioux, Billy Idol and Pogues frontman Shane McGowan at concerts or singing Pistols songs -- he also confronts the bands members' dissatisfaction with how their legacy has been defined. Rotten in particular bemoans punk being "absorbed back into the mainstream," with middle-class kids wearing leather the real early English punks could never have afforded. He's also surprisingly philosophical about the band's disintegration during its 1978 U.S. tour. "The Sex Pistols had to end when it did," Rotten opines, "but it didn't have to end _how_ it did." Of course, he probably would be less concerned with the philosophizing than pure sensory jolt, and that's something THE FILTH AND THE FURY provides. It took the Sex Pistols two years to distill rock and roll into every one of its basic elements. It takes Julien Temple 108 minutes to do the same thing to the Sex Pistols. It's a story with the frantic, two-and-a-half-minute raw energy blast of a classic punk anthem.
On the Renshaw scale of 0 to 10 Pistol whippings: 8.
Visit Scott Renshaw's Screening Room http://www.inconnect.com/~renshaw/ *** Subscribe to receive new reviews directly by email! See the Screening Room for details, or reply to this message with subject "Subscribe".
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


close()
at the end of a try-with-resources block and suggests removing them.
Example:
try(MyAutoCloseable ac = new MyAutoCloseable()) {
foo();
ac.close();
}
After the quick-fix is applied:
try(MyAutoCloseable ac = new MyAutoCloseable()) {
foo();
}
New in 2018.1


-
Josh Ellithorpe
Senior Engineer, Coinbase
Having an on chain, decentralized system with human readable identifiers is a major usability win for new users and pro crypto users alike!
-
Vin Armani
CEO, CoinText
Cash Accounts is a huge step forward in making Bitcoin truly usable as peer-to-peer electronic cash for the world.
-
Jonathan Silverblood
Jack-of-all-trades
Using payment codes with Cash Accounts gets you an account name that is secure, decentralized and meaningful, effectively solving Zookos trillemma.
-
Mark Lundeberg
Developer, Simple Ledger Protocol
Solves the squatter problem by appending a short number which is an inconvenience, but vastly better than memorizing 160-bit addresses.
-
José
Founder, EatBCH
Cash Accounts make addresses memorable by reducing the complexity to something like a discord account or a telephone number.
-
imaginary_username
Enthusiast
Quite a clever way to make account aliases both decentralized and immutable!
-
SpendBCH
Bitcoin Cash Engineer, Badger Wallet
Cash Account goes far beyond enhanced payments. It will finally bring about consistent identity, reputation, and discoverability to both end users and organizations.


Methods
bootstrap_addExternalFile(err, data)
Kicks off reading the json config file and the publishing of that data as an external file.
Parameters:
| Name |
Type |
Description |
err |
string
|
The error reading the file. |
data |
string
|
The data from the json file. |
- Source:
bootstrap_addExternalFileVersion(err, data)
Kicks off reading the json config file and the publishing of that data as an external file version.
Parameters:
| Name |
Type |
Description |
err |
string
|
The error reading the file. |
data |
string
|
The data from the json file. |
- Source:
bootstrap_addFile(err, data)
Kicks off reading the json config file and the publishing of that data as an external file version.
Parameters:
| Name |
Type |
Description |
err |
string
|
The error reading the file. |
data |
string
|
The data from the json file. |
- Source:
bootstrap_addFileVersion(err, data)
Kicks off reading the json config file and the publishing of that data as an external file version.
Parameters:
| Name |
Type |
Description |
err |
string
|
The error reading the file. |
data |
string
|
The data from the json file. |
- Source:
getToken(fileId, json, file, requestComplete)
Gets an oauth token for this client.
Parameters:
| Name |
Type |
Description |
fileId |
|
Optional file to update. |
json |
|
the json metadata to send. |
file |
|
the optional file stream to post. |
requestComplete |
|
callback when the token has been retrieved. |
- Source:
makeRequest(token, fileId, json, requestComplete)
Creates the new resource on the platform.
Parameters:
| Name |
Type |
Description |
token |
string
|
The oauth token |
fileId |
int
|
optional id of an existing file to update |
json |
string
|
the metadata as a json string |
requestComplete |
object
|
the callback when the request is done |
- Source:
makeRequestWithFile(token, fileId, json, file, requestComplete)
Creates the new resource on the platform with the specified file resource.
Parameters:
| Name |
Type |
Description |
token |
string
|
The oauth token |
fileId |
int
|
optional id of an existing file to update |
json |
string
|
the metadata as a json string |
file |
string
|
the local path to the file to push |
requestComplete |
object
|
the callback when the request is done |
- Source:
requestComplete(err, id)
Parameters:
| Name |
Type |
Description |
err |
string
|
The error associated with the request. |
id |
string
|
The Unique guid for this request |
- Source:


In most cases this has no performance impact because the columns in fact only contain integers and the number of bytes required to store an integer is no more than one plus half the number of significant digits (more). However, large floating point values may be stored in these columns if their values are sometimes computed using floating point arithmetic. In particular, when saving the results of floating point arithmetic to a NUMBER column, if there is no scale, or if the scale is further to the right than the least significant digit of precision in the result, then rounding will not be performed (more) and thus the full storage precision will be used.
Here is an example. We will create a table with two NUMBER columns. The first will have no scale. The other will have a scale of 4 digits. Note the difference in storage space required when we then insert the same value to these two columns. Although the values are the same, the column without any scale takes 21 bytes to store the number, whereas the column with a small scale takes just 2 bytes to store the same number.
SQL> create table numbers (n1 number, n2 number(10,4));
Table created.
SQL> insert into numbers values (3*(1/3), 3*(1/3));
1 row created.
SQL> select * from numbers;
N1 N2
---------- ----------
1 1
1 row selected.
SQL> select vsize(n1), vsize(n2) from numbers;
VSIZE(N1) VSIZE(N2)
---------- ----------
21 2
1 row selected.
The value inserted was expressed as 3*(1/3) for the illustration above to force the use of floating point arithmetic during the statement execution. The brackets were needed to prevent the optimizer from simplifying the expression before execution. The example below uses the log function to illustrate the same point and to show that the scale must be to the left of the least significant digit of precision to ensure that the results of floating point expression evaluation are rounded prior to storage. Unless this rounding occurs, the full precision of the column will be used for data storage.
SQL> create table numbers (n1 number, n2 number(*,38), n3 number(*,37));
Table created.
SQL> insert into numbers values (log(2, 4), log(2, 4), log(2, 4));
1 row created.
SQL> select * from numbers;
N1 N2 N3
---------- ---------- ----------
2 2 2
1 row selected.
SQL> select vsize(n1), vsize(n2), vsize(n3) from numbers;
VSIZE(N1) VSIZE(N2) VSIZE(N3)
---------- ---------- ----------
21 21 2
1 row selected.
Because most Oracle NUMBER columns just store integers and are never subject to floating point arithmetic, this waste of space is not very widespread despite that developers often fail to specify the scale of NUMBERs. However, where it does occur it reduces table data density which in turn increases table scan I/O, uses cache memory less effectively, and reduces index efficiency. Therefore, it is good to be in the habit of always specifying at least a scale for real NUMBERs, if not a precision as well. For integers, if a precision is specified then a scale of 0 is implied, otherwise the scale should be set to zero explicitly using the NUMBER(*,0) datatype specification or a synonymous ANSI datatype specification.
Our unscaled_numbers.sql script can be used to check an existing database for columns that are wasting space because of this issue and therefore might be impacting performance. By default it identifies NUMBER columns for which no scale has been specified and which have an average data length of more than 9 bytes (more than 15 digits).
|
© Ixora Pty Ltd. All rights reserved.
16-Apr-2002 |
|


Do you sign your life away?
Do you write your name in dust?


|
|
size_t | dim () const |
| | Dimensionality of the tangent space.
|
| |
|
StereoCamera | retract (const Vector &v) const |
| | Updates a with tangent space delta.
|
| |
|
Vector6 | localCoordinates (const StereoCamera &t2) const |
| | Local coordinates of manifold neighborhood around current value.
|
| |
|
static size_t | Dim () |
| | Dimensionality of the tangent space.
|
| |
|
|
|
| StereoCamera () |
| | Default constructor allocates a calibration!
|
| |
|
| StereoCamera (const Pose3 &leftCamPose, const Cal3_S2Stereo::shared_ptr K) |
| | Construct from pose and shared calibration.
|
| |
|
const Cal3_S2Stereo & | calibration () const |
| | Return shared pointer to calibration.
|
| |
|
|
void | print (const std::string &s="") const |
| | print
|
| |
|
bool | equals (const StereoCamera &camera, double tol=1e-9) const |
| | equals
|
| |
|
|
const Pose3 & | pose () const |
| | pose
|
| |
|
double | baseline () const |
| | baseline
|
| |
|
StereoPoint2 | project (const Point3 &point) const |
| | Project 3D point to StereoPoint2 (uL,uR,v)
|
| |
| StereoPoint2 | project2 (const Point3 &point, OptionalJacobian< 3, 6 > H1=boost::none, OptionalJacobian< 3, 3 > H2=boost::none) const |
| | Project 3D point and compute optional derivatives. More...
|
| |
|
Point3 | backproject (const StereoPoint2 &z) const |
| | back-project a measurement
|
| |
| Point3 | backproject2 (const StereoPoint2 &z, OptionalJacobian< 3, 6 > H1=boost::none, OptionalJacobian< 3, 3 > H2=boost::none) const |
| | Back-project the 2D point and compute optional derivatives. More...
|
| |
|
| StereoPoint2 | project (const Point3 &point, OptionalJacobian< 3, 6 > H1, OptionalJacobian< 3, 3 > H2=boost::none, OptionalJacobian< 3, 0 > H3=boost::none) const |
| | Project 3D point and compute optional derivatives. More...
|
| |
|
|
class | boost::serialization::access |
| |
◆ backproject2()
Back-project the 2D point and compute optional derivatives.
- Parameters
-
| H1 | derivative with respect to pose |
| H2 | derivative with respect to point |
◆ project()
Project 3D point and compute optional derivatives.
- Deprecated:
- , use project2 - this class has fixed calibration
- Parameters
-
| H1 | derivative with respect to pose |
| H2 | derivative with respect to point |
| H3 | IGNORED (for calibration) |
◆ project2()
Project 3D point and compute optional derivatives.
- Parameters
-
| H1 | derivative with respect to pose |
| H2 | derivative with respect to point |
The documentation for this class was generated from the following files:
- /Users/dellaert/git/gtsam/gtsam/geometry/StereoCamera.h
- /Users/dellaert/git/gtsam/gtsam/geometry/StereoCamera.cpp


UNHRC Reiterates To Foreign Nationals They Can’t Be Repatriated As A Group
by SG EditorThe United Nations Human Rights Commission (UNHRC) told foreign nationals who have sought shelter at a church In Cape Town’s city centre that they can’t be repatriated as a group.
They group has been living at the Methodist chapel for two weeks after being removed from outside United Nations (UN) offices.
The foreign nationals, among them refugees, had been staging a sit-in and demanding they be helped to leave South Africa as they fear xenophobic tensions.
Chaos erupted after foreign nationals turned on members of the Western Cape Refugees and Migrants Forum.
The forum said three of its members, including two pastors – the commission’s Chris Nissen and Anglican Archbishop Thabo Makgoba – were attacked.
The organisation’s Patrick Matenga said: “Our members were very very attacked and they were in critical condition.”
Nissen said they went to report back to refugees that they couldn’t be sent back to their home countries as a group.
“The pastor came up, and they started hitting the pastor and they were attacking us. They hit Reverend Makgoba against the forehead, they hit me against the head and my knees were literally on the ground and they were beating us.”


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- evolve magnetic vortals
- strategize collaborative architectures
- recontextualize B2C niches
- harness sticky experiences
- orchestrate wireless bandwidth
- synthesize clicks-and-mortar platforms
- brand front-end architectures


{% block content %}
{% for name,artista in albums.items %}
{% endblock %}
WebsMusic
Discover the variety of the Webs Music
Popular Music Videos
Create your PLayList
Have you ever fealt the need to create your own PlayList based on another PlayList? This is your chance of doing so, enjoy our WebApp and create your PlayList now!
Consult Musics and Artists
It is also possible to consult the songs from a PlayList and the artists with featured songs!
This Project
A project made in Django and GraphDB that displays information retrieved from LastFm's API on a Web Application.
Project made for the course EDC from MSc in Computer and Telematics Engineering at Universidade de Aveiro.
Recommended Albums
-
{# #}
{{ name }}
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The most secure and private browser.
Other browsers claim to be private but they are still tracking your interaction, even if they do it on an anonymous way. Not us, we don't record/track/analytics/remember/share/footprint anything.
Other ad blockers allow their own partners to display ads on the sites you visit. Not us, we block everyone, and our ad blocking system is continuously growing and improving.
Other apps look away while tracking systems are profiling you for browsing the web. Not us, we block all of them, this not only increases your privacy and security, but also enhances loading speeds of websites dramatically.
Our motto is Browse and Forget.
Add incognit home widget so you can browse and search directly from home.
Install incognit Apple Watch app so that you can have a remote controller for when you need to forget everything but you don't have your phone at hand.
We provide 2 search engines:
- Ecosia: The search engine that plants trees
- Google: The other search engine
Disclaimer: This app is completely independent of Ecosia and independent of Google too. No relation with any of them.
- Incognito mode always on
- Anti tracking protection
- Ad blocking
- Cookies blocking
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- 2 search engines to choose from
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This app is not tracking you in anyway, nor sharing any information from you with no one.
Whatever you do with this app is up to you and we don't want to know about it.


disputes
Handling Module Name DisputesTable of contents
This document describes the steps that you should take to resolve module name disputes with other npm publishers. It also describes special steps you should take about names you think infringe your trademarks.
This document is a clarification of the acceptable behavior outlined in the npm Code of Conduct, and nothing in this document should be interpreted to contradict any aspect of the npm Code of Conduct.
TL;DR
- Get the author email with
npm owner ls <pkgname>
- Email the author, CC<EMAIL_ADDRESS>- After a few weeks, if there's no resolution, we'll sort it out.
Don't squat on package names. Publish code or move out of the way.
Description
There sometimes arise cases where a user publishes a module, and then later, some other user wants to use that name. Here are some common ways that happens (each of these is based on actual events.)
-
Alice writes a JavaScript module
foo
, which is not node-specific. Alice doesn't use node at all. Yusuf wants to usefoo
in node, so he wraps it in an npm module. Some time later, Alice starts using node, and wants to take over management of her program. -
Yusuf writes an npm module
foo
, and publishes it. Perhaps much later, Alice finds a bug infoo
, and fixes it. She sends a pull request to Yusuf, but Yusuf doesn't have the time to deal with it, because he has a new job and a new baby and is focused on his new Erlang project, and kind of not involved with node any more. Alice would like to publish a newfoo
, but can't, because the name is taken. -
Yusuf writes a 10-line flow-control library, and calls it
foo
, and publishes it to the npm registry. Being a simple little thing, it never really has to be updated. Alice works for Foo Inc, the makers of the critically acclaimed and widely-marketedfoo
JavaScript toolkit framework. They publish it to npm asfoojs
, but people are routinely confused whennpm install foo
is some different thing. -
Yusuf writes a parser for the widely-known
foo
file format, because he needs it for work. Then, he gets a new job, and never updates the prototype. Later on, Alice writes a much more completefoo
parser, but can't publish, because Yusuf'sfoo
is in the way. -
npm owner ls foo
. This will tell Alice the email address of the owner (Yusuf). -
Alice emails Yusuf, explaining the situation as respectfully as possible, and what she would like to do with the module name. She adds the npm support staff<EMAIL_ADDRESS>to the CC list of the email. Mention in the email that Yusuf can run npm owner
add alice foo
to add Alice as an owner of the foo package. -
After a reasonable amount of time, if Yusuf has not responded, or if Yusuf and Alice can't come to any sort of resolution, email support<EMAIL_ADDRESS>and we'll sort it out. ("Reasonable" is usually at least 4 weeks.)
Reasoning
In almost every case so far, the parties involved have been able to reach an amicable resolution without any major intervention. Most people really do want to be reasonable, and are probably not even aware that they're in your way.
Module ecosystems are most vibrant and powerful when they are as self-directed as possible. If an admin one day deletes something you had worked on, then that is going to make most people quite upset, regardless of the justification. When humans solve their problems by talking to other humans with respect, everyone has the chance to end up feeling good about the interaction.
Exceptions
Some things are not allowed, and will be removed without discussion if they are brought to the attention of the npm registry admins, including but not limited to:
- Malware (that is, a package designed to exploit or harm the machine on which it is installed).
- Violations of copyright or licenses (for example, cloning an MIT-licensed program, and then removing or changing the copyright and license statement).
- Illegal content.
- "Squatting" on a package name that you plan to use, but aren't actually using. Sorry, I don't care how great the name is, or how perfect a fit it is for the thing that someday might happen.
- Putting empty packages in the registry. Packages must have SOME functionality. It can be silly, but it can't be nothing. (See also: squatting.)
- Doing weird things with the registry, like using it as your own personal application database or otherwise putting non-packagey things into it.
- Other things forbidden by the npm Code of Conduct such as hateful language, pornographic content, or harassment.
If you see bad behavior like this, please report it to<EMAIL_ADDRESS>right away. You are never expected to resolve abusive behavior on your own. We are here to help.
Trademarks
If you think another npm publisher is infringing your trademark, such as by using a confusingly similar package name, email<EMAIL_ADDRESS>with a link to the package or user account on https://www.npmjs.com/. Attach a copy of your trademark registration certificate.
If we see that the package's publisher is intentionally misleading others by
misusing your registered mark without permission, we will transfer the package
name to you. Otherwise, we will contact the package publisher and ask them to
clear up any confusion with changes to their package's README
file or
metadata.
Changes
This is a living document and may be updated from time to time. Please refer to the git history for this document to view the changes.
License
This document may be reused under a Creative Commons Attribution-ShareAlike License.