Console |
|
The console window is displayed at the bottom of the main window. To display or hide the console window, use the Console command in the View menu.
Robot control programs can use the console window to output text. In addition, lines in which the enter key is pressed are passed to the robot controller.


Core_CSS provides any classes to create buttons in Material Design Style: raised, flat and action buttons. Buttons communicate the action that will occur when the user touches them.
| Flat button | |
| Raised button | |
| Action button | |
| Action button mini |
<button class="flat-button">...</button> <button class="raised-button">...</button> <button class="action-button">...</button> <button class="action-button mini">...</button>
You can styled buttons with color classes.
| Flat button | |
| Raised button | |
| Action button | |
| Action button | |
| Action button mini |
<button class="flat-button fg-lightBlue">...</button> <button class="raised-button bg-green fg-white">...</button>


--- layout: newsstory title: THE DREAM'S STILL ALIVE match: FAC Yeltz 2 Eastwood 2 ---
We making hard work of it, but we're still in the FA Cup. Despite twice being ahead, it ended up 2-2 with the replay on Wednesday.
Nothing happened in the first half, and not a lot in the second until their semi-retired keeper decided to drop the ball at Matty Gardiner's feet in front of goal. Our defence then went walkabout (again) to let them back in it, but it looked as though we'd clinched it when the best move of the game led to a Yeltz second.
Super-winger Rob Elmes broke down the right, and his first time cross picked out Pie-arce for a superb winner in the 88th minute. Unfortunately, Eastwood then went down the other end and got another equaliser, a sort of swivelly over the shoulder shot that snuck in the corner.
The replay's on Wednesday, and the winner will be at home to Gresley in the next round.


Commands
The following commands are available:
assertEquals
execute
set
verifyRows
and if you mistype a command, or use an unknown command:
badCommand


[gecode-users] branching and copy in Gecode
Guido Tack
tack at gecode.org
Mon Oct 29 00:32:56 CET 2012
There is no direct event or notification for backtracking. But your propagator could have a pointer to the shared data structure (see chapter 27.3 in MPG), and both the data structure and the propagator could have a "time stamp". When the propagator gets copied, you increment the time stamp in the copy. Every time you run the propagator, you check if the time stamps of the propagator and the shared data structure match, and if they don't you repair the data structure and set its time stamp to the current propagator's. This is quite cheap, just an additional integer in the propagator and a simple check in its propagate method.
Cheers,
Guido
On 28/10/2012, at 8:58 PM, Jun He <hejunnudt at gmail.com> wrote:
> Hi,
>
> Thank you for your explanation.
>
> I want all the instances of my propagator to share the data structure instead of making a copy, as storing the data structure needs too much memory. Hence I want my propagator to rollback the data structure when a backtracking happens. Is there an event to notify the propagator (or some policy to make the propagator detects) when a backtracking happens?
>
> Best regards,
> Jun
>
>
> On 28/10/12 01:24, Guido Tack wrote:
>> Hi,
>>
>> backtracking always jumps back to a copy and then recomputes the node that it actually wants to jump to. So you can maintain your propagator data structures incrementally, as long as they're copied (or marked for recomputation) during cloning. See chapter 7.2 in MPG for a more detailed explanation of recomputation.
>>
>> Cheers,
>> Guido
>>
>> On 28/10/2012, at 2:23 , Jun He <hejunnudt at gmail.com> wrote:
>>
>>> Hi,
>>>
>>> In Gecode, copy doesn't happen for every branching of the search tree, and whenever a failure happens it just backtracks to a node between the current failure node and the previous copied node. If a propagator works dependent on some data structure, and the backtrack jumps to a node that is not copied, then the data structure should be recomputed. My question is how to maintain the data structure incrementally for the propagator? Is there an easy setting to make Gecode copy at each branching, so that a simple undo policy can be used to maintain the data structure?
>>>
>>> Best regards,
>>> Jun
>>>
>>> _______________________________________________
>>> Gecode users mailing list
>>> users at gecode.org
>>> https://www.gecode.org/mailman/listinfo/gecode-users
>>
>> --
>> Guido Tack,
>> http://www.csse.monash.edu/~guidot/
>>
>>
>>
>
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{% load wagtailcore_tags wagtailimages_tags %}
{% if blog.feed_image %}
{% block og_image %}
{% image self.feed_image width-1200 as img %}
{% endblock %}
{% endif %}
{% block article_content %}
{% include "utils/includes/social_share.html" %}
{% include "blog/includes/blog_header.html" %}
{% include "blog/includes/blog_body.html" with body=self.body only %}
{% endblock %}


Over the past decade, Asian hornets, predatory insects with a widespread and expanding population, have invaded parts of Europe and Korea. Vespa velutina has a growing reputation as a species that proliferates rapidly, preys on honey bees and poses risks to humans.
Now a biologist at the University of California San Diego and his colleagues in Asia have developed a solution for controlling Asian hornets derived from the insect's natural chemical mating instincts.
As reported in the Oct. 11 edition of Scientific Reports, UC San Diego's James Nieh and researchers at the Chinese Academy of Sciences and Yunnan Agricultural University have deciphered the sex pheromone of Vespa velutina. Further, they developed a method of controlling Asian hornets by luring males into traps baited with synthesized versions of the pheromones.
"We have successfully tested the key sex pheromone compounds of this species and the results show that males are highly attracted to them," said Nieh, a professor in UC San Diego's Division of Biological Sciences.
Nieh noted that recently Turkey and Balkan nations have been invaded by Asian hornets, with much of Western Europe at risk. A single hornet can bite and kill hundreds of honey bees in its quest to obtain honey bee larvae. European honey bees have not evolved with this deadly predator and have poor defenses. As a result, "the European economic impact is high," said Nieh, and "major colony losses have led some beekeepers to abandon apiculture."
Nieh noted that Asian hornets are difficult to control because their colonies can spread rapidly and their nests are difficult to find in non-urban areas. They pose dangers to humans with stings that are painful and, in rare cases, deadly.
Pheromones are chemical signals that transmit information between members of the same species. Sex pheromones play a key role in mating and the continued survival of the species. In the case of Asian hornets, which have limited vision, sex pheromones likely play a key role in long-distance attraction. The new research demonstrates a simple, reliable way to monitor and potentially reduce the populations of these invading insects.
Story Source:
Materials provided by University of California - San Diego. Note: Content may be edited for style and length.
Journal Reference:
Cite This Page:


This page allows you to view and edit the permissions granted on tables,
views, sequences and indexes to users and groups. The table shows all the
objects in all databases upon which privileges can be granted, and who
those privileges are currently granted to (if anyone). To change the
privileges, click on the name of the object and use the form to select
a user or group and the capabilities he will be given.


The wolrd wide web is a colleciton of HTML documents, which is the main document type on the web. In addition to HTML, the following file types can be found on the web:
-Images
-Video
-Plain text
-Music
HTML stands for "Hypertext Markup Language." This is the basis for every web page. HTML documents contain text content (what you see), markup (what it looks like), references to other documents, and links to other pages.This video is a good place to start.
First, let's define the major pieces of the web:
-Servers - Computers that host the files that make up the web
-Internet - world's largest computer nerwork
-Browser - program that displays files on your computer from the web
-HTTP - the main protocol used by browsers to communicate with servers
The browser on your computer and makes requests to servers via the internet using the HTTP protocol. The servers respond with files that your browser displays. Here's a good explanation.
HTML markup is made up "tags." Tags look something like this:
<Tag name> Contents </Tag name>
The two tag names are always the same, while the first one is called the opening tag and the second is called the closing tag.
The opening tag, its contents, and the closing tag as a whole can be referred to as an element. HTML tags are used to help the browser identify the type of each element.You can find an introduction of the two here
It's important to remember that computers interpret the instructions humans give them literally. One small typo or mistake that "smart" human could correct can lead to huge problems when given to a computer. What do you think happens when you forget to insert a closing tag? Find out here.
You may notice that text on multiple lines will appear on a single line when written in HTML. Tags such as <br> and <p> can aid in creating line breaks. The break tag is an inline element that signifies the end of a line. The paragraph tag is a block element that creates an invisible box around its contents. This video is a big help.
- Web Page - text doc written in HTML. Web browsers read these docs, interpret, and display them.
- Coding - writing text in a language the computer can understand.
 Block elements form an "invisible box" around their contents.
First, let's start with some basic definitions:
- HTML - HyperText Markup Language - the standard markup language used to create web pages.
- CSS - Cascading Style Sheets - style sheet language used for describing the look and formatting of a document written in a markup language.
- DOM - Document Object Model - a cross-platform and language-independent convention for representing and interacting with objects in HTML (and other markup languages).
This "tree like" structure comes from the fact that HTML elements can contain other elements inside of them. In a browser, this structure shows up as a series of nested boxes, which can be drawn out like a family tree.
Every HTML element is inside an "invisible box." When you read an HTML document as text, you see a wave of changing indentations going up and down the left side of the document. The more indented an element is, the more deeply nested it's corresponding "box" is.
What is a text editor? A text editor is a program that helps you type text similar to document editors, such as Microsoft Word or Corel WordPerfect, but without all the extra formatting functions that document editors have.
When writing code, programmers use special text editors (like Sublime Text). These make their lives easier by doing things like automatically generating closing HTML tag when you write an opening tag.
CSS stands for "Cascading Style Sheets" and is used to control the style of HTML elements. It can also be thought of as a search and replace tool. First, you identify a tag or class of the element you want to find. Then, you decide what you want to do with it, or what property values to replace with different ones.
"Cascading" means that rules are applied not only to the elements they directly match, but also to all of those elements' child elements. However, if a child element has multiple, overlapping rules defined for it, the more specific rule takes effect. This gives programmers an efficient way to control the style of related HTML elements.
In computer programming, it would be easy to repeat yourself over and over if you didn't know better. This repetition is not only time consuming, but can lead to systemic errors.
Often times you will find yourself writing the same code over and over with only minor differences. For example, how are you going to apply the same style attributes to all elements of a certain type? You could always copy that style and paste it each place that element occurs within your code, but that still leaves a lot of room for error. If you decide to alter the style of a certain element and forget to make that change everywhere, you're in trouble.
An easy method for avoiding repetition is through the use of the div element. By assigning similar divs the same class, you can specify the style for that class just once and be done. This also allows you to quickly change the style of that class whenever you want and be sure that the change is made everywhere!
It also matters where you define the rules and in what order they are applied. Styles can be defined in different places and are applied in the following order:
1) the default style of a browser (different browsers have different styles
2) stylesheet in a separate file
3) stylesheet inside HTML
4) inline style in an element - this should be avoided
There are three ways to achieve this:
1) For small projects, you can write CSS in the <head> element of your HTML
2) Link your HTML to a separate CSS file
3) Write your style inline with your HTML, which leads to a lot of repetition
All HTML elements are boxes made up of four components: content, padding, border, and margin. It can be difficult to get the size of each component just right.
One way to size boxes is by using percentages, where the size of each box changes as the screen size changes. If you want the size of the box to remain unchanged, use pixels. You can also set a max width for each box, so it gets smaller if necessary, but never exceeds a given size.


Indigenous leaders seek European support for Brazil's Amazon
The group will travel across Europe, call for the EU to scrap a planned trade deal with several South American nations.
A delegation of indigenous leaders said on Tuesday they are seeking to recruit European political support against incursions by loggers and cattle ranchers in the Brazilian Amazon and the destruction of rainforest.
Sonia Guajajara, a former Brazilian vice presidential candidate and a prominent voice in efforts to protect the Amazon, told The Associated Press her group will visit a dozen European countries in a 35-day tour. Many European countries have invested in rainforest protection programmes.
More:
She said the delegation is meeting with political and religious leaders, companies and activists.
The group wants the European Union to scrap a planned trade deal several South American countries that the indigenous leaders say would bring further clearing of Amazon land.
Fires used to clear land in the Amazon increased sharply in July and August, causing international alarm over a region seen as critical to curbing climate change.
Many have pointed to the policies of Brazilian President Jair Bolsonaro, who has weakened environmental protections and said he wants to open up parts of the Amazon for commercial farming and mining.
Responding to the international outcry, Bolsonaro deployed the armed forces to the Amazon and implemented a 60-day ban on clearing the forest with fires, which conservation groups said had an effect, with the number of blazes dropping in September and October.
The drop also coincided with the start of the Amazon rainy season, which typically starts in mid-September.
Despite this, the blazes have continued in some parts of the forest, with at least 1,000 fires recorded so far this month, according to Brazilian government data.
'Capitalism is killing us'
Separately on Tuesday, a group of indigenous people protested outside the European Council in Brussels, Belgium, against the fires in the Amazon.
Protesters also held banners, including one with a photo of Paulo Paulino Guajajara, an indigenous forest defender killed by illegal loggers in an ambush late on Friday in Brazil's Maranhao state.
A Brazilian indigenous community leader holds a sign during a protest against the destruction of the Amazon forest, outside the European Commission headquarters, in Brussels, Belgium, [Francois Lenoir/Reuters]
Celia Xakriaba, a Brazilian forest activist and land defender from the ecoregion of Cerrado, said protesters were highlighting the damage done to their livelihoods and to a vast swath of Brazil's ecosystems and calling for action.
"[The fires] have a direct influence because a fire that burns the Amazon, in reality, does a lot more damage to the Cerrado (tropical savanna region of Brazil), 55 percent of the Brazilian territory and burns a lot more than the Amazon territory," she told The Associated Press news agency.
The activist added that "we would have wanted to come here for other reasons but sadly what brings us here is because capitalism is killing us".
Brazilian indigenous community leaders hold a sign during a protest against the destruction of the Amazon forest, outside the European Commission headquarters, in Brussels, Belgium [Francois Lenoir/Reuters]


* One level of indentation per method.
* Don't use the ELSE keyword.
* Wrap all primitives and Strings in classes.
* First class collections.
* One dot per line.
* Don't abbreviate.
* Keep all classes less than 50 lines.
* No classes with more than two instance variables.
* No getters or setters.


ADVENTURES OF SEBASTIAN COLE, THE (director/writer: Tod Williams; cinematographer: John Foster; editor: Affonso Goncalves; cast: Adrian Grenier (Sebastian Cole), Margaret Colin (Joan), John Shea (Hartley), Aleksa Palladino (Mary), Marni Lustig (Jessica), Clark Gregg (Hank/Henrietta), Gabriel Macht (Troy), Peter McRobbie (Principal), Tom Lacy (Grandfather), Joan Copeland (Grandmother), Russel Harper (Wayne); Runtime: 100; 1998)
Reviewed by Dennis Schwartz
An affectionate coming-of-age tale, set in 1983, about a teenager from the upper-middle-class environment of Dutchess County, New York. The film has a series of eccentric characters influence the life of the underachieving teenager Sebastian Cole (Adrian Grenier), but it is his shaggy-haired stepfather Hank (Clark Gregg) who influences him more than anyone else, including his real parents. Sebastian's ambition to be a writer is never developed except through the adventures he goes through in his senior year in high school. These misguided adventures are things a kid needing parental help might do in an environment where he feels adrift. The adventures include a hapless teenage romance, an heroic rescue of a kidnapped girl from a pimp, trips into NYC's punk rock scene, and nearly killing himself while trying to prove how much he could drink. He considers these episodes to be Ernest Hemingway-like experiences. With all its fantastic developments and its obscure way to tell a story, the film still remains grounded in reality, accurately picturing the wasteland of suburban life in the 1980s.
Sebastian has a pretty Prince Charles haircut, looking a lot like a handsome Prince Charming, as he looks innocent even when he seems to be bleeding to death in Mexico or someplace in the American Southwest, where the film opens, or when innocently engaging in a spicy dinner conversation with all of his dysfunctional family present (Is there any other kind, in teen movies?).
The film is told in flashback from the point where he is bleeding and being nursed by a beautiful senorita, and he looks at a wallet-sized photo of his family and remembers how his family life quickly unraveled when his stepfather, Hank, announced that he's planning to become a woman. His bitchy sister Jessica takes off on a motorcycle with her unappealing boyfriend Troy (Macht) for an early start to Stanford in order to get far away from the family; his perturbable, alcoholic, British mother Joan (Colin), leaves her second husband and takes Sebastian back to England with her; while, his real father Hartley (Shea), a successful but egocentric architect, tells him the only way to be successful is not to be a nice person and let no one interfere with your ambitions.
Unhappy with life in England, he returns to upstate New York to live with Hank, who has changed his name to Henrietta and now wears dresses.  Henrietta becomes a real mother to him, making the tardy student get to school on time, threatening him with military school if the capable student doesn't get his grades up, and he provides support for him financially and emotionally, as Sebastian tries to work out his disappointment that Hank broke up his family with his announcement. But even if Henrietta is strict with him, he offers him a mother's love and a father's guidance.
Sebastian's only ambition is to graduate early from high school (needing Physical Ed to graduate, he fakes an expertise in karate in front of gym teachers, in lieu of attending regular classes), as he is restless about his future and not ready to fit into life in Dutchess County just yet, he mainly hangs around with another rebellious student Wayne, and while shooting arrows for target practice, meets Mary (Palladino). Their romance is a sexually charged teenage one, probably not going anywhere until Mary professes a love for him. This frightens him, arousing his hidden insecurities, and he moves away from her. It becomes apparent to him as his life becomes troublesome, that the only one who is there for him, is Henrietta, the ex-marine, who dishes out his love with a barrage of pep talks and lectures.
The charming Adrian Grenier is appealing to a certain point as the hero who is both naive and adventurous in a self-destructive way. Clark Gregg plays his role as someone who feels inside like a woman, but who has been a man so long and still looks like one, that there is certain smugness he has that he can be both a man and a woman. But, the story never leaps beyond its startling revelation of a sex change and the devastating reaction it has for his family. It seems to wither towards its climax. Henrietta becomes unexplained, as if he/she has no psychology and that we must just accept him as the one-dimensional angelic character he is portrayed as. When we see him hitting baseballs at a batting range and then beating up someone who makes fun of him, we're into a typical macho Hollywood response mode to such problems, and it becomes apparent that this character will remain underdeveloped. The film setups an engaging story but didn't take it anywhere special, as it was a let down after such a fast start and such a promising look at a youngster needing guidance and getting it from such an unlikely source as Gregg. You can rest assured, that this offbeat teenager comedy/drama, returns safely back to its genre's teen movie fold by the film's end, and that is its main fault.
REVIEWED ON 9/6/2000 GRADE: C+
Dennis Schwartz: "Ozus' World Movie Reviews"
http://www.sover.net/~ozus
<EMAIL_ADDRESS>© ALL RIGHTS RESERVED DENNIS SCHWARTZ
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


---
layout: default
route: components
title: VueJS
subtitle: Component
---
The VueJS Component is new and currently under development.
{% include anchor.html name="Integration" %}
The VueJS Component can be easily imported and used in VueJS.
{% highlight vue %}
Selected Range: {% raw %}{{ displayDate }}{% endraw %}
{% endhighlight %}
{% include anchor.html name="Events" %}
{% include events.html data=site.data.components.vuejs.events %}
{% include anchor.html name="Options" %}
{% include options.html data=site.data.components.vuejs.options %}


Donald Trump can keep his tax returns private
by The New DailyCalifornia’s Supreme Court has unanimously ruled that US President Donald Trump does not have to disclose his tax returns to appear as a candidate on California’s primary ballot next spring.
The state law, the first of its kind in the nation and aimed squarely at Mr Trump, violates the constitution’s “specification of an inclusive open presidential primary ballot,” the court said.
Chief Justice Tani Cantil-Sakauye, in the 7-0 decision, wrote: “Ultimately, it is the voters who must decide whether the refusal of a ‘recognised candidate … for the office of President of the United States’ to make such information available to the public will have consequences at the ballot box”.
Mr Trump broke with tradition among presidential candidates by refusing to disclose his financial information.
The state Republican Party and chairwoman Jessica Millan Patterson challenged the bill signed into law this year by Democratic Governor Gavin Newsom because it singled out Mr Trump.
“Today’s ruling is a victory for every California voter,” Ms Patterson said in a statement.
“We are pleased that the courts saw through the Democrats’ petty partisan manoeuvres and saw this law for what it is – an unconstitutional attempt to suppress Republican voter turnout.”
Republican Kevin McCarthy took to Twitter accusing Democrats of “weaponizing the law”.
“California Democrats should stop weaponizing the law for political purposes and instead focus on solving actual problems that Californians face every day.
“Today’s decision by the CA Supreme Court is not only a win for voters across the nation.
-with AAP


Teaching Mrs. Tingle * * (out of * * * * )
Directed by Kevin Williamson. Cast: Katie Holmes, Helen Mirren, Marisa Coughlan, Barry Watson, Jeffrey Tambor, Molly Ringwald, Michael McKean, Liz Stauber, Vivica A. Fox, Lesley Ann Warren. 1999 - 95 minutes. Rated PG-13 (for violence, sexual situations, and profanity). Reviewed August 21, 1999.
Now that I've seen "Teaching Mrs. Tingle," the directorial debut of "Scream" scribe Kevin Williamson, just one question lingers: exactly what type of film is this? If it is a black comedy, there are too many serious moments for it to fully take off; if it's a drama, the silliness definitely needed to be cut down; if it's a thriller, it's one in which suspense is promised but never arrives until the climactic scene; if it belongs in the horror genre, the film, with a PG-13 rating and very little violence or terror, is overly mild; and if it's a teen angst picture, the writing certainly leaves something to be desired.
Leigh Ann Watson (Katie Holmes) is a high school senior nearing graduation whose mother (Lesley Ann Warren) is stuck in a dead-end life as a waitress, and whose only hope to get into college is if she receives the scholarship given to the valedictorian of her class. Unfortunately, her two hurdles are a stuck-up fellow student (Liz Stauber) who currently is one point higher than she is, and an 'A' in her history class, which is seeming more and more unlikely because of her nasty, bitter teacher, Mrs. Tingle (Helen Mirren), a middle-aged Wicked Witch of the West who gets her kicks out of putting all of her pupils down and being the one to stand in the way of their dreams. When Leigh Ann is falsely caught by Mrs. Tingle with the answer sheet to the final exam in her bookbag, despite the culprit actually being the rebellious slacker, Luke (Barry Watson), Tingle threatens to report Leigh Ann the next morning and, thus, basically ruining her whole life. Convinced by Luke and Leigh Ann's best friend, the aspiring actress Jo Lynne (Marisa Coughlan), the three of them set off that night to Mrs. Tingle's home to explain and plead the whole misunderstanding with her.  In desperation, the three drag the unconcious Mrs. Tingle upstairs to her room and tie her to the bedpost, ready to talk their way out of the situation once she comes to, but their elder has some surprises in store for them too, as she works to turn them against each other with some tricky mind games and believable lies.
"Teaching Mrs. Tingle" is the film that Williamson is known to have written the screenplay for before his fame with "Scream," and it was only after adding clout to his name was he allowed by Miramax's genre label, Dimension Films, to make the picture. Easy to believe, as "Teaching Mrs. Tingle" has all of the signs of a strictly novice effort, with the writing having almost none of the cleverness, style, and originality that has marked all of his other projects, from "Scream" to "I Know What You Did Last Summer" to TV's "Dawson's Creek." And as for being a director, Williamson shows some promise, but since the screenplay is seriously flawed and never takes off, neither does the film.
If there is one word to describe "Teaching Mrs. Tingle," that word is 'bland.' If the movie is never necessarily boring, it also is rarely interesting, and almost everything that occurs in the film (which, let's face it, isn't much) is strictly dull and insipid. The premise of an unforeseen hostage situation with the "Teacher From Hell" could have easily been exciting and inventive, with the three teens having to solve one complication after the other, but aside from one pedestrian instance in which the gym teacher (Jeffrey Tambor) arrives at Mrs. Tingle's home and addresses himself as, "Spankey," nothing of the sort ever happens. Instead, what we have are three characters essentially standing around a house, with the sly Mrs. Tingle occasionally playing with each one of theirs' emotions, and a non-graphic, but exploitative sex scene popping up at the most inopportune time for the simple reason of adding some spice to the proceedings. All it ends up adding, however, is an extra level of ludicrous plotting.
Veteran British actress Helen Mirren, as the cruel Mrs. Tingle, is far more astonishing and scene-stealing than she has any right to be, and raises this otherwise tepid film up a notch so that it could be classified as an "OK" film, rather than a downright bad one. From her early, brutal scene in which, one by one, Mrs. Tingle cold-heartedly criticizes her students as they get up to present a project, Mirren creates a character that is just about the most distinct, memorable movie villain I've ever seen. Not only that, but Mirren also creates an added dimension to Mrs. Tingle that probably would never have appeared had the performance not been as powerful, as we learn she is an unhappy woman hellbent on destroying her students because of her uncontrollable jealousy that many will become big-time successes, when she is still stuck in the same little town with the same job she had thirty years ago.
As the three central teen characters, Katie Holmes strikes an honest chord with her desperate character, but is not given the chance to really test her acting skills as she was with this past spring's "Go" and on "Dawson's Creek," due to a flat character that is never very appealing. Faring even worse is Barry Watson (TV's "7th Heaven"), who is stuck for the majority of the film blending into the background. His character of Luke is so thin, and not given the chance to do anything but act as an unconvincing love interest to Holmes, that he makes next to no impression. Marisa Coughlan is a different matter altogether; a fresh, talented find that will next be seen on Williamson's latest televsion excursion, "WasteLand," Coughlan's Jo Lynne is engaging in a way that Leigh Ann never is, and is given some of the more notable scenes, including a dead-ringer reenactment of the possessed Linda Blair in "The Exorcist" and another scene where she puts on a plausible act in front of Mrs. Tingle, only for the acid-tongued Tingle to respond, "I hope you make a good waitress." In supporting roles, everyone is wasted in basically cameos, particularly Vivica A. Fox, who has all of one scene as Leigh Ann's understanding guidance counselor. Only former teen queen Molly Ringwald is able to stand out, as the principal's assistant who takes over as substitute for Tingle and ends off teaching the material to the class equipped with a neverending slew of curse words.
"Teaching Mrs. Tingle" wraps up its story in an unconvincing manner that hammers the final nail in the film's coffin. Although Leigh Ann was right to fight for what she believed was right, that still does not excuse her or her two friends' criminal behavior, something which they get out of far too easily. And the last scene might have been satisfying had the end credits not have popped up so abruptly while in the middle of the scene.  Who knows? "Teaching Mrs. Tingle" has only one claim to notoriety, and it's Mirren's sparklingly vicious performance.
- Copyright 1999 by Dustin Putman. Http://hometown.aol.com/FilmFan16/index.html
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


A lot has happened in the month since our last update. Here are some of the more interesting things we've found. But first, we have a couple updates before we share links.
First, we are organizing a React Hackathon in Facebook's Seattle office on Saturday September 28. If you want to hack on React, meet some of the team or win some prizes, feel free to join us!
We've also reached a point where there are too many questions for us to handle directly. We're encouraging people to ask questions on StackOverflow using the tag [reactjs]. Many members of the team and community have subscribed to the tag, so feel free to ask questions there. We think these will be more discoverable than Google Groups archives or IRC logs.
Pete Hunt and Jordan Walke were interviewed on JavaScript Jabber for an hour. They go over many aspects of React such as 60 FPS, Data binding, Performance, Diffing Algorithm, DOM Manipulation, Node.js support, server-side rendering, JSX, requestAnimationFrame and the community. This is a gold mine of information about React.
PETE: So React was designed all around that. Conceptually, how you build a React app is that every time your data changes, it's like hitting the refresh button in a server-rendered app. What we do is we conceptually throw out all of the markup and event handlers that you've registered and we reset the whole page and then we redraw the entire page. If you're writing a server-rendered app, handling updates is really easy because you hit the refresh button and you're pretty much guaranteed to get what you expect.
MERRICK: That's true. You don't get into these odd states.
PETE: Exactly, exactly. In order to implement that, we communicate it as a fake DOM. What we'll do is rather than throw out the actual browser html and event handlers, we have an internal representation of what the page looks like and then we generate a brand new representation of what we want the page to look like. Then we perform this really, really fast diffing algorithm between those two page representations, DOM representations. Then React will compute the minimum set of DOM mutations it needs to make to bring the page up to date.
Then to finally get to answer your question, that set of DOM mutations then goes into a queue and we can plug in arbitrary flushing strategies for that. For example, when we originally launched React in open source, every setState would immediately trigger a flush to the DOM. That wasn't part of the contract of setState, but that was just our strategy and it worked pretty well. Then this totally awesome open source contributor Sophie Alpert at Khan Academy built a new batching strategy which would basically queue up every single DOM update and state change that happened within an event tick and would execute them in bulk at the end of the event tick.
While this is not going to work for all the attributes since they are camelCased in React, this is a pretty cool trick.
Turn any DOM element into a React.js function: JSXTransformer.transform("/** @jsx React.DOM */" + element.innerHTML).code
— Ross Allen (@ssorallen) September 9, 2013
Stoyan Stefanov gave a talk at BrazilJS about React and wrote an article with the content of the presentation. He goes through the difficulties of writing active apps using the DOM API and shows how React handles it.
So how does exactly React deal with it internally? Two crazy ideas - virtual DOM and synthetic events.
You define you components in React. It builds a virtual DOM in JavaScript land which is way more efficient. Then it updates the DOM. (And "virtual DOM" is a very big name for what is simply a JavaScript object with nested key-value pairs)
Data changes. React computes a diff (in JavaScript land, which is, of course, much more efficient) and updates the single table cell that needs to change. React replicates the state of the virtual DOM into the actual DOM only when and where it's necessary. And does it all at once, in most cases in a single tick of the
requestAnimationFrame()
.What about event handlers? They are synthetic. React uses event delegation to listen way at the top of the React tree. So removing a node in the virtual DOM has no effect on the event handling.
The events are automatically cross-browser (they are React events). They are also much closer to W3C than any browser. That means that for example
e.target
works, no need to look for the event object or checking whether it'se.target
ore.srcElement
(IE). Bubbling and capturing phases also work cross browser. React also takes the liberty of making some small fixes, e.g. the event<input onChange>
fires when you type, not when blur away from the input. And of course, event delegation is used as the most efficient way to handle events. You know that "thou shall use event delegation" is also commonly given advice for making web apps snappy.The good thing about the virtual DOM is that it's all in JavaScript land. You build all your UI in JavaScript. Which means it can be rendered on the server side, so you initial view is fast (and any SEO concerns are addressed). Also, if there are especially heavy operations they can be threaded into WebWorkers, which otherwise have no DOM access.
escape
will not introduce an XSS vulnerability.
Vjeux re-implemented the display part of the IRC logger in React. Just 130 lines are needed for a performant infinite scroll with timestamps and color-coded author names.


10 Ways to Learn Soft Skills More Effectively
Everyone wants to learn in ways that help to retain the information. It is better to learn things that stick in your mind, rather than be forgotten once the period of study is over. This seems easy to achieve on paper, but how can we boost the learning process so that information stays in our heads? Well, in this article, we share with you 10 ways to learn more effectively.
Why is learning effectively important?
Throughout our busy lives, we are constantly adding new perspectives in order to reshape the ideas and knowledge we currently have.
In the workplace, in particular, we are always adding to what we know to build our capability. Our knowledge base continues to expand as we add more information, improve our skill sets, or change attitudes. We are always building on what we know.
Here are 10 ways that can help you learn more effectively, so you can make more of your available time and effort in your world.
Limit distractions
This might seem a little obvious, but in our increasingly busy and connected world, it can be increasingly hard to disconnect from unwanted distractions. However, investing the time in ensuring your environment is as peaceful as it can be before attempting to absorb information, will allow you a much greater focus.
Clear your desk, shut your door, silence your phone, but also take a moment to write down all the things that might cause your thoughts to wander. In writing them down, you will clear your mind and open yourself to a more valuable learning experience.Why Silence is Great for Critical Thinking
Have the information in multiple formats.
How information is presented to you can influence how easy it is to learn. Although it is not always possible to control how the information to be learned is presented to you, using a variety of presentation modes and other mediums can help.
Some people learn better when presented with the same information in different forms. Words, pictures, and audio are all different ways that can be used to present the same information. Don’t stick to one form of learning; try multiple, and find the ones that work best for you.
Comparing Virtual Training, Webinars, and E-Learning
Virtual training or VILT (Virtual Instructor-Led Training), webinars, and e-learning are all very different ways of learning. They all have advantages and disadvantages.
Avoid multitasking
Very few people who think they can multitask can actually multitask. It isn’t doing two (or more) things at once as is commonly thought, but rather when your brain is rapidly switching between the tasks all at once.
All this switching is a strain on the brain and can hugely impact your ability to learn. Take the time instead to focus on one task at a time so that you can lend your full concentration to the learning experience.
By reducing the mental costs of ‘switching’ rapidly between tasks, you can focus on one task and learn that information more effectively.VIDEO: How to Engage Modern Learners
Catherine has some tips on how you can keep learners engaged.
Take time to connect the new information with the old
The brain is a network of information, with each piece of information linking to another, forming a whole structure of concepts, figures, names, words, facts, and events. It's quite incredible when you think about it.

So, similarly, when learning something new, it can be useful to connect new information to existing knowledge already firmly embedded in your memory. This can be helpful with recall later.
Practice retrieving the information
Calling on knowledge routinely can help aid memory, and this retrieval practice is key in ensuring information is easy to recall. It helps reinforce the memory connection in your brain and simultaneously makes you more resistant to forgetting.
Practice this retrieval often, to ensure learning transfer and keep information fresh in your mind.
Have a goal
Motivation is key when it comes to learning new things. Learning for the sake of learning can sometimes fail because the motivation is lacking, and therefore so is the necessary mental effort.
Often, there is a bigger goal that is being worked towards - the reason you are learning this information in the first place. Identifying that goal and the reward that awaits at the end by achieving this goal can help to drive motivation.
Knowing what the long-term benefits are can positively affect the effort that you need to put in, which ultimately helps you learn more effectively.
Case Study - Moving A Key F2F Event to a Virtual Think Tank
The onset of the global pandemic meant a F2F event was no longer possible, so the client sought assistance from The Virtual Training Team to pursue a virtual alternative and bring all 22 colleagues together in a virtual yet constructive process.
Use your emotions
Information that has an emotional link to it is often better remembered than information that is emotionally neutral or emotionally void. Your mood is integral to the way you learn, so try and think emotionally about the information that you are learning. Creating a human connection can be helpful for this, so try to connect it to real-life stories or examples.
Even better if you can relate the new information to emotional or personal experiences in your own life. This can help to reinforce your memory for the information you are trying to take in.
Feeling anxious, bored, or angry can also negatively affect your motivation to learn, on top of affecting your ability to absorb new information in the first place. Ensure you are in a positive mindset when learning, to have a better learning experience.
Create deeper understanding using your social surroundings
Learning rarely takes place in a vacuum.
Other people are integral to most learning journeys as they can provide valuable feedback, sounding boards, and offer opportunities to observe and learn ‘on the job’ rather than in a passive, heavily structured training environment.
In addition to this, talking through ideas with others allows you to vocalize your learning, rather than simply internalizing it. This helps you to work through ideas and discuss information thoroughly, which can help learning transfer.
Case Study - Growth Mindset Development
The client was looking to encourage a growth mindset for employees in a forward-looking city council in the UK. Culturally, the client organisation wanted to encourage truly self-developing employees who would drive their own performance conversations.
Get a good night’s sleep
Sleep is absolutely essential when it comes to learning as it is the time when your brain has the opportunity to consolidate and process your experiences through the day, without any unwanted mental disruptions.
Suffering a poor night’s sleep or not getting enough effective REM ‘deep sleep’ can hinder your brain’s ability to process through what you have learned that day.
Be curious
It comes as no surprise that learning is easier if you are interested and engaged in the information at hand. Though this isn’t always something you can control, it is something you can help to generate.
Everything has a level of innate interest that can be found within, however small. Try to find the aspects of the information that catch your interest and even get input from others as to why you should get excited about it.
Additionally, trying new things and stepping out of your comfort zone can increase your likelihood to discover new things, new interests, and help to broaden your curiosity.
There you have it. 10 ways to learn more effectively and improve your learning transfer. What other ways do you have which help you to learn?


Donald Trump: 'I Want to Find Out Who Is the Whistleblower' | Breitbart
President Donald Trump said Wednesday he wanted to know the identity of the so-called “whistleblower” who kicked off the impeachment inquiry, dismissing the latest public hearings conducted by House Democrats.
by Charlie Spiering“I want to find out who is the whistleblower, because the whistleblower gave a lot of very incorrect information, including my call with the President of Ukraine,” Trump said, repeating that his conversation with President Volodymyr Zelensky was “perfect” and “highly appropriate.”
Trump said that he had not watched the hearings, as he hosted the President of Turkey Recep Tayyip Erdogan for much of the afternoon.
“I hear it’s a joke,” he said. “I haven’t watched for one minute because I’ve been with the president, which is far more important as far as I’m concerned.”
Ambassador Bill Taylor and Deputy Assistant Secretary George Kent testified to the House Intelligence Committee on Wednesday, drawing peak attention from the establishment media.
Taylor testified during the hearing that he recalled a staffer telling him of overhearing a July 26 phone conversation between Ambassador to the European Union Gordon Sondland at a restaurant.
When the aide asked Sondland what the president thought about Ukraine, Taylor recalled that the staffer said that Trump “cares more about the investigations of Biden.”
Asked by Fox News reporter John Roberts about the phone conversation, Trump said he did not recall it.
“I don’t recall, no, not at all, not even a little bit,” he said. “I know nothing about that, first time I’ve heard it.”
Trump appeared annoyed that Democrats continued to press for impeachment, despite most of the information being derived from third-hand sources.
“This is a sham and it shouldn’t be allowed,” he said.


@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import common.Links @this( layout: Layout ) @()(implicit request: Request[_], messages: Messages) @layout( pageTitle = Messages("pla.mcNeeded.title"), backLinkEnabled = false ) {
@Html(Messages("pla.mcNeeded.needToSpeakToYou"))
@Messages("pla.mcNeeded.linesOpen")
@Messages("pla.mcNeeded.linesClosed")
@Messages("pla.mcNeeded.linesBusy")
@Messages("pla.mcNeeded.callCharges") (@Messages("pla.base.newTab"))


I´m a Graphic Designer, Coder & Entrepreneur. Take a look at my portfolio to see what I was working.
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On a planet covered with 70% water, beings composed of 60% water,
still manage to waste this precious substance.
Your mission, should you choose to accept it,is to save this neglected planet
from a shortage that will propagate our own impending doom.
It is up to you. Save the Earth. Save Mankind. Save the WATER!
      Drip. Drip. Drop. Save the Water. Watch Out For The Clock.
      Use the arrow keys to move the Bucket of Preservation Left and Right.
      Collect the water drops from the Earth Pipe as they drip slowly towards shortage.
      But don't forget time is upon us, keep an eye on your CLOCK.


First and foremost the past nine weeks have flown by so quick it feels like we just started yesterday. This outlines the amount of interest and encourages me to take future web development courses. Starting from the basics of knowing what it takes to become a web developer and understanding how big and complex web development could be. Learning and understanding new terms like HTML, CSS and JavaScript and the role they play in web development. Also learning about HTTP, HTTPS, then began to get into the hands on and getting our hands dirty with Chrome DevTools and VS Code or preferred editor. Hands on experience has made all the different in this course as I feel I have always learned best when rolling up my sleeves and getting hands on experience.
Researching terms thru current topics have also expanded my knowledge and I have learned many new terms like; Dark Web, Web Hosting, UTF8 and semantic versioning among many others. All of this to prepare us the students for the final class project; Project 0! We began to choose our categories/menus items then dug deep into Bootstrap. Bootstrap in conjunction with GitHub and all the learning associated with them have prepared us for this final project. Again hands on played a big role in this as I began to look at the code and worked with a bootstrap template. As a class we learned to implement our bootstrap template into our github.com site. Images play a big role in creating a website and we learned how to make images efficient for our website.
Ultimately to create this Project 0 I am both excited and feel very accomplished I have learned so much in such a short period of time but this is just the tip of the ICEBERG of the Web development/technology field.
Survey of contemporary web technologies in authoring, distributing and browsing.
Include: web servers, scripting, protocols, E-Commerce, information architecture, traffic analysis, search engine optimization, and website usability.


The initials preceding each clue represent its author, and do not form part of the clue! Scroll down for more information.
Across:
1,7dn. JdS - She sang of 4 down and played banjo with endless zeal (4 4)
4. NB - Tree from the Antarctic perhaps shelters a little penguin (6)
10. SU - A crime, 9 by a country (7)
11. SZ - Expected more Tunisians to hold back (2 5)
12. SA - Internalising, 7: "I perform for nothing" (3)
13. AM - Cash in your chips and depart for Rivera, perhaps (5)
14. SA - Cure for E habit found here (5)
15. SU - Daughter acknowledges UPS partner (5)
16. JdS - An undertaking to tie apron around spare tyre (9)
18,9dn. SA - Scram! This is 16 26-29 II! (9 8)
20. see 15 down
21. STH - Decent grinder changed hands (5)
23. JdS - Make Orlando glow (5)
25. RVB - Waver, withraw, leave, feeling poorly (3)
27. JH - Backwards monster surrounds graduate with blockade (7)
28. MM - Penned bird sheltering another head to toe (7)
29. RVB - Cook carries a little cinnamon for sponsor (6)
30. VRW - Plane flies ... I devour sandwiches! (4)
Down:
2. TM - Force the outcome and prove disastrously in hock to the king (9)
3. SU - Reckless Diana’s taking drug with nymphs (7)
4. RVB - Overheard bit of harmony (5)
5,24. MG - Prof swears iron used for captives (9 2 3)
6. NB - A song about origins of quarterstaffs, Uzis, and tanks (7)
7. see 1 across
8. STH - Catch part of game show (4)
9. see 18 across
15,20ac. TM - 16 26-29 II: I'd take part in crashing Mercedes into bar (8 5)
16. MM - Nobly mock comical TV series (2 2 5)
17. JdS - I started, I tainted, I restored (9)
19. TM - Glasshouses also rebuilt alongside estuary (7)
20. JH - Ashes of ruined seminar (7)
22. TM - Takes openers: run out before stumps (4)
24. see 5
26. STH - Stroke a cat with iron deficiency (4)
All clues composed by Clue-For-The-Day participants at the Facebook Cryptic Crossword Society page, during the CFTD contest of December 22, 2022.
The initials represent the following setters (FB names):
| • |
AM
|
Alec Macaulay
|
| • |
BR
|
Ben Robinson
|
| • |
JdS
|
Joyce de Silva
|
| • |
JH
|
Joel Hess
|
| • |
MG
|
Monty Green
|
| • |
MM
|
Melissa McSeismal
|
| • |
NB
|
Neha Bhandari
|
| • |
RVB
|
Rhiannon Vivian-Bolt
|
| • |
SA
|
Steve Allen
|
| • |
STH
|
Simon T. Hill
|
| • |
SU
|
Saurabh Upadhyay
|
| • |
SZ
|
Suzy Zoom
|
| • |
TM
|
Tony Morris
|
| • |
VRW
|
Victor Rupert Williamson
|
And here are all the other clues that were submitted in the game:
Across:
1,7dn. SA - Joe's bonanza? No, son - rebelling Joe Hill's singer (4,4)
4. SU - Common seedless tree (6)
10. SU - Crime, a bombing by a country (7)
11. NB - Routine preparation before birth (2,5)
11. SA - ￼Ruin toe, unfortunately, before being born (2,5)
11. SA - Erudition I'd not displayed before delivery (2,5)
12. NB - Hurry and return pizza lacking zucchinni and artichoke toppings (3)
12. SU - Rest in peace Romeo! Eliminated by unknown for nothing… (3)
13. SA - Dragon ran, no? Ran around, i.e. like someone on football pitch (5)
14. RVB - (nfc): Swimmer drops model back for therapy (5)
15. SA - Built-up snow drift started on the hills (5)
15. TM - Chances to move the ball when necklines of dresses are cropped for daring top (5)
15. RVB - Snowdon's son lost, wandering in the hills (5)
15. STH - Turf over and around edges of Wimbledon drains (5)
21. SA - A driver for Ukrainian forces - not English, honest! (5)
21. BR - Being ethical not the new normal unfortunately (5)
23. TM - Orlando's flower? (5)
27. SA - Stop or go on amber? Confusing! (7)
29. SA - Re: support for the Queen? (6)
30. RVB - Team regularly swindled (4)
Down:
2. SA - Concerning prisoner of war, Queen's subject (9)
3. TM - Spirits with water aid sane reconciliation (7)
4. SA - Hope a cessation produces calm (5)
5,24 SA - POW, POW, POW ... Fully beaten they were, sometimes (9 2 3)
5,24 AM - Hogan’s Heroes perhaps bent wires for aprons (9 2 3)
6 SU - Question occupying Reverend: Quit dysfunctional car pools? (7)
8 TM - Look into sometimes having to come together (4)
16. SA - Re: fantastic second-rate hair where I live (2,2,5)
16. TM - Head position demand from executioner? (2,2,5)
19. RVB - A sailor at sea in sunrooms (7)
20. MM - Refuse the Reverend’s masses of rocks (7)
20. MM - The Reverend, being not well-spoken, yells: “Me checks in ashes!” (7)
26-29ac TM - Second level gambler? (10)
For members of the forum, the game can be accessed here. (SPOILER alert!)


Send 1000 compressed messages each of payload size 16384, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 1024 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 4096 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 32768 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 64, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 256, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 120 secs.
Case Description
Send 1000 compressed messages each of payload size 1024, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 240 secs.
Case Description
Send 1000 compressed messages each of payload size 4096, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 1024 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 4096 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 32768 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 64, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 256, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 120 secs.
Case Description
Send 1000 compressed messages each of payload size 1024, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 240 secs.
Case Description
Send 1000 compressed messages each of payload size 4096, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 1024 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 4096 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 32768 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(False, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 64, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 256, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 120 secs.
Case Description
Send 1000 compressed messages each of payload size 1024, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 240 secs.
Case Description
Send 1000 compressed messages each of payload size 4096, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 1024 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 4096 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 32768 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 64, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 256, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 120 secs.
Case Description
Send 1000 compressed messages each of payload size 1024, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 240 secs.
Case Description
Send 1000 compressed messages each of payload size 4096, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 1024 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 4096 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 32768 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 15)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 64, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 60 secs.
Case Description
Send 1000 compressed messages each of payload size 256, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 120 secs.
Case Description
Send 1000 compressed messages each of payload size 1024, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 240 secs.
Case Description
Send 1000 compressed messages each of payload size 4096, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 0 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 8192, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 16384, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 32768, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 65536, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 256 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 1024 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 4096 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.
Case Description
Send 1000 compressed messages each of payload size 131072, auto-fragment to 32768 octets. Use permessage-deflate client offers (requestNoContextTakeover, requestMaxWindowBits): [(True, 8), (True, 0), (False, 0)]
Case Expectation
Receive echo'ed messages (with payload as sent). Timeout case after 480 secs.


{% extends 'lfs/base.html' %} {% load staticfiles %} {% block title %}Modify_Choices{% endblock %} {% block body_block %}
Please select which modules you would like to take:


WifiScanResult()
Internal class to transfer data about Wifi networks You can expect a List after a successful scanning and pass a WifiScanResult with a valid password field to advertiser to connect on.