EMMA A film review by Mark R. Leeper Copyright 1996 Mark R. Leeper
Capsule: It may be that the Jane Austen craze is nearing the end of its course, at least with me. The title character plays with people's emotions and even their lives.  A well-acted and well- photographed film, but the story is not Austen's best. Rating: +1 (-4 to +4). WARNING: some minor spoilers.
EMMA is an exquisite recreation of early 19th century country life. Seeing one scene after another is like looking in on historical rooms recreated in a museum. It is not that every scene is ornate, but each has a feel of authenticity. One almost feels that a guide taking the viewer around the room and telling the viewer what each of the items is might have been nearly as interesting as having the actors play out the scene. And at the end of the film one almost feels that might have been a better use of time. I am afraid that it will take some effort to convince me that this is really a better story than even INDEPENDENCE DAY has, as boorish as that might sound.
As is frequently the case in a Jane Austen story, EMMA is concerned with the vitally important issue of which of Ms. Austen's generally shallow characters will marry which others. Especially of interest is how will Austen's main heroine get together, after some tribulation of course, with the man who it is so obvious from the beginning is the perfect choice for a husband. At least in SENSE AND SENSIBILITY the main character was in some ways admirable. The self- satisfied Emma Woodhouse (played by the elegant Gwyneth Paltrow) is merely attractive and rich. I rather hoped through the film that there might be some semblance of a morality tale here and Emma's meddling would lead to her not getting her Mr. Right. Of course, that is not Austen's style and in the end Austen arranges that there is no permanent damage done by Emma.
Mr. Right in this case is Mr. Knightly (played by Jeremy Northam), Emma's sister's brother-in-law. And Knightly really is knightly. He is the voice of conscience and the advocate of restraint ("Better to be without sense than misapply it as you do.") as Emma goes madly running about trying to run the lives of all her friends. Her best friend is Harriet Smith (Toni Collette), afflicted with just average looks. And worse, she is afflicted with a friend like Emma. The persuasive Emma has decided that a local farmer who is interested in Harriet is not good enough to marry Harriet. Emma decides to quash that match and to instead set up a marriage with Reverend Elton, the local rector. Soon two eligible unmarrieds come on the scene. One is the callow Frank Churchill (Ewan McGregor of TRAINSPOTTING), stepson of Emma's governess and confidant. The other is Jane Fairfax (Polly Walker, who had far more engaging roles in ENCHANTED APRIL and RESTORATION), niece of the region's second ranking busybody. Soon all the wrong people are attracted to all the wrong people from Emma's point of view.
The novel was adapted to the screen and then directed by Douglas McGrath and some of the film has some undeniably witty moments. The acting is all sufficiently convincing. Gwyneth Paltrow looks extraordinarily long-necked and elegant. Jeremy Northam would look very good except for the fashions of the day that seemed to go in for extraordinarily large hats and other exaggerated clothing features. It is something of a surprise to see Greta Scacchi in a smaller role as the ex-governess. Also a familiar face is Juliet Stevenson of TRULY MADLY DEEPLY in a small role. More than once I found the sets upstaging the action with apple-filled harvest scenes, Christmas party scenes, crocheting rings, and views of odd decorations on yard furniture. In fact, there is little in this film that is not top-notch but the story itself. (I have to admit, I did like the film better than the recent CLUELESS, loosely based on the same novel. But at least there it was easier to like the main character in CLUELESS because the results of her actions would have been less permanent.) The only thing really wrong with EMMA is Emma herself. With a main character that there was some reason to care about, this could have been a much better film. I give it a +1 on the -4 to +4 scale.
Mark R. Leeper<EMAIL_ADDRESS>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.
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Related links: index of all rec.arts.movies.reviews reviews


Experienced in JavaScript and Ruby, taking full advantage of tools like React, Redux, Rails and Postgresql.
Interested in working with a motivated, forward thinking team to develop impactful products.
The more I code, the more I fall in love with perfecting the details of the user interface to provide a beautiful and intuitive experience.
Avid cyclist, with a love for riding through the streets of New York City.
Logical, Problem Solving & Beautiful, Intuitive User Experiences.
Coming from a background in Architectural Design, I have always been fascinated by the idea of building experiences that intrigue the senses and draw people in. Moving to New York in pursuit of a career as a bike messenger, I lived one of my dreams cruising the streets of New York City. Still, I found my self constantly coming back to my true love-DESIGN. I decided to persue software in order to influence the future of web development and to push the boundaries of the user experience.
To pursue my passion, I attended App Academy, where I was exposed to the most popular, modern web development languages and libraries. With my skillset and eagerness to build, I am looking to join a motivated and forward-thinking development team.
The perfect role would allow me to work on Frontend Development alongside incredible designers and backend developers.
Muuv is a personal workout journal geared towards cyclists and runners. Users can create update and save statistics and routes related to their daily workouts.
It takes full advantage of the Google Maps API to provide users with the ability to create routes, and obtain specific information about the routes, with simple clicks on a map.
Bubble Burst is a bubble shooter game. The objective is to cluster bubbles of the same color, resulting in them bursting and being removed from the board. This verision of the game is played 'survival style', meaning the bubbles keep coming. The game is over when either the player has managed to clear the board or the bubbles have reached the bottom.
For me Bubble Burst was a first dive into collision logic and a refresher in trigonometry.
A very special app for purveyors of the competitive ant racing scene, who wish to view statistics related to competing ants before races take place. Uses a GraphQL API to source ant racer data. Odds are calculated randomly and at different intervals. React was used to display calculation updates in real time.
Full stack immersive web development course accepting < 5% of applicants
Trained in Ruby on Rails, Javascript, React, Redux, jQuery, HTML/CSS, and SQL as well as pair programming, TDD & OOP design patterns and agile development
Mastered a workflow process to maximize good design practices
Coursework included Calculus and Physics, as well as Design
Left for financial reasons in good academic standing


This subpart prescribes policies and procedures for using liquidated damages clauses in solicitations and contracts for supplies, services, research and development, and construction. This subpart does not apply to liquidated damages for subcontracting plans (see 19.705-7) or liquidated damages related to the Contract Work Hours and Safety Standards statute (see Subpart 22.3).
(a) The contracting officer must consider the potential impact on pricing, competition, and contract administration before using a liquidated damages clause. Use liquidated damages clauses only when—
(1) The time of delivery or timely performance is so important that the Government may reasonably expect to suffer damage if the delivery or performance is delinquent; and
(2) The extent or amount of such damage would be difficult or impossible to estimate accurately or prove.
(b) Liquidated damages are not punitive and are not negative performance incentives (see 16.402-2). Liquidated damages are used to compensate the Government for probable damages. Therefore, the liquidated damages rate must be a reasonable forecast of just compensation for the harm that is caused by late delivery or untimely performance of the particular contract. Use a maximum amount or a maximum period for assessing liquidated damages if these limits reflect the maximum probable damage to the Government. Also, the contracting officer may use more than one liquidated damages rate when the contracting officer expects the probable damage to the Government to change over the contract period of performance.
(c) The contracting officer must take all reasonable steps to mitigate liquidated damages. If the contract contains a liquidated damages clause and the contracting officer is considering terminating the contract for default, the contracting officer should seek expeditiously to obtain performance by the contractor or terminate the contract and repurchase (see Subpart 49.4). Prompt contracting officer action will prevent excessive loss to defaulting contractors and protect the interests of the Government.
(d) The head of the agency may reduce or waive the amount of liquidated damages assessed under a contract, if the Commissioner, Financial Management Service, or designee approves (see Treasury Order 145-10).
(a) Include the applicable liquidated damages clause and liquidated damages rates in solicitations when the contract will contain liquidated damages provisions.
(b) Construction contracts with liquidated damages provisions must describe the rate(s) of liquidated damages assessed per day of delay. The rate(s) should include the estimated daily cost of Government inspection and superintendence. The rate(s) should also include an amount for other expected expenses associated with delayed completion such as—
(1) Renting substitute property; or
(2) Paying additional allowance for living quarters.
(a) Use the clause at 52.211-11, Liquidated Damages—Supplies, Services, or Research and Development, in fixed-price solicitations and contracts for supplies, services, or research and development when the contracting officer determines that liquidated damages are appropriate (see 11.501(a)).
(b) Use the clause at 52.211-12, Liquidated Damages—Construction, in solicitations and contracts for construction, other than cost-plus-fixed-fee, when the contracting officer determines that liquidated damages are appropriate (see 11.501(a)). If the contract specifies more than one completion date for separate parts or stages of the work, revise paragraph (a) of the clause to state the amount of liquidated damages for delay of each separate part or stage of the work.
(c) Use the clause at 52.211-13, Time Extensions, in solicitations and contracts for construction that use the clause at 52.211-12, Liquidated Damages—Construction, when that clause has been revised as provided in paragraph (b) of this section.


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[enable JavaScript to render MarkDown]:
# Search feature on Scrollback If you have a very noisy room and are looking for some specific keyword within your room, it might be a difficult job. To simplify this task, you can use the search option on Scrollback. ####**How to use the Scrollback search?** On the Scrollback chatroom, on the top right, you will find the search option. ![Search option on Scrollback](http://i.imgur.com/5wkgaCd.png) In the search text box, you can enter the keyword or key phrase you are searching for and hit enter. You will be automatically redirected to the conversation which contains the searched word or phrase. ![Search result on Scrollback](http://i.imgur.com/0lhRqBr.png) If the keyword is not found, you will be given an appropriate message against it.


I'm excited to announce that Micropub is now a W3C Candidate Recommendation!
Three Years of Incubation and Selfdogfooding
Micropub began in 2013 when I outlined a simple API to create blog posts and short notes for my website, and then implemented it both on my server, several new clients, and started using it day-to-day. Micropub aims to be simple to understand and implement, built on top of existing standards such as OAuth 2.0 and the Microformats 2 vocabulary.
Designed for Incremental Implementation
Micropub is also intended to be implemented incrementally. You can start by implementing just the basics of creating simple posts, and then expand your implementation to support additional properties of posts, and later expand to enable editing posts as well.
Widespread Interoperability Across Numerous Implementations
One of the benefits of supporting Micropub is that it allows you to leverage other peoples' work in building an interface to create posts on your own website. By 2014, there were already six independent server implementations: five created by individuals for their own websites, as well as a plugin for the Known content management system. In addition to the client I wrote, there were four other people who built their posting interfaces using Micropub, which meant that anybody else with a Micropub server could sign in and use them!
Over the next several months, more and more people built out Micropub support in their blogging systems, including plugins for Wordpress and Drupal! I continued to build Micropub clients like OwnYourGram, which imports your Instagram photos to your website, and Teacup which I use to track everything I eat and drink, even posting from my watch.
See also: Complete list of live Micropub implementations
Openly Iterated and Formally Standardized
I gave a talk on Micropub at Open Source Bridge in 2015, when we had just started prototyping clients and servers that could start editing posts.
At the beginning on 2016, we published the First Public Working Draft of Micropub under the W3C Social Web Working Group. For the past several months, we've been iterating on the spec, refining the language, clarifying how to edit and delete posts, and working on ways to ensure a good user experience for applications that post photos and videos.
W3C Official Call For Micropub Implementations
Last week the W3C announced that Micropub is now a Candidate Recommendation, and is inviting a wider audience to implement it and provide feedback.
Stay tuned for updates as I build out the test suite and debugging tools to help you build Micropub clients and servers. They will be launched at micropub.rocks in the coming months!


View source and documentation on Github.
You can also try dragging items between the grid and the list


Admin
get all Users
Me
create Admin User
create Manager User
create User
activate User (manager -<EMAIL_ADDRESS>deactivate User (manager -<EMAIL_ADDRESS>update User
update Me
delete User
counries create
counries all
counries by id =4
getCountryByName Russia
getCountryByCode RUS
Update rusia
delete rusia
Manager
Get My own users
Me
create User
update User
update Me
delete User
counries all
counries by id =4
getCountryByName Russia
getCountryByCode RUS
User
Me
update Me
counries all
counries by id =4
getCountryByName Russia
getCountryByCode RUS


{% extends "templates/includes/base_pf_form.html" %} {% block title %}Euthanasia{% endblock %} {% block form %}03{% endblock %} {% block procedure %}
I hereby request the euthanasia of the above named animal and agree to pay the fee in full.
I wish the following to happen to my animal;
( ) Take home to bury
( ) Routine Cremation
{% endblock %}


You are being asked to take part in a research study at Duke University to study how people engage with novel information.
WHY IS THIS STUDY BEING DONE?
The purpose of this study is to help us learn more about how interest develops in humans and how they can impact choices and learning.
WHAT IS INVOLVED IN THIS STUDY?
In this study, you will view animated videos of drawings. These drawings will be simple objects or animals. You will be asked to name the object in its still or moving form and rate how interested you are in seeing what is drawn. The experiment will be conducted on a computer, and your decisions will be recorded using a keyboard and/or mouse. After you complete this study, you will be asked to answer two demographic questions.
HOW LONG WILL I BE IN THIS STUDY?
Your participation in this study requires one session that lasts about 30 minutes. Your participation is voluntary. You may choose to end your participation at any time for any reason. If you decide to stop participating in the study, please contact the experimenter.
WHAT ARE THE RISKS OF THIS STUDY?
We do not anticipate any risks to you for completing the study. None of the stimuli used in this experiment will be threatening, offensive, or stressful.
WHAT ABOUT CONFIDENTIALITY?
In order to protect your confidentiality, your data will be kept in locked, password-protected files on restricted-access servers maintained by the Center for Cognitive Neuroscience. You will be assigned an arbitrary subject number that we will use throughout this study. We will collect your MTurk ID number to ensure you are only enrolled in the study once and compensate you for participation.
WHAT ABOUT COMPENSATION?
You will be compensated $3.50 for one session. You may only complete this part of the task once.
WHOM TO CONTACT WITH QUESTIONS?
If you have questions about this research, you may contact the responsible investigator, R. Alison Adcock, at<EMAIL_ADDRESS>If you have questions about your rights as a research participant, you may contact the Chair of the Human Subjects Committee at<PHONE_NUMBER>.


| Home | About | Members | Sponsors | 4-H | FIRST | Contact Us |
We may have some answers...
4-H is an informal, practical educational program for youth. It is the youth development program of Michigan State University Cooperative Extension. 4-H is where there's fun in learning and learning in fun!
The 4-H program uses a learn-by-doing approach to enable youth to develop the knowledge, attitudes, and skills they need to become competent, caring, and contributing citizens of the world. This mission is accomplished by using the knowledge and resources of the land-grant university system, along with the involvement of caring adults.
No! 4-H is for all youth, wherever they live--on farms, in suburbs, in cities. 4-H serves youth from all backgrounds and interests. It reaches both boys and girls through 4-H clubs, special-interest groups and short-term projects, individual & family learning & mentoring, camping, and school enrichment. Most 4-H members are from towns and cities and they participate in contemporary projects such as bicycle care and safety, consumer education, aerospace and model rocketry, animal sciences and ROBOTICS. 4-H offers membership without regard to race, color, national origin, sex, disability, or handicap.
Clubs are the foundation of the 4-H program. A 4-H club is a group of five or more youngsters guided by one or more adult volunteer leaders. A club can be any size from a small group of kids from one neighborhood to a larger club consisting of youth from all over the county.
A 4-H club usually concentrates on one or more projects such as gardening, woodworking, small animals, food and nutrition, karate, photography, etc. 4-H members build leadership by electing officers and conducting their own business meetings; work together on community service activities; meet new friends; and most important, have lots of fun.
Youth, ages 9-19 (one year out of high school), can be standard 4-H club members and enroll in many different 4-H projects. Members of this age may exhibit their completed work to be judged for awards. Youth, ages 5-8 can be 4-H Cloversprout members. The 4-H Cloversprout program is a noncompetitive learning experience.
The 4-H emblem is a green four-leaf clover with a white 'H' on each leaflet, symbolizing Head, Heart, Hands, and Health. The 4-H emblem was patented in 1924.
At 4-H club meetings and other 4-H events, 4-H members recite the Pledge of Allegiance and this 4-H pledge:
I pledge my Head to clearer thinking, my Heart to greater loyalty, my Hands to larger service, and my Health to better living, for my club, my community, my country, and my world.


Symbol Index for "Acquired Temporary Property"
Symbol Index for diagram
"Acquired Temporary Property"
Acquired Permanent Property (Class)
Acquired Temporary Property (Class)
end (Association)
Inherent Temporary Property (Class)
Lifelong Property (Class)
onset (Association)
SPr/Persistence (Generalization Node)
Subject Property (Class)
Timepoint (Class)
Transient Property (Class)


{% extends "zero/base.html" %} {% block content %} This is a baz with id {{ id }} and foo {{ foo }}, created on {{ created }}. {% endblock content %}


Feel the
Music
With the best streaming quality and uninterupted ads free service. All songs in one place. Feel the beats feel the energy.


All this guide in this documentation get from https://firebase.google.com/docs/guides
/.firebaserc
Put you're project ID
{
"projects": {
"default": "projectID"
}
}
app/firebase/config.js
mypoject-1234a.firebaseapp.com
my-app-12345.firebaseapp.com/__/auth/handler
)
is set as your Callback URL in your app's settings page on your
Twitter app's config.
my-app-12345.firebaseapp.com/__/auth/handler
)is set as your Callback URL in your app's settings page on your twitter setting
my-app-12345.firebaseapp.com/__/auth/handler
)
is set as your Callback URL in your app's settings page on your
Twitter app's config.
mypoject-1234a.firebaseapp.com
my-app-12345.firebaseapp.com/__/auth/handler
) is set as your Callback URL in your app's settings page on your github setting
app/firabse.json
. Copy all the script/app/containers/SampleFullstackApps/Contact/helpers/uploadImg.js
Here's the step to setup storage.
service firebase.storage {
match /b/{bucket}/o {
match /{allPaths=**} {
allow read, write;
}
}
}
/dump_data/enlite-3a841-export.json


{% extends 'layout.html' %} {% block title %}Fare Thee Well{% endblock %} {% block layout-content %}
You have been logged out. Thank you for spending some quality time on OTIS today!
Log back in.


--- layout: post title: ReutersTV - Reuters Has a Great New Youtube Channel categories: [] tags: - media - thomson_reuters - video - youtube status: publish type: post published: true meta: _original_post_id: '' _original_import_author: John Duprey author: ---
About Reuters TV
Hard-edged reporting, insight and analysis - Reuters TV creates groundbreaking news and financial videos. Showcasing Reuters' 3,000 award-winning journalists, Reuters TV deliver investigative journalism, concise explanation and high energy.
-- http://www.youtube.com/reuterstv
Note that I work for Thomson Reuters.


Jetan Book Review
Games that originate from literature are not exactly a new thing, but rarely do books exclusively about them get published. Jetan: The Martian Chess of Edgar Rice Burroughs, written by Fredrik Ekman takes an in-depth look at the game taken from the pages of the Barsoom series. This book appeals to both fans of John Carter (the main protoganist in the first 3 books) and fans of abstract strategy games.
Ekman jumps right into his version of the rules in chapter 1. He takes great care in preserving the original text while clarifying particular details. Although we are lucky that Burroughs published the rules of Jetan in the 5th book of the series (The Chessmen of Mars), the text is ambiguous at times causing some dispute.
The early chapters provide a mini biography of Burroughs and describes things about the time in which he lived. This gives the reader a sense of the world that shaped his ideas.
Later chapters describe Jetan in popular culture, proposes chess-like notations for recording purposes and strategy tips for serious players. I especially enjoyed reading about all the different variants people have come up with over the years. This includes the author’s very own Thuria Jetan played on a 8x8 board.
If you looking to learn about Jetan, the Barsoom series, or Edgar Rice Burroughs, this is a great book to add to your collection. It’s a wonderful supplement to the series itself and makes a great reference for the many different variants. I will no doubt be going back to it again and again.


Rafforty:
This chapter comes later. Nice try though!
(Only characters level 82 or above who have completed quest "Reunion with Sirra" may take on this quest.)


Cowboy does nothing by default.
To make Cowboy useful, you need to map URLs to Erlang modules that will handle the requests. This is called routing.
When Cowboy receives a request, it tries to match the requested host and path to the resources given in the dispatch rules. If it matches, then the associated Erlang code will be executed.
Routing rules are given per host. Cowboy will first match on the host, and then try to find a matching path.
Routes need to be compiled before they can be used by Cowboy.
The general structure for the routes is defined as follow.
Routes = [Host1, Host2, ... HostN].
Each host contains matching rules for the host along with optional constraints, and a list of routes for the path component.
Host1 = {HostMatch, PathsList}. Host2 = {HostMatch, Constraints, PathsList}.
The list of routes for the path component is defined similar to the list of hosts.
PathsList = [Path1, Path2, ... PathN].
Finally, each path contains matching rules for the path along with optional constraints, and gives us the handler module to be used along with options that will be given to it on initialization.
Path1 = {PathMatch, Handler, Opts}. Path2 = {PathMatch, Constraints, Handler, Opts}.
Continue reading to learn more about the match syntax and the optional constraints.
The match syntax is used to associate host names and paths with their respective handlers.
The match syntax is the same for host and path with a few subtleties. Indeed, the segments separator is different, and the host is matched starting from the last segment going to the first. All examples will feature both host and path match rules and explain the differences when encountered.
Excluding special values that we will explain at the end of this section, the simplest match value is a host or a path. It can be given as either a string()
or a binary()
.
PathMatch1 = "/". PathMatch2 = "/path/to/resource". HostMatch1 = "cowboy.example.org".
As you can see, all paths defined this way must start with a slash character. Note that these two paths are identical as far as routing is concerned.
PathMatch2 = "/path/to/resource". PathMatch3 = "/path/to/resource/".
Hosts with and without a trailing dot are equivalent for routing. Similarly, hosts with and without a leading dot are also equivalent.
HostMatch1 = "cowboy.example.org". HostMatch2 = "cowboy.example.org.". HostMatch3 = ".cowboy.example.org".
It is possible to extract segments of the host and path and to store the values in the Req
object for later use. We call these kind of values bindings.
The syntax for bindings is very simple. A segment that begins with the :
character means that what follows until the end of the segment is the name of the binding in which the segment value will be stored.
PathMatch = "/hats/:name/prices". HostMatch = ":subdomain.example.org".
If these two end up matching when routing, you will end up with two bindings defined, subdomain
and name
, each containing the segment value where they were defined. For example, the URL http://test.example.org/hats/wild_cowboy_legendary/prices
will result in having the value test
bound to the name subdomain
and the value wild_cowboy_legendary
bound to the name name
. They can later be retrieved using cowboy_req:binding/{2,3}
. The binding name must be given as an atom.
There is a special binding name you can use to mimic the underscore variable in Erlang. Any match against the _
binding will succeed but the data will be discarded. This is especially useful for matching against many domain names in one go.
HostMatch = "ninenines.:_".
Similarly, it is possible to have optional segments. Anything between brackets is optional.
PathMatch = "/hats/[page/:number]". HostMatch = "[www.]ninenines.eu".
You can also have imbricated optional segments.
PathMatch = "/hats/[page/[:number]]".
You can retrieve the rest of the host or path using [...]
. In the case of hosts it will match anything before, in the case of paths anything after the previously matched segments. It is a special case of optional segments, in that it can have zero, one or many segments. You can then find the segments using cowboy_req:host_info/1
and cowboy_req:path_info/1
respectively. They will be represented as a list of segments.
PathMatch = "/hats/[...]". HostMatch = "[...]ninenines.eu".
If a binding appears twice in the routing rules, then the match will succeed only if they share the same value. This copies the Erlang pattern matching behavior.
PathMatch = "/hats/:name/:name".
This is also true when an optional segment is present. In this case the two values must be identical only if the segment is available.
PathMatch = "/hats/:name/[:name]".
If a binding is defined in both the host and path, then they must also share the same value.
PathMatch = "/:user/[...]". HostMatch = ":user.github.com".
Finally, there are two special match values that can be used. The first is the atom '_'
which will match any host or path.
PathMatch = '_'. HostMatch = '_'.
The second is the special host match "*"
which will match the wildcard path, generally used alongside the OPTIONS
method.
HostMatch = "*".
After the matching has completed, the resulting bindings can be tested against a set of constraints. Constraints are only tested when the binding is defined. They run in the order you defined them. The match will succeed only if they all succeed.
They are always given as a two or three elements tuple, where the first element is the name of the binding, the second element is the constraint's name, and the optional third element is the constraint's arguments.
The following constraints are currently defined:
The int
constraint will check if the binding is a binary string representing an integer, and if it is, will convert the value to integer.
The function
constraint will pass the binding value to a user specified function that receives the binary value as its only argument and must return whether it fulfills the constraint, optionally modifying the value. The value thus returned can be of any type.
Note that constraint functions SHOULD be pure and MUST NOT crash.
The structure defined in this chapter needs to be compiled before it is passed to Cowboy. This allows Cowboy to efficiently lookup the correct handler to run instead of having to parse the routes repeatedly.
This can be done with a simple call to cowboy_router:compile/1
.
Dispatch = cowboy_router:compile([ %% {HostMatch, list({PathMatch, Handler, Opts})} {'_', [{'_', my_handler, []}]} ]), %% Name, NbAcceptors, TransOpts, ProtoOpts cowboy:start_http(my_http_listener, 100, [{port, 8080}], [{env, [{dispatch, Dispatch}]}] ).
Note that this function will return {error, badarg}
if the structure given is incorrect.
You can use the cowboy:set_env/3
function for updating the dispatch list used by routing. This will apply to all new connections accepted by the listener.
cowboy:set_env(my_http_listener, dispatch, cowboy_router:compile(Dispatch)).
Note that you need to compile the routes before updating.


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| # ProductId | Last buyer | Status | Actions |
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| 00001 | Antonietta | Processing | edit item see information delete item |
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These fantastic Xbox One deals have just dropped in price everywhere
by Tabitha BakerThese fantastic Xbox One deals have just dropped in price everywhere
Grab an Xbox One for far less than you bargained for
(Image credit: Future) Jump To:
These Xbox One deals have just hit store shelves in a post-Cyber week frenzy of fantastic discounts and cheap gaming. You can save $150 on some of the most powerful gaming machines around today. Whether you're looking for an Xbox One S deal for a quick saving on a new console, or you've had your eye on a few Xbox One X deals for a while, these savings can get you straight in the game for less. These savings are seeing fantastic recent games bundled with each console as well as some impressive extra controllers or added bonuses across the US and UK.
So which Xbox One deal do you go for?
The Xbox One S is the standard version of the Xbox console. The One S grants you access to the Xbox library and a decent spec worthy of its current-gen standing. If you're looking to play some exclusives you missed this generation, or simply want to expand your collection for the cheapest price possible, now is the time to do so.
The Xbox One X, on the other hand, is Microsoft's most powerful console to date. Running in 4K HDR with Dolby Atmos spatial audio, you're getting a premier gaming experience for your cash. You may be looking to upgrade your One S, or simply grab a beast of a machine straight from the off. The specs inside the Xbox One X make it buttery smooth and mean it can handle intense 4K resolution with fantastic ease, but that's also thanks to its 12GB of GDDR5 graphic memory. You're getting speedier load times, high-performance cooling, and enhanced gameplay with this beast of a console.
With Project Scarlett on the horizon, these Xbox One deals are rapidly shifting in price to grab those final few gamers before the new console takes over. That's not to say you're going to be abandoning your console in a year's time. With Game Pass and the rate of uptake on newer consoles to consider, you'll likely get a few years of use out of the library already set up for Xbox.
Microsoft themselves have discounted their Xbox One models, but here's our top picks from your favorite retailers.
The best Xbox One deals available today
Xbox One deals in the US
Xbox One deals in the UK
If you're looking for more of the best Xbox One X prices, we've been scouring the web to find all the bundles you should be looking at. If you've just bought your new console, you might also want to check out the best Game Pass deals or the best Xbox Live Gold prices around.


The Richest Footballers In The World, Part Two
by SL InternationalWith the likes of Cristiano Ronaldo and Lionel Messi featuring among the 10 richest footballers in the world, here are the next 10 players on the list, including two African stars.
Click through the gallery above to see the 11th to 20th richest footballers in the world!
Using figures from Celebrity Net Worth, Forbes and The Richest, money and entrepreneurship website Wealthy Gorilla recently conducted a study to see which footballers – past and present – rank as the richest players in the world from their football and football-related activities.
Juventus superstar Ronaldo and former England midfielder David Beckham shared top spot in the top 10, which also included Messi, Pele, Francesco Totti, Gareth Bale, Alexandre Pato, Wayne Rooney and Dave Whelan.
Earn Airtime & Data With Soccer Laduma's Social Media App - Download Now
Among those just outside of the top 10, former FC Barcelona and Cameroon striker Samuel Eto'o ranks among the best of the rest with a reported net worth of $95 million (R1.3 billion), which is matched by AC Milan and Real Madrid legend Kaka.
Didier Drogba, Zlatan Ibrahimovic and Ronaldinho trail closely behind, with the three being valued at around $90 million (R1.3 billion) each, although the latter's estate is questionable given recent reports that he was nearing bankruptcy.
Read: The 10 Richest Footballers In The World
Other retired footballers, such as ex-Manchester United defender Rio Ferdinand and Bayern Munich legend Arjen Robben, also feature – you can view the full list by scrolling through the gallery above!


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This part of the Best Practices Guide discusses the best practices for using labels and annotations in your chart.
An item of metadata should be a label under the following conditions:
For example, we suggest using helm.sh/chart: NAME-VERSION
as a label so that operators can conveniently find all of the instances of a particular chart to use.
If an item of metadata is not used for querying, it should be set as an annotation instead.
Helm hooks are always annotations.
The following table defines common labels that Helm charts use. Helm itself never requires that a particular label be present. Labels that are marked REC are recommended, and should be placed onto a chart for global consistency. Those marked OPT are optional. These are idiomatic or commonly in use, but are not relied upon frequently for operational purposes.
| Name | Status | Description |
|---|---|---|
app.kubernetes.io/name |
REC | This should be the app name, reflecting the entire app. Usually {{ template "name" . }} is used for this. This is used by many Kubernetes manifests, and is not Helm-specific. |
helm.sh/chart |
REC | This should be the chart name and version: {{ .Chart.Name }}-{{ .Chart.Version \| replace "+" "_" }} . |
app.kubernetes.io/managed-by |
REC | This should always be set to {{ .Release.Service }} . It is for finding all things managed by Tiller. |
app.kubernetes.io/instance |
REC | This should be the {{ .Release.Name }} . It aid in differentiating between different instances of the same application. |
app.kubernetes.io/version |
OPT | The version of the app and can be set to {{ .Chart.AppVersion }} . |
app.kubernetes.io/component |
OPT | This is a common label for marking the different roles that pieces may play in an application. For example, app.kubernetes.io/component: frontend . |
app.kubernetes.io/part-of |
OPT | When multiple charts or pieces of software are used together to make one application. For example, application software and a database to produce a website. This can be set to the top level application being supported. |
You can find more information on the Kubernetes labels, prefixed with app.kubernetes.io
, in the Kubernetes documentation.


WITNESS LIST Land & Resource Management Committee (Subcommittee on Ownership of Rural Roads) April 30, 2002-10:00A Changing Road Acquisition Law Against: Gaines, Jimmy (Texas Landowners Council, Inc.) HB 340 Former/Interim Charges For: Stephenson, Brad (Eastland County Commissioners Court) Ownership of Rural Roads On: Allison, Jim (County Judges' & Commissioners' Association of Texas) Barstow, Bob (Self) Farrar, Jim (Self) Woodrome, C.D. (Self and Tyler County Commissioners Court)


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InfoAnimalShelters mission is to spread awareness of innocent animals that are sufferening every day. Through the help of donating, many animals can remain in shelters without being put down. We need to end the killing of animals in animal sheleters. There shouldn't be pets roaming around the sreets looking for food and shelter, at this stage of our economy we should do our upmost to bring awareness to this issues. Homeless pets are more common than ever. Come join our mission in making this world a better place through kindness to animals.
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Learn to care for Pets |


Apache Flink is maintained, improved, and extended by code contributions of volunteers. The Apache Flink community encourages anybody to contribute source code. In order to ensure a pleasant contribution experience for contributors and reviewers and to preserve the high quality of the code base, we follow a contribution process that is explained in this document.
This document contains everything you need to know about contributing code to Apache Flink. It describes the process of preparing, testing, and submitting a contribution, explains coding guidelines and code style of Flink’s code base, and gives instructions to setup a development environment.
IMPORTANT: Please read this document carefully before starting to work on a code contribution. It is important to follow the process and guidelines explained below. Otherwise, your pull request might not be accepted or might require substantial rework. In particular, before opening a pull request that implements a new feature, you need to open a Jira ticket and reach consensus with the community on whether this feature is needed.
…please make sure there is a Jira issue that corresponds to your contribution. This is a general rule that the Flink community follows for all code contributions, including bug fixes, improvements, or new features, with an exception for trivial hot fixes. If you would like to fix a bug that you found or if you would like to add a new feature or improvement to Flink, please follow the File a bug report or Propose an improvement or a new feature guidelines to open an issue in Flink’s Jira before starting with the implementation.
If the description of a Jira issue indicates that its resolution will touch sensitive parts of the code base, be sufficiently complex, or add significant amounts of new code, the Flink community might request a design document. (Most contributions should not require a design document.) The purpose of this document is to ensure that the overall approach to address the issue is sensible and agreed upon by the community. Jira issues that require a design document are tagged with the requires-design-doc
label. The label can be attached by any community member who feels that a design document is necessary. A good description helps to decide whether a Jira issue requires a design document or not. The design document must be added or attached to or linked from the Jira issue and cover the following aspects:
A design document can be added by anybody, including the reporter of the issue or the person working on it.
Contributions for Jira issues that require a design document will not be added to Flink’s code base before a design document has been accepted by the community with lazy consensus. Please check if a design document is required before starting to code.
…please respect the following rules:
Please feel free to ask questions at any time. Either send a mail to the dev mailing list or comment on the Jira issue.
The following instructions will help you to setup a development environment.
It is very important to verify the compliance of changes before submitting your contribution. This includes:
You can build the code, run the tests, and check (parts of) the code style by calling:
mvn clean verify
Please note that some tests in Flink’s code base are flaky and can fail by chance. The Flink community is working hard on improving these tests but sometimes this is not possible, e.g., when tests include external dependencies. We maintain all tests that are known to be flaky in Jira and attach the test-stability
label. Please check (and extend) this list of known flaky tests if you encounter a test failure that seems to be unrelated to your changes.
Please note that we run additional build profiles for different combinations of Java, Scala, and Hadoop versions to validate your contribution. We encourage every contributor to use a continuous integration service that will automatically test the code in your repository whenever you push a change. The Best practices guide shows how to integrate Travis with your GitHub repository.
In addition to the automated tests, please check the diff of your changes and remove all unrelated changes such as unnecessary reformatting.
To make the changes easily mergeable, please rebase them to the latest version of the main repository’s master branch. Please also respect the commit message guidelines, clean up your commit history, and squash your commits to an appropriate set. Please verify your contribution one more time after rebasing and commit squashing as described above.
The Flink project accepts code contributions through the GitHub Mirror, in the form of Pull Requests. Pull requests are a simple way to offer a patch, by providing a pointer to a code branch that contains the change.
To open a pull request, push your contribution back into your fork of the Flink repository.
git push origin myBranch
Go to the website of your repository fork (https://github.com/<your-user-name>/flink
) and use the “Create Pull Request” button to start creating a pull request. Make sure that the base fork is apache/flink master
and the head fork selects the branch with your changes. Give the pull request a meaningful description and send it.
It is also possible to attach a patch to a Jira issue.
Single change per PR. Please do not combine various unrelated changes in a single pull request. Rather, open multiple individual pull requests where each PR refers to a Jira issue. This ensures that pull requests are topic related, can be merged more easily, and typically result in topic-specific merge conflicts only.
No WIP pull requests. We consider pull requests as requests to merge the referenced code as is into the current stable master branch. Therefore, a pull request should not be “work in progress”. Open a pull request if you are confident that it can be merged into the current master branch without problems. If you rather want comments on your code, post a link to your working branch.
Commit message. A pull request must relate to a Jira issue; create an issue if none exists for the change you want to make. The latest commit message should reference that issue. An example commit message would be [FLINK-633] Fix NullPointerException for empty UDF parameters. That way, the pull request automatically gives a description of what it does, for example, what bug does it fix in what way.
Append review commits. When you get comments on the pull request asking for changes, append commits for these changes. Do not rebase and squash them. It allows people to review the cleanup work independently. Otherwise reviewers have to go through the entire set of diffs again.
No merge commits. Please do not open pull requests containing merge commits. Use git pull --rebase origin master
if you want to update your changes to the latest master prior to opening a pull request.
Exception swallowing. Do not swallow exceptions and print the stacktrace. Instead check how exceptions are handled by similar classes.
Meaningful error messages. Give meaningful exception messages. Try to imagine why an exception could be thrown (what a user did wrong) and give a message that will help a user to resolve the problem.
Tests need to pass. Any pull request where the tests do not pass or which does not compile will not undergo any further review. We recommend to connect your personal GitHub accounts with Travis CI (like the Flink GitHub repository). Travis will run tests for all tested environments whenever you push something into your GitHub repository. Please note the previous comment about flaky tests.
Tests for new features are required. All new features need to be backed by tests, strictly. It is very easy that a later merge accidentally throws out a feature or breaks it. This will not be caught if the feature is not guarded by tests. Anything not covered by a test is considered cosmetic.
Use appropriate test mechanisms. Please use unit tests to test isolated functionality, such as methods. Unit tests should execute in subseconds and should be preferred whenever possible. The names of unit test classes have to end in *Test
. Use integration tests to implement long-running tests. Flink offers test utilities for end-to-end tests that start a Flink instance and run a job. These tests are pretty heavy and can significantly increase build time. Hence, they should be added with care. The names of end-to-end test classes have to end in *ITCase
.
Documentation Updates. Many changes in the system will also affect the documentation (both Javadocs and the user documentation in the docs/
directory). Pull requests and patches are required to update the documentation accordingly; otherwise the change can not be accepted to the source code. See the Contribute documentation guide for how to update the documentation.
Javadocs for public methods. All public methods and classes need to have Javadocs. Please write meaningful docs. Good docs are concise and informative. Please do also update Javadocs if you change the signature or behavior of a documented method.
MY_STATIC_VARIABLE
)myNonStaticField
)+
, =
, >
, …) and keywords (if
, for
, catch
, …) must have a space before and after them, provided they are not at the start or end of the line.{
) must not be placed on a new line.}
) must always be placed at the beginning of the line.Blocks. All statements after if
, for
, while
, do
, … must always be encapsulated in a block with curly braces (even if the block contains one statement).
for (…) {
…
}
If you are wondering why, recall the famous goto bug in Apple’s SSL library.
\n
.public String[] array
.org.apache.flink.Preconditions
methods checkNotNull
and checkArgument
rather than Apache Commons Validate or Google Guava.Comments. Add comments to your code. What is it doing? Add Javadocs or inherit them by not adding any comments to the methods. Do not automatically generate comments, and avoid unnecessary comments like:
i++; // increment by one
flink
repository on Travis.Apache Flink’s source code is stored in a git repository which is mirrored to GitHub. The common way to exchange code on GitHub is to fork the repository into your personal GitHub account. For that, you need to have a GitHub account or create one for free. Forking a repository means that GitHub creates a copy of the forked repository for you. This is done by clicking on the Fork button on the upper right of the repository website. Once you have a fork of Flink’s repository in your personal account, you can clone that repository to your local machine.
git clone https://github.com/<your-user-name>/flink.git
The code is downloaded into a directory called flink
.
If you are behind a firewall you may need to provide Proxy settings to Maven and your IDE.
For example, the WikipediaEditsSourceTest communicates over IRC and need a SOCKS proxy server to pass.
The Flink committers use IntelliJ IDEA and Eclipse IDE to develop the Flink code base.
Minimal requirements for an IDE are:
The IntelliJ IDE supports Maven out of the box and offers a plugin for Scala development.
Check out our Setting up IntelliJ guide for details.
For Eclipse users, we recommend using Scala IDE 3.0.3, based on Eclipse Kepler. While this is a slightly older version, we found it to be the version that works most robustly for a complex project like Flink.
Further details and a guide to newer Scala IDE versions can be found in the How to setup Eclipse docs.
Note: Before following this setup, make sure to run the build from the command line once
(mvn clean install -DskipTests
; see below).
Apache Flink uses Apache Maven as build tool. Most IDEs are capable of importing Maven projects.
To build Flink from source code, open a terminal, navigate to the root directory of the Flink source code, and call:
mvn clean package
This will build Flink and run all tests. Flink is now installed in build-target
.
To build Flink without executing the tests you can call:
mvn -DskipTests clean package
Only the infrastructure team of the ASF has administrative access to the GitHub mirror. Therefore, comitters have to push changes to the git repository at the ASF.
ASF writable: https://gitbox.apache.org/repos/asf/flink.git
ASF read-only: https://github.com/apache/flink.git
Note: Flink builds and runs with JDK 8.
If you want to build for Hadoop 1, activate the build profile via mvn clean package -DskipTests -Dhadoop.profile=1
.


As of June 11, 2013 7:34pm
| Summary | Description | License |
|---|---|---|
| The best way to manage your application's dependencies | Bundler manages an application's dependencies through its entire life, across many machines, systematically and repeatably | MIT |
| Summary | Description | License |
|---|---|---|
| Capybara aims to simplify the process of integration testing Rack applications, such as Rails, Sinatra or Merb | Capybara is an integration testing tool for rack based web applications. It simulates how a user would interact with a website | MIT |
| Summary | Description | License |
|---|---|---|
| This gem aims at being a simple and reliable solution for controlling external programs running in the background on any Ruby / OS combination. | This gem aims at being a simple and reliable solution for controlling external programs running in the background on any Ruby / OS combination. | MIT |
| Summary | Description | License |
|---|---|---|
| A simple, hash/struct-based configuration object | A simple, hash/struct-based configuration object | MIT |
| Summary | Description | License |
|---|---|---|
| A toolkit to create and control daemons in different ways | Daemons provides an easy way to wrap existing ruby scripts (for example a self-written server) to be run as a daemon and to be controlled by simple start/stop/restart commands. You can also call blocks as daemons and control them from the parent or just daemonize the current process. Besides this basic functionality, daemons offers many advanced features like exception backtracing and logging (in case your ruby script crashes) and monitoring and automatic restarting of your processes if they crash. | MIT |
| Summary | Description | License |
|---|---|---|
| Diff::LCS computes the difference between two Enumerable sequences using the McIlroy-Hunt longest common subsequence (LCS) algorithm | Diff::LCS computes the difference between two Enumerable sequences using the McIlroy-Hunt longest common subsequence (LCS) algorithm. It includes utilities to create a simple HTML diff output format and a standard diff-like tool. This is release 1.2.4, fixing a bug introduced after diff-lcs 1.1.3 that did not properly prune common sequences at the beginning of a comparison set. Thanks to Paul Kunysch for fixing this issue. Coincident with the release of diff-lcs 1.2.3, we reported an issue with Rubinius in 1.9 mode ({rubinius/rubinius#2268}[https://github.com/rubinius/rubinius/issues/2268]). We are happy to report that this issue has been resolved. | MIT |
| Summary | Description | License |
|---|---|---|
| Ruby/EventMachine library | EventMachine implements a fast, single-threaded engine for arbitrary network communications. It's extremely easy to use in Ruby. EventMachine wraps all interactions with IP sockets, allowing programs to concentrate on the implementation of network protocols. It can be used to create both network servers and clients. To create a server or client, a Ruby program only needs to specify the IP address and port, and provide a Module that implements the communications protocol. Implementations of several standard network protocols are provided with the package, primarily to serve as examples. The real goal of EventMachine is to enable programs to easily interface with other programs using TCP/IP, especially if custom protocols are required. | Ruby |
| Summary | Description | License |
|---|---|---|
| Ruby FFI | Ruby FFI library | LGPL-3 |
| Summary | Description | License |
|---|---|---|
| Find files in a set of paths | A Ruby library for finding files in a set of paths. | MIT |
| Summary | Description | License |
|---|---|---|
| JavaScript BDD framework | Test your JavaScript without any framework dependencies, in any environment, and with a nice descriptive syntax. | MIT |
| Summary | Description | License |
|---|---|---|
| JavaScript BDD framework | Test your JavaScript without any framework dependencies, in any environment, and with a nice descriptive syntax. | MIT |
| Summary | Description | License |
|---|---|---|
| Audit the OSS licenses of your application's dependencies. | Do you know the licenses of all your application's dependencies? What open source software licenses will your business accept? LicenseFinder culls your Gemfile, detects the licenses of the gems in it, and gives you a report that you can act on. If you already know what licenses your business is comfortable with, you can whitelist them, leaving you with an action report of only those dependencies that have licenses that fall outside of the whitelist. | MIT |
| Summary | Description | License |
|---|---|---|
| This library allows for the identification of a file's likely MIME content type | This library allows for the identification of a file's likely MIME content type. This is release 1.23 that adds the ability to enumerate over the collection of MIME types and updates the sources of a few MIME types. The identification of MIME content type is based on a file's filename extensions. MIME types are used in MIME-compliant communications, as in e-mail or HTTP traffic, to indicate the type of content which is transmitted. MIME::Types provides the ability for detailed information about MIME entities (provided as a set of MIME::Type objects) to be determined and used programmatically. There are many types defined by RFCs and vendors, so the list is long but not complete; don't hesitate to ask to add additional information. This library follows the IANA collection of MIME types (see below for reference). MIME::Types for Ruby was originally based on and synchronized with MIME::Types for Perl by Mark Overmeer, copyright 2001 - 2009. As of version 1.15, the data format for the MIME::Type list has changed and the synchronization will no longer happen. MIME::Types is built to conform to the MIME types of RFCs 2045 and 2231. It follows the official {IANA registry}[http://www.iana.org/assignments/media-types/] ({ftp}[ftp://ftp.iana.org/assignments/media-types]) with some unofficial types added from the the {LTSW collection}[http://www.ltsw.se/knbase/internet/mime.htp]. | MIT |
| Summary | Description | License |
|---|---|---|
| Simplistic port-like solution for developers | Simplistic port-like solution for developers. It provides a standard and simplified way to compile against dependency libraries without messing up your system. | MIT |
| Summary | Description | License |
|---|---|---|
| A common interface to multiple JSON libraries. | A common interface to multiple JSON libraries, including Oj, Yajl, the JSON gem (with C-extensions), the pure-Ruby JSON gem, NSJSONSerialization, gson.rb, JrJackson, and OkJson. | MIT |
| Summary | Description | License |
|---|---|---|
| Nokogiri (鋸) is an HTML, XML, SAX, and Reader parser | Nokogiri (鋸) is an HTML, XML, SAX, and Reader parser. Among Nokogiri's many features is the ability to search documents via XPath or CSS3 selectors. XML is like violence - if it doesn’t solve your problems, you are not using enough of it. | MIT |
| Summary | Description | License |
|---|---|---|
| a modular Ruby webserver interface | Rack provides a minimal, modular and adaptable interface for developing web applications in Ruby. By wrapping HTTP requests and responses in the simplest way possible, it unifies and distills the API for web servers, web frameworks, and software in between (the so-called middleware) into a single method call. Also see http://rack.github.com/. | MIT |
| Summary | Description | License |
|---|---|---|
| You should use protection! | You should use protection! | MIT |
| Summary | Description | License |
|---|---|---|
| Simple testing API built on Rack | Rack::Test is a small, simple testing API for Rack apps. It can be used on its own or as a reusable starting point for Web frameworks and testing libraries to build on. Most of its initial functionality is an extraction of Merb 1.0's request helpers feature. | MIT |
| Summary | Description | License |
|---|---|---|
| Ruby based make-like utility. | Rake is a Make-like program implemented in Ruby. Tasks and dependencies arespecified in standard Ruby syntax. | MIT |
| Summary | Description | License |
|---|---|---|
| rspec-2.13.0 | BDD for Ruby | MIT |
| Summary | Description | License |
|---|---|---|
| rspec-core-2.13.1 | BDD for Ruby. RSpec runner and example groups. | MIT |
| Summary | Description | License |
|---|---|---|
| rspec-expectations-2.13.0 | rspec expectations (should[_not] and matchers) | MIT |
| Summary | Description | License |
|---|---|---|
| rspec-mocks-2.13.1 | RSpec's 'test double' framework, with support for stubbing and mocking | MIT |
| Summary | Description | License |
|---|---|---|
| rubyzip is a ruby module for reading and writing zip files | ruby |
| Summary | Description | License |
|---|---|---|
| A powerful but elegant CSS compiler that makes CSS fun again. | Sass makes CSS fun again. Sass is an extension of CSS3, adding nested rules, variables, mixins, selector inheritance, and more. It's translated to well-formatted, standard CSS using the command line tool or a web-framework plugin. | MIT |
| Summary | Description | License |
|---|---|---|
| The next generation developer focused tool for automated testing of webapps | WebDriver is a tool for writing automated tests of websites. It aims to mimic the behaviour of a real user, and as such interacts with the HTML of the application. | Apache 2.0 |
| Summary | Description | License |
|---|---|---|
| The Database Toolkit for Ruby | The Database Toolkit for Ruby | MIT |
| Summary | Description | License |
|---|---|---|
| Classy web-development dressed in a DSL | Sinatra is a DSL for quickly creating web applications in Ruby with minimal effort. | MIT |
| Summary | Description | License |
|---|---|---|
| Rack-based asset packaging system | Sprockets is a Rack-based asset packaging system that concatenates and serves JavaScript, CoffeeScript, CSS, LESS, Sass, and SCSS. | MIT |
| Summary | Description | License |
|---|---|---|
| This module allows Ruby programs to interface with the SQLite3 database engine (http://www.sqlite.org) | This module allows Ruby programs to interface with the SQLite3 database engine (http://www.sqlite.org).  Note that this module is only compatible with SQLite 3.6.16 or newer. | BSD |
| Summary | Description | License |
|---|---|---|
| A thin and fast web server | A thin and fast web server | Ruby |
| Summary | Description | License |
|---|---|---|
| Generic interface to multiple Ruby template engines | Generic interface to multiple Ruby template engines | MIT |


Demonstration of freezeColors / unfreezeColors
freezeColors enables you to use multiple colormaps in a single figure.
John Iversen<EMAIL_ADDRESS>Contents
Problem: In MATLAB there is only one colormap per figure.
Solution: freezeColors
freezeColors provides an easy solution to create plots using different colormaps in the same figure.
freezeColors will freeze the colors of graphics objects in the current axis so that later changes to the colormap (or caxis) will not change the colors of these objects. Then, a new colormap can be applied to the next plot without changing the appearance of the first axis. The original, indexed, color data is saved, and can be restored using unfreezeColors, making objects one again subject to change with the colormap.
freezeColors / unfreezeColors work on images, surfaces, scattergroups, bargroups, patches, etc. (Any object with CData in indexed-color mode).
Usage
The basic way to do this is to follow each plot with a call to freezeColors, e.g.
subplot(2,1,1); imagesc(peaks); colormap hot; freezeColors
subplot(2,1,2); imagesc(peaks); colormap jet; freezeColors, etc...
colorbars may be frozen using colorbar; cbfreeze
freezeColors freezes colors of all indexed-color objects in current axis. freezeColors(axh) does the same, but for objects in axis axh.
unfreezeColors works similarly, but unfreezes colors, restoring objects to their original state, once again subject to the colormap and caxis.
cbfreeze is by Carlos Adrian Vargas Aguilera and must be downloaded separately from the fileexchange here.
Demonstration: Plot a variety of objects using different colormaps in one figure.
Below, you will see plots using different colormaps on the same figure. Hooray! Note how after each plot, freezeColors is called, making the plot immune to subsequent changes in colormap used to affect the appearance of the next plot.
The figure demonstrates the range of plots that can be used with freezeColors: images (imagesc, pcolor), surfaces (surf and surfl), scatter plots, bar plots, indeed any plot object that has CData.
figure; set(gcf,'color',[1 1 1]) % image, colormap JET subplot(3,2,1); imagesc(peaks); axis xy; colormap jet; title('imagesc, jet'); freezeColors %freeze colors of current plot colorbar; cbfreeze %how to freeze a colorbar % same image, using colormap HOT subplot(3,2,2); imagesc(peaks); axis xy; title('imagesc, hot'); colormap hot %now, changing the colormap affects ONLY the current axis! freezeColors colorbar; cbfreeze % surface subplot(3,2,3); surf(peaks); shading interp; colormap hsv; title('surf, hsv'); freezeColors; colorbar; cbfreeze % lighted surface, with hole showing nan transparency is preserved after freezing pnan = peaks; pnan(4:8,end-7:end-3) = nan; % make a small transparent patch subplot(3,2,4); surfl(pnan); shading interp; colormap hot; title('surfl with NaNs, hot'); freezeColors; colorbar; cbfreeze % scatter plot and bar plot subplot(3,2,5); scatter(randn(100,1),randn(100,1),rand(100,1)*100,rand(100,1),'filled'); title('scatter, cool'); colormap cool; axis(3*[-1 1 -1 1]); freezeColors; colorbar; cbfreeze subplot(3,2,6); bar(randn(4,3));xlim([0 5]);title('bar, copper'); colormap copper; freezeColors;
unfreezeColors undoes the effects of freezeColors.
While it is used less often, with unfreezeColors it is possible to restore a plot to its original state, meaning that it will now be subject to the current colormap. (The original color data was stored when freezeColors was first called.
Demo: If we change the colormap, then unfreeze the entire figure, all the plots will use the same colormap. This is Matlab's standard, dreary behavior of one colormap per figure.
colormap gray unfreezeColors(gcf) %unfreeze entire figure cbfreeze('off') %unfreeze all colorbars
More information
help freezeColors help unfreezeColors
Credits
Free for all uses, but please retain the following:
Original Author: John Iversen, 2005-10<EMAIL_ADDRESS>3/23/05


{% extends "base.html" %} {% block content %}
Are you sure you want to delete document {{ doc.name }} of {{ doc.document_date }}?


Pokémon Go: Galarain Weezing is here and here's how to beat it!
Source: Niantic
With the release of Pokémon Sword and Shield, Pokémon Go is celebrating with the introduction of the first Galarian Variant Pokémon: Weezing. Fortunately, we've got everything you need to know to take on this new four star Raid!
What is Galarian Weezing?
A special regional variant of the Gen I Pokémon Weezing, Galarian Weezing is a Fairy and Poison type. It doesn't currently have a great move pool and it's stats aren't all that impressive. Still, it looks really cool and future addtions to any Pokémon's move pool can change its utility. If nothing else, you'll want this one for the Pokédex entry.
How do you beat Galarian Weezing?
As a Fairy and Poison type Pokémon, you're going to want Steel, Ground and Psychic type Pokémon to counter Galarian Weezing.
Mewtwo
A Mewtwo with Psycho Cut and Psystrike is the best for taking on Galarian Weezing. If you don't have the Legacy moves, Confusion and Psychic are also good moves for this raid.
Source: The Pokemon Company
Metagross
A Metagross with Bullet Punch and Meteor Mash also does an outstanding job crushing Galarian Weezing. This is another Legacy move but given it was featured in a Community Day, most players have at least one lying around.
Source: The Pokemon Company
Jirachi
A Jirachi with Confusion and Doom Desire does well against Galarian Weezing but given that it is a Mythical Pokémon, players can only have one of this Pokémon.
Source: The Pokemon Company
Dialga
A Dialga with Metal Claw and Iron Head works well in this Raid. It doesn't get the STAB benefit from these Steel type moves but will still take out Galarian Weezing fast.
Source: The Pokemon Company
Latios
A Latios with Zen Heabutt and Psychic does well against Galarian Weezing so long as it doesn't have Play Rough. While Play Rough will hit Latios hard, Latios does resist Overheat, unlike the other recommended counters.
Source: The Pokemon Company
Excadrill
An Excadrill with Metal Claw and Drill Run will serve well in this Raid. Not a lot of players have caught enough Drilbur to evolve many Excadrill but if you have them, this is a good use for them.
Source: The Pokemon Company
Back ups
Some other potential Pokémon for this Raid include:
- Celebi with Confusion and Psychic
- Latias with Zen Headbutt and Psychic
- Regigigas with Zen Headbutt and Giga Impact
- Alakazam with Confusion and Psychic
- Espeon with Confusion and Psychic
- Gallade with Confusion and Psychic
Galarian Weezing questions?
This should be a fairly easy Raid and with the boosted Raid hour immediately following Community Day, players should have an easy time getting together the handful of players necessary to take on Galarian Weezing. If you have any questions about this Raid or tips for beating Galarian Weezing, drop a comment below and be sure to check out our other Pokémon Go Guides!


|
Mackey
V3.1
A C++ library for computing RO(G) graded homology
|
#include <Graph.hpp>
Public Member Functions | |
| auto | operator++ () -> const_iterator & |
| auto | node () const -> node_t |
| auto | edge () const -> const edge_t & |
| bool | operator!= (const_iterator other) const |
| const_iterator ()=default | |
Friends | |
| class | Neighborhood |
|
default |
| auto operator++ | ( | ) | -> const_iterator & |
| auto node | ( | ) | const -> node_t |
| auto edge | ( | ) | const -> const edge_t & |
| bool operator!= | ( | const_iterator | other | ) | const |
|
friend |


Thanks for your email and interest in renting my house..my name is pastor farmer I am the owner of the house you are making inquiry of…Actually I resided in the house with my family, my wife and my only daughter before but presently we have moved out due to my transfer from my work now in Warsaw,Poland. Presently my house is still available for rent, (rent already includes utilities).More so Now, i am currently in the (West
Africa) for an international Christian follower’s crusade..Pls i want you to note that i spent a lot on my property that i want to give to you for rent,so i will solicit for your absolute maintenance of this house and want you to treat it as your own, It is not the money that is the main problem but i want you to keep it tidy all the time so that i will be glad to see it neat when i come for a check up.I also want you to let me have trust in you as i always stand on my word. Me and my wife bought the house when we got married. When we left the state I had a thought of selling the house so I have to look for an agent, after getting one, we got a deal but later my wife advised against that. I reasoned with her and accepted her advise. So I contacted the agent back and requested for my keys and documents. Later we decided to have the house rented out, we would have given the same agent this job also but the truth of the matter is that the agent would
want to handle it professionally and the occupant may not be able to reason along with him later. If you notice, you will discover that the price we are offering is far below standard price, this is enough for you to know that we are not after the rental fee but the absolute care of the property. The house includes utilities like Heat, A/C in wall/window, Hydro, cable, Garbage Disposal, Fireplace , Fridge, stove, Dishwasher, Dryer, Breakfast Bar, Dining Table and Sofa Set,Refrigerator,Canopied deck overlooking nature.,internet access e.t.c. because of this reason and more we need a responsible person that can take very good care of it as we are not after the money , but want it to be clean and for you to take it as if it were yours.
This is the address of the house (1169 Arlington Avenue SW, Atlanta GA 30310)
The rent
is: $600
Security Deposit: $600
For this 4Bedroom Home.
Pets Allowed:Dogs and Cats.

RENT APPLICATION FORM.
FIRST NAME:__________?
MIDDLE NAME:__________?
LAST NAME:__________?
PROFESSION:__________?
PHONE:
(CELL)PHONE__________?
(WORK)PHONE__________?
(HOME)PHONE__________?
KIDS_____ (YES/NO), HOW MANY________
PRESENT ADDRESS: _____________________
CITY: _______________
STATE:______________
ZIP CODE: ____________
HOW LONG?
 ____________?
WHEN DO YOU INTEND MOVING IN?______________?
HOW SOON CAN U MAKE THE DEPOSIT PAYMENT____________?
IF YOU HAVE A PET,
NAME OF PET: _____________?
KIND OF PETS:
_____________?
HABITS
DO YOU SMOKE ______________ ?
DO YOU DRINK ______________?
DO YOU WORK LATE NIGHT?____?
Looking forward to hearing from you with all this details so that i can have it in my file in case of issuing the receipt to you and contacting you…Await your urgent reply so that we can discuss on how to get the document and the keys to you,please we are giving you all this based on trust and again i will want you to stick to your words,you know that we have not seen yet and only putting everything into Gods hands,so please do not let us down on this property and God bless you more as you do this…The house is available for rent at the moment so you are free to move in as soon as you wish to. Feel free to get back to me for more information and arrangements on how to get the keys and other necessary documents that would be delivered to you. The house will be available for rent for a period of 5 years so you have a choice
of deciding how long you intend staying there…
THANKS AND STAY BLESSED
Pastor Farmer


Yoshi's Lesson 1 Notes
Lesson 1 Notes
Inline elements vs Block elements
Examples of Inline Elements

Examples of Block Elements

 <form>


{% extends "base.html" %} {% block blog_entries %} {% for object in object_list %}
Posted by evilroot on {{ object.created|date:"d/m/Y"}}


Account id:
Client id:
Client secret:
Name for the profile (must be unique in the account):
Description for the profile:
Digital master:
Archive the master
Distribute the master
Images:
Set up image renditions for image capture
Renditions to include:
Create Profile
API request:
Full API request body:
Awaiting input....
Full API response will appear here...


| RGBLINK(5) | File Formats Manual | RGBLINK(5) |
rgblink
—
The placement of sections specified in the linkerscript is done before the sections whose placement is defined in the source code.
A linkerscript consists on a series of banks followed by a list of
sections and, optionally, commands. They can be lowercase or uppercase, it
is ignored. Any line can contain a comment starting with
‘;
’ that ends at the end of the
line:
ROMX $F ; This is a comment "Functions to read array" ALIGN 8 "Array aligned to 256 bytes" WRAMX 2 "Some variables"
Numbers can be in decimal or hexadecimal format (the prefix is
‘$
’). It is an error if any section
name or command are found before setting a bank.
Files can be included by using the INCLUDE keyword followed by a string with the path of the file that has to be included.
The possible bank types are: ROM0, ROMX, VRAM, WRAM0, WRAMX, OAM and HRAM. Types ROMX, VRAM, WRAMX and SRAM are banked, which means that it is needed to specify a bank after the type.
When a new bank statement is found, sections found after it will be placed right from the beginning of that bank. If the linkerscript switches to a different bank and then it comes back to the previous one it will continue from the last address that was used.
The only two commands are ORG and ALIGN:
Note: The bank, alignment, address and type of sections can be specified both in the source code and in the linkerscript. For a section to be able to be placed with the linkerscript the bank must be left unassigned in the source code or be the same as the one specified in the linkerscript. The address and alignment musn't be set.
rgblink
was originally written by Carsten
Sørensen as part of the ASMotor package, and was later packaged in
RGBDS by Justin Lloyd. It is now maintained by a number of contributors at
https://github.com/rednex/rgbds.
| January 27, 2018 | RGBDS Manual |


_ = require('underscore')
continuation pass style, two continuations, one for succeed, one for fail and backtracking.
_ = require('underscore')
use this utlity to solve a dao expression exp
cont: (v, solver) -> body # in coffeescript
function(v, solver){ body } # in javascript
when solver succeed at last, @cont is executed.
failcont: (v, solver) -> body # in coffeescript
function(v, solver){ body } # in javascript
when solver fails at last, @failcont is executed.
state: the state of solver, mainly used for parsing
exports.solve = (exp, cont=done, failcont=faildone, state) ->
exports.status = exports.UNKNOWN
exports.solver(failcont, state).solve(exp, cont)
exports.solver = (failcont = faildone, state) -> new exports.Solver(failcont, state)
class exports.Solver
@failcont is for backtracking in logic operation @state is mainly used in parsing.
constructor: (@failcont=faildone, @state) ->
@trail is used to restore varibale's binding for backtracking multiple logic choices
@trail=new Trail
@cutCont is used for cut like in prolog.
@cutCont = @failcont
@catches is used for lisp style catch/throw
@catches = {}
@exits is used for block/break
@exits = {}
like above, @continues play with block/continue
@continues = {}
when @done is true, stop the the trampoline loop on continuation.
@done = false
in callcc, callfc, callcs, the solver is needed to be cloned.
clone: () ->
state = @state
if state? then state = state.slice?(0) or state.copy?() or state.clone?() or state
result = new @constructor(@failcont, @trail.copy(), state)
result.cutCont = @cutCont
result.catches = _.extend({}, @catches)
result.exits = _.extend({}, @exits)
result.continues = _.extend({}, @continues)
result
use this solver to solve exp, cont=done is the succeed continuation.
solve: (exp, cont = done) ->
first generate the continuation to get start.
cont = @cont(exp, cont or done)
and then run the trampoline loop on continuation.
@run(cont)
run the trampoline from cont until @done is true.
run: (cont) ->
value = null
solver = @
while not solver.done
[cont, value, solver] = cont(value, solver)
value
generate the continuation to get start with.
cont: (exp, cont) -> exp?.cont?(@, cont) or ((v, solver) -> cont(exp, solver))
used for lisp.begin, logic.andp, etc., to generate the continuation for an expression array
expsCont: (exps, cont) ->
length = exps.length
if length is 0 then throw exports.TypeError(exps)
else if length is 1 then @cont(exps[0], cont)
else @cont(exps[0], @expsCont(exps[1...], cont))
evaluate an array of expression to a array.
argsCont: (args, cont) ->
length = args.length
solver = @
switch is an optimization for speed on frequent cases.
switch length
when 0
(v, solver) -> cont([], solver)
when 1
cont0 = (v, solver) -> cont([v], solver)
solver.cont(args[0],cont0)
when 2
arg0 = null
_cont1 = (arg1, solver) -> cont([arg0, arg1], solver)
cont1 = solver.cont(args[1], _cont1)
cont0 = (v, solver) -> arg0 = v; cont1(null, solver)
solver.cont(args[0], cont0)
when 3
arg0 = null; arg1 = null
_cont2 = (arg2, solver) -> cont([arg0, arg1, arg2], solver)
cont2 = solver.cont(args[2], _cont2)
_cont1 = (v, solver) -> arg1 = v; cont2(null, solver)
cont1 = solver.cont(args[1], _cont1)
cont0 = (v, solver) -> arg0 = v; cont1(null, solver)
solver.cont(args[0], cont0)
when 4
arg0 = null; arg1 = null; arg2 = null
_cont3 = (arg3, solver) -> cont([arg0, arg1, arg2, arg3], solver)
cont3 = solver.cont(args[3], _cont3)
_cont2 = (v, solver) -> arg2 = v; cont3(null, solver)
cont2 = solver.cont(args[2], _cont2)
_cont1 = (v, solver) -> arg1 = v; cont2(null, solver)
cont1 = solver.cont(args[1], _cont1)
cont0 = (v, solver) -> arg0 = v; cont1(null, solver)
solver.cont(args[0], cont0)
when 5
arg0 = null; arg1 = null; arg2 = null; arg3 = null
_cont4 = (arg4, solver) -> cont([arg0, arg1, arg2, arg3, arg4], solver)
cont4 = solver.cont(args[4], _cont4)
_cont3 = (v, solver) -> arg3 = v; cont4(null, solver)
cont3 = solver.cont(args[3], _cont3)
_cont2 = (v, solver) -> arg2 = v; cont3(null, solver)
cont2 = solver.cont(args[2], _cont2)
_cont1 = (v, solver) -> arg1 = v; cont2(null, solver)
cont1 = solver.cont(args[1], _cont1)
cont0 = (v, solver) -> arg0 = v; cont1(null, solver)
solver.cont(args[0], cont0)
when 6
arg0 = null; arg1 = null; arg2 = null; arg3 = null; arg4 = null
_cont5 = (arg5, solver) -> cont([arg0, arg1, arg2, arg3, arg4, arg5], solver)
cont5 = solver.cont(args[5], _cont5)
_cont4 = (v, solver) -> arg4 = v; cont5(null, solver)
cont4 = solver.cont(args[4], _cont4)
_cont3 = (v, solver) -> arg3 = v; cont4(null, solver)
cont3 = solver.cont(args[3], _cont3)
_cont2 = (v, solver) -> arg2 = v; cont3(null, solver)
cont2 = solver.cont(args[2], _cont2)
_cont1 = (v, solver) -> arg1 = v; cont2(null, solver)
cont1 = solver.cont(args[1], _cont1)
cont0 = (v, solver) -> arg0 = v; cont1(null, solver)
solver.cont(args[0], cont0)
when 7
arg0 = null; arg1 = null; arg2 = null; arg3 = null; arg4 = null; arg5 = null
_cont6 = (arg6, solver) -> cont([arg0, arg1, arg2, arg3, arg4, arg5, arg6], solver)
cont6 = solver.cont(args[6], _cont6)
_cont5 = (v, solver) -> arg5 = v; cont6(null, solver)
cont5 = solver.cont(args[5], _cont5)
_cont4 = (v, solver) -> arg4 = v; cont5(null, solver)
cont4 = solver.cont(args[4], _cont4)
_cont3 = (v, solver) -> arg3 = v; cont4(null, solver)
cont3 = solver.cont(args[3], _cont3)
_cont2 = (v, solver) -> arg2 = v; cont3(null, solver)
cont2 = solver.cont(args[2], _cont2)
_cont1 = (v, solver) -> arg1 = v; cont2(null, solver)
cont1 = solver.cont(args[1], _cont1)
cont0 = (v, solver) -> arg0 = v; cont1(null, solver)
solver.cont(args[0], cont0)
else
params = []
for i in [args.length-1..0] by -1
cont = do (i=i, cont=cont) ->
_cont = (argi, solver) -> (params.push(argi); cont(params, solver))
solver.cont(args[i], _cont)
cont
used by lisp style quasiquote, unquote, unquoteSlice
quasiquote: (exp, cont) -> exp?.quasiquote?(@, cont) or ((v, solver) -> cont(exp, solver))
an utility that is useful for some logic builtins
when backtracking, execute fun at first, and then go to original failcont
appendFailcont: (fun) ->
trail = @trail
@trail = new Trail
state = @state
fc = @failcont
@failcont = (v, solver) ->
solver.trail.undo()
solver.trail = trail
solver.state = state
solver.failcont = fc;
fun(v, solver)
pushCatch/popCatch/findCatch: utlities for lisp style catch/throw
pushCatch: (value, cont) ->
catches = @catches[value] ?= []
catches.push(cont)
popCatch: (value) -> catches = @catches[value]; catches.pop(); if catches.length is 0 then delete @catches[value]
findCatch: (value) ->
catches = @catches[value]
if not catches? or catches.length is 0 then throw new NotCatched
catches[catches.length-1]
utility for lisp style unwind-protect, play with block/break/continue, catch/throw and lisp.protect
protect: (fun) -> fun
default stop continuation when succeed
exports.done = done =(v, solver) ->
solver.done = true
exports.status = exports.SUCCESS
[null, solver.trail.getvalue(v), solver]
default stop continuation when fail
exports.faildone = faildone = (v, solver) ->
solver.done = true
exports.status = exports.FAIL
[null, solver.trail.getvalue(v), solver]
to break cylylic binding of logic variables
MAXBINDINGCHAINLENGTH = 200
record the trail for variable binding
when multiple choices exist, a new Trail for current branch is constructored,
when backtracking, undo the trail to restore the previous variable binding
Trail = class exports.Trail
constructor: (@data={}) ->
copy: () -> new Trail(_.extend({},@data))
set: (vari, value) ->
if not @data.hasOwnProperty(vari.name)
@data[vari.name] = [vari, value]
undo: () -> for nam, pair of @data
vari = pair[0]
value = pair[1]
vari.binding = value
deref: (x) -> x?.deref?(@) or x
getvalue: (x, chainslength=0) -> x?.getvalue?(@, chainslength) or x
unify: (x, y) -> x?.unify?(y, @) or y?.unify?(x, @) or (x is y)
Var = class exports.Var
constructor: (@name, @binding = @) ->
deref: (trail) ->
v = @
next = @binding
if next is @ or next not instanceof Var then next
else
chains = [v]
length = 1
while 1
chains.push(next)
v = next; next = v.binding
length++
if next is v
for i in [0...chains.length-2]
x = chains[i]
x.binding = next
trail.set(x, chains[i+1])
return next
else if next not instanceof Var
for i in [0...chains.length-1]
x = chains[i]
x.binding = next
trail.set(x, chains[i+1])
return next
else if length > MAXBINDINGCHAINLENGTH
throw BindingError(v, "Binding chains is too long!")
bind: (value, trail) ->
trail.set(@, @binding)
@binding = value
unify: (y, trail) ->
x = @deref(trail)
y = trail.deref(y)
if x instanceof exports.Var then (x.bind(y, trail); true)
else if y instanceof exports.Var then (y.bind(x, trail); true)
else x._unify?(y, trail) or y._unify?(x, trail) or x is y
_unify: (y, trail) -> @bind(y, trail); true
getvalue: (trail, chainslength=0) ->
result = @deref(trail)
if result instanceof exports.Var then result
else trail.getvalue(result, chainslength+1)
cont: (solver, cont) -> (v, solver) => cont(@deref(solver.trail), solver)
nottodo: variable's apply_cont:: canceled. lisp1 should be good.
toString:() -> "vari(#{@name})"
reElements = /\s*,\s*|\s+/
utilities for new variables
exports.vari = (name) -> new exports.Var(name)
exports.vars = (names) -> new Var(name) for name in split names, reElements
sometiems, say in macro, we need unique var to avoid name conflict
nameToIndexMap = {}
exports.newVar = (name='v') ->
index = nameToIndexMap[name]? or 1
nameToIndexMap[name] = index+1
return new Var(name+index)
DummyVar never fail when it unify. see tests on any/some/times in test_parser for examples
exports.DummyVar = class DummyVar extends Var
constructor: (name) -> @name = '_$'+name
deref: (trail) -> @
bind: (value, trail) -> @binding = value
_unify: (y, trail) -> @binding = y; true
getvalue: (trail, chainslength=1) ->
result = @binding
if result is @
else if chainslength>MAXBINDINGCHAINLENGTH
throw new BindingError(result, "Binding chains is too long!")
else trail.getvalue(result, chainslength+1)
nottodo: variable's apply_cont:: canceled. lisp1 should be good.
exports.dummy = (name) -> new exports.DummyVar(name)
exports.dummies = (names) -> new DummyVar(name) for name in split names, reElements
class exports.Apply
constructor: (@caller, @args) ->
declare the command's arity when define the command.
see builtins/*.coffee for examples.
null: (...)
[2, 4]: (a, b), (a, b, c, d)
-1: (a, b...); -2: (a, b, c...)
1: (a); 3: (a, b, c)
length = args.length; arity = @caller.arity
ok = false
if arity is null then ok = true
if _.isArray(arity)
if length in arity then ok = true
else if _.isNumber(arity)
if (arity>=0 and length is arity) or (arity<0 and length>=-arity) then ok = true
if not ok
for x in @args
if x?.caller?.name is "unquoteSlice" then return
throw new ArityError(@)
toString: -> "#{@caller}(#{@args.join(', ')})"
get the continuation of an instance of Apply based on cont
cont: (solver, cont) -> @caller.apply_cont(solver, cont, @args)
play with lisp style quasiquote/unquote/unquoteSlice
quasiquote: (solver, cont) ->
if @caller.name is "unquote"
return solver.cont(@args[0], (v, solver) -> cont(v, solver))
else if @caller.name is "unquoteSlice"
use the flag class UnquoteSliceValue to find unquoteSlice expression
return solver.cont(@args[0], (v, solver) -> cont(new UnquoteSliceValue(v), solver))
params = []
cont = do (cont=cont) => ((v, solver) => [cont, new @constructor(@caller, params), solver])
args = @args
for i in [args.length-1..0] by -1
cont = do (i=i, cont=cont) ->
solver.quasiquote(args[i], (v, solver) ->
if v instanceof UnquoteSliceValue
for x in v.value then params.push x
else params.push(v);
cont(null, solver))
cont
A flag class is used to process unquoteSlice
UnquoteSliceValue = class exports.UnquoteSliceValue
constructor: (@value) ->
Command = class exports.Command
@directRun = false
@done = (v, solver) -> (solver.done = true; [null, solver.trail.getvalue(v), solver])
@faildone = (v, solver) -> (solver.done = true; [null, solver.trail.getvalue(v), solver])
constructor: (@fun, @name, @arity) ->
@callable = (args...) =>
applied = new exports.Apply(@, args)
if Command.directRun
result = Command.globalSolver.solve(applied, Command.done)
Command.globalSolver.done = false
result
else applied
@callable.arity = @arity
register: (exports) -> exports[@name] = @callable
toString: () -> @name
commandMaker = (klass) -> (arity, name_or_fun, fun) ->
if not _.isNumber(arity) and arity isnt null and not _.isArray(arity) then throw new ArgumentError(arity)
(if fun? then new klass(fun, name_or_fun, arity) else new klass(name_or_fun, 'noname', arity)).callable
Speical knows solver and cont, with them the special function has full control of things.
class exports.Special extends exports.Command
apply_cont: (solver, cont, args) -> @fun(solver, cont, args...)
generate an instance of Special from a function
example:
begin = special(null, 'begin', (solver, cont, exps...) -> solver.expsCont(exps, cont)) # coffeescript
exports.begin = special(null, 'begin', function() { # javascript
var cont, exps, solver;
solver = arguments[0], cont = arguments[1], exps = 3 <= arguments.length ? __slice.call(arguments, 2) : [];
return solver.expsCont(exps, cont);
});
exports.fail = special(0, 'fail', (solver, cont) -> (v, solver) -> solver.failcont(v, solver))() #coffescript
exports.fail = special(0, 'fail', function(solver, cont) { # javascript
return function(v, solver) {
return solver.failcont(v, solver);
};
})();
exports.special = special = commandMaker(exports.Special)
KISS: to keep it simple, not to implmenting the apply_cont in Var and Apply
call goal with args...
exports.call = special(-1, 'call', (solver, cont, goal, args...) ->
goal1 = null
argsCont = solver.argsCont(args, (params, solver) ->
solver.cont(goal1(params...), cont)(null, solver))
solver.cont(goal, (v, solver) -> goal1 = goal; argsCont(null, solver)))
apply goal with args
exports.apply = special(2, 'apply', (solver, cont, goal, args) ->
goal1 = null
argsCont = solver.argsCont(args, (params, solver) ->
solver.cont(goal1(params...), cont)(null, solver))
solver.cont(goal, (v, solver) -> goal1 = goal; argsCont(null, solver)))
Fun evaluate its arguments, and return the result to fun(params...) to cont directly.
class exports.Fun extends exports.Command
apply_cont: (solver, cont, args) -> solver.argsCont(args, (params, solver) => [cont, @fun(params...), solver])
generate an instance of Fun from a function
example:
add = fun((x, y) -> x+y ) # coffeescript
add = fun(function(x,y){ return x+y; } # javascript
exports.fun = commandMaker(exports.Fun)
similar to lisp'macro, Macro does NOT evaluate its arguments, but evaluate the result to fun(args).
class exports.Macro extends exports.Command
apply_cont: (solver, cont, args) -> solver.cont(@fun(args...), cont)
generate a instance of Macro from a function
example:
orpm = fun((x, y) -> orp(x,y ) # coffeescript
orpm = fun(function(x,y){ return orp(x,y ); } # javascript
exports.macro = commandMaker(exports.Macro)
In Proc's function, the dao's expressions can be directly evaluated
class exports.Proc extends exports.Command
apply_cont: (solver, cont, args) ->
(v, solver) =>
Command.directRun = true
savedSolver = Command.globalSolver
Command.globalSolver = solver
result = @fun(args...)
Command.globalSolver = savedSolver
Command.directRun = false
[cont, result, solver]
exports.proc = commandMaker(exports.Proc)
exports.tofun = (name, cmd) ->
evaluate the arguments of a command before execute it
.
with tofun, Special and Macro can behaviour like a Fun.
cmd can be an instance of subclass of Command,
especially macro(macro don't eval its arguments)
and specials that don't eval their arguments.
unless cmd? then (cmd = name; name = 'noname')
special(cmd.arity, name, (solver, cont, args...) ->
solver.argsCont(args, (params, solver) -> [solver.cont(cmd(params...), cont), params, solver]))
class Error
constructor: (@exp, @message='', @stack = @) -> # @stack: to make webstorm nodeunit happy.
toString: () -><EMAIL_ADDRESS>#{@exp} >>> #{@message}"
class BindingError extends Error
class TypeError extends Error
class ExpressionError extends Error
class ArgumentError extends Error
class ArityError extends Error
solver's status is set to UNKNOWN when start to solve,
if solver successfully run to solver'last continuation, status is set SUCCESS,
else if solver run to solver's failcont, status is set to FAIL.
exports.SUCCESS = 1
exports.UNKNOWN = 0
exports.FAIL = -1
exports.status = exports.UNKNOWN
exports.debug = debug = (items...) ->
console.log(((for x in items
if (x not instanceof Function)
s = x.toString()
if s=='[object Object]' then JSON.stringify(x) else s
else '[Function]') )...)
require("./builtins/general")
require("./builtins/lisp")
require("./builtins/logic")
require("./builtins/parser")


Before Change
for table in tables_with_gene_callers_id:
database.remove_some_rows_from_table(table, CLAUSE)
database.disconnect()
def append(self, source, reference, kind_of_search, domain, all_genes, search_results_dict):
// we want to define unique identifiers for each gene first. this information will be used to track genes that will
After Change
gene_caller_ids_to_remove = set(key for key, val in self.gene_calls_dict.items() if val["source"] == source)
// if there are any, remove them from tables with "gene_callers_id" column
if len(gene_caller_ids_to_remove):
database = db.DB(self.db_path, utils.get_required_version_for_db(self.db_path))
CLAUSE = "gene_callers_id in (%s)" % (",".join([str(x) for x in gene_caller_ids_to_remove]))
for table in tables_with_gene_callers_id:
database.remove_some_rows_from_table(table, CLAUSE)
database.disconnect()
run.warning("%d gene caller ids that were added via the HMM source have been removed from \"%s\"" \
% (len(gene_caller_ids_to_remove), ", ".join(tables_with_gene_callers_id)))
def append(self, source, reference, kind_of_search, domain, all_genes, search_results_dict):
// we want to define unique identifiers for each gene first. this information will be used to track genes that will
// break into multiple pieces due to arbitrary split boundaries. while doing that, we will add the "source" info
// into the dictionary, so it perfectly matches to the table structure