Instagram Will Start Hiding ‘Likes’ In The US From Next Week
by Emily BrownInstagram users in the US will soon have no idea how many likes other people are getting, as the company is to hide the like counter from public view next week.
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The social media platform started testing the new format earlier this year in Canada, Australia, New Zealand, Ireland, Italy, Japan and Brazil. The decision was met with mixed opinions as some people felt it removed pressure while others protested the change, claiming some people, like influencers, relied on the like counter.
In spite of the complaints, CEO Adam Mosseri announced yesterday, November 8, some US Instagram users can expect their like counters to vanish from public view next week.
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See his announcement here:
The change won’t immediately affect all US Instagram users, but rather a limited number of accounts, Wired reports. The move is part of the company’s bid to become a safe place, alongside algorithms and filters which work to remove offensive or divisive comments or pictures
In a separate interview with Wired last year, Instagram co-founder Kevin Systrom spoke about how he wanted to create a safer online community and clean up his platform.
He commented:
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Maybe trying sends a signal to other companies that this is a priority, and starts a national and international conversation that we should all be having about creating safe and inclusive online communities, not only for our kids but for our friends and our families.
I think that will be success.
Though the like counter is hidden from other users, it is still visible to the poster, meaning they can still track how many likes they get.
Mosseri later took to Twitter to share the news of the changes in the US, adding he was ‘looking forward’ to hearing feedback from the users who saw the like counter disappear.
His tweet received a mix of responses, with some people praising the change and others seeming more apprehensive.
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One person wrote:
Not a good marketing strategy for business purposes… an option to the user, yes if it’s a choice but disabling is from seeing likes completely will ruin instagram’s users in the US. Don’t “like” the idea.
Another responded:
Instagram will be content focused rather than fostering what addicts us. Thank you.
It will be interesting to see whether the removal of the like counter will change the way US Instagram users utilise the platform.
Emily Brown first began delivering important news stories aged just 13, when she launched her career with a paper round. She graduated with a BA Hons in English Language in the Media from Lancaster University, and went on to become a freelance writer and blogger. Emily contributed to The Sunday Times Travel Magazine and Student Problems before becoming a journalist at UNILAD, where she works on breaking news as well as longer form features.


Curtis Edmonds --<EMAIL_ADDRESS>Confession time: I have never, ever seen Gone With the Wind. I don't know why, really. Haven't wanted to check it out on video, haven't been at home the nights it was on network TV, and it was too far to drive the last time it was on the big-screen.
Is Titanic the Gone With the Wind of the 1990's?
Maybe that's going a little bit too far. As good a job as Leonardo DiCaprio and Kate Winslet do in this movie, they're no Clark Gable and Vivien Leigh. But... the parallels are there. GWTW was the first movie to take real advantage of the most revolutionary technology available -- Technicolor. Titanic takes revolutionary steps forward in seamlessly integrating computer graphic design with actors. GWTW places America's greatest tragedy in the background of a classic love story, Titanic does the same with the Atlantic's most legendary tragedy. They both have strong-willed redheaded heroines, they both exploit the class differences between the aristocracy and the slaves/steerage bums, they were both incredibly expensive and popular... OK, maybe that's not enough parallels.
So Titanic's not in GWTW's league. No matter. Titanic is a great movie in its own right, complete with spills, thrills and (especially) chills. Much has been made of the humongous cost of the production, and all of the care than went into making the huge luxury liner come alive again. The money was obviously well-spent. The costumes look great, the sets look great, the CGI graphics look great. I especially liked the expensive little touches, like spending tons of money on authentic Titanic china only to break it all on the floor as the ship sinks. But writer/director/producer James Cameron's real challenge in writing/directing/ producing Titanic wasn't just costuming and set design and special effects. Cameron's major headache was keeping the audience interested in a tale where everybody knows the ending going in. He succeeds masterfully.
Cameron does two things that work incredibly well. First, he shows us modern-day salvage operations on Titanic (that's just "Titanic", not "the Titanic", mind you). The first glimpse we get of Titanic is the ship in its present state, corroding slowly away under the hammering pressure of the North Atlantic, from the window of a minisub piloted by treasure hunter Brock Lovett (Bill Paxton). Television coverage of the exploration of Titanic intrigues 101-year-old Rose Calvert (Gloria Stuart), who survived the wreck in 1912. Stuart does a phenomenal job in a brief role, narrating the story of her experience to a stunned Paxton and his roughneck crew.
 The way that big-budget disaster movies usually go wrong is to have an all-star cast, so we see the impact of the disaster on a wide group of people. Cameron wisely chooses to stick with Rose and Jack, while paying scant heed to the celebrities on board. The supporting cast is professional, but mostly anonymous -- other than Kathy Bates as the Unsinkable Molly Brown, there's no moment when you stop and say, oh, yeah, I know him, what's he been in. (Although I would like to have seen Colm Meaney in a White Star uniform, or even as the ill-fated engineer.)
The love story itself is rather conventional. I think some reviewers found it weak, and that may be a fair criticism. The performances are the key here. Zane has the meatiest part in the movie, and he plays the arrogant, condescending steel millionaire to the hilt.
DiCaprio is a revelation. I hadn't seen him before in anything, and didn't know what the heck to expect, really. (Honestly, I expected a bad Irish accent, but Cameron evidently decided that was a bad idea, so DiCaprio plays a poor American artist who wins a ticket in a poker game.) DiCaprio exhibits an infectious joy at being alive, and being on the Titanic, that it's hard not to like him. From the moment that the ship leaves port until it hits the iceberg, DiCaprio has to carry the movie and keep our interest, and he never falters.
Winslet's character grows up a lot during the movie, and so does her performance. At first, she's not required to do anything but wear period clothing and look drop-dead gorgeous. We know from the narration that she's monstrously unhappy with her arranged marriage to Zane, but there isn't any expression of these feelings until she encounters DiCaprio. Winslet and DiCaprio develop a chemistry that manages to propel the movie along until the ship hits the iceberg.
It's at that moment where Winslet's character really comes alive. Faced with real danger, she drops her spoiled-rich-girl mannerisms and does a splendid job. As Rose and Jack race around the doomed ship, looking for shelter from the freezing water and Cal's fiery temper, Winslet turns in a superb acting performance, mixing courage and compassion and anger with sheer shrieking terror.
Of course, the most interesting character is the ship itself. Cameron has clearly fallen in love with Titanic, and shows her in every mood -- as a deserted wreck, down in the boiler room, up on the bridge, down in the hold, at the captain's table, down in steerage -- and manages to bring the great ship back from the dead. Cameron's greatest gift is that he allows us to fall in love with Titanic as well.
Grade: A+
-- Curtis "BlueDuck" Edmonds<EMAIL_ADDRESS>The Hollywood Stock Brokerage and Resource http://www.hsbr.org/brokers/blueduck/
"I don't want to study law," she said with the same tone as if she had been saying, "I don't want to turn into a cockroach."
-- Mark Helprin, "A Soldier of the Great War"
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


In Syriac, we connect letters together when we write. The word for "man" in Syriac, "gabro," is spelled ܓ + ܒ + ܪ + ܐ . But when we write it, the letters connect, and we get ܓܰܒܪܳܐ .
We write letters differently depending on where they are in the word. There are four kinds of letters.
The letter kof has a special form for initial, medial, terminal, and alone.
ܟܺܐܦܳܐ - "Kifo" means "rock." Here kof takes the "initial" form.
ܐܰܝܟܰܢܳܐ - "Aykano" means "how." Here kof is in the medial.
ܐܰܝܟ - "Akh" (the yudh is silent) meaning "as." Here kof is in the terminal.
ܟ - Kof by itself represents the number 20. Here it is the alone form.
The letter mim also has a special form for initial, medial, terminal, and alone.
ܡܳܪܝܳܐ - "Moryo" means "Lord." Here mim takes the "initial" form.
ܐܶܡܳܐ - "Emo" means "mother." Here kof is in the medial.
ܥܰܡ - "Cam" means "with." Here mim is in the terminal form.
ܡ - Mim by itself represents the number 40. Here it is the alone form.
Things are getting a little complicated, so try using this cheat sheet for all the letters and their forms.
Notice at the bottom there is a special symbol called "Tau-Olaf." It's actually just a way of writing Tau and Olaf together, making the sound "to" or "tho," depending on the context.
In Syriac, we actually have two more alphabets. This website will primarily use Eastern, because that's what computers use to type. However, we also have Western, or Serto, and Estrangelo, which is used for titles and inscriptions. Check it out:


RPFramework
Disclaimer:
- This program is still under active development and in its early stage, consider that breaking changes and rewrites could occur before using it in a stable version
RPFramework is a set of utility classes and functions that aim to reduce boilerplate code and provide a cleaner architecture to your application
Features:
- Service-oriented Application Delegate (based on PluggableApplicationDelegate)
The Basics
Service-oriented Application Delegate
A service-oriented Application Delegate architecture will
Here is what your AppDelegate
will look like:
import UIKit
import RPFramework
import PluggableApplicationDelegate
@UIApplicationMain
class AppDelegate: RPApplicationDelegate {
override var services: [ApplicationService] {
return [
CrashlyticsApplicationService(),
OtherApplicationService()
]
}
}
Each ApplicationService you define will receive UIApplicationDelegate
method calls, you define an ApplicationService
this way (for example if you want to integrate the Fabric sdk into your app):
import Foundation
import PluggableApplicationDelegate
import Fabric
import Crashlytics
final class CrashlyticsApplicationService: NSObject, ApplicationService {
func application(_ application: UIApplication, didFinishLaunchingWithOptions launchOptions: [UIApplicationLaunchOptionsKey: Any]?) -> Bool {
Fabric.with([Crashlytics.self])
return true
}
}
The RPFramework Pod provides some basic ApplicationService
s implementations that you can use out of the box or subclass in order to override the provided implementation, check the provided ApplicationService
s here
To Do
-
Installation
Cocoapods
RPFramework can be added to your project using CocoaPods by adding the following lines to your Podfile
:
source 'https://github.com/RedP4nda/Specs'
pod 'RPFramework', '~> 0.9'
Contributors
Partner
Contributing
Contributions are very welcome 👍😃.
Before submitting any pull request, please ensure you have run the included tests (if any) and they have passed. If you are including new functionality, please write test cases for it as well.


SKYJADE, as a manufacturer with passion for artificial grass, using only high performance quality yarns in a variety of shapes for its artificial grass products in designed for perfect performance.
8-10 years warranty


{% extends "sceleton.html" %} {% block content %}
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<IP_ADDRESS>. Appendix A: Cyber Security – A Legal Perspective
<IP_ADDRESS>.1. Cybercrime Security:
Collective processes and mechanisms by which people, sensitive and
valuable information, products and services are protected from damage,
publication, tampering or collapse by unauthorized activities or
untrustworthy individuals and unplanned events respectively. Computer
security aims at the protection of persons, information and property
from theft, misuse, corruption, tampering, unauthorized disclosure, or
natural disaster, while allowing the information and property to remain
accessible and productive to its intended users
<IP_ADDRESS>.2. Background:
- In the early 1980s law enforcement agencies faced the dawn of the
computer age with growing concern about the lack of criminal laws
available to fight emerging computer crimes.
- In response, Congress included in the Comprehensive Crime Control Act
(CCCA) of 1984 provisions to address the unauthorized access and use
of computers and computer networks
- Throughout 1985, both the House and the Senate held hearings on
potential computer crime bills, continuing the efforts begun the year
before. These hearings culminated in the Computer Fraud and Abuse Act
(CFAA)
Current Legal Environment:
- The Primary guide in most federal hacking cases in still the Computer
- Fraud and Abuse Act (CFAA - passed by U.S. Congress in 1986)
- Other federal statutes used for prosecuting Cybercrime are:
- Wiretap Act
- Unlawful Access to Stored Communications Act
- Identity Theft and Aggravated Identity Theft Act
- Access Device Fraud Act
- CAN-SPAM Act
- Wire Fraud
- Communication Interference Act
<IP_ADDRESS>.3. Other considerations
In addition, most every state has its own Computer Crime Statutes. Each
state also has its own prosecutorial system. Some states are much more
active in the area of cybersecurity enforcement than others, but
typically the states will cooperate with federal authorities. Some state
laws are more restrictive than federal, i.e. in areas such as State Laws
Addressing “Phishing” and State Spyware Laws. The laws are a complex
web. Only skilled lawyers are capable of figuring out the full meaning
revealed in case law interpretations of the state and federal laws.
<IP_ADDRESS>.4. Legal vs. Illegal hacking
Cracker vs Hacker
- A hacker is a person intensely interested in the arcane and recondite
workings of any computer operating system. Hackers are most often
programmers. As such, hackers obtain advanced knowledge of operating
systems and programming languages. They might discover holes within
systems and the reasons for such holes. Hackers constantly seek
further knowledge, freely share what they have discovered, and never
intentionally damage data.
- A cracker is one who breaks into or otherwise violates the system
integrity of remote machines with malicious intent.  Crackers can
easily be identified because their actions are malicious.
<IP_ADDRESS>.5. Clear Dividing Line
- Congress needs to enact a clearer, more technologically current law
to rationally and fairly divide the line between legal and illegal
hacking. The complete rewrite should include different Acts for
criminal and civil rules and enforcement, and should tie into privacy
and security legislation.
- Need a clearer / more dependable way to distinguish between “ethical”
and “malicious” hacking
- Malicious hacking is always negative and destructive. Ethical
hacking’s goal is to contribute to the security community and to
improve overall security
<IP_ADDRESS>.6. White / Grey / Black(cracker) Hat Hacking
- All of them exploit weaknesses in computer systems and networks
- Black Hat Hackers, computer criminals whose malicious activities
serve their own ends ranging from financial gain to simply causing
chaos
- White Hat (“ethical”) Hackers are usually those that carry out their
craft with no apparent criminal intention in mind
- Grey Hat Hackers sit in the middle, often hacking into a system just
to prove they can, but afterwards usually notifying the vendor or
owner of the weakness
<IP_ADDRESS>.7. White Hat Hacking
- Usually hired by companies to carry out vulnerability assessments and
penetration testing, a technique that helps to determine how secure
the company’s systems are.
- It’s a necessary business service that allows businesses identify
their weaknesses and shore up their defences against real criminals
(Crackers / Black Hats)
<IP_ADDRESS>.8. Is Ethical Hacking Legal? – It depends!
- Companies believe that authorizing an ethical hacker to test a
company’s defences is enough legal protection to justify ethical
hacking. Ethical Hackers believe they are justified by the fact that
they are acting in the best interests of the company who hired them
- However, what needs to be considered is how far the hacker is willing
to go to test the systems. Or worse, to switch into grey hat mode,
determined to break in just to prove they can
<IP_ADDRESS>.9. Ethical hacking pitfalls
- Often, Ethical Hackers break laws in order to conduct their
activities:
- Obtaining a user’s PII (i.e. social engineering)
- Gain access to the system using someone else’s credentials (obtained
Illicitly)
- Gain access to confidential information
- Gain access to customer/employee information
- Probe / “White Hat”-hack other avenues to the company being tested
i.e. access via their business partners. Unless the business partner
has been included in the scope of the penetration test, the ethical
hacker has strayed outside the boundaries of the law to achieve their
aims
<IP_ADDRESS>.11. Worlwide View
- No single international framework for cybersecurity law, but some
multi‐lateral efforts
- Budapest Convention on Cybercrime (2001)
- Council of Europe’s effort to harmonize disparate national cybercrime
laws
- EU Network and Information Security (NIS) Directive
- PRIVACY – Proposed EU General Data Protection Regulation
- New law would apply to any company that controls or processes the
personal data of Europeans through the offering of goods and services
– even if company has no physical presence in Europe.
- Fines of up to 4% of company’s annual global revenue or €20 million
for violations
- Other countries each have Cybersecurity laws
<IP_ADDRESS>.12. Tensions in Global Cyberspace
- The rapid growth of the Internet and sophistication of cybercrime
continues to outpace the ability of the legal
- system to respond. The attribution problem makes policing and
accountability particularly difficult.
- Cyber assets are distributed between the public sector and private
sector, and the private sector is comprised of a
- wide range of disparate entities.
- There is a lack of international coordination on cyber issues. As a
result, there is no centralized international cyber
- threat information sharing or common computer incident response
teams.
- Different values among countries; different levels of preparedness;
different degrees of interest and risks.
- Companies and governments face overlapping and conflicting sets of
laws:
- Harmonization vs. divergence of regional and national laws
- Personal data laws and system/infrastructure obligations are not
integrated or reconciled
- Quality of company’s cybersecurity depends in part on visibility into
traffic on its own network, but such insight can
- be in tension with cultural and sometimes legal barriers to
electronic monitoring of employees.
- Approach to implementation: market‐driven vs. regulatory
- Governance: government‐centric vs. multi‐stakeholder
<IP_ADDRESS>.13. Certified Ethical Hacking Certification
A Certified Ethical Hacker is a skilled professional who understands and
knows how to look for weaknesses and vulnerabilities in target systems
and uses the same knowledge and tools as a malicious hacker, but in a
lawful and legitimate manner to assess the security posture of a target
system(s). The CEH credential certifies individuals in the specific
network security discipline of Ethical Hacking from a vendor-neutral
perspective.
The purpose of the CEH credential is to:
- Establish and govern minimum standards for credentialing professional
information security specialists in ethical hacking measures.
- Inform the public that credentialed individuals meet or exceed the
minimum standards.
- Reinforce ethical hacking as a unique and self-regulating profession.
About the Exam
Number of Questions: 125
Test Duration: 4 Hours
Test Format: Multiple Choice
Test Delivery: ECC EXAM, VUE
Exam Prefix: 312-50 (ECC EXAM), 312-50 (VUE)
<IP_ADDRESS>. Learn More
Sign up for an account on https://f5.com/labs to stay up to date
Notes:
| F5 Networks, Inc. | f5.com |
| US Headquarters: 401 Elliott Ave W, Seattle, WA 98119 |<PHONE_NUMBER> // Americas<EMAIL_ADDRESS>// Asia-Pacific<EMAIL_ADDRESS>// Europe/Middle East/Africa<EMAIL_ADDRESS>// Japan<EMAIL_ADDRESS>©2017 F5 Networks, Inc. All rights reserved. F5, F5 Networks, and the F5 logo are trademarks of F5 Networks, Inc. in the U.S. and in certain other countries. Other F5 trademarks are identified at f5.com. Any other products, services, or company names referenced herein may be trademarks of their respective owners with no endorsement or affiliation, express or implied, claimed by F5. These training materials and documentation are F5 Confidential Information and are subject to the F5 Networks Reseller Agreement. You may not share these training materials and documentation with any third party without the express written permission of F5. |


- Integration into secure application -
Most web applications start with login/password form. Once end-user is logged in, a unique identifier is associated to user's session, and he can browse the application including JFileUpload. However, JFileUpload doesn't own this session identifier and it will send anonymous requests that should fail if upload is securised.
| Maintain user's session |
| Usually, session identifier is passed by browser either in URL or as cookie. JFileUpload support both. You have to choose one depending how your application works.
- Session identifier in URLs: You have to append the identifier in all JFileUpload URLs you've setup such as "url", "post" and "forward". For instance, for JSP:
<PARAM NAME="url" VALUE="http://server.com/script.jsp;jsessionid=ABC123">
<PARAM NAME="forward" VALUE="http://server.com/page.jsp;jsessionid=ABC123">
Notice that ";" separator is specific to JSP, it could be "?" or "&" for others server-side technologies.
- Session identifier as cookie: You can setup JFileUpload to pass one or more cookies. For instance to pass a JSESSIONID=ABC123:
<PARAM NAME="param6" VALUE="cookiename">
<PARAM NAME="value6" VALUE="JSESSIONID">
<PARAM NAME="param7" VALUE="cookievalue">
<PARAM NAME="value7" VALUE="ABC123">
JFileUpload will pass the cookie within each upload request. If server-side sets a new cookie then it will be taken into account and sent within each further upload request. Some secure applications require to update the cookie value periodically, JFileUpload supports this behavior but you have to specify the cookie path (if any) to allow cookie value overwrite. For instance:
<PARAM NAME="param8" VALUE="cookiepath">
<PARAM NAME="value8" VALUE="/webapp">
You can pass more cookies with cookiename1/cookievalue1, cookiename2/cookitvalue2 and so on.
- Share cookies from browser: If you have session cookie(s) already loaded in browser then you can enable cookies sharing with applet by adding:
<PARAM NAME="param9" VALUE="cookiesource">
<PARAM NAME="value9" VALUE="jse">
When using this parameter you should not use any cookiename/cookievalue as above.
- Cookies compatibility: If you have troubles to get multiple cookies on server-side then you can force the applet to pass all cookies in one "Cookie:" HTTP header by adding:
<PARAM NAME="param10" VALUE="cookieheader">
<PARAM NAME="value10" VALUE="singleline">
Sometimes, session identifier is not enough. Some portal software require to pass a few additional HTTP parameters to maintain web flow. You can pass such parameter with:
<PARAM NAME="param9" VALUE="ORACLE_ADF">
<PARAM NAME="value9" VALUE="123">
|
| HTTP Basic authentication |
| Some web application are securised with HTTP Basic authentication instead of form. Browser displays an authentication pop-up window and credentials are passed into HTTP headers. |
|
JFileUpload support HTTP Basic authentication too. You can either pass login/password as parameter or ask JFileUpload to prompt an authentication pop-up.
- Pass login and password: You can setup username and password parameter. JFileUpload will send credentials in each upload request:
<PARAM NAME="username" VALUE="yourlogin">
<PARAM NAME="password" VALUE="yourpassword">
Notice both username and password could be base64 encoded. To do so you have then enclose base64 value with []:
<PARAM NAME="username" VALUE="[yourbase64login]">
<PARAM NAME="password" VALUE="[yourbase64password]">
username and password could be encrypted too. To do so you have to enclosed encrypted value with {}. The encryption service is available upon request to support email.
Also, they could also be moved in i18n.properties with following properties:
username=yourlogin
password=yourpassword
- Authentication pop-up: You have to setup authentication=auto parameter. It will display a pop-up when required.
<PARAM NAME="authentication" VALUE="auto">
| Three attempts are allowed. You can mix authentication=auto with username parameter if you want to fill in login field. |
|
|
| FTP authentication |
FTP authentication works as explained above. You can setup username/password or enable authentication pop-up.
|
| |
|


gradient.wizards package¶
Submodules¶
gradient.wizards.wizard module¶
-
class
gradient.wizards.wizard.
Question
(question)¶ Bases:
object
-
__init__
(question)¶ Initialize self. See help(type(self)) for accurate signature.
-
property
answer
¶
-
-
class
gradient.wizards.wizard.
RadioQuestion
(question, answers)¶ Bases:
gradient.wizards.wizard.Question
-
__init__
(question, answers)¶ Initialize self. See help(type(self)) for accurate signature.
-
property
answer
¶
-
-
class
gradient.wizards.wizard.
Questions
¶ Bases:
object
-
__init__
()¶ Initialize self. See help(type(self)) for accurate signature.
-
add_text_question
(field_name, question)¶
-
add_radio_question
(field_name, question, answers)¶
-
get_widgets_list
()¶
-
get_json
()¶
-
-
class
gradient.wizards.wizard.
WizardLogger
(output_field)¶ Bases:
gradient.logger.Logger
-
__init__
(output_field)¶ Initialize self. See help(type(self)) for accurate signature.
-
-
class
gradient.wizards.wizard.
Wizard
(command_cls, header)¶ Bases:
object
-
__init__
(command_cls, header)¶ - Parameters
command_cls (type[commands.BaseCommand]) –
-
add_text_questions
(*questions)¶
-
get_questions_widgets
()¶
-
get_layout
()¶
-
accept_create
()¶
-
accept_exit
()¶
-
-
gradient.wizards.wizard.
get_application
(root_container)¶


Box Office Records > Domestic > All Movies > Cumulative > All Time Domestic
All Time Domestic Box Office (Rank 501-600)
See also: All Time Domestic Limited Release - All Time International - All Time Worldwide - All Time Domestic (Inf. Adj.) - Top 2016 Domestic - Top 2017 Domestic
This chart contains the top 100 movies based on the cumulative domestic box office.
Please see our All-Time Top Grossing Films Comparison for a comparison of the daily performance of all films released since 1980 that have earned more than $450 million at the domestic box office.
| Rank | Released | Movie | Domestic Box Office |
International Box Office |
Worldwide Box Office |
|---|---|---|---|---|---|
| 501 | 1991 | Hook | $119,654,823 | $181,200,000 | $300,854,823 |
| 502 | 2005 | Walk the Line | $119,519,402 | $68,188,093 | $187,707,495 |
| 503 | 1974 | Blazing Saddles | $119,500,000 | $0 | $119,500,000 |
| 504 | 2009 | G-Force | $119,436,770 | $173,381,071 | $292,817,841 |
| 505 | 1990 | Total Recall | $119,394,839 | $142,005,161 | $261,400,000 |
| 506 | 1981 | On Golden Pond | $119,285,432 | $0 | $119,285,432 |
| 507 | 2010 | The Other Guys | $119,219,978 | $51,716,492 | $170,936,470 |
| 508 | 2004 | Fahrenheit 9/11 | $119,114,517 | $102,034,442 | $221,148,959 |
| 509 | 2007 | Hairspray | $118,871,849 | $84,163,723 | $203,035,572 |
| 510 | 2006 | The Break-Up | $118,703,275 | $87,024,032 | $205,727,307 |
| 511 | 2004 | Lemony Snicket's A Series of Unfortunate Events | $118,627,117 | $94,328,907 | $212,956,024 |
| 512 | 2007 | Blades of Glory | $118,594,548 | $27,000,000 | $145,594,548 |
| 513 | 2002 | The Sum of All Fears | $118,471,320 | $75,028,680 | $193,500,000 |
| 514 | 1989 | Back to the Future Part II | $118,450,002 | $213,549,998 | $332,000,000 |
| 515 | 2010 | Salt | $118,311,368 | $172,339,126 | $290,650,494 |
| 516 | 1992 | Basic Instinct | $117,727,224 | $234,972,776 | $352,700,000 |
| 517 | 2013 | Now You See Me | $117,723,989 | $234,000,000 | $351,723,989 |
| 518 | 2000 | Big Momma's House | $117,559,438 | $56,000,000 | $173,559,438 |
| 519 | 2011 | Horrible Bosses | $117,538,559 | $94,879,042 | $212,417,601 |
| 520 | 1990 | Die Hard 2 | $117,323,878 | $122,490,147 | $239,814,025 |
| 521 | 1976 | Rocky | $117,235,147 | $107,764,853 | $225,000,000 |
| 522 | 2010 | Jackass 3D | $117,229,692 | $54,456,101 | $171,685,793 |
| 523 | 2007 | Ocean's Thirteen | $117,144,465 | $194,600,000 | $311,744,465 |
| 524 | 2013 | The Wolf of Wall Street | $116,900,694 | $275,076,029 | $391,976,723 |
| 525 | 2003 | S.W.A.T. | $116,877,597 | $90,277,151 | $207,154,748 |
| 526 | 1999 | Double Jeopardy | $116,735,231 | $61,100,000 | $177,835,231 |
| 527 | 2002 | 8 Mile | $116,724,075 | $129,044,309 | $245,768,384 |
| 528 | 2013 | Lee Daniels' The Butler | $116,632,095 | $60,393,403 | $177,025,498 |
| 529 | 2011 | Green Lantern | $116,601,172 | $102,934,320 | $219,535,492 |
| 530 | 1999 | Notting Hill | $116,089,678 | $247,638,548 | $363,728,226 |
| 531 | 1974 | Towering Inferno | $116,000,000 | $23,700,000 | $139,700,000 |
| 532 | 1998 | You've Got Mail | $115,821,495 | $134,978,505 | $250,800,000 |
| 533 | 2007 | Ghost Rider | $115,802,596 | $113,742,993 | $229,545,589 |
| 534 | 2000 | Remember the Titans | $115,654,751 | $21,051,932 | $136,706,683 |
| 535 | 2009 | District 9 | $115,646,235 | $96,807,196 | $212,453,431 |
| 536 | 2014 | Unbroken | $115,637,895 | $47,889,929 | $163,527,824 |
| 537 | 1986 | The Karate Kid, Part II | $115,103,979 | $0 | $115,103,979 |
| 538 | 1973 | American Graffiti | $115,000,000 | $25,000,000 | $140,000,000 |
| 539 | 1988 | Big | $114,968,774 | $36,700,000 | $151,668,774 |
| 540 | 2017 | Fifty Shades Darker | $114,434,010 | $262,426,505 | $376,860,515 |
| 541 | 2004 | Dodgeball: A True Underdog Story | $114,326,736 | $53,464,968 | $167,791,704 |
| 542 | 2004 | The Village | $114,197,520 | $143,444,114 | $257,641,634 |
| 543 | 2008 | Bolt | $114,053,759 | $213,961,450 | $328,015,209 |
| 544 | 1999 | Wild Wild West | $113,805,681 | $107,423,654 | $221,229,335 |
| 545 | 2014 | Night at the Museum: Secret of the Tomb | $113,746,621 | $242,800,000 | $356,546,621 |
| 546 | 2012 | Magic Mike | $113,721,571 | $56,828,182 | $170,549,753 |
| 547 | 1991 | The Addams Family | $113,502,246 | $78,000,000 | $191,502,246 |
| 548 | 2000 | The Patriot | $113,330,342 | $101,969,658 | $215,300,000 |
| 549 | 2016 | Bad Moms | $113,257,297 | $68,200,000 | $181,457,297 |
| 550 | 2012 | The Bourne Legacy | $113,203,870 | $167,152,050 | $280,355,920 |
| 551 | 2005 | The Pacifier | $113,006,880 | $85,000,000 | $198,006,880 |
| 552 | 2001 | Doctor Dolittle 2 | $112,950,721 | $63,151,000 | $176,101,721 |
| 553 | 2009 | It’s Complicated | $112,735,375 | $111,879,369 | $224,614,744 |
| 554 | 2001 | Spy Kids | $112,692,062 | $85,000,000 | $197,692,062 |
| 555 | 1989 | Ghostbusters II | $112,494,738 | $103,005,262 | $215,500,000 |
| 556 | 1997 | Face/Off | $112,276,146 | $128,923,854 | $241,200,000 |
| 557 | 2013 | The Hangover 3 | $112,200,072 | $249,800,000 | $362,000,072 |
| 558 | 1988 | Twins | $111,936,388 | $104,663,612 | $216,600,000 |
| 559 | 2003 | Spy Kids 3-D: Game Over | $111,760,631 | $56,091,364 | $167,851,995 |
| 560 | 1965 | Doctor Zhivago | $111,721,000 | $138,493 | $111,859,493 |
| 561 | 1998 | Enemy of the State | $111,549,836 | $139,100,000 | $250,649,836 |
| 562 | 1989 | The Little Mermaid | $111,543,479 | $110,756,521 | $222,300,000 |
| 563 | 2014 | Mr. Peabody & Sherman | $111,506,430 | $158,300,000 | $269,806,430 |
| 564 | 2003 | The Last Samurai | $111,110,575 | $345,700,000 | $456,810,575 |
| 565 | 2015 | Spy! | $110,825,712 | $122,300,000 | $233,125,712 |
| 566 | 2005 | Fun With Dick And Jane | $110,550,000 | $92,468,919 | $203,018,919 |
| 567 | 2010 | Valentine's Day | $110,485,654 | $107,083,674 | $217,569,328 |
| 568 | 2008 | Tropic Thunder | $110,461,307 | $80,629,943 | $191,091,250 |
| 569 | 2004 | The Grudge | $110,359,362 | $76,921,753 | $187,281,115 |
| 570 | 2003 | Freaky Friday | $110,222,438 | $50,600,000 | $160,822,438 |
| 571 | 2008 | Bedtime Stories | $110,101,975 | $111,366,960 | $221,468,935 |
| 572 | 2015 | Trainwreck | $110,038,130 | $30,911,197 | $140,949,327 |
| 573 | 2003 | Scary Movie 3 | $110,000,082 | $45,199,918 | $155,200,000 |
| 574 | 2015 | Creed | $109,767,581 | $63,800,000 | $173,567,581 |
| 575 | 1986 | Star Trek IV: The Voyage Home | $109,713,132 | $23,286,868 | $133,000,000 |
| 576 | 1982 | Porky's | $109,492,484 | $0 | $109,492,484 |
| 577 | 2005 | The 40 Year-old Virgin | $109,449,237 | $67,894,993 | $177,344,230 |
| 578 | 1988 | Crocodile Dundee 2 | $109,306,210 | $130,300,000 | $239,606,210 |
| 579 | 2009 | Couples Retreat | $109,205,660 | $63,244,763 | $172,450,423 |
| 580 | 1975 | One Flew Over the Cuckoo's Nest | $108,981,275 | $0 | $108,981,275 |
| 581 | 1996 | A Time to Kill | $108,766,007 | $43,500,000 | $152,266,007 |
| 582 | 2001 | Black Hawk Down | $108,638,745 | $51,052,340 | $159,691,085 |
| 583 | 1983 | Terms of Endearment | $108,423,489 | $0 | $108,423,489 |
| 584 | 1995 | Ace Ventura: When Nature Calls | $108,360,063 | $104,039,937 | $212,400,000 |
| 585 | 2001 | The Princess Diaries | $108,244,774 | $57,090,000 | $165,334,774 |
| 586 | 1981 | Superman II | $108,185,706 | $0 | $108,185,706 |
| 587 | 2011 | Hop | $108,085,305 | $80,572,288 | $188,657,593 |
| 588 | 1994 | Pulp Fiction | $107,928,762 | $105,000,000 | $212,928,762 |
| 589 | 2009 | Paranormal Activity | $107,918,810 | $86,264,224 | $194,183,034 |
| 590 | 1992 | A League of Their Own | $107,533,925 | $24,906,141 | $132,440,066 |
| 591 | 2013 | Epic | $107,518,682 | $155,275,759 | $262,794,441 |
| 592 | 2009 | Watchmen | $107,509,799 | $76,558,558 | $184,068,357 |
| 593 | 2016 | The Angry Birds Movie | $107,509,366 | $245,320,162 | $352,829,528 |
| 594 | 1997 | Batman & Robin | $107,325,195 | $130,992,619 | $238,317,814 |
| 595 | 2013 | Captain Phillips | $107,136,417 | $113,511,767 | $220,648,184 |
| 596 | 2010 | Black Swan | $106,954,678 | $224,312,032 | $331,266,710 |
| 597 | 1999 | Analyze This | $106,885,658 | $70,000,000 | $176,885,658 |
| 598 | 2000 | Miss Congeniality | $106,807,667 | $106,613,284 | $213,420,951 |
| 599 | 2000 | Chicken Run | $106,793,915 | $121,000,000 | $227,793,915 |
| 600 | 1993 | Indecent Proposal | $106,614,059 | $159,985,941 | $266,600,000 |
The Domestic Market is defined as the North American movie territory (consisting of the United States, Canada, Puerto Rico and Guam).
This table is updated daily to reflect the latest studio reports.
Note: This chart is not adjusted for inflation.


…if you are a listener / music consumer / downloader / pirate / criminal (whatever name the state wants to give you). You are free to download asoQ's music from their site, copy it, play it, share it, distribute it, remix it, … asoQ is ENABLING you to do so. The safest way to distribute their music to others, is to redirect them to the asoQ website. You are helping them in the process, thanks. Check out the terms and conditions for their downloads at their site.


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Parcel automatically includes content hashes in the names of all output files. This enables long-term browser caching, because the output is guaranteed not to change unless the name does.
Parcel also resolves all referenced bundles relative to their parent using a manifest in each entry. This means that changes to referenced bundles don't invalidate the cache for their parents as well, and output files can be moved between locations without rebuilding.
Learn more →


Move items into correct groups
Pick up word here
Cat
Dog
Bird
Frog
Green
Blue
Red
Horse
Apple
Orange
Banana
Strawberry
Black
White
Car
Bike
House
Street
Man
LEGO brick
Airplane
Boat
Subway
Watch
Lamp
Pencil


Luga Data is a data-centric library, designed to retrieve data from diverse sources, expose them using a unified API, and allow you to consume and display the data anywhere within your JavaScript and HTML code, leveraging databinding and HTML templating.
Developing Luga Data we keep a few clear goals in mind. We are not looking for another MV* framework, we only want to do few things, stay focused and try to do them well. Luga Data is not strongly opinionated, it does not impose or even suggest the way you should design your applications.
We want our applications to be independent from the way data is serialized/formatted, data is equalized and consumed using the same API, no matter if it’s JSON or XML. Being format agnostic is a top priority for us, and you can easily extend the library to support additional formats too.
Above anything else, we believe that simple, common tasks, should become almost trivial. At the very same time, complex tasks should be possible, even if the required functionality is not available out of the box.
Many ideas you will find here were inspired by Spry Data. Instead of forking that project, we decided to start afresh, since we wanted to also leverage Handlebars. While the code was written from scratch, luga.Notifier is heavily based on the original Spry codebase and the data sorting implementation is almost the same.
Very special thanks to Kin Blas.


---
layout: default
title: Postings filed under "Math"
---
Postings filed under "Math"
- May 01, 2010 - Solutions to Project Euler Problems #1 and #2
- July 02, 2009 - Preliminary Reading in Computer Vision
- February 19, 2009 - The reason why I am losing faith in philosophy
- January 10, 2008 - Classes
- December 03, 2007 - Milliman Lectures: Terence Tao
- December 02, 2007 - This is awesome. I guess I should use “Algebra Helper” for Rudin’s book on ANALYSIS
- November 20, 2007 - The genius of LaRouche
- September 05, 2007 - Well then gentlemen…
- May 16, 2007 - Hey, I got a sweet thing for you to surprise everyone with
- March 13, 2007 - The 196-algorithm


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History of Apache Spark : Journey from Academia to Industry
Apache Spark is one of the most interesting frameworks in big data in recent years. Spark had it’s humble beginning as a research project at UC Berkeley. Recently O’Reilly Ben Lorica interviewed Ion Stoica, UC Berkeley professor and databricks CEO, about history of apache spark.
This post captures some of the interesting questions from the interview.
Q : How Apache Spark started?
The story started back in 2009 with mesos. It was a class project in UC Berkley. Idea was to build a cluster management framework, which can support different kind of cluster computing systems.Once mesos was built, then we thought what we can build on top of mesos. That’s how spark was born.
We wanted to show how easy it was to build a framework from scratch in mesos. We also wanted to be different from existing cluster computing systems. At that time, Hadoop targeted batch processing, so we targeted interactive iterative computations like machine learning.
The requirement for machine learning came from the head of department at that time. They were trying to scale machine learning on top of Hadoop. Hadoop was slow for ML as it needed to exchange data between iterations through HDFS. The requirement for interactive querying came from the company, Conviva, which I founded that time. As part of video analytical tool built by company, we supported adhoc querying. We were using Mysql at that time, but we knew it’s not good enough. Also there are many companies came out of UC,like Yahoo,Facebook were facing similar challenges. So we knew there was need for framework focused on interactive and iterative processing.
Q : One of the strength of Spark is, it’s nice integration with Hadoop ecosystem. Is it was a conscious choice right from the beginning?
Yes. It was a conscious decision. We never planned for storage layer for Spark,at least at that point of time. So our targeted user base was the one who already had their data in HDFS.
Q : Another thing that made Spark popular, is how it’s ties together different kind of workloads in data science pipeline. Having common execution engine for machine learning, real time etc was design decision from the beginning?
That’s an excellent question. May be it was in between. It was pretty obvious at that time we wanted more unification. At conviva, we had two stack. One for real time and one for historical data. Real time system was home grown one and we used hadoop for historical data. It’s hard to integrate between two different stacks. Also, two different stacks comes with higher maintenance costs.
One of the challenges was having same metrics in both stacks. For example, one of the metric was how many people watched video at given point of time. This metrics is useful both in real time and historical time. But the problem was,each stack had its own data, algorithm and code base to calculate these metrics. So maintaining these metrics consistently was extremely hard.
Even hadoop batch jobs were like real time systems with a delay of 20-30 mins. So Spark, with aggressive in memory usage, we were able to run same batch processing systems in under a min. Then we started to think, if we can run one job so fast, it will be nice to have multiple jobs running in a sequence to solve particular pipeline under very small time interval. That’s how having a common execution engine for different computation was born.
Q : Normally research projects get abandoned after paper is published. But Berkley has a track record with projects like Postgres, BSD and now with Spark to make industry to adopt these projects. So what is your role in this?
There are many components.  Especially if you had success. First of all, we had a fantastic group of students. Matei, the creator of Spark and others who did Mesos. And then another great group of different students who contributed and built different modules on top of Spark, and made what Spark it is today, which is really a platform. So, that’s one: the students
The other one was a great collaboration with the industry. We are seeing first hand what the problems are, challenges, so you’re pretty anchored in reality.
The third thing is, we are early. In some sense, we started very early to look at big data, we started as early 2006, 2007 starting to look at big data problems. We had a little bit of a first-mover advantage, at least in the academic space. So, all this together, plus the fact that the first releases of these tools, in particular Spark, was like 2000 lines of code,very small,so tractable.
Q : One of the interesting part of community activities was the hosting meetups for discussing Spark. This is unlike any academic projects, as there are not many incentives for students or university.
It was all about aligning different incentives. At one hand, students get to meet people who use their software which is great but other hand, these students are here to get a Phd. It is this belief that, building systems and making people using it, allow you to understand new problems first hand. You can solve them. You will be among the first one to do research on them. So it results in greater research. So this complimentary nature of these activities keep students engaged for years to come.
Q: In Last year, there are many things happened. Spark became Apache project. You guys started Data bricks. Spark summits attracting more and more people. It seems like spark becoming main stream. So what’s the thinking behind becoming Apache project and starting a company?
Once again, excellent question. Right from beginning community was interested in contributing to spark. This interest grew and grew over the years. So being an apache project, made spark more consumable for enterprise customers. Also having a entity behind the project, gives more confidence to enterprise to adopt technologies.
As of now, main focus of the company is to increase adoption of spark. We want to put spark in hands of as many people as possible. Also we want people to have great experience on their platform. So instead of having our own distribution of spark, we have partnered with other hadoop distributors like Cloudera, Hortonworks and big data system distributors like datastax to help them to distribute spark in order to satisfy their customers.
Q : One of the unique value of Spark is of having API’s in python, Java other than native Scala. What’s the thinking behind this?
That’s excellent observation. In last year there are many interesting new applications are build on top of spark. The reason behind that, from the beginning we have focused a lot to make building new application very easy. Spark has a very rich API with more than 80 operators. Also we added more languages binding over time. Also with excellent libraries, it makes spark a great platform for developers to build their applications.
Q : Now if you look back to 2009, there was no way you predicted it’s going to so big?
Absolutely not. We wanted to have some good, interesting research projects; we wanted to make it as real as possible, but in no way could we have anticipated the adoption and the enthusiasm of people and of the community around what we have built.


In this project we’re going to learn about functions. A function is one of the most basic concepts in programming, and also one of the most important. It often takes a lot of code to get a computer to do even a simple task. And if you want the computer to do a simple task over and over again, that could mean having to write lots of code over and over again.
That doesn’t sound very efficient, does it?
It’s not, which is why instead of writing the same code many times, we just write the code once in a special format, and then we can use that code over and over again, as many times as we want. That special format that allows us to re-use the code over and over again is called a function.
Here’s an example…
Let’s say that we wanted to write some code that would print my name and the year I was born. We could do this exactly like we did with the “Hello, World!” code we wrote in Project #1, and our code might look like the following:
print (‘My name is: Jason’)
print (‘I was born in: 1971’)
Now let’s say we expected to print those same lines many times within our code. While we could type those lines over and over again in the code, that would …
The simpler way would be to create a function that prints those two lines, and then “call” the function every time we want those lines printed. Let’s turn the above two lines into a function that we can call from other places in our code.
The first step in creating a function is giving it a name. In this case, let’s say we wanted to call this function, “print_info”. This is done by using the “def” keyword on the first line of the function, followed by the function name, a set of parentheses and a colon:
def print_info ( ):
After the first line that names the function comes the code that we want our function to run every time it is called. In this case, it’s the two print lines we discussed earlier. So, this is what our function would look like:
def print_info ( ):
print (‘My name is: Jason’)
print (‘I was born in: 1971’)
Notice that all the code lines of the function are indented. This is required, and is how the code knows which lines are associated with which function.
To now use that function, we can call it elsewhere in our code like this:
print_info ( )
All we have to do to call the function is to provide the function name followed by a set of parentheses.
Let’s put it all together and write a program that defines this function and then calls this function to actually have it print out those two lines:
def print_info ( ):
print (‘My name is: Jason’)
print (‘I was born in: 1971’)
print_info ( )
One big value in functions is that it allows us to reuse the same code over and over. So, let’s see what happens when we call that function several times in a row:
def print_info ( ):
print (‘My name is: Jason’)
print (‘I was born in: 1971’)
print_info ( )
print_info ( )
print_info ( )
If you run this program, you’ll see that each of the three times the function is called, it prints the two lines. Imagine if we were going to need those two lines printed a hundred times throughout our program – you can see how using a function is a lot simpler and also makes our code much less complicated.
Note: We mentioned earlier that when you run a program, the computer will execute each line of code, starting at the top and moving down through the code, line-by-line. But, when the computer sees a function, it doesn’t execute that code until the function is called. So, for our code above, the first three lines (the function definition and the two lines of code in the function) are ignored and the computer will start by executing the first line below the function. To make things simpler, functions are often stored in separate files, so that the code is easier to read and follow.


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is being written. There may even be sub-sub-headings (or lower-level headings).

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This program initializes memory locations 0 and 1, then sets memory location 0 to 2. It then sets memory location 1 equal to the value of memory location 0.
Try changing the value of memory location 0
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jQuery Preview is a plugin that allows users to preview URLs before submitting them to be saved by an application. Facebook, Google+ and Yammer are all examples of tools with this functionality.
jQuery Preview is a plugin by Embedly that allows developers to create tools that enable users to share links with rich previews attached. This method of letting users select thumbnails, edit title and description has been adopted as the norm across the web. This plugin allows developers to easily implement this functionality without building the entire infrastructure themselves. Instead relying on on Embedly to generate the metadata.
We have made this plugin overly verbose and infinitely customizable. Our goal is not to dictate design, merely give a set of tools to make it easy to create a custom experience. There are 5 different demos that you should take a look at before getting started. It will give you a quick overview of what you should be able to build.
To get started you need to put jQuery, jquery.preview.full.js and preview.css. into the head of your page:
   <link rel="stylesheet" href="http://scripts.embed.ly/p/0.2/css/preview.css" />
jquery.preview.full.js bundles Underscore.js and Mustache.js in with jquery.preview.js. If you already have or use these two libs you can see up the head of the document like so:
     <link rel="stylesheet" href="http://scripts.embed.ly/p/0.2/css/preview.css" />
Next set up a simple form that allows a user to input link:
<form action="/update" method="POST"> <input id="url" type="text" name="url"/> </form>
You then need to tell preview what field to listen to:

And you are done setting up the front end solution for jQuery Preview. The rest of this document will go into how to customize Preview.
Note that the Preview endpoint is only available to Embedly developers with a Starter plan or above. You can sign up for a Starter plan at embed.ly/pricing.
The plugin works by listening to the field on paste, keyup, attach and blur. If a URL is entered a call is made to Embedly's Preview endpoint and the result is then passed to the Selector object and all the elements are added to the form as hidden inputs. The Selector is then rendered using a Mustache template. The user can use the selector to pick a thumbnail associated with the URL.
When the form is submitted each attribute it passed back to the action URL. The server then saves the information and either echos or augments the object and passes it back to the fronted. The Display object then renders the obj into the feed.
Each object is infinitely customizable, but the flow is the same. We will go over each object and how to customize them.
There are 3 basic objects that you should get familiar with in order to customize the selector.
Preview holds all the logic for calls to Embedly. You shouldn't have to do a ton of customizations here.
Called when the form is submitted and all the attributes are passed in as an object. If you want to do something other than a POST to the action you can overwrite the method like so:
var preview = { // Instead of posting to the server, send the object to display for // rendering to the feed. submit : function(e, data){ e.preventDefault(); this.display.create(data); } } $('#url').preview({preview:preview});
Called when the preview is set up to bind all the listeners to the file and the form. If you want to listen on custom events you can call it like so:
var preview = { bind : function(){ // Instead of listening to the field, wait for the user to click // 'Attach Link'. $('a.attach').bind('click', this.fetch); // Still bind the form to ``_submit`` that cleans up the data // before calling ``submit`` $(this.form).bind('submit', this._submit); } } $('#url').preview({preview:preview});
Called when the url that the user inputed throws an error somewhere along the way. Depending on the use case you may want notify the user or hide it from them. The default behavior is to not notify the user. To notify them you can use:
var preview = { error : function(){ alert('The URL you entered was not processed.'); } } $('#url').preview({preview:preview});
Called after a URL has been successfully rendered by the selector. Useful if you want to change state after the URL has been successfully processed. For example if you want to change a button from 'Share' to 'Attach' you can do it like so:
var preview = { callback : function(){ $('button').text('Attach'); } } $('#url').preview({preview:preview});
If you missed it jQuery Preview listens to a special event attach on the field. If you wish to have a two step process of attaching the link to the status and then sharing the link you can set something up like this:
<form id="preview_form" class="form-vertical" method="post" action="."> <input type="text" name="url" id="id_url" value="http://vimeo.com/18150336" /> <button id="id_attach">Attach</button> </form>
This triggers the attach event on the field and that tells Preview to go fetch the url and show it in the Selector.
Builds the selector that allows users to pick out a thumbnail.
There are 3 different built-in types that a developer can choose from
Each allows for a different type of feel. We suggest using one of them to get started and customizing from there.
If you would like to use your own Mustache template to render the selector you can add it here. The default looks like:

 ◀ ▶ ✕

 {{#images}}

 {{/images}}

 {{title}}
{{description}}
   {{provider_display}}

✕

By default Preview passes the following attributes to the template
All these responses are defined here except for the following:
template can also be a dictionary if you want to use different templates for different ``object_type``s. For instance:
template : { 'video' : 'Video Template', 'rich' : 'Rich Template', 'photo' : 'Photo Template', 'link' : 'Link Template' }
Allows users to click on the title in the selector and edit the text. It is set up like this in the bind function:
$('.selector .title').bind('click', this.title);
Allows users to click on the description in the selector and edit the text. It is set up like this in the bind function:
$('.selector .description').bind('click', this.description);
Simple logic that scrolls the image left and right in selector. It takes a direction (left or right) and an event. We set it up like so:
$('.selector .left').bind('click', _.bind(this.scroll, {}, 'left')); $('.selector .right').bind('click', _.bind(this.scroll, {}, 'right'));
Logic that tells the form NOT to use a thumbnail when rendering a preview. bind calls it like so:
$('.selector .nothumb').bind('click', this.nothumb);
Update can be set to an input field to also update the value in the selector. This is useful if you want to have a different input field for title and selector. We use this from the Preview object like so:
$('#id_title').bind('keyup', function(e){ $.preview.selector.update(e); });
The element must have a name attribute of the title or description.
Create's a Feed item for a given object.
There are 3 different built-in types that a developer can choose from
Each allows for a different type of feel. We suggest using one of them to get started and customizing from there. The status type is the same as small, but takes an additional field status and displays that in the item as well.
The Mustache template that you would like to use to render the obj. The default one looks like this:

 {{title}}
{{description}}
   {{provider_display}}

By default Preview passes the following attributes to the template
All these responses are defined here except for the following:
template can also be a dictionary if you want to use different templates for different ``object_type``s. For instance:
template : { 'video' : 'Video Template', 'rich' : 'Rich Template', 'photo' : 'Photo Template', 'link' : 'Link Template' }
When the user submits the link, we must save it and echo it back to the page so it can be displayed. The code contains a simple Tornado example of this dance in app.py. When we set up the form we need to specify where we are going to be making the the AJAX post. In this case it's '/update':
<form method="post" action="/update"> <input type="text" class="xlarge" name="url" id="id_url" /> <input id="id_submit" type="submit" class="btn btn-primary" value="Share"/> </form>
We then build a handler to deal with the form data:
class UpdateHandler(tornado.web.RequestHandler): def post(self): #Overly verbose data = {} for name in ['type', 'original_url', 'url', 'title', 'description', 'favicon_url', 'provider_url', 'provider_display', 'safe', 'html', 'thumbnail_url', 'object_type', 'image_url']: data[name] = self.get_argument(name, None) # This also works # data = dict([(k, v[0]) for k, v in self.request.arguments.items()]) # Save the data off and return the object that we will pass back. obj = db.save(data) # Write a json response self.write(json.dumps(obj))
Once the data is successfully posted the response is passed into the Display object to be rendered and displayed.
To get you going even faster, Embedly hosts all the files you need on scripts.embed.ly. The latest version is available here:
http://scripts.embed.ly/p/0.2/jquery.preview.min.js http://scripts.embed.ly/p/0.2/jquery.preview.full.min.js http://scripts.embed.ly/p/0.2/css/preview.css
The most current version of jQuery Preview will be available here:
http://scripts.embed.ly/p/jquery.preview.min.js http://scripts.embed.ly/p/jquery.preview.full.min.js http://scripts.embed.ly/p/css/preview.css
The code is broken down into modules in the src folder and built by watch.py. If you want to modify anything in preview.jquery.js please find the code in the module and run python watch.py to build preview.jquery.js. preview.css is a sass generated file. Please modify preview.scss by running sass --watch preview.scss:preview.css


@* * Copyright 2019 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import config.{AppConfig, ValidationError} @import config.SubmissionJourney._ @import views.html.helper.CSRF @(label: String, field: String, options: Seq[(String, String)], data: Map[String, String])(implicit req: Request[_], messages: Messages, appConfig: AppConfig, errors: Map[String, Seq[ValidationError]])


Livestock Monitoring System is a prototype device designed to monitor livestock animals by tracking their location and monitoring their health with constraints such as body temperature and humidity
This system provides millions of a cost efficient system which prevents small scale poultry and livestock farmers from spending thousands of dollars on a monitoring system
It is an IOT project where modules such as GPS (Neo6m), Temperature and Humidity Sensor (DHT11) and Wifi Module(ESP8266) will be used to send information of livestock directly to user’s electronic device


[gecode-users] Propagator return values
Martin Mann
mmann at informatik.uni-freiburg.de
Tue May 26 10:10:01 CEST 2009
> Christian Schulte (25.5.2009 16:31):
>> If no variables are modified by a propagator and the propagator says
>> ES_NOFIX, Gecode still knows that nothing has changed. So finding out
>> whether something has changed, and if yes reporting ES_NOFIX and
>> ES_FIX
>> otherwise is exactly the same than reporting ES_NOFIX.
ok ... now I am confused ... :)
So to say, if I am not changing the domains within my filtering it
doesnt matter what I return (ES_FIX or ES_NOFIX) ?
But isnt there a difference in the "meaning"? That is, either I want to
tell the engine I cannot do any filtering anymore (ES_FIX) or that only
a partial filtering of the domains was done?
"[..]
# ES_NOFIX: the propagator has done propagation
# ES_FIX: the propagator has done propagation and has computed a
fixpoint. That is, running the propagator immediately again will do nothing.
[..]" (from Gecode documentation)
So in a case I dont want to filter (e.g. due to too large domain sizes
etc.) what is better to return?
I would guess ES_FIX, because the propagator should not be called again
until another change of the domains has been done...
Or am I wrong about that?
Think the use cases / description of the ExecStatus possibilities is
quite short. Everytime I have to write a propagator I am a bit confused
what to return. Only the ES_FAILED and ES_SUBSUMED cases are totally
clear to me.. ;)
Thanks for your help to the eyeless user!
Martin
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Overview of Bipad ciricullam mainatainence
Jan 30, 2021, 12:00AM - Jan 30, 2021, 12:00AM
National Disaster Risk Reduction and Management Authority


--- layout: page title: F# end to end ---
Recently my colleague @simontcousins published an article comparing to similar projects one written in C# one written in F#. The conclusion is that for the two projects the F# one is about 4% of the size. You can read more about this here.
Now normally, a typical project comprises of several languages / technologies.
However the F# project in question here has a profile more like this,
Note the stack is 'almost' completely F# (we actually could have made this completely F# see below). Maybe I'm biased but I think that this is a huge benefit for maintainability I only need to have my F# brain switched on and I can change any part of the application. Sure I have to learn a few libraries, but the playfulness offered by the REPL here makes testing and experimenting easy; this is especially true when it comes writing build and deployment scripts, which I normally find quiet difficult to test.
So is it possible to use F# for everything Build, Deployment, UI (Web/WPF), Documentation. The answer is simply YES!! There is just a few libraries we need to know about to achieve this. Lets look at each area of a typical application and see which libraries we can use.
Ok this might seem like an obvious one, just write F#, but I thought I'd use this as an opportunity to highlight some libraries that I find useful
To build and deploy application with F# we can use FAKE. FAKE allows you to write your build and deployment scripts in F#. A simple script might look something like this
1: 2: 3: 4: 5: 6: 7: 8: 9: 10: 11: 12: 13: 14: 15: 16: 17: 18: 19: 20: 21: 22: 23: 24: 25: |
// include Fake libs open Fake //Define Targets Description "Cleans the last build" Target "Clean" (fun () -> trace " --- Cleaning stuff --- " ) Target "Build" (fun () -> trace " --- Building the app --- " ) Target "Deploy" (fun () -> trace " --- Deploying app --- " ) //Define Dependencies "Clean" ==> "Build" ==> "Deploy" //Start Build RunParameterTargetOrDefault "target" "Deploy" |
The really nice thing about this is you have the full .NET framework and the full power of F# available in your scripts. Additionally FAKE also has an accompanying website, which allows you to manage your deployment agents, so you can easily deploy, upgrade or rollback applications from a central place.
How you tackle writing a UI in F# obviously depends on your choice of technologies. There are others obviously but the two I'm going to consider are WPF and HTML/CSS/Javascript.
If you choose to write your UI using WPF then things are fairly straight forward, Write XAML markup and then use code behind F#. However wiring up the code behind can be a pain because of the C# code gen involved, typically you have to load the view yourself using a XAML reader, or code the view layout in F# as in these series of examples from John Laio. If however you want to keep XAML markup then FSharpx has a XAML type provider that helps things along here.
1: 2: 3: 4: 5: 6: 7: 8: 9: 10: 11: 12: 13: 14: 15: 16: |
open System open System.Windows open System.Windows.Controls open FSharpx type MainWindow = XAML<"libs/MainWindow.xaml"> let loadWindow() = let window = MainWindow() window.myButton.Click.Add(fun _ -> MessageBox.Show("Hello world!") |> ignore) window.Root [<STAThread>] let main(args) = (new Application()).Run(loadWindow()) |
See Steffan Forkmann's post for more information about this. Lets also not forget about first class events and the asynchronous programming model in F# that makes writing responsive UI's that much easier.
If you go webby then things get a little more interesting, we have several options available here.
@thomaspetricek recently released FSharp.Formatting we can generate documentation from an F# script file, using a mix of markdown and F#, for an example see this link. This can then be integrated into your FAKE build script, using a build target something like the following example, Incidentally this is exactly the library that is used to create this blog.
1: 2: 3: 4: 5: 6: 7: 8: 9: 10: |
open System.IO open FSharp.Literate Target "Docs" (fun _ -> let template = Path.Combine(currentDirectory, "template.html") let sources = Path.Combine(__SOURCE_DIRECTORY__, "samples") let output = "out_dir" Literate.ProcessDirectory(sources, template, output) ) |
Ok I might of over stated that everything can be written in F#, certainly at the moment there is a lack of libraries for emitting XAML and HTML (with the exception of WebSharper of course). But HTML and XAML are really inconsequential when it comes the to the correctness of your application they do not contain any logic which needs to be tested they simply control layout. The important thing to take from the above is the fact that all of your logic whether it is for build, deployment, UI interaction, example documentation can be written in a type safe way using the various libraries and F# feature spoken about above.


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The evil fish is everywhere, help the ocean to catch them all.
They are hinding behind some of these bubbles, your mission is to
discover where they are and catch them all.
Good Luck!
Game instruction:
Choose the size of the board
Choose the difficulty level
Left-mouse click for popping the bubble to expose it.
Right-mouse click for catching your suspected bubble.


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In this case, the top example, without clearfix. Bottom, with clearfix. You can see that the Grooming section looks odd when at a certain breakpoint because General Health has more content than Exotic Pets. Using the clearfix class, we can fix the floats, thus solving the problem.
Wellness and senior exams, ultrasound, x-ray, and dental cleanings are just a few of our general health services.
We offer specialized care for reptiles, rodents, birds, and other exotic pets.
Our therapeutic grooming treatments help battle fleas, allergic dermatitis, and other challenging skin conditions.
Let our nutrition experts review your pet's diet and prescribe a custom nutrition plan for optimum health and disease prevention.
We offer the latest advances in safe and effective prevention and treatment of fleas, ticks, worms, heart worm, and other parasites.
Our veterinarians are experienced in modern vaccination protocols that prevent many of the deadliest diseases in pets.
We will use the class "clearfix visible-sm-block". Now to explain this, we obviously want to use the clearfix class. I'm completely unsure as to what visible or hidden does. We want to use a small breakpoint, and we want it to act as a block. We could use inline-block as well.
Wellness and senior exams, ultrasound, x-ray, and dental cleanings are just a few of our general health services.
We offer specialized care for reptiles, rodents, birds, and other exotic pets.
Our therapeutic grooming treatments help battle fleas, allergic dermatitis, and other challenging skin conditions.
Let our nutrition experts review your pet's diet and prescribe a custom nutrition plan for optimum health and disease prevention.
We offer the latest advances in safe and effective prevention and treatment of fleas, ticks, worms, heart worm, and other parasites.
Our veterinarians are experienced in modern vaccination protocols that prevent many of the deadliest diseases in pets.


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Katenar:
I am sorry to have kept you waiting.
My name is Katenar -- have you heard of me?
Thank you for agreeing to meet me in such a remote place. I am being pursued and must take every precaution I can.
I think we are safe for the moment, in any event. What do wish to ask me?


Class: RSpec::Mocks::MessageExpectation
- Inherits:
-
Object
- Object
- RSpec::Mocks::MessageExpectation
- Defined in:
- lib/rspec/mocks/message_expectation.rb
Instance Attribute Summary (collapse)
-
- (Object) argument_list_matcher
writeonly
Sets the attribute argumentlistmatcher.
-
- (Object) message
readonly
Returns the value of attribute message.
Instance Method Summary (collapse)
-
- (Object) and_call_original
Tells the object to delegate to the original unmodified method when it receives the message.
-
- (Object) and_raise(exception = RuntimeError, message = nil)
Tells the object to raise an exception when the message is received.
-
- (Object) and_return(*values)
Tells the object to return a value when it receives the message.
-
- (Object) and_throw(*args)
Tells the object to throw a symbol (with the object if that form is used) when the message is received.
-
- (Object) and_yield(*args) {|@eval_context = Object.new.extend(RSpec::Mocks::InstanceExec)| ... }
Tells the object to yield one or more args to a block when the message is received.
-
- (Object) any_number_of_times
Allows an expected message to be received any number of times.
-
- (Object) at_least(n)
Constrain a message expectation to be received at least a specific number of times.
-
- (Object) at_most(n)
Constrain a message expectation to be received at most a specific number of times.
-
- (Object) exactly(n)
Constrain a message expectation to be received a specific number of times.
- - (Object) expectation_count_type
-
- (Object) never
Expect a message not to be received at all.
-
- (Object) once
Expect a message to be received exactly one time.
-
- (Object) ordered
Expect messages to be received in a specific order.
- - (Object) raise_out_of_order_error
-
- (Object) times
Syntactic sugar for
exactly
,at_least
andat_most
. -
- (Object) twice
Expect a message to be received exactly two times.
-
- (Object) with(*args)
Constrains a stub or message expectation to invocations with specific arguments.
Instance Attribute Details
- (Object) argument_list_matcher=(value) (writeonly)
Sets the attribute argumentlistmatcher
8 9 10 |
# File 'lib/rspec/mocks/message_expectation.rb', line 8 def argument_list_matcher=(value) @argument_list_matcher = value end |
- (Object) message (readonly)
Returns the value of attribute message
7 8 9 |
# File 'lib/rspec/mocks/message_expectation.rb', line 7 def @message end |
Instance Method Details
- (Object) and_call_original
This is only available on partial mock objects.
Tells the object to delegate to the original unmodified method when it receives the message.
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# File 'lib/rspec/mocks/message_expectation.rb', line 101 def and_call_original if @method_double.object.is_a?(RSpec::Mocks::TestDouble) @error_generator.raise_only_valid_on_a_partial_mock(:and_call_original) else @implementation =<EMAIL_ADDRESS>end end |
- (Object) and_raise - (Object) and_raise(ExceptionClass) - (Object) and_raise(ExceptionClass, message) - (Object) and_raise(exception_instance)
When you pass an exception class, the MessageExpectation will raise
an instance of it, creating it with exception
and passing message
if specified. If the exception class initializer requires more than
one parameters, you must pass in an instance and not the class,
otherwise this method will raise an ArgumentError exception.
Tells the object to raise an exception when the message is received.
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# File 'lib/rspec/mocks/message_expectation.rb', line 130 def and_raise(exception = RuntimeError, = nil) if exception.respond_to?(:exception) exception = ? exception.exception() : exception.exception end self.terminal_implementation_action = Proc.new { raise exception } nil end |
- (Object) and_return(value) - (Object) and_return(first_value, second_value) - (Object) and_return(&block)
Tells the object to return a value when it receives the message. Given more than one value, the first value is returned the first time the message is received, the second value is returned the next time, etc, etc.
If the message is received more times than there are values, the last value is received for every subsequent call.
The block format is still supported, but is unofficially deprecated in favor of just passing a block to the stub method.
73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 88 |
# File 'lib/rspec/mocks/message_expectation.rb', line 73 def and_return(*values, &implementation) if negative? RSpec.deprecate "`and_return` on a negative message expectation" end @expected_received_count = [@expected_received_count, values.size].max unless ignoring_args? || (@expected_received_count == 0 and @at_least) if implementation # TODO: deprecate `and_return { value }` self.inner_implementation_action = implementation else self.terminal_implementation_action = AndReturnImplementation.new(values) end nil end |
- (Object) and_throw(symbol) - (Object) and_throw(symbol, object)
Tells the object to throw a symbol (with the object if that form is used) when the message is received.
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# File 'lib/rspec/mocks/message_expectation.rb', line 149 def and_throw(*args) self.terminal_implementation_action = Proc.new { throw(*args) } nil end |
- (Object) and_yield(*args) {|@eval_context = Object.new.extend(RSpec::Mocks::InstanceExec)| ... }
Tells the object to yield one or more args to a block when the message is received.
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# File 'lib/rspec/mocks/message_expectation.rb', line 160 def and_yield(*args, &block) yield @eval_context = Object.new.extend(RSpec::Mocks::InstanceExec) if block @args_to_yield << args self.initial_implementation_action = AndYieldImplementation.new(@args_to_yield, @eval_context, @error_generator) self end |
- (Object) any_number_of_times
Allows an expected message to be received any number of times.
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# File 'lib/rspec/mocks/message_expectation.rb', line 364 def any_number_of_times(&block) RSpec.deprecate "any_number_of_times", :replacement => "stub" self.inner_implementation_action = block @expected_received_count = :any self end |
- (Object) at_least(n)
Constrain a message expectation to be received at least a specific number of times.
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# File 'lib/rspec/mocks/message_expectation.rb', line 328 def at_least(n, &block) if n == 0 RSpec.deprecate "at_least(0) with should_receive", :replacement => "stub" end self.inner_implementation_action = block set_expected_received_count :at_least, n self end |
- (Object) at_most(n)
Constrain a message expectation to be received at most a specific number of times.
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# File 'lib/rspec/mocks/message_expectation.rb', line 344 def at_most(n, &block) self.inner_implementation_action = block set_expected_received_count :at_most, n self end |
- (Object) exactly(n)
Constrain a message expectation to be received a specific number of times.
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# File 'lib/rspec/mocks/message_expectation.rb', line 316 def exactly(n, &block) self.inner_implementation_action = block set_expected_received_count :exactly, n self end |
- (Object) expectation_count_type
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# File 'lib/rspec/mocks/message_expectation.rb', line 265 def expectation_count_type return :at_least if @at_least return :at_most if @at_most return nil end |
- (Object) never
Expect a message not to be received at all.
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# File 'lib/rspec/mocks/message_expectation.rb', line 376 def never ErrorGenerator.raise_double_negation_error("expect(obj)") if negative? @expected_received_count = 0 self end |
- (Object) once
Expect a message to be received exactly one time.
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# File 'lib/rspec/mocks/message_expectation.rb', line 387 def once(&block) self.inner_implementation_action = block set_expected_received_count :exactly, 1 self end |
- (Object) ordered
Expect messages to be received in a specific order.
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# File 'lib/rspec/mocks/message_expectation.rb', line 411 def ordered(&block) self.inner_implementation_action = block @order_group.register(self) @ordered = true self end |
- (Object) raise_out_of_order_error
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# File 'lib/rspec/mocks/message_expectation.rb', line 276 def raise_out_of_order_error @error_generator.raise_out_of_order_error @message end |
- (Object) times
Syntactic sugar for exactly
, at_least
and at_most
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# File 'lib/rspec/mocks/message_expectation.rb', line 357 def times(&block) self.inner_implementation_action = block self end |
- (Object) twice
Expect a message to be received exactly two times.
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# File 'lib/rspec/mocks/message_expectation.rb', line 398 def twice(&block) self.inner_implementation_action = block set_expected_received_count :exactly, 2 self end |
- (Object) with(*args)
Constrains a stub or message expectation to invocations with specific arguments.
With a stub, if the message might be received with other args as well,
you should stub a default value first, and then stub or mock the same
message using with
to constrain to specific arguments.
A message expectation will fail if the message is received with different arguments.
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# File 'lib/rspec/mocks/message_expectation.rb', line 304 def with(*args, &block) self.inner_implementation_action = block if block_given? unless args.empty? @argument_list_matcher = ArgumentListMatcher.new(*args, &block) self end |


Conor McGregor UFC News: Notorious lifts weights and trains boxing ahead of Cerrone fight
The Irishman returns to the octagon on January 18th
by Donagh CorbyConor McGregor has geared up his training as his UFC return date draws ever closer.
The Irishman is expected to return to the octagon on January 18th at the T-Mobile Arena in Las Vegas against legendary MMA fighter Donald 'Cowboy' Cerrone .
And the ex-two weight world title holder has taken to Instagram to share a number of photos showing his intensive preparation, that includes weight lifting in his gym and boxing rounds at Crumlin Boxing Club.
Posting yesterday, he revealed that he had just done almost an hour of sparring at the famous boxing gym, saying: "14 rounds completed today at the School of Excellence, Crumlin Boxing Club."
And later 'The Notorious' shared photos of himself and trainers as he pushed himself to lift weights as part of his 'McGregor FAST' training programe.
McGregor is expected to turn his sights to Jorge Masvidal if he defeats Donald Cerrone in January.
This is the according to UFC chief Dana White who has also not ruled out a rematch between McGregor and Khabib Nurmagomedov in the new year.
White told 101.6FM in Washington: "Conor has told me he definitely wants a fight with Masvidal, so we'll see what happens."
McGregor will make his long-awaited return against Cerrone on January 18 - over a year since his loss to lightweight king Nurmagomedov in Las Vegas.
And White sees a scenario where the Crumlin man could get the rematch he craves against the Russian in 2020.
"A couple of things have got to happen first; he's got to beat 'Cowboy' Cerrone which is a very tough fight, especially at 170 without 'Cowboy' having to cut weight.
"Then Khabib has to beat Tony Ferguson. If both of those things happen then yeah I think we can make the rematch.
"[McGregor] would rather take that fight right now and not fight 'Cowboy', he wants that fight really bad.
"In reality Rich it would be the biggest pay per view ever in the history of the sport."
If you haven't already, be sure to like our Irish Mirror Sport and Irish Mirror GAA pages on Facebook and follow us on Twitter.
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The Irish Mirror Twitter account is @IrishMirror while our sports account is @MirrorSportIE.
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OrmDB is a simple, fast and lightweight embedded .NET ORM tool which was inspired by the equivalent other tools.
OrmDB works across .NET ADO providers such as MsSql, MySql, Oracle, PostgreSql and SQLite.
You dont need the re-write the queries for different databases with OrmDb. You can execute the command on different databases with native connectors.
OrmDB prepares your commands for you.
Please refer to
Wiki for further information.


will.I.am Gets Into Heated Fight With Flight Attendant Over Laptop
by Shirley Juwill.I.am says a big fight erupted and the cops were called, all because he didn't close his laptop on a flight in Australia.
(AllHipHop News) Black Eyed Peas rap star will.I.am experienced turbulence on a flight in Australia, but the bumpy ride had nothing to do with the air pressure.
The 44-year-old rapper was in town to perform at the "Friday Jams" Festival in Auckland.
Things were going smooth for will.I.am until he boarded a Qantas flight from Brisbane en route to Sydney.
That's when he came across an angry flight attendant, who abused him for not closing his laptop fast enough while he was making some beats.
The rap star said he wearing noise-canceling headphones and could not hear the flight attendant's repeated requests over the plane's PA system.
Will.I.am claims he was the victim of racism after the beef escalated to the point that the cops had to be called to diffuse the situation when the plane landed.
In the end, no one was charged but will.I.am decided to offer up his brand of justice on social media.
He put the flight attendant and the policeman on blast, in a series of tweets exposing their identities to his 12 million followers.
Many people offered up words of support, but the rapper is also responding to a backlash for playing the race card when he did not reply to multiple requests to put away his laptop.


Loops can execute a block of code as long as a specified condition is true.
The while loop loops through a block of code as long as a specified condition is true.
In the following example, the code in the loop will run, over and over again, as long as a variable (i) is less than 10:
| If you forget to increase the variable used in the condition, the loop will never end. This will crash your browser. |
The do/while loop is a variant of the while loop. This loop will execute the code block once, before checking if the condition is true, then it will repeat the loop as long as the condition is true.
The example below uses a do/while loop. The loop will always be executed at least once, even if the condition is false, because the code block is executed before the condition is tested:
Do not forget to increase the variable used in the condition, otherwise the loop will never end!
If you have read the previous chapter, about the for loop, you will discover that a while loop is much the same as a for loop, with statement 1 and statement 3 omitted.
The loop in this example uses a for loop to collect the car names from the cars array:
The loop in this example uses a while loop to collect the car names from the cars array:


Host
Broadcast event to clients:
EVENT
EVENT primitive
EVENT {object}
Reply to client request:
PROGRESS
PROGRESS primitive
PROGRESS {object}
RESPONSE
RESPONSE primitive
RESPONSE ...rest
ERROR primitive
ERROR {object}
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Meet Hachi, the CUTEST Sulcata Tortoise ever!
Hachi the Sulcata Tortoise
Get to know Hachi
"Studying hard, or hardly studying?"
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3 Easy Rules for Successful Tortoisekeeping
- Do your research! Do not go out and impulsively buy that cute baby tortoise from the reptile store, then realizing that they will grow over 80 lbs in less than 10 years.
- Ammend your will, because your tortoise will most likely outlive you, so you need to plan your pet's future, now.
- Don't forget rules one and two.
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How coding makes me feel. - Hachi


Class: RfmAdaptor::RequestBuilder::Field
- Inherits:
-
Base
- Object
- Base
- RfmAdaptor::RequestBuilder::Field
- Defined in:
- lib/rfm_adaptor/request_builder/field.rb
Overview
Handle field-request.
Instance Attribute Summary
Attributes inherited from Base
database_name, record_class, records, responce
Class Method Summary (collapse)
-
+ (Object) all(database_name)
Request for `all'.
Instance Method Summary (collapse)
-
- (Object) create
Send create request.
-
- (Object) delete(record_id)
Send delete request.
-
- (Object) edit(record_id, attributes)
Send edit request.
-
- (Field) initialize(database_name, conditions)
constructor
Initialize instance.
-
- (RfmAdaptor::Request::Field) where(conditions)
(also: #find)
Append request conditions.
Methods inherited from Base
Constructor Details
- (Field) initialize(database_name, conditions)
Initialize instance.
12 13 14 15 16 17 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 12 def initialize(database_name, conditions) super(database_name) self.config = self.class.load_config(self.database_name) self.conditions = {} self.append_conditions(conditions) end |
Dynamic Method Handling
This class handles dynamic methods through the method_missing method
- (Object) method_missing(name, *args, &block) (private)
Extend instance, access attributes.
130 131 132 133 134 135 136 137 138 139 140 141 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 130 def method_missing(name, *args, &block) case when self.config.include?(name.to_s) self.config[name.to_s] else begin self.send.__send__(name, *args, &block) rescue super(name, *args, &block) end end end |
Class Method Details
+ (Object) all(database_name)
Request for `all'
6 7 8 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 6 def self.all(database_name) self.new(database_name, {}) end |
Instance Method Details
- (Object) create
Send create request
28 29 30 31 32 33 34 35 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 28 def create self.send_request do new_params = self.filter_id_param(self.params) self.responce = self.connection.__send__(:create, new_params) self.setup_records self.records.first end end |
- (Object) delete(record_id)
Send delete request
49 50 51 52 53 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 49 def delete(record_id) write_log.debug self.responce = self.connection.__send__(:delete, record_id) true end |
- (Object) edit(record_id, attributes)
Send edit request
38 39 40 41 42 43 44 45 46 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 38 def edit(record_id, attributes) self.send_request do new_params = self.filter_id_param(attributes) write_log.debug([record_id, new_params]) self.responce = self.connection.__send__(:edit, record_id, new_params) self.setup_records self.records.first end end |
- (RfmAdaptor::Request::Field) where(conditions) Also known as: find
Append request conditions
22 23 24 |
# File 'lib/rfm_adaptor/request_builder/field.rb', line 22 def where(conditions) self.class.new(self.database_name, self.merge_conditions(conditions, self.conditions)) end |


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public interface TextFormat<V>
When using http, the carrier of propagated data on both the client (injector) and server (extractor) side is usually an http request. Propagation is usually implemented via library- specific request interceptors, where the client-side injects values and the server-side extracts them.
| Modifier and Type | Interface and Description |
|---|---|
static interface |
TextFormat.Getter<C>
Interface that allows a
TextFormat to read propagated fields from a carrier. |
static interface |
TextFormat.Setter<C>
Class that allows a
TextFormat to set propagated fields into a carrier. |
| Modifier and Type | Method and Description |
|---|---|
<C> V |
extract(C carrier,
TextFormat.Getter<C> getter)
Extracts the value from upstream.
|
List<String> |
fields()
The propagation fields defined.
|
<C> void |
inject(V value,
C carrier,
TextFormat.Setter<C> setter)
Injects the value downstream.
|
List<String> fields()
inject(Object, Object, Setter)
)}.
For example, if the carrier is a single-use or immutable request object, you don't need to clear fields as they couldn't have been set before. If it is a mutable, retryable object, successive calls should clear these fields first.
<C> void inject(V value, C carrier, TextFormat.Setter<C> setter)
C
- carrier of propagation fields, such as an http requestvalue
- the value to be injected.carrier
- holds propagation fields. For example, an outgoing message or http request.setter
- invoked for each propagation key to add or remove.<C> V extract(C carrier, TextFormat.Getter<C> getter)
If the value could not be parsed, the underlying implementation will decide to return ether an empty value, an invalid value, or a valid value.
C
- carrier of propagation fields, such as an http request.carrier
- holds propagation fields. For example, an outgoing message or http request.getter
- invoked for each propagation key to get.