Now for those of you interested to learn more, please read on. Just take note that the borders between those different types of photography are fluent and may not be as distinct as I describe them here. Nonetheless, I am sure that this article will help you to easily distinguish between them. First of all let me tell you that Fashion Photography and Commercial are usually summarised in the category of Advertising Photography.
While Editorial Photography tends to be a category of its own. The reason being is that both Commercial and Fashion foremost try to sell a certain product, while Editorial Photography is more concerned with a story. Just take note that the borders between those different types of photography are fluent and may not be as distinct as I describe them here.


Q : Where do the donations go to and what is it spent on?
A : Straight into the company's funds, to be used for cleaning projects and paying trash collectors to help us out.
Q : Does the company use volunteers or employees for cleanups?
A : We hire homeless people and provide them a job with decent wage, we also get volunteers from agencys to help out as we need as much help we need.
Q : Are the rumours of the company is using slave labour in China true?
A : Our lawyer has advised against answering such a question.
Q : What is the company's plan after all oceans are clean?
A : Our plan would be to shift our focus to recycling and find solutions to aid cleanup projects.
Q : Why are the links blog and feedback only shown here.
A : Because we don't want internet trolls with nothing better to do spamming them.
Q : Would a world where all oceans be clean be possible?
A : Yes, no and kinda. As long as terrible people exist and litter at beaches or dump toxic waste into earth's water bodies. Clean oceans will remain to be just a myth.


Next: Step 0: Orienting yourself
Welcome to Logisim!
Logisim allows you to design and simulate digital circuits. It is intended as an educational tool, to help you learn how circuits work.
To practice using Logisim, let's build a XOR circuit - that is, a circuit that takes two inputs (which we'll call x and y) and outputs 0 if the inputs are the same and 1 if they are different. The following truth table illustrates.
Step 0: Orienting yourself
Step 1: Adding gates
Step 2: Adding wires
Step 3: Adding text
Step 4: Testing your circuit
Enjoy your circuit-building!


Hello Mike Smith
The request is being processed
Do not leave this screen.
Please wait up to 2 minutes for the request to complete.
If you do not see the confirmation screen please log onto the desktop site or call the Telephone Appointments Line 0345 60 88 88 8 to check whether your request has been completed.
Booking reference number
0002 7480 8900
Referred by
Dr Zubeir Smith at Colton Mill Medical Centre


The User Interface ontology at http://www.w3.org/ns/ui defines RDF terms for describing forms. The solid-ui projet provides functions to use these forms within your web application to create a quick user interface solution. This document describes how.
The form system allows you to define a user interface declaratively in RDF. In your web app, you then:
where
| dom | is the DOM HTMLDocument object, a/k/a document |
| container | is a DOM element to contain the form |
| {} | are unused at present |
| subject | is the RDF thing about which data will be stored |
| form | is the RDF object in the store for the form |
| doc | is the RDF document on the web where the data will be stored. Often, subject.doc() |
| callback | is a function taking an error flag and a message (if the error flag is true) |
There is a form form for editing forms. It is in the form ontology itself.
You can of course go and write other implementations of the form system using your favorite user interface language.
Form fields may be named or blank nodes in your file; the form system does not care. It is often useful to name them to keep track of them.
Below, all Field Classes and Properties are in the UI namespace, http://www.w3.org/ns/ui#, except the data types, like Integer, which are in the normal XSD namespace.
Here are some properties which you can use with any field (except the documentation fields).
| label | String | A label for the form field. This is the prompt for the user, e.g., "Name", "Employer". |
| property | rdf:Property | When the user enters the data, it is stored in the web as a triple with this property as its predicate. |
| default | [according to field type] Optional | The input control is set to this value by default. It is easiest for the user to enter this value. (This value is not automatically stored by the form system if the user does not select or enter it in some way. |
The form itself has a collection of fields. The parts property gives an order list of the fields in each form.
| parts | rdf:Collection (aka List, Array) of Field | The parts of the form in the order in which they are |
| part | Field (Obsolete) | A field which is a part of the form or group. This property is obsolete. Use parts. |
| sequence | Integer | The parts of the form in the order in which they are |
Group is a field which is just a collection of other fields. It is in fact interchangeable with Form.
A checkbox on the form, stored an RDF boolean true or false value.
A checkbox on the form, stores an RDF boolean true or false value, or no value if the box is left in its third, blank state.
An RDF integer value
An RDF decimal value. Useful for monetary amounts
A floating point number
A color picker is used, and genertes a string which is a CSS_compatible color in a string like #ffeebb
Uses a date picker on a good browser. Leaves an RDF date literal as is value.
Leaves an RDF dateTime literal as is value.
Leaves as its value a named node with a uri which starts 'tel:'
Leaves as its value a named now with a uri which starts 'mailto:'
A group is simply a static set of fields of any type. Its properties are the same as for Form.
The user choses an item from a class.
| from | rdfs:Class | The selected thing must be a member of this class. E.g. Person. |
| property | rdf:Property | When the item is found, the new data links it from the subject with tis property. E.g. friend. |
| canMintNew | xsd:Boolean | If the user doesn't find the thing they want, can they introduce a item of that class by filling in a form about it? [Boolean] |
When the subject can have several of the same thing, like friends, ro phone numbers, then the Multiple field allows this. The user clicks on the green plus icon, and is prompted for a subform for the related thing. The user can also delete existing ones.
For each new thing, the system generates an arbitrary (timestamp) URI within the file where the data is being stored. The subform is then about that thing: the subject of the subform is not the subject of the original form. It is the field, or the address, and so on.
| category | rdfs:Class | The object will already be in this class. The user will select subclasses of this class. |
The classifier pops a menu to allow the user to select a set of valued to classify the subject.
And Options field is the 'case statement' of the form system. It will chose at runtime a subfield depending on a property, often the type, of the subject. Often used after a classifier.
| Options property | range | significance |
|---|---|---|
| dependingOn | rdf:Property | The predicate in the data used to select the case. |
| case | Case | A case object, with for x use y. (2 or more cases) |
| Case property | range | significance |
|---|---|---|
| for | [The range of the dependingOn property] | The value this case applies to |
| use | Field | sub form to be used in case the value matches the "for" |
Help the user find parts of a long form, or just for a title of a short form.
| contents | String | The text content of the heading |
Use comments in the form to help users understand what is going on, what their options are, and what the fields mean.
| contents | String | The text content of the comment. (This should be displayed by form systems as pre-wrap mode) |
The form language and the form implementation in solid-ui can't do everything, but it can handle a pretty wide selection of tasks in common daily life at home and at work. It can be vary efficient as developers can reuse material between forms. Users can even generate their own forms.
Future directions include separate implementations of the form UI code in for various platforms, and using various UI frameworks. There may also be extension of the system with new field types, more options for setting style from various sources,


Koki, was a member of the El Mirage Police Department, which announced his death on Facebook.
“It is with a heavy heart that I announce the passing of our K9 Koki who was killed in the line of duty tonight protecting other officers from harm. He will be greatly missed,” Chief Paul Marzocca said in the post.
Police identified Koki’s shooter as 38-year-old Joe Ruelas, who was wanted on aggravated assault charges, CNN affiliate KNXV reported.
Ruelas was running from police with a handgun when Koki’s handler released him to chase the suspect, KNXV said. Ruelas then turned and shot Koki, police told KNXV.
Authorities later found Ruelas dead in a home. Police said he killed himself, according to KNXV.
Community members gathered at a vigil for the fallen dog Saturday night at the El Mirage Police Department.
The department posted a tribute video to Koki on its Facebook page with photos of the dog in department training, meeting community children and performing his daily duties.
“It was an honor to serve you,” the video says. “Thank you for your service, Koki.”
The-CNN-Wire™ & © 2019 Cable News Network, Inc., a Time Warner Company. All rights reserved.


the relationship is mindfulness is where ourseleves feel calm and feel joyous where self-confidence is when people know their recovery mode, success mode and failure mode. Therefore, when the person have both mindfulness and self-confidence he / she will have a judgement about their sucess, failures and how to improve it.
I tried Journaling, and I had a better judgement about my performance, both my strengths and my weaknesses, as well as what can be done to improve those
I leaned that changing subtle language will affect better judgement to ourselves, as we are aware of our emotions, we are able to control our emotions to face any difficult situation


Of Thinking and Learning
March 13, 2015
There are as many ways of looking at something and thinking about it as there are people on Earth. This makes it so when people have to work together, pairs and teammates have to communicate in such a way that facilitates a more effective way of sharing their thoughts and trading ideas. Understanding different types of thought is a big first step to understanding how you work as an individual, and how you can work with others.
I believe I think in a concrete and sequential manner. I think very logically, and I like order, predictability, and following instructions. This is a major part of the reason why I decided to learn how to code from a coding bootcamp - I like the organization of the classroom environment, and the stability of working under one set of teachers and from the same program (as opposed to many different teachers with different ideas of how an undergraduate program should be run). Since I thrive in a more logical, organized and instructional environment, I expect I'll be able to work efficiently at DBC.
Because of my thinking style, I find that working with totally abstract ideas, or questions with no right or wrong answers especially challenging. So far, lots of our DBC workload has been to reflect upon things or write blogs such as this one, and this has been, in my own experience, the hardest part of DBC thus far. Dealing with these ideas has really helped me grow as a person, and thinker, and now as a coder.
The growth vs. fixed mindset idea is one everyone must contemplate if they wish to learn and expand their minds. I, for one, have an awful time with anything to do with imagination, group work, and abstract thinker's questions without proper answers. However, being forced to use all of these in DBC has so far really expanded my mindset going into all of these weekly challenges and has slowly but surely made me a more well-rounded thinker, bit by bit. I feel that I must continue to expand my thinking style like this in order to succeed as a world-class coder.


Saasquatch
public class Saasquatch
Saasquatch
is the Referral Saasquatch iOS SDK which provides a set of methods for interfacing with Referral SaaSquatch. It can register user with Referral SaaSquatch, retrieve information about users and referral codes, validate referral codes, and apply referral codes to a user’s account.
-
Registers a user with Referral SaaSquatch.
Note
The top level object in userInfo will be an NSDictionary containing the JSON data to be passed to the Referral SaaSquatch server. This requires the
secret
,id
, andaccountId
values and can include several others. For a complete description see the Referral SaaSquatch REST API docs. Here is an example:let userInfo: [String: AnyObject] = [ "secret": "978-0440212560", "id": "10001110101", "accountId": "10001110101", "email"<EMAIL_ADDRESS>"firstName": "Claire", "lastName": "Fraser", "locale": "en_US", "referralCode": "CLAIREFRASER" ]
Warning
The secret is your password for authenticating the user. It should not contain sensitive user data such as their password. Make sure to save it somewhere, or else you won’t be able to authenticate future requests for the user.Declaration
Swift
public class func registerUserForTenant( tenant: String, withUserID userID: String, withAccountID accountID: String, withUserInfo userInfo: AnyObject, completionHandler: (userInfo: AnyObject?, error: NSError?) -> Void)
Parameters
tenant
Identifies which tenant to connect to. For your app, you will get two tenant aliases – one for test mode and one for live mode. Test mode alias are prefixed with test_ , for example
test_abhoihnqwet
.userID
A user ID from your system (must be unique for every user). We use this to uniquely track users, and lets us handle accounts that are shared between users.
accountID
We use this ID to link a group of users together. See Shared vs Solo Accounts to see what you should use here.
userInfo
A Foundation object from which to generate JSON for the request.
completionHandler
A block object to be executed when the task finishes. This block has no return value and takes two arguments: the Foundation object containing the returned user information constructed from the JSON response, and containing an NSError descibing the error if the request failed.
-
Gets a user’s information from Referral Saasquatch.
Declaration
Swift
public class func userForTenant( tenant: String, withUserID userID: String, withAccountID accountID: String, withSecret secret: String, completionHandler: (userInfo: AnyObject?, error: NSError?) -> Void)
Parameters
tenant
Identifies which tenant to connect to. For your app, you will get two tenant aliases – one for test mode and one for live mode. Test mode alias are prefixed with test_ , for example
test_abhoihnqwet
.userID
A user ID from your system (must be unique for every user). We use this to uniquely track users, and lets us handle accounts that are shared between users.
accountID
We use this ID to link a group of users together. See Shared vs Solo Accounts to see what you should use here.
secret
The secret for the user.
completionHandler
A block object to be executed when the task finishes. This block has no return value and takes two arguments: the Foundation object containing the returned user information constructed from the JSON response, and containing an NSError descibing the error if the request failed.
-
Gets a user’s information by their referral code.
Declaration
Swift
public class func userByReferralCode( referralCode: String, forTenant tenant: String, withSecret secret: String?, completionHandler: (userInfo: AnyObject?, error: NSError?) -> Void)
Parameters
referralCode
The referral code of the user being looked up.
tenant
Identifies which tenant to connect to. For your app, you will get two tenant aliases – one for test mode and one for live mode. Test mode alias are prefixed with test_ , for example
test_abhoihnqwet
.secret
The secret for the user.
completionHandler
A block object to be executed when the task finishes. This block has no return value and takes two arguments: the Foundation object containing the returned user information constructed from the JSON response, and containing an NSError descibing the error if the request failed.
-
Checks if a referral code exists and retrieves information about the code and it’s reward.
Declaration
Swift
public class func lookupReferralCode( referralCode: String, forTenant tenant: String, withSecret secret: String?, completionHandler: (userInfo: AnyObject?, error: NSError?) -> Void)
Parameters
referralCode
The referral code being validated.
tenant
Identifies which tenant to connect to. For your app, you will get two tenant aliases – one for test mode and one for live mode. Test mode alias are prefixed with test_ , for example
test_abhoihnqwet
.secret
The secret for the user.
completionHandler
A block object to be executed when the task finishes. This block has no return value and takes two arguments: the Foundation object containing the returned referral code context constructed from the JSON response, and containing an NSError descibing the error if the request failed.
-
Applies a referral code to a user’s account.
Declaration
Swift
public class func applyReferralCode( referralCode: String, forTenant tenant: String, toUserID userID: String, toAccountID accountID: String, withSecret secret: String, completionHandler: (userInfo: AnyObject?, error: NSError?) -> Void)
Parameters
referralCode
The referral code to be applied.
tenant
Identifies which tenant to connect to. For your app, you will get two tenant aliases – one for test mode and one for live mode. Test mode alias are prefixed with test_ , for example
test_abhoihnqwet
.userID
A user ID from your system (must be unique for every user). We use this to uniquely track users, and lets us handle accounts that are shared between users.
accountID
We use this ID to link a group of users together. See Shared vs Solo Accounts to see what you should use here.
secret
The secret for the user.
completionHandler
A block object to be executed when the task finishes. This block has no return value and takes two arguments: the Foundation object containing the returned referral code information constructed from the JSON response, and containing an NSError descibing the error if the request failed.
-
listReferralsForTenant(_:withSecret:forReferringAccountID:forReferringUserID:beforeDateReferralPaid:beforeDateReferralEnded:withReferredModerationStatus:withReferrerModerationStatus:withLimit:withOffset:completionHandler:)
Returns the list of referrals for the tenant with options for filtering.
Declaration
Swift
public class func listReferralsForTenant( tenant: String, withSecret secret: String, forReferringAccountID accountID: String?, forReferringUserID userID: String?, beforeDateReferralPaid datePaid: String?, beforeDateReferralEnded dateEnded: String?, withReferredModerationStatus referredStatus: String?, withReferrerModerationStatus referrerStatus: String?, withLimit limit: NSString?, withOffset offset: NSString?, completionHandler: (userInfo: AnyObject?, error: NSError?) -> Void)
Parameters
tenant
Identifies which tenant to connect to. For your app, you will get two tenant aliases – one for test mode and one for live mode. Test mode alias are prefixed with test_ , for example
test_abhoihnqwet
.secret
The secret for the user.
accountID
When included, filters the results to only referrals that were referred by users with this account id.
userID
When included, filters the results to only referrals that were referred by users with this user id.
datePaid
When included, filters the results either to the exact timestamp if only one value is given, or a range if devided by a comma. I.E. 0,123412451 gives all referrals that converted between 0 and 123412451.
dateEnded
When included, filters the results either to the exact timestamp if only one value is given, or a range if devided by a comma. I.E. 0,123412451 gives all referrals that ended between 0 and 123412451.
referredStatus
When included, filters the result to only include referred users with that status. Statuses that are accepted: PENDING, APPROVED or DENIED.
referrerStatus
When included, filters the result to only include referrers with that status. Statuses that are accepted: PENDING, APPROVED or DENIED.
limit
A limit on the number of results returned. Defaults to 10.
offset
When included offsets the first result returns in the list. Use this to paginate through a long list of results. Defaults to 0.
completionHandler
A block object to be executed when the task finishes. This block has no return value and takes two arguments: the Foundation object containing the returned referrals information constructed from the JSON response, and containing an NSError descibing the error if the request failed.


fresh seasonal vegetable soup made with vegetable stock.
Cup .......... $3.50
Bowl ......... $5.50
romaine lettuce in a home-made caesar dressing, topped with roasted garlic croutons & shaved grana cheese.
frisee, arugula, radicchio & fresh pears in a champagne vinegar dressing, topped with roasted walnuts & dried ricotta salata cheese.
poached and marinated red & yellow beets, arugula, red wine vinegar & extra virgin olive oil dressing, topped with feta cheese.
mixed organic greens, carrots, celery, radish & tomatoes in a balsamic vinegar & extra virgin olive oil dressing.


Welcome to RACE FOR THE 100
- After hitting the PLAY button, you will be prompted to enter your name.
- Then you have to guess a number in between 1 and 10, and choose that number from the buttons below.
- Similarly, the computer will guess one such number to add it to yours, and will return the SUM.
- The game keeps on going this way, alternatively.
- The one whose number, makes the sum reach 100 first, wins the game.
Tip: If you get the trick, you will always WIN!
Your Input : Hit The Play Button
Computer's Input :
Total Sum :
Buttons Enabled!, Choose a number !


electronic payments
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Aperture
All Examples
Example 3
Example 2
Example 1


We forget that a little more than 15 years ago the web just looked like page after page of plain text and long lists of underline sentences.
When Jerry Yang and David Filo’s teacher went on a yearlong sabbatical, they started goofing around on the web. They were trying to find a way of using the Internet to win a Stanford fantasy basketball league. In hunting around for obscure sports data on the Internet, Jerry and David were taking the first steps on the road to search.
They decided to create a simple directory that could show web users how to find stuff online.
A venture capitalist named Michael Moritz decided to pay Yahoo’s young founders a visit in their Stanford trailer. No one had figured out how to make money off the Internet, but Yahoo would change all that. It helped launched the gold rush that would soon engulf the web.
At the dawn of the web, no one used it for business or commerce. The arguments around the impending commercialization of the web were fierce, and they boiled down to just one word: advertising.
Late in 1995, Yahoo began taking banner ads which proved those arguments didn’t matter as the user base kept on multiplying. For the first time, Yahoo had shown it was possible to make money on the web. It was a crucial moment and meant one thing: the web boom had begun. In 1996, Yahoo faced an assortment of challengers, but their most formidable rival was a company called Excite. Rather than a list of sites complied and sorted into categories by human beings, Excite’s software would crawl the web, find pages that contain the term you’d enter.
By 1997, companies like Yahoo and Excite were busy turning themselves into what were known as Portals - one-stop destinations jam-packed with diversions from stock tickers to email to chat room. They were designed to turn users into a captive audience for the benefit of advertisers. By focusing on the flash, they lost sight of what it was that brought users to them in the first place: the need to find things on the expanding web.
Google’s founders were Larry Page and Sergey Brin from Stanford University. Larry’s insight started with the notion that the number of times a given web page was linked to by other sites might be a measure of how useful or how relevant it was. As they put it in a now famous academic paper in 1998, “In essence, Google interprets a link from page A to page B as a vote by page A for page B. Google assesses of pages importance by the votes it receives.”
Larry’s insight about link counting was simple but kind of brilliant. It was the core of Google’s incredible success. When Google was launched onto the Stanford website, there was so much traffic to Google that it nearly brought the entire Stanford University’s internet down. The university administration said they must move off the campus.
Google in Sunnyvale, CA, at West Java Drive
by Greg Bulla
Vinod Khosla, a venture capitalist invested in Excite, believed that if Excite bought Google, it would give them an edge over Yahoo. The CEO of Excite didn’t care, however, as he believed Excite’s search engine was good. At the time they did not know Excite turned down one of the most profitable deals in history by not acquiring Google. Larry and Sergey sought out a professor from Stanford was also a serial entrepreneur, David Cheriton. David then called up his friend, Andy Bechtolsheim, who was a co-founder of Sun Microsystems Inc. Andy was so impressed, he wrote them a check for 100,000 dollars on the spot. They received checks from other Angel investors totaling 1 million dollars.
Google wanted to organize all the information in the world making it searchable and universally accessible. However, they were losing money because they did not put banner ads on their site. They simple could not stomach the idea of Google turning into just another portal.
They wanted to make sure they left people with a great experience but also with advertisements that made sense to people. They wanted ads in a more user friendly, webified form. They could not think of what that would be.
In true Silicon Valley style, they found their solution by copying it from Idealab. It was Bill Gross who ran Idealab and cracked the riddle of internet advertising. Bill Gross saw before anyone else that a search engine could be and probably would be the world’s most powerful and efficient market research tool.
Gross realized that keywords, which are terms you type into a search engine, could be worth a fortune. In 1998 he launched a site based on keywords and sponsored links that would eventually be known as Overture. It became an instant success.
Back in Silicon Valley, Google would see his idea as the solution to its business model quandary. The pair arranged to meet with Bill Gross. They talked about ways to blend the great monetization that Overture had and the incredibly relevant search results that Google had. Google walked away from the talks without cutting any kind of deal and then, shortly after, they released a service called Adwords that was uncannily similar to Overtures. Google would tweak Gross’ original idea in important ways. It would separate the ads from the so-called organic search results.
What we now understand as the internet economy was being born with Google as its most essential player. August 19, 2004 Google went public, listing its shares for sale on the NASDAQ stock market. Google IPO caused a frenzy of speculation and anticipation especially among those who hoped it might revive a tech sector still recovering from the dot-com crash. Google became the fastest growing company ever.
With Google personalizing ads, there became a fear of privacy. Terry Winograd, a former professor of Com Sci at Stanford had these parting words: “People are going to feel there really is a danger in having too much information stored about everything they’ve done, everything they’ve searched for and were going to see more and more about that.”


Year & Teaching Period
Details |
Status |
|---|
Course
| Course |
|---|
Assignment
| Assignment |
|---|
Make submission
Submission
| Submission | Score |
|---|
Feedback
| Feedback |
|---|
Details |
Status |
|---|
| Course |
|---|
| Assignment |
|---|
| Submission | Score |
|---|
| Feedback |
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Livestock Farms
Home
Place an Order
About Us
Place an Order
Beef
milk
beef_1
beef_2
Pork
pork_1
pork_2
pork_3
Poultry
eggs
turkey_1
turkey_2
Send order


Sally Phillips's panel show appearances
Sally Phillips (born 1970-05-10[ref]) has appeared in 15 episodes between 2006-2018. Sally Phillips on IMDB. Sally Phillips on Wikipedia.
- 2018-09-24 / QI
- 2018-01-08 / Insert Name Here
- 2017-11-17 / QI
- 2017-11-01 / Taskmaster
- 2017-10-25 / Taskmaster
- 2017-10-18 / Taskmaster
- 2017-10-11 / Taskmaster
- 2017-10-04 / Taskmaster
- 2017-09-27 / Taskmaster
- 2017-09-20 / Taskmaster
- 2017-09-13 / Taskmaster
- 2016-03-01 / Alan Davies: As Yet Untitled
- 2012-05-04 / Would I Lie To You?
- 2008-01-10 / Loose Women
- 2006-03-03 / 8 Out of 10 Cats


STAAD stands for Structural Analysis And Design.STAAD Pro is a structural analysis and design computer program used for steel, concrete structures. It is used for 3D model generation, analysis and multi-material design. It is one of the software applications created to help structural engineers automate their tasks, to remove the tedious and long procedures of the manual methods.
Yes, it is open to all students from all departments
You have to register at the hospitality desk on the day of the event.
Team consists of 2 members.
Yes, group members can be of different colleges.
Yes. Anyone who wants to learn new software can participate.
3 hours. The timings can be seen in the schedule to be launched.
For any further details, feel free to contact us at:
E-mail id<EMAIL_ADDRESS>Event coordinator: Immanuel-<PHONE_NUMBER>


Wizard
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{% extends "layout.html" %} {% block pageTitle %} Drop and Win dataset {% endblock %} {% block pageDescription %} Drop and Win dataset for the UK casino industry {% endblock %} {% block heroClass %} {% endblock %} {% block heroContent %} {% endblock %} {% block beforeContent %} Back to list of datasets {% endblock %} {% block content %}
Casino drop and win data is provided voluntarily by all casinos licensed in Great Britain and shows the amount of money exchanged for chips in a casino (drop) and the amount retained by the casino (win).
This file is the Excel format as the register contains datasets over multiple sheets.
You should be able to open this in most spreadsheet applications.
The latest data is published on the final Thursday of every month and is based on an updated rolling year average, showing figures for the previous 12 months.
Premises-based casinos are not obliged to provide us with this data whether they have a licence under the 1968 Act or under the 2005 Act. Some of the London casinos are referred to as ‘high-end’, this term was agreed following discussion with the casino trade associations.


Brain (RiveScript master)
Create a Brain object which handles the actual process of fetching a reply.
async reply (string user, string msg[, scope])
Fetch a reply for the user. This returns a Promise that may be awaited on.
async _getReply (string user, string msg, string context, int step, scope)
The internal reply method. DO NOT CALL THIS DIRECTLY.
- user, msg and scope are the same as reply()
- context = "normal" or "begin"
- step = the recursion depth
- scope = the call scope for object macros
string formatMessage (string msg)
Format a user's message for safe processing.
async triggerRegexp (string user, string trigger)
Prepares a trigger for the regular expression engine.
string processTags (string user, string msg, string reply, string[] stars, string[] botstars, int step, scope)
Process tags in a reply element.
string substitute (string msg, string type)
Run substitutions against a message. type
is either "sub" or "person" for
the type of substitution to run.


Knowing who is behind and funding privacy services is important.
This post has the information about our company and how we operate.
How many people own Infinity Search?
Only one. This service started out as a side project and has now became a full service. We now have a
small team that works on different aspects of the service such as the design, the desktop app, and the
custom search APIs.
Does Infinity Search have any outside investors?
No, we do not have any outside investors. This means that there are no conflicts of interest between who
made this service and who is funding it.
Where is Infinity Search located?
We are located in the United States in the state of Oklahoma.


ADSPONDecoder
public class ADSPONDecoder : Decoder
Decodes a Codable
or Decodable
class from a ADRecord
read from a SQLite database using a ADSPONiteProvider
. The result is an instance of the class with the properties set from the database record. This decoder will automatically handle URLs
and Enums
(if the Enum is value based and also marked Codable
or Decodable
).
Example:
import SwiftletUtilities
import SwiftletData
class Category: ADDataTable {
enum CategoryType: String, Codable {
case local
case web
}
static var tableName = "Categories"
static var primaryKey = "id"
static var primaryKeyType: ADDataTableKeyType = .computedInt
var id = 0
var added = Date()
var name = ""
var description = ""
var enabled = true
var highlightColor = UIColor.white.toHex()
var type: CategoryType = .local
var icon: Data = UIImage().toData()
required init() {
}
}
let encoder = ADSPONEncoder()
let category = Category()
let data = try encoder.encode(category)
let decoder = ADSPONDecoder()
let category2 = try decoder.decode(Category.self, from: data)
Remark
To retrieveUIColors
in the record use the String.uiColor
extension property and to retrieve UIImages
use the String.uiImage
extension property.
-
Shared formatter used to encode a
Date
as an ISO-8601-formatted string (in RFC 3339 format).Declaration
Swift
@available(macOS 10.12, iOS 10.0, watchOS 3.0, tvOS 10.0, *) public static var iso8601Formatter: ISO8601DateFormatter
-
The path to the current value that is being decoded.
Declaration
Swift
public var codingPath: [CodingKey]
-
User spsecific information that can be used when decoding an item.
Declaration
Swift
public var userInfo: [CodingUserInfoKey : Any]
-
The strategy used to decode
Date
properties. The default israwDate
which allow theADSPONiteProvider
to handle the date directly.Declaration
Swift
public var dateDecodingStrategy: DateDecodingStrategy
-
The strategy used to encode
Data
orNSData
properties. The default israwData
which allow theADSPONiteProvider
to handle the data directly.Declaration
Swift
public var dataDecodingStrategy: DataDecodingStrategy
-
Creates a new instance of the decoder.
- dateDecodingStrategy: The strategy used to decode
Date
properties. The default israwDate
which allow theADSPONiteProvider
to handle the date directly. - dataDecodingStrategy: The strategy used to decode
Data
orNSData
properties. The default israwData
which allow theADSPONiteProvider
to handle the data directly.
Declaration
Swift
public init(dateDecodingStrategy: DateDecodingStrategy = .rawDate, dataDecodingStrategy: DataDecodingStrategy = .rawData)
- dateDecodingStrategy: The strategy used to decode
-
Decodes a
Codable
orDecodable
class from aADRecord
read from a SQLite database using aADSPONiteProvider
. The result is an instance of the class with the properties set from the database record. This decoder will automatically handleURLs
andEnums
(if the Enum is value based and also markedCodable
orDecodable
). For example:enum SwitchState: String, Codable { case on case off }
Example Usage
let record = ADSPONiteProvider.shared.query("SELECT * FROM TASKS WHERE ID=1") let decoder = ADSPONDecoder() let task = decoder.decode(Task, from: record)
Remark
To retrieveUIColors
in the record use theString.uiColor
extension property and to retrieveUIImages
use theString.uiImage
extension property.Declaration
Swift
public func decode<T>(_ type: T.Type, from data: String) throws -> T where T : Decodable
Parameters
type
The type of class to decode the data to.
data
The SPON encoded string to decode.
Return Value
The data decoded to one (or more) instances of the given class.
-
Returns the keyed decoding container for the given key type.
Declaration
Swift
public func container<Key>(keyedBy type: Key.Type) throws -> KeyedDecodingContainer<Key> where Key : CodingKey
Parameters
type
The key of key to return to container for.
Return Value
A
KeyedDecodingContainer
for the given key. -
Returns an unkeyed decoding container.
Declaration
Swift
public func unkeyedContainer() throws -> UnkeyedDecodingContainer
Return Value
A
UnkeyedDecodingContainer
. -
Returns a single value decoding container.
Declaration
Swift
public func singleValueContainer() throws -> SingleValueDecodingContainer
Return Value
A
SingleValueDecodingContainer
.


Svent
Svent is an async event framework implemented with Fiber.Used for game or GUI event handling.
Installation
npm install svent
or
npm install svent -g
Usage
View test/tests.
Development
npm install
License
The gem is available as open source under the terms of the MIT License.


First Product
Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition.
Second Product
Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition. Iterative approaches to corporate strategy foster collaborative thinking to further the overall value proposition.


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Wish Something Special to your friends on this friendship day.
Info !!
You input nothing in the text box. Try something. E.G Limbu


Online:
My feed
Last night was amazing, can't wait for the next night-out!
This should be every week!
If it was, it would start getting lame and boring. It's occassional to keep the party-finders hungry for more.
Maurice was too excited last night, he needs to sleep already lol
no u
:c
Maurice - 3:01:35 am
This should be every week!
Eric - 3:05 am
If it was, it would start getting lame and boring. It's occassional to keep the party-finders hungry for more.


Bhavika's Team
John
Manager
ID:1
Email :
<EMAIL_ADDRESS>OfficeNumber:45
Chase
Engineer
ID:3
Email :
<EMAIL_ADDRESS>GitHub:
chase123
Hulk
Intern
ID:4
Email :
<EMAIL_ADDRESS>School: Temple


Redux and Mobx
Composi provides a convenient way to manage a component's state through use of its setState
method. However, you may prefer to have a dedicated library manage state for your components.
Bare in mind that if your component is not very complicated or big, it might not make sense to use a third party solution for state management. However, it your app starts to grow in size and complexity, you might want to consider Redux or Mobx. Of course, there are other solutions as well, such as NuclearJS, RxJS etc.
There are two popular solutions for state manage: Redux and Mobx. We will take a look at using them with Composi. If you are already comfortable using these, just give this a skim to see how to update components with them.
Redux
To use Redux with Composi, you'll need to import it into whatever file you want to use it. Just for the purpose of showing how to integrate these two, we are going to use a very simple counter component. For Redux we will need to create our reducers, action creator and a Redux store. Our component will have have two buttons, one on either side. Licking the minus will decrease the counter value, clicking the plus will increate the value. To integrate the Composi component with Redux, we'll need to assign the Redux store to the component's state.
Notice that we're limiting INCREMENT
so that you can't go over 20, and DECREMENT
so that you can't go below 0:
const { h, Component } from 'composi'
const { createStore } from 'redux'
// Reducer:
function count(state=0, action) {
switch(action.type) {
case 'INCREMENT':
if (state > 19) return 20
return state + 1
case 'DECREMENT':
if (state < 1) return 0
return state - 1
default:
return state
}
}
// Action Creators:
const increment = () => {
return {
type: 'INCREMENT'
}
}
const decrement = () => {
return {
type: 'DECREMENT'
};
};
// Create Redux store:
const store = createStore(count)
And here's the Counter
component integrated with the above Redux reducers and actions:
See the Pen Composi & Redux by Robert Biggs (@rbiggs) on CodePen.
This was a trivial example of using Redux with Composi. Please consult to learn more about how Redux can solve your state management needs.
Mobx
Redux requires quite a bit of boilerplate to work: reducers, action creators, stores, etc. Mobx is much simpler. We are only going to need to import observable
and autorun
. Mobx has many other useful functions, but we don't need those here.
With Mobx, we create an observable that contains the state for the counter and we assign that to the component's state. After that, all manipulationg of component state is actually being done with the Mobx store. And we use Mobx autorun
to tell Mobx to update the component when the Mobx store changes.
Here's the intial Mobx setup for our counter:
const {h, Component} from 'composi'
const { observable, autorun } from 'mobx'
const store = observable({ count: 0})
And here's our counter using Mobx for state management:
See the Pen Composi 1.0.0 & Mobx by Robert Biggs (@rbiggs) on CodePen.
Of course, Mobx has many more useful and powerful features. This was just a trivial example. Consult the Mobx documentation to learn more about how Mobx can solve your state management needs.
Composi DataStore
There is an NPM module called composi-datastore
that provides an external dataStore
and custom version of Composi Component
class. This allows you to create stateless class Components whose state is handled by the dataStore
. Visit its dedicated tutorial to learn more.


Welcome to the wonderous world of Snapchat!
Hope you enjoy your experience!
Snapchat Fast Facts
Snapchat was founded in 2011 by three students at Stanford
Snapchat is launched as an app in the adroid store in 2012
In 2013 Snapchat was hacked, but it hasn't had a breach since
Snapchat (as a company) rebranded to Snap inc. in 2016
There are 265 million daily active users of Snapchat
The average active Snapchat user opens the app 20 times per day
59% of people aged 13-24 use Snapchat
29% of people who have used Snapchat have a college education
Chief Executive Officer: Evan Spiegel
Chief Technical Officer: Robert Murphy
Chief Financial Officer: Derek Anderson
Chief Accounting Officer: Rebecca Morrow
How to Use Snapchat
The Various Features of Snapchat
Snapchat is very well known for it's ability to enable users to maintain "streaks" with other users. On top of that feature, it also has thousands of different filters, a story feature where you can share parts of your life with all of your friends at once, and an explore page where you can view content from other users. On top of sending images, Snapchat allows you to also share short videos that can also have filters applied to them and result in some of the funniest content.
Of course what has been mentioned above is only a small sampling of what Snapchat has to offer. Beyond what has already been mentioned it has features like its ability to chat with other users, snap memories, the snap map, geofilters, lenses, etc.


This is an early stage demo of aerial.js. The "layers" in the demo are generated on the fly by your GPU in webGL. All of the above layers are derived from a single WMS source - you can validate this by checking the network tab. Image processing is done by stacking multiple shader programs. The example above shows the steps to perform simple cloud detection using arial.js.
aerial.js is set up so that multiple shaders from multiple sources can be stacked on top of each other. In theory, any processing algorithm that can be run on e.g SNAP, QGIS etc etc can be written into aerial. The aim for aerial.js is to be an open-source, online resource where anyone with access to a WMS can process satellite imagery in real time, using a number of different shaders.
The shaders used in this demo, and in general, are very basic. If you would like to contribute 1) information that can help me write useful shaders or 2) useful shaders, you are welcome to do so via GitHub. For other enquiries about aerial.js, please contact me on my email - bm13563@my.bristol.ac.uk.


Big Data Society Members
We have over 4,000 members (Join: HERE)
Founder and Chair: Prof. Amin Beheshti
BigDataSoc Executives 2023:
President:
Ambreen Hanif
Vice President (HDR):
Nasrin Shabani
Vice President (Postgraduate):
Fariba Lotfi
Vice President (Undergraduate):
Sahar Tosif
Team Coordinator:
Sahar Moradizeyveh
Treasurers:
Maryam Shahabikargar
Secretary:
Ivan Bakhshayeshi
Female Ambassador:
Heidi Labani
Events Director:
Sanjay Kanakkot Viswanathan
IT Director:
Rajan Nehra
Web and Social Media Director:
Long Nguyen
Industry and External Relations Director:
Matineh Pooshideh
BigDataSoc Executives 2022:
President:
Nasrin Shabani
Vice President (Undergraduate):
Radhika Sharma
Vice President (Postgraduate):
Gunj Chinbat
Vice President (HDR):
Ambreen Hanif
Team Coordinator:
Sahar Moradizeyveh
Treasurers:
Maryam Shahabikargar
Secretary:
Fariba Lotfi
Female Ambassador:
Kelley Yohe
Events Director:
Matineh Pooshideh
IT Director:
Heidi Labani
Web and Social Media Director:
Ivan Bakhshayeshi
Industry and External Relations Director: Amin Edrisi
BigDataSoc Executives 2021:
President: Nasrin Shabani
Vice President (Undergraduate): Matine Poushide
Vice President (Postgraduate):Srini Goluguri
Vice President (HDR):Salman Mousaeirad
Team Coordinator: Ryan Kamoosi
Treasurers:
Ambreen Hanif
Secretary: Bahare Mohamadzade
Female Ambassador:Kelley Yohe
Events Director: Mahdieh Labani
IT Director: Usman Shahbaz
Web and Social Media Director: Urvashi Khanna
Industry and External Relations Director: Tara Rouhollahii
BigDataSoc Executives 2020:
President: Maryam Shahpasand
Vice President (Undergraduate): Hanieh Ebrahimi
Vice President (Postgraduate):Sam Khadivizand
Vice President (HDR):Shahpar Yakhchi
Treasurers:
Salman Mouseirad and Nazanin Gomnamkalkhoran
Secretary: Bahare Mohamadzade
Female Ambassador: Sarah Ali Siddiqui
Events Director: Ava Assadi Abolvardi
IT Director: Naime Ranjbar Kermany
Web and Social Media Director: Thanh Nguyen-Canh
Industry and External Relations Director: Samira Ghodratnama
BigDataSoc Executives 2019:
President: Hedieh Ranjbartabar
Vice President (Undergraduate): Satwik Chodisetti
Vice President (Postgraduate): Setareh Pourmostafa Fard Tabriz
Vice President (HDR): Fred Amouzgar
Treasurer: Nabi Rezvani
Secretary: Maryam Shahpasand
Female Ambassador: Ava Assadi Abolvardi
Events Director: Milad Mosharraf Ghahfarokhi
IT Director: Seyed Mohssen Ghafari
Web and Social Media Director: Shahpar Yakhchi
Industry and External Relations Director: Samira Ghodratnama
BigDataSoc Executives 2018:
President: Fred Amouzgar
Vice President (Undergraduate): Nicholas Nouri
Vice President (Postgraduate): Geraldine Sullivan
Vice President (HDR): Samira Ghodratnama
Treasurer: Zi feng zheng
Secretary: Alaina Mena
Female Ambassador: Shahpar Yakhchi
Events Director: Maryam Shahpasand
Events Coordination Team: Hahoang nong, Jordan Bertasso, WAN-NI(Joyce) Lee, Anjanjot Kaur
IT Director: Mathew Seery
IT Coordination Team: Catrina Ly, Satwik chodisetti, Chun hei Lee , Ilkay Simsek
Web and Social Media Director: Mohssen Ghafari
Industry and External Relations Director: Usman Shahbaz
|


How This Study Works
This study will require you to:
- Register an Account
- Complete Health Surveys
- Complete other Tasks
- Provide Data
You need to have the Share the Journey app on your phone in order to participate in this study. Each person who enrolls will first complete a consent process explaining the risks and benefits of the study. As part of this process you will also confirm your agreement to participate in the study. Afterward, we will ask you to complete an electronic registration process. Registration will include entering your email address and other general information about you.
We will ask you to answer questions about yourself, your medical history, and current health. You may choose to leave any questions you do not wish to answer blank. Additionally, we will ask you daily, weekly and monthly questions about how your symptoms are changing. With these questions as well, you can leave any questions that you do not wish to answer blank.
We may ask you to perform specific tasks while using your mobile phone, such as to provide a journal about your week with symptoms.
To better understand the way that your symptoms are affecting your life, we will ask your permission to collect data from your phone itself, such as how much you moved in one day. Providing this information is completely optional, and you can turn on and off sending this data at any time.
These surveys and tasks should take you no more than 20 minutes each week. You have the right to refuse to answer particular questions or participate in particular aspects of the study.
We will send notices on your phone asking you to complete these tasks and surveys. You may choose to act at your convenience, either then or later and you may choose to participate in all or only in some parts of the study.
Share the Journey is open to women aged 18 to 80 years with a history of breast cancer or without a history of any cancer. Data will be collected primarily via the mobile application, so participants must have their own (i.e. not a shared) mobile device / smartphone that can support the application. Participants must be fluent in and able to read English, must be able to provide informed consent and be willing to follow study procedures.


I am a Mechactronic Engineer with an enthusiasm for code.
My greatest joy is watching my creations come alive exactly as Imagined.
I believe that machines are the future
...And I plan to be a part of that word
Bsc. Mechatronic Engineering
Software and Mobile Development


Ian N. Astesana
About
(current)
Portfolio
Contact
Portfolio
My happy place
A little compition
Daily Staple
Fascinations
No snow? Disc Golf
Preserverence
Goals


Mark Keane
Menu
Home
CV
Interests
Consulting Services
Sport
Mark Keane
My Sport
Golf,Football and Rugby
Mark Keane
Golf
Played Golf from a young age in Douglas golf club, My current handycap is 15
Football
Traditional Irish sport Which i Have been playing throughout school with school teams
Rugby
Coming From a major rugby scool rugby was a very large part of my formative years


RT @kyleve: Some Apple Watch speculation: It’s a beautiful weekend, go outside. Who cares
3/8/2015, 1:47:04 PM
Favs: 0
Retweets: 0
link--- layout: tweet ---
RT @kyleve: Some Apple Watch speculation: It’s a beautiful weekend, go outside. Who cares
3/8/2015, 1:47:04 PM
Favs: 0
Retweets: 0
link


We are innovators, trend-setters - forever challenging, revolutionizing and refining the electronic payment wheel. We are focused on creating seamless electronic payment solutions to smoothen the way.
We are constantly on the look out for original thinkers to help us develop our solution. We also have challenging positions in multiple other fields – business development, service delivery, operations, etc., in multiple locations. We are headquarters in Mumbai but our offices are spread across India from the country capital Delhi to little cities like Guwahati.
At BillDesk, we do not just code, we innovate - we create innovative solutions that are revolutionizing the way payment are made and settled. We are constantly adapting with every new technology jump. We are constantly thinking of new ways to enhance the electronic payment segment. Join BillDesk, be a part of our payment revolution.
Business developers to drive growth by creating and maintaining valuable long term relationships with clients and markets.
Technology Developers to innovate our solutions through ideation, collaboration and technological knowledge.
Product Process specialists to evaluate our solutions by investigating, analysing and testing.
Service Delivery professionals to develop quality processes with high performance deliverables and refined services.
Operation Experts to harvest value from assets by improving performances, enhancing productivity and increasing efficiency.
Support ensures smooth operations by managing the enquiries of internal and external clients constantly.
We continuously are on the look out for great talent.
Fill out this form and we will get back to you. You may also send in your applications to careers[at]billdesk[dot]com


Welcome to my portfolio
The Portfolio
HOME
ABOUT ME
HOBBIES
coding
trekking
maths
hangouts
FUTURE GOALS
Computer scientist
Working at Google
CONTACT ME
facebook
gmail
Hi everyone,I am Satyam Kumar Modi,a Btech student at
IIT Delhi,Computer science and engineering
I love algorithm designing and focus on mathematical
aspect of computing.For more information ,surf to my portfolio.


>This is a paragraph. It’s a very simple structure that you will use time and again in your web pages


Setting up a BitShares testnet
If you are investigating a possible attack vector, it is necessary to avoid exploiting it in a public space. Testing exploits on mainnet or public testnet can be dangerous as transactions are publicly broadcast, and could potentially disqualify you from earning bounty rewards for your efforts.
It is advisable that you setup a private testnet in order to test your vulnerabilities locally.
Setup a Private Testnet
If you need help, try reaching out to the community on BitSharesTalk.org or Telegram.


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Currently, a refresh is: {% if not refresh %} Not {% endif %} In Progress.
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here.
The code for this project can be found at: https://github.com/IshanManchanda/DankBot-Stats
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About Me
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This page is the landing page of the Single Cell ToolKit (SCTK) application. Here SCTK allows users to import multiple datasets at once, and the datasets can be in various forms, including the output from preprocessing tools (listed later), the text files of count matrices and annotations, the RDS file saving a SingleCellExperiment object or the example dataset ready online.
The UI contains mainly three sections for importing and another section for data summary. Through the first and the second sections, users can choose the type of a single data source and specify the location of the data from this single source, respectively. A table in the third section summarizes files and samples that are specified from all sources. Finally, all data can be imported by clicking on the import button right below this table.
For a single source of data, users need to choose one option from the radio buttons listed in the screenshot. The next step will depend on the option chosen.
SCTK supports importing data from the following pre-processing tools in our UI workflow:
- CellRanger (versions 2 and 3)
- STARSolo
- BUStools
- Seqc
- Optimus
Choose the specific preprocessing tool that matches your dataset, and then press “Add a Sample”. A corresponding dialog modal will pop out with description that instructs you to select the directory that stores your data.
The import procedure for Cell Ranger versions 2 and 3 are the same. To import a Cell Ranger sample, the user must select how they would like to import the sample: select a base directory that holds multiple sample directories, select a single sample directory, or select a directory holding the data files for a sample. Depending on this selection, the user must then provide the apprpriate directory paths and sample names and then click “OK.”
To import a STARsolo sample, the user must select the parent directory of the "Gene/"
directory for the sample they want to import, name the sample, and click “OK.”
To import a BUStools sample, the user must point to the "genecount/"
directory for the sample they want to import, name the sample, and click “OK.”
To import a SEQC sample, the user must point to the directory that contains the barcodes, gene, and matrix files for the sample they want to import and name the sample. This tool additionally needs the user to specify a “Sample ID” which is what the name of the sample is as it appears in the names of its data files (e.g. for a file called "pbmc_1k_sparse_counts_barcodes.csv"
the sample ID is "pbmc_1k"
). Then the user must click “OK.”
To import an Optimus sample, the user must select the directory that contains the following four directories for the sample they want to import: "call-MergeCountFiles"
, "call-MergeCellMetrics"
, "call-MergeGeneMetrics"
, "call-RunEmptyDrops"
. Then the user must prove a sample name and click “OK.”
To import tab-separated data, the user must provide a counts file (.csv or .tsv) and specify what type of input assay it is. The user can optionally also provide cell annotation and feature files (also .csv or .tsv). The user must then click “Add to Sample List” to add it to the table of samples.
After choosing a single file for uploading, user must wait until the progress bar runs to the right end and says “Upload complete”. Sometimes the progress bar runs to the end but it takes some time for the system to finalize reading a large file.
SingleCellExperiment
or Seurat
object stored in an RDS fileRDS is a file format that stores a single object from R environment. To import a single-cell dataset stored in a SingleCellExperiment
(SCE) object from an RDS file, the user can simply select which RDS file to import and click “Add to Sample List”.
After choosing a single file for uploading, user must wait until the progress bar runs to the right end and says “Upload complete”. Sometimes the progress bar runs to the end but it takes some time for the system to finalize reading a large file.
Users can also opt to import and work with published example datasets. To do so, the user must select which dataset they would like to use from the dropdown menu and click “Add to Sample List”. For more information about the chosen dataset, users can click on the hyperlink of the title and open the reference website in a browser.
After successfully choosing each source of dataset, it will be inserted to a new line of the table at the buttom of this UI page, in “3. Import” section. This is a wait-list for all the samples of interests. To finally import all datasets of interests, users must click on “Import” button.
Before importing, users can click on the “[X]
” button on the right to remove the selection of the corresponding single dataset, or click on “Clear Samples” to reset all selections. This only clears this wait-list for importing, but will not work on any dataset already imported.
Note that it is normal that in the “Location” field, some paths might happen to point to a temporary cache.


Give Factory Name Use-Case.Description:Gives the name to the factory.Assumptions:None.Exceptions:None.


W.W.J.B.T
(What Will Jay Blog Today)
Links
Welcome to my Technology blog, I am a student at Dev Boot Camp in San Francisco, CA. This is where I will be sharing some technology related blogs and sharing my insight and opinion so that I can contribute to the amazing community of developers out there!


NOTE: Resource Isolation and Sizing is very much a work in progress. Both user-facing aspects and how it works under the hood are subject to change.
Aurora is a multi-tenant system; a single software instance runs on a server, serving multiple clients/tenants. To share resources among tenants, it implements isolation of:
CPU is a soft limit, and handled differently from memory and disk space. Too low a CPU value results in throttling your application and slowing it down. Memory and disk space are both hard limits; when your application goes over these values, it’s killed.
Let’s look at each resource type in more detail:
Mesos uses a quota based CPU scheduler (the Completely Fair Scheduler) to provide consistent and predictable performance. This is effectively a guarantee of resources – you receive at least what you requested, but also no more than you’ve requested.
The scheduler gives applications a CPU quota for every 100 ms interval. When an application uses its quota for an interval, it is throttled for the rest of the 100 ms. Usage resets for each interval and unused quota does not carry over.
For example, an application specifying 4.0 CPU has access to 400 ms of CPU time every 100 ms. This CPU quota can be used in different ways, depending on the application and available resources. Consider the scenarios shown in this diagram.
Scenario A: the application can use up to 4 cores continuously for every 100 ms interval. It is never throttled and starts processing new requests immediately.
Scenario B : the application uses up to 8 cores (depending on availability) but is throttled after 50 ms. The CPU quota resets at the start of each new 100 ms interval.
Scenario C : is like Scenario A, but there is a garbage collection event in the second interval that consumes all CPU quota. The application throttles for the remaining 75 ms of that interval and cannot service requests until the next interval. In this example, the garbage collection finished in one interval but, depending on how much garbage needs collecting, it may take more than one interval and further delay service of requests.
Technical Note: Mesos considers logical cores, also known as hyperthreading or SMT cores, as the unit of CPU.
To correctly size Aurora-run Mesos tasks, specify a per-shard CPU value that lets the task run at its desired performance when at peak load distributed across all shards. Include reserve capacity of at least 50%, possibly more, depending on how critical your service is (or how confident you are about your original estimate : -)), ideally by increasing the number of shards to also improve resiliency. When running your application, observe its CPU stats over time. If consistently at or near your quota during peak load, you should consider increasing either per-shard CPU or the number of shards.
Mesos uses dedicated memory allocation. Your application always has access to the amount of memory specified in your configuration. The application’s memory use is defined as the sum of the resident set size (RSS) of all processes in a shard. Each shard is considered independently.
In other words, say you specified a memory size of 10GB. Each shard would receive 10GB of memory. If an individual shard’s memory demands exceed 10GB, that shard is killed, but the other shards continue working.
Technical note: Total memory size is not enforced at allocation time, so your application can request more than its allocation without getting an ENOMEM. However, it will be killed shortly after.
Size for your application’s peak requirement. Observe the per-instance memory statistics over time, as memory requirements can vary over different periods. Remember that if your application exceeds its memory value, it will be killed, so you should also add a safety margin of around 10-20%. If you have the ability to do so, you may also want to put alerts on the per-instance memory.
Disk space used by your application is defined as the sum of the files'
disk space in your application’s directory, including the stdout
and
stderr
logged from your application. Each shard is considered
independently. You should use off-node storage for your application’s
data whenever possible.
In other words, say you specified disk space size of 100MB. Each shard would receive 100MB of disk space. If an individual shard’s disk space demands exceed 100MB, that shard is killed, but the other shards continue working.
After your application finishes running, its allocated disk space is reclaimed. Thus, your job’s final action should move any disk content that you want to keep, such as logs, to your home file system or other less transitory storage. Disk reclamation takes place an undefined period after the application finish time; until then, the disk contents are still available but you shouldn’t count on them being so.
Technical note : Disk space is not enforced at write so your application can write above its quota without getting an ENOSPC, but it will be killed shortly after. This is subject to change.
Size for your application’s peak requirement. Rotate and discard log files as needed to stay within your quota. When running a Java process, add the maximum size of the Java heap to your disk space requirement, in order to account for an out of memory error dumping the heap into the application’s sandbox space.
Other resources, such as network bandwidth, do not have any performance guarantees. For some resources, such as memory bandwidth, there are no practical sharing methods so some application combinations collocated on the same host may cause contention.


GitHub issues resolved for v3.2.3+build.2
As part of this release 5 issues were closed.
Complex*
Bugs
- #2835 (PR) Fix ComplexPassThrough to operate on Complex signals
Examples
- #2817 Correct obsolete annotations for models in Modelica.Media.Examples.Tests.Components
- #2848 (PR) Fix obsolete messages
StateGraph
Miscellaneous
- #2845 Should Modelica.StateGraph be obsolete in 3.2.3?
- #2847 (PR) Fix obsolete annotation


This example demonstrates usage of Dagger for dependency injection in Play framework.
Run the App: (./activator run) Dagger is configured to work with Play in Global.java Configuration of Dependency Injection can be found at DaggerConfig.java
Run the Tests: (sbt test) Please see TestConfiguration. This is where it is configured so the tests can use the service Sample test is at RandomServiceTest.java
The Dagger Documentation contains much more
exhaustive details


Kabaka Mutesa II would be celebrating his 95th birthday today
by Ruth NasejjeMutesa the 35th King of Buganda Kingdom is remembered to have been the first Ugandan President after the colonial rule.
.
Mutesa the 35th King of Buganda Kingdom is remembered to have been the first Ugandan President after the colonial rule.
.


Back to resource page for transverse Mercator.
Addenda for
J. Geodesy 85(8), 475–485 (Aug. 2011) and
arXiv:1002.1417v3 (Feb. 2011):
-
A better starting guess for Newton's method for solving for
the τ in terms of τ', Eqs. (19)–(21), is
τ0 = τ'/(1 - e2)
in Eq. (19). (This starting guess is the geocentric
latitude which, to first order in the flattening, is equal to
the conformal latitude.) This reduces the number of
iterations required to from two to one for |φ| <
3.35°.
-
A good way to visualize the transverse Mercator projection
over the entire global is using
tm-grid.kmz,
which is a Google Earth KML file showing the transverse
Mercator grid (in red) for the WGS84 ellipsoid with grid
spacing 1000 km in the x and y directions. The
scale, k = 0.9998035, has been adjusted so that the
distance from the equator to a pole is 10000 km.
If you
open the "tm-grid" folder in Google Earth and check on the
"spherical-transverse-mercator" subfolder, you will also see
the corresponding spherical transverse Mercator grid (in
yellow) conformally mapped to the WGS84 ellipsoid. (This
doesn't have a constant scale on the central meridian.)
-
Color versions of the figures in the papers are available in
vector format in the PDF file tm-figs.pdf or in PNG format
here.
-
Google Books does not consistently provide access to the full
text. If you encounter this situation, you can download the
pdf file listed here:
Back to resource page for transverse Mercator.
Charles Karney
<EMAIL_ADDRESS>(2017-09-30)
GeographicLib home


Dan J. Bernstein is a cryptologist and a mathematician; he's also the author of a widely known and used MTA, qmail, as well as a few lesser known pieces of software.
For some time he was quite active in some Unix software-related Internet newsgroups and mailing-lists; he quickly became a controversial figure of the Unix programming community, mostly by being extremely vocal against well-known authors of "mainstream" Unix software and by suggesting designs so removed from traditional software design that a normal human reaction is to first view him as a complete nut.
I do not care for controversy. I am interested in the code. I was a sysadmin at the time, and still learning to program in C beyond what they teach you in school (i.e. not much). I had heard enough horror stories with sendmail; so I gave a shot at qmail, trying to understand its design principles and the way it was made. And then I fell down the rabbit hole.
Look, I don't care what you think of the guy, I don't know him anyway, and this is totally beside the point. The only thing that matters is that DJB's software is right in so many ways. This software works. DJB's design principles are sound and elegant; they are sound foundations to build reliable, secure, and low resource-consuming software. And the design, when you get used to it, feels so unix-ish: it's Unix the way it should have been from the start.
Studying DJB's software was the best course in C/Unix programming I ever had. Now I teach C/Unix; and I am really glad I learned from the best.
There's already a lot you can do with pristine DJB software and some brains.
However, I mostly see DJB as a pioneer. He showed it was possible to think Unix differently and build secure, reliable and efficient software without investing millions of dollars into it; now it is up to software architects and programmers to use the breakthrough and build upon it. There's a real demand for quality Unix software out there; it's time to supply. And I am not the only one thinking this way.
So, skalibs.
One of the "DJB philosophy" key points is to question the interfaces. You have a task to do; you have existing interfaces. What do you do?
Interfaces should be questioned right down to the libc. You cannot build strong software on flakey foundations. And from a system and network programmer's point of view, one thing is clear: most standard libc interfaces suck. There is no buffered asynchronous I/O. There is no timed I/O. There is no heap management helper. Even simple system calls are not always guaranteed to succeed!
That is where skalibs comes from. skalibs results from questioning the libc interfaces, and providing replacements or additions where the existing interfaces do not make it easy to write reliable, secure and efficient software. It is inspired by DJB's work. It is not a shrine or anything of the kind.
So, in short, DJB is not a guru, I'm not a mindless brainwashed fan, and the "DJB advocates" are not a cult. We just think DJB brought something to Unix and more generally to the software programming world; we learned from him, we write software following sound principles that he was one of the first to really apply, and we give credit where credit is due.
Use our software. You will never want to go back.


System Architect Symbol details for "Activity In Context"
Activity For Subject (Class)
- Description:
"Activity" directed towards a single "Subject".
- Comment:
-
Previous definitions from which the above have been distilled:
An act which changes either the state, or the knowledge of the state, of a "Subject" (CBS v2).
Activity In Context (Class)
- Description:
"Activity For Subject" placed within a "Context Activity" by an "Agent".
AFS/Scope (Generalization Node)
- Base Class:
"Activity For Subject"
- Definitions Used:
-
Activity For Subject (Class)
Agent (Class)
- Description:
-
Role of a subject enabling it to act purposefully.
- Comment:
-
CBS V2: - A role of a "Subject" which indicates that it has power to act
This is a role which may be played by a "Subject". Sometimes, an "Agent" may be created in order to
assemble a set of responsibilities and authorities prior to a specific "Subject" being identified
and allocated to it.
For purposes of creating an "Authorising Act", an "Agent" may actually be a group of individuals -
for example when joint responsibility is being taken for some decision, as in a clinical case
conference. In such a case the details of the group are taken care of by "Subject" and "Inter
Subject Relationship".
Examples of "Agent":
Dr Smithers within NHS XYZ Trust,
Ms J.Doe in the HXT Pathology laboratory.
A better understanding of the types of "Agent" can be gained from examination of its subtypes.
context (Association)
- From Class:
"Context Activity"
- To Class:
"Activity In Context"
- From Class:
"Context Activity"
- To Class:
"Activity In Context"
Context Activity (Class)
- Description:
"Activity" acting as a context for one or more other "Activities".
- Comment:
-
The context activity may be generated before the component activities exist.
Common types of Context Activity are:
Consultant Episode
Ward Stay
Consultation
Out Patient Attendance
Case Conference.
Note that Context Activities may themselves be components of other Context Activities.
detail (Association)
- From Class:
"Activity For Subject"
- To Class:
"Activity In Context"
- From Class:
"Activity For Subject"
- To Class:
"Activity In Context"
Direct Activity For Subject (Class)
- Description:
"Activity For Subject" not acting as the context for any other.
responsible for identifying (Association)
- From Class:
Agent
- To Class:
"Activity In Context"
- From Class:
Agent
- To Class:
"Activity In Context"


Park Hayarkon adventures and aftermath in the world of TPOA
I held down the axe, double blade, in an horizontal manner
To move through the people preventing us to step down from the bridge
In a leap of endurance they fell down, or more likely killed me
During the process of penetrating their defenses, on and on my army rushes through my death portal, at the same time two assassins from Catalina floating temple entered the island as well, killed silently with back stabs and throat slashing our enemies,
I was the only one who died that day; Snykorrs the first had a glorious death,
But his son, Snykorrs the second had betrayed his friends and killed them
Forever Snykorrs the third will carry the burden of his father's betrayal alongside his grand father suicidal death plunge into the enemy ranks..
Cytles will be my name from here on, he said to himself when his eyes were put out for his insolence in the face of Lord Thormax, seeing his master smashing a baby skull on his castle walls...


By Ross Smith
#include "rs-core/string.hpp"
All of these are in namespace RS::Literals
.
Strings
operator""_csv
(const char* p, size_t n)
Strings
operator""_qw
(const char* p, size_t n)
These split a string into parts. The ""_csv
literal splits the string at
each comma, trimming whitespace from each element; the ""_qw
literal splits
the string into words delimited by whitespace.
Examples:
"abc, def, ghi"_csv => {"abc", "def", "ghi"}
" jkl mno pqr "_qw => {"jkl", "mno", "pqr"}
U8string
operator""_doc
(const char* p, size_t n)
The ""_doc
literal trims leading and trailing empty lines, and removes any
common leading indentation from all non-empty lines. Tab indentation is
converted to 4 spaces.
Example:
R"(
Hello world.
Hello again.
Goodbye.
)"_doc
Result:
"Hello world.\n"
" Hello again.\n"
"Goodbye.\n"
constexpr bool
ascii_isalnum
(char c) noexcept
constexpr bool
ascii_isalpha
(char c) noexcept
constexpr bool
ascii_iscntrl
(char c) noexcept
constexpr bool
ascii_isdigit
(char c) noexcept
constexpr bool
ascii_isgraph
(char c) noexcept
constexpr bool
ascii_islower
(char c) noexcept
constexpr bool
ascii_isprint
(char c) noexcept
constexpr bool
ascii_ispunct
(char c) noexcept
constexpr bool
ascii_isspace
(char c) noexcept
constexpr bool
ascii_isupper
(char c) noexcept
constexpr bool
ascii_isxdigit
(char c) noexcept
These are simple ASCII-only versions of the standard character type functions. All of them will always return false for bytes outside the ASCII range (0-127).
constexpr bool
ascii_isalnum_w
(char c) noexcept
constexpr bool
ascii_isalpha_w
(char c) noexcept
constexpr bool
ascii_ispunct_w
(char c) noexcept
These behave the same as the corresponding functions without the "_w"
suffix, except that the underscore character is counted as a letter instead of
a punctuation mark. (The suffix is intended to suggest the "\w"
regex
element, which does much the same thing.)
constexpr char
ascii_tolower
(char c) noexcept
constexpr char
ascii_toupper
(char c) noexcept
Simple ASCII-only case conversion functions. All non-ASCII characters are left unchanged.
template <typename T> constexpr T
char_to
(char c) noexcept
A simple conversion function that casts a char
to a larger integer type by
first passing it through unsigned char
, to ensure that characters with the
high bit set end up as integers in the 128-255 range, and not as negative or
extremely high values.
bool
ascii_icase_equal
(const std::string& lhs, const std::string& rhs) noexcept
bool
ascii_icase_less
(const std::string& lhs, const std::string& rhs) noexcept
Comparison functions that treat upper and lower case ASCII letters as equivalent (comparison between letters and non-letters uses the upper case code points).
bool
starts_with
(const std::string& str, const std::string& prefix) noexcept
bool
ends_with
(const std::string& str, const std::string& suffix) noexcept
True if the string starts or ends with the specified substring.
bool
string_is_ascii
(const std::string& str) noexcept
True if the string contains no 8-bit bytes.
std::string
add_prefix
(const std::string& s, const std::string& prefix)
std::string
add_suffix
(const std::string& s, const std::string& suffix)
std::string
drop_prefix
(const std::string& s, const std::string& prefix)
std::string
drop_suffix
(const std::string& s, const std::string& suffix)
The add_prefix/suffix()
functions add a prefix or suffix to the string if it
was not already there, or return the string unchanged if it was. The
drop_prefix/suffix()
functions remove a prefix or suffix if it was present,
otherwise return the string unchanged.
std::string
ascii_lowercase
(const std::string& s)
std::string
ascii_uppercase
(const std::string& s)
std::string
ascii_titlecase
(const std::string& s)
std::string
ascii_sentencecase
(const std::string& s)
Simple ASCII-only case conversion functions. All non-ASCII characters are left unchanged. The sentence case function capitalizes the first letter of every sentence (delimited by a full stop or two consecutive line breaks), leaving everything else alone.
U8string
dent
(size_t depth)
Returns a string containing 4*depth
spaces, for indentation.
U8string
indent
(const U8string& str, size_t depth)
Inserts 4*depth
spaces of indentation on every non-empty line.
template <typename InputRange> std::string
join
(const InputRange& range, const std::string& delim = "", bool term = false)
Join strings into a single string, using the given delimiter. The value type
of the input range must be assignment compatible with U8string
. If the
term
argument is set, an extra delimiter will be added after the last
element (useful when joining lines to form a text that would be expected to
end with a line break).
std::string
linearize
(const std::string& str)
Replaces all whitespace in a string with a single space, and trims leading and trailing whitespace. All non-ASCII bytes are treated as non-whitespace characters.
template <typename C> void
null_term
(basic_string<C>& str) noexcept
template <typename C> basic_string<C>
null_term_str
(const basic_string<C>& str)
Cut off a string at the first null character (useful after the string has been used as an output buffer by some C APIs).
U8string
quote
(const std::string& str)
U8string
bquote
(const std::string& str)
Return a quoted string; internal quotes, backslashes, and control characters
are escaped. The bquote()
function always escapes all non-ASCII bytes;
quote()
passes valid UTF-8 unchanged, but will switch to bquote()
mode if
the string is not valid UTF-8.
std::string
repeat
(const std::string& s, size_t n)
Returns a string containing n
copies of s
.
std::string
replace
(const std::string& s, const std::string& target, const std::string& subst, size_t n = npos)
Replaces the first n
occurrences (all of them by default) of target
in s
with subst
. This will return the string unchanged if target
is empty or
n=0
.
template <typename OutputIterator> void
split
(const std::string& src, OutputIterator dst, const std::string& delim = ascii_whitespace)
Strings
splitv
(const std::string& src, const std::string& delim = ascii_whitespace)
Split a string into substrings, discarding any delimiter characters. Any
contiguous subsequence of delimiter characters will be treated as a break
point. If the input string is empty, the output list will always be empty;
otherwise, if the delimiter list is empty, the output will consist of a single
string matching the input. The value type of the output iterator in split()
must be assignment compatible with U8string
; the splitv()
version returns
a vector of strings instead of writing to an existing receiver.
template <typename OutputIterator> void
split_lines
(const std::string& src, OutputIterator dst)
Strings
splitv_lines
(const std::string& src)
Split a string into lines. A line ends with any LF or CRLF; these are not copied into the output.
std::string
trim
(const std::string& str, const std::string& chars = ascii_whitespace)
std::string
trim_left
(const std::string& str, const std::string& chars = ascii_whitespace)
std::string
trim_right
(const std::string& str, const std::string& chars = ascii_whitespace)
Trim unwanted bytes from the ends of a string.
std::string
unqualify
(const std::string& str, const std::string& delims = ".:")
Strips off any prefix ending in one of the delimiter characters (e.g.
unqualify("RS::unqualify()")
returns "unqualify()"
). This will return the
original string unchanged if the delimiter string is empty or none of its
characters are found.
template <typename T> U8string
bin
(T x, size_t digits = 8 * sizeof(T))
template <typename T> U8string
dec
(T x, size_t digits = 1)
template <typename T> U8string
hex
(T x, size_t digits = 2 * sizeof(T))
Simple number formatting functions. These convert an integer to a binary, decimal, or hexadecimal string, generating at least the specified number of digits.
template <typename... Args> U8string
fmt
(const U8string& pattern, const Args&... args)
This performs string interpolation, inserting the variadic arguments
(formatted with to_str()
, below) in place of each occurrence of "$n"
or
"${n}"
in the pattern string, where n
is a decimal integer interpreted as
a 1-based index into the variadic argument list. An index out of bounds will
be replaced with an empty string. If a dollar sign is not followed by a bare
or braced number, the dollar sign is discarded and the next character is
copied unchanged (so "$$"
will produce a literal dollar sign).
template <typename T> U8string
fp_format
(T t, char mode = 'g', int prec = 6)
Simple floating point formatting, by calling snprintf()
. T
must be an
arithmetic type; it will be converted to double
internally. The additional
format 'Z/z'
is the same as 'G/g'
except that trailing zeros are not
stripped. This will throw std::invalid_argument
if the mode is not one of
[EFGZefgz]
; it may throw std::system_error
under implementation defined
circumstances.
U8string
roman
(unsigned n)
Formats a number as a Roman numeral. Zero is written as "0"
; numbers greater
than 1000 use an arbitrarily long sequence of "M"
.
U8string
hexdump
(const void* ptr, size_t n, size_t block = 0)
U8string
hexdump
(const std::string& str, size_t block = 0)
Converts a block of raw data into hexadecimal bytes. If block
is not zero, a
line feed is inserted after each block.
U8string
tf
(bool b)
U8string
yn
(bool b)
Convert a boolean to "true/false"
or "yes/no"
.
template <typename T> U8string
to_str
(const T& t)
Formats an object as a string. This uses the following rules for formatting various types:
std::string
, char
, character pointers, and anything with an implicit
conversion to std::string
- The string content is simply copied directly
without using an output stream; a null character pointer is treated as an
empty string.uconv()
.dec()
.fp_format()
.bool
- Written as "true"
or "false"
."[1,2,3]"
), or an object (e.g. "{1:a,2:b,3:c}"
) if the range's value
type is a pair; to_str()
is called recursively on each range element.unsigned long long
binnum
(const std::string& str) noexcept
long long
decnum
(const std::string& str) noexcept
unsigned long long
hexnum
(const std::string& str) noexcept
double
fpnum
(const std::string& str) noexcept
The binnum()
, decnum()
, and hexnum()
functions convert a binary,
decimal, or hexadecimal string to a number; fpnum()
converts a string to a
floating point number. These will ignore any trailing characters that are not
part of a number, and will return zero if the string is empty or does not
contain a valid number. Results that are out of range will be clamped to the
nearest end of the return type's range (for fpnum()
this will normally be
positive or negative infinity).
int64_t
si_to_int
(const U8string& s)
double
si_to_float
(const U8string& s)
These parse a number from a string representation tagged with an SI multiplier
abbreviation (e.g. "123k"
). For the integer version, only tags representing
positive powers of 1000 (starting with"k"
) are recognised, and are case
insensitive. For the floating point version, all tags representing powers of
100 are recognised ("u"
is used for "micro"), and are case sensitive, except
that "K"
is equivalent to "k"
. For both versions, a space is allowed
between the number and the tag, and any additional text after the number or
tag is ignored.
These will throw std::invalid_argument
if the string does not start with a
valid number, or std::range_error
if the result is too big for the return
type.
class
Tag
Tag::
Tag
()
Tag::
Tag
(std::ostream& out, const std::string& element)
Tag::
~Tag
() noexcept
Tag::
Tag
(Tag&& t) noexcept
Tag& Tag::
operator=
(Tag&& t) noexcept
This class writes an HTML/XML tag in its constructor, then writes the corresponding closing tag in its destructor. If the supplied string ends with one line feed, a line feed will be written after the closing tag, but not the opening one; if it ends with two line feeds, one will be written after both tags.
The opening tag can be supplied with or without enclosing angle brackets. The
constructor does not attempt any validation of the tag's format (except that
an empty tag will cause the class to do nothing); no promises are made about
the output if the element
argument is not a valid HTML/XML tag.
If the opening tag is standalone, the text will simply be written as is, and no closing tag will be written. Standalone tags are identified by a closing slash; the class is not aware of HTML's list of automatic self closing tags.
template <typename... Args> void
tagged
(std::ostream& out, const std::string& element, const Args&... args)
template <typename T> void
tagged
(std::ostream& out, const std::string& element, const T& t)
This function can be used to write a piece of literal text enclosed in one or
more tags. The arguments are the output stream, a list of tags (using the same
format as the Tag
class), and an object that will be written to the output
stream enclosed by the tags.
Example:
tagged(std::cout, "p\n", "code", "Hello world");
Output:

Hello world
\n
std::string
demangle
(const std::string& name)
std::string
type_name
(const std::type_info& t)
std::string
type_name
(const std::type_index& t)
template <typename T> std::string
type_name
()
template <typename T> std::string
type_name
(const T& t)
Demangle a type name. The original mangled name can be supplied as an explicit
string, as a std::type_info
or std:type_index
object, as a type argument
to a template function (e.g. type_name<int>()
), or as an object whose type
is to be named (e.g. type_name(42)
). The last version will report the
dynamic type of the referenced object.
template <typename S2, typename S1> S2
uconv
(const S1& s)
Converts between UTF representations. The input and output types (S1
and
S2
) must be instantiations of basic_string
with 8, 16, or 32 bit character
types. If the character types are the same size, the input string is copied to
the output without any validity checking; otherwise, invalid UTF in the input
is replaced with the standard Unicode replacement character (U+FFFD
) in the
output.
template <typename C> bool
uvalid
(const basic_string<C>& s) noexcept
template <typename C> bool
uvalid
(const basic_string<C>& s, size_t& n) noexcept
Check a string for a valid UTF encoding; the encoding is deduced from the size
of the character type. The second version reports the number of code units
before an invalid code sequence was encountered (i.e. the size of a valid UTF
prefix; this will be equal to s.size()
if the function returns true). These
will always succeed for an empty string.


Crystal Palace flop set to cut short loan spell and join Norwich
Victor Camarasa is reportedly set to cut short his temporary spell at Crystal Palace to join Norwich on loan in January.
The central midfielder joined the Eagles on a season-long loan deal from Real Betis over the summer but has featured for just five minutes in the Premier League this season.
Palace paid €1.5m for the temporary deal and would be obliged to pay €13.5m to make the deal a permanent one – should Camarasa play 15 or more games this campaign – as outlined by Mucho Deporte.
The former Levante star joined Betis in a €7m deal in 2017 but made only 14 starts in his sole LaLiga campaign in Seville.
Camarasa had impressed at Cardiff on a season-long loan deal last term, with five goals in 32 league games, including strikes against Chelsea, Manchester United and Arsenal.
However, the Bluebirds suffered relegation and were not able to retain the player, while Tottenham had also been linked with a move for the Spaniard earlier this summer.
However, it would now appear that struggling Norwich are ready to snap up Camarasa as they look to move away from the foot of the table.


Whoever forms govt, we will get farmers' work done: Nitin Gadkari
The Minister for Road Transport and Highways was speaking at the inauguration of Agrovision, an expo showcasing a wide range of agricultural products, here.
by PTIIrrespective of whose government is formed in Maharashtra, we will get the work done in the interest of farmers, Union minister Nitin Gadkari said on Friday.
The Minister for Road Transport and Highways was speaking at the inauguration of Agrovision, an expo showcasing a wide range of agricultural products, here.
He said instead of taking so much interest in covering who is forming the next government in Maharashtra, the media should focus on farmers' issues.
"Whosoever forms the government, work will be carried out in a good manner. Irrespective of whose government comes to power in Maharashtra, we will get the work done in farmers' interest. Farmers are more important...who is part of the government is insignificant," the minister said.
Gadkari's comments come amid the hectic talks being held by the Congress, the NCP and the Shiv Sena for forming a government in Maharashtra, which was placed under President's rule on November 12. PTI CLS NP.


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[[this.$.caller.firstname]] [[caller.lastname]] called on
[[caller.timestamp]] regarding, [[caller.relatedstudent]]: a [[caller.grade]] grader at [[caller.school]] in [[caller.schooltown]]. [[caller.firstname]] is interested in [[caller.interest]] with [[caller.coach]], priced at [[caller.interestprice]
[[caller.firstname]] can be reached at [[caller.phone]] or [[caller.email]]. [[caller.firstname]] will be called back on or before [[caller.callbacktime]].
Additional Message:[[caller.message]]


{% extends 'flask_user/_authorized_base.html' %} {% block content %} {% from "flask_user/_macros.html" import render_field, render_checkbox_field, render_submit_field, render_radio_field, render_text_field, render_field_no_label %}
Please insert here a description of your previous working experience! Adding it will increase the probability you will get contacted by an employer ;)
{%trans%}Change username{%endtrans%}
{%trans%}Change password{%endtrans%}


---
title: Latest releases
description: Releases
layout: default
permalink: /releases
---
{%- assign releases = site.github.releases | slice: 1, 7 -%}
{%- for release in releases -%}
{{release.published_at | date: "%b %d, %Y"}}
{{release.body | markdownify}}
{%- endfor -%}
More details and older releases are available on GitHub


Select an Algorithm and then select the programming language for code!
Eg: Linear -> c++/Java/Python
C++ code #include <iostream> using namespace std; void search(vector<int> arr, int search_Element) { int left = 0; int length = arr.size(); int position = -1; int right = length- 1; for(left = 0; left <= right;) { if(arr[left] == search_Element) { position = left; cout << "Element found in Array at " << position + 1 << " Position with " << left + 1 << " Attempt"; break; } if (arr[right] == search_Element) { position = right; cout << "Element found in Array at " << position + 1 << " Position with " << length - right << " Attempt"; break; } left++; right--; } // If element not found if (position == -1) cout << "Not found in Array with "<< left ; } // Driver code int main() { vector<int> arr{ 1, 2, 3, 4, 5 }; int search_Element = 5; // Function call search(arr, search_Element); }
OUTPUT: Element found in Array at 5 position
// Java code for linearly searching x in arr[]. If x // is present then return its location, otherwise // return -1
class Algo { public static int search(int arr[], int x) { int n = arr.length; for (int i = 0; i < n; i++) { if (arr[i] == x) return i; } return -1; }// Driver code
public static void main(String args[]) { int arr[] = { 2, 3, 4, 10, 40 }; int x = 10;// Function call
int result = search(arr, x); if (result == -1) System.out.printSystem.out.print( "Element is not present in array"); else System.out.print("Element is present at index "+ result); } }
def search(arr, n, x): for i in range(0, n): if(arr[i] == x): return i return -1 # Driver Code arr = [2, 3, 4, 10, 40] x = 10 n = len(arr) # Function call result = search(arr,n,x) if(result == -1): print("Element is not present in array") else: print("Element is present at index", result)
C++ code #include <iostream> int binarySearch(int array[], int x, int low, int high) { // Repeat until the pointers low and high meet each other while (low <= high ) { int mid = low + (high - low) / 2; if (array[mid] == x) return mid; if (array[mid] < x) low = mid + 1; else high = mid - 1; } return -1; } int main(void) { int array[] = {3, 4, 5, 6, 7, 8, 9}; int n = sizeof(array) / sizeof(array[0]); int x = 4; int result = binarySearch(array, x, 0, n - 1); if(result == -1) printf("Not found"); else printf("Element is found at index %d", result); return 0; }
class BinarySearchExample{ public static void binarySearch(int arr[], int first, int last, int key){ int mid = (first + last)/2; while( first <= last ){ if ( arr[mid] < key ){ first = mid + 1; }else if ( arr[mid] == key ){ System.out.println("Element is found at index: " + mid); break; }else{ last = mid - 1; } mid = (first + last)/2; } if ( first > last ){ System.out.println("Element is not found!"); } } public static void main(String args[]){ int arr[] = {10,20,30,40,50}; int key = 30; int last=arr.length-1; binarySearch(arr,0,last,key); } }
def binary_search(list1, n): low = 0 high = len(list1) - 1 mid = 0 while low <= high: # for get integer result mid = (high + low) // 2 # Check if n is present at mid if list1[mid] < n: low = mid + 1 # If n is greater, compare to the right of mid elif list1[mid] > n: high = mid - 1 # If n is smaller, compared to the left of mid else: return mid # element was not present in the list, return -1 return -1 # Initial list1 list1 = [12, 24, 32, 39, 45, 50, 54] n = 45 # Function call result = binary_search(list1, n) if result != -1: print("Element is present at index", str(result)) else: print("Element is not present in list1")