text:
Q: python как корректно спарсить содержимое блока  Есть допустим обычный сайт букмекера: https://melbet.ru/live/football/
from bs4 import BeautifulSoup as bs
import requests
from loguru import logger

url = 'https://melbet.ru/live/football/'
response = requests.get(url)
soup = bs(response.content, 'lxml')
results = soup.find(id="blockContent")   # блок div по его id
print(result)         # <-- не выводит все блоки
 содержащие информацию об внутренних div

A: Попробуйте использовать приведенный ниже пример или покурите в сторону selenium .

Источнику не забудьте сказать спасибо

from requests_html import HTMLSession
from bs4 import BeautifulSoup as Soup
session = HTMLSession()
url = 'https://melbet.ru/live/football/'
response = session.get(url)
response.html.render(sleep=3, keep_page=True, scrolldown=2)
soup = Soup(
    response.html.raw_html,
    'html.parser'
)
block_id = soup.find_all('div', class_='kofsTableLigaName')
print(block_id)
#[
Чемпионат Англии. Премьер-лига
,
Чемпионат Англии. Чемпионшип
,
Чемпионат Израиля. Премьер-лига
,
Чемпионат Ирака
,
Чемпионат Северной Ирландии. Премьер-лига
,
Чемпионат Танзании. Премьер-лига
,
Чемпионат Англии. Северная Премьер-лига
,
Чемпионат Палестины
,
Чемпионат Англии. Истмийская Лига. Премьер-дивизион
,
Чемпионат Англии. Лига 1
,
Чемпионат Англии. Лига 2
,
Чемпионат Англии. Национальная лига
,
Чемпионат Англии. Южная Премьер-лига. Центр
,
Чемпионат Англии. Южная Премьер-лига. Юг
,
Чемпионат Англии. Истмийская Лига. 1-й дивизион. Север
,
Чемпионат Англии. Истмийская Лига. 1-й дивизион. Юг
,
Чемпионат Англии. Северная лига. Дивизион 1
,
Чемпионат Англии. Северная Национальная лига
,
Чемпионат Англии. Южный дивизион 1
]


text:
So This Is Why Bella Thorne And 'PLL' Boss Marlene King Were Hanging Out
Thorne is Marlene King's next star!
Crystal Bell crystalbell 03/20/2015
Remember when Bella Thorne and "Pretty Little Liars" boss Marlene King had a top-secret meeting in Los Angeles earlier this month? As it turns out Thorne will not be guest starring in an upcoming episode of "PLL." Nope. Instead, she'll be starring in her own freakin' show!
Thorne, 17, is headed back to TV to star in "Famous in Love," which King is adapting for ABC Family, per Deadline. Based off the YA novel by Rebecca Serle, Thorne will play a college student who is plucked from obscurity to star in the film-franchise adaptation of a popular book (sound familiar?), and then finds herself in love triangles both on and off screen. BRB, we need to go set our DVRs for this ASAP.
"Famous in Love" will be co-penned by King and Serle, who will also serve as executive producers. This is pretty exciting for fans of Serle's YA romance fiction, and it will be a nice change of pace for King, who specializes in the teen mystery genre. Of course, old Hollywood glamour has always been a classic motif in "Pretty Little Liars," and King is master when it comes to creating iconic ships, so this pairing couldn't be better.
With King and Serle and the helm, and Thorne as the star, we think "Famous in Love" could be ABC Family's next great hit, especially if they follow in the footsteps of "PLL." Here are a few things we love about "Pretty Little Liars" that we hope to see in this new project:
Tales of female friendship
"Pretty Little Liars" is a female ensemble story that gives their female characters something to do other than worry about boys. We know "Famous in Love" is a teen romance, but Thorne's character is going to need a BFF she can lean on when she feels overwhelmed by her newfound fame. It's those moments that make "PLL" -- and hopefully, "Famous in Love" -- enjoyable.
The ships on "Pretty Little Liars" all have one thing in common: insane chemistry. When Caleb looks at Hanna, we know he loves her. And even after three seasons, we still can't get over that intense shower scene. So whoever they cast as the male leads in "Famous in Love," they have to have instant chemistry with Thorne, which shouldn't be too hard because, well, just look at her. Oh, and they definitely need to be hot. This is an ABC Family show, after all.
One of the things we love most about "Pretty Little Liars" is their love of film noir and timeless glamour. We know a lot has changed in Hollywood since the era of Lauren Bacall and Humphrey Bogart, but we hope to see a few throwbacks to the Golden Age of cinema in "Famous in Love."
ABC Family | Eric McCandless
Well, this is a given, but King and co. are masters at dishing out drama and keeping us guessing on "PLL." Serle's "Famous in Love" may not have a central mystery like "Who Is 'A'?" -- but it is set in Los Angeles, and if we've learned anything from "The Hills," it's that LA is where the drama happens. Oh, and always invest in waterproof mascara.
I. Marlene King

redpajama_set_name: RedPajamaCommonCrawl


text:
Q: command line ffmpeg or sox convert audio tracks from stereo to 7.1 upmix Hi I have 3 flac multichannel files that I need to mix:
1) 7.1 channels
2) 7.1 channels
3) Stereo channels
to avoid eventual problems on mixing (some of these already exist) I like to convert the stereo track to 7.1, in this mode all the 3 files are 7.1 files ready to mix.
I serching for a command line like:
ffmpeg input_stereo.flac output_7.1.flac
or
sox  input_stereo.flac output_7.1.flac
I suppose the setting are:
Left         ----->       FL  (front left)
Right        ----->       FR  (front right)
Left + right ----->       FC  (front center)
(empty)      ----->       LFE (subwoofer)
Left         ----->       BL  (back left)
Right        ----->       BR  (back right)
Left         ----->       SL  (side left)
Right        ----->   SR  (side right)
is possible post a commmand line that do this ?

A: If you have a specific channel mapping in mind, like in the Q, use the pan filter
ffmpeg input_stereo.flac -af pan=7.1|FL=FL|FR=FR|FC<FL+FR|LFE=0|BL=FL|BR=FR|SL=FL|SR=FR output_7.1.flac

If you want to use FFmpeg's defaults, use
ffmpeg input_stereo.flac -ac 8 output_7.1.flac

redpajama_set_name: RedPajamaStackExchange


text:
Prep Work for Grant Road Repaving
On Monday, March 23, 2015, crews from Granite Construction Co., under contract with the City of Tucson Department of Transportation, will begin work to improve the pavement condition of Grant Road from Santa Rita Avenue to Columbus Boulevard. Crews will begin the project by lowering manhole covers and water valve covers. Lowering the utility covers is scheduled to be complete by Friday, March 27, 2015.
To lessen the impact on the traveling public, crews will work in the eastbound travel lanes from 5:30 a.m. until 4 p.m. and work in the westbound travel lanes from 9 a.m. to 7 p.m. During this work at least one lane of travel will be maintained in each direction.
Residential and business access will be maintained at all times during this work. The traveling public can expect delays when driving in the work area. Please obey all traffic control signs and watch for construction personnel and equipment in the work area.
Latest Weekly Update
How to Find Our Office and Contact Us
Paul Cunningham's Bio
Ward 2 Staff
ward2@tucsonaz.gov
Party: Democrat
Term Expires: December, 2023


text:
Home » Lifestyle » Chelsea Collins Gets Glamorous & Soaked In Behind-The-Scenes Look At 'Water Run Dry' Video
Chelsea Collins Gets Glamorous & Soaked In Behind-The-Scenes Look At 'Water Run Dry' Video
It takes a certain kind of talent to look flawless while totally drenched, and Chelsea Collins has IT. The singer shares an EXCLUSIVE look into the making of the video for her 'Barbie'-inspired bop with rapper 24kGoldn.
One week after Chelsea Collins lived out her full Barbie fantasy in "Water Runs Dry," the singer pulled back the curtain to share an EXCLUSIVE behind-the-scenes peek into the making of her new video. The visual for her collab with 24kGoldn is 100% pure Mattel goodness, but as this new featurette shows, it took a lot of hard work to make this plastic dream a reality. With a crew in facemasks and practicing safe, social distancing when possible, this new vivid video came together – thanks a lot to the chemistry Chelsea shared with, as Goldn described himself, her "light-skinned Ken doll." It's hard not to believe that these two were (literally) made for each other when they go in for a kiss.
While filming "Water Run Dry," the crew wore facemasks and practiced social distancing when possible. As it turns out, distance was a huge influence in the creation of Chelsea's track. "I was in a long-distance relationship at 19," she tells HollywoodLife, "and eventually, in long-distance — especially as a teenager — you start to grow apart because you realize you're on different paths in life. The love for the person wasn't lost, so I tried super hard to fix it and not let the passion run out, but it almost had felt like the universe had already determined it was over."
https://www.youtube.com/embed/e-pcZw-HbWg?version=3&rel=1&fs=1&autohide=2&showsearch=0&showinfo=1&iv_load_policy=1&wmode=transparent' allowfullscreen='true' style='border:0;'>
Anyone who has ever been in a long-distance relationship knows that, at some moments, it feels like a poor substitute for the real thing. Chelsea wanted that "artificial" feeling is woven throughout the video, showing that behind her powerful voice – which can deliver an infectious, catchy hook that will be in your ears for days – lies a sharp mind with a clear artistic vision. "I wanted to incorporate my obsession with Barbie dolls and iconic movies like The Stepford Wives," she tells HollywoodLife, cluing us into where she got that plastic, dead-eye stare she breaks out in the video. "It felt fitting because I do somewhat believe in the simulation, and I felt like my person was controlling me like a doll within this relationship! But the video itself was so fun, and everyone on set was so talented."
There's talent throughout "Water Run Dry." From the airy, dream-like production, to Chelsea's enchanting vocals, to 24kGoldn's verses (just listen to them and try not to smile.) "He's super charismatic and talented," Chelsea said of 24KGoldn. "It's also dope because we are both from the Bay area, and I love to see people from the same [San Francisco] killing it!"
Expect Chelsea to continue to kill it herself. Earlier in 2020, she released the Nat King Cole-inspired "Used To Be (L.O.V.E.)," adding her own flavor to the song made famous by Ms. Cole and Frank Sinatra. She paid homage to another influence later in the year by releasing "07 Britney."
"Water Run Dry" is out now.
Kellyanne Conway hails 'family, faith and freedom' amid personal turmoil of daughter's 'estrangement' and losing father
Wisconsin police officer who shot Jacob Blake named as Rusten Sheskey


text:
Bodzanów  is a city in Płock County, Masovian Voivodeship, in east-central Poland. It lies approximately  east of Płock and  north-west of Warsaw.

The village has a population of 1,300.

References

External links
 Jewish Community in Bodzanów on Virtual Shtetl

Villages in Płock County

redpajama_set_name: RedPajamaWikipedia


Robert Kondo and Dice Tsutsumi's graphic novel The Dam Keeper is a spinoff from their award winning short film by the same name. The graphic novel is published by First Second and comes with a beautiful textured book jacket and in hardcover.
For those who are not familiar with the short film, the story is about Pig who lives in a windmill and spends his time keeping it spinning to repel the dark fog from engulfing the town. Pig is socially awkward and often gets bullied in school despite his efforts at keeping the town safe. There's also Fox, a new student who becomes his best friend.
For this graphic novel, the story follows a similar premise, but with more details being fleshed out through the pages and expands on Pig's and his friends adventures.
The book achieves a similar aesthetic feel to the short film, in terms of the color palette and painterly feel. Each page is gorgeously illustrated by the 2 artists with muted tones. The anthropomorphic characters of Pig, Fox and other characters are beautifully conceptualised and designed. Perhaps that's why besides the graphic novel, the IP is branching out to an animated television series too. The book seems to be targeting at the younger readers as the storytelling is pretty straightforward and the page ends with a cliffhanger. To find out what happens, readers will have to wait till July 2018 for the publication of the 2nd book titled The Dam Keeper: World Without Darkness.
Sorry that no pictures are included. I forgot to take the photos before returning the book. You can check out the art from The Art of The Dam Keeper instead.


Parents as well as their families at home are at risk for infectious diseases because of travel or contact with the adopted children who may be under-immunized and have often had less than ideal medical care.
Many highly contagious diseases such as measles and chicken pox are still common in adopted children's countries of origin.
1. Centers for Disease Control and Prevention – Yellow Book.


text:
Legend Benkenstein's big influence on Durham new boy Aiden Markram
Aiden Markram will not rest on his laurels and continue to lean on the teachings of Durham legend Dale Benkentstein as the South African prepares for a four-game stint at the Emirates Riverside.
Thursday, 19th April 2018, 8:15 am
Aiden Markram. Picture by Frank Reid
Durham secured the signing of the 23-year-old batsman for the opening four matches of their Specsavers County Championship Division Two campaign – starting with tomorrow's home match against Kent (11am start).
South Africa's head coach Ottis Gibson and batting coach Benkenstein – both former Durham players – played a crucial role in convincing Markram to move to the Riverside to further develop his game following the outstanding start to his Test career.
Markram has admitted that he will continue to take the advice of his batting coach, who scored 9,055 first-class runs for Durham and captained the team to their maiden triumph in the County Championship in the 2008 season, along with the Friends Provident Trophy in 2007.
He said: "They played a lot of cricket here and have lived in this part of the world. Ottis recommended it, knowing the set-up here.
"They sold it to me and I bought in right away.
"It's a great bunch of guys and I'm excited for the games to get started.
"I've got a great relationship with Dale. I really enjoy working with him – I like his approach to coaching as well.
"A lot of it is down to an awareness and a tactical point of view – he believes that players at this level and at international level are there for a reason.
"A lot of it's in the mind and with your tactical awareness, that's where I think Dale is brilliant.
"We get on really well.
"He's pretty much a legend of this club. I've been fortunate to work with him and learn from him.
"If anyone knows this ground inside and out, it's probably Dale.
"I've spoken to him and I'm going to keep him close to me while I'm here.
"Whenever I find something that I need an answer to, he'll be the guy I'll get a hold of."
Markram comes fresh from an outstanding series for the Proteas against Australia, in which he top-scored with 480 runs, including two centuries.
The South African, though, admits that facing the new ball in April will be a huge challenge as he adapts to English conditions, with the early-season Championship results suggesting that life will be far from straightforward at the crease.
He added: "I've followed all the games online and it looks as though it's going to be really tough.
"It's a good challenge to be faced with. It's not something that's really daunting, but if you prepare well and expose yourself to as much of it as you can, then you're bound to get it right at some stage.
"It's going to be competitive and different.
"I felt very drained after the Australia series – it was a very busy summer for us. I had a good week off at home and I feel fresh heading into these next four matches."
Kent come north having lost by five wickets to Gloucestershire in their opener, when Durham were without a match.


text:
/ Cory Doctorow / 1:29 am Sun Dec 29, 2019
Donald Knuth's Christmas pi surprise
Jon Cog writes, "For Christmas, mathematician Donald Knuth shared some great geeky fun. He revealed how for the last 57 years, he's been incorporating the digits of pi into the exercises of his computer programming books -- a whopping 1,700 times. And before long his annual 'Christmas Tree' lecture 'had turned into a kind of intellectual funhouse,' sharing other mind-boggling pi-related miscellanies."
For example, one author wrote an entire book where each word has exactly the number of letters as its corresponding digit in pi. (Soon that book devolves into some bizarre poetry, a science-fiction screenplay called the Zompyr Chronicle, and then a crossword puzzle.) Knuth himself also created a Sudoku puzzle in which the filled-in 'clue' numbers are, in order, the first 32 digits of pi. Other mathematicians have worked the digits of pi into even more exotic KenKen, Kakuro, and Hidato puzzles. And pi even managed to work its way into the solution of one puzzle that was entirely visual, involving only lines that connect the dots on a grid.
The puzzle-maker had designed the puzzle so that the line connecting all the dots drew a lovely and unmistakable picture -- of the mathematical symbol for pi.
And after revealing it to his astonished audience, Knuth shouted out 'Merry Christmas!'
Donald Knuth's 2019 'Christmas Tree Lecture' Explores Pi in 'The Art of Computer Programming' [David Cassel/The New Stack]
(Thanks, Jon Cog!)
christmas / don knuth / happy mutants / math / pi / videos
The Picard sweater
Chicago's Volante (previously) bills itself as "streetwear for superheroes," and I love their clothes. They've just released an addition to their existing canon of Star Trek-themed, cosplay-adjacent clothes: the Picard Sweater, a stretchy knit tribute to Jean-Luc himself, the perfect thing to wear while you're watching Wil Wheaton host "The Ready Room," which airs after […]
McMansion Hell awards its annual prize for the best gingerbread McMansion!
Last year, McMansion Hell (previously) inaugurated its annual gingerbread McMansion competition, inviting America's bakers to challenge themselves to build the largest, most ostentatious, most ill-conceived McMansion in gingerbread form.
Art installation uses science to age e-waste in geological time
Nathaniel Stern writes, "The World After Us: Imaging techno-aesthetic futures (Flickr set) is an art exhibition that asks, 'What will — and what can — happen to our gadgets over geological time?' For the last few years, I have been working scientists to artificially age phones and computers in different ways, growing plants and fungi […]


text:
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'Fame' and 'Flashdance' Singer Irene Cara Dies at 63
Dan Clarendon November 26, 2022
Warner Bros./Courtesy: Everett Collection
Irene Cara, the pop star behind the soundtrack hits "Fame" and "Flashdance… What a Feeling," has died. The singer and actor was 63.
"It is with profound sadness that on behalf of her family I announce the passing of Irene Cara," Judith A. Moose, Cara's publicist, wrote in a Twitter message early on Saturday, November 26. "The Academy Award-winning actress, singer, songwriter, and producer passed away in her Florida home. Her cause of death is currently unknown and will be released when information is available. Irene's family has requested privacy as they process their grief. She was a beautifully gifted soul whose legacy will live forever through her music and films. Funeral services are pending and a memorial for her fans will be planned at a future date."
Alongside that statement, Moose wrote, "This is the absolute worst part of being a publicist. I can't believe I've had to write this, let alone release the news. Please share your thoughts and memories of Irene. I'll be reading each and every one of them and know she'll be smiling from heaven. She adored her fans."
Born Irene Cara Escalera, the Bronx native starred on the PBS educational series The Electric Company as a child and appeared on Broadway as a teen and young adult, performing in productions of Maggie Flynn, The Me Nobody Knows, Via Galactica, and Got Tu Go Disco.
Cara hit the big time with her starring role in the 1980 musical film Fame, in which she played Coco Hernandez and performed the title track and the songs "Out Here on My Own" and "Hot Lunch Jam." Her work in the film and its soundtrack earned Cara a Golden Globe nomination and two Grammy nominations.
'Dallas' Star Roseanna Christiansen Dies at 71
In 1983, Cara returned to the charts with "Flashdance… What a Feeling," the title track to the film Flashdance and a song she co-wrote with Giorgio Moroder and Keith Forsey. The track stayed at No. 1 on the Billboard Hot 100 for six weeks and earned Cara an Academy Award, a Golden Globe, and two Grammys.
In another tweet on Saturday, Moose wrote that Cara was working on "amazing projects that would have made her and her fans incredibly happy" at the time of her death.
"Her manager and I will finish them," the publicist added. "She'd want that."
Fame (1980) where to stream
Flashdance where to stream
Sneak Peek at Lucy in Action as Agent Afloat on 'NCIS: Hawai'i'
Amy Robach & T.J. Holmes Officially Out at ABC News Following Reveal of Affair
'Fire Country' Stars Explain Why This Isn't 'Your Typical Firefighting Show' (VIDEO)
Jay Leno Breaks Ribs & Collarbone in Motorcycle Accident
Apple's Funny-Sad 'Shrinking,' Comedy Star Power (Eddie Murphy, Jennifer Lopez) in Streaming Movies, Roots in Residency, Figure Skating on NBC
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text:
Court awards lawyer N20m against Nigeria Police
Posted by News Express | 16 February 2017 | 2,423 times
Scale of Justice
An Owerri High Court on Wednesday awarded N20 million as damage against the Nigeria Police for assaulting an Owerri-based lawyer, Chukwuemeka Amaghiro, in 2016.
In his judgment, Justice K.A, Orjiako, said the respondents were found guilty of gross violation of the applicant's fundamental human right.
Amaghiro had in 2016 filed a suit of violation of his fundamental human right against the Police Service Commission, Nigerian Police Force, Commissioner of Police in Imo State and the OC D8 SARS Investigative Police Officer, Bassey Ikpa, for assaulting him in 2016.
Orjiako further held that all evidence before him proved that the lawyer's fundamental right was grossly violated.
He said he decided to award the damage considering the reputation of the person assaulted and the provision of the law on human right violation.
The further advised the police to always respect human right while discharging their duties.
Amaghiro and Emeka Iwuchukwu were allegedly assaulted by some police officers when they visited their client, Keziah Nwoha, who was under police detention in 2016.
Iwuchukwu, who was equally assaulted on the same issue was awarded N10 million as damage in Dec. 6, 2016 in an Owerri High Court presided by Justice E.F Njemanze.
The counsel to the applicant, Mr Soronnadi Njoku, told NAN that his clients decided to approach the court due to how they were manhandled by police officers on the instigation of the OC SARS D10, Mr Emenike.
He said the two lawyers visited the police to find out why their client was arrested and detained as her case was still pending in court.
"When the lawyers got to the police, the Investigating Police Officer, Mr Bassey Ikpa, became hostile on the two lawyers.
"The lawyers became helpless and decided to approach his superior, who directed the officers to deal with them."
He said he would enforce the two judgments simultaneously to ensure that the damage awarded to the applicants was paid.
All the respondents and their lawyers were absent during the judgment. (NAN)
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The Broadcast TV and Film industry demand high quality, high-resolution lenses and optical systems to transmit images. Resolve Optics Ltd has considerable experience of developing lenses and optical systems for use in TV, high definition TV, film and video applications. For over 20 years Resolve Optics Ltd. has developed advanced field lenses and optical systems that have enabled its customers to achieve unsurpassed image performance. Notable developments have included the industries smallest 3:1 optical tracking zoom lens for use with 3 chip broadcast cameras and a 0.5x wide-angle adapter which provided a true 0.5x high resolution image with minimal distortion throughout its zoom range.
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Like many of us, Dorian struggles every morning to get out of bed and go to work. But not for the reason you think. Dorian is over 100 years old working at the Magnolia Life Assurance Company. His bosses ask him to find data and information on the life expectancy of everyone in his city. The probability of dying is generally low but Dorian notices an odd spike in deaths recently. Why is that? This story discusses the growth rate of populations as birth and death rates both shrink.
Katie was assigned to research a man who has mysteriously been living since 1894. Instead of doing that, she falls in love with him, not caring that he is way too old for her. She wants him to finally say the three magical words but there's catch: Rick does not speak. In fact, he hasn't spoken in sixty years but why not? This short story explores life tables and the expected value of an annuity.
Twelve years ago, Amos's mother Bonita died in a nursing home. Now, Amos has reached success in his career as an actuary but that comes with a price. A mysterious death in his office leads Amos to pick up where his co-worker left off. Amos discovers a huge secret which caused his co-worker to be killed. Through the use of data analysis and his knowledge of sampling distributions, Amos must figure out why Baby Boomers are suddenly dying and try not to get killed in the process.
In this story from the Journal of Humanistic Mathematics (Volume 7, Issue 1, January 2017), a card sharp known as "Lady Jane" attempts to swindle a statistician visiting Las Vegas for a conference. The plot twists and turns as the statistician finally turns the tables on Lady Jane because of her knowledge of the Monty Hall Problem and Bayes' Theorem.
The Probability Models Game at Distributome.org asks students to choose the correct probability model to match applied scenarios. Each row of a table corresponds to a different problem description while each column corresponds to a different probability distribution. The challenge is to find the matching rows and columns in the minimal time.


text:
Q: Error Code: 1264. Out of range value for column I'm trying to get my code to work and just from the first line I'm inserting I get an error. I've already changed the value of the phone number's to varchar, but this error still remains.
This is my code:
CREATE SCHEMA IF NOT EXISTS `mydb` DEFAULT CHARACTER SET utf8 ;
USE `mydb` ;

CREATE TABLE IF NOT EXISTS `mydb`.`Customer` (
`Customer_ID` INT NOT NULL,
`Customer_F_Name` VARCHAR(45) NOT NULL,
`Customer_L_Name` VARCHAR(45) NOT NULL,
`Customer_Address` VARCHAR(45) NOT NULL,
`Customer_DOB` DATE NOT NULL,
`Customer_H_Phone` VARCHAR(20) NOT NULL,
`Customer_W_Phone` VARCHAR(20) NOT NULL,
`Customer_Type` VARCHAR(45) NOT NULL,
`Customer_Sponsor_ID` INT NULL,
PRIMARY KEY (`Customer_ID`),
INDEX `fk_Customer_Customer1_idx` (`Customer_Sponsor_ID` ASC),
CONSTRAINT `fk_Customer_Customer1`
FOREIGN KEY (`Customer_Sponsor_ID`)
REFERENCES `mydb`.`Customer` (`Customer_ID`)
ON DELETE NO ACTION
ON UPDATE NO ACTION)
ENGINE = InnoDB;

INSERT INTO `Customer` (`Customer_ID`, `Customer_F_Name`, `Customer_L_Name`,
`Customer_Address`, `Customer_DOB`, `Customer_H_Phone`, `Customer_W_Phone`,
`Customer_Type`, `Customer_Sponsor_ID`) VALUES
(1, 'Nicole', 'Gilbert', '8295 Golden Leaf Alley',
'1992-03-28', '5744813109', '1646648129', 'Student', NULL);

And then when I just insert the first line of data this is the error I get:
INSERT INTO `Customer` (`Customer_ID`, `Customer_F_Name`,   `Customer_L_Name`,
`Customer_Address`, `Customer_DOB`, `Customer_H_Phone`, `Customer_W_Phone`,
`Customer_Type`, `Customer_Sponsor_ID`) VALUES
(1, 'Nicole', 'Gilbert', '8295 Golden Leaf Alley',
 '1992-03-28', '5744813109', '1646648129', 'Student', NULL)
Error Code: 1264. Out of range value for column
'Customer_H_Phone' at row 1

Thank you!


text:
package v1beta1

type AccessContextManagerAccessLevelExpansion interface{}

type AccessContextManagerAccessPolicyExpansion interface{}

type AccessContextManagerServicePerimeterExpansion interface{}

redpajama_set_name: RedPajamaGithub


A run-in between Liberal Democrat conference delegates and local Guardian readers in Brighton has left two people sad and dozens very upset. Local juggler Adrian Newmanly was rushed to a local alternative healthcare centre and is said to be fighting for his short-term happiness.
The incident is believed to have started when a female delegate was walking along the seafront with her head in her hands when she strayed onto one of Brighton's most notorious passive-aggressive hotspots: the beachfront cycle path. She was then almost struck by a Guardian reader on a recumbent bicycle.
Nick Clegg has pledged to apologise to the cyclist at some point in the future.


LIVERPOOL have struck an £80million shirt sponsorship deal which will loosen the tight grip on manager Rafa Benitez's spending.
The club will announce this week that their 17-year relationship with Carlsberg is to end next summer but London-based bank Standard Chartered will take over with a new four-year deal worth £80m.
Liverpool have more than doubled their present shirt deal with a fi gure on a par with Manchester United's new agreement with Aon Corp.
More importantly it will give manager Benitez more muscle in the transfer market.
The Spaniard – under pressure to deliver Liverpool their first league title since 1990 – was at loggerheads with the owners during the summer when it became known that despite bringing in £30m through Xabi Alonso's sale to Real Madrid, he was restricted in his buying.
A £20m investment in Roma's Alberto Aquilani just about exhausted the budget as Gillett and Hicks tightened the belt.


Above, Shaquille O'Neal, one of the most dominant centers in history, and Karl-Anthony Towns, one of the NBA's Rising Stars at the Center position.
From Centers like Bill Russell to Wilt Chamberlin and Kareem and then Hakeem Olajuwon and Shaquille O'Neal, there have always been dominating big men in the paint. All 5 of those players I just mentioned brought fear into the eyes of their opponents from single handedly dominating the paint and post, crashing the boards heavily, and rejecting every shot possible.
As I watch today's NBA, I have seen the Center position evolve. The position has become tall, athletic, and shooting big men who help run the fast break and rebound the ball well. Two great examples of this new type of Center live within DeMarcus "Boogie" Cousins and Karl-Anthony Towns. These guys not only are double-double machines but, can shoot from all spots on the floor and even extend their shot to the three point line, something we never saw in players like Shaq and Wilt. With this ability the "new center" as I call it, has evolved not only the position but the game of basketball itself. With not only the ability put their back to the basket and score, they can shoot from all over, which spaces the floor from all five positions making it extremely tough to defend.
Pictured above, 8-time NBA All Star Dwight Howard will be playing for the Charlotte Hornets this upcoming NBA season.
For example, when playing the Timberwolves this upcoming year it will be a challenge to cover them defensively. With the additions of Jimmy Butler and Jeff Teague along with growing superstar center Karl-Anthony Towns and the coming along of Andrew Wiggins, teams won't be able to double team any one or make the risky play because everyone on the squad can shoot lights out. Also, the New Orleans Pelicans have two shooting big men in Anthony Davis and DeMarcus Cousins. Having both of those guys who can dominate the paint and shoot from all over, spaces the floor incredibly well and allows them to dominate other teams in that respective area.
Although, there still are those centers who dominate the paint better than anyone such as Andre Drummond, DeAndre Jordan, and Rudy Gobert. You can rely on these guys to crash the boards better than anyone and protect the rim with power but understand that player is limited offensively. Jordan and Drummond are two guys who struggle not only shooting the basketball from mid-range but also shooting from the free throw line. They both posted the 2 worst free throw percentages in the ENTIRE league with Drummond posting a .386% from the line and Jordan slightly above him at .482%. That center is dying out in this today's NBA as teams rely not only on paint dominance but shooting and converting at the free throw strike. To use Karl-Anthony Towns and Nikola Jokic as examples, these two guys shoot great percentages from the line posting 2nd and 3rd among Centers respectively. KAT posted a .832% from the line placing him 2nd and Jokic posted a .825% mark at the strike. This not only raises their PPG average but also could be the difference in a late game situation where you count on a center to knock down two free throws to seal the victory.
The new breed of Centers also have strong playmaking abilities. They are so athletic and have very high basketball IQs and have acquired the ability to dish to open teammates from the perimeter like a guard and to also do it with their back to the basket in the post. Jokic and Cousins are among the top passing centers in the league. Jokic posted 4.9APG last season ranking him 2nd among Centers and Boogie dished out 4.6APG ranking him 3rd behind Jokic and Al Horford (5.0APG). Guys like Shaq and Hakeem had a career assists per game average of 2.5. Some guards and Small Forwards in the league do not even post assist numbers like that and having that ability is unbelievable for a team to have.
Centers have become more agile, better shooters, and outstanding playmakers than ever before. With the emergence of young stars such as Karl-Anthony Towns, DeMarcus Cousins, Nikola Jokic, Kristaps Porzingis, Joel Embiid, Anthony Davis and more, the big men in the NBA are making that transition and evolution from the big time dunking and rebounding players to this new faceup, three point shooting, playmaking and finesse stars you see in the game today. The old Center is dead and the new Center has been born. The game has changed and I am excited about it.


text:
\section{Introduction}

          We have been working on a
non-perturbative approach to combine real time and finite
Temperature for the full quantized theory. This is crucial
for the study of systems with tunneling at intermediate temperatures.

  We choose to work directly with projectors onto initial and
final states, given that the system at finite $T$ is
described by the density matrix $\rho$. This method gives a direct
probability interpretation for going from states where some
degrees of freedom have some values at time $0$, to some other
values at time $t$ (in the presence of the thermal bath produced
by all the degrees of freedom). This procedure is physically
appealing as it multiplies probabilities to be in quantum states
(given by $\rho$) by the probabilities to go from these states
(projected onto some states for the subsystem) to some states
at later time.  This contrasts with the usual    $< \exp(- \beta H) \ [Q(t)-Q(0)]^2 >$
to estimate time correlations \cite{Smit}, where the Operator to measure
is positive by construction but one has the problem
that it is hard to interpret as a transition probability.

 The  probabilities to find the system in some configuration
can be written in a simple way
in terms of the path integral formulation in "complex" time.
  We have been able to solve several systems
like the h.osc., the double well, $(1-\cos x)$ potential or the
interesting case of a ring of $N$ coupled oscillators, with the
aim of the field theory case with vacuum tunneling.

\section{Finite time formalism}

   Usually, at finite $T=1/\beta$, one just takes the trace over Euclidean time
$\beta$ to calculate expectation values. For time correlations we will
need  a path in the complex time plane of the shape:
$\ (0,0) \rightarrow (t,-\epsilon) \rightarrow (0,-2\epsilon) \rightarrow (0,-\beta) $.\\
  We will combine finite $T$ and real $t$ non-perturbatively, by inserting
suitable operators at the points $(0,0)$, $(t,-\epsilon)$ and $(0,-2\epsilon)$.
With a similar path Semenoff,
Niemi, Weiss and others\cite{Seme} deduced  Feynman perturbation rules.

  To fix ideas, let us ask for the probability that if the first particle
(of a system of $N$ interacting  quantum particles) is located close to $x_1$
at $t=0$, it will be close to $y_1$ at time $t$,  the system being at
$T = 1/\beta$.
  We will see that this is given by:
$$
P(x_1,y_1)\!=\! \! {\int}\! dx_{2}..  dx'_{2}.. dy_{2}..
\ G_{t}(x_{1},x_{2},..;y_{1},y_{2},..)
$$
\begin{equation}
 \cdot \ G^{-1}_{t}(y_{1},y_{2},..;x_{1},x'_{2},..)
 \ G_{\beta}(x_{1},x'_{2},..;x_{1},x_{2},..)
\end{equation}
  In order to deduce  this equation, we start from the knowledge that for
$t=0$ the system is in a {\sl mixed state}, described by the density matrix:
\begin{equation}
            \rho = \exp(-\beta H) = \sum_n  \exp(-\beta E_n) |n> <n|
\end{equation}
with the additional condition that the first degree of freedom be
at $x_1$, which is obtained by applying the projector
$ P_{x_1}:= |x_1><x_1| *  1\!{\rm I} _{ 2,..N} \ \ $
 on both sides
of $\rho$.  So, for $t=0$ we describe the system by
$P_{x_1}\rho P_{x_1}$.
This operator evolves as usual,
$ U^+_t ( P_{x_1} \rho P_{x_1} ) U_t$ , with $ U_t = \exp(-i H t)$ .

We measure again at a time $t$, with a position $y_1$ for the first
particle.  The probability is then:
\begin{equation}
   P_t^{\beta} (x_1,y_1) = \frac{1}{\rm Norm.} Tr[ P_{y_1} U^+_t ( P_{x_1} \rho P_{x_1} ) U_t ]
\end{equation}
where we have discarded one of the  $P_{y_1}$  due to the cyclicity of
the trace.
  Note that we have to take a small window around $x_1$  as otherwise we
would measure the position with infinite precision implying total delocalization
afterwards (we can see this effect numerically, in that the $P(x_1,y_1)$ goes to a
constant in $y_1$ for very small windows). This can be done easily by defining the
projector on a window around the coordinate $x_1$:
$\int_{x_1-a}^{x_1+a} dx_1 |x_1><x_1| \ $,
which still has $P_{x_1}^2 = P_{x_1}$.
The Normalization can be taken so that the integration over $y_1$ in Eq.(3) is one,
corresponding to the assumption that the particle {\em is} in the window $[x_1-a, x_1+a]$,
or with $Z$, in which case we include the a priori probability to be in that window.
In both cases the integrated $P$ is $t$-independent.

  Notice that  classically $\hat{P}_{x_1}$ can be commuted with $\hat{\rho}$
so that Eq.(3) would resemble a time
correlation among projectors at finite $\beta$, but in the quantum case this
ordering gives a probability interpretation, while neglecting one of
the $P_{x_1}$ one is mixing amplitudes
for different states in the thermal mixture, which one should not do...

   We can recast  Eq.(3)  to show that it corresponds to the sum of
probabilities to be in states $ |n> $ with position $ x_1$ for one of the degrees
of freedom by the probability to have gone to $ y_1 $ in  time $ t $ :
\begin{eqnarray}
P(x_1,y_1) = \int_{i=2,..,n} \! \! dy_i \sum_n \exp(-\beta E_n)   \nonumber \\
\ \ \cdot \ \ |\int_{i=2,..,n} \! \! dx_i  G_t(y_1,y_i;x_i,x_i) \psi_n (x_1,x_i)|^2
\end{eqnarray}
($G_t(x;y):=<y|U_t|x>$ is the Green function and $\psi_n (x)$ a wave function) as we wanted to prove.

Technically it is convenient to rewrite Eq.(3) as
$$
P(x_1,y_1)=\int_{i=2,..,n} \!  \! \!  \! \! \! dx_i dx'_i dy_i <x_1,x_i|\rho |x_1,x'_i>
$$
\begin{equation}
\ \ \ \ \cdot <x_1,x'_i|U^+_t|y_1,y_i><y_1,y_i|U_t |x_1,x_i>,
\end{equation}
a product of three Green functions as announced in Eq.(1).
The point is that each of these Green functions can be calculated
with the method of multiplying the transfer matrix for infinitesimal "$dt$" by
itself n times to obtain times $ t=dt*(2^n)$. This method works even for
real $t$
as we showed in our work with Dullweber and Hilf \cite{Mend}. Alternatively, one
can implement a Fast Fourier Transform method \cite{Onof} to calculate the
short time propagator and  iterate for longer times. Both of these
methods get improved nicely when introducing a small imaginary time
$i \epsilon$ in the time propagation, as then the propagators are
well behaved at large distances (suppressing the fast oscillations).
  With this $ i \epsilon$ we have even been able to use normal
Monte Carlo methods in real time, as now there is some weighting
in the sampling, obtaining satisfactory results.
  The generalization to a
field theory seems immediate, but technically it will be hard to
implement even on coarse lattices due to the number of degrees of freedom.
\section{Solved models}
  We have tested these methods for the systems:

a) for a free particle, the probability to find the particle at some
distance $|y_1-x_1|$ away has a near to gaussian shape, getting broader with
time. As we higher the  $T$, the dispersion grows faster.

b) for the harmonic oscillator,as shown in fig.1, from the original
window $-.75 \pm .5$ for $t=0$, it
oscillates with semiclassical frequency maintaining
its coherence (as known for h.osc.). With higher $T$ the packet
is broader but stays coherent.

\begin{figure}[hb]
\vspace{-6mm}
\hspace{-6mm}
\epsfxsize=80mm
\epsffile{picharm.ps}
\vspace{-10mm}
\caption{Probability  to be at $y$ for an h.osc. for times $t \approx$
$0$, $\pi/2$ and $\pi$, at low and high $T$.}
\end{figure}

\begin{figure}[t]
\hspace{-6mm}
\epsfxsize=80mm
\epsffile{picdw.ps}
\vspace{-10mm}
\caption{Probability  to be at $y$ for a double well for $t$ $\approx$
$0$, $.3$ and $1.$ of tunneling time, for two $T$.}
\vspace{-4mm}
\end{figure}
c) the double-well potential shown in fig.2,
 where the original packet placed at one
side disperses through tunneling to the other minima. At higher
$T$ the probability to be in the other minima increases, as expected.
 We are also studying the $(1-cos(x))^n$ potentials with multiple minima
to see the dispersion with $t$.
 This case is relevant, as similar tunneling via instantons in the
field theory model is thought to produce the anomaly responsible for
baryon  asymmetry in the universe.

d) The most interesting case that we have been able to solve, is the
N particle chain of coupled oscillators in a circle, with transversal
oscillation. This is the first genuine finite temperature system that
we treated in the sense that the Temperature can be dynamically generated
by the system in a self consistent way (in contrast with an external
given heat bath).

We have been able to solve this model "almost" analytically by going to
normal modes, $x_i \rightarrow X_s$. In these new coordinates the Hamiltonian
is separable and the N-particle Green function is just
$$
<X_1,.,X_N;t|X'_{1},.,X'_{N};0>= \! \! {\small \prod_{s=1}^N} \! \!
<X_s;t|X'_s;0> \! \! .
$$
The transformation  being linear and with Jacobian $1$,
the Green's function in the original $x_i$ is simply
equal to the new one, with $X_s=X_s(x_i)$.

 As the  integrations in Eq.(1) have to be done numerically
we have been able to solve for up to $N=4$ particles.
 The probability distribution is again some Gaussian-like curve that gets
broader with time (the zero mode corresponding to a collective
movement of the circle of strings is allowed and so the center
of mass of the system disperses as usual in QM). As we increase the tempera-
ture the coordinate $x_1$ disperses much faster due to the momentum transfer
from the other oscillators. It would be interesting in the future to study
to which extent we have reached the thermodynamic limit in the sense that
if we have a very large circle of $N$ oscillators the probability to find the
first in some position after some time, should converge to some limit which
should not change when we go to $N+1$ oscillators.\\
\vspace{-2mm}
\section{Conclusions}
  We have been able to combine non perturbatively real time and finite
Temperature in first quantization.
 It can be seen as the product of three Green functions in the complex
time plane. The "matrix iteration" and the FFT methods
work well in calculating the real time path integral, improving
convergence with a small $i \epsilon$.

 There are several interesting problems that seem shortly doable, like
the ammonia molecule or several spin models (easy due to discrete field values).
 Our ultimate aim is to find a way to treat the field theory case of tunneling
with instantons in real time and finite $T$, which is in principle
doable with these methods but will be hard to implement due
to the number of degrees of freedom.

 We thank L. Polley for useful discussions and the RRZN in Hannover for
supercomputer time.

redpajama_set_name: RedPajamaArXiv


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text:
The Market for Oval-Shaped Diamonds Heats Up
Jodi Hudson December 4, 2019 No Comments
Now may mark the best time to sell your oval-shaped diamonds. A diamond's shape profoundly impacts its value on the secondary market. Shoppers tend to favor different diamond shapes based on current tastes and trends. Popular shapes are far easier to resell. Consequently, secondary buyers will pay more for popular shapes over unpopular styles. As a result, buyers typically remain most eager to buy round diamonds, due to their perpetual demand. Traditionally, round cut diamonds have remained the most popular diamond shape on the market. An estimated 75% of all diamonds sold throughout history have featured round shapes. In 2016, round brilliant cut diamonds made up almost 57% of all diamonds sold nationwide according to Town & Country magazine
However, demand for other diamond shapes will fluctuate more noticeably. Popularity for shapes like cushions, ovals, marquises, emeralds, asschers, pears, radiants and princess cuts ebbs and flows over time. Consequently, buyers will generally pay less for these diamonds compared to comparable round brilliant diamonds, as they remain less reliably buys. However, the market for ovals is heating up. Two Birch recently reported a surge in oval-shaped diamond engagement ring sales. As brides increasingly opt for oval-shaped diamonds, demand for this shape will continue to increase. This increased demand means that secondary buyers will pay more for oval shapes compared to other fancy shapes. This means that there has never been a better time to sell your unwanted oval-shaped diamond.
History of the Oval-Shaped Diamond
Jewelers have cut diamonds into ovular shapes for centuries. The oval faceting style was introduced around the 1700s. Many of the world's most celebrated crown jewels feature oval shapes.
In 1666, Margarita Teresa of Spain married into the House of Hapsburg. Her father King Phillip IV of Spain famously included an exquisite deep blue 31.06ct diamond in her dowry. The diamond became a key feature in the Barvarian crown jewels in 1806. Bavaria's first king, Maximillian IV Joesph von Wittelsbach's coronation crown prominently featured the diamond. In 1951, the Wittelsbach family sold the diamond. During the subsequent decades the Wittelsbach-Graff Diamond, jewelers have recut the diamond twice. In 2011, The former emir of Qatar, Hamad bin Khalifa, acquired the diamond for over $80 million dollars.
Likewise, the British Crown Jewels also famously include oval-shaped diamond. In 1850, Queen Victoria received the world-famous 105.60ct Koh-i-Noor. The diamond had been owned by rulers throughout Persia and India. However, the piece made its way to England during the 19th century. Queen Victoria wore the piece as a brooch until her death. Since Queen Victoria's death, the diamond has been passed down through the royal family. In 1902, Queen Alexandra wore a crown with the diamond for her coronation officially inculcating the diamond in Britain's crown jewels. Today, the diamond is set in Queen Elizabeth II's crown.
Today's oval shape dates back to 1957. The modern cut featured a higher number of facets and offered more sparkle than previous ovular cuts. This modern oval-shaped diamond has seen a dramatic lift in popularity recently. In 2019, an increasing number of celebrities have opted to tie the knot with oval engagement rings, from Bindi Irwin to Hailey Baldwin. Demand for the shape increased again between 1998 and 2001. However, demand also surged in recent years.
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text:
#include "Firestore/core/src/core/event_manager.h"

#include <memory>
#include <utility>
#include <vector>

#include "Firestore/core/src/core/query_listener.h"
#include "Firestore/core/src/core/sync_engine.h"
#include "Firestore/core/src/core/view_snapshot.h"
#include "Firestore/core/src/model/document_key_set.h"
#include "Firestore/core/src/model/document_set.h"
#include "Firestore/core/src/model/types.h"
#include "Firestore/core/src/util/statusor.h"
#include "Firestore/core/test/unit/testutil/testutil.h"
#include "gmock/gmock.h"
#include "gtest/gtest.h"

namespace firebase {
namespace firestore {
namespace core {
namespace {

using model::DocumentKeySet;
using model::DocumentSet;
using model::OnlineState;
using testing::_;
using testing::ElementsAre;
using testing::StrictMock;
using testutil::Query;
using util::StatusOr;
using util::StatusOrCallback;

ViewSnapshotListener NoopViewSnapshotHandler() {
  return EventListener<ViewSnapshot>::Create(
      [](const StatusOr<ViewSnapshot>&) {});
}

std::shared_ptr<QueryListener> NoopQueryListener(core::Query query) {
  return QueryListener::Create(std::move(query),
                               ListenOptions::DefaultOptions(),
                               NoopViewSnapshotHandler());
}

class MockEventSource : public core::QueryEventSource {
 public:
  MOCK_METHOD1(SetCallback, void(core::SyncEngineCallback*));
  MOCK_METHOD1(Listen, model::TargetId(core::Query));
  MOCK_METHOD1(StopListening, void(const core::Query&));
};

TEST(EventManagerTest, HandlesManyListnersPerQuery) {
  core::Query query = Query("foo/bar");
  auto listener1 = NoopQueryListener(query);
  auto listener2 = NoopQueryListener(query);

  StrictMock<MockEventSource> mock_event_source;
  EXPECT_CALL(mock_event_source, SetCallback(_));
  EventManager event_manager(&mock_event_source);

  EXPECT_CALL(mock_event_source, Listen(query));
  event_manager.AddQueryListener(listener1);

  // Expecting no activity from mock_event_source.
  event_manager.AddQueryListener(listener2);
  event_manager.RemoveQueryListener(listener2);

  EXPECT_CALL(mock_event_source, StopListening(query));
  event_manager.RemoveQueryListener(listener1);
}

TEST(EventManagerTest, HandlesUnlistenOnUnknownListenerGracefully) {
  core::Query query = Query("foo/bar");
  auto listener = NoopQueryListener(query);

  MockEventSource mock_event_source;
  EventManager event_manager(&mock_event_source);

  EXPECT_CALL(mock_event_source, StopListening(_)).Times(0);
  event_manager.RemoveQueryListener(listener);
}

ViewSnapshot make_empty_view_snapshot(const core::Query& query) {
  DocumentSet empty_docs{query.Comparator()};
  // sync_state_changed has to be `true` to prevent an assertion about a
  // meaningless view snapshot.
  return ViewSnapshot{query,
                      empty_docs,
                      empty_docs,
                      {},
                      DocumentKeySet{},
                      false,
                      /*sync_state_changed=*/true,
                      false,
                      /*has_cached_results=*/false};
}

TEST(EventManagerTest, NotifiesListenersInTheRightOrder) {
  core::Query query1 = Query("foo/bar");
  core::Query query2 = Query("bar/baz");
  std::vector<std::string> event_order;

  auto listener1 = QueryListener::Create(query1, [&](StatusOr<ViewSnapshot>) {
    event_order.push_back("listener1");
  });
  auto listener2 = QueryListener::Create(query2, [&](StatusOr<ViewSnapshot>) {
    event_order.push_back("listener2");
  });
  auto listener3 = QueryListener::Create(query1, [&](StatusOr<ViewSnapshot>) {
    event_order.push_back("listener3");
  });

  MockEventSource mock_event_source;
  EventManager event_manager(&mock_event_source);

  EXPECT_CALL(mock_event_source, Listen(query1));
  event_manager.AddQueryListener(listener1);

  EXPECT_CALL(mock_event_source, Listen(query2));
  event_manager.AddQueryListener(listener2);

  event_manager.AddQueryListener(listener3);

  ViewSnapshot snapshot1 = make_empty_view_snapshot(query1);
  ViewSnapshot snapshot2 = make_empty_view_snapshot(query2);
  event_manager.OnViewSnapshots({snapshot1, snapshot2});

  ASSERT_THAT(event_order, ElementsAre("listener1", "listener3", "listener2"));
}

TEST(EventManagerTest, WillForwardOnlineStateChanges) {
  core::Query query = Query("foo/bar");

  class FakeQueryListener : public QueryListener {
   public:
    explicit FakeQueryListener(core::Query query)
        : QueryListener(std::move(query),
                        ListenOptions::DefaultOptions(),
                        NoopViewSnapshotHandler()) {
    }

    bool OnOnlineStateChanged(OnlineState online_state) override {
      events.push_back(online_state);
      return false;
    }

    std::vector<OnlineState> events;
  };

  auto fake_listener = std::make_shared<FakeQueryListener>(query);

  MockEventSource mock_event_source;
  EventManager event_manager(&mock_event_source);

  event_manager.AddQueryListener(fake_listener);
  ASSERT_THAT(fake_listener->events, ElementsAre(OnlineState::Unknown));

  event_manager.HandleOnlineStateChange(OnlineState::Online);
  ASSERT_THAT(fake_listener->events,
              ElementsAre(OnlineState::Unknown, OnlineState::Online));
}

}  // namespace
}  // namespace core
}  // namespace firestore
}  // namespace firebase


text:
Rudolf Haas (* 26. Juni 1901 in Mannheim; † 18. Oktober 1987 in Heidelberg) war ein deutscher Fabrikant und Heimatforscher.

Haas machte 1919 sein Abitur am Gymnasium Mannheim. Von 1919 bis 1923 studierte er Rechtswissenschaften an den Universitäten Freiburg, Kiel und München. 1923 promovierte er an der rechtswissenschaftlichen Fakultät der Universität Freiburg. 1924 trat er eine Stelle in der Zellstofffabrik Waldhof in Mannheim an. 1938 wurde er dort stellvertretendes Vorstandsmitglied und 1957 ordentliches Vorstandsmitglied. 1966 setzte er sich zur Ruhe. Von 1924 bis 1982 war Haas Vorstandsmitglied des Altertumsvereins Mannheim und von 1970 bis 1977 dessen Vorsitzender. 1972 erhielt Haas die Schillerplakette der Stadt Mannheim und 1981 den Ehrenring der Stadt Mannheim.

Rudolf Haas war der Sohn des  gleichnamigen Fabrikanten (1836–1897) der Zellstofffabrik Mannheim. Rudolf Haas war verheiratet und hatte vier Kinder, einen Sohn und drei Töchter.

Werke
 1967: Die Pfalz am Rhein : 2000 Jahre Landes-, Kultur- u. Wirtschaftsgeschichte, Eigenverlag
 1970: Die Entwicklung des Bankwesens im deutschen Oberrheingebiet : Zur 100. Wiederkehr d. Gründungstags d. Rhein. Creditbank Mannheim am 15. Juni 1970, Eigenverlag
 1974:	Die Prägungen der Mannheimer Münzstätten : ca. 1390, 1608 – 1610, 1735 – 1826, Bibliografisches Institut, ISBN 978-3-411-01474-3
 1976: Stephanie Napoleon : Grossherzogin von Baden ; e. Leben zwischen Frankreich u. Deutschland 1789 – 1860, Südwestdeutsche Verlagsanstalt, ISBN 978-3-87804-038-5; 4 Auflagen bis 1984

Weblinks

 Haas, Rudolf, LEO-BW

Heimatforscher (Baden-Württemberg)
Unternehmer (Mannheim)
Deutscher
Geboren 1901
Gestorben 1987
Mann


text:
Maliq bezeichnet:

 Maliq (Albanien), Stadt in Albanien

Maliq ist der Name von:
 Maliq Bushati (1880–1946), albanischer Ministerpräsident
 Maliq (Sänger) (* 1980), deutscher R&B-Sänger
 Behar Maliqi (* 1986), Fußballspieler


Join the NAAAP Detroit's Member and guests for an exciting Meet the Member Evening!
Join our Members and guests for an evening of networking to meet your fellow members and participate in our 'Circle of Friends' to get to know each other better.
Come and enjoy drinks and delicious appetizers while making new business and professional connections.


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Fellow:Nick Capaldini
From University Innovation Fellows
(Redirected from Nick Capaldini)
Serving as UIF Since: Fall 2015
School: University of Oregon
What he does now: Hatch Fellow: National Security Innovation Network Austin, TX
What that means: Using start-up tools and tactics to design new technology that is both profitable and improves national security.
Contact him about: Design, Creative Strategy, Teamwork, Education, Hack-a-thons, Business Competitions, Sports Technology, Defense Technology.
Email: nickcapaldini@gmail.com
Nick earned a B.A. in Product Design from the University of Oregon in 2018. Since graduating he has transitioned from designing sports technology in Eugene, Oregon to designing defense technology in Austin, Texas. He is currently conducting research and development into new forms of drone detection technology as a Fellow for the National Security Innovation Network.
Nick joined the University Innovation Fellows program at the University of Oregon so that he could use his passion for innovation to make a positive impact on his campus. Through becoming a Fellow, Nick has been able to build on his strengths in innovation and entreprenuership to become an award-winning change agent.
By running the first collegiate sports-technology hack-a-thon in the U.S, Nick provided an opportunity for students at his school to use state of the art technology to create new sports products. Following the theme of sports, his event was held in the University of Oregon's historic McArthur basketball court and featured two U.S. Olympians on the judging panel. Nick has also held a leadership position in his campus's entrepreneurship club and was an active member in multiple student organizations including Toastmaster's International, Industrial Design Society of America, and Warsaw Sports Business Club.
When not leading initiatives, Nick enjoys participating in hack-a-thons and start-up competitions such as Major League Baseball's Advanced Media Hack-a-thon in New York City, where his team of UO students won First Place for their Data Visualization project. Nick also attends many innovation-focused conferences such as SXSW and the VentureWell Open where in 2018 he was a session panelist on best practices for stimulating sustainable invention in colleges and universities.
Out of 23,000+ students at his school, Nick not only received the Dean's Service Award for "exceptional leadership and service " but was also named one of the University of Oregon's "25 Ducks" for "leadership, innovation, and the potential to change the world". Nick's mindset during his time in college was always to focus not on what his school can do for him, but on what he can do for his school and he is carrying that spirit of service with him wherever he goes.
Here is link to Nick's Ignite talk: Building on Innovation about how universities can create new learning experiences for students by building on their own unique history and culture of innovation.
Linkedin: www.linkedin.com/in/nickcapaldini
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3113 Juneau Place is located in the quiet, tree-lined neighborhood of Arcadia. One of the best kept secrets in Baltimore Steps to Herring Run Park & Trails and Lake Montebello. Only a ten-minute walk to Harford Road shopping and eateries such as Red Canoe, Childrens Bookstore, Batch Bake Shop, Zekes, Donut Alliance and Safeway. Built in 1925, this spacious Foursquare has over 2600 sq ft of living space on four levels. The first floor offers a spacious entry foyer, large living room, dining room with new French Doors to Cedar Deck, Large Gourmet Kitchen with peninsula for counter seating, quartz countertops, Chef style Wolf Gas Range and Bosch Hood, more storage than you could ever need. Gleaming wood floors, leaded stained-glass windows, unique wood details, built-in china cabinet and wood burning fireplace. The second floor has four true bedrooms and one full bath. The third floor has a newly finished master suite with a luxurious attached master bath and two walk-in closets. The lower level (unheated) has a large knotty pine rec room, laundry room with Bosch washer and dryer, new half bath and a fantastic workshop for all your woodworking or crafting projects. At the front of the house is a large deck (covered porch?) for all your outdoor furniture and at the rear is a large deck accessed from the kitchen or dining room, brick patio and driveway which can easily park 2+ cars in tandem. Large level rear yard with shed. The owners have two electric cars that are charged with a 240v Level 2 charger in the driveway. Warm and cozy hot water radiator heating system, new hot water heater, whole house fan, all new plumbing inside the home, updated electric. Note, there is an additional room off the kitchen which owner had planned to make into a half bath/pantry. It can only be accessed by moving the refrigerator. This lovely home will not last long! Open Sunday 2/24 1-2:30pm.


Has Ryan Stringfellow ever lived in ?
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Is Ryan Stringfellow over 30 years old?
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Has Ryan Stringfellow lived their whole life in ALL?
As far as you know, is Ryan Stringfellow an only child?


I live in CA, and invest in 6 regions outside of CA. I am no longer comfortable with my umbrella policy and would like to increase my protection from liabilities.
Has anyone in CA, created a Delaware (or any outside state) entity to pursue similar agendas as myself?
The more research I do, the more complex it seems. I have talked with my CPA, and a few attorneys whom all gave very different advice.
1. Asset Protection - Depends on the states you own the property. Not sure there is much more protection it would offer.
2. Anonymity - Possibility. You can achieve the same and perhaps more by placing the properties in a Trust.
3. Tax advantages - For single member LLC, there should not be much if any difference as they will be treated as a pass through entity.
If it is a multi-member LLC, then you will also need to create K1s.
I have checked with my team, but get contrasting answers on the best solution.
Are you saying that if I create a legitimate LLC, run it appropriately, and got sued, it would offer zero asset protection?
I know the IRS treats sole proprietorship LLC no different than an individual, but states tax them differently. For example, CA likes to take on their minimum tax 800 fee to local and foreign entities, and tax the difference between the subject tax state rate and it's own.
I'm pretty confident I'm going to create an LLC or C Corp, just trying to figure out my structure, and location of the entity.
Plus, I agree with you immensely about the professionalism of having a structured entity.
It is normally advised that you create the LLC in the state that you plan to invest in. Be aware that CA may require you to file a form 568 and pay a minimum tax of $800.
LLC's should offer asset protection if it is treated like a business and you keep personal and business separate.
@Basit Siddiqi What would be the advantage/disadvantage of creating the LLC in the state of business vs Delaware?
I was under the impression the location of the LLC doesn't really matter, therefor one should choose a state that has anonymity, landlord friendly, and low filing/tax fees.
@Rachel Bier Thanks for the referral to @Scott Smith. I read a previous forum which someone had some good things to say about him as well.
@Justin R. if after discussions with your attorney you are still under the impression that the location of the LLC doesn't really matter, then you may need a new attorney. @Katie Lepore has provided excellent information across the boards on this subject.
just a quick comment and I see this all the time.....LLC designation is not recognized by the IRS. LLC's are a state designation.
When you have a LLC you elect how you will be taxed (single member file on your personal return - required, multi-member taxed as partnership (1065) or Corporation (S or C 1120S or 1120).
Therefore, the LLC per se does not offer you the tax benefits but the entity selection determines what portion of the tax code should be used.
@Logan Allec perhaps I worded it in a strange way. What i meant is..... If I am able to start an entity in any state, whether I do business there or not, why would I not choose a state that is Landlord friendly, tax friendly, and offers anonymity?
I understand an LLC itself doesn't offer tax benefits, and is seen by the Fed's as nothing more than an individual. The difference is each state has different taxes and fees.
Setting up a series LLC or numerous LLCs in a high fee state such as CA VS a business friendly state could save some money, correct?
You mentioned possibly creating a c-corp. I'm helping a few people with their analysis right now of C-corp versus LLC here in San Diego. With the newest tax laws, C-corps are at a 21% rate permanently, which may now be lower than your personal tax rate at which LLC income will be taxed (can be as high as 37%). C-corps have downsides of course, but if tax savings is one of your goals, it may be analysis you want to work through. The newest December tax laws also created a deduction for pass-through income that you MAY qualify for, but the rules as to what types of income qualifies and who is able to benefit from it are rather complex. I'm looking at this for a lot of my clients right now. The analysis will depend on many different factors. Then, there's the added wrinkle of brand new partnership audit rules effective just this year that you will want to be sure you talk to an attorney who keeps up on the rules to make sure your agreement is drafted in accordance with these new laws. The beginning of 2018 brought a flurry of new things to consider! Good luck!
*None of this post is intended to be taken as legal or professional advice or relied upon. It does not create an attorney-client or CPA-client relationship and any reader is advised to seek professional advice.
@Logan Allec thanks for the mention and compliment. Tough to keep up on all these strings with excellent questions and advice from all over!
@Justin R. I am in a similar situation and found this thread. I am in the process of acquiring a piece of land in North Carolina that has a warehouse and provides monthly income. It will be a Partnership LLC so i understand from a Federal tax perspective(IRS) i just need to file a Informational 1065 but eventually create K-1's and distribute it to partners to show on their taxes. But from a state perspective does Delaware offer any tax benefits vs North Carolina.
Curious which state did you eventually register the LLC and why? Any thoughts are appreciated. Thank you!
@Venu Vedre I ended up going with a Delaware series trust. This offers me asset protection similar to an LLC, anonymity because I'm not the trustee (on record), and my taxes aren't affected as I'm still seen as an individual owner per the IRS. That's important in CA, because if I was doing numerous LLCs the 800 dollar annual filing fee would add up.
I ended up going with a Delaware series trust. This offers me asset protection similar to an LLC, anonymity because I'm not the trustee (on record), and my taxes aren't affected as I'm still seen as an individual owner per the IRS. That's important in CA, because if I was doing numerous LLCs the 800 dollar annual filing fee would add up.
Thanks Justin, just to confirm in your case(Delaware Series Trust) you would still need to register as a Foreign Entity in CA and pay the 800 annual fee. ?
Hey @Venu Vedre sorry I wasn't very clear. The benefit of the DST (Delaware Series Trust) is that you do NOT have to pay the annual filing fee. Essentially I have all the benefits of an LLC, just no filing fee.
The combination between being in CA (filing fee) and my own partner being my wife, makes the DST the best bet. I utilized Attorney @Scott Smith to prepare my trust. They have been great, and work with people outside of Texas regularly.
@Venu Vedre Hey there! Just confirming that Justin R.'s info is correct. Thanks to @Rachel Bier also for the shout-out.
Basically, the DST is the option that avoids franchise tax and gives the protections of a Series LLC structure, particularly when used in conjunction with trusts. From this lawyer's perspective, the DST is a no-brainer for Cali investors. The only reason more aren't using it, I speculate, is because it's not nearly as well known as Traditional LLCs--which come with plenty of red tape for Cali or those doing business there. California has far-reaching laws at the state level that make LLCs less advantageous for Golden State investors. The DST is your best alternative, and I'm happy to answer any questions you may have about this structure. Finally--MANY investors have successfully used DSTs as asset protection tools, and they have some handy tax and estate planning perks as well. Good luck and I hope some of that is helpful!


Germany, Part 1. Germany, Part 2.
This is a fine example of Adam and Charles Black's 1851 map of Germany in two parts. The map covers all of Germany from Denmark to Switzerland and depicts individual German states. The map also notes the 'Divisions of the Kingdom of Bavaria as settled in November 1837.' Throughout, various cities, towns, rivers, lakes, roadways and an assortment of additional topographical details are noted.
After the defeat of Napoleon, the Congress of Vienna created The German Confederation to coordinate the economies of these separate but culturally related German-speaking countries. The Confederation acted as a buffer zone between Austria and Prussia, the two largest and most powerful member states. In 1848 the March Revolution swept through Europe, in particular Germany. These Revolutions were nationalist pro-German, pan-German, declarations of discontent with the archaic autocratic political structure that dated to the 39 original German states established under the Holy Roman Empire. The years following the violent suppression of the March Revolution saw a vast middle class exodus from the German states to the United States, leading to 'Germantown USA,' and popular interest among Americans in the Fatherland.
The map is engraved by S. Hall and issued as plate nos. XXI and XXII in Black's General Atlas.
Rumsey 2305.028 (1854 edition). Philips (atlases) 4334.


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Developmentally Disabled Man, 65, Missing in West Farms: NYPD
Published Jan 2, 2017 at 10:26 PM
Police are calling on New Yorkers to help locate a developmentally disabled man who has gone missing in the Bronx.
Ronald Robinson, 65, was last seen at 2:30 p.m. Sunday near Vyse Avenue and East 173rd Street in the West Farms neighborhood, police said.
He is 5 feet 11 inches tall, has brown eyes, weighs 157 pounds and is bald. Authorities said he was last seen wearing grey sweatpants, a plaid shirt, black boots and a fedora.
Robinson is developmentally disabled and schizophrenic, and may be in need of medical attention.
Elderly Man Killed Crossing the Road
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The Park, Walk and Talk (PWT) Program encourages officers to park their police cars and walk around shopping centers and other business areas. Officers will go into businesses and meet the owners and patrons. This helps deter crime in the centers and puts shoppers at ease while they are conducting business in the Town.
Officers also contact residents in their neighborhoods and answer questions or try to assist them with problems. Officers inform residents about crimes that occurred in their neighborhood in an attempt to prevent and solve the crime.
During PWT's officer's will place "Red Cards" at locations where the observe a potential crime opportunity such as a garage door left open, bikes left out etc.


after having misplaced it for a couple of years, I was relieved to find that my friend had my copy of The New Princeton Encyclopedia of Poetry and Poetics.
the workshop I have been putting together on avant-garde poetry (symbolist, futurist, dada, surrealist, constructivist . . . -ist) of the early 20th century went smashingly at the first meeting this evening.
when we took our walk, Bruiser and I did not get blown away by the gust-a-licious wind that's been blowing in our town.
I have a plan to visit my mom and dad soon.
lots of salty crunchy snacks around the house.
I had important insights when I was in California about some of my poems.
the historian and I ate breakfast at Clint Eastwood's. Because we're very close friends with Clint. Or because he has a restaurant and inn in Carmel.
the Jazz won tonight, and Boozer played big. Huge. Very, very large.
I know so much more about the early 20th c. avant-garde amongst French and Russian poets than I did before, say, yesterday.
because I am done with the workshop for the week (just 2 more meetings!), I can now go read a detective novel like it is my job.
About the wind. I am glad you and Bruiser didn't blow away.
In case you were wondering, if you happened to be a 3 year old wearing your older brother's larger sized $5 cheap-o sandals (Walmart's version of Crocs).. and you are walking rather quickly to pick up your older brother from school (because you're running late) and one sandal comes off.. it WILL blow away.
I then had the pleasure of running after it while holding Kaitlyn who was gasping for non-gust-a-licious air all while the 3 year old was :-O and screaming because I was running away from him.
I hope your poetry insights were smart and happy ones, informed by prep for your avant garde poetry class and by the salty sea.
I'm quite envious of both that class and your salty snacks.
All I can think of now are salty snacks. I must go procure some. Stat.
And what poetry class? I think I need it. No, I DO need it.
A list a day from you would make my life easier. Good stuff.


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Bloomberg Isn't The Only One With A Helicopter Problem
by Sydney Brownstone |
05/24/2012 12:44 PM |
Will.i.am. and his hip.hop.copter.
Earlier this week, Mayor Bloomberg's helicopter activities caused a flap when neighbors of the 34th Street helipad complained of "choking exhaust and intolerable noise" after the landing area's curfew. The word "hypocritical" was even leveled at the mayor, a man who has made it a priority to "green" the city and wipe out smoking fumes from its parks. But Mike Bloomberg isn't the only one with a helicopter problem tarnishing his public image this week. On Monday, the Black Eyed Peas Will.i.am showed up to a climate change modelling meeting at Oxford University in a chopper, a vehicle (as the Guardian points out) that only gets one mile to the gallon.
The Guardian's Duncan Clark reports:
The giant sash windows of Oxford's spectacular Radcliffe Observatory were designed to provide astronomers the best possible view of the starry heavens. But on Monday I found myself using them to scour the skies for something altogether less likely: a helicopter carrying rap superstar Will.i.am to the university to discuss, of all things, distributed climate change modelling.
Despite Clark's efforts to bring up the chopper conundrum, Will.i.am. dodged the question and talked about the influence of social media on the global warming awareness instead. In the end, it made the journalist just a little uncomfortable.
Before I could ask any more questions, Will.i.am had to dash off for a date with the Olympic torch. As the crew piled into a car to go back to the airfield, he left me with a line about the relationship of plastic bottles to plasticity of the mind. I wasn't sure exactly what he meant but it sounded good.
While I strolled back to train station, I looked up him up on Twitter and read that he was "about to leave Oxford in the hip.hop.copter". I found myself feeling a bit torn. On the one hand, it's hard to believe that we can make much progress if our green stars travel around in vehicles that get as little as one mile to the gallon . And I'm not sure I share his optimism about solving the problem in a bottom up way.
You know, it's not easy to live by green principles. Even the most extreme composters compromise at some level. But farting around in a helicopter and then showing up to a climate change talk? That shit don't fly.
Six Big Name Acts With Brooklyn Ties That Should Play Barclays Center
It's Not Cool to Photoshop a Dick into a Woman's Mouth, Even if You Disagree With Her Ideas


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How Severn Trent maintain communications with lone workers
Written by ANT Telecom | Jan 10, 2017 3:16:00 PM
How ANT Telecom is helping Severn Trent Water maintain secure, integrated communications with its lone workers
More than six million people in the UK are now classified as lone workers with many of them operating alone in remote geographies in high-risk environments. HSE legislation means that UK companies are responsible for the health, safety and welfare of not only their employees, but also of contractors and self-employed workers. As such, employers have a duty to ensure that lone workers operating in isolated environments are supported with appropriate processes, procedures and technologies to mitigate risk and assure their safety. However, with many lone workers required to work in hazardous remote settings where mobile coverage is sub-optimal, providing such support can be challenging.
Although the deployment of stand-alone lone worker solutions is a common and noble attempt to assure employee safety, on its own it is not enough. The most progressive organisations are those that have integrated lone worker solutions into their broader unified communications network, in the process supporting vulnerable remote workers with greater connectivity and renewed reassurance. A great example of this can be found at Severn Trent Water, where a long-standing partnership with ANT Telecom is ensuring that lone worker safety is protected by an integrated system.
Severn Trent
Severn Trent is a leading UK water company, responsible for water management and supply, as well as waste water treatment and disposal. The company, which draws its water sources ' and indeed its name ' from two of Britain's largest rivers, the Severn and the Trent, maintains 46,000km of mains pipes. It supplies around 1.8 billion litres of drinking water each day to around 7.7 million people. Almost a third (32%) of its supplies are from groundwater sources. The company, which operates a number of reservoirs and water treatment plants, also collects and treats around 1.4 giga-litres of wastewater each day across a 92,000km sewer network ' to more than 1000 sewage treatment works. As such, the company deploys a high number of lone workers.
Lone worker partnership To safeguard its growing team of remote workers, Severn Trent has established a long-running partnership with communications solutions specialists ANT Telecom. The relationship began in the late 1990s with the installation of a pager alarm system for Severn Trent's Trimpley treatment plant, and has subsequently evolved into the development and maintenance of an integrated lone worker solution across many of its sites.
"We contract ANT to manage all of the service, repair and call-out work to our lone worker systems," says Mark Purcell, Contracts Manager for Operational Support Services, EM&I at Severn Trent. "The systems are in place at sites where we have no mobile coverage – predominantly our clean water and water production plants. We have also adopted the solution at some of our sewage treatment works where they have no coverage in the dry wells, or intermittent coverage in some of the pipe galleries."
The lone worker system plays an important role in alerting problems with critical on-site alarms. The solution uses a two-way radio system, incorporating a panic button, tilt detection and a time surveillance system. The system, which integrates with the annunciator panel to pick up hardwire problems, also interfaces with Severn Trent's SCADA alarm system – meaning that operators can pick up alerts irrespective of where they are on-site. "If any pumps or critical assets fail, the system will radio straight through to our operators to ensure they are aware of any issues. If they are not in the control room, the alert will go directly to nominated radios on site. Likewise, the access gates are connected to the same system – providing cross-site connectivity at all times," says Mark.
The benefits The ANT solution continues to have a major impact on Severn Trent's operations – not only helping to mitigate risk and drive productivity and efficiency, but also ensuring the company meets some of its key strategic objectives. "Health and Safety is a high priority for Severn Trent," says Mark. "One of my main annual goals is to reduce lost time caused by incidents and accidents on our sites – and our contractors and partners have a huge role to play in helping us to meet that objective. The lone worker solution is pivotal. And because of the nature of our relationship, we give ANT full autonomy to manage the system. This helps me direct my time towards other matters within the business.
"Moreover, with health and safety so important to us, ANT always engages heavily with us around all our safety projects, and their service engineers help make their implementation simple and effective. This makes a huge difference; it means that we can serve site managers and operators optimally, and this in turn makes my job a whole lot easier."
Severn Trent uses a 'Balanced Scorecard' to measure contractors' performance against agreed KPIs, many of which focus on safety issues. "Our main goal is to ensure that our equipment is working safely. If it isn't, this inevitably puts our operators at risk – and this is something that we cannot afford to do. That's why we put in place really tight metrics and timescales to monitor performance. ANT consistently achieves or exceeds those targets. This is a real benefit to us," says Mark.
The relationship and the future With the trend towards lone working showing no sign of abating in the coming years, Severn Trent's long-standing partnership with ANT Telecom appears set to evolve further.
"The ANT account team is always looking for new ways to improve performance and extend coverage across our sites – and will frequently share information on innovations coming through that may be able to help us do that. It's a great combination; ANT's service engineers demonstrate extremely high knowledge and competency levels to ensure that the solutions integrate seamlessly with our business requirements, and at a more strategic level, the consultancy we receive ensures that our technologies are aligned for growth. They're a real asset to the business." Mark concluded.
Topics: Lone Workers, Mobility Solutions, Digital Radio


Pete Doherty appeared at the Thames Magistrates Court in London today (October 18) for a review of his drug treatment.
The Babyshambles frontman has to attend court periodically after pleading guilty to drugs charges in August.
Doherty's defence counsel Bruce Clark said he believed the singer was getting clean, saying that he had even moved house to help with his rehabilitation.
However the district judge, Jane McIvor, was not completly statisfied with Doherty's progress, explaining that: "Weekly appointments under the order had not been as successful as expected".
Doherty will return to Thames Magistrates Court in January when his progress will be reviewed again, BBC NEWS reports.


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Horní Beřkovice () is a municipality and village in Litoměřice District in the Ústí nad Labem Region of the Czech Republic. It has about 1,000 inhabitants.

Horní Beřkovice lies approximately  south-east of Litoměřice,  south-east of Ústí nad Labem, and  north of Prague.

Economy
The municipality contains a psychiatric hospital, and a firing range for the police.

Notable people
Klementina Kalašová (1850–1889), opera singer

References

Villages in Litoměřice District


Jimmy Butler started in 1985 with the goal of providing his clients with superior service. In 2009 Jay Butler and Wade Boggs purchased Butler Realty from Jimmy, and they are committed to continuing the tradition of service as our company grows. Our seven agents have a combined 80+ years of experience representing clients with their real estate needs, and we would like to earn your business too. Our consistent and honest approach to our clients' needs is why we have enjoyed relationships with some of those clients for well over 25 years and has helped us become the leading real estate company in our area. We consistently have over 200 listings in our portfolio and can provide the service you need to sell your property whether it is a small home, several hundreds of acres, or a commercial/investment property.
If you are looking to purchase a home or property and choose us to represent you in your real estate transaction, we will work to find you exactly what you are looking for in the price range that works for you.
If you are looking to sell, we can help you market and sell your home or property in the least amount of time and for top market value.
Put our experience and dedication to work for you. We are your full service agency for Tennessee and Alabama.


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Scotland's school summer holiday headaches revealed
With the kids now back to school, a new survey has revealed what parents in Scotland worried about the most during the holidays.
Clothing retailer Buy Jeans asked 500 Scots for their two cents when it came to what made the school holidays so stressful for parents.
The pressures associated with keeping the kids occupied scooped the top spot, followed by the financial burden that comes with family holidays and other summer holiday entertainment options - suggesting that parents are getting more than they bargained for once schools have broken up.
With a formidable 38% of the vote, occupying the kids throughout the summer holidays is considered a national concern - as parents struggle to keep up with their children's constant need to be engaged and entertained.
Women in Scotland feel especially stretched, with half of all female voters citing this as a primary worry when the kids are off school.
34% of respondents also cited the collective costs of booking family holidays during peak season and taking the children out for all manner of day trips, activities and adventures.
Rates and responsibilities
In third place, it looks like childcare is also a very costly affair for parents across Scotland - with 21% of all voters naming this a source of significant stress.
The responsibilities don't stop there, though - as 16% of respondents believe Scotland's mums and dads are losing sleep over the amount of time their kids spend using devices such as phones and tablets, and logged into their social media accounts.
With teens glued to their screens in 2018, studies show hyperconnectivity is a very real concern for parents - although equally plugged-in parents may not be in a position to police this over-reliance on technology.
Term-time prep
It looks like parents throughout Scotland spend a chunk of the summer holidays preparing for the start of the new school year - with 8% of survey participants highlighting the challenges that come with maintaining a daily routine while school's out.
7% of Scots also revealed uniform costs can amount to a princely sum - especially when combined with new stationery, lunch boxes, books and more.
From booking holidays at sky-high prices to keeping kids constantly entertained and preparing them for the start of a new term, the beginning, middle and end of the summer holidays are fraught with drama for Scotland's parent population - but hopefully the back-to-school season brings some welcome respite for weary mums and dads nationwide.
Which of the following do you think parents worry most about during the school holidays?
Keeping the kids occupied: 38.2%
Cost of entertainment/family holidays: 33.9%
Childcare fees: 21.4%
Too much tech time: 15.6%
Maintaining a daily routine: 7.6%
Uniform costs: 6.9%


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Q: Non static method 'getText()' cannot be referenced from a static context I can't figure out what I've done wrong with this code for a "Higher or lower game" error below
package com.test.higherorlower;

import android.support.v7.app.AppCompatActivity;
import android.os.Bundle;
import android.view.View;
import android.widget.EditText;
import android.widget.Toast;
import java.util.Random;

public class MainActivity extends AppCompatActivity {

@Override
protected void onCreate(Bundle savedInstanceState) {
    super.onCreate(savedInstanceState);
    setContentView(R.layout.activity_main);

}

public void guess(View view) {

    Random rand = new Random();
    int n = 0;

    EditText guess = (EditText) findViewById(R.id.number);

    int number = Integer.parseInt(EditText.getText().toString());

    if (number > 20) {
        Toast.makeText(com.lastineindustries.higherorlower.MainActivity.this, "That number is above 20.", Toast.LENGTH_LONG).show();
    } else if (number < 0) {
        Toast.makeText(com.lastineindustries.higherorlower.MainActivity.this, "That number is negative.", Toast.LENGTH_LONG).show();
    } else if (n > number) {
        Toast.makeText(com.lastineindustries.higherorlower.MainActivity.this, "Higher.", Toast.LENGTH_LONG).show();
    } else if (n < number) {
        Toast.makeText(com.lastineindustries.higherorlower.MainActivity.this, "Lower.", Toast.LENGTH_LONG).show();
    } else if (n = number) {
        Toast.makeText(com.lastineindustries.higherorlower.MainActivity.this, "Correct.", Toast.LENGTH_LONG).show();
    }
}

}
error message is in the line
int number = Integer.parseInt(EditText.getText().toString());

specifically in the getText part. The actual message is also the title. There is also another error in the line
 } else if (n = number) {

apparently it wants a Boolean but got an int variable
any help would be greatly appreciated.


STEP AWAY FROM THE CAT EARS. Halloween is going big this year and you need a costume to match. All out of ideas? We were, too, until we reminded ourselves of the great Halloween 2016 costumes some of our fave celebs wore. From Adele to Beyoncé, here are our picks.
Well, that's one way to avoid the paparazzi. Adele was totally unrecognisable as Jim Carrey's mask character.
No Halloween best-dressed celeb list is complete without Heidi Klum, and 2016 was no exception. Heidi added to her history of dressing up as Jessica Rabbit, a chimpanzee, an OAP, a goddess and heaps more by turning up as herself with five clones.
The whole family committed to this theme with Mason, Penelope and Reign all joining in. How cute!
When you're a couple this gorgeous, you can afford to ugly up for Halloween. Justin 'n' Jess chose his-and-hers trolls for their 2016 look.
OMG, have we finally found something supermodel Gisele doesn't look good in? Hmmm… she's still kind of gorge, but these blue dungas aren't her best look.
Choosing the iconic Dirty video (come on, you remember the chaps) as her inspo, Kylie paid homage to the singer's biker chick's 2002 hit.
2016 was the year of the Stranger Things Halloween costumes, but nobody worked the Netflix show-inspired look better than Amy Schumer.


Eric Church took a few minutes to honor the legacy of Gregg Allman at his concert in Nashville on Saturday night (May 27), performing a cover of "Midnight Rider."
Church and his band took the stage for the second of two sold-out nights at the Bridgestone Arena in Music City, a record-shattering run that broke previous attendance records at the venue. Just hours after news of Allman's death broke, Church and his band launched into the swampy blues-rock classic in tribute to the legend, with fans in attendance singing along in a deafening chorus. Check out the electrifying moment in the video above.
Allman was diagnosed with Hepatitis C in 2007, and had a liver transplant in 2010, as well as lung surgery in 2012. The icon, who was a founding member of the Allman Brothers Band as well as a solo artist, canceled all of his tour dates for 2017 in March after he previously canceled shows in 2016 during a bout with pneumonia. In April, the singer turned to social media to announce that he was resting at home, and not in hospice care as had been rumored. His cause of death has not been confirmed. He was 69 years old.
Saturday night's show was the closing night of Church's Holdin' My Own Tour, a three-hour extravaganza that is unlike anything else in country music, with Church performing two sets with no opening act, and marked by unpredictable set list changes and all manner of special moments. Church has just a few shows remaining for 2017, and they will feature a different format, wth shorter sets and guest artists joining him onstage.
Keith Urban, Wynonna Judd, Charlie Daniels, Travis Tritt and more are among the artists who paid tribute to Allman or shared their recollections of him online.


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Phoenix Surveying Equipment, one of the UK's leading suppliers of surveying and construction equipment, is now part of the Brandon Hire Group.
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