Football: No time to cry over injuries, says Pochettino
LONDON: Tottenham Hotspur cannot dwell on their growing injury list and do not have time to "sit and cry" as games come thick and fast in the Premier League, manager Mauricio Pochettino said on Friday (Nov 8).
Spurs lost goalkeeper Hugo Lloris to a long term elbow injury, with the skipper undergoing surgery earlier this week, while midfielder Erik Lamela and defender Jan Vertonghen are sidelined with hamstring injuries.
"The problem in the competition in the high level, you don't have time to miss people," Pochettino told reporters ahead of Saturday's home match against Sheffield United.
 But the competition does not allow you to cry. You have to move on quick. It's a bit cruel, but you have to move on and try to win the next game."
Pochettino also said he was glad Son Heung-min had overcome the guilt of his tackle leading to a horrific injury to Everton's Andre Gomes, who needed surgery to repair a fracture dislocation to his right ankle, last weekend at Goodison Park.
The South Korean forward scored two goals as Spurs won 4-0 at Red Star Belgrade in the Champions League on Wednesday.
"He was affected like everyone during the (Everton) game and after the game," the Argentine coach said. "Son was good afterwards with his reaction. Son showed he was at a very good mental level.
"He's sorry about what happened to Andre but relief because he saw Andre was positive on social media."
Spurs face a promoted Blades side that have the best defensive record in the division having conceded only eight goals and kept five clean sheets in 11 games.
Chris Wilder's team are also unbeaten in all their away games so far and Pochettino praised his counterpart for how he had drilled United into a hardworking unit.
"It's going to be very difficult, they work so hard," Pochettino said. "What impressed me the most is the belief, the togetherness, spirit like a rugby team that fights for each other. That's fantastic to see in a football team.
"They have a good squad, great organisation, a great manager. I think, to fight for each other, they have good players. That's the key for Sheffield United and that's why they are doing so well with so many points."


HRD Min appoints committee to restore normalcy in JNU
by PTIThe HRD Ministry on Monday appointed a three-member committee to recommend ways to restore normal functioning of the Jawaharlal Nehru University (JNU), officials said.
The Human Resource Development (HRD) Ministry's committee on JNU will initiate dialogues with students and administration as well as submit recommendations on the resolution of all issues, they said.
The varsity's students have been protesting for nearly three weeks against the draft hostel manual, which has provisions for the hostel fee hike, dress code, and curfew timings.


LSH Examples
This page documents some examples you can run using the Python LSH
code. Use these examples to learn how the code works, and to verify
that your installation is producing the same results.
Run this Python command to generate some data. This creates the testData005.data and testData005.nn
files, which contain the raw data and the nearest-neighbor data.
python2.6 lsh.py -d 5 -create
Now we can create the distance histograms.
python2.6 lsh.py -d 5 -histogram
This Matlab code reads in the newly created distance data and computes the distance histograms.
testData = load('testData005.distances');
nBins = 40;
[dnnHist, dnnBins] = hist(testData(:,1), nBins);
[danyHist, danyBins] = hist(testData(:,2), nBins);
Given this distance data,
we can calculate the optimal LSH statistics. Do this for
a small set of multiprobe distances (r=0:3)
D=5;
N=100000;
clear results
for r=0:2
results(r+1) = CalculateMPLSHParameters(D, N, ...
dnnHist, dnnBins, danyHist, danyBins, deltaTarget, r, uHash, uCheck);
end
fprintf('Multiprobe R');
fprintf('%10g ', [results(:).multiprobeR]); fprintf('\n');
fprintf('Exact W: ');
fprintf('%10g ', [results(:).exactW]); fprintf('\n');
fprintf('Exact k: ');
fprintf('%10g ', [results(:).exactK]); fprintf('\n');
fprintf('Exact L: ');
fprintf('%10g ', [results(:).exactL]); fprintf('\n');
fprintf('Exact Cost: ');
fprintf('%10g ', [results(:).exactCost]); fprintf('\n');
This produces a lot of output, but the summary statistics are shown below.
Multiprobe R 0 1 2
Exact W: 2.84285 1.26781 0.418881
Exact k: 22 13 8
Exact L: 3 6 14
Exact Cost: 2.96372 5.94376 11.9977
A number of debugging plots are created if you set the "debugPlot"
variable at the top of the CalculateMPLSHParameters() function.
These results are shown here.
First the raw distance data.
The distribution PDFs are scaled so that we can more easily invert
them and not run into sampling problems near the origin. Here is the scaled
distance plot.
Here are the projection probabilities, for the nearest-neighbors (top)
and the any-neighbors (bottom).
The collision probabilities (that the query point and a neighbor end up
in the same bucket after projection and quantization) varies with the bucket
size (w). Here is the estimated probabilities for p_nn and p_any as a
function of w. Both function start at 0 for very small bucket sizes
and asymptote to 1 as w gets larger.
Finally, here are the estimated costs as a function of bucket width (w).
Recall that given w we can compute the optimum k and l to satisfy the
performance guarantee (delta). The bottom two subplots show the
estimated costs. We are looking for the minimum and this point is
shown with a red 'x' for both the exact and simplified calculations.
Now we can run some of the statistical tests. First lets measure
recall as a function of bin width (w).
python2.6 lsh.py -w 2.842 -k 22 -l 3 -r 0 -d 5 -wtest
wTest=[0.002775390625 0.00613682092555 0.000570710261569 0.00247037726358
0.00555078125 0.019416498994 0.00137549698189 0.00317796780684
0.0111015625 0.0260563380282 0.00214813581489 0.00412014688129
0.022203125 0.0736418511066 0.00583786317907 0.0128519587525
0.04440625 0.145271629779 0.011720001006 0.0286925241449
0.0888125 0.26106639839 0.0222321126761 0.0569520623742
0.177625 0.445875251509 0.0401588772636 0.106404433602
0.35525 0.707746478873 0.0857970985915 0.199528055332
0.7105 0.821126760563 0.139215655936 0.280194254527
1.421 0.920020120724 0.307526094567 0.468706808853
2.842 0.963480885312 0.570697099598 0.577900581489
5.684 0.978873239437 0.680433202213 0.630925920523
11.368 0.992555331992 0.913744315895 0.688166312877
22.736 0.995271629779 0.950135774648 0.69906443159
45.472 0.999698189135 0.999906 0.676777392354
90.944 1.0 0.99999 0.674852025151
];
semilogx(results(1).wList/results(1).dScale, results(1).binNnProb, ...
results(1).wList/results(1).dScale, results(1).binAnyProb, ...
wTest(:,1), wTest(:,2), 'rx', ...
wTest(:,1), wTest(:,3), 'kx')
legend('p_{nn} Theoretical', 'p_{any} Theoretical', ...
'p_{nn} Measured', 'p_{any} Measured', ...
'Location', 'NorthWest');
xlabel('Bucket Width (w)');
ylabel('Probability');
title('Bucket Probabilities for a Single Projection');
Now let's look at performance as a function of the number of projections (k).
python2.6 lsh.py -w 2.842 -k 22 -l 3 -r 0 -d 5 -ktest
This produces a table of numbers which we can cut and paste into Matlab.
% print w, k, l, pnn, pany, pany*numPoints, queryTime
kTest = [2.842 1 10 0.95814889336 0.503193458753 50319.3458753 0.429140244467
2.842 2 10 0.930080482897 0.302243902414 30224.3902414 0.360289647887
2.842 3 10 0.901509054326 0.227778855131 22777.8855131 0.323352856137
2.842 4 10 0.872736418511 0.113660165996 11366.0165996 0.203283773642
2.842 5 10 0.817505030181 0.0659766488934 6597.66488934 0.133537422535
2.842 6 10 0.776056338028 0.0325818239437 3258.18239437 0.0694155754527
2.842 8 10 0.744567404427 0.0241331006036 2413.31006036 0.0522499798793
2.842 10 10 0.682696177062 0.0111529668008 1115.29668008 0.025915
2.842 12 10 0.639336016097 0.0055821277666<PHONE_NUMBER>6 0.0149429698189
2.842 14 10 0.589939637827 0.00320457344064<PHONE_NUMBER>64 0.0107608762576
2.842 16 10 0.539637826962 0.0024737555332<PHONE_NUMBER>2 0.0103832203219
2.842 18 10 0.500301810865 0.00131949698189<PHONE_NUMBER>89 0.00888074044265
2.842 20 10 0.468108651911 0.000882884305835 88.2884305835 0.00884664688131
];
semilogy(kTest(:,2), kTest(:,5), kTest(:,2), kTest(1,5).^kTest(:,2));
xlabel('Number of Projections (k)');
ylabel('P_{any}')
title('Collisions Probabilities vs. K (5-Dimensional Data)');
legend('Theoretical', 'Measured')
Note, that the number of collisions (for p_{any}) declines
as predicted up to k=5. Then we start getting more collisions than
we expect. This is because the data dimensionality is less than k, so
the extra projections are no longer independent.
lTest = [
% w k l pnnFull, panyFull panyFull*N queryTime
2.842 10 1 0.701207243461 0.00677737424547<PHONE_NUMBER>47 0.000948152917505
2.842 10 2 0.907444668008 0.0233886418511 2338.86418511 0.00362873239437
2.842 10 3 0.959758551308 0.0188673541247 1886.73541247 0.00360271327968
2.842 10 4 0.982897384306 0.035483943662 3548.3943662 0.0071217665996
2.842 10 5 0.992957746479 0.0444439537223 4444.39537223 0.00967045070422
2.842 10 6 0.997987927565 0.0531273138833 5312.73138833 0.0126281961771
2.842 10 10 1.0 0.0680776458753 6807.76458753 0.0201157414487
];
semilogy(lTest(:,3), 1-lTest(:,4));
xlabel('Number of Tables (L)');
ylabel('Probability of NN Collision');
title('LSH Recall vs. L');


JavaScript Loops Substituting for Ruby Methods
Technical Blog
September 14, 2015
Although underlying concepts of programming can be seen across multiple languages, small differences or built-in method availability can drastically affect languages are written and used. A noticeable difference in style between Javascript and Ruby is the use and importance of loops, and it comes down to built in methods.
For anyone who has transitioned from Ruby to Javascript, one of the things people miss most about Ruby is the wealth and variety of available built-in methods. From simple things like print (prints without a new line) and puts (prints with a new line) to more specific and niche ones like .inject() and .each, the lack of these methods force those who write in Javascript to find alternatives or create their own methods as substitutes. For many of these “alternatives,” many people turn to loops and find creative ways to recreate these missing methods. A common example would be the replacement of enumerable methods.
Ruby is stock full of enumerable methods. So much so that a lot of them serve the same purpose, and a lot of them can be interchanged with one another for their very specific differences. For example, the #collect and #map are not only identical, they both come with ‘destructive’ versions of themselves. In Javascript, there is but one map method.
One example of how loops replace a non-existent method is the #delete_if. This method may be specific, but when needed, it can be very useful. However, (and forgive me if I am mistaken that there is no Javascript alternative) in Javascript an easy way to recreate this method is with a for loop.
Let’s say we want to delete everything in an array that is an even number. In ruby, we can simply use the #delete_if method to do it like this.
However, in Javascript, this might be one way you achieve the same thing.
It should be noted that you can simply place the code above into a method function called “delete_even” and re-use it for times you may need to do this again.
In the end, there are not that many over-arching differences between the loops in Ruby and Javascript like for loops and while loops. Sure there are differences in syntax and the for loops need a bit more than what a typical for loop does in Ruby, but their biggest differences lie it how they are used. Javascript lacks the built-in methods that may make a programmer’s life easier, and thus forces writers to use loops creatively to achieve the same goals.


|
Bomberman
1.0
|
Header file of the extras logic. More...
#include "core/map.h"
Go to the source code of this file.
Functions | |
| unsigned int | do_extra_logic (player_t *player, object_type_t extra_type) |
| Function that apply an extra to the player specs. More... | |
| char * | extra_to_resource (object_type_t extra_type) |
| Function that give the resource path according to the extra_type given. More... | |
Header file of the extras logic.
All methods for extras logic are here.
| unsigned int do_extra_logic | ( | player_t * | player, |
| object_type_t | extra_type | ||
| ) |
Function that apply an extra to the player specs.
| player | A pointer to the player who take the extra. |
| extra_type | The type of extra the player has take. |
| char* extra_to_resource | ( | object_type_t | extra_type | ) |
Function that give the resource path according to the extra_type given.
| extra_type | The type of extra whose path to the resource is desired. |


THE INKWELL A Film Review by Scott Renshaw Copyright 1994 Scott Renshaw
Starring: Larenz Tate, Joe Morton, Glynn Turman, Jada Pinkett. Screenplay: Tom Ricostronza and Paris Qualles. Director: Matty Rich.
Despite the credit, no one named Tom Ricostronza worked on the script for THE INKWELL. Novelist Trey Ellis, who developed the original screenplay, made a rancorous departure from the production over philosophical differences with Matty Rich, and substituted a pseudonym which is a loose Italian translation for "full of excrement." Whatever the specific points of disagreement might have been, it would appear that Ellis knew something that Rich did not. It is clear that THE INKWELL could have been a gentle look at a rarely- seen side of the black American experience; instead, it's a sloppy and ham-fisted collection of caricatures which seems to trip over an occasional truth rather than aiming for any.
It's the summer of 1976, and 16-year-old upstate New York resident Drew Tate (Larenz Tate) is preparing to take a two week family vacation with his parents (Joe Morton, Suzzanne Douglas). The destination: the home of his conspicuously middle-class Uncle Spencer (Glynn Turman) and his family on Martha's Vineyard. Tension is present from the outset, as Drew's parents worry about his strange behavior, and Drew's father Kenny, a former Black Panther, clashes with his bourgeois brother-in-law. As Drew explores the town and the local beach frequented primarily by the island's black residents (nicknamed The Inkwell), he finds a few things which attract his attention. One is a kindly therapist (Phyllis Yvonne Stickney) who seems to be the only person who understands him; another is an inaccessible young resident (Jada Pinkett) who steals his heart.
At times, I thought I might end up liking THE INKWELL. There was a relaxed, nostalgic tone to some of the scenes featuring Drew, and Larenz Tate brought a geeky, confused charm to Drew's fumblings through adolescence. But for every scene which endeared, there were two which annoyed. Matty Rich ricochets between the sublime and the ridiculous with reckless abandon, treating us to foolishness like Drew and his island cronies bumbling around an unappealing nude beach, and Kenny taking on Uncle Spencer in a tennis match reminiscent of the over-the-top Richard Pryor/Bill Cosby contest from CALIFORNIA SUITE. THE INKWELL tempts you with sweetness, then smacks you over the head every time you try to embrace it.
It's also exceedingly hard to take THE INKWELL at all seriously with so many characters so miserably realized. Glynn Turman huffs and puffs as the unashamedly Republican Uncle Spencer, delivering one of those horrible drunken diatribes that only movie drunks deliver. Jada Pinkett is genuinely annoying as the haughty island princess, all hooded eyes, arched eyebrows and faux-Valley Girl vocal stylings. Morris Chestnut preens and postures as the town cad, and Phyllis Yvonne Stickney speaks deep truths in a Jamaican accent. Two talented actors (Joe Morton as Kenny and Mary Alice as Drew's grandmother) rise above the level of the material, but for the most part Drew Tate seems to be living in a world of people whose sole purpose for existing is moving him towards losing his virginity.
And that's really the fundamental problem with THE INKWELL. Since I knew exactly where it was going, its only chance to work for me was in how it took me there. I wanted to be interested in Drew's story, but I was repeatedly drawn away by the seemingly pointless class struggle between Kenny and Spencer; I wanted to lose myself in the characters, and they repeatedly reminded me they were phony. Time and again, I found myself convinced that Matty Rich had no real sense of what he wanted to do with this story, so he did a little bit of everything. And somewhere, Trey Ellis must be having the last laugh.
On the Renshaw scale of 0 to 10 inkwells: 4.
-- Scott Renshaw Stanford University Office of the General Counsel
.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


[§198D-11] Rules. The department may adopt rules in accordance with chapter 91 for the purposes of this chapter. [L 1988, c 236, pt of §2]


2 Kings 11:16
And they laid hands on her; and she went by the way by the which the horses came into the king's house: and there was she slain.


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abhishek
thoughts
bookshelf
budget
Budgeting Experiment
This is a side project to see if I can budget programmatically


class Zippy
Properties
| $adapters |
Methods
| __construct(AdapterContainer $adapters) | ||
| ArchiveInterface |
create(string $path, String|Array|Traversable|null $files = null, Boolean $recursive = true, string|null $type = null)
Creates an archive |
|
| ArchiveInterface |
open(string $path)
Opens an archive. |
|
| Zippy |
addStrategy(FileStrategyInterface $strategy)
Adds a strategy. |
|
| array |
getStrategies()
Returns the strategies as they are stored |
|
| AdapterInterface |
getAdapterFor(string $extension)
Returns an adapter for a file extension |
|
| static Zippy |
load()
Creates Zippy and loads default strategies |
Details
at line 35
public
__construct(AdapterContainer $adapters)
at line 52
public ArchiveInterface
create(string $path, String|Array|Traversable|null $files = null, Boolean $recursive = true, string|null $type = null)
Creates an archive
at line 76
public ArchiveInterface
open(string $path)
Opens an archive.
at line 100
public Zippy
addStrategy(FileStrategyInterface $strategy)
Adds a strategy.
The last strategy added is preffered over the other ones.
You can add a strategy twice ; when doing this, the first one is removed
when inserting the second one.
at line 122
public array
getStrategies()
Returns the strategies as they are stored
at line 137
public AdapterInterface
getAdapterFor(string $extension)
Returns an adapter for a file extension
at line 161
static public Zippy
load()
Creates Zippy and loads default strategies


Each Websites You Imagine: Fashion, Cafe, Gym, Agency, Travel, Photography Just to Name a few
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Hello, world!
My name is Katalina Arce. I go to Pasadena High School and im in the APP Academy. I have learned a lot of cool things in the APP Academy, like how to make a web site using HTML, CSS, Bootstrap, and jQuery. Joining the APP Academy was one of the best choices I've made because i love gaming and just for me to be able to make a game, its amazing! If anyone else is interested in making games or a web site (which is a lot of fun to be honest) please consider joining. If you want to know more about me and stuff click LEARN MORE


News
A new experimental version, Netbas os 0.30 has been released (screenshot). This version includes the following features: realization of a simple posix thread library, xynth were ported and become a part of its desktop environment, graphical browser links 2.30, bash 2.05a, quake, sdl, ftp server, as well as some simple unix command packet this release, and its livedemo can be downloaded from the following address.
http://jicama.cosoft.org.cn/downloads/livecd.zip


--- layout: documentation title: TransportLayerType ---
only UDP and TCP defined to begin. Other protocols will be defined as necessary.
| Field Name | Type | Description |
|---|---|---|
| TCP0..1 | TCPType |
TCP provides reliable, ordered delivery of a stream of bytes from a program on one computer to another program on another computer. http://en.wikipedia.org/wiki/Transmission_Control_Protocol. |
| UDP0..1 | UDPType |
UDP uses a simple transmission model without implicit handshaking dialogues for providing reliability, ordering, or data integrity. Thus, UDP provides an unreliable service and datagrams may arrive out of order, appear duplicated, or go missing without notice. http://en.wikipedia.org/wiki/User_Datagram_Protocol. |


20 high-paying jobs requiring a bachelor’s degree that are set to boom in the next 10 years
by Andy Kiersz, Business Insider US- Many jobs that require a college degree or higher are set to grow rapidly in the next decade.
- Using employment projections from the Bureau of Labor Statistics, we found the 20 jobs that typically require at least a bachelor’s degree that are expected to have the highest employment growth rates between 2018 and 2028.
- Physician assistants and information security analysts top the list.
- Visit Business Insider’s homepage for more stories.
Nurse practitioners, information security analysts, and actuaries all require specialized education at a college or graduate level, and the US economy is set to add thousands of new jobs in these and other fields over the next decade or so.
Every two years, the Bureau of Labor Statistics releases employment projections for the United States. These estimate how many people are likely to be employed in various jobs over the next decade.
The most recently released projections cover how employment is expected to change between 2018 and 2028. The projections also include typical educational requirements for each job. Using those projections, we found the 20 jobs that require a bachelor’s degree or higher that the BLS projects will have the fastest employment percent growth rates over the decade.
Here are the jobs, along with their median annual salaries as of May 2018, the most recently available data:
20. Veterinarians: Employment is projected to rise from 84,500 in 2018 to 100,100 in 2028, an 18.4% increase.
Median annual salary in 2018: $93,830
Typical educational requirement: Doctoral or professional degree
19. Athletic trainers: Employment is projected to rise from 31,100 in 2018 to 37,000 in 2028, an 18.8% increase.
Median annual salary in 2018: $47,510
Typical educational requirement: Bachelor’s degree
18. Interpreters and translators: Employment is projected to rise from 76,100 in 2018 to 90,700 in 2028, a 19.2% increase.
Median annual salary in 2018: $49,930
Typical educational requirement: Bachelor’s degree
17. Orthotists and prosthetists: Employment is projected to rise from 9,100 in 2018 to 10,900 in 2028, a 19.8% increase.
Median annual salary in 2018: $69,120
Typical educational requirement: Master’s degree
16. Postsecondary nursing instructors and teachers: Employment is projected to rise from 69,000 in 2018 to 82,800 in 2028, a 20.0% increase.
Median annual salary in 2018: $73,490
Typical educational requirement: Doctoral or professional degree
15. Actuaries: Employment is projected to rise from 25,000 in 2018 to 30,000 in 2028, a 20.1% increase.
Median annual salary in 2018: $102,880
Typical educational requirement: Bachelor’s degree
14. Market research analysts and marketing specialists: Employment is projected to rise from 681,900 in 2018 to 821,100 in 2028, a 20.4% increase.
Median annual salary in 2018: $63,120
Typical educational requirement: Bachelor’s degree
13. Physical therapists: Employment is projected to rise from 247,700 in 2018 to 301,900 in 2028, a 21.9% increase.
Median annual salary in 2018: $87,930
Typical educational requirement: Doctoral or professional degree
12. Marriage and family therapists: Employment is projected to rise from 55,300 in 2018 to 67,700 in 2028, a 22.3% increase.
Median annual salary in 2018: $50,090
Typical educational requirement: Master’s degree
11. Substance abuse, behavioral disorder, and mental health counselors: Employment is projected to rise from 304,500 in 2018 to 373,100 in 2028, a 22.5% increase.
Median annual salary in 2018: $44,630
Typical educational requirement: Bachelor’s degree
10. Postsecondary health specialties teachers: Employment is projected to rise from 254,800 in 2018 to 313,900 in 2028, a 23.2% increase.
Median annual salary in 2018: $97,370
Typical educational requirement: Doctoral or professional degree
T-8. Operations research analysts: Employment is projected to rise from 109,700 in 2018 to 137,900 in 2028, a 25.6% increase.
Median annual salary in 2018: $83,390
Typical educational requirement: Bachelor’s degree
T-8. Applications software developers: Employment is projected to rise from 944,200 in 2018 to 1,185,700 in 2028, a 25.6% increase.
Median annual salary in 2018: $103,620
Typical educational requirement: Bachelor’s degree
7. Mathematicians: Employment is projected to rise from 2,900 in 2018 to 3,600 in 2028, a 26.0% increase.
Median annual salary in 2018: $101,900
Typical educational requirement: Master’s degree
6. Genetic counselors: Employment is projected to rise from 3,000 in 2018 to 3,800 in 2028, a 27.0% increase.
Median annual salary in 2018: $80,370
Typical educational requirement: Master’s degree
According to the Labor Department’s O*NET occupational database, genetic counselors assess patients’ risks of genetic conditions and disorders.
5. Speech-language pathologists: Employment is projected to rise from 153,700 in 2018 to 195,600 in 2028, a 27.3% increase.
Median annual salary in 2018: $77,510
Typical educational requirement: Master’s degree
4. Nurse practitioners: Employment is projected to rise from 189,100 in 2018 to 242,400 in 2028, a 28.2% increase.
Median annual salary in 2018: $107,030
Typical educational requirement: Master’s degree
3. Statisticians: Employment is projected to rise from 44,400 in 2018 to 58,000 in 2028, a 30.7% increase.
Median annual salary in 2018: $87,780
Typical educational requirement: Master’s degree
2. Physician assistants: Employment is projected to rise from 118,800 in 2018 to 155,700 in 2028, a 31.1% increase.
Median annual salary in 2018: $108,610
Typical educational requirement: Master’s degree
1. Information security analysts: Employment is projected to rise from 112,300 in 2018 to 147,700 in 2028, a 31.6% increase.
Median annual salary in 2018: $98,350
Typical educational requirement: Bachelor’s degree


Cargo
Chief Best Quote: 201,105; April 15, 2012, 14:25 PST, 4 hour bidding
window
For: ABC Strawberry Growers, John Smith,
650-269-4545<EMAIL_ADDRESS>What: Lucky
PO 342598 and PO 3216098, Strawberries
Drums, Strawberry Jam, 24 feet (12 pallets or Equivalents), total
weight of 32,000, Drop: Stop 1
Pallets, Strawberries, 12 feet (6 pallets or Equivalents), total weight
of 6,000, Drop: Destination
Ready
for Pick Up: Apr 17, 2012
Origin:
Gilroy, CA, 95020, Business with Dock or Forklift, Driver to assist in loading
Stop
1 in Transit: Milwaukee, WI 51932, Convention
Center/Tradeshow, , Driver to Assist in unloading
Destination:
Menasha, WI, 54952, Business with Dock or Forklift; Driver
Not assisting in unloading, Shipment to be tracked for ~2,238 Miles
Carrier
Selected: Smith & Brown, a 4 star carrier,
5 day transit time estimated, price to
haul load above is: $2,650, 40% Savings


{% from "macros/_form.html" import render_form %} {% extends 'setup/layout.html' %} {% block css %} {% endblock %} {% block pagejs %} {% endblock %} {% block body %}
Welcome to your new AlarmDecoder device! This setup process will guide you through configuring and accessing your device through the web interface.


If you've been through a divorce, Diamond Lighthouse can help you use the past to build your future. Are you ready to sell the ring? Sign In
Sign In


@() @layouts.html.default("BitcoinExchange", "Welcome to BitcoinExchange"){
The application uses Bitcoin historical prices data from coinbase API (https://www.coinbase.com/api/v2/prices/BTC-USD/historic?period=year) and exposes mainly 3 features:
Note: All Dates in the format yyyy-MM-dd
Params: Query String parameters
from
: Data is returned from this date till to
date or for the given period
to
: Data is returned till this date from from
date or for the given period
period
: Number of days of data to return. If neither from
or to
are given, then this parameter is used to return last x days dataExample response:
[
{
"time": "2018-05-15",
"price": 8642.02
},
{
"time": "2018-05-14",
"price": 8577
},
{
"time": "2018-05-13",
"price": 8551.23
}
]
Params: Query String parameters
from
: Data is returned from this date till to
dateto
: Data is returned till this date from from
datewindow
: Days of rolling / moving average windowExample response:
[
{
"time": "2018-05-10",
"price": 9225.865
},
{
"time": "2018-05-09",
"price": 9223.41
},
{
"time": "2018-05-08",
"price": 9299.7
},
{
"time": "2018-05-07",
"price": 9473.95
}
]
Params: Query String parameters
period
: Number of future days to forecast from the current dayExample response:
[
{
"time": "2018-06-11",
"price": 7448.767897957955
},
{
"time": "2018-06-12",
"price": 7387.977594312539
},
{
"time": "2018-06-13",
"price": 7358.876881268027
}
]
Any error from these API’s is returned in the following format with proper status code:
{
"error": "error message"
}
}


--- layout: default title: turfjs examples in mapbox.js ---
Turf can be used as a framework, or as a collection of tiny modules.
Most Turf functions work with GeoJSON features. These are are pieces of data that represent a collection of properties (ie: population, elevation, zipcode, etc.) along with a geometry. GeoJSON has several geometry types such as:
Turf provides a few geometry functions of its own. These are nothing more than simple (and optional) wrappers that output plain old GeoJSON. For example, these two methods of creating a point are functionally equivalent:
var point1 = turf.point(0,0);
var point2 = {
type: 'Feature',
geometry: {
type: 'Point',
coordinates: [0, 0]
},
properties: {}
};


BY EDWIN JAHIEL
LIBERTY HEIGHTS (1999)*** 1/2 Written and directed by Barry Levinson. Photography, Chris Doyle. Editing, Stu Linder. Production design, Vincent Peranio. Art direction, Alan E. Muraoka. Set decoration, William A. Cimino. Music, Andrea Morricone. Cast: Adrien Brody (Van Kurtzman), Bebe Neuwirth (the mother, Ada Kurtzman), Joe Mantegna (the father, Nate Kurtzman), Ben Foster (Ben Kurtzman), Orlando Jones (Little Melvin), Rebekah Johnson (Sylvia), David Krumholtz (Yussel), Richard Kline (Charlie), Vincent Guastaferro (Pete), Justin Chambers (Trey), Carolyn Murphy (Dubbie), Frania Rubinek (the Kurtzman's grandmother) James Pickens Jr ( Sylvias's father), et al. Produced by Levinson and Paula Weinstein. Released by Warners .134 minutes. R (language and suggestions of sex, neither too strong).
Never been to Baltimore. What I know about it comes from a sampling of TV's "Homicide: Life on the Street" (Barry Levinson was one of the executive producers as well as the director of some episodes), and mainly from Levinson's movies "Diner," "Tin Men," "Avalon" and now "Liberty Heights." But the shot of Baltimore that has stayed with me was in Hitchcock's "Marnie." When the kleptomaniac woman visits her mother, we get a sight of ships at the end of the street, a barefaced phony image (rear projection or whatever) of the kind the Master sometimes used to thumb his nose at us.
There are no such reality-defying tricks in "Liberty Heights," where Levinson blends both memories and imagination. Nor is the film a piece of nostalgia. If anything, it is a effort, and a most successful one at that, to evoke a certain time (1945-46), its Baltimore Jews, Gentiles and Blacks, anti-Semitism, racism , ethnic and class distinctions , and slowly changing attitudes. It's a big order, yet the movie may seem deceptively simple.
The film goes in several directions, all integrated somewhat in the manner of a "bildungsroman," a novel about growth. What does the trick is not only Levinson's talent but his strong familiarity with the subjects, his big-hearted approach and, within his seriousness, a sense of humor. He forsakes both broad comedy and mushiness.
The story centers on a middle-class family in a mostly Jewish suburb. Mom is sweet and traditional. Dad owns a burlesque house that by then was a vanishing institution. He supplements his income with the numbers racket. Younger son Ben is in high school, older son Van in college. There are major changes in the nation. TV is making its mark. Rock'n roll is in. More importantly, schools have just been desegregated.
In Ben's class there is now Sylvia, a charming black girl who must be the first Negro (in the parlance of the times) that Ben has ever noticed in an era when this big minority was of invisible men and women. Ben may have seen Claude Rains in a rerun of "The Invisible Man" movie, but he certainly had not read Ralph Ellison's "Invisible Man" of 1952. He immediately feels drawn to Sylvia. And he tells his mother that he finds her attractive. Mom's reaction "Kill me now!"
The two youngsters make friends. The daughter of a wealthy surgeon, Sylvia lives in a beautiful home. She borrows her mother's car to drive Ben around, but he must crouch down. Interesting how he has to become temporarily an invisible man.
The relationship betwen the two is chaste. In her room Sylvia initiates Ben to recordings of black performers. It's a revelation. But this comes to an end when her father the doctor catches them. Forcefully but calmly he makes plain that his child is not allowed to frequent white boys. The sequence is a small gem of acting, reactions, revealing black attitudes, and turning the tables on whites.
(Later, there is another revelation for Ben, when, with one of his best buddies, he goes to most skillfully reconstructed rock 'n roll concert by James Brown.
In the meantime, when senior brother Van and pals go to an all-Gentile Halloween party, they run into anti-Semitism that culminates in pugilism. Van also runs into blonde, high society goddess Dubbie. He is smitten as never before.
Levinson has directed his young men with acute realism and a reining in of theatrics. The brothers have very strong feelings but keep them well-controlled. It is even more notable in the case of Van. Actor Adrien Brody bears a strong resemblance to the late French actor Charles Denner ("Z," "The Two of Us, "'Landru," "The Man Who Loved Women"). Both performers are good at pent-up emotions, but Brody never explodes.
The film is one of taboos that were just beginning to go away -- and have not yet entirely vanished. It reminds one of the days of Civil Rights struggles and may make you feel sad that the then-alliance of blacks and Jews later came to an end. But that's a subtext of the movie. Its open text, while true to life, is steadily respectful of minorities. The Jews, for example, never refer to the blacks as "schwartze." They don't badmouth them, even when the plot adds its third element, beyond the Ben-Sylvia and Van -Dubbie twosomes.
That element is the boys' father, Nate, a man who apparently buys a new Cadillac every Jewish New Year. Circumstances I will not describe lead him to a heavy, ruinous debt toward Little Melvin, a black hustler, subsequently to an odd partnership and later yet to some thrills. As Nate, Italian-American Joe Mantegna would, on paper, make an unlikely Jew, but it is not the case. Casting him may well be a sly political way towards integrating ethnicities.
"Liberty Heights" depicts it locales, times and segments of society with first-class cinematography, sets, costumes, atmosphere, period music and the rest. If there are any anachronisms, they are minor. Its touch is light but not superficial. Its people, young and older, speak and act in genuine 50s fashion. The tempo is a good balance between fast and leisurely sections. And the film's length is justified by an abundance of very good touches. "Le mauvais gout mene au crime"(Stendhal)
Edwin Jahiel's film reviews are at: http://www.prairienet.org/ejahiel/
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Chandler police: Missing teen with autism found safe
by abc15.com staffCHANDLER, AZ — Chandler police say a missing teen with autism has been found safe.
Police say 17-year-old Jacob Ikeler was last seen last Friday around 3:30 p.m. in the 2000 block of East Indigo Drive in Chandler.
Authorities say officers located Jacob near Cooper Road and Loop 202 after he made a call to his family.
Officers say Jacob is in good health and has been reunited with his family.


Money Play. How should Red play 43?
pips Red=160 White=158
(CorrectAnswer= 0/0, ErrorScore= 0)
This position occurs after Red 61: 13/7, 8/7 and White 54: 24/20, 13/8.
I have often seen it played 8/5*/1* but this is the wrong idea, giving up the 8-pt. When your opponent is threatening to make an advanced anchor you can counter by trying to make your own advanced anchor. The correct play is 24/21, 24/20.
24/21, 13/9, triplicating fours, is also reasonable but not quite as strong as advancing both rear checkers.
I have often seen it played 8/5*/1* but this is the wrong idea, giving up the 8-pt. When your opponent is threatening to make an advanced anchor you can counter by trying to make your own advanced anchor. The correct play is 24/21, 24/20.
24/21, 13/9, triplicating fours, is also reasonable but not quite as strong as advancing both rear checkers.
1. Cubeful 2-ply 24/21 24/20 Eq.: +0.017 0.510 0.113 0.004 - 0.490 0.119 0.004 2. Cubeful 2-ply 24/21 13/9 Eq.: -0.007 (-0.024) 0.499 0.134 0.005 - 0.501 0.131 0.006 3. Cubeful 2-ply 8/5*/1* Eq.: -0.046 (-0.063) 0.483 0.153 0.005 - 0.517 0.144 0.009 4. Cubeful 2-ply 24/20 13/10 Eq.: -0.057 (-0.074) 0.488 0.121 0.005 - 0.512 0.134 0.007 5. Cubeful 2-ply 13/6 Eq.: -0.073 (-0.091) 0.479 0.127 0.004 - 0.521 0.134 0.007


Animal Shelter
Roisin
My adoption page
Can I go home with you?
Blue
My adoption page
Can I go home with you?
Kaa
My adoption page
Can I go home with you?
Archie
My adoption page
Can I go home with you?


Before Change
method=method)
// Test that popt_1 and popt_2 are not too close. A bit weird
// to test like this, but probably it"s the only way.
assert_(not np.allclose(popt_1, popt_2, rtol=1e-8))
class TestFixedPoint(TestCase):
After Change
def f(x, a):
return np.sin(x + a)
xdata = np.linspace(-2*np.pi, 2*np.pi, 40)
ydata = np.sin(xdata)
bounds = (-3 * np.pi, 3 * np.pi)
for method in ["trf", "dogbox"]:
popt_1, _ = curve_fit(f, xdata, ydata, p0=2.1*np.pi)
popt_2, _ = curve_fit(f, xdata, ydata, p0=2.1*np.pi,


--- title: Overview | Fabricator fabricator: true ---
UI toolkit is a highly-modular design system for rapid web page development. It contains different materials that can be assembled into more complex page layouts.
Sunbird Design System Style guide contains real working examples, code snippets, documentation, and style guidelines.


Company
Thursday Feb 27 This is the span tag
Taleggio manchego everyone loves. Hard cheese port-salut cow parmesan st. agur blue cheese taleggio cut the cheese cream cheese. Cream cheese edam jarlsberg danish fontina cheese strings emmental stinking bishop halloumi. Cut the cheese edam pepper jack cheesy feet cheesy grin babybel mascarpone fondue. Cheese strings cream cheese. Say cheese cheese and wine cheese strings. Stilton stilton mozzarella red leicester croque monsieur emmental blue castello pecorino. Manchego edam smelly cheese jarlsberg halloumi cheddar jarlsberg cheese on toast. Ricotta dolcelatte emmental cream cheese cheese strings melted cheese pepper jack. Ricotta smelly cheese pepper jack. Bavarian bergkase cheese and wine who moved my cheese mozzarella babybel cheese on toast halloumi squirty cheese. Cheddar parmesan cottage cheese the big cheese when the cheese comes out everybody's happy babybel queso melted cheese. Bavarian bergkase pecorino dolcelatte roquefort queso feta when the cheese comes out everybody's happy rubber cheese. Cheese slices.


Downtime
2016.05.30There are days when the spirit may be willing but I just can’t seem to buckle down and dive into the code.
On those days when I can’t find my A-game with two hands and a flashlight I often find it is beneficial to watch coding videos. It’s a passive activity that can still pro-actively add to my personal knowledge::base and help advance my skills.
Often these will be Railscasts or DevTips videos that actually help me learn skills for specific tasks I’m trying to achieve in an active project or coding challenge. Occasionally they’ll be inspirational TED videos or Vodcasts by developers ‘in the trenches’ that address shared experiences.
One Youtube channel I adore is funFunFUNction. mpjme is a riot and among other things his episode on the Phases in the life of a Developer helped me to stop being fixated on striving to achieve perfection of elegant code and let me stop worrying that I would be drummed out of the Rails community for writing If/Then statements longhand. (They’re freakin’ EASY TO READ, PEOPLE!)
I keep a handy list of videos I’d like to watch and topics I’d like to investigate for those days when the raw code isn’t speaking to me. I try to use my mental downtime to my advantage in the fine tradition of Sesame Street.
A little perspective and flexibility go a long way
While it IS important to keep working on your skills and adding to your knowledge that doesn’t have to mean an intense full-day-of-coding practice EVERY DAY. Coming up for air from time to time will act as a natural flow control valve to limit the input to manageable chunks.  Try to do it all at once and you may just suffer from information overload.
Spend a few hours hip-deep in code then go read or write a blog post. Read an article. Catch up on industry news. Watch a video. Take a walk. Pacing yourself will do wonders for retention. DON’T try to do it all at once. You can’t upload this knowledge a la the “I know Kung-Fu” scene from The Matrix (much as we may all WANT to do it that way!)
Working at this 6-10 hours a day, 7 days a week for weeks on end may be a great way to learn but it’s also a great way to blow a fuse.
So on those days when you just can’t bring your A-game, take a step back, find a distraction, watch an industry-specific vodcast or screencast. Better yet take SEVERAL steps, all the way out the front door. See that scary bright electromagnetic disturbance in the sky? That’s the sun.
Health and wellness will give you the strength to sit still and stare at a screen for 16 hours a day and WRITE MORE CODE! Mwa-Hahahahahahahahahahaha!
Um. Pardon me. I think I’ll step outside for a few minutes…
~AMP


The number of seconds to show a tab before switching. Default is 15
Special minute to shows specified page randomly. Default is 58, naturally.
Comma sepereted urls which shows on special minute. Default is: https://gfycat.com/terrificesteemedkoalabear


About
This website is built for easing the placement process at Sardar Vallabhbhai National Institute of Technology, Surat. It acts as a single platform for the Training and Placement Cell and students for data management of various companies visiting for campus recruitment and students who have applied for it. Students can find all the necessary information related to the company like job profile, selection procedure, CTC, etc and the placement cell can see who applied and export the required student data to be sent the company.


Spotted: Cop Duchess Meghan’s trench dress
by Manila Standard LifestyleThe lovely khaki trench dress, which Meghan Markle, Duchess of Sussex, was recently seen wearing at The University of Johannesburg, is available here in the Philippines.
Duchess Meghan announced a new series of gender grants from the Association of Commonwealth Universities wearing a double-breasted trench dress from Banana Republic. The trench dress is part of the brand’s fall 2019 collection, which highlights urban utility pieces. The trench dress is available at Banana Republic in Greenbelt 5 for P7,250.


Defeating Theft
Prey is an all-in-one cross-platform security solution for laptops, tablets, and phones used to protect millions of devices, all around the world.
Its solid tracking and reporting technology helps people and organizations keep track of their assets 24/7, and proves to be crucial in the recovery of stolen devices every day
Feature packed, online based
Prey runs a powerful lightweight agent on your devices that silently awaits for your instructions to work its magic. Just log on to your account from a web browser and you’ll be able to remote-control your device, if it ever falls on the wrong hands. Sound the alarm, lock the screen, send messages and even wipe out sensitive data.
You can start protecting your devices from theft right now. It only takes a second.
- Alarm
- Location
- Lock
- Reports
- Pictures
- Screenshots
- Wipe Data
- Messages
- Protect Passwords
"Lorem ipsum dolor sit amet, consectetur adipisicing elit. Vitae laborum minus officia totam atque magnam optio recusandae ullam in laboriosam molestias porro doloribus rerum necessitatibus, libero consequatur architecto nisi nobis."
There's a Prey for you
Choose your Plan
Basic
Free
- Reports ✔
- Location ✔
- Alarm ✔
- Lock ✔
- Messages ✔
- Delete Browser Data -
- Delete Email/Passwords -
- Wipe Device -
Personal
$5 usd/month
- Reports ✔
- Location ✔
- Alarm ✔
- Lock ✔
- Messages ✔
- Delete Browser Data ✔
- Delete Email/Passwords ✔
- Wipe Device -
Home
$15 usd/month
- Reports ✔
- Location ✔
- Alarm ✔
- Lock ✔
- Messages ✔
- Delete Browser Data ✔
- Delete Email/Passwords ✔
- Wipe Device ✔
Business & Education
- Get Prey for your team
- All of Prey Features
- Centralized Administration
- Employee Privacy


AngularJS - Pagination Example with logic like Google
Item {{item}}
First
Previous
{{page}}
Next
Last
AngularJS - Pagination Example with logic like Google
JasonWatmore.com


001 /* 002 * Licensed to the Apache Software Foundation (ASF) under one 003 * or more contributor license agreements. See the NOTICE file 004 * distributed with this work for additional information 005 * regarding copyright ownership. The ASF licenses this file 006 * to you under the Apache License, Version 2.0 (the 007 * "License"); you may not use this file except in compliance 008 * with the License. You may obtain a copy of the License at 009 * 010 * http://www.apache.org/licenses/LICENSE-2.0 011 * 012 * Unless required by applicable law or agreed to in writing, 013 * software distributed under the License is distributed on an 014 * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY 015 * KIND, either express or implied. See the License for the 016 * specific language governing permissions and limitations 017 * under the License. 018 */ 019 package org.apache.shiro.util; 020 021 import java.lang.ref.ReferenceQueue; 022 import java.lang.ref.SoftReference; 023 import java.util.*; 024 import java.util.concurrent.ConcurrentHashMap; 025 import java.util.concurrent.ConcurrentLinkedQueue; 026 import java.util.concurrent.locks.ReentrantLock; 027 028 029 /** 030 * A SoftHashMap is a memory-constrained map that stores its values in 031 * {@link SoftReference SoftReference}s. (Contrast this with the JDK's 032 * {@link WeakHashMap WeakHashMap}, which uses weak references for its keys, which is of little value if you 033 * want the cache to auto-resize itself based on memory constraints). 034 *
 035 * Having the values wrapped by soft references allows the cache to automatically reduce its size based on memory 036 * limitations and garbage collection. This ensures that the cache will not cause memory leaks by holding strong 037 * references to all of its values. 038 *
 039 * This class is a generics-enabled Map based on initial ideas from Heinz Kabutz's and Sydney Redelinghuys's 040 * publicly posted version (with their approval), with 041 * continued modifications. 042 *
 043 * This implementation is thread-safe and usable in concurrent environments. 044 * 045 * @since 1.0 046 */ 047 public class SoftHashMap<K, V> implements Map<K, V> { 048 049 /** 050 * The default value of the RETENTION_SIZE attribute, equal to 100. 051 */ 052 private static final int DEFAULT_RETENTION_SIZE = 100; 053 054 /** 055 * The internal HashMap that will hold the SoftReference. 056 */ 057 private final Map<K, SoftValue<V, K>> map; 058 059 /** 060 * The number of strong references to hold internally, that is, the number of instances to prevent 061 * from being garbage collected automatically (unlike other soft references). 062 */ 063 private final int RETENTION_SIZE; 064 065 /** 066 * The FIFO list of strong references (not to be garbage collected), order of last access. 067 */ 068 private final Queue<V> strongReferences; //guarded by 'strongReferencesLock' 069 private final ReentrantLock strongReferencesLock; 070 071 /** 072 * Reference queue for cleared SoftReference objects. 073 */ 074 private final ReferenceQueue<? super V> queue; 075 076 /** 077 * Creates a new SoftHashMap with a default retention size size of 078 * {@link #DEFAULT_RETENTION_SIZE DEFAULT_RETENTION_SIZE} (100 entries). 079 * 080 * @see #SoftHashMap(int) 081 */ 082 public SoftHashMap() { 083 this(DEFAULT_RETENTION_SIZE); 084 } 085 086 /** 087 * Creates a new SoftHashMap with the specified retention size. 088 *
 089 * The retention size (n) is the total number of most recent entries in the map that will be strongly referenced 090 * (ie 'retained') to prevent them from being eagerly garbage collected. That is, the point of a SoftHashMap is to 091 * allow the garbage collector to remove as many entries from this map as it desires, but there will always be (n) 092 * elements retained after a GC due to the strong references. 093 *
 094 * Note that in a highly concurrent environments the exact total number of strong references may differ slightly 095 * than the actual retentionSize value. This number is intended to be a best-effort retention low 096 * water mark. 097 * 098 * @param retentionSize the total number of most recent entries in the map that will be strongly referenced 099 * (retained), preventing them from being eagerly garbage collected by the JVM. 100 */ 101 @SuppressWarnings({"unchecked"}) 102 public SoftHashMap(int retentionSize) { 103 super(); 104 RETENTION_SIZE = Math.max(0, retentionSize); 105 queue = new ReferenceQueue<V>(); 106 strongReferencesLock = new ReentrantLock(); 107 map = new ConcurrentHashMap<K, SoftValue<V, K>>(); 108 strongReferences = new ConcurrentLinkedQueue<V>(); 109 } 110 111 /** 112 * Creates a {@code SoftHashMap} backed by the specified {@code source}, with a default retention 113 * size of {@link #DEFAULT_RETENTION_SIZE DEFAULT_RETENTION_SIZE} (100 entries). 114 * 115 * @param source the backing map to populate this {@code SoftHashMap} 116 * @see #SoftHashMap(Map,int) 117 */ 118 public SoftHashMap(Map<K, V> source) { 119 this(DEFAULT_RETENTION_SIZE); 120 putAll(source); 121 } 122 123 /** 124 * Creates a {@code SoftHashMap} backed by the specified {@code source}, with the specified retention size. 125 *
 126 * The retention size (n) is the total number of most recent entries in the map that will be strongly referenced 127 * (ie 'retained') to prevent them from being eagerly garbage collected. That is, the point of a SoftHashMap is to 128 * allow the garbage collector to remove as many entries from this map as it desires, but there will always be (n) 129 * elements retained after a GC due to the strong references. 130 *
 131 * Note that in a highly concurrent environments the exact total number of strong references may differ slightly 132 * than the actual retentionSize value. This number is intended to be a best-effort retention low 133 * water mark. 134 * 135 * @param source the backing map to populate this {@code SoftHashMap} 136 * @param retentionSize the total number of most recent entries in the map that will be strongly referenced 137 * (retained), preventing them from being eagerly garbage collected by the JVM. 138 */ 139 public SoftHashMap(Map<K, V> source, int retentionSize) { 140 this(retentionSize); 141 putAll(source); 142 } 143 144 public V get(Object key) { 145 processQueue(); 146 147 V result = null; 148 SoftValue<V, K> value = map.get(key); 149 150 if (value != null) { 151 //unwrap the 'real' value from the SoftReference 152 result = value.get(); 153 if (result == null) { 154 //The wrapped value was garbage collected, so remove this entry from the backing map: 155 //noinspection SuspiciousMethodCalls 156 map.remove(key); 157 } else { 158 //Add this value to the beginning of the strong reference queue (FIFO). 159 addToStrongReferences(result); 160 } 161 } 162 return result; 163 } 164 165 private void addToStrongReferences(V result) { 166 strongReferencesLock.lock(); 167 try { 168 strongReferences.add(result); 169 trimStrongReferencesIfNecessary(); 170 } finally { 171 strongReferencesLock.unlock(); 172 } 173 174 } 175 176 //Guarded by the strongReferencesLock in the addToStrongReferences method 177 178 private void trimStrongReferencesIfNecessary() { 179 //trim the strong ref queue if necessary: 180 while (strongReferences.size() > RETENTION_SIZE) { 181 strongReferences.poll(); 182 } 183 } 184 185 /** 186 * Traverses the ReferenceQueue and removes garbage-collected SoftValue objects from the backing map 187 * by looking them up using the SoftValue.key data member. 188 */ 189 private void processQueue() { 190 SoftValue sv; 191 while ((sv = (SoftValue) queue.poll()) != null) { 192 //noinspection SuspiciousMethodCalls 193 map.remove(sv.key); // we can access private data! 194 } 195 } 196 197 public boolean isEmpty() { 198 processQueue(); 199 return map.isEmpty(); 200 } 201 202 public boolean containsKey(Object key) { 203 processQueue(); 204 return map.containsKey(key); 205 } 206 207 public boolean containsValue(Object value) { 208 processQueue(); 209 Collection values = values(); 210 return values != null && values.contains(value); 211 } 212 213 public void putAll(Map<? extends K, ? extends V> m) { 214 if (m == null || m.isEmpty()) { 215 processQueue(); 216 return; 217 } 218 for (Map.Entry<? extends K, ? extends V> entry : m.entrySet()) { 219 put(entry.getKey(), entry.getValue()); 220 } 221 } 222 223 public Set<K> keySet() { 224 processQueue(); 225 return map.keySet(); 226 } 227 228 public Collection<V> values() { 229 processQueue(); 230 Collection<K> keys = map.keySet(); 231 if (keys.isEmpty()) { 232 //noinspection unchecked 233 return Collections.EMPTY_SET; 234 } 235 Collection<V> values = new ArrayList<V>(keys.size()); 236 for (K key : keys) { 237 V v = get(key); 238 if (v != null) { 239 values.add(v); 240 } 241 } 242 return values; 243 } 244 245 /** 246 * Creates a new entry, but wraps the value in a SoftValue instance to enable auto garbage collection. 247 */ 248 public V put(K key, V value) { 249 processQueue(); // throw out garbage collected values first 250 SoftValue<V, K> sv = new SoftValue<V, K>(value, key, queue); 251 SoftValue<V, K> previous = map.put(key, sv); 252 addToStrongReferences(value); 253 return previous != null ? previous.get() : null; 254 } 255 256 public V remove(Object key) { 257 processQueue(); // throw out garbage collected values first 258 SoftValue<V, K> raw = map.remove(key); 259 return raw != null ? raw.get() : null; 260 } 261 262 public void clear() { 263 strongReferencesLock.lock(); 264 try { 265 strongReferences.clear(); 266 } finally { 267 strongReferencesLock.unlock(); 268 } 269 processQueue(); // throw out garbage collected values 270 map.clear(); 271 } 272 273 public int size() { 274 processQueue(); // throw out garbage collected values first 275 return map.size(); 276 } 277 278 public Set<Map.Entry<K, V>> entrySet() { 279 processQueue(); // throw out garbage collected values first 280 Collection<K> keys = map.keySet(); 281 if (keys.isEmpty()) { 282 //noinspection unchecked 283 return Collections.EMPTY_SET; 284 } 285 286 Map<K, V> kvPairs = new HashMap<K, V>(keys.size()); 287 for (K key : keys) { 288 V v = get(key); 289 if (v != null) { 290 kvPairs.put(key, v); 291 } 292 } 293 return kvPairs.entrySet(); 294 } 295 296 /** 297 * We define our own subclass of SoftReference which contains 298 * not only the value but also the key to make it easier to find 299 * the entry in the HashMap after it's been garbage collected. 300 */ 301 private static class SoftValue<V, K> extends SoftReference<V> { 302 303 private final K key; 304 305 /** 306 * Constructs a new instance, wrapping the value, key, and queue, as 307 * required by the superclass. 308 * 309 * @param value the map value 310 * @param key the map key 311 * @param queue the soft reference queue to poll to determine if the entry had been reaped by the GC. 312 */ 313 private SoftValue(V value, K key, ReferenceQueue<? super V> queue) { 314 super(value, queue); 315 this.key = key; 316 } 317 318 } 319 }


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[gecode-users] Multiple separate searches
Guido Tack
tack at gecode.org
Mon Apr 23 03:45:38 CEST 2012
--
Guido Tack
http://www.csse.monash.edu/~guidot/
On 20/04/2012, at 10:16 PM, Milton Friedman wrote:
> The function code is:
>
> void DoOneDFS(int argc, char* argv[],const char* ModelName){
> SizeOptions optModel(ModelName);
> optModel.iterations(1);
> optModel.size(3);
> optModel.parse(argc,argv);
> ModelB* s = new ModelB(optModel);
> //call once
> DFS<ModelB> e(s);
> bool wasBranch = SS_BRANCH==s->status();
> bool wasSolved = SS_SOLVED==s->status();
> bool wasFailed = SS_FAILED==s->status();
> //loop while wasBranch and not null, wasSolved or wasFailed
> while (wasBranch && s) {
> cout<<"Branch"<<endl;
> s->myprint();
> delete s; //in while loop...deletes space we branched from
> //calls Gecode...then done with this next space
> Packing2DRectTopology* s = e.next();
> wasBranch = SS_BRANCH==s->status();
> wasSolved = SS_SOLVED==s->status();
> wasFailed = SS_FAILED==s->status();
> }
> if (wasSolved){ //record it
> cout<<"Solved"<<endl;
> s->myprint();
> s->mydebugprint();
> system("PAUSE");
> }
> else if (wasFailed){ //ignore it
> //system("PAUSE");
> }
> else { //unexpected
> cout<<"Shouldn't arrive here. status: "<<s->status()<<endl;
> system("PAUSE");
> }
> //delete s; //<<<---Works if commented out; fails otherwise...why?
> }
>
When you construct DFS from a space, DFS takes ownership of that space, unless you give it a search options argument where you set clone to false (see the reference documentation for the DFS class). So here it depends on whether s is still the initial space (in which case you mustn't delete it) or a space returned from e.next (in which case you must delete it).
But that's not the main problem with the code above: a space returned from e.next() is always NULL or SS_SOLVED.
What you probably want to do is to implement your own Brancher that runs a DFS internally. There is code that does more or less that in gecode/flatzinc/flatzinc.cpp in the current svn trunk, it's called "AuxVarBrancher". Perhaps that can help you to get started.
Cheers,
Guido
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User stories
- I can POST a URL to https://teague-apis-short-url2.glitch.me/api/shorturl/new and I will receive a shortened URL in the JSON response.
Example :{"original_url":"https://www.google.com","short_url":"SynhQd1YG"}
- If I pass an invalid URL that doesn't follow the
http(s)://www.example.com(/more/routes)
format, the JSON response will contain an error like{"error":"invalid URL"}
HINT: to be sure that the submitted url points to a valid site you can use the function dns.lookup(host, cb) from the dns core module. - When I visit the shortened URL, it will redirect me to my original link.
Example creation usage:
https://teague-apis-short-url.glitch.me/api/shorturl/new
Submit https://www.google.com
Example creation output
{ "original_url":"https://www.google.com", "short_url":"SynhQd1YG" }
Usage:
https://teague-apis-short-url.glitch.me/api/shorturl/SynhQd1YG
Will redirect to:
https://www.google.com


Ben Holder
Violin/ Piano/ Vocals
To check out more great music from Ben Holder, click here!
Ben Meets Benny
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Around Christmas
God Rest Ye Merry Gentlemen
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Manouche Memoirs
Djangos Tiger
The Way You Look Tonight
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Standards
Fascinating Rhythm
A Nightingale Sang In Berkley Square
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The Original Ben Holder
You
Sweet Potato
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Route 66
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Academic Information
Education
M.S. Computer Science, Norhteastern University
Courses: Algorithm, Web-Design, Machine Learning
Mobile Application Development
B.S. Finance, Marketing, Arizona State University
Courses: Negotiation, Competitive Marketing Strategy,
Financial Cases and Modeling,
Professional Sales and Relationship Management


Connect to LINGUISTICS-PLC in the Course Register.
LINGUISTICS
LING-071 AMERICAN SIGN LANGUAGE I 1 CU 680 LEC TR 1:30-3PM WILL 723 DROLSBAUGH M MAX: 16 681 LEC MW 5-6:30PM WILL 23 HARTMANN J MAX: 16 682 LEC TR 4:30-6PM WILL 23 HARTMANN J MAX: 16 683 LEC MW 6:30-8PM WILL 25 DRAGANAC-HAWK M MAX: 16 LING-072 AMER SIGN LANGUAGE II 1 CU PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED 680 LEC TR 3-4:30PM WILL 321 DROLSBAUGH M PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED MAX: 16 681 LEC MW 6:30-8PM WILL 23 HARTMANN J MAX: 16 682 LEC TR 4:30-6PM BENN 139 RAINONE M MAX: 15 683 LEC MW 5-6:30PM WILL 205 DROLSBAUGH M MAX: 15 LING-073 AMER SIGN LANGUAGE III 1 CU PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED 680 LEC TR 6-7:30PM WILL 1 HENNESSEY C MAX: 16 681 LEC MW 5-6:30PM WILL 25 DRAGANAC-HAWK M MAX: 15 LING-074 AMER SIGN LANGUAGE IV 1 CU PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED SEE SPECIAL MESSAGE IN DEPARTMENT HEADER 680 LEC TR 4:30-6PM WILL 1 HENNESSEY C MAX: 16 ASL IV - MEDICAL 1 CU PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED SEE SPECIAL MESSAGE IN DEPARTMENT HEADER 681 LEC MW 5-6:30PM BENN 16 RAINONE M MAX: 16 LING-077 ASL/DEAF STUDIES - ABCS 1 CU PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED 680 LEC M 12-1:30PM WILL 404 FISHER J AN ACADEMICALLY BASED COMMUNITY SERV COURSE MAX: 16 LING-078 DEAF CULTURE 1 CU PENN LANGUAGE CENTER PERMISSION NEEDED PRIOR LANGUAGE EXPERIENCE REQUIRED CULTURAL DIVERSITY IN US 680 SEM W 2-5PM WILL 705 FISHER J MAX: 15 LING-082 BEG IRISH GAELIC II 1 CU 680 LEC MW 5-7PM WILL 204 BLYN-LADREW R MAX: 15 LING-084 INTERM IRISH GAELIC II 1 CU 680 LEC MW 7-9PM WILL 303 BLYN-LADREW R MAX: 15 LING-086 ADVANCED IRISH GAELIC II 1 CU 680 LEC TR 7:30-9PM WILL 217 BLYN-LADREW R MAX: 15
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Module ringo/events
Exports an EventEmitter classes that provide methods to emit events and register event listener functions.
Class EventEmitter
Instance Methods
- emit(type, [args...])
- listeners(type)
- on(type, listener)
- removeAllListeners(type)
- removeListener(type, listener)
Class JavaEventEmitter
Instance Methods
- addListener(type, listener)
- addSyncListener(type, listener)
- emit(type, [args...])
- on(type, listener)
- removeAllListeners(type)
- removeListener(type, listener)
Instance Properties
EventEmitter ()
This class provides methods to emit events and add or remove event listeners.
The EventEmitter
function can be used as constructor or as mix-in. Use the
new
keyword to construct a new EventEmitter:
var emitter = new EventEmitter();
To add event handling methods to an existing object, call or apply the
EventEmitter
function with the object as this
:
EventEmitter.call(object);
EventEmitter.prototype.emit (type, [args...])
Emit an event to all listeners registered for this event type
Parameters
| string | type | type the event type |
| ... | [args...] | optional arguments to pass to the listeners |
Returns
| true if the event was handled by at least one listener, false otherwise |
Throws
EventEmitter.prototype.listeners (type)
Get an array containing the listener functions for the given event. If no listeners exist for the given event a new array is created. Changes on the return value will be reflected in the EventEmitter instance.
Parameters
| string | type | the event type |
Returns
| array | the lister array |
EventEmitter.prototype.on (type, listener)
Add a listener function for the given event. This is a shortcut for addListener()
Parameters
| string | type | the event type |
| function | listener | the listener |
Returns
| this object for chaining |
EventEmitter.prototype.removeAllListeners (type)
Remove all listener function for the given event.
Parameters
| string | type | the event type |
Returns
| this object for chaining |
EventEmitter.prototype.removeListener (type, listener)
Remove a listener function for the given event.
Parameters
| string | type | the event type |
| function | listener | the listener |
Returns
| this object for chaining |
JavaEventEmitter (classOrInterface, eventMapping)
An adapter for dispatching Java events to Ringo. This class takes a Java class or interface as argument and creates a Java object that extends or implements the class or interface and forwards method calls to event listener functions registered using the EventEmitter methods.
Like EventEmitter, JavaEventEmitter
can be used as
constructor or as mix-in. Use the new
keyword to construct a new
JavaEventEmitter:
var emitter = new JavaEventEmitter(JavaClassOrInterface);
To add event handling methods to an existing object, call or apply the
JavaEventEmitter
function with the object as this
:
JavaEventEmitter.call(object, JavaClassOrInterface);
JavaEventEmitter accepts an object as optional second argument that maps
Java methods to event names. If the first argument is a Java class
this mapping also allows to select which methods should be overridden. If
called without event mapping the method name is used as event name, except
for methods like onFoo
which will trigger event foo
.
Parameters
| classOrInterface | a Java class or interface, or an Array containing multiple Java interfaces. | |
| eventMapping | optional object mapping method names to event names. If this parameter is defined only methods whose name is a property key in the object will be overridden, and the event type will be set to the property value instead of the method name. |
JavaEventEmitter.prototype.addListener (type, listener)
Add a listener function for the given event. The function will be called asynchronously on the thread of the local event loop.
Parameters
| string | type | the event type |
| function | listener | the listener |
JavaEventEmitter.prototype.addSyncListener (type, listener)
Add a synchronous listener function for the given event. A synchronous listener will be called by an outside thread instead of the thread of the local event loop. This means it can be called concurrently while this worker is running other code.
Parameters
| string | type | the event type |
| function | listener | the listener |
JavaEventEmitter.prototype.emit (type, [args...])
Emit an event to all listeners registered for this event type
Parameters
| string | type | type the event type |
| ... | [args...] | optional arguments to pass to the listeners |
Returns
| true if the event was handled by at least one listener, false otherwise |
Throws
JavaEventEmitter.prototype.impl
The generated Java object. This implements the Java interface
passed to the JavaEventEmitter
constructor and can be passed
to Java code that expects given interface.
JavaEventEmitter.prototype.on (type, listener)
Add a listener function for the given event. This is a shortcut for addListener()
Parameters
| string | type | the event type |
| function | listener | the listener |
JavaEventEmitter.prototype.removeAllListeners (type)
Removes all listener functions for a given event.
Parameters
| string | type | the event type |
JavaEventEmitter.prototype.removeListener (type, listener)
Remove a listener function for the given event.
Parameters
| string | type | the event type |
| function | listener | the listener |


| < Day Day Up > |
C.1 The BasicsTo use phpMyAdmin to access your database, you need a username and password that are valid for connections from your web server. Your web server might be on the same machine as your MySQL server, in which case, obviously, the user only needs to be able to access the server from localhost. Once you have logged in using a valid user account, you will see something that looks like Figure C-1. Figure C-1. phpMyAdmin start pageAs you can see in Figure C-2, there are some links to basic server information. Via the Status link, phpMyAdmin provides a way to see the status of your server without logging into it and issuing commands via a command-line interface. Figure C-2. phpMyAdmin Runtime Information screenTo drill into a specific database, the first step is to select the database name from the pull-down menu on the left menu bar. phpMyAdmin then displays all the tables within that database, as shown in Figure C-3. This page is extremely useful at a quick glance for checking the relative sizes of your tables, which storage engine is used for each table, and the number of records contained in each. Figure C-3. phpMyAdmin after selecting a databaseA step-by-step tutorial in how to use phpMyAdmin is outside the scope of this book, but we'd like to show you some common examples of where you might find it useful to have phpMyAdmin installed because it can make your job as the database administrator significantly easier, or at least faster. It can also allow you to grant people access to issue raw SQL commands and perform maintenance without actually giving them a login on the machine or requiring them to use the MySQL command-line interface. |
| < Day Day Up > |


Structure View
The Structure View implementation used for a specific file type can be customized on many levels.
If a custom language plugin provides an implementation of the
StructureView
interface, it can completely replace the standard structure view implementation with a custom user interface component.
However, for most languages this is not necessary, and the standard
StructureView
implementation provided by IntelliJ Platform can be reused.
The starting point for the structure view is the
PsiStructureViewFactory
interface, which is registered in the com.intellij.lang.psiStructureViewFactory
extension point.
Examples:
PsiStructureViewFactory
for Properties language plugin- Custom Language Support Tutorial: Structure View
To reuse the IntelliJ Platform implementation of the
StructureView
,
the plugin returns a
TreeBasedStructureViewBuilder
from its
PsiStructureViewFactory.getStructureViewBuilder()
method.
As the model for the builder, the plugin can specify a subclass of
TextEditorBasedStructureViewModel
,
and by overriding methods of this subclass it customizes the structure view for a specific language.
Example:
StructureViewModel
for
Properties language plugin
The main method to override is getRoot()
, which returns the instance of a class implementing the
StructureViewTreeElement
interface.
There exists no standard implementation of this interface, so a plugin will need to implement it completely.
The structure view tree is usually built as a partial mirror of the PSI tree.
In the implementation of
StructureViewTreeElement.getChildren()
,
the plugin can specify which of the child elements of a specific PSI tree node need to be represented as elements in the structure view.
Another important method is getPresentation()
, which can be used to customize the text, attributes, and icon used to represent an element in the structure view.
The implementation of StructureViewTreeElement.getChildren()
needs to be matched by TextEditorBasedStructureViewModel.getSuitableClasses()
.
The latter method returns an array of PsiElement
-derived classes which can be shown as structure view elements. It is used to select the Structure View item matching the cursor position when the structure view is first opened or when the Autoscroll from source option is enabled.
Example:
StructureViewTreeElement
for
Properties language plugin


200 CIGARETTES Reviewed by Jamie Peck
What is it that makes this retro-comedy such a downer? It's certainly not the cast, which includes enough hot, young talent for several movies. There's Courtney Love, cementing her reputation as a serious actress; Christina Ricci, hot off her shoulda-been-nominated turn in "The Opposite of Sex"; Paul Rudd, who gets even more appealing with every role; Kate Hudson, inheriting some fine acting genes from mom Goldie Hawn; and Affleck brothers Ben and Casey, two of the best things about "Good Will Hunting." Perhaps the question is this: What drew these and other immensely talented actors to such a dreary project?
Maybe it looked good on paper. "200 Cigarettes" is composed of a series of vignettes, as various characters make their way through New York's festively decorated East Village to a holiday bash thrown by a jittery bundle of nerves named Monica (Martha Plimpton, all dressed up in her best Cyndi Lauper). Among the potential guests are likeable cad Kevin (Rudd) and his best friend Lucy (Love), busy bickering over his recent break-up, and a clumsy but seemingly charming bartender (Ben Affleck) who opens his mouth only to spew forth bad pick-up lines.
More subplots - _many_ more - dot the big picture, but those listed above are the only ones worth noting in a positive light. All the other story tangents are as frazzled as a cokehead trying to solve a Rubick's Cube. Ricci and Gaby Hoffman grate as two Ronkonkoma gals (the kind that have trouble pronouncing hard consonants) out to have a high time in the big city. Infamously acerbic comedienne Janeane Garofalo is wasted in what amounts to a several-scene cameo. Hudson, as a pretty-in-pink klutz recently devirginized by a reprehensible ladies' man (Jay Mohr), trips, pukes and gets smeared with dog poop. Are we laughing yet?
The film boils down to a mixture of the good, the bad and the gaudy, with the latter two overtaking the former. Game performances - especially by Love, Rudd and Plimpton - are almost shot down by the bizarrely colorful parts and a constantly roving focus, here a combination that mostly sputters when it should crackle. Too many sidetracks rate as uninteresting and have little payoff until a lengthy final montage where we find out many of the performers served as one night stands for each other. If this is "200 Cigarettes," then get me 200 nicotine patches.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Tilmeld Component Examples
Currently logged in user:
Logout
Register event:
Login event:
Login (Normal Layout)
Login (Small Layout)
Login (Small Layout, Only Login)
Login (Small Layout, Only Register)
Change Password (Normal Layout)
Change Password (Small Layout)
Change Password (Compact Layout)


Recipe 3.11. Scheduling CommandsCredit: Peter Cogolo ProblemYou need to schedule commands for execution at certain times. SolutionThat's what the sched module of the standard library is for: import time, os, sys, sched schedule = sched.scheduler(time.time, time.sleep) def perform_command(cmd, inc): schedule.enter(inc, 0, perform_command, (cmd, inc)) # re-scheduler os.system(cmd) def main(cmd, inc=60): schedule.enter(0, 0, perform_command, (cmd, inc)) # 0==right now schedule.run( ) if _ _name_ _ == '_ _main_ _' : numargs = len(sys.argv) - 1 if numargs < 1 or numargs > 2: print "usage: " + sys.argv[0] + " command [seconds_delay]" sys.exit(1) cmd = sys.argv[1] if numargs < 3: main(cmd) else: inc = int(sys.argv[2]) main(cmd, inc) DiscussionThis recipe implements the same functionality as in the previous Recipe 3.10, but instead of that recipe's simpler roll-our-own approach, this one uses the standard library module sched. sched is a reasonably simple, yet flexible and powerful, module for scheduling tasks that must take place at given times in the future. To use sched, you first instantiate a scheduler object, such as schedule (shown in this recipe's Solution), with two arguments. The first argument is the function to call in order to find out what time it isnormally time.time, which returns the current time as a number of seconds from an arbitrary reference point known as the epoch. The second argument is the function to call to wait for some timenormally time.sleep. You can also pass functions that measure time in arbitrary artificial ways. For example, you can use sched for such tasks as simulation programs. However, measuring time in artificial ways is an advanced use of sched not covered in this recipe. Once you have a sched.scheduler instance s, you schedule events by calling either s.enter, to schedule something at a relative time n seconds from now (you can pass n as 0 to schedule something for right now), or s.enterabs, to schedule something at a given absolute time. In either case, you pass the time (relative or absolute), a priority (if multiple events are scheduled for the same time, they execute in priority order, lowest-priority first), a function to call, and a tuple of arguments to call that function with. Each of these two methods return an event identifier, an arbitrary token that you may store somewhere and later use to cancel a scheduled event by passing the event's token as the argument in a call to s.cancelanother advanced use which this recipe does not cover. After scheduling some events, you call s.run, which keeps running until the queue of scheduled events is empty. In this recipe, we show how to schedule a periodic, recurring event: function perform_command reschedules itself for inc seconds later in the future as the first thing it does, before running the specified system command. In this way, the queue of scheduled events never empties, and function perform_command keeps getting called with regular periodicity. This self-rescheduling is an important idiom, not just in using sched, but any time you have a "one-shot" way to ask for something to happen in the future, and you need instead to have something happen in the future "periodically". (Tkinter's after method, e.g., also works in exactly this way, and thus is also often used with just this kind of self-rescheduling idiom.) Even for a task as simple as the one handled by this recipe, sched still has a small advantage over the simpler roll-your-own approach used previously in Recipe 3.10. In Recipe 3.10, the specified delay occurs between the end of one execution of cmd and the beginning of the next execution. If the execution of cmd takes a highly variable amount of time (as is often the case, e.g., for commands that must wait for the network, or some busy server, etc.), then the command is not really being run periodically. In this recipe, the delay occurs between beginning successive runs of cmd, so that periodicity is indeed guaranteed. If a certain run of cmd takes longer than inc seconds, the schedule temporarily falls behind, but it will eventually catch up again, as long as the average running time of cmd is less than inc seconds: sched never "skips" events. (If you do want an event to be skipped because it's not relevant any more, you have to keep track of the event identifier token and use the cancel method.) For a detailed explanation of this script's structure and body, see Recipe 3.10. See AlsoRecipe 3.10; documentation of the standard library modules os, time, sys, and sched in the Library Reference and Python in a Nutshell. |


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#include "graphics_afx.h"
#include "GrUTAtlas.h"
#include "GrConfig.h"
#include "UBitReader.h"
Go to the source code of this file.
Defines | |
| #define | GR_UT_LEAF 0x0001 |
| class header. | |
| #define | GR_UT_LEAF_EMPTY 0x0002 |
| #define GR_UT_LEAF 0x0001 |
class header.
File: GrUTAtlas.cpp Author: Kevin Bray Created: 11-17-2008 Copyright © 2004 Bootstrap Studios. All rights reserved. project includes. means that the current node is a leaf.
Definition at line 17 of file GrUTAtlas.cpp.
| #define GR_UT_LEAF_EMPTY 0x0002 |
means that the current leaf has no children. If this is not specified, then the leaf is complete (has all children).
Definition at line 21 of file GrUTAtlas.cpp.


{% extends "base.html" %} {% load crispy_forms_tags %} {% block content %}
While importing that proposal, ATP didn't recognize the value of {{ incoming_value }} for the field {{ field }}.
Please select the correct value for {{ incoming_value }} from the list of EAS-compatible values below.
{% crispy form %} {% endblock %} {% block js %} {% endblock %}


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The Boolean Bot can build truth tables, minimize logical expressions and simulate boolean functions. It uses the Quine-McCluskey algorithm and Petrick's method to find the optimal sum of products form of the function.
Enter the expression:
| Operators | ||||
|---|---|---|---|---|
| Grouping | Not | And | Xor | Or |
| (ab) | a' | ab | a^b | a+b |
Enter a comma separated list of min terms:
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Tip: You can specify a range (e.g. 0, 2, 5-10, 13
)
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Example: a, b, c, d


introducing gomez.
gomez is an open-sourced torrent search engine built on security and simplicity.
we do not log any information or run any advertisements on our website.
we also don't host any illegal content on this server. see more here.
the torrent sites we search.
- The Pirate Bay
- Torrent9
- 1337x
- Torrentz2
- KickAssTorrents
- RARBG
- TorrentProject
- YTS
- LimeTorrents
- EZTV


Ahmed Abd El-Hamid
Founder
This web application facilitates for users concerned with installing a solar system for their properties to find out the required parts according to their location and electricity consumption only. It provides two stakeholders, The client and the contractor who will install the system.
Contractors have a part as freelancers who could provide proposals on different systems and the clients get the chance to choose from different offers and contractors.
Contact Us


--- permalink: /about.html layout: default search_exclude: true ---
I am 23 years old. I was born in the city of Madurai in India. I lived in Coimbatore for four years while I was pursuing my undergraduate education.I have also lived in Trichy, Vellore and Chennai during school days. Currently I stay in Bengaluru, Karnataka. I completed my undergraduate education in Electronics and Communication Engineering from the Amrita School of Engineering,Coimbatore on May 2017. I currently work as a Software Test Engineer, Testing Virtual Network Functions(VNF) and solve Cloud based challenges related to Telecom Industry at Ericsson, Bangalore, Karnataka.


Clip!
We had everything before us, we had nothing before us,
we were all going direct to Heaven, we were all going direct the other wayŚ
in short, the period was so far like the present period,
that some of its noisiest authorities insisted on its being received
for good or for evil, in the superlative degree of comparison only.
 In both countries
it was clearer than crystal to the lords of the State preserves of
loaves and fishes, that things in general were settled for ever.


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Meg and the Pure Americans
When I first started researching the years that Meg spent in rural western Maryland in the early 1920s, I knew next to nothing–only the short description written on her resume: “Part time worker, Frederick County, Md. School Health Inspection. Survey of farm tenancy for U. S. Dept. of Agriculture. Co-worker, Beulah Weldon Burhoe. Volunteer and experimental services. Expenses only.”
I was searching Meg’s name in historical newspapers when I came across a letter Beulah Weldon had written to her Barnard alumni magazine describing the “model farmstead” that she and Meg had started in Friends Creek, and this led me to more articles detailing their work at their settlement house, including a nearly full-page 1922 Baltimore Sun article called “Maryland Has Forgotten Colonies of Anglo Saxons.” This article provided the most detailed accounting that I had seen thus far in my research, describing the history of the settlement and Meg and Beulah’s activities on Friends Creek–much of which I recounted in a previous post.
As I was reading this article, one line struck me as soon as I read it: “The Daughters of the American Revolution, who are greatly desirous of fostering patriotism and pure Americanism have contributed largely.” “Pure Americanism”? What did that mean?
I read on and found the answer, in the words of my own great-great aunt.
“‘My principal motive in leaving New York and coming here was to help the country children, the native Americana, to get a better share of what is due them,’ says Miss Newman. ‘In New York there are fine schools, which are almost swamped by the children of recent immigrants, eager to learn, but remote regions such as this are permitting the children, many of whom are direct descendants of Revolutionary war heroes, to grow up in ignorance.’”
In her comments, Meg voices anti-immigrant sentiments that were common in the early 1920s, and that led to laws restricting immigration, which placed quotas on the number of immigrants who could enter the U.S. from various countries. The laws favored Anglo-Saxon immigrants over those from Southern and Eastern Europe and Asia, in part to establish a specific American identity represented by “native-born” Americans.
Meg explained how her experience working with immigrants led her to want to help those who were “native-born.” Children in the cities, she thought, had opportunities to hear music, buy prepared food and ready-made dresses, and go to art galleries, whereas in rural areas ”the only music, if any, will be a fiddle playing ‘Sourwood Mountain,’ [and] the children have no music lessons. The girls will have to cook all their lives, but there is no one to show them the value of proper preparation of food. They will always have to make their own clothes, but there are no sewing lessons. The boys are taught no trades, and if they do not get disgusted and move away there is no hope for them to do anything else but day labor, with little profitable work at that.”
Meg also expressed contempt for some immigrants she knew who “had no spark of attachment whatever for this country and were simply using it for what they could get out of it, notwithstanding all that was being done for them.” Thinking of the children in rural areas, Meg said, she became “heartsick” and “determined to cast my lot with them and do what I could to remedy the injustice.”
Reading these words was very upsetting to me. Meg is certainly expressing ideas that were shared by many at that time, including some settlement workers, who despite serving immigrants could not overcome their own prejudices. But where was the liberal, enlightened aunt I had heard about for so many years? Of all the aunts, I think of Meg as the most progressive. She marched for women’s suffrage, and after women got the vote, became an ardent Democrat who would get into fights with my much more conservative great-grandfather. I once heard a story that she took in an unwed pregnant woman and helped her get on her feet. She devoted her life to nursing others. When I first discovered that she had started her own rural settlement house, I had envisioned her as an idealistic, self-sacrificing revolutionary, but now that image has been complicated.
Especially since I am descended from the very same people Meg considered to be taking what was not rightfully theirs, and not “pure Americans,” solely because of where they came from. My maternal great-grandparents immigrated from southern Italy and Sicily to the United States in the early 1900s, settling in New Haven, Connecticut. They worked in factories, learned English, and assimilated into American society. I have often felt a tension in my heritage; reading Meg’s words, I am more aware than ever of the distance that existed between my great-grandfather Samuel Newman, the president of a tool company in Waynesboro, Pennsylvania, and my great-grandfather Erasmo Brancato, a barber in New Haven, Connecticut.
We all make choices in our lives, and even when making the choice of devoting your life to service, you must make a choice of who you will serve. Which cause is the most worthy? Who needs your help the most? Meg saw a need in rural Maryland, and during the five years she served there, she undoubtedly did a great deal of good. When Meg first arrived at Friends Creek, only 12.5% of the children were at a normal weight; three years later, that number was at 80%. She organized visits from doctors at the school and transportation to the local hospital and to dentists for children who needed it. She and Beulah also expanded their settlement family, taking in local children who needed their help. Are these achievements tarnished in some way by the reasons Meg pursued them?
I struggle with how to reconcile Meg’s good works with her prejudiced views. I admire her for her dedication to the people of Friends Creek, and for her courage in living an unconventional life that was different from the standard formula set for women. But I am also disappointed in her inability to surpass the dominant thinking of her age. Ultimately, I am understanding that yes, in many ways, Meg was a woman who was ahead of her time, but she was also very much of her time.
Image: “Immigrants” by Johan Hagemeyer. From the Bancroft Library, University of California, Berkeley.


Address
You need to first fill in the access token and Core ID. Then run it with your core flashing cyan. Then fill in the Core IP address.
Note: Do not put this on the web, as the Core ID would be available for others to see. It is fine from your computer.
D7-ON...
D7-OFF


Monoid Append operation. Allows to compose two reducers into one, keeping in mind that the order of the composition DOES matter. When composing reducer A with reducer B, when an action X arrives, first it will be forwarded to reducer A together with the initial state. This reducer may return a slightly (or completely) changed state from that operation, and this state will then be forwarded to reducer B together with the same action X. If you change the order, results may vary as you can imagine. Monoids don’t necessarily hold the commutative axiom, although sometimes they do. What they necessarily hold is the associativity axiom, which means that if you compose A and B, and later C, it’s exactly the same as if you compose A to a previously composed B and C: (A <> B) <> C == A <> (B <> C)
. So please don’t worry about surrounding your reducers with parenthesis:
Declaration
static func <> (lhs: Reducer<ActionType, StateType>, rhs: Reducer<ActionType, StateType>) -> Reducer<ActionType, StateType>
Return Value
a composed monoid (ActionType, StateType) -> StateType
equivalent to g(f(x))
Parameters
lhs
-
First monoid (ActionType, StateType) -> StateType
, let’s call it f(x)
rhs
-
Second monoid (ActionType, StateType) -> StateType
, let’s call it g(x)
Discussion
let globalReducer = firstReducer <> secondReducer <> thirdReducer <> andSoOn