Created: February 15, 2015
By: Aislin
Email<EMAIL_ADDRESS>Thank you for purchasing our theme. If you have any questions that are beyond the scope of this help file, please feel free to email via my user page contact form here. Thanks so much!
To install this theme you must have a working version of WordPress already installed. For information in regard to installing the WordPress platform, please see the WordPress Codex - http://codex.wordpress.org/Installing_WordPress
Extract the zipped package downloaded from ThemeForest to your desktop, in the extracted package you will find senior.zip file which is the wordpress theme.
You can install the theme in two ways:
FTP: Extract senior.zip file and upload the extracted folder to /wp-content/themes/ folder on your server.
WordPress: Navigate to Appearance -> Add New Themes -> Upload page. Select senior.zip file. Press the Install Now button to upload and install the theme.
After uploading the theme, you have to activate it. Navigate to Appearence -> Themes page to activate the theme.
It’s recommended that you make a backup of the theme prior to updating. Read this
If you want to avoid having your site temporarily unstyled during the theme update you can install "Coming Soon" plugin. You can use somthing like this: plugin 1 plugin 2
Note: If you have activated the child theme leave it as is. You only want to delete/update the theme.
From your WordPress dashboard, navigate to Themes. Activate a different theme, choose delete files for your theme, then upload the new theme and activate.
The same goes for following plugins: Bricklayer - Content Builder, Senior Plugin, LayerSLider. You can freely deactivate them, delete them and reinstall them again with the theme, just like you would on the first theme install.
If your server is slow and you are not able to complete the installation process please use FTP and replace the theme and the plugins directly.
It seems scary but you really won’t loose any of your data. The only exception is if you have made edits to theme files like header.php, footer.php etc. These changes will need to be made again to the new files. But all of your content and theme settings are preserved.
After theme installation you need to install and activate plugins this theme requires to work properly. You will see a list of required and recommended plugins. First you need to install them and than make sure you activate them.
If you are migrating from a theme which used the native featured images functionality of WordPress, please use Regenerate Thumbnails plugin to resize all the thumbnails.
We have included the exported XML file from our demo. (Please note that images from our demo site are not included.)
1.The XML file is included within the download package which will be used to import the content.
2. Navigate to WP Admin -> Tools -> Import.
3. Select and install WordPress importer.
4. Select the XML file and upload it. In a few minutes it will install and upload all content.
5. Now navigate to WP Admin -> Appearance -> Menus page and select the newly created menu and assign it to "Main Navigation" location.
6. Next, navigate to WP Admin -> Settings -> Reading Settings and set a front page.
To setup one of these pages as Homepage, navigate to WP Admin -> Settings -> Reading Settings and set the newly created page as front page.
Posts page must be left blank.
Don't forget to set your permalink structure to have pretty links. This is important also for Breadcrumbs to be able to print full paths. So go to Admin/Settings/Permalinks and select something, recommended are "Day and name" and "Month and name". Click "Save Changes".
This theme supports custom WordPress menu with two level dropdown support.
To setup the menus, navigate to Apperance -> Menus page. Enter a name for your menu and add links to the menu by using the options given on the left sidebar. You can manage your menus using the drag and drop functionality.  This theme has 2 menu locations Primary Menu and Secondary Menu, First is in the header and the second is in the footer.
This theme theme comes with 5 page templates.
With this layout you can have side to side fullwidth rows.
Make sure to designate a page in Admin/Settings/Reading as static Blog page.
We recommend that you install The Events Calendar plugin for managing events. You will be prompted by the theme to do so.
We recommend that you install Contact Form 7 plugin for managing events. You will be prompted by the theme to do so.
Senior WP Theme comes also with Layer Slider Plugin. Please read the documentation on this plugin. It is located in help folder within your main zip download. Demo sliders can be found in assets/layer-slider/demo/sliders folder. What you need to do is import these using Layer Slider import functionality. Please note that for the text in our demo sliders we used our custom css-classes. These classes are listed in Theme Options and can be customized there. In Layer Slider these custom classes are under each slide layer - Attributes tab.
Also, we have included custom Senior skin for layer slider. This skin lets you have a slider with customized bullets that you can see on our demo site for page Home 2. It is located in assets/layer-slider/skins.
Senior WP Theme comes with Visual Composer Plugin. Please read the documentation on this plugin. It is located in help folder within your main zip download.
Senior WP Theme comes with Ultimate Addons for Visual Composer Plugin. Please read the documentation on this plugin. It is located in help folder within your main zip download.
Senior Theme comes with 2 sidebar areas:
The theme comes with a simple to use administration panel. You can access it by navigating to Admin/Theme Options. The theme options are conveniently spread over a number of tabs and each tab contains the options that pertain to a particular area of the theme.
The shortcodes are available under the usual formatting options on the post / page text editor. Make sure you are on the "visual editor" tab, the shortcode dropdown are on the third row.
This theme uses the WordPress Post Thumbnails function, this way you can upload one image and WordPress will automatically resize it to all the different thumbnail sizes.
To set a post thumbnail for your post, go to Posts > Add New > Set Featured Image > the normal upload box will now appear, upload your image and click "Use as featured image".
The translation file is located in languages folder (/wp-content/themes/senior/languages). Edit the .po file using POEdit, use the translation field to make replacements.
From the file menu, save file with your language name e.g de_DE.po. It will generate both a .po and .mo file for your translation.
Next edit wp-config.php located in the root folder of wordpress and define the WPLANG prefix with your language name which should be similar to the translation file name.
The CSS files are listed below and we have included a "custom CSS" field in the theme options for users to insert their own custom CSS. Please be sure to put any custom CSS in that field and not in the style.css file. Anything in the custom CSS field will override the style.css file.
We've used the following images, icons or other files as listed.
Once again, thank you so much for purchasing this theme. As we said in the beginning, we will be happy to help you if you have any questions relating to this theme. We take pride in our work and care about our users. Thanks again!
Aislin


The .dropdown class is used to indicate a dropdown menu.
Use the .dropdown-menu class to actually build the dropdown menu.
To open the dropdown menu, use a button or a link with a class of .dropdown-toggle and data-toggle="dropdown".
Having bought this book, you are probably already well aware that JavaScript is some sort of computer language, but what is a computer language?  That something can be one of a wide variety of things, including displaying text, moving an image, or asking the user for information. Normally, the instructions, or what is termed code, are processed from the top line downward. This simply means that the computer looks at the code you’ve written, works out what action you want taken, and then takes that action. The act of processing the code is called running or executing it.


!!!My hobbies!!!
These are what I love to do
- Singing {bathroom Singing}
- Dancing
- Cooking
- Making New Friends
- Watching cartoons
- Playing video games, my favourites are FIFA and GTA
Also, I love dogs
Where have I been?
- Nigeria
- Dubai
- Japan
- Hopefully, I intend to visit Nepal also
https://en.wikipedia.org/wiki/Family_Guy


Command-line Interface
mkbook may be installed using Cargo (cargo install --force --path .
in the mkbook repo directory), and after that it presents a command-line interface:
$ mkbook mkbook 0.3.0 Kenton Hamaluik<EMAIL_ADDRESS>USAGE: mkbook [SUBCOMMAND] FLAGS: -h, --help Prints help information -V, --version Prints version information SUBCOMMANDS: build build the book help Prints this message or the help of the given subcommand(s) init initialize a mkbook directory tree watch build the book and continually rebuild whenever the source changes
The Init Command
The init command is a tool to help you get started, and will create an initial README.md
file and a stub of your first chapter.
$ mkbook init --help mkbook-init initialize a mkbook directory tree USAGE: mkbook init [OPTIONS] FLAGS: -h, --help Prints help information -V, --version Prints version information OPTIONS: -d, --directory <directory> an optional directory to initialize into [default: src]
The Build Command
The build command is the primary command for mkbook, and is responsible for taking the .md
files and building the resulting website.
$ mkbook build --help mkbook-build build the book USAGE: mkbook build [OPTIONS] FLAGS: -h, --help Prints help information -V, --version Prints version information OPTIONS: -i, --in <in> an optional directory to take the book sources from [default: src] -o, --out <out> an optional directory to render the contents into [default: book]
The Watch Command
The watch command is basically the same as the build
command, however after building it continues to monitor the source directory and if any changes are made (a file is saved, renamed, removed, created, etc), the entire book is re-built. In the future, this will hopefully be smarter but for now it just the whole thing at once. Stop watching using Ctrl+C or sending SIGINT
.
$ mkbook build --help mkbook-watch build the book and continually rebuild whenever the source changes USAGE: mkbook watch [OPTIONS] FLAGS: -h, --help Prints help information -V, --version Prints version information OPTIONS: -i, --in <in> an optional directory to take the book sources from [default: src] -o, --out <out> an optional directory to render the contents into [default: book]
Sample Usages
Build the GitHub Pages document (this book):
mkbook build -i docs-src -o docs
Build the book, continually watching for changes and enabling auto-reloading in the browser so you can see the book update as you write:
mkbook watch -i docs-src -o docs --reload
Build a LaTeX version of the book, then compile it to a PDF and open it in evince:
mkdir build mkbook build -i docs-src -o docs --latex build/book.tex cd build xelatex -shell-escape book.tex xelatex -shell-escape book.tex evince book.pdf


How Many Social Media Accounts do you have in total?
<10
>10
read your text
here
read your text
here


Welcome to the Exeter Bucket List!
About us!
Exeter is a small city located in Devon. Surrounded by beautiful countryside, the city offers the typical student acitives as well as a range of outdoor pursuits. There are many reasons as to why Exeter is a fantastic university. We have both loved our time at Exeter and with every year we have discovered new and exicting things. The best way to learn about your university is through word of mouth and other students.


Rarity Sword
Rarity Necklace
1. Username
2. Username
3. Username
.full list1. Username
2. Username
3. Username
.full list1. Username
2. Username
3. Username
.full list1. Username
2. Username
3. Username
.full list1. Username
2. Username
3. Username
.full list1. Username
2. Username
3. Username
.full list1. Username
2. Username
3. Username
.full list(Achievements)
How many tournaments did your pg won?
This is a game played by my server, you can only create new "players" and monitor them while they duel with the others!
You can create a new player entering a new name, if the name already exists means that an other user already used that name.
If you want you can still monitor other players characters and help them opening treasures!
Every time you open a treasure, a sword or a necklace will be dropped and equipped if it's more powerful for the character's specific dynasty
This is a world where everybody fight each other randomly and in organized tournaments!
Yes, every character will fight naked, only wearing that necklace and with his sword in his hands.
This world is divided into dynasties.
Every day (always at the same hour) a tournament is held to choose one champions from each dynasty.
When the six champions will be chosen they will fight in one last tournament to find out who is the global champion, the strongest and which dynasty is the best!
Change user


Choose your favorite formats for your own sites
Whether you want to fill this paragraph with some text like I'm doing right now, this place is perfect to describe some features or anything you want - React has a complete solution for you.
You have complete control over the look & feel of your website, we offer the best quality so you take your site up and running in no time.
Whether you want to fill this paragraph with some text like I'm doing right now, this place is perfect to describe some features or anything you want - React has a complete solution for you.
Whether you want to fill this paragraph with some text like I'm doing right now, this place is perfect to describe some features or anything you want - React has a complete solution for you.
You have complete control over the look & feel of your website, we offer the best quality so you take your site up and running in no time.
Whether you want to fill this paragraph with some text like I'm doing right now, this place is perfect to describe some features or anything you want - React has a complete solution for you.
All plans include a 7-day free trial
You can work with international customers right out of the box while you can keep staying in your country.
With some customization you can make this product apply to your branding guidelines and amaze your customers at the same time.
We don't impose any design restrictions, you are free to customize it as you see fit and it's easy to use.
We're always happy to offer support if you happen to have any doubts about anything, if you need some new stuff contact us.
We'll be adding some new stuff to make it even more awesome, if you have any idea please let us know.
This thing will work on any device, it has a very easy to understand documentation and is made with SASS.
With some customization you can make this product apply to your branding guidelines and amaze your customers at the same time.
Get it freeReact is perfect for novice developers and experts alike.
You can work with international customers right out of the box while staying in your country.
You can work with international customers right out of the box while staying in your country.
You can work with international customers right out of the box while staying in your country.


2 Samuel 7:14
I will be his father, and he shall be my son.


from typing import * from bisect import bisect_left class Solution: def avoidFlood(self, rains: List[int]) -> List[int]: hupo = {} res = [-1] * len(rains) resolve = [] for i, n in enumerate(rains): if n > 0: if n in hupo: if resolve: j = bisect_left(resolve, hupo[n]) if j < len(resolve): res[resolve[j]] = n resolve[j: j + 1] = [] else: return [] hupo[n] = i else: return [] else: hupo[n] = i else: resolve.append(i) for i in resolve: res[i] = 1 return res


Want to write desktop Ruby apps? Looking for a friendly open source project? Come hack on @shoooesrb today! http://rubyweek.org/activities/29 #eurucamp
8/1/2015, 1:39:02 AM
Favs: 1
Retweets: 2
link--- layout: tweet ---
Want to write desktop Ruby apps? Looking for a friendly open source project? Come hack on @shoooesrb today! http://rubyweek.org/activities/29 #eurucamp
8/1/2015, 1:39:02 AM
Favs: 1
Retweets: 2
link


Author:labuladong
Translator:warmingkkk
The previous article talked about a special data structure “monotonic stack”a type of problem “Next Greater Number” is solved. This article writes a similar data structure “monotonic queue”.
Maybe you haven’t heard of the name of this data structure. In fact, it is not difficult. It is a “queue”, but it uses a clever method to make the elements in the queue monotonically increase (or decrease). What’s the use of this data structure? Can solve a series of problems with sliding windows.
See a LeetCode title, 239 question，difficulty is hard：
This problem is not complicated. The difficulty is how to calculate the maximum value in each “window” at O(1) time, so that the entire algorithm is completed in linear time.We discussed similar scenarios before and came to a conclusion:
In a bunch of numbers,the best value is known,If you add a number to this bunch of numbers,you can quickly calculate the most value by comparing them,but if you reduce one number,you may not get the maximum vaue quickly,but you can have to go through all the numbers and find the maximum value again.
Back to the scenario of this problem,as each window advances,you need to add a number and decrease one number,so if you want to get a new maximum value in O(1) time,you need a special “monotonic queue” data structure to assist.
An ordinary queue must have these two operations:
class Queue {
void push(int n);
// or enqueue, adding element n to the end of the line
void pop();
// or dequeue, remove the leader element
}
The operation of a “monotonic queue” is similar:
class MonotonicQueue {
// add element n to the end of the line
void push(int n);
// returns the maximum value in the current queue
int max();
// if the head element is n, delete it
void pop(int n);
}
Of course, the implementation methods of these APIs are definitely different from the general Queue, but we leave them alone, and think that the time complexity of these operations is O (1), first answer this “sliding window” problem Frame out:
vector<int> maxSlidingWindow(vector<int>& nums, int k) {
MonotonicQueue window;
vector<int> res;
for (int i = 0; i < nums.size(); i++) {
if (i < k - 1) { // fill the first k-1 of the window first
window.push(nums[i]);
} else { // the window begins to slide forward
window.push(nums[i]);
res.push_back(window.max());
window.pop(nums[i - k + 1]);
// nums[i - k + 1] is the last element of the window
}
}
return res;
}
The idea is simple, understand? Below we start the highlight, the implementation of monotonic queues.
First we need to know another data structure: deque, which is a double-ended queue. It’s simple:
class deque {
// insert element n at the head of the team
void push_front(int n);
// insert element n at the end of the line
void push_back(int n);
// remove elements at the head of the team
void pop_front();
// remove element at the end of the line
void pop_back();
// returns the team head element
int front();
// returns the tail element
int back();
}
Moreover, the complexity of these operations is O (1). This is actually not a rare data structure. If you use a linked list as the underlying structure, it is easy to implement these functions.
The core idea of “monotonic queue” is similar to “monotonic stack”. The push method of the monotonic queue still adds elements to the end of the queue, but deletes the previous elements smaller than the new element:
class MonotonicQueue {
private:
deque<int> data;
public:
void push(int n) {
while (!data.empty() && data.back() < n)
data.pop_back();
data.push_back(n);
}
};
As you can imagine, adding the size of the number represents the weight of the person, squashing the underweight in front, and stopping until it encounters a larger magnitude.
If every element is added like this, the size of the elements in the monotonic queue will eventually decrease in a monotonic order, so our max () API can be written like this:
The pop () API deletes element n at the head of the queue, which is also very easy to write:
The reason to judge data.front () == n
is because the queue head element n we want to delete may have been" squashed ", so we don’t need to delete it at this time:
At this point, the monotonous queue design is complete, look at the complete problem-solving code:
class MonotonicQueue {
private:
deque<int> data;
public:
void push(int n) {
while (!data.empty() && data.back() < n)
data.pop_back();
data.push_back(n);
}
int max() { return data.front(); }
void pop(int n) {
if (!data.empty() && data.front() == n)
data.pop_front();
}
};
vector<int> maxSlidingWindow(vector<int>& nums, int k) {
MonotonicQueue window;
vector<int> res;
for (int i = 0; i < nums.size(); i++) {
if (i < k - 1) { // fill the first k-1 of the window first
window.push(nums[i]);
} else { // window slide forward
window.push(nums[i]);
res.push_back(window.max());
window.pop(nums[i - k + 1]);
}
}
return res;
}
Readers may be wondering, while the push operation contains a while loop, the time complexity is not O (1), so the time complexity of this algorithm should not be linear time, right?
The complexity of the push operation alone is not O (1), but the overall complexity of the algorithm is still O (N) linear time. To think of it this way, each element in nums is pushed_back and pop_back at most once, without any redundant operations, so the overall complexity is still O (N).
The space complexity is very simple, which is the size of the window O (k).
Some readers may think that “monotonic queues” and “priority queues” are more similar, but they are actually very different.
The monotonic queue maintains the monotonicity of the queue by deleting elements when adding elements, which is equivalent to extracting the monotonically increasing (or decreasing) part of a function; while the priority queue (binary heap) is equivalent to automatic sorting, the difference is large went.
Hurry up and get LeetCode’s Question 239 ~


@textContent.asHtml
} case otherContent =><EMAIL_ADDRESS>}@* * Copyright 2023 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import scala.collection.compat.immutable.LazyList @this() @(params: Accordion) @import params._ @attrs = { @hideAllSections match { case Some(m) => { data-i18n.hide-all-sections="@{m}" } case None => {} } @hideSection match { case Some(m) => { data-i18n.hide-section="@{m}" } case None => {} } @hideSectionAriaLabel match { case Some(m) => { data-i18n.hide-section-aria-label="@{m}" } case None => {} } @showAllSections match { case Some(m) => { data-i18n.show-all-sections="@{m}" } case None => {} } @showSection match { case Some(m) => { data-i18n.show-section="@{m}" } case None => {} } @showSectionAriaLabel match { case Some(m) => { data-i18n.show-section-aria-label="@{m}" } case None => {} } }


PRIMARY COLORS
A Film Review by James Berardinelli
RATING: **1/2 OUT OF ****
United States, 1998 U.S. Release Date: 3/20/98 (wide) Running Length: 2:20 MPAA Classification: R (Extreme and frequent profanity, sexual references, suicide) Theatrical Aspect Ratio: 2.35:1
Cast: John Travolta, Emma Thompson, Adrian Lester, Billy Bob Thornton, Maura Tierney, Kathy Bates, Larry Hagman, Paul Guilfoyle Director: Mike Nichols Producers: Mike Nichols Screenplay: Elaine May based on the novel by "Anonymous" (Joe Klein) Cinematography: Michael Ballhaus U.S. Distributor: Universal Pictures
It would be possible to write pages and pages comparing and contrasting the reality of Bill Clinton's 1992 Presidential campaign with the fictional one of Jack Stanton, the candidate in PRIMARY COLORS. Likewise, it would be equally possible to develop a lengthy piece about the similarities and differences between the movie and the best-selling novel upon which it is based. Since more qualified individuals than I will be penning articles of this sort over the next few days and weeks, I feel confident that I can narrow the scope of this review (mostly) to the movie itself, and let others worry about the divisions between fact and fiction.
Of course, it's impossible not to note that many of the characters in the film bear a striking resemblance to certain counterparts in the Clinton camp. Equally noteworthy is the fact that the movie dopplegangers are portrayed more kindly their respective book incarnations. This is partially the result of the direction in which director Mike Nichols (THE GRADUATE, THE BIRDCAGE) has chosen to take the film. Joe Klein's novel (which he published under the "Anonymous" pseudonym) is a cynical satire about life on the campaign trail. It's harsh, blistering, and possesses an edge that the film, a warmhearted comedy/drama, lacks. And, while the motion picture still makes some rather uncomfortable points about the sacrifices of virtue necessary to win an election, its approach is much gentler than that of the book, or, for that matter, another recent movie, WAG THE DOG, or the documentary, THE WAR ROOM.
There's merit in briefly running through the film's major characters and identifying their real-life counterparts, if only to satisfy the curiosity of those who have seen the picture and aren't sure. Jack and Susan Stanton (John Travolta and Emma Thompson) are, of course, Bill and Hilary Clinton.  Richard Jemmons (Billy Bob Thornton), a plain-speaking spin doctor, is obviously James Carville. Campaign adviser Daisy Green (Maura Tierney) represents Mandy Grunwald, and dirt-digger Libby Holden (Kathy Bates) exhibits similarities to Betsey Wright. There's also a Gennifer Flowers-type named Cashmire McLeod (Gia Carides) and a Paul Tsongas stand-in, Lawrence Harris (Kevin Cooney).
In a nutshell, the film follows a Democratic presidential candidate from the early days of his campaign, when he's preparing for the New Hampshire primary, to the vanquishing of his final opponent. Governor Jack Stanton, who is charisma personified, wins over voters as a result of his relaxed manner, apparent empathy with his audience, and refreshingly open approach. ("I'm gonna do something really outrageous - - tell the truth," he declares at one point. The irony of that statement, I'm sure, is not lost on anyone.) But Jack has a number of skeletons in his closet, many of which are associated with sexual indiscretions, and his advisors work overtime to keep them concealed.
Not everything in PRIMARY COLORS is stripped from the historical account of Clinton '92. One of the key players in the film, Fred Picker (Larry Hagman), the "miracle candidate," has no real-life counterpart. In addition, much of what transpires during the closing half-hour has little or no basis in fact. It's purely Klein's invention, as filtered through Elaine May's script. Likewise, the resolution of the Cashmire McLeod situation is radically different from how things turned out with Gennifer Flowers.
However, while the film is smart and perceptive in its take on American politics, it's dramatically weak. Nichols frequently seems caught in a palpable quandary: is this a satire, a drama, or a cautionary tale? Because PRIMARY COLORS vacillates uncertainly between the three, it's not strong as any of them. There's also a question of whether Nichols and May softened the book to avoid appearing too critical of the President. Is PRIMARY COLORS an attack, a retreat, or an apology?
My biggest complaint about the film is the length. At 140 minutes, it's too long, with several sequences that border on becoming tedious. I also found Burton's constant moral struggles to be more irksome than believable. Maybe I'm just too cynical, but I have trouble accepting that someone that deep in the political process would be beset by so many doubts. (This, incidentally, was one of my complaints about THE AMERICAN PRESIDENT.) Humanizing a character is one thing, but making him too noble, especially in a movie that has a satirical basis, can be problematic.
Some of the problems inherent in adapting a book for the screen are evident as well. Many crucial relationships (such as the one between Burton and Green) are left half-developed (we see the two in bed, but never really understand how they got to that point, or where they go afterwards). Likewise, two-thirds of the way through, Green disappears with only a single-line write-out. It's difficult to say where these elements were molded into their current form (i.e., in the screenwriting process or in the editing room), but, considering some of what survived in the final print, it makes for an uneven viewing experience.
With one important exception, the performances are on-target. Travolta is wonderful as the Bill Clintonesque Stanton, with a Southern accent, white hair, a pot belly, and a boatload of charisma.  Billy Bob Thornton, like James Carville, is a scene-stealer, as is Kathy Bates. Solid support is provided by Maura Tierney, Larry Hagman, and Stacy Edwards (IN THE COMPANY OF MEN) as Holden's "assistant." Unfortunately, I wasn't impressed by Adrian Lester's work, and, since the movie is presented from his perspective, this is a serious drawback. Lester frequently seems stiff, and his performance is occasionally forced. I was constantly aware that this is an actor playing a part, not a fully fleshed-out character.
It will be interesting to see whether the fortuitous timing of this release boosts the box office numbers. While there's nothing in the film that relates specifically to the recent allegations surrounding the President's sex life, there are at least as many parallels as in WAG THE DOG. Jack Stanton is, after all, a noble, sincere man who genuinely wants to do good, but is impeded by an overactive libido. And, as Klein will acknowledge (but Nichols and May will not), any coincidences are purely intentional.
Copyright 1998 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>Now with more than 1400 reviews... The ReelViews web site: http://movie-reviews.colossus.net/
"My belief is that no movie, nothing in life, leaves people neutral.
-- David Puttnam
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


readonly¶
routine to mark a member variable as read-only
template <typename T>
auto readonly( T&& value );
The goal of read-only is to protect a variable set on a usertype or a function. Simply wrap it around a member variable, e.g. sol::readonly( &my_class::my_member_variable )
in the appropriate place to use it. If someone tries to set it, it will error their code.
sol::readonly
is especially important when you’re working with types that do not have a copy constructor. Lua does not understand move semantics, and therefore setters to user-defined-types require a C++ copy constructor. Containers as member variables that contain types that are not copyable but movable – e.g. std::vector<my_move_only_type>
amongst others – also can erroneously state they are copyable but fail with compiler errors. If your type does not fit a container’s definition of being copyable or is just not copyable in general and it is a member variable, please use sol::readonly
.
If you are looking to make a read-only table, you need to go through a bit of a complicated song and dance by overriding the __index
metamethod. Here’s a complete example on the way to do that using sol
:
#define SOL_CHECK_ARGUMENTS
#include <sol.hpp>
#include <iostream>
struct object {
void my_func() {
std::cout << "hello\n";
}
};
int deny(lua_State* L) {
return luaL_error(L, "HAH! Deniiiiied!");
}
int main() {
sol::state lua;
lua.open_libraries(sol::lib::base);
object my_obj;
sol::table obj_table = lua.create_named_table("object");
sol::table obj_metatable = lua.create_table_with();
obj_metatable.set_function("my_func", &object::my_func, &my_obj);
// Set whatever else you need to
// on the obj_metatable,
// not on the obj_table itself!
// Properly self-index metatable to block things
obj_metatable[sol::meta_function::new_index] = deny;
obj_metatable[sol::meta_function::index] = obj_metatable;
// Set it on the actual table
obj_table[sol::metatable_key] = obj_metatable;
try {
lua.script(R"(
print(object.my_func)
object["my_func"] = 24
print(object.my_func)
)");
}
catch (const std::exception& e) {
std::cout << e.what() << std::endl;
}
return 0;
}
It is a verbose example, but it explains everything. Because the process is a bit involved and can have unexpected consequences for users that make their own tables, making read-only tables is something that we ask the users to do themselves with the above code, as getting the semantics right for the dozens of use cases would be tremendously difficult.


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--- layout: default title: Arrow - Recruitment permalink: /recruitment/ description: Join our team! redirect_to: / ---
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NAME
memories - Print partial match memory usage
SYNOPSIS
memories [production-name | count | -chunk | -user | -default | -justification]
DESCRIPTION
This command prints information about memory use, in tokens, of
partial matches of productions. With no options, memory
use of all productions is printed. Other options indicate
a subset of the productions.
OPTIONS
If given, an option must match one of the following forms:
- production-name
- print memory usage of the production named production-name
- count
- for all specified groups (chunk, default, user, and/or justification)
print usage information on only count of each.
- -chunk
- print memory usage of chunks
- -user
- print memory usage of user productions
- -default
- print memory usage of the default productions
- -justification
- print memory usage of justifications


{% load i18n horizon %}
{% blocktrans %}Choose rule(s) from Available Rules to Selected Rule by push button or drag and drop, you may change their order by drag and drop as well. {% endblocktrans %}


Period.millis(zone.getOffset(currentTransition)).normalizedStandard();
Unfortunately the content you asked for could not be found.


Office: New York
Office: Ukraine, Kyiv, Sejenova street 6, National University of Life and Health
Office: probably you don't know this place
Office: in the middle of the nowhere


39.
You are going to have to document your answer to this one.
Level 39: Quick Crossword -
Explore
Across
Down
1. Blood vessel [5]
1. Concur [5]
4. Scoundrel [5]
2. Play with an oval ball [5]
5. Pyramids [5]
3. Very capable [5]


| CS 107 - Introduction to Scientific Computation Homework #6 |
1. Julia Set Fractals: For this exercise, we will modify the Mandelbrot Set exercise (developed in class) to allow exploration of Julia Set Fractals. Recall that, for the Mandelbrot iteration, we pick an initial z0 = 0, and iterate zt+1 = zt2 + c until abs(z) > 2 or we reach some maximum number of iterations. We then return the number of iterations that abs(z) stayed within 2. This is repeated for a lattice of c values on the complex plane, and we color plot the returned iteration values to see a representation of the Mandelbrot Set and surrounding points diverging to infinity at different rates.
For each point c in our Mandelbrot Set plot, there is a corresponding
Julia Set. (Here is
an applet to explore
both the Mandelbrot Set and Julia Sets associated with a selected point c.)
We compute our plot data using a very similar process to the Mandelbrot Set
exercise. First, we choose the point c from our Mandelbrot Set.
This means we need to add a new, first argument c to drawJulia.m
:
function drawJulia(c, realMin, realMax, imagMin, imagMax, pts, iters)
. The
matrix of iterations we compute (S in the in-class example) should be the return
value of drawJulia.
For
juliaIterate.m
, we will also add this c as a fixed first parameter, the same for
each call, letting c2 be the complex point we're varying over the plot:
function i = juliaIterate(c, c2, niter)
. For the Julia Set iteration, we
initialize z0 = c2, and iterate zt+1 = zt2
- c until abs(z) > 2 or we reach some maximum number of iterations. We
then return the number of iterations that abs(z) stayed within 2.
Here are some example inputs you might like to try:
>> drawJulia(.73 + .2145i, -1.5, 1.5, -1.5, 1.5, 1000, 200) >> drawJulia(.73 + .2145i, -.5, .5, -.5, .5, 1000, 200) >> drawJulia(.73 + .2145i, -.1, .1, -.1, .1, 1000, 200) >> drawJulia(.219 + .77i, -1.5, 1.5, -1.5, 1.5, 1000, 200) >> drawJulia(.219 + .77i, -.5, .5, -.5, .5, 1000, 200) >> drawJulia(.219 + .77i, -.1, .1, -.1, .1, 1000, 200)
You may also enjoy other color schemes by entering the command colormap(MAP)
where MAP
is one of jet
(default), hsv
, hot
, cool
, flag
, prism
, etc.
2. Nested Loops: Exercise 8.1. Your function should be in file repeat.m
.
3. Making Change: Exercise 8.9. Your function should be in file makechange.m
.
Clarification: The two parameters for makechange are
At no point in your code should you be dealing with strings (e.g. ‘usdenoms’).
Here are some more example transcripts to show how versatile the behavior should be:
>> makechange(12.34, [10 5 1 .5 .25 .10 .05 .01]) ans = 1 0 2 0 1 0 1 4 % Note: This means 1 * 10 + 0 * 5 + 2 * 1 + … etc.. Each vector position in the return value corresponds to the number of denominations in the same position of the 2nd input parameter (denominations). >> makechange(12.34, [8 4 2 1 .5 .25 .125 .0625]) ans = 1 1 0 0 0 1 0 1 >> makechange(12.34, 2.^(3:-1:-5)) ans = 1 1 0 0 0 1 0 1 1 >> makechange(12.34, 3.^(3:-1:-5)) ans = 0 1 1 0 1 0 0 0 2
Final note: Floating point errors can give some unexpected results in the number of the last (lowest) denomination. Use rounding (round) when dividing the lowest denomination into the smallest remaining amount; use flooring (floor) in all other cases.
4. Perfect Numbers: Exercise 8.17. Your function should be in file getPerfectNums.m
,
where
function list = getPerfectNums(maxNum)
and
maxNum
is the upper limit of your
perfect number search,
and
list
is an ascending list of perfect numbers. NOTE 1: There is an error in the text. The text reads "A perfect number is a number whose prime factors (including 1) add up to the number itself." Instead, it should read "A perfect number is a number whose positive divisors (including 1 and excluding itself) add up to the number itself. NOTE 2: Do not use Euclid's formula for the first four perfect numbers. Test each integer from 1 to maxNum
.


Dialog Title
Dialog text should be clear and concise.
OK
Cancel
Item 1
Item 2
Title
Subtitle
Lorem ipsum dolor sit amet, consectetur adipiscing elit.
Perform action
Description of the action this button performs


Nueroplasticity refers to the changeable parts of the brain and how we can train certain aspects to become stronger through connections or pathways in the brain. i actually dont entirely agree with the concept of plasticity in terms of people becoming more rigid in their though as they age. i think as we age we know ourselves better and are less willing to do or try things we simply know we won't like or enjoy - from experience as apposed to kids and teenagers who are generally easily influenced and highly inpressionable because they are still largely trying to discover who they are and what they like - their identity.
growth mindset is a concept that refers to peoples reactions to failure.
those who fail and become extremely dispondant/discouraged and give up, we describe as having a fixed mindset.
those who fail but continue to perservere through effort can continue to learn and eventually achieve, we describe as growth mindset
Basically a really complicated way of trying to explain two different reactions to failure. Do you bounce back and perservere or do you give up?
perservere = growth mindset
give up = fixed mindset
confident, i like trying anything and everything i can think of


Bringing strangers together to transform spaces and create immersive surroundings. Live music, film screenings, seminars, exhibitions and workshops in an intimate, magical environment.
The four of us met on our university degree programme, Global Markets, Local Creativities, which took us on a two-year journey through universities in Glasgow, Barcelona, Gottingen and Rotterdam. We learned about globalisation, entrepreneurship and the arts all over the world, and fell in love with Barcelona for its views, architecture and booming arts scene. So much so that we are back.


Current temperature:
London
Paris
Edinburgh
Berlin
Amsterdam
Temperature:
+
-
reset
Power Save Mode is:
ON
PSM on
PSM off


Ping-Pong Time!
Here's how to play:
Enter any number in the field provided and Ping-Pong will count up to that number with the following little surprises:
Numbers divisible by 3 are replaced with "ping"
Numbers divisible by 5 are replaced with "pong"
Numbers divisible by 15 are replaced with "pingpong"
Your Number
Go!


About the Project - Artist Bio
Interactive Art piece (2001-2002) about growing up on the Autism Spectrum and struggling with Gender Identity.


CVS tool documents: Index
The Concurrent Versions System (CVS) is a version control system for keeping track of all modifications to project source code files. CVS is widely used in both open source and proprietary software development projects, and is generally considered to be the best freely available, full-featured version control tool. Two special features make CVS particularly suited to collaborative development across the Internet:
- CVS allows multiple developers to edit their own working copies of files simultaneously, then deals with combining all the changes and notifying developers when there are conflicts.
- Remote access to source code file repositories. Developers who are project members can obtain and modify project files from virtually anywhere.
CVS is a client-server system. The CVS repository is maintained on a web server; clients run on users' machines and connect to the server via the Internet. You must have a CVS client on your local machine to access the CVS server for projects hosted on this site. Clients are available for nearly all platforms including: Unix, Windows, Macintosh, and any Java-based platform. This documentation includes instructions for running CVS in a Unix shell or WinCVS.
As a project member, CVS allows you to:
- Check out source files and directories
- View differences between versions of files
- View change log history and comments
- Commit changes made in your local copy of the source files to the main source code repository
- Update your local project files when you want to remain in sync with changes committed by other project members
If you are new to CVS, one the best ways to learn about it is simply to jump in and begin using it. When you click on the Source Code link in the Project Resources tool bar, you can follow the instructions in that page for checking out your own working copy of a particular project's source files.
You can also find further, more specific information in this site's three-part CVS tool document, Using command-line CVS or Using WinCVS.
For those looking for a step-by-step orientation of CVS, A Day with CVS, excerpted from the online version of Karl Fogel's book, Open Source Development with CVS, is highly recommended. Much of the CVS help information on this site comes from this authoritative source.
Suppose you are interested in joining an open source project but you are unknown to the project owner and other project members. The logical first step is requesting to join the project, of course, but you can take some basic preliminary steps toward establishing yourself as a potential contributor, thereby raising the likelihood of gaining membership approval.
- Subscribe to and regularly read the relevant mailing lists so that you know what is going on in the particular area of development you are interested in.
- When you post your first message to a discussion mailing list, introduce yourself and include the following:
- who you are
- a few words on your background
- your interest in the project, and
- what you would like to see happen with the project.
- Make sure you have browsed through the existing source code and understand what it is doing and how. If something is poorly documented, confusing, or you just can't grasp what is going on, ask on the associated mailing list for a summary.
- Mention in writing that you understand the licensing governing the code that you will be working on, and your agreement that any changes you contribute are your own and these can be incorporated under that license.
- Request project membership to gain cvs check-in permissions on an area of the code base, and explain what sorts of things you are interested in doing with it. You will need to communicate frequently with the people who already maintain that area of code, so make sure there is consensus about what you should be working on.
- When the project owner approves your project membership, you will get a CVS check-in account, probably restricted to a certain area. Make sure you understand which CVS branch you are supposed to be working on!
- Submit some patches to establish that you know what you are doing.
- When you make modifications and enhancements, seek feedback and discussion about these on the associated mailing lists.
Back to Project Source help
Back to main Help index


APIablee
Mock any API, next to no-time. It's simple!
{% csrf_token %}
Endpoint URL
{{form.url}}
Type the endpoint url
Verb
GET
POST
Choose Request accepted by endpoint
Endpoint URL
100 - Continue
101 - Switching Protocols
102 - Processing
200 - OK
201 - Created
202 - Accepted
203 - Non-Authoritative Information
204 - No Content
205 - Reset Content
206 - Partial Content
207 - Multi-Status
208 - Already Reported
226 - IM Used
300 - Multiple Choices
301 - Moved Permanently
302 - Found
303 - See Other
304 - Not Modified
305 - Use Proxy
306 - Switch Proxy
307 - Temporary Redirect
308 - Permanent Redirect
400 - Bad Request
401 - Unauthorized
402 - Payment Required
403 - Forbidden
404 - Not Found
405 - Method Not Allowed
406 - Not Acceptable
407 - Proxy Authentication Required
408 - Request Timeout
409 - Conflict
410 - Gone
411 - Length Required
412 - Precondition Failed
413 - Request Entity Too Large
414 - Request-URI Too Long
415 - Unsupported Media Type
416 - Requested Range Not Satisfiable
417 - Expectation Failed
419 - Authentication Timeout
420 - Enhance Your Calm
422 - Unprocessable Entity
423 - Locked
424 - Failed Dependency
424 - Method Failure
426 - Upgrade Required
428 - Precondition Required
429 - Too Many Requests
431 - Request Header Fields Too Large
444 - No Response
449 - Retry With
450 - Blocked by Windows Parental Controls
451 - Unavailable For Legal Reasons
451 - Redirect
494 - Request Header Too Large
495 - Cert Error
496 - No Cert
497 - HTTP to HTTPS
500 - Internal Server Error
501 - Not Implemented
502 - Bad Gateway
503 - Service Unavailable
504 - Gateway Timeout
505 - HTTP Version Not Supported
506 - Variant Also Negotiates
507 - Insufficient Storage
508 - Loop Detected
509 - Bandwidth Limit Exceeded
510 - Not Extended
511 - Network Authentication Required
Choose HTTP response code
Content Type
text/html
text/plain
application/json
Select the content type of the answer
Encoding
UTF-8
ISO-8859-1
UTF-16
Select the encoding of the answer
Body
Select the body of HTTP response
External Service
{{form.external_service_address}}
[Optional] Decide if external services has to be notified when endpoint is used
External Login
{{form.external_service_login}}
[Optional] External service login
External Token
{{form.external_service_token}}
[Optional] External service token
Submit


{% comment %} {% endcomment %} {% assign services = site.sections|where:"type","services"|where:"title",include.title |sort: "order" %}


So, someone shared some code on Github and some classic developer snark rolled in. And then there were some apologies about it. I saw those snarky tweets when they came through, clicked to the Github project, didn’t understand what the issue was, and went back to work.
Now, I’m all for bad projects and bad code being called out. Our industry produces some shitty code, and a general lack of
craftsmanship can kill business, or even people. So bad code needs to be pointed out. The question is, is this bad code? I
think we can all agree that if it is bad code, we should try to point it out in a more constructive way (and I know it’s easier
said than done), but let’s forget the tone and focus on the message.
No, it’s not.
I think we can evaluate a project based on three criteria:
- should it exist at all?
- does it use the right technology?
- are the lines of code well written?
Should it exist at all?
replace
is a command line app, which is something near to my heart. Writing a command-line app to automate
something tedious is what good developers do (even if you can wrangle sed
, awk
, mv
etc. to do it without scripting
it). The use case of replace
is one I’ve needed many times, and, when I did, I hacked together some pile of shit shell script
to do it one-off and then promptly deleted it because then no one would know my shame in having made such bad code.
So, I’d say that it’s completely reasonable that this exists and wouldn’t be surprised if many people found it useful. I believe
this is why I initially didn’t understand the negative reaction. I saw “some command line that makes search/replace across files
way easier than dealing with sed
and friends” and figured that was useful and good.
Does it use the right technology?
This question is around identifying things like using Java to manage UNIX processes, or using Ruby for complex mathematical processing - is this really the best use of the chosen technology. In this case, the command line app is written in JavaScript and requires Node to be installed in order to execute.
In Avdi Grimm’s take on this he writes:
But I do share the opinion of a number of my colleagues that using a reactor-based framework in a language lacking native fibers, coroutines, continuations, or threads leads to messy code.
I totally agree with Avdi on this, but I don’t think it’s that relevant to the choice of technology here. It turns out that if
you want to write a command-line app in JavaScript, Node is the best way to make that happen, as it gives you a nice “shebang”
style way of doing things, along with some I/O functions that don’t exist in regular JavaScript. The code for replace
does
have async as an option, but it’s not like this thing pops up a web server and gets lost in callback hell. And, even if it did,
I wouldn’t say it’s de-facto wrong to use Node for a command-line app, given that it’s written in JavaScript.
Which leads us to ask: “should command-line apps be written in JavaScript at all?” Of course, it depends. JavaScript isn’t the best language to write CLI apps, but it’s not a bad choice. It’s dynamically typed, has powerful code organization techniques, and supports collection, regex, & object literals. If you write a lot of JavaScript for your primary project, writing command-line tools in JavaScript makes a lot of sense.
So, I think JavaScript is a fine choice of technology, and, because of this, Node is the most reasonable “JavaScript runtime” to use.
Is the code itself well written?
For a command-line app, I would say it’s pretty good. There’s a proper option parser in place, with useful and complete help text, and all configureability is done via command-line options - as it should be. The main thing this project is lacking is automated tests, but it does include some sample files that can be used to exercise the app’s functionality via manual testing on the command-line (that’s certainly better than many of the command-line scripts I’ve written over the years).
The main code itself, all contained in replace.js
, is fairly straightforward. The main routine is a bit complex, but it’s
not hard to follow and method extraction has clearly been used to keep the main routine readable. I’m sure it could be done more
cleanly, but it’s pretty good as it is.
So, I’d say this code is pretty well written.
Conclusions
Maybe you don’t like Node, or JavaScript, or command-line scripts that wrap or re-implement certain UNIX pipelines. That’s fine, and I won’t argue those points. But that doesn’t mean that such things are inherently bad. One of the hardest things to learn as a developer is to stop making emotional arguments (or publicizing emotional responses) and start making technical arguments.
I won’t claim to be great at this, but it’s something I spend time on trying to improve, even if it’s at the cost of learning some new language or framework. It’s an ongoing process, and this blog post is part of that process.
I’ll leave you with some actually bad code from a bad project - one of mine: a Java project to parse a YAML-like format and turn it into XML. At the time, I’d never heard of YAML, and the entire thing uses regexes for parsing, along with a giant mess of a “doit” method that’s screaming for a refactor. Feast your eyes on this. It should never have been made, nor should it have been done in Java, and the code is quite a mess.


|
Cpp-Taskflow
2.2.0
|
The executor class to run a taskflow graph. More...
#include <executor.hpp>
Public Member Functions | |
| Executor (unsigned n=std::thread::hardware_concurrency()) | |
| constructs the executor with N worker threads | |
| ~Executor () | |
| destructs the executor | |
| std::future< void > | run (Taskflow &taskflow) |
| runs the taskflow once More... | |
| template<typename C > | |
| std::future< void > | run (Taskflow &taskflow, C &&callable) |
| runs the taskflow once and invoke a callback upon completion More... | |
| std::future< void > | run_n (Taskflow &taskflow, size_t N) |
| runs the taskflow for N times More... | |
| template<typename C > | |
| std::future< void > | run_n (Taskflow &taskflow, size_t N, C &&callable) |
| runs the taskflow for N times and then invokes a callback More... | |
| template<typename P > | |
| std::future< void > | run_until (Taskflow &taskflow, P &&pred) |
| runs the taskflow multiple times until the predicate becomes true and then invokes a callback More... | |
| template<typename P , typename C > | |
| std::future< void > | run_until (Taskflow &taskflow, P &&pred, C &&callable) |
| runs the taskflow multiple times until the predicate becomes true and then invokes the callback More... | |
| void | wait_for_all () |
| wait for all pending graphs to complete | |
| size_t | num_workers () const |
| queries the number of worker threads (can be zero) More... | |
| template<typename Observer , typename... Args> | |
| Observer * | make_observer (Args &&... args) |
| constructs an observer to inspect the activities of worker threads More... | |
| void | remove_observer () |
| removes the associated observer | |
The executor class to run a taskflow graph.
An executor object manages a set of worker threads and implements an efficient work-stealing scheduling algorithm to run a task graph.
| Observer * tf::Executor::make_observer | ( | Args &&... | args | ) |
constructs an observer to inspect the activities of worker threads
Each executor manages at most one observer at a time through std::unique_ptr. Createing multiple observers will only keep the lastest one.
| Observer | observer type derived from tf::ExecutorObserverInterface |
| ArgsT... | argument parameter pack |
| args | arguments to forward to the constructor of the observer |
|
inline |
queries the number of worker threads (can be zero)
|
inline |
runs the taskflow once
| taskflow | a tf::Taskflow object |
| std::future< void > tf::Executor::run | ( | Taskflow & | taskflow, |
| C && | callable | ||
| ) |
runs the taskflow once and invoke a callback upon completion
| taskflow | a tf::Taskflow object |
| callable | a callable object to be invoked after this run |
|
inline |
runs the taskflow for N times
| taskflow | a tf::Taskflow object |
| N | number of runs |
| std::future< void > tf::Executor::run_n | ( | Taskflow & | taskflow, |
| size_t | N, | ||
| C && | callable | ||
| ) |
runs the taskflow for N times and then invokes a callback
| taskflow | a tf::Taskflow |
| N | number of runs |
| callable | a callable object to be invoked after this run |
| std::future< void > tf::Executor::run_until | ( | Taskflow & | taskflow, |
| P && | pred | ||
| ) |
runs the taskflow multiple times until the predicate becomes true and then invokes a callback
| taskflow | a tf::Taskflow |
| pred | a boolean predicate to return true for stop |
| std::future< void > tf::Executor::run_until | ( | Taskflow & | taskflow, |
| P && | pred, | ||
| C && | callable | ||
| ) |
runs the taskflow multiple times until the predicate becomes true and then invokes the callback
| taskflow | a tf::Taskflow |
| pred | a boolean predicate to return true for stop |
| callable | a callable object to be invoked after this run |


Wastage (Store Wise)
Filter By
SortBy
| Store | Wastage |
|---|---|
| Store 3 | 100 |
| Store 1 | 80 |
| Store 2 | 50 |
Wastage (Product Wise)
Filter By
SortBy
| Product Id | Product | Wastage |
|---|---|---|
| P1231 | Amul Milk | 100 |
| P2231 | Basmati Rice | 80 |
| P2131 | Patanjali Toothpaste | 50 |
| Store | Wastage |
|---|---|
| Store 3 | 100 |
| Store 1 | 80 |
| Store 2 | 50 |
| Product Id | Product | Wastage |
|---|---|---|
| P1231 | Amul Milk | 100 |
| P2231 | Basmati Rice | 80 |
| P2131 | Patanjali Toothpaste | 50 |


Class: Aws::EKS::Types::VpcConfigRequest
| Relationships & Source Files | |
| Super Chains via Extension / Inclusion / Inheritance | |
|
Class Chain:
self,
Struct
|
|
|
Instance Chain:
self,
::Aws::Structure ,
Struct
|
|
| Inherits: |
Struct
|
| Defined in: | gems/aws-sdk-eks/lib/aws-sdk-eks/types.rb |
Overview
An object representing the VPC configuration to use for an Amazon EKS cluster.
Constant Summary
Instance Attribute Summary
-
#endpoint_private_access ⇒ Boolean
rw
Set this value to
true
to enable private access for your cluster's Kubernetes API server endpoint. -
#endpoint_public_access ⇒ Boolean
rw
Set this value to
false
to disable public access to your cluster's Kubernetes API server endpoint. -
#public_access_cidrs ⇒ Array<String>
rw
The CIDR blocks that are allowed access to your cluster's public Kubernetes API server endpoint.
-
#security_group_ids ⇒ Array<String>
rw
Specify one or more security groups for the cross-account elastic network interfaces that Amazon EKS creates to use that allow communication between your nodes and the Kubernetes control plane.
-
#subnet_ids ⇒ Array<String>
rw
Specify subnets for your Amazon EKS nodes.
Instance Method Summary
::Aws::Structure
- Included
| #to_hash | Alias for Structure#to_h. |
Instance Attribute Details
#endpoint_private_access ⇒ Boolean
(rw)
Set this value to true
to enable private access for your
cluster's Kubernetes API server endpoint. If you enable private
access, Kubernetes API requests from within your cluster's VPC use
the private VPC endpoint. The default value for this parameter is
false
, which disables private access for your Kubernetes API
server. If you disable private access and you have nodes or Fargate
pods in the cluster, then ensure that publicAccessCidrs
includes
the necessary CIDR blocks for communication with the nodes or
Fargate pods. For more information, see Amazon ::Aws::EKS
cluster endpoint
access control in the Amazon ::Aws::EKS
User Guide .
# File 'gems/aws-sdk-eks/lib/aws-sdk-eks/types.rb', line 4220
class VpcConfigRequest < Struct.new( :subnet_ids, :security_group_ids, :endpoint_public_access, :endpoint_private_access, :public_access_cidrs) SENSITIVE = [] include Aws::Structure end
#endpoint_public_access ⇒ Boolean
(rw)
Set this value to false
to disable public access to your
cluster's Kubernetes API server endpoint. If you disable public
access, your cluster's Kubernetes API server can only receive
requests from within the cluster VPC. The default value for this
parameter is true
, which enables public access for your Kubernetes
API server. For more information, see Amazon ::Aws::EKS
cluster endpoint
access control in the Amazon ::Aws::EKS
User Guide .
# File 'gems/aws-sdk-eks/lib/aws-sdk-eks/types.rb', line 4220
class VpcConfigRequest < Struct.new( :subnet_ids, :security_group_ids, :endpoint_public_access, :endpoint_private_access, :public_access_cidrs) SENSITIVE = [] include Aws::Structure end
#public_access_cidrs ⇒ Array
<String
> (rw)
The CIDR blocks that are allowed access to your cluster's public
Kubernetes API server endpoint. Communication to the endpoint from
addresses outside of the CIDR blocks that you specify is denied. The
default value is <IP_ADDRESS>/0
. If you've disabled private endpoint
access and you have nodes or Fargate pods in the cluster, then
ensure that you specify the necessary CIDR blocks. For more
information, see Amazon ::Aws::EKS
cluster endpoint access control in
the Amazon ::Aws::EKS
User Guide .
# File 'gems/aws-sdk-eks/lib/aws-sdk-eks/types.rb', line 4220
class VpcConfigRequest < Struct.new( :subnet_ids, :security_group_ids, :endpoint_public_access, :endpoint_private_access, :public_access_cidrs) SENSITIVE = [] include Aws::Structure end
#security_group_ids ⇒ Array
<String
> (rw)
Specify one or more security groups for the cross-account elastic
network interfaces that Amazon EKS creates to use that allow
communication between your nodes and the Kubernetes control plane.
If you don't specify any security groups, then familiarize yourself
with the difference between Amazon EKS defaults for clusters
deployed with Kubernetes. For more information, see Amazon ::Aws::EKS
security group considerations in the Amazon ::Aws::EKS
User
Guide .
# File 'gems/aws-sdk-eks/lib/aws-sdk-eks/types.rb', line 4220
class VpcConfigRequest < Struct.new( :subnet_ids, :security_group_ids, :endpoint_public_access, :endpoint_private_access, :public_access_cidrs) SENSITIVE = [] include Aws::Structure end
#subnet_ids ⇒ Array
<String
> (rw)
Specify subnets for your Amazon EKS nodes. Amazon EKS creates cross-account elastic network interfaces in these subnets to allow communication between your nodes and the Kubernetes control plane.
# File 'gems/aws-sdk-eks/lib/aws-sdk-eks/types.rb', line 4220
class VpcConfigRequest < Struct.new( :subnet_ids, :security_group_ids, :endpoint_public_access, :endpoint_private_access, :public_access_cidrs) SENSITIVE = [] include Aws::Structure end


{% extends "blogengine/includes/base.html" %} {% load custom_markdown %} {% block headercontent %}
I have 2 remaining work terms as a part of my engineerng co-op degree. My upcoming work terms are September - December 2015, and May - August 2016. If you would to speak to me about an upcoming work term, please send me an email.
• Automated SONET capacity management for Ciena Optical Metro 3500/6500 cards and Fujitsu FW 4100/9500 cards saving 48 business days a year.
• Worked on R&D projects for TELUS innovation center in video quality-of-experience and in augmented reality for glass platforms .
• Designed networks for TELUS business customers using Circuit Vision and NetCracker.
• Implemented solution for two year long CDMA migration issue impacting 4,000 customers saving tens of thousands of dollars.
• Designed a concurrent request enhancement framework to enable network provisioning of cloud storage and security bundles.
• Independently designed a Java Spring web application to automate brand acquisition configuration
• Management and execution of product testing for cloud and security spanning order management and price plan teams
• Migrated a desktop Delphi pascal application for order simulation into a web application and provided training to team members
• Developed RESTful client using Jersey to interface with Ericsson, Revised interface agreement after solution design.
• Developed a carrier performance application using C# .NET 4.0 that tracks incidents and accidents.
• Designed relationship database model using SQL and wrote data migration scripts to utilize existing datasets into carrier performance rating


Tap anywhere on the map within Minnesota to get information about the soil, glacial geology, depth of the bedrock below the land's surface, and types and ages of the bedrock in that location. Press the 'under me now' button to instantly get the above information about your current GPS determined location. Toggle the satellite and hillshade map views by pressing the button in the lower left.
Elevation maps via MnTOPO
MnTOPO is a collaborative effort between staff from the Minnesota Information Technology (MN.IT) @ Minnesota Department of Natural Resources and MN.IT @ Minnesota Geospatial Information Office (MnGeo). Funding was provided by the Clean Water Fund of the Clean Water, Land and Legacy Amendment. The project is made possible by the Minnesota elevation mapping project.
Subsurface information via MN DNR
Data accessed using the DNR's What's Under Your House? app.
Original data from Minnesota Geological Survey and the U.S. Dept. Of Agriculture compiled and generalized by the DNR.
This app was developed by Shane Loeffler. Please send bug reports and suggestions to<EMAIL_ADDRESS>The Flyover Country app team fc.umn.edu
Design help from Thomas Osmonson ineffable.co
The MNsight name is by Christine Smith Siddoway
Application framework by Ionic under MIT license
Mapping framework by Mapbox under BSD-3-Clause license
Try the Flyover Country mobile app at fc.umn.edu for worldwide geologic exploration.


|
Produced for the Office of Naval Research and the Oceanographer of the Navy by The Oceanography Society. Copyright 1995 The Oceanography Society Original artwork To visit The
Oceanography Society web page |
||
|
|
|
|
Author: Public
Affairs Office
Maintained By: Public Affairs Web Development Team Modified: 3 November 2001 |


finance-factors
A Node.js package for calculation of basic financial factors.
Usage
First, install the package using npm:
npm install finance-factors --save
Then, require the package and use it like so:
// RequireJS
var financeFactors = require('finance-factors');
// ES6
import * as financeFactors from 'finance-factors';
// Present Worth Factor based on Single Payment
// with a 5% interest from 12 periods
console.log(financeFactors.singlePW(5, 12));
// Future Worth Factor based on Single Payment
// with a 5% interest over 12 periods
console.log(financeFactors.singleFW(5, 12));
License
This library is licensed under MIT.


Implementation of the Davis-Putnam-Logemann-Loveland (DPLL) algorithm.
Everytime the #solve()
method is called a new valuation is created and passed to the successive
steps of the
algorithm.
- Evalutate the CNF formula with the current valuation by calling
CnfFormula#evaluate(Valuation)
- Return the solution of the valuation (a map) if evaluation is
true
- Run the unit propagate step of the algorithm by calling
CnfFormula#unitPropagate(Valuation)
- Run the pure literal assign step of the algorithm by calling
CnfFormula#pureLiteralAssign(Valuation)
- re-evaluate the CNF formula with the current valuation.
- Return the solution of the valuation (a map) if evaluation is
true
- Return
undefined
if the evaluation isfalse
- Choose a variable and assign it to
true
- Return the solution of the valuation (a map) if evaluation is
true
- Re-run the algorithm with the variable assigned to
false
instead
The algorithm will eventually converge to either a solution or undefined
.
Step 8 is known as the splitting rule. Two selection modes are available:
random selection amongst unassigned variables; enabled by default or by calling
#randomVariableSelection()
variable with highest occurrence amongst the unassigned variables; enabled by calling
#highestOccurrenceVariableSelection()
var dpll = require('./src/dpll.js'); [...] var solver = new dpll.Solver(formula); var solution = solver.highestOccurrenceVariableSelection().solve();
More about...
Valuation: Valuation.js
CNF formula: CnfFormula.js
Map: Map.js
Source code
import Valuation.js
var Valuation = require('./Valuation');
Constructor - takes the formula to be solved as an input.
function Solver(formula) {
'use strict';
true
for selection of unassigned random variable, false
for selection of unassigned variable with highest
occurrence.
var useRandomSelection = true;
Runs all steps of the algorithm eventually calling itself back if need be. Fills the specified
valuation
along the way.
function run(valuation) {
var formulaEval = formula.evaluate(valuation);
if (formulaEval === undefined) {
formula.unitPropagate(valuation);
formula.pureLiteralAssign(valuation);
var afterOptimEval = formula.evaluate(valuation);
if (true === afterOptimEval) {
return valuation.solution();
} else if (false === afterOptimEval) {
return undefined;
} else {
select variable
to assign
var newVar;
if (useRandomSelection) {
newVar = valuation.randomUnassignedVariable();
} else {
newVar = valuation.highestOccurrenceVariable();
}
evaluate with truth value = true
.
valuation.putSolution(newVar, true);
var afterNewVarTrueEval = formula.evaluate(valuation);
if (true === afterNewVarTrueEval) {
solution found.
return valuation.solution();
} else {
set truth value to false
and rerun.
valuation.putSolution(newVar, false);
return run(valuation);
}
}
} else if (formulaEval) {
return valuation.solution();
} else {
return undefined;
}
}
Sets the variable selection alogrithm to random selection mode and return this
.
this.randomVariableSelection = function() {
useRandomSelection = true;
return this;
};
Sets the variable selection alogrithm to highest occurrence selection mode and return this
.
this.highestOccurrenceVariableSelection = function() {
useRandomSelection = false;
return this;
};
Tries and solves the CNF. Returns either a map
whose keys
are the variables and values
are
either true
or false
.
if the CNF formula has been solved the result will NOT
contain the variables that have been optimized away. For instance
if the formula contains the clause (x | -x | y)
and x
is not present
in any other clause of the formula, then x
is optimized away and therefore
its value is irrelevant - i.e. it can be true
or false
.
this.solve = function() {
var valuation = new Valuation(formula.variables());
return run(valuation);
};
};
expose API to Node.js
module.exports = Solver;


POSSIBLE REASONS WHY MALAYSIAN CHINESE ARE LEAVING
From these news and comments, we discovered some possible reason that might cause the Malaysian Chinese move out from Malaysia. There are some interesting phenomenon, for example, the disproportion in civil service, education, house buying and the sensitivities in religious issues.
Religious
issues
DO RELIGIOUS SENSITIVES STILL EXIST?
Conclusion
The reason why Malaysian Chinese are leaving might be what we have discovered above but it also could be caused by some other facts.
What should be concerned more about is the multi-ethnic cultural diversity, and the equality rights behind this phenomenon. We would love to see “Not only one Malaysia” in cultural field rather than resource allocation.


---
layout: archive
title: Lean Prover Zulip Chat Archive
permalink: 113488general/45957reStructuredTextandLean.html
---
The archive URL format has changed. Please find this page at:
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{% extends "layout.html" %} {% set current_page = "home" %} {% set title = "OD-Database - Home" %} {% block body %}
{{ stats["total_count"] }} files totalling ~{{ stats["total_size"] | filesizeformat }} from {{ stats["website_count"] }} websites
{% else %}We are currently experiencing a high volume of traffic. The search function may be unresponsive.
{% endif %}


Toggle navigation
Charlene Becker
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A loader for Rhinoceros 3d files and objects.
Rhinoceros is a 3D modeler used to create, edit, analyze, document, render, animate, and translate NURBS curves, surfaces, solids, point clouds, as well as polygon meshes and SubD objects.
[link:https://github.com/mcneel/rhino3dm rhino3dm.js] is compiled to WebAssembly from the open source geometry library [link:https://github.com/mcneel/opennurbs openNURBS].
Currently uses rhino3dm.js 0.13.0
[name] loads the following objects to a respective three.js type:
| 3dm type | three.js type |
|---|---|
| Point | [page:Points Points] |
| PointSet | [page:Points Points] |
| TextDot | [page:Sprite Sprite] |
| Curve | [page:Line Line] 1 |
| Mesh | [page:Mesh Mesh] |
| Extrusion | [page:Mesh Mesh] 2 |
| BREP | [page:Object3D Object3D] 2, 3 |
| SubD | [page:Mesh Mesh] 4 |
| InstanceReferences | [page:Object3D Object3D] |
| DirectionalLight | [page:DirectionalLight DirectionalLight] |
| PointLight | [page:PointLight PointLight] |
| RectangularLight | [page:RectAreaLight RectAreaLight] |
| SpotLight | [page:SpotLight SpotLight] |
1 NURBS curves are discretized to a hardcoded resolution.
2 Types which are based on BREPs and NURBS surfaces are represented with their "Render Mesh".
3 BREPS are converted to an Object3D with it's children array populated with BREP Faces
4 SubD objects are represented by subdividing their control net.
// Instantiate a loader
const loader = new Rhino3dmLoader();
// Specify path to a folder containing WASM/JS libraries.
loader.setLibraryPath( '/examples/jsm/libs/rhino3dm/' );
// Load a 3DM file
loader.load(
// resource URL
'model.3dm',
// called when the resource is loaded
function ( object ) {
scene.add( object );
},
// called as loading progresses
function ( xhr ) {
console.log( ( xhr.loaded / xhr.total * 100 ) + '% loaded' );
},
// called when loading has errors
function ( error ) {
console.log( 'An error happened' );
}
);
[example:webgl_loader_3dm]
[page:LoadingManager manager] — The [page:LoadingManager loadingManager] for the loader to use. Default is [page:LoadingManager THREE.DefaultLoadingManager].
Creates a new Rhino3dmLoader.
See the base [page:Loader] class for common properties.
See the base [page:Loader] class for common methods.
[page:String url] — A string containing the path/URL of the .3dm file.
[page:Function onLoad] — A function to be called after the loading is successfully completed.
[page:Function onProgress] — (optional) A function to be called while the loading is in progress. The argument will be the XMLHttpRequest instance, that contains .[page:Integer total] and .[page:Integer loaded] bytes.
[page:Function onError] — (optional) A function to be called if an error occurs during loading. The function receives error as an argument.
Begin loading from url and call the onLoad function with the geometry.
[page:String value] — Path to folder containing the JS and WASM libraries.
[page:Number workerLimit] - Maximum number of workers to be allocated. Default is 4.
Sets the maximum number of [link:https://developer.mozilla.org/en-US/docs/Web/API/Web_Workers_API/Using_web_workers Web Workers] to be used during decoding. A lower limit may be preferable if workers are also for other tasks in the application.
Disposes of the loader resources and deallocates memory.
[link:https://github.com/mrdoob/three.js/blob/master/examples/jsm/loaders/3DMLoader.js examples/jsm/loaders/3DMLoader.js]


Weebley 10 Bootstrap 8
Weebley 10 Bootstrap 7
Weebley 10 Bootstrap 1
Weebley 10 Bootstrap 10
Weebley 6 Bootstrap 8
Weebley 10 Bootstrap 7
Weebley 9 Bootstrap 10
Weebley 8 Bootstrap 7
Weebley 10 Bootstrap 5
I would like Weebley more than Bootstrap because it is easy to use.


Variable
| Static Public Summary | ||
| public |
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| public |
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| public |
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| public |
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| public |
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| public |
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| public |
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Static Public
public audioManager: AudioManager source
import audioManager from 'html5-video-compositor/src/audiomanager.js'
public canvasSource: CanvasSource source
import canvasSource from 'html5-video-compositor/src/sources/canvassource.js'
public effectManager: EffectManager source
import effectManager from 'html5-video-compositor/src/effectmanager.js'
public imageSource: ImageSource source
import imageSource from 'html5-video-compositor/src/sources/imagesource.js'
public mediaSource: MediaSource source
import mediaSource from 'html5-video-compositor/src/sources/mediasource.js'
public videoCompositor: VideoCompositor source
import videoCompositor from 'html5-video-compositor/src/main.js'
public videoSource: VideoSource source
import videoSource from 'html5-video-compositor/src/sources/videosource.js'


|
OPAE C API
-..
FPGA API
|
APIs to manage a PCIe device via vfio-pci. More...
#include <stdio.h>
#include <stdint.h>
#include <pthread.h>
#include <linux/vfio.h>
Go to the source code of this file.
Data Structures | |
| struct | opae_vfio_iova_range |
| struct | opae_vfio_group |
| struct | opae_vfio_sparse_info |
| struct | opae_vfio_device_region |
| struct | opae_vfio_device |
| struct | opae_vfio_buffer |
| struct | opae_vfio |
Functions | |
| int | opae_vfio_open (struct opae_vfio *v, const char *pciaddr) |
| int | opae_vfio_secure_open (struct opae_vfio *v, const char *pciaddr, const char *token) |
| int | opae_vfio_region_get (struct opae_vfio *v, uint32_t index, uint8_t **ptr, size_t *size) |
| int | opae_vfio_buffer_allocate (struct opae_vfio *v, size_t *size, uint8_t **buf, uint64_t *iova) |
| int | opae_vfio_buffer_free (struct opae_vfio *v, uint8_t *buf) |
| void | opae_vfio_close (struct opae_vfio *v) |
APIs to manage a PCIe device via vfio-pci.
Presents a simple interface for interacting with a PCIe device that is bound to the vfio-pci driver. See https://kernel.org/doc/Documentation/vfio.txt for a description of vfio-pci.
Provides APIs for opening/closing the device, querying info about the MMIO regions of the device, and allocating/mapping and freeing/unmapping DMA buffers.
Definition in file vfio.h.
| struct opae_vfio_iova_range |
IO Virtual Address Range
A range of allocatable IOVA offsets. Used for mapping DMA buffers.
| Data Fields | ||
|---|---|---|
| uint64_t | start |
Start of this range of offsets. |
| uint64_t | end |
End of this range of offsets. |
| uint64_t | next_ptr |
The next allocatable offset. |
| struct opae_vfio_iova_range * | next |
Pointer to next in list. |
| struct opae_vfio_group |
| struct opae_vfio_sparse_info |
MMIO sparse-mappable region info
Describes a range of sparse-mappable MMIO, for MMIO ranges that have non-contiguous addresses.
| Data Fields | ||
|---|---|---|
| uint32_t | index |
Region index, from 0. |
| uint32_t | offset |
Offset of sparse region. |
| uint32_t | size |
Size of sparse region. |
| uint8_t * | ptr |
Virtual address of sparse region. |
| struct opae_vfio_sparse_info * | next |
Pointer to next in list. |
| struct opae_vfio_device_region |
| Data Fields | ||
|---|---|---|
| uint32_t | region_index |
Region index, from 0. |
| uint8_t * | region_ptr |
Virtual address of region. |
| size_t | region_size |
Size of region. |
| struct opae_vfio_sparse_info * | region_sparse |
For sparse regions. |
| struct opae_vfio_device_region * | next |
Pointer to next in list. |
| struct opae_vfio_device |
VFIO device
Each VFIO device has a file descriptor that is used to query information about the device MMIO regions and config space.
| Data Fields | ||
|---|---|---|
| int | device_fd |
Device file descriptor. |
| uint64_t | device_config_offset |
Offset of PCIe config space. |
| uint32_t | device_num_regions |
Total MMIO region count. |
| struct opae_vfio_device_region * | regions |
Region list pointer. |
| struct opae_vfio_buffer |
System DMA buffer
Describes a system memory address space that is capable of DMA.
| Data Fields | ||
|---|---|---|
| uint8_t * | buffer_ptr |
Buffer virtual address. |
| size_t | buffer_size |
Buffer size. |
| uint64_t | buffer_iova |
Buffer IOVA address. |
| struct opae_vfio_buffer * | next |
Pointer to next in list. |
| struct opae_vfio |
OPAE VFIO device abstraction
This structure is used to interact with the OPAE VFIO API. It tracks data related to the VFIO container, group, and device. A mutex is provided for thread safety.
| Data Fields | ||
|---|---|---|
| pthread_mutex_t | lock |
For thread safety. |
| char * | cont_device |
"/dev/vfio/vfio" |
| char * | cont_pciaddr |
PCIe address, eg 0000:00:00.0 |
| int | cont_fd |
Container file descriptor. |
| struct opae_vfio_iova_range * | cont_ranges |
List of IOVA ranges. |
| struct opae_vfio_group | group |
The VFIO device group. |
| struct opae_vfio_device | device |
The VFIO device. |
| struct opae_vfio_buffer * | cont_buffers |
List of allocated DMA buffers. |
| int opae_vfio_open | ( | struct opae_vfio * | v, |
| const char * | pciaddr | ||
| ) |
Open and populate a VFIO device
Opens the PCIe device corresponding to the address given in pciaddr. The device must be bound to the vfio-pci driver prior to opening it. The data structures corresponding to IOVA space, MMIO regions, and DMA buffers are initialized.
| [out] | v | Storage for the device info. May be stack-resident. |
| [in] | pciaddr | The PCIe address of the requested device. |
Example
Example
| int opae_vfio_secure_open | ( | struct opae_vfio * | v, |
| const char * | pciaddr, | ||
| const char * | token | ||
| ) |
Open and populate a VFIO device
Opens the PCIe device corresponding to the address given in pciaddr, using the VF token (GUID) given in token. The device must be bound to the vfio-pci driver prior to opening it. The data structures corresponding to IOVA space, MMIO regions, and DMA buffers are initialized.
| [out] | v | Storage for the device info. May be stack-resident. |
| [in] | pciaddr | The PCIe address of the requested device. |
| [in] | token | The GUID representing the VF token. |
Example
Example
| int opae_vfio_region_get | ( | struct opae_vfio * | v, |
| uint32_t | index, | ||
| uint8_t ** | ptr, | ||
| size_t * | size | ||
| ) |
Query device MMIO region
Retrieves info describing the MMIO region with the given region index. The device structure v must have been previously opened by a call to opae_vfio_open.
| [in] | v | The open OPAE VFIO device. |
| [in] | index | The zero-based index of the desired MMIO region. |
| [out] | ptr | Optional pointer to receive the virtual address for the region. Pass NULL to ignore. |
| [out] | size | Optional pointer to receive the size of the MMIO region. Pass NULL to ignore. |
Example
| int opae_vfio_buffer_allocate | ( | struct opae_vfio * | v, |
| size_t * | size, | ||
| uint8_t ** | buf, | ||
| uint64_t * | iova | ||
| ) |
Allocate and map system buffer
Allocate, map, and retrieve info for a system buffer capable of DMA. Saves an entry in the v->cont_buffers list. If the buffer is not explicitly freed by opae_vfio_buffer_free, it will be freed during opae_vfio_close.
mmap is used for the allocation. If the size is greater than 2MB, then the allocation request is fulfilled by a 1GB huge page. Else, if the size is greater than 4096, then the request is fulfilled by a 2MB huge page. Else, the request is fulfilled by the non-huge page pool.
| [in,out] | v | The open OPAE VFIO device. |
| [in,out] | size | A pointer to the requested size. The size may be rounded to the next page size prior to return from the function. |
| [out] | buf | Optional pointer to receive the virtual address for the buffer. Pass NULL to ignore. |
| [out] | iova | Optional pointer to receive the IOVA address for the buffer. Pass NULL to ignore. |
Example
| int opae_vfio_buffer_free | ( | struct opae_vfio * | v, |
| uint8_t * | buf | ||
| ) |
Unmap and free a system buffer
The buffer corresponding to buf must have been created by a previous call to opae_vfio_buffer_allocate.
| [in,out] | v | The open OPAE VFIO device. |
| [in] | buf | The virtual address corresponding to the buffer to be freed. |
Example
| void opae_vfio_close | ( | struct opae_vfio * | v | ) |
Release and close a VFIO device
The given device pointer must have been previously initialized by opae_vfio_open. Releases all data structures, including any DMA buffer allocations that have not be explicitly freed by opae_vfio_buffer_free.
| [in] | v | Storage for the device info. May be stack-resident. |
Example
Example


From File Explorer, select the data folder under hsqldb.
Double click on file runManagerSwing.bat.
A Connect dialog box will appear.
Select HSQL Database Engine Server as the Type.
Select the Ok button.
Let's execute a test script.
From the menu, select Command - Test Script.
A test script will be shown in the Command area.
Select Execute SQL from the icon menu.
Result of executing the script is shown in the result area.
To shutdown the HSQLDB server, select Command - SHUTDOWN from the menu.
SHUTDOWN command is displayed in the command area and the syntax of the SHUTDOWN command is displayed in the result area.
Select the Execute SQL from the icon menu area.
To exit HSQL Database Manager, select File - Exit from the menu.


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CXXLD komodod
libcc.so: In function `custom_rawtxresult(UniValue&, std::__cxx11::basic_string<char, std::char_traits<char>, std::allocator<char> >, int)':
cclib.cpp:(.text+0x4b3b): undefined reference to `base_blob<256u>::ToString() const'
makes compiling KMD tad hard on 18.04 LTS... is this issue known ?
I think it can be reproduced with 18.04 and installing git and build-essentials and autoconf and then compiling depends then do this command
./configure --prefix=`pwd`/depends/x86_64-unknown-linux-gnu/ --disable-tests --disable-bench --disable-proton --disable-zmq


This is an open-source, collaborative effort. If you encounter problems with the Shiny app and/or have suggestions on ways to further improve it, please contact Erik W. Leppo from Tetra Tech via email<EMAIL_ADDRESS>or via a post on the ContDataQC GitHub Discussions page.


new Promisie()
Promisie inherits from the Promise class and adds helpful chainble methods
Extends
- Promise
Methods
(static) all(argument) → {Object}
Parameters:
| Name | Type | Description |
|---|---|---|
argument |
Array.<Object> | Object | Object | An array of unresolved Promises, or an argument list comprised of unresolved Promises, or an iterable object containing unresolved Promises |
Returns:
Returns and instance of Promise which resolves once all Promises have resolved
- Type
- Object
(static) compose({Function[) → {function}
Parameters:
| Name | Type | Description |
|---|---|---|
{Function[ |
fns An array of functions that will be compiled into pipe |
Returns:
Almost the exact same functionality as Promisie.pipe except fns are reversed before being compiled into pipe
- Type
- function
(static) doWhilst(fn, evaluate) → {Object}
Parameters:
| Name | Type | Description |
|---|---|---|
fn |
function | Iterator function that will be called until evalution returns false |
evaluate |
function | An evaluation function that is run after each iteration of fn resolves. If evaluate returns true iterator will be called again |
Returns:
Returns a Promisie which resolves once evaluate function return false
- Type
- Object
(static) each(datas, concurrencyopt, fn) → {Object}
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
datas |
* | An array of data to be used as first argument in iterator function |
|
concurrency |
number |
<optional> |
Optional concurrency limit |
fn |
function | Iterator function for each if concurrency isn't passed it fn can be passed as second argument |
Returns:
Returns and instance of Promisie which resolves with original datas argument
- Type
- Object
(static) iterate(generator, initial) → {Object}
Parameters:
| Name | Type | Description |
|---|---|---|
generator |
function | An uninitialized generator function |
initial |
* | An initial value to be passed to the generator |
Returns:
Returns a Promisie which resolves once generator has yielded its last value
- Type
- Object
(static) map(datas, concurrencyopt, fn) → {Object}
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
datas |
* | An array of data to be used as first argument in iterator function |
|
concurrency |
number |
<optional> |
Optional concurrency limit |
fn |
function | Iterator function for map if concurrency isn't passed it fn can be passed as second argument |
Returns:
Returns and instance of Promisie which resolves with an array of resolved values
- Type
- Object
(static) parallel(fns, args, optionsopt) → {Object}
Parameters:
| Name | Type | Attributes | Default | Description | ||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
fns |
Object | Array.<function()> | Array of functions or object containing functions. If an object will resolve to an object with matching keys mapped to resolve values |
||||||||||||
args |
* | An array of arguments or a single argument that will be passed to each function being run in parallel |
||||||||||||
options |
Object |
<optional> |
{recursive: false} | Options for the execution of parallel Properties
|
Returns:
Returns and instance of Promisie which resolves after parallel operations are complete
- Type
- Object
(static) pipe(fns) → {Object}
Parameters:
| Name | Type | Description |
|---|---|---|
fns |
Array | Object | An array or iterable object containing functions that will be run in series |
Returns:
Returns an function which will run Promisie.series when called
- Type
- Object
(static) promisify(fn, _thisopt) → {function}
Parameters:
| Name | Type | Attributes | Description |
|---|---|---|---|
fn |
function | Async function that expects a callback |
|
_this |
* |
<optional> |
Optional "this" that will be bound to the promisified function |
Returns:
Returns a promisifed function which returns a Promise
- Type
- function
(static) promisifyAll(mod, _thisopt, optionsopt) → {Object}
Parameters:
| Name | Type | Attributes | Default | Description | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
mod |
Object | An object or array containing functions to be promisified non-functions can be included an will be skipped |
|||||||||||
_this |
* |
<optional> |
Optional "this" that will be bound to all promisified functions |
||||||||||
options |
Object |
<optional> |
{recursive:false,readonly:true} | Options for the execution of promisifyAll Properties
|
Returns:
Returns a clone of original object or array with promisified functions
- Type
- Object
(static) retry(fn, optionsopt) → {Object}
Parameters:
| Name | Type | Attributes | Default | Description | |||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
fn |
function | Function that will be called by retry until retry limit is reached or resolves |
|||||||||||
options |
Object |
<optional> |
{times:3,timeout:0} | Configurable options for retry Properties
|
Returns:
Returns a Promisie which resolves once function successfully resolves or rejects at retry limit
- Type
- Object
(static) series(fns) → {Object}
Parameters:
| Name | Type | Description |
|---|---|---|
fns |
Array | Object | An array or iterable object containing functions that will be run in series |
Returns:
Returns an instance of Promisie which resolves after the series finishes execution
- Type
- Object
(static) settle(fns) → {Object}
Parameters:
| Name | Type | Description |
|---|---|---|
fns |
Array.<function()> | Object | An array of functions or object containing functions |
Returns:
Returns a Promisie which resolves with an object containing a "fulfilled" and "rejected" property. Almost always resolves rejected promises will be in "rejected" array and resolved will be in "fulfilled" array
- Type
- Object


Collection of functions for fast manipulation, handling, and analysis of large-scale networks based on family and social data. Functions are utility functions used to manipulate data in three "formats": sparse adjacency matrices, pedigree trio family data, and pedigree family data. When possible, the functions should be able to handle millions of data points quickly for use in combination with data from large public national registers and databases. Kenneth Lange (2003, ISBN:978-8181281135).
| Version: | 0.1.0-0 |
| Depends: | data.table, fastmatch, Matrix |
| Imports: | Rcpp (≥ 0.12.12) |
| LinkingTo: | Rcpp, RcppArmadillo |
| Suggests: | testthat |
| Published: | 2018-01-29 |
| Author: | Claus Thorn Ekstrøm [aut, cre], Bendix Carstensen [ctb] |
| Maintainer: | Claus Thorn Ekstrøm <ekstrom at sund.ku.dk> |
| License: | GPL-2 | GPL-3 [expanded from: GPL (≥ 2)] |
| NeedsCompilation: | yes |
| SystemRequirements: | C++11 |
| CRAN checks: | networkR results |
| Reference manual: | networkR.pdf |
| Package source: | networkR_0.1.0-0.tar.gz |
| Windows binaries: | r-devel: networkR_0.1.0-0.zip, r-release: networkR_0.1.0-0.zip, r-oldrel: networkR_0.1.0-0.zip |
| OS X binaries: | r-release: networkR_0.1.0-0.tgz, r-oldrel: networkR_0.1.0-0.tgz |
Please use the canonical form https://CRAN.R-project.org/package=networkR to link to this page.


Entry
Hello
Technical jargon, programming language terms, and code samples are denoted with the code class, as I’ve been using in this document to denote HTML. Code needs to be monospace for formatting purposes and to aid in code analysis, but it must maintain its readability. To those ends, Tufte CSS follows GitHub’s font selection, which shifts gracefully along the monospace spectrum from the elegant but rare Consolas all the way to good old reliable Courier.
World
Technical jargon, programming language terms, and code samples are denoted with the code class, as I’ve been using in this document to denote HTML. I am a sidenote
Code needs to be monospace for formatting purposes and to aid in code analysis, but it must maintain its readability.
Hello world
To those ends, Tufte CSS follows GitHub’s font selection, which shifts gracefully along the monospace spectrum from the elegant but rare Consolas all the way to good old reliable Courier. I am a sidenote 2


Function Input
By:
Kevin Huang
Home
Feet to Inches:
Miles to Feet:
Area of Triangle:
Area of Circle:
Feet to Inches
Miles to Feet
Area of Triangle
Area of Circle


04 April 1996
Disease Outbreak Reported
An outbreak of cholera has been reported by the Ministry of Health which has affected four districts in Kinshasa Province (Barumbu, Kinshasa, Limete/Kingaba and Kingwala - all newly infected areas). A total of 147 cases with 33 deaths reported up to 29 March. An interdisciplinary team including representatives of WHO, UNDP, UNICEF, UNHCR, and MSF have donated money and supplies to help control the outbreak. Measures relating to water quality and sanitation as well as a public information campaign in collaboration with the Red Cross are being undertaken.
Other countries reporting cholera in the past week are Benin, Mali and Niger.


--- title: "Schedule" slug: schedule ---
This page contains all of the following resources for each class meeting:
PDF
in each respective class pagePlease note, the lesson numbers and topics (e.g. 1.1) are my design, and will not match up with the textbook!
Relevant materials (if applicable, icons will become links) will be posted before class meets.


Thermostat
Up
Down
Reset Temperature
Power Saving Mode
Power Saving Mode is
ON
Check Energy Usage
Current temperature in
London
:
Select a city:
London
Manchester
Edinburgh
Leeds
Cardiff


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--- layout: post title: Alfieri Maserati portrait description: date: '2019-09-16 09:10:12 +0100' categories: - Illustration - Graphic Design ---
Icon design, collaboration with Onno Hesselink.