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Version 2 Website Template details, discussion and updates for this Minimalistic Web Template. Website Template design by Free Website Templates. Please feel free to remove some or all the text and links of this page and replace it with your own About content.


{include file="common/user_meta" /}
{:__('Sign in')}
{:__('Sign up')}
{:token()}
{:__('Username')}
{:__('Email')}
{:__('Captcha')}
{:__('Send verification code')}
{:__('Password')}
{:__('Sign up')}
{include file="common/script" /}


This task has a dependency on Task 1.1.3 and all of it's prerequisites.
First, make sure that your PWA works well in the browser. One of the main principles of PWAs is that the app must be "Progressive", meaning that the app should work in any environment. Once the app is confirmed to load as a basic web site, then begin taking advantage of advanced features (such as service workers and app manifest) when they are available. In normal circumstances, you would want to test your app in the array of browsers used by your user. To get you started, we have the newest version of Edge (with service worker support) available to you for free on BrowserStack.
Note: Service Worker Caching will only function in the recent builds of Chrome and FireFox. Public builds of Microsoft Edge do not have service worker support, however once Edge support is added, your Service Workers will funcation the same way.
Note: Service Workers are also available in latest Windows Insider builds
Next you will want to test in the local PWA environment. To do this, we will use more tools from PWABuilder.com.
In the browser, open preview.pwabuilder.com/generator.
Enter your site URL and click "Get Started". If you have your manifest properly linked to your page, you should see the data from your manifest (including images) show up in the builder.
Click on the 3rd tab called "Publish PWA". This time you will click on the "Download" button under "Windows" to get the source code.
Inside the zip, decompress it and navigate to \PWA\Store packages\windows10
. Right click on the "test_install" script and choose "run powershell script".
Follow the prompts to "side load the application".
Open the app from your start screen / start menu.
Your app is sideloaded on your machine, which means it is in debug mode. While PWAs are in debug mode on Windows 10, you have access to the same F12 tools you do while in the Edge browser. With the app in the forefront on your screen, hit the "F12" button on your keyboard and the tools should open.


Type text into the box and hit submit to perform NER
B-PER
I-PER
B-LOC
I-LOC
B-ORG
I-ORG
B-MISC
I-MISC


'The problem with them' - West Brom star gives Stoke City verdict ahead of clash
Stoke City v West Brom | The Baggies will target a move back to the Championship summit when they face the Potters tonight - but the hosts will want a response following Nathan Jones' departure
by Josh MurrayDarnell Furlong is expecting West Bromwich Albion to come up against a "fighting" Stoke City side when they meet in the Championship tonight.
The Baggies head to the bet365 Stadium knowing a victory will return them to the top of the table, while the Potters begin life without Nathan Jones, following his sacking as manager last week.
Stoke are bottom of the division after 14 matches, having won only twice this season.
But West Brom full-back Furlong - who has made 12 appearances so far in 2019-20 - believes the Potters' current situation could make them dangerous opposition.
"That's the problem with them - we know they are going to be fighting at the moment, they're going to be really strong with their attitude and we know what type of football to expect," he told the club's website.
"They’ve got a lot of big names, a lot of signings in the summer who are trying to prove themselves, so it’s going to be a very tough game.
"There are no easy games in the Championship but that is going to be an extremely tough one.
"I was at QPR with Jordan Cousins last season and when he went there I thought, that’s a great move for him, they’re going to be challenging at the top end of the table.
West Brom latest
This is your round up of all things West Brom; the one-stop shop that will keep you updated on the latest goings on at the club and beyond.
Transfers, injuries, match-days and managers, we’ve got you covered.
We’ll be bringing the very latest on the Baggies throughout the week and around the clock.
Make sure you keep yourself updated with our handy daily catch up...
Must reads...
- 'That close' - Slaven Bilic reveals some brilliant West Brom news
- Leeds boss Marcelo Bielsa has said this about West Brom - and Slaven Bilic will love it
- The players who could leave West Brom in the January transfer window
- This is what Dwight Gayle told Newcastle over West Brom transfer - reports
For all your latest WBA news, opinion, analysis and transfer gossip, click here
You can follow our West Brom reporter Joseph Chapman on Twitter, and his email address is<EMAIL_ADDRESS>"I was very surprised with how they’ve been doing recently, but I’m sure they’ll pick up and will be fighting back in the second half of the season.”


 See palethorn.github.io/yeah/tutorial#environments |
| mixed | $config | Array of different config sections which are also arrays representing various configuration options. See See palethorn.github.io/yeah/tutorial#config |
| Yeah\Fw\Application\App::__clone |
( |
| ) |
|
|
private |
| Yeah\Fw\Application\App::addMiddleware |
( |
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$slot, |
|
|
|
$middleware |
|
) |
| |
Adds simple interface for injecting middleware into preexecution and postexecution
- Parameters
-
| integer | $slot | Designated slot for listeners. Available slots:
- PRE_ROUTING
- POST_ROUTING
- PRE_SECURITY
- POST_SECURITY
- PRE_CACHE
- POST_CACHE
- PRE_ACTION
- POST_ACTION
- PRE_RENDER
- POST_RENDER
- PRE_REPONSE_CACHE
- POST_REPONSE_CACHE
|
| \\Closure | \\Yeah\\Fw\\Middleware\\MiddlewareInterface | $middleware,. | Middleware to be executed for a designated slot |
| Yeah\Fw\Application\App::configureAutoloadCache |
( |
| ) |
|
Method used for configuring autoload cache strategy. Method is marked for override
- Deprecated:
- All autoloading is handled by composer autoload functionality
| Yeah\Fw\Application\App::configureMiddleware |
( |
| ) |
|
This method is marked for override. Adds simple interface for injecting middleware into preexecution and postexecution. Method is invoked during application initialization and lets a developer to assign various middleware event listeners using ::addMiddleware method.
Available slots:
- PRE_ROUTING
- POST_ROUTING
- PRE_SECURITY
- POST_SECURITY
- PRE_CACHE
- POST_CACHE
- PRE_ACTION
- POST_ACTION
- PRE_RENDER
- POST_RENDER
- PRE_REPONSE_CACHE
- POST_REPONSE_CACHE
| Yeah\Fw\Application\App::configureServices |
( |
| ) |
|
Configure service factories. Method marked for override. You can populate service container here.
| Yeah\Fw\Application\App::execute |
( |
| ) |
|
Begins chain execution. Executes each separate job for request, and their respective event handlers.
Current list of jobs:
- Routing
- Security
- Route response cache
- Matching controller action execution
- Output rendering
Each job has a pre and post event dispatcher
Executes action inside chain execution. Executes controller action from inside the route.
- Parameters
-
- Returns
- \Yeah\Fw\Mvc\View Controller view object
Write cached output to response if route is cacheable and cache exists.
- Parameters
-
| \\Yeah\\Fw\\Routing\\Route\\RouteInterface | $route | |
- Returns
- boolean
| Yeah\Fw\Application\App::executeMiddleware |
( |
|
$slot | ) |
|
Executes middleware from designated slot
- Parameters
-
| $slot | Execute middleware collection from designated slot |
| Yeah\Fw\Application\App::executeRender |
( |
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$response | ) |
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private |
Executes view rendering inside chain execution. Supports various templating engines through adapter implementation. Twig work out of the box.
- Parameters
-
| mixed | \\Yeah\\Fw\\Mvc\\ViewInterface | $view | Controller view object |
| Yeah\Fw\Application\App::executeRouter |
( |
| ) |
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private |
Performs matching the URI to the the route inside of a chain execution.
- Returns
- RouteInterface
| Yeah\Fw\Application\App::executeSecurity |
( |
| ) |
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private |
Executes access checkup inside chain execution. Can be used for authentication, authorization and generally for various access controlls. Just implement \Yeah\Fw\Auth\AuthInterface, and override \Yeah\Fw\Application\App::configureServices for configuration
- Parameters
-
| RouteInterface | $route | Route object |
- Returns
- RouteInterface
| Yeah\Fw\Application\App::getAppName |
( |
| ) |
|
Getter for $app_name property. Returns the application name passed to the constructor on the application initialization
- Returns
- string
| Yeah\Fw\Application\App::getAuth |
( |
| ) |
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Retrieves authorization, and authentication object from service container.
- Returns
- \Yeah\Fw\Auth\AuthInterface
| Yeah\Fw\Application\App::getAutoloader |
( |
| ) |
|
Get application autoloader
- Parameters
-
| \\Yeah\\Fw\\Application\\Autoloader | $autoloader | |
- Deprecated:
- Autoloading is handled by composer autoload functionality
| Yeah\Fw\Application\App::getBaseDir |
( |
| ) |
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Returns path for application root dir. If the base_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getCacheDir |
( |
| ) |
|
Return path for cache directory. If the cache_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getConfig |
( |
| ) |
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| Yeah\Fw\Application\App::getControllersDir |
( |
| ) |
|
Returns path for controllers directory. If the controllers_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getDatabaseConfig |
( |
| ) |
|
Retrieves database config from service container. Can also be used to directly configure the neccessary ORM or DBAL
- Deprecated:
- Database configuration doesn't requre developer overriding service configuration for this.
| Yeah\Fw\Application\App::getDependencyContainer |
( |
| ) |
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| Yeah\Fw\Application\App::getEnvironment |
( |
| ) |
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Getter for environment property. Returns the application environment passed to the consturctor on the application initialization
| static Yeah\Fw\Application\App::getInstance |
( |
| ) |
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static |
| Yeah\Fw\Application\App::getLibDir |
( |
| ) |
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Returns path for library directory. If the lib_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getLogDir |
( |
| ) |
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Returns path for logs directory. If the log_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getLogger |
( |
| ) |
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Retrieves logger object from service container.
- Returns
- \Yeah\Fw\Logger\LoggerInterface
| Yeah\Fw\Application\App::getModelsDir |
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| ) |
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Returns path for models directory. If the models_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getRequest |
( |
| ) |
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Getter for HTTP request object. Retrieves request object which represents abstracted version og HTTP request.
- Returns
- \Yeah\Fw\Http\Request
| Yeah\Fw\Application\App::getResponse |
( |
| ) |
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Getter for HTTP response object.
- Returns
- \Yeah\Fw\Http\Response
| Yeah\Fw\Application\App::getResponseCache |
( |
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Retrieves response cache handler from service container.
- Returns
- Yeah\Fw\Cache\CacheInterface
| Yeah\Fw\Application\App::getRouter |
( |
| ) |
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| Yeah\Fw\Application\App::getSession |
( |
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Retrieves session handler object from object container.
- Returns
- SessionHandlerInterface
| Yeah\Fw\Application\App::getUrlCacheKey |
( |
| ) |
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Override this method if you need some other format of response cache keys.
| Yeah\Fw\Application\App::getView |
( |
| ) |
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Retrieves view renderer from service container.
- Returns
- \Yeah\Fw\Mvc\ViewInterface
| Yeah\Fw\Application\App::getViewsDir |
( |
| ) |
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Returns path for views directors. If the views_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::getWebDir |
( |
| ) |
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Returns path for public directory. If the web_dir is not passed through config then the method tries to guess most probable path.
- Returns
- string
| Yeah\Fw\Application\App::loadRoutes |
( |
| ) |
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Load additional routes. Method is marked for override.
| Yeah\Fw\Application\App::registerAutoloaders |
( |
| ) |
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protected |
Register autoloader paths for probing. Method is marked for override
- Deprecated:
- All autoloading is handled by composer autoload functionality
| Yeah\Fw\Application\App::route |
( |
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$url, |
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$method, |
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$http_method = 'GET' , |
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$secure = false , |
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$cache_options = array('is_cacheable' => false, 'cache_duration' => 1440) |
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) |
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General method used for appending simple routes
- Parameters
-
| string | $url | |
| Closure | $method | |
| string | $http_method | |
| bool | $secure | |
| Yeah\Fw\Application\App::routeDelete |
( |
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$url, |
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$method, |
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$secure = false |
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) |
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Adds new simple route for DELETE HTTP method.
- Parameters
-
| string | $url | |
| string | $method | |
| bool | $secure | |
| Yeah\Fw\Application\App::routeGet |
( |
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$url, |
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$method, |
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$secure = false , |
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$cache_options = array('is_cacheable' => false, 'cache_duration' => 1440) |
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) |
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Adds new simple route for GET HTTP method.
- Parameters
-
| string | $url | |
| string | $method | |
| bool | $secure | |
| Yeah\Fw\Application\App::routePost |
( |
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$url, |
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$method, |
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$secure = false |
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) |
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Adds new simple route for POST HTTP method.
- Parameters
-
| string | $url | |
| string | $method | |
| bool | $secure | |
| Yeah\Fw\Application\App::routePut |
( |
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$url, |
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$method, |
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$secure = false |
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) |
| |
Adds new simple route for PUT HTTP method.
- Parameters
-
| string | $url | |
| string | $method | |
| bool | $secure | |
| Yeah\Fw\Application\App::$app_name = '' |
|
protected |
| Yeah\Fw\Application\App::$auth = null |
|
protected |
| Yeah\Fw\Application\App::$autoloader = null |
|
protected |
| Yeah\Fw\Application\App::$config = null |
|
protected |
| Yeah\Fw\Application\App::$dc = null |
|
protected |
| Yeah\Fw\Application\App::$env = false |
|
protected |
| Yeah\Fw\Application\App::$error_handler = null |
|
protected |
| Yeah\Fw\Application\App::$instance = null |
|
staticprotected |
| Yeah\Fw\Application\App::$logger = null |
|
protected |
| Yeah\Fw\Application\App::$middleware |
|
private |
Initial value:= array(
0 => array(),
1 => array(),
2 => array(),
3 => array(),
4 => array(),
5 => array(),
6 => array(),
7 => array(),
8 => array(),
9 => array(),
10 => array(),
11 => array()
)
| Yeah\Fw\Application\App::$request = null |
|
protected |
| Yeah\Fw\Application\App::$response = null |
|
protected |
| Yeah\Fw\Application\App::$response_cache = false |
|
protected |
| Yeah\Fw\Application\App::$response_cache_key = false |
|
protected |
| Yeah\Fw\Application\App::$route = false |
|
protected |
| Yeah\Fw\Application\App::$router = null |
|
protected |
| Yeah\Fw\Application\App::$session = null |
|
protected |
| Yeah\Fw\Application\App::$view = null |
|
protected |
The documentation for this class was generated from the following file:


Description of project
In this competition your task is to build a classifier that automatically recognize customer satisfaction from textual reviews of baby products that were sold on Amazon.com. Reviews and 5 star ratings were collected by Amazon on their site by inviting customers to enter a review of a product that had bought.
In stead of relying on pre-trained features (such as the NRC and Afinn word lists), you will rely on automatic methods for feature selection.
My role
Note:We had to predict whether a customer gave a rating of >3, or not. This was therefore a classification problem. Customers with ratings of 4 and 5 were marked as ‘satisfied’, else, ‘not satisfied’.
In this competition we have had a large number of predictors (tokens) created with the tidytext R package. Our role was to reduce the number of predictors to the most important ones (decrease model flexibility). I used the lasso binary classification method with the function ‘cv.glmnet’ from the ‘glmnet’ R package to fint the optimal value for lambda (the ‘cost’ parameter for model complexity). This method gave us an initial accuracy of 91.3% on the train data. Our final score was 95% which we achieved with some added features such as ngrams(with n = 2,3).
Code for fitting
#Modeling using glmnet
y = used_amazon$class
fit_lasso_lm = glmnet(dtm[trainidx, ], y[trainidx], family = 'binomial') #Response type
#Getting optimal lambda
cv.out <- cv.glmnet(dtm[trainidx,],y[trainidx], alpha=1)
bestlam <- cv.out$lambda.min # the value that has the smallest cross-validation error
#Drawing up lambda chosen
abline(v=log(bestlam), lwd = 3, col = 'red')
#Predicted probabilities for train data
pred = predict(fit_lasso_lm, s=bestlam, newx=dtm[trainidx, ], type="response")
Old vs. new predictors
#Getting tokens
# ngrams = 1
reviews <- amazon %>%
mutate(id = row_number()) %>%
unnest_tokens(token, review) %>%
count(id, name, rating, token) %>%
rename(unique_token_count=n)
# ngrams = 3 or we can use 2 # take a long time as n increases!
reviews_ngrams <- amazon %>%
mutate(id = row_number()) %>%
unnest_tokens(output = token, input = review, token = "ngrams", n = 3, n_min = 1) %>% # n-grams
count(id, name, rating, token)
In the end we placed 4th, but all of the predictions (except one) scored between 95% and 95.5%. We considered this to be a success, however, other teams were equally good at making these predictions.


public interface BeanType<T>
Information and methods on BeanDescriptors made available to plugins.
-
Method Summary
Modifier and TypeMethodDescriptionvoid
addInheritanceWhere
(Query<?> query) Add the discriminator value to the query if needed.Collection<? extends Property>
Return all the properties for this bean type.Return the base table this bean type maps to.BeanType<?>
beanTypeAtPath
(String propertyName) Return the type bean for an OneToMany or ManyToOne or ManyToMany property.void
Clear the bean cache.void
Clear the query cache.Create a new instance of the bean.createBeanUsingDisc
(Object discValue) Create a bean given the discriminator value.Return the discriminator column.Return the DocumentMapping for this bean type.docStore()
Return the doc store support for this bean type.\Return the doc store queueId for this bean type.expressionPath
(String path) Return the ExpressionPath for a given property path.Return the beanFinder.fullName()
Return the full name of the bean type.boolean
Return true if this bean type has an inheritance hierarchy.Return the bean id.Return the Id property.idType()
Return the identity generation type.Returns all direct children of this beantypeBeanType<?>
Returns the parent in inheritance hierarchyboolean
Return true if bean caching is on for this bean type.boolean
Return true if this bean type has doc store backing.boolean
Return true if the type is document store only.boolean
Return true if this object is the root level object in its entity inheritance.boolean
Return true if query caching is on for this bean type.boolean
isValidExpression
(String property) Return true if the property is a valid known property or path for the given bean type.name()
Return the short name of the bean type.Return the bean persist controller.Return the bean persist listener.Return the Property to read values from a bean.Return the BeanQueryAdapter or null if none is defined.BeanType<?>
root()
Return the root bean type for an inheritance hierarchy.void
Set the id value to the bean.type()
Return the class type this BeanDescriptor describes.void
visitAllInheritanceChildren
(Consumer<BeanType<?>> visitor) Visit all children recursivelyReturn the when created property if there is one defined.Return the when modified property if there is one defined.
-
Method Details
-
name
String name()Return the short name of the bean type. -
fullName
String fullName()Return the full name of the bean type. -
type
Return the class type this BeanDescriptor describes. -
beanTypeAtPath
Return the type bean for an OneToMany or ManyToOne or ManyToMany property. -
allProperties
Collection<? extends Property> allProperties()Return all the properties for this bean type. -
idProperty
Property idProperty()Return the Id property. -
whenModifiedProperty
Property whenModifiedProperty()Return the when modified property if there is one defined. -
whenCreatedProperty
Property whenCreatedProperty()Return the when created property if there is one defined. -
property
Return the Property to read values from a bean. -
expressionPath
Return the ExpressionPath for a given property path.This can return a property or nested property path.
-
isValidExpression
Return true if the property is a valid known property or path for the given bean type. -
isBeanCaching
boolean isBeanCaching()Return true if bean caching is on for this bean type. -
isQueryCaching
boolean isQueryCaching()Return true if query caching is on for this bean type. -
clearBeanCache
void clearBeanCache()Clear the bean cache. -
clearQueryCache
void clearQueryCache()Clear the query cache. -
isDocStoreOnly
boolean isDocStoreOnly()Return true if the type is document store only. -
baseTable
String baseTable()Return the base table this bean type maps to. -
createBean
T createBean()Create a new instance of the bean. -
id
Return the bean id. This is the same as getBeanId() but without the generic type. -
setId
Set the id value to the bean. -
persistController
BeanPersistController persistController()Return the bean persist controller. -
persistListener
BeanPersistListener persistListener()Return the bean persist listener. -
findController
BeanFindController findController()Return the beanFinder. Usually null unless overriding the finder. -
queryAdapter
BeanQueryAdapter queryAdapter()Return the BeanQueryAdapter or null if none is defined. -
idType
IdType idType()Return the identity generation type. -
isDocStoreMapped
boolean isDocStoreMapped()Return true if this bean type has doc store backing. -
docMapping
DocMapping docMapping()Return the DocumentMapping for this bean type.This is the document structure and mapping options for how this bean type is mapped for the document store.
-
docStoreQueueId
String docStoreQueueId()Return the doc store queueId for this bean type. -
docStore
BeanDocType<T> docStore()Return the doc store support for this bean type.\ -
addInheritanceWhere
Add the discriminator value to the query if needed. -
root
BeanType<?> root()Return the root bean type for an inheritance hierarchy. -
hasInheritance
boolean hasInheritance()Return true if this bean type has an inheritance hierarchy. -
isInheritanceRoot
boolean isInheritanceRoot()Return true if this object is the root level object in its entity inheritance. -
inheritanceChildren
Returns all direct children of this beantype -
inheritanceParent
BeanType<?> inheritanceParent()Returns the parent in inheritance hierarchy -
visitAllInheritanceChildren
Visit all children recursively -
discColumn
String discColumn()Return the discriminator column. -
createBeanUsingDisc
Create a bean given the discriminator value.
-


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© 2018 Jim Hawkins. MIT licensed, see https://opensource.org/licenses/MITPart of Blender Driver, see https://github.com/sjjhsjjh/blender-driver


RABISON RAJ SHAKYA
Graphic design is the art, profession and academic discipline whose activity consists in projecting visual communications intended to transmit specific messages to social groups, with specific objectives. Therefore, it is an interdisciplinary branch of design[1] whose foundations and objectives revolve around the definition of problems and the determination of objectives for decision-making, through creativity, innovation and lateral thinking along with digital tools, transforming them for proper interpretation. This activity helps in the optimization of graphic communications (see also communication design). It is also known as visual communication design, visual design or editorial design. The role of the graphic designer in the communication process is that of encoder or interpreter of the message. They work on the interpretation, ordering and presentation of visual messages. The design work always starts from a client's demand, a demand that ends up being established linguistically, either orally or in writing, that is, that graphic design transforms a linguistic message into a graphic manifestation.
Graphic design has, as a field of application, different areas of knowledge focused on any visual communication system. For example, it can be applied in advertising strategies, or it can also be applied in the aviation world.[3] In this sense, in some countries graphic design is related as only associated with the production of sketches and drawings, this is incorrect, since visual communication is a small part of a huge range of types and classes where it can be applied. Given the rapid and massive growth in information sharing, the demand for experienced designers is greater than ever, particularly because of the development of new technologies and the need to pay attention to human factors beyond the competence of the engineers who develop them.[4]


16 Sep 2015
Return 404 by default in WSO2 ESB
WSO2 ESB by default responds to requests with 202 HTTP status code behavior. This behavior can be specially nuisance when exposing APIs or Proxy services from the ESB. In this post I am explaining two changes to be done to change this behavior where a 404 HTTP status code is returned.
Main sequence change
In the ESB - there are 2 main sequences called main sequence and fault sequence. ESB invokes the main sequence if no matching API or Proxy service is found. If an error occurs inside a sequence and no fault sequence has been defined, the fault sequence is called. The 2 sequences are present in the
We are going to change the main sequence to return 404.
404 from APIs
APIs are special implementations in synapse that has couple of resources attached to it. API implementation of Synapse looks for a very specific sequence with the name - _resource_mismatch_handler_
to call when no resource inside the API is invoked from the request. Otherwise it returns 202 HTTP response. Due to this - we have to create the below sequence and deploy.
The historical reason of returning 202 lies back where the main sequence was shipped as a sample not as the default behavior of the WSO2 ESB product. It should be customized to suite the needs required. The same applies to resourcemismatchhandler sequence.
Till next time mate,
Dulitha
at 16:46


A large set of similar MotionGuide tweens running at once. The tweens have a random set of x/y pairs, and will play forward, and then backwards using the start and end properties.
start
end


| Class | Description |
|---|---|
| AbstractRib<R extends AbstractRoute> |
Implements general RIB (Routing Information Base) semantics.
|
| BgpBestPathRib | |
| BgpMultipathRib | |
| ConnectedRib |
Rib for storing
ConnectedRoute s |
| EigrpExternalRib |
Rib that stores external EIGRP routes
|
| EigrpInternalRib |
Rib that stores internal EIGRP routes
|
| EigrpRib |
Rib that stores internal and external EIGRP routes
|
| IsisLevelRib |
Rib for storing
IsisRoute s |
| IsisRib |
Rib for storing
IsisRoute s |
| LocalRib | |
| OspfExternalType1Rib | |
| OspfExternalType2Rib | |
| OspfInterAreaRib | |
| OspfIntraAreaRib | |
| OspfRib | |
| Rib |
Represents a general RIB, capable of storing routes across different protocols.
|
| RibDelta<R extends AbstractRoute> |
Represents a change in RIB state
|
| RibDelta.Builder<R extends AbstractRoute> | |
| RipInternalRib |
Rib that stores internal RIP routes
|
| RipRib |
A
Rib for storing RIP (both internal and external) routes. |
| RouteAdvertisement<R extends AbstractRoute> | |
| StaticRib |
| Enum | Description |
|---|---|
| RouteAdvertisement.Reason |


Hi, my name is Juan and I work as a freelance UX/UI designer & developer currently settled in Santiago de Chile after a 5 year journey in Europe.
Hi, my name is Juan and I work as a freelance UX/UI designer & developer currently settled in Santiago de Chile after a 5 year journey in Europe.


Let me introduce myself. I am a data science enthusiast, and working my way to becoming more than that. I have a background in business and finance, but for the past 3 years have been working more as a data analyst, and have become passionate about it. I am currently working as a financial data analyst (yes, finance is still an important part of my professional life) at Canadian Tire, one of the biggest retailers in Canada. I love the idea of combining my data skills and knowledge with my financial expertise to drive growth and better decisions for the business.
Now to the fun stuff! I am an avid gamer, especially first-person shooters and sports games (especially Hockey, where I can combine sports with some fighting). A second hobby as fun for me as gaming is learning and studying. I am aiming to start a Master's degree next year, either in Computer Science or Data Science, and while the program doesn't start I try to accommodate on my full-time job schedule at least a bit of study every week, always thinking of ways I can incorporate that on the job to become a better data analyst.
More about meAutomate the process of gathering and cleaning data from various sources
Formulate the right hypothesis, explore large datasets and generate statistically significant insights
Create automatically updated dashboards, using the best visualizations
Use the most adequate features and models, and effectively share findings


EBD - Easton Bible DIctionary
Eder
EDER
"EDER "flock. (1.) A city in the south of Judah, on the border of Idumea(
Joshua 15:21
).
(2.) The second of the three sons of Mushi, of the family of Merari, appointed to the Levitical office (
1 Chronicles 23:23
;
24:30
).
"EDER "flock. (1.) A city in the south of Judah, on the border of Idumea(Joshua 15:21).
(2.) The second of the three sons of Mushi, of the family of Merari, appointed to the Levitical office (1 Chronicles 23:23; 24:30).


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ksqlDB
Workshop
1 Day
@jaceklaskowski
/
StackOverflow
/
GitHub
/
LinkedIn
The "Internals" Books:
books.japila.pl
* **Jacek Laskowski** is a Freelance IT Consultant * Specializing in [Spark](https://spark.apache.org), [Delta Lake](https://delta.io/), [Kafka](https://kafka.apache.org), [Kafka Streams](https://kafka.apache.org), [ksqlDB](https://ksqldb.io/) * Development | Consulting | Training | Mentoring | Speaking * Best known by [The Internals Of](https://books.japila.pl) online books * Among contributors to [Apache Spark](https://github.com/apache/spark/graphs/contributors) * Among [Confluent Community Catalyst](https://www.confluent.io/nominate/) (Class of 2019 - 2020) * Contact me at<EMAIL_ADDRESS>* Follow [@JacekLaskowski](https://twitter.com/jaceklaskowski) on twitter
Jacek is active on
StackOverflow
(Apache Kafka Streams)
# Goal
Practical understanding of
ksqlDB
# Agenda 1. Architecture 1. Installation 1. KSQL Statements 1. Configuration 1. Monitoring 1. Troubleshooting
Prerequisities
Be prepared to get the most out of the workshop
Prerequisities / Experience
Some familiarity with Apache Kafka and SQL
Experience with shell / command line
Familiarity with Kafka Streams highly appreciated
Prerequisities / To Be Installed
OpenJDK 11
Docker Desktop
kcat Utility
git
In-Class Preparations
Make Instructor's Life Slightly Easier. Thanks!
Introduce Yourself
First name
What's your experience with Kafka?
Any production experience with Kafka?
What do you expect from the workshop?
# Questions? * Read [The Internals of ksqlDB](https://books.japila.pl/ksqldb-internals/) * Read [The Internals of Apache Kafka](https://books.japila.pl/kafka-internals/) * Read [The Internals of Kafka Streams](https://books.japila.pl/kafka-streams-internals) * Follow [@jaceklaskowski](https://twitter.com/jaceklaskowski) on twitter (DMs open) * Upvote [my questions and answers on StackOverflow](http://stackoverflow.com/users/1305344/jacek-laskowski) * Contact me at **jacek@japila.pl**


Event organizer
Videography
"The event you imagine, brought to life".
Paragraph two with a
klik disini


437_jotaki.java
class Solution {
public int[] avoidFlood(int[] rains) {
int N = rains.length;
int[] ans = new int[N];
Map<Integer, Integer> lakeIndices = new HashMap<>();
TreeSet<Integer> dryDays = new TreeSet<>();
// When we encounter a dry day, can only apply after a rain, and before second time. Cannot "store" a dry day.
// We can bianry search to apply leftmost dry day after previous rain day.
for (int i = 0; i < N; i++) {
if (rains[i] == 0) {
dryDays.add(i);
}
else {
if (lakeIndices.containsKey(rains[i])) {
// We must have at least 1 dry day to get rid of the previous rain.
// Find leftmost index of a dry day
Integer dryDay = dryDays.higher(lakeIndices.get(rains[i]));
if (dryDay == null) {
return new int[] {};
}
ans[dryDay] = rains[i];
dryDays.remove(dryDay);
}
ans[i] = -1;
lakeIndices.put(rains[i], i);
}
}
// If there are any unused dry days, dry any day.
for (int dry : dryDays) {
ans[dry] = 1;
}
// If impossible to avoid flood, return empty array.
return ans;
}
}


This repository hosts the Encoding Standard.
Code of conduct
We are committed to providing a friendly, safe and welcoming environment for all. Please read and respect the WHATWG Code of Conduct.
Contribution opportunities
We'd love your help fixing the minor and larger issues with the Encoding Standard. Pull requests for typographical and grammar errors are also most welcome.
We'd be happy to mentor you through this process. If you're interested and need help getting started, leave a comment on the issue or ask around on IRC.
Pull requests
See the html repository's README for the
general guidelines. Note that source
is Overview.src.html
and "Acknowledgements" is
"Acknowledgments" here (I know). Also, the Encoding Standard uses
Anolis to generate Overview.html
. (Do not worry if using
that tool is too complicated, your pull request does not need to contain the generated HTML.)
Merge policy
If you can commit to this repository, see the html repository's TEAM for guidelines.
Tests
Tests can be found in the encoding/
directory of the
web-platform-tests repository.


| DOSE: T+ 0:00 |
10 mg |
oral |
2C-I |
|
| T+ 2:00 |
25 mg |
insufflated |
DPT |
(powder / crystals) |
This is a summary/amalgamation of the three experiences I've had with this combination, which is, for me at least, one of the more powerful and insightful ones I've experienced. It should be stated for the record that I am somewhat of a psychedelic lightweight, particularly, as is the case in this report, in those settings that are quiet, dark, and solitary.
T+0:00 Ingest 10-12mg 2C-I
T+0:30 Alerts. Energy emanating from stomach and pulsing through the body.
T+1:00-2:00 Come up and plateau at a lucid ++. Concentration is sharp and doing an activity like painting or playing music is particularly enjoyable. This is very much a working level for me, I could go out and interact with the world if I so choose. There isn't a whole lot of introspection or cosmic thoughts. I am very much in my body and mind. But somehow more lucid.
T+2:00 Hours 2-4 are typically the peak for me on 2C-I, so here is a good time to take some DPT. I insufflate 25mg split into two lines, one in each nostril right after the other. The burn is present but not too bad, which is more than I can say for the drip that comes 10 or 15 minutes later.
T+2:15 Maybe its the disgusting chemical taste dripping down the back of my throat, but I can start to feel something else come on. Its kind of fog-like. The world slowly stops making quite as much sense. Concepts like people, object, and ideas begin to lose their saliency. Now is a good time to find a comfortable place to lay down for the next hour or two.
T+2:30-3:30 Wild psychedelic journey. The world melts to reveal the energetic building blocks that, under normal cognitive operation, are formed into meaningful ideas that can be communicated linguistically. Now, however, everything exists is broad, colorful, infinitely layered gestures. I can literally SEE the quantum foam of particles blinking in and out of existence that constitutes the universe. Brilliant fractal visuals of cool metallic tones dance across my field of vision.
How long have I been like this? How long will I be like this? How can that even matter when right this very second is so unbelievably beautiful that I can barely keep my jaw in its usual unslacked position. I can get up and walk around the room, but it is a room (and a body) that is vastly different from anything I had conceived of up until this point. My place in the universe is like that of a water molecule bouncing between sticks and boulders in a mountain stream. I don't know where we're going, I don't know why there's this force 'gravity' that pulls me and influences my motion, and I'm not sure I have any free will in choosing which boulder I will interact with, but for some reason, I don't really care. If this is what the universe is, then I will gladly partake.
T+3:30-4:30 Begin to see traces of typical reality. I can now, for instance, conceive of 'yesterday,' 'today,' and 'tomorrow.' I have, however, no desire to rush back into these everyday concepts, so I sit back and bask in the light of the overarching metaphor (that being we are all connected and are, ostensibly, the same)
T+5:00 Slowly coming down. Most of what I feel now is the 2C-I, but I am certainly still experiencing reverberations. Because of the psycho-spiritual magnitude of what just happened, I can't say I am able to 'function' 'normally.'
T+7:00 Sleep restless.
This is truly a divine combination for me. No drug, or combination of drugs up until this point has been this effective at blanking me out, reducing me to zero, to that which is essential. I feel reborn after this. A blank slate. Childlike and primordial. 2C-I alone for me lacks the power, the penetration to really get me anywhere close to spiritual. DPT alone is somewhat unpleasant, harsh, and awkward. Together they provide a nice balance of the power, the raw psychedelic drive, and the lucidity, and helps retain the ability to put it all together. This combo works equally as well with other 2C- compounds. I have had an excellent experience with 25mg DPT at the tail end of a 14mg 2C-E trip.
I would imagine there is a lot of uncharted territory with higher doses, either with the 2C-I or DPT, but I have no desire to explore them, as this level was plenty for me to achieve what I am looking for. Happy travels!
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


My name is Neil Seward and I have just succeeded at defending my Master's thesis at UOIT. I am a part of the Social Computing and Collective Intelligence (SCI) lab at UOIT. My primary research interest has been in applications of machine learning in sports analytics. My thesis primary focuses on deep learning applications in supervised learning and unsupervised learning for the purposes of building an on-ball screen dataset.
Outside of my research, I spend lots of time skateboarding and filming skateboarding. Skateboarding has been my main love since I was 12 years old. Over the years I started to get into skate film production and practised different techniques. I began filming my friends that I regularly skated, which eventually grew into filming the skate shops local team. It may not sound like a big deal to many people, but as a kid, I looked up to these skaters as a kid and religiously watched their videos. Getting a chance to film these people and participate in the local skateboard community was truly a dream come true for me. Today, I still skate as much as I can and I still try to involve myself in the local skate scenes as much as I can. If you would like to go see askate video premiere in whatever city I'm currently in or want to know about some local spots, chances are I will go with you.


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Reduced monthly operating costs by migrating to a new hosting provider. Upgraded the codebase to take advantage of performance improvements in newer versions.
I automated and streamlined a number of business processes such as transactional communications, client booking, and payment processes.
Created a website to promote a University of Toronto Frosh Week. Worked with administrators and student executives to create a responsive, current, and informational website.
You can view an archive of the website here.


{% extends "base.html" %} {% block head %}
The NMIS Nigeria Facility Inventory dataset provides attributes and location information for over 250,000 health, education and water facilities.
| Collected | 2009-2014 |
| Surveys | 113, 661, Mopup |
| File Format | CSV |
| Version | 1.0 |
| Created | July 10, 2014 |
| Last Updated | July 10, 2014 |
| Attribution | Data provided by OSSAP |
| Collected | 2009-2014 |
| Surveys | 113, 661, Mopup |
| File Format | CSV |
| Version | 1.0 |
| Created | July 10, 2014 |
| Last Updated | July 10, 2014 |
| Attribution | Data provided by OSSAP |


| tab_spanner_delim {gt} | R Documentation |
This function will split selected delimited column names such that the first components (LHS) are promoted to being spanner column labels, and the secondary components (RHS) will become the column labels. Please note that reference to individual columns must continue to be the column names from the input table data (which are unique by necessity).
tab_spanner_delim( data, delim, columns = everything(), gather = TRUE, split = c("last", "first") )
data |
A table object that is created using the |
delim |
The delimiter to use to split an input column name. The delimiter supplied will be autoescaped for the internal splitting procedure. The first component of the split will become the spanner column label (and its ID value, used for styling or for the addition of footnotes in those locations) and the second component will be the column label. |
columns |
An optional vector of column names that this operation should be limited to. The default is to consider all columns in the table. |
gather |
An option to move the specified |
split |
Should the delimiter splitting occur at the |
If we look to the column names in the iris
dataset as an example of how
tab_spanner_delim()
might be useful, we find the names Sepal.Length
,
Sepal.Width
, Petal.Length
, Petal.Width
. From this naming system, it's
easy to see that the Sepal
and Petal
can group together the repeated
common Length
and Width
values. In your own datasets, we can avoid a
lengthy relabeling with cols_label()
if column names can be fashioned
beforehand to contain both the spanner column label and the column label. An
additional advantage is that the column names in the input table data remain
unique even though there may eventually be repeated column labels in the
rendered output table).
An object of class gt_tbl
.
2-3
Other Create or Modify Parts:
tab_footnote()
,
tab_header()
,
tab_options()
,
tab_row_group()
,
tab_source_note()
,
tab_spanner()
,
tab_stubhead()
,
tab_style()
# Use `iris` to create a gt table; split # any columns that are dot-separated # between column spanner labels (first # part) and column labels (second part) tab_1 <- iris %>% dplyr::group_by(Species) %>% dplyr::slice(1:4) %>% gt() %>% tab_spanner_delim(delim = ".")


Please send feedback, comments and/or corrections to<EMAIL_ADDRESS>Your comments are very valuable.
In Z3, expressions, sorts and declarations are called ASTs. ASTs are directed acyclic graphs. Every expression has a sort (aka type). The method sort() retrieves the sort of an expression.
The function eq(n1, n2) returns True if n1 and n2 are the same AST. This is a structural test.
The method hash() returns a hashcode for an AST node. If eq(n1, n2) returns True, then n1.hash() is equal to n2.hash().
Z3 expressions can be divided in three basic groups: applications, quantifiers and bounded/free variables. Applications are all you need if your problems do not contain universal/existential quantifiers. Although we say Int('x') is an integer "variable", it is technically an integer constant, and internally is represented as a function application with 0 arguments. Every application is associated with a declaration and contains 0 or more arguments. The method decl() returns the declaration associated with an application. The method num_args() returns the number of arguments of an application, and arg(i) one of the arguments. The function is_expr(n) returns True if n is an expression. Similarly is_app(n) (is_func_decl(n)) returns True if n is an application (declaration).
Declarations have names, they are retrieved using the method name(). A (function) declaration has an arity, a domain and range sorts.
The built-in declarations are identified using their kind. The kind is retrieved using the method kind(). The complete list of built-in declarations can be found in the file z3consts.py (z3_api.h) in the Z3 distribution.
The following example demonstrates how to substitute sub-expressions in Z3 expressions.
The function Const(name, sort) declares a constant (aka variable) of the given sort. For example, the functions Int(name) and Real(name) are shorthands for Const(name, IntSort()) and Const(name, RealSort()).
As part of formulating a programme of a mathematical theory of computation McCarthy proposed a basic theory of arrays as characterized by the select-store axioms. The expression Select(a, i) returns the value stored at position i of the array a; and Store(a, i, v) returns a new array identical to a, but on position i it contains the value v. In Z3Py, we can also write Select(a, i) as a[i].
By default, Z3 assumes that arrays are extensional over select. In other words, Z3 also enforces that if two arrays agree on all positions, then the arrays are equal.
Z3 also contains various extensions for operations on arrays that remain decidable and amenable to efficient saturation procedures (here efficient means, with an NP-complete satisfiability complexity). We describe these extensions in the following using a collection of examples. Additional background on these extensions is available in the paper Generalized and Efficient Array Decision Procedures.
Arrays in Z3 are used to model unbounded or very large arrays. Arrays should not be used to model small finite collections of values. It is usually much more efficient to create different variables using list comprehensions.
Let us first check a basic property of arrays. Suppose A is an array of integers, then the constraints A[x] == x, Store(A, x, y) == A are satisfiable for an array that contains an index x that maps to x, and when x == y. We can solve these constraints.
The interpretation/solution for array variables is very similar to the one used for functions.
The problem becomes unsatisfiable/infeasible if we add the constraint x != y.
The array that maps all indices to some fixed value can be specified in Z3Py using the K(s, v) construct where s is a sort/type and v is an expression. K(s, v) returns a array that maps any value of s into v. The following example defines a constant array containing only ones.
Algebraic datatypes, known from programming languages such as ML, offer a convenient way for specifying common data structures. Records and tuples are special cases of algebraic datatypes, and so are scalars (enumeration types). But algebraic datatypes are more general. They can be used to specify finite lists, trees and other recursive structures.
The following example demonstrates how to declare a List in Z3Py. It is more verbose than using the SMT 2.0 front-end, but much simpler than using the Z3 C API. It consists of two phases. First, we have to declare the new datatype, its constructors and accessors. The function Datatype('List') declares a "placeholder" that will contain the constructors and accessors declarations. The method declare(cname, (aname, sort)+) declares a constructor named cname with the given accessors. Each accessor has an associated sort or a reference to the datatypes being declared. For example, declare('cons', ('car', IntSort()), ('cdr', List)) declares the constructor named cons that builds a new List using an integer and a List. It also declares the accessors car and cdr. The accessor car extracts the integer of a cons cell, and cdr the list of a cons cell. After all constructors were declared, we use the method create() to create the actual datatype in Z3. Z3Py makes the new Z3 declarations and constants available as slots of the new object.
The following example demonstrates how to define a Python function that given a sort creates a list of the given sort.
The example above demonstrates that Z3 supports operator overloading. There are several functions named cons, but they are different since they receive and/or return values of different sorts. Note that it is not necessary to use a different sort name for each instance of the sort list. That is, the expression 'List_of_%s' % sort.name() is not necessary, we use it just to provide more meaningful names.
As described above enumeration types are a special case of algebraic datatypes. The following example declares an enumeration type consisting of three values: red, green and blue.
Z3Py also provides the following shorthand for declaring enumeration sorts.
Mutually recursive datatypes can also be declared. The only difference is that we use the function CreateDatatypes instead of the method create() to create the mutually recursive datatypes.
Function and constant symbols in pure first-order logic are uninterpreted or free, which means that no a priori interpretation is attached. This is in contrast to arithmetic operators such as + and - that have a fixed standard interpretation. Uninterpreted functions and constants are maximally flexible; they allow any interpretation that is consistent with the constraints over the function or constant.
To illustrate uninterpreted functions and constants let us introduce an (uninterpreted) sort A, and the constants x, y ranging over A. Finally let f be an uninterpreted function that takes one argument of sort A and results in a value of sort A. The example illustrates how one can force an interpretation where f applied twice to x results in x again, but f applied once to x is different from x.
The resulting model introduces abstract values for the elements in A, because the sort A is uninterpreted. The interpretation for f in the model toggles between the two values for x and y, which are different. The expression m[A] returns the interpretation (universe) for the uninterpreted sort A in the model m.
Z3 is can solve quantifier-free problems containing arithmetic, bit-vector, Booleans, arrays, functions and datatypes. Z3 also accepts and can work with formulas that use quantifiers. It is no longer a decision procedure for such formulas in general (and for good reasons, as there can be no decision procedure for first-order logic).
Nevertheless, Z3 is often able to handle formulas involving quantifiers. It uses several approaches to handle quantifiers. The most prolific approach is using pattern-based quantifier instantiation. This approach allows instantiating quantified formulas with ground terms that appear in the current search context based on pattern annotations on quantifiers. Z3 also contains a model-based quantifier instantiation component that uses a model construction to find good terms to instantiate quantifiers with; and Z3 also handles many decidable fragments.
Note that in the previous example the constants x and y were used to create quantified formulas. This is a "trick" for simplifying the construction of quantified formulas in Z3Py. Internally, these constants are replaced by bounded variables. The next example demonstrates that. The method body() retrives the quantified expression. In the resultant formula the bounded variables are free. The function Var(index, sort) creates a bounded/free variable with the given index and sort.
Suppose we want to model an object oriented type system with single inheritance. We would need a predicate for sub-typing. Sub-typing should be a partial order, and respect single inheritance. For some built-in type constructors, such as for array_of, sub-typing should be monotone.
The Stanford Pascal verifier and the subsequent Simplify theorem prover pioneered the use of pattern-based quantifier instantiation. The basic idea behind pattern-based quantifier instantiation is in a sense straight-forward: Annotate a quantified formula using a pattern that contains all the bound variables. So a pattern is an expression (that does not contain binding operations, such as quantifiers) that contains variables bound by a quantifier. Then instantiate the quantifier whenever a term that matches the pattern is created during search. This is a conceptually easy starting point, but there are several subtleties that are important.
In the following example, the first two options make sure that Model-based quantifier instantiation engine is disabled. We also annotate the quantified formula with the pattern f(g(x)). Since there is no ground instance of this pattern, the quantifier is not instantiated, and Z3 fails to show that the formula is unsatisfiable.
When the more permissive pattern g(x) is used. Z3 proves the formula to be unsatisfiable. More restrive patterns minimize the number of instantiations (and potentially improve performance), but they may also make Z3 "less complete".
Some patterns may also create long instantiation chains. Consider the following assertion.
ForAll([x, y], Implies(subtype(x, y), subtype(array_of(x), array_of(y))), patterns=[subtype(x, y)])
The axiom gets instantiated whenever there is some ground term of the form subtype(s, t). The instantiation causes a fresh ground term subtype(array_of(s), array_of(t)), which enables a new instantiation. This undesirable situation is called a matching loop. Z3 uses many heuristics to break matching loops.
Before elaborating on the subtleties, we should address an important first question. What defines the terms that are created during search? In the context of most SMT solvers, and of the Simplify theorem prover, terms exist as part of the input formula, they are of course also created by instantiating quantifiers, but terms are also implicitly created when equalities are asserted. The last point means that terms are considered up to congruence and pattern matching takes place modulo ground equalities. We call the matching problem E-matching. For example, if we have the following equalities:
The terms f(a) and f(g(b)) are equal modulo the equalities. The pattern f(g(x)) can be matched and x bound to b and the equality f(g(b)) == b is deduced.
While E-matching is an NP-complete problem, the main sources of overhead in larger verification problems comes from matching thousands of patterns in the context of an evolving set of terms and equalities. Z3 integrates an efficient E-matching engine using term indexing techniques.
In some cases, there is no pattern that contains all bound variables and does not contain interpreted symbols. In these cases, we use multi-patterns. In the following example, the quantified formula states that f is injective. This quantified formula is annotated with the multi-pattern MultiPattern(f(x), f(y)).
The quantified formula is instantiated for every pair of occurrences of f. A simple trick allows formulating injectivity of f in such a way that only a linear number of instantiations is required. The trick is to realize that f is injective if and only if it has a partial inverse.
In Z3Py, the following additional attributes are supported: qid (quantifier identifier for debugging), weight (hint to the quantifier instantiation module: "more weight equals less instances"), no_patterns (expressions that should not be used as patterns, skid (identifier prefix used to create skolem constants/functions.
In Z3Py and Z3 4.0 multiple solvers can be simultaneously used. It is also very easy to copy assertions/formulas from one solver to another.
Z3Py also supports unsat core extraction. The basic idea is to use assumptions, that is, auxiliary propositional variables that we want to track. Assumptions are also available in the Z3 SMT 2.0 frontend, and in other Z3 front-ends. They are used to extract unsatisfiable cores. They may be also used to "retract" constraints. Note that, assumptions are not really soft constraints, but they can be used to implement them.
The example above also shows that a Boolean variable (p1) can be used to track more than one constraint. Note that Z3 does not guarantee that the unsat cores are minimal.
Z3Py uses a formatter (aka pretty printer) for displaying formulas, expressions, solvers, and other Z3 objects. The formatter supports many configuration options. The command set_option(html_mode=False) makes all formulas and expressions to be displayed in Z3Py notation.
By default, Z3Py will truncate the output if the object being displayed is too big. Z3Py uses … to denote the output is truncated. The following configuration options can be set to control the behavior of Z3Py's formatter:


Confirmation
Booking Reference: [(${confirmationCode})]
[(${currentDate})]
Dear [(${loginAuthorized.firstName})] [(${loginAuthorized.lastName})],
Thank you for booking your flight with SNHU Airlines.
This is your booking confirmation, passenger itinerary and receipt email. Please review the passport and visa information before travel.
From: [(${currentFlight.originAirportCode})]
To: [(${currentFlight.destinationAirportCode})]
Type: [(${Search.RoundTripOrOneWay})]
Date: [(${Search.LeavingOn})]
Date Return: [(${Search.ReturningOn})]
Travelers: [(${Search.AdultPassengers})] Adult, [(${Search.ChildrenPassengers})] Children
Time: [(${currentFlight.DepartureTime})] to [(${currentFlight.ArrivalTime})]
Class: [(${currentClass})]
Passenger 1
[(${loginAuthorized.firstName})] [(${loginAuthorized.middleName})] [(${loginAuthorized.lastName})]
Gender: [(${loginAuthorized.gender})]
Date of Birth: [(${loginAuthorized.dateOfBirth})]
Phone: [(${loginAuthorized.phone})]
Email: [(${loginAuthorized.email})]
$[(${currentClassPrice})]
Payment ending in ****4356
Visa


Example 1. Adding an item to a hash.
#include "uthash.h" struct my_struct { int id; /* we'll use this field as the key */ char name[10]; UT_hash_handle hh; /* makes this structure hashable */ }; struct my_struct *users = NULL; void add_user(struct my_struct *s) { HASH_ADD_INT( users, id, s ); }
Example 2. Looking up an item in a hash.
struct my_struct *find_user(int user_id) { struct my_struct *s; HASH_FIND_INT( users, &user_id, s ); return s; }
Example 3. Deleting an item from a hash.
This hash can work with any kind of key, not just integer keys as shown here.
For a more thorough explanation and more examples, please read the
User Guide.
void delete_user(struct my_struct *user) { HASH_DEL( users, user); }


HOME
BLOG
The Box Model, Box Sizing, and Box Shadow
Exercise One
#99D8CA
#99D8CA
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#99D8CA
Exercise Two


int get_mempolicy(int *mode, unsigned long *nodemask, unsigned long maxnode, unsigned long addr, unsigned long flags); Link with -lnuma.
A NUMA machine has different memory controllers with different distances to specific CPUs. The memory policy defines from which node memory is allocated for the process.
If flags is specified as 0, then information about the calling process's default policy (as set by set_mempolicy(2)) is returned. The policy returned [mode and nodemask] may be used to restore the process's policy to its state at the time of the call to get_mempolicy() using set_mempolicy(2).
If flags specifies MPOL_F_MEMS_ALLOWED (available since Linux 2.6.24), the mode argument is ignored and the set of nodes [memories] that the process is allowed to specify in subsequent calls to mbind(2) or set_mempolicy(2) [in the absence of any mode flags] is returned in nodemask. It is not permitted to combine MPOL_F_MEMS_ALLOWED with either MPOL_F_ADDR or MPOL_F_NODE.
If flags specifies MPOL_F_ADDR, then information is returned about the policy governing the memory address given in addr. This policy may be different from the process's default policy if mbind(2) or one of the helper functions described in numa(3) has been used to establish a policy for the memory range containing addr.
If the mode argument is not NULL, then get_mempolicy() will store the policy mode and any optional mode flags of the requested NUMA policy in the location pointed to by this argument. If nodemask is not NULL, then the nodemask associated with the policy will be stored in the location pointed to by this argument. maxnode specifies the number of node IDs that can be stored into nodemask---that is, the maximum node ID plus one. The value specified by maxnode is always rounded to a multiple of sizeof(unsigned long).
If flags specifies both MPOL_F_NODE and MPOL_F_ADDR, get_mempolicy() will return the node ID of the node on which the address addr is allocated into the location pointed to by mode. If no page has yet been allocated for the specified address, get_mempolicy() will allocate a page as if the process had performed a read [load] access to that address, and return the ID of the node where that page was allocated.
If flags specifies MPOL_F_NODE, but not MPOL_F_ADDR, and the process's current policy is MPOL_INTERLEAVE, then get_mempolicy() will return in the location pointed to by a non-NULL mode argument, the node ID of the next node that will be used for interleaving of internal kernel pages allocated on behalf of the process. These allocations include pages for memory-mapped files in process memory ranges mapped using the mmap(2) call with the MAP_PRIVATE flag for read accesses, and in memory ranges mapped with the MAP_SHARED flag for all accesses.
Other flag values are reserved.
For an overview of the possible policies see set_mempolicy(2).


A tool for respawning node binaries when special flags are present.
Say you wrote a command line tool that runs arbitrary javascript (e.g. task runner, test framework, etc). For the sake of discussion, let's pretend it's a testing harness you've named testify
.
Everything is going splendidly until one day you decide to test some code that relies on a feature behind a v8 flag in node (--harmony
, for example). Without much thought, you run testify --harmony spec tests.js
.
It doesn't work. After digging around for a bit, you realize this produces a process.argv
of:
['node', '/usr/local/bin/test', '--harmony', 'spec', 'tests.js']
Crap. The --harmony
flag is in the wrong place! It should be applied to the node command, not our binary. What we actually wanted was this:
['node', '--harmony', '/usr/local/bin/test', 'spec', 'tests.js']
Flagged-respawn fixes this problem and handles all the edge cases respawning creates, such as:
To see it in action, clone this repository and run npm install
/ npm run respawn
/ npm run nospawn
.
#!/usr/bin/env node
const flaggedRespawn = require('flagged-respawn');
// get a list of all possible v8 flags for the running version of node
const v8flags = require('v8flags').fetch();
flaggedRespawn(v8flags, process.argv, function (ready, child) {
if (ready) {
console.log('Running!');
// your cli code here
} else {
console.log('Special flags found, respawning.');
}
if (process.pid !== child.pid) {
console.log('Respawned to PID:', child.pid);
}
});
Respawns the script itself when argv has special flag contained in flags and/or forcedFlags is not empty. Because members of flags and forcedFlags are passed to node
command, each of them needs to be a node flag or a V8 flag.
If --no-respawning
flag is given in argv, this function does not respawned even if argv contains members of flags or forcedFlags is not empty. (This flag is also used internally to prevent from respawning more than once).
| Parameter | Type | Description |
|---|---|---|
| flags | Array | An array of node flags and V8 flags which are available when present in argv. |
| argv | Array | Command line arguments to respawn. |
| forcedFlags | Array or String | An array of node flags or a string of a single flag and V8 flags for respawning forcely. |
| callback | function | A called function when not respawning or after respawned. |
callback(ready, proc, argv) : Void
callback function is called both when respawned or not, and it can be distinguished by callback's argument: ready. (ready indicates whether a process spawned its child process (false) or not (true), but it does not indicate whether a process is a spawned child process or not. ready for a spawned child process is true.)
argv is an array of command line arguments which is respawned (when ready is false) or is passed current process except flags within flags and --no-respawning
(when ready is true).
Parameter:
| Parameter | Type | Description |
|---|---|---|
| ready | boolean | True, if not respawning and is ready to execute main function. |
| proc | object | Child process object if respawned, otherwise current process object. |
| argv | Array | An array of command line arguments. |
MIT


Integrated assessment models (IAMs) are used for calculations of emissions pathways consistent with various levels of global warming. Based on information about physical properties of individual climate forcers (RF, atmospheric lifetimes), available technologies and costs to reduce them, as well as various assumptions about the level of international collaboration or the inclusion of specific options (like land-based options), these models generate internally consistent emissions pathways per forcing agent [ 25]. The optimal trade-off between emissions of different GHGs is usually calculated based on economic considerations—either by directly evaluating the marginal costs and marginal benefits (in terms of reaching the temperature goal) of reducing an additional unit of emissions for each gas, or by assuming a conversion metric such as the GWP for imposing a uniform price on all GHG emissions. Other forcing agents such as ozone (other than the aforementioned response to methane) and aerosols are usually not accounted for in the economic optimization of climate mitigation measures, and would only adjust to climate policy to the extent its anthropogenic sources respond to GHG control (such as SO 2 emissions being reduced by phasing out of coal-fired power plants) [ 26]. For example, figure 2a shows emissions pathways consistent with limiting global temperature rise to 1.5°C in 2100 and to 2°C during the entire twenty-first century, with greater than 50% and greater than 66% probability, respectively. Scenarios here have been drawn from the IPCC AR5 Scenario Database, which is hosted by the International Institute for Applied Systems Analysis (IIASA) and available at https://tntcat.iiasa.ac.at/AR5DB/ [ 27], and from an earlier study on 1.5°C pathways [ 28]. This set of emission scenarios enables us to show the implications of the remaining emissions by the end of the century and are used for illustrating the effect of choice of metric for the timing of net-zero emissions. Thus, they should not be seen as post-2100 scenarios. The two interpretations of the temperature targets that were introduced above have been chosen because they are commonly used in scientific analyses and policy discussions. The 2°C probability refers to peak warming, while the 1.5°C probability refers to the year 2100. These interpretations do not represent an assessment of the exact meaning of Article 2 of the Paris Agreement.
( a) Range of permissible GHG emission scenarios for CO 2, CH 4, N 2O and F-gases for the 1.5°C and 2°C goals. ( b) Example of aggregated emissions paths in terms of CO 2-equivalent emissions based on GWP 100 (SAR) indicating timing of net-zero CO 2-equivalent emissions. ( c) Timing of net-zero CO 2-equivalent emissions as a function of metric type and time horizon.
The individual GHG emission paths (in figure 2a) from the IAMs can be aggregated (in figure 2b) to ‘CO 2-equivalent emissions’ by the use of an emission metric. A common choice is GWP 100 from the IPCC SAR, which was adopted as the standard metric under the Kyoto Protocol. For this reason, the IPCC AR5 used SAR GWP 100 to aggregate emissions information from IAMs in CO 2-equivalent terms. As can be seen from figure 2b, the CO 2-equivalent emission paths from different models have different temporal developments, and therefore cross the zero line at various points in time during the second half of the century. The point of reaching net-zero CO 2-equivalent emissions varies across both models and metrics.
Figure 2c shows the impact of using different metrics (i.e. GWP and GTP, and different time horizons) for aggregating the various GHGs to CO 2-equivalent emissions, focusing on how this affects the timing of net-zero emission for our interpretation of 1.5°C ( figure 2c(i)) and 2°C ( figure 2c(ii)) scenarios (see electronic supplementary material, table S1 for an overview of metric values).
Figure 2b,c shows that choosing a different metric for the aggregation of various GHGs changes their relative contributions and therewith the perceived timing of when net-zero GHG emissions are achieved. Policymakers based the text of the Paris Agreement on information that was available to them at the time of drafting. This information, like the IPCC AR5 or the UNEP Emissions Gap Reports, showed CO 2-equivalent emissions pathways aggregated with the GWP 100 metric, in most cases with values from SAR or AR4. Changing the CO 2-equivalence metric from GWP 100 to any other metric while still keeping the same timing of achieving net-zero GHG emissions could hence potentially introduce an internal inconsistency between paragraph 17 of the Decision associated with the agreement and Article 4 of the agreement itself. It may also be argued that it could introduce inconsistency between Articles 2 and 4—depending on the interpretation of the long-term temperature goal. Any change in the CO 2-equivalence metric should thus be considered in conjunction with the additional information and context provided in these Articles.
As stated in the Paris Agreement, the time of net-zero emissions for CO 2-equivalent emissions (based on GWP 100 from SAR) is in the second half of the century for the two warming targets. For the 1.5°C and 2°C cases, updating the CO 2 equivalents from SAR to AR4 or AR5 will only shift the timing by a few years. However, for the 2°C median case (not shown) such an update would move the timing of reaching net-zero emissions beyond 2100.
To summarize, when GWP 100 is used to calculate CO 2-equivalent emissions from existing pathways, the net-zero timing is not very sensitive to updates from SAR to AR4 or AR5 values. Using GTP 100 will shift the net-zero timing to earlier periods, due to less weight given to CH 4. The use of a 20-year time horizon for GWP or GTP would give a net-zero timing after 2100. As residual emissions of CH 4 persist in all pathways, higher metric values for CH 4 require larger net negative CO 2 emissions to establish net-zero CO 2-equivalent emissions, which happens at a later point in time or may not happen at all in these illustrative scenarios. Correspondingly, a low metric value for CH 4 (such as GTP 100) will lead to early net-zero value of the two gases.
The earlier introduced CO 2-fe emissions could also be considered as an indicator of balance. Figure 3 shows time series of annual CO 2-fe emissions and global temperatures for scenarios in the IPCC AR5 Scenario Database, with colours representing the two most ambitious categories for mitigation, as defined in [ 27]. (Scenarios that treat sulfate and GHGs in an inconsistent manner have been excluded.) The total anthropogenic RF from each scenario has been used to calculate a CO 2 concentration that equates to that RF [ 29]. The FAIR model [ 29] is used to calculate the time profile of CO 2 emissions required to produce the time profile of CO 2 concentrations, leading to the CO 2-fe emissions shown in figure 3a. The most ambitious mitigation scenarios (category 1 and 2, light and dark blue) reach net-zero CO 2-fe emissions around 2070 at the earliest, with some not crossing that threshold until after 2100. (Category 1 scenarios have CO 2-equivalent concentrations of 430–480 ppm, and category 2 scenarios have 480–530 ppm.) This illustrates the importance of using consistent metrics when considering balance and its timing.
( a) Annual CO 2-fe emissions and ( b) global mean temperatures for scenarios in the IPCC AR5 Scenario Database. CO 2-fe emissions have been calculated based on the total anthropogenic forcing in the Scenario Database. Temperatures are taken directly from the Database.


Mimas: Privacy and data sharing
Back to home page
Privacy policy: short version
We will only use your data for two purposes
- For conferences to evaluate your submissions and contact you
- For running the Mimas system
You may be given options to allow your profile and submissions to be seen by others.
We will not share your data with third parties
Every conference is expected to provide their own statement on privacy and data sharing, submitters will need to agree to these policies on a per confernce basis.
Longer version
This is a minimally viable GDPR statement. If you believe this statement need changing please
This statement is intended to satisfy the GDPR requirements but it is also intended to do the right thing.
Mimas exists for conference and potential speaker to communicate. Therefore some sharing of data is essential.
Per conference
Each conference is asked to provide its own prcavy and data sharing policy. In submitting to a conference speakers will be asked to agree to the conference data poolicy.
Mimas
Mimas will share users details with:
- Conferences which the user decided to submit to.
- Public viewers if the speaker chooses to join the speakers directory.
- Public views if the conference organizers choose to join the conferences directory. (Future feature)
Mimas operators may on occasions contact speakers, conference organizers and other users.
User details will not be shared with any third party - except for public directories.
Mimas is...
Mimas is the creation of Allan Kelly of Software Strategy Ltd. trading as Allan Kelly Associates.
Back to home page


--- creation_epoch:<PHONE_NUMBER> lastmod_epoch:<PHONE_NUMBER> categories: ['Computer Problems'] title: ProxMox and clustering on non-default LAN (subnets) --- Basic normal instructions work okay when you don't have special subnets or VLANs, but the scripts on both the master and peer nodes fail if you don't have a specific IP configured for eth0.
I don't want one on the default VLAN on eth0 so I got around the problem by typing in an address in /etc/network/interfaces for eth0. The script just parses this file and doesn't care if the interface actually has that IP. It is just an auto-probe reference limitation.
Something as simple as the following works fine for slave nodes:
iface eth0 inet manual address <IP_ADDRESS> netmask <IP_ADDRESS>
Don't restart the networking, just modify the configuration file and run "pveca -a -h IP-ADDRESS-MASTER". You may see a few warnings about missing localip, but you can ignore those. Change the file back after you've added it.
You can also manually modify the /etc/pve/cluster.cfg and /etc/pve/master/cluster.cfg files if needed.


WITNESS LIST Judicial Affairs Committee March 19, 1997-2:00P HB 1516 On: Deanna Tidwell, Sprvsr (self&Missing Persons) Rick Bays (Tx Department of Health) child abduction On: Alicia Lopez dela Torre (self Mexican Fed Sen) Atty Gen. Dan Morales (self) Carlos Diaz DeLeon (Attny Gen. of Mexico) Deanna Tidwell,Supervsr (Missing PersonClearghse) Lourdes Carrizales (Found.Abducted Children) Melanie Headrick (Santa Clara DA's office) Reyna Xochitl Gonzalez (Found Locate Missng Chd) Roberto Canseco (DeputyConsul Gen.Mexico)


Every foreign language has its own momentum.
The more you learn, the more you want to learn. Say you love Italian food and decide to study Italian. At first it's hard. But one day you meet some Italian tourists on the bus and you understand enough to point them towards their hotel. Before you part ways, they give you their e-mail address. Now you can easily communicate with them and study some more.
Register NowEnglish is not the most widely spoken language (that title goes to Chinese), but it does come in third, after Spanish. And the number of 335 million native speakers is respectable.
In terms of international commerce, English is the language to learn. When the Chinese do business in Egypt, the negotiations and transactions happen in English.
Thinking of studying abroad or publishing a research paper? Chances are you will decide to learn English at some point along the way, or to study at your chosen institution.
If you travel often, you’ll note signs tend to come in the local tongue first and English second. That’s because English is considered the most popular international language.
If you like going to the movies and are a fan of sitcoms, then English should be on your list. That’s because so many of the world’s films are written and produced in English.
English has been around for a long time and English speaking writers have always been a fairly prolific bunch, both in Great Britain and the United States.
What our students are saying


-
staticRectangle.collides(rect1, rect2){boolean}
-
Determine if two rectangles collide with eachother. This is true when two
rectangles intersect eachother or one of the rectangles is contained
witin another rectangle.
| Name |
Type |
Description |
rect1 |
Rectangle
|
The first rectangle |
rect2 |
Rectangle
|
The second rectangle |
Returns:
| Type |
Description |
|
boolean
|
True if the two rectangles collide with eachother |
-
staticRectangle.intersects(rect1, rect2){boolean}
-
Determine if the two rectangles are intersecting, if the segments overlap
eachother.
| Name |
Type |
Description |
rect1 |
any
|
The first rectangle |
rect2 |
any
|
The second rectangle |
Returns:
| Type |
Description |
|
boolean
|
True if the two rectangles intersect |
-
-
Get the bounding box of the polygon. That is the rectangle that will
minimally enclose the polygon.
Returns:
| Type |
Description |
|
Rectangle
|
The bounding box of the polygon |
-
-
Get the centroid of the polygon. This is the vector average of all the
points that make up the polygon.
Returns:
| Type |
Description |
|
Vector
|
The centroid of the polygon |
-
-
Determine if this rectangle collides with another rectangle. This is true
when two rectangles intersect eachother or one of the rectangles is
contained witin another rectangle.
| Name |
Type |
Description |
other |
Rectangle
|
The other rectangle |
Returns:
| Type |
Description |
|
boolean
|
True if the two rectangles collide with eachother |
-
contains(vector){boolean}
-
Determine if a point is contained within the rectangle.
| Name |
Type |
Description |
vector |
Vector
|
The point to be tested |
Returns:
| Type |
Description |
|
boolean
|
True if the point is contained within the rectangle |
-
-
Get the polygon inset of the current polygon by the input ammount
| Name |
Type |
Description |
ammount |
|
|
Returns:
| Type |
Description |
|
Polygon
|
The inset of the current polygon by |
-
-
Get the intersection between this and another polygon. The result is
a new polygon that represents the geometric boolean AND operation on
the two polygons. The result is a new polygon of this intersection.
| Name |
Type |
Description |
other |
Polygon
|
The other polygon to intersect with |
Returns:
| Type |
Description |
|
Polygon
|
The intersection between the two polygons |
-
intersects(other){boolean}
-
Determine if this rectangle is intersecting the other rectangle.
Determines if the rectangles segments overlap eachother.
| Name |
Type |
Description |
other |
Rectangle
|
The other rectangle |
Returns:
| Type |
Description |
|
boolean
|
True if the rectangles are intersecting |
-
-
Returns wheither or not this polygon is a convex polygon. If this is
not true then the polygon is convace or more complex.
Returns:
| Type |
Description |
|
boolean
|
If the polygon is convex |
-
-
Get all the intersection points between this polygon and a line segment
| Name |
Type |
Description |
line |
Line
|
The line to check for intersection points |
Returns:
| Type |
Description |
|
Array.<Vector>
|
The list of all the intersection points between this
polygon and the line segment |
-
-
Get the major axis of this polygon. The major axis is the two verticies
of the polygon that are the furthest appart from eachother
Returns:
| Type |
Description |
|
Line
|
The major axis of the polygon |
-
-
Get the minor axis of the polygon. The minor axis is considered to be
the perpendicular to the major axis. This is not the two verticies
that are closest to eachother. This insures that the polygon is more
evenly divided in half along what should be the shorter portion of the
polygon.
- TODO
-
- Fix line intersection bug. Line intersection should always return 2
segments but is sometimes returning 1 or 0.
Returns:
| Type |
Description |
|
Line
|
null
|
The minor axis of the polygon, if there was a
problem null is returned |


TECH
Is your favorite podcast tracking you?
by The Markup
4
Tuesday — October 6, 2020
Watch all TNW2020 talks on-demand
Google Beefs up your account security with new in-app alerts
by Yen Huang
4
Latest News
Latest funding rounds on Index.co
pynk.io
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SERIES B
Medical
Translink Capital, +7
Tend
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Translink Capital, +7
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Medical
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The next command (n) outputs the contents of the pattern space and then reads the next line of input without returning to the top of the script. Its syntax is:
[
address
]n
The next command changes the normal flow control, which doesn't output the contents of the pattern space until the bottom of the script is reached and which always begins at the top of the script after reading in a new line. In effect, the next command causes the next line of input to replace the current line in the pattern space. Subsequent commands in the script are applied to the replacement line, not the current line. If the default output has not been suppressed, the current line is printed before the replacement takes place.
Let's look at an example of the next command in which we delete a blank line only when it follows a pattern matched on the previous line. In this case, a writer has inserted a blank line after a section heading macro (.H1). We want to remove that blank line without removing all blank lines in the file. Here's the sample file:
.H1 "On Egypt" Napoleon, pointing to the Pyramids, said to his troops: "Soldiers, forty centuries have their eyes upon you."
The following script removes that blank line:
/^\.H1/{ n /^$/d }
You can read this script as follows: "Match any line beginning with the string `.H1', then print that line and read in the next line. If that line is blank, delete it." The braces are used to apply multiple commands at the same address.
In a longer script, you must remember that commands occurring before the next command will not be applied to the new input line, nor will commands occuring after it be applied to the old input line.
You'll see additional examples of the n command in Chapter 6, along with a multiline version of this command.


@* * 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 uk.gov.hmrc.apirevocationfrontend.models.AppAuthorisation @import uk.gov.hmrc.apirevocationfrontend.views.html.MainView @this(main: MainView) @(authorisation: AppAuthorisation)(implicit request: Request[_], messages: Messages, appConfig : FrontendAppConfig, footerConfig: FooterConfig) @body = { @helper.form(action = uk.gov.hmrc.apirevocationfrontend.controllers.routes.Revocation.withdrawAction(authorisation.application.id), 'class -> "form") { @helper.CSRF.formField


Retiring Hartley's parting shots for the online nauses and trolls
by Josh RaiseyFormer England captain Dylan Hartley may have retired from playing rugby, but that does not mean that he is finished dealing with trolls on social media.
The ex-Northampton Saints hooker even gave a special mention to the “nauses” and “trolls” in his parting message on Instagram, saying “I hope I made it interesting for you!”
As expected for someone that played 97 games for England, there was quite a response across the rugby world for the 2016 Grand Slam-winning captain and a fair share of those criticised him on social media.
As successful as Hartley’s career was, it was also blighted by a lengthy number of bans which included 26 weeks for gouging, eleven weeks for verbal abuse of referee Wayne Barnes and eight weeks for biting.
The 33-year-old unquestionably mellowed out as his career progressed, but he does not seem too concerned about his past indiscretions either.
(Continue reading below…)
In fact, when someone tried to highlight his checkered past on Twitter, asking whether there is a stat for how many times he was penalised or carded, he responded: “60 weeks. No-one’s having that off me.”
The hooker did not stop there, either, as he thanked Church’s, the shoemakers, for providing him with shoes over the past 15 years, saying he “was always best dressed at my hearings”.
Hartley’s haul of 60 weeks of bans is quite staggering, as that is an enormous chunk of his career and it also saw him miss out on the 2013 British and Irish Lions tour of Australia. Equally, he does not seem too cut up about it.
While his behaviour on the field at times should not be condoned, that was ultimately the player he was and that was what made him as successful as he was.
WATCH: Former Saracens player Jim Hamilton discusses the salary cap scandal surrounding his former club


Mouseware uses a cryptographically secure random number generator based on your mouse movements to generate secure, memorable passwords. Passwords are generated entirely in the browser, no data is ever sent over the network. The generated passphrases are similar to those generated by Diceware or popularized by xkcd, with an emphasis on easy memorization.
Mouseware can now optionally use the diceware word list. Enable secure diceware password generation.
Mouseware also provides an alternative markov chain based password generation method. This method generates passwords that provide a balance between ease of memorization and randomness by creating passphrases which feel like english words without being limited to actual english words. For a given length, the passphrases will on average be harder to guess, however this method provides weaker guarantees since the generation method is less uniform, and more difficult to analyze.
[1]1000 guesses/second is a worst-case web-based attack. Typically this is the only type of attack feasible against a secure website.
[2]100 billion guesses/second is a worst-case offline attack, when a hashed password database is stolen by someone with nontrivial technical and financial resources.


{% extends "layouts/base-fullscreen.html" %} {% block title %} Reset Password {% endblock %} {% block content %}
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ERROR 2: Required Standard Form Controls
ERROR 3: Required Widgets
ERROR 4: Suggestions
ERROR 5: Prevent