Welcome to the Tweetmap Going Reactive Tutorial! This tutorial starts with a basic Play Framework application and uses it to build a reactive tweet map.
Within the Activator UI you can:
Click on the Run Tab and click on start to start the application running. Activator will automatically update the server when changes are made to the code.
Once the application has been compiled and the server started, your application can be accessed at: http://localhost:9000
Check in Run to see the server status.
Play Scala uses Futures to execute asynchronous tasks in the background. The Future is the handle to a future result. A callback function is added to the Future that gets called when the future completes.
The primary way of adding a callback to a Future is to add a map method that essentially means map the result of the Future to a new value - which in this case is a Response.
1. Create a new route that will search twitter by updatingconf/routes with the following route:
GET /search controllers.Tweets.search(query: String)
2. Update app/controllers/Tweets.scala to add a reactive request handler (or controller) for /tweets:
import scala.concurrent.Future
import play.api.libs.json.{JsValue, Json}
import play.api.libs.ws._
import play.api.libs.concurrent.Execution.Implicits.defaultContext
import play.api.Play.current
/**
* A reactive request is made in Play by returning a Future[Result]. This makes the request asynchronous
* since the server doesn't block waiting for the response. This frees the server thread to handle other requests.
* The callback to the Future is added as a map, which maps the results to a new value when the Future completes.
* The results of the Future in this example are mapped to a result (HTTP 200 OK) that gets returned to the client.
**/
def search(query: String) = Action.async {
fetchTweets(query).map(tweets => Ok(tweets))
}
/**
* Fetch the latest tweets and return the Future[JsValue] of the results.
* This fetches the tweets asynchronously and fulfills the Future when the results are returned by calling the function.
* The results are first filtered and only returned if the result status was OK.
* Then the results are mapped (or transformed) to JSON.
**/
def fetchTweets(query: String): Future[JsValue] = {
val tweetsFuture = WS.url("http://twitter-search-proxy.herokuapp.com/search/tweets").withQueryString("q" -> query).get()
tweetsFuture
.filter(response => response.status == play.api.http.Status.OK)
.map { response =>
response.json
} recover {
case _ => Json.obj("statuses" -> Json.arr(Json.obj("text" -> "Error retrieving tweets")))
}
}
3. Test it: http://localhost:9000/search?query=typesafe
1. The build.sbt file already has dependencies on AngularJS and Bootstrap:
"org.webjars" % "bootstrap" % "3.1.1",
"org.webjars" % "angularjs" % "1.2.16",
2. AngularJS has already been enabled in the main twirl template

3. Add the following to index.js to fetch the tweets:
app.factory('Twitter', function($http, $timeout) {
var twitterService = {
tweets: [],
query: function (query) {
$http({method: 'GET', url: '/search', params: {query: query}}).
success(function (data) {
twitterService.tweets = data.statuses;
});
}
};
return twitterService;
});
app.controller('Search', function($scope, $http, $timeout, Twitter) {
$scope.search = function() {
Twitter.query($scope.query);
};
});
app.controller('Tweets', function($scope, $http, $timeout, Twitter) {
$scope.tweets = [];
$scope.$watch(
function() {
return Twitter.tweets;
},
function(tweets) {
$scope.tweets = tweets;
}
);
});
4. Replace the contents of index.scala.html file with:
@(message: String)
@main(message) {

{{tweet.text}}

}
5. Run the app, make a query, and verify the tweets show up: http://localhost:9000
WebSockets provide a bi-directional, full-duplex communications channels over a single TCP connection.
Play provides different mechanisms for handling WebSockets. In this tutorial we are going to use an actor to handle the WebSockets. First create the Actor to handle the WebSockets. First create the actor that will handle the WebSocket communication.
1. Create a new UserActor.scala file in /app/actors containing:
package actors
import akka.actor.{ActorLogging, Actor, ActorRef, Props}
import play.api.libs.json.JsValue
import scala.concurrent.duration._
import play.api.libs.concurrent.Execution.Implicits.defaultContext
import controllers.Tweets
/** The out actor is wired in by Play Framework when this Actor is created.
* When a message is sent to out the Play Framework then sends it to the client WebSocket.
*
**/
class UserActor(out: ActorRef) extends Actor with ActorLogging {
//The query is optional so that it starts as a None until the user issues the first query.
var maybeQuery: Option[String] = None
//Simulate events by periodically sending a message to self to fetch tweets.
val tick = context.system.scheduler.schedule(Duration.Zero, 5.seconds, self, UserActor.FetchTweets)
def receive = {
//Handle the FetchTweets message to periodically fetch tweets if there is a query available.
case UserActor.FetchTweets =>
maybeQuery.map { query =>
//sending a message to out sends it to the client websocket out by the Play Framework.
Tweets.fetchTweets(query).map(tweetUpdate => out ! tweetUpdate)
}
case message: JsValue =>
maybeQuery = (message \ "query").asOpt[String]
}
override def postStop() {
tick.cancel()
}
}
object UserActor {
case object FetchTweets
def props(out: ActorRef) = Props(new UserActor(out))
}
WebSockets are created in Play using a normal route. The difference is the controller returns a WebSocket instead of a Result.
1. Add a route for the WebSockets connection to the routes file:
GET   /ws controllers.Tweets.ws
2. Add a new controller method to create the Websocket in app/controllers/Tweets.scala:
import play.api.mvc.WebSocket
import actors.UserActor
def ws = WebSocket.acceptWithActor[JsValue, JsValue] { request => out =>
UserActor.props(out)
}
3. Update the body of the app.factory section of index.js replacing the var twitterService = ... with :
var ws = new WebSocket("ws://localhost:9000/ws");
var twitterService = {
tweets: [],
query: function (query) {
ws.send(JSON.stringify({query: query}));
}
};
ws.onmessage = function(event) {
$timeout(function() {
twitterService.tweets = JSON.parse(event.data).statuses;
});
};
return twitterService;
To verify tweets are showing up it is useful to use a browser inspector and then look under network for the path ws. Under there look at the frame and verify the requests are being sent. In chrome the network inspector has a bug and the websocket calls are not refreshed unless you tab out and back in.
4. Run the app and verify the tweets show up: http://localhost:9000
1. Create new functions in app/controllers/Tweets.scala to to get (or fake) the location of the tweets:
//update the json imports to these imports:
import play.api.libs.json.{JsObject, JsValue, Json}
import play.api.libs.json.__
import scala.util.Random
private def putLatLonInTweet(latLon: JsValue) = __.json.update(__.read[JsObject].map(_ + ("coordinates" -> Json.obj("coordinates" -> latLon))))
private def tweetLatLon(tweets: Seq[JsValue]): Future[Seq[JsValue]] = {
val tweetsWithLatLonFutures = tweets.map { tweet =>
if ((tweet \ "coordinates" \ "coordinates").asOpt[Seq[Double]].isDefined) {
Future.successful(tweet)
} else {
val latLonFuture: Future[(Double, Double)] = (tweet \ "user" \ "location").asOpt[String].map(lookupLatLon).getOrElse(Future.successful(randomLatLon))
latLonFuture.map { latLon =>
tweet.transform(putLatLonInTweet(Json.arr(latLon._2, latLon._1))).getOrElse(tweet)
}
}
}
Future.sequence(tweetsWithLatLonFutures)
}
private def randomLatLon: (Double, Double) = ((Random.nextDouble * 180) - 90, (Random.nextDouble * 360) - 180)
private def lookupLatLon(query: String): Future[(Double, Double)] = {
val locationFuture = WS.url("http://maps.googleapis.com/maps/api/geocode/json").withQueryString(
"sensor" -> "false",
"address" -> query
).get()
locationFuture.map { response =>
(response.json \\ "location").headOption.map { location =>
((location \ "lat").as[Double], (location \ "lng").as[Double])
}.getOrElse(randomLatLon)
}
}
2. In app/controllers/Tweets.scala update the fetchTweets function to use the new tweetLatLon function:
def fetchTweets(query: String): Future[JsValue] = {
val tweetsFuture = WS.url("http://twitter-search-proxy.herokuapp.com/search/tweets").withQueryString("q" -> query).get()
tweetsFuture.flatMap { response =>
tweetLatLon((response.json \ "statuses").as[Seq[JsValue]])
} recover {
case _ => Seq.empty[JsValue]
} map { tweets =>
Json.obj("statuses" -> tweets)
}
}
1. The webjar dependency on leaflets has already been added to build.sbt
2. The Leaflet CSS and JS have already been added to main.scala.html file:
<link rel='stylesheet' href='@routes.Assets.versioned("lib/leaflet/leaflet.css")'>

3. Above the
 in index.scala.html add a map:
<leaflet width="100%" height="500px" markers="markers"></leaflet>
4. Update the first line of index.js with:
var app = angular.module('tweetMapApp', ["leaflet-directive"]);
5. Update the body of the app.controller('Tweets' ... section of the index.js file with the following:
$scope.tweets = [];
$scope.markers = [];
$scope.$watch(
function() {
return Twitter.tweets;
},
function(tweets) {
$scope.tweets = tweets;
$scope.markers = tweets.map(function(tweet) {
return {
lng: tweet.coordinates.coordinates[0],
lat: tweet.coordinates.coordinates[1],
message: tweet.text,
focus: true
}
});
}
);
6. Go to http://localhost:9000 to see the TweetMap!
1. Update the test/ApplicationSpec.scala file with these tests:
import play.api.libs.json.JsValue
import play.api.test._
import play.api.test.Helpers._
"Application" should {
"render index template" in new WithApplication {
val html = views.html.index("Coco")
contentAsString(html) must include("Coco")
}
"render the index page" in new WithApplication{
val home = route(FakeRequest(GET, "/")).get
status(home) must be(OK)
contentType(home) must be(Some("text/html"))
contentAsString(home) must include("Tweets")
}
"search for tweets" in new WithApplication {
val search = controllers.Tweets.search("typesafe")(FakeRequest())
status(search) must be(OK)
contentType(search) must be(Some("application/json"))
(contentAsJson(search) \ "statuses").as[Seq[JsValue]].length must be > 0
}
}
2. Run the tests in Activator
What are some of the problems with the current architecture?
1. fetchTweets is inside the Application controller and is called from the UserActor - poor separation of concerns.
2. fetchTweets should be a separate service that can be run and scaled independently from the rest of the application and managed independently.
3. In a production scenario the fetchTweets service would need a twitter api token and would need to be shared between clients. The service should be designed in a way that it can be reused and scaled indepedntly.
Create a new actor that will act as the Global Fetch Tweet Loader. Note that the Play WS API requires a running Play Application - it takes an implicit app: Application. If it where used in the Akka Actor then the actor could not be run independent from the Play Application.
To get around this limitation we use the TweetAPI that is defined in TweetAPI.scala to call the twitter WS API. It creates a WS client without requiring a Play Application.
1. Create a new TweetLoader.scala file in /app/actors with the following actor:
package actors
import akka.actor._
import scala.concurrent.{ExecutionContext, Future}
import play.api.libs.json._
import scala.util._
import scala.util.Failure
import scala.util.Success
import play.api.libs.json.JsObject
/**
* Tweet Loader Actor
*/
class TweetLoader extends Actor with ActorLogging {
override def receive: Receive = {
case TweetLoader.LoadTweet(search) => {
implicit val ec: ExecutionContext = context.system.dispatcher
fetchTweets(search) onComplete {
case Success(respJson) ⇒ {
log.info(s"tweet loader returning json")
sender() ! TweetLoader.NewTweet(respJson)
}
case Failure(f) ⇒ {
log.info(s"tweet loader failed!")
sender() ! Status.Failure(f)
}
}
}
}
// searches for tweets based on a query
def fetchTweets(query: String)(implicit ec: ExecutionContext): Future[JsValue] = {
val tweetsFuture = TweetAPI.tweetWS(query)
tweetsFuture.flatMap { response =>
tweetLatLon((response.json \ "statuses").as[Seq[JsValue]])
} recover {
case errMsg => {
log.error(s"ERROR Loading Tweets: $errMsg")
Seq.empty[JsValue]
}
} map { tweets =>
Json.obj("statuses" -> tweets)
}
}
private def putLatLonInTweet(latLon: JsValue) = __.json.update(__.read[JsObject].map(_ + ("coordinates" -> Json.obj("coordinates" -> latLon))))
private def tweetLatLon(tweets: Seq[JsValue])(implicit ec: ExecutionContext): Future[Seq[JsValue]] = {
val tweetsWithLatLonFutures = tweets.map { tweet =>
if ((tweet \ "coordinates" \ "coordinates").asOpt[Seq[Double]].isDefined) {
Future.successful(tweet)
} else {
val latLonFuture: Future[(Double, Double)] = (tweet \ "user" \ "location").asOpt[String]
.map(lookupLatLon)
.getOrElse(Future.successful(randomLatLon))
latLonFuture.map { latLon =>
tweet.transform(putLatLonInTweet(Json.arr(latLon._2, latLon._1))).getOrElse(tweet)
}
}
}
Future.sequence(tweetsWithLatLonFutures)
}
private def randomLatLon: (Double, Double) = ((Random.nextDouble * 180) - 90, (Random.nextDouble * 360) - 180)
private def lookupLatLon(query: String)(implicit ec: ExecutionContext): Future[(Double, Double)] = {
val locationFuture = TweetAPI.geocodeWS(query)
locationFuture.map { response =>
(response.json \\ "location").headOption.map { location =>
((location \ "lat").as[Double], (location \ "lng").as[Double])
}.getOrElse(randomLatLon)
}
}
}
object TweetLoader {
case class LoadTweet(search: String)
case class NewTweet(tweet: JsValue)
def props(): Props = {
Props(new TweetLoader())
}
}
Fetch tweets will be a global service that all clients will share. This will be done by creating an Actors Play Plugin that will create a global instance of the actor and then registering it as a Play plugin.
1. The file/actors/Actors.scala was already added that defines the Actor plugin. This file just needs to be updated to load the Tweet Loader Actor - uncomment the two lines that create the reference to the Actor.
def tweetLoader(implicit app: Application) = actors.tweetLoader
private lazy val tweetLoader = system.actorOf(TweetLoader.props, "tweetLoader")
2. To register the plugin the file /conf/play.plugins was already added that configures the Actor plugin. The number represents the plugin loading order, by setting it to > 1000 we make sure it’s loaded after the global plugins.
1200:actors.Actors
/app/actors/UserActor.scala currently calls back into the main Application methods to fetch tweets. Change the code so that it gets a reference the Tweet Loader Actor and call it to fetch tweets:
1. Update the constructor and props to take a reference to the TweetLoader Actor as parameters:
class UserActor(out: ActorRef, tweetLoader: ActorRef) ....
def props(out: ActorRef, tweetLoader: ActorRef): Props = {
Props(new UserActor(out, tweetLoader))
}
2. Change the FetchTweets handler to use the tweetLoader actor reference:
case UserActor.FetchTweets =>
maybeQuery.foreach { query =>
tweetLoader ! TweetLoader.LoadTweet(query)
}
3. Add a message handler that processes the new tweets from the Tweet Loader:
case TweetLoader.NewTweet(tweet) => {
log.info(s"New Tweet received - sending back to client")
out ! tweet
}
4. Update the creation of the UserActor in app/controllers/Tweets.scala to reference the tweet loader: .
def ws = WebSocket.acceptWithActor[JsValue, JsValue] { request => out =>
UserActor.props(out, actors.Actors.tweetLoader)
}
5. Test out your changes - warning a subtle bug has been introduced that breaks the code.
Any clues into why the tweets are not being returned back to the client? Where in the message flow are they being lost?
1. Did you notice an error similar to the following in the console?
[INFO] [09/13/2014 22:58:33.764] [application-akka.actor.default-dispatcher-3] [akka://application/deadLetters] Message [actors.TweetLoader$NewTweet] from Actor[akka://application/user/tweetLoader#1309203340] to Actor[akka://application/deadLetters] was not delivered. [5] dead letters encountered. This logging can be turned off or adjusted with configuration settings 'akka.log-dead-letters' and 'akka.log-dead-letters-during-shutdown'.
2. Update /app/actors/TweetLoader.scala to print out the sender it is sending the JSON back to:
log.info(s"tweet loader returning json to ${sender()}")
3. /app/actors/TweetLoader.scala is calling the sender() in the callback to a future. When sender() gets called in the future, sender() is no longer valid and instead points to dead letters - the equivalent of /dev/null in Akka. Instead we need to capture the sender() Actor reference and use that instead.
case TweetLoader.LoadTweet(search) => {
val querySender = sender()
implicit val ec: ExecutionContext = context.system.dispatcher
fetchTweets(search) onComplete {
case Success(respJson) ⇒ {
log.info(s"tweet loader returning json to ${querySender.path}")
querySender ! TweetLoader.NewTweet(respJson)
}
case Failure(f) ⇒ {
log.info(s"tweet loader failed!")
querySender ! Status.Failure(f)
}
}
}
4. Now test out your changes - everything should be working!
Separating out the Tweet Loader definitely improved the architecture. Now lets make the Tweet Loader fully reactive by making it a separate service that can be run independently from the main Play Application.
1. First update /conf/application.conf to add configuration for Akka Clustering by adding the following at the end of the file. This enables Akka remoting, defines the actor provider to use cluster and defines the seed nodes used to initiate the cluster.
# Akka configuration
akka {
loglevel = INFO
#This changes the actor provider from being local to being cluster aware.
actor.provider = "akka.cluster.ClusterActorRefProvider"
remote.netty.tcp {
hostname = "<IP_ADDRESS>"
port = 2551
}
cluster {
#seed nodes are the nodes that other nodes look for to join the cluster.
seed-nodes = ["akka.tcp://application@<IP_ADDRESS>:2551", "akka.tcp://application@<IP_ADDRESS>:2552"]
#the default cluster role
roles = ["frontend"]
auto-down = on
}
}
2. Create a new folder /app/backend and add to it a file called MainTweetLoader.scala. This will be used to start a stand-alone Akka cluster node. All that it needs to do is use a Java main to start-up and create an Akka actor system:
package backend
import akka.actor._
import com.typesafe.config.ConfigFactory
import scala.io.StdIn
/**
* Main class for starting cluster nodes.
*/
object MainTweetLoader {
def main(args: Array[String]): Unit = {
//The first parameter is the port to start the remote listener on. It defaults to 0
//which causes akka to start the remote listener on a random port.
val system = if (args.isEmpty)
startSystem("0")
else
startSystem(args(0))
commandLoop(system)
}
def startSystem(port: String) = {
val role = "backend-loader"
val config = ConfigFactory.parseString(s"akka.cluster.roles=[$role]").
withFallback(ConfigFactory.parseString("akka.remote.netty.tcp.port=" + port)).
withFallback(ConfigFactory.load())
// Create an actor system with the name of application - this is the same name
// that play uses for it's actor system. The names need to be the same so they
// can join together in a cluster.
ActorSystem("application", config)
}
def commandLoop(system: ActorSystem): Unit = {
val line: String = StdIn.readLine()
if (line.startsWith("s")) {
system.shutdown()
} else {
commandLoop(system)
}
}
}
3. An sbt command alias has already been added to the build in /build.sbt
addCommandAlias("rb", "runMain backend.MainTweetLoader 2552 -Dakka.remote.netty.tcp.port=2552 -Dakka.cluster.roles.0=backend-loader")
4. Test out the changes. First completely shutdown the play server and restart it. Then in a separate terminal window start an instance of the backend service by running:
sbt rb
The backend node can be stopped by simply typing a 's' and hitting enter in the terminal window.
You should see in the log output of the terminal windows the cluster being started and the backend joining into the cluster. In the play log you should see something similiar to:
Node [akka.tcp://application@<IP_ADDRESS>:2551] is JOINING, roles [frontend]
Leader is moving node [akka.tcp://application@<IP_ADDRESS>:2551] to [Up]
Cluster Node [akka.tcp://application@<IP_ADDRESS>:2551] - Node [akka.tcp://application@<IP_ADDRESS>:2552] is JOINING, roles [backend-loader]
And in the second terminal window you should see something similiar to:
Cluster Node [akka.tcp://application@<IP_ADDRESS>:2552] - Started up successfully
Cluster Node [akka.tcp://application@<IP_ADDRESS>:2552] - Welcome from [akka.tcp://application@<IP_ADDRESS>:2551]
1. Update the akka configuration to add a router that uses the tweet loader by updating /conf/application.conf to add:
actor.deployment {
# Routing to the tweetLoader using a cluster router
# By making the router a group it will look for an existing instance of the tweetLoader actor
# on any nodes with the role "backend-loader" and use it as a routee
/tweetLoaderClient/router {
router = round-robin-group
nr-of-instances = 1000
cluster {
enabled = on
routees-path = "/user/tweetLoader"
allow-local-routees = off
use-role = "backend-loader"
}
}
}
2. Next we want to create an actor that will run on the main Play server and act as a client into the cluster. We use this by creating a separate Actor that uses that sends messages to the cluster router.
Create a new TweetLoaderClient.scala file in /app/actors with the following actor that routes messages to the tweet loader router:
package actors
import akka.actor.{ActorLogging, Actor, Props}
import akka.routing.FromConfig
object TweetLoaderClient {
def props(): Props = Props(new TweetLoaderClient())
}
/**
* A client for the tweet loader, handles routing of the fetch tweet messages to the actual tweet loader
*/
class TweetLoaderClient extends Actor with ActorLogging {
val tweetLoaderRouter = context.actorOf(Props.empty.withRouter(FromConfig), "router")
def receive = {
case TweetLoader.LoadTweet(search) => {
log.info(s"sending search for $search to router")
tweetLoaderRouter ! TweetLoader.LoadTweet(search)
}
}
}
3. Update the Actors Plugin to reference the tweet loader client instead of the actual tweet loader:
In the object Actors change the following line to reference tweetLoaderClient:
def tweetLoaderClient(implicit app: Application) = actors.tweetLoaderClient
In the class Actors change the following line to reference tweetLoaderClient:
private lazy val tweetLoaderClient = system.actorOf(TweetLoaderClient.props, "tweetLoaderClient")
4. Update the creation of the UserActor in app/controllers/Tweets.scala to reference the tweet loader client (instead of just the tweet loader): .
def ws = WebSocket.acceptWithActor[JsValue, JsValue] { request => out =>
UserActor.props(out, actors.Actors.tweetLoaderClient)
}
5. Update the MainTweetLoader to create an instance of the TweetLoader actor. First add an initialization method and then call it from the main startup block:
import actors.TweetLoader
import akka.cluster.Cluster
def initialize(system: ActorSystem): Unit = {
//verify that this cluster node is running with the role of "backend-loader"
if (Cluster(system).selfRoles.exists(r => r.startsWith("backend-loader"))) {
system.actorOf(TweetLoader.props(), "tweetLoader")
}
}
//in the main method add a call to initialize before the main command loop:
initialize(system)
6. Test out the code - one more bugs remains! This is a much more subtle bug. Print out the sender in the tweetLoader and see if you can find it!
The problem is the tweetLoader is sending the results of fetching the tweet back to the TweetLoaderClient and not the UserActor. The solution is straight forward - have the tweetLoaderClient forward the message instead of directly sending it.
1. Change TweetLoaderClient receive block to use a forward instead of tell to send messages to the tweetLoaderRouter
case TweetLoader.LoadTweet(search) => {
log.info(s"forwarding search for $search to router")
tweetLoaderRouter forward TweetLoader.LoadTweet(search)
}
2. Test out the code - everything should work!


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fun <T : Throwable> Assert<T>.hasNoCause(): Unit
Asserts the throwable has no cause.
See Also
hasCause


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• Special events & outings for youth throughout the year such as the Rifle Gap Camping Trip, Movie Nights, & Youth Nights.


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Chen Liu ROOT Swarup Trends Wang highly kinase presence primordia Nature branching concentrations deficiency early family fungal gravitropic proteins receptor sulfur truncatula uptake CRs Environ. Smet arbuscular components developmental downstream environmental gradient levels mutant mutants phenotyping symbiosis symbiotic (reviewed Exogenous Hochholdinger Sun apical complex data host mediated novel transporter wall ./nature Figure Huang New Zhao adventitious availability death effects epidermal growth, hormone implicated inhibition modulating number perception production regulates reviewed species specific thaliana. traits Auxin, Exp. LRs Lee Res. Soil Takahashi abscisic architecture. auxin, cortical cytokinin drought formation, imaging important influx mechanisms molecular negative new nodulation outgrowth parent play rate research rhizobial shoot ./j.tplants... CRP High Nod Plant. Rev. a). accumulation affect association controlled crop effect endogenous especially exogenous factors genes, interaction key major membrane promotes putative requires rice, sensitivity similar stem symbioses synthesis trait ./j.-..tb.x ABA, ARF CK, Casimiro Ethylene Fukaki Growth Péret RESPONSE Zhu architectural b). bacterial decreased distribution ethylene, external founder fungi hormonal inhibit initiation, light mechanism members networks possibly potential regulator salinity stress-induced transduction (At) ./pp. ./science. ./science... Ann. Berta Clark Devaiah Development Genetic Guo Horst Kim Kiss Kochian Laplaze Lynch Maruyama-Nakashita Mullen Oryza Phytol. Rice Sauter Sivaguru Steffens activity associated auxin-induced basipetal colonization conserved controls development, elongation, form function gibberellin high-affinity higher induce inhibits interactions intrinsic known layers leading likely mapping multiple partially phenotypic phosphorus positive promote proposed px; regulate regulators resistance signals stimulate suggest toxicity upregulated uptake, {font-family ARCHITECTURE Barker Beeckman Curr. GSA Increased Inukai Jiang López-Bucio Matsumoto Miwa Nikiforova Opin. PR, Parniske, Planta Promotes Regul. Regulation Ruyter-Spira Ryan SLs Saito Table Ticconi Yoneyama Zea affects appear application calcium cap carrier common concentrations, controlling decrease degradation division, embryonic font-size gravity growth. increase initiation. internal land model monocot nitrogen order organic organogenesis osmotic pattern physiological polar process promoting radial red reduced review root, roots, search seminal sensing starvation target thought underlying understanding using ./tpc... AMS AUX/IAA Aluminum Annu. AtNRT. Behav. Benfey, DMI Effects GA, Genes Gutjahr Hoefgen Jung Kapulnik Kosuta LATERAL Lewandowska Lohar Muller Olah Phosphorus Rhizobium SYM Sabatini Salt Signal. Similar Strigolactones TFs, TIR Van Williamson Yano ability acid; activated activation asymmetric binding biosynthesis blue branch branched central characterization dependent differentiation display distal does double; encodes evidence expressed extrinsic exudation field gravitropism. identification increases induces inducing inhibited involvement limited limiting main measurement meristem. natural network nodules normal nuclear outgrowth, pathways, pathways. pericycle plants: regulatory roles separation signaling, site thaliana transcriptional upregulation zone ./annurev.arplant... ./j.pbi... ./psb... ABC Arbuscular Benkova Bennett Buchner CKs CLE CRs, Costigan Cytokinin Delhaize Dev. Ding ELONGATION Endre Eticha Fang Forde Frugier GWAS Genet. Goh Hangarter Harrison Hayashi Hetrick Horie Hormone IAA Inhibits Int. Interact. Kalo Kutz LBD/ASL LRM Laskowski Leyser Lotus Low Marsh Masson McCouch Molecular NRT. PHOSPHATE Parniske Perez-Torres Phosphate RAM Raghothama Recent Remans Reymond Sato TFs Xue Yang abiotic acropetal aluminium article auxin-mediated basal biology border-color border-width candidate causing cells, concentration current cytokinins develop development: diverse downward emergence. encode functions gene, genetics genotypic grown hair hormones identified identity include independent information inhibiting integrated lines local localization maintenance mediate mediates mediating modulated pathway. patterning phototropism plasticity post-embryonic profiling proper proteins, regions related repress research. rooting secondary seedlings short signaling. solid; spatial specifically status stress, stress. strigolactone study submergence suggesting symbioses, symbiosis. systems, systems. technologies terms toxic transition truncatula. variations varieties xylem {font-style {font-weight ./A: ./BF ./pcp/pcf ./pcp/pci ./s ACID Aida Akiyama Alonso Am. 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Last scanned at Scan duration Potential issues found Files scanned Scan results over time Current word breakdown Context disposition Scan settings... Remove project... Settings Excludes files (GLOB): Potentially problematic words and context: word: context key/value pairs of words and their context Exclude contexts: This must be a list of regular expressions that matches contexts in which to ignore matches. Path Line Column Word Context Status Actions


{% extends "private/base.html" %} {% load static %} {% block title %}Taco - Share and find{% endblock %} {% block content %}
{{following.user.get_full_name}} - {{following.id}}
Nairobi, Kenya - Petition {{following.id}} {{ following.creation_date|timesince }}{{ following.description|truncatewords:25 }}
You are not following anyone, but try these...
{% endif %} {% if random_user_list %}You are not following anyone, but try these...
{% endif %}
{% if random_user.id != user.id %}- Follow
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Pat's Salmon Cookies
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As list administrator, your authorization is requested for the following mailing list posting: List<EMAIL_ADDRESS>From<EMAIL_ADDRESS>Subject: =?iso-8859-1?Q?urgent=20=20reply?= Reason: Post by non-member to a members-only list At your convenience, visit: http://lists.si.UM/mailman/admindb/researchers to approve or deny the request.
>From the desk of; prince godwin Chambers {Solicitor & Advocate] Falomo Shopping complex, Lagos. I am Barrister prince godwin , a solicitor at law. I am the personal attorney to Mr.Morie Curtis , a national of your country,possibly could be your brother, who used to work with shell Development Company in Nigeria. Here in after shall be referred to as my client. On the 21st of April 1999, my client, his wife and their two Children were involved in a plane crash in a remote village called Kuru near Jos in Plateau State. All occupants of the plane unfortunately lost their lives. Since then I have made several enquiries to your embassy here in lagos to locate any of my clients extended relatives this has also proved unsuccessful. After these several unsuccessful attempts, I decided to track his last name over the Internet, to locate any member of his family hence I contacted you. I have contacted you to assist in repatriating the money and property left behind by my client before they get confiscated, frozen or declared unserviceable by the bank where these huge deposits were lodged. Particularly, the Eco Bank International where the deceased had an account valued at about Eighteen million United States Dollars (US$18,000,000.00). The management has issued me a notice to provide the next of kin or have the account frozen within the next ten official working days. Since I have been unsuccessful in locating the relatives for over 2 years now I seek your consent to present you as the next of kin of the deceased since you have the same last name so that the proceeds of this account valued at $18,000,000:00 can be paid to you and then you and me can share the money. 60% to me and 40% to you I have all the necessary legal documents that can be used to back up any claim we may make. And this I must do to make sure that this fund is not wasted or end up in the wrong hands. All I require is your honest co-operation to enable us see this deal through. I guarantee that this will be executed under a legitimate arrangement that will protect you from any breach of the law. Please do get in touch with me through this mail box<EMAIL_ADDRESS>Barrister prince godwin ------------------------------------------ Use o melhor sistema de busca da Internet Radar UOL - http://www.radaruol.com.br
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--- layout: default title: Teh Jigz Up - People ---
These are some images of people we have assembed for you to use. They are editable in the _data/people.yaml file for this project.
{% for people in site.data.people %} {% endfor %}These images come from the Noun Project and Icon Finder. You can manage your own gallery of people once you fork, by editing, and adding to the _data/people.yaml file in your repo.


Marker-based
A marker-based AR experience uses an image to anchor the AR content. Feel free to read the documentation, or follow the steps below to get started now.
1. Upload an image to act as your marker
Explain some constraints so people are not failing by uploading wrong images.
2. Choose the content type
Select supported content type from the list below and upload the file from your computer.


Transfer student studying computer science at San Francisco State Univeristy.
Role: Team 5 Front-End Lead working on Cookable.com
Interests: Comics, Hiking, Food


Sponsorship Details
Contact us here if any of the opportunities below are a good fit and we’ll follow-up with payment details.
COSCON: Princeton’s Student-Run Computer Science Contest
Barring any public health disruptions, COSCON will be held on November 6, 2021 on Princeton’s campus. The competition will be accessible virtually, but we are hoping to hold in-person events for organizations and students to connect! See this document for COSCON’s contribution tiers and benefits.
ACM Code@Nights: Biweekly Speaker/Mini-Hackathon Events
Code@Nights are usually held on a biweekly basis on Thursday/Friday evenings, but this is not a hard and fast requirement. They almost always include some time for networking between students and the host, but we ask that there be some technical or career-building presentation beforehand. Check out our Code@Night contribution tiers here — we have a couple suggestions for how to make your Code@Night better in there!
Miscellaneous
- Resume Book. Our resume book (which contains roughly 300 resumes organized by class year) can be purchased for $1000. Note also that we will be collecting resumes in COSCON (held in November), and that these additional resumes are available for purchase for $250 extra (with the purchase of the original resume book).
- HQ Visits. This year, we’re looking to connect more with our sponsoring organizations! You can sponsor a trip to your headquarters for an access fee of $50 per attendee or $800 dollars (whichever is lower). We will also be willing to provide up to $300 in transportation fees.
- Advertising. ACM is also a good place to advertise through our website and our listserv (which boasts 450+ recipients). Listserv access is offered at no cost to sponsors of Code@Nights, COSCON, HQ trips, as well as those who buy the resume book. (In other words, with any other sponsorship opportunity!) However, if publicity through our website and listserv is all your organization seeks, we offer the following options:
- Send an approved one-time message to all listserv recipients and have a corresponding announcement posted on ACM’s website for $200.
- Get listserv access and your logo posted on ACM’s website for the entire school year for $750. Note that listserv access is restricted to at most 1 message per two-week period, so as to prevent spamming.
We will waive the listserv access cost if the message sender is an academic organization, fellow student group, or an ACM alumnum.
As always, contact us if you have any other sponsorship proposals — we’re always receptive to new ideas and are willing to negotiate.


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--- title: Contact layout: contact summary: Thankyou for completing our contact form. published: true ---
The Youth Employability Support (YES) Project can support you if you’re 15-24 years old, not in education, employment or training and live in Leicester and Leicestershire.
Complete the form below and we'll be in touch with more information on how you can access the Project:
{% include jotform.html %}


WITNESS LIST Border Affairs - Special Committee March 18, 1999-8:30A SB 720 FOR: Salinas, Arturo G. (self), San Antonio Young, Raymond (self), Pleasanton SB 1421 FOR: Lee, Donald (Texas Conference of Urban Counties), Austin ON: Alcorta, Victor (Office of the Secretary of State), Austin Preister, David (Texas Attorney General's Office), Austin Steinborg, Jonathan (Texas Water Development Board), Austin Issues Relating to Border Affairs On: Eggers, Bill (Comptroller of Public Accounts), Austin Koebek, Steve (Comptroller of Public Accounts), Austin Laney, David (Texas Department of Transportation), Austin Nordeman, Kenneth (Comptroller of Public Accounts), Austin


Everything is an object in Ruby
Ruby is what is called an Object Oriented programming language. Everything in Ruby is an "object", which means that it is an entity that the computer knows about, and that it has attributes, or data attached to it.
In this example we have an array, or list of tricks that I can do on a skateboard asigned to the variable 'my_tricks'. Each trick on the list is an object, the list is an object, and the variable that holds the list is an object that holds the list. What about classes?
Classes are what they sound like
In the example above we have created a function difficult? that checks if a trick is difficult or not, based on whether or not it is in my_tricks. We also have a function 'initialize' that creates class variables. All of this is sitting in the class 'Skateboarding.' Classes are what they sound like. They are a way of grouping similar objects together for a purpose. In this case we are grouping two functions and a list all having to do with skateboarding under the 'Skateboarding' class. Since that is everything it doesn't seem to matter much, but what if we complicate this a little more.
Now we have two classes, Skateboarding and Magic. Both have tricks, a function to determine difficulty and a function to learn tricks. We are repeating ourselves a lot! This is not the DRY way! Classes can inherit from other classes. This is better:
This is a taste of what classes can do.


The Pangolin Project is a collection of algorithms mostly used in distributed systems.
This utility allows you to manage hashes in the 'Brute Force Password Cracker' Project
Learn more


In order to follow the course, execute the examples and complete the exercises, you are expected to have the Coq Proof Assistant with Ssreflect extension installed at your machine. This page contains some general instructions on the installation and set-up.
There is also an option to use a virtual machine image instead of installing all the software natively (the instruction on obtaining the VM are below).
For further information or assistance on set-up, please, contact .
The sources of the course files are checked to compile and tested with Coq version 8.6 and Ssreflect/Mathematical Components version 1.6.1. It is not guaranteed that the same examples will work seamlessly with different versions. Therefore, several recipes on how to build install the necessary software are provided below.
INSTALL
file from the archive
with sources for the full list of requirements on configuration and
installation). Once compiled, the following environment variables
should be set (e.g., in ~/.bashrc
or
~/.profile
configuration files) to build Ssreflect
(with the respective paths chosen during the Coq's installation):
export COQBIN="/usr/local/bin/" export COQ_MK="/usr/local/bin/coq_makefile"It is also recommended to keep sources of Ssreflect and Mathematical Components easily accessible as reading them might be helpful when working with libraries (for instance, in the folder
~/misc/mathcomp-1.6/mathcomp
).
Upon installing Ssreflect via make install
, the following
environment variable should be also set up:
export SSRCOQ_LIB="/usr/local/lib/coq/user-contrib/mathcomp/ssreflect"Alternatively, instead of running
make install
, one can
set up the environment variable SSRCOQ_LIB
to point to
the folder ssreflect-location/theories
, which contains
all Ssreflect modules compiled (and ssreflect-location
denotes the location of the directory where Ssreflect has been
unpacked to).
Emacs (or Aquamacs for macOS users) text editor provides a convenient environment for Coq development, thanks to the Proof General mode.
On Unix-like systems, clone Proof General from
its GitHub repository, following the instructions below. Upon
downloading and unpacking, add the following lines into the
.emacs
configuration file located in the home directory
(~/
) in Unix and in C:\
root in Windows
(possibly replacing the ~/misc/
part with the path where
Proof General and Ssreflect sources were unpacked/cloned).
;; Proof General support (load-file "~/misc/PG/generic/proof-site.el") ;; Ssreflect support (load-file "~/misc/mathcomp-1.6/mathcomp/ssreflect/pg-ssr.el")Linux users, more used to the Windows-style Copy/Paste/Undo keystrokes can also find it convenient to enable the Cua mode in Emacs, which can be done by adding the following lines into the
.emacs
file:
(cua-mode t) (setq cua-auto-tabify-rectangles nil) (transient-mark-mode 1) (setq cua-keep-region-after-copy t)Every Coq file has the extension
.v
. Opening any
.v
file will automatically trigger the Proof General
mode.
WARNING: The virtual machine image hasn't yet been updated for Coq 8.5 and Ssreflect 1.6 and contains an older version of the course.
If compiling and installing Coq and Ssreflect from scratch looks
like too much hassle, there is also a possibility to use a virtual
machine image with all necessary libraries preinstalled and Emacs set
up to work with Ssreflect. The image requires Oracle VirtualBox to be
used; it is about 1.8 GB size and can be obtained by the following link. It
runs Ubuntu 14.04 and automatically logs in when started with the user
coquser
(use the password coquser
whenever
it is required). The folder ~/misc
contains the sources
of Ssreflect and Proof General.
To check that your setup is correct, create in Emacs a file with an extension .v
and the
following text in it:
From mathcomp Require Import ssreflect. Set Implicit Arguments. Unset Strict Implicit. Unset Printing Implicit Defensive. Module Test. Variable A : Type. Theorem counterexample P : (exists x : A, ~P x) -> ~(forall x, P x). Proof. by case=>x H1 H2; apply: H1 (H2 x). Qed. Print counterexample. End Test.
Ctrl-c Ctrl-Enter
. This will activate the Proof
General interactive checking mode and will interpret the file. As the
result, the buffer *goals*
should display the
following message:
Module Test is definedwhich would mean that your set-up is correct and you are ready for hacking in Coq/Ssreflect. [Back to the course page]


Alice Crimmins closed case files Collection REC-0065
RG 084. Queens County District Attorney
Abstract
On July 14, 1965, Eddie Jr. and Alice Marie Crimmins disappeared from their home, later to be found murdered. Their mother, Alice Crimmins, became the number one suspect in their death. This collection contains the Queens County District Attorney’s investigative files into the crime, which were used to indict, and eventually convicted, Alice Crimmins for the crime.
Extent
10 Cubic Feet (10 cubic feet in 15 boxes)
Dates
1964-1971
Conditions Governing Access
Collection is open for research. Advance notice is required for using original material. Please contact<EMAIL_ADDRESS>to arrange access.
The Queens County District Attorney’s Alice Crimmins case file, closed case file #1619-67, is arranged into five series. The first two series are based on the chronological lifespan of the two trials. Series I primarily contains documentation from the beginning of the investigation to the end of the first trial. Series II encompasses the appeals process and second trial and includes materials used or copied from the first trial. In Series III, the items are organized by the format of the documents. It contains photographs and maps from the investigation and trials; many are oversized. Series IV contains the original newspapers and news clippings, which discuss the murders during both the first and second trial. Series V is a collection of 72 reel-to-reel audiotapes and four CDs of recorded conversations mostly from phone taps.
On the morning of July 14, 1965, Eddie Crimmins, Jr., aged five and Alice Marie "Missy" Crimmins, aged four, disappeared from their Kew Gardens Hills home. The children’s father, Edmund (“Eddie”) Crimmins called the police at approximately 11 AM to report the disappearance of the children after frantic calls from his estranged wife, Alice Crimmins.
Although the first two series are organized alphabetically, they are based on the chronological lifespan of the two trials. The records are divided into five series.
Topics
Material Types
Places
Occupations
Collection Organization
Series I: District Attorney case files, 1964-1969
This series contains both handwritten and typewritten documents from the DA’s office, concerning the investigation and first trial of Alice Crimmins. Included are documents ranging from the years 1964-1969, although the bulk of the material is dated 1964-1968. The police complaint reports against Alice Crimmins, trial transcripts, and some of the medical and autopsy reports for her daughter, Missy, can be found here. Files on the Court Proceedings (series 1, box 1, folders 3-9) contain incomplete transcripts from certain days of the hearings. There are also transcripts of testimony given by most of the witnesses, for both the prosecution and defense. This includes statements made by Alice Crimmins, as well as by her husband Eddie. Most of the transcripts bear handwritten notes made by the DA during witness questioning. Located under the title “Testimony” in boxes 4 and 5, folders 60-83, there are individual...
Extent
2.5 Cubic Feet (2.5 cubic feet (5 boxes)
Dates
1964-1969
Creators
Creator name can be pretty longContents
Complaint Reports, 1965 File — Box: 1.1, Folder: 1
Complaint Reports, 1965 File — Box: 1.1, Folder: 1
Complaint Reports, 1965 File — Box: 1.1, Folder: 1
Series II: Commissioners of the Almshouse and Bridewell, 1759-1860
This series contains both handwritten and typewritten documents from the DA’s office, concerning the investigation and first trial of Alice Crimmins. Included are documents ranging from the years 1964-1969, although the bulk of the material is dated 1964-1968. The police complaint reports against Alice Crimmins, trial transcripts, and some of the medical and autopsy reports for her daughter, Missy, can be found here. Files on the Court Proceedings (series 1, box 1, folders 3-9) contain incomplete transcripts from certain days of the hearings. There are also transcripts of testimony given by most of the witnesses, for both the prosecution and defense. This includes statements made by Alice Crimmins, as well as by her husband Eddie. Most of the transcripts bear handwritten notes made by the DA during witness questioning. Located under the title “Testimony” in boxes 4 and 5, folders 60-83, there are individual...
Extent
2.5 Cubic Feet (2.5 cubic feet (5 boxes)
Dates
1964-1969


{% extends "base.html" %} {% block content %}
User: {{user}}
Average Wpm_Gross:{{avg_gwpm}}
Average Wpm_Net:{{avg_nwpm}}
Average Mistakes per Run: {{avg_mistakes}}
You joined us on {{ user.date_joined|date:"l, F dS, Y." }}


We know the real meaning of schedule booking that is why we give you the best feature of our app. If you book a schedule booking you will get driver detail at the same time and you can also confirm it by calling the driver. In case if your flight arrived late then don't worry our driver will wait for you. His utmost concern is to make sure that you reach your destination.
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--- layout: archive title: Zulip Chat Archive permalink: /stream/116395-maths/topic/The.20Hodge.20Conjecture.html ---
@Patrick Massot @Sebastien Gouezel @Johan Commelin @Scott Morrison @Reid Barton how far away are we from stating the Hodge Conjecture in Lean? That would be a cool thing to do.
Quite far I would say. I have smooth manifolds (over R or C or whatever) and their tangent bundles, but not its exterior powers. This shouldn't be hard (shouldn't be easy either, by the way). But there is no cohomology yet, no long exact sequences, no snake lemma, and so on. And I haven't done anything on submanifolds either (next step on my TODO list is the local inverse theorem).
Heh, I guess we could benefit from a library on homological algebra and sheaf cohomology first (-;
Also, do you want to assume a proof of the Hodge theorem, or do you want to prove it as well? Because I don't know cheap proofs there.
{% endraw %}Last updated: Apr 24 2020 at 19:02 UTC


The Death and Life of John F Donovan trailer: Kit Harington starrer deals with celebrity culture
The Death and Life of John F Donovan is about the relationship between an actor named Rupert Turner and Kit Harington's TV star, the titular John F Donovan. The film releases on December 13.
by Entertainment DeskThe trailer of The Death and Life of John F Donovan is out. Starring Kit Harington, the film has been directed by Canadian filmmaker Xavier Dolan and is penned by Dolan and Jacob Tierney.
The film is about the relationship between an actor named Rupert Turner (Ben Schnetzer as older Turner and Jacob Tremblay as the younger one) and Harington’s TV star, the titular John F Donovan. The young Turner and Donovan shared correspondence with each other.
Donovan dies tragically and suddenly after a series of scandals. Turner grows up to be an actor and writes a book about the insights into the life of Donovan.
The film deals with topics like celebrity culture and the toll it takes on individuals.
The official synopsis of the film reads, “A decade after the death of an American TV star, a young actor reminisces about the written correspondence he once shared with the former, as well as the impact those letters had on both their lives.”
The Death and Life of John F Donovan had its world premiere at the 2018 Toronto International Film Festival. Natalie Portman, Susan Sarandon, Kathy Bates, Thandie Newton, and Jared Keeso also star in the film.
The Death and Life of John F Donovan releases on December 13.


Ticoult1282.github.io
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The Hikvision DS-2CD6412FWD-30 may be for you. The camera electronics are in a box about 4 x 3″ and 1 1/4″ tall, the camera itself is about 2″ long. While the concept is not new, the Axis P12 has been out about year, but the price point makes this an affordable choice. HIKVISION DS-2CD6412FWD-10 Manuals. DS-2CD6412FWD-XX 1.3MP Covert Network Camera DS-2CD6412FWD-XX is covert camera for ATM surveillance, key features including: Single or dual lens camera body is optional, cylindrical, L-shaped. Hikvision DS-2CD6412FWD-10 Features Super-Angebote für Hikvision Ds 2cd6412fwd hier im Preisvergleich bei Preis.de. Winterreifen im Preisvergleich.
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10,000+ members from 120 countries depend on IPVM for the world's best video surveillance information featuring tests, training and industry trends. Accessories Key features Dimensions Available models www.hikvision.com DS-2CD6412FWD-10/DS-2CD6412FWD-20 1.3MP WDR Pinhole Covert Network Camera The camera is a Hikvision DS-2CD6412FWD-30 1.3 Megapixel covert camera. The video is recorded. The video is recorded. This video is part of a review on www.NetworkCameraCritic.com. Hikvision® DS-2CD6412FWD-10/20/30 1: Amazon.de: Kamera. DS-2CD6412FWD-10 1.3MP Covert Camera - hikvision.com. Search among more than 1.000.000 user manuals and view them online
Hikvision DS-2CD6412FWD-20 Unboxing Features Review. Hikvision DS-2CD6412FWD-30 1.3MP Covert Camera Review. Hikvision DS-2CD6412FWD 1.3MP 720P Covert Camera
Die Hikvision DS-2CD6412FWD-C1 IP Kamera Haupteinheit für ein Objektiv. Die Mini Kamera für den Innenbereich ist ausgestattet mit WDR 120db und 1,3 Megapixel. Hikvision Ds-2Cd6412Fwd-10 Schnellstartanleitung.


Currently there are quantum computers and functional cloud services but it’s still in development. The stage that the development of this technology is at now can be compared to traditional computers in 1980s.
An effective solution to complex optimization problems will be hard to achieve through classical computation. This is because classical (super)computers are currently reaching the limits of how powerful they can become.
The answer might lie in quantum computers – a new breed of computers relying on qubits instead of bits and quantum mechanics instead of computer science.
Quantum Computers come with the promise of offering exponential speed-ups in computing power and offer a significant boost to current optimization techniques.
Just like every other computer, a quantum computer needs software and algorithms that can convert a real-world problem into one that a quantum computer can process. At companies around the globe, people are building better hardware - better machines will allow to solve more difficult problems - and better software - new algorithms will be faster, use less resources and allow us to solve more problems.
Today to use a quantum computer you don't need to have one next to you - you can connect to them via Internet. This makes it much easier for people around the globe to learn and experiment with this technology. In this demo, the data about the cities you choose is sent to a quantum computer which then finds the best solution and displays it in your browser.
Not a tech person? Start with this guide.
And don't forget to go back to the main page to explore the demo we've prepared for you!


 Since then writers and movie-makers have obliged with their answers. We seem never to get over the idea that what the female of the species wants is a gentle Prince Charming, a guy who will take her to his condo in Maui for a weekend, get her a job in the film he's making, surprise her with a 3-carat diamond and whisk her off to the altar, a honeymoon in Tahiti, and a happy life ever ever after. He'll also remember--without being asked--to put the toilet seat down after he uses it. This may work for some but the idea that not all women are enamored of this ideal is nothing new.  Deciding that the conventional life is not for her, she bolts from her stifling union and heads for the sunset with her two unpredictable bohemians. Coward is all but saying society be damned: do what makes you happy and not what your traditional parents tell you is appropriate.
Filmmaker Gregg Araki is obviously inspired by this modern stage classic in fashioning his current offering, "Splendor." Araki is known to a generation of teens for his anarchic "Totally F***ed Up" (about a gang of gay, alienated L.A. kids who hang out, talk about sex, and complain about homophobia) and for his breakthrough film "The Living End" (a road movie about two twenty-something gays who similarly rage about their circumstances). This time, Araki considers the plight of a band of heteros of entirely diverse personalities who make choices and learn to cope with the difficulties inherent in their options.
A zany, postmodern treatment that may suggest the screwballs comedies of the 1930s, "Splendor" features Kathleen Robertson ("Dog Park," "I Woke Up Early the Day I Died") as Veronica, a pretty, promiscuous 23-year-old who has fled her small town for the life of a temp in L.A. and who hangs out with an irritating best friend, Mike (Kelly Macdonald) who recalls the exasperating Mari Hoff of Mark Herman's "Little Voice." Almost simultaneously meeting a witty music critic and unpublished novelist, Abel (Johnathon Schaech) and the brainless but muscular sexual athlete Zed (Matt Keeslar), she falls in love with both and develops a solution to the dilemma. She comes clean to her two boyfriends, generates a diabolical party game to get the two together, and sets both suitors up in her apartment where they learn to overcome their jealous rivalry and become a cohesive team. Becoming weary of their slacker ways and inability to make even a minimum wage, she walks out on them and takes up with a handsome and rich but terminally nerdish TV director, the appropriately named Ernest (Eric Mabius), who tries to overcome their lack of chemistry by giving her a role in a his drama, taking her on a whirwind courtship to his condo in Maui, and presenting her with an immense diamond ring.
Much of the comedy during this latter period comes from the arrangement made between former rivals Abel and Zed who--unlike Leo and Otto in the Noel Coward comedy-- continue to live together in Veronica's flat, mutually whimpering about the pitiful hand they'd been dealt. The scenes are divided by straight-at-camera narrations by Veronica, Woody Allen style, as she summarizes events to date and--completely absorbed in herself--informs us and also her friend Mike about her thoughts, feelings, and hopes for the future.
"Splendor" is a thin, one-premise comedy without the polished wit of the Noel Coward play that inspired the script. Still, Araki has taken a substantial step forward from his violent, anarchic previous works to assert his take on the old French theme of the menage a trois. Women in the audience are likely to root for the continuance of the threesome in spite of themselves, as the wholly compassionate new man in her life, Ernest, looks awfully good for someone faced by Veronica's predicament. Araki films the production with bold, comic-book colors that should appeal to MTVers as well as to adult looking for a zany, yet seasoned comedy, though some in the audience may hope for a break from the terminal frivolity of the enterprise. The choices that Veronica makes in the concluding scenes seem impractical: we wonder how long she can remain deliriously happy, a woman who seems not to have learned any lessons from her experiences. The acting is uniformly appropriate though Johnathon Schaech has been seen to better advantage in the off-the-wall "Welcome to Woop Woop." A hip sound track with works by The London Suede, Lush, and Everything but the Girl.
Rated R. Running Time: 93 minutes. (C) 1999 Harvey Karten
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


{% extends "base.html" %} {% block pagebanner %}
Graphs will be generated for enabled languages, aliases are used while syncing. One can create a language set, which can be associated with a release branch. Multiple instances of a translation platform can be added. RHEL and Fedora are release streams whereas RHEL 7.4 is a branch. A release branch should have a language set and a schedule. {{ app_name }} jobs sync at intervals to keep stats and schedule latest.
While adding a package, upstream URL is required. And package name is verified with selected translation platform. Translation of a package can be tracked for multiple release streams. Package can be sync'd with translation platform while adding itself. Once sync'd, branch mapping can be created. It maps {{ app_name }} release branches with most suitable project versions available at translation platform. Package can be sync'd with upstream repo as well (limited to git repo and PO files).
Slug form of rule name would be saved. This should be specific for a release branch. Packages having branch mapping created can only be included here. Languages could be picked from language set associated with the release branch or from enabled ones. Somehow if a package is not tracked for a release stream and selected for inclusion {{ app_name }} would show an error.
{{ app_name }} has two graph views: specific to a package in all languages for all branches and another specific to a release branch in chosen languages for selected packages. Latter is a graph rule representation and its accuracy depends on branch mapping of packages. A sync'd package can appear in former view whereas branch mapping is necessary for latter. Even translation workload could be estimated for a release branch. This has three views: combined, detailed and per languages.


Reports static field accesses where the call is qualified by a subclass of the declaring class, rather than the declaring class itself. Java
allows such qualification, but such accesses may be confusing, and may indicate a subtle confusion of inheritance and overriding.
Use the quick-fix to rationalize the static field access.
Example:
class Parent {
static int foo = 0;
}
class Child extends Parent { }
void bar() {
System.out.println(Child.foo);
}
After the quick-fix is applied, the result looks like this:
class Parent {
static int foo = 0;
}
class Child extends Parent { }
void bar() {
System.out.println(Parent.foo);
}


SVWebViewController 0.1 Reference
Note: SVWebViewController now uses Automatic Reference Counting (ARC). Find the last MRC commit on the “master-mrc”:https://github.com/samvermette/SVWebViewController/tree/master-mrc branch.
h1. SVWebViewController
is a simple inline browser for iOS. The iPhone UI is highly based on Tweetie’s inline browser, and the iPad version on “Reeder”:http://reederapp.com/ipad/.
!http://f.cl.ly/items/0l3P2E1f1j0X0U3i151z/svwebviewcontroller4.png!
SVWebViewController features:
- iPhone and iPad distinct UIs
- full landscape orientation support
- back, forward, stop/refresh and action buttons (with actions “Open in Safari” and “Mail Link”)
- navbar title set to the currently visible web page
- talks with @setNetworkActivityIndicatorVisible@
h2. Installation
- Drag the @SVWebViewController/SVWebViewController@ folder into your project.
- Add the MessageUI framework to your project
h2. Usage


The HTML components use several non-standard Tags which may be used for special purposes.
<PAGE>
Attributes:
none
The <PAGE> tag causes printing to end on the current page and a new page started. It has no effect on the displayed document.
Note: The <PAGE> tag does not work correctly in documents which use CSS absolute positioning. Use the CSS page-break properties instead.
Attributes:
NAME=string
TYPE=string
SRC=string
ALT=string
HEIGHT=n
WIDTH=n
ALIGN=top|middle|bottom|left|right
HSPACE=n
The <PANEL> tag may be used to place a ThvPanel in a displayed HTML document. The ThvPanel in turn may be used as a base for adding other Delphi VCL components. For all practical purposes, ThvPanel is equivalent to TPanel.
<PANEL> is similar in usage to the <IMG> tag and may be used anywhere an <IMG> might be appropriate. When the ThvPanel is created at load time, an OnPanelCreate event is generated. When the document is disposed of, there is an OnPanelDestroy event. These events allow the programmer to manage the contents of the panel.
The NAME, TYPE, and SRC attributes are passed as parameters in the OnPanelCreate event and NAME is also assigned to the Panel's Name property. TYPE and SRC are not otherwise used and are there for the programmer's convenience. The ALT string appears when the document is printed if there is no OnPanelPrint event handler.
The HEIGHT, WIDTH, ALIGN, and HSPACE attributes are similar to those of the <IMG> tag.
 However, these and other properties may be changed in the OnPanelCreate event handler. The only properties which can't be changed at that time are the Top and Left properties. Even the Height and Width may be changed in the handler.
Special Note:
The <OBJECT> tag also has a similar OnObjectTag event which produces a ThvPanel to be used as a base for the object.


I like the beach
Who doesn't like birdies!
Cloud rainforest is favorite forest
3 Things I'm Hoping to Get Out of this Class
Who doesn't like birdies!
Cloud rainforest is favorite forest
3 More Things
Grand Canyon is best canyon
Tropical Rainforest
Panda


William Stoneman, Curator of Early Books and Manuscripts (BCE-1600)
Jeffrey Hamburger, Kuno Francke Professor of German Art & Culture
Michael Hemment, Director, Baker Research & Development, Baker Library
Enrique Diaz, Designer/Multimedia Specialist, Maps, Media, Data and Government Information, Harvard College Library
Jake Brookover, Harvard Graduate School of Education
Han Yan, Harvard College
Erinlea McGowan-Moniz, Web Production and Instructional Technology Support Coordinator
Humza Tahir, Class of 2018, A.B. Candidate in Social Studies
Support for this project was originally provided by the University CIO's office and the Library Instructional Technology Fellows (LITF) program. LITFs are Harvard students that work with librarians to create and integrate educational digital content into the online academic environment. In 2016 the project was revisited and migrated to a new hosting provider.


 So, on Saturday, May 16, we'll be offering four short workshops over the course of the day to share ways of using your stash as the well-stocked pantry of great chef's kitchen... that's you... the great chef. Get it? Chef = Knitter? Ah, well. Here's what we're doing.
11am |
Horst Schultz Modular Blocks with Rob. Rob's going to share his take on a few of the Module Master's own multi-fiber "blocks."
1pm |
Stranding 101: Parallel Processing with Matt. Yes, our favorite geek will share a few secrets for holding multiple strands of yarn together for a custom fabric all your own. This technique is also a great way to make yardage go further with larger quantities of a single stash yarn. Isn't there something in your stash that you got some of but don't think you have enough of to make what you want?
3pm |
Stranding 102: Serial Processing with Matt. If you're after a less bulky but still rich, multi-layered fabric, Matt has great pointers for using individual lengths of multiple yarns to create depth and achieve color and texture blends that are next to impossible to achieve using a single yarn.
5pm |
Sally's Stash-Busting Styles with Rob. Years after its publication, Sally Melville's
Styles continues to offer some spectacular ideas for incorporating stash bits into your projects with spectacular results. She even offers an easy way of using up scrap bits that don't remotely match in a garment that you'll wear and want to wear for years to come.
There's no charge for any of these classes, but if you would, please drop us an e-mail RSVP at<EMAIL_ADDRESS>so that we can make sure we have sufficient seating for each workshop. Or, of course, feel free to call locally at 703-YARN or toll-free nationally at 866-939-BEAR. Just tell them you want to get your name on the list. You're under no obligation to show, but if you aren't going to make it, please, let us know.


My favorite things
These are a few of my favorite things.
People
Here are some of my favorite people!
-
My brother Atticus
-
My mom and dad:
-
Veronica and Aaron
-
My boyfriend Pat
-
My sister Adelaide
Here are links to other pages I've made!
My Favorite Places
My First Webpage
Thanks for reading about me!


| Package | Description |
|---|---|
| org.apache.batik.apps.svgbrowser | |
| org.apache.batik.swing | |
| org.apache.batik.swing.svg |
| Class and Description |
|---|
| GVTTreeBuilderEvent
This class represents an event which indicate an event originated
from a GVTTreeBuilder instance.
|
| GVTTreeBuilderListener
This interface represents a listener to the GVTTreeBuilderEvent events.
|
| JSVGComponent
This class represents a swing component that can display SVG documents.
|
| LinkActivationEvent
This class represents an event which indicate an event originated
from a GVTTreeBuilder instance.
|
| LinkActivationListener
This interface represents a listener to the LinkActivationEvent events.
|
| SVGDocumentLoaderAdapter
An adapter class that represents a listener to the
SVGDocumentLoaderEvent events. |
| SVGDocumentLoaderEvent
This class represents an event which indicate an event originated
from a SVGDocumentLoader instance.
|
| SVGDocumentLoaderListener
This interface represents a listener to the SVGDocumentLoaderEvent events.
|
| SVGLoadEventDispatcherEvent
This class represents an event which indicate an event originated
from a SVGLoadEventDispatcher instance.
|
| SVGLoadEventDispatcherListener
This interface represents a listener to the
SVGLoadEventDispatcherEvent events.
|
| SVGUserAgent
This interface must be implemented to provide client services to
a JSVGComponent.
|
| Class and Description |
|---|
| GVTTreeBuilderEvent
This class represents an event which indicate an event originated
from a GVTTreeBuilder instance.
|
| GVTTreeBuilderListener
This interface represents a listener to the GVTTreeBuilderEvent events.
|
| JSVGComponent
This class represents a swing component that can display SVG documents.
|
| JSVGComponent.BridgeUserAgent
To hide the user-agent methods.
|
| JSVGComponent.SVGListener
To hide the listener methods.
|
| SVGDocumentLoaderEvent
This class represents an event which indicate an event originated
from a SVGDocumentLoader instance.
|
| SVGDocumentLoaderListener
This interface represents a listener to the SVGDocumentLoaderEvent events.
|
| SVGLoadEventDispatcherListener
This interface represents a listener to the
SVGLoadEventDispatcherEvent events.
|
| SVGUserAgent
This interface must be implemented to provide client services to
a JSVGComponent.
|
| Class and Description |
|---|
| GVTTreeBuilder
This class represents an object which builds asynchroneaously
a GVT tree.
|
| GVTTreeBuilderEvent
This class represents an event which indicate an event originated
from a GVTTreeBuilder instance.
|
| GVTTreeBuilderListener
This interface represents a listener to the GVTTreeBuilderEvent events.
|
| JSVGComponent.JSVGComponentListener |
| LinkActivationEvent
This class represents an event which indicate an event originated
from a GVTTreeBuilder instance.
|
| LinkActivationListener
This interface represents a listener to the LinkActivationEvent events.
|
| SVGDocumentLoader
This class represents an object which loads asynchroneaously a SVG document.
|
| SVGDocumentLoaderEvent
This class represents an event which indicate an event originated
from a SVGDocumentLoader instance.
|
| SVGDocumentLoaderListener
This interface represents a listener to the SVGDocumentLoaderEvent events.
|
| SVGLoadEventDispatcher
This class dispatches the SVGLoadEvent event on a SVG document.
|
| SVGLoadEventDispatcherEvent
This class represents an event which indicate an event originated
from a SVGLoadEventDispatcher instance.
|
| SVGLoadEventDispatcherListener
This interface represents a listener to the
SVGLoadEventDispatcherEvent events.
|
| SVGUpdateOverlay
One line Class Desc
Complete Class Desc
|
| SVGUserAgent
This interface must be implemented to provide client services to
a JSVGComponent.
|
| SVGUserAgentAdapter
This Implements the SVGUserAgent interface to provide a very simple
version of client services to the JSVGComponent.
|
Copyright © 2022 Apache Software Foundation. All Rights Reserved.


Before Change
print("This demo demonstrates how to load the pre-trained model and check whether the two sentences are continuous")
config_path, checkpoint_path, dict_path = tuple(sys.argv[1:])
model = load_trained_model_from_checkpoint(config_path, checkpoint_path, training=True)
model.summary(line_length=120)
After Change
sentence_2 = "从某种角度看屬於形式科學的一種。"
print("Tokens:", tokenizer.tokenize(first=sentence_1, second=sentence_2))
indices, segments = tokenizer.encode(first=sentence_1, second=sentence_2)
masks = np.array([[0] * len(indices)])
predicts = model.predict([np.array([indices]), np.array([segments]), masks])[1]
print("%s is random next: " % sentence_2, bool(np.argmax(predicts, axis=-1)[0]))


We can use the NtImpersonateThread API, which allows you capture the impersonation context from an existing thread and apply it to another. The way impersonation contexts work is the kernel will try and capture the impersonation token for the thread first. If there is no existing impersonation token then it’ll take a copy of the primary token of the process associated with thread and impersonate that instead. And the beauty of the NtImpersonateThread API, like setting the parent process, doesn’t require permission to access the token, it just required THREAD_DIRECT_IMPERSONATION access to a thread which we can get due to SeDebugPrivilege. We can therefore get an impersonation thread without a new process by the following steps:
Open process with at least PROCESS_QUERY_INFORMATION access to list its threads.
Open the first thread in the process with THREAD_DIRECT_IMPERSONATION access. We’ll assume that the thread isn’t impersonating some lowly user.
Call NtImpersonateThread to steal an impersonation token.
Start-Service TrustedInstaller
$p = Get-NtProcess -Name TrustedInstaller.exe
$th = $p.GetFirstThread()
$current = Get-NtThread -Current -PseudoHandle
$imp = $current.ImpersonateThread($th)
$imp_token = Get-NtToken -Impersonation
$imp_token.Groups | Where-Object {$_.$id.Name -match "TrustedInstaller"}
Name
--------
NT SERVICE\TrustedInstaller


Rogelio Medina
I am an undergraduate student starting my third year on Information Technologies at Tecnológico de Monterrey. I love learning new things every day, therefore I am also a Platzi (online platform) student. I have made some personal projects using React, JavaScript, HTML and CSS. I have also worked at my university with C++, C, Python, Java and Matlab. I love teaching what I learn because for me that is the best way to grow as a person. I adapt very well to new situations, love working with a team and have a very good verbal communication in Spanish. I see my self as a person who can work under pressure and still give a good performance..
Mail<EMAIL_ADDRESS>Undergraduate student on Information Technologies at Instituto Tecnológico y de Estudios Superiores de Moneterrey - México


| DOSE: |
400 mg |
insufflated |
Pharms - Metaxalone |
(ground / crushed) |
For the past 2 years, I have been consistently prescribed oxycodone – in various forms – for a broken back, the subsequent surgery, and post-surgical pain. I have developed quite a tolerance as you might imagine, requiring over 200mg a day to alleviate the pain. I also misused the prescription, insufflating them to get high. It was great until my tolerance built up and the amount required to be high became huge.
As a result, I would burn through my prescriptions (amount prescribed: 2 – 20mg Oxycontin/day; 4 – 15mg Roxicodone/day) in about a week. I’d go through withdrawal over and over again when my script ran out. I actually got pretty used to it! Good at it, more like it. At least, after a while, it didn’t seem so bad, especially with tapering off a bit beforehand.
To the point of this report: I had been off the opiates for about a week and was doing pretty well. I was finally sleeping fairly well at night but still was anxious, especially in the morning, along with some of the annoying but treatable gastrointestinal problems. Looking for a way to ease the anxiety without resorting to another addictive substance like benzodiazepines, I decided to try Skelaxin, a muscle relaxant that I had also been prescribed for muscle spasms.
Skelaxin always worked terrifically for me for the spasms. It took care of the problems and didn’t make me sleepy. As a result of having swallowed several of these over the past year, I didn’t have much hope that it would relieve any of the anxiety symptoms. The worst of these for me was an annoying tightening of muscles and shaking. I had tried taking the Skelaxin – swallowing them – to alleviate these symptoms to no avail. Thus, I thought that perhaps a different method of ingestion might work better. Immediately, I went to my old standby for recreational pill use – insufflation.
I sat down and carved up half of an 800mg Skelaxin pill, expecting to have to take many more to get any relief for the anxiety. I was surprised to find that after snorting the 400mg within the span of about 10 minutes that I was beginning to feel much more relaxed. Finally, Skelaxin resembled other muscle relaxants like Soma and Flexeril. The “body high” – which for me was more or less a relief of the anxiety plus a bit more relaxation – was very similar to these other two drugs. It lasted for about 3 hours! Another big surprise.
Overall, I’d say that my experience with snorting Skelaxin was very positive. It alleviated my anxiety symptoms effectively and provided an additional, pleasant, more recreational body high. The only drawback that I could foresee is that taking more might make one nauseous. I experienced a bit of this shortly after snorting the 400mg but it disappeared rather quickly. I would also plan on not having anything physical (or perhaps mental) for the duration of the high, since it is a muscle relaxant and effectively turned me into a “couch lump”, having difficulty moving, feeling heavy, etc. Aside from these few things, Skelaxin was effective for me both for the treatment of some opiate-withdrawal related anxiety and for the generation of a pretty decent body high.
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.


|
ViennaCL - The Vienna Computing Library
1.5.2
|
A class representing the 'data' for the LHS or RHS operand of the respective node. More...
#include <forwards.h>
A class representing the 'data' for the LHS or RHS operand of the respective node.
If it represents a compound expression, the union holds the array index within the respective statement array. If it represents a object with data (vector, matrix, etc.) it holds the respective pointer (scalar, vector, matrix) or value (host scalar)
The member 'type_family' is an optimization for quickly retrieving the 'type', which denotes the currently 'active' member in the union
| union { ... } |
| viennacl::ell_matrix<double>* ell_matrix_double |
| viennacl::ell_matrix<float>* ell_matrix_float |
| char host_char |
| double host_double |
| float host_float |
| int host_int |
| long host_long |
| short host_short |
| unsigned char host_uchar |
| unsigned int host_uint |
| unsigned long host_ulong |
| unsigned short host_ushort |
| viennacl::hyb_matrix<double>* hyb_matrix_double |
| viennacl::hyb_matrix<float>* hyb_matrix_float |
| viennacl::matrix_base<double>* matrix_row_double |
| viennacl::scalar<double>* scalar_double |
| viennacl::scalar<float>* scalar_float |
| viennacl::vector_base<double>* vector_double |
| viennacl::vector_base<float>* vector_float |


 Use Greetings to email a happy birthday message to patients in your drchrono practice.
To get started using Greetings, click authorize below. You will be sent to the drchrono site to authorize Greetings to read your drchrono profile and patient summary information. The profile is used to create a user name, and the patient summary is used to access the patient name, email and doctor.
The default message is a simple happy birthday message, with the patients name and primary doctor inserted:
Subject: Happy Birthday! -- Happy Birthday Mike Stevens!, from Doctor Smith.
The content of the message can be customized, with simple access to the patients full name and also first or last name. The messages can be paused at any time.


Quiz Assessment
Sign In
Name
College Name
Email address
Mobile Number
Password
Confirm Password
Online Examination System


This function gets the GitHub repo from the environment variables. e.g. tianhaoz95/readable-readme.
This function is a wrapper on top of parseGitHubRepoId, getGitHubRepo and validateGitHubRepo since in this project there is no need to get repo IDs other than the one the GitHub action is running on.
This function is a wrapper on top of parseGitHubRepoOwner, getGitHubRepo and validateGitHubRepo since in this project there is no need to get owners other than the one the GitHub action is running on.
This function get the GitHub workspace directory from the environment variables.
This function returns the files to be linted after stripping off the ignored files.
This function reads the readme ignore file and convert it to a list that can be used by the matcher.
This function checks if a GitHub reference is referring to a branch.
This function checks if a GiHub reference is referring to a pull request.
This function checks if a filename is a markdown.
the filename that needs to be checked
This function validates if a GitHub reference is a tag.
The GitHub reference to be validated
This function lists all the items in the target root directory recurrsively.
the root directory to be walked
This function loads the markdown template using the template ID abstracting the reading and the searching away.
the template id name to load (without the .md extension)
This function parses the ref used for file link url from the GitHub reference.
This function parses the GitHub repo owner from the repo name
parseGitHubRepoId("tianhaoz95/readable-readme")
The above code will give "readable-readme" as it is the repo's ID.
the GitHub repo output from getGitHubRepo
This function parses the GitHub repo owner from the repo name
parseGitHubRepoOwner("tianhaoz95/readable-readme")
The above code will give "tianhaoz95" as it is the owner's ID.
the GitHub repo output from getGitHubRepo
This function reads the content of a file.
the filename of the file to be read
This function is used to log information for debugging
This function sanitizes unwanted characters out of text
This function sanitizes the reason output
This function validates if a GitHub repo from the environment variable is valid.
the GitHub repo output from getGitHubRepo
Generated using TypeDoc
This function get the current repo reference from the environment variables.


News story
The SFA has notified 62 Community learning providers they will receive a contract to pilot adult education courses.
Following a successful procurement process , the Skills Funding Agency has notified 62 Community learning providers they will receive a contract to pilot adult education courses to help adults recover from mild to moderate mental health problems.
Mental health problems are a major cost to the UK economy and can affect anyone at any time. Research by the Centre for Mental Health estimated the wider economic costs of mental health problems in England at £105bn per year in 2009/10. Mental Health Statistics have found that around a quarter of British adults experience a mental health problem in any one year.
The Community Learning mental health funding, administered by the SFA and announced in the Government’s 2014 Autumn Statement , committed £5m in 2015-2016 and £15m in 2016-2017 to help up to 80,000 learners as part of their recovery.
Business Secretary Vince Cable said:
Mental health is a serious issue that affects many individuals and families. I have personal experience of seeing the role community learning can play in helping people who experience mental health problems. Doing a course - whether it be learning to manage stress or learning a new craft - can not only improve wellbeing but can support recovery and help people get on track to work and reconnect with their families and communities.
These Community Learning Mental Health pilots will support thousands of people in their recovery. I am pleased to be able to announce the Community Learning providers who will be working across the country to roll out the pilot programme and wish them every success.
Peter Lauener Skills Funding Agency Chief Executive said:
The government’s funding commitment brings together various bodies across government and the sector, to ensure support is available to those with mental health problems. Funds committed by government will enable the development and delivery of courses to support adults aged 19+ and appropriate training for teachers, managers and volunteers. I look forward to seeing the evaluation of how projects have engaged, supported and provided help to those experiencing mental health problems in local communities.
Building on models of existing effective practice, providers awarded the funding across 6 areas , must develop their proposal in conjunction with their local mental health partners.
The contract will cover the period April 2015 to March 2016. Learners must complete their learning by 31 March 2016.
Published: 27 March 2015
From: Skills Funding Agency
Part of: Further education and training


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Sylvanian Families Bamboo Panda Family
UK Biography Information
Father Bertram Bamboo sits locked up in his study for days and days, surrounded by great wobbly piles of old papers. He knows just about everything there is to know about the history of Sylvanian Families, their ancestors and how life used to be years and years ago. Indeed, perhaps it's better that he stays in his study for so long. He's so terribly clumsy that he's always breaking things and if he came out more often there wouldn't be a house left! However, what people like about Bertram most is that, whenever he finishes one of his very large books on Sylvania (which isn't often!) he always throws a big party to celebrate. Everyone's invited.
Mother Alexandra Bamboo is an incredible lady. Although she is always arranging fetes, parties, barbecues and dances to raise money for local charities, she never seems to get tired. Even late at night you can see the light on in her room as she plans her next money raising event. And yet, despite her incredible powers of organisation, she's not a busybody - she simply gets things done quietly and efficiently. Once when asked how she manages to do all that charity work and cope with her amazingly clumsy husband, she replied, "Oh that's easy - I stick all the vases to the tables and hide my best crockery!"
Brother Kane Bamboo wants to be a writer just like his father - except he wants to write children's books rather than history books. Also, just like his father, he is awfully clumsy (he must have inherited it!).  Not surprisingly, his friends call him 'Smash' because that's the noise they hear whenever he's around!
Sister Clarice Bamboo has only one thing on her mind. She simply adores horses. Indeed, it's rare to hear her talk about anything else. At the moment she's saving up for her very own saddle by working at the stables before school, after school, at the weekends and during the holidays. She doesn't mind the hard work - in fact, she loves it. "Isn't it wonderful", she says. "I'm getting paid to do something I adore!" Eventually she wants to be a top show jumper and win lots of gold medals.


In this example, a radial indicator layer is overlaid on the map displaying notional opinion poll data for four cities. When the mouse is over a segment of one of the indicators, the corresponding response is displayed in text form above and all wedges of that type highlight. This example makes use of mouse hover event listeners and visual mapping filters to apply alternate styles to hovered data.


"Umm never mind"said Cody "what"said uncle Jesse "nothing..I just had a long day I think I need to lay down" said Cody "ok ..but remember life isn't all about surf contests
Now i be somewhere,my cell phone number is on the fridge call me if you need anything" as uncle Jesse left Cody splashed his hand in the sink one last time, nothing happened to him "probably was just suffering heat exhaustion "thought Cody "spending all summer surfing and now my mind is playing games with me, maybe I need to see a doctor"
THE END


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