Single flow
A single bbr flow should display a very regular cycle. Every 8 rtt’s (round trip times) bbr should probe the bandwidth by increasing its sending rate, drain any queue that is built, and then return to a steady state. Every 10 seconds, the flow should completely drain the queue by throttling its speed, and then return to a normal sending rate.
BBR 1.0 Behavior
The typical behavior should look like this 1:
We aimed to validate our raspberry pi testbed by recreating the experimental conditions defined in an ACM paper2 by Neal Cardwell and company. The scenario involves a single flow on a 10mbps link with a round trip time of 40 seconds. BBR’s throughput and the amount of inflight data should look like this:
Increasing Bandwidth
In our testbed, we were able to generate this graph mirroring these results:
The first plot depicts the amount of packets in flight as the bandwidth is increased from 10mbps to 40mbps at the 20 second mark. The steady state just before the 20 second mark does look similar to the typical bbr behavior; each .30 seconds, bbr seems to poll the max bandwidth by increasing its sending rate, and thus the amount of in flight packets. This in turn fills the queues and increases the net round trip time. BBR then drains the queues by decreasing the round trip time until the rtt returns to the previous level.
But, at second 20 when the 10mbps link is lifted to a 40mbps link, the behavior deviates from the behavior previously described. Rather than increasing the inflight packets through a series of probe and drain cycles, the amount of inflight packets seems to exponentially increase until the queues begin to fill again. At first we considered this an oddity from our test bed (as token bucket filters are fiddly beasts), but after reading the slides here, it seems that this is a change in how BBR functions.
BBR 2.0 Behavior
As discussed in the slides from the IETF 102, the BBR team is changing the ‘probe’ phase of the bbr cycle. Rather than increasing the ‘gain’ value at each cycle, the new behavior is to exponentially increase the inflight packets until the amount of in flight packets is too high (indicated by larger queue sizes, and thus fewer acked packets). This behavior is depicted in this rendered graph from that slide deck:
Because we are running a slightly modified Linux Kernel 4.19, we have a newer version of BBR than the previously mentioned behavior evaluates. It would seems that the behavior we see is much closer to BBR 2.0.
Decreasing Bandwidth
At 40 seconds, the bandwidth in our experiment is decreased from 40mbps to 20 mbps. The expected BBR 1.0 RTT and inflight packets are shown in the second second of ‘figure 3’ that is linked above. Until BBR hits the limit of inflight packets (determined by the cwnd_gain), the sender will continue to send packets at a rate faster than the bottleneck can handle. This will increase the inflight packets and the round trip times as the router queues begin to fill. After hitting this limit, BBR will decrease the sending rate and cycle down to return to the optimal RTT (at relatively empty queues).
Our single measured bbr flow looks like this:
This very closely mirrors the bbr 1.0 and 2.0 behaviors and reaffirms that our setup is likely working as intended.


This is H1
This is H2
This is H3
This is H1
This is H2
This is H3
This is H1
This is H2
This is H3
This is H1
This is H2
This is H3
This is H1
This is H2
This is H3


Bliss
Thank you for trying Bliss! :)
Please feel free to fork, make a pull request and report any issues.
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Click and drag the mouse over the synthesizer pad to generate a sound.
Frequency: n/a
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Choose Oscillator waveform sine square triangle sawtooth


[gecode-users] Position of IntVar in IntVarArray within a propagate function
Mikael Zayenz Lagerkvist
zayenz at gmail.com
Tue Apr 13 18:50:01 CEST 2010
When you define your propagator, just add two int-fields pos0 and pos1
and instantiate the propagators with the appropriate info. Remember to
update the fields when the propagator is copied.
/Mikael
--
Mikael Zayenz Lagerkvist, http://www.ict.kth.se/~zayenz
On 13 apr 2010, at 18.03, Peter Vanhee <peter.vanhee at gmail.com> wrote:
> Hey all,
>
> I am working on a binary propagator which needs to know the position
> of the two variables
> it receives within the domain of the problem (coded with an
> IntVarArray).
>
> I am not sure whether this is possible (and if it should be
> possible!) to access this information, as I believe
> a binary propagator should be able to propagate without knowing the
> context.
>
> Still, in my particular problem I don't see any other solution.
>
> Here a code snippet:
>
> // in the model
> IntVarArray domains;
>
> // in the propagator
> ExecStatus
> BinaryPropagator::propagate(Space& home, const ModEventDelta&
> med) {
>
> if (x0.assigned()) {
> int val = x0.val();
>
> // need to know index of x0 within "domains" to
> access info that depends on position in domain + value on that
> position
> // does x0 has some reference to this? or home?
> int idx = ?
> }
> else {
> // same here but with x1
> }
> }
>
> A simple but rather dumb solution would be to encode the position
> within the values using
> some mathematical trick, but this will create unnecessary holes
> within the domain.
>
> Thanks for any help on this!
>
> Peter
>
>
> _______________________________________________
> Gecode users mailing list
> users at gecode.org
> https://www.gecode.org/mailman/listinfo/gecode-users
More information about the users
mailing list


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API Basejump: Timestamp microservice
User stories:
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Example usage:
Example output:
{"unix":1421452800000,"natural":"January 17, 2015"}


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Object Property: 'realization of'
http://purl.org/biotop/btl2.owl#realizationOf
Annotations (2)
-
definition "Realization occurs if a disposition, a function, or a role manifests itself as a process.
Certain information entities can also have realizations, e.g. plans that are realized in processes.
Example: the disposition of a bird to fly (which exists even when it does not fly) is realized by its process of flying. " ()
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I was made for you.
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This technique of origami folding began when Chinese immigrants were being held prisoner by the United States for illegally entering the country in 1993. Their ship ran aground in Queens, New York. The name of the ship was the Golden Venture and this technique of folding is sometimes referred to as Golden Venture folding. During their stay in immigration prison awaiting assylum they made more than 10,000 sculptures using found materials such as magazines. 3D Origami was one type of sculpture they made. Learn More.
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Lord of this World
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--- layout: "layouts/base.liquid" meta_description: "OAreport is an open-source tool that analyzes papers covered by your Open Access policy to help you make them open." ---
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Lorem Ipsum is simply dummy text of the printing and typesetting industry. Lorem Ipsum has been the industry's standard dummy text ever since the 1500s, when an unknown printer took a galley of type and scrambled it to make a type specimen book.
It has survived not only five centuries, but also the leap into electronic typesetting.
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Get notified when I add new stuff @szx0
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Straight to point, no fluff, and follows along with the official Spring Frammework documentation.
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The journey is supplemented with a sample project that shows concepts in action.
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--- layout: page title: Case Studies date: 2015-07-30 22:22:13.000000000 -04:00 type: page parent_id: '' published: true status: publish categories: [] tags: [] meta: {} author: ---
How can you reduce the costs and risks of crime while still providing a great user experience and making fast decisions? XN Logic worked with an American car finance company to reduce first-party-fraud read more about the solution.


A collection of highly reusable static utility methods, chiefly concerned with adding value to java.lang and other standard core classes.


Dashboard Demo
Performance Management Dashboard
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In a previous article we went through how to build a chat room web application that used REST and STOMP for communicating between the client and server. In this article I use the very same application and show how to write automated integration tests using the open source Citrus integration test framework.
If you haven’t read the first article don’t worry. A quick summary of all the important bits will be shown shortly below. But before I get to that lets talk a little bit about automated integration testing and citrus.
One of the biggest challenges when testing any application is being able to simulate all endpoints.
If you take an online web shop for example it typically interacts with numerous backend services (product catalogue, credit check, shipping, billing, etc.) during the course of processing the order. When writing an automated integration test that tests the placement of an order you’ll have to simulate each of these services. Some services may expose a REST/HTTP interface whereas others may expose a SOAP/JMS interface. In some scenarios the online web shop will be acting as a client, consuming the backend services. In other cases it will be acting as a server, processing customer requests.
The point is that testing such a scenario can be very complex. A simple application today with one or two interfaces may quickly grow into a complex application with 10s or even 100s of interfaces later on. When you look at integration test tools then don’t loose sight of this. Sure some tools are great at simulating REST interfaces. Others are great at simulating SOAP. However for me the most important criteria is to find a test tool that combines these and many other messaging protocols. The tool should be flexible and extensible. And this is where citrus comes into the equation.
Before I dive into integration testing, let’s do a quick recap on the chat room application.
Chat Room
The basic architecture of the chat room application is presented below:
We have a client-server architecture, using web sockets and REST for communicating between the client and the server. The system under test is the blue box above and I’m going to write some tests that simulate the two green arrows.
The application’s entity model is very modest, using just the two entities shown below:
A room contains a list of messages and the name of the user that created the room. A message contains some text and the name of the user that sent the message. That’s basically it.
The following REST operations can be sent from the client to the server:
- Join or leave the chat application
- Get the list of logged in users
- Get the list of rooms
- Create or remove a room
- Send a message to a room
The server can push the following notifications to connected clients using STOMP over WebSocket:
- Notify room created or removed
- Notify chat message sent
- Notify user logged-in or logged-out
Starting the application
The source code for the application is available on github.
To run the application you need to have Java 8+ and Maven 3.3.3+ installed and configured on your system.
The application comes shipped with the H2 database that you need to start firing up the application:
- Open up a shell
- Change to the H2 directory under ../support/h2_v1.3.176/
- Run the H2 start-up script (either h2.bat or h2.sh).
Now you can start the application. This can be done either from the command line or from inside your favourite IDE.
From the command line type:
This will start up one instance on port 8090.
Alternatively you can start the application from inside your IDE by running the following main class:
Now go ahead and check that the application is running by opening the application in your browser:
Testing the application
All the source code I’ll be displaying below is available here: https://github.com/martinmaher/jcache-chat-citrus. I will show you how to build the project from scratch so you can either clone the above repository or just follow the instructions below, whatever you prefer.
The first thing I need to do is to create an empty maven project for storing and executing our tests. The quickest way of doing this is to execute the maven archtetype goal, which will create a citrus project with a basic pom file and some sample integration tests. This can be done as follows:
- Create a new directory for the project.
- Change to this directory
- Execute: mvn archetype:generate -DarchetypeCatalog=https://citrusframework.org
- When prompted select archetype ‘1’
- For the groupId, artifactId and package enter whatever you like. I entered
- groupId: de.consol
- artifactId: chat-citrus
- package: de.consol.chat.citrus
Assuming all goes well you’ll find the following files in the project:
- pom.xml – contains the maven project configuration
- src/test/resources/citrus-context.xml – contains the citrus configuration
- src/test/resources/citrus.properties – contains global properties used by citrus
- src/test/resources/log4j.xml – contains the log configuration used by citrus
There may be some other files like SampleJavaIT and SampleXmlIT that can be removed if you like, since I wont be using here.
Simulating the REST requests
To keep things simple I’ll start by simulating the REST requests sent by the client. To begin with lets take the requests where a user joins the chat room.
The request I want to simulate is:
and if all goes well I should get the response:
The first thing I need to do is to create a new java class for executing my test. I extend the TestNGCitrusTestDesigner class, which allows me to use Citrus’s Java DSL and add I’ll add a variable for storing a random name, which will be used for the user name when joining the chat room.
If you like you can run this test and it should output “Joining with user ..” to the console.
Next I add the test actions to join the chat room.
The first test action sends the request to the HTTP server. The action basically says:
- send(“chatRestClient”) -> send using the chatRestClient
- payload(“”) -> an empty payload
- http() -> using the HTTP protocol
- method(HttpMethod.POST) -> using HTTP’s POST method
- path(“/users/${username}”) -> to URI to send the HTTP request to
The syntax ${variable-name}
is a variable placeholder used in citrus that gets resolved to the value of the variable at runtime. In the example above I use it for adding the variable username to the URI.
The second action is used for verifying that the server processes the request successfully. It expects a HTTP 200 code to be returned from the server.
You may be wondering how citrus knows which host and port to send the request to. It doesn’t, well not yet. I still have to configure this. This strange string chatRestClient is instructing citrus to find an endpoint using this name in the citrus configuration and use this endpoint for sending and receiving requests.
So I’m going to add this endpoint to the citrus-context.xml file now.
I have added a new HTTP client endpoint chatRestClient that sends requests to the base url http://localhost:8090/. By default the request method POST will be used with the content-type application/json, but both of these can be overloaded in the test. After sending a request citrus will wait 60 seconds for a reply from the server before timing out. And that’s it.
Now go ahead and run this test. If you have the application opened up in your browser then you will notice a new user joins the chat room when the test executes.
To complete the test I’m going to add the test actions for leaving the chat.
You will notice a lot of similarities to the join test actions. The only difference is that the HTTP method DELETE is used this time instead of POST.
You can run this test again if you like and depending on how sharp your eyes are you may notice in your browser that a user joins and almost immediately leaves the chat room.
That’s it for the REST requests for the moment. Now I’m going to move onto WebSockets.
Simulating the STOMP notifications
Before I get into simulating STOMP notifications, I think its important to understand what STOMP is and how it’s used here.
STOMP is a S imple T ext O rientated M essaging P rotocol. It uses a frame-based protocol, shown below, for communicating between multiple hosts.
Each frame contains a single COMMAND, zero or more HEADERS, a BODY and the null character (^@) to terminate the frame.
In the chat room application the server sends all notifications to connected clients using this protocol. It does this using the WebSocket API since it enables bidirectional communication between the web server and clients. Each time an event occurs, like a user joining the chat room, this event data is then pushed to the clients from the server.
In STOMP there are different types of COMMANDs that can be sent:
- CONNECT: this is sent by a client to the server when it connects
- CONNECTED: this is an acknowledgement sent by the server to a client on successful connection
- SUBSCRIBE_: this is sent by a client to the server to indicate that it is interested in certain types of messages. The client sends a destination header to indicate which messages it is interested in.
- MESSAGE_: this is sent by the server to the client when a destination, that the client has subscribed to, sends a message.
- DISCONNECT_: this is sent by the client to the server when its disconnecting.
This is by no means an exhaustive list of commands but covers all commands used in the chat room application.
To put all that into perspective, this is basically what happens when the user Joe Blogs joins the chat room application:
- The client opens a WebSocket connection to the server
- The client sends a CONNECT frame to the server
- The sever sends a CONNECTED frame acknowledgement back to the client
- The client sends a SUBSCRIBE frame to the server, indicating that it is interested in messages on the destination /topic/users/joined
- The user Joe Blogs joins the chat room (using the HTTP/REST interface)
- The server sends a MESSAGE frame to the client on the destination /topic/users/joined indicating that a user joined.
So I’m going to try and pack all of this into a single test. I start by creating a new Java class Test_02_StompIT.
Then I add the test actions for connecting to the STOMP server.
So what is going on here?
The first test action is using the endpoint chatWebSocketClient to send the STOMP CONNECT frame to the server. The payload I just covered above only this time control characters like carriage return and the null character have been added.
The second test action is verifying the client was successfully connected. It compares the received payload from the server against the expected payload, which is specified in the test action. Only when both payloads match exactly will the action be successful.
Before I can execute my test I have to configure the chatWebSocketClient endpoint. Again this is done in the citrus-context.xml file by adding the following lines:
There’s nothing special here. I just added a websocket client endpoint that connects to the server on the url ws://localhost:8090/chatEndpoint/websocket.
Now you are good to go and you can run the test. If all goes well you should see a lot of console output with SUCCESS somewhere near the bottom.
Ok, so the test doesn’t really do a whole lot just yet. So I’m going to add the next test actions to subscribe to the destination /topic/users/joined, join the chat room and then finally verify that a STOMP MESSAGE frame is sent to indicate a user has joined.
If you look carefully at the last test action, the MESSAGE frame, you will notice the message-id header. The server sets the value of this header dynamically so the exact payload comparison done here is bound to fail, unless of course you are incredibly lucky. So how do I get around this problem?
Thanks to citrus there are many ways to solve this problem:
- Remove the payload verification from the test action - This just ignores the problem for the time being but doesn’t fix it.
- Do a partial payload verification – It’s possible to just search for certain strings in the payload, ignoring the rest.
- Unmarshall the payload, converting it into a java object and verify the individual attributes – This is slightly more complicated but offers by far the most flexibility.
For the moment I’m going to go with partial payload verification. When using the Citrus Java DSL you can easily do this with a ValidationCallback as shown below:
Great. Go ahead and run the test. This time it should run successfully.
Cleaning up the test
So far I’ve covered a user joining the chat room. I still have to verify that rooms can be created, removed, messages can be sent, notifications for the above are received, etc. But before I do this lets take a step back and look at our test so far.
It’s not bad, but it could be cleaned it somewhat.  It’s too hard to read. It would be great if I could use a fluid API for generating the STOMP frames. And since I’m planning on verifying and extracting data from the received payloads it would be equally cool if this could be somehow unmarshalled. Well guess what, you can do this with citrus. This is what I was talking about earlier when I mentioned how important it is to pick an integration test tool that is flexible. It’s not that citrus supports STOMP out of the box, because it doesn’t, at least not yet. However through its flexible API it enables a tester to add support for features or behaviour that is currently not supported. And this is what I’m going to show you now when I clean up or refactor this test.
I’ll leave the other test class in place and create a new test class Test_03_StompIT, copying over the contents of the original.
I’ll begin by creating a new StompFrame class, which is just a container for holding a STOMP frame in a structured way.
Then I add a StompFrameBuilder class that uses the builder pattern for creating STOMP frames.
And finally I’ll add a static method to the StompFrame class to convert a STOMP frame into the expected wire format.
After some refactoring I end up with the following test class:
I’m not quite there yet but at least it’s slightly easier on the eye. I’m still validating the MESSAGE frame using partial string comparisons, so I’m going to clean that up as well now.
To do that I first need to add a second static method to the StompFrame class to convert the wire format into a StompFrame.
Now I can finally refactor the validation callback:
I’m done.
Wrap-up
I added one final test class Test_04_CompleteIT which simulates all REST and STOMP communication in one single test including
- subscribing to all STOMP topics,
- joining the chat,
- creating a room,
- sending a message,
- deleting a room
- and finally leaving the chat
You can find it in my git repository along with all the other tests.
I hope I have inspired you in this blog to at least consider Citrus when you’re thinking about integration tests in the next or even current project. Although I concentrated mainly on testing a web application here, you can use Citrus for just about all integration test scenarios you can imagine. It’s used a lot in middleware applications, which is one of the reasons the test framework was developed to begin with, but it’s not limited to middleware as is hopefully demonstrated above.


Wrapper of the 'Petfinder API' <https://www.petfinder.com/developers/api-docs> that implements methods for interacting with and extracting data from the 'Petfinder' database. The 'Petfinder REST API' allows access to the 'Petfinder' database, one of the largest online, searchable databases of adoptable animals and animal welfare organizations across North America.
| Version: | 1.1.3 |
| Imports: | dplyr, httr, jsonlite, plyr |
| Suggests: | R6, httptest, testthat, knitr, rmarkdown |
| Published: | 2018-05-22 |
| Author: | Aaron Schlegel |
| Maintainer: | Aaron Schlegel <aaron at aaronschlegel.com> |
| License: | MIT + file LICENSE |
| URL: | https://github.com/aschleg/PetfindeR |
| NeedsCompilation: | no |
| Materials: | README |
| CRAN checks: | PetfindeR results |
| Reference manual: | PetfindeR.pdf |
| Vignettes: |
Getting Started with PetfindeR Getting Started with PetfindeR |
| Package source: | PetfindeR_1.1.3.tar.gz |
| Windows binaries: | r-devel: PetfindeR_1.1.3.zip, r-release: PetfindeR_1.1.3.zip, r-oldrel: PetfindeR_1.1.3.zip |
| OS X binaries: | r-release: PetfindeR_1.1.3.tgz, r-oldrel: PetfindeR_1.1.3.tgz |
Please use the canonical form https://CRAN.R-project.org/package=PetfindeR to link to this page.


Here is an example stub for BASH build script:
#!/usr/bin/env bash
if little_problem; then
hook_exception "Hook failed, but the build must go on."
elif big_problem; then
build_fail_exception "Stop the build!"
fi
echo "The hook worked as expected"
hook_exception
.build_fail_exception
.echo
to write to the screen.| data | build.sh |
|---|---|
| prev version | $1 |
| current version | $2 |
| package name | $3 |
| description | $4 |
| homepage | $5 |
| author | $6 |
| path to root | $7 |
| date/time | $8 |
| path to info file | $9 |
| dir of the script | ${10} |
| dir of functions.php/.sh | ${11} |
| root dir of web_package | ${12} |
| path to hooks dir | ${13} |


Sun Labs Lively Kernel
Overview |
|
|
|
|
Note: The Lively Kernel runs best in
the Safari 3 web browser. With all the other web browsers, you
may still experience bugs and unusual behavior.
Update (May 2, 2008): The latest development
versions of the Lively Kernel are now available on
http://livelykernel.sunlabs.com/.
Refer to technical documentation
for details.
Update (February 8, 2008): Version 0.8.1
of the Lively Kernel is now available.
A new technical report is also available.
The Sun Labs Lively Kernel is a new web programming environment
developed at Sun Microsystems Laboratories. The Lively Kernel supports
desktop-style applications with rich graphics and direct manipulation
capabilities, but without the installation or upgrade hassles that
conventional desktop applications have. The system is written
entirely in the JavaScript programming language, a language supported
by all the web browsers, with the intent that the system can run
in commercial web browsers without installation or any plug-in components.
The system leverages the dynamic characteristics of the JavaScript language
to make it possible to create, modify and deploy applications on the fly,
using tools built into the system itself. In addition to its
application execution capabilities, the Lively Kernel can also
function as an integrated development environment (IDE), making
the whole system self-sufficient and able to improve and extend itself dynamically.
The main goal of the Lively Kernel is to bring the same kind of simplicity, generality and flexibility to web
programming that we have known in desktop programming for thirty years,
but without the installation and upgrade hassles than conventional
desktop applications have.
The Lively Kernel places a special emphasis on treating web applications
as real applications, as opposed to the document-oriented nature of
most web applications today. In general, we want to put programming
into web development, as opposed to the current weaving of HTML, XML
and CSS documents that is also sometimes referred to as programming.
A key difference between the Lively Kernel and other systems in the same area
is our focus on uniformity. Our goal is to build a platform
using a minimum number of underlying technologies. This is in contrast
with many current web technologies that utilize a diverse array of
technologies such as HTML, CSS, DOM, JavaScript, PHP, XML, and so on.
In the Lively Kernel we attempt to do as much as possible using a
single technology: JavaScript. We have chosen JavaScript primarily
because of its ubiquitous availability in the web browsers today
and because of its syntactic similarity to other highly popular
languages such as C, C++ and Java. However, we also want to leverage
the dynamic aspects of JavaScript, especially the ability to modify
applications at runtime. Such capabilities are an essential ingredient
in building a malleable web programming environment that allows
applications to be developed interactively and collaboratively.
The Lively Kernel runs in
supported web browsers without installation
or any plug-in components whatsoever.
The system utilizes the JavaScript engine, graphics capabilities
and asynchronous networking features that are already available
in commercial web browsers today. In general, one of our goals
has been to leverage existing technologies as much as possible.
A unique feature of the Lively Kernel is a graphics
library called Morphic. Morphic is a user interface
framework that supports composable graphical objects,
along with the machinery required to display and animate these
objects, handle user inputs, and manage underlying system resources
such as displays, fonts and color maps. A key goal of Morphic
is to make it easy to construct and edit interactive graphical objects,
both by direct manipulation and from within programs.
The Morphic user interface framework was originally developed for the
Self system
at Sun Labs, but it later became popular also as part of
the Squeak Smalltalk programming
environment.
The Lively Kernel brings the flexibility and power of Morphic
also to JavaScript developers and to web application development in general.
The main features of the Lively Kernel include:
-
Small web programming environment and computing kernel,
written entirely with JavaScript. In addition to its application
execution capabilities, the platform can also function as
an integrated development environment (IDE), making the
whole system self-contained and able to improve and
extend itself on the fly.
-
Programmatic access to the user interface. Our system provides
programmatic access from JavaScript to the user interface via the
Morphic user interface framework. The user interface is built around
an event-based programming model familiar to most web developers.
-
Asynchronous networking. As in Ajax, you can use asynchronous HTTP
to perform all the network operations asynchronously, without
blocking the user interface.
The Lively Kernel allows you to do pretty much everything
that you would expect to do in a conventional desktop
programming environment. The main difference is that
in the Lively Kernel everything takes place in a web browser.
Utilizing the features described above, you can build conventional,
desktop-style applications that run on the web. Utilizing the
capabilities of the Morphic user interface framework, you can
also build desktop-like environments and systems in which numerous
applications and widgets run simultaneously in a regular web browser.
The Sun Labs Lively Kernel is alive on the web, meaning that you do not
download it or install it. If your browser supports the Lively Kernel
(see the list of supported web browsers below),
then merely clicking on the Enter Lively Kernel link causes the
system to come to life in your computer. You may see some static elements
on the screen but, by default, everything there is alive and changeable.
The entirety of the Lively Kernel is written in JavaScript, a dynamic language
that uses no binary files for execution. The Lively Kernel does not require any
installation or plug-ins, since the necessary JavaScript engine is already
part of your web browser. As soon as you click on a link to start the system,
all the Lively Kernel code is loaded into your browser and running.
At some point we may compress the files to make for faster startup but,
if so, we will still make the full uncompressed sources available on this site.
For your convenience, we have made the source code available here as a
ZIP file.
The Lively Kernel is intended to run in every commercial web browser client
with no plug-ins or installation whatsoever. However, because of differences
in the underlying graphics and other capabilities of various web browsers,
we only support a limited set of browsers and browser versions.
We have tested our system on Windows XP and MacOS
using the following browsers:
- Safari 3 (recommended for best performance and quality of experience)
- Firefox 3 (still some bugs left)
- Firefox 2 (still various bugs left)
The browsers above provide support for
Scalable Vector Graphics (SVG),
a graphics library that we use as the underlying low level graphics interface.
The SVG interfaces are hidden from the application developer,
but our implementation requires an SVG-compatible graphics engine.
To end users and developers, the Lively Kernel is an environment that
is based purely on JavaScript, not SVG.
IMPORTANT! The Lively Kernel requires SVG support and does not
currently run on Microsoft Internet Explorer. We are hoping to have support
for Microsoft Internet Explorer available soon.
The following research papers provide further information about the project
and its background:
Videos:
Visit the forums to find out what people want and what they are
working on. If you produce a bug fix or enhancement, post it
on a forum to share it, and submit it to us to proffer
it for inclusion in future releases.
The Sun Labs Lively Kernel is research software. It may be remarkable in
various ways, but it is not production software.
Rather, it is an experimental system for turning the web as we know it
into a universe of objects that are active, accessible, changeable;
in short, lively.
We are making the Lively Kernel available as open source software to
encourage further exploration by academics and adventurous developers,
and we anticipate rapid progress toward future versions of the system
that are not only lively but also well-behaved.
The Sun Labs Lively Kernel is the result of a cooperation between four
experienced software developers, all frustrated with the state of
the web programming practice today:
While developing the Lively Kernel, we have received help from various
other people. We would especially like to thank Mikko Kuusipalo,
Kristen McIntyre, Richard Ortiz, Pekka Reijula, and Stephen Uhler
for their valuable contributions. We would also like to thank
Linda Bohn and Mario Wolczko for their invaluable assistance
during the project.
The idea of the Lively Kernel was inspired in part by the success
of the Squeak Smalltalk
programming environment. In this regard, we owe a debt to all
the people who designed that system. The specific choice of a
Morphic-style graphics architecture was inspired by the simplicity
of such an architecture manifested originally in
the Self system
and later in the Squeak system. For historical references,
refer to the following documents:


I am a first second year PhD student in Computer Science at the University of Southern California advised by Prof. Robin Jia.
I am interested in research on natural language processing (NLP) systems that can reason over text and knowledge bases (KBs). I have worked on retrieval for open-domain question answering (ODQA), knowledge base completion (KBC), and semantic parsing for knowledge base QA (KBQA). More recently, I am exploring aspects of robustness and generalization in these systems.
Previously, I was a Research Fellow with the wonderful Information Extraction and Synthesis Lab (IESL) at the University of Massachusetts, Amherst.
PhD in Computer Science, 2021-
University of Southern California
MSc in Computer Science, 2020
University of Massachusetts, Amherst
BTech in Electronics and Communication Engg, 2018
Indian Institute of Technology (IIT), Guwahati
The role allowed me to pursue projects with the IESL lab members. In addition, I contribute to OpenReview, the open-access, open-discussion conference platform. I also work with the Chan Zuckerberg Initiative to apply IESL’s lab output to CZI’s systems and databases.
Tasks:
Member of a team of researchers from the Artificial Intelligence Center (AIC), SRI International participating in the DARPA program: Radio Frequency Machine Learning Systems (RFMLS)
Tasks:


type: page title: Diversity Target slug: diversity-target ---
We want this year's PyCon UK audience to be the most diverse ever, and the conference to represent the diversity of their experiences and interests.
To help us achieve this, we have set ourselves some aims, and one very clear and simple target.
It's notable how few women there are typically in attendance at a software conference. It's not just women who are sorely under-represented at software events, it's also non-white people, older people, disabled people and other groups too.
There are many metrics for diversity, but in the interests of simplicity and practicality as far as targets and recorded numbers are concerned, at this event we'll be focusing particularly on the gender balance of our audience and speakers.
At last year's event, fewer than 20% of our speakers were women. That's even even lower than the proportion of women MPs in the House of Commons.
It doesn't have to be this way. Our target at this PyCon UK is to receive at least **one-third of our talk proposals from women**, and a substantial improvement generally in the representation of other PyCon UK minorities amongst the talk applicants.
This is not impossible to achieve, by any means.
(It's less easy to put numbers to other under-represented groups.)
To achieve the numbers we're aiming for, we will encourage people in under-represented groups to submit more talks.
This will involve a number of different initiatives and strategies, that have proved successful in at other events. To begin with, you can read more about our diversity and accessibility policies.
We will be monitoring our own progress, and reporting on it.
In the meantime, if you're a Python user who's in one of the many groups that are not well-represented at our PyCons, we particularly want to hear from you, and we urge you to consider submitting a proposal for a talk, workshop or other activity.
Thanks!


california
Phone:
1900-1234-5678
Email:
<EMAIL_ADDRESS>Address:
12 W 1st 90001 Los Angeles, California
california
Phone:
1900-1234-5678
Email:
<EMAIL_ADDRESS>Address:
12 W 1st 90001 Los Angeles, California
california
Phone:
1900-1234-5678
Email:
<EMAIL_ADDRESS>Address:
12 W 1st 90001 Los Angeles, California


The platform used for this thesis is a home grown ASIC processor from Ericsson. The platform is designed for LTE base stations. The is a wireless network standard with high speed data access facilities for mobile phones.
The LTE has large data and instruction parallelism, which has influenced the architecture of the platform. The platform contains multiple cores arranged in heterogeneous architecture with scratchpad memory. fig:ericsson:platform shows the block diagram of the platform. The platform contains master cores and slave cores with local scratchpad memory. The cores also share a common scratchpad memory. The master cores are designed to handle incoming radio signals. The master core fetches the incoming signal data through peripheral interface. The master cores distribute work computation among the slave cores. The slave cores are utilised to accelerate the computation by the master cores.


Format: TabFocusNext FrameName,
Example: TabFocusNext "DeleteDeleteButton",
Purpose: Give Focus to who when pressing Tab.
Used in:


Nuclear spin quantum number, g value, quadrupole moment and natural abundance.
I = nucdata(Isotopes) [I,gn] = nucdata(Isotopes) [I,gn,Q] = nucdata(Isotopes) [I,gn,Q,w] = nucdata(Isotopes)
This function returns the nuclear spin quantum number I
, the
nuclear g value gn
, the electric quadrupole moment Q
(in barn, see barn) and the
natural abundance of the nucleus or nuclei specified in Isotopes
.
Isotopes
is a character array giving the mass number and the
chemical symbol of the element, e.g. '14N'
or '63Cu'
.
If Isotopes
is a comma-separated list of isotope labels,
the function returns lists of all nuclear spins, g values, quadrupole
moments and abundances in vector form.
EasySpin's nuclear isotope database contains all stable non-zero spin nuclei and some radioactive
nuclei with decay times longer than about a year. If a nucleus is not in the
database, nucdata
errors.
[I,gn,Q] = nucdata('14N')
I = 1 gn = 0.4038 Q = 0.0193
[I,gn,Q] = nucdata('63Cu,65Cu')
I = 1.5000 1.5000 gn = 1.4840 1.5880 Q = -0.2110 -0.1950
barn, nucabund, nucgval, nucqmom, nucspin


PLAY PREQUEL
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A action adventure JRPG about vengence, betrayal and romance based on real Vietnamese historical events.
Subscribe to be the first to play the upcoming prequel!
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My name is Luís Ribeiro and I currently live in Porto region (Portugal). I have a degree in Computer Science from Instituto Superior de Engenharia do Porto and I'm a versatile and pro-active person who is always searching for IT knowledge. I'm also a self-taught since much of my knowledge came from my incessant search and study. Altought I have a high quality performance in this area, I keep a special interest for analysis and programming. Please take a look also at some of my personal projects.
Feel free to follow me or send me a message, I'll answer you as soon as possible.


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Software Package:
Version:
Operating System:
Operating System Architecture:
Compute Dependency Tree
X
Name:
License:
OS:


OpenACalendar is an Open Source collaborative group wiki calendar, with strong Open Data tools baked in.
{{ content }}
Read more
about
the project
Read the latest
news
on the blog
Download
a stable release
Read the
docs
Get community or commercial
support
Let us
host
your calendar for you
Browse the latest code on
Github
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This page shows automated results of the Lyrids 2015, based on visual observations reported by citizen scientists through the report form of the International Meteor Organization (IMO). The information on this page is generated automatically; for scientific use please refer to manual analyses published in scientific journals (such as WGN). Send your feedback regarding this page to Geert Barentsen.
Page contents:
Note that the data will finally go into the Visual Meteor Database (VMDB) with manual inspection and rectifications. We are curretly completing the files of 2008-2011. The VMDB is an enormous project - any help will be greatly appreciated.
Page generated: 2015 August 9 at 23:45 UTC.
The graph below shows the ZHR (Zenithal Hourly Rate), which is the number of meteors an observer would see under a very dark sky with the radiant of the shower in zenith.
ZHRmax = 22 based on 733 Lyrids reported in 253 intervals, assuming population index r = 2.1
| Time (UTC) | Solarlon | nINT | nLYR | ZHR | Particle density | |
|---|---|---|---|---|---|---|
| 2015-04-15 00:45 | 24.535 | 8 | 7 | 2 | ±1 | 3 / 109·km3 |
| 2015-04-16 12:38 | 25.999 | 2 | 5 | 3 | ±1 | 4 / 109·km3 |
| 2015-04-17 23:11 | 27.408 | 6 | 11 | 3 | ±1 | 4 / 109·km3 |
| 2015-04-18 22:48 | 28.370 | 15 | 24 | 3 | ±1 | 4 / 109·km3 |
| 2015-04-19 01:57 | 28.498 | 6 | 20 | 4 | ±1 | 6 / 109·km3 |
| 2015-04-19 23:18 | 29.368 | 29 | 33 | 3 | ±1 | 4 / 109·km3 |
| 2015-04-20 01:38 | 29.463 | 15 | 32 | 4 | ±1 | 6 / 109·km3 |
| 2015-04-20 22:40 | 30.319 | 12 | 20 | 3 | ±1 | 4 / 109·km3 |
| 2015-04-21 06:24 | 30.634 | 6 | 20 | 6 | ±1 | 9 / 109·km3 |
| 2015-04-21 23:00 | 31.309 | 22 | 61 | 7 | ±1 | 10 / 109·km3 |
| 2015-04-22 02:03 | 31.433 | 17 | 55 | 9 | ±1 | 13 / 109·km3 |
| 2015-04-22 18:59 | 32.121 | 6 | 24 | 15 | ±3 | 21 / 109·km3 |
| 2015-04-22 23:45 | 32.315 | 70 | 288 | 15 | ±1 | 21 / 109·km3 |
| 2015-04-23 02:23 | 32.422 | 18 | 77 | 12 | ±1 | 17 / 109·km3 |
| 2015-04-23 07:42 | 32.638 | 4 | 28 | 22 | ±4 | 31 / 109·km3 |
| 2015-04-23 23:03 | 33.261 | 12 | 22 | 6 | ±1 | 9 / 109·km3 |
| 2015-04-24 22:14 | 34.203 | 3 | 5 | 8 | ±3 | 11 / 109·km3 |
| 2015-04-29 00:59 | 38.207 | 2 | 1 | 2 | ±1 | 3 / 109·km3 |
The reported intervals are automatically added together into the bins shown above, based on the number of meteors and the distribution of the intervals. For each bin, the following parameters are computed:
Data has been received from 37 observers in 19 countries. Thank you for your efforts!
Note: click on the map for an interactive version.
| Observer | Country | Teff | nLYR |
|---|---|---|---|
| Ljubomir Brankovic | Serbia | 9.71h | 13 |
| Ljubomi Brankovi? | Serbia | 3.07h | 17 |
| Andreas Buchmann | Switzerland | 2.81h | 2 |
| Mark Davis | United States | 2.00h | 6 |
| Jose Vicente Díaz Martínez | Spain | 1.00h | 2 |
| Milica Djordjevic | Serbia | 0.98h | 3 |
| Milica Dodevski | Serbia | 1.83h | 7 |
| Frank Enzlein | Germany | 1.00h | 8 |
| Jovana Jankov | Serbia | 6.25h | 16 |
| Vaclav Kalas | Czech Republic | 1.50h | 3 |
| Roman Kataev | Russia | 1.00h | 5 |
| Eva Laczko | Hungary | 3.5h | 11 |
| Jovana Lazarevic | Serbia | 2.8h | 25 |
| Tony Markham | United Kingdom | 4.06h | 14 |
| Sirko Molau | Germany | 1.28h | 8 |
| Sven Näther | Germany | 2h | 5 |
| Pedro Pérez Corujo | Spain | 1.67h | 11 |
| Mirco Saner | Switzerland | 2.85h | 10 |
| Kai Schultze | Germany | 2.00h | 22 |
| Ivan Stankovic | Serbia | 6h | 36 |
| Istvan Tepliczky | Hungary | 2.00h | 12 |
| Rushikesh Tilak | India | 1.22h | 7 |
| Sasha Prokofyev | Russia | 2h | 6 |
| Michel Vandeputte | Belgium | 24.08h | 115 |
| Koen Miskotte | Netherlands | 25.74h | 60 |
| Weizhou Zeng | China | 1.52h | 0 |
| Branislav Savic | Serbia | 8.31h | 42 |
| Terrence Ross | United States | 4.36h | 13 |
| Jurgen Rendtel | Germany | 17.21h | 75 |
| Karoly Jonas | Hungary | 10.83h | 55 |
| Dunja Pavlovic | Serbia | 1.5h | 19 |
| Pierre Bader | Germany | 3.3h | 5 |
| Salvador Aguirre | Mexico | 2.9h | 28 |
| Alexandr Maidik | Ukraine | 4.8h | 19 |
| Javor Kac | Slovenia | 2.82h | 27 |
| Stefan Schmeissner | Germany | 12.13h | 25 |
| Sabine Waechter | Germany | 2h | 6 |
| Dunja Pavlovic | Serbia | 3.16h | 7 |
| Frank Waechter | Germany | 0.75h | 1 |
Create your own analysis. The files below can be opened using Excel:
lyr2015_rate.csv (number of meteors per interval per observer)
lyr2015_magn.csv (number of meteors per magnitude bin per observer)
The information on this page may be distributed freely provided credit is given to the International Meteor Organization (IMO) and, when possible, to the individual observers. The computer facilities to generate this page are provided by ESA/RSSD and Armagh Observatory.
References:


Call of Duty: Modern Warfare Battle Royale Map, 200-Player Mode Leaked
by Marco CocomelloWe know Activision will be launching the Call of Duty: Modern Warfare Battle Royale mode in early 2020. However, a new leak has now detailed the game mode’s map size, zones, perks, missions, game options and much more. The leak began with the map which was fully detailed into zones and size.
RELATED: Microsoft’s R4,000 Xbox Elite Controller 2 Suffering Serious Day-One Hardware Issues
According to the leak, the Call of Duty: Modern Warfare battle royale map will feature 15 zones with 6 points of interest. They are currently as follows;
Zones
- Airfield
- Boneyard
- Dam
- Downtown
- Gulag
- Hospital
- Layover
- Lumber
- Overgrown
- Port
- Quarry
- Storage Town
- Supercenter
- Trainyard
- TV Station
Points of Interest
- Bank
- Fire Station
- Gas Station
- Gun Store
- Pharmacy
- Police Station
The Call of Duty: Modern Warfare battle royale leaked information also reveals that the upcoming battle royale mode could include up to 200 players instead of last year’s 100. Three game modes include Solo, Duo and Squads.
As for player perks, these will come in different forms allowing players to create a build which they can use with their squads. “Deep-Pockets” allows players to find extra usage for any picked-up equipment. “Sleight of Hand” grants 50% faster ammo reloading time. “Healer” gives your medic items a 25% more effect on your and your squad and Thief lets you generate 20% more plunder. There are a lot more perks you can read about here.
The leak goes on to reveal the game mode’s loot which includes rarities of White, Gree, Blue, Purple, and Gold. According to the data, players will be rewarded for collecting the most loot with a “Best Plunderer” title.
Keep in mind that this can all change before the mode releases next year. However, the leak is quite detailed and could be something to look forward to when the Call of Duty: Modern Warfare battle royale mode goes live in early 2020. If anything, it sounds like a giant step up from last year’s mode.


|

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An HTML comment. Visible in the source code |
n/a |
Container |
|
<!DOCTYPE>
|
It is an instruction to the web browser about what version of HTML the page is written in. |
n/a |
Empty |
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Defines a hyperlink, takes you from one place to another |
Inline |
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The article tag specifies independent, self-contained content. Can be distributed independently from the rest of the site. |
n/a |
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Content placed next to related content |
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Used for bold text |
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Defines the documents body. |
n/a |
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Forces a line break. |
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Used to describe a term or name in descpiption list. |
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Defines a division or a section, used to group block elements to form them in CSS. |
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Description list, used with
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Defines a term in a description list. |
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It renedrs it as emphasized text and is not deprecated. |
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<fieldset>
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Used to group related elements in a form, used to draw a box around them. |
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Defines a caption for a figure element. |
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Self-contained content such as photo, code, a random monkey and other stuff. |
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Defines the footer for the documment |
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Used to create an HTM form for user input. |
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Heading tags from most important to least important. |
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This is the container for all of the head elements in the document |
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Represents container for intro content or nav aids. |
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Used to frame in another document within the current HTML document. |
n/a |
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Defines an image on page. |
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<input>
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Defines user input field |
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Defines the label for an input field |
Inline |
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Defines a list item |
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<link>
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Link to an external source ie CSS file. |
n/a |
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<meta>
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Meta elements are typically used to specify page description, keywords, author of the document, last modified, and other metadata. Metadata will not be displayed but will be machine parsable. |
n/a |
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Defines a set of navigation links. |
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An orrdered list tag number or letters. |
Block |
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Defines a paragraph |
Block |
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Buy a Digital Delay Unit Instead...
I recently tried this herb after reading various reports. I was most interested in the 'auditory' nature of hallucinations as I am a keen sound designer, synthesist and electronic musician; it would be fair to say that I was expecting a more sophisticated degree of audio warping and aural craziness than a psychonaut who can't program fat Pulse Width audio-frequency Modulations, or reverse reverb FX in real time.
I was lovely and relaxed when I tried to drink the tea I had prepared; I'd had a couple of small bongs of skunk in preparation for any ensuing nausea, and because, let's be honest, gear goes with and potentiates everything. My fiancee was elsewhere, the lava lamps gave the room a nice quixotic warm glow, and I settled down for some otherworldly synthesizer programming.
The tea was too foul to drink; moreover, after my ayahuasca experience, I know that something which tastes this bad really is not for consumption. I had more leaves and a crude extract someone had raved about on the internet, so I tried vapourizing and bonging another 15g of leaves. The smoke was hideous, stank out the room for days afterwards, and did as much as eating a turnip (except that I like raw turnip). I smoked and vapourized the extract as a last ditch attempt to get something from this useless plant; the extract would have been around 25-30g of leaves, and, as expected, it did nothing.
My conclusion? If you want far-out audio magic, alien soundscapes and atmospheres circling your head and disappearing at lightspeed into an angelic ether, followed by halos of simultaneously heavenly and devilish echoes...spend four grand on synths, effects units and processors, learn them inside out and you will come to love them as I love mine.
Obscure herbs are great, y'know, and gear is great too. Forget sinicuichi, and don't always take experience reports as Gospel Truth. Regards to you all.
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.


Reach High Baltimore
Announcements
Sign up for winter training now!
Monday, Wednesday, and Friday 4:30 to 5:50.
Saturdays from 10:00 am to 12:00 pm.
Our first annual Erg-Athon is on the calendar!
This event is open to everyone who is interested in
learning more about rowing and supporting our young rowers
Save the Date: March 5th -- We will be rowing all day! (6am - 6pm)
Rowing is helping are kids go to great colleges!
Learn more about the college recruitment process directly from two of our high school rowers, Cassie Waters and Morgan Doak!
Our Rowers
Rowing is a sport that requires a great deal of dedication and hard work, but builds strong leadership skills both on and off the water. Athletes that make the most of the opportunities in front of them rise to the top and find success.
Reach High is made up of rowers from all across Baltimore and the surrounding counties. Any person with the determination and attitude necessary to row deserves a seat in a boat.
Camp Waters 2016
As we gear for an amazing new year of rowing programs, its fun to look back at all of the fun and progress that we made last summer! Enjoy the video below that one of our campers put together for us!
A few reasons to start rowing with us:
- Rowing has the highest ratio of athletic scholarships available to athletes eligible for them. This means there is an abundance of scholarships out there that aren't being used.
- Rowing is a great way to distinguish yourself on college applications, and we focus on using it as a tool for getting into college. We even integrate some college visits in with races to get kids excited about college opportunities.
- Rowing has been shown to increase the organizational skills of students as it requires self-discipline coming from a fun team environment. This generally leads to an increase in grades.
- We provide study tools through fundraising such as SAT prep classes at greatly discounted prices.
- Rowers have the opportunity to row in new locations and meet new people. This past year we raced in DC, Pittsburgh, New Jersey, Philadelphia, Delaware, and we even had 2 boats qualify to race at Youth National Championships in Florida. We also had 1 boat that went to the prestigious Head of the Charles race in Boston. In the coming year we are planning to send our first boat to the Henley race in London through contributions.
- Rowing provides summer work opportunities. If you know how to row, you are eligible to be hired as a counselor at our summer camp.
Special Thanks to Our Top Sponsors
It takes a village
We are increadibly grateful to have the support of so many great people. Their support has allowed us to continue to build the programs that we can offer to Baltimore's next generation!


The Thomas Crown Affair A film review by Marty Mapes Copyright 1999 Marty Mapes
**1/2 (out of 4) THE THOMAS CROWN AFFAIR is a caper movie - the kind of light crime drama where sophisticated, clever thieves try to pull off the perfect crime. As capers go, it's smart and well-oiled. The crime story works wonderfully. The movie only fails when the plot wanders, and unfortunately, at the end.
This remake of the 1968 movie stars Pierce Brosnan as Thomas Crown: billionaire, hard-core businessman and art-lover. Rene Russo plays Catherine, an insurance investigator hired to look into the theft of a Monet painting from a New York art museum. Catherine quickly deduces that Crown is the thief. Now she just needs some evidence.
Crown knows how to keep clean during the investigation, which draws it out longer. Each time they meet, they fall deeper in love. The protracted investigation becomes a coy game of power, sex, trust, leverage and love.
Catherine collaborates with Michael (Denis Leary), the NYPD detective assigned to the case. Michael's law-abiding infatuation throws Catherine's options into clear contrast. She can choose a rich, handsome, mature crook or a poor, plain, childish cop.
Catherine and Thomas do make love, and their scenes are pretty steamy. Both leads are good-looking, mature adults. It was nice to see two well-matched minds going at each other with their bodies. It draws attention to how adolescent and male-centric movie sex tends to be.
But good looks and chemistry aside, neither Brosnan nor Russo gives an outstanding performance. Brosnan manages to be different from 007 only in subtle ways. Russo was better, but she played her part a little too broadly.
For most of the movie, the remake improves on the original. The capers are more elaborate and more smoothly portrayed. The temptations of wealth are more real. Even the song WINDMILLS OF YOUR MIND is integrated better. The whole picture just seems to work better than the first movie.
Until the end.
I won't give it away, but if you're not sure, skip the next paragraph.
The first movie ended in a certain way. It could have just as easily ended one other way. The new version of the film finds a third way which is a little too pat. It doesn't entirely compromise the characters' integrity or the plot's believability, but it does stretch them both too far.
But those problems aren't all that big and shouldn't detract from enjoying the film. The interactions between the main characters are well-thought-out and the intricate set-ups for the crimes, following the tradition of all good caper movies, are fun to watch.
Check out more current movie reviews at http://www.moviehabit.com
-- Marty Mapes<EMAIL_ADDRESS>Movie Habit http://www.moviehabit.com
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


Rich in dramatic Catholic history, Nagasaki awaits the pope
VATICAN CITY: A board member of the Vatican’s financial watchdog is resigning in the wake of a Vatican police raid that resulted in the agency’s suspension from the global communications network of financial intelligence units.
Marc Odendall, a French German banker, tendered his resignation late Monday after Pope Francis decided not to renew the mandate of the president of the Vatican’s Financial Information Authority, Rene Bruelhart.
Odendall told The Associated Press on Tuesday that he resigned over Bruelhart’s removal as well as the decision by the Egmont Group, a consortium of financial information agencies from 130 countries, to suspend the agency from its secure communications network following the Oct. 1 Vatican police raid.
Odendall said there is “no point in staying on the board of an empty shell.”


Authentication and Authorization¶
GRU supports pluggable authentication and authorization.
Authorization¶
To make things simple, authorization is done via user groups: a plugin can configure an allowed_groups
variable
that lists group names that have authorization to use the plugin.
Configuring an Authentication Backend¶
Configuring the Authentication backend is done via the authentication.backend
and authentication.config
configuration parameters.
Both are covered in the configuration documentation
Dummy authentication backend¶
By default, gru sets the authentication backend to gru.contrib.auth.backends.DummyBackend
.
This backend, as its name suggests, does nothing. No need for users to login, and users have no groups associated with them.
If you use GRU in a network where only authorized personnel have access to the web interface, this might be enough. Make sure you protect this network and that you don’t accidentally expose it to the world.
For all other situations, it is recommended to use a real authentication backend such as the LDAP one described below.
LDAP authentication backend¶
The LDAP backend is used to authenticate users against an existing LDAP server (such as Active Directory or OpenLDAP).
Once a user has been authenticated, the LDAP backend also populates user’s group names, to allow plugins to authorize only users of specific groups.
To enable the LDAP backend, please use gru.contrib.auth.backends.LdapBackend
as the value for authentication.backend
and refer to the backend documentation for details on how to populate the authentication.config
dictionary for the LDAP backend.


#include <region.h>
Data Fields | |
| unsigned short | vregId |
| unsigned char | rclass |
| unsigned char | flags |
| short | baseIndex |
| short | physReg |
| short | spillLocation |
| region_alloc * | nextAlloc |
Definition at line 80 of file region.h.
| short region_alloc::baseIndex |
| unsigned char region_alloc::flags |
| struct region_alloc* region_alloc::nextAlloc |
| short region_alloc::physReg |
| unsigned char region_alloc::rclass |
| unsigned short region_alloc::vregId |


If the application you are testing does some amount of file recovery, you may want to use the File Corruption Details Pane to see exactly where the corruption occurs.
To view the File Corruption Details pane double click a corrupted file in the Project Pane and highlight the entry in the Corrupted Files Pane.
The File Corruption Details pane shows a hexadecimal view as well as the standard ASCII view of the data. The hexadecimal view can be very useful for finding out exactly how the Holodeck file corruptor has changed your file.
All changes made to the file are highlighted in red. For more information on File corruption please see the File Corruption Overview help topic.


Your browser doesn't support HTML5
Score: 0
The Level Is Over
Replay Current Level
Play Next Level
Return to Level Screen


Sachin Ramesh Tendulkar is a former Indian cricketer and captain ,widely regarded as one of the greatest batsmen of all time.He took up cricket at the age of eleven,made his test debut on 15 November 1989 against Pakistan in Karachi at the age of Sixteen and went on to represent mumbai Domestically and India internationally for close to twenty-four years.He is the only player to have scored on one hundred International centuries,the first batsman to score a double century in a One Day International,the holder of the record for the number of runs in both ODI and Test cricket,and the only player to complete more than 30,000 runs in International cricket.


Good times with the Rodecaps in Virginia. Hoping no more snow drops before we fly out Tuesday! Almost didn't get here on time to begin with.
2/14/2010, 7:04:22 AM
Favs: 0
Retweets: 0
link--- layout: tweet ---
Good times with the Rodecaps in Virginia. Hoping no more snow drops before we fly out Tuesday! Almost didn't get here on time to begin with.
2/14/2010, 7:04:22 AM
Favs: 0
Retweets: 0
link


SEARCH
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Name : Victoria villas
Location : Plot N.O 3, 1234st, by the forest, dont be afraid
Beds Rooms : 4
Plots : 3


--- title: export_VPSC sidebar: function_reference_sidebar permalink: orientation.export_VPSC.html folder: function_reference toc: false ---
export individual orientations to the VPSC format
| ori | individual orientation to be exported |
| filename | name of the ascii file |
| weights | list weights with the same size as the orientations |


Return of the Living Dead: Rave to the Grave
Return of the Living Dead: Rave to the Grave is a movie starring Peter Coyote, Aimee-Lynn Chadwick, and Cory Hardrict. A college student creates a drug called "Z" and sells it on campus, inadvertently resurrecting the living dead,...


X1 Lunch & Learn
Web-2-Promotion
Interested to find out how you can incentivise your marketing and sales channels to be more active and productive without losing brand integrity?
Ingredients for successful engagements (7 July 2016)
Everyone would agree that we need to say the right thing to the right people at the right time and in the right way to have a successful engagement.
This presentation shares which marketing ingredients help achieve relevance and success and how to use them.
What is data useful for? (21 April 2016)
There is nothing new about the fact that information is essential to grow any business. But what information do you need? Why? And how should you collect it, keep it and organise it?

Lunch & Learn sessions take place at 93 Whitby Road, Slough, SL1 3DR.
To find out more about future sessions, download the online leaflet
. . . . . . . . . .
This marketing tool supports our main business objective – helping our customers maximise their investment when they buy from us.


Wrapper for PHP's DateTime class inspired by moment.js
{{test01}}
Date: 15.05.2012 12:30:00 (CET)
{{test02}}
Date: 15.05.2012 12:30:00 (CET)
{{test03}}
Date#1: 12.05.2012 / 15:00:00 (UTC)
Date#2: 25.09.2011 / 10:00:00 (UTC)
Difference seconds: {{test04.01}}
Difference in minutes: {{test04.02}}
Difference in hours: {{test04.03}}
Difference in days: {{test04.04}}
Difference in weeks: {{test04.05}}
Difference in months: {{test04.06}}
Difference in years: {{test04.07}}
Difference relative: {{test04.08}}
Date#1: {{test05.00}}
Difference seconds: {{test05.01}}
Difference in minutes: {{test05.02}}
Difference in hours: {{test05.03}}
Difference in days: {{test05.04}}
Difference in weeks: {{test05.05}}
Difference in months: {{test05.06}}
Difference in years: {{test05.07}}
Difference relative: {{test05.08}}
CET: {{test06.01}}
UTC: {{test06.02}}
{{test07}}
Moment.php format:
"l, F jS Y g:i A"
{{test09.01}}
Moment.js
"LLLL"
{{test09.02}}
Moment.php format: (with fixed ordinal representation)
"WS [week of the year]"
{{test09.03}}
Moment.js
"WO"
{{test09.04}}
Calendar time displays time relative to now, but slightly differently than moment::fromNow.
moment::calendar will format a date with different strings depending on how close to today the date is.
Last week
{{test10.01}}
The day before
{{test10.02}}
The same day
{{test10.03}}
The next day
{{test10.04}}
Upcoming days
{{test10.05}}
Everything else
{{test10.06}}
Reference date {{test11.00}}
Reference date {{test12.00}}


Fast algorithms for fitting Bayesian variable selection models and computing Bayes factors, in which the outcome (or response variable) is modeled using a linear regression or a logistic regression. The algorithms are based on the variational approximations described in "Scalable variational inference for Bayesian variable selection in regression, and its accuracy in genetic association studies" (P. Carbonetto & M. Stephens, 2012, <doi:10.1214/12-BA703>). This software has been applied to large data sets with over a million variables and thousands of samples.
| Version: | 2.4-0 |
| Depends: | R (≥ 3.1.0) |
| Imports: | methods, Matrix, stats, graphics, lattice, latticeExtra, Rcpp |
| LinkingTo: | Rcpp |
| Suggests: | glmnet, qtl, knitr, rmarkdown, testthat |
| Published: | 2017-09-08 |
| Author: | Peter Carbonetto [aut, cre], Matthew Stephens [aut], David Gerard [aut] |
| Maintainer: | Peter Carbonetto <peter.carbonetto at gmail.com> |
| BugReports: | http://github.com/pcarbo/varbvs/issues |
| License: | GPL (≥ 3) |
| URL: | http://github.com/pcarbo/varbvs |
| NeedsCompilation: | yes |
| Citation: | varbvs citation info |
| Materials: | README |
| CRAN checks: | varbvs results |
| Reference manual: | varbvs.pdf |
| Vignettes: |
Crohn's disease demo QTL mapping demo Cytokine signaling genes demo varbvs leukemia demo |
| Package source: | varbvs_2.4-0.tar.gz |
| Windows binaries: | r-devel: varbvs_2.4-0.zip, r-release: varbvs_2.4-0.zip, r-oldrel: varbvs_2.4-0.zip |
| OS X binaries: | r-release: varbvs_2.4-0.tgz, r-oldrel: varbvs_2.4-0.tgz |
| Old sources: | varbvs archive |
Please use the canonical form https://CRAN.R-project.org/package=varbvs to link to this page.


Before Change
concat_infos = dict()
for key in all_infos[0].keys():
all_vals = [np.array(info[key])[None] for info in all_infos]
concat_infos[key] = np.concatenate(all_vals)
path = dict(
last_obs=last_obs,
dones=terminals[:t + 1],
After Change
actions = np.zeros((path_length, Da))
terminals = np.zeros((path_length, ))
rewards = np.zeros((path_length, ))
agent_infos = []
env_infos = []
t = 0
for t in range(path_length):
action, agent_info = policy.get_action(observation)
next_obs, reward, terminal, env_info = env.step(action)
agent_infos.append(agent_info)
env_infos.append(env_info)
actions[t] = action
terminals[t] = terminal
rewards[t] = reward
observations[t] = observation
observation = next_obs
if render:
env.render()
time_step = 0.05
time.sleep(time_step / speedup)
if terminal:
break
observations[t + 1] = observation
path = {
"observations": observations[:t + 1],
"actions": actions[:t + 1],
"rewards": rewards[:t + 1],
"terminals": terminals[:t + 1],
"next_observations": observations[1:t + 2],
"agent_infos": agent_infos,
"env_infos": env_infos
}
return path


Directives
for
Enhancing the dynamic behavior of data visualization
D3 and AngularJS basics
Mini map application via D3 and AngularJS
Me
Front-end developer @Argela Technologies
Developing UI of a SDN based network management and monitoring system
Developing a network library for visualazing the network topology via D3JS and AngularJS
AngularJS
What?
Framework for dynamic web apps
SPA specialized
Supports MVW (Model View Whatever) such as MVC and MVVM
Powerful data binding
Easy to test
Sponsored by Google
Used by
nasa.gov, istockphoto.com, mamba.ru, msnbc.com, dfiles.eu
Ng Todo List
{{remaining()}} of {{todos.length}} remaining
[
archive ]
D3JS
What?
JS visualization library
Geometry (Voronoi, Quadtree, Polygon)
Geography (Map, Path)
Layouts (Force - with gravitational force definitions, pie, tree, treemap)
Behavioral properties (zoom, drag)
Transitions and animations
Used in
The New York Times, Disqus, Github
D3 Basic
Add chart manually
Add chart with D3
D3 - Us
When we were young...
MINI MAP APP
Lets develop a mini map application
Draw a map only with D3
Add a search functionality with AngularJS
Brief intro to AngularJS Directives
Turn this map application into an AngularJS Directive
Drawbacks
Single Map: Ok!
Multiple Maps?
We may have different map size, map init parameters
Is it ok to have parameters such as width1(map1), width2(map2), etc.?
It would be great to have DOM element that holds this map behavior!
Angular Directive is the best match for this need!
Directives
Attach specified behaviours to DOM elements
Map Directive
Lets play with the parameters!
Multiple Maps
Directive allows me to define my map in single line!
<map-canvas id="canvas2" rotate-yaw="-45" rotate-pitch="0" center-lon="0" center-lat="37" scale="1200"></map-canvas>
<div> map-canvas id="canvas3" rotate-yaw="-30" rotate-pitch="0" center-lon="0" center-lat="45" scale="800"></div>
Summary
Directives allows us to create new DOM elements with specific behavior
D3 functionality is added behind a directive
With D3 you can visualize your data in various types of ways such as charts, maps, etc.
AngularJS will be handy to turn this module to a reusable DOM!
References
More examples about D3: D3 Gallery
Learn D3 Basics: Interactive Data Visualization for the Web
@Lean Pub: D3 Tips and Tricks
@Lean Pub: D3 on AngularJS
https://angularjs.org/
https://d3js.org/
Watch AngularJS conference videos given at https://angularjs.org/
Contact Info
website: www.yaprakayazoglu.com
email<EMAIL_ADDRESS>github: ankakusu
twitter: @yaprakaya
Thanks!
Any Questions?
Contact Info
website: www.yaprakayazoglu.com
email<EMAIL_ADDRESS>←
→
/
#


Twitch Emote Resizer
View on GitHubDrag an image anywhere on this page and it will resize the image into the sizes Twitch requires for emotes and badges. You can right-click the resized images to download them as a PNG. All image processing is done client-side, no image data is ever sent anywhere else.
Emotes
28x28:56x56:
112x112:
Badges
18x18:36x36:
72x72:


This utility library contains several durable data structures as well as utility functions that extend the base functionality of the FoundationDB Java API. They are developed together with the Record Layer project, but they may be generally useful to users of the FoundationDB Java API.
Many of the functions here are unstable as they serve primarily as utility functions for the Record Layer and are subject to change at short notice. To assist users with understanding whether a function is stable or unstable (and therefore liable to change with little warning), this project also includes a set of {@link com.apple.foundationdb.annotation.API API} stability annotations. They are used throughout the Record Layer. Users are encouraged to check the API stability of any class or method before using it within their own project.
This library and the fdb-record-layer-core
project are versioned together. It is highly recommended that any users of the
Record Layer use the same version for this library as for the core library as no other configurations are
tested or supported.


Fairwood Studios & the Single Point of Failure
Given at FailPDX, February 15, 2015
In 2009, I started a company making tracks for the Rock Band games. I worked with some impressive contacts and learned a ton of skills. It was a lovely experience and it was doomed from the start.


Contact Us
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Please be aware that we cannot ensure that communications sent over the Internet are secure. This includes correspondence sent through this form or by email. If you are uncomfortable with such risks, you may contact us by phone instead of using this form. Do not include any Confidential Health information.
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We are the first gym that prioritises health!
Join our club of halthies in the world of fitness today!
Get the best form ever in our yoga classes
We provide the best amenities ranging from
Yoga, Muscle growth, Conditioning, everthing.
Get the best form ever in our yoga classes
We provide the best amenities ranging from
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Computes mutual information matrices from continuous, categorical and survival variables, as well as feature selection with minimum redundancy, maximum relevance (mRMR) and a new ensemble mRMR technique.
| Version: | 2.0.7 |
| Depends: | survival, igraph, methods |
| Published: | 2017-11-03 |
| Author: | Nicolas De Jay, Simon Papillon-Cavanagh, Catharina Olsen, Gianluca Bontempi, Benjamin Haibe-Kains |
| Maintainer: | Benjamin Haibe-Kains <benjamin.haibe.kains at utoronto.ca> |
| License: | Artistic-2.0 |
| URL: | http://www.pmgenomics.ca/bhklab/ |
| NeedsCompilation: | yes |
| Citation: | mRMRe citation info |
| CRAN checks: | mRMRe results |
| Reference manual: | mRMRe.pdf |
| Vignettes: |
mRMRe: an R package for parallelized mRMR ensemble feature selection |
| Package source: | mRMRe_2.0.7.tar.gz |
| Windows binaries: | r-devel: mRMRe_2.0.7.zip, r-release: mRMRe_2.0.7.zip, r-oldrel: mRMRe_2.0.7.zip |
| OS X binaries: | r-release: mRMRe_2.0.7.tgz, r-oldrel: mRMRe_2.0.7.tgz |
| Old sources: | mRMRe archive |
| Reverse suggests: | exprso, FRESA.CAD, mlr, mlrCPO |
Please use the canonical form https://CRAN.R-project.org/package=mRMRe to link to this page.


ONLINE QUIZ COMPETITION
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Typedef
| Static Public Summary | ||
| public |
The Application model returned by Asterisk. |
|
| public |
|
|
| public |
An ARI websocket and API client library. |
|
| public |
The merging of media from one or more channels. |
|
| public |
|
|
| public |
A specific communication connection between Asterisk and an Endpoint. |
|
| public |
|
|
| public |
|
|
| public |
DeviceState: * |
|
| public |
|
|
| public |
The object to specify which application events to allow or disallow. |
|
| public |
The object to specify a filter. |
|
| public |
Identifies the format and language of a sound file. |
|
| public |
A recording that is in progress. |
|
| public |
|
|
| public |
|
|
| public |
|
|
| public |
|
|
| public |
A media file that may be played back. |
|
| public |
|
|
| public |
A past recording that may be played back. |
|
| public |
|
|
| public |
|
Static Public
public Application: object source
The Application model returned by Asterisk.
See ApplicationsAPI
Properties:
| Name | Type | Attribute | Description |
| bridge_ids | Array<string> | The ids of bridges that this application is subscribed to. |
|
| channel_ids | Array<string> | The ids of channels that this application is subscribed to. |
|
| device_names | Array<string> | The names of devices that this application is subscribed to. |
|
| endpoint_ids | Array<string> | The endpoints that this application is subscribed to, in the format |
|
| name | string | The name of this application. |
public AsteriskInfo: object source
Properties:
| Name | Type | Attribute | Description |
| build | BuildInfo |
|
Information about how Asterisk was built. |
| config | ConfigInfo |
|
Information about how Asterisk is configured. |
| status | StatusInfo |
|
Information about the current Asterisk status. |
| system | SystemInfo |
|
Information about the system running Asterisk. |
public Bridge: object source
The merging of media from one or more channels.
Properties:
| Name | Type | Attribute | Description |
| bridge_class | string | The bridging class. |
|
| bridge_type | string | The type of bridge technology. |
|
| channels | Array<string> | The Ids of channels participating in this bridge. |
|
| id | string | The unique identifier for this bridge. |
|
| technology | string | The name of the current bridging technology. |
|
| name | string | The name the creator gave to this bridge. Property available since Asterisk 12.1 |
|
| creator | string | The entity that created the bridge. Property available since Asterisk 12.1 |
public BuildInfo: object source
Properties:
| Name | Type | Attribute | Description |
| date | string | The date and time that Asterisk was built. |
|
| kernel | string | The kernel version Asterisk was built on. |
|
| machine | string | The machine architecture (x86_64, i686, ppc, etc.). |
|
| options | string | The compile time options, or an empty string if default. |
|
| os | string | The Operating System that Asterisk was built on. |
|
| user | string | The username that built Asterisk. |
public Channel: object source
A specific communication connection between Asterisk and an Endpoint.
Properties:
| Name | Type | Attribute | Description |
| accountcode | string | ||
| caller | object | ||
| caller.name | string | ||
| caller.number | string | ||
| connected | object | ||
| connected.name | string | ||
| creationtime | string | The timestamp when the channel was created. |
|
| dialplan | object | The current location in the dialplan. |
|
| dialplan.context | string | The context in the dialplan. |
|
| dialplan.exten | string | The extension in the dialplan. |
|
| dialplan.priority | number | The priority in the dialplan. |
|
| id | string | The unique identifier of the channel. This is the same as the Uniqueid field in AMI. |
|
| language | string | The default spoken language. Property available since Asterisk 13.2 |
|
| name | string | The name of the channel (i.e. SIP/foo-0000a7e3). |
|
| state | string |
public ConfigInfo: object source
Properties:
| Name | Type | Attribute | Description |
| default_language | string | The default language for media playback. |
|
| max_channels | number |
|
The maximum number of simultaneous channels. |
| max_load | number |
|
The maximum load average on the system. |
| max_open_files | number |
|
The maximum number of open file handles (files, sockets). |
| name | string | The Asterisk system name. |
|
| setid | object | The effective user/group id running Asterisk. |
|
| setid.user | string | The effective user id. |
|
| setid.group | string | The effective group id. |
public DeviceState: * source
public FilterOptions: object source
The object to specify which application events to allow or disallow. An empty "allowed" list means all events are allowed. An empty "disallowed" list means no events are disallowed. Disallowed events take precedence over allowed events if the event type is specified in both lists. If both list types are given then both are set to their respective values (note, specifying an empty array for a given type sets that type to empty). If only one list type is given then only that type is set. The other type is not updated. If neither is specified, both the allowed and disallowed filters are set empty.
Properties:
| Name | Type | Attribute | Description |
| allowed | Array<FilterValue> |
|
The events you want to allow. |
| disallowed | Array<FilterValue> |
|
The events you want to disallow. |
public FilterValue: object source
The object to specify a filter.
For example, { type: 'StasisStart' }
Properties:
| Name | Type | Attribute | Description |
| type | string | The event type that needs filtering. |
public LiveRecording: object source
A recording that is in progress.
Properties:
| Name | Type | Attribute | Description |
| cause | string |
|
The cause for the recording failure if it failed. |
| format | string | The recording format (wav, gsm, etc.) |
|
| name | string | The base name for the recording. |
|
| state | string | The state the recording is currently in. |
|
| target_uri | string | The uri for the channel or bridge being recorded. Property available since Asterisk 12.2 |
|
| duration | number |
|
The duration in seconds of the recording. Property available since Asterisk 12.5 |
| talking_duration | number |
|
The duration of talkin, in seconds, detected in the recording. This is only available if the recording was initiated with a non-zero maxSilenceSeconds. Property available since Asterisk 12.5 |
| silence_duration | number |
|
The duration of silence, in seconds, detected in the recording. This is only available if the recording was initiated with a non-zero maxSilenceSeconds. Property available since Asterisk 12.5 |
public Playback: object source
Properties:
| Name | Type | Attribute | Description |
| id | string | The unique identifier for this playback operation. |
|
| language | string |
|
The language requested for playback. Applicable for media types that support multiple languages. |
| media_uri | string | The URI for the media to play back. |
|
| state | string | The current state of the playback operation. |
|
| target_uri | string | The URI for the channel or bridge to play the media on. |
|
| next_media_uri | string | The next media URI in the list to be played back to the resource. Property available since Asterisk 14.0 |
public Sound: object source
A media file that may be played back.
Properties:
| Name | Type | Attribute | Description |
| formats | Array<FormatLangPair> | The formats and languages in which the sound is available. |
|
| id | string | The sound's identifier |
|
| text | string |
|
The text description of the sound, usually indicating the words spoken. |


This project was built mobile-first as a responsive, mulit-page website using HTML and CSS including Flexbox and media queries. Re-created based on Photoshop design comps.
This single page project was built using HTML & CSS to re-create a Photoshop design comp. It was built from a desktop view and adapted to be responsive via the use of CSS Flexbox.
React app ~ Created a Movie App using the Movie DB API. ~ Implemented React Router ~ Managed state ~ Set up local storage
React app ~ Managed the data flow including setting the data model, assigning data management to the components, and rendering the UI with the use of state and props. ~ Added interactivity to allow users to add or delete name tags and set localStorage to save the data between uses.
React App ~ Built out the component tree by breaking out the functions into presentational and container components. ~ Managed the data flow including setting the data model, assigned data management to the components, and rendered the UI with the use of state and props. ~ Added interactivity to allow users to add, delete, and edit notes and set localStorage to save the data between uses.
Project to build an interactive Magic 8-Ball using JavaScript with the JQuery library.
Project to build an interactive election map using JavaScript with the JQuery library.
Project to build an interactive clock that displays cat images based on time of day using JavaScript.
Tribute page built using HTML & CSS including Flexbox to make it responsive.


This website “KrishiKarm” aims to provide the farmers all the information on a single platform. With all the information at a single place, it will help the farmers in choosing the right crops to be grown along with the other basic requirements like MSP, soil,etc. We have provided a unique ‘Crop Calculator’ which would help them calculate the price they should get for their produce according to the government norms. This would save them from getting cheated by the traders and earn a good livelihood. For reference, the various government policies are also included in the website.
Facts about Indian Agriculture
- India ranks second in agricultural output and India is in top five positions for about 80 percent of products produced from farm.
- The main food grain of India is rice. India ranks second worldwide in rice production. West Bengal is the top state in rice production followed by Uttar Pradesh, Andhra Pradesh, Punjab, and Bihar. Central rice research institute is located in Cuttack, Odisha.
- India ranks fourth in wheat production. Uttar Pradesh is the highest wheat producing state of India.
- Some of the millets produced in India are Bajra, Jowar, Ragi. Maharashtra is the highest Jowar producer in India. In Bajra production Rajasthan and in Ragi production Karnataka ranks first.
- India is the second most tea producing country and in India Assam is the most tea producing state. Karnataka is the highest coffee producing state.
- Sugarcane is one of the main crops produced by India. Uttar Pradesh is the key state in producing sugarcane. Central research centre for sugarcane in located in Lucknow.
- Cotton and Jute are the main fiber crops produced in India. Maharashtra is the largest producer of cotton and West Bengal is the largest producer of Jute.
- A leading program of Ministry of Agriculture is the Rashtriya Krishi Vikas Yojana, which was launched in 2007 on the recommendations of the National Development Council of India.
- This program sought to improve the overall state of agriculture in India by providing stronger planning, better co-ordination and greater funding to improve productivity and overall output.
Types of Farming in India
Subsistence Farming
Subsistence farming, form of farming in which nearly all of the crops or livestock raised are used to maintain the farmer and the farmer’s family, leaving little, if any, surplus for sale or trade. Preindustrial agricultural peoples throughout the world have traditionally practiced subsistence farming. Some of these peoples moved from site to site as they exhausted the soil at each location. As urban centres grew, agricultural production became more specialized and commercial farming developed, with farmers producing a sizable surplus of certain crops, which they traded for manufactured goods or sold for cash.
Plantation Agriculture
Plantation agriculture is a type of commercial farming in which a single crop is grown for the entire year. This type of farming requires large amount of labour and capital. The crop production may be further processed on the farm itself where it is grown or in nearby factories or small scale industries. A transport network is essential for such farming and hence such transport network is developed.
Shifting Agriculture
This is a type of agriculture in which a piece of forest land is cleared mainly by tribal people by felling and burning of trees and crops are grown. After 2-3 years when the fertility of the soil in the cleared land decreases, it is abandoned and the tribe shifts to some other piece of land.


kyaml2go
betaKubernetes client-go code generator for resource YAMLs
code copied
We would love your input. Please feel free to send PRs and open issues on the Github repo
The Go Gopher is originally by Renee French
This artwork is borrowed from an awesome artwork collection by Egon Elbre


...And we're live!
Written by The Mojsart Team on June 1, 2014
We're thrilled to announce the beta launch of our genre visulization engine. Our three-person team created this over a week at Hack Reactor. Please try out the visualizer, add to the database, and provide song sentiment ratings in order to improve our model.
Since we're just getting started, we'd love it if you could provide feedback about the product. You can reach us through the email below, and you can check out the source for our project on GitHub.
Tech Stack
- Front-end: AngularJS
- Back-end: Express
- Database: MongoDB
- Song data: Echonest API
- Visualization: D3.js


Shipping Lines have been successfully using container insulation material for over twenty years. Many thousand tons of cargo have been carried in a wide range of different environmental conditions, ranging from butter and cheese in the Spring, Summer and Autumn, to wines, soft drinks, beer and spring water in the winter.
In general container insulation is used to fill the gap between: A) a Dry Freight Container whose internal temperature rises and falls dramatically; and B) a fully Insulated Container / Reefer where the repositioning/empty running costs, added to the high capital costs, make its use uncompetitive. It is also used to increase the professional feel of care and quality when shipping high value items or cargoes where it is critical that they remain clean and dust free. In some cases, container insulation material has enabled cargoes to be shipped in standard Steel Containers where they have previously only been carried in Refrigerated Containers.
Heavy gauge polyethylene bubble laminated to a reflective metallised polyester sheet, 4 mm thick.
| Kit Type | Weight | Kit Size |
|---|---|---|
| Kit 1 20' - Full Height | 11 kg | 1.2m long x 0.64m dia | Kit 2 40' - Half Height | 14 kg | 1.2m long x 0.57m dia | Kit 3 40' - Full height | 21 kg | 1.2m long x 0.68m dia | Kit 4 40' - 9'6" Full Height | 23 kg | 1.2m long x 0.68m dia | Kit 5 40' - Special Full Height | 25kg | 1.2 m long x 0.74m dia |


Represents a WSX server.
Extends EventEmitter
Channel used for message transmission.
Store for every connected socket.
Socket extensions to be applied on every managed socket.
Message serializer instance.
(Object)
Options to construct the server with. Every option
is passed to the underlying WebSocket server implementation.
| Name | Description |
|---|---|
options.plugins [Array<Function>]
|
Plugins to be used, each defined as a function taking the constructed server instance as a parameter. |
(Function)
Function to be executed on successful
initialization.
Transmits a message to the given sockets.
(Array<ServerSideSocket>)
Sockets to send the message to.
(string)
Type of the message.
([Any])
Payload of the message.
Error event, fired when an unexpected error occurs.
(Object)
Error object.
([ServerSideSocket])
Socket which caused the error.
Raw message event, fired when a typeless message is received.
(ServerSideSocket)
Socket of the message's sender.
(Any)
Data of the message.
Message event, fired when a typeful message is received.
(ServerSideSocket)
Socket of the message's sender.
(Any)
Payload of the message.
Disconnection event, fired when a socket disconnects.
(ServerSideSocket)
Disconnected socket instance.
(number)
Close status code sent by the socket.
(string)
Reason why the socket closed the connection.
Connection event, fired when a socket has connected successfully.
(ServerSideSocket)
Connected socket instance.
Represents a WSX client.
Extends EventEmitter
Closes the connection or connection attempt, if any.
Channel used for message transmission.
Socket extensions to be applied on every managed socket.
Message serializer instance.
Connection event, fired when the socket has connected successfully.
Message event, fired when a typeful message is received.
(Any)
Payload of the message.
Raw message event, fired when a typeless message is received.
(Any)
Data of the message.
Error event, fired when an unexpected error occurs.
Represents a socket owned by a server or a client.
Extends Map
Represents a socket owned by a server.
Extends Socket
Transmits a message to everyone else except for the socket that starts it.
(string)
Type of the message.
([Any])
Payload of the message.
([Array<ServerSideSocket>])
Sockets to broadcast the message
between.
Represents a group of sockets.
Extends Set
Removes all sockets from the group.
Removes the specified socket from the group.
(ServerSideSocket)
Socket to be removed.
boolean
:
true
if the socket has been removed successfully;
otherwise
false
.
Represents a map of socket extensions.
Extends Map
Serializes and deserializes messages transmitted over a WebSocket connection.