SVG
Class reference
Fill color
Use .fill-current
to set the fill color of an SVG to the current text color. This makes it easy to set an element's fill color by combining this class with an existing text color utility.
Useful for styling icon sets like Zondicons that are drawn entirely with fills.
<svg class="fill-current text-teal inline-block h-12 w-12" xmlns="http://www.w3.org/2000/svg" viewBox="0 0 20 20">
<path d="M18 9.87V20H2V9.87a4.25 4.25 0 0 0 3-.38V14h10V9.5a4.26 4.26 0 0 0 3 .37zM3 0h4l-.67 6.03A3.43 3.43 0 0 1 3 9C1.34 9 .42 7.73.95 6.15L3 0zm5 0h4l.7 6.3c.17 1.5-.91 2.7-2.42 2.7h-.56A2.38 2.38 0 0 1 7.3 6.3L8 0zm5 0h4l2.05 6.15C19.58 7.73 18.65 9 17 9a3.42 3.42 0 0 1-3.33-2.97L13 0z"/>
</svg>
Stroke color
Use .stroke-current
to set the stroke color of an SVG to the current text color. This makes it easy to set an element's stroke color by combining this class with an existing text color utility.
Useful for styling icon sets like Feather that are drawn entirely with strokes.
<svg class="stroke-current text-purple inline-block h-12 w-12" viewBox="0 0 24 24" xmlns="http://www.w3.org/2000/svg" fill="none" stroke-width="2" stroke-linecap="round" stroke-linejoin="round">
<circle cx="8" cy="21" r="2"></circle>
<circle cx="20" cy="21" r="2"></circle>
<path d="M5.67 6H23l-1.68 8.39a2 2 0 0 1-2 1.61H8.75a2 2 0 0 1-2-1.74L5.23 2.74A2 2 0 0 0 3.25 1H1"></path>
</svg>
Sizing
Tailwind doesn't provide SVG-specific sizing utilities, but sizing SVGs is a perfect use case for the existing width and height utilities.
<svg class="h-8 w-8 fill-current text-blue inline-block" xmlns="http://www.w3.org/2000/svg" viewBox="0 0 20 20">
<path d="M18 9.87V20H2V9.87a4.25 4.25 0 0 0 3-.38V14h10V9.5a4.26 4.26 0 0 0 3 .37zM3 0h4l-.67 6.03A3.43 3.43 0 0 1 3 9C1.34 9 .42 7.73.95 6.15L3 0zm5 0h4l.7 6.3c.17 1.5-.91 2.7-2.42 2.7h-.56A2.38 2.38 0 0 1 7.3 6.3L8 0zm5 0h4l2.05 6.15C19.58 7.73 18.65 9 17 9a3.42 3.42 0 0 1-3.33-2.97L13 0z"/>
</svg>
<svg class="h-12 w-12 fill-current text-blue inline-block" xmlns="http://www.w3.org/2000/svg" viewBox="0 0 20 20">
<path d="M18 9.87V20H2V9.87a4.25 4.25 0 0 0 3-.38V14h10V9.5a4.26 4.26 0 0 0 3 .37zM3 0h4l-.67 6.03A3.43 3.43 0 0 1 3 9C1.34 9 .42 7.73.95 6.15L3 0zm5 0h4l.7 6.3c.17 1.5-.91 2.7-2.42 2.7h-.56A2.38 2.38 0 0 1 7.3 6.3L8 0zm5 0h4l2.05 6.15C19.58 7.73 18.65 9 17 9a3.42 3.42 0 0 1-3.33-2.97L13 0z"/>
</svg>
<svg class="h-16 w-16 fill-current text-blue inline-block" xmlns="http://www.w3.org/2000/svg" viewBox="0 0 20 20">
<path d="M18 9.87V20H2V9.87a4.25 4.25 0 0 0 3-.38V14h10V9.5a4.26 4.26 0 0 0 3 .37zM3 0h4l-.67 6.03A3.43 3.43 0 0 1 3 9C1.34 9 .42 7.73.95 6.15L3 0zm5 0h4l.7 6.3c.17 1.5-.91 2.7-2.42 2.7h-.56A2.38 2.38 0 0 1 7.3 6.3L8 0zm5 0h4l2.05 6.15C19.58 7.73 18.65 9 17 9a3.42 3.42 0 0 1-3.33-2.97L13 0z"/>
</svg>
Customizing
Fill colors
Control which fill utilities Tailwind generates by customizing the svgFill
key in your Tailwind config file:
Stroke colors
Control which stroke utilities Tailwind generates by customizing the svgStroke
key in your Tailwind config file:
Responsive and State Variants
By default, no responsive, hover, focus, active, or group-hover variants are generated for fill and stroke utilities.
You can control which variants are generated for both fill and stroke utilities by modifying the svgFill
and svgStroke
properties in the modules
section of your Tailwind config file.
For example, this config will generate responsive and hover variants of the fill utilities and focus variants of the stroke utilities:
{
// ...
modules: {
// ...
svgFill: ['responsive', 'hover'],
svgStroke: ['focus'],
}
}
Disabling
If you aren't using the fill or stroke utilities in your project, you can disable them entirely by setting the svgFill
and svgStroke
properties to false
in the modules
section of your config file:
{
// ...
modules: {
// ...
svgFill: false,
svgStroke: false,
}
}


{% load staticfiles %} {% load compress %}
From Spring 2015
From Spring 2013
From Spring 2011
From Spring 2009
From Fall 2001
GIST, Gwangju, Repulic of Korea
C-206|C-207|C-208|C-210|C-212, School of Information and Communications
+82-62-715-2219
jongwon@gist.ac.kr


Moses.jpg http://store.notesfromthetribe.com/product/jewish-art-8-5-x11-bark-mitzvah-print
The Bark Mitzvah, first introduced in 1977, combines the age old Jewish tradition of B’nai mitzvah with the age old Jewish tradition of making awful puns.
At the age of 13 months, owners throw a party for their pet and dress them in a yarmulke and tallis for the occasion.
While some see it as a desecration of sacred practices, others see it as a way to mark their dog’s transition into adulthood.
Regardless, the owner is still required to pick up their excrement.


Classes
Exception
Net
Net::HTTPResponse
Zeep
Zeep::Auth
Zeep::Base
Zeep::InternalServerError
Zeep::InvalidAPIKey
Zeep::InvalidAuthorization
Zeep::InvalidEndpoint
Zeep::InvalidSubscription
Zeep::MessageTooLong
Zeep::Messaging
Zeep::OK
Zeep::Response
Zeep::SignatureDoesNotMatch
Zeep::UnexpectedError
ZeepIt::Generator::Commands::Create
ZeepIt::Generator::Commands::Destroy
ZeepIt::Generator::Commands::List
ZeepIt::Generator::Commands::Update
ZeepIt::Routing::MapperExtensions
ZeepSms
ZeepSmsController
ZeepSmsHelper


Before Change
cls.fit(X_train, Y_train)
X_test_ = X_test.copy()
prediction_ = cls.predict(X_test_)
cls_predict = mock.Mock(wraps=cls.pipeline_)
cls.pipeline_ = cls_predict
prediction = cls.predict(X_test, batch_size=20)
self.assertEqual((356,), prediction.shape)
self.assertEqual(18, cls_predict.predict.call_count)
assert_array_almost_equal(prediction_, prediction)
After Change
regressor.fit(X_train, Y_train)
X_test_ = X_test.copy()
prediction_ = regressor.predict(X_test_)
mock_predict = mock.Mock(wraps=regressor.steps[-1][-1].predict)
regressor.steps[-1][-1].predict = mock_predict
prediction = regressor.predict(X_test, batch_size=20)
self.assertEqual((356,), prediction.shape)


{% extends "layout.html" %} {% block content %}
Complete the tasks to score points!
Each task has different points depending on their urgency and importance
Upper left corner of each task card has urgency points shown with umbrella icon


Explore Irish Records dating back to the time of the Normans
which was destroyed in the opening engagement of the Civil War on June 30th, 1922.
Use the slider below to select the time interval that you want to explore: The interval can be either dragged keeping the same time span, or adjusted using the handles.
To select a time interval greater than 600 years, enter the start and the end date of the interval in the fields above


ERC1 Junior event winner Kreim is triple national champion
Fabian Kreim, an event winner in the 2018 FIA ERC1 Junior Championship, has been confirmed as the German rally champion for a third time following the completion of an appeal process.
Kreim was disqualified from third place from the ADAC 3-Städte-Rallye for allegedly not stopping at the scene of an accident. However, an appeal to the German motorsport federation (DMSB) was upheld, restoring Kreim and co-driver Tobias Braun’s original result, making Kreim a triple German champion following his title successes in 2016 and 2017.
Driving for ŠKODA Auto Deutschland, Kreim challenged for the ERC1 Junior title in 2018, finishing third following a final-round decider in Latvia. He won the category on Rally di Roma Capitale and was a podium finisher on Rally Islas Canarias, Barum Czech Rally Zlín and PZM 75th Rally Poland with then co-driver Frank Christian in support.
Photo: ADAC Motorsport


| MATLAB 文件帮助: cv.DescriptorMatcher/eq | 查看 cv.DescriptorMatcher/eq 的代码 | Index |
== (eq) Test handle equality. Handles are equal if they are handles for the same object.
H1 == H2 performs element-wise comparisons between handle arrays H1 and H2. H1 and H2 must be of the same dimensions unless one is a scalar. The result is a logical array of the same dimensions, where each element is an element-wise equality result.
If one of H1 or H2 is scalar, scalar expansion is performed and the result will match the dimensions of the array that is not scalar.
TF = eq(H1, H2) stores the result in a logical array of the same dimensions.
有关 cv.DescriptorMatcher/eq 的帮助继承于超类 handle
| Defining Class | handle |
| Access | public |
| Sealed | false |
| Static | false |


|
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Email: xiaocw [at] umich [dot] edu
I am Chaowei Xiao, an assistant professor in the School of Computing, Informatics, and Decision Systems Engineering at Arizona State University and also a research scientist at NVIDIA Research.
My research interests lie at the intersection of computer security, privacy, and machine learning, with the goal to build the soically responsible machine learning systems.
I obtained my PhD degree from University of Michigan, Ann Arbor under supervision of Peter and Evelyn Fuss Chair of Electrical and Computer Engineering Prof. Mingyan Liu . I obtained my bachelor's degree in School of Software from Tsinghua University in 2015, advised by Professor Yunhao Liu. I was also a visiting student at UC Berkeley in 2018, advised by Professor Dawn Song.
My group has multiple positions for PhD student, Summer interns and Visiting students. If you are interested, please send me an email with your CV, and publications (if any).
(* represents equal contribution)
Mingjie Sun*, Zichao Li*, Chaowei Xiao*, Haonan Qiu, Bhavya Kailkhura, MingyanLiu, Bo Li.
ICCV 2021
Yulong Cao*, Ningfei Wang*, Chaowei Xiao*, Dawei Yang*, Jin Fang, RuigangYang, Qi Alfred Chen, Mingyan Liu, Bo Li.
IEEE Symposium on Security and Privacy (Oakland) 2021
Aria Rezaei, Chaowei Xiao, Jie Gao, Bo Li, Sirajum Munir.
Embedded Wireless Systems and Networks (EWSN 2021)Best Paper Award
Haonan Qiu*, Chaowei Xiao*, Lei Yang*, Xinchen Yan, Honglak Lee, Bo Li.
ECCV 2020
Huan Zhang*, Hongge Chen*, Chaowei Xiao, Bo Li, Mingyan Liu, Duane Boning, Cho-Jui Hsieh.
NeurIPS 2020 (Spotlight).
Huan Zhang, Hongge Chen, Chaowei Xiao, Sven Gowal, Robert Stanforth, Bo Li, Duane Boning, Cho-Jui Hsieh.
ICLR 2020.
Chaowei Xiao, Ruizhi Deng, Bo Li, Taesung Lee, Jinfeng Yi, Ian Molloy, Mingyan Liu, Dawn Song
In International Conference on Computer Vision (ICCV) 2019.
Chaowei Xiao*, Dawei Yang*, Bo Li, Jia Deng, Mingyan Liu
In IEEE Conference on Computer Vision and Pattern Recognition (CVPR) 2019. (Oral presentation) [pdf]
Kin Sum Liu, Chaowie Xiao , Bo Li, Jie Gao
In IEEE International Conference on Data Mining (ICDM) 2019
Liang Tong, Bo Li, Chen Hajaj, Chaowei Xiao, Ning Zhang, Yevgeniy Vorobeychik.
In USENIX Security 2019.
Yulong Cao, Chaowei Xiao, Benjamin Cyr, Yimeng Zhou, Won Park, Sara Rampazzi, Qi Alfred Chen, Kevin Fu, Z. Morely Map
In the 26th ACM Conference on Computer and Communications Security (CCS'19) [pdf]
Chaowei Xiao, Duizhi Deng, Bo Li, Fisher Yu, Mingyan Liu and Dawn Song
In European Conference on Computer Vision (ECCV), 2018 [pdf][supplementary material]
Chaowei Xiao*, Jun-Yan Zhu*, Bo Li, Warren He, Mingyan Liu and Dawn Song
In International Conference on Learning Representations (ICLR), 2018 [pdf]
Chaowei Xiao, Bo Li, Jun-Yan Zhu, Warren He, Mingyan Liu and Dawn Song
In International Joint Conference on Artificial Intelligence (IJCAI), 2018. [pdf]
Chaowei Xiao, Armin Sarabi,Yang Liu , Bo Li, Mingyan Liu and Tudor Dumitras
In USENIX Security Symposium (USENIX Security), 2018 [pdf]
Kevin Eykholt*, Ivan Evtimov*, Earlence Fernandes, Bo Li, Amir Rahmati, Chaowei Xiao, Atul Prakash, Tadayoshi Kohno and Dawn Song
In IEEE Conference on Computer Vision and Pattern Recognition (CVPR), 2018 [pdf]
Chenshu Wu, Zheng Yang, Chaowei Xiao, Chaofan Yang, Yunhao Liu and Mingyan Liu
In IEEE International Conference on Computer Communications (INFOCOM), 2015
Lei Yang, Yekui Chen, Xiangyang Li, Chaowei Xiao, Mo Li and Yunhao Liu
In International Conference on Mobile Computing and Networking (MobiCom), 2014. Best Paper Award


Press the calendar navigation arrows to trigger the calendarNavigated event
calendarNavigated
Navigated to date: {{calendarChangedDate}}


This is an online tool which generates badges (or "shields") based on your inputs. You can preview the badges on the tool and then copy the Markdown/HTML to your GitHub repo's README.md file. Those metadata badges can help people learn about your repo at a glance and make it look professional.
See the repo on GitHub - MichaelCurrin/badge-generator.


--- layout: default title: Ariato --- form CSS elements/form.css Legend Text Field: Disabled Text Field: Readonly Text Field: Text Area: Disabled Text Area: I'm disabled Readonly Text Area: I'm readonly Select Element: Option 1 Option 2 Option 1 Option 2 Disabled Option Disabled Select Element: Unselectable Option This option should not even be seen Select multiple todo Some text goes here Another choice could be here Yet another item to be chosen Some text goes here Another choice could be here Yet another item to be chosen Some text goes here Another choice could be here Yet another item to be chosen Radio buttons Radio 1 Radio 2 Radio 3 Radio Disabled Checkboxes Checkbox 1 Checkbox 2 Checkbox 3 Checkbox Disabled Switches Checkbox 1 Checkbox 2 Checkbox 3 Checkbox Disabled Email: Password: File Input: URL: Telephone: Number: Search: Date: Time: Color: Datalist: Range: Output: 42 Progress: Meter: 350 degrees Meter: Button Element Legend Text Field: Disabled Text Field: Readonly Text Field: Text Area: Disabled Text Area: I'm disabled Disabled Text Area: I'm readonly Select Element: Option 1 Option 2 Option 1 Option 2 Disabled Option Disabled Select Element: Unselectable Option This option should not even be seen Radio buttons Radio 1 Radio 2 Radio 3 Radio Disabled Checkboxes Checkbox 1 Checkbox 2 Checkbox 3 Checkbox Disabled Email: Password: File Input: URL: Telephone: Number: Search: Date: Time: Color: Datalist: Range: Output: 42 Progress: Meter: 350 degrees Button Element
CSS elements/form.css


--- layout: post title: Getting started with puppet date: 2015-07-05 13:26:02.000000000 +01:00 description: "A basic hello world for puppet" categories: devops published: true type: post featured: false author: garfieldmoore image: 'http://dd03isve2g8o3.cloudfront.net/puppet.jpeg' ---
I've recently started using Puppet. One of the things I first struggled with was creating a hello world application.
If you look at the getting started documentation you are pointed to a Puppet hello world. This was promising but turned out to be more complicated than I had hoped as it was configuring a client and a server.
The installation guide mentioned Puppet Standalone. This sounded like what I wanted but I couldn’t find any other information about installing in this mode.
This isn’t surprising as the documentation is aimed at enterprise use and this wouldn’t be valuable in that context.
After some trial and error I realised that to install standalone puppet you simply download the puppet agent MSI.
Once installed, we just need to write a script to do something. The simplest thing I could think of is to create a folder and write a file into the new folder.
Puppet declares the steps to set up a machine in puppet classes. Once I found an example the file type on Puppet Cookbooks it was pretty simple to create this script;
class MyFirstScript{
file{'c:\HelloWorld\hellowWorld.txt':
ensure =>file,
content => 'Hello world!',
}
file{"c:\HelloWorld":
ensure =>"directory",}
}
include MyFirstScript
Save this as MyFirstScript.pp. pp is the extension used for puppet scripts.
The script creates a file called hellowWorld.txt in the c:\HelloWorld folder and adds some content to the file.
Running the script
Now we’re going to check the script is valid and execute the script.
Open a command window and use the puppet command to check the syntax of the script;
puppet parser validate MyFirstScript.ppNow to run this locally at the command line.
puppet apply MyfirstScript.ppYou should now be able to navigate to the file to check it’s been created.
Next steps
This isn’t particularly useful but it shows how to install and run your first script in puppet.
Puppet labs have some great resources to learn about puppet and there are plenty of example modules and cookbooks.


---
layout: post
title: First Post
date: '2006-10-12T09:00:00.000-04:00'
author: Pat Hyatt
description: My first, and useless post
tags:
modified_time: '2006-10-12T09:03:57.350-04:00'
blogger_id: tag:blogger.com,1999:blog-1130780247100205939.post-8999602333209477202
blogger_orig_url: http://patpack.blogspot.com/2006/10/first-post.html
redirect_from:
- /2006/10/first-post.html
---
This is my first post on this blog.
I've created this blog mainly to share whatever development achievements and/or solutions I have created.
If I update this frequently is the next question....TBD


Fill in all steps for completing the process.
{{item.label}}
{{externalGlobComment}}
Please upload all files in pdf format,upload only A4 Size, portrait orientation and file size should be less than 4 MB.
Section 511 of the Companies act No 07 of 2007: “Where in any return, report, certificate, balance sheet or other document, required by or for the purposes of this Act, any person wilfully makes a statement which is false in any material particular knowing it to be false, shall be guilty of an offence and be liable on conviction to a fine not exceeding one million rupees or to imprisonment for a term not exceeding five years or to both such fine and imprisonment ”
Please complete auditor firm change by clicking below 'Complete' button
If yes, you will not be able to revert back.


Quartz is a is a full-featured, open source job scheduling system that can be used from smallest apps to large scale enterprise systems. Abp.Quartz package simply integrates Quartz to ASP.NET Boilerplate.
ASP.NET Boilerplate has a built-in persistent background job queue and background worker system. Quartz can be a good alternative if you have advanced scheduling requirements for your background workers. Also, Hangfire can be a good alternative for persistent background job queue.
Install Abp.Quartz nuget package to your project and add a DependsOn attribute to your module for AbpQuartzModule:
[DependsOn(typeof (AbpQuartzModule))]
public class YourModule : AbpModule
{
//...
}
To create a new job, you can either implement Quartz's IJob interface, or derive from JobBase class (defined in Abp.Quartz package) that has some helper properties/methods (for logging and localization for example). A simple job class is shown below:
public class MyLogJob : JobBase, ITransientDependency
{
public override void Execute(IJobExecutionContext context)
{
Logger.Info("Executed MyLogJob :)");
}
}
We simply implemented the Execute method to write a log. You can see Quartz's documentation for more.
IQuartzScheduleJobManager is used to schedule jobs. You can inject it to your class (or you can Resolve and use it in your module's PostInitialize method) to schedule jobs. An example Controller that schedules a job:
public class HomeController : AbpController
{
private readonly IQuartzScheduleJobManager _jobManager;
public HomeController(IQuartzScheduleJobManager jobManager)
{
_jobManager = jobManager;
}
public async Task<ActionResult> ScheduleJob()
{
await _jobManager.ScheduleAsync<MyLogJob>(
job =>
{
job.WithIdentity("MyLogJobIdentity", "MyGroup")
.WithDescription("A job to simply write logs.");
},
trigger =>
{
trigger.StartNow()
.WithSimpleSchedule(schedule =>
{
schedule.RepeatForever()
.WithIntervalInSeconds(5)
.Build();
});
});
return Content("OK, scheduled!");
}
}
Please see Quartz's documentation for more information about Quartz.


IgeTextureAtlas CLASS
Declared in IgeTextureAtlas.js
Texture maps provide a way to display textures across a tile map.
Methods
dataSource
Get / set the data source that the atlas system will use to retrieve new map data when required.
dataSource({String, Object} ds)
- {String, Object}ds The url of the data source API endpoint or the actual map data object.
Returns {*}
bufferZone
Gets / sets the extra data to load around the main texture map size to try to mitigate loading times on new data.
bufferZone({Number} x, {Number} y)
- {Number}x The number of pixels along the x axis to load.
- {Number}y The number of pixels along the y axis to load.
Returns {*}


Branching is where you can experiment on various features in your code without running the risk of losing your main project.


Copyright © 2017-2023 World Wide Web Consortium. W3C® liability, trademark and permissive document license rules apply.
W3C Web of Things enables applications to interact with and orchestrate connected Things at the Web scale. The standardized abstract interaction model exposed by the WoT Thing Description enables applications to scale and evolve independently of the individual Things.
Many network-level protocols, standards and platforms for connected Things have already been developed, and have millions of devices deployed in the field today. These standards are converging on a common set of transport protocols and transfer layers, but each has peculiar content formats, payload schemas, and data types.
Despite using unique formats and data models, the high-level interactions exposed by most connected things can be modeled using the Property, Action, and Event interaction affordances of the WoT Thing Description.
Binding Templates enable a Thing Description to be adapted to a specific protocol, data payload formats or platforms that combine both in specific ways. This is done through additional descriptive vocabularies, Thing Models and examples that aim to guide the implementors of Things and Consumers alike.
This core specification document acts as a base and explains how other binding templates should be designed. Concrete binding templates are then provided in their respective documents, referred to as subspecifications, that are linked to from this document.
This section describes the status of this document at the time of its publication. A list of current W3C publications and the latest revision of this technical report can be found in the W3C technical reports index at https://www.w3.org/TR/.
Please contribute to this draft using the GitHub Issue feature of the WoT Binding Templates repository. For feedback on security and privacy considerations, please use the WoT Security and Privacy Issues, as they are cross-cutting over all our documents.
This document was published by the Web of Things Working Group as a Group Note using the Note track.
This Group Note is endorsed by the Web of Things Working Group, but is not endorsed by W3C itself nor its Members.
This is a draft document and may be updated, replaced or obsoleted by other documents at any time. It is inappropriate to cite this document as other than work in progress.
The W3C Patent Policy does not carry any licensing requirements or commitments on this document.
This document is governed by the 2 November 2021 W3C Process Document.
IoT addresses multiple use cases from different application domains, while requiring different deployment patterns for devices. This results in different protocols and media types, creating the central challenge for the Web of Things: enabling interactions with the plethora of different IoT platforms and devices that do not follow any particular standard, but provide an eligible interface over a suitable network protocol. WoT is addressing this challenge through Binding Templates.
Binding Templates consist of multiple specifications, referred to as a subspecification in this document, that enable an application client (a WoT Consumer) to interact, using WoT Thing Description[WOT-THING-DESCRIPTION] (TD), with Things that exhibit diverse protocols, payload formats and a combination of these in platforms and frameworks. The mechanism that allows Consumers to interact with a variety of Things is called the Binding Mechanism, without which TDs could not build Hypermedia Controls as explained in the [WOT-ARCHITECTURE].
When describing a particular IoT device or platform, the corresponding Binding Template can be used to look up the communication metadata that is to be provided in the Thing Description to support that platform. Figure 1 shows how Binding Templates are used. Based on the protocol, media type or platform binding template, a TD is created. The Consumer that is processing a TD implements the required Binding Template that is present in the TD by including a corresponding protocol stack, media type encoder/decoder or platform stack and by configuring the stack (or its messages) according to the information given in the TD such as serialization format of the messages and header options.
Each Interaction Affordance in a TD needs to have a binding
to a protocol and to a payload format.
Figure 2 below illustrates an excerpt
of a TD of a robot arm with of HTTP and JSON bindings. Here,
the Consumer intends to invoke an action of the robot arm
(goTo
) in order to move it to the position x
equals 12 and y equals 100. In order to do so, it creates the
correct payload, serializes it and sends it using the correct
protocol options. The Thing gets the message over the network
and responds with a message that corresponds to its TD. Other
protocols, payload formats or their combination are possible
and are explained in 4. Binding Template
Mechanisms.
The editors also recommend reading the related chapters in [WOT-ARCHITECTURE], such as WoT Binding Templates Building Block, Hypermedia Controls, Protocol Bindings and Media Types.
As well as sections marked as non-normative, all authoring guidelines, diagrams, examples, and notes in this specification are non-normative. Everything else in this specification is normative.
The key words MAY, MUST, SHOULD, and SHOULD NOT in this document are to be interpreted as described in BCP 14 [RFC2119] [RFC8174] when, and only when, they appear in all capitals, as shown here.
This section is non-normative.
The fundamental WoT terminology such as Thing, Consumer, Thing Description (TD), Interaction Model, Interaction Affordance, Property, Action, Event, Data Schema, Content Type, Protocol Binding, Binding Template, Servient, Vocabulary, WoT Interface, WoT Runtime, IoT Platform, etc. is defined in Section 3 of the WoT Architecture specification [WOT-ARCHITECTURE].
In addition, this specification introduces the following definitions:
TDs can be bound to specific protocols, payload formats and platforms. This is possible through the three core mechanisms that allow WoT to be used in various domains and scenarios. This section explains how these binding mechanism types are structured, should be specified, and links to corresponding binding documents (subspecifications). These 3 types of mechanisms are:
Each Binding Template Subspecification is an independent document that has a separate list of authors and publication date. This document, called the Binding Template Core Specification, explains the binding mechanism by giving requirements per respective binding category and links to the respective subspecification. These can be found in sections 4.1 Protocol Binding Templates, 4.2.1 Introduction to Payload Binding Templates and 4.3.1 Introduction to Platform Binding Templates.
Each Protocol and Payload Binding Template is specified in a way that they stay independent from each other. This means that each document can be read independently from the other and can be also developed independently. However, Platform Binding Templates are dependent on the Protocol and Payload Binding Templates, since a given platform uses different protocols and payload formats that need to be specified first in their respective binding templates and referred to within a Platform Binding Template.
[WOT-THING-DESCRIPTION]
defines abstract operations such as
readproperty
, invokeaction
and
subscribeevent
that describe the intended
semantics of performing the operation described by the form
in a Thing Description. In
order for the operations to be performed on the affordance,
a binding of the operation to the protocol needs to happen.
In other words, the form needs to contain all the
information for a Consumer to, for example read a property,
with the protocol in the form.
Most protocols have a relatively small set of methods
that define the message type, the semantic intention of the
message. REST and PubSub architecture patterns result in
different protocols with different methods. Each target
protocol may specify different method names for similar
operations, and there may be semantic differences between
similar method names of different protocols. Additionally,
Things may use different
methods for performing a particular WoT operation. For
example, an HTTP POST request may be used for a
writeproperty
operation in one Thing, while
HTTP PUT may be used in another. For these reasons, Thing
Descriptions require the ability to specify which method to
use per operation.
Common methods found in REST and PubSub protocols are
GET, PUT, POST, DELETE, PUBLISH, and SUBSCRIBE. Binding
Templates describe how these existing methods and
associated vocabularies can be used in a Thing Description to
bind to the WoT operations. This is done by defining the
URI scheme of the protocol and mapping the protocol methods
to the abstract WoT operations such as
readproperty
, invokeaction
and
subscribeevent
. In some cases, additional
instructions are provided to explain how the vocabulary
terms should be used in different cases of protocol
usage.
The examples below show the binding of the
readproperty
operation for the HTTP and Modbus
protocols. Please note that these are examples and please
always refer to the corresponding binding to learn about
the relevant vocabulary terms and their values.
|
Example 1: Binding example of a
readproperty operation to HTTP
|
Example 2: Binding example of a
readproperty operation to Modbus
|
The form elements in the examples above convey the following statements:
readproperty
of
the subject Property Affordance by performing an HTTP GET
request on the resource props/temperature
to
the host at example.com
on port
80
(Port 80 is assumed as per
[RFC2616]).readproperty
of
the subject Property Affordance using the
readCoil
function of Modbus at coil
1
of the device with the
<IP_ADDRESS>
address at its port
60000
These bindings and their statements are possible for
other operations and protocols as well. Below are examples
for invokeaction
and
subscribeevent
:
|
Example 3: Binding example of an
invokeaction operation to HTTP
|
Example 4: Binding example of a
subscribeevent operation to MQTT
|
The form elements in the examples above convey the following statements:
invokeaction
of
the subject Action Affordance by performing an HTTP POST
request on the resource example/levelaction
to the host at <IP_ADDRESS>
on port
8081
.subscribeevent
of
the subject Event Affordance by connecting to the MQTT
broker at iot.platform.com
and port
8088
, then subscribing to the topic
thing1/events/overheating
.In some cases, header options or other parameters of the
protocols need to be included. Given that these are highly
protocol dependent, please refer to the bindings listed in
4.1.3 Existing Protocol
Binding Templates. Additionally, protocols may have
defined Subprotocols that can be used for some interaction
types. For example, to receive asynchronous notifications
using HTTP, some servers may support long polling
(longpoll
), WebSub [WebSub] (websub
) and
Server-Sent Events [eventsource]
(sse
).
As defined in [WOT-ARCHITECTURE],
a subprotocol is an extension mechanism to a protocol. A
subprotocol can require a sequence of protocol messages
or a specific structure of message payloads, which can
have its own semantics within that subprotocol. The use
of a subprotocol is expressed with the
subprotocol
field, as defined in
[WOT-THING-DESCRIPTION].
It can be used in a form instance to indicate the use of
one of these protocols, for example long polling with its
special use of HTTP:
{
"op": "subscribeevent",
"href": "https://mylamp.example.com/overheating",
"subprotocol": "longpoll"
}
The values that the subprotocol
term can
take is not constrained by the [WOT-THING-DESCRIPTION]
since different protocols can have different
subprotocols. Correspondingly, subprotocols are linked to
the protocol they are extending and should be understood
together with the protocol indicated in href
of the forms (or the base
). For WebSockets,
the IANA-registered Websocket Subprotocols
[iana-web-socket-registry]
may be used. For CoAP,
"subprotocol":"cov:observe"
can be used to
describe asynchronous observation operations as defined
by [RFC6741].
The subprotocols can be defined and explained as a part
of a protocol or platform binding subspecification.
Overall, a protocol binding template specifies the values and structure of certain vocabulary terms in a TD. The table below lists the vocabulary term, the class it belongs to and whether the subspecification is required to specify the values the term can take. In addition to these, additional terms for describing protocol options are typically added.
| Vocabulary Term | Class | Specification Requirement |
|---|---|---|
| @context | Thing | mandatory |
| href | Form | mandatory |
| subprotocol | Form | optional |
| contentType | Form | optional |
| contentType | ExpectedResponse | optional |
| contentType | AdditionalExpectedResponse | optional |
| contentCoding | Form | optional |
The table below summarizes the currently specified protocols in their respective Binding Template Subspecification.
| Abbreviation | Name | Link to Binding Template | Link to Ontology |
|---|---|---|---|
| HTTP | Hypertext Transfer Protocol | Binding Template | Ontology |
| CoAP | Constrained Application Protocol | Binding Template | Ontology |
| MQTT | Message Queuing Telemetry Transport | Binding Template | Ontology |
| Modbus | Modbus | Binding Template | Ontology |
Protocol Binding Templates contain vocabularies that extend the vocabulary found in the [WOT-THING-DESCRIPTION]. This means that the way a TD is consumed and how the interactions happen with the Thing are adapted to such vocabularies. The steps below explain how this process typically looks like.
href
member and the base
(if
exists) and identify the protocol.
subprotocol
or other vocabulary terms
introduced by the protocol binding. The interaction
affordance data exchanged with the Thing SHOULD be according to the Data Schema
and Content Type present
in the TD. The corresponding Data Schema to the
operation can be found in the [WOT-THING-DESCRIPTION],
table called Mapping op Values to Data Schemas.
When creating a new protocol binding template subspecification, e.g. based on a new communication protocol, the proposed document should enable implementations of this binding in an interoperable way for Consumer and Producer implementations. More specifically, each Binding Template Subspecification MUST specify the following:
base
or in the href
term
of the forms
container. These can be
officially registered ones at IANA [iana-uri-schemes]
(e.g. "https://"
, "coap://"
) or
they can be declared in the protocol subspecification
(e.g. "mqtt://"
,
"modbus+tcp://"
). How the full URI can be
constructed for different affordances (or resources)
MUST be specified as well.@context
Usage and Ontology: A
vocabulary that allows adding protocol options to a Thing
Description forms SHOULD be
provided to allow semantic annotations of the operations
with protocol specific information. The prefix and IRI to
be used in the @context
in order to link to
the vocabulary of the protocol SHOULD be also provided. The prefix
SHOULD use the v
suffix notation in order to avoid confusion with the URI
scheme of the protocol (e.g. htv
for HTTP
and mqv
for MQTT).readproperty
,
invokeaction
, etc.) to concrete protocol
message types or methods. When specifying the mapping,
the mapping SHOULD be
bidirectional, i.e. it should be clear how to do a
readproperty
operation with the given
protocol and how an existing implementation's endpoints
can be mapped to a WoT operation should be also
clear.A template is also provided for new protocol binding template specifications at the GitHub Repository.
[WOT-THING-DESCRIPTION]
defines two mechanisms to describe how a payload of a
message over any protocol can look like. Firstly, media
types [IANA-MEDIA-TYPES] describe the
serialization used for sending and receiving the data with
a protocol. They are represented within the
contentType
in the Forms of a TD, which is
mandatory for each Interaction Affordance. Secondly, it
defines the Data Schema concept to describe the structure
of the messages, which are used together with media types.
The combination of the two allows any message to be
described in a TD, allowing correct serialization and
deserialization of the messages by the Thing and
Consumers.
In the rest of this section at <IP_ADDRESS> Content Types and <IP_ADDRESS> Data Schemas, you can find examples of how payload bindings can look like. At 4.2.3 Existing Payload Binding Templates you can find the current payload binding templates and 4.2.4 Creating a new Payload Binding Template Subspecification explains how new payload binding templates can be created.
Content type includes the media type and potential parameters for the media type and it enables proper processing of the serialized documents. This way, the messages can be exchanged in any format and allow the upper layers of an application to adapt to different formats. In some cases such as images, videos or any unstructured data, content type is enough to describe the payload but in cases like JSON ([RFC8259]) a Data Schema is usually provided, like explained in <IP_ADDRESS> Data Schemas.
For example, a number payload can be serialized as
JSON or XML and be indicated in the
contentType
of the forms with
application/json
or
application/xml
, respectively. Further
parametrization is possible via the plus (+
)
or the semicolon (;
) notations.
In the example below, you can find the form elements
with content types for JSON and plain text with
additional parameters. In this specific case, the forms
describe that reading this property with
http
or coap
result in
different content types. For structured media types, a
Data Schema is generally provided in the affordance level
as explained in <IP_ADDRESS> Data
Schemas and
in the Data Schema section of the TD specification.
However, for unstructured data such as images and videos,
a Data Schema is typically not available.
{
"forms":[
{
"href": "http://example.com/properties/temperature",
"op": "readproperty",
"contentType": "application/json"
},
{
"href": "coap://example.com/properties/temperature",
"op": "readproperty",
"contentType": "text/plain;charset=utf-8"
}]
}
Other content types can be also expressed in TDs. In the list below, examples of different content type variations can be found. These content types can replace the ones in Example 6.
image/jpeg
: JPEG imagevideo/mp4
: MP4 Videoapplication/octet-stream
: Generic
binary streamData Schema, as explained in [WOT-THING-DESCRIPTION], describes the structure of the messages, which are used together with media types. Even though it is largely inspired by JSON Schema [json-schema], it can be used for describing other payload types such as [XML], string-encoded images, bit representations of integers, etc. Data Schema SHOULD be used in addition to the media types.
Depending on the case, the structure of the messages can be anything from a simple number to arrays or objects with multiple levels of nesting. Existing IoT Platforms and Standards have certain payload formats with variations on how the data is structured. As explained in [WOT-THING-DESCRIPTION], Data Schema can be used in a TD in one of the following places:
input
and
output
vocabulary terms are used to
provide two different schemas when data is exchanged in
both directions, such as in the case of invoking an
Action Affordance with input parameters and receiving
status information.data
,
dataResponse
, subscription
and cancellation
are used to describe the
payload when the event data is delivered by the Exposed
Thing, the payload to reply with for event deliveries,
the payload needed to subscribe to the event and the
payload needed to cancel receiving event data from the
Exposed Thing, respectively.uriVariables
can describe the data
that needs to be supplied inside the request URI as a
string.Below is an example of a simple JSON object payload with the corresponding Data Schema. Examples from various IoT Platforms and Standards can be found in B. Examples of Payloads and Data Schemas from IoT Platforms and Standards.
|
Example
7:
Simple JSON Object Payload
|
Example 8: DataSchema for Simple JSON
Object Payload
|
Overall, a payload binding template specifies the values and structure of certain vocabulary terms in a TD. The table below lists the vocabulary term, the class it belongs to and whether the subspecification is required to specify the values the term can take. In addition to these, additional vocabulary terms can be added and restrictions to Data Schema terms can be placed.
| Term | Class | Specification Requirement |
|---|---|---|
| contentType | Form | mandatory |
| contentType | ExpectedResponse | optional |
| contentType | AdditionalExpectedResponse | optional |
| contentCoding | Form | optional |
| Abbreviation | Name | Media Type | Link |
|---|---|---|---|
| JSON | JavaScript Object Notation | application/json |
Planned |
| XML | eXtensible Markup Language | application/xml |
Link (Work in Progress) |
| text | text | text/plain |
Planned |
| Unstructured Data | Unstructured Data | various | Planned |
Each payload binding template subspecification,
SHOULD contain the respective
media type. Ideally this media type has been registered at
the IANA registry [IANA-MEDIA-TYPES] with a
corresponding mime type (e.g.
application/json
). If it is not registered,
the binding document can propose a mime type. Additionally,
how that media type is represented in a Data Schema
SHOULD be demonstrated with
examples. In all cases, the following information
SHOULD be provided:
There are already various IoT platforms on the market that allows exposing physical and virtual Things to the Internet. These platforms generally require a certain use of a protocol and payload. Thus, they can be seen as a combination of the 4.1 Protocol Binding Templates and 4.2 Payload Binding Templates. In these cases, the use of protocol and payload bindings needs to be supported with how they are related to each other in the specific platform.
For example, Things of a certain platform can require the usage of HTTP and Websockets together with certain JSON payload structures. Thus, Platform Binding subspecifications provide Thing Models and examples of TDs that allow to semantically group multiple binding templates. This allows creation of TDs for these platforms in a consistent manner and makes it easier to develop Consumers for them.
Since Platform Binding Templates combine the usage of protocol and payload binding templates, the vocabulary terms and values they can specify are the combination of vocabulary terms in Table 1 and Table 3. Similarly, a Platform Binding subspecification SHOULD NOT introduce new protocol binding templates or media types inside its own document. If a Platform Binding subspecification requires the usage of protocol or media type, corresponding protocol or payload binding templates MUST be created first.
The table below summarizes the currently specified platform binding template subspecifications.
| Name | Link |
|---|---|
| Philips Hue | Planned |
| ECHONET | Planned |
| OPC-UA | Planned |
Depending on the platform and the variety of devices it proposes, each platform binding template subspecification will be structured differently. When the platforms offer a reasonable set of device types, a Thing Model for each device type SHOULD be provided. In other cases, possible devices SHOULD be generalized by providing a set of example Thing Models or TDs. In all cases, the following information SHOULD be provided:
This section is non-normative.
The following TD examples uses HTTP, CoAP and MQTT Protocol
Binding Templates. These TDs have Context Extensions which
assume that there is a CoAP and MQTT in RDF vocabulary similar
to [HTTP-in-RDF10] that is
accessible via the namespaces
http://www.example.org/coap-binding#
and
http://www.example.org/mqtt-binding#
,
respectively. Please note that the TD context at
"https://www.w3.org/2019/wot/td/v1"
already
includes the [HTTP-in-RDF10], so HTTP
context extensions can be directly used and make sure to look
at the Binding Template subspecifications to
find the most up-to-date vocabulary terms and examples.
The context extensions we see below have the following instructions to the TD Consumer:
"htv:methodName"
member instructs the
Consumer which HTTP method has to be applied (e.g.,
"GET"
for retrieving a resource or
"POST"
for sending data to a resource)."cov:method"
member instructs the Consumer
which CoAP method has to be applied (e.g., "GET"
for the CoAP Method Code 0.01, "POST"
for the
CoAP Method Code 0.02, or iPATCH
for CoAP Method
Code 0.07)."mqv:controlPacket"
member instructs the
Consumer which MQTT command has to be applied (e.g.,
"subscribe"
for the subscribing to a topic and
"unsubscribe"
for unsubscribing).First, a TD with multiple protocols is introduced where each interaction affordance has one form with one protocol.
{
"@context": [
"https://www.w3.org/2022/wot/td/v1.1",
{
"cov": "http://www.example.org/coap-binding#",
"mqv": "http://www.example.org/mqtt-binding#"
}
],
"title": "Lamp",
"id": "urn:dev:ops:32473-WoTLamp-1234",
"securityDefinitions": {
"nosec_sc": {
"scheme": "nosec"
}
},
"security": ["nosec_sc"],
"properties": {
"switchState": {
"type": "boolean",
"readOnly": true,
"observable": false,
"forms": [
{
"href": "http://example.com/light/switchstate",
"op": "readproperty",
"contentType": "application/json",
"htv:methodName":"GET"
}
]
},
"brightness": {
"type": "number",
"readOnly": true,
"observable": false,
"forms": [
{
"href": "coap://example.com/light/brightness",
"op": "readproperty",
"contentType": "application/json",
"cov:method": "GET"
}
]
}
},
"actions": {
"switchLight": {
"input": {
"type": "boolean"
},
"forms": [
{
"href": "http://example.com/switch/state",
"op": "invokeaction",
"contentType": "application/json",
"htv:methodName":"POST"
}
]
},
"setBrightness": {
"input": {
"type": "number",
"maximum":255
},
"forms": [
{
"href": "coap://example.com/light/brightness",
"op": "invokeaction",
"contentType": "application/json",
"cov:method": "POST"
}
]
}
},
"events":{
"concentration": {
"title": "Gas Concentration Event Stream",
"data":{
"type": "integer",
"minimum": -1,
"maximum": 65535
},
"forms": [
{
"href": "mqtt://broker.com",
"contentType": "application/json",
"op": "subscribeevent",
"mqv:filter": "application/deviceid/sensor/concentration",
"mqv:controlPacket": "subscribe"
}
]
}
}
}
Another version of the previous TD with multiple protocol
options per form is shown below. Notably, the
brightness
property can be read via HTTP and CoAP,
and observed via MQTT; concentration
event can be
subscribed to via CoAP and MQTT. In this case, the Consumer
would pick the form it can support based on its internal
implementation, e.g. whether it has CoAP protocol stack or
not.
{
"@context": [
"https://www.w3.org/2022/wot/td/v1.1",
{
"cov": "http://www.example.org/coap-binding#",
"mqv": "http://www.example.org/mqtt-binding#"
}
],
"title": "Lamp",
"id": "urn:dev:ops:32473-WoTLamp-5678",
"securityDefinitions": {
"nosec_sc": {
"scheme": "nosec"
}
},
"security": ["nosec_sc"],
"properties": {
"switchState": {
"type": "boolean",
"readOnly": true,
"observable": false,
"forms": [
{
"href": "http://example.com/light/switchstate",
"op": "readproperty",
"contentType": "application/json",
"htv:methodName":"GET"
},
{
"href": "coap://example.com/light/switchstate",
"op": "readproperty",
"contentType": "application/json",
"cov:method": "GET"
}
]
},
"brightness": {
"type": "number",
"readOnly": true,
"observable": true,
"forms": [
{
"href": "http://example.com/light/switchstate",
"op": "readproperty",
"contentType": "application/json",
"htv:methodName":"GET"
},
{
"href": "coap://example.com/light/switchstate",
"op": "readproperty",
"contentType": "application/json",
"cov:method": "GET"
},
{
"href": "mqtt://broker.com",
"mqv:filter": "application/deviceid/sensor/brightness",
"op": "observeproperty",
"mqv:controlPacket": "subscribe"
}
]
}
},
"actions": {
"switchLight": {
"input": {
"type": "boolean"
},
"forms": [
{
"href": "http://example.com/switch/state",
"op": "invokeaction",
"contentType": "application/json",
"htv:methodName":"POST"
}
]
},
"setBrightness": {
"input": {
"type": "number",
"maximum":255
},
"forms": [
{
"href": "coap://example.com/light/brightness",
"op": "invokeaction",
"contentType": "application/json",
"cov:method": "POST"
}
]
}
},
"events":{
"concentration": {
"title": "Gas Concentration Event Stream",
"data":{
"type": "integer",
"minimum": -1,
"maximum": 65535
},
"forms": [
{
"href": "mqtt://broker.com",
"contentType": "application/json",
"op": "subscribeevent",
"mqv:filter": "application/deviceid/sensor/concentration",
"mqv:controlPacket": "subscribe"
},
{
"cov:method": "GET",
"href": "coap://example.com/sensor/gasconcentration",
"contentType": "application/json",
"op": "subscribeevent",
"subprotocol": "cov:observe"
}
]
}
}
}
Security and privacy considerations are still under discussion and development; the content below should be considered preliminary. Due to the complexity of the subject we are considering producing a separate document containing a detailed security and privacy considerations discussion including a risk analysis, threat model, recommended mitigations, and appropriate references to best practices. A summary will be included here. Work in progress is located in the WoT Security and Privacy repository. Please file any security or privacy considerations and/or concerns using the GitHub Issue feature.
Security is a cross-cutting issue that needs to be taken into account in all WoT building blocks. The W3C WoT does not define any new security mechanisms, but provides guidelines to apply the best practices from Web security, IoT security, and information security for general software and hardware considerations.
The WoT Thing Description must be used together with integrity protection mechanisms and access control policies. Users must ensure that no sensitive information is included in the TDs themselves.
The WoT Binding Templates must correctly cover the security mechanisms employed by the underlying IoT platform. Due to the automation of network interactions necessary in the IoT, operators need to ensure that Things are exposed and consumed in a way that is compliant with their security policies.
The WoT Runtime implementation for the WoT Scripting API must have mechanisms to prevent malicious access to the system and isolate scripts in multi-tenant Servients.
Special thanks to all active participants of the W3C Web of Things Interest Group and Working Group for their technical input and suggestions that led to improvements to this document.
As an extension of <IP_ADDRESS> Data Schemas,
this section collects examples of different payloads and their
corresponding DataSchema
. These are from
well-known IoT Platforms and Standards and aim to illustrate
the various ways a payload can look like and how one can
describe it with a Data Schema.
SenML [RFC8428] might use the following construct:
|
Example
11:
SenML Payload Example
|
Example
12: Data
Schema for SenML Payload Example
|
A Batch Collection according to OCF[OCF] may be structured like this:
|
Example
13: OCF
Batch Example
|
Example 14: Data Schema for OCF Batch Payload
Example
|
And an IPSO Smart Object on LWM2M [LWM2M] might look like the following:
|
Example
15:
IPSO/LWM2M Payload Example
|
Example 16: Data Schema for IPSO/LWM2M
Payload Example
|
Referenced in:
Referenced in:
Referenced in:
Referenced in:
Referenced in:


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permalink : /blog
title: Our Blog
summary: Our ideas, thoughts and novell approach makes us different from the others. A human has the gift of thought, and we bring that gift to software.
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Montreal takes on New York on 3-game skid
by Associated PressNew York Rangers (9-9-2, seventh in the Metropolitan Division) vs. Montreal Canadiens (11-6-5, third in the Atlantic Division)
Montreal; Saturday, 7 p.m. EST
BOTTOM LINE: Montreal comes into the matchup against New York as losers of three straight games.
The Canadiens are 5-3-5 in conference matchups. Montreal has given up 19 power-play goals, killing 72.5% of opponent chances.
The Rangers are 3-2-0 against opponents from the Metropolitan Division. New York is seventh in the NHL shooting 11.0% and averaging 3.2 goals on 29.4 shots per game.
The teams match up Saturday for the first time this season.
TOP PERFORMERS: Brendan Gallagher leads the Canadiens with nine goals and has totaled 17 points. Tomas Tatar has collected seven assists over the last 10 games for Montreal.
Artemi Panarin leads the Rangers with 25 points, scoring 11 goals and collecting 14 assists. Pavel Buchnevich has collected eight assists over the last 10 games for New York.
LAST 10 GAMES: Rangers: 5-4-1, averaging 3.2 goals, 5.8 assists, 5.4 penalties and 16 penalty minutes while allowing 3.5 goals per game with a .902 save percentage.
Canadiens: 5-2-3, averaging 2.9 goals, 4.8 assists, three penalties and 6.4 penalty minutes while giving up 3.1 goals per game with a .906 save percentage.
Canadiens Injuries: None listed.
Rangers Injuries: Kaapo Kakko: day to day (illness), Mika Zibanejad: day to day (upper body), Marc Staal: out (ankle).
___
The Associated Press created this story using technology provided by Data Skrive and data from Sportradar.


paragraph 1
paragraph 2
text that's italic and bold
text that's emphasized and strong underline is still underline


Class Subsystem
java.lang.Object
ftc.crazycatladies.nyan.subsystem.Subsystem
- Direct Known Subclasses:
ColorSensorEx
,DcMotorEx
,DistanceSensorEx
,RevTouchSensorEx
,ServoEx
public abstract class Subsystem
extends java.lang.Object
Abstract base class for subsystems following the composite design pattern. Has methods like
init(HardwareMap, OpModeTime)
, start()
, stop()
, etc. which are
intended to be invoked during the execution of these same methods in the OpMode. Methods like
these cascade down to child subsystems automatically in the provided implementation of the methods.-
Field Summary
Fields Modifier and Type Field Description protected ftc.crazycatladies.schrodinger.state.StateMachine<?>
currentSM
protected ftc.crazycatladies.schrodinger.log.DataLogger
logger
protected java.util.List<Subsystem>
subsystems
-
Constructor Summary
Constructors Constructor Description Subsystem()
-
Method Summary
Modifier and Type Method Description void
init(com.qualcomm.robotcore.hardware.HardwareMap hwMap, ftc.crazycatladies.schrodinger.opmode.OpModeTime time)
Initializes the subsystem (and its children) with information from the OpMode and setup the logger.boolean
isDone()
void
log()
Peform logging for the subsystem (and its children) - none in default implementation.void
loop(java.util.Map<java.lang.Integer,com.qualcomm.hardware.lynx.commands.core.LynxGetBulkInputDataResponse> bulkDataResponse)
Perform OpMode loop activities.protected void
loopChildren(java.util.Map<java.lang.Integer,com.qualcomm.hardware.lynx.commands.core.LynxGetBulkInputDataResponse> bulkDataResponse)
protected void
runCurrentSM()
protected <C> void
runSM(ftc.crazycatladies.schrodinger.state.StateMachine<C> sm, C context)
void
start()
Start the subsystem (and its children).java.util.List<java.lang.String>
status()
Returns current statuses which can be used in telemetry, for examplevoid
stop()
Stop the subsystem (and its children).
-
Field Details
-
logger
protected ftc.crazycatladies.schrodinger.log.DataLogger logger -
subsystems
-
currentSM
protected ftc.crazycatladies.schrodinger.state.StateMachine<?> currentSM
-
-
Constructor Details
-
Subsystem
public Subsystem()
-
-
Method Details
-
init
public void init(com.qualcomm.robotcore.hardware.HardwareMap hwMap, ftc.crazycatladies.schrodinger.opmode.OpModeTime time)Initializes the subsystem (and its children) with information from the OpMode and setup the logger. Intended to be called during OpMode.init. Override to implement actual init activities, but in most cases preserve logging setup and base class cascading to children using super.init(hwMap, time)- Parameters:
hwMap
- hardware map from the OpModetime
- time from the OpMode
-
start
public void start()Start the subsystem (and its children). Intended to be called during OpMode.start. Override to implement actual start activities, but in most cases preserve base class cascading to children using super.start() -
loop
public void loop(java.util.Map<java.lang.Integer,com.qualcomm.hardware.lynx.commands.core.LynxGetBulkInputDataResponse> bulkDataResponse)Perform OpMode loop activities. Intended to be called during OpMode.loop or inside a while loop in a LinearOpMode. Override to implement additional loop activities, but in most cases preserve base class cascading to children and state machine execution using super.loop(bulkDataResponse). This method also invokes the subsystem's current state machine if one is set and not yet done.- Parameters:
bulkDataResponse
- contains bulk data from expansion/control hub for increased performance.
-
loopChildren
protected void loopChildren(java.util.Map<java.lang.Integer,com.qualcomm.hardware.lynx.commands.core.LynxGetBulkInputDataResponse> bulkDataResponse) -
runCurrentSM
protected void runCurrentSM() -
log
public void log()Peform logging for the subsystem (and its children) - none in default implementation. Intended to be called during OpMode.loop or inside a while loop in a LinearOpMode. Override to actually implement log activities, but in most cases also preserve base class cascading to children using super.start() -
stop
public void stop()Stop the subsystem (and its children). Intended to be called during OpMode.stop. Override to implement actual stop activities, but in most cases preserve base class cascading to children using super.stop() -
runSM
protected <C> void runSM(ftc.crazycatladies.schrodinger.state.StateMachine<C> sm, C context) -
isDone
public boolean isDone()- Returns:
- true if there is not a current state machine or if the current state machine is done
-
status
public java.util.List<java.lang.String> status()Returns current statuses which can be used in telemetry, for example- Returns:
- a list of status strings from this subsystem (none by default) and children
-


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Conditions in OSWF are similar to functions except that they return a value that equates to boolean true or false.
Each condition must be defined as a child of the conditions element. This element has one attribute called type, which can either be AND or OR. When using the type AND all the condition elements must evaluate to true or the overall condition will return as false. When using the type OR only one condition element must evaluate to true for the overall condition to pass. If you require more complex conditional logic, then consider implementing it yourself using the Condition interface. Note that the type can be omitted if the conditions element contains only one condition.
It is possible to nest conditions by simply specifying additional <conditions> children elements under a <conditions> element, which enables you to express more complex logical operations than a simple AND or OR on a set of conditions on the same level.
Below is a list of some of the builtin Conditions
HasTypedMapValue; (hasProperty)
- name (argument) - The name of a TypedMap to assign a value to
- value (argument) - The String value to be tested
Test a TypedMap value for String equality. If the value is not a String the 'toString' method will be invoke prior to the 'equals'. If the 'name' is not found in the TypedMap an IllegalArgumentException exception will be thrown
HasRole; (hasRole)
- actor (transient) - The actor's role to tested
- role (argument) - The actor's role to tested
Gets the current actor from the transient variables map then uses the SecurityManager to test if this actor has this role; return true or false
HasStatusOf; (hasStatusOf)
- stepId (argument) - The stepId to be tested
- status (argument) - The status of the stepId
Returns true or false if the stepId has this status.
IsStepOwner; (isStepOwner)
- actor (transient) - The current actor
- stepId (argument) - The stepId to be tested
Returns true or false if the stepId is owned by the actor.
IsStringPropertyEqual; (isPropertyEqual)
- name (argument) - The name of a TypedMap to test
- value (argument) - The String value to be tested against
Returns true or false if the value of the TypedMap property reference by name is equal. The 'toString' method is applied to the value before the String 'equals' methods is used to test.


|
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def | __init__ |
| |
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def | key |
| |
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def | mutable_key |
| |
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def | clear_key |
| |
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def | has_key |
| |
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def | new_version |
| |
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def | set_new_version |
| |
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def | clear_new_version |
| |
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def | has_new_version |
| |
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def | MergeFrom |
| |
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def | ParseASCII |
| |
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def | ParseASCIIIgnoreUnknown |
| |
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def | Equals |
| |
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def | IsInitialized |
| |
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def | ByteSize |
| |
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def | ByteSizePartial |
| |
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def | Clear |
| |
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def | OutputUnchecked |
| |
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def | OutputPartial |
| |
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def | TryMerge |
| |
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def | __str__ |
| |
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| lazy_init_lock_ |
| |
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| has_key_ |
| |
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| has_new_version_ |
| |
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| new_version_ |
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int | has_key_ = 0 |
| |
|
| key_ = None |
| |
|
int | has_new_version_ = 0 |
| |
|
int | new_version_ = 0 |
| |
|
int | kkey = 3 |
| |
|
int | knew_version = 4 |
| |
The documentation for this class was generated from the following file:
- code/googleappengine-read-only/python/google/appengine/datastore/datastore_v4_pb.py


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Ravishankar Krishnaswamy
Home
Publications
Teaching
Miscellaneous
Teaching
Spring 2016:
CS6841 (IIT Madras): Advanced Algorithms
Spring 2017:
CS6841 (IIT Madras): Approximation Algorithms
Spring 2018:
CS6841 (IIT Madras): Approximation Algorithms
Spring 2020: CS6841 (IIT Madras): Approximation Algorithms
Spring 2021:
CS6841 (IIT Madras): Approximation Algorithms
Professional Service
PC Member:
SODA 2017
,
SODA 2020
Organizer:
CTAP 2015 Clustering Workshop


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Vaniea, K. E., Rader, E., and Wash, R. (2014). Betrayed by Updates: How Negative Experiences Affect Future Security. In Proceedings of the SIGCHI Conference on Human Factors in Computing Systems, CHI '14, pages 2671--2674, New York, NY, USA. ACM. ZSCC: 0000078 event-place: Toronto, Ontario, Canada. [ DOI | http ]
Khan, M., Bi, Z., and Copeland, J. A. (2012). Software updates as a security metric: Passive identification of update trends and effect on machine infection. In MILCOM 2012 - 2012 IEEE Military Communications Conference, pages 1--6. ZSCC: 0000012. [ DOI ]
Samuel, J., Mathewson, N., Cappos, J., and Dingledine, R. (2010). Survivable Key Compromise in Software Update Systems. In Proceedings of the 17th ACM Conference on Computer and Communications Security, CCS '10, pages 61--72, New York, NY, USA. ACM. ZSCC: 0000061 event-place: Chicago, Illinois, USA. [ DOI | http ]
Gkantsidis, C., Karagiannis, T., and VojnoviC, M. (2006). Planet Scale Software Updates. In Proceedings of the 2006 Conference on Applications, Technologies, Architectures, and Protocols for Computer Communications, SIGCOMM '06, pages 423--434, New York, NY, USA. ACM. ZSCC: 0000152 event-place: Pisa, Italy. [ DOI | http ]
Apple security updates. https://support.apple.com/en-us/HT201222. Accessed: 2019-11-21.
Doffman, Z. Apple fixes serious ios 13, ipados 13 and catalina security issues: Update your devices now. https://www.forbes.com/sites/zakdoffman/2019/10/31/apple-patches-serious-ios-13-and-catalina-security-issues-update-your-devices-now/\#396ed6f2c2a7. Accessed: 2019-11-21.
2019 android security bulletins. https://source.android.com/security/bulletin/2019. Accessed: 2019-11-21.
O'Donnell, L. Google discloses android camera hijack hack. https://threatpost.com/google-android-camera-hijack-hack/150409/. Accessed: 2019-11-21.
Security update guide. https://portal.msrc.microsoft.com/en-us/security-guidance. Accessed: 2019-11-21.
Microsoft's november 2019 patch tuesday arrives with a patch for an ie zero-day. https://www.zdnet.com/article/microsofts-november-2019-patch-tuesday-arrives-with-a-patch-for-an-ie-zero-day/.
Hesse, B. How to protect yourself from the new macos security vulnerability. https://lifehacker.com/how-to-protect-yourself-from-the-new-macos-security-vul-1835845551. Accessed: 2019-11-21.
Ubuntu security notices. https://usn.ubuntu.com/. Accessed: 2019-11-21.
Nestor, M. Canonical outs major linux kernel security updates for all supported ubuntu oses. https://news.softpedia.com/news/canonical-outs-important-linux-kernel-updates-for-all-supported-ubuntu-releases-528153.shtml. Accessed: 2019-11-21.
Ps4 system software update. https://www.playstation.com/en-us/support/system-updates/ps4/. Accessed: 2019-11-21.
Market share statistics for internet technologies. https://netmarketshare.com/operating-system-market-share.aspx?options=\%7B"filter"\%3A\%7B"\%24and"\%3A\%5B\%7B"deviceType"\%3A\%7B"\%24in"\%3A\%5B"Desktop\%2Flaptop"\%5D\%7D\%7D\%5D\%7D\%2C"dateLabel"\%3A"Trend"\%2C"attributes"\%3A"share"\%2C"group"\%3A"platformVersion"\%2C"sort"\%3A\%7B"share"\%3A-1\%7D\%2C"id"\%3A"platformsDesktopVersions"\%2C"dateInterval"\%3A"Monthly"\%2C"dateStart"\%3A"2018-10"\%2C"dateEnd"\%3A"2019-09"\%2C"segments"\%3A"-1000"\%7D. Accessed: 20198-11-21.
Landi, H. 70% of medical devices will be running unsupported windows operating systems by january: report. https://www.fiercehealthcare.com/tech/medical-devices-running-legacy-windows-operating-system. Accessed: 2019-11-21.
Cluley, G. Thousands of nhs computers are still running windows xp from beyond the grave. https://www.tripwire.com/state-of-security/healthcare/nhs-computers-running-windows-xp/. Accessed: 2019-11-21.
Durumeric, Z., Adrian, D., Mirian, A., Bailey, M., and Halderman, J. A. (2015). A search engine backed by Internet-wide scanning. In 22nd ACM Conference on Computer and Communications Security (CCS), pages 542--553.
Lample, G., Ballesteros, M., Subramanian, S., Kawakami, K., and Dyer, C. (2016). Neural architectures for named entity recognition. In Proceedings of the 2016 Conference of the North American Chapter of the Association for Computational Linguistics: Human Language Technologies, pages 260--270. Association for Computational Linguistics. [ DOI | http ]
Peters, M. et al. (2018). Deep contextualized word representations. In Proceedings of the 2018 Conference of the North American Chapter of the ACL: Human Language Technologies, Volume 1 (Long Papers), pages 2227--2237. Association for Computational Linguistics. [ DOI | http ]
Van Rossum, G. and Drake, F. L. (2009). Python 3 Reference Manual. CreateSpace, Paramount, CA.
Praw. https://praw.readthedocs.io/en/latest/. Accessed: 2019-11-21.
This file was generated by bibtex2html 1.99.


| HDFS-11717 | Add unit test for HDFS-11709 StandbyCheckpointer should handle non-existing legacyOivImageDir gracefully | Minor | ha, namenode | Erik Krogen | Erik Krogen |
| YARN-6969 | Clean up unused code in class FairSchedulerQueueInfo | Trivial | fairscheduler | Yufei Gu | Larry Lo |
| YARN-6622 | Document Docker work as experimental | Blocker | documentation | Varun Vasudev | Varun Vasudev |
| YARN-7203 | Add container ExecutionType into ContainerReport | Minor | . | Botong Huang | Botong Huang |
| YARN-6499 | Remove the doc about Schedulable#redistributeShare() | Trivial | fairscheduler | Yufei Gu | Chetna Chaudhari |
| HADOOP-13835 | Move Google Test Framework code from mapreduce to hadoop-common | Major | test | Varun Vasudev | Varun Vasudev |
| YARN-7317 | Fix overallocation resulted from ceiling in LocalityMulticastAMRMProxyPolicy | Minor | . | Botong Huang | Botong Huang |


InsertElement()
语法
Result = InsertElement(List())概要
Inserts a new empty element before the current element, or at the start of the list if the list is empty (i.e. has no elements in it). This new element becomes the current element of the list.
参数
List() The name of your list variable, created with the NewList function. You must include the brackets after the list name.
返回值
Returns non-zero if the new element was created and zero otherwise. The value returned is a pointer to the new element data.
示例
; The simplest way to use InsertElement NewList simple.w() InsertElement(simple()) ; Creates the first new element in the list simple() = 23 InsertElement(simple()) ; Current position is the first element, so we add this element to the start of the list simple() = 45 ; The old first element is now the second element in the list ; This shows how to use the return-value of InsertElement NewList advanced.l() If InsertElement(advanced()) <> 0 advanced() = 12345 Else MessageRequester("Error!", "Unable to allocate memory for new element", #PB_MessageRequester_OK) EndIf ; A small structure to demonstrate the use of the pointer to the new element Structure Programmer Name.s Strength.b EndStructure NewList Programmers.Programmer() ; The list for storing the elements *Element.Programmer = InsertElement(Programmers()) If *Element<>0 *Element\Name = "Dave" *Element\Strength = 3 ; Wow, super-strong geek! ;) Else MessageRequester("Error!", "Unable to allocate memory for new element", #PB_MessageRequester_OK) EndIf
参阅
AddElement(), DeleteElement(), ClearList()
已支持操作系统
所有


Summary
{{content}}
Experiences
Working service type recommendation for cross sell and contextual messaging
Worked closely with Revenue Management's Ancillary line of business to oversee the creation of datamarts, dashboards and building data products such as dynamic pricing of baggage, seats and food items. Managing team of 5: 1 Data Analytst and 4 Data Scientists
- Dynamic Pricing, perishable inventory based on departure date, using trip, flight and passenger attributes
- Price Elasticity Experimentation at route origin-destination level. Taught business analysts how to use dashboards to inform pricing decisions
- Personalisation (Take-Up Rate Models) and deployment of FastAPI based proxy on GCP CI-CD on GAE and featurestore using FireStore
- Cost reduction: Inflight perishable inventory, ie. hot food and help with demand planning.
Set up interface for production and test environments to use data science models
- Set up rulesets / ML guided predictors within Pricing Engine (Ancillary Pricing Optimization APO) for Seats / Meals / Baggage
- Set up Price Exploration Dashboards
- Factor Based ML Models
- A | B testing using Navitaire’s Analytics Module
- Demand Planning (F&B: Fresh and Perishable goods)
- Propensity Model for EDMs and Recommendation Engine
Specialized in E-commerce (Groceries and Food Delivery) personalisation
- Recommendations engine model development, using (i) collaborative filtering (He. et al), (i) associations rule mining and combination DNN using embedding based features with linear regression, wide and deep.
- Set up recommendations service using Flask API, OpenAPI, pytest, Bug tracking (bugsnag)
- APM and Tracing (Datadog) and A|B testing framework PlanOut (from facebook)
- CI/CD Deployment to K8S cluster (AWS), responsible to writing and maintaining helm charts and terraform for machine learning projects based on sklearn, heuristic models, and deep learning models using tensorflow serving
Acted as CTO and Co-founder for company. Acquired in 2019 by DollarsandSense.sg (Number 2 largest financial literacy site in Singapore)
- FE and BE web development (node.js ES6), µservice API (Python)
- REST APIs integration with business partners eg. DollarsandSense.sg
Publications
Below is list of my past Publications
RiboTagger -
Xie, C, Goi, CL, Huson, DH, Little, PF, Williams, RB (2016). RiboTagger: fast and unbiased 16S/18S profiling using whole community shotgun metagenomic or metatranscriptome surveys. BMC Bioinformatics, 17, Suppl 19:508.
TF Motif enrichment -
Goi, CL, Little, P., & Xie, C. (2013). Cell-type and transcription factor specific enrichment of transcriptional cofactor motifs in ENCODE ChIP-seq data. BMC Genomics, 14(Suppl 5), S2. http://doi.org/10.1186/1471-2164-14-S5-S2
Deepore -
Ang, ML, Raja A, Goi, CL, Deepore: Sequence-2-Sequence machine translation model of pore based DNA sequencer electrical signals to DNA bases
MetamapsDB -
Goi CL, MetamapsDB: Network Analysis of Metabolic Pathways and Gene Based Assemblies in Metagenomics R package on CRAN (2017)
Projects
Below is list of my past Projects
Predicting Mortality: Tidal Volume -
Mortality Prediction using EMR and log data from respirators during in-patient stay (Tidal Volume)
Best Paper -
Presented at The International Conference on Bioinformatics 2013 (Taicang, Best Paper Award)


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Fans Think Kanye West’s Jesus Is King Ripped Off A Song From The Legend Of Zelda
by Julia BanimKanye West’s new album Jesus Is King is inspired by the rapper’s strong religious convictions, as well as his experiences of being a born again Christian.
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With references to biblical verses, Christian baptisms and, erm, Chick-fil-A Sunday closing times, West uses this gospel heavy album as a platform from which to preach his newly found faith.
Each line is influenced by his unshakeable sense of being on a theological mission; a contemporary prophet with questionable skills in shoe design.
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However, some listeners have noticed a decidedly more secular influence hiding within the track Selah, a song laden with references to Noah’s Ark, Heaven, and – of course – the man himself, JC.
Now it’s admittedly been a few years since I sat in an RE class, but I’m pretty certain Jesus and his disciples never spread their word across the medieval-inspired kingdom of Hyrule.
And yet there are inarguable – audible – similarities between Selah and the song Gerudo Valley from The Legend Of Zelda soundtrack.
We are all aware by now that West is on a quest to spread his beliefs far and wide through his music, but could he also be drawing inspiration from Link’s quest to prevent Ganondorf’s takeover of Hyrule?
Advertisements
The surprisingly stark similarities were noticed by musician and illustrator Louie Zong, who drew comparisons between the two tracks via Twitter.
Zong noted how the two tracks share the same chord progression and sounds, albeit in a different key; sharing a clever mash-up.
And once you hear it, you really can’t unhear it. Zong’s mash up has been retweeted over six thousand times at the time of writing, and Zelda fans are putting down their controllers to offer their thoughts.
Advertisements
One person tweeted:
My daughter is a walking Legend Of Zelda encyclopedia,
I played this clip for her and simply asked for her to tell me what she hears. No other context. She answered excitedly: ‘That’s the Gerudo Valley theme!’ So yeah.
 Can hear it best in the piano at 1:06.
Of course, there is absolutely no evidence whatsoever to suggest Selah borrowed the melody or sampled directly from Ocarina of Time. However, it’s still always amusing to find surprising similarities between supposedly very different pieces of music.
You can listen to Gerudo Valley in its entirety below:
Whether or not Princess Zelda will be in touch to demand her share of rupees remains to be seen…
Jules studied English Literature with Creative Writing at Lancaster University before earning her masters in International Relations at Leiden University in The Netherlands (Hoi!). She then trained as a journalist through News Associates in Manchester. Jules has previously worked as a mental health blogger, copywriter and freelancer for various publications.


| R5L |
Ex1 |
Poorkaj et al. [
46]
|
1 |
falls, dysarthria, and micrographia; |
62 |
PSP |
PSP |
| N279K |
Ex10 |
Yasuda et al. [
42]
|
1 |
parkinsonism; |
41 |
PNLD
f
|
PSP-like |
|
|
Delisle et al. [
47]
|
2 |
apathy, memory disorder, parkinsonism; |
40 |
FTDP-17
f
|
PSP-like |
|
|
|
|
indifference, attention disturbances; |
41 |
FTDP-17
f
|
NA |
|
|
Soliveri et al. [
48]
|
1 |
personality and behaviour changes; |
47 |
PSP
f
|
NA |
|
|
Ogaki et al. [
49, 50]
|
6 |
parkinsonism and micrographia; |
42 |
PSP
f
|
PSP-like |
|
|
|
|
parkinsonism and oscillopsia; |
44 |
PSP
f
|
NA |
|
|
|
|
parkinsonism; |
46 |
PSP
f
|
NA |
|
|
|
|
unstable gait and character changes; |
40 |
PSP |
NA |
|
|
|
|
shuffling gait and bradykinesia; |
41 |
PSP
f
|
NA |
|
|
|
|
walking difficulty; |
43 |
PSP
f
|
NA |
| N279N |
Ex10 |
Ogaki et al. [
49]
|
1 |
parkinsonism; |
44 |
PSP
f
|
NA |
| L284R |
Ex10 |
Rohrer et al. [
51]
|
1 |
personality change and falls; |
43 |
PSP
f
|
NA |
| S285R |
Ex10 |
Ogaki et al. [
49]
|
1 |
speaking and breathing difficulty; |
46 |
PSP |
NA |
|
|
Fujioka et al. [
14]
|
2 |
dystonia and supranuclear gaze palsy; |
40 |
PSP
f
|
PSP-AD |
|
|
|
|
gait changes and bradykinesia; |
41 |
PSP
f
|
PSP |
|
ΔN296
|
Ex10 |
Pastor et al. [
45]
|
1 |
speaking and memory problems; |
38 |
Atypical PSP
f
|
NA |
|
|
Rossi et al. [
44]
|
1 |
antecollis, dysarthria and fall; |
36 |
PSP-like
f
|
NA |
| K298_H299insQ |
Ex10 |
Nakayama et al. [
41]
|
3 |
neck stiffness and postural instability; |
60 |
PSP
f
|
NA |
|
|
|
|
gait disturbance; |
NA |
PSP
f
|
NA |
|
|
|
|
gait disturbance and cognitive decline |
NA |
NA |
NA |
| P301L |
Ex10 |
Bird et al. [
52]
|
1 |
tremor and articulation difficulty; |
41 |
APD
f
|
PSP-like |
|
|
Kaat et al. [
18]
|
1 |
NA |
NA |
PSP
f
|
NA |
| G303V |
Ex10 |
Ros et al. [
53]
|
1 |
parkinsonism, falls, micrographia, dysarthria, and ocular motor dysfunction; |
37 |
PSP
f
|
PSP |
| S305S |
Ex10 |
Stanford et al. [
54]
|
1 |
dystonia, dysarthria, falls, bradykinesia; |
48 |
PSP
f
|
PSP |
| IVS10 + 3G>A |
IVS10 |
Spina et al. [
55]
|
2 |
dizziness and neck stiffness; |
52 |
Atypical PSP
f
|
PSP-like |
|
|
|
|
dizziness and neck stiffness; |
47 |
Atypical PSP
f
|
tauopathy |
| IVS10 + 14C>T |
IVS10 |
Omoto et al. [
56]
|
1 |
clumsiness, tremor and apathy; |
44 |
Perry syndrome
f
|
PSP-like |
| IVS10 + 16C>T |
IVS10 |
Morris et al. [
57]
|
1 |
fatigue, micrographia, and withdrawal; |
40 |
PSP
f
|
tauopathy |
| V363A |
Ex12 |
Rossi et al. [
58]
|
1 |
diplopia, falls and bradykinesia; |
53 |
PSP
f
|
NA |
| R406W |
Ex13 |
Ygland et al. [
17]
|
2 |
personality change; |
53 |
AD
f
|
PSP-like |
|
|
|
|
dyscalculia, social withdrawal, apathy; |
50 |
AD
f
|
PSP-like |
No., number; AAO, age at onset; NA, not available; PSP, progressive supranuclear palsy; PNLD, pallido-nigro-luysian degeneration; FTDP-17, frontotemporal dementia and parkinsonism linked to chromosome 17; AD, Alzheimer’s disease; PSP-AD, PSP with concomitant AD. “PSP-like” pathology means that tau accumulations exist in brain but do not meet the pathological diagnostic criteria of PSP. The letter “f” in clinical diagnosis indicates the case with a family history of parkinsonism, dementia, or other neurodegenerative diseases.


We understand that you need to look good and feel great.It all starts with what you are wearing.
L
M
S


New Apple media apps coming to Windows
by Staff WriterApple is currently looking for software developers to help create Windows apps for its media services.
This is according to a job posting on LinkedIn titled “Senior Software Engineer – Windows Media Apps”.
The job description states that the successful applicant will work on the “next generation of media apps for Windows” and notes that experience in Universal Windows Platform (UWP) and cross-platform experience with Mac and Windows is beneficial.
UWP can be used to build apps for both Windows 10 and the Xbox One, which could indicate that Apple also wants to bring the apps to Microsoft’s consoles.
iTunes break-up
In June, Apple announced it was splitting iTunes into three separate dedicated apps for macOS – Podcasts, TV, and Music.
Windows users, however, are stuck with the iTunes and iCloud desktop applications.
Additionally, Windows users with Apple Music and Apple TV+ subscriptions are confined to using the web versions of these services, as there are no dedicated Windows 10 apps available.
The development of media apps for Windows comes as Apple seems to be taking a more open approach to rival platforms, as it has recently extended several of its services to devices from other brands.
The Apple TV+ app is available on a range of non-Apple hardware, including Roku devices, Amazon’s Fire TV devices, and Samsung’s Smart TVs.


Moving Your Installation
When To Use These Instructions
Use these instructions when it is necessary to move your TubeX site to a new server, or to a new account on the same server. These
instructions only account for moving your TubeX installation and not any other parts of your site.
Moving Steps
Moving your installation to a new server or a new account on the same server can be accomplished using the following steps:
- Use the Database Utilities to create a backup of your MySQL database in your current TubeX installation.
- Install a fresh copy of TubeX on the new server, using the standard installation instructions. Use the hosts file trick to install the software on your new server if you would like to do it before updating global DNS for the domain.
- Once you have installed the software and configured the settings on the new server, use the Database Utilities to restore the data from the backup file you created in step #1.
-
It is now necessary to copy some of the files and directories from the old server to the new server. This will likely require the assistance of your server
administrator on both the old and new servers. The easiest way to do this is to create a tar archive of the directories on the old server, transfer the
tar archive to the new server, and then extract the tar archive into the TubeX installation directory.
The following directories (and their entire contents) need to be copied to the new installation:videos/ uploads/ language/
The following files need to be copied to the new installation:templates/ (all sub-directories except _cache and _compiled) data/times includes/database.xml
The tar command to create an archive containing all of these files and directories is:tar --exclude=_cache --exclude=_compiled -cf tubex-data.tar videos/ uploads/ language/ templates/* data/times includes/database.xml
To extract the archive (preserving file and directory permissions) use the following command inside the TubeX installation directory on the new server:tar xpf tubex-data.tar
- Once all of the files and directories have been transferred, run the Templates > Recompile Templates and Templates > Flush Template Cache functions in the control panel on the new server.


The completed, and expanded, chart is below.

Of course, the number of the balls in the pyramid is the sum
of the number of balls in each layer.
But, the number of balls in layer N is Triangle(N)
,
the number of balls in a triangle with a base of N balls.
| N | 1 | 2 | 3 | 4 | 5 | 6 | 7 |
|---|---|---|---|---|---|---|---|
| Triangle(N) | 1 | 3 | 6 | 10 | 15 | 21 | 28 |
| Pyramid(N) | 1 | 4 | 10 | 20 | 35 | 56 | 84 |
Say that you know that there are Pyramid(N-1)
balls in the first
N-1 layers (counting from the top of the pyramid).
Then the following scheme looks tempting:
Pyramid(N) = Pyramid(N-1) + Triangle(N)


Speed for Measured Mile
Speed for a Measured Mile
Given the Time in Seconds, Compute the Speed in Knots
Elapsed time in seconds:
Speed in knots:
Speed, Time and Distance
Given Two Values, Compute the Third:
Speed in knots:
Elapsed time in minutes:
Distance in nautical miles:


| 537 | (A) | Fułł spakly thayre speris in spildirs thay ȝode |
| 539 | (C) | Spedyly her speres . on peces ganne sprynge |
| 533 | (D) | Spedely her speris on sprottis thei sprungyn |
| 525 | (E) | ¶ Speedly her sperys . on men gunne to sprynge |
| (Ex) | ---- no text ---- | |
| 554 | (L) | spakly here speres on sprotes þey ȝeden |
| 511 | (P) | Spakly þair speres on sprotes ȝetyn |
| 532 | (U) | Spedely her speres / on sprates gun springe |
| (V) | ---- no text ---- |


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You can email me or find me on Twitter and on LinkedIn, if you want to get in touch.
You can also enter your contact details and a short message using the form below and I'll try to get back to you as soon as possible:


| PostgreSQL 9.0.10 Documentation | ||||
|---|---|---|---|---|
| Prev | Up | Appendix E. Release Notes | Next |
Release date: 1995-09-05
Copyright change:
* The copyright of Postgres 1.0 has been loosened to be freely modifiable
and modifiable for any purpose. Please read the COPYRIGHT file.
Thanks to Professor Michael Stonebraker for making this possible.
Incompatibilities:
* date formats have to be MM-DD-YYYY (or DD-MM-YYYY if you're using
EUROPEAN STYLE). This follows SQL-92 specs.
* "delimiters" is now a key word
Enhancements:
* sql LIKE syntax has been added
* copy command now takes an optional USING DELIMITER specification.
delimiters can be any single-character string.
* IRIX 5.3 port has been added.
Thanks to Paul Walmsley and others.
* updated pg_dump to work with new libpq
* \d has been added psql
Thanks to Keith Parks
* regexp performance for architectures that use POSIX regex has been
improved due to caching of precompiled patterns.
Thanks to Alistair Crooks
* a new version of libpq++
Thanks to William Wanders
Bug fixes:
* arbitrary userids can be specified in the createuser script
* \c to connect to other databases in psql now works.
* bad pg_proc entry for float4inc() is fixed
* users with usecreatedb field set can now create databases without
having to be usesuper
* remove access control entries when the entry no longer has any
privileges
* fixed non-portable datetimes implementation
* added kerberos flags to the src/backend/Makefile
* libpq now works with kerberos
* typographic errors in the user manual have been corrected.
* btrees with multiple index never worked, now we tell you they don't
work when you try to use them


Here is the team behind the ProPack. We work continuously to make this platform ready for the developers!


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| Pedigree of : |
| Staghorn's Blues Brother(a.k.a. Blue) |
| Born: November 4, 2005 |
|
Ch Corhampton's The Beat Goes On |
Ch Braethorn Cedarwood Spencer |
Ch Simmerdown Borador Regent
|
Ch Boradors The Goblin |
| Boradors Edgewater Harlow | |||
|
Cedarwood Masters Touch |
Am Can Ch Cedarwoods Master Gunner | ||
| Rococo Cedarwood Sage Honey | |||
|
Corhampton's Cricket's Song
|
Ch Corhampton's Minstrel Dancer
|
Ch Cambremer Tudor Minstrel | |
|
Ch Corhampton's Ima Blackbird Too
|
|||
|
Ch Corhampton's I'm Miss Kitty
|
Ch Beechcroft Amaranth Fargo | ||
| Ch Corhampton's Ima Blackbird Too |
|
Parents
|
Grand Parents
|
Great Grand Parents
|
Great Great Grand Parents
|
|
Curman's Golden Nugget |
Ch Haddondales Chalemagne CD CGC/TDI
|
Can/Am Ch Huntsdown Buddha Beechcroft CD
|
Can Am Bdu Ch Eduny Jubilee Squire CD |
| Ch Beechcroft Skylark | |||
|
Huntsdown Tess of Haddondale
|
Ch Huntsdown Whistling Dixie
|
||
|
Huntsdown No Kidding
|
|||
|
Miss Mandy's Fancy
|
MIsty Meadowsyellow Duke
|
Sindar's Radar | |
| Hornhollow's Miss Glendelling | |||
|
Abigail Dowling
|
Harperview Duke MH WCX | ||
| Dowling's Molly |
Copyright © 2000 - 2003 Harold
deGroot - Last Update :
February 12, 2006
All Rights Reserved
Webmaster: hdegroot@staghorn-labs.com


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I currently finished my highschool this year and i'm grateful i did well in my examinations thanks be to the Almighty God.I got intrested to the coding classes for my own future benefit ,i find it to be of benefit with the course i have choosen to do for my university degree programme.My interests including browsing the web i take it to be a thrilling thing to do with the 'google knows everything' i also i have intrests in computers knowing all its programmes and it's features.I have few hobbies which include novel reading ,watching movies and swimming.For my skills i can say i'm well talented in mathematics ,i've been able to participate in olympiad mathematics contest both nationally and internationally


{% extends "template.html" %} {% block content %}
The otherwise messy task of collecting and managing multitracks is simplified by MedleyDB Manager! This collaborative website creates a "ticket" for each recording session. The lifecycle of a multitrack is as follows:
Website created by Hanna Yip as well as Rachel Bittner (2016)
{% endblock %}


i2c detect and print result to serial port¶
- this is an example, which allows you to test two things :
printing something to the serial port
using the I2C_O port
first check file nrf52832_mdk.dts it should could have this
$ cd ~/zephyrproject/zephyr/boards/arm/nrf52832_mdk
$ vi nrf52832_mdk.dts
&uart0 {
status = "okay";
compatible = "nordic,nrf-uart";
current-speed = <115200>;
tx-pin = <23>;
rx-pin = <22>;
/* rts-pin = <-1>;
cts-pin = <-1>;*/
};
&i2c0 {
compatible = "nordic,nrf-twi";
status = "okay";
sda-pin = <8>;
scl-pin = <7>;
};
Note :: in order to get the I2C_0 on the DS6, it needs to be powered
the main.c got adapted so as to switch on port 26
#define HR_SENSOR_PORT DT_ALIAS_LED0_GPIOS_CONTROLLER
#define TENSION_I2C DT_ALIAS_LED0_GPIOS_PIN
struct device *dev;
dev = device_get_binding(HR_SENSOR_PORT);
gpio_pin_configure(dev, TENSION_I2C, GPIO_DIR_OUT);
gpio_pin_write(dev, TENSION_I2C, 1); //this powers the HR sensor I2C
the file nrf52832_mdk.dts should have this :
leds {
compatible = "gpio-leds";
led0_green: led_0 {
gpios = <&gpio0 26 GPIO_INT_ACTIVE_LOW>;
label = "Green LED 0";
};
led1_red: led_1 {
gpios = <&gpio0 23 GPIO_INT_ACTIVE_LOW>;
label = "Red LED 1";
};
led2_blue: led_2 {
gpios = <&gpio0 24 GPIO_INT_ACTIVE_LOW>;
label = "Blue LED 1";
};
};
$ west build -p -b nrf52832_mdk samples/drivers/i2c_scanner -- -DCONF_FILE="prj.conf overlay-nrf52.conf"
this builds an image, which can be found under the build directory


Two Serie A clubs eyeing up Arsenal misfit Granit Xhaka
Two Italian clubs are thought to be considering making a move for Arsenal outcast Granit Xhaka in the January transfer window.
The Swiss midfielder, who has not played for the Gunners since October 27 after being jeered from the field against Crystal Palace, is thought to have played his last game for Unai Emery’s side and looks set to leave when the market re-opens.
Now reports from Sky Germany, cited by Football Italia, suggest that both Milan clubs could be about to try and tempt the 27-year-old to the San Siro.
The report suggests that Inter boss Antonio Conte sees Xhaka as a good option to strengthen his squad’s depth, while AC Milan are thought to be keen on adding his experience to what is a young team.
It also adds that both AC and Inter would initially take him on a loan-deal with an option to buy, while also ruling out a return Borussia Monchengladbach – who Xhaka left to join Arsenal back in 2016.


For all you need to know about creating accessible HTML data tables, see this article.
You can use the html details element to wrap the table as shown here. This provides a way to hide / show the table without the need for javascript. View the source of this page or click this link to see how it is done.
| Year | Air | Rail | Road | Sea |
|---|---|---|---|---|
| 1950 | air1 | rail1 | road1 | sea1 |
| 1980 | air2 | rail2 | road2 | sea2 |


New machine learning techniques and algorithms : k-nearest neighbor, Gaussian Process Regression, SVM, Random Forest
Experiments: user can create Experiments on existing models (own or shared), configure and apply cross-validation partitions, run the Experiments to view results, save the Experiments and optionally share them with the MIP Community
Integration of Experiments into existing MIP functionality (My Data, My Community, Article writting, Biological Signatures of Diseases) - i.e. visualise experiments and their running status, see related experiments (based on same model), include experiment results when writing articles
Apps section revamped (style improved + voting) (please note that the Apps section is still in the incipient phase and further work will be engaged to improve it)
Epidemiological Exploration : user may now select a whole group of variables for configuration and creation of Models
First public release of the MIP (March 2016)
The MIP was publicly released on 31st March 2016 along with the other platforms of the Human Brain Project. The video below features all platforms, while the part dedicated to the MIP is to be seen between 1:45:00 and 2:00:00
The HBP Medical Informatics Platform
The Medical Informatics Platform (MIP), built by Subproject 8 of the Human Brain Project, is a web-based platform allowing users not only to share data and know-how, but also to collaborate in a true translational way.