Anthony Joshua: heavyweight champ vows to beat Deontay Wilder and Tyson Fury
Heavyweight champion, Anthony Joshua, has relished the challenge of fighting Deontay Wilder and Tyson Fury after his victory over Andy Ruiz.
Joshua defeated the Mexican star on Saturday, December 7, in Saudi Arabia in an epoch-making bout that saw the Brit put in blood and breath to reclaim his heavyweight belts.
The 30-year-old star was immediately ordered to face WBO challenger, Oleksandr Usyk within 180 days or risk losing his belt.
But Joshua, who earlier welcomed the challenge of fighting the Ukrainian, seems to be keen on possible fight with American star or his countryman.
Asked on dream fight with Wilder or Fury, the British boxer allayed fear of facing his arch rivals in the division, saying he is not a "running champion."
"I would love to make that my next fight. I'm taking it one step at a time. Whenever they are ready they know where to find us," Joshua said.
Anthony Joshua is perfect example of a true Nigerian - APC congratulates heavyweight champ
"I'm not a running champion, I'm someone who will fight the best in the world. Deontay Wilder and Tyson Fury are those guys. I'd love the opportunity to beat Wilder or Fury. You can see I'd beat them.
"I've displayed different styles of fighting. Sometimes inside fighting, sometimes knockout fighting and sometimes a boxing man's fight."
PAY ATTENTION: Become a member of the leading sports Facebook group 'Naija Football Fan Zone
Meanwhile, Legit.ng had reported that Anthony Joshua has claimed that health issues contributed to his first ever defeat in boxing which came against Andy Ruiz in New York.
Andy Ruiz taught Anthony Joshua some boxing lesson six months ago in a result that shocked many followers and lovers of the game.
But after the defeat in America, Anthony Joshua offered Andy Ruiz a rematch which was agreed by the Mexican-American and they met in Saudi Arabia on December 7.
Nigerians in Diaspora chairman sends powerful message to Anthony Joshua over boxing victory
Abu Azeez: Meet the only Nigerian rated among top 50 beach soccer players worldwide | Legit TV


Wendy’s has never had luck with its breakfast menus, and that’s somewhat due to McDonald’s efforts to counter Wendy’s efforts.
McDonald’s breakfast is a fan favourite, but with the chain relying heavily on breakfast to win more visitors, it has a lot to lose if Wendy’s snags a significant market share of the breakfast business.
I compared every single distinct item on both menus in order to see how the two chains’ breakfast offerings stack up. I found that this time around, Wendy’s breakfast menu has some clear-cut advantages over McDonald’s.
Like the forces of good and evil, fire and ice, and people who put the toilet paper roll backward and people who put it on the right way, McDonald’s and Wendy’s are forever at odds with each other.
McDonald’s has long been the emperor of breakfast, but Wendy’s is looking to conquer some of the Golden Arches’ buttery territory. The pig-tailed would-be usurper is rolling out a breakfast menu nationwide in January 2020.
The last time Wendy’s tried to sell breakfast, McDonald’s did it’s best to make sure it was never a real threat. But things have changed: Wendy’s new breakfast menu is simpler and cheaper to make, and it will come in full force when it rides over the hill in January.
As these two fast-food titans sharpen their swords for January’s reckoning, we decided to pit their breakfast babies against each other in a cheesy, eggy, bacon-y battle.
So here you are: McDonald’s and Wendy’s entire breakfast menus, compared. I left out items I felt were redundant, like plain biscuits or sandwiches with just egg. I also left out items that weren’t exclusive to breakfast, such as McDonald’s yogurt parfait.
McDonald’s has McMuffins, McGriddles, biscuits, and bagel sandwiches. It also sells hotcakes, a homestyle breakfast, a breakfast burrito, and McCafe beverages.
Wendy’s breakfast menu includes biscuits, croissants, and breakfast roll sandwiches. There’s also a breakfast burrito, cold brew, and two kinds of Frostyccinos.
MCDONALD’S — ICED COFFEE, $US2.69 — McDonald’s iced coffee comes with milk and sugar. It’s pleasant and drinkable, but the coffee flavour is underwhelming.
MCDONALD’S — ICED MOCHA, $US2.99 — The iced mocha is another story. It’s rich, chocolatey, and actually quite beautiful for a three-dollar drink.
MCDONALD’S — STRAWBERRY BANANA SMOOTHIE, $US3.69 — Unfortunately, the strawberry banana smoothie is just as sweet but no more fruity. All the flavour in this “smoothie” tasted very artificial.
WENDY’S — SMALL CHOCOLATE FROSTYCCINO, $US2.49 — Somewhere between McDonald’s iced coffee and its mocha, this drink was milky, chocolatey, with a trace of coffee.
WENDY’S — SMALL COLD BREW, $US2.29 — After the Frostyccino, the cold brew was sour, burnt, and watery.
MCDONALD’S — BACON EGG AND CHEESE BISCUIT, $US4.19 — The bacon is flaccid, brown, and skimpy. The egg is fluffy but flavourless.
The highlights of this sandwich are the crumbly biscuit and tangy cheese.
WENDY’S — BACON EGG AND CHEESE BISCUIT, $US2.89 — Never mind that this sandwich is much cheaper than its McDonald’s counterpart. The bacon is still lacklustre, but at least it’s crispy and visible.
The biscuit is a little undercooked, but this sandwich more than makes up for it with a fresh egg and savoury cheese.
MCDONALD’S — SAUSAGE BISCUIT WITH EGG, $US3.99 — I learned that McDonald’s biscuits are inconsistent because this one was a stunner. Crispy, buttery, crumbly, yum.
The salty, flavorful sausage contrasted well with the plainer egg. Why didn’t this sandwich have cheese, though?
WENDY’S — SAUSAGE EGG AND CHEESE BISCUIT, $US2.89 — This was a solid sandwich, with cheese melted over egg, a tasty, spiced sausage, and a buttery, crumbly biscuit.
But there was also a hint of lemon that was off-putting. It may have been kitchen cross-contamination, but I’m not sure where it was coming from.
MCDONALD’S — MCCHICKEN BISCUIT, $US3.19 — If you’ve ever wondered, “what would a McChicken patty taste like in a biscuit,” this sandwich was made for you. It’s literally a McChicken patty in a biscuit.
I found it dry, boring, and low-effort. But if a McChicken patty in a biscuit sounds good to you, it will probably taste good, too.
WENDY’S — HONEY BUTTER CHICKEN BISCUIT, $US2.59 — For less than the cost of a McChicken biscuit, you can get a real slab of fried chicken sandwiched between two buttered biscuit halves.
Yes, the chicken is crunchy, juicy, and real. But the real highlight here is the decadent maple butter, which brings biscuit and chicken together better than couple’s therapy could.
MCDONALD’S — SAUSAGE EGG MCMUFFIN, $US3.99 — Oh, McMuffin, how can I sing the praises of thine many virtues? Chewy, soft, crispy, toasted, with a dusting of lovely corn grit.
Here, the delectable sausage finds its home between a melted slice of American cheese and a round, fresh egg with a golden yolk.
WENDY’S — SAUSAGE EGG AND CHEESE SANDWICH, $US3.49 — As far as I can tell, Wendy’s classic sandwiches are sort of like McMuffins. The bun is soft, chewy, and finely dusted with corn grit. If only it was toasted.
This sandwich is tasty and balanced. The fried egg and melted cheese were a star duo, while the spicy sausage brought out the best in both.
MCDONALD’S — EGG MCMUFFIN, $US3.99 — The Egg McMuffin is the sandwich that changed fast-food breakfast forever: an eggs Benedict to-go, the flavours of the Egg McMuffin have been beloved for nearly half a century.
But even with practice, sometimes we make mistakes. In this one, the ham was tough and the bread burnt, even though the egg was perfect.
WENDY’S — BACON EGG AND CHEESE SANDWICH, $US3.49 — This is the closest thing Wendy’s has to an Egg McMuffin. It has bacon instead of ham, but it has a fresh egg, melted cheese, and a soft, chewy bun.
The bacon has more of a chance to stand out here as the only crispy element of a chewy sandwich. But I can’t say I prefer this to a McMuffin.
MCDONALD’S — SAUSAGE BURRITO, $US1.99 — For some reason, McDonald’s has a breakfast burrito on its menu. It has sausage, egg, and cheese. I ordered it with hot sauce, but that came on the side.
As a result, I had some egg, cheese, and a bite of sausage wrapped up in a tortilla. Not terrible, but not terribly exciting either.
WENDY’S — SAUSAGE EGG AND CHEESE BURRITO, $US1.39 — Wendy also has a sausage, egg, and cheese breakfast burrito, for some reason. And somehow, it’s even worse than McDonald’s.
Where’s the meat? Only God and Wendy know what happened to the sausage in this burrito. And the flavour. And moisture. Just avoid. Avoid!
MCDONALD’S — BACON EGG AND CHEESE MCGRIDDLE, $US4.19 — McGriddles are sweet, syrupy, and soft to the point of being mushy. They’d be great snack cakes. As sandwich buns, they’re hit or miss.
The jello-like egg is kind of disconcerting between two sweet buns. The bacon didn’t do much. This sandwich was mostly just confusing.
WENDY’S — BACON EGG AND CHEESE CROISSANT, $US3.59 — Wendy’s croissant bun is perfectly acceptable. It’s flaky and soft, with a hint of sweetness.
You can definitely taste the bacon in this one, and it’s a fairly well-balanced sandwich overall.
MCDONALD’S — SAUSAGE EGG AND CHEESE MCGRIDDLE, $US4.29 — Everything in this sandwich is very, very soft and requires little to no chewing effort.
It’s also surprisingly delicious. The salty sausage holds its weight against the sweet McGriddles. The egg is mostly filler.
WENDY’S — SAUSAGE EGG AND CHEESE CROISSANT, $US3.59 — This croissant had a slightly less appealing bun. And much like the sausage McGriddle, the sausage egg and cheese croissant was made of mushy things.
Those who find it difficult to chew food will find comfort in the existence of two such sandwiches at major chains.
MCDONALD’S — CHICKEN MCGRIDDLE, $US3.39 — OK, remember how the McChicken biscuit was just a McChicken patty in a biscuit? Well, this is the McGriddle equivalent.
It’s like a discount chicken and waffles, but with much more muted flavours and without any of that dish’s iconic crunchy, sticky texture.
WENDY’S — MAPLE BACON CHICKEN CROISSANT, $US3.99 — I’m not exaggerating when I say: everything about this sandwich is perfect. The chicken and bacon are crispy, the croissant soft, buttery, and flaky, and the maple butter unifies it all.
This is Wendy’s star player. McDonald’s doesn’t have anything that comes close, and neither does any other chain out there.
MCDONALD’S — BIG BREAKFAST WITH HOTCAKES, $US5.69 — This morning feast has everything you could want from a McDonald’s breakfast except bacon.
McDonald’s distinguishes itself with hotcakes that are actually pretty decent for pancakes that come in a plastic container.
They’re soft, chewy, and absorb a generous amount of syrup.
The rest of the breakfast was essentially a deconstructed sausage biscuit with egg.
The most potent weapon in McDonald’s breakfast arsenal, in my opinion, is the hash brown.
Crispy outside, soft inside, it’s the perfect potato companion to any morning meal.
Golden, crispy, bursting with seasoning and flavour, I have to admit these are even better than my beloved hash browns.
MCDONALD’S — BACON EGG AND CHEESE BAGEL, $US4.49 — Three syllables for this sandwich: disgusting.
Every sandwich looks the same inside. The dusty-dry and lifeless bagel makes each bite unbearable.
MCDONALD’S — SAUSAGE EGG AND CHEESE BAGEL, $US4.39 — McDonald’s sausage always packs a bigger flavour punch than its bacon, but oh god…
This “bagel” is unforgivable.
WENDY’S — BREAKFAST BACONATOR, $US3.99 — This is basically a Wendy’s Baconator with two square sausage patties in place of plain beef ones. It’s hearty, heavy, and deeply satisfying.

Savoury sausage, crispy bacon, fresh fried egg, and melty cheese: this sandwich is otherwise perfect.
McDonald’s breakfast has several things going for it. First, its McCafé drinks line offers a wide selection of cheap, pretty decent beverages.
Its biscuits are slightly better than Wendy’s biscuits. And McDonald’s has some individual flavours down, as well as a solid non-sandwich option.
Its hard-hitter remains the McMuffin, which is still one of the most perfect egg-based breakfast sandwiches in the fast-food canon.
However, McDonald’s more adventurous items— the McGriddle, the bagel sandwiches — are poorly balanced. And the new McChicken items feel terribly lazy — a McChicken patty slapped on existing breakfast buns.
But overall, Wendy’s breakfast is cheaper than McDonald’s and offers largely the same, sometimes better items.
Wendy’s secret weapon come January are its crispy chicken concoctions. The chicken is good, and the accoutrements are better. The flavours are intentional.
Wendy’s may have failed at breakfast before, but this time, it stands a non-zero chance against the breakfast behemoth that is McDonald’s. Winner, winner, chicken … breakfast?


--- layout: page title: Program ---
| Sunday, February 24th | ||
| 09:00 – 09:10 | Welcome from Chairs | |
| 09:10 – 10:30 | Keynote and Q&A | |
| 10:30 – 11:00 | Coffee Break + Poster Session | |
| 11:00 – 12:30 | Session 1 – Clone Detection and Application | |
| 11:00 – 11:25 |
Yuji Fujiwara, Norihiro Yoshida, Eunjong Choi, and Katsuro Inoue Osaka University, Japan; Nagoya University, Japan; NAIST, Japan Code-to-Code Search Based on Deep Neural Network and Code Mutation |
|
| 11:25 – 11:50 |
Brent van Bladel and Serge Demeyer University of Antwerp, Belgium A Novel Approach for Detecting Type-IV Clones in Test Code |
|
| 11:50 – 12:15 |
Yuki Ueda, Takashi Ishio, Akinori Ihara, and Kenichi Matsumoto NAIST, Japan; Wakayama University, Japan Mining Source Code Improvement Patterns from Similar Code Review Works |
|
| 12:15 – 12:30 |
Discussion |
|
| 12:30 – 14:00 | Lunch Break | |
| 14:00 – 15:15 | Session 2 – Clone Detection and Application | |
| 14:00 – 14:25 |
Md. Jubair Ibna Mostafa University of Dhaka, Bangladesh An Empirical Study on Clone Evolution by Analyzing Clone Lifetime |
|
| 14:25 – 14:50 |
Kyohei Uemura, Akira Mori, Eunjong Choi, and Hajimu Iida NAIST, Japan; AIST, Japan Tracking Method-Level Clones and a Case Study |
|
| 14:50 – 15:00 |
Joji Okada, Takashi Ishio, Yuji Sakata, and Katsuro Inoue NTT, Japan; NAIST, Japan; Osaka University, Japan Towards Classification of Loop Idioms Automatically Extracted from Legacy Systems |
|
| 15:00 – 15:15 |
Discussion |
|
| 15:15 – 15:30 | People's Choice Award, Moving Forward, and Adjourn | |
| 15:30 – 16:30 | Coffee Break |
|
Code-to-Code Search Based on Deep Neural Network and Code Mutation Yuji Fujiwara, Norihiro Yoshida, Eunjong Choi, and Katsuro Inoue Osaka University, Japan; Nagoya University, Japan; NAIST, Japan |
|
A Novel Approach for Detecting Type-IV Clones in Test Code Brent van Bladel and Serge Demeyer University of Antwerp, Belgium |
|
Mining Source Code Improvement Patterns from Similar Code Review Works Yuki Ueda, Takashi Ishio, Akinori Ihara, and Kenichi Matsumoto NAIST, Japan; Wakayama University, Japan |
|
An Empirical Study on Clone Evolution by Analyzing Clone Lifetime Md. Jubair Ibna Mostafa University of Dhaka, Bangladesh |
|
Tracking Method-Level Clones and a Case Study Kyohei Uemura, Akira Mori, Eunjong Choi, and Hajimu Iida NAIST, Japan; AIST, Japan |
|
Towards Classification of Loop Idioms Automatically Extracted from Legacy Systems Joji Okada, Takashi Ishio, Yuji Sakata, and Katsuro Inoue NTT, Japan; NAIST, Japan; Osaka University, Japan |


Created by Mike Copeland / @mikecopeland
presented using reveal.jsGruntJS is a JavaScript-based task runner.
Cross-Platform
NodeJS Based
Has an already extensive list of plugins
Plugins maintained by the Grunt team
(prefixed with (grunt-contrib) for:
JS Minification (grunt-contrib-uglify)
JS Linting using JSHint (grunt-contrib-jshint)
Running Unit tests using QUnit (grunt-contrib-qunit)
Sass Compilation (grunt-contrib-sass)
Sass/Compass Compilation (grunt-contrib-compass)
File concatenation (grunt-contrib-concat)
And...
Wait for it...
Built into grunt-contrib-watch
watch: {
options: {
livereload: true
},
js: {
files: [ 'Gruntfile.js', 'js/reveal.js' ],
tasks: 'js'
},
html: {
files: [ 'index.html']
}
},
npm install -g grunt-cli
cd <your_project_directory>
npm init
npm init will ask a few questions and will create the file for you
npm install grunt --save-dev
IMPORTANT!: the --save-dev flag will add the dependency to your project's package.json file automatically
A Gruntfile is comprised of the following parts:
module.exports = function(grunt) {
// Project configuration.
grunt.initConfig({
pkg: grunt.file.readJSON('package.json'),
uglify: {
options: {
banner: '/*! <%= pkg.name %> <%= grunt.template.today("yyyy-mm-dd") %> */\n'
},
build: {
src: 'src/<%= pkg.name %>.js',
dest: 'build/<%= pkg.name %>.min.js'
}
}
});
// Load the plugin that provides the "uglify" task.
grunt.loadNpmTasks('grunt-contrib-uglify');
// Default task(s).
grunt.registerTask('default', ['uglify']);
};
You can use a generate one using grunt-init
https://github.com/gruntjs/grunt-init-gruntfile
npm install <grunt_plugin> --save-dev
DON'T FORGET --save-dev!
It adds the dependency to package.json!
PROTIP: You can automatically load grunt-contrib tasks in the Gruntfile by using:
require('matchdep').filterDev('grunt-*').forEach(grunt.loadNpmTasks);
Otherwise, you would need to write:
grunt.loadNpmTasks( 'grunt-contrib-qunit' );
grunt.loadNpmTasks( 'grunt-contrib-jshint' );
grunt.loadNpmTasks( 'grunt-contrib-cssmin' );
grunt.loadNpmTasks( 'grunt-contrib-uglify' );
grunt.loadNpmTasks( 'grunt-contrib-watch' );
watch: {
css: {
files: ['css/**/*.scss'],
tasks: ['sass'],
options: {
spawn: false
}
}
}
grunt <your_task_name>
Or define your default task(s) in your Gruntfile
// Default task
grunt.registerTask( 'default', [ 'css', 'js' ] );
And run:
grunt
Where are the gains to be had?
Let's look at new developer setup!
Here's what they would need to do to get up and running:
npm init


Recipe Unit Converter Calculator
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Henlo¶ ↑
Henlo is an opionated token-based authentication based on the gem Knock. Henlo offers an additional layer of token security by exposing methods for implementing the use of refresh tokens and id tokens.
For a beginning introduction to refresh token and id tokens, here is an article: auth0.com/blog/refresh-tokens-what-are-they-and-when-to-use-them/
Essentially, a refresh token with a long expiry time (weeks or months) is used to renew a short expiry time token, the id token. The id token is used to access resources when users make requests, and the refresh token is solely used to renew id tokens. This structure allows limiting the damage done by breached tokens. Refresh tokens can be blacklisted and revoked, whereas id tokens are only valid for a short period of time.
Installation¶ ↑
Add this line to your application's Gemfile:
$ gem 'henlo', :git => 'git://github.com/nombiezinja/henlo.git', :branch => 'master'
And then execute:
$ bundle
To install Henlo and create a blank initializer file:
$ rails g henlo:install
To generate migration files for the model you wish to implement token authentication for:
$ rails g henlo:migrations <MODEL>
Replace <MODEL>
with the name of your model (e.g. `rails
g henlo:migrations User)
You can customize the expiry time of the refresh and id tokens in the initializer file.
Usage¶ ↑
Methods you must define in your app:
current_user
verify_user
reissue_tokens
Uses Knock methods:
authenticate_user (therefore you must require the Knock module as per Knock docs)
Uses payload id to find resource
rescue from jwt expired and invalid authenticity token
Development¶ ↑
After checking out the repo, run bin/setup
to install
dependencies. Then, run rake spec
to run the tests. You can
also run bin/console
for an interactive prompt that will allow
you to experiment.
To install this gem onto your local machine, run bundle exec rake
install
. To release a new version, update the version number in
version.rb
, and then run bundle exec rake
release
, which will create a git tag for the version, push git
commits and tags, and push the .gem
file to rubygems.org.
Contributing¶ ↑
Bug reports and pull requests are welcome on GitHub at github.com/[USERNAME]/henlo. This project is intended to be a safe, welcoming space for collaboration, and contributors are expected to adhere to the Contributor Covenant code of conduct.
License¶ ↑
The gem is available as open source under the terms of the MIT License.
Code of Conduct¶ ↑
Everyone interacting in the Henlo project’s codebases, issue trackers, chat rooms and mailing lists is expected to follow the {code of conduct}[https://github.com/[USERNAME]/henlo/blob/master/CODE_OF_CONDUCT.md].
TODOs¶ ↑
-
Write tests
-
Write docs


In order to be considered as in scope for Non-Print Legal Deposit, a resource must pass one of a series of tests.
@if(target.indicateNpldStatus()) {
NB. There are other records within this domain for which data has already been provided.
@for(t <- target.getNpldStatusList()) {
@t.title @t.fieldUrl()
}
} else {
}
@if(target.getOverallLicenseStatus().inheritedLicenseOrPending) {
NB. There is already a licence request either pending, or granted, or refused, for a target at a higher level in this domain. There is no need to request another one.
@for(target <- target.getUkwaLicenceStatusList) {
@target.id
- @target.fieldUrl()
}
} else {
}
@if(target.watchedTarget != null) {
}


Accepted Papers
| Thomas Franz, Ansgar Scherp and Steffen Staab. Are Semantic Desktops Better? |
| Ansgar Scherp, Thomas Franz, Carsten Saathoff and Steffen Staab. F---A Model of Events based on the Foundational Ontology DOLCE+ Ultra Light |
| Jose Iria. Automating Knowledge Capture in the Aerospace Domain |
| Doo Soon Kim, Ken Barker and Bruce Porter. Knowledge integration across multiple texts |
| Mathieu d'Aquin. Formally Measuring Agreement and Disagreement in Ontologies |
| Katrin Tomanek and Udo Hahn. Reducing Class Imbalance During Active Learning for Named Entity Annotation |
| Vanessa Lopez, Marta Sabou, Victoria Uren and Enrico Motta. Cross Ontology Query Answering on the Semantic Web: An Initial Evaluation |
| Markus Strohmaier and Mark Kröll. Studying Databases of Intentions: Do Search Query Logs Capture Knowledge about Common Human Goals? |
| Hakki Cankaya and Dan Moldovan.Method for Extracting Commonsense Knowledge |
| W. Bradley Knox and Peter Stone. Interactively Shaping Agents via Human Reinforcement: The TAMER Framework |
| Elena Montiel-Ponsoda, Mauricio Espinoza and Asunción Gómez-Pérez. Ontology Localization |
| Peter Clark and Phil Harrison. Large-Scale Extraction and Use of Knowledge From Text |
| Frank van Harmelen, annette ten Teije and Holger Wache. Knowledge Engineering rediscovered: Towards Reasoning Patterns for the Semantic Web |
| Kate Lockwood and Kenneth Forbus. Multimodal Knowledge Capture from Text and Diagrams |
| Yolanda Gil, Jihie Kim, Gonzalo Florez, Varun Ratnakar and Pedro Gonzalez-Calero. Workflow Discovery Using Semantic Metadata |
| Eva Blomqvist, Aldo Gangemi and Valentina Presutti. Experiments on Pattern-based Ontology Design |
| Rahul Bhagat and Eduard Hovy. Acquiring Paraphrases from Text Corpora |
| Mark Burstein, Fusun Yaman, Robert Laddaga and Robert Bobrow. POIROT: Acquiring workflows by combining models learned from interpreted traces |
| Anna Tordai, Jacco van Ossenbruggen and Guus Schreiber. Combining Vocabulary Alignment Techniques |
| Negin Nejati, Tolga Konik and Ugur Kuter. A Goal- and Dependency-Driven Algorithm for Learning Hierarchical Task Networks |
| Paul Doran, Valentina Tamma, Terry Payne and Ignazio Palmisano. An entropy measure for evaluating ontology modularization |


The season changes and you don't know what to wear? No worries, we are here to help. We have the perfect outfit for every change of the season.
Check back quarterly for new outfit inspiration.
Meaning: The word “season” in this context comes from the Old French seison, meaning “sowing / planting.” This in turn came from the Latin sationem, meaning “sowing.” Initially, this referred to actually sowing seeds, but later, as with the Old French seison, it shifted definition to refer to the time period when you sow seeds, so literally “seed-time." Season in this sense in English popped up around the 13th century. It was also around this time that season was first used to refer to seasoning food—in this case from the Old French assaisoner, meaning “to ripen.”


Extended functionalities means those features that are only available when web services are setup.
By default, those functionalities in the editor that require live connection to existing web services are disabled. To activate them, you have to set up address of these web services for the editor.
Use the setServices
method of the editor to apply its webservice settings. See
the Sketch apidoc for more details. If you want to activate all web services, please, see
the How To Embed section in the documentation that describes how you can insert an editor into a web page where all available web services are preset.
The default address of these services is defined in the webservices.js
. By default, it points to a copy of
JChem Webservices.
If you have your own implementation for these services or your copy of JChem Webservices are located on a different URL, you may have to overwrite default settings.
Those web services that are referred by Marvin JS have to complete the following specifications.
{ "structure": <molecule source>, "parameters": { "dim": 2, "opts": <optional clean options> } }Parameters
| Option | Type | Description |
|---|---|---|
| dim | integer | clean dimension: 2 or 3 |
| opts | string | further clean options (optional) |
{ "structure": <molecule source>, "inputFormat": <input format>, "parameters": <output format> }
{ "structure" : <output structure>, "format" : <output format>, "contentUrl" : <download link> }
{ "structure" : <molecule source> }
{ "tetraHedral" : [ { "atomIndex" : < 0 based index of atom>, "chirality" : < chirality flag ("R", "S", "R/S" )> }, ... ], "doubleBond" : [ { "atomIndex1" : <0 based index of first atom of the bond>, "atomIndex2" : <0 based index of second atom of the bond>, "cistrans" : <cistrans info ("E", "Z", "E/Z")> }, ... ] }
{ "structure": <molecule source>, "inputFormat": <input format>, "parameters": <output format> }
{ "structure" : <output structure>, "format" : <output format>, "contentUrl" : <download link> }
{ "structure": <molecule source>, "inputFormat": <input format>, "parameters": { "method": "HYDROGENIZE" } }
| Option | Type | Description |
|---|---|---|
| method | string | command to perform: HYDROGENIZE or DEHYDROGENIZE |
| atoms | array of integer | subset of atom indeces to include or null for all |
{ "structure": <molecule source>, "inputFormat": <input format>, "parameters": { "autoMappingStyle": "COMPLETE" } }
{ "structure": <molecule source>, "inputFormat": <input format>, "parameters": <output format>, "filterChain": [ { "filter": "standardizer", "parameters": { "standardizerDefinition": <"aromatize" or "dearomatize"> } } ] }
{ "structure" : <output structure>, "format" : <output format>, "contentUrl" : <download link> }


The slider component shows on the screen a control that you can use to change values by dragging a handle on a horizontal scale.
To add a slider component to the application, use the following code:

Slider

 Slider length can be modified by the width style. <input type="range"/>

If you want to modify the width of the slider,please change the length with width style.


{{#partial "page"}} B2B cart B2B Manager / Cart Item Price Quantity Total Go! Cancel Shopping Proceed To Checkout {{/partial}} {{> layout/base}}


|
AADC
v1.3.4
Audi Autonmous Driving Cup
|
#include <arduinoCommunicationFilter.h>
Classes | |
| class | cReceiveThread |
Public Member Functions | |
| cArduinoCOM (const tChar *__info) | |
Private Member Functions | |
| ADTF_DECLARE_FILTER_VERSION (OID_ADTF_ARDUINOCOM_FILTER,"AADC Arduino Communication", OBJCAT_BridgeDevice,"Arduino Communication", 3, 0, 0,"") | |
| tResult | CreateInputPins (__exception=NULL) |
| tResult | CreateOutputPins (__exception=NULL) |
| tResult | ReceiveFrameFromSerial () |
| tResult | SendMediaSample () |
| tResult | ReceiveMediaSample (IMediaSample *pMediaSample) |
| tResult | WriteFrameToSerial (tUInt8 *frame, int bytesToWrite) |
| tTimeStamp | GetStreamTime () |
Private Attributes | |
| cReceiveThread | m_oReceiveThread |
| cOutputPin | m_oCOMOutputPin |
| cInputPin | m_oCOMInputPin |
| cObjectPtr< IMediaTypeDescription > | m_pCoderDescArduinoOutputData |
| cObjectPtr< IMediaTypeDescription > | m_pCoderDescArduinoInputData |
| Serial::cRawSerialDevice | m_oSerialDevice |
| tArduinoFrame | m_oReceivedFrame |
| tTimeStamp | m_timeLastDataReceived |
| tInt | m_timeOutSeconds |
The filter runs the communication with the arduino via the serial interface which uses the defined communication protocol. I sends the actuator values to the arduino and receives all the sensor values
Definition at line 30 of file arduinoCommunicationFilter.h.
| cArduinoCOM::cArduinoCOM | ( | const tChar * | __info | ) |
constructor
Definition at line 29 of file arduinoCommunicationFilter.cpp.
|
private |
creates the input pins
| __exception | pointer to exception handler |
Definition at line 150 of file arduinoCommunicationFilter.cpp.
|
private |
creates the output pins
| __exception | pointer to exception handler |
Definition at line 133 of file arduinoCommunicationFilter.cpp.
|
private |
gets the current stream time
Definition at line 346 of file arduinoCommunicationFilter.cpp.
|
private |
receives the frames on the serial interface
Definition at line 158 of file arduinoCommunicationFilter.cpp.
|
private |
receives the media sample on the input pin
| pMediaSample | the incoming media sample |
Definition at line 289 of file arduinoCommunicationFilter.cpp.
|
private |
sends the media samples with the data from the frames on the serial interface
Definition at line 256 of file arduinoCommunicationFilter.cpp.
|
private |
sends the frame with the data received on the input pins to the serial interface
| frame | the pointer to the frame |
| bytesToWrite | the number of bytes to write |
Definition at line 340 of file arduinoCommunicationFilter.cpp.
|
private |
input Pin for actuator commands
Definition at line 70 of file arduinoCommunicationFilter.h.
|
private |
Output Pin for sensor data
Definition at line 69 of file arduinoCommunicationFilter.h.
|
private |
the frame received from the arduino
Definition at line 106 of file arduinoCommunicationFilter.h.
|
private |
the serial device
Definition at line 104 of file arduinoCommunicationFilter.h.
|
private |
descriptor for input data
Definition at line 73 of file arduinoCommunicationFilter.h.
|
private |
descriptor for output data
Definition at line 72 of file arduinoCommunicationFilter.h.
|
private |
the timestamp of the last received frame from the arduino
Definition at line 108 of file arduinoCommunicationFilter.h.
|
private |
the ammount of seconds to check whether data is received from arduino
Definition at line 110 of file arduinoCommunicationFilter.h.


John Smith
Yesterday
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John Smith
Yesterday
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John Smith
Yesterday
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Pellentesque eleifend...
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Acquia Dev Desktop is a free app that allows you to run and develop Drupal sites locally on your computer and optionally host them using Acquia Cloud. Use Acquia Dev Desktop to evaluate Drupal, add and test other Drupal modules, and develop sites while on a plane or away from an internet connection.
1. Go to https://dev.acquia.com/downloads and download Acquia Dev Desktop for your Windows or Mac.
2. Extract the downlaoded file and start the installer.
3. After installation, the dashboard will pop-up, showing all the details of your Drupal Site.
4. Now click on the local site link and it will open your Drupal local site on the web browser and the Drupal installer will begin on the web browser.
5. The Installer will not ask for Installation Profile or Database details and will directly install Drupal.
6. Now just configure site and its done.
~ To install a module just go to localsite/admin/modules
and click on Install New Module.
~ Now enter the URL of the module in the Install From URL Field
and click on Install.
~ Now go back to localsite/admin/modules
and click on the Administration Field and Install.
Download the theme and put the extracted file in the themes folder inside the Drupal Local Directory and then go to localsite/admin/appearance
and click on Install and Set as Default option below the theme you want to install.
- Just Click on Host Site on the dashboard of Acquia Dev Desktop.
- It will ask for User Login, If you don't have an Acquia account then make one and login.
- Now just enter the Private key and your website will be hosted on Acquia Cloud
~ To generate a 4096 bit ssh key, use the command
$ ssh-keygen -b 4096 -f username -t rsa
- Easy to Install
- No need to install MySQL, PHP, Apache Server. Acquia Dev Desktop will do everything for you.
- Easy to host websites with Acquia Cloud.
- If you want to see how to set up Acquia Dev Desktop, then go to video attached below.


Head of Household Information
First Name
Last Name
Gender
==== Select ====
Male
Female
Date of Birth
Last four digits of SSN
Email
Preferred Contact Method
==== Select ====
E-Mail
Text
Phone
Ethnicity
Addresses
Type
Home
Work
Street Address
Street Address 2
City
State
ZIP Code
Add Address
Remove Address
Phone Numbers
Type
Home
Work
Mobile
Phone
Add Phone
Remove Phone
Children
First Name
Last Name
Ethnicity
Last four digits of SSN
Child receives free or reduced lunch?
==== Select ====
Yes
No
Dob
School Label
{{ school.name }}
Child wants bike?
Bike style
Bike size
Not sure? Click for size guide.
Child wants clothes?
Shirt size
Pants size
Shoe size
Favorite color
Child's interests
Additional ideas
Reason for nomination
Add Child
Remove Child
{{ $data | json }}


Bajaj Auto October sales fall 9% to 4.63 lakh units, but beat analyst estimates
Month-on-month basis, total sales increased 15.2 percent, pushed up by festival demand and higher discounts.
by Moneycontrol NewsTwo-and-three-wheeler maker Bajaj Auto said it sold 4.63 lakh units in October 2019, 9 percent fewer than in it did in the same period last year, due to slower domestic business. It had sold 5.06 lakh units in October 2018.
The October numbers, however, beat estimates. Japanese brokerage Nomura's expectations was of 4.36 lakh units.
Month-on-month, sales increased 15.2 percent due to festival season and higher discounts.
Domestic sales declined 13 percent year-on-year to 2.78 lakh units, while exports fell 1 percent to 1.84 lakh units, the company said in a BSE filing.
Motorcycle sales in October stood at 3.99 lakh units, lower by 8 percent YoY, and three-wheeler sales dropped 13 percent to 64,295 units compared to the same month last year.
The stock was quoting at Rs 3,257.20, up Rs 10.45, or 0.32 percent, on the BSE at 0938 hours after hitting a record high of Rs 3,289.50 intraday.
In the last three months, especially after government measures and heavy discounts, the stock has gained around 30 percent.Special Thursday Expiry on 10th 7th Nov
Early Closure to The Great Diwali Discount. Last Chance to get Moneycontrol PRO for a year @ Rs. 289/- only
Coupon code: DIWALI


Production of key images from the Brain Atlas Team's
breakthrough neural mapping paper.
Visualization of spatial data from thousands of slices of mouse brain tissue, reconstructed and rendered
for the Allen Brain Sciences Institute and the Science Magazine website.


Quora like Web App
- Tech Stack: Django, HTML, CSS, Bootstrap, REST Framework
- Github URL: Project Link
Question and Answer publishing Web App
The webapp is very similar to Quora(a question answer publishing platform). It is built on the SPA(Single Page Route) for the front end and all the REST API’s on the server side. The API’s were built on the Django framework for better performance.There are features like following Profiles along with notifications for different events. The home page is topped up with a Recommendation Engine with the help of Collaborative Filtering.


Query away on TPC-H with DuckDB
This demo allows queries on a TPC-H database, scale factor 1. See here for a schema.
Hint: Use Ctrl-Space to autocomplete keywords, table and column names. Use Ctrl-Enter to execute the query.
This demo allows queries on a TPC-H database, scale factor 1. See here for a schema.
Hint: Use Ctrl-Space to autocomplete keywords, table and column names. Use Ctrl-Enter to execute the query.


Overview
Package
Class
Tree
Index
Help
SuanShu, a Java numerical and statistical library
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
X
x
- Variable in class com.numericalmethod.suanshu.analysis.integration.univariate.riemann.substitution.
Substitution
the transformation
x(t)
X()
- Method in class com.numericalmethod.suanshu.analysis.interpolation.
NevilleTable
Get a copy of the x's.
x
- Variable in exception com.numericalmethod.suanshu.analysis.uniroot.
Uniroot.NoRootFoundException
the best approximate root found so far
X()
- Method in class com.numericalmethod.suanshu.stats.regression.linear.
LmProblem
Get a copy of the factor matrix.
x0
- Variable in class com.numericalmethod.suanshu.stats.stochasticprocess.multivariate.integration.sde.
RandomWalk.MultiVariateRealization
the initial value of the realization
x0
- Variable in class com.numericalmethod.suanshu.stats.stochasticprocess.univariate.integration.sde.
RandomWalk.Realization
the initial value of the realization
xt(int, Vector, Vector)
- Method in class com.numericalmethod.suanshu.stats.dlm.
StateEquation
Compute the state equation.
xt(int, Vector)
- Method in class com.numericalmethod.suanshu.stats.dlm.
StateEquation
Compute the state equation without the control variable.
xt(int)
- Method in class com.numericalmethod.suanshu.stats.stochasticprocess.multivariate.integration.sde.
RandomWalk.Iterator
Get the current value of the realization.
xt(int)
- Method in class com.numericalmethod.suanshu.stats.stochasticprocess.multivariate.
MultiVariateRealization.Iterator
Get the current value of the realization.
Xt
- Variable in class com.numericalmethod.suanshu.stats.stochasticprocess.multivariate.sde.
Ft
the value of the stochastic process at time
t
Xt()
- Method in class com.numericalmethod.suanshu.stats.stochasticprocess.multivariate.sde.
Ft
Get the current value of the stochastic process.
xt(int)
- Method in class com.numericalmethod.suanshu.stats.stochasticprocess.univariate.integration.sde.
RandomWalk.Iterator
Get the current value of the realization.
xt(int)
- Method in class com.numericalmethod.suanshu.stats.stochasticprocess.univariate.
Realization.Iterator
Get the current value of the realization.
Xt()
- Method in class com.numericalmethod.suanshu.stats.stochasticprocess.univariate.sde.
Ft
Get the current value of the stochastic process.
xt_mean(int, Vector, Vector)
- Method in class com.numericalmethod.suanshu.stats.dlm.
StateEquation
Predict for the next state.
xt_mean(int, Vector)
- Method in class com.numericalmethod.suanshu.stats.dlm.
StateEquation
Predict for the next state without control variable.
xt_var(int, Matrix)
- Method in class com.numericalmethod.suanshu.stats.dlm.
StateEquation
Variance of the (a prior) prediction for the next state.
XtAdaptedFunction
- Class in
com.numericalmethod.suanshu.stats.stochasticprocess.univariate.sde
This represents a
F
t
-adapted
function that depends only on X(t).
XtAdaptedFunction()
- Constructor for class com.numericalmethod.suanshu.stats.stochasticprocess.univariate.sde.
XtAdaptedFunction
XtHat
- Variable in class com.numericalmethod.suanshu.stats.timeseries.linear.multivariate.stationaryprocess.
InnovationAlgorithmImpl
the one-step ahead predictors,
{X^
t+1
}
XtHat(int)
- Method in class com.numericalmethod.suanshu.stats.timeseries.linear.multivariate.stationaryprocess.
InnovationAlgorithmImpl
Get the one-step prediction
X^
t+1
.
XtHat()
- Method in class com.numericalmethod.suanshu.stats.timeseries.linear.multivariate.stationaryprocess.
InnovationAlgorithmImpl
Get all the one-step predictions
X^
t+1
, t ∈ [0, t]
XtHat(int)
- Method in class com.numericalmethod.suanshu.stats.timeseries.linear.univariate.stationaryprocess.
InnovationAlgorithm
Get the one-step prediction
X^
t+1
.
XtHat()
- Method in class com.numericalmethod.suanshu.stats.timeseries.linear.univariate.stationaryprocess.
InnovationAlgorithm
Get all the one-step predictions
X^
t+1
, t ∈ [0, t]
Overview
Package
Class
Tree
Index
Help
SuanShu, a Java numerical and statistical library
PREV LETTER
NEXT LETTER
FRAMES
NO FRAMES
All Classes
A
B
C
D
E
F
G
H
I
J
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L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
Copyright © 2011 Numerical Method Inc. Ltd. All Rights Reserved.


From the Death Certificate of
Clyde Wesley Gorby
West Virginia State
Department of Health #13928
death: Reader, Wetzel County, W. Va.; Oct. 1, 1949
personal: male, white, married
birth: 11/14/1889 Proctor Dist. W. Va.. U.S.A.
age at death: 59 years 10 months 17 days
occupation: retired Hope Emp.
parents: Dudley Gorby and Ellen Higgenbotham
ever in armed services: no
cause of death: cerebral hemorrhage
antecedent causes: chronic nephritis
autopsy: no
physician's statement: I hereby certify that I attended the deceased from 1942 to Oct.
1, 1949, that I last saw the deceased alive on Oct. 1, 1949, and that death
occurred at 1 p.m. from the causes and on the date stated above: Allen M. Dyer, M.D., Pine Grove W. Va.; Oct.
3, 1949
burial: North View Cem.; 10/4/49
funeral director and embalmer: Edward L. Palmer
Provided by Betty Latta Kitchen
Click here for the Short-Cut Table of Contents


NoSQL databases sound like they may be in direct opposition to SQL databases, but in fact, it's closer to think of the "N" and "O" as standing for "Not" and "Only." While a NoSQL database may still sometimes be queried like a SQL database (hence Not Only SQL), the big difference is in relational vs. non-relational distributed databases. A relational database like SQL uses a table structure to store and access data, while a NoSQL database can take many different forms. The ones I was familiar with prior to my research were all based on Document models (CouchDB, Couchbase, Solr, and MongoDB), so it was interesting to see how many other categories are out there, including graph (which I will need to get more familiar with since I'm currently working for a big data startup), key-value stores (which has a dozen of its own subcategories), columnar, tabular, object-based, and more. The benefits of a NoSQL database vary depending on the database type and the application for which you're using it, but these kinds of databases are often chosen over SQL databases for their scalability, flexibility and performance under pressure of handling ever increasing volumes of data. MongoDB has an excellent, clear summary of the benefits of NoSQL databases (not just Mongo) that gets into deeper detail and also explains how NoSQL databases manage to handle both structured and unstructured data dynamically. This is a huge advantage over relational databases in which you need to define your schema in advance.


Chapter 8 R extensions
##Discuss Unit testing for functions, travis, continuous integration, package dependencies
r shiny
rmarkdown
bookdown
8.1 Continuous Integration
Travis CI is a programme that is used for continuous integration.
Continuous Integration is the practice of merging in small code changes frequently - rather than merging in a large change at the end of a development cycle. The goal is to build healthier software by developing and testing in smaller increments. This is where Travis CI comes in.
As a continuous integration platform, Travis CI supports your development process by automatically building and testing code changes, providing immediate feedback on the success of the change. Travis CI can also automate other parts of your development process by managing deployments and notifications.
https://docs.travis-ci.com/user/for-beginners/
When you run a build, Travis CI clones your GitHub repository into a brand new virtual environment, and carries out a series of tasks to build and test your code. If one or more of those tasks fails, the build is considered broken. If none of the tasks fail, the build is considered passed, and Travis CI can deploy your code to a web server, or application host.
CI builds can also automate other parts of your delivery workflow. This means you can have jobs depend on each other with Build Stages, setup notifications, prepare deployments after builds, and many other tasks.
The simplest way to explain Travis CI is that it runs your program’s tests every time you commit to GitHub (this can be configured in many ways, and you can always disable builds on some branches). The point of this is that you can often discover very quickly if your commit broke something, and fix it before it becomes a problem. I would recommend running Travis CI on every GitHub repo that you have unit tests in and is using a programming language supported by Travis CI. Since setting up Travis CI is very easy, I don’t normally see a good reason not to use it, unless you don’t care if you have passing tests in your program or not. Feel free to leave a comment if you have any more questions. You can read more about Travis CI here.
Travis CI is a hosted, distributed continuous integration service used to build and test projects hosted at GitHub. Travis CI automatically detects when a commit has been made and pushed to a GitHub repository that is using Travis CI, and each time this happens, it will try to build the project and run tests. This includes commits to all branches, not just to the master branch.
Another programme you can use in JEnkins.
Jenkins vs travis CI https://www.guru99.com/jenkins-vs-travis.html
What is CI? Continuous integration is a software development method where members of the team can integrate their work at least once in a day. In this method, every integration is checked by an automated build to search the error. The CI concept was first introduced over two decades ago to avoid “integration hell,” which happens when integration is put off till the end of a project.
How CI works?
Developers write code and commit changes to the shared repository After that, the CI server monitors the repository and evaluates all the changes CI builds the system and conduct integration and unit tests The server releases deployable artifacts The Continous integration server assigns a build tag to the version and building code Then the CI server reports the team about the successful build. If the tests fail, the server alerts about the event to the development team. The team will fix the issues as fast as is possible. What is Travis CI? Travis CI was the first CI as a Service tool. It introduced a new approach to building code in the cloud. This CI tool allows the user to sign up, link their repository, build, as well as test their apps.
Travis CI tool can easily integrate with the common cloud repositories like GitHub and Bitbucket. It offers many automated CI options which cut out the need for a dedicated server as the Travis CI server is hosted in the cloud. This allows you to test in different environments, on various machines, running on different Operating Systems.
Travis CI is free for open source projects. For commercial projects, you need to purchase an enterprise plan.
What is Jenkins? Jenkins is an award-winning continuous integration tool that monitors executions of deployment cycles. It started as a side project by Sun’s software engineers group. Later it was expanded as one of the popular open source CI tools which help software development teams to automate their deployments.
Jenkins is a Java-based tool, which means you only need Java Runtime Environment to operate it. Hence, Jenkins can be installed on any operating system where Java runs.
In this tool, Developers can also specify conditions for customized builds. Jenkins supports a massive plugin archive. This allows developers to alter how Jenkin looks and operates.


Hi all,
I recently bought the Raspberry Pi Preloaded Base Station Gateway SD card, but I must confess that I do not understand all (in fact I was expecting a graphical interface ^^), my question is about emoncms, as the raspberry pi uses the SD card with the gateway that I bought, how and from what we launch emoncms ?
Hoping you can tell me, I shall be very grateful
Re: Raspberry Pi Gateway
You have the Gateway SD Card. That connects your RPi to emoncms.org, via your router and the Internet. You need to create an account at emoncms.org, then (when you program your read & write APIKey into the gateway) it will send the data received from your emonTx (etc) via the gateway, your router and the Internet to emoncms.org. You log in there and set up your Graphical Interface.
Did you think that emonCMS ran on your RPi? That can be done of course, but not successfully with an SD card, because they wear out and fail after weeks or a few months. You really need a spinning hard disk attached onto which you move pretty much everything, using the SD card only to boot.
Re: Raspberry Pi Gateway
thank you to you for your response it was a great help to me, just one last question for the raspberry pi sending data emoncms.org must configure the wifi, you know the command line to configure it?
Re: Raspberry Pi Gateway
The RPi expects a wired Ethernet connection to your router. I do not know the details of the Gateway SD setup, but I am reasonably certain it will not be set up to use WiFi. Normally, the wireless connection is between the emonTx (etc) and the RPi, and the RPi is located close to the router and uses a short Ethernet jumper to connect.
If you need to search for more information about the Gateway, it is also known as the "rock solid" gateway/image. This post suggests you use a WiFi dongle http://openenergymonitor.org/emon/node/3887#comment-18624. Be sure to read the posts that follow also.
Re: Raspberry Pi Gateway
Yes you can use a wifi dongle with the rocksolid gateway by installing wpasupplicant and wireless-tools, but be aware that the IPE-R1 software will break if you use upgrade. use
BUT DO NOT USE SUDO APT-GET UPGRADE
Re: Raspberry Pi Gateway
Hi, it's me again
I have applied your advice to the letter, I finally opted for an ethernet connection,
my question is that there are changes made to the emonTx?
Or is it preconfigure, simply connect the sensors to detect and it is emonTx send data directly to the Rpi?
Re: Raspberry Pi Gateway
The emonTx V3 should work straight away. It must of course be the same frequency (433 MHz or 868 MHz) as the wireless card on your RPi.
Re: Raspberry Pi Gateway
Hi, once will not hurt, I wonder about something, what is the "Node" menu in emoncms?
Re: Raspberry Pi Gateway
Click it and see!
(Read, then check Node API Help. Nothing will happen until you send some data.)


!= include("css/cloak.html") ?> != include("css/main.html") ?>
!= include("html/app.html") ?>
!= include("js/vueMethods.html") ?> != include("js/vueObjects.html") ?> != include("js/vueApp.html") ?>


Right, the header isn't included:
```
< HTTP/1.1 500 Internal Server Error
< content-type: application/json
< transfer-encoding: chunked
< date: Wed, 24 Jul 2019 13:05:22 GMT
<
* Connection #0 to host <IP_ADDRESS> left intact
{"error":"rpc:229] utxo:1120] JsonRpcError { request: JsonRpcRequest { jsonrpc: "2.0", id: "3", method: "blockchain.scripthash.get_balance", params: [String("a70a7a7041ef172ce4b5f8208aabed44c81e2af75493540f50af7bd9afa9955d")] }, error: Response(Object({"co...


Building experiences using Barista components means the accessibility
knowledge of the designers and developers who built them are available to
everyone and come for free with the usage of the components. Neverthesless it
is still important to check a few things post implementation. Therefore we
created the Barista Accessibility checklist which is based on the WCAG 2.1 AA
standard. Barista's patterns and components are perceivable, operable, and
understandable to users, even when using assistive technologies.


220_roujiang.py
# Definition for singly-linked list.
# class ListNode:
# def __init__(self, val=0, next=None):
# self.val = val
# self.next = next
class Solution:
def swapNodes(self, head: ListNode, k: int) -> ListNode:
vals = []
curr = head
while curr:
vals.append(curr.val)
curr = curr.next
vals[k-1], vals[-k] = vals[-k], vals[k-1]
dummy = ListNode(-1)
curr = dummy
for a in vals:
curr.next = ListNode(a)
curr = curr.next
return dummy.next
# dummy = ListNode(-1)
# dummy.next = head
# order = 1
# order2node = {}
# curr = dummy
# while curr.next:
# order2node[order] = [curr, curr.next]
# curr = curr.next
# order += 1
# p1, c1 = order2node[k]
# p2, c2 = order2node[order-k]
# n1 = c1.next
# n2 = c2.next
# p1.next = c2
# c2.next = n1
# p2.next = c1
# c1.next = n2
# # c1.next, c2.next = c2.next, c1.next
# # p1.next, p2.next = c2, c1
# return dummy.next


In this report I will discuss my contributions to the SmartLock project, discussing the motivation for design choices, technical implementation details and critical evaluation of the work produced.
My contribution to the project can be summarised as the following:
The task for this course was to design and build an Internet of Things (IoT) device and a suite of applications to interface with it.
We met up in the first week of the semester to share our ideas and take the most promising ones to the next stage. Some of those ideas included:
The group decided that the door lock idea had the most potential. The project was small enough in scope to allow us to focus on producing a quality product, but large enough to provide each team member with a substantial amount of interesting work.
I had a very personal stake in this idea; myself and my flatmate have thought about implementing it before (after one too many accidental lock-outs), but we have never had the time to explore it until now.
To create the door lock we would need an integrated system to handle communication between the device and the user. We also wanted to provide iOS, Android and web applications to allow users to access the lock wherever they are, using whatever device they have available.
I was tasked with development of the web application, which was intended to be an administrative interface where a user could control their devices and who has access to them. We later extended this functionality to the mobile applications, providing consistency across all devices.
We felt it was important that the application use responsive design techniques to provide access to users on operating systems other than iOS and Android (such as Windows Phones and Blackberry devices).
The application would need to provide the following core functionality:
In this section I will discuss the motivation for design decisions, as well as describe the overall architecture of the integrated system.
After establishing the requirements for the project we discussed the system architecture. We considered a few methods of communication: one in which the mobile device acts as the base station for the lock, communicating with it via bluetooth and passing communications over a 4G / WiFi network to and from an API; another in which the mobile device connected to and authenticated with the lock directly.
However, we decided that these systems were too insecure. In the first system the mobile device could easily spoof communications from the API, bypassing any authentication system in place. In the second, the lock would not have a trusted authority for authentication at all and would thus have to trust the mobile device completely. In both systems there would be no way for a user to monitor the lock's status if there were no mobile devices present nearby, violating the requirement for users to be able to view the status of their devices at all times.
We designed a third system in which the lock communicates with an API directly over a WiFi or mobile network. This system removed the security issues present in the other two designs, as a mobile device would need to authenticate with a central API server and the lock would only communicate with a trusted authority. Having the lock repeatedly ping the server would provide status updates to the API at regular intervals, notifying users when their lock disappears from the network (perhaps due to a power outage or vandalism) and keeping information about the lock up-to-date at all times.
Communicating this information to the user is where I come in. Using a central API allows us to develop a suite of applications to display information collected by the API. All of the authentication, user and device management is handled by the API, providing a uniform experience across all devices and removing the need for separate implementations of the same logic. All I would need to do is develop a means of communication between my application and the API alongside Michael.
The software developers on the team laid out the following API specification which would provide the minimum required functionality to each app:
| API Endpoint | Purpose |
|---|---|
/user |
|
/friend |
|
/lock[/<id>] |
|
/friend-lock |
|
/open/<id> |
|
/close/<id> |
|
We would also need to settle upon a method for securely communicating between the API and the web application. We decided to use HTTP Basic Authentication to begin development, which is achieved by sending the base 64 encoded username and password in the HTTP request header. Base 64 encoding is not a secure method of communcation as the process is easily reversed; we settled upon this authentication method not because it was secure but because it was simple to implement. This allowed us to focus on adding functionality to the applications. In a production environment we would need to change the method of authentication to something more secure.
Once the lock hardware was built we
discovered that our initial design for the
lock's communication was insufficient. The
lock was only able to send HTTP
GET
requests to the API to
indicate its current status, so we needed
to re-think our communication design. The
original approach we used also prevented
the user from opening the lock with a
physical key: if the lock believed it
should be closed, it would continue to try
to close the lock even when a key was
used. Together with JP, Sam, and Michael, I
re-designed the logic[2] for
the lock system to use a follow-the-leader
approach with the lock being the
leader. This design caused the API to work
in conjunction with a physical key, making
requests for the lock to close
but never forcing it to do so.
| Lock State | API State | Application Request | Description |
|---|---|---|---|
| Open | Open | Open | Initially, all systems agree that the lock is open. |
| Open | Open | Pending Close | A user makes a request to close the lock. |
| Open | Pending Close | Pending Close | The API sends a request to the lock to close but the lock is still reporting that it is open. |
| Closed | Pending Close | Pending Close | The lock receives the request to close the lock. |
| Closed | Closed | Pending Close | The lock tells the API that the lock is closed. |
| Closed | Closed | Closed | The web application receives the information that the lock is closed. |
| Open | Closed | Closed | A user opens the lock with a physical key. The lock now reports that it is open. |
| Open | Pending Close | Closed | The API requests that the lock close again but the lock remains open. |
| Closed | Pending Close | Closed | The user locks the door with the physical key. The lock begins reporting that it is closed. |
| Closed | Closed | Closed | The systems agree once more. |
The task assigned to me was to develop the device management interface. In the following sections I will discuss how I designed each section of application.
The main purpose of the management application to display large amount of information in an easily to digestible format. For this reason I have opted for a simple design theme throughout, with as little visual distraction as possible. This means that my application will not use flashy animations or other elements that serve no functional purpose.
Opting for a simple design enables me to focus on providing a fully-functional, bug-free experience to the user. This will reduce frustration and confusion for the user and give them confidence that their device is functioning as expected - if a user sees the application falsely report that a lock is closed when it is in fact open the product will make them feel less secure.
The profile page to displays the user's personal information in a clear, concise manner. I have opted to move the user's locks to their own section of the application (see the next section) to avoid overloading the user with information and provide quick access to the specific functionality they require.
The mobile image features one of the many alerts the application shows to the user. In the event of an error (whether caused by the API or by erroneous user input) or upon success of an action the user is shown a message box informing them of what has just occurred. This is useful for communicating back-end operations to the user, clearing up any concerns they may have. For example, if the user attempts to register a lock but the operation fails due to a database error, they may ask: why was my lock not registered? Using the message flashing system we can dynamically show an error message to explain why.
The user is currently unable to change any of their details. Given more time I would add this functionality. However, this was difficult to co-ordinate after the presentation as each of us had other obligations. Although I managed to add some API features, this was a low priority.
The friend overview page allows a user to add and remove friends. The page uses a typeahead to suggest friends to users based on their input - for example, if I enter "Mich" then the typeahead might suggest "Michael Inglis" as a friend. This can be seen in the box below. This feature is also available on mobile devices.
The typeahead also suggests people you are already friends with. If you select a user you are already friends with, the green plus button will change to a red minus, allowing you to remove that person as a friend.
The friend profile page allows you to view other user's profiles. These pages display any locks that you own which they have access to and vice-versa.
If you are not friends with the user, a button will be present to remove them and vice-versa.
Unlike the lock profile page, the friend profile page does not allow you to control access to locks you have shared with other users. This feature could be added to the locks under the "Your Locks" section of the page to complete the functionality.
This functionality was not added before the submission deadline because the endpoint which provides the friend profile data was a last-minute addition to the API. Given more time, I would add this feature.
The lock overview page displays a user's locks along with their current state. Each lock links to its own profile page (see next section). The states are actually buttons which can be used to control the respective lock.
To improve this display I could separate the user's own locks from locks they have been granted access to. This would help users see the status of their own locks at a glance (which they likely care more about) and find what they're looking for more efficiently.
Taking this even further, a user could be allowed to add a lock to a list of favourites so that they could access frequently used locks more quickly. By collecting data about when a lock was opened and how often, we could order the locks by most frequently or most recently used.
This page displays information about a user's locks. Notice the difference between the mobile and desktop versions: on mobile the lock button takes up most of the screen, whereas on the desktop it takes up a small portion.
This has been done intentionally. When accessing the website on a mobile device the user is most likely looking to open or close their locks, so priority is given to that functionality. On the desktop we have much more room to display elements of the page and it is more likely that a user will want to manage access to their lock, so we give priority to those elements. This is one of the many applications of responsive design in my work.
This page allows the user to register a new account. The forms have been set up to use responsive design, making them easy to fill out both on mobile and desktop platforms.If a field is filled in correctly, a message will be flashed upon submission indicating the error.
The form also provides alerts in browsers which are capable: using HTML5 validation tags, required fields which are left blank will force the user to fill them in before submission is possible.
The form could be altered to provide more client-side validation, for example by measuring and displaying password strength using JavaScript. This would alert the user to any errors before they submit the form, which would provide better ease-of-use: less submissions requires less typing.
This page allows the user to log in to a registered account. The forms have been set up to use responsive design, making them easy to fill out both on mobile and desktop platforms. If a field is filled in correctly, a message will be flashed upon submission indicating the error.
If the user enters details which do not match any user account they will be shown an error, but the error does not indicate which field was filled out incorrectly. This is to avoid alerting attackers that they have found a valid username whose account they could then attempt to brute force access to.
This page allows the user to register a new lock by entering the lock's ID.
As we have no physical locks, the user is currently able to register any lock ID as a lock. In a production system we would maintain a database of valid lock IDs and prevent the user from registering a fake lock, but for demonstration purposes the current system is adequate.
As shown in the above sections, the application uses responsive design throughout. Below are some examples of the how this increases accessibility for mobile users:
Instead of being presented with the same website on a mobile device with all of the content scaled to an unreadable size, the responsive design stacks and resizes the elements to be displayed in a format more suitable for mobile devices which are usually portait in orientation. Compare this to the Three Mobile top-up page[4] which does not use a mobile-friendly design - ironic, given that they are a company selling mobile network services:
The SmartLock design on the right is clearly more user-friendly as the text is easily readable and the buttons are large enough to be pressed by a human finger without misclicking.
In this section I will discuss aspects of the implementation, including libraries and frameworks used and explanations of these choices.
I chose to use the Flask[5] web application framework for this project, a lightweight web application framework which is more than adequate for producing applications such as the SmartLock management interface which require no database or significant back-end computation.
One of the main reasons I chose this framework (other than its lightweight design) is that it is written in Python. When starting this project I wanted to stick to a language with which I was familiar. I faced a choice between the Flask and Django[6] frameworks. I decided that Flask was more appropriate given that Django is aimed at larger projects given its native extensions for databases and related administrative interfaces, in addition to the large number of apps available to extend its functionality. Whereas these features may have been useful for Michael's API, they would have added significant bloat to my project.
The application uses Flask's session cookie mechanism to keep users logged in and handle session data.
The application makes heavy use of the
requests
library[7] to
communicate with Michael's API. The library
makes it very simple to create and process
HTTP requests.
Since the back-end handled authentication and session data, I created local endpoints which forwarded requests to the API. This allowed me to make AJAX calls to the API from the JavaScript code without implementing separate JavaScript authentication, keeping all of the communication functionality in one place and ensuring that changes in communication (e.g. an update to token authentication) would be reflected in all areas of the code.
To make the application's design responsive, I took a mobile-first approach using the Bootstrap[8] framework. Bootstrap is a style framework which allows developers to create sites using a grid system which rearrange content depending on the size and orientation of the user's screen.
Bootstrap is in such wide use that it could almost be considered a web standard. By using Bootstrap I have made it much easier for other developers to understand and access my code, as the majority of web developers will have at least a passing familiarity with the code. In addition, Bootstrap's functionality is well documented, making it easy for even the novice developer to dive in at the deep end. The alternative would be to use a lesser-known framework or roll my own CSS from scratch, which besides being extremely time consuming would also make it more challenging for someone else to re-use my code without extensive documentation.
The application relies on clientside functionality to perform some actions. For example when the user clicks the lock button, an AJAX (asynchronous JavaScript and XML) request is made to the API in order to open the lock. This creates a more seamless end-user experience by removing the need for a page reload to update the content; the button changes its status live on-screen depending upon the status of the lock.
The jQuery library[9] was used to perform AJAX requests and update page content. jQuery abstracts away a lot of JavaScript's notoriously verbose and unintuitive syntax. Compare the code for an AJAX request between native JavaScript and the jQuery library:
function loadDoc() {
var xhttp = new XMLHttpRequest();
xhttp.onreadystatechange = function() {
if (xhttp.readyState == 4 && xhttp.status == 200) {
document.getElementById("demo").innerHTML = xhttp.responseText;
}
};
XMLHttPRequest example from W3Schools[10]
$.ajax({
url: "test.html",
context: document.body
}).done(function() {
$( this ).addClass( "done" );
});
jQuery .ajax()
example from the library's documentation[11]
The XMLHttpRequest
native code
performs very similar functionality to the jQuery
code. However, the jQuery example is much more
readable: "make a request to
test.html
. Once the request is done,
change the CSS class of this element" compared to
"make a new XMLHttpRequest object, then when the
ready state changes check if the ready state is 4
and the status is 200, then set the HTML of the
demo
element to the response text".
This library was chosen for similar reasons as Bootstrap: its wide use and promotion of clean code allows the majority of developers to jump right in and begin coding without needing to study the library's documentation.
The typeahead functionality is provided by
Twitter's typeahead.js
[12]. This library
was chosen because of its robustness and the
extreme ease with which typeahead search can
be implemented. The library can produce a
typeahead from JSON data with almost any
structure provided that the developer configures
it correctly.
I created a new API endpoint[13] in my web application which transforms the API data into a format suitable for creating a typeahead. Given more time I would integrate this endpoint into the API and remove it from my code, but for now this method is acceptable.
The management application uses the free tier of the Heroku hosting platform-as-a-service (PaaS). The application has been configured specifically for deployment to Heroku, although other options are available.
The application is available live at slip-d-web.herokuapp.com, using a copy of the API with my additions (which is hosted at slip-d-api.herokuapp.com). Note: The application may run slowly on Heroku since it is hosted on the free tier. The free tier forces applications to "sleep" for at least 6 hours per day and after 30 minutes of receiving no requests, causing performance issues. This can be easily rectified by upgrading the platform to the paid version - however, the free tier is fine for demonstration.
If you would like to try out the web
application, you can register with the site by
following the link above. You need to obtain a
copy of the lock
emulator script and change the API_BASE_ADDR
variable to the following value:
API_BASE_ADDR="http://slip-d-api.herokuapp.com/"
You can then run the script from a terminal in the following way:
$ python fakelock.py $LOCK_ID
Where $LOCK_ID
is the ID of the
lock you want to emulate, for example,
1234
. You must have the
requests
library installed to use
this script which can be installed by
running:
$ pip install requests
in a terminal.
I contributed a couple of features to the API. As discussed in the design section, I helped design and subsequently implemented[2] the lock communication logic.
After the group presentations I implemented new
functionality in the friends
and
users
endpoints to help finish my
application; namely, the data provided about
access granted to devices to and from other
users. This allowed me to create the friend
profile page and display which locks a
particular user has been granted access to or
has shared with you. This information was
previously available on the lock endpoint but
not alongside the user data.
In order to test the functionality of the apps
before the hardware lock had been created, I
implemented a device emulator script[1] in
Python. This script uses the
requests
library to simulate
communications to and from a
SmartLock device.
This script allowed each of the developers to work on their applications independently. Since we only have one physical lock, we would not have been able to work on our applications at the same time without it. The script was essential to the development of the entire team's projects, and also helped us debug the communications with the physical lock: myself and JP worked together to determine why the lock was initially unable to connect to the API. With the help of the code I had written to emulate the device we were able to determine the source of the problem and recitfy it.
The web application was designed with code reuse in mind. As discussed previously, I chose to use libraries and frameworks which were in wide use to allow new developers to better understand my source code without having to send significant amounts of time reading the documentation. Sticking to widely used frameworks also makes my application more robust; since the projects are contributed to by many software engineers security vulnerabilities and bugs will be patched very quickly.
I have taken great care to promote code reuse wherever possible. All of the API requests go through the same function which crafts a request from its parameters - by abstracting commonly used functionality in this way, to its own function or class, I am able to modify all uses of that code in the same place, and prevent security issues or bugs which arise from multiple slightly varied instances of the same code (a common side-effect of copy-pasting).
Not only that, but I can take the demonstration of my code reuse one step further: my own personal website[14] shares some of its codebase with the management application. The basic Flask setup (including the WSGI configuration for running the server process) has proven very valuable in configuring my own site. My portfolio is hosted on a DigitalOcean VPS, proving that while the management application is configured for Heroku it can easily be deployed to another service.
When discussing the project we initially identified the following requirements:
I believe that our application meets most of the identified requirements. We have provided all the required functionality: the ability to manage and control devices, share access with friends and keep the user informed of the status of the device.
I took a mobile-first approach using responsive design techniques in order to make the application truly cross-platform.
The only requirement I feel I could have improved was the security aspect, which I will discuss below.
Some aspects of the project I am especially proud of and would like to draw attention to.
Firstly, the robustness of the application. I have extensively user-tested my application and have found that in the majority of cases the application functions as expected. When an unavoidable issue occurs (e.g. when the API is unavailable due to the limitation on free Heroku apps) descriptive error messages inform the user of the cause of the issue and encourage them to try again at a later time.
Second, the effort put in to targeting mobile devices. Due to the way the pages re-arrange themselves (which required a moderate amount of custom extensions for the lock detail page button) our system can truly claim to be cross-platform. We are now able to function upon any device with an internet connection with the same quality as a native application.
The use of standard libraries, while making it easier to write the website, also provided many benefits ranging from code reuse to readibility and increased security. It will also provide invaluable experience for any future projects or practical work I do which requires working with others.
Finally, the effort which was expended to integrate various libraries with the design of the application. The default typeahead search does not provide any built-in style formatting, so I modified some Bootstrap-targeted CSS to add custom buttons to the form field and JavaScript to update the buttons' status depending on the field's contents. The typeahead is now seamlessly integrated with the rest of the page, providing as little distraction as possible.
Although I feel that I excelled in some areas, I recognise that I could have made some improvements to my work which I will discuss further below.
The documentation of the code for this project is slim to none. Although I have tried my best to write code which is as clean and readable as possible, I have failed to document much of the code's functionality. One of my biggest weaknesses is lack of documentation of code - often hampering my ability to understand my own code. Many developers fall in to the trap of believing their code is self-describing but fail to see that they have not done any actual-describing. When coding to tight deadlines it is often tempting to skimp on documentation. If I were to make one change to the way I completed this project, it would be to better describe the functionality and thought process that went into development, and is certainly something I will put more focus on in future projects.
When developing the application we sometimes found it difficult to co-ordinate our efforts. For example, I might be working on one feature while Michael works on something else. Because we mostly kept to our own sections of the project it became difficult to understand and make changes to each others' work, so if I required a feature from the API I would have to wait for Michael to implement it before I could continue.
Due to the delays in the
construction of the lock (which was no
fault on the part of the team -
unfortunately, the Prospeckz board and
some of the lock hardware were
arriving as late as 7 weeks in to the
project) we struggled to properly
design the communication between the
hardware and software. The software
team were unaware that the board was
only able to make HTTP
GET
requests over GPRS,
which meant we had to re-design the
code to fit this new system at a very
late stage.
However, in some areas we excelled at communication. Much of the development went without a hitch and team members were more than willing to contribute to any area of the project they could - although everyone had their own area of development, we often crossed paths and wrote code for each other to help produce a fully integrated system. I can say that without a doubt this was the most enjoyable group project I have participated in, which is wholly due to the positive attitude and work ethic of the rest of the team.
Although we discussed security at length (see Dan's report), we elected to focus on functionality over security throughout development of this project. I think that we certainly could have improved in this respect - and if I were to continue this project, it would be a priority - as the very nature of a lock requires it to be secure.
The way we implemented security between the API and my application was extremely insecure: the base 64 encoding of sensitive data is incredibly easy to reverse and not a method of encryption. Sensitive information such as e-mail addresses are displayed on the pages of all users, regardless of whether they are a trusted friend.
In a real system we would have to be much more careful to secure sensitive data. We would need to secure all information sent between the user, the application and the API using SSL encryption. We would also need to set access controls to sensitive data, avoiding giving out information such as e-mail addresses to people without the proper authorization.
However, I personally feel that the aim of the project was to produce a proof of concept and not a production system. Many of the choices we made were influenced by the limited time and resources we had available (for example, the changes to the lock hardware from an over-the-lock device to a custom-built lock, or the fact that an SSL certificate costs upwards of £30 and I don't have that kind of money to spend). In some areas we provided basic security: the session data is all encrypted using a secret key only known to the application, and adding at least basic username/password authentication prevents users from simply accessing all the data with no barrier at all.
Through pure effort and great teamwork we successfully produced a proof-of-concept of a fully integrated system, and in my opinion through this we achieved the true goal of the project. Thanks to the robust design and implementation of the application, using many modern web and design standards, I have produced a truly reusable and versatile application which is a testament to the quality of the team's work. I look forward to working with my team again in the future and putting the skills I have learned to good use.
If you'd like to check out our application you can see it in action here, or view the source code on GitHub.


This page contains various svg and demonstrates a proposal for only drawing a focus ring when the keyboard is being used. Navigate through the interactive elements in various ways (using mouse, switch to keyboard, try it on a touch device). You should see a focus indicator on the element's parents whether you interact with them via keyboard or mouse.


I was given a unique opportunity today to join our local NPR host on a show entitled The Trend. The first half of today’s show was about new classroom models popping up around the city and I was invited to represent the flipped classroom. Needless to say, I jumped at the opportunity. Erinn Jankowski Two other teachers joined m... Read more 24 Feb 2012 - 1 minute read
With the discussion about the Flipped Classroom gaining steam globally, I thought it was about time we begin to connect in real time. I emailed Jon, Aaron, Ramsey, Dan, and Phil and we are excited to announce that the first-ever FlipChat will be held on Monday, March 5 at 8PM EST. We wanted to do this for a few reasons. First, the Flipped Clas... Read more 20 Feb 2012 - 1 minute read
We have a saying in the science department here: students lack mental stamina. They are faced with problems, and instead of working together to find an answer, they give up entirely. “This is too hard” and “I don’t know, so I’m not going to do it” are frequent responses when I assign something that requires thought. It takes a lot patience to wo... Read more 17 Feb 2012 - 3 minute read
In the spirit of full disclosure, this has been a discouraging week for me. Students are antsy and in need of a break. I am fighting some old battles with kids refusing to think or show interest in anything at all. I am also working with issues professionally I did not expect to have. Education news coming in each day shows glimmers of hope, but... Read more 09 Feb 2012 - 1 minute read
Ever since the State of the Union address on January 24th, I have seen more blog posts and articles on STEM than I have in a very, very long time. The problem is, they’re all focusing on the wrong thing. I feel like I’m channeling Michael Doyle and even Dan Meyer today, but it really is getting to the point where the nation’s science, math, tec... Read more 08 Feb 2012 - 1 minute read
I read a post from Jeff Utecht just ten minutes ago which got me into this thought. He wrote about helping a teacher flip her history classroom: Parents [are] calling into question the idea that the teacher isn’t “teaching my child” and the frustration their child is having to “find the right answer.” I’ve been fielding a lot of questions ... Read more 06 Feb 2012 - 1 minute read
Teachers are planners, in case you didn’t know. We like to plan units weeks ahead of time, plan for technology or behavior issues, and even plan for what our ideal classroom will look like in the future. Sometimes, we plan so much, that we tend to only see the ideal, which can lead to discouragement and disenfranchisement in teaching. Personal... Read more 30 Jan 2012 - less than 1 minute read
I’ve had a crazy week. On Tuesday and Thursday I worked with Brett Clark and Brian Bobbitt sharing the Flipped Classroom with almost 100 teachers and administrators across the district. It was an insane couple of days, but everything came together (including a student panel…they were awesome) and I think everyone that participated learned someth... Read more 19 Jan 2012 - 1 minute read
I think this is my first ever politically-based post. But, I feel so strongly about it, I couldn’t think of a better way to share my thoughts on the subject. If you are a user of the Internet, you need to know about SOPA and PIPA. The United States Congress is in the process of debating bills that are meant to stop the proliferation of pirated ... Read more 18 Jan 2012 - 1 minute read
I saw this commercial over the weekend: I think this commercial shows two classrooms. One class uses computers as worksheets. The second uses computers for what they were meant to do…create content to share with other people. Which computer would fit better in your classes? Read more 09 Jan 2012 - less than 1 minute read


Title of awesome article (Link to awesome article) 2 decades ago Dan Brown Be thoughtful. We don't take kind to flame wars ’round here. Sharing is caring. Let the world know that you saw this.


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British backpacker's Tinder date is found guilty of her murder in New Zealand
The parents of British backpacker Grace Millane have broken down in court after seeing their daughter’s killer Jesse Kempson being found guilty of her murder.
Grace was strangled by a man she met on Tinder and her body was found buried in a suitcase in New Zealand.
Before her death she had spent several hours drinking with him in the centre of Auckland on December 1, 2018.
They went back to Kempson’s flat and Grace was killed either that night or in the early hours of the next morning – the date of her 22nd birthday.
Kempson, 27, was found guilty by a jury of seven women and five men after five hours of deliberation at Auckland High Court.
They heard that he had used Google to look up websites for large duffel bags, suitcases and car hire after Grace died.
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His phone included searches such as ‘flesh-eating birds’ and ‘are there vultures in New Zealand?’.
Kempson also looked online for ‘the hottest fire’, ‘large bags near me’ and ‘Waitakere Ranges’.
Grace’s parents, who sat in the public gallery since the start of the trial in November 4, broke down in tears as the guilty verdict was read out.
Several jurors also cried while the killer stood emotionless, flanked by two corrections officers.
Grace was killed on the night of December 1 or early morning of December 2 – the day of her 22nd birthday (Picture: PA)
Mr and Mrs Millane, who were accompanied throughout the hearing by Detective Scott Beard who led the search for their daughter, left the court holding hands.
Mr Millane wept as he told reporters: ‘The verdict of murder today will be welcomed by every member of the Millane family and friends of Grace.
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‘It will not reduce the pain and suffering we have had to endure over the past year. Grace was taken in the most brutal fashion a year ago and our lives have been ripped apart.
‘Grace was our sunshine and she will be missed forever. She did not deserve to be murdered in such a barbaric way during her gap year.’
The Crown successfully argued that Kempson, who had an order banning his identification in New Zealand, strangled her and shoved her body inside a suitcase before burying her in a forested area outside Auckland.
She was assumed missing and her father, David Millane, flew to New Zealand as local authorities spent a week searching until her body was found by police.
The defence had claimed the death was accidental and occurred during rough sexual intercourse.
Justice Simon Moore told jury members before they delivered their verdict that they had to be certain Kempson had murderous intent when he put his hands on Ms Millane’s neck during sexual intercourse to convict him of murder, the New Zealand Herald reported.
Mr Moore asked: ‘Are you sure that when he applied pressure to Ms Millane’s neck… Did he intend to cause injury?’
He further asked them to consider if Kempson was willing to take the chance of Ms Millane dying due to his actions.
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The judge said: ‘If yes, then (the defendant) is guilty of murder. In other words, (he) must have appreciated Ms Millane’s death was a likely consequence… but was willing to run that risk.’
The court had been told Ms Millane had an interest in BDSM, with a previous sexual partner testifying they had used safe words and physical tapping to indicate when physical pressure became overwhelming.
During the trial the jurors heard from forensic experts who examined Kempson’s flat for blood stains as well as Ms Millane’s body after her death.
They were also shown footage of the woman and Kempson drinking at various bars throughout Auckland and kissing before they returned to his apartment.
Video footage from the elevator of her exiting on the third floor marked the last recorded time Ms Millane was seen alive.
Grace’s father acknowledged the efforts of New Zealand’s police, Det Insp Beard and thanked the prosecution team and the media.
Mr Millane said: ‘Finally we want to thank the people of New Zealand. I can’t thank you enough for our your kindness and for opening your hearts to us.’
Kempson will be sentenced on February 21, 2020, and faces life in prison with a minimum of 10 years without parole.
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TutorStudy is a tutor matching program, that allows students to select from a number of tutors available using our site to spread their services. Search from our extensive tutor database to find the exact tutor for you and scheduling a tutor session is as simple as a couple of clicks!
If you're student looking for a tutor, all you need to do is login or register as a student! Then, you can search for a tutor and schedule a tutor session within a handful of clicks.
 You can then login to your profile and set up classes which you would like to tutor as well as establish a fee for which students will pay during their session with you.
TutorStudy is aimed for juniors and seniors wanting to make a couple extra bucks here and there tutoring. By using this system, tutors can get their names out faster and more reliably than posting their ad on posterboards around campus. It allows for inexperienced students to learn from experienced people in their major who have been in their shoes.


The .NET Worldpay Within wrapper provides a convenient entry point for application developers who wish to create applications using the Worldpay Within toolkit.
Currently, this is built against .NET Framework 4.5.2, however I intend to make this available for use in portable DLLs (to work on Android, iOS) as well as .NET Core, so it can be easily used from Linux and Mac-based operating systems as well.
This has been created and built using Microsoft Visual Studio 2015 Community Edition.
Skip this if you just want to use the pre-built DLLs for using Worldpay Within.
Use nuget to acquire the 0.9.3 Apache Thrift libraries using the following command from the nugen package console:
Install-Package ApacheThrift -Version 0.9.3
If you don't specify the version, as of 16/6/15 you'll get an old version which will result in missing type errors (e.g. 'TProtocol' does not contain a definition for 'IncrementRecursionDepth'
).
This project contains nothing but the generated RPC wrappers for Thrift.
You can rebuild this code by running:
thrift-0.9.3.exe -r -out %GOPATH%\src\innovation.worldpay.com\worldpay-within-sdk\wrappers\dotnet\Worldpay.Within\Worldpay.Within.Rpc --gen csharp:nullable,union %GOPATH%\src\innovation.worldpay.com\worldpay-within-sdk\rpc\wpwithin.thrift
The -r is there just for safety, in case subdirectories are used in future for storing dependent Thrift IDL files.
Note, the full set of options for the Thrift compiler are as follows (we might want to use this later, holding off for now in the name of simplicity):
async: Adds Async support using Task.Run.
asyncctp: Adds Async CTP support using TaskEx.Run.
wcf: Adds bindings for WCF to generated classes.
serial: Add serialization support to generated classes.
nullable: Use nullable types for properties.
hashcode: Generate a hashcode and equals implementation for classes.
union: Use new union typing, which includes a static read function for union types.
Be sure to refresh the project source tree in Visual Studio to ensure that any newly generated files are included in the project. If you fail to do this, expect compile errors for missing types to be thrown.
To use Worldpay Within, add the following DLLs to your project path:
Worldpay.Within.dll
- this contains the wrapper code and Apache Thrift generated C# wrapper code. Thrift.dll
- Apache Thrift library. Logging Framework
- whatever logging framework we're going to use.


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On 19 October 2019, 4 new articles were published in 3 journals.
How International Are the Top International Journals of Criminology and Criminal Justice?
The “Capone Discovery”: Extortion As A Method of Terrorism Financing
The Emergence of the Mafia in Post-War Syria: the Terror-Crime Continuum


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weinre is implemented as a node.js application, and so you'll need to download and install a node runtime to run weinre.
To install weinre, use npm, or download a binary package. weinre is not sensitive to the directory it's installed in, and does not write to any files.
weinre can be installed as an npm package. The *-bin.tar.gz urls/files for binary packages can be used as a target of the npm install command.
It's likely you will want to install weinre globally instead of locally (in the npm sense), which means you will typically want to use the npm -g option to install. For *ix and Mac, this also means prefixing your command with sudo. For Windows, AFAIK, you don't need sudo or any equivalent.
Here's an example of installing from a binary package via URL:
sudo npm -g install http://example.com/path/to/apache-cordova-weinre-X.Y.Z-bin.tar.gz
weinre is also deployed on https://npmjs.org/package/weinre so that you can install it via:
sudo npm -g install weinre
Unofficial binary packages for your convenience:
The binary packages available are:
The difference between the .tar.gz and .zip archives is the archive format only. When expanded, both archives produce the same files.
The doc archives contain the stand-alone HTML documentation
The src archives contain the ready-to-rebuild source
The bin archives contain the ready-to-run binaries
If the {version} contains a moniker like pre, this is indicative of an unofficial, non-final binary package for your convenience, as opposed to an official release.
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