Front-end developer, JavaScript programmer, Full-stack web developer
Experience in IT more than 15 years, mostly worked as front-end developer (JavaScript, BackboneJS, jQuery) and back-end programmer (PHP, MySQL).
I had taken part in development of dozens web and mobile projects. From simple websites, landing pages, online shops, portals and catalogs to large complex web applications for content management, usual CMS and SaaS platforms for website creation. I’m able to find solutions on a limited budget and time, and can implement high quality and scalable solutions for complex projects.
My one page Resume for the position of: Front-end developer
Here you can find my detailed, all in one, six pages Curriculum vitae
Javascript, Backbone.js, jQuery, jQuery UI, AMD/CommonJS, ECMAScript, jQuery Mobile, D3.js, RequireJS, AngularJS, ReactJS, Flux/Redux, PhantomJS
Webpack, LMD, Browserify, Bower, Babel, Grunt, Gulp, SVN, Git, Linting, NPM
Node.js, NPM (sails.js, express, connect, derby.js), PHP, MySQL, Zend framework, Yii
HTML/HTML5, CSS/CSS3, Bootstrap, Responsive/Adaptive design, Template engines (Jade/Handlebars/Jade), LESS/SASS/PostCSS UI/UX and mockups (Cacoo, Photoshop)
JSON, JSONP, JSON-RPC, REST, Ajax, LocalStorage, Web sockets, 3rd party APIs
Functional programming, OOP, Prototype-based programming, Design patterns, JavaScript patterns


Functional Component
The component architecture is based on classes. If you favor functional programing over OOP, you might prefer to use functional components. Functional Components are always stateless, so you will want to use them with some kind of state management, such as Redux, Mobx, etc.
Virtual Dom
When you create components with the Component class, you have a reference for the component's properties, methods, etc. This also provides a point of reference for the virtual DOM. In contrast, functional components do not have this reference for their virtual DOM. Instead, with functional components, the scope in which the function is invoked becomes the scope for the virtual DOM. This means as your project grows and code gets out over many files, the scope of a functional component can be spread across several files. For components this is not a problem. For functional components this means the first time it gets invoked in a new scope, the previous virtual DOM will be replaced by a new one. Unless you are creating a list with 10,000 or more items, you won't notice any inefficencies. However, it does result in more layout thrashing than when creating class-based components.
Creating Functional Components
Functional components use JSX to create markup, but technically you could also use [Hyperx-ES6](https://www.npmjs.com/package/hyperx-es6) with ES6 template literals. Here we're going to look at using JSX.
To create a functional component, you start with a function, surprise! The function could accept some data, or not. It depends on what the function needs to return. If it is returning static content, no need for a parameter of data. If you want the function component to consume some data, then pass it in as a parameter. And of course you'll need to return some markup. In the example below we have a simple, function component that creates a header:
// title.js:
// We need to import the "h" function:
import { h } from 'composi'
// Define function that takes props for data:
export function Title(props) {
// Return the header with name from props:
return (

Hello, {props.name}!

)
}
If we were to do this with the Composi h
function, it would look like this:
import { h } from 'composi'
import { html } from 'hyperscript'
// Define function that takes props for data:
export function Title(name) {
return h(
'nav', {}, h(
'h1', {}, name
)
)
}
Both examples above create virtual nodes, so we will need a way to get them into the DOM. Composi provides the mount
function for that purpose. It works similar to React's ReactDOM.render
function. It takes two arguments: a tag/vnode and a selector/element in which to insert the markup.
In our app.js
file we import h
and mount
and then the Title
functional component and insert it into the DOM:
// app.js:
import { h, mount } from 'composi'
import { Title } from './components/title'
// Define data for component:
const name = 'World'
// Inject the component into header tag.
// We pass the name variable in as a property in curly braces:
mount(<Title {...{name}}/>, 'header')
Codepen Example:
See the Pen Composi functional-components-1 by Robert Biggs (@rbiggs) on CodePen.
This will convert the functional component into a virtual node (vnode) and then convert that into actual nodes inside the header tag. Because a virtual node was created, we can re-render this later using the render
function with new data and Composi will patch the DOM efficiently for us. In this case that would involve patching the text node of the h1
tag.
List with Map
Now lets create a functional component that takes an array and outputs a list of items. Notice that we are using BEM notation for class names to make styling easier.
// list.js:
import { h } from 'composi'
export function List(props) {
return (

{props.items.map(item =>
{props.item}
)}

)
}
This list is consuming an items
array:
// items.js:
export const items = ['Apples', 'Oranges', 'Bananas']
In our `app.js` file we put this all together:
// app.js:
import { h, mount } from 'composi'
import { Title } from './components/title'
import { List } from './components/list'
import { items } from './items'
// Define data for Title component:
const name = 'World'
// Insert component into header:
mount(<Title {...{name}}/>, 'header')
// Insert list component into section with items data:
mount(<List {...{items}}/>, 'section')
Codepen Example:
See the Pen Composi functional-components-2 by Robert Biggs (@rbiggs) on CodePen.
Custom Tags
We can break this list down a bit using a custom tag for the list item. We will need to pass the data down to the child component through its props:
// list.js:
import { h } from 'composi'
function ListItem(props) {
return (

{props.item}

)
}
export function List(props) {
return (

{props.items.map(item => <ListItem {...{item}}/>)}

)
}
Codepen Example:
See the Pen Composi functional-components-3 by Robert Biggs (@rbiggs) on CodePen.
Data Flows Down
When using custom tags inside a functional component, the data flows down, from the parent to the children. There is no two-way data binding. This makes it easy to reason about. If you need a child component to communicate some kind of data change to its parent, you can use events or any pubsub solution from NPM. We have a tiny and efficient pubsub module on NPM called pubber that is perfect for these situations.
Events
What if we wanted to make this list dynamic by allowing the user to add items? For that we need events. We'll add a text input and button so the user can enter an item. Since this doesn't involve any data consuming any data, their function just needs to return the markup for the nodes to be created. We'll call this function component ListForm
:
// list.js:
import { h } from 'composi'
function ListForm() {
return (

<input class='list--fruits__input--add' placeholder='Enter Item...' type="text"/>
<button class='list--fruits__button--add'>Add Item</button>

)
}
function ListItem(props) {
return (

{props.item}

)
}
export function List(props) {
return (

<ListForm />

{props.items.map(item => <ListItem {...{item}}/>)}

)
}
handleEvent Interface
We are going to use the handleEvent interface to wire up events for the component. We'll do this in a separate file and import it into our app.js
file. To use handleEvent
with a functional component we'll need to create an object with the handleEvent
function on it. Then we'll use a standar event listener and pass the that object instead of a callback.
Since we want to be able to add a new fruit to the list, we need to have access to the data and also the function component that renders the list. Therefore we add events
object to handle that.
Notice how we assign the result of mounting the functional component to the variable list
and use that as the secton argument of the render
function to update the list in the addItem
function in the events
object:
import { h, mount, render } from 'composi'
function ListForm() {
return (

<input class='list-fruits__input-add' placeholder='Enter Item...' type="text"/>
<button class='list-fruits__button-add'>Add Item</button>

)
}
function ListItem(props) {
return (

{props.item}

)
}
function List(props) {
return (

<ListForm />

{props.items.map(item => <ListItem {...{item}}/>)}

)
}
const items = ['Apples', 'Cats', 'Hats']
const events = {
addItem(e) {
const input = document.querySelector('.list-fruits__input-add')
const value = input.value
if (value) {
items.push(value)
// Pass in "list" variable from mounting:
list = render(list, <List {...{items}}/>, 'section')
input.value = ''
} else {
alert('Please provide an item before submitting!')
}
},
handleEvent(e) {
e.target.className === 'list-fruits__button-add' && this.addItem(e)
}
}
const list = mount(<List {...{items}}/>, 'section')
document.querySelector('.container-list').addEventListener('click', events)
As you can see above, we need to get the value of the input. If the value is truthy, we push it to the items array. Then we re-render the functional component list. Because this is a different scope than app.js
where we initially rendered the list, the first time we add an item, the list will be created a new, replacing what was there. That's because this is a different scope than app.js
. However, with every new addition, the render function will use the new virtual DOM in this scope to patch the DOM efficiently.
Using the handleEvent Object
Now that we have our handleEvent
object defined, we need to wire it up to our component. We'll do that in our app.js
file:
Codepen Example:
See the Pen Composi functional-components-4 by Robert Biggs (@rbiggs) on CodePen.
And that's it. With that we now have an interactive functional component that updates in real time with a virtual DOM.
Inline Events
We could also create a functional component with inline events. We're going to take our interactive list from above and take it to the next level. We'll let the user also delete items. We'll considate all the sub-components into one. We'll also add in private event handlers for the inline events. We've bundled this all up as a Codepen example:
See the Pen Composi Functional Inline Events by Robert Biggs (@rbiggs) on CodePen.
Lifecycle Hooks
Functional components have three lifecycle hooks:
onmount
onupdate
onunmount
Using Lifecycle Hooks
To use lifecycle hooks on a functional component you need to set them up as a property on the component with a function for the action to be executed when the hook is called. Notice how we attach the onmount
lifecycle hook to the UL
element in the List
function:
// Define event handler for list:
const listEvent = {
handleEvent(e) {
e.target.nodeName === 'LI' && alertItem(e)
},
alertItem(e) {
alert(`You chose: ${e.target.textContent.trim()}.`)
}
}
// Function to attach event after mounting:
function setupListEvent(element) {
// Use event handler object:
element.addEventListener('click', listEvent)
}
// Functional component to create list:
function List({items}) {
return (
// Attach onmount lifecycle hook:

 setupListEvent(element)}}>
{
data.map(item =>
{item}
)
}

)
}
Lifecycle Hook Arguments
The onmount
callback gets passed the base element of the container as its argument. This is the same as Component.element
in a class-based component. You can use this to attach events, or query the component DOM tree.
The onupdate
callback gets passed the element, the old props and the new props. You can compare the old and new props to find out what changed.
onunmount
fires before the component has been removed from the DOM. It gets passed a reference to the element on which it is registered and a done
function. You can use this lifecycle hook to do some environmental cleanup, or animate the element before the component is deleted. You can use this lifecycle hook on a functional component's children, such a list items of a list. The component will not be removed from the DOM until you call the done
function. In the code sample below, notice how in the removeEl
function we initialize a CSS animation to last half a second. The we set up a timeout to last half a second, afterwhich we run the done
function. This delays the removal of the list item until after the animation finishes.
function removeEl(el, done) {
el.style.cssText = 'transition: all .5s ease-out; height: 0px; transform: translateX(-300px);'
// Set timeout for half a second, matching the animation above,
// then fire `done` function:
setTimeout(function() {
done()
}, 500)
}
function List() {
return (

 { props.data.map(item => (

 removeEl(el, done)}>
{item.value}
<button data-id={item.key} class='delete-item' onclick={e => deleteItem(e)}>X</button>

)) }

)
}
Memoization Avoids Unncessary Updates
When you use the update
lifecycle hook, it will always fire when you do a render, even if the data being use has not changed. This does not mean that the DOM was physically updated. That would only happen if the props changed. Every time you render a functional component with update
on it, update
will execute. There is only one way to get around this--memoization.
Below is a Codepen with a list created as a function component. The list items have an onupdate
lifecycle hook. When you click on the button that says "Render List with Same Data", it re-renders the list. Notice how in the results you see and oupt for each list item. This is so event though there was no change to the data the list is using. This means there was no physical update of the list items. This is because of how the diffing algorithm works.
Normal List without Memoization
Here's an example of the problem. Notice that as you add items to the list, all the already existing items get output as updated. Also notice that every time you tap the "Render List with Same Data" button, all the items are output as updated, event those you rendered the list with the same data. Infact, because the data was the same, the actual DOM elements would not have been updated.
See the Pen Functional Component with Update by Robert Biggs (@rbiggs) on CodePen.
Memoization Solves Update Issues
We can get around this problem by memoizing the list items. This is a little more work than simply outputting a list, but it gives us the desired result--list items will indeed fire the update
lifecycle hook when their data changes. Otherwise you can render the list with the same data again and again and the update
hook will not fire.
We use an array, cachedLisItems
on the appVar
object to store the memoized list items. Notice how in the render function we store the list items in cachedLisItems
and that we use those values to output the list items. This gives us a source for the list items outside of the function components diffing process.
Example of Memoized List
See the Pen Functional Component with Memoization by Robert Biggs (@rbiggs) on CodePen.
The above technique solves the problem of the update
lifecycle hook firing every time you render a function, even when the data is the same. However, be aware that this increases the memory that the list is using. If your list can be long, and you use this technique on other long list, you may find that your app is consuming a lot of memory, which can lead to other problems. If memoizing list items seems like too much trouble, consider making your list component using the Component class. Class components memoize their previous state so that their update lifecycle hooks only fire when their data changes.
Component Class Advantages
Although you can build a complex app using nothing but functional components, there are certain conveniences when using the Component class. First and foremost is the fact that classes allow you to encapsulate functionality using properties and methods defined directly on the component. The second is the component itself enables more efficient use of the virtual DOM because it keeps track of that internally. Because of this, you can have multiple class components in the same container. Class components don't have the problem with updates like we saw in functional components that needed memoization. This is because class components automatically memoize their previous state on the component instance. That way a component instance can accurately tell whether it should fire its componentDidUpdate
lifecycle hook.


Objective
Seeking a full stack software development position offering dynamic responsibilities and expectations.
Work Experience
FactSet Research Systems - New York, NY
Software Developer III - June 2013 - present
- Developed AngularJS applications that visualize FactSet Portfolio Analytics data through the use of charts and grids
- Scaffolded AngularJS applications using bootstrap inspired internal library
- Used Browserify and Gulp to refactor parts of FactSet's SPAR, AngularJS application logic into a library that can be injected into an AngularJS application as a service, or as a node module within a NodeJS application
- Designed and implemented FactSet’s first NodeJS application in an effort to experiment with newer technologies
- Wrote reusable AngularJS directives that were used accross multiple FactSet Portfolio Analytics projects.
- Architected and lead development effort on a new API used by FactSet’s GIPS application to consolidate logic provided by several different services
- Wrote Yeoman generator used by all NodeJS services and libraries that must comply with FactSet's security standards
- Lead SQL development efforts for the Asset Allocation application
Liberty Mutual - Portsmouth, NH
Software Developer Co-op - June 2012 - November 2012
- Profiled and refactored existing code to dramatically increase efficiency
- Rewrote code using Gosu’s query API to reduce database calls
Clearwater Analytics - Boise, ID
Software Developer Co-op - January 2011 - June 2011
- Worked with a team in an agile, Scrum development environment to develop new features and maintain old functionality of the Clearwater product
- Assisted in redesigning and reconstructing the new database schema
Technologies
Languages: Javascript, C++, Java, Transact-SQL, HTML, CSS
Platforms: NodeJS, AngularJS, Express, Browserify, Webpack, Yeoman, Bootstrap, PhantomJS, npm, bower
Libraries: Lodash, jQuery, Unirest, Grunt, Q, Moment.js, winston, forever, Karma, Jasmine
Tools: Gitlab, Heroku, Perforce, TortoiseSVN, vim
Software: WebStorm, Atom, Sublime Text, Sql Server Management Studio, Jira, Eclipse, Netbeans
Education
Rochester Institute of Technology 2013
Bachelor of Science in Computer Science, American History Minor


|
ViennaCL - The Vienna Computing Library
1.5.2
|
A class for a scalar that can be written to the sparse matrix or sparse vector datatypes. More...
#include <amg_base.hpp>
Public Member Functions | |
| amg_nonzero_scalar () | |
| amg_nonzero_scalar (InternalType *m, IteratorType &iter, unsigned int i, unsigned int j, ScalarType s=0) | |
| The constructor. | |
| ScalarType | operator= (const ScalarType value) |
| Assignment operator. Writes value into matrix at the given position. | |
| ScalarType | operator+= (const ScalarType value) |
| Addition operator. Adds a constant. | |
| ScalarType | operator++ (int) |
| ScalarType | operator++ () |
| operator ScalarType (void) |
A class for a scalar that can be written to the sparse matrix or sparse vector datatypes.
Values are only written to those datatypes if non-zero to optimize memory usage and performance. Needed for the []- and ()-operators.
| amg_nonzero_scalar | ( | InternalType * | m, |
| IteratorType & | iter, | ||
| unsigned int | i, | ||
| unsigned int | j, | ||
| ScalarType | s = 0 |
||
| ) | [inline] |
The constructor.
| m | Pointer to the sparse vector/matrix the scalar will be written to |
| iter | Iterator pointing to the respective element in the vector/matrix if available |
| i | Row index scalar will be written to |
| j | Col index scalar will be written to |
| s | Value of the scalar (usually used as dummy here as it will be set by the assignment operator) |
| operator ScalarType | ( | void | ) | [inline] |
| ScalarType operator++ | ( | int | ) | [inline] |
| ScalarType operator++ | ( | ) | [inline] |
| ScalarType operator+= | ( | const ScalarType | value | ) | [inline] |
Addition operator. Adds a constant.
| value | Value that will be written |
| ScalarType operator= | ( | const ScalarType | value | ) | [inline] |
Assignment operator. Writes value into matrix at the given position.
| value | Value that will be written |


Wilbert:
Hey there! Yeah, you, traveler!  (Only characters level 50 and above are permitted to take on this quest.)


How to recover files from a corrupted SD Card or USB device.
In this post, I am going to show you how to use OS X command line to recover corrupted jpg files from an SD card or a USB disk.
Flash storage devices might be cheap. But they are not known for their reliability. Sometimes their file systems get corrupted. There is a jungle of small and paid recovery software across the internet. The problem is, I never trust them, I am never going to buy one them.
I made a research and met with an open source software called SD Recover. I checked the source code and it was surprisingly simple and comprehensive.  He wanted to recover photos from his latest Balkans tour.
##Installation:
Since the software is distributed as a source code form. We need to compile it. I use Mac and OS X and I already have all the required tools with my XBuild setup.
Firstly clone the repository:
git clone git://git.code.sf.net/p/sdrecover/git sdrecover-git
cd sdrecover-git
Then we need to compile it. It is not recommended installing the software in the documentation so we are just going to use the output of our build.
##Compile
xcodebuild
xcodebuild
command should compile the required executable files into the project
path.
The compiled tools are:
- jpgrecover - extracts JPEG image files
- avirecover - extracts AVI files
- sdrecover - currently just lists information about the SD card
- sdsearch - searches for file signatures and other data structures
I will use jpgrecover
to save my father’s corrupted jpeg pictures.
When you run ./jpgrecover
, you should see that it is asking the missing ‘bad_cardimage.img’ to
run. It is just a snapshot of your device. In order to get the snapshot, I am
going to use the dd command. But the dd command requires an input source and an
output target. The input source is going to be the device.
diskutil list
Enter the command above to list the connected storage devices. We will see the path to the
device. In my case, it is /dev/disk2
. Literally, the output target is going to be
‘bad_cardimage.img’ file.
dd if=/dev/disk2 of=bad_cardimage.img
Wait for a while to copy the entire device into the ‘bad_cardimage.img’ file.
Once it is finished, you have to run:
./jpgrecover
Congratulations. You saved the day.


holtwintersts.hw module¶
-
class
HoltWinters
[source]¶ Bases:
object
Implementation of Holt Winter’s smoothing/forecasting supporting multiple seasonality.
-
fit
(endog, seasons=None, alpha=None, beta=None, gamma=None, **kwargs)[source]¶ Parameters: - endog (array-like) – Timeseries to be fit by the model. 1d array-like including Numpy ndarray or Pandas Series.
- seasons (list of
int
) – - alpha (float
(0,1)
) – - beta (float
(0,1)
) – - gamma (float
(0,1)
) – - kwargs –
Returns: Holt Winters model fit to ``endog``
Return type:
-
-
class
HoltWintersResults
(fitted_values, resids, endog, index, params)[source]¶ Bases:
object
Results class for HoltWinters
-
fitted
¶ array-like – y_hat values fitted by the model.
-
endog
¶ array-like – Original data to which the model was fit.
-
index
¶ pd.Index or array-like – Either the original data’s DataFrame/Series index or
list(range(len(original_data))
.
-
resids
¶ array-like – Fitted data residuals.
-
alpha
¶ float – Level estimate learning parameter
-
beta
¶ float – Trend estimate learning parameter
-
gamma
¶ float – Seasons estimate learning parameter
-
L
¶ Final base level estimate
-
B
¶ Final trend estimate
-
predict
(num_oos)[source]¶ Out of sample prediction as simply a number of points from the end of the training set. This method is NOT index aware so, to plot, you will have to extend the dataframe index manually.
Parameters: num_oos (int) – Number of periods out of sample to forecast Returns: array-like Return type: ndarray or DataFrame
-


Preparation time
less than 30 mins
Cooking time
30 mins to 1 hour
Serves
Serves 4
Dietary
Try this hearty vegetarian version of a classic lasagne with a rich cheese sauce and earthy braised lentil filling.
Preheat the oven to 180C/350F/gas 4. Generously grease a baking dish with butter.
For the lentil ragù, cover the lentils with cold water and bring to the boil. Crumble in the vegetable stock cube and cook for 15-20 minutes, or until the lentils are tender, then drain. Add a little more water if the mixture looks dry.
Heat the garlic infused olive oil and butter in a lidded frying pan over a medium heat. Add the onion, garlic, mushrooms and leek and fry for about five minutes, or until softened.
Stir in the cooked lentils and simmer gently for five minutes, then stir in the tomatoes. Cover with a lid and simmer on a low heat for 10-15 minutes. Season, to taste, with sea salt and freshly ground black pepper.
Meanwhile, for the cheese sauce, melt the butter in a medium saucepan over a medium-high heat then mix in the flour and stir until bubbling. Gradually add the milk and cream, whisking constantly, until the mixture is smooth.
Simmer gently, stirring constantly, until the sauce starts to thicken, then stir in the cheese and season with sea salt and freshly ground black pepper and remove from heat.
To assemble the lasagne, spread a quarter of the lentil ragù over the base of the greased baking dish, cover this with a quarter of the cheese sauce, then arrange a third of the lasagne sheets over the top. Repeat, finishing with a layer of cheese sauce. Sprinkle over the parmesan cheese and bake in the oven for 30-40 minutes, or until bubbling and golden-brown.
Serve with a green salad.


HTTP Cache¶
The HttpCacheServiceProvider provides support for the Symfony Reverse Proxy.
Parameters¶
http_cache.cache_dir: The cache directory to store the HTTP cache data.
http_cache.options (optional): An array of options for the HttpCache constructor.
Services¶
Registering¶
$app->register(new PrestoPHP\Provider\HttpCacheServiceProvider(), array(
'http_cache.cache_dir' => __DIR__.'/cache/',
));
Usage¶
PrestoPHP already supports any reverse proxy like Varnish out of the box by setting Response HTTP cache headers:
use Symfony\Component\HttpFoundation\Response;
$app->get('/', function() {
return new Response('Foo', 200, array(
'Cache-Control' => 's-maxage=5',
));
});
Tip
If you want PrestoPHP to trust the X-Forwarded-For*
headers from your
reverse proxy at address $ip, you will need to whitelist it as documented
in Trusting Proxies.
If you would be running Varnish in front of your application on the same machine:
use Symfony\Component\HttpFoundation\Request;
Request::setTrustedProxies(array('<IP_ADDRESS>', '::1'));
$app->run();
This provider allows you to use the Symfony reverse proxy natively with
PrestoPHP applications by using the http_cache
service. The Symfony reverse proxy
acts much like any other proxy would, so you will want to whitelist it:
use Symfony\Component\HttpFoundation\Request;
Request::setTrustedProxies(array('<IP_ADDRESS>'));
$app['http_cache']->run();
The provider also provides ESI support:
$app->get('/', function() {
$response = new Response(<<<EOF
<html>
<body>
Hello
<esi:include src="/included" />
</body>
</html>
EOF
, 200, array(
'Surrogate-Control' => 'content="ESI/1.0"',
));
$response->setTtl(20);
return $response;
});
$app->get('/included', function() {
$response = new Response('Foo');
$response->setTtl(5);
return $response;
});
$app['http_cache']->run();
If your application doesn’t use ESI, you can disable it to slightly improve the overall performance:
$app->register(new PrestoPHP\Provider\HttpCacheServiceProvider(), array(
'http_cache.cache_dir' => __DIR__.'/cache/',
'http_cache.esi' => null,
));
Tip
To help you debug caching issues, set your application debug
to true.
Symfony automatically adds a X-Symfony-Cache
header to each response
with useful information about cache hits and misses.
If you are not using the Symfony Session provider, you might want to set
the PHP session.cache_limiter
setting to an empty value to avoid the
default PHP behavior.
Finally, check that your Web server does not override your caching strategy.
For more information, consult the Symfony HTTP Cache documentation.


5 Snap ! Reference Manual Version 8.0 Snap ! (formerly BYOB) is an extended reimplementation of Scratch (hp://scratch.mit.edu) that allows you to Build Your Own Blocks. It also features ﬁrst class lists, ﬁrst class procedures, ﬁrst class sprites, ﬁrst class costumes, ﬁrst class sounds, and ﬁrst class continuations. These added capabilities make it suitable for a serious introduction to computer science for high school or college students. In this manual we sometimes make reference to Scratch, e.g., to explain how some Snap ! feature extends something familiar in Scratch. It’s very helpful to have some experience with Scratch before reading this manual, but not essential. To run Snap ! , open a browser window and connect to hp://snap.berkeley.edu/run. The Snap ! community web site at hp://snap.berkeley.edu is not part of this manual’s scope. I. Blocks, Scripts, and Sprites This chapter describes the Snap ! features inherited from Scratch; experienced Scratch users can skip to Section B. Snap ! is a programming language—a notation in which you can tell a computer what you want it to do. Unlike most programming languages, though, Snap ! is a visual language; instead of writing a program using the keyboard, the Snap ! programmer uses the same drag-and-drop interface familiar to computer users. Start Snap ! . You should see the following arrangement of regions in the window: (The proportions of these areas may be different, depending on the size and shape of your browser window.) A Snap ! program consists of one or more scripts, each of which is made of blocks. Here’s a typical script:


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25 March 2014 Last updated at 09:13
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Angry relatives of passengers on board the missing Malaysia Airways plane scuffle with police outside Malaysia's embassy in the Chinese capital.
Live Missing relatives protest
Watch 'Massive logistical exercise'
Watch How 'pings' helped track plane


AMAZING PEOPLE ARE MAKING AMAZING DESIGNS IN A FUN ENVIRONMENT
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Our approach unifies design, development and product management to create exceptional products
We start each project by understanding your business goals, the user's needs and the product requirements.
Then we help translate them into effective and elegant solutions.
Before we sign a contract or write a line of code, our team wil spend the necessary
time needed to understand your product vision.
The outcome of this scoping session
is a proposal or high-level statement of work.
Based on your requirements, you can
provide a complete offering or just the pieces you need.
Design
Our design practice offers a full range of services including brand strategy, interaction and visual design and user experience testing
Through out your project, our designers create and implement visual designs and workflow, solicit user and work with you to make sure what gets build is what is needed.
Development
All engineers are fluent in the latest enterprise,mobile and web development techniques.
They colaborate with your team to write, and improve code on daily basis, using proven practices such as test-driven development and pair programming.
Product Management
Planning and development is iterative. Because we are constantly coding and testing, the products we build are always ready to go live.
This iterative process allows for changes as requirements evolve.
DELANI STUDIO
2019


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Time remaining: 1:20
Hmm...really?
Saw more sequels than any other RTS, including the ill-received Tiberium Twilight.

The fourth installment in the classic series.
Developed by Liverpool-based Psygnosis.
FOR MOTHER RUSSIA!!!
One of it's predecessors was a launch title for the PS1.


{% extends "siem/base.html" %} {% block sub-title %}Regex Tips | {% endblock %} {% block content-main %}
Regular expression tips for use with LogESP
Match either EXPRESSION1 or EXPRESSION2:
(EXPRESSION1|EXPRESSION2)
Match an expression literally (not just any field that contains it):
^EXPRESSION$
Filter out an expression in a field:
^(?!EXPRESSION){% endblock %}


[[Erowid Note: IV injection of crushed pills/tablets can be very dangerous due to unknown binders and fillers present in the tablets.]
I started out with that most devilish of mistresses, Diacetyl Morphine; or, more commonly referred to as: Heroin. After a couple years of rather horrendous abuse and addiction I managed to 'kick the habit' as They like to say for a series of rather worry-free, fantastic months. But, of course, once a junkie always a junkie, and it seems to take just the right amount of stress to enter my life in order for me to go back to the needle.
I was not a complete stranger to OxyContin during my heroin addiction. I had a friend who was prescribed 80 mg, 40mg, and 20mg OxyContins every month, and she would give them to me or charge me some ridiculously nominal fee, in the ballpark of $5, while I was at work. Originally, per her request, I would break the 80 mgs in half and chew them up, and in about thirty minutes I would start to feel pretty euphoric. After my brief lapse of cleanliness, I fell face first, and still continue to linger, in a horrible world of OxyContin addiction.
A report of a nasal dose:
After crushing up two 80 mg OxyContins, I proceeded to make about 35-40 little 'toothpick' lines in order to snort the drug. I am thrououghly convinced that snorting a series of small 'toothpick' style lines over a ten minute period gets me a lot higher than snorting 4-5 regular or massive lines within a 1-2 minute period.
About 15-30 minutes after the nasal inhalation of 160 mg of pure OxyCodone, I felt pretty high. But, of course, I can never get quite as high as I used to so I proceeded to crush up the other 80 mg OxyContin about two hours after my 160 mg dosage. After the nasal inhalation of this final dose, I could barely feel my legs or control my consciousness (nodding-out).
A Report of an IV dose:
After sucking of the coating of an 80 mg oxycontin, I proceed to crush it up just as I would if I were going to snort it. I then place the powder in a spoon and add 50-60 cc of water and heat it up with a spoon until it just begins to bubble. I stop cooking it up and set it down and use the plunger of my needle to stir up the solution and scrape the OxyContin residue that has collected on the sides of the spoon into the main mixture, after this I cook it up for another couple seconds, drop a cotton in the spoon and draw up the solution.
It is a very intense rush and the high lasts, in my case, about 1-2 hours afterwards. The only advantage of shooting is the rush. Snorting seems to give me a much more even balanced high for a much longer period of time (3-5 hours).
Experience Reports are the writings and opinions of the individual authors who submit them.
Some of the activities described are dangerous and/or illegal and none are recommended by Erowid.


You can control access to a number of applications via the User Administration application. This page allows you to grant or revoke user access to applications. You can select and move one or more of these applications between the Available Applications list and the Selected Applications list. The user has access to the applications within the Selected Applications list.
Note: Every institution has one designated primary security administrator (PSA). Maximum privileges applicable to the institution are defined on this user's security record. The PSA can give other administrators and other users the same or lesser privileges. When adding or maintaining a user record, you are not able to give more access than you have. Please refer to the EFT User Manual, User Administration for details.
Click the following links for more information:
Key Information
Auto-filled with data that identifies the selected user. This information cannot be changed.
| First Name | First name of the user. |
| Last Name | Last name of the user. |
| Institution ID | Identifier assigned by EFT for the selected institution. |
| User ID | User ID of the selected user. |
Applications
Allows you to control the user's applications access.
| Available Applications |
Applications available for access. This list is limited to the applications specified on your own user record. You can select relevant applications from this list and move them to the Selected Applications list using the buttons provided.
Note: EFT Security Administrators have tasks that may take up to 5 business days for the applications marked with * (asterisk). The status of these tasks can be tracked on the Service Request Report. |
| Selected Applications | The user is granted access to all the applications within the Selected Applications list. |
| >> | Moves the selected (one or more) applications from the Available Applications list to the Selected Applications list. |
| All >> | Moves all applications from the Available Applications list to the Selected Applications list. |
| << | Moves the selected (one or more) applications from the Selected Applications list to the Available Applications list. |
| All << | Moves all applications from the Selected Applications list to the Available Applications list. |
| Continue | Temporarily stores the information entered on this page and takes you to the Access Rights page where you can establish or modify rights for new or existing applications. |
| Cancel | Discards your changes and returns you to the User Record page. |


Schools
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DOMUS Academy
Dixwell New Light
EEP (Education Enancement Program)
Hamden Collaborative Learning Center
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Horizons Program
New Horizons
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Phoenix Program
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STEP Program
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Success Academy
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/** * @author Richard Davey<EMAIL_ADDRESS>* @copyright 2014 Photon Storm Ltd. * @license {@link https://github.com/photonstorm/phaser/blob/master/license.txt|MIT License} */ /** * This is a base State class which can be extended if you are creating your own game. * It provides quick access to common functions such as the camera, cache, input, match, sound and more. * * @class Phaser.State * @constructor */ Phaser.State = function () { /** * @property {Phaser.Game} game - A reference to the currently running Game. */ this.game = null; /** * @property {Phaser.GameObjectFactory} add - Reference to the GameObjectFactory. */ this.add = null; /** * @property {Phaser.GameObjectCreator} make - Reference to the GameObjectCreator. */ this.make = null; /** * @property {Phaser.Camera} camera - A handy reference to world.camera. */ this.camera = null; /** * @property {Phaser.Cache} cache - Reference to the assets cache. */ this.cache = null; /** * @property {Phaser.Input} input - Reference to the input manager */ this.input = null; /** * @property {Phaser.Loader} load - Reference to the assets loader. */ this.load = null; /** * @property {Phaser.Math} math - Reference to the math helper. */ this.math = null; /** * @property {Phaser.SoundManager} sound - Reference to the sound manager. */ this.sound = null; /** * @property {Phaser.ScaleManager} scale - Reference to the game scale manager. */ this.scale = null; /** * @property {Phaser.Stage} stage - Reference to the stage. */ this.stage = null; /** * @property {Phaser.TimeManager} time - Reference to game clock. */ this.time = null; /** * @property {Phaser.TweenManager} tweens - Reference to the tween manager. */ this.tweens = null; /** * @property {Phaser.World} world - Reference to the world. */ this.world = null; /** * @property {Phaser.Particles} particles - The Particle Manager for the game. It is called during the game update loop and in turn updates any Emitters attached to it. */ this.particles = null; /** * @property {Phaser.Physics.World} physics - Reference to the physics manager. */ this.physics = null; /** * @property {Phaser.RandomDataGenerator} rnd - Reference to the random data generator. */ this.rnd = null; }; Phaser.State.prototype = { /** * Override this method to add some load operations. * If you need to use the loader, you may need to use them here. * * @method Phaser.State#preload */ preload: function () { }, /** * Put update logic here. * * @method Phaser.State#loadUpdate */ loadUpdate: function () { }, /** * Put render operations here. * * @method Phaser.State#loadRender */ loadRender: function () { }, /** * This method is called after the game engine successfully switches states. * Feel free to add any setup code here (do not load anything here, override preload() instead). * * @method Phaser.State#create */ create: function () { }, /** * Put update logic here. * * @method Phaser.State#update */ update: function () { }, /** * Put render operations here. * * @method Phaser.State#render */ render: function () { }, /** * This method will be called when game paused. * * @method Phaser.State#paused */ paused: function () { }, /** * This method will be called when the state is destroyed. * @method Phaser.State#destroy */ destroy: function () { } }; Phaser.State.prototype.constructor = Phaser.State;


作者orfan (受颶風祝福的孩子~)
看板Gossiping
標題[問卦] 有沒有年度搜查排行榜的八卦
時間Sat Dec 20 21:24:10 2014
剛看到某調查台灣2014最夯搜尋排行榜
http://focustaiwan.tw/news/asoc/201412200003.aspx
原文如下
On the lighter side: What Taiwan was Googling in 2014 (Dec. 13-19)
(簡單翻譯米糕): 台灣2014年都google些啥咪!?
The year's not quite over, but Google has already compiled data on what
Taiwan was searching for in 2014 -- and the top searches show that Web users
were too lazy to type URLs.
Google做了些調查看看台灣2014年都google些什麼
而且大家都直接打字都懶的去搜網址
(是說現在還有人在搜網址嗎...!??)
The list released last week shows that Taiwan's top search words were
"Facebook," "Yahoo," and
surprisingly,
"Google." That's right, people were
opening their Web browsers to the Google page so that they could search
for... the Google page.
排行第一
Facebook
排行第二
Yahoo
令人驚訝的排行第三
Google (......)
No. 4 was "YouTube," followed by the Chinese name for auction site Ruten,
then "weather" (tian qi), "translate" (fan yi), popular discussion board eyny
forum (yi li lun tan), and e-commerce site "PChome," with job search website
"104" rounding out the top 10.
排名第四
YouTube
第五 露天拍賣
第六 天氣
第七 翻譯
第八
伊莉討論區
第九
PChome
第十 104
In terms of fast-trending searches, "World Cup" (shi jie bei) saw the biggest
upsurge in searches by Taiwanese users over the year, reflecting interest in
soccer -- a sport that is largely overlooked most of the time.
跟風搜尋最高潮
世界盃
(此反應出被長期忽視的足球這項運動對多數人來說仍有吸引力)
Googlers were clearly also concerned with the trade-in-services pact with
China, as its Chinese abbreviation (fu mao) came in second on the list,
followed by "iPhone 6" in third and its much cheaper competitor, "Xiaomi" (in
Chinese, naturally), in fourth.
其它:
服貿 iPhone 6 小米
The list of most popular people searches must have been a hard pill to
swallow for Taiwanese entertainers, who gave up the top spots to their South
Korean rivals.
人物搜尋方面....韓星奪冠
Heartthrob Kim Soo-hyun -- who plays the dashing alien Do Min-joon in drama
series "My Love from the Star" -- was the most likely to beam his way into
Taiwanese Web users' search bar, followed by compatrior Lee Min-ho, who
starred in the drama "The Heirs."
金秀賢 《來自星星的你裡》 飾演 都敏俊
另一競爭者是
《繼承者們》2014最佳男演員 李敏鎬
Korean pop group Girls Generation was fourth.
少女時代
The only Taiwanese to make the top five were pop-rock band Mayday and the
bizarre sub-culture Internet celebrity known as Tong Shen.
樂團方面~
五月天 奪冠
Taiwan's pop king Jay Chou, who sort of vaguely announced he was getting
married this year, may be heartbroken for not even making the list despite
that bombshell.
歌手
周杰倫 但搜尋度高的原因是結婚八卦~
In terms of trending searches, one double winner is Ko Wen-je. The underdog
surgeon and political independent who managed to win the race for mayor of
Taipei also topped the trending search for people, indicating a big jump in
searches for his name over the year.
年度搜尋人物
柯文哲
On the trends list, he was followed by Kim Soo-hyun (again!), student protest
leader Lin Fei-fan, cartoonist Wan Wan (who saw her popularity suffer when it
came to light she was having an affair), and Cheng Chieh, a university
student being prosecuted for stabbing nearly 30 people -- four fatally -- on
the Taipei Metro in May.
其它人物
金秀賢(又是他!)
學運人物
林飛帆
卡通畫家
彎彎 (也是因為誹聞)
殺人犯
鄭捷
Ultimately, the data corroborate what we already know: many Taiwanese went
through 2014 with their heads buried in their iPhones or Xiaomi handsets,
focused almost exclusively on largely trifling domestic issues except for
when a few handsome Korean men managed to find their ways onto their screen.
最後... (這段在錶台灣~ 就不翻了...)
===================================
話說...
PTT 勒!?
婉君都到哪裡去了...
真希望Google也能做一份
人名 +
形容詞 的排行...
--
朋友跟我說:
"你知道嗎!? 洋蔥是唯一能讓人流淚的蔬果喔!!"
這是我拿
西瓜往他臉上砸下去之前
他對我所說的最後一句話...
--
※ 發信站: 批踢踢實業坊(ptt.cc), 來自: <IP_ADDRESS>
※ 文章網址: http://www.ptt.cc/bbs/Gossiping/M.1419081863.A.58F.html
推 tyrande: google 查 google誰會這麼無聊 12/20 21:25
→ HuangXueyong: 竟然沒有5278.cc 12/20 21:25
→ hibbb: 第三其實是大家用CHROME直接在網址頁搜尋GOOGLE造成的 12/20 21:25
推 koster: 我也查過 以為是用ie結果是用chrome 在網址列打google 12/20 21:25
→ Benbenyale: Google都沒有跟ptt合作 12/20 21:26
→ koster: 就變成了在google搜尋google 12/20 21:26
推 LyoBei: 殺洨啦XD google這樣也上 是大家首頁都不設google嗎 12/20 21:27
推 RrEpic: 用google搜google XDDD 12/20 21:27
噓 dnek: 服貿是輕微國內事務？還是google翻譯在豪洨我 12/20 21:29
→ www8787: 第3名統神 12/20 21:30
→ jayppt: 統神的搜尋量明明高過柯文哲 12/20 21:31
推 freemail: youporn 12/20 21:32
→ jayppt: 最後一段很中肯也 12/20 21:32
推 gustavvv: eyny 12/20 21:35
→ orfan: 我想可能是重要的事鄉民們很少用google吧...像太陽花~ 12/20 21:37


--- layout: post title: "My Week in Review" date: 2019-07-14 15:05:00 +0000 image: https://s3.amazonaws.com/audreywatters/2018-07-22-rain.jpg imagecredits: https://www.flickr.com/photos/bongoherman/6793233944 ---
Editing.
Icon credits: The Noun Project


| org/apodhrad/p2diff |
| META-INF |
| META-INF/maven/org.apodhrad.p2diff |
| org/apodhrad/p2diff/small_package |
| META-INF/maven/org.apodhrad.p2diff/small_package/pom.xml |
| org |
| META-INF/maven |
--- /home/iyuki/Dokumenty/p2diff/target/test-classes/small_package.jar.temp/META-INF/maven/org.apodhrad.p2diff/small_package/pom.properties +++ /home/iyuki/Dokumenty/p2diff/target/test-classes/small_package2.jar.temp/META-INF/maven/org.apodhrad.p2diff/small_package/pom.properties @@ -1,3 +1,3 @@ #Generated by Maven -#Thu May 26 09:23:13 CEST 2016 +#Thu May 26 09:23:46 CEST 2016 version=0.0.1-SNAPSHOT |
| org/apodhrad/p2diff/small_package/App.class |
| META-INF/maven/org.apodhrad.p2diff/small_package |
| org/apodhrad |
| META-INF/MANIFEST.MF |


My name is Ange Uwimana, and I was born on Wednesday and my name in Ghanaian culture is Akua!
Have you ever wondered a day on which you were born on? All is easy to know with Akan Names.
Akan Names are the names that are commonly derived from Ghanian culture, and they are given to the babies depending on the day that they are born on. For instance, if a baby boy is born on Tues, he is given a name of Kwabena. If it's a girl, she is given a name of Abena.
In the following form, type in your birthday month, date and year, and the click check. You will immediately see the day you were born on and your Akan Name in Ghanian culture! Enjoy!


The following plugins offer Pipeline-compatible steps. Each plugin link offers more information about the parameters for each step.
Read more about how to integrate steps into your Pipeline in the Steps section of the Pipeline Syntax page.
AlaudaDeleteBuild
: AlaudaDeleteBuild
alaudaDeployComponent
: Alauda deploy component
alaudaDeployService
: Alauda deploy service
alaudaNotify
: AlaudaNotifier
alaudaSendNotification
: SendNotification
alaudaStartBuild
: alaudaStartBuild
AlaudaDeleteBuild
: AlaudaDeleteBuild
alaudaStartBuild
: alaudaStartBuild
alaudaNotify
: AlaudaNotifier
alaudaSendNotification
: SendNotification
alaudaDeployComponent
: Alauda deploy component
alaudaRetrieveComponent
: Retrieve the Component
alaudaRetrieveIntegration
: Retrieve the integration
alaudaDeployService
: Alauda deploy service
alaudaRetrieveService
: Retrieve the service
alaudaRetrieveComponent
: Retrieve the Component
alaudaRetrieveIntegration
: Retrieve the integration
alaudaRetrieveService
: Retrieve the service
ArtifactoryGradleBuild
: run Artifactory gradle
MavenDescriptorStep
: Get Artifactory Maven descriptor
addInteractivePromotion
: Add interactive promotion
artifactoryBuildTrigger
: Trigger Artifactory build
artifactoryDistributeBuild
: Distribute build
artifactoryDownload
: Download artifacts
artifactoryEditProps
: Edit properties
artifactoryGoPublish
: Run Artifactory Go Publish command
artifactoryGoRun
: Run Artifactory Go command
artifactoryMavenBuild
: run Artifactory maven
artifactoryNpmCi
: Run Artifactory npm ci
artifactoryNpmInstall
: Run Artifactory npm install
artifactoryNpmPublish
: Run Artifactory npm publish
artifactoryNugetRun
: Run Artifactory NuGet
artifactoryPipRun
: Run Artifactory pip install
artifactoryPromoteBuild
: Promote build
artifactoryUpload
: Upload artifacts
buildAppend
: Build append
collectEnv
: Collect environment variables and system properties
collectIssues
: Collect issues from git and add them to a build
conanAddRemote
: Add new repo to Conan config
conanAddUser
: Add new user to Conan config
deployArtifacts
: Deploy artifacts
dockerPullStep
: Artifactory docker pull
dockerPushStep
: Artifactory docker push
getArtifactoryServer
: Get Artifactory server from Jenkins config
initConanClient
: Create Conan Client
jfPipelines
: Set output resources and report results for JFrog Pipelines
newArtifactoryServer
: Returns new Artifactory server
newBuildInfo
: New buildInfo
newGoBuild
: New Artifactory Go
newGradleBuild
: New Artifactory gradle executor
newMavenBuild
: New Artifactory maven
newNpmBuild
: New Artifactory npm executor
newNugetBuild
: New Artifactory NuGet executor
newPipBuild
: New Artifactory pip executor
publishBuildInfo
: Publish build Info to Artifactory
rtAddInteractivePromotion
: Add interactive promotion
rtBuildAppend
: Build append
rtBuildInfo
: Create build info
rtBuildTrigger
: Trigger Artifactory build
rtCollectIssues
: Collect issues
rtConanClient
: Creates new Conan client
rtConanRemote
: Add new repo to Conan config
rtConanRun
: Run a Conan command
rtDeleteProps
: Delete properties
rtDockerPull
: run Artifactory docker pull
rtDockerPush
: run Artifactory docker push
rtDotnetResolver
: set .NET resolver
rtDotnetRun
: run Artifactory .NET
rtDownload
: Download artifacts
rtGoDeployer
: set go deployer
rtGoPublish
: run Artifactory Go publish
rtGoResolver
: set Go resolver
rtGoRun
: run Artifactory Go publish
rtGradleDeployer
: set gradle deployer
rtGradleResolver
: set gradle resolver
rtGradleRun
: run Artifactory gradle
rtMavenDeployer
: set maven deployer
rtMavenResolver
: set maven resolver
rtMavenRun
: run Artifactory maven
rtNpmCi
: run Artifactory npm ci
rtNpmDeployer
: set npm deployer
rtNpmInstall
: run Artifactory npm install
rtNpmPublish
: run Artifactory npm publish
rtNpmResolver
: set npm resolver
rtNugetResolver
: set NuGet resolver
rtNugetRun
: run Artifactory NuGet
rtPipInstall
: run Artifactory pip install
rtPipResolver
: set pip resolver
rtPromote
: Promote build
rtPublishBuildInfo
: Publish build info
rtServer
: Creates new Artifactory server
rtSetProps
: Set properties
rtUpload
: Upload artifacts
runConanCommand
: Run a Conan command
xrayScan
: run Xray scan
xrayScanBuild
: Xray build scanning
addBadge
: Add Badge
addErrorBadge
: Add Error Badge
addHtmlBadge
: Add a html badge Text
addInfoBadge
: Add Info Badge
addShortText
: Add Short Text
addWarningBadge
: Add Warning Badge
createSummary
: Print Message
removeBadges
: Remove Badges
removeHtmlBadges
: Remove Html Badges
removeSummaries
: Remove Summaries
step([$class: 'CucumberTestReportPublisher'])
: Publish Cucumber reports generated with handlebars
step([$class: 'JUnitTestReportPublisher'])
: Publish JUnit reports generated with handlebars
step([$class: 'RSpecTestReportPublisher'])
: Publish RSpec reports generated with handlebars
step([$class: 'TestNGTestReportPublisher'])
: Publish TestNG reports generated with handlebars
step([$class: 'AddTestToSetStep'])
: Bumblebee: Add Test to Test Set
step([$class: 'BumblebeePublisher'])
: Bumblebee HP ALM Uploader
step([$class: 'GetTestResults'])
: Bumblebee: Import HP ALM Test Results
step([$class: 'RunPcTestBuildStep'])
: Bumblebee HP PC Test Runner
step([$class: 'RunTestSetBuildStep'])
: Bumblebee HP ALM Test Set Runner
step([$class: 'RunUftTestBuildStep'])
: Bumblebee Local UFT Test Runner
svDeployTest
: CA Service Virtualization - Deploy Test
svDeployVirtualService
: CA Service Virtualization - Deploy Virtual Service
svStartVirtualService
: CA Service Virtualization - Start Virtual Service
svStopVirtualService
: CA Service Virtualization - Stop Virtual Service
svPublishTestReport
: CA Service Virtualization Report Publisher
svUndeployVirtualService
: CA Service Virtualization - Undeploy Virtual Service
cloudBeesFlowCallRestApi
: CloudBees CD - Call REST API
cloudBeesFlowAssociateBuildToRelease
: CloudBees CD - Associate Build To Release
cloudBeesFlowDeployApplication
: CloudBees CD - Deploy Application
step([$class: 'ElectricFlowGenericRestApi'])
: CloudBees CD - Call REST API
cloudBeesFlowRunPipeline
: CloudBees CD - Run Pipeline
cloudBeesFlowCreateAndDeployAppFromJenkinsPackage
: CloudBees CD - Create/Deploy Application from Deployment Package
cloudBeesFlowRunProcedure
: CloudBees CD - Run Procedure
cloudBeesFlowTriggerRelease
: CloudBees CD - Trigger Release
cloudBeesFlowPublishArtifact
: CloudBees CD - Publish Artifact
cfyAzureArm
: Create Azure ARM Deployment
cfyAnsible
: Run Ansible Playbook
cfyCloudFormation
: Create CloudFormation Stack
createCloudifyEnv
: Create Cloudify Environment
deleteCloudifyBlueprint
: Delete Cloudify Blueprint
deleteCloudifyEnv
: Delete Cloudify Environment
executeCloudifyWorkflow
: Execute Cloudify Workflow
cfyKubernetes
: Create Kubernetes Resources
cfyOutputsToInputs
: Convert Cloudify Environment Outputs/Capabilities to Inputs
cfyTerraform
: Apply Terraform Module
uploadCloudifyBlueprint
: Upload Cloudify Blueprint
uploadCloudifyBlueprint
: Upload Cloudify Plugin
wrap([$class: 'CloudifyBuildWrapper'])
: Cloudify Environment
gitToIspwIntegration
: Git to ISPW Integration
ispwOperation
: Perform a Compuware ISPW Rest API Request and return a JSON object
ispwRegisterWebhook
: Creates and returns a ISPW webhook that can be used by an external system to notify a pipeline
ispwWaitForWebhook
: Wait for ISPW webhook to be posted to by external system
acquireSemaphore
: Wait until the latch has counted down to zero.
awaitBarrier
: Waits until all parties have invoked await on this barrier.
awaitCondition
: Causes the current thread to wait until it is signalled or interrupted.
awaitLatch
: Wait until the latch has counted down to zero.
countDownLatch
: Decrements the count of the latch.
createBarrier
: Create a Cyclic Barrier.
createCondition
: Create a lock.
createLatch
: Create a count down latch.
createSemaphore
: Create a semaphore.
releaseSemaphore
: Release the semaphore.
signalAll
: Notify all wa.
dockerFingerprintFrom
: Record trace of a Docker image used in FROM
dockerFingerprintRun
: Record trace of a Docker image run in a container
withDockerContainer
: Run build steps inside a Docker container
withDockerRegistry
: Sets up Docker registry endpoint
withDockerServer
: Sets up Docker server endpoint
appMonPublishTestResults
: Dynatrace AppMon - Finish Registered Tests Runs and Publish Results
appMonRegisterTestRun
: Dynatrace AppMon - Register Test Run
step([$class: 'TAReportingRecorder'])
: Dynatrace AppMon - Finish Registered Tests Runs and Publish Results
step([$class: 'TATestRunRegistrationBuildStep'])
: Dynatrace AppMon - Register Test Run
appMonBuildEnvironment
: Use Dynatrace AppMon to monitor tests
fortifyClean
: Run Fortify SCA clean
fortifyRemoteAnalysis
: Upload a project for remote Fortify SCA analysis
fortifyRemoteArguments
: Set options for remote Fortify SCA analysis
fortifyRemoteScan
: Upload a translated project for remote scan
fortifyScan
: Run Fortify SCA scan
fortifyTranslate
: Run Fortify SCA translation
fortifyUpdate
: Update Fortify Security Content
fortifyUpload
: Upload Fortify scan results to SSC
fortifyRemoteArguments
: Set options for remote Fortify SCA analysis
fortifyRemoteScan
: Upload a translated project for remote scan
fortifyRemoteAnalysis
: Upload a project for remote Fortify SCA analysis
fortifyClean
: Run Fortify SCA clean
fortifyScan
: Run Fortify SCA scan
fortifyTranslate
: Run Fortify SCA translation
fortifyUpdate
: Update Fortify Security Content
fortifyUpload
: Upload Fortify scan results to SSC
fodPollResults
: Poll Fortify on Demand for Results
fodStaticAssessment
: Run Fortify on Demand Upload
fodPollResults
: Poll Fortify on Demand for Results
fodStaticAssessment
: Run Fortify on Demand Upload
step([$class: 'PollingBuildStep'])
: Poll Fortify on Demand for Results
step([$class: 'StaticAssessmentBuildStep'])
: Fortify on Demand Static Assessment
setGitHubPullRequestStatus
: Set GitHub PullRequest Commit Status
githubPRStatusPublisher
: GitHub PR: set PR status
githubPRClosePublisher
: GitHub PR: close PR
githubPRComment
: GitHub PR: post comment
githubPRAddLabels
: GitHub PR: add labels
githubPRRemoveLabels
: GitHub PR: remove labels
gitHubPRStatus
: GitHub PR: set 'pending' status
evaluateGate
: IBM Cloud DevOps Gate
notifyOTC
: Send notification to OTC
publishBuildRecord
: Publish build record to IBM Cloud DevOps
publishDeployRecord
: Publish deploy record to IBM Cloud DevOps
publishSQResults
: Publish SonarQube test results to IBM Cloud DevOps
publishTestResult
: Publish test result to IBM Cloud DevOps
sendDeployableMessage
: Send deployable mapping message to OTC
step([$class: 'EvaluateGate'])
: IBM Cloud DevOps Gate
step([$class: 'PublishBuild'])
: Publish build information to IBM Cloud DevOps
step([$class: 'PublishDeploy'])
: Publish deployment information to IBM Cloud DevOps
step([$class: 'PublishSQ'])
: Publish SonarQube test result to IBM Cloud DevOps
step([$class: 'PublishTest'])
: Publish test result to IBM Cloud DevOps
jiraAddComment
: JIRA Steps: Add Comment
jiraAddWatcher
: JIRA Steps: Add Watcher
jiraAssignIssue
: JIRA Steps: Assign Issue
jiraAssignableUserSearch
: JIRA Steps: Searches assignable JIRA Users by username, name or email address for the given project/issueKey
jiraDeleteAttachment
: JIRA Steps: Delete Attachment
jiraDeleteIssueLink
: JIRA Steps: Delete IssueLink
jiraDeleteIssueRemoteLink
: JIRA Steps: Delete Issue’s Remote Link by linkId.
jiraDeleteIssueRemoteLinks
: JIRA Steps: Delete Issue’s Remote Links by globalId.
jiraDownloadAttachment
: JIRA Steps: Download a file to workspace (directory is optional)
jiraEditComment
: JIRA Steps: Edit Issue Comment
jiraEditComponent
: JIRA Steps: Edit Component
jiraEditIssue
: JIRA Steps: Edit Issue
jiraEditVersion
: JIRA Steps: Edit Version
jiraGetAttachmentInfo
: JIRA Steps: Get Attachment Info
jiraGetComment
: JIRA Steps: Get Issue Comment
jiraGetComments
: JIRA Steps: Get Issue Comments
jiraGetComponent
: JIRA Steps: Get Component
jiraGetComponentIssueCount
: JIRA Steps: Get Component Issue Count
jiraGetFields
: JIRA Steps: Get Fields
jiraGetIssue
: JIRA Steps: Get Issue
jiraGetIssueLink
: JIRA Steps: Get IssueLink
jiraGetIssueLinkTypes
: JIRA Steps: Get Issue Link Types
jiraGetIssueRemoteLink
: JIRA Steps: Get Issue’s Remote Link by linkId.
jiraGetIssueRemoteLinks
: JIRA Steps: Get Issue’s Remote Links by globalId.
jiraGetIssueTransitions
: JIRA Steps: Get Issue Transitions
jiraGetIssueWatches
: JIRA Steps: Get Issue Watches
jiraGetProject
: JIRA Steps: Get Project
jiraGetProjectComponents
: JIRA Steps: Get Project Components
jiraGetProjectStatuses
: JIRA Steps: Get Project Statuses
jiraGetProjectVersions
: JIRA Steps: Get Project Versions
jiraGetProjects
: JIRA Steps: Get Projects
jiraGetServerInfo
: JIRA Steps: Get Server Info
jiraGetVersion
: JIRA Steps: Get Version
jiraJqlSearch
: JIRA Steps: JQL Search
jiraLinkIssues
: JIRA Steps: Link Issues
jiraNewComponent
: JIRA Steps: Create New Component
jiraNewIssue
: JIRA Steps: Create New Issue
jiraNewIssueRemoteLink
: JIRA Steps: Create new remote link for given issue.
jiraNewIssues
: JIRA Steps: Create New Issues
jiraNewVersion
: JIRA Steps: Create New Version
jiraNotifyIssue
: JIRA Steps: Notify Issue
jiraTransitionIssue
: JIRA Steps: Transition Issue
jiraUploadAttachment
: JIRA Steps: Attach a file from workspace to an issue
jiraUserSearch
: JIRA Steps: Search Active JIRA Users by username, name or email address.
jiraComment
: Jira: Add a comment to issue(s)
jiraIssueSelector
: Jira: Issue selector
jiraSearch
: Jira: Search issues
step([$class: 'IssueFieldUpdateStep'])
: Jira: Issue custom field updater
step([$class: 'JiraIssueUpdateBuilder'])
: Jira: Progress issues by workflow action
step([$class: 'JiraIssueUpdater'])
: Jira: Update relevant issues
step([$class: 'JiraReleaseVersionUpdaterBuilder'])
: Jira: Mark a version as Released
step([$class: 'JiraVersionCreatorBuilder'])
: Jira: Create new version
wrap([$class: 'JiraCreateReleaseNotes'])
: Generate Release Notes
klocworkBuildSpecGeneration
: Klocwork - Step 1 (CI/Full) - Capture Build Information
klocworkFailureCondition
: Klocwork - Post Analysis (Full/CI) - Build Failure Conditions (Optional)
klocworkIncremental
: Klocwork - Step 2 (CI) - Run Differential Analysis
klocworkIntegrationStep1
: Klocwork - Step 2 (Full) - Run Analysis
klocworkIntegrationStep2
: Klocwork - Step 3 (Full) - Load Analysis Results
klocworkIssueSync
: Klocwork - Post Analysis (Full) - Cross-Project Issue Sync (Optional)
step([$class: 'KlocworkBuildSpecBuilder'])
: Klocwork - Step 1 (CI/Full) - Capture Build Information
step([$class: 'KlocworkCiBuilder'])
: Klocwork - Step 2 (CI) - Run Differential Analysis
step([$class: 'KlocworkFailureConditionPublisher'])
: Klocwork - Post Analysis (Full/CI) - Build Failure Conditions (Optional)
step([$class: 'KlocworkServerAnalysisBuilder'])
: Klocwork - Step 2 (Full) - Run Analysis
step([$class: 'KlocworkServerLoadBuilder'])
: Klocwork - Step 3 (Full) - Load Analysis Results
step([$class: 'KlocworkXSyncBuilder'])
: Klocwork - Post Analysis (Full) - Cross-Project Issue Sync (Optional)
klocworkWrapper
: Klocwork - Build Environment Settings
createEnvironment
: Creates the testing environment. Locates, installs and waits for installed resources to become ready
currentNamespace
: Returns the current namespace
inNamespace
: Run build steps inside an arquillian cube kubernetes managed namespace
inSession
: Run build steps inside an Arquillian Cube Kubernetes Session
withKubeConfig
: Configure Kubernetes CLI (kubectl)
withKubeCredentials
: Configure Kubernetes CLI (kubectl) with multiple credentials
wrap([$class: 'MultiKubectlBuildWrapper'])
: Configure Kubernetes CLI (kubectl) with multiple credentials
wrap([$class: 'KubectlBuildWrapper'])
: Configure Kubernetes CLI (kubectl) (deprecated, use the multi credentials one instead)
step([$class: 'DropAllBuilder'])
: Liquibase: Drop everything in database
step([$class: 'RawCliBuilder'])
: Liquibase: CLI Command
step([$class: 'RollbackBuilder'])
: Liquibase: Roll Back Changes
step([$class: 'TagBuilder'])
: Liquibase: Tag Database
step([$class: 'UpdateBuilder'])
: Liquibase: Update Database
runMATLABCommand
: Run MATLAB commands, scripts, or functions
runMATLABTests
: Run MATLAB tests and generate artifacts
step([$class: 'MatlabBuilder'])
:
step([$class: 'RunMatlabCommandBuilder'])
: Run MATLAB Command
step([$class: 'RunMatlabTestsBuilder'])
: Run MATLAB Tests
wrap([$class: 'UseMatlabVersionBuildWrapper'])
: Use MATLAB version
loadRunnerTest
: Run LoadRunner performance scenario tests
runLoadRunnerScript
: Run LoadRunner script
sseBuildAndPublish
: Execute tests using ALM Lab Management and Publish tests result
commonResultUploadBuilder
: Upload test result to ALM using field mapping
publishGherkinResults
: ALM Octane Cucumber test reporter
healthAnalyzer
: Micro Focus Health Analyzer
step([$class: 'JobConfigRebrander'])
: Fix old Micro Focus Jenkins builds
step([$class: 'MigrateAlmCredentialsBuilder'])
: Migrate ALM Credentials
pcBuild
: Execute performance test using LoadRunner Enterprise
collectPullRequestsToAlmOctane
: ALM Octane pull-request collector
runFromAlmBuilder
: Execute Micro Focus functional tests from Micro Focus ALM
step([$class: 'RunFromFileBuilder'])
: Execute Micro Focus tests from file system
step([$class: 'RunLoadRunnerScript'])
: Run LoadRunner script
step([$class: 'RunResultRecorder'])
: Publish Micro Focus tests result
addALMOctaneSonarQubeListener
: ALM Octane SonarQube listener
sseBuild
: Execute Micro Focus tests using Micro Focus ALM Lab Management
step([$class: 'SvChangeModeBuilder'])
: SV: Change Mode of Virtual Service
step([$class: 'SvDeployBuilder'])
: SV: Deploy Virtual Service
step([$class: 'SvExportBuilder'])
: SV: Export Virtual Service
step([$class: 'SvUndeployBuilder'])
: SV: Undeploy Virtual Service
uploadResultToALM
: Upload test result to ALM
convertTestsToRun
: ALM Octane testing framework converter
publishCodeCoverage
: ALM Octane code coverage publisher
svChangeModeStep
: SV: Change Mode of Virtual Service
svDeployStep
: SV: Deploy Virtual Service
svExportStep
: SV: Export Virtual Service
svUndeployStep
: SV: Undeploy Virtual Service
uftScenarioLoad
: Run UFT scenario
nexusPolicyEvaluation
: Invoke Nexus Policy Evaluation
nexusPublisher
: Nexus Repository Manager Publisher
associateTag
: Associate Tag (Nexus Repository Manager 3.x)
createTag
: Create Tag (Nexus Repository Manager 3.x)
deleteComponents
: Delete Components (Nexus Repository Manager 3.x)
moveComponents
: Move Components (Nexus Repository Manager 3.x)
step([$class: 'NexusPublisherBuildStep'])
: Nexus Repository Manager Publisher
openshiftBuild
: Trigger OpenShift Build
openshiftCreateResource
: Create OpenShift Resource(s)
openshiftDeleteResourceByJsonYaml
: Delete OpenShift Resource(s) from JSON or YAML
openshiftDeleteResourceByKey
: Delete OpenShift Resource(s) by Key
openshiftDeleteResourceByLabels
: Delete OpenShift Resource(s) using Labels
openshiftDeploy
: Trigger OpenShift Deployment
openshiftExec
: OpenShift Exec
openshiftImageStream
: OpenShift ImageStreams
openshiftScale
: Scale OpenShift Deployment
openshiftTag
: Tag OpenShift Image
openshiftVerifyBuild
: Verify OpenShift Build
openshiftVerifyDeployment
: Verify OpenShift Deployment
openshiftVerifyService
: Verify OpenShift Service
step([$class: 'OpenShiftBuildCanceller'])
: Cancel OpenShift Builds
step([$class: 'OpenShiftDeployCanceller'])
: Cancel OpenShift Deployment
step([$class: 'OpenShiftScalerPostAction'])
: Scale OpenShift Deployment
step([$class: 'OpenShiftBuildVerifier'])
: Verify OpenShift Build
step([$class: 'OpenShiftBuilder'])
: Trigger OpenShift Build
step([$class: 'OpenShiftCreator'])
: Create OpenShift Resource(s)
step([$class: 'OpenShiftDeleterJsonYaml'])
: Delete OpenShift Resource(s) from JSON or YAML
step([$class: 'OpenShiftDeleterLabels'])
: Delete OpenShift Resource(s) using Labels
step([$class: 'OpenShiftDeleterList'])
: Delete OpenShift Resource(s) by Key
step([$class: 'OpenShiftDeployer'])
: Trigger OpenShift Deployment
step([$class: 'OpenShiftDeploymentVerifier'])
: Verify OpenShift Deployment
step([$class: 'OpenShiftExec'])
: OpenShift Exec
step([$class: 'OpenShiftImageTagger'])
: Tag OpenShift Image
step([$class: 'OpenShiftScaler'])
: Scale OpenShift Deployment
step([$class: 'OpenShiftServiceVerifier'])
: Verify OpenShift Service
openshiftVerifyBuild
: Verify OpenShift Build
openshiftBuild
: Trigger OpenShift Build
openshiftCreateResource
: Create OpenShift Resource(s)
openshiftDeleteResourceByJsonYaml
: Delete OpenShift Resource(s) from JSON or YAML
openshiftDeleteResourceByLabels
: Delete OpenShift Resource(s) using Labels
openshiftDeleteResourceByKey
: Delete OpenShift Resource(s) by Key
openshiftDeploy
: Trigger OpenShift Deployment
openshiftVerifyDeployment
: Verify OpenShift Deployment
openshiftExec
: OpenShift Exec
openshiftTag
: Tag OpenShift Image
openshiftScale
: Scale OpenShift Deployment
openshiftVerifyService
: Verify OpenShift Service
createDeploymentEvent
: create Dynatrace Deployment event
activateDTConfiguration
: activate Dynatrace profile configuration
createMemoryDump
: create memory dump
perfSigReports
: Publish Performance Signature reports
startSession
: Start Dynatrace session recording
stopSession
: Stop Dynatrace session recording
createThreadDump
: create thread dump
pingcodeBuildRecord
: Send build result to pingcode
pingcodeDeployRecord
: Send deploy result to pingcode
step([$class: 'PCBuildNotifier'])
: PingCode: create build record
step([$class: 'PCDeployNotifier'])
: PingCode: create deploy record
step([$class: 'WTBuildNotifier'])
: Worktile: create build record
step([$class: 'WTDeployNotifier'])
: Worktile: create deploy record
worktileBuildRecord
: Send build result to worktile
worktileDeployRecord
: Send deploy result to worktile
compareVersions
: Compare two version number strings
findFiles
: Find files in the workspace
nodesByLabel
: List of nodes by Label, by default excludes offline nodes.
readCSV
: Read content from a CSV file in the workspace.
readJSON
: Read JSON from files in the workspace.
readManifest
: Read a Jar Manifest
readMavenPom
: Read a maven project file.
readProperties
: Read properties from files in the workspace or text.
readYaml
: Read yaml from files in the workspace or text.
sha1
: Compute the SHA1 of a given file
tee
: Tee output to file
touch
: Create a file (if not already exist) in the workspace, and set the timestamp
unzip
: Extract Zip file
writeCSV
: Write content to a CSV file in the workspace.
writeJSON
: Write JSON to a file in the workspace.
writeMavenPom
: Write a maven project file.
writeYaml
: Write a yaml from an object.
zip
: Create Zip file
awaitDeploymentCompletion
: Wait for AWS CodeDeploy deployment completion
awsIdentity
: Print and return the AWS identity
cfInvalidate
: Invalidate given paths in CloudFront distribution
cfnCreateChangeSet
: Create CloudFormation change set
cfnDelete
: Delete CloudFormation stack
cfnDeleteStackSet
: Delete CloudFormation Stack Set
cfnDescribe
: Describe outputs of CloudFormation stack
cfnExecuteChangeSet
: Execute CloudFormation change set
cfnExports
: Describe CloudFormation global exports
cfnUpdate
: Create or Update CloudFormation stack
cfnUpdateStackSet
: Create or Update CloudFormation Stack Set
cfnValidate
: Validate CloudFormation template
createDeployment
: Deploys an application revision through the specified deployment group (AWS CodeDeploy).
deployAPI
: Deploy the given API Gateway API
ebCreateApplication
: Creates a new Elastic Beanstalk application
ebCreateApplicationVersion
: Creates a new version for an elastic beanstalk application
ebCreateConfigurationTemplate
: Creates a new configuration template for an elastic beanstalk application
ebCreateEnvironment
: Creates a new Elastic Beanstalk environment
ebSwapEnvironmentCNAMEs
: Swaps the CNAMEs of two elastic beanstalk environments.
ebWaitOnEnvironmentHealth
: Waits until the specified environment application becomes available
ebWaitOnEnvironmentStatus
: Waits until the specified environment becomes available
ec2ShareAmi
: Share an AMI with other accounts
ecrDeleteImage
: Delete ecr images
ecrListImages
: List ECR Images
ecrLogin
: Create and return the ECR login string
ecrSetRepositoryPolicy
: Set ECR Repository Policy
elbDeregisterInstance
: Deregisters the specified instances from the specified load balancer.
elbIsInstanceDeregistered
: Registers the specified instances from the specified load balancer.
elbIsInstanceRegistered
: Registers the specified instances from the specified load balancer.
elbRegisterInstance
: Registers the specified instances from the specified load balancer.
invokeLambda
: Invoke a given Lambda function
lambdaVersionCleanup
: Cleanup old lambda versions
listAWSAccounts
: List all AWS accounts of the organization
s3Copy
: Copy file between S3 buckets
s3Delete
: Delete file from S3
s3DoesObjectExist
: Check if object exists in S3
s3Download
: Copy file from S3
s3FindFiles
: Find files in S3
s3PresignURL
: Presign file in S3
s3Upload
: Copy file to S3
setAccountAlias
: Set the AWS account alias
snsPublish
: Publish notification to SNS
updateIdP
: Update thirdparty Identity Provider
updateTrustPolicy
: Update trust policy of IAM roles
withAWS
: set AWS settings for nested block
catchError
: Catch error and set build result to failure
deleteDir
: Recursively delete the current directory from the workspace
dir
: Change current directory
echo
: Print Message
error
: Error signal
fileExists
: Verify if file exists in workspace
isUnix
: Checks if running on a Unix-like node
mail
: Mail
pwd
: Determine current directory
readFile
: Read file from workspace
retry
: Retry the body up to N times
sleep
: Sleep
stash
: Stash some files to be used later in the build
step
: General Build Step
timeout
: Enforce time limit
tool
: Use a tool from a predefined Tool Installation
unstable
: Set stage result to unstable
unstash
: Restore files previously stashed
waitUntil
: Wait for condition
warnError
: Catch error and set build and stage result to unstable
withEnv
: Set environment variables
wrap
: General Build Wrapper
writeFile
: Write file to workspace
archive
: Archive artifacts
getContext
: Get contextual object from internal APIs
unarchive
: Copy archived artifacts into the workspace
withContext
: Use contextual object from internal APIs within a block
sshCommand
: SSH Steps: sshCommand - Execute command on remote node.
sshGet
: SSH Steps: sshGet - Get a file/directory from remote node.
sshPut
: SSH Steps: sshPut - Put a file/directory on remote node.
sshRemove
: SSH Steps: sshRemove - Remove a file/directory from remote node.
sshScript
: SSH Steps: sshScript - Execute script(file) on remote node.
step([$class: 'TeamCollectResultsPostBuildAction'])
: Collect results for TFS/Team Services
step([$class: 'TeamCompletedStatusPostBuildAction'])
: Set build completion status in TFS/Team Services
step([$class: 'TeamPendingStatusBuildStep'])
: Set build pending status in TFS/Team Services
step([$class: 'TeamUpdateWorkItemPostBuildAction'])
: Add link to associated work items in TFS/Team Services
tpJobRun
: Run TestProject Job
tpAppUpdateFile
: Update TestProject Mobile Application
tpAppUpdateURL
: Update TestProject Web Application
tpDataSourceUpdate
: Update TestProject Data Source
tpProjectParamUpdate
: Update TestProject Project Parameter
tpTestPackageUpdate
: Update TestProject Test Package
tpAgentConfig
: Generate TestProject Agent Configuration
publishATX
: [TT] Publish ATX Reports
generateCache
: [TT] Generate Caches
downstreamPublisher
: [TT] Downstream Report Generation
publishETLogs
: [TT] Publish ECU-TEST Logs
exportPackages
: [TT] Export Packages
exportProjects
: [TT] Export Projects
importPackages
: [TT] Import Packages
importProjects
: [TT] Import Projects
publishUNIT
: [TT] Publish UNIT Reports
checkETLicense
: [TT] Check ECU-TEST License
publishGenerators
: [TT] Publish Generator Reports
startET
: [TT] Start ECU-TEST
startTS
: [TT] Start Tool-Server
stopET
: [TT] Stop ECU-TEST
stopTS
: [TT] Stop Tool-Server
publishTMS
: [TT] Publish to Test Management System
publishTRF
: [TT] Publish TRF Reports
testFolder
: [TT] Run Test Folder
testPackage
: [TT] Run Package
testProject
: [TT] Run Project
publishTraceAnalysis
: [TT] Publish Trace Analysis
getATXServer
: Get TEST-GUIDE server by name
getETInstallation
: Get ECU-TEST installation by name
isConfigStarted
: Check ECU-TEST configuration status
newATXServer
: Return new TEST-GUIDE server
newETInstallation
: Return new ECU-TEST installation
step([$class: 'CheckGate'])
: UCV - Check Gate in UrbanCode Velocity
step([$class: 'ContinuousReleaseProperties'])
: Pass Properties to UrbanCode Velocity Version
step([$class: 'UploadBuild'])
: UCV - Upload Build to UrbanCode Velocity
step([$class: 'UploadDeployment'])
: UCV - Upload Deployment to UrbanCode Velocity
step([$class: 'UploadJUnitTestResult'])
: UCV - Upload JUnit Results to UrbanCode Velocity
step([$class: 'UploadMetricsFile'])
: UCV - Upload Metrics File to UrbanCode Velocity
vraDeleteDeployment
: vRA - Delete Deployment
vraDeployFromCatalog
: vRA - Deploy from catalog
vraGetDeployment
: vRA - Get Deployment
vraGetResourceActionDetails
: vRA - Get Resource Action Details
vraGetResourceActions
: vRA - Get Resource Actions
vraRunAction
: vRA - Run Action
vraWaitForAddress
: vRA - Wait for Address
step([$class: 'DeleteSnapshot'])
: Delete a Snapshot
step([$class: 'Deploy'])
: Deploy VM from template
step([$class: 'ExposeGuestInfo'])
: Expose Guest Info
step([$class: 'PowerOff'])
: Power-Off VM
step([$class: 'Reconfigure'])
: Reconfigure VM
step([$class: 'Rename'])
: Rename VM
step([$class: 'RenameSnapshot'])
: Rename Snapshot
step([$class: 'RevertToSnapshot'])
: Revert to Snapshot
step([$class: 'SuspendVm'])
: Suspend VM
step([$class: 'TakeSnapshot'])
: Take Snapshot
step([$class: 'VSphereBuildStepContainer'])
: vSphere Build Step
vSphere
: Invoke an vSphere action, exposing the VM IP under some actions
archiveZap
: Create & Archive ZAP report
importZapScanPolicy
: Import a ZAP scan policy from the specified path
importZapUrls
: Load a list of URLs for ZAP to use from the specified path
runZapAttack
: Run ZAP attack by changing to attack mode and starting the attack
runZapCrawler
: Run ZAP crawler on a specified host
startZap
: Start ZAP process
sprintsAddItem
: [Zoho Sprints] Create New Item
sprintsAddItemComment
: [Zoho Sprints] Add Comments to Item
sprintsAssociateItemToRelease
: [Zoho Sprints] Associate Item To Release
sprintsCreateRelease
: [ZohoSprints] Create Release
sprintsUpdateItemPriority
: [Zoho Sprints] Update Item Priority
sprintsUpdateItemStatus
: [Zoho Sprints] Update Item Status
sprintsUpdateReleaseStage
: [ZohoSprints] Update Release Stage
wrap([$class: 'BuildEnvironmentForCreateIssueOnFailure'])
: [Zoho Sprints] Create Item On Failure


It appears from what is left on record of the age in which Abraham lived, that
the foundation of the heathen mythology was laid, and that a large portion of
the world digressed from the path of rectitude and righteousness, and were
fast tending forward to that disgraceful confusion and idolatry, that they
afterward were thrust into; however, I admit that some few strictly adhered to
the principles of righteousness, and that the majority of the nations retained
some few vestiges of the pure religion of heaven; as is evident from many
things that are recorded in connection with the history of Abraham, and those
immediately connected with him. The Lord therefore, foreseeing the result of
this apostacy, called Abraham and commanded him to leave the land of his
nativity, and go into the land of Canaan. It seems, that the object the Lord
had in view in doing this, was to cause a knowledge of him to be retained on
earth, which was likely to be lost among those who had turned to idolatry. In
order to accomplish this, the Lord resolved to raise up from Abraham, a choice
nation, and peculiar people; -- hence, the Israelites were to be the
repositories of his knowledge.
As soon as Abraham reached the land of Canaan, the Lord appeared to him and
made known in full his intentions, which were as above, and ceded to him and
his posterity after him forever and ever, all the land that he could see from
an eminent place on which he stood; He also promised him that his progeny
should be, comparatively speaking, as numerous as the stars of heaven, and
that in and through his seed all the families of the earth should be blessed.
All these considerations were included in the covenant the Lord made with him.
Now the matter seems to stand thus, the Lord in order to accomplish his
purposes, resolved to raise up a people and commit to them his oracles or the
holy priesthood, and make them the repositories of his knowledge, and stewards
over the affairs of his kingdom. This forms a most exquisite solution of the
scriptural doctrine of election and reprobation.The prophets, Christ, and the
apostles, unanimously agree that the Israelite nation, were the chosen or
elect people of God; or in other words, they were the chosen seed. The idea
is, they were elected to hold the office of the priesthood, that all the world
might be blessed through their administration; -- for indeed, Christ after the
flesh was a descendant of Abraham. In a scriptural sense, the whole Gentile
world were reprobated; that is, they were not chosen to hold the office of the
priesthood, or to be stewards over the affairs of the kingdom; but this
reprobation did not effect their salvation in eternity, provided they were
adopted into the family of Abraham or kingdom of God, through obedience to the
proper ordinances, administered by those holding the office of the priesthood.
Paul, speaking of this chosen people, says: "..." * The adoption alluded to
here, is already explained in the preceding chapter. -- All the covenants that
God ever made with any people respecting priesthood and blessings, are
embodied in those made with the house of Israel. The servicealluded to,
appears to be that of the priests, while acting in their official capacity,
and not the devotional service required of all mankind: for the former was
restricted to the Israelites. Christ said: "..." † All
the inspired writers, hold forth the idea, that God elected the Israelite
nation to be stewards over the affairs of His house or Kingdom, and to hold
the office of the priesthood, by virtue of which, all the world could be
transplanted into the family of Abraham, and be numbered with the "..." and sustain an allegiance with God; hence, came the saying; "..." The Lord commanded Abraham, Isaac, Jacob, and all the house
of Israel, to circumcise all the males of their families, which was to be as a
sign, or token of their relationship with Israel; and that they might be
preserved a separate and distinct people by themselves, and not mix with other
nations. The covenant made with Abraham concerning the land of Canaan,
circumcision, and the multiplication of his posterity, was extra of the
covenant of priesthood, which he had received the same as others had before
him. The foregoing may be regarded an a slight digression from our subject;
but in order to have a correct understanding of the priesthood in this age, it
is necessary to have correct information with regard to the object the Lord
had in view, in raising up the Israelite nation in the manner in which he did.
The first thing, that I shall now introduce as evidence to prove that the
priesthood was conferred upon man in this age, is the fact that the gospel was
preached in it. Paul says: "..." * This is conclusive that the
gospel was preached to Abraham; but the following is more definite still: "..." † The administration of bread
and wine as a sacrament, is one of the institutions of the gospel, and was
practiced by Christ and his apostles; and no doubt, Melchisedec administered
them with the same views, and for the same purpose, that the disciples of
Christ did.
The profound reverence that Abimeleck king of Gerar, who took Abraham's wife
from him supposing she was his sister, had for the Lord, and the principles of
virtue and righteousness, is sufficient evidence that he was acquainted with
the religion of heaven, and proves to a demonstration, that the law of
righteousness; or in other words, the gospel, was understood in his day. Paul
expressly says, the gospel was preached to the children of Israel in the
wilderness, Eusebius Pamphfus, bishop of Cessrae in Palestine, one of the
noted fathers of the church, who flourished in the fourth century, has written
in his "..." a whole chapter to prove that the gospel of
Christ was no new thing; but was preached, not only in the days of Abraham,
but long before his day. This is of [undoubted] authority; for Eusebius had a
good opportunity to become acquainted with the history of this circumstance.
‡ The foregoing abundantly sustains the idea, that the gospel was preached,
understood, and even obeyed, in the age in which Abraham lived; but we will
now turn our attention, more particularly, to the priesthood, abstract from
other principles.
I have before mentioned that Abraham, had the priesthood; and in all
probability, he was ordained by Melchisedec: for it is said, that when he
returned from the slaughter of the kings, Melchisedec met, and blessed him. --
I suppose Abraham was ordained during this interview.
This Melchisedec, who was priest of the most high God and king of Salem, was
an extraordinary man in his day; a man of great faith and piety; although,
there are some things connected with his history, that are very singular. He
no doubt enjoyed all the privileges of the priesthood, and by virtue of the
same, reigned as patriarch or king over Salem; and so great was his faith, and
fame, that after his day, the priesthood was called after his name. Mr. Joseph
Smith explains this as follows: "..." There is an apparent contradiction, in the account
given by the apostle Paul of this great man: I mean the following: "..." * Some have considered the saving, "..." sufficient ground for a great many enthusiastic
speculations: for instance, that Melchisedec is Christ, or Jehovah; also that
he was not a man. But the absurdity of such notions, is seen from the
succeeding verses; "..." "..." From these declarations we discover that
this Melchisedec was a man, and had descent; but what does the apostle mean by
saying that he was "..." I answer that he did
not allude either to the person of Christ or Melchisedec; for each had a
father and mother; but to the principle of authority or the holy priesthood,
which has existed from all eternity, and has neither father, mother, or
descent; and is without beginning in days, or end of life. The apparent
contradiction in the apostles phraseology, in all probability, has appeared in
consequence of the ignorance of the translator, or some careless transcriber.
The apostle holds out the idea, that this priesthood is a kingly one, which
appears to be correct, from the fact, that it emanated from God, and He is a
King of kings, and Lord of lords; and it is also the authority of his kingdom,
and by it, as I have before mentioned, Melchisedec reigned as a king over the
inhabitants of the city of Salem. This idea is corroborated by Josephus, who
says: "..." * From this we learn that the Melchisedec priesthood, may be
with propriety termed, the Righteous kingly priesthood; or to reverse it, a
Kingly priesthood or authority adopted to the law of righteousness.
It is evident that the only form of government, by which the people were
governed in these early times, that met the approbation of the Lord was the
Patriarchal. This government, was strictly ecclesiastical, yet it included all
the rules and regulations necessary for the well-being of society, and
preservation of good morals. The chief ruler was the patriarch, or
high-priest, who reigned as king by virtue of the office of the priesthood
which he held. Indeed, there are reasons for believing, that all those small
kingdoms of the land of Canaan, including those governed by the shepherd
kings, were originally only so many branches of the kingdom of God, and each
formed a separate organization by itself yet all probably were accountable to
a presiding officer, or quorum of officers appointed by the Lord to preside
ever the whole kingdom on earth.
Melchisedec presided over a church, or branch of the kingdom of this kind,
which was at Salem; and in all probability, Abimeleck of Gerar, was a king of
this description. All the shepherds kings, and those of Canaan, originally
presided by virtue of this priesthood; but as these kingdoms degenerated into
apostacy, they incorporated with their religion, many mythological
institutions; their government many political, despotic, forms and rules, and
each king in time assumed the title of absolute monarch. I infer all this,
from some few hints dropped by the sacred historians: for instance, such as
the account of Melchisedec reigning as king, in Salem, the profound reverence
that Abimeleck had for the Lord, many things connected with the biography of
Abraham, the circumstance of Moses finding a priest among the Midianites, who
had a knowledge of God, the whole history of, Baalam the prophet, (who in one
instance however is called a soothsayer,) and many other allusions to the
condition of the nations, with regard to their relationship with God, too
numerous to mention. One thing is certain, no people so much deserve the
extreme severity of God's judgments, as a set of apostates; and it is evident
that these kingdoms had corrupted the holy priesthood, sacrificed to idols,
and turned their temples into public brothel houses. They thus provoked the
Lord, and kindled the flame of his anger against them, till he sent the
Israelites to destroy and dispossess them. This idea of their being apostates,
in a great measure, accounts for the severity of his judgments upon them. It
also sustains our idea of the object the Lord had in view in raising up the
Israelite nation.
For proof, that the priesthood existed on earth in the days of Abraham, I
refer the reader to the apostle, Paul's epistle to the Hebrews, particularly
to the seventh chapter. Moses in his brief account of this age frequently
mentions that there were eldersand priests; but some of the modern writers,
conjecture they were idolators. This is only supposition and be it as it may,
it is evident the authority used in the heathen temples or at their alters was
only a corruption of the holy priesthood. God first initiated the offering of
sacrifices, (not however to idolatrous gods,) and gave the appropriate names
to the various grades or office, and when the nations degenerated into
idolatry, they retained these names, and sacrificed to their deities.
Moses referring to the circumstance of Joseph buying the land of Egypt, says:
"..."
It is said, when Jacob died: "..." It is also said, that Joseph married the
daughter of the priest of On. † And when we consider the piety of Joseph his
untiring zeal in the cause of righteousness, and avertion to idolatry, we
cannot for a moment suppose that such an alliance was made with the daughter
of an idolatrous priest; not that Joseph would have polluted his piety by so
doing; but the antipathy that existed against each other's religion, would
have imposed a barrier in the way. If the foregoing quotations are not
positive, I regard them at any rate, as the strongest kind of presumptive
evidence, to sustain the before mentioned idea of the priesthood. I cannot
consistently close this chapter, without saying something more of what is
written in the Book of Job, who in all probability lived in this age. -- What
he say's about the "..." sustains our idea that there were many
people in this age who had a knowledge of the Lord, and who had received the
benefits of the priesthood, and then formed an allegiance with God, and were
numbered with his family.
The probability is, that this priesthood was conferred by the father upon the
son. [From] Abraham to Joseph; moreover it is quite probable, that the twelve
sons of Jacob were all priests, for they are regarded as patriarchs. But after
the decease of Joseph it seems that idolatry triumphed in Egypt. -- The
Israelites were reduced to bondage, and how much they feared God and respected
the rules of his kingdom, from this to Moses, is uncertain.


The user can publicize their own membership. (A user cannot publicize the membership for another user.)
PUT /orgs/:org/public_members/:username
Note that you'll need to set Content-Length
to zero when calling out to this endpoint. For more information, see "HTTP verbs."
Status: 204 No Content


stratified_plume_model.particle_from_mb0¶
| Release: | 1.1 |
|---|---|
| Date: | Nov 08, 2017 |
-
stratified_plume_model.
particle_from_mb0
(profile, z0, dbm_particle, yk, mb0, de, lambda_1, T0=None, K=1.0, K_T=1.0, fdis=1e-06, t_hyd=0.0)[source][source]¶ Create a
dispersed_phases.PlumeParticle
object from the mass fluxReturns a
dispersed_phases.PlumeParticle
object given the particle attributes and the initial total mass flux at the source.Parameters: profile :
ambient.Profile
objectThe ambient CTD object used by the simulation
z0 : float
Depth of the release point (m)
dbm_particle :
dbm.FluidParticle
ordbm.InsolubleParticle
objectObject describing the particle properties and behavior
yk : ndarray
Vector of mol fractions of each component of the dispersed phase particle. If the particle is a
dbm.InsolubleParticle
, then yk should be equal to one.mb0 : float
Mass flux (kg/s) of all particle components together at the release points
de : float
Initial diameter (m) of the particle
lambda_1 : float
Spreading rate of the dispersed phase in a plume (–)
T0 : float, default = None
Initial temperature of the of
dbm
particle object (K). If None, then T0 is set equal to the ambient temperature.K : float, default = 1.
Mass transfer reduction factor (–).
K_T : float, default = 1.
Heat transfer reduction factor (–).
fdis : float, default = 1.e-6
Fraction of the initial total mass (–) remaining when the particle should be considered dissolved.
t_hyd : float, default = 0.
Hydrate film formation time (s). Mass transfer is computed by clean bubble methods for t less than t_hyd and by dirty bubble methods thereafter. The default behavior is to assume the particle is dirty or hydrate covered from the release.
Returns: particle : dispersed_phases.PlumeParticle object
A
dispersed_phases.PlumeParticle
object containing the initial conditions for the given particle in the simulation


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Oughterard turn the screw on good Neale team
Galway champions Oughterard produced a strong second-half performance to deservedly claim the Connaught intermediate football championship title at Elverys MacHale Park, Castlebar, this evening.
It finished 1-16 to 0-11 in favour of the Galway outfit against Mayo representatives The Neale.
The sides were well-matched in the first half - inseparable, in fact, at 0-7 each - and when Tommy Conroy fired The Neale into the lead with an early second-half point, things were looking good for the home side.
However, Oughterard reeled off 1-4 without reply in the opening 15 minutes of the second half and it was to prove just too big a mountain to climb for the Mayo champions, who were held to that single point for 27 minutes of the second half until Sean Cosgrove landed a free on 55 minutes.
The goal was well crafted from a fine move and finished by man of the match and top scorer Matthew Tierney, but The Neale were left to rue a couple of missed goal chances of their own in the first half.
The Mayo champions crafted two excellent opportunities. Simon Ryan cracked one off the crossbar but the best opening was presented to Oisin Connolly, who had the chance of a tap-in goal served on a plate by Aidan O’Sullivan but an Oughterard defender somehow managed to keep it out of the net.
The Galway champions turned up the heat in the second half and outscored their opponents by 1-9 to 0-4 to run out winners by 1-16 to 0-11.
The Neale: P. Hopkins, D. Morrin, M. Varley, A. Varley, B. O’Halloran (0-1), S. Conroy, S. Morrin, D. Moran, A. O’Sullivan, O. Connolly, F. Sweeney (0-1), S. Cosgrove (0-5f), S. Ryan (0-1), P. Walsh (0-1), T. Conroy (0-1).
Subs used: D. Keane (0-1) for S. Ryan, P. McGrath for D. Morrrin, J. Duffy for D. Moran, O. Coburn for B. O’Halloran.
Oughterard: J. Waller, C. Hanley, P. Walsh (0-1), L. Moran, C. Monaghan, R. Molloy, E. O’Sullivan, E. Tierney (0-4f,), P.J. McGauley (0-1), P. Walsh, M. Tierney (1-6, 5f), E. Lee (0-1), B. Lambert (0-1), N. Lee (0-2, 1f ), R. Monaghan.
Subs used: C. Harte for Lambert, P. Gibbons for Hanley.
Referee: P. McGuckian (Leitrim).