Alyssa is a Manager at Ultra Beauty and is a user of APRIL (Applied Pregnancy Informatics).
Alyssa is 7 months pregnant with her first child both her and her husband Gabe need a smooth helpful transition into parenthood
As a User of APRIL both Alyssa and Gabe use APRIL to seek community support and advice from renowned doctors. APRIL provides relevant data related to childbirth and expectancy in order to give parents peace of mind transitioning into pregnancy answering much needed questions related to current symptoms.
Gender Female
Age 27
Occupation Beauty Store Manager
My goal is to ensure the health and safety of my baby and a smooth transition into parenthood.


BJP making India's best organisations hollow, selling them: Priyanka Gandhi
Her attack comes days after Sitharaman reportedly said the government was looking to wrap up the sale of state-run Air India and oil refiner and marketer BPCL by March 2020.
by PTICongress leader Priyanka Gandhi Vadra on Wednesday hit out at the government over Finance Minister Nirmala Sitharaman's reported remarks that Air India and Bharat Petroleum Corporation could be sold by March, alleging the BJP is making India's best organisations hollow and then selling them.
Her attack comes days after Sitharaman reportedly said the government was looking to wrap up the sale of state-run Air India and oil refiner and marketer BPCL by March 2020.
"Our organisations are our pride. These are our 'golden birds'," Priyanka Gandhi said in a tweet in Hindi.
"The BJP had promised to build the country, but they are working to make India's best organisations hollow and sell them. Sad," the Congress general secretary said.


{% extends "source/base.html" %}
{% block slides %}
{% include "source/title.html" %}
{% include "source/slide1.html" %}
{% include "source/methods_mferg.html" %}
{% include "source/methods_ao.html" %}
{% include "source/methods_population.html" %}
{% include "source/results_mferg.html" %}
{% include "source/results_ao.html" %}
{% include "source/compareTests.html" %}
{% include "source/conclusion.html" %}
{% include "source/final.html" %}
{% endblock %}


The object of Noughts and Crosses is to get a winning line of three Noughts or three Crosses in either a horizontal, vertical or diagonal row.
The Noughts and Crosses board is a square grid containing nine squares arranged in threes. The game is played by two people who either play as Noughts (Os) or Crosses ( Xs). They can either be drawn or objects resembling these two options can be used. In giant noughts and crosses for example, the two objects are the noughts and crosses themselves.
The player with the Xs starts the game by positioning his X in a square. The player with the Os follows and both players take turns to move and occupy the squares of the grid trying to make a row of three and at the same time also block their opponent.
In Noughts and Crosses the opening player has a slight advantage so it is advisable to alternate who starts first in order to keep the games fair. There is only a maximum of nine moves in any game so due to the speed and brevity of a Noughts and Crosses game, every turn counts. Despite the simple form of Noughts and Crosses it has been calculated that there are in excess of 255,168 possible layouts on the board. However it is a very simple game to play and because of this Noughts and Crosses is a very popular game for children. The giant noughts and crosses board is particularly fun to use, and especially for children.


“we are not old school souls but we do believe in preserving culture”.
With this idea in mind, Rosanature Pvt. Ltd. Was founded on Nov.4th, 2016, aiming to take the handicrafts of India to a new level. Moving further with a vision to preserve India’s traditional craft and to work for its growth, we venture to give consumers a multiple alternative of products and lifestyle offering a great comfort. Our designs amalgam with contemporary ideas and a tradition of eminence. We believe in generating a new desirability for a product through blending traditional and innovatory designs, thereby building a fresh new appeal for the product.
Each product is crafted with their very own specific story with an exquisite focus on the aesthetic and individuality. Components of finest quality are blended together to give the products a mesmerizing aesthetic and a sentiment of serenity. We also believe in generating ideas from little things happening around us, drawing ingenuity from the smallest drop of moisture resting on leaves or from the flowers rejoicing the last ray of bliss as the sun sets.
From the hard work of one craftsman to the smile on one consumer’s face, we strive to be the cultural bridge.


To successfully utilize the Data Hub, you will need to use one of the following web browsers:
Copyright © 2011, Montana State University
Created with the Freeware Edition of HelpNDoc: Free HTML Help documentation generator


There are many resources online that explain the concept of Arabic abjad numerals and list the 28 primary letters and their associated values. I have added this table in case anyone would like to double-check the rules followed by our calculation program — in particular the differences between the Mashriqi (“Eastern”) and Maghribi (“Western”) systems, which are highlighted in green. Further details are provided on the main page.
| Value | Mashriqi letter | Maghribi letter |
|---|---|---|
| 1 | ا | ا |
| 2 | ب | ب |
| 3 | ج | ج |
| 4 | د | د |
| 5 | ه | ه |
| 6 | و | و |
| 7 | ز | ز |
| 8 | ح | ح |
| 9 | ط | ط |
| 10 | ي | ي |
| 20 | ك | ك |
| 30 | ل | ل |
| 40 | م | م |
| 50 | ن | ن |
| 60 | س | ص |
| 70 | ع | ع |
| 80 | ف | ف |
| 90 | ص | ض |
| 100 | ق | ق |
| 200 | ر | ر |
| 300 | ش | س |
| 400 | ت | ت |
| 500 | ث | ث |
| 600 | خ | خ |
| 700 | ذ | ذ |
| 800 | ض | ظ |
| 900 | ظ | غ |
| 1,000 | غ | ش |
© 2017–22
T. S. Beers
The source files for this page are available
on GitHub
under the
MIT License.
I’m not much of a developer. If anything is messed up, please
let me know by email!


Change Profile Picture.
Drop your photo to replace.
Drop your photo
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Drop your photo here or browse your computer.
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Your photo must be larger than 350px.


Order a repeat prescription at Street Lane Practice
12 Devonshire Avenue, Leeds, West Yorkshire, LS8 1AY
View on a map and get directionsCall 0113 2371128
You can order a repeat prescription online if you have registered an online account. Street Lane Practice uses a system called SystmOline to do this.
- You'll need your SystmOnline username and password
If you don't have a SystmOnline username and password, you can read more about registering an account here
You may want to nominate a chosen pharmacy to have your prescription delivered.
- Remember Street Lane Practice as your local GP


Gatekeeper Flauen:
Roman? Ah, you mean the Head Blacksmith!
He should be in the blacksmith's shop, as you would expect.


{% if include.data.name contains "Business Hack" %}
{{include.data.about}}
Applications will be opened soon!
{% endif %}Starts on: {{include.data.date.start}}
Ends on: {{include.data.date.end}}
{% if include.data.detailed_date %}| {{x.header}} | {{x.date}} |
Others: {{include.data.prizes.misc}}
{% endif %} {% if data.prizes.more %}More: {{include.data.prizes.more}}
{% endif %} {% if data.prizes.participation %}Participation: {{include.data.prizes.participation}}
{% endif %}{{include.data.format}}
For more information about the event (including eligibility, cost if any, more on format, team size etc), please check out the Frequently Asked Questions on the topic for more details.
{% endif %}


It's a small and simple package so there is honestly not much TODO.
The built files are in /release
folder and only checked-in during releases. To get domerjs from the latest source, you will have to build it from Github repo.
git clone https://github.com/g45t345rt/domerjs.git/domerjs
cd domerjs
npm install
npm run build # build source file inside docs/release
npm run web # start this website with domerjs
npm run apps-[appname] # start specific example
npm run docs # build website for Github pages
JS files are transpile with parcel-bundler


Resistive circuit solver
Home
Docs
Contact
Feedback
COMPONENTS
Resistor
Current Src
Voltage Src
VCCS
VCVS
CCCS_Gen
CCCS_Vs
CCVS_Gen
CCVS_Vs
X


This feature module was loaded lazily.
This module represents a good example of how to build sub-modules within your app. "Sub-modules" or "feature modules" are a design pattern that allows you to group similar functional areas together. By providing such pages as a collection in a feature module, you will have the advantage of being able to load all related pages together at the same time. Additionally, sub-modules can be "lazy loaded", which means they are not served with the initial app bundle but, rather, on demand when the user hits a route served by the sub-module.
It is highly recommended that your app be divided in this way into sub-modules and not as top-level, individual page components.
To take advantage of this design pattern for your app, delete example-page-1 and example-page-2 at src/app/pages/ and transform this sub-module (example-feature-module) as you see fit.


Site Management
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Time
Span
A time difference calculator
Contribute
year
month
day
hours
minutes
seconds
add days hours and minutes to the time
days
hours
minutes
submit


Pipewire-0.2.7
Installation of Pipewire
Install pipewire by running the
following commands:
mkdir build &&
cd build &&
meson --prefix=/usr --sysconfdir=/etc .. &&
ninja
This package does not come with a test suite.
Now, as the root
user:
ninja install
Command Explanations
-Ddocs=true
: This switch enables the
generation of HTML documentation. The optional dependencies for
documentation need to be installed for this to work.
-Dman=true
: This switch enables the
generation of manual pages. The optional dependencies for
documentation need to be installed for this to work.
Contents
Installed Programs:
pipewire, pipewire-cli, pipewire-monitor,
spa-inspect, and spa-monitor
Installed Libraries:
libpipewire-2.0.so
Installed Directories:
/etc/pipewire, /usr/include/pipewire,
/usr/include/spa, /usr/lib/pipewire-0.2, and
/usr/lib/spa
Short Descriptions
|
pipewire
|
is a service that allows access to multimedia devices and
allows sharing of multimedia files between applications.
|
|
pipewire-cli
|
allows you to interact with a pipewire instance.
|
|
pipewire-monitor
|
allows you to monitor pipewire instances.
|
|
spa-inspect
|
allows you to inspect pipewire plugins.
|
|
spa-monitor
|
allows you to monitor pipewire plugins.
|
|
libpipewire-0.2.so
|
contains API functions for handling multimedia pipelines.
|
Last updated on 2020-02-18 14:50:03 -0800


Minervaclient provides a minimalist, composable command-line client, and Python API for Minerva, myCourses, and other tools, so you can focus on extracting information, creating workflows and building apps. Formatters allow you to export data to plain text, JSON, your calendar or spreadsheet. Minervaclient can retrieve your course, assignment and final exam schedules, register and search for courses, submit assignments, and can perform countless other tasks.
$ minervac register -tWINTER2019 COMP-527-001 PSYC-315-001
Install
pip install minervaclient
Minervaclient uses requests to access HTTP endpoints, beautifulsoup4 to extract data from webpages and keyring to securely store your credentials using your operating system’s keyring.
Recent improvements
- Blah bleh
- Bleh blah
- EEk horse
register
$ minervac register -tF16 COMP-273-001
register
performs course registration, by course code (e.g. CLAS-201-002
) or by CRN (e.g. 8144
). You must specify the term you are registering for, via the -t
option, but the term code format is very flexible.
Options
| Option | Description |
|---|---|
-j |
Jobs allow you to keep track of groups of courses you are registering for at the same time. Once you’re enrolled in a class, it’s removed from the job and registration will only be re-attempted for the remaining classes. |
Supported formatters
text
schedule
$ minervac schedule -t201801
Accesses course, assignment and final exam schedules. You must specify the term for which to view the schedule, via the -t
option.
Sources
| Option | Description |
|---|---|
| (Default) Course schedule from Minerva | |
-E |
Final exam schedules for registered courses |
-A |
Assignment due dates from myCourses |
Supported formatters
text
calendar
(plain-text calendar)html
,pdf
,png
(visual timetable)ics
(vCalendar)json
csv
(spreadsheet)
search
$ minervac search -t FALL2019 COMP-202
Searches the course schedule, with prerequisite and restriction information from the eCalendar integrated. More advanced queries can be performed via the SQL interface.
Options
| Option | Description |
|---|---|
-L |
Lectures only |
-T |
Tutorials only |
Supported formatters
text
calendar
(plain-text calendar)html
,pdf
,png
(visual timetable)ics
(vCalendar)json
csv
(spreadsheet)
transcript
$ minervac transcript
Accesses the unofficial transcript from Minerva, displaying all enrolled terms by default.
Options
| Option | Description |
|---|---|
| Option | Description |
-t term |
Limit the displayed records to a given term |
Supported formatters
text
json
csv
grades
$ minervac grades 327306
grades
retrieves assignment and course grades from myCourses. Currently, you need to specify the myCourses OU (course code) to access class information.
Supported formatters
text
json
csv
assign
$ minervac assign 327306 -A4
assign
submits assignments and verifies submission status. Currently, you need to specify the myCourses OU (course code) to access class information.
Formatters
Minervaclient supports a variety of output formatters, selected via the -f
option. Most formatters are generic and can be used with any subcommand, but some commands offer specific ways to display information. If you’re using the Python API, you can easily create a custom formatter as well.
| Name | Description |
|---|---|
text |
Plain text, separated into columns. You can use -c to customize which columns to output |
json |
JSON for REST APIs or use with jq |
csv |
CSV for import into Microsoft Excel, Google Sheets and other spreadsheet software |
At your university
If your university uses Banner (google for your university name + “bwckgens.csv”), Shibboleth or Desire2Learn, you might be able to take advantage of minervaclient
. Try editing the base_urls
in config.py
and let us know if how far you get.
Warning
You are solely responsible for assessing whether your use of minervac
is in compliance applicable McGill policies, including the McGill Policy on the Responsible Use of IT Resources. Do not access McGill services with excessive frequency.


Phone Number
Please sign in
{if condition="session('loginFlag')"}
Login failed! Please re-enter!
{else /}
{/if}
Sign in
Register


account_balance_wallet
MY STOCK
bar_chart
All stocks
power_settings_new
Logout
My stock
settings
RTL
Switch theme


Zombie Dash was built by a team of 3 developers for the 7-day Mintbean Hackathon in August 2021. The challenge was to build a 2-D game, making the Phaser JS framework the perfect choice.
Zombie Dash received the Mintbean Star Award, an honor given to only 5% of developers. Recipients are listed individually at hire.mintbean.io


|
Design Patterns - C++
|
#include <SphereMeshFactory.h>
Public Member Functions | |
| SphereMeshFactory () | |
| ~SphereMeshFactory () | |
| std::unique_ptr< Mesh > | GetMesh () |
| std::unique_ptr< MeshProperty > | GetProperty () |
| Public Member Functions inherited from MeshFactory | |
| virtual | ~MeshFactory () |
| SphereMeshFactory::SphereMeshFactory | ( | ) |
| SphereMeshFactory::~SphereMeshFactory | ( | ) |
|
virtual |
Implements MeshFactory.
|
virtual |
Implements MeshFactory.


Except with more magic added.
isPrefixOf :: (Eq a) => [a] -> [a] -> Bool isPrefixOf [] _ = True isPrefixOf _ [] = False isPrefixOf (x:xs) (y:ys)= x == y && isPrefixOf xs ys
And Haskell. A lot of Haskell.


09/13/2014 20:05:02 ¶ ● some-newtype-bullshit: EVERY PART OF THIS IS WRONG You can pretty much milk anything with nipples


Contact Manager
React/Redux port of simple Backbone application
Contact deleted. Click here to undo.


#DukeMBB Who Wins Analyzer
Grayson Allen
Marques Bolden
Javin DeLaurier
Harry Giles
Frank Jackson
Amile Jefferson
Matt Jones
Luke Kennard
Jayson Tatum
Jack White
Position
FG Pct.
3-PT Pct.
Blocks
Steals
VS
GO
Grayson Allen
Marques Bolden
Javin DeLaurier
Harry Giles
Frank Jackson
Amile Jefferson
Matt Jones
Luke Kennard
Jayson Tatum
Jack White
Position
FG Pct.
3-PT Pct.
Blocks
Steals


RealityUI
RealityUI is a collection of User Interface classes for RealityKit. The classes included in RealityUI aim to offer familiar User Interface guidelines, but in a 3D setting for Augmented and Virtual Reality through RealityKit.
The User Interface controls in this repository so far are made to be familiar to what people are used to with 2D interfaces, however the plan is to expand the tools on offer to new and unique controls, which are more appropriate for an Augmented Reality and Virtual Reality context.
Requirements
- iOS 13 or macOS 10.15
- Swift 5.2
- Xcode 11
Content
Installation
Swift Package Manager
Add the URL of this repository to your Xcode 11+ Project under Project > Swift Packages
.
https://github.com/maxxfrazer/RealityUI.git
Usage
Add import RealityUI
to the top of your swift file to start.
Registering RealityUI Components
All components used in RealityUI must be registered before they are used, simply call RealityUI.registerComponents()
anywhere in your app before any classes starting with RUI
are initialised to avoid issues with that. For more information on what is meant by registering components see Apple’s documentation here.
Activating Gestures
If you plan on using RUISwitch or RUIStepper, then you should at least enable .tap
RUISlider uses .pan
, but I would just recommend using .all
to avoid issues, as these will inevitably move around ad RealityUI develops, and will not interfere with the rest of your RealityKit scene.
RealityUI.enableGestures(.all, on: arView)
Control Entities
By default all RealityUI Entities are quite large. This is used to standardize the sizes so that you always know what to expect. For example, all UI thumbs are spheres with a diameter of 1 meter, which is 1 unit in RealityKit, ± any padding adjustments. All RealityUI Entities face [0, 0, -1]
by default. To have them point at the user camera, or .zero
, you can use the .look(at:,from:,relativeTo:)
method like so: .look(at: .zero, from: [0, 0, 1])
. Or if you want it to turn around straight away if you’ve positioned it at [0, 0, -1]
, set the orientation to simd_quatf(angle: .pi, axis: [0, 1, 0])
. Using the .look() method works here by setting the at:
value to the direction the button should be used from.
RUISwitch
RUISwitch is a 3D toggle switch with an on and off state. Default bounding box is 2x1x1m
RUIStepper
RUIStepper is used to increment or decrement a value. Default bounding box is 2x1x0.25m
RUISlider
An interactive track to represent an interpolated value. Default bounding box is 10x1x1m including thumb.
RUIButton
RUIButton is used to initiate a specified action. The action here will only trigger if the gesture begins on a button, and also ends on the same button. This is similar to the touchUpInside UIControl Event.
Default button bounding box before depressing the button into the base is [1, 1, 0.3]
Gestures
All of the RealityUI Control Entities use custom gestures that aren’t standard in RealityKit, but some of them have been isolated so anyone can use them to manipulate their own RealityKit scene.
Turn
Unlock the ability to rotate a RealityKit entity with just one finger.
Tap
Create an object in your RealityKit scene with an action, and it will automatically be picked up whenever the user taps on it!
No Gif for this one, but check out RealityUI Gestures wiki to see how to add HasClick to an entity in your application.
Animations
There aren’t many animations added by default to RealityKit, especially none that you can set to repeat. See the wiki page on how to use these animations.
Spin
Spin an Entity around an axis easily using ruiSpin.
Shake
Shake an entity to attract attention, or signal something was incorrect.
Text
It’s already possible to place text in RealityKit, but I felt it needed a little upgrade.
With RUIText you can easily create an Entity with the specified text placed with its bounding box centre at the middle of your entity.
More
More information on everything provided in this Swift Package in the GitHub Wiki, and also the documentation.
Also see the Example Project for iOS in this repository.


The John Jameson and Son Irish Whiskey company was formally established in 1810 when John Jameson and his son (also John Jameson) took ownership of the Bow Street Distillery in Dublin which had originally been built by his wife's cousins the Steins in 1780.
Grand Old Parr (often simply just Old Parr) is a blended Scotch whisky named after the reputed oldest man in England. Launched in 1909, it is found in export markets such as Japan, Mexico, South America and in The United States of America and is no longer distributed in the United Kingdom.
The Old Bushmills Distillery is a distillery in Bushmills, County Antrim, Northern Ireland. As of December 2014, it was in the process of transitioning from ownership by Diageo plc to Jose Cuervo.


On to page three. Now that the tables are all setup it is time to introduce the 3 basic types of joins to our audience. When the users of the tutorial we are creating runs the queries there is going to be a problem since the natural join will produce more resulted than are returned by default. To get around this problem the tag 'SQLExecutionOptions' is used. On the previous page you had a look at the option available in the Ad hoc SQL. This tag lets you get all available options within the Ad Hoc on page change. With that in mind option set on one page of a tutorial will be reverted to the default if no new setting are given for the transitioning page.
Available options:
- xml
- retrieve xml data 'true|false'
- clob
- retrieve clob data 'true|false'
- xmlinline
- embed the retrieved xml data in the result table 'true|false'
- clobinline
- embed the retrieved clob data in the result table 'true|false'
- blob
- retrieve blob data 'true|false'
- dbclob
- retrieve dbclob data 'true|false'
- termChar
- SQL statement termination character ';'
- commitPerStmt
- Commit per statement if false all statements will be run in a single transaction and rolled back on any errors
- numRowReturned
- Number of rows per result set to return
Steps to complete:
- Copy the contents of tab 'tutorialScript.xml' located to the right into the file 'tutorialScript.xml'.
- Save the file, but do not close it
- Create a file called 'joinBasics.html' in the folder './tutorials/tableJoins/HTML'
- Copy the contents of tab 'joinBasics.html' located to the right into the new created file.
- Save & close the file
- Create a file called 'joinBasics.sql' in the folder './tutorials/tableJoins/SQL'
- Copy the contents of tab 'joinBasics.sql' located to the right into the new created file.
- Save & close the file
- Reload the 'About table joins' tutorial you should now have and be able to navigate to page two.


stream_lines.pl -- Read/write lines as lists of chars from/to a given stream
When reading from the stream, the invoker may provide a EOS (end-of-stream) marker
to limit the reading, or the EOF (end_of_file) atom to read to the end of the stream.
When writing to the stream, the invoker may provide a EOS to limit the writing,
or EOF to write all lines in the list of lines provided. A EOS marker may be any
atom suitable as an indication of the end of the stream operation, presented as a
list of chars.
- author
- - GT Nunes
- version
- - 1.3
- copyright
- - (c) TheWiseCoder 2020-2021
- license
- - BSD-3-Clause License
- stream_lines(+Stream:ref, -Lines:list) is det
- stream_lines(+Stream:ref, +Lines:list) is det
- Read/write lines from/to stream.
If Lines is not grounded, read from Stream up to the end of the stream.
If Lines is grounded, write all lines in Lines to Stream.
- Arguments:
-
| Stream | - The input/output stream |
| Lines | - List of lines read from, or to write to, the stream |
- stream_lines(+Stream:ref, +EOS:list, -Lines:list) is det
- stream_lines(+Stream:ref, +EOS:list, +Lines:list) is det
- Read/write lines from/to stream.
If Lines is not grounded, read from Stream until a line containing EOS is found.
For EOS = end_of_file, read to the end of the stream.
If Lines is grounded, write lines to Stream until a line containing EOS is found.
For EOS = end_of_file, write all lines in Lines.
- Arguments:
-
| Stream | - The input/output stream |
| EOS | - EOF or list of chars signifying end of stream |
| Lines | - List of lines read from, or to write to, the stream |


Promotional material
Information and suggestions for employers, apprentices, MPs, schools, colleges and training providers to help support NAW 2017.
PDF , 957KB , 12 pages
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
PDF , 958KB , 10 pages
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
PNG , 16.1KB
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JPEG , 187KB
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
PDF , 475KB , 1 page
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
PDF , 228KB , 1 page
If you use assistive technology (such as a screen reader) and need a version of this document in a more accessible format, please email<EMAIL_ADDRESS>. Please tell us what format you need. It will help us if you say what assistive technology you use.
 These toolkits contain event and activity suggestions that you might like to consider, but you might have lots of you own ideas too.
Keep checking our NAW 2017 page , as we will be adding more resources in the run up to the week.
Published: 15 December 2016
Updated: 21 February 2017


Post edited 2 x times, last by
José Ortega
Global Moderator
José Ortega
Global Moderator
Meaurk wrote:
I'm sorry for you, Wasakakero. But hey, a new gaming PC isn't that expensive anymore.
FYI, a PS4 will cost 3500$ in here, brazillians don't have anything to cry about, this price applys for anything, doesn't matter if it's a pc or food.
EDIT: I have seen some videos of BF4 and in general is not a HUUUUUUGE advance from BF3 as they say but it's good, i can't deny it.


Plugin Information |
|---|
View WAS Builder on the plugin site for more information. |
This plugin allows Jenkins to invoke IBM WebSphere Application Server's wsadmin as a build step.
About this plugin
This plugin allows to invoke the wsadmin command of IBM WebSphere Application Server (WAS) 6.0/6.1/7.0 as a build step. It can be used for example to deploy a freshly built application (self-promo: using the RAD Builder Plugin).
This plugin supports:
- WAS 6.0 (versions 1.0 to 1.6 successfully tested with WAS <IP_ADDRESS> – should work with other 6.0.2.x versions)
- WAS 6.1 (not yet tested)
- WAS 7.0 (version 1.1 to 1.6 successfully tested with Administration Thin Client built from WAS <IP_ADDRESS> – should work with other 7.0.0.x versions)
- WAS 8.0 (version 1.6 successfully tested with full WebSphere v8 non-ND installation – thanks Ilko Iliev for the feedback)
User guide
Before adding a WAS build step to a job, the WAS Builder plugin must be configured as follow:
- First, one or several WAS installations must be defined in Jenkins' main configuration panel (cf. upper part of the screenshot below). These WAS installations must not necessarily correspond to some running WAS servers: The plugin simply uses their wsadmin command (the one located in the
bin
folder of the installed product) to connect to remote servers.
- Once at least one installation is defined, you need to save the changes and to go back to Jenkins' main configuration panel to be able to define the servers that the jobs will use (lower part of the screenshot above).
Once at least one server is defined, it's possible to add some "IBM WebSphere Application Server 6.x/7.x" build steps to your jobs (cf. screenshot below). Most of wsadmin options can be controlled through the GUI. Take a look at the inline help (the little question marks located on the right of each field) to know more about each feature.
The Run if field doesn't correspond to a wsadmin option. It can be used to dynamically enable/disable a build step for a particular run: If Run if is defined (let's say with the STOP_SERVER
value) for a build step, then the build step will be run if and only if:
- a build variable with the same name (in our case,
STOP_SERVER
) is defined and has a value, - or (exclusive) if no build variable with the same name is defined and an environment variable with the same name (still
STOP_SERVER
in our example) is defined, whether it has a value or nor.
When defining a build step for WAS 6.0, be sure to refer to the inline help to know if you can use it: Some options (job ID, trace file, etc.) are available only for WAS 6.1 or greater.
Check-out this post on IBM developerWorks to get an introduction on how this plugin can be used (thanks Ilko).
Version history
Version 1.6.1 (10/20/2011)
- Fixed JENKINS-11104:
wsadmin
was not working when used withsudo
Version 1.6 (08/07/2011)
- Update for Jenkins
Version 1.5 (04/23/2010)
- Added a new Wsadmin command field (at the WAS installation level) allowing to tweak the
wsadmin.bat
/wsadmin.sh
command actually run, for example to prefix it withsudo
. - The list of WAS servers is now alphabetically sorted when saving the global configuration.
Version 1.4 (04/13/2010)
- The Run if option now allows to use boolean parameters in addition to build or environment variables.
Version 1.3 (04/13/2010)
- Added an option which allows creating automatically, if the locks-and-latches plugin is installed, one lock per defined WAS server.
Version 1.2 (04/06/2010)
- Added an option for allowing the wsadmin user/password at the build step level.
Version 1.1 (03/30/2010)
- Added the support for administration thin clients.
Version 1.0.1 (01/24/2010)
- Bug fix: Installations defined for slave nodes were not taken into account; The plugin was always referring to the installation on the master node.
Version 1.0 (12/18/2009)
- Initial release
Attachments:
was-builder-config-03.png (image/png)
was-builder-config-02.png (image/png)
was-builder-config-02.png (image/png)
wsadmin-thinclient.bat (application/octet-stream)


| lavaanList-class {lavaan} | R Documentation |
The lavaanList
class represents a collection of (fitted)
latent variable models, for a (potentially large) number of datasets.
It contains information about the model (which is always the same),
and for every dataset a set of (user-specified) slots from a regular
lavaan object.
Objects can be created via the
cfaList
, semList
, or
lavaanList
functions.
call
:The function call as returned by match.call()
.
Options
:Named list of options that were provided by the user, or filled-in automatically.
ParTable
:Named list describing the model parameters. Can be coerced to a data.frame. In the documentation, this is called the ‘parameter table’.
pta
:Named list containing parameter table attributes.
Data
:Object of internal class "Data"
: information
about the data.
Model
:Object of internal class "Model"
: the
internal (matrix) representation of the model
meta
:List containing additional flags. For internal use only.
timingList
:List. Timing slot per dataset.
ParTableList
:List. ParTable slot per dataset.
DataList
:List. Data slot per dataset.
SampleStatsList
:List. SampleStats slot per dataset.
CacheList
:List. Cache slot per dataset.
vcovList
:List. vcov slot per dataset.
testList
:List. test slot per dataset.
optimList
:List. optim slot per dataset.
impliedList
:List. implied slot per dataset.
h1List
:List. h1 slot per dataset.
loglikList
:List. loglik slot per dataset.
baselineList
:List. baseline slot per dataset.
funList
:List. fun slot per dataset.
external
:List. Empty slot to be used by add-on packages.
signature(object = "lavaanList", type = "free")
: Returns
the estimates of the parameters in the model as the columns in a matrix;
each column corresponds to a different dataset.
If type="free"
, only the free parameters are returned.
If type="user"
, all parameters listed in the parameter table
are returned, including constrained and fixed parameters.
signature(object = "lavaanList", header = TRUE, estimates = TRUE, nd = 3L)
:
Print a summary of the collection of fitted models.
If header = TRUE
, the header section is
printed.
If estimates = TRUE
, print the parameter estimates section.
The argument nd
determines the number of digits after the
decimal point to be printed (currently only in the parameter estimates
section.)
Nothing is returned (use
parameterEstimates
or another extractor function
to extract information from this object).


Need a UI Widget?
Using Widgets
Occasionally you may want to use a widget or two for your projects. I've included the jQueryUI library and created a custom theme that is styled to work with the Explore California site. Below you'll find examples of the Accordion Widget and Tab Widget, the two that I thought it most likely you would want to use. You might also be interested in the Datepicker, especially if you want to show how to provide fallback content for HTML5 datepicker form elements. You can look at the source code for structure or copy and paste the widgets into any page and fill them with your content.
You aren't limited to these two widgets of course. For more information on available widgets, and how to use them, please visit the jQueryUI hompage. As is, the widgets represent the default behavior, but feel free to customize the animation or the CSS any way you wish. If you try to edit the color scheme, keep in mind that the theme is using PNG files for the backgrounds of tabs and headers. Changing them out can be a pain, so if you want to customize those areas either generate another theme, or contact me and I'll help you out.
Accordion
First
You can use any content you want.
You could have pictures of puppies. Or kittens, or perhaps a nice cupcake. You might not use images at all, and prefer to use a table, some text, or maybe a nice Penn & Teller video. It simple doesn't matter. This is a div, put anything in it you want.
However, be careful. H3's are set to be the header sections, so if you need to use one, keep in mind that the default behavior is for it to become another, nested, header. If you REALLY need to use H3's, change the header elements and then pass the change into the widget:
$( ".selector" ).accordion({ header: 'h3' });
For example, if you wanted to change this widget to accept H6 as the new headers you would use this:
$('#accordion').accordion({ header: 'h6' });
Also, I've got this accordion set so that autoHeight is false. That means the panels flex in size based on the content. If you set it to true (which is the default state) then the panels are all the same height, based on the tallest content. If you want same sized panels, do nothing. If you want this behavior (change height based on content), add the following code:
$( "#accordion" ).accordion({ autoHeight: false });
Second
It could be a single line, note how the accordion flexes.
Third
Or you could have crazy cool stuff in here, like this (I think this is where our models broke up):
Tab Widget
Again feel free to put anything in here.
You don't have any content restrictions like you do with the accordion. The tabs are created by an unordered list at the top, so if you want to add more tabs, just add another div, give it the next id in the series("tabs-1") and then add a corresponding "li" to the menu. Simple!
Some options
Obviously, for more options, check out the jQuery UI page on tabs. Here are a few to get you started:
Setting active tab
This can be done through the use of the disabled option, simply pass an array that leaves out the tab you want enabled,:
$( ".selector" ).tabs({ disabled: [1, 2] });
Or, if you don't feel like passing a whole array, you can simply use selected (which is easier, IMO):
$( ".selector" ).tabs({ selected: 3 });
Changing default event
Want the tab to activate based on mouseover or other event? Easy enough:
$( ".selector" ).tabs({ event: 'mouseover' });
Transition effects
You'll need to read up on them to know which ones you can use, but it's pretty easy to change the tabs to an animated transition if you want:
$( ".selector" ).tabs({ fx: { opacity: 'toggle' } });
Oh yeah,
If you change the CSS for these, be careful. The CSS theme is specially customized to work with the other Explore California stylesheet...so it's really easy to cause specificity issues. This will only effect the widgets, as their CSS is segregated, but it can still cause headaches.


Date
Time
Event
Location
Saturday, March 22th 2014
2:00pm
Extreme Beerfest
Seaport World Trade Center, Boston
Map
Saturday, March 29th 2014
4:00pm
Sourfest
Clypd 212 Elm Street Somerville, MA
Map


| PHOTO | NAME | ROLL NO | COURSE | MORE DETAILS |
|---|---|---|---|---|
ABINESH M |
18c001 |
MSc Artificial Intelligence |
View Details |
|
ANAS M |
18c002 |
MSc Artificial Intelligence |
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|
ANUTHA J |
18C003 |
MSc Artificial Intelligence |
View Details |
|
BLESSY S |
18c004 |
MSc Artificial Intelligence |
View Details |
|
DHARSHINI K |
18c005 |
MSc Artificial Intelligence |
View Details |
|
GOWSALYA M |
18c006 |
MSc Artificial Intelligence |
View Details |
|
HARISHITHA V |
18c007 |
MSc Artificial Intelligence |
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|
PRASANTH D |
18c008 |
MSc Artificial Intelligence |
View Details |
|
RESHMA R |
18c009 |
MSc Artificial Intelligence |
View Details |
|
SANJITH S |
18c010 |
MSc Artificial Intelligence |
View Details |
|
SARA S |
18c011 |
MSc Artificial Intelligence |
View Details |
|
YUKTHA G |
18c012 |
MSc Artificial Intelligence |
View Details |


One of Jenkins' main strengths is its plugins (and their openness). Over a thousand are already available, and brand new plugins become available every week or so. As such, there's quite likely one or more plugins which cover your needs.
In case some existing plugins partly cover your needs, we encourage you to contribute directly to these plugins rather than starting new ones from scratch. Profusion of plugins is good, profusion of plugins doing the same thing or so is not as good
What does this mean? Well, two things:
- That plugin maintainers should do their best to welcome contributions on their plugins (see below);
- That people with specific needs should try to work on existing plugins preferably to creating brand new ones, when applicable, of course (see below).
What if my idea seems unique?
Even if, having read the sections below, you believe that you have a unique need to write a plugin, consider the following:
- Search the plugin list here or inside Jenkins for something that could potentially be similar
- Search the list of plugin repositories for something possibly similar
- Search Google for people discussing similar ideas; perhaps there's a plugin not published in the update centre that someone could share
- Search the users' and developers' mailing list archives for similar ideas
- Talk to us! Many people start writing plugins, then ask us for hosting, only to find out that there was another plugin they had missed; or we may be able to recommend a good approach to use when writing your plugin.
Get in touch via the jenkinsci-dev mailing list, or stop by IRC
Plugin maintainers: Welcome changes from contributors!
Maintainers, have you read the two following sections in Hosting Plugins?
These two sections are really important as they allow potential contributors to quickly have an access to your plugin's source code and documentation in order to contribute to it.
Apart from that, we also recommend applying the following best practices (if you see any other, please add them):
- Document your code:
Nothing special to say here, having documented code helps people contributing to it. Would you imagine writing a plugin without having Jenkins' javadoc? The same applies for your plugin - Clearly identify the license(s) which applies to your plugin:
Licensing is really important when it comes to contributing code. As such, we encourage you to follow one or several of the following practices:
(1) Add a license header at the top of each of your source code files;
(2) Add a LICENSE file at the root of your Maven project;
(3) Fill the<licenses>
section of your POM.
If nothing is defined, your code will be assumed to fall under the MIT license terms. - Welcome change:
Well, nothing to say here also... Avoid the "NoDeByMe" (not developed by me) phobia. Jenkins would not be what it is today if it was reluctant to changes - Emphasize the fact that your plugin gets orphan:
If you don't maintain your plugin anymore, emphasize it in the wiki. We're sure many people will be happy to take over for you. - Finally, answer e-mails:
This principle actually goes along with welcoming changes. If somebody sends you a mail to contribute to your plugin, pay attention to it, and welcome it.
People with different needs: Work on existing plugins!
Before starting a brand new plugin, we encourage you to do the following:
- Search for existing plugins that cover your needs.
- If some plugins partly cover your needs:
- Check if the licensing terms are compliant with what you expect (note: most of Jenkins' plugins are covered by the MIT license);
- Take a look at the plugin's source code/documentation to see if you can, technically speaking, bring in the changes you need;
- Contact the maintainer (both directly and through the Jenkins developer discussion list) to engage a discussion on how to contribute the changes you need. Some of the maintainers will just say "go ahead and bring in your changes", some will be happy to provide you with more help, some will even possibly code for you.
If you don't get an answer from the maintainer after a few days, contact him/her/them again and be patient for a few more days as he/she/they might simply be away for some time.
If you really don't get an answer (or a negative one), well, it might be time for you to start your own plugin.
- If you cannot find a plugin that looks similar to what you need, drop an email to the Jenkins developer list to see if:
- There is a plugin, but it was not obvious that it could help you
- Someone already has a "private" version of a plugin that they are using, that they may want to share now they know that someone else has a similar need
- There are developers that want to help you write and/ or test your new plugin
- If no plugins cover your needs, well, go ahead and happy coding!
NB: Yes, this is some kind of decision matrix for plugin developers


⭐ 100% Free, Community-driven and Remote ⭐
FlaskCon is a community driven Flask event intended for speakers and attendees all over the world to
participate in technical and evangelical sessions related to Flask. Feel free to submit one using
the button above! They will be reviewed by an awesome team composed of Pallets members,
Flask maintainers and more.


Angular FlexiPagination directive
Minimal pagination directive supporting
client-side
and
server-side
chunking
easy to install
just run
bower install angular-flexipagination-directive
in your project folder
flexible
it provides both client-side and server-side pagination (see documentation for further details)
efficient
a buffering mechanism allows to minimize server requests when pagination is on server side
Object ID
Object value
{{ item.id }}
{{ item.value }}


forkwitch
18-Oct-18 03:00 AM
i believe the DPOW can be the solution for all low hash POW tokens
2
when dpowconfs is the default setting!
i love to do a test when its master
yesterday i first put the hands on the dpow codes of supernet
sooo muuucchhh to read for me
i have to learn this technology and understand it
now in this stage i am a beginner in the dpow


Product
public final class Product: CustomStringConvertible, Codable
A product that is vended by the parent package.
For more information, visit the SPM docs.
-
Keys used of encoding a
Product
object.Declaration
Swift
public typealias CodingKeys = ProductCodingKeys
-
Denotes wheather the product is a library or an executable.
Declaration
Swift
public let type: ProductType
-
The name of the target.
Declaration
Swift
public var name: String
-
How the product gets linked to a client project if it is a library.
Declaration
Swift
public var linking: LibraryLinkingType?
-
The package’s targets that the product can access.
Declaration
Swift
public var targets: [String]
-
Declaration
Swift
public init(type: ProductType, name: String, linking: LibraryLinkingType?, targets: [String])
-
Declaration
Swift
public init(from decoder: Decoder) throws
-
The product formatted for the manifest.
Declaration
Swift
public var description: String
-
Encodes the objects public properties to an encoder
Declaration
Swift
public func encode(to encoder: Encoder) throws
Parameters
encoder
The encoder the properties get encoded to.
-
Updates the product’s instance in the project’s manifest. If the product does not exist in the manifest
Declaration
Swift
public func save() throws
-
Removes the product instance from the manifest’s
Package.products
array.Throws
Errors that occur when creating a RegEx pattern or reading or writing the manifest.Declaration
Swift
public func delete() throws


public class OpenIGTImageSource extends AbstractImageSource
exit, fps, frameMatrix, isConnected
| Constructor and Description |
|---|
OpenIGTImageSource()
This constructor is used when the user doesn't enter an ip address or a port number.
|
OpenIGTImageSource(java.lang.String ipAddress,
int port)
This constructor allows the user to enter an
ipAdress and port number for the connection. |
| Modifier and Type | Method and Description |
|---|---|
boolean |
checkConnection()
This method is for checking the connection while the application is running by calling the
isConnected() method from OpenIGTConnection. |
boolean |
closeConnection()
This method is for closing the connection.
|
int |
getFPS()
This method returns the frames per second.
|
org.medcare.igtl.messages.ImageMessage |
getImageMessage()
This method is getting the current ImageMessage if it's needed.
|
long |
getImageScalarType()
This method returns information about the type of ImageMessage.
|
org.opencv.core.Mat |
getNextMat()
This method is getting the
imgData as byte array (with a length of rows*cols), and then it is converted to a Mat object from OpenCV by using put(int row, int col, byte[]) . |
double[] |
getOrigin()
This method returns information about the origin of ImageMessage.
|
double[] |
getSpacing()
This method returns information about spacing of ImageMessage.
|
boolean |
openConnection()
This method is starting the connection by creating an object of OpenIGTConnection.
|
public OpenIGTImageSource()
public OpenIGTImageSource(java.lang.String ipAddress, int port)
ipAdress
and port
number for the connection.ipAddress
- port
- public boolean openConnection()
port
number is necessary. Thread.sleep
is needed here to wait (2 seconds) for the connection to establish.
The height and width of the image adapts here to the given dimensions from MITK by usig the getDimensions
method from the OpenIGT library. The parameter 0 returns the width, 1 returns the height and 2 returns the type.openConnection
in class AbstractImageSource
public boolean closeConnection()
stop()
closeConnection
in class AbstractImageSource
exit
is true if closing the connection was successfulpublic org.medcare.igtl.messages.ImageMessage getImageMessage()
imgMsg
public org.opencv.core.Mat getNextMat()
imgData
as byte array (with a length of rows*cols), and then it is converted to a Mat object from OpenCV by using put(int row, int col, byte[])
.getNextMat
in class AbstractImageSource
public boolean checkConnection()
isConnected()
method from OpenIGTConnection.isConnected
public long getImageScalarType()
public double[] getSpacing()
public double[] getOrigin()
public int getFPS()
fps
as a int


# -*- coding: utf-8 -*-
# Copyright (C) 2006-2018 by
# Aric Hagberg<EMAIL_ADDRESS># Dan Schult<EMAIL_ADDRESS># Pieter Swart<EMAIL_ADDRESS># Copyright (C) 2009 by Willem Ligtenberg<EMAIL_ADDRESS># All rights reserved.
# BSD license.
#
# Authors: Aric Hagberg<EMAIL_ADDRESS># Willem Ligtenberg<EMAIL_ADDRESS>"""
Generators for some directed graphs, including growing network (GN) graphs and
scale-free graphs.
"""
from __future__ import division
from collections import Counter
import networkx as nx
from networkx.generators.classic import empty_graph
from networkx.utils import discrete_sequence
from networkx.utils import weighted_choice
from networkx.utils import py_random_state
__all__ = ['gn_graph', 'gnc_graph', 'gnr_graph', 'random_k_out_graph',
'scale_free_graph']
[docs]@py_random_state(3)
def gn_graph(n, kernel=None, create_using=None, seed=None):
"""Return the growing network (GN) digraph with `n` nodes.
The GN graph is built by adding nodes one at a time with a link to one
previously added node. The target node for the link is chosen with
probability based on degree. The default attachment kernel is a linear
function of the degree of a node.
The graph is always a (directed) tree.
Parameters
----------
n : int
The number of nodes for the generated graph.
kernel : function
The attachment kernel.
create_using : NetworkX graph constructor, optional (default DiGraph)
Graph type to create. If graph instance, then cleared before populated.
seed : integer, random_state, or None (default)
Indicator of random number generation state.
See :ref:`Randomness<randomness>`.
Examples
--------
To create the undirected GN graph, use the :meth:`~DiGraph.to_directed`
method::
>>> D = nx.gn_graph(10) # the GN graph
>>> G = D.to_undirected() # the undirected version
To specify an attachment kernel, use the `kernel` keyword argument::
>>> D = nx.gn_graph(10, kernel=lambda x: x ** 1.5) # A_k = k^1.5
References
----------
.. [1] P. L. Krapivsky and S. Redner,
Organization of Growing Random Networks,
Phys. Rev. E, 63, 066123, 2001.
"""
G = empty_graph(1, create_using, default=nx.DiGraph)
if not G.is_directed():
raise nx.NetworkXError("create_using must indicate a Directed Graph")
if kernel is None:
def kernel(x): return x
if n == 1:
return G
G.add_edge(1, 0) # get started
ds = [1, 1] # degree sequence
for source in range(2, n):
# compute distribution from kernel and degree
dist = [kernel(d) for d in ds]
# choose target from discrete distribution
target = discrete_sequence(1, distribution=dist, seed=seed)[0]
G.add_edge(source, target)
ds.append(1) # the source has only one link (degree one)
ds[target] += 1 # add one to the target link degree
return G
[docs]@py_random_state(3)
def gnr_graph(n, p, create_using=None, seed=None):
"""Return the growing network with redirection (GNR) digraph with `n`
nodes and redirection probability `p`.
The GNR graph is built by adding nodes one at a time with a link to one
previously added node. The previous target node is chosen uniformly at
random. With probabiliy `p` the link is instead "redirected" to the
successor node of the target.
The graph is always a (directed) tree.
Parameters
----------
n : int
The number of nodes for the generated graph.
p : float
The redirection probability.
create_using : NetworkX graph constructor, optional (default DiGraph)
Graph type to create. If graph instance, then cleared before populated.
seed : integer, random_state, or None (default)
Indicator of random number generation state.
See :ref:`Randomness<randomness>`.
Examples
--------
To create the undirected GNR graph, use the :meth:`~DiGraph.to_directed`
method::
>>> D = nx.gnr_graph(10, 0.5) # the GNR graph
>>> G = D.to_undirected() # the undirected version
References
----------
.. [1] P. L. Krapivsky and S. Redner,
Organization of Growing Random Networks,
Phys. Rev. E, 63, 066123, 2001.
"""
G = empty_graph(1, create_using, default=nx.DiGraph)
if not G.is_directed():
raise nx.NetworkXError("create_using must indicate a Directed Graph")
if n == 1:
return G
for source in range(1, n):
target = seed.randrange(0, source)
if seed.random() < p and target != 0:
target = next(G.successors(target))
G.add_edge(source, target)
return G
[docs]@py_random_state(2)
def gnc_graph(n, create_using=None, seed=None):
"""Return the growing network with copying (GNC) digraph with `n` nodes.
The GNC graph is built by adding nodes one at a time with a link to one
previously added node (chosen uniformly at random) and to all of that
node's successors.
Parameters
----------
n : int
The number of nodes for the generated graph.
create_using : NetworkX graph constructor, optional (default DiGraph)
Graph type to create. If graph instance, then cleared before populated.
seed : integer, random_state, or None (default)
Indicator of random number generation state.
See :ref:`Randomness<randomness>`.
References
----------
.. [1] P. L. Krapivsky and S. Redner,
Network Growth by Copying,
Phys. Rev. E, 71, 036118, 2005k.},
"""
G = empty_graph(1, create_using, default=nx.DiGraph)
if not G.is_directed():
raise nx.NetworkXError("create_using must indicate a Directed Graph")
if n == 1:
return G
for source in range(1, n):
target = seed.randrange(0, source)
for succ in G.successors(target):
G.add_edge(source, succ)
G.add_edge(source, target)
return G
[docs]@py_random_state(7)
def scale_free_graph(n, alpha=0.41, beta=0.54, gamma=0.05, delta_in=0.2,
delta_out=0, create_using=None, seed=None):
"""Returns a scale-free directed graph.
Parameters
----------
n : integer
Number of nodes in graph
alpha : float
Probability for adding a new node connected to an existing node
chosen randomly according to the in-degree distribution.
beta : float
Probability for adding an edge between two existing nodes.
One existing node is chosen randomly according the in-degree
distribution and the other chosen randomly according to the out-degree
distribution.
gamma : float
Probability for adding a new node connected to an existing node
chosen randomly according to the out-degree distribution.
delta_in : float
Bias for choosing ndoes from in-degree distribution.
delta_out : float
Bias for choosing ndoes from out-degree distribution.
create_using : NetworkX graph constructor, optional
The default is a MultiDiGraph 3-cycle.
If a graph instance, use it without clearing first.
If a graph constructor, call it to construct an empty graph.
seed : integer, random_state, or None (default)
Indicator of random number generation state.
See :ref:`Randomness<randomness>`.
Examples
--------
Create a scale-free graph on one hundred nodes::
>>> G = nx.scale_free_graph(100)
Notes
-----
The sum of `alpha`, `beta`, and `gamma` must be 1.
References
----------
.. [1] B. Bollobás, C. Borgs, J. Chayes, and O. Riordan,
Directed scale-free graphs,
Proceedings of the fourteenth annual ACM-SIAM Symposium on
Discrete Algorithms, 132--139, 2003.
"""
def _choose_node(G, distribution, delta, psum):
cumsum = 0.0
# normalization
r = seed.random()
for n, d in distribution:
cumsum += (d + delta) / psum
if r < cumsum:
break
return n
if create_using is None or not hasattr(create_using, '_adj'):
# start with 3-cycle
G = nx.empty_graph(3, create_using, default=nx.MultiDiGraph)
G.add_edges_from([(0, 1), (1, 2), (2, 0)])
else:
G = create_using
if not (G.is_directed() and G.is_multigraph()):
raise nx.NetworkXError("MultiDiGraph required in create_using")
if alpha <= 0:
raise ValueError('alpha must be >= 0.')
if beta <= 0:
raise ValueError('beta must be >= 0.')
if gamma <= 0:
raise ValueError('beta must be >= 0.')
if alpha + beta + gamma != 1.0:
raise ValueError('alpha+beta+gamma must equal 1.')
number_of_edges = G.number_of_edges()
while len(G) < n:
psum_in = number_of_edges + delta_in * len(G)
psum_out = number_of_edges + delta_out * len(G)
r = seed.random()
# random choice in alpha,beta,gamma ranges
if r < alpha:
# alpha
# add new node v
v = len(G)
# choose w according to in-degree and delta_in
w = _choose_node(G, G.in_degree(), delta_in, psum_in)
elif r < alpha + beta:
# beta
# choose v according to out-degree and delta_out
v = _choose_node(G, G.out_degree(), delta_out, psum_out)
# choose w according to in-degree and delta_in
w = _choose_node(G, G.in_degree(), delta_in, psum_in)
else:
# gamma
# choose v according to out-degree and delta_out
v = _choose_node(G, G.out_degree(), delta_out, psum_out)
# add new node w
w = len(G)
G.add_edge(v, w)
number_of_edges += 1
return G
@py_random_state(4)
def random_uniform_k_out_graph(n, k, self_loops=True, with_replacement=True,
seed=None):
"""Returns a random `k`-out graph with uniform attachment.
A random `k`-out graph with uniform attachment is a multidigraph
generated by the following algorithm. For each node *u*, choose
`k` nodes *v* uniformly at random (with replacement). Add a
directed edge joining *u* to *v*.
Parameters
----------
n : int
The number of nodes in the returned graph.
k : int
The out-degree of each node in the returned graph.
self_loops : bool
If True, self-loops are allowed when generating the graph.
with_replacement : bool
If True, neighbors are chosen with replacement and the
returned graph will be a directed multigraph. Otherwise,
neighbors are chosen without replacement and the returned graph
will be a directed graph.
seed : integer, random_state, or None (default)
Indicator of random number generation state.
See :ref:`Randomness<randomness>`.
Returns
-------
NetworkX graph
A `k`-out-regular directed graph generated according to the
above algorithm. It will be a multigraph if and only if
`with_replacement` is True.
Raises
------
ValueError
If `with_replacement` is False and `k` is greater than
`n`.
See also
--------
random_k_out_graph
Notes
-----
The return digraph or multidigraph may not be strongly connected, or
even weakly connected.
If `with_replacement` is True, this function is similar to
:func:`random_k_out_graph`, if that function had parameter `alpha`
set to positive infinity.
"""
if with_replacement:
create_using = nx.MultiDiGraph()
def sample(v, nodes):
if not self_loops:
nodes = nodes - {v}
return (seed.choice(list(nodes)) for i in range(k))
else:
create_using = nx.DiGraph()
def sample(v, nodes):
if not self_loops:
nodes = nodes - {v}
return seed.sample(nodes, k)
G = nx.empty_graph(n, create_using)
nodes = set(G)
for u in G:
G.add_edges_from((u, v) for v in sample(u, nodes))
return G
[docs]@py_random_state(4)
def random_k_out_graph(n, k, alpha, self_loops=True, seed=None):
"""Returns a random `k`-out graph with preferential attachment.
A random `k`-out graph with preferential attachment is a
multidigraph generated by the following algorithm.
1. Begin with an empty digraph, and initially set each node to have
weight `alpha`.
2. Choose a node `u` with out-degree less than `k` uniformly at
random.
3. Choose a node `v` from with probability proportional to its
weight.
4. Add a directed edge from `u` to `v`, and increase the weight
of `v` by one.
5. If each node has out-degree `k`, halt, otherwise repeat from
step 2.
For more information on this model of random graph, see [1].
Parameters
----------
n : int
The number of nodes in the returned graph.
k : int
The out-degree of each node in the returned graph.
alpha : float
A positive :class:`float` representing the initial weight of
each vertex. A higher number means that in step 3 above, nodes
will be chosen more like a true uniformly random sample, and a
lower number means that nodes are more likely to be chosen as
their in-degree increases. If this parameter is not positive, a
:exc:`ValueError` is raised.
self_loops : bool
If True, self-loops are allowed when generating the graph.
seed : integer, random_state, or None (default)
Indicator of random number generation state.
See :ref:`Randomness<randomness>`.
Returns
-------
:class:`~networkx.classes.MultiDiGraph`
A `k`-out-regular multidigraph generated according to the above
algorithm.
Raises
------
ValueError
If `alpha` is not positive.
Notes
-----
The returned multidigraph may not be strongly connected, or even
weakly connected.
References
----------
[1]: Peterson, Nicholas R., and Boris Pittel.
"Distance between two random `k`-out digraphs, with and without
preferential attachment."
arXiv preprint arXiv:1311.5961 (2013).
<https://arxiv.org/abs/1311.5961>
"""
if alpha < 0:
raise ValueError('alpha must be positive')
G = nx.empty_graph(n, create_using=nx.MultiDiGraph)
weights = Counter({v: alpha for v in G})
for i in range(k * n):
u = seed.choice([v for v, d in G.out_degree() if d < k])
# If self-loops are not allowed, make the source node `u` have
# weight zero.
if not self_loops:
adjustment = Counter({u: weights[u]})
else:
adjustment = Counter()
v = weighted_choice(weights - adjustment, seed=seed)
G.add_edge(u, v)
weights[v] += 1
return G


Toy Story 2 a review by Christian Pyle
Directed by John Lasseter Written by Andrew Stanton, Rita Hsiao, Doug Chamberlain, and Chris Webb Starring the voices of Tom Hanks, Tim Allen, Joan Cusack, Kelsey Grammer, Don Rickles, Jim Varney, Wallace Shawn, John Ratzenberger, and Wayne Knight Official Site: http://disney.go.com/worldsofdisney/toystory2/index.html Grade: B+
When Andy leaves for cowboy camp, his mother holds a yard sale and scrounges in his room for old toys. One of these toys is Wheezy, a penguin with a broken squeaker. Woody (Tom Hanks) saddles up Andy's dog and rides out into the yard to rescue Wheezy. Woody succeeds in his mission, but doesn't make it back to the house before Al, the unscrupulous owner of Al's Toy Barn, recognizes Woody as a rare collector's item and steals him.
Buzz Lightyear (Tim Allen) leads Hamm (John Ratzenberger), Mr. Potato Head (Don Rickles), Slinky Dog (Jim Varney), and Rex (Wallace Shawn) into the city to find their friend. Meanwhile Woody discovers the reason he was kidnapped. Al has collected every piece of merchandising from the 1950's TV puppet show "Woody's Round-up" except for a Woody doll. Now that the collection is complete, Al plans to sell Woody and his Round-up Gang-Bullseye the horse, Jessie the cowgirl (Joan Cusack), and Stinky Pete the old prospector (Kelsey Grammer)-to a toy museum in Japan. The Gang is happy about the move; they've been in storage for years waiting for Woody. If Woody doesn't go with them, they'll be closed up in a dark box again, possibly forever. Trying to convince him to stay with them, Jessie tells Woody how she was abandoned when her owner grew up, and Woody realizes that his days as a beloved toy are numbered.
While Woody ponders whether to go to Japan or to go home to Andy, Buzz and the boys invade Al's Toy Barn, where the Buzz we know is replaced by another Buzz who doesn't know he's a toy. The new Buzz generates the movie's biggest laughs as he leads the other toys in an assault on "Zurg's fortress" (i.e., Al's apartment building).
The original "Toy Story" won me over because its central themes reflected a grown-up sensibility rather than the usual this-is-what-we-think-kids-want-to-hear. While most kids' movies take the position that every person is special and has an extraordinary destiny to fulfill, in "Toy Story" Buzz discovered that he wasn't special, that he was just like everyone else.  In other words, it's okay to be ordinary if you have love and a purpose in your life. Most of us probably come to the same conclusion when we realize that we're not space rangers and we're never going to be.
"Toy Story 2" addresses the question raised by the conclusion drawn by the first movie. Woody is forced to recognize that Andy will grow up and forget him and that he will likely be discarded, abandoned, or sealed up in a dark box in the attic. This is another big grown-up theme: everything ends. The theme is introduced early in the movie when Woody's arm is torn and Andy places him on a shelf rather than taking him to cowboy camp. On the shelf, Woody meets Wheezy, who's dusty, broken, and forgotten. The other toys are shocked that Woody has been "shelved," and they worry that Woody's ride out to the 25-cent box at the yard sale is a suicide attempt. After he's stolen, Woody has to decide between a long life in a display case and an uncertain future with Andy and his pals.
Of course, in spite of the heavy themes "Toy Story 2" explores, it's also very funny. Most of the laughs come from the toys' assault on Al's Toy Barn and on the apartment building. The brief substitution of a new, still delusional Buzz was a welcome surprise; I'd wondered how a sequel could be as funny as the original without the pompous attitude Buzz displayed in the original.
Most of the vocal performances are first-rate. Tom Hanks stands out for the level of enthusiasm he puts into his work. However, one voice-over also stands out as horribly miscast. Kelsey Grammer sounds nothing like an old prospector. Although he does a lot of voice-over work in commercials and on "The Simpsons" (as Sideshow Bob), Grammer only makes slight variations on his own voice. He doesn't have the range to pull off a role like Stinky Pete.
The animation is even better than in the first. Especially impressive were the textures of the figures. We can now see the difference between flesh and plastic; in the first movie the people looked just like the toys, but now human skin looks soft and has a slight bluish tint. We can also see that Bo Peep is porcelain. As you can tell from the long-winded phrasing common in the merchandising -- "Disney and Pixar's 'Toy Story 2'" -- this is Pixar's coming out party. To celebrate they appended their first project, a hilarious short about two desklamps and a rubber ball, to the beginning of the movie. They made the short in 1986, which is incredible when one considers the relatively primitive level of computer technology available then.
On the downside, "Toy Story 2" follows the formula of the original so closely that the sequel comes off a bit stale, and some sections tend to drag. Overall, though, I had a great time and found "Story 2" to be a worthy successor to the first "Toy Story."
Bottom Line: This one really is fun for the whole family!
© 1999 Christian L. Pyle
Read my reviews and others at the Mad Review: http://www.madreview.com/main.html
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


dev/vignettes/not-built-vignettes/ternary-plots-explained.Rmd
ternary-plots-explained.Rmd
A ternary plot is a “triangular” plot that is used to represent relative proportions of 3 quantities. In this package we encourage the use of ternary plots to exemplify the change in proportions of a population who are Susceptible, Infected, or have Recovered from a disease (more commonly referred to as an SIR model). Ternary plots are also used in chemistry and other physical sciences.
Because ternary plots aren’t that common in epidemiology (yet?), we thought it would be useful to introduce them in more detail here. This way users can feel more comfortable in both creating and interpreting interpreting them.
In many epidemic models, even beyond SIR models (e.g. S-Exposed-I-R), examining the flow of individuals into different states is very useful. These situations (where we examine proportions in set number of states) can be thought of as existing in a unit simplex, e.g. a constrained set in space. For example, it is natural that the proportions of all the states add to 1. Unit simplices (the plural of simplex), are then defined as
\[ \{ x \in \mathbb{R}^p \;|\; x_i \geq 0 \text{ for } i \in \{1,...,p\},\; \sum_i^p x_i = 1\} \]
Our ternary plots are a specific case where \(p\) is equal to 3. In 3d the unit simplex actually looks like the following plot:
The shaded triangular region consists of the set of all points \((x, y, z)\) such that \(x + y + z = 1\) and \(x, y, z \ge 0\). The consequence is that for the SIR model, every outcome point from our models or data will lie in this 2-dimensional space. This means that we can visualize all three dimensions simultaneously.
A ternary plot is just a projection of this simplex onto a 2d surface.
As mentioned above, ternary plots are often to show proportions. For example we could see the proportion of a population that are susceptible (S) start out at 100%, which would mean that no one was Infected or Recovered. In the SIR model with would look like a point (S, I, R) = (1,0,0)
. Likewise, me might see, midway through the epidemic, that 30% of people were still not infected (aka still Suspectible), 20% were currently Infected and the rest had Recovered - this would look like the point (.3,.2,.5)
.
We could plot these two points like done in the following plot.
Looking at the above figure, we can start to get our head around how these points lie on the graphic relative to the simplex they exist in. To identify the values associated with our “midway” point, we can draw 3 lines from each axis to the point (like seen below).
But does that even really help us / what is it showing us? Well, to make it more clear, it’s useful to think of each axis line to be associated with the dimension that ends with “100” (to denote 100%). For example, we could create a region of points where the value of S
is greater than a specific threshold, and then varying it iteratively to get the following visual (I’ve excluded the points for now).
Similarly, we can do that will all the axes (in the following visual).
In this way, we should be able to think about the midway point with these 3 plots in mind (also note that the following plots use theme_sir()
which provides useful arrows for your axes):
ggtern
?The ggtern
package, which we leverage inside EpiCompare, allows for ggplot2
style coding, and also rescales values if they are not in proportions. Below are 3 examples to demonstrate these concepts.
# just the data data <- data.frame(S = c(1,.3), I = c(0,.2), R = c(0,.5), labels = c("start", "midway")) data_unscaled <- data.frame(S = c(200, 60), I = c(0, 40), R = c(0, 100), labels = c("start", "midway"))
ggplot(data) + geom_point(aes(x = S, y = I, z = R)) + coord_tern() + theme_sir()
ggtern(data) + geom_point(aes(x = S, y = I, z = R)) + theme_sir()
ggplot(data_unscaled) + geom_point(aes(x = S, y = I, z = R)) + coord_tern() + theme_sir()


CybSec is a cyber-security group in National Institute of Technology, Warangal, India, which tries to spread awareness and respond to cyber-threats in the campus.
Formed in the year of 2019 by Innovation Garage, NITW, CybSec includes a bunch of students experienced in Ethical Hacking fields like web-exploitation, cryptography, forensics, etc.
What is our purpose?
The purpose of this team is to evaluate the security of and identify vulnerabilities in the systems, networks or system infrastructure. It includes finding and attempting to exploit any vulnerabilities to determine whether unauthorised access etc.


iOAM Dashboard
Settings
{{ pathName }}
Path Compliance
Delay Compliance
Jitter Compliance
Packet loss


Yousef F. Janajri
Software EngineerExperiences
present2016
Lead Backend Engineer
Inbox, Inc. New York City, NY- Designed and implemented a realtime, distributed messaging backend that scaled to over 50mm messages/week.
- Websocket protocol used for online and offline data sync needs with global low latency and bandwith requirements
- Built Inbox's Beta web application on React frontend framework
- [Docker] [Elixir] [Cassandra] [ElasticSearch] [React] [AWS]
20162014
Junior Backend Engineer and Early Founder
Inbox, Inc. New York City, NY- Collaborated with CTO to design a custom messaging websocket api for Inbox Messenger (iOS/Android/Web)
- Designed a regionally distributed media uploading architecture for minimal latency
- [Golang] [Nodejs] [ElasticSearch] [RabbitMQ] [MongoDB] [Redis] [AWS]
20142013
Business Analyst and VFA Fellow
RJ Metrics/Venture For America Philadelphia, PA- Iterated on a customer onboarding pipeline and process, and onboard new Account Managers and Data Analysts
- Consulted clients on data analytics via custom built marketing and financial dashboards, built for their needs
- [MySQL] [Python] [RJMetrics]
20132011
Valuation & Business Modeling Analyst
Ernst & Young, LLP New York City, NY- Performed valuation analysis and designed financial models for a number of clients spanning various industries including: media & entertainment/telecom, retail, pharmaceutical, and asset management.
- Spearhead an operational excellence initiative for a high-profile engagement managing a team of three to build MS excel plugins that increased workflow efficiency; over 2,500 hours or $350K in savings.
- [CapIQ] [MS Excel] [VBA] [Bloomberg]
Selected Projects
20172017
MailMyRent
Ironbay- Mailing your rent is as easy as sending a venmo payment online: www.mailmyrent.com (soon)
- One page React web app with an Elixir rest api
20172017
Inbox Web (beta)
Inbox, Inc.- Built a full-featured Inbox Messenger experience web.inboxtheapp.com using Facebook's React framework
2014
Capstone project
Puritek, Inc.- Advised our client to enter the Athlete’s Foot-care market with their patented iodinated-nylon technology. (Patent # 6,565,866)
- Performed extensive market research; drafted a production plan; engineered and tested a microbial sock prototype.
- Produced a business model and designed a financial model for a year-end presentation to a panel of VCs and industry experts.
Education
20112011
Modern Standard Arabic
Birzeit University Birzeit, Palestine
20112007
B.S. Integrated Business and Engineering, Industrial Engineering
Lehigh University Bethelehem, PAGPA 3.74/4.0
Additional Courses
- Introduction to Algorithms (coursera)
- Web Development (udacity)


WOO
A Film Review by James Berardinelli
RATING: *1/2 OUT OF ****
United States, 1998 U.S. Release Date: 5/8/98 (wide) Running Length: 1:20 MPAA Classification: R (Profanity, mature themes, sexual situations) Theatrical Aspect Ratio: 1.85:1
Cast: Jada Pinkett Smith, Tommy Davidson, Dave Chappelle, Paula Jai Parker, LL Cool J, Darrel Heath, Michael Ralph, Duane Martin Director: Daisy V.S. Mayer Producers: Beth Hubbard, Michael Hubbard Screenplay: David C. Johnson Cinematography: Jean Lepine Music: Michel Colombier U.S. Distributor: New Line Cinema
Working in the motion picture industry must be a constant source of frustration for a front-line African American actress like Jada Pinkett Smith. Despite being one of the freshest talents available, Pinkett Smith has often been relegated to playing thankless supporting parts (A LOW DOWN DIRTY SHAME, THE NUTTY PROFESSOR). The problem is, of course, that there aren't many good roles available for black women. Take away the likes of WAITING TO EXHALE, SET IT OFF, SOUL FOOD, and EVE'S BAYOU, and all that's left is a chance to be someone's girlfriend, a local whore, or a murder victim. As a result, for Pinkett Smith's first opportunity atop the marquee, she is stuck in a stupid, formulaic romantic comedy with the unpromising title of WOO.
Actually, WOO, the latest directorial effort from Daisy V.S. Mayer (PARTY GIRL), could have been worse than it is. The film offers a few funny (albeit juvenile) moments and the on-screen relationship between Pinkett Smith's Woo and Tommy Davidson's Tim is appealing on those rare occasions when the two aren't forced to play it dumb for the sake of an endless barrage of cheap gags. Unfortunately, huge portions of the movie are insulting to the intelligence of anyone with a triple-digit I.Q.
Woo is a spontaneous, energetic young woman who has been looking for love in all the wrong places. Her latest relationship, with a testosterone-overdosed drug-dealer, came to an abrupt end when she refused to wear a beeper. Now, her transvestite/medium friend Celestrial (Girlina) predicts that she's about to meet Mr. Right, and that he'll be a Virgo.  It's not love at first sight, however. Things get off to a rocky start when Tim makes an awkward pass, and they get even worse when the pair arrives at a swanky restaurant to enjoy a "quiet" dinner.
In the one-hundred year history of motion pictures, there have been a ton of bad "white" movies about mismatched lovers, so I suppose it's only fair that we get a "black" effort of the same low caliber. As in all romantic comedies, we know from the beginning that Woo and Tim are going to end up together. The question is, are their courtship rituals entertaining? In a good entry to the genre, the audience becomes caught up in the love story, no matter how familiar it is. In WOO, the constant reliance upon unfunny, moronic humor sinks the project.
For those who enjoy spotting continuity gaffes, there's a huge one in WOO involving a Corvette with a broken window that miraculously repairs itself (added to that is the mystery of how the car looses its top). Sadly, that's one of the film's most enjoyable sequences, and the entertainment value is entirely unintentional. Despite exuding charm from every pore, there's little that Pinkett Smith and Davidson can do to save their characters or David C. Johnson's script. Since it misses the mark by so much, a better name for WOO might have been WHOOPS.
Copyright 1998 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>Now with more than 1400 reviews... The ReelViews web site: http://movie-reviews.colossus.net/
"My belief is that no movie, nothing in life, leaves people neutral.
-- David Puttnam
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This is the World's Craziest Grilled Cheese
What do chicken tenders, French fries, bacon, and tater tots have in common? They all taste great inside a GIGANTIC grilled cheese!
Cheesie's Pub & Grub in Chicago offers a supersized, stuffed grilled cheese. Do you think you can take it on?
"We specialize in amazing grilled cheese sandwiches. We've got all different versions of grilled cheese," said Owner Chris Johnston.
Johnston said he was a picky eater as a child.
"What I was all about was putting all sorts of foods I liked growing up inside of grilled cheese sandwiches," he said. "We just try to get the ingredients that the average person is going to love, no matter what."


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This package contains built-in graph-oriented layout algorithms.
This layout is not related with widget-oriented layout in org.netbeans.api.visual.layout package.
There is GraphLayout class which is used for defining a graph layout.
The layout implementation does not have be based this class but it would make its integration with the rest of the library easier.