Renato K. Araujo
Summary
I am a Software Engineer with thirteen years of professional experience in developing Java web applications and websites. I am a generalist and began as a full stack Java web developer, but in the last six years I am working more with backend software and web services in a high audience website. I am also a Sun Certified Java Programmer (SCJP) and have some experience configuring Linux servers.
Skills
- Java based websites and web applications (12 years);
- Spring and Hibernate frameworks (8 years);
- Apache Solr;
- RabbitMQ, AMQP, Messaging and Queue Systems;
- Kanban, Scrum, Agile Methodologies;
- Postgresql, MySQL and Oracle databases;
- Memcached, Redis;
- REST, JSP, Velocity, JSF;
- HTML, CSS, Javascript, Bootstrap;
- Maven, Jenkins, Eclipse;
- Jetty, Tomcat, Jboss, Apache, Nginx;
- Git, Subversion;
- Refactoring, Design Patterns;
- Linux Servers;
Certifications
- Sun Certified Java Programmer - SCJP - Sun Microsystems;
- Web Application Architectures - Coursera;
- Shaping Up with Angular.JS - Code School;
- TOEIC - Test of English for International Communication;
Languages
- Portuguese - Native;
- English - Professional proficiency;
- Japanese - Elementary proficiency;
Education
Experience
Software Developer - TecSinapse | 2015 - present
Home Office, Java 8, Spring, Hibernate, JSF, Postgresql, AWS
Senior Software Engineer - UOL (Universo Online) | 2008 - 2015
UOL is the biggest brazilian internet portal. In Brazil, only Google, Facebook and Youtube has more visits according to Alexa.
I am working as a Software Engineer in the price comparison system named Shopping UOL and did the following activities:
- Architecture evolution improving the update of offers in the website, showing changes faster by migrating a monolithic system to a system with horizontal scalability using queues;
- Migration of an statistics of usage system using log files to an asynchronous messaging system, reducing the usage of disk space and IO;
- Reduction of costs replacing paid solutions with open source software, by improving architecture and using less servers;
- Improved the system build workflow, adopting Jenkins as a Continuous Integration system;
- Definition of frameworks and tools adopted for the projects;
- General software maintenance and improvement, making the system more resilient and using more up to date Java frameworks and tools.
Software Engineer - Econolig Tecnologia | 2006 - 2008
Java Software Engineer for an application that audits phone bills and helps with the reduction of phone costs. Definition of the architecture and technology to be used. Configuration of Linux Servers and support tools as Tomcat, MySql, Hudson and Jira.
Consultant - Nextel | 2005 - 2006
Java Programmer in charge of writing code for the Nextel Call Center web application in Brazil.
Software Developer - Politec | 2004 - 2005
Java Software Developer for the frontend of a web application that manages bank slips. The client of this application was a big public brazilian bank named Caixa Economica Federal.
Software Developer - Rerum Tecnologia | 2003 - 2004
Java Software Developer for a web application that manages retail stores (product register, stock control).
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Customer Magnetism Search Tools
Sales Search
Sales Search Allintitle Only
Sales Search Average Pagerank
Drank
Drank All Datacenters
Sera (IN DEVELOPMENT)
View Previous Results
Download List of Searched Terms


Arrange the following labels into related groups by dragging and dropping them into the categories below. Rename the categories to indicate how labels are related. Graphics Power Solution Process Boards and Kits Networking Software Intel® NUCs and Mini PCs Data Center & Enterprise Technologies Discontinued Products Intel FPGA® Developers Software Developers Drop Here Drop Here Drop Here Don't Know / Not Sure Doesn't apply


{% extends "calendar/event_detail.html" %} {% block title %}{{ occurrence.name }} - {{ block.super }}{% endblock %} {% block primary %}
This event has been cancelled.
{{ event.description }}
{{ occurrence.start|date:"DATE_FORMAT" }}
{{ occurrence.start|date:"TIME_FORMAT" }} - {{ occurrence.finish|date:"TIME_FORMAT" }}
{% if form %} {% endif %} {% endblock %}


Bachelor’s degree in computer games programming with a High National Diploma in video games development. Significant experience in community & web management, app design and development with training and understanding of game engines like Unity3D or Unreal Engine 4.
Really interested in the videogame industry having experience in designing, producing and publishing a commercial project. My personal preferences are design and development of gameplay and user interface.
International background in the US, UK and Spain. Flexible and performance driven attitude with a proven track record of delivering professional tasks within an agile methodology environment (SCRUM).
Tel: +34 639 261 781 (cell<EMAIL_ADDRESS>(personal) /<EMAIL_ADDRESS>(professional) / Linkedin
Supporting basic administrative duties for a start up of a family based company, providing nautical equipment and boats during my last year of high school – Miami, USA.
Beat ‘em up is a local multiplayer game (2 players) built in Unreal Engine 4 and published on Steam. Associated with: ESAT as final project.
Contribution
Project started as a submission of the Itch.io: Community Game Jam (August 24th 2019 to August 31st 2019). Developed in Unity3D and later ported to Godot for learning reasons and a better working enviroment for 2D games. Currently under development (30%) by a team of two programmers.
Itch.io entryProgramming Languages
Source Control
3D Graphics
Game Development
Debugging
Other Skills


--- layout: default title: Overview ---
Powered by Sass, which is a popular CSS Preprocessor.
Based on Twitter Bootstrap 3.3.7 with some additional stylings & functions.
It's easy to get started with {{ site.title }} distribution zip by clicking the above [Download] button.
And see below the file structure of the download and use the start-up template to create a basic "Hello World!" HTML page.
Once you download the distribution zip file, unzip to see the structure of the precompiled {{ site.title }} assets.
NOTE:- Bootstrap included!
root/ [ where your page is ]
├── css/
│ ├── theme-wso2.css
│ ├── theme-wso2.min.css
│ ├── theme-wso2.css.map
├── js/
│ ├── theme-wso2.js
│ ├── theme-wso2.min.js
│ ├── bootstrap.js
│ ├── bootstrap.min.js
├── extensions/
│ ├── datatables/
│ ├── jstree/
│ ├── noty/
├── images/
└── fonts/
└── Roboto
Start with this basic HTML template and customize adapting it to suit your needs.
<!DOCTYPE html>

<meta charset="utf-8">
<meta http-equiv="X-UA-Compatible" content="IE=edge">
<meta name="viewport" content="width=device-width, initial-scale=1">

<title>WSO2 Theme Template</title>

<link href="css/theme-wso2.min.css" rel="stylesheet">

Hello, world!

To install Grunt, first download and install node.js (which includes npm). Then, from the command line:
1. Install grunt-cli globally
npm install -g grunt-cli
2. Navigate to the root /theme-wso2/ directory, then run
npm install
npm will look at the package.json file and automatically install the necessary local dependencies listed there.
To to compile scss and build default distrubution navigate to the root /theme-wso2/ and run
grunt
To compile product scss files
grunt product:<porduct-short-name>
e.g. grunt product:apim
To compile docs
grunt docs
To serve docs
grunt serve


[% MACRO validation_fantom_enhancers_on_window_load_code BLOCK %] [% IF regulatory_build_statistics_adaptor.fetch_total_enhancers_checked_fantom.value > 0 %] ctx = document.getElementById("chart-area-fantom-enhancers").getContext("2d"); new Chart(ctx, fantom_enhancer_validation_regulatory_build_config); [% END %] [% END %] [% MACRO validation_fantom_enhancers BLOCK %]
Fantom5 enhancers were not checked.
[% ELSE %]Of the [% format_number( regulatory_build_statistics_adaptor.fetch_total_enhancers_checked_fantom.value ) %] robust Fantom5 enhancers in [% species %] [% format_number( regulatory_build_statistics_adaptor.fetch_num_enhancers_overlapping_fantom.value ) %] Fantom5 enhancers ([% round_num( 100 * regulatory_build_statistics_adaptor.fetch_num_enhancers_overlapping_fantom.value / regulatory_build_statistics_adaptor.fetch_total_enhancers_checked_fantom.value ) %]%) could be found in the regulatory build.


This plugin is a decorator for Selectize.js.
To customize selectize, set your options object to selectizeDecorator.types.default
. You can also set up multiple types by adding options objects to selectizeDecorator.types
using their names.
download: ractive-decorators-selectize.js more plugins at ractive.js.org/resources/#plugins
This plugin is a decorator for Selectize.js.
To customize selectize, set your options object to selectizeDecorator.types.default
. You can also set up multiple types by adding options objects to selectizeDecorator.types
using their names.


LC Switch
Superlight javascript plugin improving forms look and functionality, by
LCweb
Checkbox
(enable all)
(disable all)
Radio
(compact mode + custom color)
(enable all)
(disable all)
Events log:
(clean)


User Page
This page allows users to post messages and images. Additionally, uploaded images will be followed by a description of the image itself.
In the future, we hope that this page will allow users to post about what activities they are interested in and when they are available.


The Tragedy of Julius Caesar
by William Shakespeare
Act 4, Scene 2
Additional Information
- Year Published: 0
- Language: English
- Country of Origin: England
- Source: White, R.G. ed. The Complete Works of William Shakespeare. New York: Sully and Kleinteich.
-
Readability:
- Flesch–Kincaid Level: 11.0
- Word Count: 434
- Genre: Tragedy
- Keywords: envy, fate, free will, power
- ✎ Cite This
Downloads
SCENE II. Before Brutus’ tent, in the camp near Sardis.
[Drum. Enter Brutus, Lucilius, Titinius, and Soldiers; Pindarus
meeting them; Lucius at some distance.]
BRUTUS.
Stand, ho!
LUCILIUS.
Give the word, ho! and stand.
BRUTUS.
What now, Lucilius! is Cassius near?
LUCILIUS.
He is at hand; and Pindarus is come
To do you salutation from his master.
[Pindarus gives a letter to Brutus.]
BRUTUS.
He greets me well.—Your master, Pindarus,
In his own change, or by ill officers,
Hath given me some worthy cause to wish
Things done, undone: but, if he be at hand,
I shall be satisfied.
PINDARUS.
I do not doubt
But that my noble master will appear
Such as he is, full of regard and honour.
BRUTUS.

LUCILIUS.
With courtesy and with respect enough;
But not with such familiar instances,
Nor with such free and friendly conference,
As he hath used of old.
BRUTUS.
Thou hast described
A hot friend cooling: ever note, Lucilius,
When love begins to sicken and decay,
It useth an enforced ceremony.
There are no tricks in plain and simple faith;
But hollow men, like horses hot at hand,
Make gallant show and promise of their mettle;
But, when they should endure the bloody spur,
They fall their crests, and, like deceitful jades
Sink in the trial. Comes his army on?
LUCILIUS.
They meant his night in Sard is to be quarter’d:
The greater part, the Horse in general,
Are come with Cassius.
[March within.]
BRUTUS.
Hark! he is arrived.
March gently on to meet him.
[Enter Cassius and Soldiers.]
CASSIUS.
Stand, ho!
BRUTUS.
Stand, ho! Speak the word along.
FIRST SOLDIER.
Stand!
SECOND SOLDIER.
Stand!
THIRD SOLDIER.
Stand!
CASSIUS.
Most noble brother, you have done me wrong.
BRUTUS.
Judge me, you gods! wrong I mine enemies?
And, if not so, how should I wrong a brother?
CASSIUS.
Brutus, this sober form of yours hides wrongs;
And when you do them—
BRUTUS.
Cassius, be content;
Speak your griefs softly, I do know you well.
Before the eyes of both our armies here,
Which should perceive nothing but love from us,
Let us not wrangle; bid them move away;
Then in my tent, Cassius, enlarge your griefs,
And I will give you audience.
CASSIUS.
Pindarus,
Bid our commanders lead their charges off
A little from this ground.
BRUTUS.
Lucilius, do you the like; and let no man
Come to our tent till we have done our conference.—
Lucius and Titinius, guard our door.
[Exeunt.]


Enhances the 'R' Optimization Infrastructure ('ROI') package with the possibility to obtain multiple solutions for linear problems with binary variables. The main function is copied (with small modifications) from the relations package.
| Version: | 0.3-0 |
| Imports: | stats, methods, utils, slam, ROI (≥ 0.3-0) |
| Suggests: | ROI.plugin.glpk |
| Published: | 2017-10-22 |
| Author: | Kurt Hornik [aut], David Meyer [aut], Florian Schwendinger [aut, cre] |
| Maintainer: | Florian Schwendinger <FlorianSchwendinger at gmx.at> |
| License: | GPL-3 |
| URL: | http://R-Forge.R-project.org/projects/roi |
| NeedsCompilation: | no |
| CRAN checks: | ROI.plugin.msbinlp results |
| Reference manual: | ROI.plugin.msbinlp.pdf |
| Package source: | ROI.plugin.msbinlp_0.3-0.tar.gz |
| Windows binaries: | r-devel: ROI.plugin.msbinlp_0.3-0.zip, r-release: ROI.plugin.msbinlp_0.3-0.zip, r-oldrel: ROI.plugin.msbinlp_0.3-0.zip |
| OS X binaries: | r-release: ROI.plugin.msbinlp_0.3-0.tgz, r-oldrel: ROI.plugin.msbinlp_0.3-0.tgz |
| Old sources: | ROI.plugin.msbinlp archive |
Please use the canonical form https://CRAN.R-project.org/package=ROI.plugin.msbinlp to link to this page.


My name is Dennis Kummer and I am a digital creative. I make visual experiences in the form of photography and film and found a new passion for coding and design.
I am currently working on my website and getting better at coding and designing. I always strive to learn new things and focus on self-development, as I believe there is nothing more satisfying than being a student of life.


{% extends "base.html" %} {% load static thumbnail %} {% block html_head %} {% endblock %} {% block content %}
We’ll be collecting photos before and during the wedding and posting them here.
If you’d like to share photos from the wedding on social media, please use the hashtag #curlsandbeard.
{% endblock %}


/*Asm labels can only be defined once in a task. <F5> will spawn a new task each time, so you don't get redefine error, like when repeatedly #including it from the cmd line. */ U0 AsmAndC3() { I64 i; for (i=0;i<3;i++) { "Meaning of life:"; MOV AL,0x41 STC ADC AL,0 //Round-about way to make the not-special constant, 0x42. CALL PUT_HEX_U8 MOV RCX,cnts.time_stamp_freq>>5 //JIT Const. Simple delay loop. @@1: LOOP @@1 '\n'; } } AsmAndC3;


--- layout: default title: PgBouncer Downloads ---
| PgBouncer {{ serie_list[0].basever }} | |||
|---|---|---|---|
| {{ release.tgz_basename }} | {{ release.date }} | {{ release.tgz_size }} bytes | sha256 |
Various OS distributions have their native package/port of PgBouncer. So it might be good to first check if it is already available on your OS.
Dedicated builds, might have newer versions than available at distributor repos:


A
LT
Admin
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Alexander Pierce
Alexander Pierce - Web Developer
Member since Nov. 2012
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General Elements
Select Cource & Batch
Select Cource
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Class ReplyKeyboardMarkupType.
Methods
create()
create(array<mixed,\TgBotApi\BotApiBase\Type\KeyboardButtonType[]> $keyboard, array|null $data = null
) : \TgBotApi\BotApiBase\Type\ReplyKeyboardMarkupType
Static
Parameters
$keyboard
array<mixed,\TgBotApi\BotApiBase\Type\KeyboardButtonType[]>
$data
array
null
Exceptions
\TgBotApi\BotApiBase\Exception\BadArgumentException |
|
Returns
\TgBotApi\BotApiBase\Type\ReplyKeyboardMarkupType
fill()
fill(array $data, array $forbidden = array()
)
Inherited
Parameters
$data
array
$forbidden
array
Exceptions
\TgBotApi\BotApiBase\Exception\BadArgumentException |
|
Properties
Array of button rows, each represented by an Array of KeyboardButton objects.
$keyboard : array<mixed,\TgBotApi\BotApiBase\Type\KeyboardButtonType[]>
Optional. Requests clients to hide the keyboard as soon as it's been used. The keyboard will still be available,
but clients will automatically display the usual letter-keyboard in the chat – the user can press a special
button in the input field to see the custom keyboard again. Defaults to false.
$oneTimeKeyboard : boolean | null
Optional. Requests clients to resize the keyboard vertically for optimal fit (e.g., make the keyboard smaller
if there are just two rows of buttons). Defaults to false, in which case the custom keyboard is always
of the same height as the app's standard keyboard.
$resizeKeyboard : boolean | null
Optional. Use this parameter if you want to show the keyboard to specific users only. Targets: 1) users
that are @mentioned in the text of the MessageType object;
2) if the bot's message is a reply (has reply_to_message_id), sender of the original message.
$selective : boolean | null
Example: A user requests to change the bot‘s language, bot replies to the request with a keyboard to
select the new language. Other users in the group don’t see the keyboard.


dukeleto
15-Oct-18 05:04 PM
i will try again with your change, but i don't think it will work. it's CORS/same-origin policy stuff
if you allow logged in users on the same domain, the header above is maybe not good
if you don't allow logged in users on that domain, it's relatively safe
i spent way too much of my life protecting elderly webapps from CSRF-attacks
also, you can enable that header just on that single read-only URL, not the whole app


https://docs.python.org/3/reference/expressions.html#yieldexpr
https://rmariano.eu/posts/exploring-generators-and-coroutines/
Exploring Generators and Coroutines
PEP-255 (Simple Generators)
[yield is a statement; lazy evaluation]
PEP-342 (Coroutines via Enhanced Generators)
[yield is an expression; send(), throw(), close()]
PEP-380 (Syntax for delegating to a Sub-Generator)
[return in generators; yield from]
PEP-525 (Asynchronous Generators)
https://snarky.ca/how-the-heck-does-async-await-work-in-python-3-5/
How the heck does async/await work in Python 3.5? [long essey]
Use cases of generators:
(a) Working with data streams or large files, like CSV files.
(b) Generating an infinite sequence.
This is an expression that returns an iterator.
# sum of squares 0, 1, 4, ... 81 alist = [i*i for i in range(10)] # list comprehension gen = (i*i for i in range(10)) # generator expression result = sum(i*i for i in range(10))
This is a function which returns a generator iterator. It looks like a normal function except that it contains yield expressions (instead of return) for producing a series of values.
def iter_squares(n): for i in range(n): yield i*i result = sum(iter_squares(10))
def my_range(stop): """My version of range(stop).""" value = 0 while value < stop: yield value # yield instead of return value = value + 1 # Example 1 - using for loop (hidden iteration protocole). for i in my_range(10): print(i) # Example 2 - explicit iteration protocole. gen = my_range(3) print(next(gen)) # 0 print(next(gen)) # 1 print(next(gen)) # 2 print(next(gen)) # StopIteration, gen is exhausted print(next(gen)) # StopIteration
def iter_squares2(): # an infinite iterator i = 0 while True: yield i*i i += 1
def fibonacci(): # an infinite iterator """The Fibonacci sequence.""" a, b = 0, 1 yield a yield b while True: a, b = b, a + b yield b # Example 1 - using for loop (hidden iteration protocole). for i in fibonacci(): print(i) if i > 100: # we have to break the loop manually break # 0 1 1 2 3 5 8 13 21 34 55 89 144 # Example 2 - the generator is alive! fib = fibonacci() # fib is a generator object for i in fib: print(i) if i > 100: break print(next(fib)) # 233 print(next(fib)) # 377
List comprehensions can be faster to evaluate than the equivalent generator expression.
import sys import timeit sqr_list = [i*i for i in range(1000000)] print(sys.getsizeof(sqr_list)) # 8697464 bytes sqr_gen = (i*i for i in range(1000000)) print(sys.getsizeof(sqr_gen)) # 120 bytes t1 = timeit.Timer(lambda: sum(sqr_list)) print(t1.timeit(1)) # 0.00961924200237263 t2 = timeit.Timer(lambda: sum(sqr_gen)) print(t2.timeit(1)) # 0.05263053500675596 (5 times slower)
https://realpython.com/introduction-to-python-generators/
# Problem: couting rows in a text file. txt_gen = txt_reader("some_file.txt") line_count = 0 for line in txt_gen: line_count += 1
def txt_reader(file_name): # possible MemoryError file = open(file_name, "r") result = file.read() # loads everything into memory at once result = result.rstrip() # remove last "\n" if present result = result.split("\n") # divide to lines return result # list of strings without "\n"
def txt_reader(file_name): # a generator function for line in open(file_name, "r"): yield line # lines with "\n" (the last line may be an exception)


Payment Receipt
L.P.O Ref
ABBAS ALI & SONS
karachi,pkPhone: +923452462819,+923452965650
Tel: +92-31-3-4242673
Website: www.abbasaliandsons.com
| Organization Name: | Address: | Contact: |
| PAYMENT METHOD | CHECK NO. OR LAST FOUR OF CC | REMARKS |
| Item # | Description | Qty | Unit Price | Total |


BBC 1.4 + Stockfish NNUE (FINAL RELEASE)
UCI chess engine by Code Monkey King
Logo by Brendan J. Norman
NOTE: Online version has strength limitations due to poor performace of free hosting.
Please make sure to download UCI version of BBC chess engine to get the most of it!


Videos from the conference
We were able to film many of the talks from this year's conference, and the videos are now all available on YouTube.
-
{% for session in sessions %}
- {{ session.title }} ({{ session.speaker.name }}) {% endfor %}


pyfor.clip module¶
-
pyfor.clip.
poly_clip
(points, poly)¶ Returns the indices of points that are within a given polygon. This differs from
ray_trace()
in that it enforces a small “pre-clip” optimization by first clipping to the polygon bounding box. This function is directly called byCloud.clip()
.- Parameters
cloud – A cloud object.
poly – A shapely Polygon, with coordinates in the same CRS as the point cloud.
- Returns
A 1D numpy array of indices corresponding to points within the given polygon.
-
pyfor.clip.
ray_trace
(x, y, poly)¶ Determines for some set of x and y coordinates, which of those coordinates is within poly. Ray trace is generally called as an internal function, see
poly_clip()
- Parameters
x – A 1D numpy array of x coordinates.
y – A 1D numpy array of y coordinates.
poly – The coordinates of a polygon as a numpy array (i.e. from geo_json[‘coordinates’]
- Returns
A 1D boolean numpy array, true values are those points that are within poly.
-
pyfor.clip.
square_clip
(points, bounds)¶ Clips a square from a tuple describing the position of the square.
- Parameters
points – A N x 2 numpy array of x and y coordinates, where x is in column 0
bounds – A tuple of length 4, min y and max y coordinates of the square.
- Returns
A boolean mask, true is within the square, false is outside of the square.


Cookies styled with Bulma - source code
We use cookies to personalise content, to provide social media features and to analyse our traffic. We also share information about your use of our site with our social media, advertising and analytics partners. If you want to change your cookie setting, please see the ‘how to reject cookies' section of our Cookie Policy. Otherwise, if you agree to our use of cookies, please continue to use our website.
We use cookies to personalise content, to provide social media features and to analyse our traffic. We also share information about your use of our site with our social media, advertising and analytics partners. If you want to change your cookie setting, please see the ‘how to reject cookies' section of our Cookie Policy. Otherwise, if you agree to our use of cookies, please continue to use our website.


A successful geolocation request will return a JSON-formatted response defining a location and radius.
| Field | Required | Type | Description |
|---|---|---|---|
accuracy |
required | number |
The accuracy of the estimated location, in meters. This represents
the radius of a circle around the given |
location |
required | LatLngLiteral |
The user’s estimated latitude and longitude, in degrees. See LatLngLiteral for more information. |
{ "location": { "lat": 37.421925, "lng": -122.0841293 }, "accuracy": 30 }
Generated from the OpenAPI specification. Edit Report bug


The base service for list boxes (ListBox) offers only
one possibility to specify the list entries: the ListBox::ListSource
property, which contains all the strings to be displayed.
This service here extends this mimic. It allows to fill the list from a data source.
This means that a second result set is opened, which works on the same connection as the
form which the list box belongs to, but can be based on an arbitrary table or SQL statement.
For instance, you may have a form which is bound to a table invoice, and you use it
to enter invoices for your customers. Probably, you will have a second table (say customer),
which (amonst other data) contains a unique key for identifying customers. In your invoice table, you will
have a foreign key referring to these customers.
Now, besides the result set the form is based on (all your invoices), the list box can be caused
to open a second result set, this time for the customer table, and fill it's list with entries
from this result set.
Additionally, it allows to model the relation between the two tables: When the user selects a customer from
the list, this customer has the unique id we just talked about (which is not necessarily visible to the
user in any way). The list box then automatically transfers this id into the foreign key column of
invoice, thus allowing the user to transparently work with human-readable strings instead of
pure numbers.
Let's call this result set the list is filled from the list result set here ...


Sample Amazon S3 function code
The following sample code is available for the Tutorial: Using AWS Lambda with Amazon S3.
Topics
Node.js 12.x
The following example code receives an Amazon S3 event input and processes the message that it contains. It resizes an image in the source bucket and saves the output to the target bucket.
Create the function code
Copy the sample code into a file named index.js
into a new folder named lambda-s3
.
Example index.js
// dependencies const AWS = require('aws-sdk'); const util = require('util'); const sharp = require('sharp'); // get reference to S3 client const s3 = new AWS.S3(); exports.handler = async (event, context, callback) => { // Read options from the event parameter. console.log("Reading options from event:\n", util.inspect(event, {depth: 5})); const srcBucket = event.Records[0].s3.bucket.name; // Object key may have spaces or unicode non-ASCII characters. const srcKey = decodeURIComponent(event.Records[0].s3.object.key.replace(/\+/g, " ")); const dstBucket = srcBucket + "-resized"; const dstKey = "resized-" + srcKey; // Infer the image type from the file suffix. const typeMatch = srcKey.match(/\.([^.]*)$/); if (!typeMatch) { console.log("Could not determine the image type."); return; } // Check that the image type is supported const imageType = typeMatch[1].toLowerCase(); if (imageType != "jpg" && imageType != "png") { console.log(`Unsupported image type: ${imageType}`); return; } // Download the image from the S3 source bucket. try { const params = { Bucket: srcBucket, Key: srcKey }; var origimage = await s3.getObject(params).promise(); } catch (error) { console.log(error); return; } // set thumbnail width. Resize will set the height automatically to maintain aspect ratio. const width = 200; // Use the Sharp module to resize the image and save in a buffer. try { var buffer = await sharp(origimage.Body).resize(width).toBuffer(); } catch (error) { console.log(error); return; } // Upload the thumbnail image to the destination bucket try { const destparams = { Bucket: dstBucket, Key: dstKey, Body: buffer, ContentType: "image" }; const putResult = await s3.putObject(destparams).promise(); } catch (error) { console.log(error); return; } console.log('Successfully resized ' + srcBucket + '/' + srcKey + ' and uploaded to ' + dstBucket + '/' + dstKey); };
-
Review the preceding code and note the following:
-
The function knows the source bucket name and the key name of the object from the event data it receives as parameters. If the object is a .jpg, the code creates a thumbnail and saves it to the target bucket.
-
The code assumes that the destination bucket exists and its name is a concatenation of the source bucket name followed by the string
-resized
. For example, if the source bucket identified in the event data isexamplebucket
, the code assumes you have anexamplebucket-resized
destination bucket. -
For the thumbnail it creates, the code derives its key name as the concatenation of the string
resized-
followed by the source object key name. For example, if the source object key issample.jpg
, the code creates a thumbnail object that has the keyresized-sample.jpg
.
-
Create the deployment package
A deployment package is a .zip file containing your Lambda function code and dependencies. The sample function code has the following dependencies:
Dependencies
-
Sharp for node.js
To create a deployment package
-
Install the Sharp library with npm. For Linux, use the following command.
lambda-s3$
npm install sharp
For macOS, use the following command.
lambda-s3$
npm install --arch=x64 --platform=linux --target=12.13.0 sharp
-
After you complete this step, you should have the following folder structure:
lambda-s3 |- index.js |- /node_modules/sharp └ /node_modules/...
-
Create a deployment package with the function code and dependencies.
lambda-s3$
zip -r function.zip .
To create and test the function
-
After you have created a deployment package with your function code and your Lambda function, return to the S3 tutorial to Create the Lambda function.
Java 11
The following is example Java code that reads incoming Amazon S3 events and creates
a thumbnail. Note that it
implements the RequestHandler
interface provided in the aws-lambda-java-core
library.
Therefore, at the time you create a Lambda function you specify the class as the handler
(that is,
example.handler
). For more information about using interfaces to provide a handler, see Handler interfaces.
The S3Event
type that the handler uses as the input type is one of the predefined classes in
the
aws-lambda-java-events
library that provides methods for you to easily read information from the
incoming Amazon S3 event. The handler returns a string as output.
Create the function code
Copy the sample code into a file named Handler.java
.
Example Handler.java
package example; import java.awt.Color; import java.awt.Graphics2D; import java.awt.RenderingHints; import java.awt.image.BufferedImage; import java.io.ByteArrayInputStream; import java.io.ByteArrayOutputStream; import java.io.IOException; import java.io.InputStream; import java.util.regex.Matcher; import java.util.regex.Pattern; import javax.imageio.ImageIO; import com.amazonaws.AmazonServiceException; import com.amazonaws.services.lambda.runtime.Context; import com.amazonaws.services.lambda.runtime.RequestHandler; import com.amazonaws.services.lambda.runtime.events.S3Event; import com.amazonaws.services.s3.AmazonS3; import com.amazonaws.services.s3.event.S3EventNotification.S3EventNotificationRecord; import com.amazonaws.services.s3.model.GetObjectRequest; import com.amazonaws.services.s3.model.ObjectMetadata; import com.amazonaws.services.s3.model.S3Object; import com.amazonaws.services.s3.AmazonS3ClientBuilder; public class Handler implements RequestHandler<S3Event, String> { private static final float MAX_WIDTH = 100; private static final float MAX_HEIGHT = 100; private final String JPG_TYPE = (String) "jpg"; private final String JPG_MIME = (String) "image/jpeg"; private final String PNG_TYPE = (String) "png"; private final String PNG_MIME = (String) "image/png"; public String handleRequest(S3Event s3event, Context context) { try { S3EventNotificationRecord record = s3event.getRecords().get(0); String srcBucket = record.getS3().getBucket().getName(); // Object key may have spaces or unicode non-ASCII characters. String srcKey = record.getS3().getObject().getUrlDecodedKey(); String dstBucket = srcBucket + "-resized"; String dstKey = "resized-" + srcKey; // Sanity check: validate that source and destination are different // buckets. if (srcBucket.equals(dstBucket)) { System.out .println("Destination bucket must not match source bucket."); return ""; } // Infer the image type. Matcher matcher = Pattern.compile(".*\\.([^\\.]*)").matcher(srcKey); if (!matcher.matches()) { System.out.println("Unable to infer image type for key " + srcKey); return ""; } String imageType = matcher.group(1); if (!(JPG_TYPE.equals(imageType)) && !(PNG_TYPE.equals(imageType))) { System.out.println("Skipping non-image " + srcKey); return ""; } // Download the image from S3 into a stream AmazonS3 s3Client = AmazonS3ClientBuilder.defaultClient(); S3Object s3Object = s3Client.getObject(new GetObjectRequest( srcBucket, srcKey)); InputStream objectData = s3Object.getObjectContent(); // Read the source image BufferedImage srcImage = ImageIO.read(objectData); int srcHeight = srcImage.getHeight(); int srcWidth = srcImage.getWidth(); // Infer the scaling factor to avoid stretching the image // unnaturally float scalingFactor = Math.min(MAX_WIDTH / srcWidth, MAX_HEIGHT / srcHeight); int width = (int) (scalingFactor * srcWidth); int height = (int) (scalingFactor * srcHeight); BufferedImage resizedImage = new BufferedImage(width, height, BufferedImage.TYPE_INT_RGB); Graphics2D g = resizedImage.createGraphics(); // Fill with white before applying semi-transparent (alpha) images g.setPaint(Color.white); g.fillRect(0, 0, width, height); // Simple bilinear resize g.setRenderingHint(RenderingHints.KEY_INTERPOLATION, RenderingHints.VALUE_INTERPOLATION_BILINEAR); g.drawImage(srcImage, 0, 0, width, height, null); g.dispose(); // Re-encode image to target format ByteArrayOutputStream os = new ByteArrayOutputStream(); ImageIO.write(resizedImage, imageType, os); InputStream is = new ByteArrayInputStream(os.toByteArray()); // Set Content-Length and Content-Type ObjectMetadata meta = new ObjectMetadata(); meta.setContentLength(os.size()); if (JPG_TYPE.equals(imageType)) { meta.setContentType(JPG_MIME); } if (PNG_TYPE.equals(imageType)) { meta.setContentType(PNG_MIME); } // Uploading to S3 destination bucket System.out.println("Writing to: " + dstBucket + "/" + dstKey); try { s3Client.putObject(dstBucket, dstKey, is, meta); } catch(AmazonServiceException e) { System.err.println(e.getErrorMessage()); System.exit(1); } System.out.println("Successfully resized " + srcBucket + "/" + srcKey + " and uploaded to " + dstBucket + "/" + dstKey); return "Ok"; } catch (IOException e) { throw new RuntimeException(e); } } }
Amazon S3 invokes your Lambda function using the Event
invocation type, where AWS Lambda runs the
code asynchronously. What you return does not matter. However, in this case we are
implementing an interface that
requires us to specify a return type, so in this example the handler uses String
as the return type.
Create the deployment package
A deployment package is a .zip file containing your Lambda function code and dependencies. The sample function code has the following dependencies:
Dependencies
-
aws-lambda-java-core
-
aws-lambda-java-events
-
aws-java-sdk
To create a deployment package
-
Build the code with the Lambda library dependencies to create a deployment package. For instructions, see Deploy Java Lambda functions with .zip or JAR file archives.
To create and test the function
-
After you have created a deployment package with your function code and your Lambda function, return to the S3 tutorial to Create the Lambda function.
Python 3
The following example code receives an Amazon S3 event input and processes the message that it contains. It resizes an image in the source bucket and saves the output to the target bucket.
Create the function code
Copy the sample code into a file named lambda_function.py
.
Example lambda_function.py
import boto3 import os import sys import uuid from urllib.parse import unquote_plus from PIL import Image import PIL.Image s3_client = boto3.client('s3') def resize_image(image_path, resized_path): with Image.open(image_path) as image: image.thumbnail(tuple(x / 2 for x in image.size)) image.save(resized_path) def lambda_handler(event, context): for record in event['Records']: bucket = record['s3']['bucket']['name'] key = unquote_plus(record['s3']['object']['key']) tmpkey = key.replace('/', '') download_path = '/tmp/{}{}'.format(uuid.uuid4(), tmpkey) upload_path = '/tmp/resized-{}'.format(tmpkey) s3_client.download_file(bucket, key, download_path) resize_image(download_path, upload_path) s3_client.upload_file(upload_path, '{}-resized'.format(bucket), key)
Create the deployment package
A deployment package is a .zip file containing your Lambda function code and dependencies. The sample function code has the following dependencies:
Dependencies
To create a deployment package
-
We recommend using the AWS SAM CLI sam build command with the
--use-container
option to create deployment packages that contain libraries written in C or C++, such as the Pillow (PIL)library.
To create and test the function
-
After you have created a deployment package with your function code and your Lambda function, return to the S3 tutorial to Create the Lambda function.


Use the ""undo" button. This red button deletes the last mistaken tap. You can click it as many times as you like.
Each time you click it will undo one more event. If you keep clicking it you will unwind the entire game.
As you undo it will adjust the view to reflect what it should be again at the time of that event.
This might mean switching between defense view and offense view and even switching to the line view.
Alternatively, you can use the app's correction feature. Just find the event (pick "Events" from the Game view or
swipe up from the Action view to see events) and select it. You can change the player(s) for event and make other changes
for some events (e.g., changing from drop to throwaway, or OB pull to inbounds pull).


ContainerType is the string which the inproc container type is registered with the container.VMController
const ContainerType = "SYSTEM"
InprocVM is a vm. It is identified by a executable name
type InprocVM struct {
// contains filtered or unexported fields
}
func NewInprocVM(r *Registry) *InprocVM
NewInprocVM creates a new InprocVM
func (vm *InprocVM) GetVMName(ccid ccintf.CCID) string
GetVMName ignores the peer and network name as it just needs to be unique in process. It accepts a format function parameter to allow different formatting based on the desired use of the name.
func (vm *InprocVM) HealthCheck(ctx context.Context) error
HealthCheck is provided in order to implement the VMProvider interface. It always returns nil..
func (vm *InprocVM) Start(ccid ccintf.CCID, args []string, env []string, filesToUpload map[string][]byte, builder container.Builder) error
Start starts a previously registered system codechain
func (vm *InprocVM) Stop(ccid ccintf.CCID, timeout uint, dontkill bool, dontremove bool) error
Stop stops a system codechain
func (vm *InprocVM) Wait(ccid ccintf.CCID) (int, error)
Wait will block until the chaincode is stopped.
Registry stores registered system chaincodes. It implements container.VMProvider and scc.Registrar
type Registry struct { ChaincodeSupport ccintf.CCSupport // contains filtered or unexported fields }
func NewRegistry() *Registry
NewRegistry creates an initialized registry, ready to register system chaincodes. The returned *Registry is _not_ ready to use as is. You must set the ChaincodeSupport as soon as one is available, before any chaincode invocations occur. This is because the chaincode support used to be a latent dependency, snuck in on the context, but now it is being made an explicit part of the startup.
func (r *Registry) NewVM() container.VM
NewVM creates an inproc VM instance
func (r *Registry) Register(ccid *ccintf.CCID, cc shim.Chaincode) error
Register registers system chaincode with given path. The deploy should be called to initialize
SendPanicFailure
type SendPanicFailure string
func (e SendPanicFailure) Error() string
SysCCRegisteredErr registered error
type SysCCRegisteredErr string
func (s SysCCRegisteredErr) Error() string


Hardware is the collection of physical components in a computer. There are inside computer hardwares and outside computer hardwares.Moreover, CPU, HD and RAM are three main parts of a computer.
Software is a part of a computer system. There is Application software, System software and Malicious sofetware. And for system software, there is operating system which contains three most common operating systems, such as Microsoft Windows, Mac OSX, and Linux.
Take the quiz to see what you've learn
1.
2. Which one is CORRECT of Hard disk?
3. What is NOT the type of software?
4. What is NOT ture for operating systems ?
5. What is RIGHT of BIOS/POST?
Question 1: The correct answer is CPU.
Question 2: The correct answer is All files and programs are stored here.
Question 3: The correct answer is USB.
Question 4: The correct answer is Microsoft Windows aren't operating systems.
Question 5: The correct answer is It is a power-on self-test..
You answered them all right!


Avro is a data serialization project developed within the Apache Hadoop project. It allows you to serialize data into a compact binary format which can be shared across languages. Data types are defined in JSON schemas, giving a common definition between languages. Avro can also generate code from the JSON schemas for staticly typed languages, however this is not required and you can deserialize using just a schema.
Qpid is a message queueing project which fully implements AMQP (Advanced Message Queueing Protocol). From the Qpid website:
"AMQP is the first open standard for Enterprise Messaging. It is designed to support messaging for just about any distributed or business application. Routing can be configured flexibly, easily supporting common messaging paradigms like point-to-point, fanout, publish-subscribe, and request-response.Qpid uses a broker/client architecture. You launch a broker service which is bound to an ip address and port. Once a client connects and authenticates with the broker, it can send and receive messages with other clients.
Apache Qpid implements the latest AMQP specification, providing transaction management, queuing, distribution, security, management, clustering, federation and heterogeneous multi-platform support and a lot more. And Apache Qpid is extremely fast."
Both projects have overlapping support for many popular languages.
The Qpid broker is implemented in Java and C++.
Avro and the Qpid client are implemented in:
- Java
- C++
- C#
- Python
- Ruby
In theory, a combined Avro-Qpid messaging system will work with any of the listed languages. I have successfully implemented messaging across Java and C++ on Linux and Windows
Update 2012-02-22:
The latest Avro release now builds in Visual Studio and my custom Avro Visual Studio project is no longer necessary.
Update 2012-02-22:
The latest Avro release now builds in Visual Studio and my custom Avro Visual Studio project is no longer necessary.
We will use Avro to serialize data to binary, and then pack it into a Qpid message for transporting.
Avro does include the ability to pass messages over HTTP and other protocols, and Qpid has features for message serialization and language independent data representation. However, these are not the core concerns of each project.
While they are each adequate as complete messaging solutions alone, their strengths compliment each other very well when used together.
The rest of this entry will demonstrate using Avro and Qpid for distributed video processing and display using C++ and Java.
This project requires the following:
Overview:
Our goal will be creating a system that captures images from a camera, does some processing on the images, and draws the results.
To do this, we will be making three distributed components:
- Camera Capture using OpenCV (C++)
- Image Processing, we will detect faces using the OpenCV haar face detection (C++)
- Video Display with results from the Image Processing (Java & C++)
The Image Processor will recieve images, perform haar face detection, and send the face cooridinates to the Video Display.
The Video Display will receive an image from the Camera Capture, and wait for results from the Image Processor. It will then draw the image and results.


Hey, I'm Emma Buckley.
|
This is a portfolio site for code and other creative
projects. I'm a junior software engineer at Netsmart Technologies in Overland Park, Kansas. |
Contact me at:


Got a song, artist, or album you'd like to hear? Type the name below, we'll play it for everyone listening. Tell me more.


The DeepChem project aims to create high quality, open source tools for drug discovery, materials science, quantum chemistry, and biology.
DeepChem projects are managed by a group of open source contributors. Anyone is free to join and contribute!
DeepChem is licensed under the MIT License. We actively support commercial users. Note that any novel discoveries made through DeepChem belong entirely to the user and not to DeepChem developers.
New users should head over to the Tutorials. Tutorials can be run on Google colab and are organized in a sequence that teach you how to use DeepChem to do novel scientific work.
Afterwards you can go through our examples. To apply DeepChem to a new problem, try starting from one of the existing examples or tutorials and modifying it step by step to work with your new use-case. If you have questions or comments you can raise them on our gitter.


Living Out My Values
9 de junio 2015
What Matters Most to Me?
Last week I explored how I may have been affected by the theory of stereotype threat because I am a woman. That just acknowledging my gender - hey, I'm a girl in AP Calc - might hold me back from demonstrating my full knowledge because someone somewhere thinks that women can't do as well at math and science. Did they forget the first computer programmer's were women?
This week should be more uplifting because I'm about to figure out ways to combate and overcome the stereotype threat.
Some roads are crossing right now. In my work as a coach for new teachers, we talk about setting strong vision for where you want your classroom to be by the last day of school. In order to put that together, we reflect on our values - what drives you? what motivates you to do well? how can you demonstrate those values for your students? Because in the end, a vision statement is a way to piece your values together. And the other road crossing is thanks to lululemon. As part of my development training, I went through an empowering reflection process to reveal and affirm my core values and that turned into my 10-year vision here!
When I think about times in my life when I'm at my happiest or most satisfied, a few values come to mind:
- faith, family and community
- philanthropy
- adventure and nature
- ambition
How much do I try and live up to these values?
Well, great question. In my head, I immediately organized my values into a grid against a scale of 1(not often) to 5(very often). If these values are important to you, feel free to click through this sweet little grid, too!
I'd have to say I don't demonstrate each of these values everyday. But I do quite often. Faith takes the cake and I'm interested in doing more in the community to serve others.
One of the values that I can feel the strongest connection with is being in nature. When I go hiking or run on a beach I feel grounded, balanced and fully alive. It is when I hear God the loudest.  If you want to know me, let's get into the mountains or raft down a river.
Because these values are important to me, I hope that others see me living a life centered on faith and family, philanthropy, adventure and reaching big goals. I definitely get asked about my adventures! I act on living adventurously often: moving to San Francisco, traveling throughout Patagonia, and a big one - living in Santiago, Chile. I get asked often about Chile: best places to go, where to stay, what to do, etc. Most recently I've been able to talk about my faith and where I go to church.I haven't reflected often on the connection between conversations with others match up with my values so it feels good to know that I get asked about my faith because it is so important to me and if you don't know that about me, I would need to examine my personal integrity.
Will these values be enough?
YES! I believe....
The more I trust in God's plan for me, the more confident I feel taking one more step forward.
To overcome the stereotype threat that women can't do as well as men in math, science and engineering is tough. I actually don't know if I'll be able to recognize it. And then there are the statistics. But, how many US Americans go live in Santiago, Chile? I struggled through cultural assimilation and language barriers...I've got some experience living in a world where I'm a minority.
If I feel like I'm struggling in DBC, I can draw on my past experiences as a Teach for America corps member, as an expat living abroad, and as a women breaking down ceilings in STEM. I am paving the road I want to walk on and it is going to require some sweat. And some naps.


Cloud based, software-as-a-service, platform for Visual enterprise
Crypto currencies will be one of the pillar stones of the payment industry, and they are increasing used in the financial industry. The distributed, irreversible ledger brings its own advantage to world of finance. When combined with IoT it gives unique advantage of systems transacting on behalf of humans. Infosys’ X1 Wallet solution enables such transaction by authorizing personal digital wallet to automatically pay on behalf of a person.


menu
Dream Furniture
Design is about making people happy, either functionally, aesthetically, or emotionally.
Chairs
Tables
Beds
Storage
Closets
Sofa
Chests
Dining
Dressing Tables


NAME
Color Debug Messages - A way to add nicer output to your script.
DESCRIPTION
I got tired of plain output on STDOUT, and wanted a nicer way to add debug/informational messages to my scripts. This works with the idea that it is easier for our eyes to notice changes in color than changes in glyph/shape. A red error message is notices more easily than a “*****” prefix or similar.
To get this effect, we rely on Term::ANSIColor
Install
gem install color_debug_messages
Usage
The basic use of this script is very simple - you just include the module into your class, and call the various “puts” wrappers.
class Foo include ColorDebugMessages def bar(baz) debug "This is a debug message!" end end
Which produces:
[Foo#bar] >>> This is a debug message!
The part in square-brackets at the beginning will be in read, which I unfortunately am having a hard time making RDoc produce.
The available message types, by default, are:
debug(msg) # ">>>" prefix, in cyan warn(msg) # "**>" prefix, in red info(msg) # "-->" prefix, in green
These can be changed by adding lines like this to the top of your class:
class Foo include ColorDebugMessages color_debug_message_type :quux, '~', :blue def bar quux "Test message!" end end
Which will produce yellow output, with the "~~>" prefix instead.
COPYRIGHT
Copyright © 2010 Brent Sanders. See LICENSE for details.


Date: Wed, 20 Sep 89 11:24:48 EDTFrom<EMAIL_ADDRESS>(Guy Steele)
Message-Id<EMAIL_ADDRESS>To<EMAIL_ADDRESS>Cc<EMAIL_ADDRESS><EMAIL_ADDRESS>Subject: Issue COMPLEX-ATANH-BOGUS-FORMULA
I hate to bring *anything* up at this late date, but while working over the
numbers chapter second edition I have been going over this branch cut stuff
one more time, with even greater care, and have discovered that the formula
for ATANH on page 209 and again on page 213 is completely bogus. What that
computes is not anything like a hyperbolic arc tangent. It would seem that
I must have mistranscribed the APL formula in Penfield's article.
CLtL has: arctanh z = log ((1+z) sqrt(1 - (1 / z^2)))
Should be: arctanh z = log ((1+z) sqrt(1 / (1 - z^2)))
Note that they differ in the transposition of two operators. (Boy, am I
embarrassed.)
Clearly this must be corrected. In the meantime I have found a more
definitive treatment of complex branch cuts by W. Kahan, and I propose to
follow his recommendations. This involves correcting the formula for
ATANH, and adopting new formulas for ACOS and ACOSH that are equivalent to
the ones we have now but more perspicuous.
I would appreciate knowing very soon on an informal basis whether anyone
objects to this change, so that I can include some discussion of it in the
second edition. (Of course I'm not asking for a vote until we have an
official meeting.)
--Guy
----------------------------------------------------------------
Status: New proposal
Forum: Cleanup
Issue: COMPLEX-ATANH-BOGUS-FORMULA
References: CLtL pp. 209, 212, 213
Penfield, P. "Principal Values and Branch Cuts in
Complex APL", Proc. APL 81 Conference Proceedings,
Association for Computing Machinery, 1981
Kahan, W. "Branch Cuts for Complex Elementary
Functions, or Much Ado About Nothing's Sign Bit"
in Iserles and Powell (eds.) "The State of the Art
in Numerical Analysis", pp. 165-211, Clarendon
Press, 1987
Related issues: COMPLEX-ATAN-BRANCH-CUT, IEEE-ATAN-BRANCH-CUT
Category: CHANGE
Edit history: Version 1, 20-SEP-89, Steele
Problem description:
The formula that defines ATANH in CLtL is incorrect, apparently
because of a mistranscription of a formula from Penfield's article.
CLtL has: arctanh z = log ((1+z) sqrt(1 - (1 / z^2)))
Should be: arctanh z = log ((1+z) sqrt(1 / (1 - z^2)))
However, given the change to ATAN in issue COMPLEX-ATAN-BRANCH-CUT,
it seems simpler to follow Kahan's recommendation and define
arctanh z = (log(1+z) - log(1-z))/2
thereby preserving the identity i arctan z = arctanh iz .
Kahan also notes that Penfield's formula for arccosh (CLtL p. 213)
arccosh z = log(z + (z + 1) sqrt((z-1)/(z+1)))
has a gratuitous removable singularity at z=-1 and recommends
arccosh z = 2 log(sqrt((z+1)/2) + sqrt((z-1)/2))
which has the same values and is also well-defined at z=-1.
Finally, Kahan recommends a different defining formula for acos
that is more similar to that of acosh (but less similar to that
of asin).
Proposal (COMPLEX-ATANH-BRANCH-CUT:TWEAK-MORE):
(1) Replace the erroneous formula
arctanh z = log ((1+z) sqrt(1 - (1 / z^2)))
with
arctanh z = (log(1+z) - log(1-z))/2
(2) Note that i arctan z = arctanh iz .
(3) Replace the gratuitously singular formula
arccosh z = log(z + (z + 1) sqrt((z-1)/(z+1)))
with
arccosh z = 2 log(sqrt((z+1)/2) + sqrt((z-1)/2))
(4) Adopt the formula (already in CLtL)
arccos z = (pi / 2) - arcsin z
as the official definition of arccos, and also note that the
formulas
arccos z = -i log(z + i sqrt(1 - z^2))
(already in CLtL) and
arccos z = 2 log(sqrt((1+z)/2) + i sqrt((1-z)/2)) / i
(recommended by Kahan) are equivalent.
Rationale:
Compatibility with what seems to be becoming standard practice.
Current practice:
Implementations I have checked have a correct implementation
of ATANH rather than slavishly following the bogus CLtL formula.
Cost to Implementors:
ATANH must be rewritten. It is not a very difficult fix.
Possibly ACOSH must be rewritten. It is not a very difficult fix.
Cost to Users:
The compatibility note on p. 210 of CLtL gave users fair warning that
a change of this kind might be adopted.
Cost of non-adoption:
Possible incorrect implementations of ATANH.
Incompatibility with HP calculators.
Benefits:
Numerical analysts may find the new definition easier to use.
Esthetics:
A toss-up, except to those who care.
Discussion:
Kahan's article not only discussed formulas but also gives specific
implementation techniques for use with IEEE 754 arithmetic.


#include <sys/ioctl.h>
int ioctl(int fd, unsigned long
request, ...);
The ioctl() system call manipulates the underlying device parameters of
special files. In particular, many operating characteristics of character
special files (e.g., terminals) may be controlled with ioctl()
requests. The argument fd must be an open file descriptor.
The second argument is a device-dependent request code. The third
argument is an untyped pointer to memory. It's traditionally char
*argp (from the days before void * was valid C), and will
be so named for this discussion.
An ioctl() request has encoded in it whether the
argument is an in parameter or out parameter, and the size of
the argument argp in bytes. Macros and defines used in specifying an
ioctl() request are located in the file
<sys/ioctl.h>.
Usually, on success zero is returned. A few ioctl() requests use the
return value as an output parameter and return a nonnegative value on success.
On error, -1 is returned, and errno is set appropriately.
- EBADF
- fd is not a valid file descriptor.
- EFAULT
- argp references an inaccessible memory area.
- EINVAL
- request or argp is not valid.
- ENOTTY
- fd is not associated with a character special device.
- ENOTTY
- The specified request does not apply to the kind of object that the file
descriptor fd references.
No single standard. Arguments, returns, and semantics of ioctl() vary
according to the device driver in question (the call is used as a catch-all
for operations that don't cleanly fit the UNIX stream I/O model). See
ioctl_list(2) for a list of many of the known ioctl() calls. The
ioctl() system call appeared in Version 7 AT&T UNIX.
In order to use this call, one needs an open file descriptor. Often the
open(2) call has unwanted side effects, that can be avoided under Linux
by giving it the O_NONBLOCK flag.
execve(2), fcntl(2), ioctl_console(2), ioctl_fat(2),
ioctl_ficlonerange(2), ioctl_fideduperange(2),
ioctl_getfsmap(2), ioctl_iflags(2), ioctl_list(2),
ioctl_ns(2), ioctl_tty(2), ioctl_userfaultfd(2),
open(2), sd(4), tty(4)
This page is part of release 5.05 of the Linux man-pages project. A
description of the project, information about reporting bugs, and the latest
version of this page, can be found at https://www.kernel.org/doc/man-pages/.


Members
Calendar
Make a Bookshelf model for the calendarTable.
- Source:
knex
Knex.js connection to DB.
- Source:
Methods
authorize(credentials, callback)
Create an OAuth2 client with the given credentials, and then execute the
given callback function.
Parameters:
| Name | Type | Description |
|---|---|---|
credentials |
Object | The authorization client credentials. |
callback |
function | The callback to call with the authorized client. |
- Source:
getEvents(auth)
Gets and returns a JSON object from googleapis
Parameters:
| Name | Type | Description |
|---|---|---|
auth |
google.auth.OAuth2 |
- Source:
getNewToken(oauth2Client, callback)
Get and store new token after prompting for user authorization, and then
execute the given callback with the authorized OAuth2 client.
Parameters:
| Name | Type | Description |
|---|---|---|
oauth2Client |
google.auth.OAuth2 | The OAuth2 client to get token for. |
callback |
getEventsCallback | The callback to call with the authorized client. |
- Source:
listEvents(auth)
Lists the next 10 events on the user's primary calendar.
Parameters:
| Name | Type | Description |
|---|---|---|
auth |
google.auth.OAuth2 | An authorized OAuth2 client. |
- Source:
storeToken(token)
Store token to disk be used in later program executions.
Parameters:
| Name | Type | Description |
|---|---|---|
token |
Object | The token to store to disk. |
- Source:


AnchorPeer encodes the necessary fields to identify an anchor peer.
type AnchorPeer struct { Host string `yaml:"Host"` Port int `yaml:"Port"` }
Application encodes the application-level configuration needed in config transactions.
type Application struct { Organizations []*Organization `yaml:"Organizations"` Capabilities map[string]bool `yaml:"Capabilities"` Resources *Resources `yaml:"Resources"` Policies map[string]*Policy `yaml:"Policies"` ACLs map[string]string `yaml:"ACLs"` }
BatchSize contains configuration affecting the size of batches.
type BatchSize struct { MaxMessageCount uint32 `yaml:"MaxMessageCount"` AbsoluteMaxBytes uint32 `yaml:"AbsoluteMaxBytes"` PreferredMaxBytes uint32 `yaml:"PreferredMaxBytes"` }
Consortium represents a group of organizations which may create channels with each other
type Consortium struct { Organizations []*Organization `yaml:"Organizations"` }
Kafka contains configuration for the Kafka-based orderer.
type Kafka struct { Brokers []string `yaml:"Brokers"` }
Orderer contains configuration which is used for the bootstrapping of an orderer by the provisional bootstrapper.
type Orderer struct { OrdererType string `yaml:"OrdererType"` Addresses []string `yaml:"Addresses"` BatchTimeout time.Duration `yaml:"BatchTimeout"` BatchSize BatchSize `yaml:"BatchSize"` Kafka Kafka `yaml:"Kafka"` EtcdRaft *etcdraft.ConfigMetadata `yaml:"EtcdRaft"` Organizations []*Organization `yaml:"Organizations"` MaxChannels uint64 `yaml:"MaxChannels"` Capabilities map[string]bool `yaml:"Capabilities"` Policies map[string]*Policy `yaml:"Policies"` }
Organization encodes the organization-level configuration needed in config transactions.
type Organization struct { Name string `yaml:"Name"` ID string `yaml:"ID"` MSPDir string `yaml:"MSPDir"` MSPType string `yaml:"MSPType"` Policies map[string]*Policy `yaml:"Policies"` // Note: Viper deserialization does not seem to care for // embedding of types, so we use one organization struct // for both orderers and applications. AnchorPeers []*AnchorPeer `yaml:"AnchorPeers"` // AdminPrincipal is deprecated and may be removed in a future release // it was used for modifying the default policy generation, but policies // may now be specified explicitly so it is redundant and unnecessary AdminPrincipal string `yaml:"AdminPrincipal"` // SkipAsForeign indicates that this org definition is actually unknown to this // instance of the tool, so, parsing of this org's parameters should be ignored. SkipAsForeign bool }
Policy encodes a channel config policy
type Policy struct { Type string `yaml:"Type"` Rule string `yaml:"Rule"` }
Profile encodes orderer/application configuration combinations
type Profile struct { Consortium string `yaml:"Consortium"` Application *Application `yaml:"Application"` Orderer *Orderer `yaml:"Orderer"` Consortiums map[string]*Consortium `yaml:"Consortiums"` Capabilities map[string]bool `yaml:"Capabilities"` Policies map[string]*Policy `yaml:"Policies"` }
Resources encodes the application-level resources configuration needed to seed the resource tree
type Resources struct { DefaultModPolicy string }


Choose a file to edit with Cmd+O or Ctrl+O
Start a new file with Cmd+N or Ctrl+N
Pick up where you left off


4 held for ‘pusoy’ in Candon
by Christian D. SupnadCANDON CITY, Ilocos Sur- Police arrested yesterday four persons who were caught in the act engaging in illegal gambling in Bgy. Calongbuyan, Candon City.
The suspects were identified by the police as Marjorie Ganad, 34, married, unemployed; Carisa Gadingan, 27, single, unemployed; Arnilita Garcia, 36, single, vendor and Domingo Acurin y Gadingan, 42, single, laborer, all residents of Bgy. Calongbuyan.
“Elements of Candon CPS conducted anti-illegal gambling operation that resulted in the arrest of the suspects who were caught in the act of playing cards (pusoy dos),” said the police report.
Confiscated by the police from them were one set of plastic playing cards and bet money amounting to P443 in different denominations.
In Vigan city, police reported that Constante Rara, 77, married, stall owner at Vigan Public Market a resident of Bgy. Pangada, Sta. Catalina, was victimized by a Salisi gang member.
Police said Rebecca Retreta aka “Solang” and a resident of Sitio Namnama, Brgy Tamorong, Sta Catalina town, proved that she was faster as she was able to cart away the victim’s bag.
Based on police report, Raras together with the saleslady Sonia Gamilde reported to Vigan PNP that theft transpired at the stall of the victim.
Police disclosed that the victim left his black bag containing a Samsung CP, notebook and money amounting to MOL P20,000 at his chair outside his stall. When the said saleslady saw the suspect arrive. Suddenly she grabbed the bag and ran away.


This Google Cloud Storage Plugin provides functionality to communicate with Google Cloud Storage, as build steps, post-build steps, or pipeline steps.
Plugin Information |
|---|
View Google Cloud Storage on the plugin site for more information. |
Consult the google-storage-plugin repository on GitHub for documentation.
Attachments:
Screenshot 2014-03-26 at 10.57.06 AM.png (image/png)
Screenshot 2014-03-26 at 10.57.31 AM.png (image/png)
Screenshot 2014-03-26 at 10.57.38 AM.png (image/png)
Screenshot 2014-03-26 at 10.57.45 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.00 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.10 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.10 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.19 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.28 AM.png (image/png)
Screenshot 2014-03-26 at 10.57.31 AM.png (image/png)
Screenshot 2014-03-26 at 10.57.38 AM.png (image/png)
Screenshot 2014-03-26 at 10.57.45 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.00 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.10 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.10 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.19 AM.png (image/png)
Screenshot 2014-03-26 at 10.58.28 AM.png (image/png)


| Project Name |
GRN. No. |
Purchase Order No. |
Receipt Date |
Invoice Number |
Invoice Date |
Supplier Name |
Item Name |
Unit |
Quantity Ordered |
Quantity Received |
Goods Inspected By |
Remarks |
Goods Received By |
Reviewed By |
| Project A |
0001 |
001 |
2021-05-07 |
inc2032 |
2021-05-07 |
|
item 2 |
10 |
45 |
12 |
sadadasd |
SP Admin |
SP Admin |
SP Admin |


Design to Manufacturing and Inspection (D2MI)
The Design to Manufacturing and Inspection project demonstrated the feasibility and development of CAD-to-CAM and CAD-to-CMM tools taking advantage of the 3D data interoperability groundwork previously established with CAD-to-CAD. The enhanced interoperability will significantly reduce and/or eliminate recreation of part design data, reduced cycle time and cost, reduce risk of downstream error introduction, increased part yield, and generate higher quality products.
The information flow utilized a CAD model with PMI that is translated from native CAD to STEP. The STEP file was then imported by the CAM system, which uses a Parasolid kernel. In addition, the STEP file was ported to an extended version of ACIS that was imported by the CMM system, which uses an ACIS kernel.
The project tasks included:
- Proof-of-Concept demonstrator for transport of PMI downstream to manufacturing and First Article Inspections (FAI)
- Identify Metrics for analyzing As-Is and To-Be processes
- Collect Metrics results for As-Is and To-Be processes and determine Return On Investment (ROI)
- Identify technology and data gaps and roadblocks in the To-Be process
The project was a collaborative effort by a team comprised of National Institute of Standards and Technology (NIST), ITI TranscenData, Rockwell Collins, CT CoreTechnologie, Advanced Collaboration Consulting Resources LLC, CNC Software Inc., Mitutoyo America Corp., and Geater Machining and Manufacturing, Co.
Download the full package @ 5.20 MB.
Directory Structure
- CAD
- Digital Product Definition Data generated using Siemens NX
- CAM
- NC Programs Plans generated in MasterCAM 8
- G-code
- Machining programs for operations steps for each part in accordance with ISO 6983 (G-code)
- Setup Sheets
- Setup sheets related to the CAM and G-code
Contacts
Thomas Hedberg and Moneer Helu are the Coordinators of the SMS Test Bed.
For general questions, please send an email to<EMAIL_ADDRESS>Disclaimers
The use of any software or hardware by the project does not imply a recommendation or endorsement by NIST.
The use of the project results in other software or hardware products does not imply a recommendation or endorsement by NIST of those products.
We would appreciate acknowledgment if any of the project results are used, however, the use of the NIST logo is not allowed.
NIST-developed software is provided by NIST as a public service. You may use, copy and distribute copies of the software in any medium, provided that you keep intact this entire notice. You may improve, modify and create derivative works of the software or any portion of the software, and you may copy and distribute such modifications or works. Modified works should carry a notice stating that you changed the software and should note the date and nature of any such change. Please explicitly acknowledge the National Institute of Standards and Technology as the source of the software.
NIST-developed software is expressly provided "AS IS." NIST MAKES NO WARRANTY OF ANY KIND, EXPRESS, IMPLIED, IN FACT OR ARISING BY OPERATION OF LAW, INCLUDING, WITHOUT LIMITATION, THE IMPLIED WARRANTY OF MERCHANTABILITY, FITNESS FOR A PARTICULAR PURPOSE, NON-INFRINGEMENT AND DATA ACCURACY. NIST NEITHER REPRESENTS NOR WARRANTS THAT THE OPERATION OF THE SOFTWARE WILL BE UNINTERRUPTED OR ERROR-FREE, OR THAT ANY DEFECTS WILL BE CORRECTED. NIST DOES NOT WARRANT OR MAKE ANY REPRESENTATIONS REGARDING THE USE OF THE SOFTWARE OR THE RESULTS THEREOF, INCLUDING BUT NOT LIMITED TO THE CORRECTNESS, ACCURACY, RELIABILITY, OR USEFULNESS OF THE SOFTWARE.
You are solely responsible for determining the appropriateness of using and distributing the software and you assume all risks associated with its use, including but not limited to the risks and costs of program errors, compliance with applicable laws, damage to or loss of data, programs or equipment, and the unavailability or interruption of operation. This software is not intended to be used in any situation where a failure could cause risk of injury or damage to property. The software developed by NIST employees is not subject to copyright protection within the United States.
Date created: November 21, 2018 | Last updated: November 21, 2018 | Contact: SMS Test Bed Coordinators


I was born and brought up in Bangalore, India where I earned my Bachelor's degree in Electrical Engineering in 2015.
In 2016 I moved to Tampa, FL to complete my Master's degree in Industrial Engineering at the University of South Florida.
In 2018 I co-authored my first book on Deep Learning titled Apache Spark Deep Learning Cookbook.
I currently live and work in the Washington DC Metro Area as a software engineer.
My work involves developing cloud solutions on AWS for data pipelining, managment, lineage and governance.
Outside of work I like spending my time playing football (soccer), running and biking.
Talk to me about education, the environment, fitness, coding and philanthropy.


{% extends "base.html" %} {% block title %}
Medieval catalogues > UNIVERSITY AND COLLEGE LIBRARIES OF OXFORD > University > Leland, 1535
{% endif %}38 identified entries found.
All data was derived from the List of Identifications by Professor Richard Sharpe.
{% if not printing %}
A key to codes used in the List is available (opens in new tab).{% endif %}


One-Time-Link
Authentication required
Authenticate
Attention! The secret message can only be viewed for a limited number of times, if you are not the intended recipient please do not retrieve it.


GeekChic Fellowship Application
We're so glad you're applying!
The application below is designed for us to get to know you better and to select the perfect group of students for each of our cohorts. We will review your application and respond to let you know if you have been selected for an interview within a few short weeks. Interviews with short-listed applicants will be conducted over Google Hangouts as a final stage in the application.
{% if fellowships %}
{% for fellowship in fellowships %}
Important Dates for {{ fellowship.semester }}
- {{ fellowship.earlyapply|date }}
- Early Application Deadline
- {{ fellowship.earlydecide|date }}
- Early Decision
- {{ fellowship.deadline|date }}
- Application Deadline
- {{ fellowship.decision|date }}
- Final Decision
{% endfor %}
No fellowships are available to apply to currently.
{% endif %}


1.1 A Very Short Introduction to R and RStudio
R Basics
As mentioned before, this book is not intended to be an introduction to R but as a guide on how to use its capabilities for applications commonly encountered in undergraduate econometrics. Those having basic knowledge in R programming will feel comfortable starting with Chapter ??. This section, however, is meant for those who have not worked with R or RStudio before. If you at least know how to create objects and call functions, you can skip it. If you would like to refresh your skills or get a feeling for how to work with RStudio, keep reading.
First of all start RStudio and create a new R script by selecting File, New File, R Script. In the editor pane, type
1 + 1
and click on the button labeled Run in the top right corner of the editor. By doing so, your line of code is sent to the console and the result of this operation should be displayed right underneath it. As you can see, R works just like a calculator. You can do all arithmetic calculations by using the corresponding operator (+, -, *, / or ^). If you are not sure what the last operator does, try it out and check the results.
Vectors
R is of course more sophisticated than that. We can work with variables or, more generally, objects. Objects are defined by using the assignment operator <-. To create a variable named x which contains the value 10 type x <- 10
and click the button Run yet again. The new variable should have appeared in the environment pane on the top right. The console however did not show any results, because our line of code did not contain any call that creates output. When you now type x
in the console and hit return, you ask R to show you the value of x and the corresponding value should be printed in the console.
x is a scalar, a vector of length \(1\). You can easily create longer vectors by using the function c() (c for “concatenate” or “combine”). To create a vector y containing the numbers \(1\) to \(5\) and print it, do the following.
y <- c(1, 2, 3, 4, 5)
y
## [1] 1 2 3 4 5
You can also create a vector of letters or words. For now just remember that characters have to be surrounded by quotes, else they will be parsed as object names.
hello <- c("Hello", "World")
Here we have created a vector of length 2 containing the words Hello and World.
Do not forget to save your script! To do so, select File, Save.
Functions
You have seen the function c() that can be used to combine objects. In general, all function calls look the same: a function name is always followed by round parentheses. Sometimes, the parentheses include arguments.
Here are two simple examples.
z <- seq(from = 1, to = 5, by = 1)
mean(x = z)
## [1] 3
In the first line we use a function called seq() to create the exact same vector as we did in the previous section, calling it z. The function takes on the arguments from, to and by which should be self-explanatory. The function mean() computes the arithmetic mean of its argument x. Since we pass the vector z as the argument x, the result is 3!
If you are not sure which arguments a function expects, you may consult the function’s documentation. Let’s say we are not sure how the arguments required for seq() work. We then type ?seq
in the console. By hitting return the documentation page for that function pops up in the lower right pane of RStudio. In there, the section Arguments holds the information we seek. On the bottom of almost every help page you find examples on how to use the corresponding functions. This is very helpful for beginners and we recommend to look out for those.
Of course, all of the commands presented above also work in interactive widgets throughout the book. You may try them below.
# Try some of commands presented above


I Angular and Angular is better with Angular CLI. Try putting this webpart in edit mode, and edit the text below.
{{description}}


Welcome
Projects
Contact Me
My name is Nick Schuy
I am a Web Dev/Programmer
These are my FreeCodeCamp projects
Tribute Page
Survey Page
Product Page
Technical Writing
Here's how you can reach me
Hope to work with you soon!
Github
LinkedIn
My Blog
Codepen
Email


mutato.js
Open the web console to see the output.
This example takes a piece of code, instruments it executes it, and prints the lines that were reached during exectuion.


Developer Documentation - General¶
Back end¶
WordNet Content Delivery Server¶
The WordNet content delivery server is implemented using XMLRPC protocol, which despite worries about its unsafety, is a good candidate due to its simplicity of implementation and usability. It being hosted on localhost mitigates the safety worries.
As specified in the installation chapter, there’s two modes to this server. It can either load and supply a pluricentric or a my wordnet type of installation. Upon launch of the server, it will call 3 loaders of its own, that load tab files, wordnet files and pair files. The difference between the modes are on the amount of wordnets it has to load and their locations, which are different from the pluricentric and my wordnet type of installations.
The structure in which the wordnet is stored is a dictionary with the following structure.
`language > pos > data & index > synset offset > whole line
.
language on the my wordnet installation is main for the main language and pivot for the pivot language.
This implementation could be improved by instead of storing a whole line, storing a dictionary for each offset with the relations present and with what offsets, names, and other info that is further used in searches.
For vrb files, the structure is the following:
language > vrb > verb OR number of sent/frame > line
.
For the tab files, it follows the following structure:
language code > pivot language synset offset > line
.
Other methods, such as get_index and get_data are implemented for the main script /search/views.py fetch information needed relevant to the users search.
For pair files, the structure follows the similar logic to the others above. Pair files provide a much better relation between languages, since its a relation between synsets and not lemmas.
language code > language synset offset > pivot language synset offset
.
Apache¶
Forthcoming
Django¶
Django is the framework chosen to power the interface. Since there’s a server to deliver wordnet content, any functionalities related to databases aren’t touched. There’s little need for an admin portal as well, so it’s up to other developers to implement one if there’s any need for them.
Views.py¶
Classes¶
Parser¶
Defines a class for parsers of lines. This is where the wordnet lines get converted to HTML formatted lines with all the relevant information such as names and glosses. All search functions other than translations will eventually call this class to format their lines or obtain information.
Search Routines¶
This class holds all the search routines that are needed for the browser to work.
Single search is used only in one special case, which is when you explore derivationally related forms and you wish to see, for a given result, what its synset looks like. In that case, single_search will be called to deliver just the one synset its looking for, not a lemma driven search.
full_search is the most commonly used method for post initial lemma driven searches. After the user searches for a lemma and its results appear on the screen, they may expand the relations menu, as explained in User Documentation, and through that navigate the various relations that the synset may have with others. That relation targeting is handled by full_search alone. It will take the synset and search, recursively, through the synsets that hold the type of relation targeted in the search. It is essentially going through the graph all the way to the bottom of each branch. In the end, an HTML list is built by constantly concatenating the information of each synset. There’s the notion of max_length and max_depth. Max_length is the maximum of local(synset) relations that can be displayed, and max_depth is the depth of the graph that you can get to. These can be equal to None if you don’t want to maximize the display of results, this is just a “safety” feature to avoid scraping of wordnets that may be unwanted by the holders. Throughout the search, information on what relations are present in each synset will be stored and sent over. This information will be stored in the javascript process to be faster in understanding what relations are present in each synset upon a relations menu expansion.
expand_search is just a work delegator, it identifies what the request wants and distributes it to the functions inside the search routines appropriate to the request.
sentence_frame_search searches for a certain verbs sentence frames. They may be specific or general frames.
normal_search follows a similar strategy to full_search, albeit being a iterative, 0 depth search. It will search for the lemma being searched for in the index file and then with the offsets now in hand, the data info will be retrieved and parsed to an html line to be delivered. The information regarding present relations are also sent over.
Renders¶
The class renders has the methods that render the webpage to the user, upon a visit.
Files¶
My WordNet¶
There is a slight difference between both versions of the browser in terms of where the wordnet files are stored. Both of them make use of langdata
folder to store other folders.
My WordNet uses main
folder to store the files for the language that you want to be browsable. pivot
folder stores the wordnet files for the language you’re using as a pivot for translations. ‘tab files’ stores the tab files necessary for translations.
Pluricentric¶
The pluricentric version uses wordnets
to store wordnet files. Inside that folder, more folders with the name of the languages that then store the files. Example: wordnets/English/*
.
Like My Wordnet, tab files
stores tab files.
Formats¶
This browser makes use of wordnets in Princeton Wordnet format. There is some tendency to use LMF format and XML format as well, which isn’t supported. However, we have included some scripts and documentation for LMF to Princeton conversion and XML to Princeton conversion.
Forthcoming documentation on conversion
Tab files¶
Forthcoming documentation on tab file problems on generation
Front End¶
language.js¶
Due to how little text menu oriented the interface is, instead of having dozens of repeated files, one for each language that the interface offers, we decided to use a javascript object structured file with all the text. This can be done differently by other developers who may take on this interface by having actual URLs that direct to different configurations.
The text is then loaded by language and by context. It can be a part of speech translation, or a part of the menu relating to semantic relations, etc.
index.js¶
The main as one would expect loads all the dependencies, event listeners of all sorts that are needed for the UI to work. If the user searches for a lemma, search is called which appends a box for the results to be displayed and issues a GET request, whose response is treated in formattedResults.
If the user wants to expand the related concepts menu, expand is called which will check what relations are present in that offset and display the possible searches. If the user then selects one of those relations, expandedSearch is called. This function checks if the search was already done in the past, which if that’s the case, it will hide the results (the user may not be interested in that result anymore and wants to keep his window clean of it), otherwise it will issue a GET request for the search. The result from that GET request then get treated by expandedSearchFormatter unless its a sentence frame, whose function sentenceFrameFormatter does the work for.


Our ceremony will now be in 2022. Details below.
We invite you to celebrate our wedding
A quirky software engineer, he’ll help you solve any tech problem and probably make you learn something along the way. I can’t wait to spend the rest of my days with him.
-Taylor
The sweetest, kindest goofball you'll ever meet.  I can't wait to spend the rest of my days with her.
-Alex
The wedding party and immediate family will attend a (maybe) socially distanced ceremony on the beach, followed by dinner. Specific details about covid protocols will be determined closer to the event.
I think the first time I noticed you was as I was struggling to put my bags in the overhead bin, and heard you trying to secretly laugh at me. Didn’t take long to win you over though, by the time the safety announcements started we were already being sushed by the flight attendant.
-Taylor
When you came to San Diego for the first time I was so nervous you wouldn't believe it. I was terrified the flight was a one-off, but within an hour we were getting along famously again. After half a dozen beers we ended up at Coin Op, where you absolutely stomped me at Pinball. That's when I knew I'd made the right choice.
-Alex
The first time I really met all of your friends was at the Halloween party. My costume was a bit of a disaster, but we had so much fun. I was nervous about meeting your friends, but by the end of the night the girls had me taking drunk selfies. When we got home that night you finally admitted you loved me, guess I passed the test.
-Taylor
Growing up, Hawaii was one of my fondest childhood memories. Exploring all the waterfalls, eating yummy food, and really just enjoying being in nature. I remember planning this amazing vacation, and thinking about our first week spent completely together. I think we grew closer that week, enjoying every minute we got to spend together. I think that’s when I realized I wanted the rest of my special moments to be with you.
-Taylor
I've been thinking about this moment since our first date in San Diego. Every time we're together I get more certain that you're the one for me. I remember thinking, that first time we went to the fair, that I'd never been this happy before.  So I gave you a small thing and asked you for forever, and you said yes.
-Alex
Please RSVP by March 31st, 2022


{% extends "layout.html" %} {% block page_title %} Support {% endblock %} {% block content %} {% include "../includes/phase_banner_beta.html" %} Back {% include "../includes/error-summary.html" %} Do you get help at work from a professional support worker? A professional support worker is someomeone who's job is to give you ongoing support to help you stay in work. Yes No Support worker name Address of company or organistion of your support worker Building number and street Town or city County (optional) Postcode {% include "../includes/help.html" %} {% endblock %}
A professional support worker is someomeone who's job is to give you ongoing support to help you stay in work.
Yes No
Address of company or organistion of your support worker


Posted on February 20, 2016
NoSQL
Originally referenced as "no SQL", it is now described as "Not Only SQL." That is because while the data model by NoSQL is of a distributed data across clusters of nodes, it still accepts the structured query language (SQL) commands. Now to understand its rise, we will first look at its history.
History
SQL's rose to be the preferred method of data modeling in the 80's and 90's due to the need of creating an efficient way of storing data, since data storage was an adjustable cost while computing power was viewed as a fixed cost. Relational databases were used due to its storage model of limiting duplicate copies of the data by storing duplicates in table of their own, and then making a connection to the original table (a relationship). That remained true during the intranet era, but during the dot com boom and technological advances in storage handling, technological entities realized that the relational database did not scale out effectively, but rather scaled up. Scaling up ment purchasing expensive new hardware and migrating the data, thus resulting in downtime and changing the economic burden from storage prohibitive to computational power prohibitive. As a result, the NoSQL movement began to address this problem.
SQL
Like stated above, SQL uses a schema, or structure, to place all of the data. Its focus is to reduce storage space and complains when redundant data is placed in the schema. Because of this, SQL databases were originally designed for use in a single computer, thus when the model is placed on a dristributed system, SQL does not function optimably and many of the benefits are lost.
NoSQL
On the other hand, NoSQL technology is built from the ground up to be distributed, and thus breaks the schema rules. The notion is that there is no schema, but rather an implied schema, where data redundancy is accepted and the work of obtaining a results from queries is produced from aggregating objects over nodes is key to its current success. The central idea behind distributed databases is that they treat data as objects and aggregate the results, with the most requested objects filtering to the top, thus when additional nodes come online to address any lag in the system, the aggregates can be distributed throughout.
The Solutions
Like stated above, NoSQL was the answer to the question of how to handle big data and scale out effectively. But their are different problems, and no one answer that fits all solution. Take a look at the CAP diagram below to see why.
NoSQL Objets
But what do they look like? And how do they differ from the SQL? Let's look at the figure below.
As we can see, SQL (left) will have challenges when the database is moved outside of a single unit, because the schema must be maintained in order for the model to function, but the NoSQL does not. The NoSQL's implicit schema is evident from the property names, thus a schema exists but not rigourously inforced.
Benefits of NoSQL
Aside from being able to distribute the database through multiple nodes (computers), we are also able to add additional properties at any point without breaking the database. In the example above, its a Document-based NoSQL database that stores the data in JSON objects; this allows us to simply add properties, but with SQL, you would have to update the entire table, and fill in the values that have no data.
Additionally, relational databases need a little more hands on when the data is special, like video and sound files, while NoSQL does not care what type of data is placed inside the object, it just handles objects.


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|
robot_interfaces
|
The RobotData class serves as a communication link between the back end and the front end. All data is stored there in time series.
There are two different implementations of RobotData
:
See the demos for implementations with both the single and the multi process RobotData.


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IN THE HIGH COURT OF JUDICATURE AT PATNA CRIMINAL MISCELLANEOUS No.6346 of 2019 Arising Out of PS. Case No.-243 Year-2018 Thana- BARUN District- Aurangabad ====================================================== 1. SAURABH KUMAR, S/o Ramesh choudhary, R/o village- New Diliyan, P.S - Dehri, Dist. Rohtas 2. Niraj Kumar, S/o Ranjeet Chaudhary, R/o village- Inglish, Son Nagar, P.S. Barun, Dist. Aurangabad ... ... Petitioners Versus 1. The State of Bihar 2. The Principal Secretary-cum-Commissioner, Dept. of Mines and Geology, Govt. of Bihar, Patna ... ... Opposite Parties ====================================================== Appearance : For the Petitioner/s : Mr.Ravindra Kumar For the Mines Dept. : Mr. Naresh Dikshit For the Opposite Party/s : Ms.Renu Kumari ====================================================== CORAM: HONOURABLE MR. JUSTICE VINOD KUMAR SINHA ORAL ORDER
3 01-04-2019 Petitioners seek bail in anticipation of their arrest in connection with Barun P.S. Case No. 243 of 2018, registered for the offences punishable under Sections 379, 411, 420, 34 of the Indian Penal Code, Sections 4/40 of the Bihar Mines and Minerals Concession Rules, 1972 and Section 15 of the Prevention of Pollution Act, 1986.
Allegation as per FIR is that when police raided the Balu Ghat in front of Sone river within the jurisdiction of Barun P.S. they found several tractors loaded with sand and seized those tractors.
Submission of learned counsel for the petitioners is Patna High Court CR. MISC. No.6346 of 2019(3) dt.01-04-2019 2/2 that petitioner No.1 is owner and petitioner No.2 is driver of the tractor and they have simply parked the tractor and they have falsely been implicated in this case.
Heard learned APP and learned counsel for the Mines Department. They have opposed the prayer for anticipatory bail of the petitioners.
Having heard both sides and in the facts and circumstances, let petitioners, above named, surrender within a period of six weeks from the receipt of this order and pray for regular bail, which shall be considered on its own merit, without being prejudiced by this order and, if possible, to be disposed of on the same day.
With the above observation, this application is disposed of.
(Vinod Kumar Sinha, J) spal/-
U T


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| Package | Description |
|---|---|
| org.fax4j.bridge.http |
Provides the API classes for a HTTP based web2fax bridge.
|
| org.fax4j.spi.hoiio |
Provides the hoiio based fax client SPI implementation.
|
| org.fax4j.spi.http |
Provides the HTTP based fax client SPI implementation.
|
| org.fax4j.spi.phaxio |
Provides the phaxio based fax client SPI implementation.
|
| Class and Description |
|---|
| HTTPRequest
Holds the HTTP request data used to send the fax data to the web server.
This class is not thread safe. |
| HTTPRequest.ContentPart
This class holds the content part data.
|
| Class and Description | ||||||||||||||||||||||||||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| AbstractMultiPart2JSONHTTPFaxClientSpi
This class provides common base for HTTP based SPIs which submit multi part HTTP request and expect a JSON output.
|
||||||||||||||||||||||||||
| HTTPClientConfiguration
This interface holds the HTTP client configuration.
Each HTTP client will have different configuration requirements and therefore this interface is just a flagging interface. |
||||||||||||||||||||||||||
| HTTPFaxClientSpi
This class implements the fax client service provider interface. This implementation will invoke the requests by sending HTTP requests to a web server that supports sending fax messages. The configuration of the fax4j framework is made up of 3 layers. The configuration is based on simple properties. Each layer overrides the lower layers by adding/changing the property values. The first layer is the internal fax4j.properties file located in the fax4j jar. This layer contains the preconfigured values for the fax4j framework and can be changed by updating these properties in the higher layers. The second layer is the external fax4j.properties file that is located on the classpath. This file is optional and provides the ability to override the internal configuration for the entire fax4j framework. The top most layer is the optional java.util.Properties object provided by the external classes when creating a new fax client. These properties enable to override the configuration of the lower 2 layers. SPI Status (Draft, Beta, Stable): Stable Below table describes the configuration values relevant for this class. Configuration:
|


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Scientists have been exploring the bacteria that lives in the navel in order to find a type of bacteria that can be used to fabricate a product that tastes like beef.


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crypto-api
/
net.corda.v5.crypto
/
PartialMerkleTree
/
PartialTree
/
IncludedLeaf
/
<init>
<init>
IncludedLeaf
(
hash
:
SecureHash
)