January 3, 4
- Quadrantids Meteor Shower. The Quadrantids is an above average shower with up to 40 meteors per hour at its peak. It is thought to be produced by dust grains left behind by an extinct comet known as 2003 EH1, which was discovered in 2003. The shower runs annually from January 1-5. It peaks this year on the night of the 3rd and morning of the 4th. The first quarter moon will set shortly after midnight, leaving fairly dark skies for what could be a good show. Best viewing will be from a dark location after midnight. Meteors will radiate from the constellation Bootes, but can appear anywhere in the sky.
January 10
- Full Moon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This phase occurs at 19:23 UTC. This full moon was known by early Native American tribes as the Wolf Moon because this was the time of year when hungry wolf packs howled outside their camps. This moon has also been know as the Old Moon and the Moon After Yule.
January 10
- Penumbral Lunar Eclipse. A penumbral lunar eclipse occurs when the Moon passes through the Earth's partial shadow, or penumbra. During this type of eclipse the Moon will darken slightly but not completely. The eclipse will be visible throughout most of Europe, Africa, Asia, the Indian Ocean, and Western Australia. (NASA Map and Eclipse Information)
January 24
- New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at 21:44 UTC. This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
February 9
- Full Moon, Supermoon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This phase occurs at 07:34 UTC. This full moon was known by early Native American tribes as the Full Snow Moon because the heaviest snows usually fell during this time of the year. Since hunting is difficult, this moon has also been known by some tribes as the Hunger Moon, since the harsh weather made hunting difficult. Is it also sometimes known as the Snow Moon. This is also the first of four supermoons for 2020. The Moon will be near its closest approach to the Earth and may look slightly larger and brighter than usual.
February 10
- Mercury at Greatest Eastern Elongation. The planet Mercury reaches greatest eastern elongation of 18.2 degrees from the Sun. This is the best time to view Mercury since it will be at its highest point above the horizon in the evening sky. Look for the planet low in the western sky just after sunset.
February 23
- New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at 15:33 UTC. This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
March 9
- Full Moon, Supermoon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This phase occurs at 17:48 UTC. This full moon was known by early Native American tribes as the Worm Moon because this was the time of year when the ground would begin to soften and the earthworms would reappear. This moon has also been known as the Crow Moon, the Crust Moon, the Sap Moon, and the Lenten Moon. This is also the second of four supermoons for 2020. The Moon will be near its closest approach to the Earth and may look slightly larger and brighter than usual.
March 20
- March Equinox. The March equinox occurs at 03:50 UTC. The Sun will shine directly on the equator and there will be nearly equal amounts of day and night throughout the world. This is also the first day of spring (vernal equinox) in the Northern Hemisphere and the first day of fall (autumnal equinox) in the Southern Hemisphere.
March 24
- New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at 09:29 UTC. This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
March 24
- Mercury at Greatest Western Elongation. The planet Mercury reaches greatest western elongation of 27.8 degrees from the Sun. This is the best time to view Mercury since it will be at its highest point above the horizon in the morning sky. Look for the planet low in the eastern sky just before sunrise.
March 24
- Venus at Greatest Eastern Elongation. The planet Venus reaches greatest eastern elongation of 46.1 degrees from the Sun. This is the best time to view Venus since it will be at its highest point above the horizon in the evening sky. Look for the bright planet in the western sky after sunset.
April 8
- Full Moon, Supermoon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This phase occurs at 02:35 UTC. This full moon was known by early Native American tribes as the Pink Moon because it marked the appearance of the moss pink, or wild ground phlox, which is one of the first spring flowers. This moon has also been known as the Sprouting Grass Moon, the Growing Moon, and the Egg Moon. Many coastal tribes called it the Fish Moon because this was the time that the shad swam upstream to spawn. This is also the third of four supermoons for 2020 and will be the closest and brightest full moon of the year. The Moon will be at its closest approach to the Earth and may look slightly larger and brighter than usual.
April 21, 22
- Lyrids Meteor Shower. The Lyrids is an average shower, usually producing about 20 meteors per hour at its peak. It is produced by dust particles left behind by comet C/1861 G1 Thatcher, which was discovered in 1861. The shower runs annually from April 16-25. It peaks this year on the night of the night of the 21st and morning of the 22nd. These meteors can sometimes produce bright dust trails that last for several seconds. The nearly new moon will ensure dark skies for what should be a good show this year. Best viewing will be from a dark location after midnight. Meteors will radiate from the constellation Lyra, but can appear anywhere in the sky.
April 23
- New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at 02:27 UTC. This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
May 4, 5
- Eta Aquarids Meteor Shower. The Eta Aquarids is an above average shower, capable of producing up to 60 meteors per hour at its peak. Most of the activity is seen in the Southern Hemisphere. In the Northern Hemisphere, the rate can reach about 30 meteors per hour. It is produced by dust particles left behind by comet Halley, which has been observed since ancient times. The shower runs annually from April 19 to May 28. It peaks this year on the night of 4th and morning of the 5th. The nearly full moon will be a problem this year, blocking out all but the brightest meteors. But if you are patient, you should still should be able to catch a few good ones. Best viewing will be from a dark location after midnight. Meteors will radiate from the constellation Aquarius, but can appear anywhere in the sky.
May 7
- Full Moon, Supermoon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This phase occurs at 10:45 UTC. This full moon was known by early Native American tribes as the Flower Moon because this was the time of year when spring flowers appeared in abundance. This moon has also been known as the Corn Planting Moon and the Milk Moon. This is also the last of four supermoons for 2020. The Moon will be near its closest approach to the Earth and may look slightly larger and brighter than usual.
May 22
- New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at 17:39 UTC. This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
May 23
- Comet Atlas. Newly discovered comet Atlas will make its closest approach to Earth at a distance of 72 million miles (116 million kilometers). In the months following this close approach, the comet is expected to brighten. All though comets are extremely difficult to forecast, some astronomers believe that comet Atlas could brighten to a magnitude of between + 1 and -5. This could potentially make it the second brightest object in the night sky besides the moon.
June 4
- Mercury at Greatest Eastern Elongation. The planet Mercury reaches greatest eastern elongation of 23.6 degrees from the Sun. This is the best time to view Mercury since it will be at its highest point above the horizon in the evening sky. Look for the planet low in the western sky just after sunset.
June 5
- Full Moon. The Moon will be located on the opposite side of the Earth as the Sun and its face will be will be fully illuminated. This phase occurs at 19:12 UTC. This full moon was known by early Native American tribes as the Strawberry Moon because it signaled the time of year to gather ripening fruit. It also coincides with the peak of the strawberry harvesting season. This moon has also been known as the Rose Moon and the Honey Moon.
June 5
- Penumbral Lunar Eclipse. A penumbral lunar eclipse occurs when the Moon passes through the Earth's partial shadow, or penumbra. During this type of eclipse the Moon will darken slightly but not completely. The eclipse will be visible throughout most of Europe, Africa, Asia, the Indian Ocean, and Australia.
(NASA Map and Eclipse Information)
June 21
- New Moon. The Moon will located on the same side of the Earth as the Sun and will not be visible in the night sky. This phase occurs at 06:42 UTC. This is the best time of the month to observe faint objects such as galaxies and star clusters because there is no moonlight to interfere.
June 21
- Annular Solar Eclipse. An annular solar eclipse occurs when the Moon is too far away from the Earth to completely cover the Sun. This results in a ring of light around the darkened Moon. The Sun's corona is not visible during an annular eclipse. The path of the eclipse will begin in central Africa and travel through Saudi Arabia, northern India, and southern China before ending in the Pacific Ocean. A partial eclipse will be visible throughout most of eastern Africa, the Middle East, and southern Asia. (NASA Map and Eclipse Information) (NASA Interactive Google Map)
June 20
- June Solstice. The June solstice occurs at 21:43 UTC. The North Pole of the earth will be tilted toward the Sun, which will have reached its northernmost position in the sky and will be directly over the Tropic of Cancer at 23.44 degrees north latitude. This is the first day of summer (summer solstice) in the Northern Hemisphere and the first day of winter (winter solstice) in the Southern Hemisphere.


{% extends "base.html" %} {% load i18n %} {{% block content %}
WebVirtMgr {% trans "created as a centralized tool for managing virtual machines through a web browser for personal use. This project is an alternative to virt-manager for the browser. The project is absolutely free and is developed in free time." %}


{% extends "layout.html" %} {% block page_title %} Learning tasks {% endblock %} {% block content %} {% include "../includes/phase_banner_beta.html" %} Back Are you able to learn basic everyday tasks? Are you able to learn basic everyday tasks? This can include: learning how to switch the lights on or off learning how to turn the tv on or switch channels learning how to brush your teeth Yes No Sometimes Why do you find it hard to do basic tasks? 1500 characters left {% include "../includes/help.html" %} {% endblock %} {% block body_end %} {% include "includes/scripts.html" %} {% endblock %}
This can include:


Home
About us
Contact
Match sound with picture - 1
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PAS max speed
Maximum speed that controller would reach when pedalling, when Pedal-Assisnace Sensor (PAS) is active.


This tutorial demonstrates using Google Analytics to track the usage of your extension. If you are developing a platform app, see Analytics for Apps since apps have different restrictions from extensions.
This tutorial expects that you have some familiarity writing extensions for Google Chrome. If you need information on how to write an extension, please read the Getting Started tutorial.
You will also need a Google Analytics account set up to track your extension. Note that when setting up the account, you can use any value in the Website's URL field, as your extension will not have an URL of its own.
The standard Google Analytics tracking code snippet fetches a file named
ga.js
from an SSL protected URL if the current page
was loaded using the https://
protocol. Chrome
extensions and applications may only use the SSL-protected version of
ga.js
. Loading ga.js
over insecure HTTP is
disallowed by Chrome's default Content
Security Policy. This, plus the fact that Chrome extensions are hosted
under the chrome-extension://
schema, requires a slight
modification to the usual tracking snippet to pull ga.js
directly
from https://ssl.google-analytics.com/ga.js
instead of the
default location.
Below is a modified snippet for the asynchronous tracking API (the modified line is bolded):
(function() { var ga = document.createElement('script'); ga.type = 'text/javascript'; ga.async = true; ga.src = 'https://ssl.google-analytics.com/ga.js'; var s = document.getElementsByTagName('script')[0]; s.parentNode.insertBefore(ga, s); })();
You'll also need to ensure that your extension has access to load the resource
by relaxing the default content security policy. The policy definition in your
manifest.json
might look like:
{ ..., "content_security_policy": "script-src 'self' https://ssl.google-analytics.com; object-src 'self'", ... }
Here is a popup page (popup.html
) which loads the asynchronous
tracking code via an external JavaScript file (popup.js
) and
tracks a single page view:
<!DOCTYPE html> <html> <head> ... <script src="popup.js"></script> </head> <body> ... </body> </html>
var _gaq = _gaq || []; _gaq.push(['_setAccount', 'UA-XXXXXXXX-X']); _gaq.push(['_trackPageview']); (function() { var ga = document.createElement('script'); ga.type = 'text/javascript'; ga.async = true; ga.src = 'https://ssl.google-analytics.com/ga.js'; var s = document.getElementsByTagName('script')[0]; s.parentNode.insertBefore(ga, s); })();
Keep in mind that the string UA-XXXXXXXX-X
should be replaced
with your own Google Analytics account number.
The _gaq.push(['_trackPageview']);
code will track a single
page view. This code may be used on any page in your extension. When
placed on a background page, it will register a view once per browser
session. When placed on a popup, it will register a view once every time
the popup is opened.
By looking at the page view data for each page in your extension, you can get an idea of how many times your users interact with your extension per browser session:
To ensure that tracking data from your extension is being sent to Google Analytics, you can inspect the pages of your extension in the Developer Tools window (see the debugging tutorial for more information). As the following figure shows, you should see requests for a file named __utm.gif if everything is set up correctly.
By configuring event tracking, you can determine which parts of your extension your users interact with the most. For example, if you have three buttons users may click:
<button id='button1'>Button 1</button> <button id='button2'>Button 2</button> <button id='button3'>Button 3</button>
Write a function that sends click events to Google Analytics:
function trackButton(e) { _gaq.push(['_trackEvent', e.target.id, 'clicked']); };
And use it as an event handler for each button's click:
var buttons = document.querySelectorAll('button'); for (var i = 0; i < buttons.length; i++) { buttons[i].addEventListener('click', trackButtonClick); }
The Google Analytics event tracking overview page will give you metrics regarding how many times each individual button is clicked:
By using this approach, you can see which parts of your extension are under-or-overutilized. This information can help guide decisions about UI redesigns or additional functionality to implement.
For more information about using event tracking, see the Google Analytics developer documentation.
A sample extension that uses these techniques is available in the Chromium source tree:
.../examples/tutorials/analytics/


|
SVPWM_P
1.0
control three phase inverter
|
This library lays a foundation for outputting sinusoidal PWM using the Space Vector algorithm, and it can be ported to nearly any device; this file includes function prototypes for SVPWM.c. More...
#include "micro_config.h"
Go to the source code of this file.
Functions | |
| void | timer_init (void) |
| initializes timer 1 More... | |
| void | timer_load (uint16 C0, uint16 C1, uint16 C2) |
| loads timer 1 compare registers with new values More... | |
| void | shutdown (void) |
| shuts down the timer and Phases output More... | |
| void | SVPWM (void) |
| calculates new compare register values More... | |
| uint8 | VF_control (uint8 Freq) |
| shuts down the timer and Phases output More... | |
This library lays a foundation for outputting sinusoidal PWM using the Space Vector algorithm, and it can be ported to nearly any device; this file includes function prototypes for SVPWM.c.
| void shutdown | ( | void | ) |
shuts down the timer and Phases output
| void SVPWM | ( | void | ) |
calculates new compare register values
| void timer_init | ( | void | ) |
initializes timer 1
| void timer_load | ( | uint16 | C0, |
| uint16 | C1, | ||
| uint16 | C2 | ||
| ) |
loads timer 1 compare registers with new values
| C0 | compare register A value. |
| C1 | compare register B value. |
| C2 | compare register C value. |
| uint8 VF_control | ( | uint8 | Freq | ) |
shuts down the timer and Phases output
| Freq | commutation frequency |


Good Day, With warm heart I offer my friendship, and my greetings, and I hope this letter meets you in good time. It will be surprising to you to receive this proposal from me since you do not know me personally. However, I am sincerely seeking your confidence in this transaction, which I propose with my free mind and as a person of integrity. My name is Mr.Mako Okere, the first son of Iko Okere,one of the most popular black farmer from Zimbabwe, murdered in the land dispute in my country. As led by my instict, I decided to contact you through email, after searching for contacts via the internet, as it is the only means I can contact anybody since I am cutting off ties with Zimbabwe for security and safety reasons. However,I apologize if this is not acceptable to you. The purpose of this letter is to seek your most needed assistance in a business venture. Due to the the land and political problems in Zimbabwe, as a result of President Robert Mugabe's introduction of new Land Act Reform wholly affecting the rich white farmers and the few rich black farmers, and his desire to hold on to power for life, my father forsaw the danger that came in Zimbabwe. Before he was murdered, he withdrew all of our business foreign accounts in dollars and sold up our shares in major companies. We then went to Johannesburg, South Africa to deposit the sum of US$14.5 million (Fourteen million, Five Hundred thousand US dollars), in a private security company. This money was deposited with this Private Security company for safety and security reasons, and was to be used for the purchase of land, new machines and chemicals establishment of new farms in Botswana and Swaziland. President Mugabe's support for the violent imbabwean war veterans and some lunatics in the society, led to the murder of my beloved father and other innocent lives. I was continually threatened to abandon my inheritance from my father after he was murdered. I resited for a while, but when the danger became unbearable, and I survived two murder attempts, I fled Zimbabwe to South Africa where I was arrested and detained for eight(8 good month)in jail.I fled south Africa for The Netherlands with the help of the present prison command chief officer in Charge(P.C.C.O) I am currently staying in the Netherlands where I am seeking political asylum. In fact my decision to come here to seek asylum, is because the security company from South Africa, has a branch here, and they have moved the deposit from their office in Johannesburg here. I need to transfer this money to an account and invest part of the money. Since the law of Netherlands prohibits a refugee (asylum seeker) to open any bank account or to be involved in any financial ransaction, this is why I am seeking a genuine and reliable partner, whose account this money can be transferred, ence this proposal to you.You have to understand that this decision taken by me entrusts my future and in your hands, as a result of the safe keeping of this money. If you accept to assist me, all I want you to do for me, is to assist with the arrangements to claim the deposit from the security company from their office here in The Netherlands, as it has now been transfered from Johannesburg, South Afri! ca to their branch here. The company will be legally informed of you representing me. For your assistance, I have two options for you. Firstly you can choose to have 10% of the money for your assistance, and helping me open an account for the money to be deposited here, or you can go into partnership with me for the proper profitable investment of the money in your country. Whichever the option you want, please to notify me in your reply. I have also set aside 1%($145,000,00) of this money for all kinds of expenses that come our way in the process of this transaction, and 4% ($580,000,00) for Charity donation. If you prefer to accept the 10% for assisting with opening an account, then 85%will be left in the account here for me. Please, I want you to maintain the absolute secrecy for the purpose of this transaction.I look forward to your reply and co-operation, and I thank you inadvance as I anticipate your co-operation. Thanks and God bless. Sincerely, Mako Okere


The prompts below will guide you through generating plot threads using the 7-point plot structure. The generated table is always available in the "Table of Plot Lines" tab above. Once you have generated all the plot lines, you can use the "Outline Generator" tab to order the various bits into a more complete outline.
You can press [ENTER] to submit, or [SHIFT]+[ENTER] to add a new line.
| Plot Point |
|---|
| Hook |
| Turning Point 1 |
| Pinch Point 1 |
| Midpoint |
| Pinch Point 2 |
| Turning Point 2 |
| Resolution |
| Edit |


The YAML files below have been created by 3GPP, and the master source can be found in the 3GPP site, as part of the official 3GPP Technical Specifications.
© 2019, 3GPP Organizational Partners (ARIB, ATIS, CCSA, ETSI, TSDSI, TTA, TTC). All rights reserved.
API version: March 2019
The links below will open the Swagger Editor and auto-load the OpenAPI YAML file of each Network Function (NF) API.
The "Parse" button, next to each API, executes a real time validation of the API and its dependencies by invoking the Swagger Parser validator.
Parse all APIsNOTE: These APIs are not part of the 5G Core Network; these APIs are exposed by the 4G SCEF to the SCS/AS


npm install discordtools
Discord Tools is a powerful, productive, efficient, easy-to-use Node.js module that allows you to interact with Discord API.
Coming Soon...


edu.unt.transportation.bustrackingsystem
Classes
ApplicationTest
BusTrackingSystem
LocationSharingService
NotificationReceiver
NotificationService
RouteAdapter
RouteAdapterTest
RouteListActivity
ScheduleFragment
SignInActivity
TrackerMapActivity
TrackerMapActivityTest


Participating in this study may change how you feel. You may find that you are walking more than normal and therefore you may feel more energized or more tired .
Participation in this study does not involve risks that are not known at this time. You will be told about any new information that might change your decision to be in this study.


Your payment forms will work on any mobile device, browser, or computer your payers use.
Payers never need to create an account or set a password, even for recurring plans.
Payers can check out with digital wallets such as Apple Pay, Google Pay, or Microsoft Pay.
Your checkout forms are optimized to load fast and to process cards quickly.
While credit and debit cards are the most popular method of payment, you can also allow your payers the option to check with ACH/e-checks. And, express checkouts with Apple Pay, Google Pay, and Microsoft Pay are enabled by default.
MoonClerk hosts all payments forms, regardless of where you're placing them. And, they work on any device.


Therese and Isabelle (1968) 118m
Don't let it worry you that this film draws sniggers from gay audiences who are used to a more up-front, in-your-face style of contemporary cinema. Radley Metzger's film of two girls who fall in love is one of his best efforts - more interesting than the dull CAMILLE 2000 and less 'arty' than THE LICKERISH QUARTET (which takes this film's commingling of past/present to extremes). It's also interesting to look back on now in light of the path that Metzger's career took - as the times became more permissive he eventually settled into making hardcore porn.
Therese (Anna Gael) visits the now-empty finishing school she attended as a young girl. Her travels around the grounds and through the dorms remind her of Isabelle (Barbara Laage), her only true friend there. The glances that Therese and Isabelle give each other suggest early on that they are attracted to each other romantically - eventually they will become lovers. Film has all the ingredients of prime exploitation - French schoolgirls, a sexually repressive atmosphere, forbidden love - yet vies for decorum. The scene in which the two girls rent a room for a chance to be alone is particularly well handled. Elegantly shot in widescreen black and white, and set in beautiful (natural and architectural) locations, THERESE AND ISABELLE is something of an oddity. Certainly there were few films of this type intended for legitimate theatrical distribution in the late 60s (it would be only a couple of years later that nudity and sex would suddenly run rampant in commercial cinema). The inclusion of scenes involving masturbation and oral sex are particularly daring - although Metzger would have fared better if he had left out the purple prose dubbed over them, as what reads erotically on the printed page doesn't always translate well on screen. As in CLAIRE'S KNEE, you may find the most erotic moment of this film one of the most simple: Isabelle recites a poem while Therese strokes her lightly with her fingertips. THERESE AND ISABELLE isn't a great movie, but it is much better than it could have been, and provides a useful addition to other more widely-discussed entries in cinema's ongoing 'Is it Art or Exploitation?' debate.
There isn't a lot of sexual/romantic chemistry between Gael and Laage (the casting of older actresses to play schoolgirls is almost a necessary flaw - Metzger would have been condemned if he'd used real teenagers) and consequently the ending of the film isn't as sad as it should be. I don't see that it hurts the story - as it is framed within Therese's reminiscences it is more appropriately wistful. This is part and parcel of the 'European' feel that Metzger was aiming for. It may be too demure or affected for modern audiences, but the type of contemporary gay cinema that assertively draws attention to sexuality isn't necessarily progressive - it's just reactionary. THERESE AND ISABELLE is not driven by sexual politics; it is simply a love story. The fact that the two lovers are female is inconsequential, for gay audiences or otherwise.
Get Your Private, Free Email at http://www.hotmail.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


--- title: Modules ---
Any software program on the host can send measurements directly to Fast Forward by formatting a message and sending it to the appropriate port.
Current dependency graph


Insert module.
MIT. See LICENSE for full details.
These are common commands that apply to all widgets that have them injected.
Insert text at an index.
| string text | The text to insert. |
| int charIndex | The index to insert the text. |
This widget to aid method chaining.
Append text to the end.
| string text | The text to insert. |
This widget to aid method chaining.
Insert text at the cursor position.
| string text | The text to insert. |
This widget to aid method chaining.


Documentation
Minimalist, fast framework for building GRPC services in Node JS
Get Started
Focused on simplicity and high performance
Fully covered by tests
Promise based, which means no callbacks
Written in ES6 for ES6
{{ content }}
{% include analytics.html %}


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XCLUSIVE Shopping brings you an Xclusive blog page that comes with different testimonials from those who have benefited from shopping here.
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Mortgage Calculator
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ZIP: 301 Title: Zcash Stratum Protocol Owners: Jack Grigg<EMAIL_ADDRESS>Credits: 5a1t Daira Emma Hopwood Marek Palatinus (slush) and colleagues Jelle Bourdeaud'hui (razakal) ocminer Status: Final Category: Standards / Ecosystem Created: 2016-09-23 License: MIT
The key words "MUST", "MUST NOT", "SHOULD", "MAY", and "RECOMMENDED" in this document are to be interpreted as described in RFC 2119. 1
This ZIP describes the Zcash variant of the Stratum protocol, used by miners to communicate with mining pool servers.
Many existing cryptocurrency miners and pools use the original Stratum protocol 4 5 for communication, in situations where the miner does not require any control over what they mine (for example, a miner connected to a local 6 node). However, the protocol is very specific to Bitcoin, in that it makes assumptions about the block header format, and the available nonce space 7. Zcash has made changes that invalidate these assumptions.
Having a formal specification for a Zcash-compatible Stratum-style mining protocol means that existing pool operators and miner authors can quickly and easily migrate their frameworks to the Zcash network, with no ambiguity about interoperability.
The Stratum protocol is an instance of 9. The miner is a JSON-RPC client, and the Stratum server is a JSON-RPC server. The miner starts a session by opening a standard TCP connection to the server, which is then used for two-way line-based communication:
All communication for a particular session happens through a single connection, which is kept open for the duration of the session. If the connection is broken or either party disconnects, the active session is ended. Servers MAY support session resuming; this is negotiated between the client and server during initial setup (see Session Resuming).
Each request or response is a JSON string, terminated by an ASCII LF character (denoted in the rest of this specification by \n
). The LF character MUST NOT appear elsewhere in a request or response. Client and server implementations MAY assume that once they read a LF character, the current message has been completely received.
Per 9, there is no requirement for the id
property in requests and responses to be unique; only that servers MUST set id
in their responses equal to that in the request they are responding to (or null
for notifications). However, it is RECOMMENDED that clients use unique ids for their requests, to simplify their response parsing.
In the protocol messages below, (content)
indicates that content
is optional. Variable names are indicated in EMPHASIS. All other characters are part of the protocol message.
The 9 specification allows for error objects in responses, but does not specify their format. The original Stratum protocol uses the following format for error responses 4:
{"id": ##, "result": null, "error": [ERROR_CODE, "ERROR_MESSAGE", TRACEBACK]}
\n
For compatibility, this format is retained. We therefore define an error object as an array:
[ERROR_CODE, "ERROR_MESSAGE", TRACEBACK]
ERROR_CODE
(int)Indicates the type of error that occurred.
The error codes are to be interpreted as described in 10. The following application error codes are defined:
ERROR_MESSAGE
(str)TRACEBACK
Additional information for debugging errors. The format is server-specific.
Miners MAY attempt to parse the field for displaying to the user, and SHOULD fall back to rendering it as a JSON string.
Servers MUST set this to null
if they have no additional information.
Miners SHOULD display a human-readable message to the user. This message can be derived from either ERROR_CODE
or ERROR_MESSAGE
, or both. An example of using ERROR_CODE
over ERROR_MESSAGE
might be that the miner UI offers localization.
mining.subscribe
to set up the session.mining.authorize
for their worker(s).mining.set_target
.mining.notify
with a new job.mining.submit
for each solution found.mining.notify
again when there is a new job.In Bitcoin, blocks contain two nonces: the 4-byte block header nonce, and an extra nonce in the coinbase transaction 7. The original Stratum protocol splits this extra nonce into two parts: one set by the server (used for splitting the search space amongst connected miners), and the other iterated by the miner 4. The nonce in Zcash's block header is 32 bytes long 2, and thus can serve both purposes simultaneously.
We define two nonce parts:
NONCE_1
len(NONCE_1) < 32
in bytes.NONCE_2
The miner MUST pick such that len(NONCE_2) = 32 - len(NONCE_1)
in bytes.
In hex, lenHex(NONCE_2) = 64 - lenHex(NONCE_1)
, and both lengths are even.
The nonce in the block header is the concatenation of NONCE_1
and NONCE_2
in hex. This means that a miner using bignum representations of nonce MUST increment by 1 << len(NONCE_1)
to avoid altering NONCE_1
(because the encoding of the nonce in the block header is little endian, in line with the other 32-byte fields 7 2).
Servers that support session resuming identify this by setting a SESSION_ID
in their initial response. Servers MAY set SESSION_ID
to null
to indicate that they do not support session resuming. Servers that do not set SESSION_ID
to null
MUST cache the following information:
NONCE_1
Servers MAY drop entries from the cache on their own schedule.
When a miner connects using a previous SESSION_ID
:
SESSION_ID
, the server's initial response MUST be constructed from the cached information.SESSION_ID
in the server's initial response MUST NOT equal the SESSION_ID
provided by the miner.Miners MUST re-authorize all workers upon resuming a session.
mining.subscribe()
Request:
{"id": 1, "method": "mining.subscribe", "params": ["MINER_USER_AGENT", "SESSION_ID", "CONNECT_HOST", CONNECT_PORT]}
\n
MINER_USER_AGENT
(str)A free-form string specifying the type and version of the mining software. Recommended syntax is the User Agent format used by Zcash nodes.
Example: MagicBean/1.0.0
SESSION_ID
(str)The id for a previous session that the miner wants to resume (e.g. after a temporary network disconnection) (see Session Resuming).
This MAY be null
indicating that the miner wants to start a new session.
CONNECT_HOST
(str)The host that the miner is connecting to (from the server URL).
Example: pool.example.com
CONNECT_PORT
(int)The port that the miner is connecting to (from the server URL).
Example: 3337
Response:
{"id": 1, "result": ["SESSION_ID", "NONCE_1"], "error": null}
\n
SESSION_ID
(str)NONCE_1
(hex)mining.set_target()
Server message:
{"id": null, "method": "mining.set_target", "params": ["TARGET"]}
\n
TARGET
(hex)The server target for the next received job and all subsequent jobs (until the next time this message is sent). The miner compares proposed block hashes with this target as a 256-bit big-endian integer, and valid blocks MUST NOT have hashes larger than (above) the current target (in accordance with the Zcash network consensus rules 3).
Miners SHOULD NOT submit work above this target. Miners SHOULD validate their solutions before submission (to avoid both unnecessary network traffic and wasted miner time).
Servers MUST NOT accept submissions above this target for jobs sent after this message. Servers MAY accept submissions above this target for jobs sent before this message, but MUST check them against the previous target.
When displaying the current target in the UI to users, miners MAY convert the target to an integer difficulty as used in Bitcoin miners. When doing so, miners SHOULD use powLimit
(as defined in src/chainparams.cpp
) as the basis for conversion.
mining.notify()
Server message:
{"id": null, "method": "mining.notify", "params": ["JOB_ID", "VERSION", "PREVHASH", "MERKLEROOT", "RESERVED", "TIME", "BITS", CLEAN_JOBS]}
\n
JOB_ID
(str)VERSION
(hex)The block header version, encoded as in a block header (little-endian int32_t
).
Used as a switch for subsequent parameters. At time of writing, the only defined block header version is 4. Miners SHOULD alert the user upon receiving jobs containing block header versions they do not know about or support, and MUST ignore such jobs.
Example: 04000000
The following parameters are only valid for VERSION == "04000000"
:
PREVHASH
(hex)MERKLEROOT
(hex)RESERVED
(hex)0000000000000000000000000000000000000000000000000000000000000000
).TIME
(hex)BITS
(hex)CLEAN_JOBS
(bool)mining.submit()
Request:
{"id": 4, "method": "mining.submit", "params": ["WORKER_NAME", "JOB_ID", "TIME", "NONCE_2", "EQUIHASH_SOLUTION"]}
\n
WORKER_NAME
(str)A previously-authenticated worker name.
Servers MUST NOT accept submissions from unauthenticated workers.
JOB_ID
(str)The id of the job this submission is for.
Miners MAY make multiple submissions for a single job id.
TIME
(hex)The block time used in the submission, encoded as in a block header.
MAY be enforced by the server to be unchanged.
NONCE_2
(hex)EQUIHASH_SOLUTION
(hex)Result:
{"id": 4, "result": ACCEPTED, "error": ERROR}
\n
ACCEPTED
(bool)true
if the submission was accepted. Per 9, it MUST be null
if there was an error.ERROR
(obj)An error object. Per 9, this MUST be null
if the submission was accepted without error.
If the submission was not accepted, the server MUST provide an error object describing the reason for not accepting the submission. See Error Objects for the object format.
client.reconnect()
Server message:
{"id": null, "method": "client.reconnect", "params": [("HOST", PORT, WAIT_TIME)]}
\n
HOST
(str)The host to reconnect to.
Example: pool.example.com
PORT
(int)The port to reconnect to.
Example: 3337
WAIT_TIME
(int)If client.reconnect
is sent with an empty parameter array, the miner SHOULD reconnect to the same host and port it is currently connected to.
mining.suggest_target()
Request (optional):
{"id": 3, "method": "mining.suggest_target", "params": ["TARGET"]}
\n
TARGET
(hex)The server SHOULD reply with mining.set_target
. The server MAY set the result id equal to the request id.
Why does mining.subscribe
include the host and port?
Host:
header in HTTP. Specifically, it enables virtual hosting, where virtual pools or private URLs might be used for DDoS protection, but that are aggregated on Stratum server backends. As with HTTP, the server CANNOT trust the host string.client.reconnect
method; both are extracted from the server URL that the miner is connecting to (e.g. stratum+tcp://pool.example.com:3337
).Why use the 256-bit target instead of a numerical difficulty?
powLimit
. This makes it harder to test miners and servers. A target can represent difficulties lower than the minimum.Does a 256-bit target waste bandwidth?
Why does mining.submit
include WORKER_NAME
?
WORKER_NAME
is only included here for statistical purposes (like monitoring performance and/or downtime). JOB_ID
is used for pairing server-stored jobs with submissions.Thanks to:
| 1 | RFC 2119: Key words for use in RFCs to Indicate Requirement Levels |
|---|
| 2 | Zcash Protocol Specification, Version 2020.1.15. Section 7.3: Block Headers |
|---|
| 3 | Zcash Protocol Specification, Version 2020.1.15. Section 7.6.2: Difficulty filter |
|---|
| 4 | Stratum Mining Protocol. Slush Pool |
|---|
| 5 | Stratum protocol documentation. Bitcoin Forum |
|---|
| 6 | P2Pool. Bitcoin Wiki |
|---|
| 7 | Block Headers - Bitcoin Developer Reference. |
|---|
| 8 | Variable length integer. Bitcoin Wiki |
|---|
| 9 | JSON-RPC 1.0 Specification (2005). |
|---|
| 10 | JSON-RPC 2.0 Specification. The JSON-RPC Working Group. |
|---|


This network graph represents all characters who show up together in Control Scenes, scenes where characters vie for, exert, or desire control. After we ran XQuery over the script to create a tab-separated list, we used the excellent data visualization software to analyze the network and sort the network.
The two main controlling characters are clearly Tetsuo and the Colonel as they appear together in Control Scenes the most.
The node sizes are based on Degree (# of times a character appears in a Control Scene), the colors (red for high blue for low) are based on Average Shortest Path Length (how many path steps you can take from them to reach any other node in the network), and the edge sizes and colors are based on "Edge Betweeness" (how central are they in the network) .
This bar chart shows how many times charactes imbued with "The Power" activate it on their own will. Tetsuo disregards the advice from the Espers and Kei not to use The Power too much or risk losing control of it. Akira, who only uses his power once, dramatically overwhelms all of the characters, since he has honed it to a degree far beyond the others.


ui-predicate
Finally a f*ck*n Predicates UI component for the Web.
An elegant user-interface component that allow a user to define :
- allow creating simple or complex rules
- filtering UI
- conditions
What is
(todo, put gifs here)
🌏 Browser Support
(todo)
🎨 Features
- Fully customizable targets, operators and logical types
- Fully customizable default behaviors
- Sub predicate group support (CompoundPredicate)
- Supports vue, react, angular, hyperHTML, implement your own.
High level packages
| Packages | description | badges |
|---|---|---|
| ui-predicate-vue | (complete) ui-predicate for VueJS | |
| ui-predicate-react | (not started) ui-predicate for React | |
| ui-predicate-angular | (not started) ui-predicate for Angular | |
| ui-predicate-hyperhtml | (not started) ui-predicate for HyperHTML |
Low-level packages
| Packages | description | badges |
|---|---|---|
| ui-predicate-core | low-level agnostic library |
Todo (will accept a PR for it)
- [ ] ui-predicate-core quality: eslint support
- [ ] ui-predicate-core build size: tree-shaking support
- [ ] ui-predicate-react
- [ ] ui-predicate-angular
- [ ] ui-predicate-hyperHTML
The story
UI-Predicate is the result of years of implementation from scratch of the same UI component, again and again and again.
It started in 2011, I had to build a filtering system for my first startup Bringr so our customers could build their own filters from our social media data stream, at that time the first version was in jQuery. Then I had to reimplement it in BackboneJS for Redsmin for the alerting part, then at iAdvize where I build the first version of their customer targeting engine and now at Ouest-France a french newspaper where I want to give this awesome power to our internal users so they can build their own filter above our knowledge graph.
Each time the front library was different, I think we should all build low-level, agnostic, libraries of our components and then build upon them adapters for major front library (e.g. React, Vue)... At least that's what I'm doing for ui-predicate 😋


This is the default page, please browse "
http://config.shrilab.com/files
" to listdown the configuration and automation files
OPS Team (
<EMAIL_ADDRESS>)


Network Corruption Help
Holodeck can set faults on the data being transmitted over the network. Holodeck
does this by corrupting the actual data being sent and received on all, or specific
ports.
Network Corruption Links
Network
Corruption Fault Wizard
Using
Random Corruption
Using
Find and Replace Corruption
Using
Regular Expression Corruption
Tips
To delete a network corruption test Right click the Network Corruption
Fault you would like to delete and select Delete Network Corruption
Fault.
Use Network Corruption to find bugs in corrupted packet handling code. Try using
different levels of corruption to find bugs deeper in the code base.


What is
the deal
with emojis?
(n_n)
smile
(._.)
uh…oh
(-_-)
sleepy
(;_;)
tears
(@_@)
confused
(*_*)
astonished
(x_x)
dead
(>_<)
ouch
(^_^)
happy
*(^_^)*
happier
👯♂
👯
♂
😂
🌮
🏳🌈
👩🚒
👨🏾🚀
💁♂
🚀
👋


We seek to improve and maintain optimal mental well-being of the society
Mental health education & awareness, workshops & training, medical support
To increase public awareness regarding the significance of mental health :
Mental health literacy is a related concept which is increasingly seen as an important measure of the awareness and knowledge of mental health disorders. Awareness and health literacy are two sides of the same coin.
Stigma and discrimination are negative consequences of ignorance and misinformation. There are a few studies which have measured mental health literacy in the Indian context.
One study found mental health literacy among adolescents to be very low, i.e. depression was identified by 29.04% and schizophrenia/psychosis was recognized only by 1.31%. Stigma was noted to be present in help-seeking.
To address the myths and misinformation reading mental illness in an effort to gain understanding, minimize stigma and improve attitudes about mental disorders :
Stigma is a consequence of misinformation and lack of understanding. Stigma associated with mental health issues remains to be one of the major barriers for seeking help. Education and awareness programs have been proven to be successful in reducing stigma. Hence, we aim to provide a multimodal approach in providing mental health awareness.
 Re-live India’s preventive interventions are based on modifying risk exposure and strengthening the coping mechanisms of the individual.
All of us have mental health just like our physical health and yet it remains a taboo subject that is susciptible to age-old stigmas, prejudices and fears.
This results in some people suffering from unidentified prolong mental illness. Hence, we wish to educate and spread awareness on the importance of mental health which would further encourage people to seek help at the right time.


{% extends '_layouts/layout_3-3.html' %} {% block page_title %}Confirmed Upload{serviceName}}{% endblock %} {% block pageTitle %}Confirmed Upload{% endblock %} {% block content %}
We will contact you in the next X days to discuss including your service on the Library.
Back to library Notes to project team {% endblock %} {% block footer %}{% endblock %}


Scroll down!
The images is out of view and is therefor not yet loaded. They will load as soon as they are in view.
These images has a width relative to the page width. Every image has multiple resolution source alternatives and the most suitable version is automatically loaded when page width is changed. More precisely, a version of the image with higher resolution is loaded when page width and thereby also the image width is enlarged.
Last images have a fixed size and is just used as a lazy image loader. No resolution alternatives are used. A usage scenario could be delayed loading of images or thumbnails in a large web page.
It is possible to obtain the image element created by a DynamicImage instance, for further image manipulation. Try clicking the rotated image.


Windows Management Instrumentation, WMI, is a very powerful tool when it comes to doing incident response or general investigations related to Windows events.
Per Microsoft…
Windows Management Instrumentation (WMI) is the infrastructure for management data and operations on Windows-based operating systems. You can write WMI scripts or applications to automate administrative tasks on remote computers but WMI also supplies management data to other parts of the operating system and products, for example System Center Operations Manager, formerly Microsoft Operations Manager (MOM), or Windows Remote Management (WinRM).
Setup
WMI commands are typically executed from a Windows machine, however there is a WMIC client for linux which works pretty well. I’m going to make an effort at porting the Windows WMI syntax to the Linux equivalent (and vice versa ) for those that prefer to execute incident response activities from that type of environment. Please note that there appears to be an issue, possible memory leak, with the WMIC client for Linux. For example, if you attempt to pull a large amount of data (think of historical event logs), the Linux WMIC client will crash and only produce partial information. If a large amount of data is being requested, it’s best to use a Windows machine.
Windows:
WMI should be installed by default on your updated Windows OS.
Linux:
Review the installation instructions located on Aldeid.com.
Please take into consideration that the credentials used for the following commands will need to have the appropriate administrative permissions to have successful execution.
Commands
The following commands are to be executed from within a bash shell or windows command prompt. In a following article, we’ll discuss how to create a Python script to automate this process.
For the Windows command, it’s assumed the user you are currently logged in as has the appropriate permissions to execute remote WMI commands.
Logged On User
Windows: wmic /node:(computer ip) path Win32_ComputerSystem
Linux: wmic -U (domain)\\(account) //(computer ip) "select * from Win32_computersystem"
Check Anti-Virus
Windows: wmic /node:(computer ip) /namespace:\\root\\SecurityCenter2 path AntiVirusProduct
Linux: wmic --namespace=root\\SecurityCenter2 -U (domain)\\(account) //(computer ip) "Select * from AntiVirusProduct"
Check For Running Processes
Windows: wmic /node:(computer ip) process get | findstr /I (executable name)
Linux: wmic --namespace=root\\SecurityCenter2 -U (domain)\\(account) //(computer ip) "Select * from AntiVirusProduct" | grep -i (executable name)
Installed Updates/Hotfixes
Windows: wmic qfe list full /format:htable > C:\hotfixes.htm
Linux: wmic -U (domain)\\(account) //(computer ip) 'Select * from win32_quickfixengineering'
NIC MAC Addresses
Windows: wmic /node:(computer ip) nic get MACAddress,Description,NetworkAddresses,Manufacturer
Linux: wmic -U (domain)\\(account) //(computer ip) "Select * from Win32_NetworkAdapterConfiguration"
MAC Times
Windows: wmic /node:(computer ip) path cim_datafile where "Drive='C'"
Linux: wmic -U (domain)\\(account) //(computer ip) "Select LastModified, LastAccessed, CreationDate, InstallDate, FileSize, FileType, Name from cim_datafile where Drive = 'C:'"
PC Restart Event Logs
Linux: wmic -U (domain)\\(account) //(computer_ip) "Select * from Win32_NTLogEvent where (EventCode='1074' or EventCode='6013') and TimeGenerated >='20150101000000.000000-000' and TimeGenerated <= '20150106000000.000000-000'"
Successful Login Event Logs
Linux: wmic -U (domain)\\(account) //(computer ip) "Select InsertionStrings from Win32_NTLogEvent where (EventCode='4624') and TimeGenerated >='20150101000000.000000-000' and TimeGenerated <= '20150106000000.000000-000'"
Remote PC Time
Linux: wmic -U (domain)\\(account) //(computer ip) "Select hour,minute,second from win32_localtime"
List Local Accounts
Linux: wmic -U (domain)\\(account) //(computer ip) "select * from Win32_UserAccount Where LocalAccount=True"
List Local Groups/Users
Linux: wmic -U (domain)\\(account) //(computer ip) "select * from Win32_GroupUser"
Operating System Details including Hostname
Linux: wmic -U (domain)\\(account) //(computer ip) "Select * from Win32_OperatingSystem"
View Installed Programs
Windows: wmic /node:(computer ip) product get /format:csv > C:\output.csv
Execute Remote Commands
Windows: wmic /node:(computer ip) process call create "netstat.exe -ano > C:\output.txt"


General Security Considerations
DAF transactions often make use of patient-specific information which could be exploited by malicious actors resulting in exposure of patient data. For this reason, all DAF transactions must be secured appropriately with access to limited authorized individuals, data protected in transit, and appropriate audit measures taken.
Implementers should be aware of the security considerations associated with FHIR transactions,
particularly those related to:
For the purposes of DAF, security conformance requirements are as follows:
- Systems SHALL establish a risk analysis and management regime that conforms with HIPAA security regulatory requirements. In addition US Federal systems SHOULD conform with the risk management and mitigation requirements defined in NIST 800 series documents. This SHOULD include security category assignment in accordance with NIST 800-60 vol. 2 Appendix D.14. The coordination of risk management and the related security and privacy controls – policies, administrative practices, and technical controls – SHALL be defined in the Business Associate Agreements.
- Systems SHALL reference a single time source to establish a common time base for security auditing, as well as clinical data records, among computing systems. The selected time service SHOULD be documented in the Business Associate Agreements.
- Systems SHALL use the AuditEvent resource to capture audit logs of the various transactions. Systems SHOULD capture as many AuditEvent resource data elements as appropriate based on local policies. The following events SHOULD trigger an audit event:
- Every successful and unsuccessful Resource Request (GET, READ, vREAD etc.)and corresponding Response.
- Every Authentication and Authorization request
- Security decisions related to consent, digital signatures, data release and security labelling of returned resources
- Systems SHALL use TLS version 1.0 or higher for all transmissions not taking place over a secure network connection.
(Using TLS even within a secured network environment is still encouraged to provide defense in depth.) US Federal systems SHOULD conform with FIPS PUB 140-2.
- Systems SHALL conform to FHIR Communications requirements.
- For Authentication and Authorization, Systems SHALL use the Smart On FHIR OAuth2 profiles. NOTE: The Smart On FHIR specifications include the required OAuth2 scopes for enabling security decisions.
- Systems SHOULD implement requirements from FHIR Security Labels to provide information on the type and sensitivity of data.
- Systems SHALL implement consent requirements per their state, local, and institutional policies. The Business Associate Agreements SHOULD document systems mutual consent requirements. DAF actors SHALL ensure that any necessary consent records exist and are reviewed prior to each exchange of patient-identifiable healthcare information. This verification should be logged in the same manner as other transactions, as discussed above under General Security Considerations.
- Systems SHOULD track the provenance meta data of a resource usingFHIR Provenance resource and associated requirements.
- Systems SHOULD implement the FHIR Digital Signatures and provide feedback on it's appropriateness for DAF transactions.
- Systems MAY protect the confidentiality of data at rest via encryption and associated access controls. The policies and methods used are outside the scope of this specification.
[%file newfooter%]


Real Time Bus Tracker
The project goal was to use MBTA bus data to show the stops between Harvard and MIT using mapbox, which allows the creation and display of maps on a web page.
Github Link
PacMan
The goal of the project was to begin working with the DOM. The program allows the user to dictate the number of pacmen that will apear and interact with the boundries of the window by bouncing off of them.
Github Link
Eyes


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* Where I discover new recipes, like cold rice noodles: Smitten Kitchen
today’s Very Short List:
food 14 Jun 2013
Karyn Campbell is a writer, designer, and investor at Collaborative Fund
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* Where I discover new restaurants when I’m on the go, like Aska: Eater
* Where I discover interviews with people behind the food scene, like this one with Photographer Todd Selby: The New Potato
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--- layout: page title: FreeRADIUS 'man' pages subtitle: Documentation from the server subpage: true navorder: 200 hero: documentation subnav: - text: Programs link: '/radiusd/man/#programs' - text: Configuration Files link: '/radiusd/man/#files' - text: Modules link: '/radiusd/man/#modules' ---
The information in this file overrides any information provided in the deprecated clients and naslist files.
The file format is the same as that used for radiusd.conf. See radiusd.conf(5) for more details.
Each RADIUS client entry has the following basic form:
client <short-name> { <attribute> = <value> }
Clients have many configuration parameters. Most are documented in the file itself as comments. This page documents only the format of the file. Please read the clients.conf file itself for more information.
The old-style format from 1.x is still accepted by the server, but that form is deprecated.


This is a gray panel.
This is a red panel.
This is a blue panel.
This is a gray panel.
This is a green panel.
This is a gray panel.
This is a purple panel.
This is a gray panel.


There are two main pages of documentation: Lua, and Client IPC. For now, it’s fine to keep them as one page though they might grow and require to be split up with an index. There should be a unifying page, linked from the Home Page, that describes the function of both the documents and of the two features, with links to their documentation.
There should be a short description/summary at the top of the documentation describing vocabulary and other information necessary to understand the document/how to use the functions.
Both will follow the same format: There are categories that contain either values to set (Lua) or functions to call (D-Bus). E.g, here is an example of both:
Terminal - The program that is ran when executing the launch_terminal command.
CloseView(view_id: String) - Closes the view associated with the id. If the view_id is invalid, then an error is returned. An invalid id is one that is not associated with a container, or one that is not associated with a View.
For the D-Bus commands, eventually they will need to be annotated with permissions. E.g, the CloseView command will need the “ClosePrograms” permission or something to that effect. For now, that should not be present because it is unknown at what level we will have them at (function, or category).
Though it is not necessary, it might help to have a link from command to its place of definition in the source.
I can fill in the content (e.g the documentation including the source links), but the styling/format is otherwise up to you. I suggest this as a way to format the documentation, but feel free to either try something else if you think it would work or to play around with how it is structured.


Font Smoothing
Selecting font smoothing style:
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Controller : a = {{a}}, b = {{b}}, p = {{p}}, p = {{q}}
Directive:1 Instance:1
Directive:1 Instance:2
Directive:1 Instance:2
Directive:2 Instance :1
Directive:3 Instance using controller :1
Directive:4 Instance using link :1


pev(1) Qualcomm Atheros Open Powerline Toolkit pev(1) NAME pev - Qualcomm Atheros Plug-in Electric Vehicle Emulator SYNOPSIS pev [options] DESCRIPTION Emulate the PEV part of the HomePlug AV Signal Level Attentuation Characterization (SLAC) protocol where a PEV is a "Plug-in Electric Vehicle" and an EVSE is an "Electric Vehicle Supply Equipment" or charging station. This program will remain active until it detects and connects to an available EVSE-HLE on the powerline network. Once connected, it charges a virtual vehicle for about 10 seconds then disconnects and terminates. See the HomePlug Green PHY Specification Release Version 1.1 for more information on this protocol. Signal Level Attenuation Characterization (SLAC) enables a station to measure the signal level of its transmission at other stations in the network. It is designed for automotive applications where there are multiple plug-in vehicle (PEVs) and electric vehicle supply equipment (EVSE) on the network. The PEV signal level is measured at multiple EVSEs to determine which EVSE the PEV is actually plugged into. The process leading to this determination is called "Green PHY PEV-EVSE Association" (GreenPPEA). This program is part of the Qualcomm Atheros Powerline Toolkit. See the plc man page for an overview and installation instructions. OPTIONS -c Print the PEV-HLE configuration profile on stdout. The configuration profile specifies program defaults in a for‐ mat that you, as a user, can edit and save. Use options -p and -s to read named profiles and sections. -d Print the contents of the PEV-HLE session variable on stdout. The session variable is an program data structure that stores information passed between the PEV-HLE and EVSE-HLE during SLAC association. This option is used to inspect and veriify information relevant to the process. If the program was compiled with variable SLAC_DEBUG defined then this option also prints MME message fields before messages are sent or after they are received. Interested parties can follow along in the source code. -i Select the host Ethernet interface. All requests are sent via this host interface and only reponses received via this host interface are recognized. The default interface is eth1 because most people use eth0 as their principle network connection; however, if environment string "PLC" is defined then it takes precedence over the default interface. This option then takes precedence over either default. -p profile The PEV-HLE configuration profile name. The program will supply default values for missing profile elements. See the example profile shown below. The default profile name is "pev.ini". -q Enter quiet mode. Progress messages are suppressed. -s section The configuration profile section name. The program will supply default values for missing configuration profile elements. See the example profile shown below. The default section name is "default". -v Enter verbose mode. All Etherenet frames sent or received by the program are displayed on stdout. -?, --help Print program help summary on stdout. This option takes precedence over other options on the command line. -!, --version Print program version information on stdout. This option takes precedence over other options on the command line. Use this option when sending screen dumps to Atheros Technical Support so that they know exactly which version of the Linux Toolkit you are using. PROFILES The default configuration profile for this program is "pev.ini". The default profile section is "default". Users may create addition profiles and reference them with option -p or add additional sections to an existing profiles and refer‐ ence them with option -s. Attenuation Theshold The average attenuation above which the PEV will not connect to an EVSE. The default value is 10db. MSound Pause The time in milliseconds between each MSound sent by the PEV-HLE to the EVSE-HLE. Sending MSounds too frequently overloads the EVSE-PLC. Sending them too infrequently wastes time. This value is derived and does not appear in the HPGP specification. The default pause is 10 milliseconds. Vehicle Identifier Vehicle identification. The 17-byte Vehicle Identification Number to be placed in CM_MNBC_SOUND.IND.SenderID. This value is not used but is can be changed here so that the field is easy to spot within network message traces. Network Membership Key The 16-byte Network Memberhip Key (NMK) for the PEV-PLC device. This program uses CM_SET_KEY to sets the PEV-PLC NMK to this value after disconnecting. The default value is the key for Network Password "HomePlugAV". Network Identifier The 7-byte Network Identifier (NID) for the PEV-PLC device. This program uses CM_SET_KEY to sets the PEV-PLC NID to this value after disconnecting. The default value is the same as that for Network Password "HomePlugAV". REFERENCES See the Qualcomm Atheros AR7420, QCA6410 IEEE 1901, HomePlug AV and QCA7000 HomePlug Green PHY PLC Chipset Programmer''s Guide or the HomePlug Green PHY Specification Release Version 1.1 for more information on this protocol. EXAMPLES The following example starts a PEV session on interface eth0 and wait up to 2000 milliseconds (or 2 seconds) for the EVSE to respond during any given exchange. # pev -ieth0 -w2000 The default PEV-HLE configuration profile, "pev.ini", looks something like this but it can be changed using a normal text editor. Use option -P to produce a template profile, if one is needed. # file: pev.ini # ==================================================================== # PEV-HLE initialization; # -------------------------------------------------------------------- [default] attenuation threshold = 10 msound pause = 10 vehicle identifier = AAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAAA network membership key = 50D3E4933F855B7040784DF815AA8DB7 network identifier = B0F2E695666B03 SEE ALSO plc(1), evse(1) CREDITS Charles Maier<EMAIL_ADDRESS>open-plc-utils-0.0.3 Mar 2014 pev(1)


Something Navy Is Hiring a Ghostwriter
Arielle Charnas' brand has a number of postings live on LinkedIn.
by Alexa TietjenSomething Navy, the online platform created by influencer Arielle Charnas, is in the market for a ghost writer.
The 10-year-old brand has posted a number of job listings on its LinkedIn page, including ones for an art director, associate vice president of content operations, director of growth and CRM, and a UI UX designer. Most interesting, though, is the fact that Charnas is hiring a freelance ghost writer.
“You will create all written content for the web site, from long-form articles to Instagram stories,” reads Something Navy’s ghost writer job description, posted four days ago. “You will be writing articles based on topics like health + wellness, living, entertainment, news, work & motherhood, fashion and beauty. This person will help shape and guide how Something Navy and its impact can grow into those spaces, delivering on those promises with fresh content, tools and discussion every day and creating great context and articles.”
Ghost writing is a common practice in the fashion and beauty industries, though it’s rare to see an influencer, whose brand is predicated on maintaining a transparent and genuine relationship with her followers, searching for a ghost writer on a public platform.
A member of the Something Navy team did not immediately respond to request for comment.
“Something Navy searches for talented, goal-oriented professionals who live and breathe the brand and thrive in a flexible and changing work environment and can adapt to anything,” the job description continues. “Our team of innovators have enabled us to continue to grow and expand. We encourage an entrepreneurial spirit while empowering our employees to be independent and creative in whatever they do to achieve success.”
More from WWD.com:
Pete Nordstrom Calls Something Navy ‘Most Successful’ Launch
Something Navy Crashes Site, Beats Expectations at Nordstrom
40 of Tomorrow: Something Navy’s Arielle Charnas


Class HashTable
Defined in: DataStructures.js.
| Constructor Attributes | Constructor Name and Description |
|---|---|
|
HashTable(size)
Class for managing an hash table.
|
| Field Attributes | Field Name and Description |
|---|---|
|
The items stored in the hash table.
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The number of keys stored in the hash table.
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|
The size of the table
|
| Method Attributes | Method Name and Description |
|---|---|
|
clear()
Removes all the keys and the items stored in the hash table.
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clone()
Clones the hash table into a new hash table.
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containsKey(key, callback)
Checks if the hash table contains a key that satisfy the condition represented by
the callback function.
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deleteAllKey(key)
Deletes all the items relative to the key value.
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deleteKey(key)
Deletes the first item relatives to the key value.
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execute(callback)
Executes the callback function for each item of the hash table.
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filter(callback)
Returns the items that satisfy the condition determined by the callback.
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getItems()
Returns the items stored in the hash table.
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getKeys()
Returns the keys stored in the hash table.
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Returns the number of keys stored in the hash table.
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getSize()
Returns the size of the hash table.
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hash(key)
Calculate the hash of the param key.
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insert(key, item)
Stores the item with its key.
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isEmpty()
Checks if the hash table is empty.
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search(key)
Searches the item relative to the key value.
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searchAll(key)
Searches all the items relative to the key value.
|
Class Detail
HashTable(size)
Class for managing an hash table.
- Parameters:
- size
- {number} The size of the table.
Field Detail
items
The items stored in the hash table.
keyLength
The number of keys stored in the hash table.
size
The size of the table
Method Detail
{void}
clear()
Removes all the keys and the items stored in the hash table.
- Returns:
- {void}
{HashTable}
clone()
Clones the hash table into a new hash table.
- Returns:
- {HashTable} The hash table cloned from this hash table.
{boolean}
containsKey(key, callback)
Checks if the hash table contains a key that satisfy the condition represented by the callback function.
- Parameters:
- key
- {number} The key to find.
- callback Optional, Default: function(k){return(k===key);}
- The condition to satisfy. The callback must accept the current key to check.
- Returns:
- {boolean} True if the hash table contains the key that satisfy the condition, false otherwise.
{void}
deleteAllKey(key)
Deletes all the items relative to the key value.
- Parameters:
- key
- {number} The key to delete.
- Returns:
- {void}
{void}
deleteKey(key)
Deletes the first item relatives to the key value.
- Parameters:
- key
- {number} The key to delete.
- Returns:
- {void}
{void}
execute(callback)
Executes the callback function for each item of the hash table.
This method modifies the hash table so if you don't need to modify it you must return the same item stored.
- Parameters:
- callback
- {function} The function to execute for each item. The function must accept the current item on which execute the function.
- Returns:
- {void}
{Array<*>}
filter(callback)
Returns the items that satisfy the condition determined by the callback.
- Parameters:
- callback
- {function} The function that implements the condition.
- Returns:
- {Array<*>} The array that contains the items that satisfy the condition.
{Array<*>}
getItems()
Returns the items stored in the hash table.
- Returns:
- {Array<*>} The items stored in the table.
{Array}
getKeys()
Returns the keys stored in the hash table.
- Returns:
- {Array
} The keys stored in the table.
{number}
getNumberOfKeys()
Returns the number of keys stored in the hash table.
- Returns:
- {number} The number of keys stored.
{number}
getSize()
Returns the size of the hash table.
- Returns:
- {number} The size of the hash table.
{number}
hash(key)
Calculate the hash of the param key.
- Parameters:
- key
- {number} The key to hash.
- Returns:
- {number} The hash of the key.
insert(key, item)
Stores the item with its key.
- Parameters:
- key
- {number} The key relatives to the item.
- item
- {*} The item to store.
{boolean}
isEmpty()
Checks if the hash table is empty.
- Returns:
- {boolean} True if the hash table is empty, false otherwise.
{*|undefined}
search(key)
Searches the item relative to the key value.
- Parameters:
- key
- {number} The key of the item to search.
- Returns:
- {*|undefined} The item found or undefined if the key does not exist.
{Array.<*>}
searchAll(key)
Searches all the items relative to the key value.
- Parameters:
- key
- {number} The key of the items to search.
- Returns:
- {Array.<*>} An array with the items found.


NestedObjectHelper()
Helper utility to simplify working with nested objects.
- Source:
Methods
-
(static) flattenObjectKeys(object) → {Array}
-
Crawls an object and returns a flattened set of all attributes using dot notation. This converts an Object like: {foo: {bar: true}, baz: true} Into an Array like ['foo', 'foo.bar', 'baz']
Parameters:
Name Type Description object
Object Object to be flattened
- Source:
Returns:
Array of flattened keys (perhaps containing dot notation)
- Type
- Array
-
(static) readAttribute(object, attribute) → {Object}
-
Returns the value defined by the specified attribute. This function guards against dot notation for nested references (ex. 'foo.bar').
Parameters:
Name Type Description object
Object Object ot be read
attribute
String Attribute (or dot-notation path) to read
- Source:
Returns:
Value defined at the specified key
- Type
- Object
-
(static) writeAttribute(object, attribute, value)
-
Writes the specified value to the specified attribute. This function guards against dot notation for nested references (ex. 'foo.bar').
Parameters:
Name Type Description object
Object Object ot be updated
attribute
String Attribute (or dot-notation path) to update
value
Object Value to be written
- Source:


KIKUJIRO A film review by Steve Rhodes Copyright 2000 Steve Rhodes RATING (0 TO ****): **
Takeshi Kitano, famous for his Dirty Harry style parts in Japanese crime dramas such as FIREWORKS, tries a change of pace in the corny comedy KIKUJIRO, in which he stars, directs, writes and edits. (His traditionally violent character, however, seems just below the surface.
Like a B-movie for kids, the comedy never got a laugh from this critic, but it was certainly cheesy enough for my audience, filled with high school students. They laughed loudly, especially at its shamelessly slapstick concluding segment.
Essentially a road picture, KIKUJIRO is divided into chapters introduced by cutesy, moving postcards with titles such as "Mister Played with Me." The story concerns a sad and lonely, latchkey 9-year-old, Masao (Yusuke Sekiguchi), who lives with his working grandmother.  Masao, who rarely smiles or talks, wants to find his mother. His older friend, Kikujiro Takeda (Takeshi Kitano), decides to take him to locate his mother. They hitch a series of rides, most of which end up dumping them along the highway in the middle of nowhere.
Along the way, Kikujiro mugs constantly, trying to get a laugh out of the boy and us. In order to stop a car to catch a ride, Kikujiro makes like a blind man who just failed a suicide attempt by overdosing on caffeine. As he bounces into objects, and they into him, he finally gets a car to stop. When he forgets that he can't see -- one of the film's many recycled jokes -- the truck driver leaves them stranded.
Continuing in the replay of old comedy routines, Kikujiro tries without success to juggle three oranges. Guess what? He can keep two going. Funny, huh?
The one complete satisfying part of the production is Jô Hisaishi's music. Playfully happy, it suggests a more light-hearted and better movie than KIKUJIRO.
The movie's most troubling scene concerns an incidence of pedophilia. An old man in a dark park lures Masao into the bushes in order to have oral sex with him.  The entire episode, even if the movie tries to make it humorous, has no business being there. I found this scene sickening and in bad taste. In contrast, the rest of the film had the taste of leftover food, badly in need of some fresh seasoning,
KIKUJIRO runs 1:56. The film is in Japanese with English subtitles. It is rated PG-13 for a threatening incident and would be acceptable for older teenagers.
Email<EMAIL_ADDRESS>Web: http://www.InternetReviews.com
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


Manage Company
Home > Manage Company
Company {{ company.name }}
Name
: {{ company.name }}
Registration No
: {{ company.registration_no }}
Category
: {{ company.category }}
Phone
: {{ company.phone }}
Email
: {{ company.email }}
Street Name
: {{ company.address.street_name }}
Block No
: {{ company.address.block_no }}
Postal Code
: {{ company.address.postal_code }}
Country
: {{ company.address.country }}
Coordinates
: {{c}}
Type
: {{ company.address.type }}
Full Address
: {{ company.address.full_address }}
Description
: {{ company.description }}
Company Logo
: {{ company.company_logo[0] }}
Chief
: {{ company.chief }}
Employee
: {{e}}
Active
: Yes
: No
Activate company {{ company.name }}
Are you sure want to activate company {{ company.name }}
Deactive company {{ company.name }}
Are you sure want to deactivate company {{ company.name }}


Clicking the "Setup" button will help you pick a base folder and will create the files "RevokeSample.txt" and "RevokeTarget.txt" in it. It will also create the folders "RevokeSample" and "RevokeTarget" at the same location.
Clicking the "Protect file" button will protect the "RevokeSample.txt" file using the provided Enterprise ID.
Clicking the "Protect folder" button will protect the "RevokeSample" folder using the provided Enterprise ID.
The protection status of the item will be displayed in the output section accordingly.
Please enter the Enterprise ID that you want to use for protection:
Enterprise ID:


Adding new items to each list(Backlogs,In Progress and Done) can be done by clicking the '+' icon on each boxes and a new item with a default data will be added to where you click that icon.
Hovering on each items will show two icons with options for 'Edit' (pen icon) and 'Delete' (the x icon), clicking the 'Edit' will show a modal box of that specific item contents with the option to change the box color and modify the text. Upon clicking the 'Delete' it will be transfered to the 'Trash Box' at the bottom.
All items can be reordered, dragged or moved to other boxes it will show an indicator(gray box color) while dragging it, to show where to drop it.
All 'Clear All' when clicked will transfer its content to the 'Trash Box' except for that link at the 'Trash Box' clicking that will delete all the contents in the 'Trash Box'
The 'Trash Box' contents can still be drag to the other boxes, clicking the 'x' icon of each items in the 'Trash Box' will permanently delete it same also with the 'Clear All'.


Hello, I am timey!
Find me on GitHub
Chat with me using Telegram
Check my build status
Check my test coverage


Animation can be fun! Especially when you use CSS to do it. In this we will interpret The Proclaimers Hit song, "I'm Gonna Be". It may seem corny at first, but I dare you to not mentally sing this song in your head.
Let's get started!


Change filter settings
Date
Creator Username
Creator User Email
Creator Full Name
Created Username
Created User Email
Created Full Name
Authorities


Spam Free
Official Liker is spam free. You will never see any spam on your timeline. Our Tool have 100% spam free auto
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We provide awesome feature for better result. We want to make happy every face who visits our auto liker. That's why our site is the world best facebook page liker.
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As you all know Facebook's Parse developer platform has been shut down as mentioned on Techcrunch.
We want to inform you that here at Syncano we are currently working on a solution for hosting your Parse backend. If you are eager to know more about this, sign up and we will let you know once launched (...in the near future).
Best regards,
The Syncano Team


Here's how to iterate through an array
array.each_index do |index| {
puts index
}
Here's how to define a method
def method()
code goes here
end
Here's how to create and access a hash
hash = {"one" => 1, "two" => 2}
hash["one"] => 1
Here's how to create and access an array
array = [1,2,3,4,5]
array[2] => 3
HTML5 Boiler Plate:
<!DOCTYPE html>
<html>
<head>
<title>Title</title>
<meta charset="UTF-8">
<link rel="stylesheet" type="text/css" href="stylesheet.css">
</head>
<body>
<header>
</header>
<footer>
</footer>
</body>
Here's how to set properties
object{
property: value;
}
Here's how to set properties for classes and id's
#id{
property: value;
}
.class{
property: value;
}
Here are some common css common properties
color => font color
font-family => font
background-color => background color
height => height of object
width => width of object
text-align => aligns text
font-size => sets font size
margin-left/right/top/bottom => sets the margin for the appropriate side
border => allows you to set the stle, size, and color of the border
Here's how to iterate through an array
var array = ["name", "age", "email"];
for (i = 0; i < array.length-1; i++){
console.log(array[i]);
}
Here's how to create a function
function name(){}
OR
var x = function(){}
Here's how to create an empty object
var x = {}
Here's how to create an object with properties
var x = {
name: "Frank",
age: 39}
Here's how to access and add properties to an object
object[property]
object[property] = x


Class Translation
public static
string|null
|
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public static
|
|
public static
|
|
public static
|
#
forceLanguage( string $language )
Used to force the translations in a specific language from now on. To cancel the enforcement, at any time, you can call "forceLanguage(null)", then it restarts using the client language or the default language. |
public static
|
#
setParameterEnclosingChars( string $openingChar = '{', string $closingChar = '}' )
Used to set custom parameter enclosing characters. |
protected static
|
#
checkIfLocalesAreLoaded( )
Checks if current language locale is already loaded. Loading new locales only when needed. |
protected static
string|null
|
|
protected static
|
|
protected static
|
#
checkIfLocaleForDefaultLanguageExists( )
Checks if locale for default language exists. If not, throws an exception. |
protected static
|
|
protected static
|
|
protected static
|
#
checkIfLocaleForCurrentLanguageExists( )
Checks if locale for current language exists. If not, start using the default language. |
protected static
string
|
$localesDir
Directory path of the locale files. |
#
'locales'
|
protected static
string
|
$defaultLanguage
The default language to use if the client language or the forced language locales are not found. |
#
'en-US'
|
protected static
array
|
$loadedLocales
Array where loaded locales will be kept to avoid the need of reload the locale file. |
#
array()
|
protected static
string
|
$currentLanguage
The current language being used to translate. |
#
''
|
protected static
boolean
|
$initialized
Determine whether the class has been initialized. |
#
false
|
protected static
array
|
$parameterEnclosingChars
Definition of the enclosing characters for the parameters inside the translation strings. |
#
array('{', '}')
|


I am still not very comfortable in my understanding of random features and how it relates to the original kernel. This paper by Yang et al. attempts to put random features, the Nystrom method, and the regular kernel machine on the same footing. I disagree somewhat on their interpretation of random features in Equation (6) of the paper. This post will be my attempt to elaborate. $ \newcommand{\norm}[1]{\lVert #1 \rVert} \newcommand{\abs}[1]{| #1 |} \newcommand{\R}{\mathbb{R}} \newcommand{\E}{\mathbb{E}} \newcommand{\ind}{\mathbf{1}} \newcommand{\ip}[2]{\langle #1, #2 \rangle} \newcommand{\Hyp}{\mathcal{H}} $
For the remainder of this post, let us fix a positive definite kernel function $k : X \times X \rightarrow \R$, and we will let $\Hyp$ be the Hilbert space of functions mapping $X \rightarrow \R$ associated with $k$. Given a dataset $\{(x_i, y_i)\}_{i=1}^{n} \subset X^n \times \R$, let us focus our efforts on kernel ridge regression, which solves the following problem \begin{align} \min_{f \in \Hyp} \sum_{i=1}^{n} (y_i - f(x_i))^2 + \lambda \norm{f}_\Hyp^2 \:. \label{eq:krr} \end{align} The standard representer theorem argument tells us that our solution $f$ takes on the form $f = \sum_{i=1}^{n} \alpha_i k(x_i, \cdot)$, and hence we can solve the following finite dimensional problem \begin{align} \min_{\alpha \in \R^n} \norm{ K\alpha - Y }^2_2 + \lambda \alpha^T K \alpha \:, \label{eq:krr:rep} \end{align} where $K \in \R^{n \times n}$ satisfies $K_{ij} = k(x_i, x_j)$. The optimal $\alpha$ is given by solving the normal equation, yielding \begin{align*} \alpha = (K + \lambda I_n)^{-1} Y \:. \end{align*} Notice that a solution takes $O(n^3)$ time. Hence, it is often stated that kernel methods are impractical for large scale learning (when $n$ grows into the millions). Notice also that an evaluation of $f(x)$ takes $O(n)$ time (ignoring the dimension of $X$), and requires storage of the training dataset, making it impractical for deploying the model on say, a smartphone. This is because in standard kernel ridge regression, no sparsity of $\alpha$ is enforced.
Of course, since kernel methods are quite desirable, there have been some solutions proposed to these issues in the literature. To deal with the training time, one can use kernel approximations such as the Nystrom method (see e.g. this excellent survey by Gittens and Mahoney), or random features (see e.g. the original paper on random features). To enforce sparsity in the resulting model, one can use the hinge loss instead of squared loss (see e.g. this tutorial on SVR). These methods all offer clear computational gains (the SVR trades computation at evaluation time for computation at training time, since training an SVM is in general slower than solving a least squares system). An important question, however, is what are we giving up when we use an approximation to $\eqref{eq:krr}$? This is a hard question, actually, and I will not attempt to do so here. However, I will try to shed some light on what random features, specifically, is doing in view of $\eqref{eq:krr}$.
Let me set up the framework of random features. Interestingly, I will do this in a deterministic manner. I will later explain how randomness comes into the picture. Suppose we have some feature map $z : X \rightarrow \R^p$. Now, I explicitly choose for $z$ to map into a finite dimensional space because we want algorithms which we can implement on a computer to arise from this discussion! Furthermore, suppose that our feature map has the property that $\ip{z(x)}{z(y)}_{\R^p} \approx k(x, y)$ for all $x, y \in X$. Then, we can approximate $f = \sum_{i=1}^{n} \alpha_i k(x_i, \cdot)$ as $f \approx \sum_{i=1}^{n} \alpha_i \ip{z(x_i)}{z(\cdot)}_{\R^p}$. In other words, we can define a new RKHS $\Hyp'$, with associated kernel $\widetilde{k}(x, y) := \ip{z(x)}{z(y)}_{\R^p}$, and approximate the solution to $\eqref{eq:krr}$ with \begin{align} \min_{f \in \Hyp'} \sum_{i=1}^{n} (y_i - f(x_i))^2 + \lambda \norm{f}_{\Hyp'}^2 \:. \label{eq:rf} \end{align} Using the same representer theorem argument, we get that program $\eqref{eq:rf}$ is equivalent to \begin{align} \min_{\alpha \in \R^n} \norm{ ZZ^T\alpha - Y }^2_2 + \lambda \alpha^T ZZ^T \alpha \:, \label{eq:rf:rep} \end{align} where the $i$-th row of $Z \in \R^{n \times p}$ is $z(x_i)^T$. Comparing $\eqref{eq:krr:rep}$ to $\eqref{eq:rf:rep}$, it becomes very clear that we are approximating $K$ with $ZZ^T$. The optimal $\alpha$ here is given by $\alpha = (ZZ^T + \lambda I_n)^{-1} Y$. However, so far computationally we have not gained anything, as solving $\eqref{eq:rf:rep}$ requires solving an $n \times n$ system. The key here, though, is that we have explicitly computed the factor $Z$. Now, we can apply a change of variables $w := Z^T \alpha$ to $\eqref{eq:rf:rep}$, and solve the following program \begin{align} \min_{w \in \R^p} \norm{ Zw - Y }^2_2 + \lambda \norm{w}^2_2 \:. \label{eq:rf:primal} \end{align} Note that given a $w$, a function evaluation $f(x)$ is computed as $f(x) = \ip{z(x)}{w}_{\R^p}$. We are in business now; the optimal solution is $w = (Z^T Z + \lambda I_p)^{-1} Z^T Y$, and the computation required for training is $O(p^3)$ and for evaluation is $O(p)$ (ignoing the cost of computing $z(x)$). If $p \ll n$, this is a big saving! It is also instructive to compare the formulas for the vector of predictions on the training set when solving $\eqref{eq:rf:rep}$ versus $\eqref{eq:rf:primal}$. For $\eqref{eq:rf:rep}$, we get $$ \widehat{Y} = ZZ^T (ZZ^T + \lambda I_n)^{-1} Y \:, $$ and for $\eqref{eq:rf:primal}$, we get $$ \widehat{Y} = Z(Z^TZ + \lambda I_p)^{-1} Z^T Y \:. $$ This is actually a well known identity for matrix inverses, which you can find in Section 3 of the matrix cookbook. Furthermore, the relationship between $\eqref{eq:rf:rep}$ and $\eqref{eq:rf:primal}$ is exactly the idea of duality; see e.g. Wright's excellent survey paper.
In fact, I want to elaborate a bit more on the duality viewpoint I made in the previous paragraph. Above, we saw that there were two options to arrive at the same solution $\widehat{Y}$, one which involved solving an $n \times n$ system, and one which involved a $p \times p$ system. Which one should we use? Ideally, when $p < n$ we use the $p \times p$ system, and when $p > n$ we use the $n \times n$ system. Usually, when we are given a dataset of $n$ points, each point of dimension $p$, we classically expect $n \gg p$ (I am ignoring high-dimensional statistics for now). However, when we use a kernel, we are saying we want to take $p$ very large (possibly infinite). Hence, the dual formulation of $\eqref{eq:krr:rep}$ is preferable (and when $p = \infty$, the only way to solve the system on a computer). But random features comes along and takes us back to the primal formulation, and it does so by truncating the feature expansion, via the $z$ map discussed above. This brings us to the last point, how do we construct $z$? As you may have guessed already, this is where randomness enters the picture.
Recall that the one crucial property of $z$ we wanted to ensure was that for all $x, y \in X$, we have $\ip{z(x)}{z(y)}_{\R^p} \approx k(x, y)$. So how do we construct such a $z$? First, let $p = \infty$. Then, by taking the eigenfunction expansion of $k$, we get for (almost) all $x, y$, $$ k(x, y) = \sum_{i=1}^{\infty} \lambda_i \psi_i(x) \psi_i(y) \:, $$ where $(\psi_i(\cdot))_{i=1}^{\infty}$ is an orthonormal basis for square-integrable functions from $X \rightarrow \R$, and where $(\lambda_i)_{i=1}^{\infty}$ is non-negative and summable. (This is just the extension of an eigen-decomposition of a symmetric matrix to operators). Hence, we have immediately that $$z(x) = (\sqrt{\lambda_1} \psi_1(x), \sqrt{\lambda_2} \psi_2(x), ...) \in \ell_2$$ satisfies our requirement for a feature map. Now there are two problems. First, $\ell_2$ is infinite-dimensional. We can get around this by truncation, say taking only the top-$p$ eigenfunctions. The second problem is, what are the eigenfunctions? Can we compute them, given an arbitrary kernel? For the Gaussian kernel, we know the answer is the Hermite polynomials. For arbitrary kernels, to the best of my knowledge, this is computationally expensive.
Random features sidesteps this issue, by supposing there exists a distribution $\mathbb{P}$ on some set $\Omega$ and a real valued function $\varphi : \Omega \times X \rightarrow \R$ such that $k(x, y) = \E_{\omega} \varphi(\omega, x) \varphi(\omega, y)$, where the expectation is taken w.r.t. $\mathbb{P}$. Under this assumption, constructing a feature map is easy; take i.i.d. $\omega_1, ..., \omega_p$ from $\mathbb{P}$, and use the feature map $z(x) := \frac{1}{\sqrt{p}} ( \varphi(\omega_1, x), ..., \varphi(\omega_p, x) )$. Then we have that $$ \ip{z(x)}{z(y)}_{\R^p} = \frac{1}{p} \sum_{i=1}^{p} \varphi(\omega_i, x) \varphi(\omega_i, y) \:. $$ If $\varphi$ is a bounded function, then this is nothing more than sum of i.i.d. bounded random variables, for which a Hoeffding bound implies for fixed $x, y \in X$, this quantity converges to $k(x, y)$ exponentially fast in $p$. If we care about $\norm{ K - ZZ^T }_\infty \leq \epsilon$, then a simple union bound suffices (at the expense of a $\log{n}$ factor). To get convergence for all $x, y \in X$, a more involved argument is needed. If you are interested, this recent paper has finally gotten the optimal rates for uniform convergence of random features.
Of course, random features is predicated on the existence of such a distribution (that we can sample from). Fortunately, for translation invariant kernels (i.e. $k(x, y) = k(x - y)$), Bochner's theorem tells that by taking the inverse Fourier transform of $k(\cdot)$, (after scaling) the result will be a positive measure. Of course, there is no guarantee that the transform will result in an analytical expression, and also no guarantee we can efficiently sample from the result. In a few known cases (such as, of course, the Gaussian kernel), we can do this. (But we could have already done this for Gaussians using Hermite polynomials; I wonder if anybody has actually tried this and compared it to random features).
Another interesting question, which I leave unresolved for now, is if we can view feature hashing in this same framework.