@* * Copyright 2021 HM Revenue & Customs * * Licensed under the Apache License, Version 2.0 (the "License"); * you may not use this file except in compliance with the License. * You may obtain a copy of the License at * * http://www.apache.org/licenses/LICENSE-2.0 * * Unless required by applicable law or agreed to in writing, software * distributed under the License is distributed on an "AS IS" BASIS, * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. * See the License for the specific language governing permissions and * limitations under the License. *@ @import _root_.utils.CurrencyFormatter @import org.joda.time.LocalDate @import config.portal.PortalUrlConfig @import models.requests.AuthenticatedRequest @this( implicit val portalUrlConfig: PortalUrlConfig ) @(credit: BigDecimal)(implicit request: AuthenticatedRequest[_], messages: Messages)
@messages("card.vat.payments.you_are") @CurrencyFormatter.formatCurrency(credit) @messages("card.vat.payments.in_credit")
@messages("card.vat.payments.view_and_manage_your_repayment_details")


Lamentations
1
1 The city that once was full of people is now sitting completely lonely!
She has become like a widow, though she was a mighty nation!
She was a princess among the nations, but is now forced into slavery!
2 She weeps and wails in the night, and her tears cover her cheeks.
None of her lovers comfort her.
All her friends have betrayed her. They have become her enemies.
3 After poverty and affliction, Judah has gone into captivity.
She lives among the nations and finds no rest.
All her pursuers overtook her in her desperation.
4 The roads of Zion mourn because none come to the appointed feasts.
All her gates are desolate. Her priests groan.
Her virgins are sorrowful, and she herself is in complete distress.
5 Her adversaries have become her master; her enemies prosper.
Yahweh has afflicted her for her many sins.
Her little children go into captivity to her adversary.
6 And beauty has left the daughter of Zion.
Her princes have become like deer that cannot find pasture,
and they go without strength before their pursuer.
7 In the days of her affliction and her homelessness, Jerusalem will call to mind
all her precious treasures that she had in former days.
When her people fell into the hand of the adversary, no one helped her.
The adversaries saw her and laughed at her destruction.
8 Jerusalem sinned greatly, therefore, she has become scorned as something filthy.
All that honored her now despise her since they have seen her nakedness.
She groans and tries to turn away.
9 She has become unclean beneath her skirts. She did not think about her future.
Her fall was terrible. There was no one to comfort her.
She cried out, "Look at my affliction, Yahweh, for the enemy has become too great!"
10 The adversary has put his hand on all her precious treasures.
She has seen the nations enter her sanctuary,
even though you had commanded that they must not enter into your assembly place.
11 All her people groan as they search for bread.
They have given their precious treasures for food to restore their life.
Look, Yahweh, and consider me, for I have become worthless.
12 Is it nothing to you, all you who pass by?
Look and see if there is anyone else's sorrow like the sorrow that is being inflicted on me,
since Yahweh has tormented me on the day of his fierce anger.
13 It is from on high that he has sent fire into my bones, and it has conquered them.
He has spread a net for my feet and turned me back.
He has made me constantly desolate and weak.
14 The yoke of my transgressions is bound together by his hand.
They are knit together and placed upon my neck. He has made my strength fail.
The Lord has given me over into their hands, and I am not able to stand.
15 The Lord has tossed aside all my mighty men who defended me.
He has called an assembly against me to crush my vigorous men.
The Lord has trampled the virgin daughter of Judah like grapes in a winepress.
16 For these things I weep. My eyes, water flows down from my eyes
since the comforter that should restore my life is far from me.
My children are desolate because the enemy has triumphed.
17 Zion has spread her hands wide; there is none to comfort her.
Yahweh has commanded that those around Jacob should be his adversaries.
Jerusalem is something unclean to them.
18 Yahweh is righteous, for I have rebelled against his commandment.
Hear, all you peoples, and see my sorrow.
My virgins and my vigorous men have gone into captivity.
19 I called for my lovers, but they were treacherous toward me.
My priests and my elders perished in the city,
while they sought food to restore their lives.
20 Look, Yahweh, for I am in distress; my innermost parts churn about.
My heart is turned within me for I have grievously rebelled.
In the streets the sword takes our children; at home it is like the world of the dead.
21 Hear me groan. There is no one to comfort me.
All my enemies have heard of my adversity. They rejoice that you have done it.
Bring the day that you have proclaimed; may they become like me.
22 Let all their wickedness come before you.
Torment them as you have tormented me for all my transgressions;
for my groans are many, and my heart is weak.


Nick and I started discussing him making the Android version for me back in January and from the very beginning I knew he knew his stuff and was someone I felt confident would represent my business in the best possible light.
Nick from An Idea For An App is always very accommodating with our requests and actions any we throw at him with urgency. He sends updates whenever any changes are made or updates are available to ensure we are kept in the loop and he always provides round the clock service. We are more than happy to recommend An Idea For An App for their service and dedication to their clients.
I approached Nick with an idea to develop a customer service survey builder and was lucky enough that he chose to help me realise its development. Nick is very open, and extremely easy to communicate with from the very beginning of the development journey. I would definitely recommend An Idea For An App to anyone looking to turn their idea into something real!


Namespace: CommandLineHelper
Assembly: CommandLineHelper (CommandLineHelper.dll) version <IP_ADDRESS>
| Type | Description |
|---|---|
| Boolean & Boolean? | Parses the strings: true, false, yes, no. (Not case sensitive) |
| Char & Char? | Parses a single character |
| Number types & nullable number types | Parses number strings for the types: Int16, UInt16, Int32, UInt32, Int64, UInt64, Single, Double, Decimal and their nullable counterparts. |
public virtual void Parse(String[] args)
args
: String[]


Toggle navigation
Kat Johnson
Home
Design
Web
Resume
Hello, world!
Check out my work!
Learn more »
Design
Web
Resume
Some text goes here.


Please identify yourself
To show you this secret content we have to know who you are
401 Unauthorized


Shared consciousness, artificial imagination, and the Universe’s first seconds: Books in brief
Andrew Robinson reviews five of the week’s best science picks.
by Andrew RobinsonGalileo’s Error
Philip Goff Pantheon (2019)
In this well-argued, but provocative, study, philosopher Philip Goff asserts that ”nothing is harder to incorporate into our scientific picture of the world” than consciousness. Goff harks back to 1623, when physicist Galileo Galilei adopted a dualist position: consciousness exists completely outside the physical realm. Today, materialists aim to explain it as purely physical. Goff opts instead for the 1920s ‘panpsychism’ view, which claims that all physical matter shares consciousness.
Imagination
Jim Davies Pegasus (2019)
Scientific books on creativity abound. But this deeply researched study of imagination — ranging from everyday practicalities such as planning a shopping list, to dreams and hallucinations — is not one of them. Cognitive scientist Jim Davies, who heads a Science of Imagination Laboratory in Canada, researches how to get software to replicate the processes our brains use to create visual scenes in our minds. But, as Davies admits, in psychology the jury is still out on whether “mental imagery exists as its own separate representation”.
At the Edge of Time
Dan Hooper Princeton University Press (2019)
In 1919, when general relativity was confirmed astronomically, science knew nothing of cosmic origins. Even in the 1950s, Albert Einstein joked that “Every man has his own cosmology and who can say that his own theory is right!” Today, the Big Bang is universally accepted, and evidence suggests that gravity started to behave much as it does now within about 10 [43] seconds. Yet much remains perplexing, explains astrophysicist Dan Hooper in this informed introduction to “the mysteries of our universe’s first seconds”.
The Imperiled Ocean
Laura Trethewey Pegasus (2019)
Three million US citizens work on the ocean — in fishing, oil and gas, tourism and other industries and services. The global figure is three billion. Journalist Laura Trethewey set out in 2015 on “an extended listening tour” to hear some of their stories. She describes a teenage Ghanaian refugee who crossed the Mediterranean, a ‘water-squatting’ Pacific Northwest community and a biologist who tracked the accelerating disappearance of the sturgeon. The vivid result — her debut — persuades us that “the ocean’s story is also our own”.
Republic of Numbers
David Lindsay Roberts Johns Hopkins University Press (2019)
This charming collection of 20 “unexpected stories of mathematical Americans through history” focuses not only on the greatest US mathematical minds, and includes just six career academics. Abraham Lincoln, self-trained as a surveyor, later studied Euclid — as demonstrated in his Gettysburg Address, “dedicated to the proposition that all men are created equal”. A pity, however, to exclude Tom Lehrer, mathematician-cum-satirist, who composed the classic 1965 song ‘New Math’.
Nature 575, 281 (2019)
doi: 10.1038/d41586-019-03458-8


Have you ever heard of having an “open door” policy? More than likely.  Sadly, more than likely. Often times companies, or individuals, like to claim that they have this policy but aren’t truly interested in being accessible. They believe that given sufficient access, folks would consume all their time and no work would get done. Not me. I love to tell people that I’m always available and then watch their eyes kinda bug out. This breeds trust in the people that I give that information to; they know they can have access to me anytime they may need it. This doesn’t mean that I’ll drop everything to talk with them any time they ask but I will make room for them and allow them to help prioritize their needs in the queue that is my job. Also, that allows me to push the responsibility on to them and trust that they’ll only contact me when needed and not for frivolous things. People don’t like to be a bother and aren’t looking to waste your time so I don’t need to filter them thru anything to be sure they’re not wasting time. They seem to do that on their own. Granted, there are always exceptions and some that are more likely to take advantage but those are edge cases. And we all know you do your best not to mandate to exceptions; just treat them as exceptions and deal with them.


Hello, I'm Khadija Farah, I'm a full-stack web developer and a highly motivated and adaptable. My experience is on
CSS, HTML, React, JavaScript,jQuery,Handlebars Ajax, Node.js, Sequelize,Express, MySQL, and MongoDB. I am front-end and Back-end developer .I'v the ability to build full stack applications.


%--
Created by IntelliJ IDEA.
User: sixf
Date: 2/18/2016
Time: 6:59 PM
To change this template use File | Settings | File Templates.
--%>
<%@ taglib prefix="c" uri="http://java.sun.com/jsp/jstl/core" %>
<%@ page contentType="text/html;charset=UTF-8" language="java" %>


About Rinse Cup
- No more leaking trash bags
- No more shoving paper towels into a contaminated rinse cup
- No more carrying contaminated water
RinseCup CleanUp is the safest and easiest way to dispose of the rinse cup in the tattoo industry. And we're confident that RinseCup CleanUp is the fastest as well. (we welcome challengers)
Tips
- In order to get approximately 90 uses, the recommended amount is ½ of a cap (½ cap = 2 grams)
- Using more speeds up the reaction time
- The colder the water, the slower the reaction time
100% Made in the USA


{include file='web/display/head.html'}
pandoraf lucky
Home
Weekly new
Dresses
Tops
Outerwear
Top Sale
Account
{if $customers_id}
Logout
{else}
Login
{/if}
Bag (0)
s
Today's Winners
We only show the newest 10 lucky numbers to protect privacy.
{$registrant}
{if $customers_id}
Congratulation, success in registering!
{else}
Sign up
to be the lucky one,
1000 free gifts
awaiting per day,
100% winning!
*
Email
{if 0}
Please enter a valid email address
{/if}
*
Password
{if 0}
Please enter a valid password
{/if}
*
Re-enter password
{if 0}
Please enter a valid password
{/if}
Sign up
Sign up with Facebook
{/if}
{include file='web/display/foot.html'}


{% load url from future %} {% if form.errors %}
Your username and password didn't match. Please try again.
Forgot Password


Creative design, industrial approach
The brick and mortar of UX Design
But Socrates, how do we communicate with our customers?
Through dialogues…


Edison JobTrigger
Home
Discover
Triggers
Admin
Discover new job definitions:
Discover »
Services registered in
:
JobDefinitions from
Job Type
Frequency
Description
-
-
-


g=: +`^ a=:< 2 a 3 1 2<EMAIL_ADDRESS>3 8 3<EMAIL_ADDRESS>2 5 +:`-:`*:`%: @. (4&|@<.)"0 i. 10 0 0.5 4 1.73205 8 2.5 36 2.64575 16 4.5The verb produced by<EMAIL_ADDRESS>is often called a case or case statement, since it selects one of the “cases” of the gerund for execution.
c=:3 [ x=: 4 [ power=: _1 g/ c,x,power 3.25 3+x^_1 3.25The elements of the gerund are repeated as required. For example:
+`*/1,x,3,x,3,x,1 125The last sentence above corresponds to Horner’s efficient evaluation of the polynomial with coefficients 1 3 3 1 and argument x .
Exercises
| 21.1 | Define a function f such that (x=: 4) f c=: 1 3 3 1
yields the result used as the argument to +`*/
in Horner's method. Answer: f=: }.@,@,. |


We are Agriculture Farm
Smells racy free announcing than durable zesty smart exotic far feel. Screamin' affordable secret way absolutely.
Stimulates vast a real proven works discount secure care. Market invigorate a awesome handcrafted bigger comes newer recommended lifetime.
Evulates vast a real proven works discount secure care. Market invigorate a awesome handcrafted bigger comes newer recommended lifetime. Odor to yummy high racy bonus soaking mouthwatering. First superior full-bodied drink. Like outstanding odor economical deal clinically
Odor to yummy high racy bonus soaking mouthwatering. First superior full-bodied drink. Like outstanding odor economical deal clinically feel durable. Lather each real. Quite one fresh.
Delectable absorbent ordinary full-bodied out durable whopping value when. Coming supreme tropical dual locked-in sharpest effervescent zesty bigger. Opportunity and affordable clinically. Ordinary whenever appearance first first unlimited compact.
Our Dream Team
Appetizing luscious savor hot senses. Effervescent the secure special. Kids spicey chance excellent proven too sleek handcrafted when makes intense.
The Openfield Timeline
1907
Smells Racy Free Announcing
Vast a real proven works discount secure care. Market invigorate a awesome handcrafted bigger comes
1994
Grainfarmers
Formed
Market invigorate a awesome handcrafted bigger comes newer recommended lifetime.
2001
Group Cereals and Lingrain Merge
Odor to yummy high racy bonus soaking mouthwatering. First superior full-bodied drink.
2016
Aquired Countrywide Farmers
First superior full-bodied drink. Like outstanding odor economical deal clinically
Skills Company
The Crops
Fresh Vegatables
Different Livestock
Modern Technique
Farm Factory
Contacts
Mega bold action. Sold care wherever less appetizing your far easily
523 Sylvan Ave, 5th Floor Mountain View, CA 94041USA
+1 (234) 56789, +1<PHONE_NUMBER>
Get In Touch
Vinyl grown remarkable in survey wherever parents are it's. Mega bold action. Sold care


WITNESS LIST Finance Committee November 9, 2004 - 9:00A Article III FOR: Platt, Dr. Gail Educator (Texas Community College Teachers Association), Lubbock, TX ON: Blanck, Ronald R. President (University of North Texas Health Science Center), Fort Worth, TX Calhoun, Kirk A. President (University of Texas Health Center at Tyler), Tyler, TX Cigarroa, Francisco G. President (University of Texas Health Science Center at San Antonio), San Antonio, TX Daniel, Dr. David President (Texas Association of Community Colleges), Austin, TX Dickey, M.D., Nancy W. President (Texas A&M University Health Science Center), College Station, TX Garcia, Dr. Rey Executive Director (Texas Association of Community Colleges), Austin, TX Harless, Patricia Automobile Dealer (Texas Association of Community Colleges), Austin, TX Hinojosa, Geronimo G. Chair, Board of Regents (Texas Association of Community Colleges), Austin, TX Leach, Leon Executive Vice President (University of Texas M.D. Anerson Cancer Center), Houston, TX Leslie, Dr. Bruce Chancellor (Houston Community College), Houston, TX Mendelsohn, Dr. John President (University of Texas M.D. Anderson Cancer Center), Houston, TX Newton, John (Legislative Budget Board), Austin, TX Pifer, Cal Student, Kingwood College (Texas J.C. Student Government Association), Kingwood, TX Segura, William Chancellor (Texas State Technical College System), Waco, TX Selke-Kern, Barbara E. Executive Vice Chancellor (Texas State Technical College System), Waco, TX Shine, Kenneth I. Executive Vice Chancellor-Health Affairs (University of Texas), Austin, TX Stobo, M.D., John D. President (University of Texas Medical Branch at Galveston), Galveston, TX Vonder Hoya, Susan Chief Financial Officer (Texas State Technical College System), Waco, TX Wildenthal, Kern President (University of Texas Southwestern Medical Center), Dallas, TX Willerson, M.D., James T. President (University of Texas Health Science Center at Houston), Houston, TX Wilson, Dr. M. Roy President (Texas Tech University Health Sciences Center), Lubbock, TX Registering, but not testifying: On: Dillon, T. Kevin Executive V.P. - Chief Business Officer (University of Texas Health Science Center at Houston), Houston, TX Gonzalez, Delbert Budget (University of Texas Health Science Center at San Antonio), San Antonio, TX Hefner, Rick V.P. for Finance and Administration (The University of Texas Health Center at Tyler), Tyler, TX Hendricks, Dr. Gary President (Texas State Technical College - Marshall), Marshall, TX Heuer, Duane Director of Facility Operations Finance (University of Texas Health Science Center at Housotn), Houston, TX Leal, Dr. Gilbert President (Texas State Technical College - Harlingen), Harlingen, TX McKinney, M.D., Michael Senior V.P. and Chief Operating Officer (University of Texas Health Science Center at Houston), Houston, TX Pickelman, Dr. John Chancellor (North Harris Montgomery Community College District), Houston, TX Reeser, Michael L. President (Texas State Technical College - West Texas), Sweetwater, TX Roan, John A. Business Affairs (University of Texas Southwestern Medical Center), Dallas, TX Scarpelli, Geoffrey Budget Analyst (University of Health Science Center at San Antonio), San Antonio, TX Smith, Laura Associate V.P. of Finance/Leg. Affairs (University of Texas Health Science Center at Houston), Houston, TX Stuckly, Jr., Elton E. President (Texas State Technical College - Waco), Waco, TX Wallace, Randy Associate Vice Chancellor-Controller (University of Texas System Administration), Austin, TX Weber, M.D., Mary Ellen (University of Texas Southwestern Medical Center), Dallas, TX


--- ---
If at any point you wish to terminate a process instantly then you should take a look at the TerminateProcess function in Windows SDK (Software Developer Kit) help which comes with Delphi.
TerminateProcess function is defined as
BOOL TerminateProcess( HANDLE hProcess, // handle to the process UINT uExitCode // exit code for the process );
Parameters information according to Delphi Help
Create a new VCL application, add a button, double-click that button and add the following code:
procedure TForm1.Button1Click(Sender: TObject); begin TerminateProcess(GetCurrentProcess, 0); end;
Your application should terminate instantly.


--- layout: post title: "In the News: TJ Interview" date: 2019-11-11 23:25:00 +0000 tags: image: https://s3.amazonaws.com/audreywatters/2017-11-03-news.jpg imagecredits: https://www.flickr.com/photos/62693815@N03/6277209256 ---
I was recently interviewed by Training Journal about my upcoming keynote at OEB. When asked what I planned to speak about, I said, "The conference is weeks away! I don't know yet exactly what I'm going to talk about. But I have been thinking of the stories we tell about the history and the future of education and education technology."


Pricing
Free
- 1 personalized birthday message a year.
- 5 free event reminders.
- Peace of mind.
$5/Year
- 5 personalized birthday message a year.
- 5 free event reminders.
- Peace of mind.
$20/One Time
- Unlimited birthday wishes.
- Unlimited event reminders.
- People describe you as "on it".


Manny Jacinto, Who Can Wreck The Hole In My Ozone Layer, Protested Climate Change In DC
by By Alasdair DuncanManny Jacinto joined Jane Fonda and others this week for the latest round of climate change protests in Washington D.C., proving without a doubt that he is, in fact, from The Good Place.
Jacinto stood beside Fonda on the podium as she addressed the assembled protesters about the need for climate action in government. Neither was arrested this time, although others were not so fortunate.
Actresses Amber Valletta, Piper Perabo and Diane Lane all joined this week’s protest, and all three of them were reportedly led away in handcuffs.
In late October, The Good Place star Ted Danson was arrested alongside Fonda at a Fire Drill Fridays rally, and Manny Jacinto took to Instagram to declare him “my motherfuckin hero.”
Jane Fonda has become the face of the Fire Drill Fridays movement, and relocated to Washington so she could join in the demonstrations every week.
The movement is calling for a Green New Deal for the U.S., as well as demanding clean renewable energy by 2030, and no new exploration or drilling for fossil fuels.
“We have to behave like our house is on fire, because it is,” Fonda said, adding that we must make elected officials accountable and “hold their feet to the fire.”
Image: Getty Images / John Lamparski


You have 3 new notifications
Just now
30 Seconds ago
Just Now
You have 3 New Messages
Hello are you there?
Waiting for your Response...
Hi there, Hope you are well
Your Product Dispatched ...
Basic Elements
Icons
Table
Editors
Charts
Error Pages
Other
Session


I am Pursuing Digital Marketing and Data Analytics Course from WCSC Dwarka [2019-2020 Batch]. I consider myself to be a detail oriented person in a much organized manner. I, myself, believe in working via To-Do lists to complete my targets. My Communication skills are also good and know how to work under pressure. I am experienced in creating CMS based Websites. I love to work as a team.
I have created this effect using Clipping masking feature and multiple layers in Adobe Photoshop.
I have created this brochure for my Website- Amandeep's Foodhub using Microsoft Pubisher.
I have created this gold effect in Adobe photoshop using blending, sprinkles and some other tools.
I have created this Glitch Effect in Photoshop using multiple layers and frame-by-frame animation. This effect is very interesting and trendy.
I have created this basic Bird Flying effect in Adobe Photoshop using multiple layers and frame-by-frame animation feature.
In this event, all the students of World Class Skill Centre, Dwarka parcipated in various events like Dance, singing, Speech, and a lot more.
In this event, all the students of World Class Skill Centre, Dwarka Celebrated the birthday of Master Trainer Ms. Anita Mahajan.
In this event, all the students of Digital Marketing and Data Analytics Course at World Class Skill Centre, Dwarka got the certificates of Teach India Skill India Programme.
In this event, all the students of Digital Marketing and Data Analytics Course at World Class Skill Centre, Dwarka done a visit to the Surajkund Mela 2020.
Pursuing
1st Year
Apart from studies, I like to read online articles and playing football. I also like to play video games.
I like to browse websites in my free time to check the latest trends.
I made this Traffic Light animation using SVG, HTML and CSS codes.
I got this SEO Toolkit Online Exam Certificate by SEMrush Academy on 14th May 2020.
I got this Content Marketing Online Course Certificate by Hubspot on 17th May 2020.
I got this Digital Marketing Online Course Certificate by FutureLearn on 17th May 2020.
I got this HTML Fundamentals Online Course Certificate by SoloLearn on 28th April 2020.


You come to a door with a sign on it that says Nursing Mothers Lounge. Is this like a “member’s only” bar or something?
You go to turn the nob when you see it has a red in use message on it. Like an airplane bathroom nob. What could that mean, beyond the obvious, you are thinking when a librarian walks by.
"Oh, she’s pumping in there, it is going to be a minute. If you want me to give her a message once she is done I can," He says. No!


string sybase_result ( resource $result , int $row , mixed $field )
Returns the contents of the cell at the row and offset in the specified Sybase result set. When working on large result sets, you should consider using one of the functions that fetch an entire row (specified below). As these functions return the contents of multiple cells in one function call, they're MUCH quicker than sybase_result(). Also, note that specifying a numeric offset for the field argument is much quicker than specifying a fieldname or tablename.fieldname argument. Recommended high-performance alternatives: sybase_fetch_row(), sybase_fetch_array() and sybase_fetch_object().
sybase_result() returns the contents of one cell from a Sybase result set.


These (minimum) requirements are standard within the United States Aikido Federation.
6th Kyu (20 practice days)
1. Seiza 2. Shikko 3. Hanmi (solo) 4. Ukemi 5. Kokyu Exercises 6. Tai Sabaki 7. Hanmi (with partner) 8. Atemi 9. Tai no henko 10. Kokyudosa5th Kyu (40 practice days)
1. Shomenuchi Ikkyo 2. Shomenuchi Iriminage 3. Katatetori Shihonage 4. Ryotetori Tenchinage 5. Tsuki Kotegaeshi 6. Ushiro Tekubitori Kotegaeshi 7. Morotetori Kokyuho4th Kyu (80 practice days)
1. Shomenuchi Nikkyo 2. Yokomenuchi Shihonage 3. Tsuki Iriminage 4. Ushiro Tekubitori Sankyo 5. Ushiro Ryokatatori Kotegaeshi 6. Suwari waza Shomenuchi Ikkyo 7. Suwari waza Katatori Nikkyo 8. Suwari waza Katatori Sankyo3rd Kyu (100 practice days)
1. Yokomenuchi Iriminage (2 ways) 2. Yokemenuchi Kotegaeshi 3. Tsuki Kaitenage (uchi & soto) 4. Ushiro Ryokatatori Sankyo 5. Morotetori Iriminage (2 ways) 6. Shomenuchi Sankyo 7. Suwari waza Shomenuchi Iriminage 8. Suwari waza Shomenuchi Nikkyo 9. Hanmi handachi Katatetori Shihonage 10. Hanmi handachi Katatetori Kaitennage2nd Kyu (200 practice days)
1. Shomenuchi Shihonage 2. Shomenuchi Kaitennage 3. Yokomenuchi Gokyo 4. Ushiro Tekubitori Shihonage 5. Ushiro Tekubitori Jujinage 6. Ushiro Kubishime Koshinage 7. Morotetori Nikkyo 8. Hanmi handachi Shomenuchi Iriminage 9. Hanmi handachi Katatetori Nikkyo 10. Hanmi handachi Yokemenuchi Kotegaeshi 11. Freestyle: 2 attackers1st Kyu (300 practice days)
1. Katatori Menuchi -5 techniques 2. Yokomenuchi -5 techniques 3. Morotetori -5 techniques 4. Shomenuchi -5 techniques 5. Ryotetori -5 techniques 6. Koshinage -5 techniques 7. Hanmi handachi Ushiro Waza – 5 technique 8. Tantotori 9. Freestyle: 3 attackersShodan (300 practice days)
1. All of 1st Kyu requirements 2. Tachitori 3. Jotori 4. Henka Waza 5. Freestyle: 4 attackersNidan (600 practice days)
1. All of Shodan requirements 2. Tachitori – 2 attackers 3. Kaeshi Waza 4. Freestyle: 5 attackersSandan (700 practice days)
Subject of exam to be determined by examiner at the time of the exam.Note: Counting the required number of practice days begins from zero after each successful exam.


Usage
Basic Usage
It is expected that you will use either async/await or Promise syntax to operate the mws-advanced API.
async/await Example
const marketplaces = (async () => await mws.getMarketplaces())();
console.log(marketplaces);
Promises Example
mws.getMarketplaces().then(marketplaces => {
console.log(marketplaces);
});
Most mws-advanced functions will require at least one, if not several, parameters to function correctly. Most, if not all, parameters will be passed in as an object:
Example of passing parameters in as an object
const getLastSevenDaysOrders = async () => {
const startDate = new Date();
startDate.setDate(startDate.getDate() - 7);
return await mws.listOrders({
CreatedAfter: startDate,
MarketplaceId: [ 'A2ZV50J4W1RKNI' ],
});
};
Obtaining Marketplace Values
One of the first things you should probably do after calling init, is figure out what marketplace(s) you want your calls to operate on. Many of the MWS calls accept either a "MarketplaceId" string parameter to operate on a single marketplace, or a "MarketplaceIdList" Array parameter to provide operation across multiple marketplaces simultaneously.
You can do this by calling getMarketplaces. You probably want to store the values returned by this call somewhere for future use.
See also Using multiple marketplaces in the Amazon MWS documentation.
Advanced Usage
Using an authToken to operate on someone else's MWS account
See Using your API access for a different Amazon Seller
Report Processing
A large document can be written on Report Processing, and probably will in the future. For right now, please see the official MWS documentation: Reports Overview
Also, please note that the reporting functions are currently mostly just stubs, and will likely undergo significant changes, as we use them, and discover where they are lacking.
API call caching
For a brief period of time, this library did it's own result caching, but that was not a very good idea. For an approach you can take to caching data for long-running services, check out [cache: replace ...] https://github.com/ericblade/mws-advanced/issues/52
Submitting data feeds
The library does support submitting data feeds, although it is in very early stages.
You can dynamically create your own feed data, and submit it using callEndpoint, by doing something like:
const results = await mws.callEndpoint('SubmitFeed', {
'MarketplaceIdList.Id.1': 'ATVPDKIKX0DER',
FeedType: '_POST_FLAT_FILE_PRICEANDQUANTITYONLY_UPDATE_DATA_',
feedContent:
`sku\tprice\tminimum-seller-allowed-price\tmaximum-seller-allowed-price\tquantity\thandling-time\tfulfillment-channel
PO-TON5-ZUPT\t39.99\t9.99\t199.99\t0\t\t`,
});
console.warn('* results', JSON.stringify(results, null, 4));
There is a discussion thread up to determine some approaches to improving upon this. See [Discussion: Dynamic feed generation] (https://github.com/ericblade/mws-advanced/issues/59)
Samples
Please see the [Samples] (https://github.com/ericblade/mws-advanced/tree/master/samples) directory in the source repository for a large number of simple uses for the library


All default
Sunday Disabled
18 Full Months
Year Enabled Next 3 days disabled
Past Dates 11 Months
Past Dates + Year Mode 3 years back 5 ahead


Storytelling Online: Mythology Across Time and Borders
| |
|||
|
Online Writing
Workshop
|
|||
TEACHER READING
Clement, Lynne,
"Revising & Editing," 1991, rev. 2000.
A brief sheet that discusses the differences between revising and editing and
gives teachers tips on dealing with groups of students when conducting these
activities. It stresses the importance of revising student work for content
and meaning, before giving any attention to the mechanics. Quick to read, but
worthwhile.
Hansen, Jane,
When Writers Read, Chapter 12; Heineman, 1985.
This article gives teachers some information on the connections between reading
and writing and how to capitalize on them for success in writing instruction.
It focuses on skills instruction, reasons for it, how to implement it, and what
to keep in mind as classes are conducted.
Jenkinson, Edward B.,
"Learning to Write/Writing to Learn," Phi Delta Kappan, 1988.
This article will give teachers some background on the difference between the
two activities mentioned in the title and the importance of both for their students.
"For thousands of students, writing is like trying to run through a minefield
strewn with run-on sentences, misspellings, dangling modifiers, and trite expressions.
A successful crossing is a rare experience, according to Mr. Jenkinson, who
argues that writing should serve instead as a powerful catalyst for learning."
The
National Writing Project
http://www-gse.berkeley.edu/Research/NWP/nwp.html
The homepage of the mother of all writing projects. It is the oldest and most
widely respected project to train teachers to teach writing across the curriculum.
It leads to all kinds of local writing projects and training opportunities.
Purdue
University's Online Writing Lab
http://owl.english.purdue.edu/
This site includes basics for teachers and students. There is a resource section
that includes 130 instructional handouts! Teachers should definitely have a
look at the "Resources for Teachers" section's "Materials for
teaching writing in any discipline." It includes a great guide for developing
assignments.
Strauss, Valerie, For
Students, No Dodging the Drafts, Washington Post, May 23, 2000
http://washingtonpost.com/wp-dyn/articles/A51803-2000May22.html
An article from The Washington Post that discusses a new emphasis on
peer review and editing in the elementary classroom.
Viadero, Debra, Technical
Difficulties, Education Week, May 17, 2000
An essay from Education Week that discusses writing assessment from a variety
of angles.
Virtual Exhibits || Storytelling || Lesson Plans || Music Exchange || Online Resources


--- layout: page title: "Hampe" description: "Karnataka Itihaasada swarna Nagari" header-img: "img/gallery-bg.jpg" ---
The Gopura of Virupaksha Temple
One of the Entrance to the Ancient city of Hampe
The ganesha Idol constructed by a Kadlekaalu Businessman
The Krishna Temple of Hampe
The Musical Stones


XLS Optimizations
Traditional compiler optimizations
Many optimizations from traditional compilers targeting CPUs also apply to the optimization of hardware. Common objectives of traditional compiler optimizations include exposing parallelism, reducing latency, and eliminating instructions. Often these translate directly into the primary objectives of hardware optimization of reducing delay and area.
Dead Code Elimination (DCE)
Dead Code Elimination (DCE for short) is usually one of the easiest and most
straightforward optimization passes in compilers. The same is true for XLS (the
implementation is in xls/passes/dce_pass.*
). Understanding the pass is also a
good way to familiarize yourself with basics of the compiler IR, how to
implement a pass, how to iterate over the nodes in the IR, how to query for node
properties and so on.
In general, DCE removes nodes from the IR that cannot be reached. Nodes can become unreachable by construction, for example, when a developer writes side-effect-free computations in DSLX that are disconnected from the function return ops. Certain optimization passes may also result in dead nodes.
Let's look at the structure of the pass. The header file is straightforward, The
DeadCodeEliminationPass
is a function-level pass and hence derived from
FunctionBasePass
. Every function-level pass must implement the function
RunOnFunctionBaseInternal
and return a status indicating whether or not the
pass made a change to the IR:
class DeadCodeEliminationPass : public FunctionBasePass {
public:
DeadCodeEliminationPass()
: FunctionBasePass("dce", "Dead Code Elimination") {}
~DeadCodeEliminationPass() override {}
protected:
// Iterate all nodes, mark and eliminate the unvisited nodes.
absl::StatusOr<bool> RunOnFunctionBaseInternal(
FunctionBase* f, const PassOptions& options,
PassResults* results) const override;
};
Now let's look at the implementation (in file xls/passes/dce_pass.cc
). After
the function declaration:
absl::StatusOr<bool> DeadCodeEliminationPass::RunOnFunctionBaseInternal(
FunctionBase* f, const PassOptions& options, PassResults* results) const {
There is a little lambda function testing whether a node is deletable or not:
auto is_deletable = [](Node* n) {
return !n->function_base()->HasImplicitUse(n) &&
!OpIsSideEffecting(n->op());
};
This function tests for two special classes of nodes.
- A node with implicit uses (defined in
xls/ir/function.h
) is a function's return value. In case of procs, the return is not reached and may appear as dead. It must not be removed as XLS expects each function to have a return value.
- There are a number of side-effecting nodes, such as send/receive operations, asserts, covers, input / output ports, register read / writes, or parameters (and a few more). Because of their side effects, they must not be eliminated by DCE.
Next the pass iterates over all nodes in the function and adds deletable nodes with no users to a worklist. Those are leaf nodes, they are the initial candidates for deletion:
std::deque<Node*> worklist;
for (Node* n : f->nodes()) {
if (n->users().empty() && is_deletable(n)) {
worklist.push_back(n);
}
}
Now on to the heart of the DCE algorithm. The algorithm iterates over nodes in
the worklist until it is empty, popping elements from the front of the list and
potentially adding new elements to the list. For example, assume there was a
leaf node A with no further users. Further assume that its operand(s) only have
node A as user, then the operand will be added to the worklist and visited in
the next iteration over the worklist. There is a minor subtlety here - the code
has to ensure that operands are only visited once, hence the use of a
flat_hash_set<Node*>
to check whether an operand has been visited already.
After all operands have been visited and potentially added to the worklist, the original leaf node A is being removed and a corresponding logging statement (level 3) is generated.
int64_t removed_count = 0;
absl::flat_hash_set<Node*> unique_operands;
while (!worklist.empty()) {
Node* node = worklist.front();
worklist.pop_front();
// A node may appear more than once as an operand of 'node'. Keep track of
// which operands have been handled in a set.
unique_operands.clear();
for (Node* operand : node->operands()) {
if (unique_operands.insert(operand).second) {
if (operand->users().size() == 1 && is_deletable(operand)) {
worklist.push_back(operand);
}
}
}
XLS_VLOG(3) << "DCE removing " << node->ToString();
XLS_RETURN_IF_ERROR(f->RemoveNode(node));
removed_count++;
}
Finally, a pass has to indicate whether or not it made any changes to the IR. For this pass, this amounts to returning whether or not a single IR node has been DCE'ed:
XLS_VLOG(2) << "Removed " << removed_count << " dead nodes";
return removed_count > 0;
}
Common Subexpression Elimination (CSE)
Common subexpression elimination is another example of a classic compiler
optimization that equally applies to high-level synthesis. The heuristics on
which specific expressions to commonize may differ, given that commonizing
expressions can increase fan-out and connectivity of the IR, complicating place
and route. Currently, XLS is greedy and does not apply heuristics. It commonizes
any and all common expressions it can find. The CSE implementation can be found
in files xls/passes/cse_pass.*
.
What does CSE actually do? The principles are quite simple and similar in
classic control-flow based compilers. Yet, as mentioned, the heuristics may be
moderately different. In CFG-based IRs, CSE would look for common expressions
and substitute in temporary variables. For example, for code like this with the
common expression a+b
:
x = a + b + c;
if (cond) {
...
} else {
y = b + a;
}
The compiler would first determine that addition is commutative and that hence
the expressions a+b
and b+a
can be canonicalized, eg., by ordering the
operands alphabetically. Then the compiler would introduce a temporary variable
for the expression and forward-substitute it into all occurances. For the
example, the resulting code would be something like this:
t1 = a + b
x = t1 + c;
if (cond) {
...
} else {
y = t1;
}
In effect, an arithmetic operation has been traded against a register (or cache) access. Even in classic compilers, the CSE heuristics may consider factors such as the length and number of live ranges (and corresponding register pressure) to determine whether or not it may be better to just recompute the expression.
In XLS's "sea of nodes" IR, this transformation is quite simple. Given a graph that contains multiple common subexpressions, for example:
A B
\ /
C1 A B
\ \ /
... C2
/
op(C2)
XLS would find that C1
and C2
compute identical expressions and would simply
replace the use of C2
with C1
, as in this graph (which will result in C2
being dead-code eliminated):
A B
\ /
C1 A B
\ \ /
... C2
\
op(C1)
Now let's see how this is implemented in XLS. CSE is a function-level
transformation and accordingly the pass is derived from FunctionBasePass
. In
the header file:
class CsePass : public FunctionBasePass {
public:
CsePass() : FunctionBasePass("cse", "Common subexpression elimination") {}
~CsePass() override {}
protected:
absl::StatusOr<bool> RunOnFunctionBaseInternal(
FunctionBase* f, const PassOptions& options,
PassResults* results) const override;
};
Several other optimizations passes expose new CSE opportunities. To make it easy to call CSE from these other passes, we declare a standalone function to call it. It accepts as input the function and returns a map containing the potential replacements of one node with another:
absl::StatusOr<bool> RunCse(FunctionBase* f,
absl::flat_hash_map<Node*, Node*>* replacements);
CSE conceptually has to check for each op and its operands whether or not a similar op exists somewhere else in the IR. To make this more efficient, XLS first computes a 64-bit hash for each node. It combines the nodes' opcode with all operands' IDs into a vector and computes the hash function over this vector.
auto hasher = absl::Hash<std::vector<int64_t>>();
auto node_hash = [&](Node* n) {
std::vector<int64_t> values_to_hash = {static_cast<int64_t>(n->op())};
std::vector<Node*> span_backing_store;
for (Node* operand : GetOperandsForCse(n, &span_backing_store)) {
values_to_hash.push_back(operand->id());
}
// If this is slow because of many literals, the Literal values could be
// combined into the hash. As is, all literals get the same hash value.
return hasher(values_to_hash);
};
Note that this procedure uses the function GetOperandsForCse
to collect the
operands. What does this function do? For nodes to be considered as equivalent,
the operands must be in the same order. Commutative operands are agnostic to
operand order. So in order to expand the opportunities for CSE, XLS sorts
commutative operands by their ID. As an optimization, to avoid having to
construct and return a full vector for each node and operands, the function gets
a parameter to a vector of nodes to use as storage and returns a
absl::Span<Node * const>
over this backing store. This may look a bit
confusing in the code but is really just a performance optimization:
absl::Span<Node* const> GetOperandsForCse(
Node* node, std::vector<Node*>* span_backing_store) {
XLS_CHECK(span_backing_store->empty());
if (!OpIsCommutative(node->op())) {
return node->operands();
}
span_backing_store->insert(span_backing_store->begin(),
node->operands().begin(), node->operands().end());
SortByNodeId(span_backing_store);
return *span_backing_store;
}
Now on to the meat of the optimization pass. As always, we have to maintain whether or not the pass modified the IR:
bool changed = false;
We store each first occurance of an expression in a map which is indexed by the
expression's hash value. Since potentially there is no redundancy in the IR, we
can pre-allocate this map to the size of function's IR. Note that non-common
expressions may result in the same hash value. Because of that, node_buckets
is a map from the hash value to a vector of nodes with the same hash value:
absl::flat_hash_map<int64_t, std::vector<Node*>> node_buckets;
node_buckets.reserve(f->node_count());
Now we iterate over the nodes in the IR, ignoring nodes that have side effects:
for (Node* node : TopoSort(f)) {
if (OpIsSideEffecting(node->op())) {
continue;
}
First thing to check is whether or not the op represents an expression that we
have potentially already seen. If this is the first occurrance of the
expression, which is efficient to check via the hash value, we store the op in
node_buckets
and continue with the next node.
int64_t hash = node_hash(node);
if (!node_buckets.contains(hash)) {
node_buckets[hash].push_back(node);
continue;
}
Now it is getting more interesting. We may have found a node that is common with a previously seen node. We collect the nodes operands (again, this looks a bit complicated because of the performance optimization):
std::vector<Node*> node_span_backing_store;
absl::Span<Node* const> node_operands_for_cse =
GetOperandsForCse(node, &node_span_backing_store);
Then we iterate over all previously seen nodes with the same hash value which
are stored in node_buckets
. Again, the may be multiple expressions with the
same hash value, hence we have to iterate over all candidates with that hash
value.
For each candidate, we collect the operands and then check whether the node is definitely identical to a previously seen node. In this case the node's uses can be replaced:
for (Node* candidate : node_buckets.at(hash)) {
std::vector<Node*> candidate_span_backing_store;
if (node_operands_for_cse ==
GetOperandsForCse(candidate, &candidate_span_backing_store) &&
node->IsDefinitelyEqualTo(candidate)) {
[...]
If it was a match we replace the nodes, fill in the resulting replacement map,
and mark the IR as modified. We also note whether a true match was found (via
replaced
):
XLS_VLOG(3) << absl::StreamFormat(
"Replacing %s with equivalent node %s", node->GetName(),
candidate->GetName());
XLS_RETURN_IF_ERROR(node->ReplaceUsesWith(candidate));
if (replacements != nullptr) {
(*replacements)[node] = candidate;
}
changed = true;
replaced = true;
break;
}
}
If, however, it turns out that while the hash value was identical but the ops
were not identical, we have to update node_buckets
and insert the new
candidate.
if (!replaced) {
node_buckets[hash].push_back(node);
}
As a final step, we return whether or not the IR was modified:
return changed;
Constant Folding
Constant folding is another classic compiler optimization that equally applies to high-level synthesis. What does it do? Given an arithmetic expression that as inputs only as constant values, the compiler computes this expression at compile time and replaces it with the result. There are two complexities:
-
The IR has to be updated after the transformation.
-
More importantly, the evaluation of the expression must match the semantics of the target architecture!
Both problems are solved elegantly in XLS. The IR update itself is trivial to do
with the sea-of-nodes IR. For expression evaluation, XLS simply re-uses the
interpreter, which implements the correct semantics. Let's look again at the
implementation, which is in file xls/passes/constant_folding_pass.*
.
We define the pass as usual and maintain whether or not the pass modified the IR
in a boolean variable changed
:
absl::StatusOr<bool> ConstantFoldingPass::RunOnFunctionBaseInternal(
FunctionBase* f, const PassOptions& options, PassResults* results) const {
bool changed = false;
We now iterate over all nodes in the IR and check whether the node only has literals as operands as well as whether it is safe to replace the node.
for (Node* node : TopoSort(f)) {
[...]
if (!node->Is<Literal>() && !TypeHasToken(node->GetType()) &&
!OpIsSideEffecting(node->op()) &&
std::all_of(node->operands().begin(), node->operands().end(),
[](Node* o) { return o->Is<Literal>(); })) {
XLS_VLOG(2) << "Folding: " << *node;
Here now comes the fun part. If the condition is true, XLS simply collects the operands in a vector and calls the interpreter to compute the result. Again, the interpreter has to implement the proper semantics, which leads to this exceedingly simple implementation.
std::vector<Value> operand_values;
for (Node* operand : node->operands()) {
operand_values.push_back(operand->As<Literal>()->value());
}
XLS_ASSIGN_OR_RETURN(Value result, InterpretNode(node, operand_values));
XLS_RETURN_IF_ERROR(node->ReplaceUsesWithNew<Literal>(result).status());
changed = true;
Assert Cleanup
Asserts whose condition is known to be true (represented by a 1-bit value of 1)
are removed as they will never trigger. This pass is implemented in file
xls/passes/useless_assert_removel_pass.*
and is rather trivial. Again,
it shows in a simple way how to navigate the IR:
https://github.com/google/xls/blob/main/xls/passes/useless_assert_removal_pass.cc#L27-L43
IO Simplifications
Conditional sends and receives that have a condition known to be false are
replaced with their input token (in the case of sends) or a tuple containing
their input token and a literal representing the zero value of the appropriate
channel (in the case of receives). Conditional sends and receives that have a
condition known to be true are replaced with unconditional sends and receives.
These two transforms are implemented in file
xls/passes/useless_io_removal_pass.*
.
Reassociation
Reassociation in XLS uses the associative and commutative property of arithmetic operations (such as adds and multiplies) to rearrange expressions of identical operations to minimize delay and area. Delay is reduced by transforming chains of operations into balanced trees which reduces the critical-path delay. For example, given the following expression:
This can be reassociated into the following balanced tree:
The transformation has reduced the critical path through the expression from three adds down to two adds.
Reassociation can also create opportunities for constant folding. If an expression contains multiple literal values (constants) the expressions can be reassociated to gather literals into the same subexpression which can then be folded. Generally this requires the operation to be commutative as well as associative. For example, given the following expression:
This can be reassociated into:
The right-most add of the two literals can be folded reducing the number of adds in the expression to two.
Narrowing Optimizations
The XLS compiler performs bitwise flow analysis, and so can deduce that certain bits in the output of operations are always-zero or always-one. As a result, after running this bit-level tracking flow analysis, some of the bits on the output of an operation may be "known". With known bits in the output of an operation, we can often narrow the operation to only produce the unknown bits (those bits that are not known static constants), which reduces the "cost" of the operation (amount of delay through the operation) by reducing its bitwidth.
Select operations
An example of this is select narrowing, as shown in the following -- beforehand we have three operands, but from our bitwise analysis we know that there are two constant bits in the MSb as well as two constant bits in the LSb being propagated from all of our input operands.
Recognizing that property, we squeeze the one hot select operation -- in the "after" diagram below observe we've narrowed the operation by slicing the known-constant bits out of the one hot select operation, making it cheaper in terms of delay, and propagated the slices up to the input operands -- these slices being presented at the output of the operands may in turn let them narrow their operation and become cheaper, and this can continue transitively):
Arithmetic and shift operations
Most arithmetic ops support mixed bit widths where the operand widths may not be the same width as each other or the result. This provides opportunities for narrowing. Specifically (for multiplies, adds and subtracts):
-
If the operands are wider than the result, the operand can be truncated to the result width.
-
If the operation result is wider than the full-precision width of the operation, the operation result can be narrowed to the full-precision width then sign- or zero-extended (depending upon the sign of the operation) to the original width to produce the desired result. The full-precision width of an add or subtract is one more than the width of the widest operand, and the full-precision width of a multiply is the sum of the operand widths.
-
If the most-significant bit of an operand are zeros (for unsigned operations) or the same as the sign-bit value (for signed operations), the operand can be narrowed to remove these known bits.
As a special case, adds can be narrowed if the least-significant bits of an is all zeros. The add operation is narrowed to exclude this range of least-significant bits. The least-significant bits of the result are simply the least-significant bits of the non-zero operand:
Similarly, if the most-significant bits of the shift-amount of a shift operation are zero the shift amount can be narrowed.
Comparison operations
Leading and trailing bits can be stripped from the operands of comparison operations if these bits do not affect the result of the comparison. For unsigned comparisons, leading and trailing bits which are identical between the two operands can be stripped which narrows the comparison and reduces the cost of the operation.
Signed comparison are more complicated to handle because the sign bit (most-significant bit) affects the interpretation of the value of the remaining bits. Stripping leading bits must preserve the sign bit of the operand.
Known-literals and ArrayIndex
The narrowing pass also converts any node that is determined by range analysis
to have a range containing only one value into a literal. As a further extension
of this idea, it also converts ArrayIndex
nodes that are determined to have a
small number of possible indices into select chains.
This latter optimization is sometimes harmful, so we currently hide it behind
the --convert_array_index_to_select=<n>
flag in opt_main
and
benchmark_main
, where <n>
controls the number of possible array indices
above which the optimization does not fire. The right number to put there is
highly contextual, since this optimization relies heavily on later passes to
clean up its output.
Strength Reductions
Arithmetic Comparison Strength Reductions
When arithmetic comparisons occur with respect to constant values, comparisons which are be arithmetic in the general case may be strength reduced to more boolean-analyzeable patterns; for example, comparison with mask constants:
u4:0bwxyz > u4:0b0011
Can be strength reduced -- for the left hand side to be greater one of the wx
bits must be set, so we can simply replace this with an or-reduction of wx
.
Similarly, a trailing-bit and-reduce is possible for less-than comparisons.
NOTE These examples highlight a set of optimizations that are not applicable (profitable) on traditional CPUs: the ability to use bit slice values below what we'd traditionally think of as a fundamental comparison "instruction", which would nominally take a single cycle.
"Simple" Boolean Simplification
NOTE This optimization is a prelude to a more general optimization we expect to come in the near future that is based on Binary Decision Diagrams. It is documented largely as a historical note of an early / simple optimization approach.
With the addition of the one_hot_select
and its corresponding optimizations, a
larger amount of boolean logic appears in XLS's optimized graphs (e.g. or-ing
together bits in the selector to eliminate duplicate one_hot_select
operands).
Un-simplified boolean operations compound their delay on the critical path; with
the process independent constant \(\tau\) a single bit or
might be \(6\tau\),
which is just to say that having lots of dependent or
operations can
meaningfully add up in the delay estimation for the critical path. If we can
simplify several layers of boolean operations into one operation (say, perhaps
with inputs optionally inverted) we could save a meaningful number of tau versus
a series of dependent boolean operations.
For a simple approach to boolean simplification:
- The number of parameters to the boolean function is limited to three inputs
- The truth table is computed for the aggregate boolean function by flowing input bit vectors through all the boolean operation nodes.
- The result bit vectors on the output frontier are matched the resulting truth table from the flow against one of our standard operations (perhaps with the input operands inverted).
The algorithm starts by giving x
and y
their vectors (columns) from the
truth table, enumerating all possible bit combinations for those operands. For
example, consider two operands and a (bitwise) boolean function, the following
is the truth table:
X Y | X+~Y
----+------
0 0 | 1
0 1 | 0
1 0 | 1
1 1 | 1
Each column in this table is a representation of the possibilities for a node in
the graph to take on, as a vector. After giving the vector [0, 0, 1, 1]
to the
first input node (which is arbitrarily called X) and the vector [0, 1, 0, 1]
to the second input node (which is arbitrarily called Y), and flowing those bit
vectors through a network of boolean operations, if you wind up with a vector
[1, 0, 1, 1]
at the end, it is sound to replace that whole network with the
expression X+~Y
. Similarly, if the algorithm arrived at the vector [1, 1, 1,
1]
at the end of the network, you could replace the result with a literal 1
,
because it has been proven for all input operand possibilities the result is
always 1
in every bit. Effectively, this method works by brute force
enumerating all the possibilities for input bits and operating on all of those
possibilities at the same time. In the end, the algorithm arrives at a composite
boolean function that can be pattern matched against XLS's set of "simple
boolean functions".
In the following example there are two nodes on the "input frontier" for the
boolean operations (sub
and add
, which we "rename" to x
and y
for the
purposes of analysis).
As shown in the picture, the algorithm starts flowing the bit vector, which
represents all possible input values for x
and y
. You can see that the not
which produces \(\bar{x}\) (marked with a red star) simply inverts all the entries
in the vector and corresponds to the \(\bar{x}\) column in the truth table.
Similarly the and
operation joins the two vector with the binary &
operation, and finally we end up with the blue-starred bit vector on the "output
frontier", feeding the dependent one_hot_select
(marked as ohs
in the
diagram).
When we resolve that final result bit vector with the blue star against our
table of known function substitutions, we see that the final result can be
replaced with a node that is simply or(x, y)
, saving two unnecessary levels of
logic, and reducing the critical path delay in this example from something like
\(13\tau\) to something like \(6\tau\).
This basic procedure is then extended to permit three variables on the input
frontier to the boolean expression nodes, and the "known function" table is
extended to include all of our supported logical operators (i.e. nand
, nor
,
xor
, and
, or
) with bit vectors for all combinations of inputs being
present, and when present, either asserted, or their inversions (e.g. we can
find \(nand(\bar{X}, Y)\) even though X is inverted).
Bit-slice optimizations
Bit-slice operations narrow values by selecting a contiguous subset of bits from their operand. Bit-slices are zero-cost operations as no computation is performed. However, optimization of bit-slices can be beneficial as bit-slices can interfere with optimizations and hoisting bit-slices can narrow other operations reducing their computation cost.
Slicing sign-extended values
A bit-slice of a sign-extended value is a widening operation followed by a
narrowing operation and can be optimized. The details of the transformation
depends upon relative position of the slice and the sign bit of the original
value. Let sssssssXXXXXXXX
be the sign-extended value where s
is the sign
bit and X
represents the bits of the original value. There are three possible
cases:
-
Slice is entirely within the sign-extend operand.
Transformation: replace the bit-slice of the sign-extended value with a bit-slice of the original value.
-
Slice spans the sign bit of the sign-extend operand.
Transformation: slice the most significant bits from the original value and sign-extend the result.
-
Slice is entirely within the sign-extended bits.
Transformation: slice the sign bit from the original value and sign-extend it.
To avoid introducing additional sign-extension operations cases (2) and (3) should only be performed if the bit-slice is the only user of the sign-extension.
Concat optimizations
Concat
(short for concatenation) operations join their operands into a single
word. Like BitSlice
s, Concat
operations have no cost since since they simply
create a new label to refer to a set of bits, performing no actual computation.
However, Concat
optimizations can still provide benefit by reducing the number
of IR nodes (increases human readability) or by refactoring the IR in a way that
allows other optimizations to be applied. Several Concat
optimizations involve
hoisting an operation on one or more Concat
s to above the Concat
such that
the operation is applied on the Concat
operands directly. This may provide
opportunities for optimization by bringing operations which actually perform
logic closer to other operations performing logic.
Hoisting a reverse above a concat
A Reverse
operation reverses the order of the bits of the input operand. If a
Concat
is reversed and the Concat
has no other consumers except for
reduction operations (which are not sensitive to bit order), we hoist the
Reverse
above the Concat
. In the modified IR, the Concat
input operands
are Reverse
'd and then concatenated in reverse order, e.g. :
Reverse(Concat(a, b, c))
=> Concat(Reverse(c), Reverse(b), Reverse(a))
Hoisting a bitwise operation above a concat
If the output of multiple Concat
operations are combined with a bitwise
operation, the bitwise operation is hoisted above the Concat
s. In the modified
IR, we have a single Concat
whose operands are bitwise'd BitSlice
s of the
original Concat
s, e.g. :
Or(Concat(A, B), Concat(C, D)), where A,B,C, and D are 1-bit values
=> Concat(Or(Concat(A, B)[1], Concat(C, D)[1]), Or(Concat(A, B)[0], Concat(C, D)[0]))
In the case that an added BitSlice
exactly aligns with an original Concat
operand, other optimizations (bit slice simplification, constant folding, dead
code elimination) will replace the BitSlice
with the operand, e.g. for the
above example:
=> Concat(Or(A, C), Or(B, D))
Merging consecutive bit-slices
If consecutive Concat
operands are consecutive BitSlice
s, we create a new,
merged BitSlice
spanning the range of the consecutive BitSlice
s. Then, we
create a new Concat
that includes this BitSlice
as an operand, e.g.
Concat(A[3:2], A[1:0], B)
=> Concat(A[3:0], B)
This optimization is sometimes helpful and sometimes harmful, e.g. in the case
that there are other consumers of the original BitSlice
s, we may only end up
adding more IR nodes since the original BitSlice
s will not be removed by DCE
once they are replaced in the Concat
. Some adjustments might be able to help
with this issue. An initial attempt at this limited the application of this
optimization to cases where the givenConcat
is the only consumer of the
consecutive BitSlice
s. This limited the more harmful applications of this
optimization, but also reduced instances in which the optimization was
beneficially applied (e.g. the same consecutive BitSlice
s could be merged in
multiple Concat
s).
Select optimizations
XLS supports two types of select operations:
-
Select
(opcodeOp::kSel
) is a traditional multiplexer. Ann
-bit binary-encoded selector chooses among 2**n
inputs. -
OneHotSelect
(opcodeOp::kOneHotSel
) has one bit in the selector for each input. The output of the operation is equal to the logical-or reduction of the inputs corresponding to the set bits of the selector. Generally, aOneHotSelect
is lower latency and area than aSelect
as aSelect
is effectively a decode operation followed by aOneHotSelect
.
Converting chains of Select
s to into a single OneHotSelect
A linear chain of binary Select
operations may be produced by the front end to
select amongst a number of different values. This is equivalent to nested
ternary operators in C++.
A chain of Select
s has high latency, but latency may be reduced by converting
the Select
chain into a single OneHotSelect
. This may only be performed if
the single-bit selectors of the Select
instructions are one-hot (at most one
selector is set at one time). In this case, the single-bit Select
selectors
are concatenated together to produce the selector for the one hot.
This effectively turns a serial operation into a lower latency parallel one. If
the selectors of the original Select
instructions can be all zero (but still
at most one selector is asserted) the transformation is slightly modified. An
additional selector which is the logical NOR of all of the original Select
selector bits is appended to the OneHotSelect
selector and the respective case
is the value selected when all selector bits are zero (case_0
in the diagram).
Specializing select arms
Within any given arm of a Select
multiplexer, we can assume that the
selector has the specific value required to select that arm. This assumption
is safe because in the event that the selector has a different value, the
arm is dead.
This makes it possible to try specialize the arms based on the selector
value. In the above example, a LHS of Selector + x
could be simplified to
0 + x
.
The current optimization simply substitutes any usages of the selector in a
Select
arm with its known value in that arm. Future improvements could use
range based analysis or other techniques to narrow down the possible values of
any variables within the selector, and use that information to optimize the
select arms.
Consecutive selects with identical selectors
Two consecutive two-way selects which use the same selector can be compacted into a single select statement. The selector only has two states so only two of the three different cases may be selected. The third is dead. Visually, the transformation looks like:
The specific cases which remain in the new select instruction depends on whether the upper select feeds the true or false input of the lower select.
Sparsifying selects with range analysis
If range analysis determines that the selector of a select has fewer possible values than the number of cases, we can do a form of dead code elimination to remove the impossible cases.
Currently, we do this in the following way:
// Suppose bar has interval set {[1, 4], [6, 7], [10, 13]}
foo = sel(bar, cases=[a1, ..., a16])
// Sparsification will lead to the following code:
foo = sel((bar >= 1) && (bar <= 4), cases=[
sel((bar >= 6) && (bar <= 7), cases=[
sel(bar - 10, cases=[a11, ..., a14], default=0),
sel(bar - 6, cases=[a7, a8], default=0)
]),
sel(bar - 1, cases=[a2, ..., a5], default=0)
])
This adds a little bit of code for the comparisons and subtractions but is generally worth it since eliminating a case branch can be a big win.
Binary Decision Diagram based optimizations
A binary decision diagram (BDD) is a data structure that can represent arbitrary boolean expressions. Properties of the BDD enable easy determination of relationships between different expressions (equality, implication, etc.) which makes them useful for optimization and analysis
BDD common subexpression elimination
Determining whether two expression are equivalent is trivial using BDDs. This can be used to identify operations in the graph which produce identical results. BDD CSE is an optimization pass which commons these equivalent operations.
OneHot MSB elimination
A OneHot
instruction returns a bitmask with exactly one bit equal to 1. If the
input is not all-0 bits, this is the first 1 bit encountered in the input going
from least to most significant bit or vice-versa depending on the priority
specified. If the input is all-0 bits, the most significant bit of the OneHot
output is set to 1. The semantics of OneHot
are described in detail
here. If the MSB of a OneHot
does not affect the functionality of a program, we replace the MSB with a 0-bit,
e.g.
OneHot(A) such that the MSB has no effect
⇒ Concat(0, OneHot(A)[all bits except MSB]))
This can open up opportunities for further optimization. To determine if a
OneHot
’s MSB has any effect on a function, we iterate over the OneHot
’s
post-dominators. We use the BDD to test if setting the OneHot
’s MSB to 0 or to
1 (other bits are 0 in both cases) implies the same value for the post-dominator
node. If so, we know the value of the MSB cannot possibly affect the function
output, so the MSB can safely be replaced with a 0 bit. Note: This approach
assumes that IR nodes do not have any side effects. When IR nodes with side
effects are introduced (i.e. channels) the analysis for this optimization will
have to be adjusted slightly to account for this.


All toys that your store needs
High Quality
Make yours costumers' children happy by offering high quality wood toys. We also have plastic toys created from recyclable material.
Fast Shipping
We make sure to deliver your shipping as soon as it is ready. We also provide free returns if you are not satisfied.
Low Prices
We offer you to best prices on the market for you. Ask for a quote!


$(document).read(function() { alert("test") }
Stall Hack
When the switch is GREEN, the lock is disengaged. When RED, it is engaged.
Stall Rice


AGC Event Log Viewer
Database
SQL Server Computer:
SQL Database:
SQL Table:
Query Filter
Source Computer:
Subject Name:
Date/Time Filter:
On or After:
Before:
Event Filters:
All Events
Chat Events Only
Include Admin Page Requests also
Player Dropped Events Only
Click the Refresh button to query the event log database.
John A. Tasler
, and the
Allegiance Test Team
.
Copyright © 1999 Microsoft Corporation. All rights reserved.


THAT THING YOU DO! A film review by Rebecca Wan Copyright 1997 Flying Inkpot
Directed by: Tom Hanks Written by: Tom Hanks Cast: Tom Everett Scott (Guy Patterson), Liv Tyler (Faye Dolan), Jonathon Schaech (James "Jimmy" Mattingly II), Steve Zahn (Lenny), Ethan Randall (Ethan Embry; The Bass Player), Tom Hanks (Mr. White), Chris Ellis (Phil Horace), Alex Rocco (Sol Siler), Bill Cobbs (Del Paxton) Produced by : 20th Century Fox / Clavius Base / Clinica Estetico Rating : **1/2 Run Time: 110 Minutes Theatres: GV
THAT THING YOU DO, Tom Hanks' first writing and directing effort as well as his ticket into the Hollywood realm of Actor-Directors, is a sunny, soul-less psuedo-look at a one-hit band from smallsville and their meteoric rise to fame.
In Erie, PA., a garage band lead by vocalist and songwriter Jimmy (Jonathon Schaech) enter and win a local talent contest. This is entirely due to sit-in drummer Guy (Tom Everett Scott), who joins at the last minute when their regular drummer breaks his arm, and their original, catchy ditty that is also the film's title song, "That Thing You Do!" An appliance salesman at his father's store, Guy digs jazz rhythms rather than the monotonous, mindless time-keeping that the three-chord band requires. He increases the song's tempo at the last minute, and the faster speed energizes the tune enough to get the whole dancefloor shaking and, erm, twisting, I guess.
The win lands the band a gig at a nearby pizza restaurant near the airport, and, like all airport restaruant gigs, this obviously leads to Bigger Things. They make a record for fun, play more gigs, and sign with a otherwise tacky agent who manage to get the local radio station to play their song.
*This* then leads to their meeting with a Big-Time Play-Tone Records agent, played by Tom Hanks, Mr White. White is kind of like those slick, snakey agents that all successful entertainers in TV-Movies have to meet and lose their careers to before they learn to value The Important Things In Life. Once he signs them with Play-Tone, he starts moulding them. He dresses them all in matching suits ("You look good in gold, have I told you that? Very good") but develops their individual "trademarks" (Guy gets a pair of sunglasses), changes their name to the easier-understood "Wonders" and puts limits on the type of songs they write.
Meanwhile, they've joined the Play-Tone state-fair tour, with groupie girlfriend Faye (Liv Tyler) coming along as their costume mistress, their single is soaring up the billboard charts, and each performance is increasingly mobbed by the hordes of screaming teenage women that I've only seen in black and white on Beatles' documentaries. The Wonders' popularity eventually leads to the ultimate big-step: their national debut in a television broadcast.
It's at this point that things, which are already fraying at the seams, fall completely apart. Lead singer Jimmy, already prone to throwing his increasingly esoteric and artistic temper about, abruptly severs his relationship with the gorgeous Faye (a sure sign that he's mad) and finally quits the band. Lenny, the most easy-going of the four, takes off for Vegas and doesn't come back, and the last band member runs off with newly-found Marine friends to Disneyland. Guy is left alone in the first "real" recording studio he's ever been in on the day of taping their new song.
Of course it doesn't end that way. In the same breezy vein that has navigated the narrative from having The One-ders in their tacky small-town environment to becoming The Wonders in their tacky big-time glitzy showbusiness outfits, Guy ends up meeting Del Paxton, a jazz soloist whom he revers, and makes a studio recording with him. Well sure, that's what all drummers from Beatles-imitation bands long to do.
Structurally, THAT THING YOU DO is a string of well-timed punchlines set to sixties' musical drivel and a couple of more sophisticated riffs. It's hard to believe that drummer Guy is good enough to replicate professional jazz solo recordings and jam intelligently with his jazz idol Del Paxton (Bill Cobbs), yet tolerates and enjoys his mundane participation in The Wonders' success. Nor is it easy to believe that the two Wonders bassists, whom Hanks takes pains to point out as finding the song's basic chords difficult to follow when Guy picks up the tempo at the contest, easily tread smooth, complicated basslines in the many variations of the song that follow as The Wonders develop.
As though to qualify the story's chosen hero, Guy, Hanks has made him a jazz-lover, someone who goes on to higher musical things once the pop fantasy diversion is done with. For heavens' sake, we are actually told that he eventually founds and teaches jazz composition at a music school.
Like this outcome, nothing else in the film really makes sense. Characters enter, and leave, and situations occur without any real motivation, and the one serious scene in the film where Faye confronts Jimmy is fraught with maudlin nonsense that undercuts her previously likeable, sharp yet easy-going character. In the end, there's nothing to care about in THAT THING YOU DO! because nothing bad, or good, has actually happened. Like the title song, THAT THING YOU DO! is a shallow briefing on the so-called lives of teenage pop stars that doesn't bother with the heavy stuff, and disposes of them in the fastest possible way.
Still, I guess there are many reasons to like THAT THING YOU DO! Liv Tyler, who seems to be spreading a little, is probably one of them, and the catchy, guiless title song is another. I saw this film more than a week ago and the tune is *still* spinning around in my head. Another plus is the sheer casualness of everything: like the guiless, self-contained theme song That Thing You Do! everything in the film is mostly light-hearted dissin'. No Francis Ford Cuppola (WHEN PEGGY SUE GOT MARRIED) or Oliver Stone-type angst for Hanks. This movie has got to sing!
I think this film is worth $7, especially for those who want a little more believability than local film ARMY DAZE (and much higher production values), are sick of cop-slash-robber movies with flat jokes like BULLETPROOF, and aren't all that into the "real-life" suspense of RANSOM. THAT THING YOU DO! is a happy, happy film.
The Flying Inkpot Rating System: * Wait for the TV2 broadcast. ** A little creaky, but still better than staying at home with Gotcha! *** Pretty good, bring a friend. **** Amazing, potent stuff. ***** Perfection. See it twice.
<EMAIL_ADDRESS>Wan is a full-time turnip at the famed Jardin Des Vertes.
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This feature would be similar to the individual guns page, where it shows all the data from symthic. would be nice to show the tank damage charts on the T-90 and Abrams pages only. Very useful information IMO.
http://symthic.com/?s=bf3&sb=vehicles
BrainFooLong
Administrator
I know that data.
Is on todo, but with lower priority.
Greetz


?ImAAJpMCk
New
York
Botanical
Garden
AESCHYNOMENE
Velva
E.
Rudd,
U.
S.
National
Museum
1951
PƒRE
DUSS,
$
HERBIER
DE
LA
GUADELOUPE.
k'VVUVWMVJt.
^Õl£LAcIUeM4U>
f—tAO
tAA.Ç
Ç
.Ñ
Ñ¥
/~^A-cJUL,
Lo
2-4oIl4
19,')
x
lbl577M
1615774
Legend -
Level of confidence that token is an accurately-transcribed word
extremely low
very low
low
undetermined
medium
high
very high


E-Learning Courses
In 2010, my experience working on a diverse range of training resources proved vital as I was asked to put together the content for two eight-week e-learning courses. In addition to working with nine subject matter experts to develop new video-based content and live webcasts, I pulled from the WCA's extensive archive of conference sessions, webinar recordings, short-form training videos, and audio interviews. I also worked with my supervisor to write several self-assessments and individual assignments. In total, the two courses incorporated 67 unique content items.


{% extends "generic.html" %} {% block header %} {{ entry.title }} {% endblock %} {% load static %} {% if error_message %}
{{ error_message }}
{% endif %} {% block content %}This entry describes a simple setup of Jenkins to check a Django project.
snap install jenkins
snap run jenkins
Setup username and password. Then select freestyle project.
In the 'Build' section, within the 'Execute shell' enter:
cd /home//develop/blog
/usr/bin/pip3 install django psycopg2
/usr/bin/python3 manage.py check
/usr/bin/python3 manage.py test
Within Jenkins project click 'Build Now'. Verify that it succeeds in 'Build History'.
View log within Jenkins project.
View log within terminal.
cat /var/snap/jenkins/current/jobs/blog_ci/builds/5/log
Started by user ha:////4PdQOp+TSb2VkGwhJAMj483Feu7JppGD6o2IdfaDQ5dqAAAAmR+LCAAAAAAAAP9b85aBtbiIQTGjNKU4P08vOT+vOD8nVc83PyU1x6OyILUoJzMv2y+/JJUBAhiZGBgqihhk0NSjKDWzXb3RdlLBUSYGJk8GtpzUvPSSDB8G5tKinBIGIZ+sxLJE/ZzEvHT94JKizLx0a6BxUmjGOUNodHsLgAy2EgZe/dLi1CL99NTUoqT8EgBCfrhUwgAAAA==
Running as SYSTEM
Building in workspace /var/snap/jenkins/1091/workspace/blog_ci
[blog_ci] $ /bin/sh -xe /tmp/jenkins11869865694830470358.sh
+ cd /home//develop/blog
+ /usr/bin/pip3 install django psycopg2
Requirement already satisfied: django in /usr/local/lib/python3.8/dist-packages (3.0.6)
Collecting psycopg2
Using cached psycopg2-2.8.5.tar.gz (380 kB)
Requirement already satisfied: sqlparse>=0.2.2 in /usr/local/lib/python3.8/dist-packages (from django) (0.3.1)
Requirement already satisfied: pytz in /usr/lib/python3/dist-packages (from django) (2019.3)
Requirement already satisfied: asgiref~=3.2 in /usr/local/lib/python3.8/dist-packages (from django) (3.2.7)
Building wheels for collected packages: psycopg2
Building wheel for psycopg2 (setup.py): started
Building wheel for psycopg2 (setup.py): finished with status 'done'
Created wheel for psycopg2: filename=psycopg2-2.8.5-cp38-cp38-linux_x86_64.whl size=504533 sha256=55a603b3b698df927db01e58983aa5040abab0ac3a93508c8d022cdf053bc766
Stored in directory: /root/.cache/pip/wheels/35/64/21/9c9e2c1bb9cd6bca3c1b97b955615e37fd309f8e8b0b9fdf1a
Successfully built psycopg2
Installing collected packages: psycopg2
Successfully installed psycopg2-2.8.5
+ /usr/bin/python3 manage.py check
System check identified no issues (0 silenced).
+ /usr/bin/python3 manage.py test
Creating test database for alias 'default'...
..
----------------------------------------------------------------------
Ran 2 tests in 0.002s
OK
Destroying test database for alias 'default'...
System check identified no issues (0 silenced).
Finished: SUCCESS
{% endblock %}


Test subscribing to the capture mode-based focus and blur event
using the built-in onAvailable (this didn't work in YUI 2.7 and
versions prior)
For Opera: Test being able to use capture mode-based focus and
blur event handlers to listen for focus and blur events on a single
element (this didn't work in YUI 2.7 and versions prior)


Welcome to My Blog
Conversations with the Ghost in the Machine Is a blog that i started as part of my learning path in Dev Bootcamp. In it you will find articles about web development and the insights that i gain during this weeks of deep learning. i try not to go to deep into techinical descriptios about technologies, but more about their potential and holistic use.
With great power comes
Great responsibility:
With great power comes great responsibility:
What a cheesy phrase to start this blog post with, what do I think I am a superhero? What will be my superhero name “The Keyboard puncher”? Don’t think so. What I do know is that knowledge is power and, very few people really know how to program and navigate their way through the tides of technology. So following that logic all programmers have power and they should know how to use it.
Where I’m going with this you mas ask, well lets take a look at the most popular technology companies that exist today and that arise form the guts of Silicon Valley, witch ones are on the top of your mind? Let me take a guess:
- Snap chat
Do you see a trend right there? I think you do they are all social media companies and that’s something that worries me. The huge success of social media companies has foster new entrepreneurs to continue this trend and that makes me think, shouldn’t we be building things with this power that really helps us solve a tangible issue with our society? , Do we really need another way to share what I ate during lunch or post another picture of my egocentrically life?
I really think that we should be building the stuff that’s in science books; the big corporations should be like the ones in Asimov stories (without going all Aperture science labs on us off course), its hard for me to think that the reference of a technology company is a glorified yearbook. Sure I’m going to get smack for saying that, how could I say negative things about our great social media that have bring us the way that the world functions today, well in my defense I was a happier person before any social media exist, I don’t really see a benefit that they bring to my life (except cats gifs) , I don’t think that someone have a better life now that before thanks to them , but I do thing that we are now in a more stressful narcissist world, technology shouldn’t be about depersonalizing ourselves , it should be about enhancing us , letting us conquer those regions where our nature doesn’t fare well.
I want new technology startups to be like Microsoft, Google, HP (in its old good days), and Apple. Nobody can live without the things that does companies have done, and they will be more memorable in the future than a Facebook that might be shinning right now but tomorrow could be next forgettable Myspace.
But there’s hope, there’s a silver lining, that’s where companies like Palantir, Cloudera , Twilio and a lot small others that are working on really special technologies, I just wish that they where as visible as their social media peers and inspired others to be like they are.
Home


38+ Inifd Logo Gif. Inter national institute of fashion design inifd also knowns as the cradle of designers. Inifdgandhinagar.com domain is owned by vishal makwana inifd gandhinagar and its registration expires in 1 year.
Membuat desain logo yang indah dengan mudah. Our online generator is quick & easy to use. Try the world's best free logo maker!
Our design algorithm will suggest.
Buat logo perusahaan baru anda dengan pembuat logo online bertenaga ai kami. 1000's of education logo design ideas to search among our logo gallery and find the perfect design for your company. Logo maker to create unlimited logo designs in seconds. We offer you thousands of ideas to fire up your imagination, and play with as many designs as you like.


Copyright © (C) 2015, Ivanco Software Corporation
Authors: Ivan Carmenates Garcia.
| code_change/3 | |
| handle_call/3 | |
| handle_cast/2 | |
| handle_info/2 | |
| init/1 | |
| start_link/2 | Starts the connection pool for a backend. |
| terminate/2 |
code_change(OldVsn, State, Extra) -> any()
handle_call(X1, From, State) -> any()
handle_cast(Request, State) -> any()
handle_info(Info, State) -> any()
init(BackendConfig) -> {ok, State} | {ok, State, timeout() | hibernate} | {stop, Reason} | ignore
start_link(PoolName, BackendConfig) -> {ok, Pid::pid()} | ignore | {error, Reason::term()}
Starts the connection pool for a backend.
terminate(Reason, State) -> any()
Generated by EDoc, Apr 15 2016, 16:38:28.


STATION 3 of 5
‘Nature of Place’ draws upon the human attribute to see beyond their immediate surroundings and a fascination with the unknown. SDE4 incorporates this virtue by its open design, providing visual connections coupled with physical sheltering. This evokes a sense of intrigue and wonder, all being experienced within the safety of the habitat for its occupants.


Some additional content
This is an angular demo project with Ag-Grid and Ng-Zorro which I provide for Jonas Software.
I use google map for this project to give the chance to user to select the location. you should provide a valid api key to be able to use google map.


Your browser does not support the audio element.
Home
Assignments
HTML/CSS
SVG
CSS Animation
Version Control
JavaScript
HTML Canvas
WebGL
Final Project


--- layout: post title: Flash remoting with PHP tags: [] status: publish type: post published: true meta: {} ---
Not so long ago I made my first foray into invoking a CFC from Flash MX and shortly after that I stumbled across a PHP port of Flash remoting. I immediately decided to have a play round with it as I don?t have access to ColdFusion MX on this server and as I indicated back then the idea of working with Flash and dynamic content was something that really appealed to me. So here was the opportunity to build something Flash based and also put it to good practise. In the following I shall go through the set up, the PHP class that will be invoked by the Flash movie and highlight the differences between the CF version and the PHP one.
First off head on over to http://www.amfphp.org/ and grab the latest install files. Now the directory structure is rather important as the PHP files and classes reference one another quite a bit. The easiest approach to follow is to either install the files just off the root of your web site or create a mapping that will have the same effect. Hence on my local configuration I extracted the files into my Apache/htdocs directory. After you have done this you should see a flashservices folder under your web site root. Ok so far so good.
Now we will be following a similar example to the CF one whereby we?ll be using a form to submit a value to a PHP class, which will concatenate the value with a string, which will return: ?Hello your submitted string?. So we?ll be creating a class called SubmitForm, as a result create a directory called submitform also in your root, or alternatively place it wherever you like just make sure you create a virtual mapping for it.
Root
|-----flashservices
|-----submitform
The above representation shows what your directory structure should ideally look like. In the last folder we added, create another one called: services. This is the actual folder that will hold your class file: submitForm.php. Back up one level create a file called gateway.php. The latter file will hold the following PHP code:
<?php
include "../flashservices/app/Gateway.php";
$gateway = new Gateway();
$gateway -> setBaseClassPath("./services/");
$gateway -> service()
?>
This file includes all the relevant flash remoting components that you will need while setting the path to your services that Flash will interact with.
<?php
class SubmitForm {
function SubmitForm() {
$this->methodTable = array(
"submitThis" => array(
"description" => "Echoes the passed argument back to Flash (no need to set the return type)",
"access" => "remote", // available values are private, public, remote
"roles" => "role, list", // currently inactive
"arguments" => array("arg1")
)
);
}
function submitThis($nameField) {
$thisResult = "Hello ".$nameField;
return $thisResult;
}
}
?>
The above code is the actual contents of you class file, here you define the class a constructor and a method called: submitThis. This latter method is the one that will eventually be called by the Flash movie, passing the submitted form value to it. Nothing amazingly complicated happens here. The constructor (SubmitForm()) sets an array that will be returned back to the Flash movie for the submitThis method. At this point you might as well create another file in the submitform folder and this one will be used for your flash movie as it is embedded into an HTML template.
And that pretty much covers the server side of the set up. Now I encountered a few problems with the class file, my constructor I named in-correctly and also I made use of the following code to set the return variable:
$this->thisResult = ?Hello ?.$nameField;
However this did not work and resulted in null values being passed back to Flash, so follow the code above.
The form itself has changed very little from the example I built using ColdFusion as the backend, so let?s just take a closer look at the ActionScript:
// Include the Required NetService class files
#include "NetDebug.as"
#include "NetServices.as"
#include "DataGlue.as"
var gatewayurl = "http://localhost/submitform/gateway.php";
function onClick(btn)
{
trace("onClick " + btn._name);
getSubmittedData();
gotoAndStop("response");
}
// get the data from the ui elements on page 1
function getSubmittedData()
{
trace(nameField.text);
userData.nameField = nameField.text;
trace ("The value of the submitted field is:" + userData.nameField);
}
function submitDetails()
{
// connect to the Flash Remoting service provider
if (isGatewayOpen == null) {
// do this code only once
isGatewayOpen = true;
// Make the Gateway connection
NetServices.setDefaultGatewayUrl(gatewayurl);
gatewayConnnection = NetServices.createGatewayConnection();
submitForm = gatewayConnnection.getService("submitForm", this);
trace("Connected");
// CALL Web service: submit the form variable
submitForm.submitThis(userData.nameField);
trace("sent request");
}
}
// :::: DEFAULT RESPONDERS ::::
function submitThis_Result(result)
{
trace("server responded: The result is " + result);
trace("setting the field");
// This function will be invoked by the server when it has finished processing
myResult.text = "The Php class replied with: " + result;
}
function initData()
{
// make sure we only call initData once
if ( inited )
return;
inited = true;
// modeling the form choices with data
// set initial values
userData = new Object();
userData.nameField ="";
trace ("object created and populated");
}
The first thing worth noting is that here I have included the ActionScript remoting components by default, rather than after the form has been submitted. Additionally I have declared a variable [var gatewayurl = "http://localhost/submitform/gateway.php";] that stores the path to our gateway.php file which if you remember points to the PHP flash services files.
Now let?s take a quick look at the submitDetails() method, which submits our details to the PHP class. Two lines that differ from the CFC are: submitForm = gatewayConnnection.getService("submitForm", this); [1] and submitForm.submitThis(userData.nameField);[2].
[1] simply invokes the object, whereas in the CFC version you still had to include the full path in a ?.? Annotation.
[2] in the CFC we simply passed the whole object to the component, whereas in the PHP class case we pass the variable nameField of the object userData.
Subtle differences, but still important. And there you go two implementations on two different platforms with the exact same outcome. One difference however, you can see this one in action here and you can download all the files here.


We offer a complete line of Alumax shower enclosures built to your specifications. Let us help you choose from a wide variety of glass options and metal finishes to add a personal touch to your custom bathroom.
We offer a full line of mirror options as functional accentuation to your home. Custom sizing with a variety of options such as beveled edges and tinting are available.
We provide flat glass in a variety of thicknesses to support a variety of applications from single pane window replacement to protective table coverings.
From new construction to replacement glass, we have your home window needs covered. We are happy to review floor plans or meet you where you are to give an estimate.
Check with us before replacing your entire insulated window unit due to breakage or fogging. We are able to special order insulated glass units for a variety of applications including home windows and patio doors. Grids in your window? No problem. These can be included upon request.
Have a fireplace in need of glass repair? Whether you have an open fireplace or insert, we can help.
We are happy to help with any commercial glass and metal application from simple replacement to custom builds.
Many applications require the use of tempered, laminated, or wired safety glass. We carry these products, and each can be custom sized to fit your needs.
We install windshields, side glasses, and mirrors for cars, trucks, buses, and motorhomes. Installation is done in a clean, controlled environment to ensure a quality job.


| .cfg |
Different personal settings |
| .password |
Changing the password on your account |
| .repair |
If your character can not enter the game
use this command to another character from the same account. |
| .hellbound |
Information of Hellbound |
| .exp |
Shows you how much XP you need to level up! |
| .whoami |
Shows your Character stats! |
| .lock_ip |
WARNING ! If you do not have IP Static
(same IP all time) You Risk to lose your Account. |
| .ref |
Menu system of refferal! (In Progress...) |
|
|
|


READY TO RUMBLE!!!
INSTRUCTIONS:
Player 1: press p1 button to move
Player 2: press p2 button to move
Press the start race button when ready
🐶
🐱
Start Race
Reset Race
player 1
player 2