--- layout: default title: Home generator: pagination pagination: max_per_page: 5 use: - posts ---
This is the place I occasionally post content, and more often test techology. Explore what's here today, no promises, it may not be here tomorrow or will change so dramtically it's unrecognizable. They say this is not a great strategy for building a 'personal brand' :)


POINT OF NO RETURN A film review by James Berardinelli Copyright 1993 James Berardinelli
Date Released: 3/19/93 Running Length: 1:48 Rated: R (Violence, language, sexual situations)
Starring: Bridget Fonda, Gabriel Byrne, Dermot Mulroney, Anne Bancroft, Harvey Keitel Director: John Badham Producer: Art Linson Screenplay: Robert Getchell and Alexander Seros based on Luc Besson's LA FEMME NIKITA Music: Hans Zimmer Released by Warner Brothers Pictures
Maggie (Bridget Fonda) is a strung-out member of a gang bent on robbing a drugstore to get their fixes. Things go wrong, the cops show up, and a fierce gunfight ensues. In the aftermath, a police officer finds Maggie cowering in a corner.  This earns her a death sentence which is commuted - on condition that she agree to work for "The Government" in a secret capacity as an assassin. Her mentor in this new training is Bob (Gabriel Byrne), who, after she shows uncooperative tendencies, informs her that if she doesn't begin to apply herself, the result will be a bullet through her brain. Maggie gets the message and soon becomes one of the most promising trainees.
Let me begin by making it clear that I have no particular prejudice for or against remakes, whether they be of American or foreign films. I generally try to judge the movie on its own merits as well as making the inevitable comparisons to its precursor. I liked SOMMERSBY, for example, because it was an entertaining and enjoyable story, despite the fact that it made some significant changes from THE RETURN OF MARTIN GUERRE. I disliked THE VANISHING, because it took a taunt, effective ending and muted it Hollywood-style, leaving behind a husk that was laughably absurd.
POINT OF NO RETURN makes few changes from LA FEMME NIKITA. In fact, the American version is so close to the French that in many cases it's more like a translation than a remake (camera angles and dialogue are frequently identical). Director John Badham (STAKEOUT) obviously made a detailed study of the original before embarking on the remake. While the details of the last caper are changed and the ending has been slightly manicured, there are no wholesale alterations. Through the entire movie, up to and including the closing scenes, the spirit of the original has been kept intact. There are no Hollywood-induced embellishments. For the most part, POINT OF NO RETURN plays like LA FEMME NIKITA in English.
One of the reasons that POINT OF NO RETURN is so enjoyable is that it's like none of the recent crop of thrillers, all of which seem to involve some apparently-benign outside force infiltrating a home or office. POINT OF NO RETURN is fresh, featuring a script with a few twists and turns (although no surprises for those who have seen NIKITA) and a heroine who is at the same time sympathetic and murderous.
While some of the direction and camerawork in POINT OF NO RETURN are inferior to those of NIKITA, the casting of Bridget Fonda is an excellent move. Ms. Fonda brings more humanity and regret to Maggie than Anne Parillaud does to Nikita. Maggie is distraught at each killing she participates in; it takes Nikita longer for the effects of her job to wear her down. That's not to say that Fonda is better in the role, simply that the changes give the audience a slightly different perspective on the character.
Gabriel Byrne is adequate as Bob, but Dermot Mulroney is weak. I never bought the relationship between his J. P. and Maggie. At its best, it's contrived; at its worst, it's completely implausible. Mulroney does nothing to flesh out his character. He is, without a doubt, the weak spot of POINT OF NO RETURN, even as Harvey Keitel's deadpan performance as Victor the Cleaner is the high point.
Because of the closeness of the two films, it's difficult to rate POINT OF NO RETURN much differently than NIKITA. Both tell a fun (if completely implausible) story with lots of violence and action. POINT OF NO RETURN boasts Bridget Fonda's more-humanized assassin; NIKITA has crisper direction and the decisive advantage of being "the original." Those who have not seen the French version will enjoy the remake. Those who watched - and liked - NIKITA will probably be pleasantly surprised at the faithfulness of POINT OF NO RETURN to its inspiration.
Rating: 8.4 (B+, ***)
- James Berardinelli<EMAIL_ADDRESS>.
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
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Related links: index of all rec.arts.movies.reviews reviews


Biocur1851.github.io
Olympus Camedia C 150 Anleitung herunterladen. OLYMPUS CAMEDIA C-50 ZOOM BASIC MANUAL Pdf Download.
View and Download Olympus CAMEDIA C-50 Zoom basic manual online. Olympus CAMEDIA C-50 Zoom: Basic Manual. CAMEDIA C-50 Zoom Digital Camera pdf manual download. OLYMPUS CAMEDIA C-740 ULTRA ZOOM BASIC MANUAL Pdf Download. View and Download Olympus CAMEDIA C-740 Ultra Zoom basic manual online. Olympus CAMEDIA C-740 Ultra Zoom: Basic Manual. CAMEDIA C-740 Ultra Zoom Digital Camera pdf manual download. Also for: Camedia c-760 ultra.


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Reports any
assert
statements. By default, asserts are disabled in production execution, so it can be better to use logger or exceptions instead.
Asserts statements are not supported under Java 1.3 or earlier JVMs.


{% extends "layout/_pattern_layout.html" %}
{% from 'nightshade-core/src/press_quote/quote.macros.html' import press_quote %}
{% set data = en.press_quote %}
{% block pattern_content %}
{{ press_quote('Changing the way people shop for mattresses', 'press-nyt') }}
{% endblock %}


Settings for the Mystique extension
Activate extension:
Follow links on same domain only:
Maximum of bytes:
Follow % of links on page
Follow links up to x times
Maximum visit time before clicking next link
Blacklist (do not visit URLs containing these words):
Whitelist (prefer URLs containing these words):
Personas:
Nerd
Banker
Scientist
Athlete
Save
History:
Clear
Set


{% extends "layout.html" %}
{% load tz %}
{% block twitter_card_title %}PyATL Python Atlanta Programmers{% endblock %}
{% block twitter_card_description %}PyATL's official page{% endblock %}
{% block page_title %}PyATL Python Atlanta Programmers{% endblock %}
{% block body %}
PyAtl is a group of technologists that meets every month in Atlanta for presentations and discussion about Python, the powerful and easy-to-use programming language.Atlanta Python Programmers
{{ event.start }}
{% endtimezone %}{{ event.short_description|capfirst }}


This application takes in your date of birth and outputs your Akan name depending on your date of birth and gender.
Click Submit to view your results.
Your Akan name will appear here.


| Selected Dataset: | |
| Dataset Name: | |
| Data Points: | 0 |
|
Dataset: Variables: *Plotly is a secure data analysis and graphing site with data sharing and access controls. Visit http://plot.ly for details. |
Sort Sort by: Order: Format Date Formatting: Number Formatting: Digits: Column Separator: |
R: G: B:
Dominant Colors:


--- index: 3 title: "Thursday Night Lectures" description: On Thursday nights all 5 sections come together and listen to a lecture and/or watch a movie or video pertaining to the material as discussed that week or the next week. --- # Thursday Night Lectures (Fall 2012) On Thursday nights all 5 sections come together and listen to a lecture and/or watch a movie or video pertaining to the material as discussed that week or the next week. A note on laptops: You are allowed to use your laptop, but only for taking notes! (watching videos, playing games, surfing the net, chatting with other people, or any other form of laptop use that does not pertain directly to the material presented is not only rude but also distracts the people sitting behind you). ## Schedule
| Date | Topic | Speaker/Video/Movie | Presentation |
|---|---|---|---|
| 8/30 | Minds and Machines and Cognitive Science | Minds, Machines, and Cognitive Science | |
| 9/6 | Experience and Reality | Movie: The Matrix | Brains In A Vat |
| 9/13 | Knowledge, Belief, and Evidence | Video: Bullsh*t! | Induction, and Causation |
| 9/20 | Logic | Speaker: Selmer Bringsjord | Logic |
| 9/27 | Free Will | Video: Cassandra | Free Will |
| 10/4 | Personal Identity | Video: Tuvix | Personal Identity |
| 10/11 | The Brain | Video: Secrets of the Mind | Brain, Perception, and Consciousness |
| 10/18 | Animal Minds and Animal Rights | Video: Monkey in the Mirror | Burgers and Persons handout: Rights and Minds |
| 10/25 | Turing's Legacy | Video: Data on Trial | Turing's Legacy |
| 11/1 | Cognition and Evolution | Video: Brain Power | Evolution and Cognition |
| 11/8 | Rationality | ||
| 11/15 | Enough? | Video: Transcendent Man | |
| 11/22 | Thanksgiving! (no class) | ||
| 11/29 | Autism | Movie: Rain Man | |
| 12/6 | Lego Robots Round-up!!!! |


| Package | Description |
|---|---|
| fr.sii.ogham.testing.extension.junit.sms.config |
| Modifier and Type | Method and Description |
|---|---|
SlowConfig |
SlowConfig.sendAlertNotificationDelay(long delayMs)
Simulate slow server by waiting
sendAlertNotificationDelay
milliseconds before sending data
NOTE: If sendAlertNotificationWaiting(Awaiter)
is also called then this delay has no effect. |
SlowConfig |
SlowConfig.sendAlertNotificationWaiting(Awaiter waiting)
Simulate slow server by executing
sendAlertNotificationWaiting
function before sending data
NOTE: Calling sendAlertNotificationDelay(long)
has no effect if waiting function is set. |
SlowConfig |
SlowConfig.sendBindDelay(long delayMs)
Simulate slow server by waiting
sendBindDelay milliseconds before
sending data. |
SlowConfig |
SlowConfig.sendBindRespDelay(long delayMs)
Simulate slow server by waiting
sendBindRespDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendBindRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendBindRespWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendBindWaiting(Awaiter waiting)
Simulate slow server by executing
sendBindWaiting function before
sending data. |
SlowConfig |
SlowConfig.sendCancelSmDelay(long delayMs)
Simulate slow server by waiting
sendCancelSmDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendCancelSmRespDelay(long delayMs)
Simulate slow server by waiting
sendCancelSmRespDelay
milliseconds before sending data. |
SlowConfig |
SlowConfig.sendCancelSmRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendCancelSmRespWaiting
function before sending data. |
SlowConfig |
SlowConfig.sendCancelSmWaiting(Awaiter waiting)
Simulate slow server by executing
sendCancelSmWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendDataSmDelay(long delayMs)
Simulate slow server by waiting
sendDataSmDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendDataSmRespDelay(long delayMs)
Simulate slow server by waiting
sendDataSmRespDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendDataSmRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendDataSmRespWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendDataSmWaiting(Awaiter waiting)
Simulate slow server by executing
sendDataSmWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendDeliverSmDelay(long delayMs)
Simulate slow server by waiting
sendDeliverSmDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendDeliverSmRespDelay(long delayMs)
Simulate slow server by waiting
sendDeliverSmRespDelay
milliseconds before sending data. |
SlowConfig |
SlowConfig.sendDeliverSmRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendDeliverSmRespWaiting
function before sending data. |
SlowConfig |
SlowConfig.sendDeliverSmWaiting(Awaiter waiting)
Simulate slow server by executing
sendDeliverSmWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendEnquireLinkDelay(long delayMs)
Simulate slow server by waiting
sendEnquireLinkDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendEnquireLinkRespDelay(long delayMs)
Simulate slow server by waiting
sendEnquireLinkRespDelay
milliseconds before sending data. |
SlowConfig |
SlowConfig.sendEnquireLinkRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendEnquireLinkRespWaiting
function before sending data. |
SlowConfig |
SlowConfig.sendEnquireLinkWaiting(Awaiter waiting)
Simulate slow server by executing
sendEnquireLinkWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendGenericNackDelay(long delayMs)
Simulate slow server by waiting
sendGenericNackDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendGenericNackWaiting(Awaiter waiting)
Simulate slow server by executing
sendGenericNackWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendHeaderDelay(long delayMs)
Simulate slow server by waiting
sendHeaderDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendHeaderWaiting(Awaiter waiting)
Simulate slow server by executing
sendHeaderWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendOutbindDelay(long delayMs)
Simulate slow server by waiting
sendOutbindDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendOutbindWaiting(Awaiter waiting)
Simulate slow server by executing
sendOutbindWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendQuerySmDelay(long delayMs)
Simulate slow server by waiting
sendQuerySmDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendQuerySmRespDelay(long delayMs)
Simulate slow server by waiting
sendQuerySmRespDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendQuerySmRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendQuerySmRespWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendQuerySmWaiting(Awaiter waiting)
Simulate slow server by executing
sendQuerySmWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendReplaceSmDelay(long delayMs)
Simulate slow server by waiting
sendReplaceSmDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendReplaceSmRespDelay(long delayMs)
Simulate slow server by waiting
sendReplaceSmRespDelay
milliseconds before sending data. |
SlowConfig |
SlowConfig.sendReplaceSmRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendReplaceSmRespWaiting
function before sending data. |
SlowConfig |
SlowConfig.sendReplaceSmWaiting(Awaiter waiting)
Simulate slow server by executing
sendReplaceSmWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendSubmitMultiDelay(long delayMs)
Simulate slow server by waiting
sendSubmitMultiDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendSubmitMultiRespDelay(long delayMs)
Simulate slow server by waiting
sendSubmitMultiRespDelay
milliseconds before sending data. |
SlowConfig |
SlowConfig.sendSubmitMultiRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendSubmitMultiRespWaiting
function before sending data. |
SlowConfig |
SlowConfig.sendSubmitMultiWaiting(Awaiter waiting)
Simulate slow server by executing
sendSubmitMultiWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendSubmitSmDelay(long delayMs)
Simulate slow server by waiting
sendSubmitSmDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendSubmitSmRespDelay(long delayMs)
Simulate slow server by waiting
sendSubmitSmRespDelay
milliseconds before sending data. |
SlowConfig |
SlowConfig.sendSubmitSmRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendSubmitSmRespWaiting
function before sending data. |
SlowConfig |
SlowConfig.sendSubmitSmWaiting(Awaiter waiting)
Simulate slow server by executing
sendSubmitSmWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendUnbindDelay(long delayMs)
Simulate slow server by waiting
sendUnbindDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendUnbindRespDelay(long delayMs)
Simulate slow server by waiting
sendUnbindRespDelay milliseconds
before sending data. |
SlowConfig |
SlowConfig.sendUnbindRespWaiting(Awaiter waiting)
Simulate slow server by executing
sendUnbindRespWaiting function
before sending data. |
SlowConfig |
SlowConfig.sendUnbindWaiting(Awaiter waiting)
Simulate slow server by executing
sendUnbindWaiting function
before sending data. |
SlowConfig |
ServerConfig.slow()
Configure the simulator to behave like a slow server.
|
Copyright © 2021. All rights reserved.


This is a simple tool providing a quick preview of a website in various screen sizes. It supports pages running on your localhost, so it is a great companion for local development of reponsive websites.
Always be aware that this is just a preview tool. It can give you an idea about how different devices might render a web page and helps to recognize early when changing something for a specific devices breaks something on another device, but of course it is not the real thing. It is still important to do testing on different devices.


Breakout Game
by pedro augusto
Breakout Game
?
Sons
Original
Lol Woman
Barras
Linear
Aleatório
Movement (no keyboard)
Desenhar Setas
Deslizar
JOGAR
See on github


Autumn glamour mesmerizes on Mount Ağrı
by ANADOLU AGENCYAutumn might be the best time to discover nature contrary to popular belief. Spring might be the time that nature wakes up from its beauty sleep but it is, in fact, autumn where you witness the lifecycle of nature. This autumn, before the snow falls on the mountains of eastern Anatolia, we invite you to the foothills of Mount Ağrı and see the color festivity of its vineyards.
Located on the lowers parts of Mount Ağrı, the tallest mountain within Turkish borders, it is not only home to grapes but also many fruit and willow trees. As the season turns, the trees assume the colors of red, brown and yellow, making the vineyard look like a place right out of a painting.
Muhammed Akkuş, the chairman of the Iğdır Photography, Adventure, Culture and Nature Club has been volunteering in the region to increase its popularity among nature lovers. "This place is somewhere you can see all the miracles of nature. Everytime, I discover new things I am mesmerized by them. From the colors of the leaves to the way this stream flows, these vineyards make people happy," says Akkuş.


The exact dates for your particular section would be posted in an announcement titled "This week in ITSC 2214" from week 3 onwards at the start of the week.
There will be another announcement titled "Mid-week Update", informing you on all the new content that was added to Canvas during the week, since the last announcement.
A map of the course and the nodes in RealizeIt can be found here.
| Week | Date | Topic | Due |
|---|---|---|---|
| 9. | Nov. 9 - Nov. 15 | Module 7: Recursion | RealizeIt Module 7 Assignment 2 |
| 10. | Nov. 16 - Nov. 22 | Module 8: Trees | RealizeIt Module 8 Assignment 3 Quiz 3 |
| 11. | Nov. 23 - Nov. 29 | Module 9: Hash Tables and Hash Maps | RealizeIt Module 9 Quiz 3 Lab for Module 8 |
| 12. | Nov. 30 - Dec. 6 | Module 10: Graphs | RealizeIt Module 10 Lab for Module 9 |
| 13. | Dec. 7 - Dec. 14 | Module 10: Graphs | Lab for Module 10 Assignment 4 Quiz 4 |


Determine the sample size requirement to achieve the target probability of correct classification (PCC) for studies employing high-dimensional features. The package implements functions to 1) determine the asymptotic feasibility of the classification problem; 2) compute the upper bounds of the PCC for any linear classifier; 3) estimate the PCC of three design methods given design assumptions; 4) determine the sample size requirement to achieve the target PCC for three design methods.
| Version: | 1.1 |
| Published: | 2016-06-11 |
| Author: | Meihua Wu, Brisa N. Sanchez, Peter X.K. Song, Raymond Luu, Wen Wang |
| Maintainer: | Brisa N. Sanchez <brisa at umich.edu> |
| License: | GPL-2 |
| NeedsCompilation: | yes |
| CRAN checks: | HDDesign results |
| Reference manual: | HDDesign.pdf |
| Package source: | HDDesign_1.1.tar.gz |
| Windows binaries: | r-devel: HDDesign_1.1.zip, r-release: HDDesign_1.1.zip, r-oldrel: HDDesign_1.1.zip |
| OS X binaries: | r-release: HDDesign_1.1.tgz, r-oldrel: HDDesign_1.1.tgz |
Please use the canonical form https://CRAN.R-project.org/package=HDDesign to link to this page.


Serenity is an ASP.NET Core/MVC application platform designed to simplify and shorten development of data-centric business applications with a service based architecture.
It aims to make development easier while reducing maintenance costs by avoiding boiler-plate code, reducing the time spent on repetitive tasks and applying best software design practices.
Your application is ready to go. Just press F5, and it will automatically create its database and tables in SQL LocalDB.
Please check your TypeScript version from VS Extensions dialog (v2.5.0+ is required). Download latest version for VS from http://www.typescriptlang.org/#download-links
NodeJS v8.7.0+ with NPM v5.4.2+ is also required for typings and other static content. Get it from https://nodejs.org/en/download/
Also make sure that you have C:\Program Files\nodejs on top of folder list at Tools Options Projects and Solutions External Web Tools.
See Serenity Developer Guide for documentation. Follow step-by-step tutorials to get up quickly to develop your own applications.
Feel free to open an issue at Serenity Github Repository. You might also suggest new features, or contribute to project there.
Serenity and this template is updated frequently. See the log for a list of changes. You can also update Serenity NuGet packages using Package Manager Console.
Copyright (c) Serenity Application Platform


Palestinian photographer finds 2nd calling as wire sculptor
by MOHAMMED DARAGHMEHBILIN, West Bank (AP) - After 14 years as a photographer in the Israeli-occupied West Bank, one Palestinian man has found his second calling through sculpture, telling stories by recycling metal wire into art. He says that while the effect of a news photo can be fleeting, a work of art remains over time.
In the garden of his small house in the village of Bilin, 43-year-old Haitham Khateeb twists and binds wires into images of the Palestinian experience - both tragic and joyous.
He says that by working with metal, he’s giving a sense of permanence and durability to scenes of Palestinian daily life “because we need to convey it to the world and (future) generations.”
His artworks range in size and include pastoral scenes of olive harvests and farmers cultivating their land. They also depict confrontations with Israeli troops and the ongoing protests along the Gaza Strip’s boundary with Israel.
For over a decade, Khateeb’s village was itself a flashpoint for protests against Israel’s separation wall. The wall cuts off many villages from their fields and pastures, as was the case in Bilin.
Starting in 2005, residents of Bilin began staging weekly protests against the wall that continued for several years.
“I carried the camera, and I began documenting what was going on in my village, and sent it to the media,” he said.
At times clashes erupted, and two protesters were killed by Israeli fire. Activists from around the world and Israeli supporters took part in the demonstrations, which helped them build momentum and brought worldwide media attention.
But as the demonstrations have quieted down in the past two years, Khateeb says he found himself with more free time.
“I started to think of another way to tell the news,” he said.
As a child, Khateeb says he learned how to use metal wire to make toys that he could not afford. “Today I use it differently.”
Sometimes he goes back in history, building scenes from the war surrounding Israel’s creation, in which hundreds of thousands of Palestinians fled or were forced from their homes, or the first and second uprisings against Israeli occupation.
His dozens of works include a portrait of the late Palestinian leader, Yasser Arafat, with his famous keffiyeh, the iconic Palestinian headscarf. He’s also sculpted refugees fleeing their homes and clashes between Palestinian stone throwers and Israeli troops.
Khateeb displays his works on social media, and is preparing for his first exhibition soon. He also hopes to do larger pieces that can be placed in public squares.
“I worked as a photojournalist for a long time, and now I found that art could be a more effective way of reporting,” he said.
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OpenDNP3 can be run on a variety of embedded systems. You’ll need a cross compiler for your particular hardware that’s up to date with C++0x support. Sub-bullets of this topic address embedded issues like memory usage and library size.
If you’re unfamiliar with cross compiling in general, I’d recommend getting an embedded Linux book.
The [Raspberry Pi](http://www.raspberrypi.org/) is a great platform to start learning about cross-compiling. You can compile OpenDNP3 on the Pi itself, but since it’s a fairly large library, you’ll probably want to cross-compile.
Lots of different tool-chains will work, but [this guide](http://www.kitware.com/blog/home/post/426) can show you how to build one yourself using crosstool-ng. It can build crosstool chains for a variety of platforms like ARM, powerPC, etc. After you have a working toolchain, test it with some trivial example apps before proceeding with cross-compiling OpenDNP3.
The first step is to build boost for the Pi. Follow the directions [here](http://www.boost.org/boost-build2/doc/html/bbv2/tasks/crosscompile.html). Remember, you only need Boost::System and Boost::Test.
With ARM libraries for Boost, you’re ready to use autotools to cross-compile. My invocation of configure looked like:
You need to then copy your compiled Boost libraries and OpenDNP3 over to the PI using SCP or Filezilla (I personally prefer this).
pi@raspberrypi ~ $ ls /usr/lib/libboost_*
/usr//lib/libboost_prg_exec_monitor.so.1.53.0 /usr//lib/libboost_system.so.1.53.0 /usr//lib/libboost_unit_test_framework.so.1.53.0
pi@raspberrypi ~ $ ls /usr/lib/libopendnp3*
/usr/lib/libopendnp3.so.1.0.1
Before trying to write an applications using OpenDNP3 for your embedded system, make sure the test suite passes first. The test suite runs some pretty aggressive integration tests, so be patient with the little Pi. For less capable systems, you may want to turn down some of the integration testing.
pi@raspberrypi ~ $ ./dnp3test --show_progress
0% 10 20 30 40 50 60 70 80 90 100%
|----|----|----|----|----|----|----|----|----|----|
Running 458 test cases...
***************************************************
*** No errors detected


Welcome!
This is the internet home of Magpie
Electonic Machines Incorporated. From here you can learn about
our products, programs, and people. We specialize in the past
and the future and where they meet.
We are always hiring! Feel free to apply through our careers
challenge to try to get an interview.


{% extends "frontend/admin/layout.html" %} {% block title %}403 Forbidden{% endblock %} {% block topbar %}{% endblock %} {% block content %}
You do not have permission to access this URL.
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A little bit about us: Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua.
You can choose from all of our flavors and create your own combinations
class We will be happy to decorate your cupcakes in the theme of your choice
People rave about our banana cupcake!


StuffDraw /
Canvas not supported?
Player List / Score
dongbus
420
paru
-8005
Chat
dongbus
: poot poot poot
admin
: lol i ban u


| Package | flare.vis.operator.layout |
| Class | public class CirclePackingLayout |
| Inheritance | CirclePackingLayout Layout Operator |
Circle sizes are determined by a node's size
property.
It is assumed that the sizes are set before this operator is run,
for example, by placing a SizeEncoder
prior to this layout
in an operator list.
If the treeLayout
property is false
, all
nodes will be treated the same and the result will be a "bubble" chart.
If the treeLayout
property is
true
, circles will
be nested inside each other according to the tree structure of the data.
The results of this layout can vary dramatically based on the sort
order of the nodes. For example, sorting the nodes by the
size
property (in either ascending or descending order)
can result in much cleaner layouts. Use the sort
property
of this class to set a preferred sorting routine. By default, this
operator will not perform any sorting.
NOTE: This operator will set a node's renderer
and
shape
properties, overriding any previous values.
The algorithm used to perform the circle packing is adapted from W. Wang, H. Wang, G. Dai, and H. Wang's Visualization of large hierarchical data by circle packing, ACM CHI 2006.
| Property | Defined by | ||
|---|---|---|---|
| enabled : Boolean Indicates if the operator is enabled or disabled.
| Operator | ||
| fitInBounds : Boolean = true Indicates if the view should be scaled to fit within the
display bounds.
| CirclePackingLayout | ||
| group : String = "nodes" The data group to process.
| CirclePackingLayout | ||
| layoutAnchor : Point The layout anchor, used by some layout instances to place an
initial item or determine a focal point.
| Layout | ||
| layoutBounds : Rectangle The layout bounds for the layout.
| Layout | ||
| layoutRoot : DataSprite
The layout root, the root node for tree layouts.
| Layout | ||
| layoutType : String = "null" The type of layout and axes.
| Layout | ||
| parameters : Object
Sets parameter values for this operator.
| Operator | ||
| sort : Sort
A sort criteria for ordering nodes in this layout.
| CirclePackingLayout | ||
| spacing : Number = 4 The amount of spacing between neighboring circles.
| CirclePackingLayout | ||
| treeLayout : Boolean = false Indicates if a tree layout (circles nested within circles) should
be computed.
| CirclePackingLayout | ||
| visualization : Visualization
The visualization processed by this operator.
| Operator |
| Method | Defined by | ||
|---|---|---|---|
|
CirclePackingLayout(spacing:Number = 4, treeLayout:Boolean = false, sort:* = null)
Creates a new CirclePackingLayout.
| CirclePackingLayout | ||
|
applyParameters(op:IOperator, params:Object):void
[static]
Static method that applies parameter settings to an operator.
| Operator | ||
|
clearEdgePoints():void
Strips all EdgeSprites in a visualization of any control points.
| Layout | ||
|
Hides the axes.
| Layout | ||
|
operate(t:Transitioner = null):void
Performs an operation over the contents of a visualization.
| Layout | ||
|
setup():void
Setup method invoked whenever this operator's visualization
property is set.
| Operator | ||
|
Reveals the axes.
| Layout | ||
|
[static]
Updates all edges to be straight lines.
| Layout |
| Method | Defined by | ||
|---|---|---|---|
|
autoAnchor():void
Automatically-generate an anchor point.
| Layout | ||
|
layout():void
Calculates the spatial layout of visualized items.
| CirclePackingLayout | ||
|
minAngle(a1:Number, a2:Number):Number
Returns an angle value that minimizes the angular distance
between a reference angle and a target angle.
| Layout |
| fitInBounds | property |
public var fitInBounds:Boolean = true
Indicates if the view should be scaled to fit within the display bounds. The default is true.
| group | property |
public var group:String = "nodes"
The data group to process. This setting will be ignored if tree mode is set to true.
| sort | property |
sort:Sort
[read-write]A sort criteria for ordering nodes in this layout. Ordered nodes are placed in a spiral starting at the center. The default is null, meaning no sorting is performed.
Implementation public function get sort():Sort
public function set sort(value:Sort):void
| spacing | property |
public var spacing:Number = 4
The amount of spacing between neighboring circles. The default value is 4 pixels.
| treeLayout | property |
public var treeLayout:Boolean = false
Indicates if a tree layout (circles nested within circles) should be computed. The default is false. Any data group settings will be ignored if this operator uses a tree layout.
| CirclePackingLayout | () | constructor |
public function CirclePackingLayout(spacing:Number = 4, treeLayout:Boolean = false, sort:* = null)
Creates a new CirclePackingLayout.
Parametersspacing:Number (default = 4 ) — the minimum spacing between neighboring circles
|
|
treeLayout:Boolean (default = false ) — if true, a hierarchical circles-within-circles
layout will be peformed; if false (the default) all nodes will be
considered equally
|
|
sort:* (default = null ) — a sort criteria for ordering nodes in the layout.
Ordered nodes are placed in a spiral starting at the center.
|
| layout | () | method |
protected override function layout():void
Calculates the spatial layout of visualized items. Layout operators override this method with their layout implementations.


I and 13 other co-founders at Mana Tea created and released Unfamiliar in 2019.
Player controller
Moves around the world on the graph and interacts with items.
Integrated animations including idle, walk, run, and jump.
Move to a point from a click on screen, or move in a direction based on joystick input.
Movement Graph
Consists of three graphs, 'player movement', 'camera position', and 'camera look'.
Allows the player and camera to move smoothly around the world with Bezeir curves.
Raycasting to the graph. In order to move to a point the player clicks, we've created all the necessary maths functions to calculate the nearest point on any curve, from a ray.
A* path finding. Once a point on the graph is found, a path is generated to reach it.
Level editor tools
The graph was built up from scratch.
I've created many important tools for manipulating the graph.
Below is an example use for the 'smooth edges on node' function.
Procedurally generated levels
Every time you enter the world you are greeted with a different experience.

Send me an email and I will get back to you as soon as possible!


{% include 'header.html' %}
If you'd like, add your resume to send to sponsors...
Admin Dashboard
Drop Application if you can't make it :(


References
- McCarthy, D. (2000). Pop art. London: Tate Gallery Publishing.
- Livingstone, M. (1990). Pop Art: A Continuing History. London: Thames & Hudson.
- Honnef, K. (2004).POP ART. London: Taschen.
- Dempsey, A. (2002). Styles, Schools and Movements. London: Thames & Hudson.
- Andy Warhol. (2015). The Biography.com website. [Online]. Available from:http://www.biography.com/people/andy-warhol-9523875 [Last accessed on 16th February 2015].
- Gershman, R. (2015). TheArtStory.org website. Available from:http://www.theartstory.org/artist-lichtenstein-roy.htm [Last accessed on 17th February 2015].
- The Guardian. (2011). Richard Hamilton obituary. [Online] Available from:http://www.theguardian.com/artanddesign/2011/sep/13/richard-hamilton-obituary [Last accessed on 18th February 2015].


ValidationRule
open class ValidationRule<V>
ValidationRule
is the parent of all validation rules.
-
Initializes an
ValidationRule
object. Should be inherited by child classesDeclaration
Swift
public init(message: String)
Return Value
An initialized object, or nil if an object could not be created for some reason.
-
Validates value.
Declaration
Swift
open func validate(_ value: V?) -> String?
Parameters
value
Any value to be validated.
Return Value
Error Message. nil if validation is successful;
String
if validation fails. -
Quick accessor for
AlphaNumericRule
Declaration
Swift
class var alphaNumeric: ValidationRule<String> { get }
-
Quick accessor for
AlphaRule
Declaration
Swift
class var alpha: ValidationRule<String> { get }
-
Quick accessor for
ArrayLengthRule
Declaration
Swift
class func arrayLength<V>(min: Int, max: Int) -> ValidationRule<Array<V>>
-
Quick accessor for
ArrayRule
Declaration
Swift
class func array<V>(rules: [ValidationRule<V>]) -> ValidationRule<Array<V>>
-
Quick accessor for
CharacterSetRule
Declaration
Swift
class func characterSet(_ validCharacters: CharacterSet) -> ValidationRule<String>
-
Quick accessor for
ConfirmRule
Declaration
Swift
class func confirm<V>(_ value: V) -> ValidationRule<V> where V : Equatable
-
Quick accessor for
CoordinateRule
Declaration
Swift
class var coordinate: ValidationRule<[Double]> { get }
-
Quick accessor for
CurrencyRule
Declaration
Swift
class var currency: ValidationRule<String> { get }
-
Quick accessor for
DateRule
Declaration
Swift
class func date(format: String = "yyyy-MM-dd'T'HH:mm:ss.SSSZ") -> ValidationRule<String>
-
Quick accessor for
EmailRule
Declaration
Swift
class var email: ValidationRule<String> { get }
-
Quick accessor for
EnumRule
Declaration
Swift
class func `enum`<V>(_ values: [V]) -> ValidationRule<V> where V : Equatable
-
Quick accessor for
ExactLengthRule
Declaration
Swift
class func exactLength(_ length: Int) -> ValidationRule<String>
-
Quick accessor for
FloatRule
Declaration
Swift
class var floatingPoint: ValidationRule<String> { get }
-
Quick accessor for
FullNameRule
Declaration
Swift
class var fullName: ValidationRule<String> { get }
-
Quick accessor for
HexColorRule
Declaration
Swift
class var hexColor: ValidationRule<String> { get }
-
Quick accessor for
IPV4Rule
Declaration
Swift
class var ipv4: ValidationRule<String> { get }
-
Quick accessor for
ISBNRule
Declaration
Swift
class var isbn: ValidationRule<String> { get }
-
Quick accessor for
ISO8601DateRule
Declaration
Swift
@available(OSX 10.12, iOS 10.0, watchOS 3.0, *) class func iso8601Date(options: ISO8601DateFormatter.Options = []) -> ValidationRule<String>
-
Quick accessor for
LengthRule
Declaration
Swift
class func length(min: Int, max: Int) -> ValidationRule<String>
-
Quick accessor for
MonthRule
Declaration
Swift
class var month: ValidationRule<String> { get }
-
Quick accessor for
NumericRule
Declaration
Swift
class var numeric: ValidationRule<String> { get }
-
Quick accessor for
PasswordRule
Declaration
Swift
class func password(strength: PasswordRule.Strength = .weak) -> ValidationRule<String>
-
Quick accessor for
PhoneNumberRule
Declaration
Swift
class func phoneNumber(format: PhoneNumberRule.Format = .national) -> ValidationRule<String>
-
Quick accessor for
PinCodeRule
Declaration
Swift
class var pinCode: ValidationRule<String> { get }
-
Quick accessor for
RangeRule
Declaration
Swift
class func range<V>(min: V, max: V) -> ValidationRule<V> where V : Comparable, V : CustomStringConvertible
-
Quick accessor for
RegexRule
Declaration
Swift
class func regex(pattern: String) -> ValidationRule<String>
-
Quick accessor for
RequiredRule
Declaration
Swift
class var required: ValidationRule { get }
-
Quick accessor for
ValidatableRule
Declaration
Swift
class func validatable<V>() -> ValidationRule<V> where V : Validatable
-
Quick accessor for
YearExpiryRule
Declaration
Swift
class func yearExpiry(validity: Int = 3) -> ValidationRule<String>
-
Quick accessor for
ZipCodeRule
Declaration
Swift
class var zipCode: ValidationRule<String> { get }


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Two of the most commonly used built-in data types in Python are the list and the tuple.Lists and tuples are part of the group of sequence data types—in other words, lists and tuples store one or more objects or values in a specific order. The objects stored in a list or tuple can be of any type, including the nothing type defined by the None keyword.The big difference between lists and tuples is that lists are mutable, however tuples are immutable.
# Lists must be surrounded by brackets
>>> emptylst = []
# Tuples may or may not be surrounded by parenthesis
>>> emptytup = ()
The list is a most versatile datatype available in Python which can be written as a list of comma-separated values (items) between square brackets. Important thing about a list is that items in a list need not be of the same type. Lists are mutable.
LIST METHODS:
Example a=[2,4,6,7,3] b=[3,1,9] print(a) for i in a: print(i,end=" ") a.append(10) #list.append(item) print("\n",a) a.extend(b) #list1.extend(list2) print(a) a.insert(3,5) #insert(index number,element) print(a) a.remove(10) #list.remove(element) print(a) print(a.index(7)) #list.index(element) print(a.count(3)) #list.count(element) print(a.pop(-3)) #list.pop(index) print(a) a.reverse() #list.reverse() print(a) a.sort() #list.sort(key=..., reverse=...) print(a) a.clear() #list.clear() print(a) o/p: [2, 4, 6, 7, 3] 2 4 6 7 3 [2, 4, 6, 7, 3, 10] [2, 4, 6, 7, 3, 10, 3, 1, 9] [2, 4, 6, 5, 7, 3, 10, 3, 1, 9] [2, 4, 6, 5, 7, 3, 3, 1, 9] 4 2 3 [2, 4, 6, 5, 7, 3, 1, 9] [9, 1, 3, 7, 5, 6, 4, 2] [1, 2, 3, 4, 5, 6, 7, 9] []A tuple is a sequence of immutable Python objects. Tuples are sequences, just like lists. The differences between tuples and lists are, the tuples cannot be changed unlike lists and tuples use parentheses, whereas lists use square brackets. Tuples are immutable.
Example a=(2,4,6,7,3) b=(3,1,9) print(a) for i in a: print(i,end=" ") print("\n",a+b) print(a.index(7)) #list.index(element) print(a.count(3)) #list.count(element) o/p: (2, 4, 6, 7, 3) 2 4 6 7 3 (2, 4, 6, 7, 3, 3, 1, 9) 3 1Each key is separated from its value by a colon (:), the items are separated by commas, and the whole thing is enclosed in curly braces. An empty dictionary without any items is written with just two curly braces, like this: {}. Dictionary are immutable.
Example d = {'Name': 'Zara', 'Age': 7, 'Class': 'First'} keys = {'a', 'e', 'i', 'o', 'u' } d1={"Class":"Four"} values={} print(d) dt=d.copy() #dict.copy() print(dt) dt.clear() #dict.clear() print(dt) print(d.fromkeys(keys)) print(d.get("Name")) print(d["Age"]) print(d.keys()) print(d.values()) print(d.popitem()) d.update(d1) print(d) print(d.pop("Age")) print(d) o/p: {'Name': 'Zara', 'Age': 7, 'Class': 'First'} {'Name': 'Zara', 'Age': 7, 'Class': 'First'} {} {'i': None, 'a': None, 'o': None, 'u': None, 'e': None} Zara 7 dict_keys(['Name', 'Age', 'Class']) dict_values(['Zara', 7, 'First']) ('Class', 'First') {'Name': 'Zara', 'Age': 7, 'Class': 'Four'} 7 {'Name': 'Zara', 'Class': 'Four'}


|
|
Wife. Mother. Daughter. Sister.
Friend. Our mission is to help the women who come to us
re-establish their vital roles within the community.
We strive toward this objective
by providing a sanctuary and support system dedicated
solely to the needs of alcohol- and drug-dependent women.
And by promoting "responsible recovery." That means equipping
women with the holistic life and relapse-prevention skills
they need to achieve long-term sobriety and a healthy
lifestyle. By emphasizing the spiritual, physical, emotional,
intellectual and social aspects of treatment, we help
our residents with every aspect of their lives so that
they may become whole women again, rather than a sum of
their dependencies. |
|
|
|
|
|


This proposal adds a new mechanism for declaring non-virtual private class methods and static private class methods outside of the class definition.
This proposal is a core language extension. It does not require any new keywords. It proposes one additional syntax by reusing an existing keyword in a manner congruent with the keyword's original purpose. The new feature does not break any legacy code. Some expressions which used to be a compilation error are now valid C++.
Good class design follows the principle of encapsulation. The game of encapsulation is the game of hiding as many details as possible, exposing only the minimum of details required for the users to use the interface. By minimizing the exposed information, we reduce the complexity of our interface, making it easier to understand and use. We also give ourselves much more freedom and flexibility with implementation. Any class details not present in the interface can be changed without affecting the users of the interface.
We will perform an analysis of encapsulation provided by the C++ class mechanism. In C++, the system interface takes the form of a class definition. This class definition is normally written in a header file, in order to allow its use in multiple translation units. In order to maximize encapsulation, we must minimize the number of class details in the interface to the bare minimum required by the users of the class.
The following table lists all of the aspects that make up a class. It lists whether or not they are required to be in the class definition. The next 2 columns describe how each aspect is used by the programmer using the class directly and the child class inheriting from it. The last column describes when the compiler needs the aspect to be visible in order to implement the language.
| # | Aspect | Required in class definition? | User | Inheritor | Compiler |
|---|---|---|---|---|---|
| 1 | Public data member definitions | Y | use | use | sizeof(), method definitions |
| 2 | Protected data member definitions | Y | use | sizeof(), method definitions | |
| 3 | Private data member definitions | Y | sizeof(), method definitions | ||
| 4 | Public virtual method declarations | Y | call | override, call | vtable |
| 5 | Protected virtual method declarations | Y | override, call | vtable | |
| 6 | Private virtual method declarations | Y | override | vtable | |
| 7 | Public non-virtual method declarations | Y | call | call | only at call site |
| 8 | Protected non-virtual method declarations | Y | call | only at call site | |
| 9 | Private non-virtual method declarations | Y | only at call site | ||
| 10 | Public static method declarations | Y | call | call | only at call site |
| 11 | Protected static method declarations | Y | call | only at call site | |
| 12 | Private static method declarations | Y | only at call site | ||
| 13 | friend declarations | Y | only at friend definition | ||
| 14 | All member function definitions | N | only for inlining |
Let us examine this table and try to deconstruct which aspects required in the class definition are actually part of the class interface and which are implementation details. First, the public and protected aspects must be a part of the interface because they are directly exposed to class user and the child class who inherits. Private virtual methods are also part of the interface to the child class because the child class may choose to override them.
Now we are left with the following:
Private data members are not technically part of the interface as they cannot be accessed by users or child classes. Here we run into practical considerations. The compiler needs to know the size of the entire object in order to create instances of it. The size cannot be computed without seeing all of the data members, regardless of access control. Developers who wish to increase encapsulation by hiding the private data members can use the PIMPL idiom at the expense of run time efficiency.
Friend declarations also are not technically part of the interface. However, allowing friend declarations to be declared anywhere would make it very easy for users to abuse friends in order to break access control. This proposal does not address any aspects of the friend feature and we will not speak of it again.
The leaves us with the non-virtual private methods and static private methods. The direct users and child classes cannot call private methods so they do not need to see their signatures, much much less know of their existence. The compiler also does not need to know of the existence of private methods until they are called. On all major platforms, changing the non-virtual private methods (which are not called by inline functions) does not affect the ABI of the class itself [KDEABI].
We conclude that non-virtual private method and static private method declarations are not a part of the class interface and thus should not be required in the class definition.
High level discussions about encapsulation aside, there are some very real practical problems that arise from requiring private method declarations in the class definition.
We propose that private non-virtual methods and private static methods should be able to be declared outside of the class definition. This change does not break encapsulation because the methods are private, in fact it improves encapsulation for reasons previously stated. We believe this feature could also be another step towards modules in C++.
As a side note, some programming languages provide a mixin feature which allows programmers to reopen a class and extend its interface arbitrarily. We are not proposing or even endorsing any form of mixin here. Adding, removing, or changing private methods does not change the interface of the class.
The basic idea behind this proposal is simple. Just allow the programmer to declare additional class non-virtual private methods and static private methods which are not present in the class definition. We call these additional methods private extension methods.
Here is an example:
//foo.hh
class Foo {
public:
Foo();
void pub1();
void pub2();
private:
//private method declared within the class definition
void _priv1();
int _i;
int _j;
};
//Forward declaration of a private extension method
void Foo::_priv2();
//Inlined public method calls the private extension method
inline void Foo::pub2() { _priv2(); }
//foo.cc
//Definition of _priv1()
void Foo::_priv1() {
/* function body */
}
//A new file scoped private extension method.
static void Foo::_priv3() {
_i = 3;
}
//Another file scoped private extension method.
namespace {
static void Foo::_priv4() {
_priv3();
_j = _i++;
}
}
//Definition of Foo::pub1()
void Foo::pub1() {
_priv1();
_priv4();
}
//A private extension method constructor
Foo::Foo(int i, int j) : _i(i), _j(j) {}
//Public constructor delegates to the private extension constructor
Foo::Foo() : Foo(0, 0) {}
Any class method which has been declared but not found in the class definition will be implicitly given private access control. For this reason, all class method declarations will require the class definition to been previously seen.
The following would be a compilation error:
void Foo::_priv(); //<-Error: class definition not visible here!
class Foo {
};
The one issue that arises from the previous example is how to declare a static private extension method. Within the class definition we prefix the method with the static keyword. Prefixing an extension method with the static keyword outside of class scope will not define a static class method but instead define a private extension method with static linkage.
In order to resolve this issue, we propose one more change. We will allow the programmer to supply the static keyword after the function declaration. Within the class definition, this will have the same effect as putting the static keyword before the declaration. Outside of the class definition, prefixing with static will denote file scope, while suffixing will denote a static private extension method.
Some examples:
class Foo {
public:
static void f1(); //<- static public method
void f2() static; //<- static public method
private:
static void f3(); //<- static private method
void f4() static; //<- static private method
void f5(); //<- private method
void f6(); //<- private method
};
void Foo::f7(); //<- private extension method
static void Foo::f8(); //<- file scope private extension method
void Foo::f9() static; //<- static private extension method
static void Foo::f10() static; //<- file scope static private extension method
static void bar(); //<-file scope free function
void baz() static; //<-Compilation Error! Static suffix can only be used with class methods!
void Foo::f1() static {
/* f1()'s definition. Note that we can optionally include the static keyword here as a suffix.*/
}
static void Foo::f5() { //<-Compilation Error! Class methods declared in the class definition cannot have file scope!
}
void Foo::f6() static { //<-Compilation Error! f6() was declared to be a non-static class method!
}
In summary, this proposal makes the following changes to the standard:
There are many possible ways to encode this new feature in syntax. One downside of the current approach is that previously if the user wrote a typo when writing a member function name in the definition they would get a helpful compilation error. With this proposal, they will simply define a private extension method, and not see any error until later during the linking stage. We believe the benefits of our proposal outweigh this minor cost. Some other schemes for syntax are included below for consideration.
Another approach is to require a keyword in front of each private extension method declaration and definition. This addresses the above mentioned typo issue but has other drawbacks as will be described shortly. It would look like this:
class Foo {
};
keyword void Foo::_priv1(); //<-private extension method
void Foo::_priv2(); //Compilation Error! _priv2() not found in class definition. Private extension methods require keyword 'keyword'!
The question of course is which keyword to use. Here are some ideas:
In order to the resolve the ambiguity of the static keyword we proposed to allow specifying static after the function signature. Another possibility is to just change the meaning of the static prefix for member functions to denote a static method.
For example:
class Foo {
};
static void Foo::priv1(); <-Static private extension method
This would be a viable approach and has even less impact on the standard then the current proposal. Users who want to have file scoped private extension methods can still use anonymous namespaces. We have opted against this approach for now as we believe it will lead to confusion as the already encumbered static keyword will now have different meanings for member functions and free functions.
Thank you to everyone on the std proposals forum for feedback and suggestions.


Roberto Santana and Unai Garciarena
Department of Computer Science and Artificial Intelligence
University of the Basque Country
Diana Carrera • Probabilistic Graphical Models • Copula Models and Vines
Unai Garciarena
• Deep Neural Networks
• Generative models (GANs and VAEs)
Maialen Murua (Tecnalia)
• Advanced regression methods
• Optimization
Ibai Roman • Gaussian Process • Bayesian Optimization
Figure: Commons Wikipedia.
Figure: Commons Wikipedia.
Larrañaga et al. Machine learning in Bioinformatics Briefings in Bioinformatics. DOI: doi.org/10.1093/bib/bbk007. 2006.
Automated programming and bug fixing.
Self-explaining learning methods.
Optimization techniques for hyperparameter search in high dimensions.
Emotion recognition.
Implementing faster, less data-hungry learning algorithms.
Ethical issues (algorithm bias,ML-enhanced weapons).
Finance (fraud detection, portfolio management, algorithmic trading) .
Autonomous vehicles (self-driving cars).
Social-media analysis and intervention (prioritize, censor posts in social networks).
Robotics.
Gaming (intelligent content generation, player experience modeling, artificial game players)
Medicine (brain-computer interfaces, personalised medicine).
And many more.
I. Tuomi. The Impact of Artificial Intelligence on Learning, Teaching, and Education JRC Science for Policy Report. 2018
N. Nilsson and D. Rumelhart. Approaches to Artificial Intelligence. 1993.
A. Géron. Hands on Machine Learning with scikit-learn and Tensorflow. 2017.
Y. LeCun, Y. Bengio, and G. Hinton. Deep learning. Nature. 521.7553. 436-444. 2015.
A. Géron. Hands on Machine Learning with scikit-learn and Tensorflow. 2017.
| Criteria/Flat | F1 | F2 | F3 | F4 | F5 | F6 | F7 | F8 | C1 | C2 | C3 |
|---|---|---|---|---|---|---|---|---|---|---|---|
| Price | high | low | med. | high | low | med. | med. | high | med. | high | low |
| Distance | far | far | close | close | close | close | close | close | far | far | close |
| Parking | no | no | no | no | no | yes | no | no | no | no | yes |
| Roommates | cool | cool | cool | no | no | cool | cool | cool | cool | cool | no |
| Flat owner | nice | nice | terrible | nice | terrible | terrible | terrible | ? | nice | ? | ? |
| Heating | no | no | no | yes | yes | no | yes | yes | no | no | yes |
| Bus-stop | close | close | close | far | close | close | far | far | far | close | close |
| Room space | med. | large | small | small | small | med. | small | small | med. | small | small |
| Noisy area | no | yes | yes | no | no | yes | yes | no | no | no | no |
| Mother adv | yes | ? | no | ? | no | yes | yes | no | yes | no | no |
| Cat | no | yes | no | no | yes | yes | no | yes | yes | no | no |
| Kitchen | small | small | large | med. | med. | small | small | med. | large | small | small |
| Beach | far | far | close | close | far | far | far | far | far | far | far |
| Floor | 2 | 7 | 1 | 1 | 0 | 3 | 1 | 2 | 4 | 0 | 3 |
| Elevator | no | yes | no | no | no | no | no | no | no | yes | yes |
| Bars around | yes | yes | yes | yes | no | yes | no | no | no | yes | no |
| Enjoy | no | yes | no | no | no | yes | yes | no | ? | ? | ? |
K. P. Murphy. Machine learning. A probabilistic perspective. MIT Press. 2012.
R. Santana, L. McGarry, C. Bielza, P. Larrañaga, and R. Yuste. Classification of neocortical interneurons using affinity propagation. Frontiers in Neural Circuits. 2013.
J. R. Koza. Genetic programming as a means for programming computers by natural selection.Statistics and computing. Pp. 87-112. 1994.
K. P. Murphy. Machine learning. A probabilistic perspective. MIT Press. 2012.
S. Russell and P. Norvig. Artificial Intelligence. A Modern Approach. Third Edition. Pearson Press. 2010.
Mnih et al. Human level control through deep reinforcement learning. Nature. 518.7540. Pp. 529-533. 2015.
Successes of Reinforcement Learning. Accessed August 2017.
J. R. Koza. Genetic programming as a means for programming computers by natural selection.Statistics and computing. Pp. 87-112. 1994.
R. Santana. Reproducing and learning new algebraic operations on word embeddings using genetic programming. arXiv e-print (arXiv:1702.05624v1). 2017.
Attending the classes.
Finishing the course project. It will be one individual project to be determined by the course instructor.
Oral examination of the course project.
Written examination covering all the content taught.
Attending the classes.
Participation in the classes.
Completing the practical activities, i.e., the notebooks of the practical classes.
Presenting the course projects selected by the student (minimum, 3 team projects; maximum, 6 projects, 2 of each topic).
Two 1-hour long examination, each of which computes as one project to the evaluation.


Sylvanian Families Brie Norwood Mouse (Tomy)
The Norwoods were the first family to be released using the new mouse mold.
Biography Information
Mother Brie Norwood also works at the shop. She can always be found sitting at her desk in the back office keeping the business records. In her spare time she is studying very hard to become a fully-fledged Chartered Accountant and - strange as it may seem - cant wait to sit the difficult exams!


{%- comment -%} post-nav.html TODO: * Take out the hr's and do those with CSS. * Parametrize the arrows. Give them a class so they can be styled. * Make the tags into links. {%- endcomment -%}


All types of tea come from the same basic plant, the Camellia Sinensis plant. The differences between teas arise from processing, growing conditions, and geography.
The Camellia Sinensis plant is native to Asia, but is currently cultivated around the world in tropical and subtropical areas. With over 3,000 varieties, tea is the most consumed beverage in the world after water.
Tea can be divided into five basic categories: black, green, oolong, white, and puer.
| Black tea is allowed to wither, which precedes a process called oxidation (sometimes incorrectly referred to as fermentation) during which water evaporates out of the leaf and the leaf absorbs more oxygen from the air. Black teas usually undergo full oxidation, and the results are the characteristic dark brown and black leaf, the typically more robust and pronounced flavors of black teas, and when brewed appropriately, a higher caffeine content compared to other teas (50-65% of coffee, depending on the type and brewing technique). | |
| Dark Tea is from Hunan and Sichuan provinces of China and is a flavorful aged probiotic tea that steeps up very smooth with a natural slightly sweet note. Learn more about Dark Tea. | |
| Oolong tea (also known as wulong tea) is allowed to undergo partial oxidation. These teas have a caffeine content between that of green teas and black teas. The flavor of oolong (wulong) teas is typically not as robust as blacks or as subtle as greens, but has its own extremely fragrant and intriguing tones. Oolongs (wulongs) are often compared to the taste and aroma of fresh flowers or fresh fruit. | |
| Green Tea is allowed to wither only slightly after being picked. Then the oxidation process is stopped very quickly by firing (rapidly heating) the leaves. Therefore, when brewed at lower temperatures and for less time, green teas tend to have less caffeine (10-30% of coffee). Greens also tend to produce more subtle flavors with many undertones and accents that connoisseurs treasure. | |
| White teas are the most delicate of all teas. They are appreciated for their subtlety, complexity, and natural sweetness. They are hand-processed using the youngest shoots of the tea plant, with no oxidation. When brewed correctly, with a very low temperature and a short steeping time, white teas can produce low amounts of caffeine. Of course, steeping with hotter temperature and longer time will extract more caffeine. But by definition, white tea does not have less caffeine than other teas. | |
| Puer is an aged black tea from China prized for its medicinal properties and earthy flavor. It is perhaps the most mysterious of all tea. Until 1995 it was illegal to import it into the U.S., and the process of its production is a closely guarded state secret in China. It is very strong with an incredibly deep and rich flavor, and no bitterness, and an element that could best be described as almost peaty in flavor. |


--- layout: post title: Fulfillment by Amazon date: 2006-09-20 00:00:00 categories: business software-development ---
Good lord - now it's Fulfillment by Amazon: "Fulfillment by Amazon (FBA) is a new program that makes delivering your Pro Merchant Program and WebStore orders a snap. You send your new and used products to us, and we'll store them. As orders are placed, we'll pick, pack and ship them to your customers from our network of fulfillment centers. "
Is there any part of their business that these guys won't open up?


import com.sleepycat.db.*;public native void put(DbLockTab locktab) throws DbException;
The DbLock.put method releases a lock, previously obtained from the specified DbLockTab using DbLockTab.get.
If a process dies while holding locks, those locks remain held and are never released. In this case, all processes should exit as quickly as possible, so that database recovery can be run.
The DbLock.put method may fail and throw an exception for any of the errors specified for the following Berkeley DB and C library functions: abort(3), fcntl(3), fflush(3), fprintf(3), fsync(3), getpid(3), DbLockTab.detect, lseek(3), memcpy(3), memset(3), mmap(3), munmap(3), shmat(3), shmdt(3), strerror(3), vfprintf(3), vsnprintf(3), and write(3).
In addition, the DbLock.put method may fail and throw an exception encapsulating errno for the following conditions:


When you absolutely can get your money back - no matter what shops say
Retailers claim bespoke goods, CDs and more aren't covered by rules forcing them to give you discounts - but they're not always telling the whole truth as consumer lawyer Dean Dunham explains
by Dean Dunham, https://www.mirror.co.uk/authors/dean-dunham/Customers often have the right to change their minds after buying something but many traders seem to be unaware of the law on this.
Here’s what you have been telling me and this is what the rules actually say about returning unwanted goods.
Val bought a bespoke conservatory for her home in Warrington.
The contract was signed at her house and clearly stated that, as the conservatory was to be made to measure, there was no cooling off period. This meant that Val could not change her mind.
It also said that a surveyor would attend the property to validate the measurements.
The next day Val cancelled the order but the trader rejected this, pointing to the contract.
The Law : Because the contract was concluded at Val’s house this was defined as a ‘distant sale’ (as it was away from the seller’s business premises).
This means that the Consumer Contract Regulations apply, which generally mean that you can return the goods within 14 days of delivery and receive a full refund (no questions asked).
However, there are exceptions to this, one being bespoke goods.
The reason for this is that it protects retailers from having to take back goods that will be difficult to sell on, due to being specifically bespoke.
However, this exception only applies when the goods have actually been made to order.
In Val’s case the trader had taken no steps to build the conservatory by the time she changed her mind so she was entitled to cancel the contract.
Josh from Leighton Buzzard purchased three CDs online.
He decided to return one of them but this was rejected by the retailer, who claimed: “CDs are exempt from the Consumer Contract Regulations”.
The Law : The retailer was wrong. CDs are only exempt if the seal has been broken.
So if you return the compact disc with the seal intact, the exemption does not apply.
The Consumer Contract Regulations govern purchases online and these cases are also often governed by the Consumer Rights Act 2015.
You can see more advice on theconsumerlawyer.blog


EverQuest Co-Creator Brad McQuaid Passes Away
by Stephen TotiloVisionary game designer Brad McQuaid died this past Tuesday at the age of 51. He co-created the pioneering MMO EverQuest and continued to work in the genre until his passing. His death was announced earlier this week on the forums of Visionary Realms, where he was serving as creative director for its MMO Pantheon. “Brad was a visionary, a mentor, an artist, a trailblazer, a friend, a husband, a father,” the studio noted. “He touched thousands of lives with his dreams and concepts. He changed the landscape of video games forever. He will be deeply missed and forever remembered in life and in Pantheon.”
Featured image: Daybreak Game Company


About Us Contact Us Sign in Order now! Cake Gallery Regular Fruit&CheeseCakes Occasion Special Kids cakes Wedding


{% extends 'base.html' %} {% block meta %}
Forgotten your password? Enter your email address below, and we'll email instructions for setting a new one.


-
Fake Kaspersky Antivirus app found on Google Play, Windows Phone Store
www.ehackingnews.com
Kaspersky have discovered one more fake Antivirus app going by the name of 'Kaspersky Anti-virus 2014' on Google Play
-
Dairy Queen admits Data Breach
www.ehackingnews.com
Dairy Queen, a fast food restaurant, has confirmed that systems in a limited number of its stores have been infected by malware. The data breach puts ...
-
Cyber Security & Privacy Foundation certifies Security Products
www.ehackingnews.com
Cyber Security and Privacy Foundation(CSPF) has certified a few security products after extensive testing.
-
CSPF introduces Free online Ethical Hacking Course
www.ehackingnews.com
Cyber Security and Privacy Foundation is happy to announce the first free online Ethical Hacking & Cyber Defence Course.
-
Data Breach at Butler University affects over 163,000 individuals
www.ehackingnews.com
Officials at Butler University have informed approximately 163,000 individuals that a data breach has compromised their personal information.

-
Syrian Electronic Army hacks Reuters
www.ehackingnews.com
Reuters, the international news agency, was reportedly been hacked by the Syrian Electronic Army - a hacking group who support the government of ...
-
Alleged "NullCrew" Hacker arrested by FBI
www.ehackingnews.com
FBI has arrested a 20-year-old Tennessee man for allegedly conspiring to launch cyber attacks on a number of businesses and educational organizations.
-
Dominos Pizza hacked, details of 650k customers stolen
www.ehackingnews.com
Hackers who claimed to have compromised the database server of Domino's Pizza have demanded a ransom of €30,000 to prevent the public disclosure of ...
-
Schools Kids hacked BMO ATM using Operators manual found online
www.ehackingnews.com
A couple of school kids from Winnipeg hacked into a Bank of Montreal's (BMO) ATM operating system during their lunch break.
-
Apple's iBeacon gets fun
www.computerworld.com
Apple's iBeacon location technology used to be ignored or used on boring retail applications. Now it's showing up in consumer apps and being deployed ...
-
Google unseats Microsoft as the U.S. browser powerhouse
www.computerworld.com
Google has unseated rival Microsoft as the leading browser maker in the U.S. for the first time, Adobe said this week, citing data from its analytics ...
-
SAP after Sapphire: A look ahead
www.computerworld.com
As software vendors tend to do during their big annual user conferences, SAP made a lot of promises to customers this week at Sapphire. The ...
-
Graph databases find answers for the sick and their healers
www.computerworld.com
A novel form of database that focuses on connections between entities, called a graph database, is finding a home in the health care industry.
-
Simplocker : First Android Ransomware that Encrypts files in Your Device
www.ehackingnews.com
Security researchers at ESET say they have spotted the first variant of Ransomware that encrypts files in your Android Device.
-
Bug in GnuTLS allows hackers to run malicious code in Your Linux
www.ehackingnews.com
Another major security vulnerability has been discovered in the popular cryptographic Library 'GnuTLS' that leaves Linux vulnerable to remote code ...
-
Game Over for GameOver Zeus and Cryptolocker malware that stole millions
www.ehackingnews.com
The U.S Department of Justice announced that FBI and other international Law enforcements have disrupted two of the world's most notorious botnet : ...
-
Monsanto hacked, 1300 individuals affected
www.ehackingnews.com
Monsanto, a chemical and agricultural biotech corporation, has admitted that hackers managed to breach the server of its subsidiary Precision ...
-
"Using TrueCrypt is not secure" , End of TrueCrypt Development
www.ehackingnews.com
TrueCrypt has ended its development and warns users that the tool used for encrypting drive is not safe to use.
-
Spotify suffers Data Breach, You should upgrade the android app
www.ehackingnews.com
Music Streaming Service Spotify is the latest high-profile company to report a Data breach. Spotify has announced on its blog that it had been hacked.
-
Official websites of Taj Mahal and Agra Fort hacked by Pakistani hackers
www.ehackingnews.com
Indian Government websites including Taj Mahal, Agra Fort and Fatehpur Sikrisite hacked by Pakistan Haxors Crew
-
New Zealand Super Computer FitzRoy Hacked
www.ehackingnews.com
John Morgan chief executive of Niwa confirmed the news on May 23rd that supercomputer's security has been compromised by "an unauthorized person" ...
-
Hackers lock iPhones remotely and demanding $100 to unlock it
www.ehackingnews.com
A number of users from Australia had a nightmare as cyber criminals locked their devices and demanding payment of a ransom.
-
Avast community forum hacked, user names and passwords stolen
www.ehackingnews.com
Antivirus firm Avast said it took its community forum offline following a hacking attack compromised its database.
-
Security Breach at TradeMotion affects customers of AutoNation
www.ehackingnews.com
AutoNation, Inc, said to be one of the largest largest automotive retailer in the United States, is notifying its customers that hackers may have ...
-
Hacker surrenders, after Roger Ver puts $20,000 bounty on the Hacker
www.ehackingnews.com
Roger Ver, the man known as "Bitcoin Jesus, announced a 37.6BTC reward(about $20k) for information that leads to the arrest of the hacker who ...
-
Researcher finds vulnerability in eBay and claims he uploaded a shell
www.ehackingnews.com
Jordan Jones, a Security researcher, claims to have discovered a critical security vulnerability in the eBay website for employees that allowed him ...
-
Two Anonymous hackers arrested by Australian Police
www.ehackingnews.com
After a lengthy investigation, two people believed to be members of Anonymous hacker group have been arrested for allegedly hacking into government ...
-
Facebook hoax "Prayers for Like"
www.ehackingnews.com
The message is a disgraceful hoax designed to get maximum number of likes for a facebook page and further promote it through sharing the message.


MBMLFunctionInputType Constants Reference
| Declared in | MBMLFunction.h |
|---|
MBMLFunctionInputType
Specifies the type of input an MBMLFunction
implementation expects.
Definition
typedef NS_ENUM(NSUInteger, MBMLFunctionInputType ) {
MBMLFunctionInputUnset = 0,
MBMLFunctionInputNone,
MBMLFunctionInputRaw,
MBMLFunctionInputString,
MBMLFunctionInputObject,
MBMLFunctionInputMath,
MBMLFunctionInputPipedExpressions,
MBMLFunctionInputPipedStrings,
MBMLFunctionInputPipedObjects,
MBMLFunctionInputPipedMath,
MBMLFunctionInputDefault = MBMLFunctionInputObject,
};
Constants
MBMLFunctionInputUnset
-
The function input type hasn’t yet been set. Used as an initial value when processing MBML
<Function>
declarations.Declared In
MBMLFunction.h
. MBMLFunctionInputNone
-
The function accepts no input parameters. The implementing method should take no parameters.
Declared In
MBMLFunction.h
. MBMLFunctionInputRaw
-
The function accepts a single uninterpreted string as input. The string is passed as-is to the implementing method.
Declared In
MBMLFunction.h
. MBMLFunctionInputString
-
The function accepts a Mockingbird string expression as input. The expression will be evaluated and the resulting
NSString
will be passed to the implementing method.Declared In
MBMLFunction.h
. MBMLFunctionInputObject
-
The function accepts a Mockingbird object expression as input. The expression will be evaluated and the resulting
NSObject
will be passed to the implementing method.Declared In
MBMLFunction.h
. MBMLFunctionInputMath
-
The function accepts a Mockingbird math expression as input. The expression will be evaluated and the resulting
NSNumber
will be passed to the implementing method.Declared In
MBMLFunction.h
. MBMLFunctionInputPipedExpressions
-
The function accepts zero or more pipe-separated Mockingbird expressions as input. Each individual expression is passed to the implementing method as an element in an
NSArray
The function implementation is responsible for evaluating the expressions.Declared In
MBMLFunction.h
. MBMLFunctionInputPipedStrings
-
The function accepts zero or more pipe-separated Mockingbird string expressions as input. Each individual expression is evaluated and the resulting
NSString
s are passed to the implementing method in anNSArray
.Declared In
MBMLFunction.h
. MBMLFunctionInputPipedObjects
-
The function accepts zero or more pipe-separated Mockingbird object expressions as input. Each individual expression is evaluated and the resulting
NSObject
s are passed to the implementing method in anNSArray
.Declared In
MBMLFunction.h
. MBMLFunctionInputPipedMath
-
The function accepts zero or more pipe-separated Mockingbird math expressions as input. Each individual expression is evaluated and the resulting
NSNumber
s are passed to the implementing method in anNSArray
.Declared In
MBMLFunction.h
. MBMLFunctionInputDefault
-
The function input type used by default:
MBMLFunctionInputObject
.Declared In
MBMLFunction.h
.
Declared In
MBMLFunction.h


{% extends 'comment/email/base.html' %} {% comment %}Email template is used from: * https://github.com/leemunroe/responsive-html-email-template{% endcomment %} {% load i18n %} {% block content %}
{% trans "Hey" %} {{receiver}}{% trans "," %}
{{comment.user}} {% trans 'has added a comment at' %} {{ comment.posted }}, {% trans "to" %} "{{thread_name}}".
|
{% trans "The comment:" %}
{{ comment.content }}
{% trans "If clicking does not work, you can also copy and paste the address into your browser's address window" %}.
{% trans "Thanks for your comment!" %}
------
{% trans "Kind regards," %}
{{ site }}


001/* 002 * Licensed to the Apache Software Foundation (ASF) under one 003 * or more contributor license agreements. See the NOTICE file 004 * distributed with this work for additional information 005 * regarding copyright ownership. The ASF licenses this file 006 * to you under the Apache License, Version 2.0 (the 007 * "License"); you may not use this file except in compliance 008 * with the License. You may obtain a copy of the License at 009 * 010 * http://www.apache.org/licenses/LICENSE-2.0 011 * 012 * Unless required by applicable law or agreed to in writing, 013 * software distributed under the License is distributed on an 014 * "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY 015 * KIND, either express or implied. See the License for the 016 * specific language governing permissions and limitations 017 * under the License. 018 */ 019package org.apache.shiro.crypto.hash; 020 021import org.apache.shiro.crypto.RandomNumberGenerator; 022import org.apache.shiro.crypto.SecureRandomNumberGenerator; 023import org.apache.shiro.util.ByteSource; 024 025/** 026 * Default implementation of the {@link HashService} interface, supporting a customizable hash algorithm name, 027 * secure-random salt generation, multiple hash iterations and an optional internal 028 * {@link #setPrivateSalt(ByteSource) privateSalt}. 029 *
Hash Algorithm
 030 * You may specify a hash algorithm via the {@link #setHashAlgorithmName(String)} property. Any algorithm name 031 * understood by the JDK 032 * {@link java.security.MessageDigest#getInstance(String) MessageDigest.getInstance(String algorithmName)} method 033 * will work. The default is {@code SHA-512}. 034 *
Random Salts
 035 * When a salt is not specified in a request, this implementation generates secure random salts via its 036 * {@link #setRandomNumberGenerator(org.apache.shiro.crypto.RandomNumberGenerator) randomNumberGenerator} property. 037 * Random salts (and potentially combined with the internal {@link #getPrivateSalt() privateSalt}) is a very strong 038 * salting strategy, as salts should ideally never be based on known/guessable data. The default instance is a 039 * {@link SecureRandomNumberGenerator}. 040 *
Hash Iterations
 041 * Secure hashing strategies often employ multiple hash iterations to slow down the hashing process. This technique 042 * is usually used for password hashing, since the longer it takes to compute a password hash, the longer it would 043 * take for an attacker to compromise a password. This 044 * blog article 045 * explains in greater detail why this is useful, as well as information on how many iterations is 'enough'. 046 *
 047 * You may set the number of hash iterations via the {@link #setHashIterations(int)} property. The default is 048 * {@code 1}, but should be increased significantly if the {@code HashService} is intended to be used for password 049 * hashing. See the linked blog article for more info. 050 *
Private Salt
 051 * If using this implementation as part of a password hashing strategy, it might be desirable to configure a 052 * {@link #setPrivateSalt(ByteSource) private salt}: 053 *
 054 * A hash and the salt used to compute it are often stored together. If an attacker is ever able to access 055 * the hash (e.g. during password cracking) and it has the full salt value, the attacker has all of the input necessary 056 * to try to brute-force crack the hash (source + complete salt). 057 *
 058 * However, if part of the salt is not available to the attacker (because it is not stored with the hash), it is 059 * much harder to crack the hash value since the attacker does not have the complete inputs necessary. 060 *
 061 * The {@link #getPrivateSalt() privateSalt} property exists to satisfy this private-and-not-shared part of the salt. 062 * If you configure this attribute, you can obtain this additional very important safety feature. 063 *
 064 * *By default, the {@link #getPrivateSalt() privateSalt} is null, since a sensible default cannot be used that 065 * isn't easily compromised (because Shiro is an open-source project and any default could be easily seen and used). 066 * 067 * @since 1.2 068 */ 069public class DefaultHashService implements ConfigurableHashService { 070 071 /** 072 * The RandomNumberGenerator to use to randomly generate the public part of the hash salt. 073 */ 074 private RandomNumberGenerator rng; 075 076 /** 077 * The MessageDigest name of the hash algorithm to use for computing hashes. 078 */ 079 private String algorithmName; 080 081 /** 082 * The 'private' part of the hash salt. 083 */ 084 private ByteSource privateSalt; 085 086 /** 087 * The number of hash iterations to perform when computing hashes. 088 */ 089 private int iterations; 090 091 /** 092 * Whether or not to generate public salts if a request does not provide one. 093 */ 094 private boolean generatePublicSalt; 095 096 /** 097 * Constructs a new {@code DefaultHashService} instance with the following defaults: 098 *
 099 *
{@link #setHashAlgorithmName(String) hashAlgorithmName} = {@code SHA-512}
 100 *
{@link #setHashIterations(int) hashIterations} = {@code 1}
 101 *
{@link #setRandomNumberGenerator(org.apache.shiro.crypto.RandomNumberGenerator) randomNumberGenerator} = 102 * new {@link SecureRandomNumberGenerator}()
 103 *
{@link #setGeneratePublicSalt(boolean) generatePublicSalt} = {@code false}
 104 *
 105 *
 106 * If this hashService will be used for password hashing it is recommended to set the 107 * {@link #setPrivateSalt(ByteSource) privateSalt} and significantly increase the number of 108 * {@link #setHashIterations(int) hashIterations}. See the class-level JavaDoc for more information. 109 */ 110 public DefaultHashService() { 111 this.algorithmName = "SHA-512"; 112 this.iterations = 1; 113 this.generatePublicSalt = false; 114 this.rng = new SecureRandomNumberGenerator(); 115 } 116 117 /** 118 * Computes and responds with a hash based on the specified request. 119 *
 120 * This implementation functions as follows: 121 *
 122 *
If the request's {@link org.apache.shiro.crypto.hash.HashRequest#getSalt() salt} is null: 123 *
 124 * A salt will be generated and used to compute the hash. The salt is generated as follows: 125 *
 126 *
Use the {@link #getRandomNumberGenerator() randomNumberGenerator} to generate a new random number.
 127 *
{@link #combine(ByteSource, ByteSource) combine} this random salt with any configured 128 * {@link #getPrivateSalt() privateSalt} 129 *
 130 *
Use the combined value as the salt used during hash computation
 131 *
 132 *
 133 *
 134 * If the request salt is not null: 135 *
 136 * This indicates that the hash computation is for comparison purposes (of a 137 * previously computed hash). The request salt will be {@link #combine(ByteSource, ByteSource) combined} with any 138 * configured {@link #getPrivateSalt() privateSalt} and used as the complete salt during hash computation. 139 *
 140 *
 141 *
 142 * The returned {@code Hash}'s {@link Hash#getSalt() salt} property 143 * will contain only the 'public' part of the salt and NOT the privateSalt. See the class-level 144 * JavaDoc explanation for more info. 145 * 146 * @param request the request to process 147 * @return the response containing the result of the hash computation, as well as any hash salt used that should be 148 * exposed to the caller. 149 */ 150 public Hash computeHash(HashRequest request) { 151 if (request == null || request.getSource() == null || request.getSource().isEmpty()) { 152 return null; 153 } 154 155 String algorithmName = getAlgorithmName(request); 156 ByteSource source = request.getSource(); 157 int iterations = getIterations(request); 158 159 ByteSource publicSalt = getPublicSalt(request); 160 ByteSource privateSalt = getPrivateSalt(); 161 ByteSource salt = combine(privateSalt, publicSalt); 162 163 Hash computed = new SimpleHash(algorithmName, source, salt, iterations); 164 165 SimpleHash result = new SimpleHash(algorithmName); 166 result.setBytes(computed.getBytes()); 167 result.setIterations(iterations); 168 //Only expose the public salt - not the real/combined salt that might have been used: 169 result.setSalt(publicSalt); 170 171 return result; 172 } 173 174 protected String getAlgorithmName(HashRequest request) { 175 String name = request.getAlgorithmName(); 176 if (name == null) { 177 name = getHashAlgorithmName(); 178 } 179 return name; 180 } 181 182 protected int getIterations(HashRequest request) { 183 int iterations = Math.max(0, request.getIterations()); 184 if (iterations < 1) { 185 iterations = Math.max(1, getHashIterations()); 186 } 187 return iterations; 188 } 189 190 /** 191 * Returns the public salt that should be used to compute a hash based on the specified request or 192 * {@code null} if no public salt should be used. 193 *
 194 * This implementation functions as follows: 195 *
 196 *
If the request salt is not null and non-empty, this will be used, return it.
 197 *
If the request salt is null or empty: 198 *
 199 *
If a private salt has been set OR {@link #isGeneratePublicSalt()} is {@code true}, 200 * auto generate a random public salt via the configured 201 * {@link #getRandomNumberGenerator() randomNumberGenerator}.
 202 *
If a private salt has not been configured and {@link #isGeneratePublicSalt()} is {@code false}, 203 * do nothing - return {@code null} to indicate a salt should not be used during hash computation.
 204 *
 205 *
 206 *
 207 * 208 * @param request request the request to process 209 * @return the public salt that should be used to compute a hash based on the specified request or 210 * {@code null} if no public salt should be used. 211 */ 212 protected ByteSource getPublicSalt(HashRequest request) { 213 214 ByteSource publicSalt = request.getSalt(); 215 216 if (publicSalt != null && !publicSalt.isEmpty()) { 217 //a public salt was explicitly requested to be used - go ahead and use it: 218 return publicSalt; 219 } 220 221 publicSalt = null; 222 223 //check to see if we need to generate one: 224 ByteSource privateSalt = getPrivateSalt(); 225 boolean privateSaltExists = privateSalt != null && !privateSalt.isEmpty(); 226 227 //If a private salt exists, we must generate a public salt to protect the integrity of the private salt. 228 //Or generate it if the instance is explicitly configured to do so: 229 if (privateSaltExists || isGeneratePublicSalt()) { 230 publicSalt = getRandomNumberGenerator().nextBytes(); 231 } 232 233 return publicSalt; 234 } 235 236 /** 237 * Combines the specified 'private' salt bytes with the specified additional extra bytes to use as the 238 * total salt during hash computation. {@code privateSaltBytes} will be {@code null} }if no private salt has been 239 * configured. 240 * 241 * @param privateSalt the (possibly {@code null}) 'private' salt to combine with the specified extra bytes 242 * @param publicSalt the extra bytes to use in addition to the given private salt. 243 * @return a combination of the specified private salt bytes and extra bytes that will be used as the total 244 * salt during hash computation. 245 */ 246 protected ByteSource combine(ByteSource privateSalt, ByteSource publicSalt) { 247 248 byte[] privateSaltBytes = privateSalt != null ? privateSalt.getBytes() : null; 249 int privateSaltLength = privateSaltBytes != null ? privateSaltBytes.length : 0; 250 251 byte[] publicSaltBytes = publicSalt != null ? publicSalt.getBytes() : null; 252 int extraBytesLength = publicSaltBytes != null ? publicSaltBytes.length : 0; 253 254 int length = privateSaltLength + extraBytesLength; 255 256 if (length <= 0) { 257 return null; 258 } 259 260 byte[] combined = new byte[length]; 261 262 int i = 0; 263 for (int j = 0; j < privateSaltLength; j++) { 264 assert privateSaltBytes != null; 265 combined[i++] = privateSaltBytes[j]; 266 } 267 for (int j = 0; j < extraBytesLength; j++) { 268 assert publicSaltBytes != null; 269 combined[i++] = publicSaltBytes[j]; 270 } 271 272 return ByteSource.Util.bytes(combined); 273 } 274 275 public void setHashAlgorithmName(String name) { 276 this.algorithmName = name; 277 } 278 279 public String getHashAlgorithmName() { 280 return this.algorithmName; 281 } 282 283 public void setPrivateSalt(ByteSource privateSalt) { 284 this.privateSalt = privateSalt; 285 } 286 287 public ByteSource getPrivateSalt() { 288 return this.privateSalt; 289 } 290 291 public void setHashIterations(int count) { 292 this.iterations = count; 293 } 294 295 public int getHashIterations() { 296 return this.iterations; 297 } 298 299 public void setRandomNumberGenerator(RandomNumberGenerator rng) { 300 this.rng = rng; 301 } 302 303 public RandomNumberGenerator getRandomNumberGenerator() { 304 return this.rng; 305 } 306 307 /** 308 * Returns {@code true} if a public salt should be randomly generated and used to compute a hash if a 309 * {@link HashRequest} does not specify a salt, {@code false} otherwise. 310 *
 311 * The default value is {@code false} but should definitely be set to {@code true} if the 312 * {@code HashService} instance is being used for password hashing. 313 *
 314 * NOTE: this property only has an effect if a {@link #getPrivateSalt() privateSalt} is NOT configured. If a 315 * private salt has been configured and a request does not provide a salt, a random salt will always be generated 316 * to protect the integrity of the private salt (without a public salt, the private salt would be exposed as-is, 317 * which is undesirable). 318 * 319 * @return {@code true} if a public salt should be randomly generated and used to compute a hash if a 320 * {@link HashRequest} does not specify a salt, {@code false} otherwise. 321 */ 322 public boolean isGeneratePublicSalt() { 323 return generatePublicSalt; 324 } 325 326 /** 327 * Sets whether or not a public salt should be randomly generated and used to compute a hash if a 328 * {@link HashRequest} does not specify a salt. 329 *
 330 * The default value is {@code false} but should definitely be set to {@code true} if the 331 * {@code HashService} instance is being used for password hashing. 332 *
 333 * NOTE: this property only has an effect if a {@link #getPrivateSalt() privateSalt} is NOT configured. If a 334 * private salt has been configured and a request does not provide a salt, a random salt will always be generated 335 * to protect the integrity of the private salt (without a public salt, the private salt would be exposed as-is, 336 * which is undesirable). 337 * 338 * @param generatePublicSalt whether or not a public salt should be randomly generated and used to compute a hash 339 * if a {@link HashRequest} does not specify a salt. 340 */ 341 public void setGeneratePublicSalt(boolean generatePublicSalt) { 342 this.generatePublicSalt = generatePublicSalt; 343 } 344}


Overview of Software Engineering Research
Readings:
Software Product Line Engineering
Readings:
Aspect-Oriented Software Development
Readings:
Research Agenda: Aspects and Product Lines
Readings:
Software Evolution
Readings:
Past contributions and ongoing work:


If you like marknotes, please hit the button at %GITHUB%. This will encourage me to continue developing the software even further.Table of contents
You don't see the list of files/folders
On small screen like smartphones, the left pane (aka the treeview) isn't displayed by default. To see it, just click on the icon that you can see in the header of the page. This icon will toggle the visibility of the treeview.
You wish to add a note
First time with marknotes and nothing to display ? In order to create a new note, you can do it directly on disk or by using the interface.
Directly on disk (on localhost)
Probably the most easy way when you're working on a localhost environment : just go to the folder %DOCS% and create any folder and files. The file's extension should be .md (and not .markdown f.i.).
Go back here and refresh the screen. If everything is fine, you'll see your added files / folders in the treeview. If you don't see them, clear the cache by clicking on the icon (see in the top right of the screen).
By using the interface (online)
In the right side of the header, you'll see this icon : . Click on it and when prompted, fill in the login and the password to make the connexion. By default, the login is admin and the password is marknotes.
You can of course change them later on by editing the settings.json.dist file.
Once connected, a visual tip that you're well connected is the new look of the icon : no more (going inside) but well (leaving).
In the treeview right-clic on an existing folder (by default called docs). You'll get a popup menu with at least two new items : Create a new folder and Create a new note.
Click on Create a new note to go into the editor window, type your note and save it and quit the editor. The note will be then displayed and saved on disk (in the %DOCS% folder).
More tutorials
Please visit the marknotes site at https://www.marknotes.fr. Click on the marknotes folder from the treeview. You'll get the latest version of the documentation, how to customize marknotes to fit to your needs, how to use the dozens of plugins, ...
Any questions
marknotes is an Open Source application hosted on GitHub. If you've a question or if you think you've discovered a bug, please leave a message to %GITHUB%/issues and I'll try to answer you as fast as possible.
If you like marknotes, please hit the button at %GITHUB%. This will encourage me to continue developing the software even further.


Line 'em Up
Lineup Generator
Lineup
Assignments
Player
20-16 Minutes
16-12 Minutes
12-8 Minutes
8-4 Minutes
4-0 Minutes
HALF
TIME
20-16 Minutes
16-12 Minutes
12-8 Minutes
8-4 Minutes
4-0 Minutes
Totals
Lineup by Play Period:
20-16 Minutes
16-12 Minutes
12-8 Minutes
8-4 Minutes
4-0 Minutes
HALF
TIME
20-16 Minutes
16-12 Minutes
12-8 Minutes
8-4 Minutes
4-0 Minutes
|
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Bench by Play Period:
20-16 Minutes
16-12 Minutes
12-8 Minutes
8-4 Minutes
4-0 Minutes
HALF
TIME
20-16 Minutes
16-12 Minutes
12-8 Minutes
8-4 Minutes
4-0 Minutes
|
Welcome to Line 'em Up!
Choose a Lineup:
New Lineup:
Reorder Players
Support the Developer?
Click Here to view a tutorial.


General
Yeast Assembly
Gibson Assembly
LCR
Type II Restriction Enzyme
General
Plasmid Backbone Sequence
{{assembly_config["backbone"].id}}
{{assembly_config["backbone"].seq|length}} bp
{%if assembly_config["backbone"].seq|length > 50 %} {{assembly_config["backbone"].seq[0:25] ~"..."~ assembly_config["backbone"].seq[-25:]}} {%else%} {{assembly_config["backbone"].seq}} {%endif%}
Primer Optimization
{%if assembly_config['Primer_optimization'] == 'no'%}
Don't optimize the Tm of primers
Optimize the Tm of primers to be in a certain range ONLY
Optimize the Tm of primers to be <5 degrees of each other ONLY
Perform both of the above two optimizations
{%elif assembly_config['Primer_optimization'] == 'range'%}
Don't optimize the Tm of primers
Optimize the Tm of primers to be in a certain range ONLY
Optimize the Tm of primers to be <5 degrees of each other ONLY
Perform both of the above two optimizations
{%elif assembly_config['Primer_optimization'] == 'near'%}
Don't optimize the Tm of primers
Optimize the Tm of primers to be in a certain range ONLY
Optimize the Tm of primers to be <5 degrees of each other ONLY
Perform both of the above two optimizations
{%else%}
Don't optimize the Tm of primers
Optimize the Tm of primers to be in a certain range ONLY
Optimize the Tm of primers to be <5 degrees of each other ONLY
Perform both of the above two optimizations
{%endif%} Primer Tm range:
to
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General
Yeast Assembly
Gibson Assembly
LCR
Type II Restriction Enzyme
Yeast Assembly
checks and options
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General
Yeast Assembly
Gibson Assembly
LCR
Type II Restriction Enzyme
Gibson Assembly
checks and options
Save
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General
Yeast Assembly
Gibson Assembly
LCR
Type II Restriction Enzyme
LCR Assembly
checks and options
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General
Yeast Assembly
Gibson Assembly
LCR
Type II Restriction Enzyme
Type II Restriction Enzyme Assembly
Golden Gate assembly type
{%if assembly_config['Golden_gate_method'] == "regular_assembly"%}
Regular assembly
Scarless assembly
{%else%}
Regular assembly
Scarless assembly
{%endif%}
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