THE TRUCE
Reviewed by Harvey Karten, Ph.D. Miramax Films Director: Francesco Rosi Writer: Francesco Rosi Cast:John Turturro, Rade Serbedzija, Massimo Ghini, Teco Celio, Roberto Citran
A current movie, Marlene Gorris's "Mrs. Dalloway"--which is based on a novel by Virginia Woolf--depicts a shellshocked soldier returning from World War I who takes his own life. It's not at all unusual for veterans who have been to the front to return home with emotional difficulties. Imagine, then, what it's like to survive the Holocaust, being incarcerated in a labor camp or, even more momentous, a Nazi death camp like Auschwitz. After being worked for sixteen hours a day, living on one bowl of watery soup and perhaps a piece of bread, witnessing fellow inmates tortured and hanged, shot, or gassed, you're more than likely to lose your spirit, your very soul. "The Truce," a movie equally somber and humorous, focuses on one such survivor named Primo who is liberated from Auschwitz in April 1945 by Russian soldiers and faces an uphill struggle to regain his spirit. Based on the book of the same name by the chemist Primo Levi, an Italian Jew who, like Rupert Graves's shellshocked character in "Mrs Dalloway" took his own life, director Franceso Rosi's film traces the revitalizing of Primo's senses, principally his erotic feelings, in a relatively high-budget movie which was begun in 1987. Though no American or British characters are depicted, this Italian-French-German-Swiss co-production is principally in the English language, while shards of Russian, Italian, and Greek dialogue remain untranslated.
The biographical narrative, fully dramatized rather than in a documentary format, deals with the months immediately following the liberation of scores of inmates in Poland's Auschwitz concentration camp by Russians in April 1945. While the movie opens upon a violent battle scene as the Russian troops approach the camp, the remainder of the film is more of a meditation by Primo, his reactions to the adventures he undertakes as a refugee eager to return from Poland to his home in Turin, Italy. Perhaps the most surprising aspect of the movie is its glorification, indeed its deification of the Russian soldiers and civilians alike. As Primo was not a Communist sympathizer or in any way a shill for Soviet ideology, this veneration provides a bold contrast to Mark Jonathan Harris's views in his 1997 documentary "The Long Way Home." "The Long Way Home," produced by Moriah Films in affiliation with the Simon Wiesenthal Center, chronicles the odious procedures to which these refugees were subjected from the end of the war in 1945 to the establishment of a Jewish homeland in Israel in 1948. Unlike Franceso Rosi, who directed "The Truce," Harris observes that the American troops who liberated the prisoners of the Dachau concentration camp near Munich looked at the inmates with disgust, even throwing up at the sights and smells they encountered. There, the homeless and solitary Jewish refugees were rounded up into barbed-wire camps not unlike those they faced from the Nazis, while government higher-ups even kept military guards outside to prevent the Jews from "scattering" and "creating anarchy." Even worse, in the Lithuanian town of Vilna, five who tried to return to their homes were murdered, a note stuffed into one pocked which read, "This will be the fate of the surviving Jews." Even in Britain, Labour Party Foreign Secretary Nye Bevin once raged that the "Jews are a pestilence."
No such problems for the survivors in Primo Levi's memory. Jews and non-Jews alike, they are picked up by Russian trucks of the Red Army and sent into Cracow and resettlement camps of Katowice, spending a good deal of time wandering through Russian towns in a roundabout journey that would take them to their homelands.
One refugee center features a beautiful, blond Russian woman who takes a fancy to Primo (John Turturro), amused by the refugee's open-faced shyness and inability to put his feelings and thoughts into words. A chemist by trade, Primo is put to work classifying the medicines that arrive daily at the camp, and through the alluring woman who invites him to a small party in the home of the supervising doctor, he begins to regain his sexual feeling. Primo's rehabilitation is aided by his relationship with his best friend,Cesare (Massimo Ghini), who sees the humor amid the darkness and while not verbalizing his philosophy, makes clear to Primo that laughter, not the chemist's drugs, is the best medicine. Primo is likewise charmed and occasionally humiliated by a boisterous companion known simply as "The Greek" (Rade Serbedzija), an opportunist and bon vivant who makes the best of his situation by selling clothing and even managing a makeshift Russian brothel. In only one case do the local citizens turn away from the refugees, when they discover that the mostly Jewish exiles have recently been liberated from Auschwitz. Otherwise, these people are treated virtually like conquering heroes by the people they meet, most poignantly by an offering of beer and food by an Austrian woman who had once written to Hitler advising him not to start a war. (The letter did not reach Der Fuhrer, but the SS got their hands on it and burned down her shop.)
From time to time the film bursts forth in unadulterated bliss, particularly when focused on a raucous night of entertainment. Hundreds of Soviets cheer in the audience, as performers burst forth in song and a cocky Russian does a respectable imitation of Fred Astaire, sword waving about, to the music of Irving Berlin's "Cheek to Cheek." Filmed in Ukraine using Italian and Ukrainian crews, "The Truce" features a pulsating soundtrack of largely European hits like "Chardash" and "Hungarian Dance" and "Moskva Majskaja." John Turturro's toned-down performance is contrasted with the vivacious presentation by the large ensemble, allowing us to watch the hero's transformation from a near-zombie to a life-affirming human being.
Since the movie is more a reflection on life by its principal subject than a plot-driven story, it moves along at a pace as meandering as the train which takes Prime to Italy not by the logical southern route through Odessa but by a northward detour into Russian, Polish and German cities. Yet the story moves along inexorably as Rosi traces the movement of the train on a map of the area, stopping here and there to reinforce Primo's conviction that the joys of life outnumber its miseries.
Rated R. Running time: 127 minutes. (C) Harvey Karten 1998
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rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
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Classes
AttributeAssignHooks
AttributeAssignValueHooks
AttributeDefHooks
AttributeDefNameHooks
AttributeHooks
CompositeHooks
ExternalSubjectHooks
FieldHooks
GrouperSessionHooks
GroupHooks
GroupTypeHooks
GroupTypeTupleHooks
LifecycleHooks
LoaderHooks
MemberHooks
MembershipHooks
StemHooks |


A productive winter break
06 Feb 2016I had a very productive winter break. I managed to hit alot of milestones and that required a drastic change in my day to day routine. Amongst the things that I accomplished are:
- Finishing 3 Pluralsight courses
- Advanced Javascript
- Python Fundamentals
- Python Beyond the Basics
- Doing a chapter a day from the Test Driven Development with Python book
I started by reading the You-Dont-Know-JS book series, managed to get past the first two and decided to just do the video lesson instead. I still plan to finish the rest of the books somewhere along this semester. As to Python, having worked on a Django project in the Fall, at times I felt that my understanding was lacking. So I took the time to really get the basics down, this has helped tremendously as I feel much more confident in my ability to read Python code. Consuming too much video material in one sitting is always a bad idea (found that the hard way), so I found balance by watching only an hour of the course per day. This was followed by practicing whatever I had learned right away.
Learning the basics of a language was only part of my day, I used the rest of the day to read a chapter from TDD with Python. These chapters were DENSE so I had to spend a good 2 - 3 hours per chapter, that is only if things went smoothly, at times debugging would take a frustratingly long time. I managed to cover everything from Chapter 8 to Chapter 19. I still have 2 chapters until I wrap up the book, which will get done somewhere in this month. Overall it’s been such a great book, hands-on teaching on the TDD practice. Really can’t wait to start applying it to my own projects.
This pretty much sums it up, most of the week (I’d say 5/7 days) I would make sure that I got a hour of video and one chapter of the book down, no matter what. This wouldn’t have been possible with the irregular sleep schedule that I had at that time. I needed to become a morning person. A morning person, gets more hours in the day and if I was to be productive at all, I needed all the time I could get my hands on.
Become productivity-obssessed, wake up early, and get work done.
That’s my new motto.


Choose Pick or Place:
Tap the button to reset your selection.
This removes the program tree and clears all configuration data.


#include "type_vec1.hpp"
#include "type_vec2.hpp"
#include "type_vec3.hpp"
#include "type_vec4.hpp"
Go to the source code of this file.
Core features
Definition in file _vectorize.hpp.


{% extends 'wafer/base.html' %} {% block content %}
{% blocktrans %} Thank you for registering for {{ WAFER_CONFERENCE_NAME }}. We have sent you an e-mail. Please follow the instructions in it to complete your registration. {% endblocktrans %}


--- layout: post title: "Rethinking Data Augmentations: A Causal Perspective" subtitle: "Data augmentation is a mainstream tool in Machine Learning, but do we really understand it ?" date: 2021-05-20 10:45:13 -0400 background: '/img/grey.png' ---
Usually, data augmentations are often vaguely defined as tools for ’artificially expanding labeled training datasets’ and ‘reduce overfitting’. With the general understanding that more data is better and overfitting is bad, people often don’t try to understand why data augmentations work so well. Despite huge success of data augmentations their narrative in most of the literature does not do them justice. In this article we will focus on massively under-discussed aspects of data augmentation. This knowledge is not only aimed to satisfy curiosity, it actually can be transformative in informing your data augmentation strategy.
Read complete article here.


{include file="../application/index/common/layout_css.html" /}
{include file="../application/index/common/header.html" /} {include file="../application/index/common/banner.html" /}
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{volist name="partners" id="partner"}
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{include file="../application/index/common/footer.html" /} {include file="../application/index/common/layout_js.html" /}


A form
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This function shall be used within the restricted limits according to the referenced literature.
The pressure loss dp for a thick edged orifice is determined by:
dp = zeta_TOT * (rho/2) * (velocity_1)^2
with
| rho | as density of fluid [kg/m3], |
| velocity_1 | as mean velocity in large cross sectional area [m/s], |
| zeta_TOT | as pressure loss coefficient [-]. |
The pressure loss coefficient zeta_TOT of a thick edged orifice can be calculated for different cross sectional areas A_0 and relative length of orifice l_bar =L/d_hyd_0 by:
zeta_TOT = (0.5*(1 - A_0/A_1)^0.75 + tau*(1 - A_0/A_1)^1.375 + (1 - A_0/A_1)^2 + lambda_FRI*l_bar)*(A_1/A_0)^2 [Idelchik 2006, p. 222, diag. 4-15]
with
| A_0 | cross sectional area of vena contraction [m2], |
| A_1 | large cross sectional area of orifice [m2], |
| d_hyd_0 | hydraulic diameter of vena contraction [m], |
| lambda_FRI | as constant Darcy friction factor [-], |
| l_bar | relative length of orifice [-], |
| L | length of vena contraction [m], |
| tau | geometry parameter [-]. |
The geometry factor tau is determined by [Idelchik 2006, p. 219, diag. 4-12]:
tau = (2.4 - l_bar)*10^(-phi) phi = 0.25 + 0.535*l_bar^8 / (0.05 + l_bar^8) .
The pressure loss coefficient zeta_TOT of a thick edged orifice in dependence of a relative length (l_bar = L /d_hyd) with different ratios of cross sectional areas A_0/A_1 is shown in the figure below.
Incompressible case [Pressure loss = f(m_flow)]:
The pressure loss DP of an thick edged orifice in dependence of the mass flow rate m_flow of water for different ratios A_0/A_1 (where A_0 = 0.001 m^2) is shown in the figure below.
And for the compressible case [Mass flow rate = f(dp)]:


Hi!
I’m currently a third-year PhD student at Berkeley AI Research, advised by Anca Dragan and Dan Klein. My research is supported by the Apple Scholars in AI Fellowship.
I’m interested in building agents that can collaborate and interact with humans, and use language as a medium to do so. Currently, I’m excited about dialogue and language + RL.
Previously, I worked on research and product at Lilt, working on human-in-the-loop machine translation / Copilot for expert translators. I graduated with a double-major in computer science and philosophy from MIT, where I did research on human-inspired AI with the Computational Cognitive Science Group, advised by Kelsey Allen and Josh Tenenbaum, and machine learning security as a founding member of labsix. I also spent a great summer with the Natural Language Understanding group at Google Research NY, advised by David Weiss.
Publications
Jessy Lin, Yuqing Du, Olivia Watkins, Danijar Hafner, Pieter Abbeel, Dan Klein, Anca Dragan
Preprint.
[Site] [Code]Jessy Lin*, Nicholas Tomlin*, Jacob Andreas, Jason Eisner
Preprint.
[Paper] [Site] [Twitter] [Code]Daniel Fried*, Armen Aghajanyan*, Jessy Lin, Sida Wang, Eric Wallace, Freda Shi, Ruiqi Zhong, Wen-tau Yih, Luke Zettlemoyer, Mike Lewis
ICLR 2023 (oral).
[Paper] [Twitter] [Demo] [Site] [Code]Jessy Lin, Geza Kovacs, Aditya Shastry, Joern Wuebker, John DeNero
NAACL 2022. Best Task Paper, Best Resource Paper, Best Theme Paper Honorable Mention.
[Paper] [Twitter] [Data]Micah Carroll, Orr Paradise, Jessy Lin, Raluca Georgescu, Mingfei Sun, David Bignell, Stephanie Milani, Katja Hofmann, Matthew Hausknecht, Anca Dragan, Sam Devlin
NeurIPS 2022 (oral).
[Paper] [Twitter]


§16-46 Counting defective ballots. Counting center employees in the presence of at least two official observers shall prepare a new ballot to replace each defective ballot. The defective ballots shall be segregated and the replacement ballots counted pursuant to rules promulgated by the chief election officer. [L 1975, c 36, §5(9)]


After graduating with a degree in Business and Literature, I worked as a marketing specialist in the tech world. During that time, I used website templates that didn't allow for much unique functionality. I discovered a passion for building websites and switched my career path to attack more creative and innovative tasks that come with full stack development. I look forward to working alongside industry professionals who will encourage me to further my knowledge and incorporate my uniqueness into my code. I hope to weave in my penchant for arts and literature with my coding career.


"A global network of computers uses blockchain technology to jointly manage the
database that records Bitcoin transactions. That is, Bitcoin is managed by its
network, and not any one central authority. Decentralization means the network
operates on a user-to-user (or peer-to-peer) basis"
Source
"Autonomous robots are intelligent machines capable of performing tasks in the
world by themselves, without explicit human control. Examples range from
autonomous helicopters to Roomba, the robot vacuum cleaner."
Source
"An immersive experience is an illusory environment that completely surrounds
you such that you feel that you are inside it and part of it. The term is associated
with technology environments that command the senses such as virtual reality and
mixed reality."
Source


How to Disable the Lock Screen in Windows 10
by Karanpreet SinghWhen it comes to the desktop operating system, Microsoft’s Windows 10 usually steals the show. Compared to the previous version of Windows, Windows 10 provides users far more features. Not only features, but the entire interface of Windows 10 is different.
If you have been using Windows 10 for a while, then you might know that the operating system has a lock screen that greets with stunning wallpapers whenever we turn on our laptop or computer. Well, it’s an important security feature, but it also increases the startup time.
Some users find the Windows 10 lock screen as a waste. Well, if you also want to disable the lock screen and Windows and directly want to reach the actual sign-in screen, then this article is for you. In this article, we are going to share a few best methods to disable the lock screen in Windows 10.
Contents show
How to Disable the Lock Screen in Windows 10
Before exploring the methods, please keep in mind that you can only disable the lock screen as long as you are running the Creator updates or latest build of Windows 10. So, let’s check out the best methods to disable the lock screen in Windows 10 computer.
#1 Using the Registry Editor
Well, in this method, we are going to use the Registry Editor to disable the lock screen in Windows 10. So, follow some of the simple steps given below to disable the lock screen.
Step 1. First of all, press Win+R button on your keyboard and then type regedit and press enter.
Step 2. There you need to browse to directory HKEY_LOCAL_MACHINE\SOFTWARE\Policies\Microsoft\Windows.
Step 3. There you need to right-click on the directory named “Windows” and then select Key -> New to create new key there.
Step 4. Rename the key as Personalization. Right-click on the newly created folder and then select new and then select DWORD (32-bit) Value.
Step 5. Rename this folder with the name NoLockScreen. Now double click on the file and change its value to 1.
That’s it, you are done!  However, this method doesn’t work on every Windows 10 build.
Step 1. First of all navigate to folder C:\Windows\SystemApps.
Step 2. Now there you will see the folder named Microsoft.LockApp_cw5n1h2txyewy right click on that folder and select rename.
Step 3. Now you can just add .off after the name of the folder to disable the lock screen.
That’s it, you are done! This is how you can rename the lock screen app folder to disable the Windows 10 lock screen.
#3 Using Group Policy Editor
You can also use Local Group Policy Editor to disable the lock screen in Windows 10 computer. To do that, follow some of the simple steps given below.
Step 1. First of all press Win+R button and then type gpedit.msc and press enter.
Step 2. Now you need to navigate to folder Computer Configuration\Administrative Templates\Control Panel\Personalization. Now double click on the option “Do not display the lock screen”
Step 3. Now there select the option Enabled and click on apply changes.
That’s it, you are done! This is how you can use the Local Group Policy editor to bypass the lock screen in Windows 10.
So the above discussion is all about How to Disable the Lock Screen in Windows 10. With this method, you can easily disable the Windows lock screen and directly get into your PC. I hope you like the guide, do share with others too. Leave a comment below if you have any related queries with this.


Recovering 'Generic Network' PasswordsGeneric network passwords are user specific and can be decrypted only in the security context of corresponding user. As mentioned earlier Windows Credential Management [Reference 2] functions can be used to manage these passwords.
Here is the sample code which demonstrates listing all the generic passwords and then decrypting them using CryptUnprotectData function.
void EnumerateGenericNetworkPassword()
{
DATA_BLOB DataIn;
DATA_BLOB DataOut;
DATA_BLOB OptionalEntropy;
tmpSalt[37];
char *strSalt={"abe2869f-9b47-4cd9-a358-c22904dba7f7"};
char strURL[1024];
char strCredentials[1024];
char strUsername[1024];
char strPassword[1024];
//Create the entropy/salt required for decryption...
for(int i=0; i< 37; i++)
tmpSalt[i] = (short int)(strSalt[i] * 4);
OptionalEntropy.pbData = (BYTE *)&tmpSalt;
OptionalEntropy.cbData = 74;
DWORD Count;
PCREDENTIAL *Credential;
//Now enumerate all http stored credentials....
if(CredEnumerate(NULL,0,&Count,&Credential))
{
for(int i=0;i<Count;i++)
{
if( Credential[i]->Type == CRED_TYPE_GENERIC)
{
DataIn.pbData = (BYTE *)Credential[i]->CredentialBlob;
DataIn.cbData = Credential[i]->CredentialBlobSize;
if(CryptUnprotectData(&DataIn, NULL,
&OptionalEntropy, NULL,
NULL,0,&DataOut))
{
//Extract username & password from credentails (username:password)
sprintf_s(strCredentials, 1024, "%S", DataOut.pbData);
char *ptr = strchr(strCredentials, ':');
*ptr = '\0';
strcpy_s(strUsername, 1024, strCredentials);
ptr++;
strcpy_s(strPassword, 1024, ptr);
printf("Generic Network Password account details,
Username=%s, Password=%s", strUsername, strPassword);
}
}
} // End of FOR loop
CredFree(Credential);
}
} //End of function
The above code uses the CredEnumerate function to go through all the stored network password accounts for current user. Next it checks if the account type is CRED_TYPE_GENERIC. If generic type of account is found then it decrypts the user credential data using the CryptUnprotectData function which is part of Windows Crypto API package.[reference 3] Upon successful decryption it contains both username and password in the clear text separated by semicolon.


It’s April once again and that can only
mean one thing – apart from the school holidays and Easter eggs – it’s the ACCU
Conference. This year saw one of the biggest changes to the conference – a new
venue. And not just a new hotel but in a
Once again I didn’t get to partake in one of the tutorial days on the Tuesday which was a shame as they looked excellent as usual. Instead I made my way down on the Wednesday and arrived in the early afternoon. That meant I missed lunch, but also more importantly the keynote from Eben Upton about the Raspberry Pi and a talk from Jonathan Wakely about SFINAE. The comments coming through on Twitter about these, and the other parallel talks, generated much gnashing of teeth as I cursed my late arrival.
Not wanting to take things lightly I dived head-first into Johan Herland’s session about Git. I’ve done a little messing around with Git and have read the older 1st edition O’Reilly book but I wasn’t sure whether I’d really understood it. Luckily Johan walked us slowly through how Git works in theory, and then in practice. I’m glad I saw this as it seems I was on the right track but he explained some things much better than the book. I also got to quiz him in the bar later about how some Subversion concepts might translate to Git, or not as it seems, which was priceless.
Next up, was
Once the main sessions have finished for the
day the floor is opened up to everyone in the guise of Lightning Talks. These
are short 5 minute affairs where anyone can let off steam, share a tip or plug
something (non-commercial). Even though it was only the first evening there was
a full program with talks about such topics as Design Sins (
Although not directly part of the ACCU conference, the Bristol & Bath Scrum Group held an evening event afterwards where James Grenning talked about TDD. Although it had been a long day already I couldn’t resist squeezing one more talk in, especially from someone like this. Being aimed at a wider audience than just developers meant there were an interesting assortment of questions afterwards which was useful. One in particular was the common question of writing the test first versus immediately after which always causes a interesting debate.
A full English breakfast and plenty coffee set me up for the day and I was greeted with my first 2013 keynote, courtesy of Brian Marick. He started with an interesting tangent about crickets and how they tune into a mate and eventually got onto the topic of how to cope with the inevitable natural decay older programmers will suffer from. The thing that has stuck with me most is the advice of converting “goal attainment” to “maintaining invariants”. This he explained by showing how a baseball fielder might try to catch a ball by moving himself so he sees a linear trajectory rather than trying to anticipate a parabolic path. This was one of the most enjoyable keynotes I’ve seen.
I didn’t have much choice in what I went to after Brian as it was might turn to step up to the plate. This was my third year of speaking and I’d like to say I might finally be getting the hang of it. At least, I don’t think anyone fell asleep.
Unbeknownst to me until I checked my Twitter feed afterwards but there was a small bug in the code on one of my slides. This made my next choice easy – The Art of Reviewing Code with Arjan van Leeuwen. There was plenty of sound advice here, particularly around the area of getting started in code reviews where it’s important to make both parties comfortable to avoid a sense of personal attack. As Ajan pointed out, time is often the perceived barrier to doing reviews, but it’s reminded me how valuable it can be.
That was only a short session and the other
45 minutes I spent with
My final session for the day was to be spent with Michel Grootjans. With a title of Ruby and Rails for n00bs I felt that suited my knowledge of Ruby right down to the ground and hoped I would get to see what some of the fuss is about. It actually turned out to be way more useful than I expected because Michel developed a simple web app using a full-on TDD approach too. Not only did I get a small taste for what Ruby and Rails is about but I also saw someone develop a different sort of application using different tools in a more enterprise-y way.
Once more, after the main sessions had completed, most of us convened to the main hall to listen to another round of lightning talks. This time there was a total of 13 topics with an even wider range than the day before. Notably for me, given my attendance at an earlier session on Git, was a rant from Charles Bailey about Git being evil. There were also complaints about poor variable naming (Simon Sebright) and why anyone would use C++ when D exists (Russel Winder, naturally). On the more useful front we saw Dmitry Kandalov implement an Eclipse plug-in in 5 minutes and a C++ technique that seems close to C#’s async/await mechanism (Stig Sandnes). The abusive C++ award though goes to Phil Nash with his <- operator for implementing extension methods. Oh, and Anders Schau Knatten used “Science” to help us decide that C# is in fact the best programming language.
What better start to the day than a keynote from the very person we have to thank for C++ - Bjarne Stroustrup. It’s been some years since he graced the ACCU conference with his presence and so like many I was looking forward to what he had to say about the modern state of C++. His presentation was generally about the new features we now have in C++ 11 as he had a separate session planned for C++ 14. However there was as much about how the established practices (e.g. RAII) are still the dominant force and critical to its effectiveness. Naturally there were plenty of questions and he pulled no punches when airing his opinion on the relationship between C and C++.
With my C++ side ignited I felt it was only right that I attend Nico Josuttis’ talk about move semantics and how that plays with the exception safety guarantee of a function like push_back(). He entered the murkier depths of C++ to show how complex this issue is for those who produce C++ libraries. When someone like Nico says C++ is getting “a little scary” you know you need to pay attention. My “moment of the conference” happened here when, in response to a question for Nico about the std::pair class, Jonathon Wakely instantly rattled off the C++ standard section number to help him find the right page…
We all love writing fresh, new code, but many of us spend our lives wallowing in the source code left to us by others. Cleaning Code by Mike Long was a session that showed you why refactoring is important and what some of the tools and techniques you can use to help in the fight against entropy. This was a very well attended talk and rightly so with a good mix of the theoretical and practical. One tool in particular for finding duplicate code certainly looked sexy and will definitely be getting a spin.
After another round of coffee I decided to
close the day off by listening to the C Vu editor (
The final set of lightning talks took their
cue from the volcano fiasco a few years ago. Back then, due to speaker problems
caused by a lack of air transport, a set of 15 minute lightning keynotes were put
together instead and that’s the length these ones adopted. Seb Rose opened the
proceedings with a response to an earlier lightning talk about whether the term
“passionate” is a useful one for describing the kind of people we want to work
with, given its dictionary definition. Much nodding of heads suggested he was probably
right. He was followed by me trying to show how many of the old texts, such as
the papers by David Parnas, are still largely relevant today. And, more
importantly they’re often cheap. Tom Gilb was next up to answer a question I
had posed in my talk about quantifying robustness. Let’s face it, we knew he
would. Finally Didier Verna got to extend his earlier slot on The
The Friday evening always plays host to The Conference Dinner, which is a sort of banquet where we get to spend a little more time mingling with the various speakers and attendees. This is a perfect opportunity to corner a speaker and ask some questions you didn’t get a chance to earlier. Jon made sure the tables regularly got mixed up to keep the flow of people moving between courses which helps you mix with people you might not normally know. After the dinner there was the Bloomberg Lounge to keep us entertained through the night, if you fancied staying up until silly o’clock.
There was another change to the session structure this year as the Saturday keynote was moved to the end of the day; instead the normal sessions started earlier. Sadly I overdid the conference dinner again and so an early start was never really on the cards.
How to Program Your Way Out of a Paper Bag
seemed like the ideal eventual start to the day.
My final session of the conference was to be with Hubert Matthews - A History of a Cache. This was a case study of some work he been involved in. The session had a wonderful narrative as he started by explaining how the system was originally designed, and then went on to drop the bomb on how he needed to find a huge performance boost with the usual array of “impossible” constraints. Each suggested improvement brought about a small win, but not enough by itself and that’s what made it entertaining. It also goes to show what can be achieved sometimes without going through a rewrite.
I keep expecting the magic of this conference to wear off, but so far it seems to be holding fast. I have looked around at some of the other conferences but I’m just not as impressed by the content or the price for that matter. I thought the new venue worked well and even though it was a little further to travel it wasn’t exactly onerous. More of the talks were filmed this year and so hopefully I should be able to catch up on some of those I missed. With 5 concurrent sessions running in each time slot you’re never going to get to see everything you want to, but that’s just another reason to keep coming back year-after-year – to try and catch up on everything you’ve missed in previous years. Of course in the meantime the world has moved on and there’s another load of new stuff to see and learn!
Chris Oldwood
19 April 2013
Bio
Chris started out as a bedroom coder in the 80s, writing assembler on 8-bit micros. These days it’s C++ and C# on Windows in big plush corporate offices. He is also the commentator for the Godmanchester Gala Day Duck Race and can be contacted via<EMAIL_ADDRESS>or @chrisoldwood.


Western Digital
®
CTO RISC-V Firmware Code Convention
Revision 0.1
February 5, 2019
Document Revision History
|
Revision |
Date |
Contents |
Author(s) |
|
0.1 |
Dec 26, 2018 |
Initial revision |
Ofer Shinaar |
Table
of Contents
Reference
Documents
|
Item # |
Document |
Revision Used |
Comment |
|
1 |
|
|
|
Firmware code convention is a
guideline for how to syntaxes the firmware code in C and ASM languages.
The basic rule for the FW
engineer is “keep the common ground syntaxes”, meaning, if you port your code
and you have different convention then you don’t have to modify it to this
convention as long as your code have common ground syntaxes.
Uniformity is the key for
good, readable convention
Following conventions are for
new code written for RISCV firmware and Tool chain, for C and ASM languages.
·
All Prefixes/postfixes in lower case
·
All Defines & Macros must have header - One line header
·
Postfix ‘{type name}_t’ in the end
of new declaration
Ex:
typedef BaseType_t
·
Must have header – One line header
·
Must have a name
·
On structure usage the new var will have a prefix
of ‘_t{newVarName}’
Ex:
Typedef struct myStruct
{
}myStruct_t;
Usage:
myStruct_t tGrooveDscr
·
Avoid enums usage as possible, so you will not depended
on the compiler size translation.
·
All Enums must have header - One line header
·
Enum must have a meaningfull name and end with
Prefix ‘e{name}’
Ex:
Typedef enum myHugeEnum
{
}eMyHugeEnum_t;
·
Using "System Hungarian notation"
·
After Prefix the Var name will start with capital
letter.
·
Variable after prefix will be with higher case
·
u{X} - unsigned + type {char,
int, long, double, etc…}
Ex:
Unsigned char ucMyunsigned
·
{x} - signed type {char, int, long, double, etc…}
Ex:
char cMysigned
·
{st} - struct type
Ex:
myStruct_t stGrooveDscr
·
{g_} – Global varibale
Ex:
unsinged int g_uiMyglobal;
Ex:
void *pMyPointer;
myStruct_t *pGrooveDscr; //this is pointer with struct type
Ex:
int *fptrMyPointerToGroove = myGrooveFunction();
|
typedef signed char |
s8_t |
|
typedef signed short |
s16_t |
|
typedef signed int |
s32_t |
|
typedef signed long long |
s64_t |
|
typedef unsigned char |
u8_t |
|
typedef unsigned short |
u16_t |
|
typedef unsigned int |
u32_t |
|
typedef unsigned long long |
u64_t |
·
Must have header - One line header
·
All capital letters
·
Define prefix ’D_{define name}’
Ex:
#define D_MY_DEFINE
·
Marco prefix ‘M_{macro name}’
Ex:
#define M_MY_MACRO(_X_,_Y_)
·
Should be in multi lines
Ex:
#define M_MY_MACRO(_X_,_Y_) \
{
\
Syntax \
}
·
All functions must have header - Function header
·
Function declaration should be in one line
·
Start in a new line
·
Start with lower case
·
Should be meaningful
Ex:
u32_t myGrooveFunction(void) ;
u32_t myGrooveFunction(void)
{
////
}
·
Must have a postfix of Set/Get
Ex:
u32_t myGrooveFunctionGet();
u32_t myGrooveFunctionSet(u32_t
myArg);
·
must start with header - C
file header
·
If the c file is a part of reprehensive module it
should hold the module name as a prefix
Ex:
src\rtos\
rtos_mutex.c
rtos_sema.c
src\spi\
spi_api.c
spi_eng.c
·
All h files must start with header - C
file header
·
Should avoid
nesting as much as possible
·
If the h file is a part of reprehensive module it
should hold the module name as a prefix
Ex:
\rtos\inc
rtos_mutex.h
rtos_sema.h
spi\inc\
spi_api.h
spi_eng.h
·
Try using C89 comments /**/
·
Try not mixing C comments in ASM files. In ASM
files use ASM comments.
· Use the following for: Marcos, Defines, and sections.
/*
* your syntax here
*/
·
Keep C files sections as is, even if its empty
/*
* Include Files
*/
/*
*
Macro definitions
*/
/*
* Enumeration declarations (enum)
*/
/*
*
Type definitions
*/
/*
* Structure declarations
*/
/*
*
External prototypes
*/
/*
*
Function prototypes
*/
/*
*
Global Variables
*/
/*
*
Globals
*/
·
Header files will have the same except globals
/*
* Copyright (c) 2010-2016 Western Digital,
Inc.
*
* SPDX-License-Identifier: Apache-2.0 (OS-TBD)
*/
/**
* @file file name
* @Author Author name
* @Created date Date creted
* @brief Short brief
*
*/
/**
* @brief Short brief
*
* More description if needed.
*
* @param param1
* @param param2
* @param param N
*
*/


I am currently a student at Epicodus which is a coding bootcamp in Portland Oregon. I am studying here because I want to become a software developer. I decided to become a developer because I like to build things and I hope that with the knowledge I gain from Epicodus I will be able to build many programs for people all around the world.


{% extends "base_template.html" %} {% block nav %} {% endblock %} {% block content %}
A vulnerable Flask application that enables security professionals to experiment with and assess business logic vulnerabilities.


Woman throws milkshake over homeless man, 60, on floor in brutal street attack
Dana Hooper, 24, was ordered to carry out 80 hours of unpaid community work for her role in the assault that took place in Brighton, East Sussex, earlier this year
by Barry Keevins, Neil MurphyA woman has admitted throwing a milkshake over a homeless man as he was being punched and kicked on the ground.
Dana Hooper said she is afraid to leave the house after video of the incident went viral.
She pleaded guilty to common assault after thousands viewed the attack online.
Hooper was ordered to do unpaid work after a clip of her throwing liquid over the 60-year-old man was shown in court.
Hooper, 24, threw her milkshake over Nick Hulley as he groaned in pain and tried to defend himself, Brighton Magistrates' Court heard.
Hooper followed Mr Hulley after an earlier confrontation with him earlier in the evening near a theatre in the city on October 13.
A clip from the video was played in court as part of the prosecution evidence against Hooper.
Hooper, from Portslade, pleaded guilty to common assault by throwing her drink over Mr Hulley.
District Judge Teresa Szagun told Hooper her sentence was increased by the humiliation she subjected him to.
She said: "I found it was an aggravating feature you were prepared to continue following him - whilst he was being assaulted by others - to add to the humiliation by the action you took."
Suzanne Soros, prosecuting, said independent witnesses described being concerned for Mr Hulley's safety and trying to intervene.
"She carried on abusing him even after people were saying to leave him alone," Ms Soros said.
"They describe kicking while he was on the floor and he was shouting and groaning in pain.
"I could see him on his back, holding his arm up as if trying to protect himself, one said.
Ms Soros said: "Female Two had a bottle in her hand and started sloshing the liquid on him."
Mr Hulley has not come forward to make a complaint, the court heard, and there was would be no financial compensation for him.
Hooper was with a group of friends on the Sunday evening.
Ed Fish, defending, said there has been a confrontation between Hooper, her friends and Mr Hulley.
He said: "The man is still making comments and she throws the drink over him."
The court heard Hooper has been afraid to leave home since the video went viral.
Mr Fish said: "She receives a tirade of abuse. Mr Fish said his client had lost control. She does apologise and she regrets it."
The judge told the defendant: "There has been a considerable backlash at the outrage at your behaviour.
"You having been shamed by social media and judged by them. It may be there wasn't a full picture of the circumstances.
"You say this was a retaliation for abuse from the victim earlier. "This is not any justification for your behaviour."
The judge acknowledged Hooper had a difficult and complex background and ordered her to serve a 12 month community order including 12 rehabilitation days and 80 hours unpaid work.
Hooper will also be under electronic weekend curfew and will have £175 costs and surcharge deducted from her benefits.
- Peter Derbyshire, 37, of Bognor Regis, is charged with assault by beating of Mr Hulley. He is due to appear at Brighton magistrates court at the end of the month.


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{
/*defines the direction of split(horizontally or vertically); default: 'h'*/
dir: 'h' or 'v' or '['h', 'v', 'v', ...]'
/*defines whether the length/width of the blocks can be adjusted by dragging bars; default: false*/
adjust: 'true' or 'false' or ['true', 'false', ...]
/*defines the style of divide bars between created blocks
*takes a css object, a string represents class name or false(no bars)
*default: {flex: '0 0 2px', 'background-color': '#ddd'}*/
bars: {css object} or 'string of class name' or false or [false, {css}, '.class-name', false, ...]
/*defines the height of the requesting element; default: '100%';*/
height: 'string',
/*defines the width of the requesting element; default: '100%'*/
width: 'string',
}
For nested layouts, the options could either be a single global configuration or using an array to specify every layer's own options.
Note:
-
When you want to give height/width to the divide bars, give it as flex: '0 0 height/width'.
Flexbox does not work well with height and width property. For more check More on flexbox(TBD).
-
If you give a fixed height/width to a block, that block cannot be adjusted even you have specified adjust is true.


Man arrested in connection with suspected arson attack on TD's car
by By Digital Desk staffGardaí in Leitrim have arrested a man in connection with a suspected arson attack on a Sinn Féin TD's car last week.
The incident occurred in the Aughavas area of Co Leitrim at around 2.30am on Monday, October 28.
Sligo-Leitrim TD Martin Kenny's car was burned out at his home.
Gardaí investigating the incident have today arrested a man aged in his mid-40s.
The man is being detained at Thurles garda station.
READ MORE
Man arrested on suspicion of drunk-driving after car 'flew' over two-foot crash barrier


|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
java.lang.Object javax.swing.undo.AbstractUndoableEdit
public class AbstractUndoableEdit
An abstract implementation of UndoableEdit
,
implementing simple responses to all boolean methods in
that interface.
| Field Summary | |
|---|---|
protected static String |
RedoName
String returned by getRedoPresentationName ;
as of Java 2 platform v1.3.1 this field is no longer used. |
protected static String |
UndoName
String returned by getUndoPresentationName ;
as of Java 2 platform v1.3.1 this field is no longer used. |
| Constructor Summary | |
|---|---|
AbstractUndoableEdit()
Creates an AbstractUndoableEdit which defaults
alive to true . |
| Method Summary | |
|---|---|
boolean |
addEdit(UndoableEdit anEdit)
This default implementation returns false. |
boolean |
canRedo()
Returns true if this edit is alive
and hasBeenDone is false . |
boolean |
canUndo()
Returns true if this edit is alive
and hasBeenDone is true . |
void |
die()
Sets alive to false. |
String |
getPresentationName()
This default implementation returns "". |
String |
getRedoPresentationName()
Retreives the value from the defaults table with key AbstractUndoableEdit.redoText and returns
that value followed by a space, followed by
getPresentationName . |
String |
getUndoPresentationName()
Retreives the value from the defaults table with key AbstractUndoableEdit.undoText and returns
that value followed by a space, followed by
getPresentationName . |
boolean |
isSignificant()
This default implementation returns true. |
void |
redo()
Throws CannotRedoException if canRedo
returns false. |
boolean |
replaceEdit(UndoableEdit anEdit)
This default implementation returns false. |
String |
toString()
Returns a string that displays and identifies this object's properties. |
void |
undo()
Throws CannotUndoException if canUndo
returns false . |
| Methods inherited from class java.lang.Object |
|---|
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait |
| Field Detail |
|---|
protected static final String UndoName
getUndoPresentationName
;
as of Java 2 platform v1.3.1 this field is no longer used. This value
is now localized and comes from the defaults table with key
AbstractUndoableEdit.undoText
.
UIDefaults
,
Constant Field Valuesprotected static final String RedoName
getRedoPresentationName
;
as of Java 2 platform v1.3.1 this field is no longer used. This value
is now localized and comes from the defaults table with key
AbstractUndoableEdit.redoText
.
UIDefaults
,
Constant Field Values| Constructor Detail |
|---|
public AbstractUndoableEdit()
AbstractUndoableEdit
which defaults
alive
to true
.
| Method Detail |
|---|
public void die()
alive
to false. Note that this
is a one way operation; dead edits cannot be resurrected.
Sending undo
or redo
to
a dead edit results in an exception being thrown.
Typically an edit is killed when it is consolidated by
another edit's addEdit
or replaceEdit
method, or when it is dequeued from an UndoManager
.
die
in interface UndoableEdit
CompoundEdit.die()
public void undo() throws CannotUndoException
CannotUndoException
if canUndo
returns false
. Sets hasBeenDone
to false
. Subclasses should override to undo the
operation represented by this edit. Override should begin with
a call to super.
undo
in interface UndoableEdit
CannotUndoException
- if canUndo
returns false
canUndo()
public boolean canUndo()
alive
and hasBeenDone
is true
.
canUndo
in interface UndoableEdit
alive
and hasBeenDone
is true
die()
,
undo()
,
redo()
public void redo() throws CannotRedoException
CannotRedoException
if canRedo
returns false. Sets hasBeenDone
to true
.
Subclasses should override to redo the operation represented by
this edit. Override should begin with a call to super.
redo
in interface UndoableEdit
CannotRedoException
- if canRedo
returns false
canRedo()
public boolean canRedo()
true
if this edit is alive
and hasBeenDone
is false
.
canRedo
in interface UndoableEdit
true
if this edit is alive
and hasBeenDone
is false
die()
,
undo()
,
redo()
public boolean addEdit(UndoableEdit anEdit)
addEdit
in interface UndoableEdit
anEdit
- the edit to be added
UndoableEdit.addEdit(javax.swing.undo.UndoableEdit)
public boolean replaceEdit(UndoableEdit anEdit)
replaceEdit
in interface UndoableEdit
anEdit
- the edit to replace
UndoableEdit.replaceEdit(javax.swing.undo.UndoableEdit)
public boolean isSignificant()
isSignificant
in interface UndoableEdit
UndoableEdit.isSignificant()
public String getPresentationName()
getUndoPresentationName
and
getRedoPresentationName
to
construct the strings they return. Subclasses should override to
return an appropriate description of the operation this edit
represents.
getPresentationName
in interface UndoableEdit
getUndoPresentationName()
,
getRedoPresentationName()
public String getUndoPresentationName()
AbstractUndoableEdit.undoText
and returns
that value followed by a space, followed by
getPresentationName
.
If getPresentationName
returns "",
then the defaults value is returned alone.
getUndoPresentationName
in interface UndoableEdit
AbstractUndoableEdit.undoText
, followed
by a space, followed by getPresentationName
unless getPresentationName
is "" in which
case, the defaults value is returned alone.getPresentationName()
public String getRedoPresentationName()
AbstractUndoableEdit.redoText
and returns
that value followed by a space, followed by
getPresentationName
.
If getPresentationName
returns "",
then the defaults value is returned alone.
getRedoPresentationName
in interface UndoableEdit
AbstractUndoableEdit.redoText
, followed
by a space, followed by getPresentationName
unless getPresentationName
is "" in which
case, the defaults value is returned alone.getPresentationName()
public String toString()
toString
in class Object
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV CLASS NEXT CLASS | FRAMES NO FRAMES | |||||||||
| SUMMARY: NESTED | FIELD | CONSTR | METHOD | DETAIL: FIELD | CONSTR | METHOD |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Emmerdale's Mandy confirms Vinny is not her son - and he's definitely not a Dingle
Emmerdale fans suspected Vinny wasn't really Mandy's son after his recent claims, but predictions of him still being a Dingle appear to be false
by Charlotte TuttonEmmerdale confirmed more about Vinny Dingle's true identity during Wednesdays' episode of the ITV soap.
Recent scenes saw the newcomer claim he wasn't the real son of Mandy Dingle, with fans heavily suspecting he was still related to the Dingles or someone else in the village in some way.
Viewers were quick to predict he was Paddy Kirk's son with former resident Emily Kirk, while Bear was also tipped to be revealed as his father.
Now, the latest scenes on the ITV soap saw Mandy finally back Vinny's claims and confirm he was not her biological child.
Despite their close bond, Vinny is not her son and it also appeared to be ruled out that he was a Dingle despite theories.
As they tried to help Lydia Hart find out the identity of her benefactor, who had given her a load of money anonymously, Vinny made a confession.
Mandy made a hint about Vinny not being around is family, after Lydia's own hopes to learn where she really came from.
She explained: "All that stuff she was saying, about her roots, it made me think of you."
Mandy then took Vinny's hand as they looked fondly at each other, before he replied: "At least I knew my family."
While his mystery family were not identified, it appeared to confirm he wasn't tied to anyone in the village given he knew his family already.
Mandy went on: "Do you think about them much?" hinting he might have left them, or something may have happened to them leading to their separation.
He responded: "Now and again, but not much. I'm glad they're not in my life anymore.
"But I found a new, improved family and I couldn't be happier."
It's not known how Mandy and Vinny met or are linked, or whether his real family will make an appearance at some point - but his back story surely has to be explored.
Mandy concluded: "We might not be blood, but we're cut from the same cloth you and me."
Emmerdale airs weeknights at 7pm on ITV, with an extra episode at 8pm on Thursdays.


The D Style
The D Style is a set of style conventions for writing D programs. The D Style is not enforced by the compiler. It is purely cosmetic and a matter of choice. Adhering to the D Style, however, will make it easier for others to work with your code and easier for you to work with others' code. The D Style can form the starting point for a project style guide customized for your project team.
Submissions to Phobos and other official D source code will follow these guidelines.
Whitespace
- One statement per line.
- Use spaces instead of hardware tabs.
- Each indentation level will be four columns.
Naming Conventions
- General
- Unless listed otherwise below, names should be camelCased (this
includes all variables). So, names formed by joining multiple
words have each word other than the first word capitalized. Also, names
do not begin with an underscore ‘_’ unless they are
private.
int myFunc(); string myLocalVar;
- Modules
- Module and package names should be all lowercase, and only contain
the characters [a..z][0..9][_]. This avoids problems when dealing with
case-insensitive file systems.
import std.algorithm;
- Classes, Interfaces, Structs, Unions, Enums, Non-Eponymous Templates
- The names of user-defined types should be PascalCased, which is the
same as camelCased except that the first letter is uppercase.
class Foo; struct FooAndBar;
- Eponymous Templates
- Templates which have the same name as a symbol within that template
(and instantiations of that template are therefore replaced with that
symbol) should be capitalized in the same way that the inner symbol
would be capitalized if it weren't in a template - e.g. types should
be PascalCased and values should be camelCased.
template GetSomeType(T) { alias GetSomeType = T; } template isSomeType(T) { enum isSomeType = is(T == SomeType); } template MyType(T) { struct MyType { ... } } template map(fun...) { auto map(Range r) { ... } }
- Functions
- Function names should be camelCased, so their first letter is lowercase.
This includes properties and member functions.
int done(); int doneProcessing();
- Constants
- The names of constants should be camelCased just like normal variables.
enum secondsPerMinute = 60; immutable hexDigits = "0123456789ABCDEF";
- Enum members
- The members of enums should be camelCased, so their first letter is
lowercase.
enum Direction { bwd, fwd, both } enum OpenRight { no, yes }
- Keywords
- If a name would conflict with a keyword, and it is desirable to use the
keyword rather than pick a different name, a single underscore
‘_’ should be appended to it. Names should not be
capitalized differently in order to avoid conflicting with keywords.
enum Attribute { nothrow_, pure_, safe }
- Acronyms
- When acronyms are used in symbol names, all letters in the acronym
should have the same case. So, if the first letter in the acronym
is lowercase, then all of the letters in the acronym are lowercase, and
if the first letter in the acronym is uppercase, then all of the
letters in the acronym are uppercase.
class UTFException; ubyte asciiChar;
- User-Defined Attributes
- For symbols that are only to be used as user-defined attributes the
names should be camelCased, so their first letter is lowercase. This
convention takes precedence over any previously mentioned conventions.
This matches conventions of the built in attributes like @safe,
@nogc and the special compiler recognized UDA @selector.
struct Foo {} // this struct follows the regular naming conventions // this struct is only intended to be used as an UDA and therefore overrides the // regular naming conventions for structs struct name { string value; } @name("bar") Foo foo;
Type Aliases
The D programming languages offers two functionally equivalent syntaxes for type aliases, but ...
alias size_t = uint;
... is preferred over ...
alias uint size_t;
... because ...
- It follows the already familiar assignment syntax instead of the inverted typedef syntax from C
- In verbose declarations, it is easier to see what is being declared
alias important = someTemplateDetail!(withParameters, andValues); alias Callback = ReturnType function(Arg1, Arg2) pure nothrow;
vs.
alias someTemplateDetail!(withParameters, andValues) important; alias ReturnType function(Arg1, Arg2) pure nothrow Callback;
Meaningless type aliases like ...
alias VOID = void; alias INT = int; alias pint = int*;
... should be avoided.
Declaration Style
Since the declarations are left-associative, left justify them:
int[] x, y; // makes it clear that x and y are the same type int** p, q; // makes it clear that p and q are the same type
to emphasize their relationship. Do not use the C style:
int []x, y; // confusing since y is also an int[] int **p, q; // confusing since q is also an int**
Operator Overloading
Operator overloading is a powerful tool to extend the basic types supported by the language. But being powerful, it has great potential for creating obfuscated code. In particular, the existing D operators have conventional meanings, such as ‘+’ means ‘add’ and ‘<<’ means ‘shift left’. Overloading operator ‘+’ with a meaning different from ‘add’ is arbitrarily confusing and should be avoided.
Hungarian Notation
Using Hungarian notation to denote the type of a variable is a bad idea. However, using notation to denote the purpose of a variable (that cannot be expressed by its type) is often a good practice.
Properties
Functions should be property functions whenever appropriate. In particular, getters and setters should generally be avoided in favor of property functions. And in general, whereas functions should be verbs, properties should be nouns, just like if they were member variables. Getter properties should not alter state.
Property syntax
Do not use UFCS or Optional Parentheses outside of their intended use cases. Omitting parentheses is useful in generic code that does not care whether a member is a field or a function, for example the range primitive front. It can also make a chain of range functions more compact. However, when a simple call is made to a function with side effects, prefer 'regular' function call syntax.
import std.range, std.stdio; void main() { // good writeln(); writeln("hello"); iota(0, 10).dropOne.array.front.writeln; // bad writeln; "hello".writeln; writeln = "hello"; }
Documentation
All public declarations will be documented in Ddoc format and should have at least Params and Returns sections.
Unit Tests
As much as practical, all functions will be exercised by unit tests using unittest blocks immediately following the function to be tested. Every path of code should be executed at least once, verified by the code coverage analyzer.
Additional Requirements for Phobos
In general, this guide does not try to recommend or require that code conform to any particular formatting guidelines. The small section on whitespace at the top contains its only formatting guidelines. However, for Phobos and other official D source code, there are additional requirements:
Brackets
Braces should be on their own line. There are a few exceptions to this (such as when declaring lambda functions), but with any normal function block or type definition, the braces should be on their own line.
void func(int param) { if (param < 0) { ... } else { ... } }
Avoid unnecessary parentheses:
(a == b) ? "foo" : "bar"; // NO a == b ? "foo" : "bar"; // OK
Line length
Lines have a soft limit of 80 characters and a hard limit of 120 characters. This means that most lines of code should be no longer than 80 characters long but that they can exceed 80 characters when appropriate. However, they can never exceed 120 characters.
Whitespace
- Put a space after for, foreach, if, while, and version:
for (…) { … } foreach (…) { … } static foreach (…) { … } if (x) { … } static if (x) { … } while (…) { … } do { … } while (…); version (…) { … }
if (…) { … } else if (…) { … }
a + b a / b a == b a && b arr[1 .. 2] int a = 100; b += 1; short c = cast(short) a; filter!(a => a == 42);
a = !a && !(2 == -1); bool b = ~a; auto d = &c; e++; assert(*d == 42); callMyFancyFunction("hello world");
Imports
- Local, selective imports should be preferred over global imports
- Selective imports should have a space before and after the colon (:) like import std.range : zip
- Imports should be sorted lexicographically.
Return type
- The return type should be stated explicitly wherever possible, as it makes the documentation and source code easier to read.
- Function-nested structs (aka Voldemort types) should be preferred over public structs.
Attributes
- Non-templated functions should be annotated with matching attributes (@nogc, @safe, pure, nothrow).
- If the template arguments for a templated function affect whether an attribute is appropriate, then the function should not be annotated with that attribute so that the compiler can infer it. However, if the attribute is not affected by the template arguments (and thus would always be inferred), then the function should be explicitly annotated with that attribute just like a non-templated function would be.
- Attributes should be listed in alphabetical ordering, e.g. const @nogc nothrow pure @safe (the ordering should ignore the leading @).
- Every unittest should be annotated (e.g. pure nothrow @nogc @safe unittest { ... }) to ensure the existence of attributes on the templated function.
Templates
- unittest blocks should be avoided in templates. They will generate a new unittest for each instance, hence tests should be put outside of the template.
Declarations
- Constraints on declarations should have the same indentation level as their declaration:
void foo(R)(R r) if (R == 1)
// Prefer: T transmogrify(T)(T value) if (isIntegral!T) in (value % 7 == 0) out (result; result % 11 == 0) { // ... } // over this: T transmogrify(T)(T value) if (isIntegral!T) in { assert(value % 7 == 0); } out (result) { assert(result % 11 == 0); } do { // ... }
struct S { int x; invariant (x > 0); }
Class/Struct Field Declarations
- In structs and classes, there should only be one space between the type of the field and its name. This avoids problems with future changes generating a larger git diff than necessary.
class MyClass { // bad int a; double b; // good int x; double y; }
Documentation
- Every public symbol should be exposed in the documentation:
/// A public symbol enum myFancyConstant;
/** Checks whether a number is positive. `0` isn't considered as positive number. Params: number = number to be checked Returns: `true` if the number is positive, `0` otherwise. See_Also: $(LREF isNegative) */ bool isPositive(int number) { return number > 0; }
We are not necessarily recommending that all code follow these rules. They're likely to be controversial in any discussion on coding standards. However, they are required in submissions to Phobos and other official D source code.


--- layout: default ---
Many people in the world today are deprived of personal fulfillment and purpose. This is the result of an instinctual desire to be a part of something greater, and other entities across the world capitalize on this. Through Action Congress, direction and purpose will not be used to make money or to gain votes, but for the collective well-being of its members, and the communities they serve.
Our objective as an organization is to provide others purpose through activities which strengthen community awareness and promote personal growth. Through conscious reflection of our behavior and our values, we strive to uplift the emotional and mental fortitude of our members, instilling into them confidence and self-awareness. By introducing activity into our member’s lives, we will inspire our members to achieve self-efficacy and worth, and encourage them to promote these qualities to others.
Action Congress aims at supporting communities and uplifting others by instilling confidence and self-awareness through civil discussion and hosting team-building events. By introducing these activities into other's lives, we will develop our strengths both as a group and as individuals.
{{ post.content | truncatewords: 10 }}
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This is Words and Buttons Online — a collection of interactive #tutorials, #demos, and #quizzes about #mathematics, #algorithms and #programming.
I know, I know, the topic is already covered by some excellent tutorials and explanations. To name a few,
But I think that reexplaining some obscure concepts with different words (and buttons) might still help someone understand them better. And in the end, make fewer mistakes, write faster code, and create better software in general.
So I wrote this tutorial. It has C++ code samples, clickable models, and even quests and puzzles. I used everything, every trick I know to explain things in the clearest way possible. If you think your understanding of floating-point computations still could be improved after reading all the other tutorials, this page should help you.
Let's get started, shall we?
Floating-point numbers were invented to represent real numbers. Like 0.5 or 3.1415926. The ones that can't be represented by integers like 1 or 3. But in fact, floating-point numbers are made of integers, so you should probably learn them first.
At the very low-level, all computers do is crunch integers. And only some finite subset of them. Computers operate with bit tuples, and there are only as many different combinations of bits as 2n where n is the length of a tuple, and these combinations are your numbers.
If you have 1 bit, you can only have two numbers: 0 and 1. If you have 2 bits, there are 0, 1, 2, and 3. If you have 8 bits, you have 256 different numbers, if 16 — 65 536, 32 — 4 294 967 296, and so on.
Since 2-bit tuples provide too few numbers and 64 bit — too many, here's a nice and compact model of a 6-bit integer number.
The number-buttons are clickable.
Integer numbers are not universally standardized but there are some common conventions. For instance, the most common way to represent negative integers is by using the higher half of the range.
This means that by constantly incrementing the model, at some point you'll see: ..., 29, 30, 31, -32, -31, -30, ...
It looks a little odd when you meet this jump, but it all makes perfect sense when we see all the range in one picture. Let's pick an even simpler model. The 1-digit decimal number will do.
| Unsigned 1-digit decimal | Signed 1-digit decimal |
| 0 | 0 |
| 1 | 1 |
| 2 | 2 |
| 3 | 3 |
| 4 | 4 |
| 5 | -5 |
| 6 | -4 |
| 7 | -3 |
| 8 | -2 |
| 9 | -1 |
The first half of the range is shared between signed and unsigned types. Then there's a leap back for the signed ones. After that, they diverge by exactly half a range.
If you take overflows into consideration, it starts to seem natural. Yes, signed numbers overflow at half-range, but unsigned numbers overflow too, only half a range later. It's like two continuous rolls of numbers going along each other.
| Unsigned 1-digit decimal | Signed 1-digit decimal |
| ... | ... |
| 9 | -1 |
| 0 | 0 |
| 1 | 1 |
| 2 | 2 |
| 3 | 3 |
| 4 | 4 |
| 5 | -5 |
| 6 | -4 |
| 7 | -3 |
| 8 | -2 |
| 9 | -1 |
| 0 | 0 |
| 1 | 1 |
| 2 | 2 |
| 3 | 3 |
| 4 | 4 |
| 5 | -5 |
| ... | ... |
Please don't write your code expecting this behavior, though. Integer overflows are not universally standardized. And even if they work properly for your case, exploiting overflows makes code obscure, error-prone, and often non-portable.
With proper convention, integer numbers may represent some non-integer values. For instance, 0.45 of a meter is 45 centimeters. 45.6 centimeters is 456 millimeters.
456 mm = 45.6 cm = 0.456 m
It's just a matter of representation. It's all about where to put the decimal point.
With things like price tags or body temperature, we know where the decimal point goes. These things could be manipulated with the decimal point in mind.
$ 9.99
36.6°C
Just as that, we can turn an integer number into a fixed-point number by assigning a place to put the binary point. In this model, the binary point is put after two bits, so it's still an integer, but now it measures quarters, so it can now represent some subset of real numbers such as 1.5.
Fixed-point numbers are still integers, but they are integer numbers of fractions.
You can add and subtract them like the regular numbers, but you have to introduce more elaborate rules for division and multiplication. And you have to watch for overflows and underflows accordingly.
Sometimes fixed-points are fine, but they can get cumbersome with a lot of calculations. With fixed bit tuple size, you have to choose where to put the binary point to lose as little precision as possible on any arithmetic operation. Wouldn't it be great if something did that for you?
Floating-point numbers are that popular because they work fine even if you don't think about where the decimal point is where it shall appear after the computation.
They come from scientific (also known as exponential) notation. With this notation, you can compactly write both astronomical and subatomic values.
mSun: 1.989e+30 kg
me: 9.1093897e-31 kg
Just like a number in scientific notation, a floating-point number has a sign, some meaningful digits, and an exponent.
The three major differences are:
Only for the very small numbers, when we want our exponent to be smaller than we can afford, we omit the implied 1. In scientific notation, it's like writing 0.00123e-45. It's not normalized. So we call these numbers subnormal numbers or denormalized numbers.
Since you're still working with bits, and every number is still just an integer in disguise, you can imagine a floating-point number as an integer number
Unlike integer numbers, floating-point numbers are standardized, and the standard specifies several useful conventions. The whole range of possible bits consists not only of numbers, but of two distinct zeros, two values for infinitely large values, and a whole subrange of “not a number”s.
To understand what are the special infinite values for, you should probably understand floating-point zeros first.
They are not actual zeros. Instead, they model anything that is absolutely smaller than the smallest representable number. Of course, they may occasionally represent an actual zero, but there is no way to tell if they are. So they should be treated as small numbers and not 0. And as such, they deserve to retain their signs.
auto min_float = std::numeric_limits<float>::denorm_min(); std::cout << min_float; // prints 1.4013e-45 std::cout << min_float / 2.f; // prints 0 std::cout << -min_float / 2.f; // prints -0 |
The smallest representable number is the smallest denormalized number. One half of it is semantically a number, but pragmatically a zero.
Denormalized values are not universally available. If you don't want that precision, you can win some performance by turning them off.
Speaking of performance, some of the compiler optimizations are algebraic. This means that the compiler optimizes floating-point numbers such as if they were real. Usually, it's not a problem. Sometimes it is.
When you divide a non-zero number by zero, you get infinity. And just like floating-point zeros are not zero, these are not infinite.
There are also numbers that can't possibly be represented in this model at all, like square roots of negative numbers. Technically, they are still numbers, but being complex numbers and not real, they don't have the representation. Operations that take numbers as input and can't provide numbers as output return special “not a number” values then.
Of course, numbers that get to be represented in floating-point numbers, are usually represented with an error. We have only that many bits, that many combinations, and the real number's range is infinite. You can't squeeze an infinite range into a finite set.
When a number doesn't have the representation, we pick the nearest number that has one instead.
The difference between their values is our representation error.
The common misconception is: since our smallest representable numbers are small, the representation error should be small too. But remember, we are talking about integer numbers of 2ns. The greater the n, the greater the possible representation error is.
Still, the representation error is not our worst enemy. Any real-world number we collect from a sensor, or a user interface, has its own error anyway. And it usually dwarfs the representation error of floating-point numbers.
However, as we process the data, we introduce computational error, too.
Computational error is not imminent. If the arguments are close enough exponentially, the operation result may be represented without an error.
There is a common belief that comparing two floats exactly is unsafe because of the possible error, but this error is often manageable. For instance, this loop is quite safe (remember, floats are just integer numbers of 2n).
// 16 iterations loop for(auto i = 0.; i != 4; i += 0.25) cout << i << ' '; |
But it might be hard to recognize safe from unsafe. For instance, this one isn't safe since 0.1 is only represented in the floating-point model with an error.
// "infinite" loop for(auto i = 0.; i != 4; i += 0.1) cout << i << ' '; |
The computational error tends to accumulate as the computation goes. Of course, it depends on the algorithm. Some are more prone to accumulate errors than others.
What's worse, this error is hard to tell. Unless you deliberately put some effort into error analysis, you can never be sure how much of your computation is real data, and how much is an error.
I hope that the tutorial was fun and educational. I tried to keep it short, though, so it only covers the essentials. For the specific parts, I prepared a few more explanations.
If you want to learn more about how to estimate the computational error, please see Estimating floating-point error the easy way.
If you want to learn how to encode your error messages in “not a number”, and also why, and why not, please visit Error codes are not numbers. But they are. Can we exploit that?
And if you want to see what else you could use to represent real numbers, here's Yet another alternative to floating-point numbers.
| Index #mathematics #programming #tutorials | ← there's more. |
+
So You Think You Know C (free book) + Geometry for Programmers (paid book) + Github & RSS |


Blogposts
yyyymmdd
Title
20200602
Implementing a Dynamic Programming Algorithm in Q
20200317
Notes on How to Rock the Stage
20200315
Squatting Technique
20200315
Sending Emails on Startup when Gaming
20190904
Resources for Building a Web Server


{% extends "base.html" %} {% import "bootstrap/wtf.html" as wtf %} {% import "bootstrap/fixes.html" as fixes %} {% import "bootstrap/utils.html" as util %} {% block title %}BEL Commons{% endblock %} {% block scripts %} {{ super() }} {% if current_user.is_authenticated and current_user.is_admin %} {% endif %} {% endblock %} {% block content %}
An environment for curating, validating, and exploring knowledge graphs encoded in the Biological Expression Language (BEL) to support elucidating disease-specific, mechanistic insight.
Parse BEL script, validate its contents, perform automatic enrichment, and generate a network summary.
View summaries and statistics over curated networks and as a first step towards exploration{% if 'analysis' in blueprints %}, visualization, and analysis.{% else %} and visualization.{% endif %}
Build a network by investigating the knowledge related to interesting biological entities, chemical matter, authors, or publications.
Tools for generating BEL script stubs, merging BEL namespace files, or curation feedback on BEL namespace files.
View the underlying namespaces and annotations along with their respective uniform resource locators and version numbers.
Resources {{ manager.count_namespaces() }}PyBEL is in constant development. Join us on the core, analytical tools, or notebooks repositories for upcoming code, protocols, and pipelines and additional entries in Bio2BEL.


Preparation time
less than 30 mins
Cooking time
10 to 30 mins
Serves
Serves 3-4
Heat three tablespoons of oil in a pan and sauté the onion and chillies for three minutes.
Stir in the ginger, garlic, chilli powder, coriander, turmeric and salt.
Add the chicken and fry on a low-to-medium heat for eight minutes, until the chicken is lightly browned.
Tip in the tomatoes and potatoes and cook for two minutes.
Pour in 100ml (3½fl oz) of the coconut milk and simmer for six minutes.
Add the remaining coconut milk with 200ml (7fl oz) of boiling water.
Simmer for 10 minutes, until the potatoes are tender and the chicken is cooked.
In a separate pan, heat the remaining oil and add the curry leaves and shallots, if using.
Fry for five minutes until golden brown.
Sprinkle the garam masala over the stew and swirl in an extra two tablespoons of coconut milk.
Serve hot, garnished with fried shallots and curry leaves and basmati rice.


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__init__(self,
node=None,
test_case=None)
Constructs a Process associating it with a particualar TestScenario
and Node |
source code
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get_args(self)
Get the process 'user' arguments |
source code
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get_command(self)
Get the process executable name |
source code
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get_log_file(self)
Return the standard out / error log file name for this process that
has been set explicitly or a suitable default otherwise. |
source code
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get_test_lib_args(self)
Get the additional process args required to initialise the OSPL test
lib interprocess synchronisation stuff (if required) You can of
course do this 'manually' but this does it for you if you've stuck to
the usual case. |
source code
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set_args(self,
args)
Set the process 'user' arguments |
source code
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set_command(self,
command)
Set the process executable name |
source code
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set_log_file(self,
file_name)
Set a log file name that is to be used for standard out and error
collection for this process. |
source code
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|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
See:
Description
| Interface Summary | |
|---|---|
| Remote | The Remote interface serves to identify interfaces whose
methods may be invoked from a non-local virtual machine. |
| Class Summary | |
|---|---|
| MarshalledObject | A MarshalledObject contains a byte stream with the serialized
representation of an object given to its constructor. |
| Naming | The Naming class provides methods for storing and obtaining
references to remote objects in a remote object registry. |
| RMISecurityManager | A subclass of SecurityManager used by RMI applications that use
downloaded code. |
| Exception Summary | |
|---|---|
| AccessException | An AccessException is thrown by certain methods of the
java.rmi.Naming class (specifically bind ,
rebind , and unbind ) and methods of the
java.rmi.activation.ActivationSystem interface to
indicate that the caller does not have permission to perform the action
requested by the method call. |
| AlreadyBoundException | An AlreadyBoundException is thrown if an attempt
is made to bind an object in the registry to a name that already
has an associated binding. |
| ConnectException | A ConnectException is thrown if a connection is refused
to the remote host for a remote method call. |
| ConnectIOException | A ConnectIOException is thrown if an
IOException occurs while making a connection
to the remote host for a remote method call. |
| MarshalException | A MarshalException is thrown if a
java.io.IOException occurs while marshalling the remote call
header, arguments or return value for a remote method call. |
| NoSuchObjectException | A NoSuchObjectException is thrown if an attempt is made to
invoke a method on an object that no longer exists in the remote virtual
machine. |
| NotBoundException | A NotBoundException is thrown if an attempt
is made to lookup or unbind in the registry a name that has
no associated binding. |
| RemoteException | A RemoteException is the common superclass for a number of
communication-related exceptions that may occur during the execution of a
remote method call. |
| RMISecurityException | Deprecated. Use SecurityException instead. |
| ServerError | A ServerError is thrown as a result of a remote method
invocation when an Error is thrown while processing
the invocation on the server, either while unmarshalling the arguments,
executing the remote method itself, or marshalling the return value. |
| ServerException | A ServerException is thrown as a result of a remote method
invocation when a RemoteException is thrown while processing
the invocation on the server, either while unmarshalling the arguments or
executing the remote method itself. |
| ServerRuntimeException | Deprecated. no replacement |
| StubNotFoundException | A StubNotFoundException is thrown if a valid stub class
could not be found for a remote object when it is exported. |
| UnexpectedException | An UnexpectedException is thrown if the client of a
remote method call receives, as a result of the call, a checked
exception that is not among the checked exception types declared in the
throws clause of the method in the remote interface. |
| UnknownHostException | An UnknownHostException is thrown if a
java.net.UnknownHostException occurs while creating
a connection to the remote host for a remote method call. |
| UnmarshalException | An UnmarshalException can be thrown while unmarshalling the
parameters or results of a remote method call if any of the following
conditions occur:
if an exception occurs while unmarshalling the call header
if the protocol for the return value is invalid
if a java.io.IOException occurs unmarshalling
parameters (on the server side) or the return value (on the client side). |
Provides the RMI package. RMI is Remote Method Invocation. It is a mechanism that enables an object on one Java virtual machine to invoke methods on an object in another Java virtual machine. Any object that can be invoked this way must implement the Remote interface. When such an object is invoked, its arguments are ``marshalled'' and sent from the local virtual machine to the remote one, where the arguments are ``unmarshalled.'' When the method terminates, the results are marshalled from the remote machine and sent to the caller's virtual machine. If the method invocation results in an exception being thrown, the exception is indicated to caller.
|
JavaTM 2 Platform Standard Ed. 5.0 |
|||||||||
| PREV PACKAGE NEXT PACKAGE | FRAMES NO FRAMES |
Copyright © 2004, 2010 Oracle and/or its affiliates. All rights reserved. Use is subject to license terms. Also see the documentation redistribution policy.


Ideas
UX/UI
Code
I collaborate with clients and peers to nurture and transform ideas into well thought out design specs. After all, that's where the majority of amazing user experiences start.
I sketch and wireframe interfaces focusing on content structure, intuitive UI patterns and simple interactions. I'm a minimalist who truly believes that less is more.
I design in the browser with HTML(5), CSS(3) and a touch of JavaScript. I love coding things from scratch, but I can work with front-end frameworks like Bootstrap too.
I'm currently accepting new projects and would love to hear about yours. Please take a few minutes to tell me about it.


2
1 When the day of Pentecost came, they were all together in the same place.
2 Suddenly there came from heaven a sound like the rush of a violent wind, and it filled the whole house where they were sitting.
3 There appeared to them tongues like fire that were distributed, and they sat upon each one of them.
4 They were all filled with the Holy Spirit and began to speak with other languages, as the Spirit gave them to speak.
5 Now there were Jews who were living in Jerusalem, godly men, from every nation under heaven.
6 When this sound was heard, the multitude came together and was confused because everyone heard them speaking in his own language.
7 They were amazed and marvelled; they said, "Really, are not all these who are speaking Galileans?
8 Why is it that we are hearing them, each in our own language in which we were born?
9 Parthians and Medes and Elamites, and those who live in Mesopotamia, in Judea and Cappadocia, in Pontus and Asia,
10 in Phrygia and Pamphylia, in Egypt and the parts of Libya about Cyrene, and visitors from Rome,
11 Jews and proselytes, Cretans and Arabians, we hear them telling in our languages about the mighty works of God."
12 They were all amazed and perplexed; they said to one another, "What does this mean?"
13 But others mocked and said, "They are full of new wine."
14 But Peter stood with the eleven, raised his voice, and said to them, "Men of Judea and all of you who live at Jerusalem, let this be known to you; pay attention to my words.
15 For these people are not drunk as you assume, for it is only the third hour of the day.
16 But this is what was spoken through the prophet Joel:
17 'It will be in the last days,' God says,
'I will pour out my Spirit on all flesh.
Your sons and your daughters will prophesy,
your young men will see visions,
and your old men will dream dreams.
18 Also on my servants and my female servants in those days
I will pour out my Spirit, and they will prophesy.
19 I will show wonders in the heaven above
and signs on the earth below,
blood, fire, and vapor of smoke.
20 The sun will be turned to darkness
and the moon to blood,
before the great and remarkable day of the Lord comes.
21 It will be that everyone who calls on the name of the Lord will be saved.'
22 Men of Israel, hear these words: Jesus of Nazareth, a man authenticated by God to you by mighty deeds and wonders and signs which God did through him in your midst, as you yourselves know—
23 because of the determined plan and foreknowledge of God, he was delivered up, and you, by the hand of lawless men, crucified and killed him;
24 whom God raised up, having loosed the pains of death from him, because it was not possible that he should be held by it.
25 For David says about him,
'I saw the Lord always before my face,
for he is beside my right hand so that I should not be moved.
26 Therefore my heart was glad and my tongue rejoiced.
Also, my flesh will live in confidence.
27 For you will not abandon my soul to hades,
neither will you allow your Holy One to see decay.
28 You revealed to me the ways of life;
you will make me full of gladness with your face.'
29 Brothers, I can speak to you confidently about the patriarch David: he both died and was buried, and his tomb is with us to this day.
30 Therefore, he was a prophet and knew that God had sworn with an oath to him, that from the fruit of his loins he would set one upon his throne.
31 He foresaw this and spoke about the resurrection of the Christ,
'He was neither abandoned to hades, nor did his flesh see decay.'
32 This Jesus—God raised him up, of which we all are witnesses.
33 Therefore having been raised up to the right hand of God and having received the promised Holy Spirit from the Father, he has poured out this, which you see and hear.
34 For David did not ascend to the heaven, but he says,
'The Lord said to my Lord, "Sit at my right hand,
35 until I make your enemies the stool for your feet."'
36 Therefore, let all the house of Israel certainly know that God has made him both Lord and Christ, this Jesus whom you crucified."
37 Now when they heard this, they were pierced in their heart, and said to Peter and the rest of the apostles, "Brothers, what shall we do?"

40 With many other words he testified and urged them; he said, "Save yourselves from this wicked generation."
41 Then they received his word and were baptized, and there were added in that day about three thousand souls.
42 They continued in the apostles' teaching and fellowship, in the breaking of bread and in prayers.
43 Fear came upon every soul, and many wonders and signs were done through the apostles.
44 All who believed were together and had all things in common,
45 and they sold their property and possessions and distributed them to all, according to the needs anyone had.
46 So day after day they continued with one purpose in the temple, and they broke bread in homes, and they shared food with joy and humility of heart;
47 they praised God and had favor with all the people. The Lord added to them day by day those that were being saved.


This is the awesome data gathering service main page.
I'm sooo glad you're here. You have no idea.
We at Awesome Data Gathering Service(or ADGS) gather your data with or without your permission. You, as a valuable user, visit many websites on the internet. You send tweets, you like `pictures` and share the latest memes.
While you do this, we do our job. We collect your data(mostly without your permission). Here, on our main page, we provide the only opportunity you won't find anywhere near even the depths of the internet to finally let us take your data with your own permission. So go ahead.
Share your data and let us breach your privacy.
| Name | Data |
|---|---|
| One weird name | I do illegal stuff. i'm confident this fact won't ever be used against me in case i do something they don't like |
| Good name | I'm a good citizen. I never do bad stuff. I pay my tax. I have a good job. My life is boring. Okay, I'll tell you a joke.  I meow a lot. I don't have a good sense of what you do but I meow because I'm free. I meow away into the sunset for special effects. |


|
Class Summary |
| AdminFormHandler |
Base implementation of a Generic Form Handler done for Admin-like tasks |
| AdminLoginFormHandler |
|
| CurrentUser |
This Servlet provides the current top level personae authenticated
with the given UserAuthority. |
| FormLoginPipelineServlet |
The FormLoginPipelineServlet implements form logins as defined by
Servlet 2.2. |
| FormLoginSession |
The FormLoginSession stores information about whether an attempt
is being made to log in to a form. |
| PathSecurityDomain |
|
| SecuredPathAccessController |
|
| SecurityAccessor |
The SecurityAccessor conditionally renders its oparameter based on
the value of allowGroup, denyGroup parameter. |
| SecurityDomainServlet |
|
| ServletSecurityUtils |
UserResolver is a collection of static methods to help Security Servlets and
droplets to resolve the User instance from the current HttpSession as well as
to see if a an element from a list of Personae is represented within User |
| ThreadUserBinderServlet |
A pipeline servlet that associates the current session's User object
with the current request thread. |
| UserLoginManager |
The UserLoginManager class maintains two separate objects:
The User object, which acts as a wallet of Personae for security purposes. |


Personal Profile
About Me
My name is Dylan Kelley and I consider myself to be a hardworking, methodical student who is able to push
through problems to find a solution and able to talk and get along with various different people. I am a
second year Coding student at West-Mec Central Campus and a Junior at Centennial High School, trying to best
prepare myself for the future.
Skills
- Complex Problem Solving
- Identify complex problems and review related information to develop and evaluate
options
and implement solutions.
- Critical Thinking
- Use logic and reasoning to identify the strengths and weaknesses of alternative solutions,
conclusions or approaches to problems.
- Active Listening
- Give full attention to what other people are saying, take time to understand the points being made, ask
questions as appropriate, and not interrupting at inappropriate times.
- Judgment and Decision Making
- Consider the relative costs and benefits of potential actions to choose the most appropriate one.
- Reading Comprehension
- Understand written sentences and paragraphs in work related documents.


- cancelSearchOnClick(View) - Method in class com.stl.skipthelibrary.Activities.SearchActivity
-
Return to the borrower's books screen
- com.stl.skipthelibrary - package com.stl.skipthelibrary
-
SKIP THE LIBRARY
For all your book related cravings 📕
- com.stl.skipthelibrary.Activities - package com.stl.skipthelibrary.Activities
-
This package contains all of our activities
- com.stl.skipthelibrary.BindersAndAdapters - package com.stl.skipthelibrary.BindersAndAdapters
-
This package contains all of our Binding classes and Adapters.
- com.stl.skipthelibrary.DatabaseAndAPI - package com.stl.skipthelibrary.DatabaseAndAPI
-
This package contains all of our classes that deal with databases and external web API's
- com.stl.skipthelibrary.Entities - package com.stl.skipthelibrary.Entities
-
This package contains all of our entity classes
- com.stl.skipthelibrary.Enums - package com.stl.skipthelibrary.Enums
-
This package contains all of our enums
- com.stl.skipthelibrary.Exceptions - package com.stl.skipthelibrary.Exceptions
-
This package contains all of our exceptions
- com.stl.skipthelibrary.Fragments - package com.stl.skipthelibrary.Fragments
-
This package contains all of our fragments
- com.stl.skipthelibrary.Helpers - package com.stl.skipthelibrary.Helpers
-
This package contains all of our helpers, these include handlers and receivers
- com.stl.skipthelibrary.Singletons - package com.stl.skipthelibrary.Singletons
-
This package contains all of our singletons
- com.stl.skipthelibrary.Validators - package com.stl.skipthelibrary.Validators
-
This package contains all of our validators
- confirmBorrowed() - Method in class com.stl.skipthelibrary.Entities.RequestHandler
-
Change a book's handoff state to borrower recieved
- confirmReturned() - Method in class com.stl.skipthelibrary.Entities.RequestHandler
-
Change the state to confirm requested
- ContactInfo - Class in com.stl.skipthelibrary.Entities
-
This class outlines a user's contact info
- ContactInfo() - Constructor for class com.stl.skipthelibrary.Entities.ContactInfo
-
The empty constructor
- ContactInfo(String, String, Context) - Constructor for class com.stl.skipthelibrary.Entities.ContactInfo
-
The full constructor
- ContactInfoTest - Class in com.stl.skipthelibrary
-
- ContactInfoTest() - Constructor for class com.stl.skipthelibrary.ContactInfoTest
-
- createAccountIfValid(String, String, String, String, String, String, ViewableImage) - Method in class com.stl.skipthelibrary.DatabaseAndAPI.DatabaseHelper
-
Create an Account in FireBase if the username is unique
- CurrentLocation - Class in com.stl.skipthelibrary.Singletons
-
This class is a singleton and contains the current location, if the user's location changes
this class will automatically update
- CurrentUser - Class in com.stl.skipthelibrary.Singletons
-
This class is a singleton and contains the current user
- CurrentUser() - Constructor for class com.stl.skipthelibrary.Singletons.CurrentUser
-


--- layout: default title: Projects parent: root ---
HTML, CSS parser. Required helpers and parsing for mime types, urls, source sets, and many more. Provides extension points, which are then used by the other projects.
Currently in beta. Considered stable.
AngleSharp/AngleSharp
A full CSS parser and CSSOM provider to include support for stylesheets, inline styles, and style computations within AngleSharp.
Currently prior to publish. Available once v0.10 of AngleSharp.Core hits the road.
AngleSharp/AngleSharp.Css
IO modules and helpers, including - but not limited to - improved (and more) requesters, storage abilities, and caching mechanisms.
Currently in alpha stage. Leaving experimental stage soon.
AngleSharp/AngleSharp.Io
Scripting solutions for integrating a JavaScript engine (Jint) and advanced C# parsing (DLR, scriptcs or Roslyn). Provides DOM bindings (and binding helpers).
Currently in alpha stage. Still in experimental stage.
AngleSharp/AngleSharp.Scripting


Class Transaction
Transaction returned by the server.
Inheritance
Namespace: Nimiq.Models
Assembly: NimiqClient.dll
Syntax
public class Transaction : object
Properties
| Improve this Doc View SourceBlockHash
Hex-encoded hash of the block containing the transaction.
Declaration
public string BlockHash { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
BlockNumber
Height of the block containing the transaction.
Declaration
public long BlockNumber { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Confirmations
Number of confirmations of the block containing the transaction.
Declaration
public long Confirmations { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Data
Hex-encoded contract parameters or a message.
Declaration
public string Data { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Fee
Integer of the fee (in smallest unit) for this transaction.
Declaration
public long Fee { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Flags
Bit-encoded transaction flags.
Declaration
public long Flags { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
From
Hex-encoded address of the sending account.
Declaration
public string From { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
FromAddress
Nimiq user friendly address (NQ-address) of the sending account.
Declaration
public string FromAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Hash
Hex-encoded hash of the transaction.
Declaration
public string Hash { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
Timestamp
UNIX timestamp of the block containing the transaction.
Declaration
public long Timestamp { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
To
Hex-encoded address of the recipient account.
Declaration
public string To { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
ToAddress
Nimiq user friendly address (NQ-address) of the recipient account.
Declaration
public string ToAddress { get; set; }
Property Value
| Type | Description |
|---|---|
| System.String |
TransactionIndex
Index of the transaction in the block.
Declaration
public long TransactionIndex { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |
Value
Integer of the value (in smallest unit) sent with this transaction.
Declaration
public long Value { get; set; }
Property Value
| Type | Description |
|---|---|
| System.Int64 |


KPSEACCESS(1) KPSEACCESS(1) NAME kpseaccess - determine whether a file can be accessed SYNOPSIS kpseaccess mode file DESCRIPTION Exit successfully if file can be accessed with the specified mode. The mode is an optional dash (`-') followed by zero or more letters of rwx, where r is for readable, w is for writable, and x is for executable. The difference between kpseaccess and test is that the latter looks at the permission bits, while the former checks using the access(2) system call. This makes a difference when file systems have been mounted read- only. OPTIONS kpseaccess accepts the following options: --help Print help message and exit. --version Print version information and exit. SEE ALSO access(2) Kpathsea 6.1.0 1 March 2011 KPSEACCESS(1)


{include file="public:head" /}
stitle
slogo
surl
sentitle
skeywords
sdescription
s_name
s_phone
s_tel
s_400
s_fax
s_qq
s_qqu
s_email
s_company
s_address
s_miitbeian
scopyright


[gecode-users] wrapping SetVar
Guido Tack
tack at ps.uni-sb.de
Wed Feb 7 05:04:42 CET 2007
Hi!
> Now I need to create a SetView from my SetVar, in order
> to access its lub with LubRanges.
You do not have to use pointers to views, just use the views
directly. They are themselves just thin wrappers around a pointer to
the actual variable implementation. Allocating a view on the stack
costs exactly the same as allocating a pointer variable. If you
really want to use pointers, you could consider using the pointer
returned by SetView::variable(void).
> // this function could be called something like
> // LubRanges_from_SetVar
> {
> ...
> SetVar* set;
> SetView view(*set);
> return new LubRanges ranges(view); // (this would not work I
> suppose....)
> }
This will work!
> What do you suggest? Can I somehow override that new is private?
No, please don't.
Cheers,
Guido
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