5 Players To Boost Pirates!
by Soccer LadumaOrlando Pirates have been boosted with return of at least five players in their preparation for next Tuesday’s match against Polokwane City.
During the FIFA break, the Buccaneers had a number of stars on national duty – the likes of Thembinkosi Lorch and Innocent Maela (Bafana Bafana), Justin Shonga and Augustine Mulenga (Zambia), as well as Gabadinho Mhango (Malawi) in the Africa Cup of Nations qualifiers.
Read: Another Pirates Defender On Suspension Tightrope...
All five players are expected to play a role in helping Rulani Mokwena and the team in pursuit of enough points as the team will be aiming for improvement on the log in the last three matches of 2019.
With South African U23 team still in pursuit of qualifying for the 2020 Tokyo Olympics, Thabiso Monyane is unlikely to be available for Bucs’ next match.
Read: Chiefs & Pirates To Tussle For Kateregga?
David Notoane’s side will play in the third/fourth place play-off match of the U23 Africa Cup of Nations against Ghana today.
Earn Airtime & Data With Soccer Laduma’s Social Media App - Download Now


Qualifications
UNIVERSITY EDUCATION
-
M.Sc. in Computer Engineering, Faculty of Engineering at Shoubra, Benha University.
- I worked on a thesis titled “Intelligent Traffic Signal Controllers Based on Cooperative Multi-Agent Framework” where deep reinforcement learning and coordination graphs framework are used to control intelligent traffic signals.
- Graduation date: March 2020.
- GPA: 3.73.
-
B.Sc. in Computer Engineering, Faculty of Engineering at Shoubra, Benha University, Cairo, Egypt.
- Graduation date: July 2013.
- Grade: Excellent with honour degree.
-
Graduation project
- Title: “Unspoken Words Recognition Using EEG”.
- An EEG headset is utilized to recognize, at real-time, two Arabic words where EEG signals are recorded, processed, and classified using machine learning techniques.
- Grade: Excellent.
TRAINING
-
Malware Analysis Incident Handling Program (2020-2021).
- A 6 months complete malware analysis training that includes many hands-on on various topics including incident response process, dynamic and static analysis, API hooking, DLL injection, etc.
- Instructor: AmrThabet
- Contents: https://maltrak.com/join
-
Hardware Security (2021):
- Coursera course offered by University of Maryland, College Park.
-
Digital Forensics Training (2020):
- Three full-day training at digital forensics including network forensics, memory forensics, etc.
-
Cyber Talents Dynamic Malware Analysis (2015).
- A full-day crash course on malware dynamic analysis techniques .
-
Cyber Talents Web Penetration Testing (2015).
- A full-day crash course on web applications penetration testing techniques.
-
ISTQB certified software tester.
EXTRACURRICULAR ACTIVITIES
- Cairo Security Camp attendee for more than five years.
- Egyptian-Industrial-Control Systems-Security-Summit attendee (2019).
- Intern at Applied Science International. (2010).
- Nile University (NU-100) competition contestant (2013).
- Egyptian Engineering Day contestant (2013).
- Google Developer Group Shoubra member (2012).
- ACM-ECPC contestant (2011).
STANDARDIZED TESTS
-
IELTS (December 2020)
- Overall Band: 7.
- Listening (7.5), Reading (7.5), Writing (7.5), Speaking (6).
- Test Report Form (TRF) Number: 20EG005591NAWM001A


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THE MATCHMAKER
A Film Review by James Berardinelli
RATING (0 TO 10): 6.0 Alternative Scale: **1/2 out of ****
United States/Ireland, 1997 U.S. Release Date: 10/3/97 (wide) Running Length: 1:35 MPAA Classification: PG-13 (Profanity, mature themes) Theatrical Aspect Ratio: 2.35:1
Cast: Janeane Garofalo, David O'Hara, Milo O'Shea, Denis Leary, Jay O. Sanders, Rosaleen Linehan, Maria Doyle Kennedy, Saffron Burrows Director: Mark Joffe Producers: Eric Fellner, Tim Bevan, Luc Roeg Screenplay: Karen Janszen, Louis Nowra, Graham Linehan based on a screenplay by Greg Dinner Cinematography: Ellery Ryan Music: John Altman U.S. Distributor: Gramercy Pictures
The production notes trumpet THE MATCHMAKER as "a romantic comedy for people who hate romantic comedies." This statement implies that the film has something exceptionally original or daring to offer those who are tired of screen love affairs that follow a predictable trajectory from point A to point B. In fact, it's false advertising. There's nothing remotely special about the romantic component of this picture -- it's strictly boy meets girl, boy loses girl due to a silly misunderstanding, and boy gets back together with girl in time for the end credits.
So why would anyone who hates romantic comedies like this one? Presumably because the film makers believe that Janeane Garofalo is the type of atypical leading lady who will attract a more cynical audience. And, while this might have been true before THE TRUTH ABOUT CATS AND DOGS, Garofalo is widely remembered for her role as Abby the animal lover, and her presence in another romantic comedy will not surprise anyone. Indeed, she shows the same unselfconscious charm in THE MATCHMAKER that made her character so irresistible in CATS AND DOGS. The primary difference is that the script for this film has a confused sense of what it wants to accomplish, and, as a result, director Mark Joffe (COSI) is unable to utilize Garofalo's talents fully.
The film begins conventionally enough. Garofalo plays Marcy Tizard, the tireless political aide to Senator John McGlory (Jay O. Sanders), who's running for re-election in Massachusetts. He's behind in the polls, however, so his campaign manager, the hard-bitten Nick Ward (Denis Leary), comes up with a new strategy that involves sending Marcy overseas to the town of McGlory's ancestors, a place called Ballinagra in Ireland's County Galway. While there, she's supposed to find a few of McGlory's relatives (the intention being to bolster his support in Boston's Irish American community). Marcy isn't thrilled about making the trip, but, since she has no life, she agrees.
While the setup may be a little long-winded, it succeeds in getting Marcy to Ireland, where she arrives in the midst of a matchmaking festival and is presented with the opportunity to find love with one of the locals. (Of course, as with most romantic comedies, we know who her match is the moment that we see him.) Unfortunately, instead of just allowing the story to coast along through familiar romantic comedy terrain, the film makers choose to bring back the political sideshow during the final half-hour. This might have been okay had the material been well-written, but it's all trite and derivative. THE MATCHMAKER's script doesn't offer one observation about the American political process that hasn't been presented many times before, frequently in better movies. Worse still, as this aspect of the plot attains pre- eminence during the closing twenty minutes, Marcy and her romantic situation are crowded out. Maybe the reason romantic comedy haters are supposed to appreciate this film is because, after a hour's buildup, the love story gets shortchanged. At the precise moment when Marcy and her would-be Irish beau, Sean (David O'Hara), should be THE MATCHMAKER's focus, they're standing off to the side.
Despite the uneven and potentially-dissatisfying screenplay, there are still a few reasons to see THE MATCHMAKER, chief of which is a trio of finely-tuned performances from Garofalo, David O'Hara (an Irish actor who has appeared in the likes of SOME MOTHER'S SON and BRAVEHEART), and screen and stage veteran Milo O'Shea, who plays Dermot, the local matchmaker. Also, since the movie was shot on location in Ireland, a dash of the local color and scenery gets thrown into the mix, and there don't seem to be as many stereotypes as one might normally expect from a production of this nature.
Had THE MATCHMAKER been better focused, it might have resembled THE ENGLISHMAN WHO WENT UP A HILL BUT CAME DOWN A MOUNTAIN with gender and location changes. However, while the romantic stuff here works, the unsavvy and unappealing political material proves to be a constant irritant (and leads to the film's worst moment -- a short, preachy speech on ethics delivered in strident tones by Garofalo). As a result, the movie's marriage of true love and cynical campaigning turns out to be less than a match made in heaven.
Copyright 1997 James Berardinelli
- James Berardinelli e-mail<EMAIL_ADDRESS>The website has moved!! The new address is: http://movie-reviews.colossus.net/
"The cinema is not an art which films life: the cinema is something between art and life. Unlike painting and literature, the cinema both gives to life and takes from it..."
- Jean-Luc Godard
The review above was posted to the
rec.arts.movies.reviews newsgroup (de.rec.film.kritiken for German reviews).
The Internet Movie Database accepts no responsibility for the contents of the
review and has no editorial control. Unless stated otherwise, the copyright
belongs to the author.
Please direct comments/criticisms of the review to relevant newsgroups.
Broken URLs inthe reviews are the responsibility of the author.
The formatting of the review is likely to differ from the original due
to ASCII to HTML conversion.
Related links: index of all rec.arts.movies.reviews reviews


This tests that we won't crash when a plugin tries to open an URL that the resource load delegate doesn't allow.
SUCCESS - didn't crash


Basic Concepts¶
Lets review the most commonly used functionality.
TwitterClient¶
The TwitterClient let you perform operations from a specific set of credentials.
// Application client
var appClient = new TwitterClient("CONSUMER_KEY", "CONSUMER_SECRET");
// User client
var userClient = new TwitterClient("CONSUMER_KEY", "CONSUMER_SECRET", "ACCESS_TOKEN", "ACCESS_TOKEN_SECRET");
Learn more about the the differences between app an user credentials
The documentation will use the following rules regarding the credentials:
appClient
indicates that the endpoint requires Application Credentials (with or without bearer token)userClient
indicates that the endpoint requires User Credentialsclient
indicates that the endpoint requires either application or user credentials.
Users¶
// Get the authenticated user
var authenticatedUser = await userClient.Users.GetAuthenticatedUserAsync();
// Get a specific user
var user = await client.Users.GetUserAsync("tweetinviapi");
Tweets¶
// Publish a tweet
var publishedTweet = await userClient.Tweets.PublishTweetAsync("Hello Tweetinvi!");
// Get tweet by id
var tweet = await client.Tweets.GetTweetAsync(publishedTweet.Id);
Timelines¶
// Get the tweets available on the user's home page
var homeTimeline = await userClient.Timelines.GetHomeTimelineAsync();
// Get tweets from a specific user
var userTimeline = await client.Timelines.GetUserTimelineAsync("tweetinviapi");
Iterators¶
Tweetinvi offers a simple approach to paging endpoints. This is called iterator.
Find an example below with the user timeline iterator.
var userTimelineIterator = client.Timelines.GetUserTimelineIterator("tweetinviapi");
while (!userTimelineIterator.Completed)
{
var page = await userTimelineIterator.NextPageAsync();
Console.WriteLine("Retrieved " + page.Count() + " tweets!");
}
Console.WriteLine("We have now retrieved all the tweets!");
Search¶
// Search tweets
var tweets = await client.Search.SearchTweetsAsync("hello");
// Search users
var users = await userClient.Search.SearchUsersAsync("tweetinviapi");
Parameters¶
Tweetinvi provide many overloads to support typical use cases.
All methods also provide an overload with a parameters class with more options.
These parameters can be accessed in the namespace using Tweetinvi.Parameters;
.
Here is an example:
// simple search
var tweets = await client.Search.SearchTweetsAsync("hello");
// complex search
var frenchTweets = await client.Search.SearchTweetsAsync(new SearchTweetsParameters("hello")
{
Lang = LanguageFilter.French
});
Methods are expecting an interface for example ISearchTweetsParameters
.
Tweetinvi offers a default implementation for the parameters interfaces.
Remove the prefix I
from the interface name and you will have the name of the class (SearchTweetsParameters
).
Smart Objects¶
Some objects like tweets expose methods.
When you use invoke such methods, the client which created the object will be used to perform the request.
var tweet = await client.Tweets.GetTweetAsync(42);
// DestroyAsync will be invoked via client
// if client has app credentials, the operation will fail
// if client has the user credentials of the user who created the tweet, the operation will pass
await tweet.DestroyAsync();
// it is the same as executing
await userClient.Tweets.DestroyTweetAsync(tweet);
You can change the client of smart objects.
var myNewClient = new TwitterClient("CONSUMER_KEY", "CONSUMER_SECRET", "ACCESS_TOKEN", "ACCESS_TOKEN_SECRET");
tweet.Client = myNewClient;
// DestroyAsync will be invoked via myNewClient
await tweet.DestroyAsync();


This is a space for a relevant dashboard for the type of user
This is a space to link and display dashboard details for the type of user


Timeline.js
Timeline based animation. This example shows controlling playback by horizontal mouse movement.


--- layout: post status: publish published: true title: "#NationalPodcastDay - Podcast Episode 6.38" author: display_name: Corey Fineran login: Corey email<EMAIL_ADDRESS>url: '' author_login: Corey author_email<EMAIL_ADDRESS>wordpress_id: 10428 wordpress_url: http://ivyenvy.com/?p=10428 date: '2014-09-29 22:17:05 +0000' date_gmt: '2014-09-30 03:17:05 +0000' categories: - Podcast tags: - "#NationalPodcastDay" - National Podcast Day comments: - id: 13497 author: Andrew Round author_email: '' author_url: '' date: '2014-09-30 06:31:58 +0000' date_gmt: '2014-09-30 11:31:58 +0000' content: I meant to say that I listen to podcasts while I'm at Cubs games. j/k! - id: 13498 author: Joshua Waltsak author_email: '' author_url: '' date: '2014-09-30 07:03:08 +0000' date_gmt: '2014-09-30 12:03:08 +0000' content: 'This is Josh from New Jersey....My favorite podcasts are Amazing Avenue Audio, Atlanta Baseball Talk, Baltimorons, Bird''s Eye View, Ivy Envy, MetsMusings, Its About The Money, Stupid, Section 336, tss: Without A Curse, & Wrigleyville Nation''s Podcast....i just love baseball period. The Yankees & Mets are my First love & my two second favorite teams are Orioles & Cubs' - id: 13499 author: Dawn Strand author_email: '' author_url: '' date: '2014-09-30 07:08:38 +0000' date_gmt: '2014-09-30 12:08:38 +0000' content: I religiously listen to you guys, I Hate Critics, Marathon Training Academy, Manic Mommies, Pop Culture Happy hour, Wait Wait Don't Tell Me, This American Life, Another Mother Runner, Two Gomers, The Ball Yard, The History Chicks, and Fangraphs Baseball. Can't wait to see everyone's responses. I'm always looking for new podcasts to add to my list... - id: 13500 author: Ivy Envy author_email: '' author_url: '' date: '2014-09-30 07:32:01 +0000' date_gmt: '2014-09-30 12:32:01 +0000' content: Dawn Strand - You should check out Mommy's Cocktail Hour - id: 13501 author: Michael Cotton author_email: '' author_url: '' date: '2014-09-30 09:32:01 +0000' date_gmt: '2014-09-30 14:32:01 +0000' content: If things go how I hope they will, I may be starting a podcast soon. I'm meeting to discuss it on Friday, so that's sort of a podcast celebration. Anyway, my podcast list is 99% Invisible, Cracked, Freakonomics, The Nerdist, Stuff You Should Know, Mohr Stories, Fatman on Batman, and of course, Ivy Envy. I listen to these religiously and would recommend them all. - id: 13502 author: Ivy Envy author_email: '' author_url: '' date: '2014-09-30 15:18:08 +0000' date_gmt: '2014-09-30 20:18:08 +0000' content: Michael Cotton, let me know if you need any help with the technical stuff. - id: 13503 author: Tim Wortman Jr. author_email: '' author_url: '' date: '2014-09-30 19:08:24 +0000' date_gmt: '2014-10-01 00:08:24 +0000' content: |- Great episode today, right up there with the season predict over under and end of season results. My list The Final Lap(nascar), TWIT, Build a Bad Ass Business, a lot of Paleo diet podcasts, morningstar, Multirotor podcast, all of the Corolla digital series, Bigger Pockets, Timehackers, Mac Break, Mac Power Users, The Mutual Fund Show, and a couple conservative politics shows. The big ones that got me going are Dave Ramseys Entreleadership, 48days to the work you love, and This is Your Life by Michael Hyatt as I'm trying to work on my career - id: 13504 author: David Killingsworth author_email: '' author_url: '' date: '2014-09-30 20:58:21 +0000' date_gmt: '2014-10-01 01:58:21 +0000' content: I found Ivy Envy when ESPN cancelled their awesome Baseball Today with Eric Karabell and Keith Law and replaced it with the awful Baseball Tonight Podcast and I had a hole in my Baseball Podcast Lineup. On iTunes I found a number of individual team podcasts and subscribed to one for my Braves, the Nats, and Ivy Envy. After a half season of listening I had enough of Braves Talk and the Nats podcast but after two seasons I have yet to have my fill of Ivy Envy. I also listen to Effectivly Wild, The Jonah Keri Podcast, ESPN's Fantasy Focus Baseball Podcast, Never Not Funny, Filmspotting, Happy Jack's RPG Podcast, and most of all Stop Podcasting Yourself. I really enjoy listening to podcasts from various universities in the iTunes U area of iTunes. - id: 13536 author: Dawn Strand author_email: '' author_url: '' date: '2014-10-01 13:32:15 +0000' date_gmt: '2014-10-01 18:32:15 +0000' content: WAIT!!! Mike and Tom Eat Snacks is back?!?!?!? BEST news ever!!!!! Thanks for the heads up! - id: 13537 author: Jordan DeLong author_email: '' author_url: '' date: '2014-10-01 14:39:34 +0000' date_gmt: '2014-10-01 19:39:34 +0000' content: "'How Did This Get Made?' is one I listen to immediately when it shows up in my feed." - id: 13550 author: Jason Mollett author_email: '' author_url: '' date: '2014-10-02 17:18:22 +0000' date_gmt: '2014-10-02 22:18:22 +0000' content: Justin Huerkamp introduced me to Ivy Envy. I listen to Ante Up, lots of NPR podcasts, both Stone Cold Steve Austin shows, The Ross Repirt, Chris Jericho's show when I like the guest, I miss the Minor League Report and Bleacher Nation, Effectively Wild, Baseball Tonight, Kap and Haugh (Cubs stuff), Infinite Frontier, Freakanomics, Common Sense with Dan Carlin, Hardcore History, just started Alex Bloomberg's Startup Podcast. - id: 13551 author: Jason Mollett author_email: '' author_url: '' date: '2014-10-02 17:24:07 +0000' date_gmt: '2014-10-02 22:24:07 +0000' content: Oh, I Hate Critics - id: 13552 author: Jason Mollett author_email: '' author_url: '' date: '2014-10-02 17:25:02 +0000' date_gmt: '2014-10-02 22:25:02 +0000' content: Hosts are more important than content to me - id: 13553 author: Justin Huerkamp author_email: '' author_url: '' date: '2014-10-02 17:59:20 +0000' date_gmt: '2014-10-02 22:59:20 +0000' content: I found Ivy Envy after the tragic end of Cubscast. It was a good find :) Jason missed AnteUp poker cast. Edumacation is also a good one when they bother to put them out. - id: 13554 author: Jason Mollett author_email: '' author_url: '' date: '2014-10-02 18:12:37 +0000' date_gmt: '2014-10-02 23:12:37 +0000' content: Did not. - id: 13555 author: Justin Huerkamp author_email: '' author_url: '' date: '2014-10-02 18:22:24 +0000' date_gmt: '2014-10-02 23:22:24 +0000' content: Oops. I overlooked it. Probably because it has gone down hill lately. Like way down hill. - id: 13556 author: Jason Mollett author_email: '' author_url: '' date: '2014-10-02 18:24:53 +0000' date_gmt: '2014-10-02 23:24:53 +0000' content: The 2 episodes that didn't download weren't worth my effort to manually download. I think CC's attitude has gone downhill. - id: 13649 author: TimWasem author_email<EMAIL_ADDRESS>author_url: '' date: '2014-10-06 12:15:05 +0000' date_gmt: '2014-10-06 17:15:05 +0000' content: "Great episode! I got into podcasts through This American Life and then found out the plethora of niche options. It was like creating a radio station that only I wanted to listen to, but I don't have to worry about it getting cancelled or turned into a top 40 station. I listen to a lot the baseball podcasts you mentioned in the episode, but other big ones for me are The Pen Addict, The Lunch Box Podcast, The Dinner Party Download, How to Do Everything, The Incomparable, among others. I found Ivy Envy through my frustration with Bleacher Nation (nothing against those two guys, they're awesome, but the podcast was too sporadic and too deeply informed for my taste - haha). \n\nIvy Envy and The Pen Addict eventually pushed me into wanting to podcast myself. I started a podcast called The Erasable Podcast that focuses on a super-niche I love, wooden pencils and analog writing. My two co-hosts and I (one works in marketing in Fort Wayne, one is a stay at home dad and PhD in Baltimore, and I'm an 8th grade teacher in East TN - though my hometown is Munster, IN) record every other week. Within 15 episodes, we're up to 4-6,000 downloads per episode. Last week we interviewed a Nat Geo television show host and before that the CEO of America's best pencil manufacturer.  I'm in the process of phasing that burden out and sticking to the podcast. Every two weeks I'm itching to record and I can't imagine stopping. Thanks for the inspiration! I owe a lot of our style to listening to the relaxed tone of your podcast and I hope ours is a listenable as yours." - id: 13650 author: TimWasem author_email<EMAIL_ADDRESS>author_url: '' date: '2014-10-06 12:16:07 +0000' date_gmt: '2014-10-06 17:16:07 +0000' content: Baseball Tonight podcast is a turd. Olney talks about the same 5 teams all season. - id: 20674 author: Chris Silotto author_email: '' author_url: '' date: '2015-09-30 18:42:13 +0000' date_gmt: '2015-09-30 23:42:13 +0000' content: Joined late and didn't stick around to the end. Who were the other three guys you were with and what do they do? - id: 20675 author: Ivy Envy author_email: '' author_url: '' date: '2015-10-01 09:51:24 +0000' date_gmt: '2015-10-01 14:51:24 +0000' content: PodVader is now with Blog Talk Radio, but ran all of ESPN's podcasts up until maybe six months ago. Nick Seuberling does a podcast on the Cincy Bengals. Jason Bryant runs a network of college wrestling podcasts. - id: 20676 author: Chris Silotto author_email: '' author_url: '' date: '2015-10-01 10:00:43 +0000' date_gmt: '2015-10-01 15:00:43 +0000' content: Wow. A Bengles podcast. One of the few that would have been more painful than the Cubs over the last decade. ---
The Cubs season has ended, but we have a bonus episode for you this week...and we don't talk about the Cubs at all. Tuesday, September 30th is National Podcast Day. Obviously, podcasting means a lot to us and we use this opportunity to talk about this medium that has connected us with so many incredible Cubs fans.
We talk about how we discovered podcasts, we share the history of The Ivy Envy Podcast and talk about our favorite podcasts. We also give you a few things that you can do to spread the word about podcasting on National Podcast Day. We'd love to hear about your favorite podcasts. Leave a comment below to share them with us.


Free Sol Kofi El Zikr (b.1997) is a designer, researcher, and artist
exploring communal creation and democratic design. He is invested in social aspects of design,
developing artifacts and experiences that challenge unsustainable and inequitable practices and beliefs.
Email,
Calendly,
ADCS@cmu*hcii,
AMX@nu*design,
Ontologee;™,
E*AR,
Are.na


AP Sportlight
by Compiled PAUL MONTELLANov. 12
1892 - William “Pudge” Heffelfinger becomes the first pro football player by getting $500 to play for the Allegheny Athletic Association against the Pittsburgh Athletic Club. Heffelfinger doesn’t disappoint his bosses, returning a fumble for a touchdown to give Allegheny a 4-0 victory.
1920 - Judge Kenesaw Mountain Landis is hired as baseball’s first commissioner.
1931 - Maple Leaf Gardens opens in Toronto, with the Chicago Black Hawks winning 2-1 before 13,233 fans.
1967 - Travis Williams of Green Bay returns two kickoffs for touchdowns against Cleveland, and the Packers beat the Browns 55-7. The Packers score 45 points in the first half, 35 in the opening quarter.
1972 - Richard Petty wins a record fourth NASCAR Winston Cup Grand National championship after finishing third in the Texas 500.
1972 - Don Shula becomes the first NFL coach to win 100 regular-season games in 10 seasons when the Miami Dolphins beat the New England Patriots 52-0.
1994 - Prairie View loses 52-7 to Jackson State, breaking an NCAA Division I-AA record with 45 straight losses. Columbia lost 44 straight from 1983-88.
1995 - Miami’s Dan Marino breaks Fran Tarkenton’s NFL career record of 47,003 yards passing with a 9-yard pass to Irving Fryar during the Dolphins’ 34-17 loss to the New England Patriots.
2006 - Indianapolis edges Buffalo 17-16 to become the first team to have consecutive 9-0 records.
2007 - Top-ranked Roger Federer loses consecutive matches for the first time in 4 1/2 years, falling to No. 7 Fernando Gonzalez of Chile 4-6, 7-6 (1), 7-5 at the Masters Cup.
2010 - Minnesota’s Kevin Love grabs a franchise-record 31 rebounds and scores 31 points, the NBA’s first 30-30 game in 28 years. Love grabs 15 rebounds in the third quarter alone, and the Timberwolves rally from a 21-point, third-quarter deficit to stun the New York Knicks 112-103. Moses Malone was the last player to have a 30-30 game - 32 points, 38 rebounds for Houston against Seattle in 1982.
2013 - Keith Dawson tips in a miss with less than six seconds left to give No. 2 Michigan State a 78-74 victory over top-ranked Kentucky. It’s the earliest meeting of 1 vs. 2 in AP poll history and the first since 2008.
2016 - Anthony Moeglin throws a 24-yard touchdown pass to William Woods with 39 seconds left to lift John Carroll to a 31-28 win over Mount Union. The loss ends the Purple Raiders’ NCAA-record 112-game regular-season winning streak. The Division III powerhouse hadn’t lost since Oct. 22, 2005.
2017 - Brittany Force becomes the NHRA’s first female Top Fuel season champion since Shirley Muldowney in 1982 in the season-ending Auto Club NHRA Finals. Force is the daughter of 16-time Funny Car champion John Force.
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new BufferQueueReader(buffer1, buffer2, bufferN)
A class providing extended functionality for reading lists/streams of
Buffer
instances.
Parameters:
| Name | Type | Description |
|---|---|---|
buffer1 |
Buffer | An optional buffer to push. |
buffer2 |
Buffer | An optional buffer to push. |
bufferN |
Buffer | An optional buffer to push. |
- Source:
- lib/BufferQueueReader.js, line 31
Properties:
| Name | Type | Description |
|---|---|---|
length |
Number | The remaining length of the reader. |
Throws:
- Type
- Error
Example
var reader = new BufferQueueReader(new Buffer(3), new Buffer(8));
reader.push(new Buffer(10));
reader.push(new Buffer(5));
reader.push(new Buffer(16));
console.log('int16=', reader.shiftInt16());
console.log('uint32=', reader.shiftUInt32());
console.log('bits=', reader.readBits(0, 12));
reader.skip(2);
console.log('double=', reader.shiftDouble());
Methods
-
copy(targetBuffer, targetStart, sourceStart, sourceEnd) → {Number}
-
Copies bytes from the reader to the specified target buffer.
Parameters:
Name Type Description targetBuffer
Buffer A buffer to copy to. targetStart
Number=0 A position at which writing to the buffer should begin. Defaults to 0 (the beginning). sourceStart
Number=0 A position from which writing from the reader should begin. Defaults to 0 (the beginning). sourceEnd
Number=this.length A position at which writing from the reader should end. Defaults to the end (the reader's length). - Source:
- lib/BufferQueueReader.js, line 193
Returns:
A number of bytes written.- Type
- Number
Throws:
-
If the specified target buffer is not an instance of Buffer.
- Type
- Error
-
If the specified target start index is not a number between 0 and the target buffer's length.
- Type
- Error
-
If the specified source start index is not a number between 0 and the reader's length (exclusive).
- Type
- Error
-
If the specified source end index is not a number between 0 (exclusive) and the reader's length.
- Type
- Error
-
If the specified source start index is greater than or equal to the source end index.
- Type
- Error
Example
var buffer = new Buffer(10); reader.copy(buffer, 5, 0, 5);
-
indexOf(searchElement, fromIndex) → {Number}
-
Returns a position of the next occurence of the specified byte after the specified starting index.
Parameters:
Name Type Description searchElement
Number A byte value to search for. fromIndex
Number=0 A starting index. Defaults to 0 (the beginning). - Source:
- lib/BufferQueueReader.js, line 127
Returns:
A position of the found element (starting at 0) or -1 if the search element was not found.- Type
- Number
Throws:
-
If the search element is not a number between 0x00 and 0xFF.
- Type
- Error
-
If the starting index is not a number between 0 and the reader's length.
- Type
- Error
Example
var index = reader.indexOf(0xFF, 20);
-
push(buffer1, buffer2, bufferN)
-
Adds the specified buffers to the reader.
Empty buffers are ignored.
Parameters:
Name Type Description buffer1
Buffer A buffer to push. buffer2
Buffer An optional buffer to push. bufferN
Buffer An optional buffer to push. - Source:
- lib/BufferQueueReader.js, line 55
Throws:
If any of the specified buffers aren't an instance of `Buffer`.- Type
- Error
Example
reader.push(new Buffer('Hello'), new Buffer(' '), new Buffer('World!'));
-
readBits(offset, count) → {Array.
} -
Returns an array of bits (boolean values) starting at the specified offset.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 1. count
Number A number of bits to read. Must be between 1 and the reader's length multiplied by 8 minus the starting index. - Source:
- lib/BufferQueueReader.js, line 574
Returns:
An array of bits.- Type
- Array.<Boolean>
Throws:
If the specified count is not a number between 1 and the reader's length multiplied by 8 minus the starting index.- Type
- Error
Example
var bitsArray = reader.readBits(5, 13);
-
readBuffer(offset, count) → {Buffer}
-
Returns the specified number of bytes as an instance of Buffer starting from the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus the specified count. count
Number A number of bytes to read. Must be between 1 and the reader's length minus the offset. - Source:
- lib/BufferQueueReader.js, line 692
Returns:
A Buffer of bytes.- Type
- Buffer
Throws:
-
If the specified offset exceeds the reader's boundries.
- Type
- Error
-
If the specified count is not a number between 1 and the reader's length minus the offset.
- Type
- Error
Example
var buffer = reader.readBuffer(5, 10);
-
readByte(offset) → {Number}
-
Returns a byte at the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 1. - Source:
- lib/BufferQueueReader.js, line 588
Returns:
A number between 0x00 and 0xFF.- Type
- Number
Throws:
If the reader is empty.- Type
- Error
Example
var byteValue = reader.readByte(1);
-
readBytes(offset, count) → {Array.
} -
Returns the specified number of bytes starting from the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus the specified count. count
Number A number of bytes to read. Must be between 1 and the reader's length minus the offset. - Source:
- lib/BufferQueueReader.js, line 635
Returns:
An array of bytes.- Type
- Array.<Number>
Throws:
-
If the specified offset exceeds the reader's boundries.
- Type
- Error
-
If the specified count is not a number between 1 and the reader's length minus the offset.
- Type
- Error
Example
var bytesArray = reader.readBytes(0, 6);
-
readChar(offset) → {String}
-
Returns an ASCII character at the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 1. - Source:
- lib/BufferQueueReader.js, line 619
Returns:
An ASCII character.- Type
- String
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var charValue = reader.readChar(4);
-
readDouble(offset, littleEndian) → {Number}
-
Returns a signed 64 bit floating-point number as defined in IEEE 754.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 8. littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 912
Returns:
A 64 bit floating-point number.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var doubleBE = reader.readDouble(0); var doubleLE = reader.readDouble(8, true);
-
readFloat(offset, littleEndian) → {Number}
-
Returns a signed 32 bit floating-point number as defined in IEEE 754.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 4. littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 896
Returns:
A 32 bit floating-point number.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var floatBE = reader.readFloat(0, ); var floatLE = reader.readFloat(4, true);
-
readInt16(offset, littleEndian) → {Number}
-
Returns a signed 16 bit integer starting from the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 2. littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 818
Returns:
A number between -32768 and 32767.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var int16BE = reader.readInt16(0); var int16LE = reader.readInt16(2, true);
-
readInt32(offset, littleEndian) → {Number}
-
Returns a signed 32 bit integer starting from the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 4. littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 834
Returns:
A number between -2147483648 and<PHONE_NUMBER>.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var int32BE = reader.readInt32(0); var int32LE = reader.readInt32(4, true);
-
readInt8(offset) → {Number}
-
Returns a signed 8 bit integer at the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 1. - Source:
- lib/BufferQueueReader.js, line 802
Returns:
A number between -128 and 127.- Type
- Number
Throws:
-
If the specified offset exceeds the reader's boundries.
- Type
- Error
-
If the reader is empty.
- Type
- Error
Example
var int8 = reader.readInt8(5);
-
readString(offset, length, encoding) → {String}
-
Returns the specified number of bytes as a string with the specified encoding.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus the specified length. length
Number A number of bytes to read. Must be between 1 and the reader's length minus the offset. encoding
String=utf8 An encoding of the string. Defaults to `utf8`. - Source:
- lib/BufferQueueReader.js, line 763
Returns:
A string of the specified length.- Type
- String
Throws:
-
If the specified offset exceeds the reader's boundries.
- Type
- Error
-
If the specified length is not a number between 1 and the reader's length.
- Type
- Error
-
If the specified encoding is not supported.
- Type
- Error
Example
var stringValue = reader.readString(1, 12, 'ascii');
-
readUInt16(offset, littleEndian) → {Number}
-
Returns an unsigned 16 bit integer starting from the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 2. littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 864
Returns:
A number between 0 and 65535.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var uint16BE = reader.readUInt16(0); var uint16LE = reader.readUInt16(2, true);
-
readUInt32(offset, littleEndian) → {Number}
-
Returns an unsigned 32 bit integer starting from the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 4. littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 880
Returns:
A number between 0 and<PHONE_NUMBER>.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var uint32BE = reader.readUInt32(0); var uint32LE = reader.readUInt32(4, true);
-
readUInt8(offset) → {Number}
-
Returns an unsigned 8 bit integer at the specified position.
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length minus 1. - Source:
- lib/BufferQueueReader.js, line 848
Returns:
A number between 0 and 255.- Type
- Number
Throws:
If the specified offset exceeds the reader's boundries.- Type
- Error
Example
var uint8 = reader.readUInt8(0);
-
readZeroString(offset, encoding) → {String}
-
Returns a string from the specified offset until the first occurence of the NULL character (\0).
Parameters:
Name Type Description offset
Number A starting index. Must be between 0 and the reader's length. encoding
String=utf8 An encoding of the string. Defaults to `utf8`. - Source:
- lib/BufferQueueReader.js, line 780
Returns:
A string constructed from the read bytes or empty string if NULL character could not be found.- Type
- String
Throws:
-
If the specified offset exceeds the reader's boundries.
- Type
- Error
-
If the specified encoding is not supported.
- Type
- Error
Example
var stringValue = reader.readZeroString(0, 'utf8');
-
shiftBits(count) → {Array.
} -
Shifts an array of bits (boolean values) from the reader.
Decreases the reader's length by a number of bytes that is needed to extract the specified number of bits (e.g. 4, 8 bits=1 byte, 9, 13, 16 bits=2 bytes etc.).
Parameters:
Name Type Description count
Number A number of bits to shift. Must be between 1 and the reader's length multiplied by 8. - Source:
- lib/BufferQueueReader.js, line 276
Returns:
An array of bits.- Type
- Array.<Boolean>
Throws:
If the specified count is not a number between 1 and the reader's length multiplied by 8.- Type
- Error
Example
var bitsArray = reader.shiftBits(13);
-
shiftBuffer(count) → {Buffer}
-
Shifts the specified number of bytes as an instance of Buffer.
Decreases the reader's length by the specified byte count.
Parameters:
Name Type Description count
Number A number of bytes to shift. Must be between 1 and the reader's length. - Source:
- lib/BufferQueueReader.js, line 380
Returns:
A buffer of the specified size.- Type
- Buffer
Throws:
If the specified count is not a number between 1 and the reader's length.- Type
- Error
Example
var buffer = reader.shiftBuffer(10);
-
shiftByte() → {Number}
-
Shifts a byte from the reader.
Decreases the reader's length by 1.
- Source:
- lib/BufferQueueReader.js, line 291
Returns:
A number between 0x00 and 0xFF.- Type
- Number
Throws:
If the reader is empty.- Type
- Error
Example
var byteValue = reader.shiftByte();
-
shiftBytes(count) → {Array.
} -
Shifts the specified number of bytes from the reader.
Decreases the reader's length by the specified byte count.
Parameters:
Name Type Description count
Number A number of bytes to shift. Must be between 1 and the reader's length. - Source:
- lib/BufferQueueReader.js, line 339
Returns:
An array of bytes.- Type
- Array.<Number>
Throws:
If the specified count is not a number between 1 and the reader's length.- Type
- Error
Example
var bytesArray = reader.shiftBytes(6);
-
shiftChar() → {String}
-
Shifts an ASCII character from the reader.
Decreases the reader's length by 1.
- Source:
- lib/BufferQueueReader.js, line 323
Returns:
An ASCII character.- Type
- String
Throws:
If the reader is empty.- Type
- Error
Example
var charValue = reader.shiftChar();
-
shiftDouble(littleEndian) → {Number}
-
Shifts a signed 64 bit floating-point number as defined in IEEE 754.
Decreases the reader's length by eight bytes.
Parameters:
Name Type Description littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 559
Returns:
A 64 bit floating-point number.- Type
- Number
Throws:
If the reader's length is less than 8.- Type
- Error
Example
var doubleBE = reader.shiftDouble(); var doubleLE = reader.shiftDouble(true);
-
shiftFloat(littleEndian) → {Number}
-
Shifts a signed 32 bit floating-point number as defined in IEEE 754.
Decreases the reader's length by four bytes.
Parameters:
Name Type Description littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 542
Returns:
A 32 bit floating-point number.- Type
- Number
Throws:
If the reader's length is less than 4.- Type
- Error
Example
var floatBE = reader.shiftFloat(); var floatLE = reader.shiftFloat(true);
-
shiftInt16(littleEndian) → {Number}
-
Shifts a signed 16 bit integer.
Decreases the reader's length by two bytes.
Parameters:
Name Type Description littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 459
Returns:
A number between -32768 and 32767.- Type
- Number
Throws:
If the reader's length is less than 2.- Type
- Error
Example
var int16BE = reader.shiftInt16(); var int16LE = reader.shiftInt16(true);
-
shiftInt32(littleEndian) → {Number}
-
Shifts a signed 32 bit integer.
Decreases the reader's length by four bytes.
Parameters:
Name Type Description littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 476
Returns:
A number between -2147483648 and<PHONE_NUMBER>.- Type
- Number
Throws:
If the reader's length is less than 4.- Type
- Error
Example
var int32BE = reader.shiftInt32(); var int32LE = reader.shiftInt32(true);
-
shiftInt8() → {Number}
-
Shifts a signed 8 bit integer.
Decreases the reader's length by one byte.
- Source:
- lib/BufferQueueReader.js, line 442
Returns:
A number between -128 and 127.- Type
- Number
Throws:
If the reader is empty.- Type
- Error
Example
var int8 = reader.shiftInt8();
-
shiftString(length, encoding) → {String}
-
Shifts the specified number of bytes as a string with the specified encoding.
Decreases the reader's length by the specified byte count.
Parameters:
Name Type Description length
Number A number of bytes to shift. Must be between 1 and the reader's length. encoding
String=utf8 An encoding of the string. Defaults to `utf8`. - Source:
- lib/BufferQueueReader.js, line 399
Returns:
A string of the specified length.- Type
- String
Throws:
-
If the specified length is not a number between 1 and the reader's length.
- Type
- Error
-
If the specified encoding is not supported.
- Type
- Error
Example
var stringValue = reader.shiftString(12, 'ascii');
-
shiftUInt16(littleEndian) → {Number}
-
Shifts an unsigned 16 bit integer.
Decreases the reader's length by two bytes.
Parameters:
Name Type Description littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 508
Returns:
A number between 0 and 65535.- Type
- Number
Throws:
If the reader's length is less than 2.- Type
- Error
Example
var uint16BE = reader.shiftUInt16(); var uint16LE = reader.shiftUInt16(true);
-
shiftUInt32(littleEndian) → {Number}
-
Shifts an unsigned 32 bit integer.
Decreases the reader's length by four bytes.
Parameters:
Name Type Description littleEndian
Boolean Whether to use little endian instead of big endian. - Source:
- lib/BufferQueueReader.js, line 525
Returns:
A number between 0 and<PHONE_NUMBER>.- Type
- Number
Throws:
If the reader's length is less than 4.- Type
- Error
Example
var uint32BE = reader.shiftUInt32(); var uint32LE = reader.shiftUInt32(true);
-
shiftUInt8() → {Number}
-
Shifts an unsigned 8 bit integer.
Decreases the reader's length by one byte.
- Source:
- lib/BufferQueueReader.js, line 491
Returns:
A number between 0 and 255.- Type
- Number
Throws:
If the reader is empty.- Type
- Error
Example
var uint8 = reader.shiftUInt8();
-
shiftZeroString(encoding) → {String}
-
Shifts a string from the beginning of the reader until the first occurence of the NULL character (\0).
Decreases the reader's length by the returned string's length plus one.
Parameters:
Name Type Description encoding
String=utf8 An encoding of the string. Defaults to `utf8`. - Source:
- lib/BufferQueueReader.js, line 416
Returns:
A string constructed from the shifted bytes or empty string if NULL character could not be found.- Type
- String
Throws:
If the specified encoding is not supported.- Type
- Error
Example
var stringValue = reader.shiftZeroString('utf8');
-
skip(count)
-
Skips the specified number of bytes.
If the byte count was not specified or it's value is greater than the length of the reader, skips all the bytes to the end.
Parameters:
Name Type Description count
Number=this.length A number of bytes to skip. Defaults to the reader's length. - Source:
- lib/BufferQueueReader.js, line 88
Throws:
If the count is not a number greater than or equal to 0.- Type
- Error
Example
reader.skip(10);


About Me
Work
Contact
HI! I'M
AKSHAY PATOLE
My work
“In photography there is a reality so subtle that it becomes more real than reality.”
~Alfred Stieglitz
GALLERY
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Posted on 22/01/2017 at 4:00 PM by The Vibe.
Web Software Design Development Documentation Ruby Ruby on Rails
Any developer would most probably be familiar with GitHub & its notification system. Currently, GitHub provides email notifications to watched repositories & mentions. However, GitHub fails to provide a similar email notification when someone follows / unfollows you. This GitHub App solves this issue by mailing the users on a daily basis about any new followers / unfollowers - to the email ID which is associated with their GitHub account. With just a click of a button here, you can activate this service.
Working with the GitHub API OAuth without using any external gem like
Devise can become messy and
even difficult at times. However, it was
this guide that played the
role of saviour when I was stuck. Following the above guide, I was able to
exchange the code
, client_id
and client_secret
for an access_token
.
An access_token
is the parameter through which my application can access a
user's public information such as name
, email
, github handle
,
followers list
, etc. However, reloading the callback_uri
made the
website throw an error as a code
when exchanged once can't be used again.
Hence, I found out that I had to maintain session
variables & redirect
properly so that the accesstoken won't be visible in the `callbackuri`.
Once the access_token
was received, I had to store it into the database.
Before storing in the batabase, I also had to make sure that no two
access_token
s point to the same user account - as this case would lead
to multiple emails being sent to that user on that day. Then, the cron job
logs into each user in the database and mails them their respective
notification emails if there are any new followers / unfollowers.
So - that's how I built it, folks. Comment below, your thoughts on this application. If you liked this project, do star the repository & follow me on github.


With Bootsrap, one can create a fixed and responsive web
HTML is also good for creating web pages. It is one of the constituent components of bootstrap.
CSS is a good when it comes to presentation of a web page. On can also add many styles to the web page with this. Colors, padding and indentation can be achieved with CSS, thus, it is a very powerful tool. It is a constituent component of Bootstrap along with HTML
Bootstrap is a tool for responsive web design, with which a developer can achieve amazing functionalities, and with less effort and within a short period of time.


--- layout: page title: About header-img: "img/about-bg.png" ---
Hello there! I'm Danielle. Based in Salt Lake City. New mom, new student.


template<typename KeyType, typename PayloadType, size_t N>
class chip::Retransmit::Cache< KeyType, PayloadType, N >
This class maintains a cache of data that is sufficient to retransmit.
Typical use is to keep track of unacknowledged packets and resend them as needed.
- Template Parameters
-
| KeyType | the key to identify a single message |
| PayloadType | the type of payload to cache for the given peer address |
| N | size of the available cache |
PayloadType MUST provide a way to reference count, as the data will preserved until the cache is freed:
PayloadType chip::Retransmit::Aquire(PayloadType&); chip::Retransmit::Release(PayloadType&);
template<typename KeyType , typename PayloadType , size_t N>
template<typename Matcher >
| bool chip::Retransmit::Cache< KeyType, PayloadType, N >::Find |
( |
const Matcher & |
matcher, |
|
|
const KeyType ** |
key, |
|
|
const PayloadType ** |
payload |
|
) |
| |
|
inline |
Search for a specific entry within the cache.
- Template Parameters
-
| Matcher | is a generic macher object defining a bool Maches method. |
- Parameters
-
| matcher | the entry to find |
| key | - out set the key if found |
| payload | - the payload if found |
Key and payload are only valid as long as no remove methods are called on the class.
template<typename KeyType , typename PayloadType , size_t N>
template<typename Matcher >
Remove any matching payloads.
Used for mass removal, e.g. when a connection is closed, relevant payloads need/can be cleared for the entire connection.
- Template Parameters
-
| Matcher | is a generic matcher object defining a bool Matches method. |


Hello World!! my name is Adenike Oriolowo,and i go by Missposhtee. I was born and grew up in Africa,Nigeria to be precised.. I enjoyed anything that has to do with computing right from my high school years,I developed my skills and butressed my passion by having a 5 years bachelors degree in Computer Science from a university in Nigeria.
I moved over here to the Us with an F1 Student visa to have my masters in computer science and engineering, got married during the course and couldnt continue with the on campus learning...thought about programming which has been my passion, then started getting my hands dirty in coding from free code camp,Iron yard crash programmes,Skillcrush and other online learning resources.I later enrolled at Eleven Fifty Coding Academy for the immersive .Net programme Which i found Every step of it challenging And intresting.I Got my 3 Badges From Elevenfifty Academy Which certifies me as A .Net Developer,learnt Angular 2 and firebase at the end of my programme which helped me in building a real life project That Accepts payment for Pitchfeast Organization implementing my knowledge of Angular 2,Firebase And Stripe Payment.
Got a Scholarship With the Ivy-works Indy Women in Tech one Week after the completion of my .Net Programme to have my degree in Cybersecurity,along side my six sigma white belt and Scrum certificates.
Currently accepted into the online masters of science in cybersecurity at WGU.
My latest development is checking for known vulnerabilities in software programs,applying patches,validation and building honeynets as websites,with the aim of checking vulnerabilities,sql injections and buffer overflows.


Shipping/Billing:
Shipping:
&mvte:addressbook:address_ship:fname; &mvte:addressbook:address_ship:lname;
&mvte:addressbook:address_ship:addr1;
&mvte:addressbook:address_ship:addr2;
&mvte:addressbook:address_ship:city;,
&mvte:addressbook:address_ship:state;
&mvte:addressbook:address_ship:zip;
&mvte:addressbook:address_ship:cntry;
Residential Address


About 2 weeks ago, Lokathor tweeted this: "Reminder that TinyVec is a 100% safe crate and does not have *any* CVEs filed against it, and certainly not 5 of them" This caught my attention; the crate in question is SmallVec which shows up in the dependency graph of nearly every large Rust project.
SmallVec and TinyVec are small-size-optimized versions of the Rust standard library's Vec. SmallVec takes a sort of realist approach; it uses unsafe code ostensibly for speed. This goes predictably: Rust exists because unsafe programming is very hard to get right but sometimes has to be done, but the consequences of getting it wrong can be quite grave indeed (5 CVEs, likely more in the future). By contrast, TinyVec is a reaction to this and globally bans unsafe code. Though it is still subject to the unsafe code in the Rust compiler and standard library and thus it is not bulletproof, the unsafe code it calls out to is very well-tested and also used by SmallVec. So from a safety (and thus correctness) perspective it is a big step up.
The traditional logic is that SmallVec will be faster, perhaps much faster than TinyVec. So, curious to know the answer I went to the TinyVec repo. The README said nothing of performance or benchmarks, but the oldest open issue was a request for benchmarking. I have some experience and strong opinions in this area, so I dove in. Matt Brubeck had kindly created a branch with TinyVec added to SmallVec's benchmark suite intended to compare Vec and SmallVec. Soveu had kindly contributed a few optimizations based on the benchmarks, but Lokathor commented this: "Still, it's very pleasant to see that there is a performance niche for TinyVec as well as simply a safety based case."
I'm usually a pretty calm person, but some things really irritate me, and this comment is one. Not that I harbor any dislike for the participants in this issue, on the contrary the conversation in this issue is open source at its finest. What I cannot stand is this rapid, unquestioning acceptance that there must be a widespread runtime performance tradeoff. In some ways, the Rust language is still very young and this is one of those. We as a community do not have a good intuition or frankly much experience navigating this safety vs performance space with the tools available in Rust. And most importantly, I think the ambient experience with other technologies has set the tolerance level too high. I think in many cases we can trade off almost nothing in performance to gain a massive improvement in safety, and often people do not reach for this state because they do not think it possible. So I set about to prove this: My goal was to create a benchmark suite to measure how much slower TinyVec was than SmallVec, then try to drive that gap down as small as I could. I exceeded my most optimistic expectations. TinyVec is now substantially faster than SmallVec.


Keep it secret.
Keep it safe.
The App Security Problem:
Many frontend authentication app workflows use unsecure practices, like storing tokens unencrypted or using weak authentication logic that can be easily compromised. Identity Vault fixes this.
- Built and supported by Ionic’s native mobile experts
- Biometrics, data at-rest encryption, and active session management
- Integrate to new or existing Ionic apps, and any backend auth provider
- A native, always-on-device security that protects your users’ data
Powerful, multi-layered frontend security
Identity Vault uses the most advanced frontend security capabilities and best practices to protect users from data loss and unauthorized access.
-
Biometric authentication
Bring the latest in biometric authentication to all of your Ionic apps, including native fingerprint identification and facial recognition for a secure, intuitive user experience across the board.
-
Protection that’s always on
Always-on Session Management safeguards data even when not using your app, with background screen protection for sensitive data and apps, and automatic logout based on inactivity time.
-
Easy code integration
Identity Vault is a completely modular, easy to consume user service that extends your app logic to handle everything you need for secure token storage and session management.
-
Pair with any backend auth
Works seamlessly with Auth Connect to easily integrate with popular backend authentication providers, including Active Directory, Okta, Auth0, custom REST APIs, and others.
-
Data at-rest encryption
Identity Vault provides a safe, private, and encrypted method of storing authentication tokens and other sensitive data, protecting them with advanced methods like fingerprint and facial ID.
-
Ongoing updates & support
Your subscription to Identity Vault includes ongoing updates and maintenance, including new API features, patches, updates, and compatibility upgrades for new iOS & Android releases.
Protect your users
Focus on your app
Identity Vault offers everything you need to deliver and maintain highly secure client-side user sign in for all of your Ionic apps, right out of the box. Our Enterprise Customer Success team has the expertise and skills to solve any problems that come up.
Get the latest in frontend security, so your team can concentrate on valuable features and experiences that will set your app apart.
Contact sales to learn moreDeep native security integrations
Identity Vault works at the native layer, bringing together over a dozen native capabilities and security APIs for the best possible frontend protection.
- TouchID
- Android Fingerprint & PIN
- FaceID
- Android KeyStore
- Apple Keychain
- Native Session Timeouts
- iOS Secure Enclave
- Background Data Hiding
What you get with Identity Vault
Focus on your app and user experience and let Ionic Identity Vault enable and automate security, encryption, session management, and more.
- Safe, private, and encrypted storage of authentication tokens
- Modular, easy to consume service that integrates your apps
- Developer-friendly docs, tutorials, and videos to get you started
- Works with Auth Connect to easily integrate with any auth provider
- Always-on Session Management to keep your users protected
- Ongoing updates & maintenance, backed by Ionic’s app experts
- Available advisory services and mission-critical support SLAs
- Deep native integration, with the best native frontend security
Get started with
Identity Vault
Watch our Solution Walkthrough
Curious how exactly Identity Vault secures your app and protects your users? Watch our video overview that covers everything you need to know.
Watch the video


We're a group of researchers based at the Centre for Brain and Cognitive Development in London. We use top of the range technologies to study infant and child development. We want to better understand how children learn and develop. We are also interested in how and why some children develop conditions such as autism.


A polygon is a flat shape consisting of straight line segments that are joined to form a closed chain or circuit. A polygon consists of at least three sides and does not self-intersect.
A set S of positive numbers is said to generate a polygon P if:
For example:
The set {3, 4, 5} generates a polygon with sides 3, 4, and 5 (a triangle).
The set {6, 9, 11, 24} generates a polygon with sides 6, 9, 11, and 24 (a quadrilateral).
The sets {1, 2, 3} and {2, 3, 4, 9} do not generate any polygon at all.
Consider the sequence s, defined as follows:
Let Un be the set {s1, s2, ..., sn}. For example, U10 = {1, 2, 3, 4, 6, 9, 13, 19, 28, 41}.
Let f(n) be the number of subsets of Un which generate at least one polygon.
For example, f(5) = 7, f(10) = 501 and f(25) = 18635853.
Find the last 9 digits of f(1018).


Aluminum dip brazing is a process that offers the designer enormous flexibility. Common applications include wave guides, heat sinks, and electronic chassis which have leak tightness or stringent EMI criteria. The primary advantage of aluminum dip brazing is the ability to join thin and thick sections in one or multiple areas of a part. The aluminum dip brazing process is covered by specification AWS C3.7 and Mil-B-7883. Although the Mil spec is no longer active, it still appears often on older documentation.
The Process
Subcomponents which will comprise the final assembly are produced usually via CNC machining or modern sheet metal fabrication techniques.
Card guides and heat sink fins are features often incorporated into the final assembly.
Subcomponents are designed with the brazed joints in mind. Slots and tabs are often added to aid in preassembling the part.
Sometimes subcomponents can be tack welded or even fastened together with aluminum screws which become part of the structure.
The key is to provide a consistent gap between to allow the filler material to flow sufficiently.
The part is then assembled, using fixtures which will also hold the part in place as it is brazed.
As the part is assembled filler material is added to the joints in very tightly controlled quantities in either a paste or shim form.
The filler material is ordinarily around 90% aluminum.
The fixtured assembly is then pre heated in a furnace at around 900 degrees. Next the assembly is immersed or dipped in a molten salt furnace where the filler material flows via capillary action into the gaps between the components brazing them together. The part is then removed from the furnace, allowed to cool, and cleaned and age hardened. In some cases, post brazing straightening and machining operations are performed.
Design Considerations
Usually the best approach to designing a dip brazed part is to think of the final assembly first, then consult with the supplier in terms of details of the joint clearances and subcomponent parts.
Economic/Purchasing Considerations
It is usually best to find a dip braze source with the capability to produce the necessary subcomponent parts and do the brazing in house.
Having component parts fabricated in one place and then toll brazed elsewhere can lead to some unpleasant situations should the final result not be what was desired.


Preparation time
less than 30 mins
Cooking time
1 to 2 hours
Serves
Serves 8
This goes brilliantly with almost any winter dish you care to mention. It takes minutes to prepare, then two hours of gentle cooking - you need do nothing except have a glass of wine and relax.
Melt the butter in a stainless steel or flameproof casserole over a medium heat (an aluminium pan will not work for this).
Fry the onion in the butter for three minutes, then add the apple and cabbage.
Cook for five minutes or so, until softened, then add the sultanas and the sherry vinegar.
Place a lid on the pan and cook for one hour, until all the vegetables are just tender.
Season to taste with salt and freshly ground black pepper and replace the lid. Continue to cook until the cabbage is tender and all the liquid has evaporated. This dish will keep for several days, covered, in the fridge. Simply heat it up again when ready to serve.


Money Play. How should Red play 42?
pips Red=114 White=89
(CorrectAnswer= 0/0, ErrorScore= 0)
13/9, 6/4* is the DMP play but not the right idea here as it will draw a double from White because of the gammon chances.
5/3, 5/1 is perfectly acceptable as White will have to compromise his position next turn.
The best play, by a whisker, is 13/7. This preserves Red’s board and puts more pressure on White’s rear blot. However, it is only 0.014 better than the safe play so either is perfectly OK. The key is to avoid 13/9, 6/4* because of the cube.
5/3, 5/1 is perfectly acceptable as White will have to compromise his position next turn.
The best play, by a whisker, is 13/7. This preserves Red’s board and puts more pressure on White’s rear blot. However, it is only 0.014 better than the safe play so either is perfectly OK. The key is to avoid 13/9, 6/4* because of the cube.
1. Cubeful 2-ply 13/9 6/4* Eq.: -0.328 0.453 0.135 0.003 - 0.547 0.355 0.006 2. Cubeful 2-ply 13/7 Eq.: -0.354 (-0.027) 0.391 0.079 0.002 - 0.609 0.160 0.001 3. Cubeful 0-ply 5/3 5/1 Eq.: -0.481 (-0.154) 0.352 0.050 0.000 - 0.648 0.107 0.000 4. Cubeful 0-ply 6/2 3/1 Eq.: -0.492 (-0.164) 0.353 0.055 0.000 - 0.647 0.127 0.000 5. Cubeful 0-ply 13/9 3/1 Eq.: -0.551 (-0.224) 0.368 0.088 0.001 - 0.632 0.224 0.002


Welcome to a mock server that simulates the status of a HSP 6 PALLAZZA-III 534.08 pellet stove
You find the interface endpoint under http://localhost:4200/status.cgi
You can change the default port in the config.js file


| Interface | Description |
|---|---|
| ElementMetaData<T,V> |
Defines descriptor that holds necessary metadata about entity element.
|
| EntityMetaData<T> |
Defines descriptor that holds necessary metadata about entity.
|
| MetaData<T> |
Defines descriptor that holds metadata.
|
| PropertyFilter |
Defines a property filter interface.
|
| PropertyMetaData<T,V> |
Defines descriptor that holds necessary metadata about property.
|
| Class | Description |
|---|---|
| AbstractEntityMetaData<T> |
This class provides base implementation of the
EntityMetaData
interface. |
| AbstractPropertyMetaData<T,V> |
This class provides base implementation of the
PropertyMetaData
interface. |
| BeanMetaData<T> |
This class provides
EntityMetaData implementation for java
beans. |
| BeanMetaData.Property<T,V> |
This class provides
PropertyMetaData implementation for
java beans. |
| MapMetaData |
This class provides
EntityMetaData implementation for map. |
| MapMetaData.Builder |
This class allows to build
MapMetaData instances. |
| MapMetaData.Property<V> |
This class provides
PropertyMetaData implementation for map. |
| MetaDataBuilder<T> |
This class provides base methods to build
EntityMetaData
instances. |
| PropertyFilter.And |
This class provides
PropertyFilter implementation that is
conjunction of another property filters. |
| PropertyFilter.NameEndsWith |
This class provides
PropertyFilter implementation that
accepts only properties which names ends with a particular suffix. |
| PropertyFilter.NameSet |
This class provides
PropertyFilter implementation that
accepts only properties with particular names. |
| PropertyFilter.NameStartsWith |
This class provides
PropertyFilter implementation that
accepts only properties which names starts with a particular prefix. |
| PropertyFilter.Not |
This class provides
PropertyFilter implementation that is
negation of another filter. |
| PropertyFilter.Or |
This class provides
PropertyFilter implementation that is
disjunction of another property filters. |
| Exception | Description |
|---|---|
| BeanDefinitionException |
Throw to indicate that a bean class has illegal validation definition.
|
Copyright © 2011–2020 FoxLabs. All rights reserved.


Constructors
constructor
- new HiveCluster(colony: Colony, instantiationObject: RoomObject, name: string, includePos?: boolean): HiveCluster
-
Parameters
-
-
instantiationObject: RoomObject
-
name: string
-
Default value includePos: boolean = false
Methods
Abstract spawnMoarOverlords
- spawnMoarOverlords(): void
Abstract class for a hive cluster. Hive clusters group structures with related functionalities together in a single cohesive object


addEventListener(target: Element, targetEvent: string, callback: any, delegate: delegationStrategy):
Subscribes to specified event on the target element.
Parameters
target: Element
Target element.
targetEvent: string
Name of event to subscribe.
callback: any
Event listener callback.
delegate: delegationStrategy
True to use event delegation mechanism.
Returns
function wich removes event listener.


Repository Name: {{reposearch.name}}
Repository Description: {{reposearch.description}}
Repository: {{reposearch.html_url}}
Created: {{reposearch.created_at}}


Expedition Data
Billion Oyster Project is working to understand the best methods and locations to restore oysters in New York Harbor. We also want to understand what benefits to the harbor, or "ecosystem services," oysters might provide. You help us conduct this research by collecting data on:
- Measures of oyster performance (mortality, growth, and recruitment)
- Factors that affect oyster performance (including site conditions and water quality)
- Diversity and abundance of non-oyster species (mobile and sessile organisms)
Oyster Measurements
This protocol captures data on oyster mortality (how many oysters survived) and growth (how long each live oyster is, measured in millimeters).
Contributor for this protocol: {{ get $oysterMeasurement `scribeMember.displayName` }}
{{ if $oysterMeasurement.notes }}Oyster Measurements Notes:
{{ $oysterMeasurement.notes }}
Bioaccumulation on Cage:
{{ $bio := (firstByKey $.page.bioaccumulations "id" $oysterMeasurement.conditionOfOysterCage.bioaccumulationOnCage) }}
{{ get $bio "name" }} – {{ get $bio "summary" }}
Summary Data for This Expedition
| Number of Live Oysters Measured | {{ $expedition.protocols.oysterMeasurement.totalNumberOfAllLiveOysters }} |
|---|---|
| Average Oyster Length (the "mean") | {{ round $expedition.protocols.oysterMeasurement.averageSizeOfAllLiveOysters 2 }} mm |
| Smallest Oyster (the "minimum" or "min") | {{ $expedition.protocols.oysterMeasurement.minimumSizeOfAllLiveOysters }} mm |
| Largest Oyster (the "maximum" or "max") | {{ $expedition.protocols.oysterMeasurement.maximumSizeOfAllLiveOysters }} mm |
Oyster Growth Data and Visualizations
Different types of graphs can help you assess how well the oysters are growing at your site. A bar chart is one way to visualize the lengths of each oyster. During this expedition there were {{ $oysterMeasurement.totalNumberOfAllLiveOysters }} live oysters total. This chart uses one bar to represent each live oyster's length, so there are {{ $oysterMeasurement.totalNumberOfAllLiveOysters }} bars. The bars are sorted in order from smallest to largest.
(You can hover over a bar to display the exact measurement. Click the icon to explore the graph in Plot.ly).
A frequency distribution histogram is a different way to visualize the lengths of the live oysters. The frequency is how many times an observation appeared in the dataset, and the distribution is the grouping of the observations. This one splits all of the oyster measurements into even-sized groups, or "bins," by length (in 5mm increments) and tells you how many oysters are in each group. A histogram is a good way to view patterns and to condense a large dataset into a smaller, more readable graph.
(You can hover over the graph to display the exact # of oysters in each bin. Click the icon to explore the graph in Plot.ly).
A box plot is another way to visualize the oyster measurement dataset. This box plot shows you what the smallest (min), largest (max), average (mean), and "normal" range of oyster measurements were for this expedition.
- The bottom and top lines represent the min and max oyster measurements. These lines show us the range of oyster measurements for this expedition.
- The line in the middle of the box represents the mean oyster measurement.
- The top and bottom lines of the box represent the standard deviation above and below the mean oyster measurement. (It's okay if you don't know what a standard deviation is- it's a way of showing what's considered "normal" in a dataset. )
(You can hover over this graph to view exact numbers. Click the icon to explore the graph in Plot.ly.)
Raw Data
The table below shows the length of each live oyster. This is the "raw data" that was used to make the bar chart, histogram, and box plot above.
Table: Oyster Lengths
| Oyster Length (mm) |
|---|
| {{ $measurement.sizeOfLiveOysterMM }} |
Oyster Measurements Photos
{{ range $i, $substrateShell := $substrateShells }}Site Conditions
This protocol captures data on meteorological conditions, recent rainfall, and the environmental conditions of the land and water, including pollution and garbage. Site Conditions can affect oysters by impacting water quality, particularly through Combined Sewer Overflows.
Contributor for this protocol: {{ get $siteCondition `scribeMember.displayName` }}
{{ if $siteCondition.notes }}Site Conditions Notes:
{{ $siteCondition.notes }}
Meteorological Conditions
{{ end }}| Weather | {{ get (firstByKey $.page.weatherConditions "id" $siteCondition.meteorologicalConditions.weatherConditions) "label" }} |
|---|---|
| Air temperature | {{ $siteCondition.meteorologicalConditions.airTemperatureC }} ℃ |
| Wind speed | {{ $siteCondition.meteorologicalConditions.windSpeedMPH }} MPH |
| Wind direction | {{ $siteCondition.meteorologicalConditions.windDirection }} |
| Humidity | {{ $siteCondition.meteorologicalConditions.humidityPer }}% |
Recent Rainfall
{{ end }}| Has it rained in the past 7 days? | {{ $siteCondition.recentRainfall.rainedIn7Days }} |
|---|---|
| Has it rained in the past 72 hours? | {{ $siteCondition.recentRainfall.rainedIn72Hours }} |
| Has it rained in the past 24 hours? | {{ $siteCondition.recentRainfall.rainedIn24Hours }} |
Water Conditions
{{ end }}| Surface current speed | {{ round $siteCondition.waterConditions.surfaceCurrentSpeedMPS 2 }} MPS |
|---|---|
| Describe the water color | {{ get (firstByKey $.page.waterColors "id" $siteCondition.waterConditions.waterColor) "label" }} |
| Is there an oil sheen present? | {{ $siteCondition.waterConditions.oilSheen }} |
| Is there any garbage in the water? | {{ $siteCondition.garbage.garbagePresent }} |
| Is there any flow through the Combined Sewer Overflow (CSO) pipes? | {{ $siteCondition.waterConditions.markedCombinedSewerOverflowPipes.howMuchFlowThrough }} |
| Is there any flow through the unmarked/other pipes? | {{ $siteCondition.waterConditions.unmarkedOutfallPipes.howMuchFlowThrough }} |
Mobile Organisms
This protocol captures data on the abundance (how many) and composition (which species) of the mobile organisms (like crustaceans and fish) that were in the Oyster Research Station during this expedition. This tells us about how oysters might impact biodiversity in New York Harbor.
Contributor for this protocol: {{ get $mobileTrap `scribeMember.displayName` }}
{{ if $mobileTrap.notes }}Mobile Organisms Notes:
{{ $mobileTrap.notes }}
| Common Name | Scientific Name | Count | Notes |
|---|---|---|---|
| {{ $mobileOrganism.organism.commonName }} | {{ $mobileOrganism.organism.latinName }} | {{ $mobileOrganism.count }} | {{ $mobileOrganism.notesQuestions }} |
Mobile Organisms Photos
Sessile Organisms
This protocol captures data on sessile organisms, which are creatures that don't move again after they anchor to one spot, like sponges, tunicates, and barnacles. To measure this, we place a transparent grid with 25 points over each of the ORS's tiles, and identify which species is underneath each grid point. This tells us about the potential for oyster reefs to provide a substrate for a variety of sessile species, as well as how those species might change over time ("ecological succession").
Contributor for this protocol: {{ get $sessileOrganism `scribeMember.displayName` }}
{{ if $sessileOrganism.notes }}Sessile Organisms Notes:
{{ $sessileOrganism.notes }}
| Common Name | Scientific Name | Grid Points occupied (across all tiles) | Percent of grid points occupied (across all tiles) |
|---|---|---|---|
| {{ $commonName }} | {{ $latinName }} | {{ $count }} / {{ $.vars.populatedTileCount }} | {{ percent $count $.vars.populatedTileCount }}% |
Sessile Organisms Photos
Water Quality
This protocol captures data on several different water quality parameters (temperature, salinity, dissolved oxygen, etc.) that might affect oyster mortality and growth.
Contributor for this protocol: {{ get $waterQuality `scribeMember.displayName` }}
{{ if $waterQuality.notes }}Water Quality Notes:
{{ $waterQuality.notes }}
| Water Quality Parameter | Method | Unit | Average of Results |
|---|---|---|---|
| Water Temperature | {{ $sample.waterTemperature.method }} | {{ $sample.waterTemperature.units }} | {{ $sample.waterTemperature.average }} |
| Dissolved Oxygen | {{ $sample.dissolvedOxygen.method }} | {{ $sample.dissolvedOxygen.units }} | {{ $sample.dissolvedOxygen.average }} |
| Salinity | {{ $sample.salinity.method }} | {{ $sample.salinity.units }} | {{ $sample.salinity.average }} |
| pH | {{ $sample.pH.method }} | {{ $sample.pH.units }} | {{ $sample.pH.average }} |
| Turbidity | {{ $sample.turbidity.method }} | {{ $sample.turbidity.units }} | {{ $sample.turbidity.average }} |
| Ammonia | {{ $sample.ammonia.method }} | {{ $sample.ammonia.units }} | {{ $sample.ammonia.average }} |
| Nitrates | {{ $sample.nitrates.method }} | {{ $sample.nitrates.units }} | {{ $sample.nitrates.average }} |


We buy dogs!
- reinvent efficient e-services
- aggregate bricks-and-clicks methodologies
- target front-end applications
- repurpose out-of-the-box interfaces
- visualize extensible methodologies
- strategize granular architectures
- unleash end-to-end channels
- expedite bricks-and-clicks schemas
- utilize robust niches
- embrace proactive communities
- integrate virtual partnerships
- harness B2C action-items
- benchmark one-to-one markets
- extend innovative web-readiness


ABOUT US
When you work with us ,you are part of a team of commited collaborators.All aspects of software development process are integrated, interactive and agile.
Our approach unifies design,development and product management to create exceptional products.
We start each project by understanding your business goals ,the user's needs and the products requirements.
Then we help translate them nto effective and elegant solutions.


Last Revised: August 30, 2016
The City and County of San Francisco ("City") is committed to protecting the privacy rights of individuals, as enumerated in Article 1 of the California Constitution and other federal, state and local laws. This privacy policy applies to the DataSF website ( datasf.org).
Public disclosure
Laws exist to ensure that government is open and that the public has a right to access appropriate records and information possessed by the City. At the same time, there are exceptions to the public's right to access public records. These exceptions serve various needs including maintaining the privacy of individuals. Federal, state and local laws provide exceptions.
All information collected at this site becomes public record that may be subject to inspection and copying by the public, unless an exemption in law exists. In the event of a conflict between this Privacy Policy and law governing the disclosure of records, the applicable law requiring disclosure will control.
What information do we automatically collect?
If you visit our website to browse, read, or download information, your web browser automatically sends us (and we may retain) information such as the:
- apparent Internet Protocol ("IP") address of your Internet Service Provider ("ISP") and/or your computer, if your computer has an IP address assigned directly to it;
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We will use this data to help us maintain this site, e.g., to determine the number of visitors to different sections of our site, to determine patterns of use of the site, to ensure the site is working properly, to help us make our site more accessible and useful, and to generally add and improve services offered on this site. In order to accomplish these goals, from time to time, we may conduct statistical analysis of the data we collect. In the interest of transparency, we publish aggregate data regarding the use of the open data portal and our content.
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Where applicable, if a user has elected not to receive further information, we will not send such information. However, this shall not affect our ability to send you service and account related emails or to use your personal information as otherwise described in this Privacy Policy.
How is your personal information shared with third parties?
The SF Open Data Portal ( data.sfgov.org) is hosted and maintained by Socrata, a private internet service provider. Socrata is not the City. Clicking on Socrata's link and/or logging into an account means that you entering Socrata's website. Please note that Socrata may collect and use personal information from users in order to manage and provide service to the SF Open Data Portal and for other purposes. For explanation on what information Socrata collects and uses, please see Socrata's Privacy Policy .
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We are not responsible for the actions of Service Providers or other third parties, nor are we responsible for any additional information you provide directly to these Service Providers or other third parties, and we encourage you to become familiar with their practices before disclosing information directly to them. Note that nothing herein restricts the sharing of aggregate information, which may be shared with third parties without your consent.
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Links to other web sites
We provide links to, and may be linked from, local, State and federal government agencies, and from, or to, other websites. The existence and/or provision of those links neither constitutes nor implies endorsement of, or responsibility for, the destination or departure website(s) or the content, viewpoint, accuracy, opinions, policy(ies), product(s), accessibility or privacy policy of said destination or departure website(s). Nor does any link between this site and a third-party website imply sponsorship of such website, or the creator of such website.
Any personal information you provide on the linked pages is provided directly to that third party and is subject to that third party's privacy policy. Links from our web site to third parties or to other sites are provided for your convenience. We encourage you to learn about their privacy and security practices and policies before providing them with personal information.
Who can see the personal information I post on this site?
You understand that when you use this site, information you post in any interactive areas of the site, as well as any information you share with individuals through the site, will be available to us, to other users and in some cases may be publicly available, depending on the applicable privacy settings. We recommend you be cautious about giving out personal information to others or sharing personal information on the site. We are not responsible for unauthorized access to your data or personal information or for the actions of any third parties with whom you share personal information or who have obtained your personal information from the site.
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Google Analytics
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Web bugs (aka web beacons)
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Dwarves are a stoic but stern race, ensconced in cities carved from the hearts of mountains and fiercely determined to repel the depredations of savage races like orcs and goblins. More than any other race, the dwarves have acquired a reputation as dour and humorless craftsmen of the earth. It could be said that dwarven history shapes the dark disposition of many dwarves, for they reside in high mountains and dangerous realms below the earth, constantly at war with giants, goblins, and other such horrors.
+2 Constitution, +2 Wisdom, –2 Charisma: Dwarves are both tough and wise, but also a bit gruff.
Medium: Dwarves are Medium creatures and have no bonuses or penalties due to their size.
Slow and Steady: Dwarves have a base speed of 20 feet, but their speed is never modified by armor or encumbrance.
Darkvision: Dwarves can see in the dark up to 60 feet.
Defensive Training: Dwarves get a +4 dodge bonus to AC against monsters of the giant subtype.
Greed: Dwarves receive a +2 racial bonus on Appraise skill checks made to determine the price of nonmagical goods that contain precious metals or gemstones.
Hatred: Dwarves receive a +1 bonus on attack rolls against humanoid creatures of the orc and goblinoid subtypes due to special training against these hated foes.
Hardy: Dwarves receive a +2 racial bonus on saving throws against poison, spells, and spell-like abilities.
Stability: Dwarves receive a +4 racial bonus to their Combat Maneuver Defense when resisting a bull rush or trip attempt while standing on the ground.
Stonecunning: Dwarves receive a +2 bonus on Perception checks to potentially notice unusual stonework, such as traps and hidden doors located in stone walls or floors. They receive a check to notice such features whenever they pass within 10 feet of them, whether or not they are actively looking.
Weapon Familiarity: Dwarves are proficient with battleaxes, heavy picks, and warhammers, and treat any weapon with the word dwarven in its name as a martial weapon.
Languages: Dwarves begin play speaking Common and Dwarven. Dwarves with high Intelligence scores can choose from the following: Giant, Gnome, Goblin, Orc, Terran, and Undercommon.


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F´ Flight Software - C/C++ Documentation
NASA-v1.5.0
A framework for building embedded system applications to NASA flight quality standards.
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Serializable class for carrying timer values. More...
#include <Svc/Cycle/TimerVal.hpp>
Public Types | |
| enum | { SERIALIZED_SIZE = sizeof(U32) + sizeof(U32) } |
Public Member Functions | |
| TimerVal () | |
| Default constructor. More... | |
| TimerVal (const TimerVal &other) | |
| Timer copy constructor. More... | |
| void | operator= (const TimerVal &other) |
| Timer equal operator. More... | |
| virtual | ~TimerVal () |
| Destructor. More... | |
| Fw::SerializeStatus | serialize (Fw::SerializeBufferBase &buffer) const |
| Serialization function. More... | |
| Fw::SerializeStatus | deserialize (Fw::SerializeBufferBase &buffer) |
| Deserialization function. More... | |
| Os::IntervalTimer::RawTime | getTimerVal (void) const |
| Returns the current timer value. More... | |
| void | take (void) |
| Function to store a timer value. More... | |
| U32 | diffUSec (const TimerVal &time) |
| Compute difference function. More... | |
Public Attributes | |
| PRIVATE | __pad0__: TimerVal(U32 upper |
| PRIVATE U32 | lower |
| Private constructor for testing. More... | |
| Os::IntervalTimer::RawTime | m_timerVal |
| Stored timer value. More... | |
Additional Inherited Members | |
| Protected Member Functions inherited from Fw::Serializable | |
| Serializable () | |
| Default constructor. More... | |
| virtual | ~Serializable () |
| destructor More... | |
Serializable class for carrying timer values.
This class carries a timer value. It is meant to be passed through ports that carry timing info.
Definition at line 22 of file TimerVal.hpp.
| anonymous enum |
| Enumerator | |
|---|---|
| SERIALIZED_SIZE | size of TimerVal private members |
Definition at line 25 of file TimerVal.hpp.
| Svc::TimerVal::TimerVal | ( | ) |
Default constructor.
Definition at line 13 of file TimerVal.cpp.
| Svc::TimerVal::TimerVal | ( | const TimerVal & | other | ) |
Timer copy constructor.
constructs a TimerVal with another timer as the source
| other | source timer value copy constructor |
Definition at line 23 of file TimerVal.cpp.
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inlinevirtual |
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virtual |
Deserialization function.
Deserializes timer values
| buffer | source buffer for serialization data deserialize to contents |
Implements Fw::Serializable.
Definition at line 53 of file TimerVal.cpp.
| U32 Svc::TimerVal::diffUSec | ( | const TimerVal & | time | ) |
Compute difference function.
This function computes the difference in time between the internal value and the passed value. It is computed as internal - time parameter.
| time | time to compute difference from takes difference between stored time and passed time |
Definition at line 41 of file TimerVal.cpp.
| Os::IntervalTimer::RawTime Svc::TimerVal::getTimerVal | ( | void | ) | const |
Returns the current timer value.
Definition at line 33 of file TimerVal.cpp.
| void Svc::TimerVal::operator= | ( | const TimerVal & | other | ) |
Timer equal operator.
copies timer value from another timer as the source
| other | source timer value equal operator |
Definition at line 28 of file TimerVal.cpp.
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virtual |
Serialization function.
Serializes timer values
| buffer | destination buffer for serialization data serialize contents |
Implements Fw::Serializable.
Definition at line 45 of file TimerVal.cpp.
| void Svc::TimerVal::take | ( | void | ) |
Function to store a timer value.
This function calls the Os::IntervalTimer function to store a timer value in the private data of the object Take raw time
Definition at line 37 of file TimerVal.cpp.
| PRIVATE Svc::TimerVal::__pad0__ |
Definition at line 91 of file TimerVal.hpp.
| PRIVATE U32 Svc::TimerVal::lower |
Private constructor for testing.
Definition at line 92 of file TimerVal.hpp.
| Os::IntervalTimer::RawTime Svc::TimerVal::m_timerVal |
Stored timer value.
Definition at line 93 of file TimerVal.hpp.


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