--- layout: post authors: ["Greg Wilson"] title: "Our First Election" date: 2014-12-03 time: "09:35:00" tags: ["Software Carpentry Foundation", "Community"] ---
The Software Carpentry Foundation's bylaws state that the Steering Committee must be elected annually. With a new year upon us, the interim committee has decided that the first such election will take place in the week of Jan 26-30, 2015. Here are a few key points:
Every qualified instructor who has taught at least twice in the past two calendar years is automatically a member of the SCF, as is anyone who has done 30 days or more work for the SCF in the past calendar year, and anyone who has, in the opinion of the Steering Committee, made a significant contribution in the past year.
All SCF members may both stand for election and vote in it. We'll explain how to do both after the next interim committee meeting on December 16.
As discussed in an earlier post, members of the Steering Committee are expected to volunteer at least 2-3 hours a week to help mentor our instructors, conduct assessment, oversee major changes to the curriculum, manage our finances, and so on.
Since January 2012, 220 of you have run more than 270 two-day workshops for over 8300 learners in 21 countries. As my seven-year-old would say, that's literally wow. You have more than earned the right to decide what happens next—what Software Carpentry is, what it does, and how it gets there. I'm very proud to have worked with you all, and I look forward to finding out what you will choose to do next.


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Files | |
| file | SwiP.h |
| Software Interrupt module for the RTOS Porting Interface. | |
Data Structures | |
| struct | SwiP_Params_s |
| Basic SwiP Parameters. More... | |
Typedefs | |
| typedef void * | SwiP_Handle |
| SwiP handle of an instance. More... | |
| typedef enum SwiP_Status_e | SwiP_Status |
| Status codes for SwiP APIs. | |
| typedef void(* | SwiP_Fxn) (uintptr_t arg0, uintptr_t arg1) |
| Prototype for the entry function for a software interrupt. | |
| typedef struct SwiP_Params_s | SwiP_Params |
| Basic SwiP Parameters. More... | |
Enumerations | |
| enum | SwiP_Status_e |
| Status codes for SwiP APIs. | |
Functions | |
| SwiP_Handle | SwiP_create (SwiP_Fxn swiFxn, const SwiP_Params *swiPparams) |
| Function to create a software interrupt. More... | |
| SwiP_Status | SwiP_delete (SwiP_Handle *pHandle) |
| Function to delete an interrupt on CortexM devices. More... | |
| void | SwiP_Params_init (SwiP_Params *swiPparams) |
| Initialize params structure to default values. More... | |
| SwiP_Status | SwiP_post (SwiP_Handle swiPhandle) |
| Function to post the Swi interrupt. More... | |
SwiP interface
| typedef void* SwiP_Handle |
SwiP handle of an instance.
A SwiP_Handle returned from the SwiP_create represents that instance.
| typedef struct SwiP_Params_s SwiP_Params |
Basic SwiP Parameters.
Structure that contains the parameters passed into SwiP_create when creating a SwiP instance. The SwiP_Params_init function should be used to initialize the fields to default values before the application sets the fields manually. The SwiP default parameters are noted in SwiP_Params_init.
| SwiP_Handle SwiP_create | ( | SwiP_Fxn | swiFxn, |
| const SwiP_Params * | swiPparams | ||
| ) |
Function to create a software interrupt.
| swiFxn | entry function of the software interrupt |
| swiPparams | Pointer to the instance configuration parameters. NULL denotes to use the default parameters. The SwiP default parameters are noted in SwiP_Params_init. |
| SwiP_Status SwiP_delete | ( | SwiP_Handle * | pHandle | ) |
Function to delete an interrupt on CortexM devices.
| pHandle | pointer of the handle returned from the SwiP_create call |
| void SwiP_Params_init | ( | SwiP_Params * | swiPparams | ) |
Initialize params structure to default values.
| swiPparams | Pointer to the instance configuration parameters. |
| SwiP_Status SwiP_post | ( | SwiP_Handle | swiPhandle | ) |
Function to post the Swi interrupt.
| swiPhandle | The swiP handle |


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Feminist Majority Foundation - Equality around the world [ http://feministcampus.org/conferences/2016-nyflc/ ] shim
Dear Dry,
One of my favorite parts of my undergraduate experience was getting to attend conferences all over-from the first time I attended a large scale conference with my fellow Women’s, Gender and Sexuality majors, I was hooked on it. The panels! The speakers! The conference swag bags! However, my favorite part of attending conferences was how many amazing people I was able to meet in such a small span of time. At every conference I’ve attended, I’ve left with a ton of new friends-folks who have become my colleagues, mentors and friends.
Chelsea making new friends. So dear feminist, my reason for why you should come to NYFLC 2016 is so you can connect to your feminist community! Every year, NYFLC draws students, organizers, academics and activists from across the country-NYFLC is the place for you to meet up, learn from each other, hear about what’s going on at someone else’s campus and to share what’s happening on yours! After three days of dreaming and scheming to take down the patriarchy, you’ll be sure to go home with a bunch of new feminist friends from across the US! And what could be better than that?
Registration is currently open-don’t wait! Get registered today!
In Solidarity,
Chelsea, Edwith, Kelli, and Mari
Connect with us!
[ https://www.facebook.com/feministcampus ] [ https://twitter.com/feministcampus ] [ http://feministcampus.org/blog/ ] [ http://instagram.com/feministcampus ] [ http://feministcampus.tumblr.com/ ]
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We spend the afternoon at
Sembawang Park. Very much up in the north of our island it is pleasantly away from the hectic and business mind of central Singapore. You can see the coast of Johor/Malaysia and the Singapore Coast Guard performing show-off with their naval hardware (mental note: try to get a ride on one o these speed boats). We usually go there in the late afternoon where a light breeze makes the temperatures bearable (after sunset yesterday it still had 28C). Barbecue, camping facilities, a kiosk, showers and a restaurant make it a very convenient place to be. It takes us 10 min by cab or 2 stops with MRT/Bus to get there.
 So 8-16 pieces, depending on the breast size and the people's stomach should do.
- One bunch of fresh Parsley
- 10-12 cloves of fresh Garlic
- One to two red Chilies
- Salt, Black Pepper, Soya Sauce
- 1 spoon of Mustard
- Sesame Oil and Olive Oil
- A handful of Cranberries, I used dried ones, but resh should be OK to
Cut the Garlic, Parsley and Chilies very small with the big knife (it is important: don't use a blender and use fresh stuff). Put the mustard and salt on top. 2-3 spoon of sesame oil to start mixing it. Add 3-4 spoon of soya sauce and spices as you like (black pepper, herbs, salt). Fill up with Olive oil so you have enough substance to put your chicken breast in it. Add the cranberries.  Put the chicken in the marinade and keep it there over night (2 day also doesn't harm). I a warm climate like ours that has to be in the fridge.
After the marination period pan-fry the chicken breasts. A few minutes until the are nicely brown should do (if you fry too long you might end up with shoe soles). Don't put anything in the pan when heating it up, there is enough grease in the marinade <g>.
Serve with fresh French baguette and a light white wine (or some juice if you, like me, don't drink.
You need you gut feeling to get the measurement right -- and try it on your own fun/risk. As Volker would say: Your mileage might vary.


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Settings
Scenario Cheat Sheet
Use contextual menu to add/remove columns and rows.
Left click on column header & then edit the mapping with a field using the Test Editor tab.
Double click on the field to set the mapping.
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- [ value1, value2, value3 ]: provides a list of values. This operator works like the logical OR operator
- expression1 ; expression2 ; expression3: specifies a list of expressions. This operator works like the logical AND operator
Example of expressions:
- < 3
- < 3 ; ! [0,-1]
- [MyString, My second string]
- = 3; > 2
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---
layout: post
title: ! 'Top Tip: Long flights across the Pacific'
tags:
- LinkedIn
- Work Practices
status: publish
type: post
published: true
meta:
_edit_last: '451289'
_wpas_skip_fb: '1'
_wpas_skip_linkedin: '1'
---
Here in Australia it takes us over 14 hours to fly to America and there are a few little wrinkles and things you can do to help make the trip a bit easier. There are of course many, many, other sites on the intertubes with further suggestions:
- Invest in some decent carry on luggage so you don't need to wait at the luggage carousel. It can be a long wait and if you do an internal flight as well that's twice you need to wait for your luggage. I carry a laptop rucksack and a small suitcase -- I can live for weeks from that. If you are travelling to West Coast US on business then you never need a suite or tie anyway.
- Copy the details of your passport, flight number (or use your boarding pass), return dates and hotel address into a sheet of paper so that you can fill in your US immigration and customs documentation. Also have a pen handy
- Ask the cabin crew if you can get your US forms as quickly as possible during the flight. It's easier to fill when you are fresh and less tired. NB This usually doesn't work -- they have a process and you can't upset it!
- Don't eat too much before flying. It can make for an more uncomfortable flight and takes longer to recover from jet lag.
- Take a plastic carrier bag with you and put your shoes in it, then place in overhead luggage bin. They are out of the way for the rest of the flight, easy to find at the end and you don't upset other passengers rubbing your dirty shoes on their luggage
- Collect as many of the travel amenity kits as possible whenever you travel and carry one or two in your hand luggage. This is useful for two reasons:
- You can change out of your shoes and into flight socks before settling down
- Far fewer flights now offer these kits anyway
- Try and sleep if possible. There are some tips here
- I always find it hard to work in economy so make sure you don't have expectations of getting lots done
- Use a lip salve and skin moisturiser if needed
Updated 10/Oct/08
- Consider wearing trousers with large patch pockets on the legs so that bulky items (e.g. wallets and passports) are located at your knees and you don't have to sit on them for 14 hours in your back pocket
See Also:
Airline Seating Tradeoffs
Optimise your aircraft seat
Get Through the Airport in Record Time with This Checklist, tips on getting through airport security faster.


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See an example here.
This should only be used in client side JavaScript applications. It follows roughly the same steps as explicit based OAuth in terms of flow.
Implicit based OAuth will only work if you app is an installed
application.
In the initial config, give it the OAuth settings for the application:
var Snoocore = require('snoocore');
var reddit = new Snoocore({
userAgent: 'your apps user agent',
oauth: {
type: 'implicit', // required when using implicit OAuth
mobile: true, // defaults to false.
consumerKey: 'client_id from reddit',
redirectUri: 'redirectUri set for your app',
scope: [ 'flair', 'identity' ] // make sure to set all the scopes you need.
}
});
oauth.mobile
Optional. Set mobile to true to send users to the mobile reddit website for authentication.
var state = 'foobar';
var authUrl = reddit.getImplicitAuthUrl(state);
For CSRF prevention set a state
. This field is optional. Read more on this below.
After the user visits the URL that reddit.getImplicitAuthUrl
generates, they will be presented with the option to Allow or Deny the app. After they allow (or disallow) the application, reddit will redirect the user back to the given redirectUri
(set in the initial config) with the following parameters after the hash tag (It is possible to use window.location.hash
to pull the values out after the #
in the URL):
accessToken
(used below)reddit.getImplicitAuthUrl
function (if it was set).For CSRF prevention, check that the state
in the url parameters is the same as the state
specified when generating the authentication url in reddit.getImplicitAuthUrl
.
Once the accessToken
is pulled from the url accessToken
, authenticate with reddit and start making calls on behalf of a user.
var ACCESS_TOKEN = '??'; /* url parameter "access_token", see above */
var RETURNED_STATE = '??'; /* url parameter "state", see above */
// Exit if the state given is invalid. This is an optional
// check, but is recommended if you set a state in
// `reddit.getImplicitAuthUrl`
if (RETURNED_STATE !== state) {
console.error('State is not the same as the one set!');
return;
}
// Authenticate with reddit by passing in the acces_token from the response
reddit.auth(ACCESS_TOKEN).then(function() {
return reddit('/api/v1/me').get();
}).then(function(data) {
console.log(data); // Log the response
});
Snoocore is now successfully authenticated with OAuth.
A function reddit.deauth
is provided which will revoke the access_token
for the current authenticated user.
var deauthPromise = reddit.deauth();
Generally it is a good idea to call this everytime the application is finished using the users data.
Implicit auth does not have a refresh token. It is possible to listen for an event and have the user re-authenticate with the application. For more information on this view the Snoocore Events documentation.


Content-type: text/html; charset=UTF-8
Man page of X86
X86
Section: X86 Manual (1)
Updated:
Index
Return to Main Contents
NAME
x86 - provide x86 lifter
SYNOPSIS
bap FILE [--x86-abi=ABI]
bap FILE [--x86-64-abi=ABI]
DESCRIPTION
Provides lifter and implements a set of ABI for x86 and x86-64 architectures. No parameters are usually required. Once the pluing is installed it will automatically provide it services. However it is possible to override default abi, e.g., when working with an executable compiled for MS Windows platform. For a full set of supported ABI use corresponding list option.
OPTIONS
- --64-abi=VAL
-
Use specified VAL as a default one. The VAL must be either `sysv' or `ms'
- --abi=VAL
-
Use specified VAL as a default one. The VAL must be one of `cdecl', `stdcall', `ms', `fastcall', `watcom-stack' or `watcom-regs'
- --help[=FMT] (default=pager)
-
Show this help in format FMT (pager, plain or groff).
- --lifter=VAL (absent=merge)
-
Debug purpose only. The VAL must be one of `legacy', `modern' or `merge'. Default: VAL = merge.
EXAMPLE
To choose a correct ABI for a binary compiled for MS Windows x64 target, use the following:
bap FILE --x86-64=ms
SEE ALSO
bap-x86-cpu(3), bap-plugin-abi(1), bap-plugin-arm(1)
tags: disassembler, lifter, x86
Index
- NAME
-
- SYNOPSIS
-
- DESCRIPTION
-
- OPTIONS
-
- EXAMPLE
-
- SEE ALSO
-
This document was created by
man2html,
using the manual pages.
Time: 12:39:08 GMT, August 25, 2017


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Summer of Sam (1999) Reviewed by Eugene Novikov http://www.ultimate-movie.com Member: Online Film Critics Society
*1/2 out of four
"The 44 Caliber Killer has struck again."
Starring John Leguizamo, Mira Sorvino, Adrian Brody, Jennifer Esposito, Michael Rispoli, Bebe Neuwirth. Rated R.
Summer of Sam will be remembered as a waste of Spike Lee's abilities. Lee is a great filmmaker, often exhibiting kinetic visual flair on par with Brian DePalma and Martin Scorsese and a storytelling ability comparable to Steven Spielberg. But here, he gets himself into a bind. His latest effort is a case of a director pretending he has something to say when in reality there is little of substance to absorb from his work.
The summer of 1977 was an unusual summer in New York City. It was the hottest summer on record. To boot, New York's first serial killer was on the loose: calling himself the Son of Sam, David Berkowitz killed 9 people in the New York area and frightened the whole city population. So it was understandable that when NYC was hit with a citywide blackout, people went berserk, causing billions of dollars in damage to the city.
The movie's focus is on a group of twenty-somethings during that fateful summer: Vinny (John Leguizamo), a club-hopping, adultrous hairdresser, his benevolent wife Dionna (Mira Sorvino, looking young), Ritchie (Adrian Brody), a punk who becomes an outcast as well as a Son of Sam suspect, a gang of small time mobsters and a few more minor characters. We follow them through their roller coaster lives, thrown out of whack even more by the recent killings. Vinny and Dionna have marital problems because Vinny cheats and Dionna tries to please him, make him stay faithful to her. Ritchie gets shunned by his group of friends because he has started to become more and more "eccentric," and has degenerated to the point of dancing in gay night clubs and making porno films with his girlfriend.
Tensions build and conflicts arise as the anniversary night of Son of Sam's first murder looms; the night he promises he will strike again. A local gang with too much time on its hands makes a list detailing all of the people that its members think might be suspects. At the top of the list is Ritchie. Vinny, an unwilling part of the said group, is called upon to set a trap for his friend.
As we watch these proceedings, some of which are painfully graphic, the dreaded "So what?" question springs to mind. From the way this movie is made, I'd have guessed that Spike Lee was trying to tell us something, but as I searched deeper it became clear that there is very little there to find. Lee touches on so much -- the media, the 70's punk scene, the details of the actual killings, as well as the characters' very personal dilemmas -- but he doesn't bring all of his topics together to form a coherent theme or make a discernible statement.
All is not lost if a movie turns out to be hollow; it can be a saving grace for the film to be enjoyable. Too bad Summer of Sam doesn't get any help here. Frankly, it's a bore, a redundant and repetitive two hour and twenty minute film that doesn't entertain beyond its first half hour. There is no suspense because the film refuses to be fully about the murders and little involving drama because the film is too muddled and its focus too vague.
Leguizamo's turn as Vinnie is annoying and whiny. The script makes it clear that we're supposed to believe that his character is flawed, but still a good guy. You'd never guess from his performance. Adrian Brody and especially Mira Sorvino fare better. Sorvino gives a riveting, touching performance in a banal movie (I'm tempted to think that I liked her because nearly everything else around her was inane); her character is affecting and her emotions true-to-heart. Brody, too paints an effective portrait of a young guy desperate for attention who gets a little more than he bargained for.
Summer of Sam has some superficial elements of a good film: it looks great, it has a few notable performances and I suppose it's pretty well directed, in a purely technical way. But it's also empty, pretentious and boring. Like last year's The Thin Red Line, it's a movie by a director who doesn't know what he wants to say but goes ahead and says it anyway. ©1999 Eugene Novikov
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[gecode-users] Writing a Branching
Malcolm Ryan
malcolmr at cse.unsw.edu.au
Tue Nov 27 07:18:11 CET 2007
On 22/11/2007, at 5:13 PM, Mikael Zayenz Lagerkvist wrote:
> No, the standard branching class is not exposed in Java. On the other
> hand, I'm not sure what you aim to do. You can have more than one
> branching in a Space, so you can have a standard branching
> instantiating all variables after your custom branching is finished.
If the standard branching isn't exposed, is there any way to compute
the degree of a variable choice?
Malcolm
--
"If there is one thing worse than the modern weakening of major morals
it is the modern strengthening of minor morals.
Thus it is considered more withering to accuse a man
of bad taste than of bad ethics." -- G.K.Chesterton, On Lying
in Bed
More information about the gecode-users
mailing list


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CrowdedChess Class Reference
[Scripts for problems]
Inherits Example.
Detailed Description
Example: Crowded Chessboard"You are given a chessboard together with 8 queens, 8 rooks, 14 bishops, and 21 knights. The puzzle is to arrange the 51 pieces on the chessboard so that no queen shall attack another queen, no rook attack another rook, no bishop attack another bishop, and no knight attack another knight. No notice is to be taken of the intervention of pieces of another type from that under consideration - that is, two queens will be considered to attack one another although there may be, say, a rook, a bishop, and a knight between them. It is not difficult to dispose of each type of piece separately; the difficulty comes in when you have to find room for all the arrangements on the board simultaneously." Dudeney, H.E., (1917), Amusements in Mathematics, Thomas Nelson and Sons.
This puzzle can be generalized to chess-boards of size , where the number of pieces to place are:
- queens
- rooks
- bishops
- knights where k is a number to maximize.
The maximum k for some different values of are presented below (from Jesper Hansen and Joachim Schimpf, ECLiPSe solution
| n | k |
| 8 | 21 |
| 9 | 29 |
| 10 | 37 |
| 11 | 47 |
| 12 | 57 |
| 13 | 69 |
| 14 | 81 |
| 15 | 94 |
| 16 | 109 |
A solution for n = 8 is:
| Q | B | K | . | K | B | K | R |
| . | K | . | K | Q | K | R | B |
| B | . | K | R | K | . | K | Q |
| B | K | R | K | . | Q | . | B |
| B | R | Q | . | K | . | K | B |
| R | K | . | K | . | K | Q | B |
| B | Q | K | . | K | R | K | . |
| B | K | B | Q | R | K | B | B |
Definition at line 183 of file crowded-chess.cc.
Public Types | |
| enum | { PROP_TUPLE_SET, PROP_DECOMPOSE } |
Public Member Functions | |
| CrowdedChess (const SizeOptions &opt) | |
| The model of the problem. | |
| CrowdedChess (bool share, CrowdedChess &e) | |
| Constructor for cloning e. | |
| virtual Space * | copy (bool share) |
| Copy during cloning. | |
| virtual void | print (std::ostream &os) |
| Print solution. | |
Protected Types | |
| enum | { Q, R, B, K, E, PMAX } |
Protected Member Functions | |
| bool | valid_pos (int i, int j) |
| void | knight_constraints (void) |
| Post knight-constraints. | |
Protected Attributes | |
| const int | n |
| Board-size. | |
| IntVarArray | s |
| The board. | |
| IntVarArray | queens |
| Row of queen in column x. | |
| IntVarArray | rooks |
| Row of rook in column x. | |
| BoolVarArray | knights |
| True iff the corresponding place has a knight. | |
| enum CrowdedChess:: { ... } | piece |
Related Functions | |
| (Note that these are not member functions.) | |
| TupleSet | bishops |
| Set of valid positions for the bishops. | |
| void | init_bishops (int size) |
| Initialize bishops. |
Member Enumeration Documentation
anonymous enum [protected] |
Symbolic names of pieces. The order determines which piece will be placed first.
- Enumerator:
-
Q Queen. R Rook. B Bishop. K Knight. E Empty square. PMAX Number of pieces (including empty squares).
Definition at line 194 of file crowded-chess.cc.
| anonymous enum |
- Enumerator:
-
PROP_TUPLE_SET Propagate bishops placement extensionally. PROP_DECOMPOSE Propagate bishops placement with decomposition.
Definition at line 228 of file crowded-chess.cc.
Constructor & Destructor Documentation
| CrowdedChess::CrowdedChess | ( | const SizeOptions & | opt | ) | [inline] |
| CrowdedChess::CrowdedChess | ( | bool | share, | |
| CrowdedChess & | e | |||
| ) | [inline] |
Member Function Documentation
| bool CrowdedChess::valid_pos | ( | int | i, | |
| int | j | |||
| ) | [inline, protected] |
Definition at line 204 of file crowded-chess.cc.
| void CrowdedChess::knight_constraints | ( | void | ) | [inline, protected] |
| virtual Space* CrowdedChess::copy | ( | bool | share | ) | [inline, virtual] |
| virtual void CrowdedChess::print | ( | std::ostream & | os | ) | [inline, virtual] |
Friends And Related Function Documentation
| void init_bishops | ( | int | size | ) | [related] |
Member Data Documentation
const int CrowdedChess::n [protected] |
IntVarArray CrowdedChess::s [protected] |
IntVarArray CrowdedChess::queens [protected] |
IntVarArray CrowdedChess::rooks [protected] |
BoolVarArray CrowdedChess::knights [protected] |
enum { ... } CrowdedChess::piece [protected] |
Symbolic names of pieces. The order determines which piece will be placed first.
The documentation for this class was generated from the following file:
- examples/crowded-chess.cc (Revision: 6033)


RegularExpressionNamedGroup()
Syntax
Result$ = RegularExpressionNamedGroup(#RegularExpression, GroupName$)Description
Extract the string matched by a named group within the regular expression after a call to NextRegularExpressionMatch().
Parameters
#RegularExpression The regular expression to use. ExamineRegularExpression() and NextRegularExpressionMatch() must have been called on this regular expression. GroupName$ The name of the group to extract. The group name is case sensitive.
Return value
Returns the string matched by the regular expression group.
Remarks
Groups in a regular expression are defined by surrounding a sub-expression with braces "(" and ")". Groups can either accessed by index using functions like RegularExpressionGroup() or they can be assigned a name using the "(?<name>)" syntax as shown in the example below.
Example
; This expression matches a color setting string (with value red, green or blue) ; The colors are grouped with () which has the name "col" assigned to it. ; This color name is then extracted ; If CreateRegularExpression(0, "color=(?<col>red|green|blue)") If ExamineRegularExpression(0, "stype=bold, color=blue, margin=50") While NextRegularExpressionMatch(0) Debug "The color is " + RegularExpressionNamedGroup(0, "col") Wend EndIf Else Debug RegularExpressionError() EndIf
See Also
ExamineRegularExpression(), NextRegularExpressionMatch(), RegularExpressionNamedGroupPosition(), RegularExpressionNamedGroupLength(), RegularExpressionGroup()
Supported OS
All


Release News
- 03 Apr 2014 - Release 3.3.1: Bug fixes and removal of deprecated API
- 11 Sep 2013 - Release 3.2.4: Bug fixes
- 02 Aug 2013 - Release 3.2.3: Bug fixes
- 12 Jul 2013 - Release 3.2.2: Bug fixes
- 26 Apr 2013 - Release 3.2.1: Restructor of project, Feature removal, Bug fixes
Ebean ORM Persistence Layer
Ebean is an open source (LGPL license) Java Object Relational Mapping tool.
It uses JPA Annotations (@entity, @OneToMany ...) for mapping. It provides
a simple API for fetching and saving object graphs.
Getting Started
There is an example application with embedded H2 database which is
a good place to get started with Ebean. Go to the downloads to get
the example application.


<EMAIL_ADDRESS>Call us on<PHONE_NUMBER>6
We are located at Ngong road, Pine tree plaza, ground floor,on Kindaruma road


[1]
good size, great point and shoot, love all the features, good clear pictures; battery life
[2]
Picture clarity, quick refresh between shots; Small buttons a bit difficult to use


Overview
This plugin allows you to choose specific tests you want to run.
Plugin Information |
|---|
View Tests Selector on the plugin site for more information. |
User guide
Enabling The Plugin In Your Job
- Navigate to the Job configuration page.
- Choose the checkbox This build is parameterized.
- Click on Add Parameter drop-down list.
- Select Choosing Tests.
Screenshot
Filling The Parameters
- Specify the name of the environment variable in which you want your selected tests to be saved in.
After build the selected tests will be in this environment variable as a JSON array. - Enter the properties file path (see more information bellow).
- Add a description (optional).
About The Properties File
This file will contain all your tests and (maybe) some extra fields for the plugin.
Your properties file MUST have a property called tests.
The tests property value is a JSON array that contains a JSON object for each test.
In each test object you need to specify it's attributes by a key/value pairs.
The following properties will allow you to select specific fields which have a special meaning:
enableField |
The name of the field that will imply if the test is enabled or not. |
|---|---|
groupBy |
The field that the plugin will group the tests by. |
showFields |
The field(s) that will be shown in the tests tree. |
multiplicityField |
The field that will be set to the amount of times the test should run. |
fieldSeparator |
The character that will separate between the fields in the tests tree. |
All fields are case-sensitive.
Each property must be defined either in the properties file OR in the override section.
If you want to change the properties you defined in the file, you can override them in the override section.
This is an example for a properties file which contains all above properties:
tests=[{"enabled":true,"owner":"shushu","testgroup":"A","testcase":"single"},{"enabled":false,"owner":"shushu","testgroup":"B","setuptype":"basic"}] enableField=enabled groupBy=testgroup fieldSeparator=. showFields=testsuite,testcase multiplicityField=multiplicity
Screenshot
Override Section
In this section you can override the properties you defined in the properties file or define them for the first time.
If you want the override to be done you must check the appropriate checkbox.
If you click on the Fetch properties From File button it will fill the properties bellow from the properties file above.
Screenshot
If you click on the Show/Hide Available Fields button it will show/hide all the fields used in the tests you defined in the properties file.
In Show Fields section, Next to each Available field appears (howManyTestsHasThisField/amountOfTests).
Multiplicity Field can exist in some (all) of the tests.
Screenshot
After clicking on Build Now button you will need to choose the tests (organized as a tree).
For each test you chose, you will need to fill the amount of times you want it to run.
Screenshot
Clicking on Build button will continue the build with the tests as your parameter (in the environment variable you chose).
Attachments:
First screen.png (image/png)
override good.png (image/png)
available fields.png (image/png)
First screen.png (image/png)
override - after load.png (image/png)
available fields.png (image/png)
tests tree.png (image/png)
tests tree.png (image/png)
available fields.png (image/png)
override - after load.png (image/png)
available fields.png (image/png)
override - after load.png (image/png)
available fields.png (image/png)
tests tree.png (image/png)
tests tree.png (image/png)
tree tests.png (image/png)
First screen.png (image/png)
override - after fetch.png (image/png)
available fields.png (image/png)


Basketball Links The NBA Home Page The Latest NBA News NCAA - Men's NCAA - Women's Journal of Basketball Studies Sportsline USA's Spotlight on Michael Jordan Yahoo! Index of Basketball-Related Links Basketball Around the World France Luxembourg Turkey Greece Animation Links More on The Making of Space Jam Warner Bros. Animation Looney Tunes Karaoke


|
omg
3.1.0
Open Machinery for Graphics
|
Implements the rendering algorithm. More...
#include <Integrator.h>
Public Member Functions | |
| virtual void | render (const Scene &scene)=0 |
| Render a given scene. More... | |
| virtual RGBColor | li (const Ray &ray, const Scene &scene, const std::shared_ptr< Sampler > sampler=nullptr, int depth=0)=0 |
| Incidence radiance computation for a given ray acting on a scene. More... | |
| virtual void | preprocess (const Scene &scene, Sampler *sampler) |
| Execute after parsing the scene, to do specific implementations. More... | |
| Camera * | get_camera () const |
| void | set_suffix (const std::string &suff) |
| std::string | get_suffix () |
Protected Attributes | |
| std::shared_ptr< Camera > | _camera |
| std::string | _suffix = "" |
Implements the rendering algorithm.
|
pure virtual |
Incidence radiance computation for a given ray acting on a scene.
| ray | the ray |
| scene | the scene |
| sampler | pointer to a sampler |
Implemented in omg::DepthIntegrator, omg::BlinnPhongIntegrator, omg::NormalMapIntegrator, and omg::FlatIntegrator.
Execute after parsing the scene, to do specific implementations.
| scene | the scene |
| sampler | a sampler |
Reimplemented in omg::DepthIntegrator.
|
pure virtual |
Render a given scene.
| scene | the scene to be rendered |
Implemented in omg::SamplerIntegrator.


Table
Form
Image Slider
Get Clinics in UK
This part will illurstrate fetching data from API (
https://data.gov.uk/data/api/
)
Number of Clinics:
10
100
1000


Class BubblePopup
Forms9Patch Bubble pop-up.
Inherited Members
Namespace: Forms9Patch
Assembly: Forms9Patch.dll
Syntax
public class BubblePopup : PopupBase, IDisposable, IPopup, IBackground, IShape, IElement
Constructors
BubblePopup(VisualElement, Point, Boolean, TimeSpan)
Initializes a new instance of the BubblePopup class.
Declaration
public BubblePopup(VisualElement target, Point point, bool retain = false, TimeSpan popAfter = null)
Parameters
| Type | Name | Description |
|---|---|---|
| Forms9Patch.VisualElement | target | Target. |
| Point | point | Point. |
| Boolean | retain | If set to |
| TimeSpan | popAfter | Pop after TimeSpan. |
BubblePopup(VisualElement, Point, TimeSpan)
Initializes a new instance of the BubblePopup class.
Declaration
public BubblePopup(VisualElement target, Point point, TimeSpan popAfter)
Parameters
| Type | Name | Description |
|---|---|---|
| Forms9Patch.VisualElement | target | Target. |
| Point | point | Point. |
| TimeSpan | popAfter | Pop after TimeSpan. |
BubblePopup(VisualElement, Boolean, TimeSpan)
Initializes a new instance of the BubblePopup class.
Declaration
public BubblePopup(VisualElement target, bool retain = false, TimeSpan popAfter = null)
Parameters
| Type | Name | Description |
|---|---|---|
| Forms9Patch.VisualElement | target | Target. |
| Boolean | retain | If set to |
| TimeSpan | popAfter | Pop after TimeSpan. |
BubblePopup(VisualElement, TimeSpan)
Initializes a new instance of the BubblePopup class.
Declaration
public BubblePopup(VisualElement target, TimeSpan popAfter)
Parameters
| Type | Name | Description |
|---|---|---|
| Forms9Patch.VisualElement | target | Target. |
| TimeSpan | popAfter | Pop after TimeSpan. |
Fields
PointerCornerRadiusProperty
The pointer corner radius property. Defaults to OutlineCornerRadius if not set.
Declaration
public static readonly BindableProperty PointerCornerRadiusProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
PointerDirectionProperty
Backing store for pointer direction property.
Declaration
public static readonly BindableProperty PointerDirectionProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
PointerLengthProperty
Backing store for pointer length property.
Declaration
public static readonly BindableProperty PointerLengthProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
PointerTipRadiusProperty
Backing store for pointer tip radius property.
Declaration
public static readonly BindableProperty PointerTipRadiusProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
PointProperty
backing store for Point property
Declaration
public static readonly BindableProperty PointProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
PreferredPointerDirectionProperty
backing store for PreferredPointerDirection property
Declaration
public static readonly BindableProperty PreferredPointerDirectionProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
TargetBiasProperty
The target bias property backing Store.
Declaration
public static readonly BindableProperty TargetBiasProperty
Field Value
| Type | Description |
|---|---|
| BindableProperty |
Properties
Content
Gets or sets the content of the FormsPopup.Modal.
Declaration
public View Content { get; set; }
Property Value
| Type | Description |
|---|---|
| Forms9Patch.View | The content. |
Point
Gets/Sets the Point property
Declaration
public Point Point { get; set; }
Property Value
| Type | Description |
|---|---|
| Point |
PointerCornerRadius
Gets or sets the pointer corner radius.
Declaration
public float PointerCornerRadius { get; set; }
Property Value
| Type | Description |
|---|---|
| Single | The pointer corner radius. |
PointerDirection
Gets or sets the direction in which the pointer pointing.
Declaration
public PointerDirection PointerDirection { get; set; }
Property Value
| Type | Description |
|---|---|
| PointerDirection | The pointer direction. |
PointerLength
Gets or sets the length of the bubble layout's pointer.
Declaration
public float PointerLength { get; set; }
Property Value
| Type | Description |
|---|---|
| Single | The length of the pointer. |
PointerTipRadius
Gets or sets the radius of the bubble's pointer tip.
Declaration
public float PointerTipRadius { get; set; }
Property Value
| Type | Description |
|---|---|
| Single | The pointer tip radius. |
PreferredPointerDirection
Gets/Sets the PreferredPointerDirection property
Declaration
public PointerDirection PreferredPointerDirection { get; set; }
Property Value
| Type | Description |
|---|---|
| PointerDirection |
TargetBias
Gets or sets the bias (0.0 is start; 0.5 is center; 1.0 is end; greater than 1.0 is pixels from start; less than 0.0 is pixels from end)of the pointer relative to the chosen face on the target.
Declaration
public double TargetBias { get; set; }
Property Value
| Type | Description |
|---|---|
| Double | The target bias. |
UsePoint
Gets or sets a value indicating whether this BubblePopup will target Point (a point in the target) vs. the border of the target.
Declaration
public bool UsePoint { get; set; }
Property Value
| Type | Description |
|---|---|
| Boolean |
|
Methods
LayoutChildren(Double, Double, Double, Double)
Positions and sizes the children of a Layout.
Declaration
protected override void LayoutChildren(double x, double y, double width, double height)
Parameters
| Type | Name | Description |
|---|---|---|
| Double | x | A value representing the x coordinate of the child region bounding box. |
| Double | y | A value representing the y coordinate of the child region bounding box. |
| Double | width | A value representing the width of the child region bounding box. |
| Double | height | A value representing the height of the child region bounding box. |
Remarks
Implementors wishing to change the default behavior of a Layout should override this method. It is suggested to still call the base method and modify its calculated results.
OnPropertyChanged(String)
Call this method from a child class to notify that a change happened on a property.
Declaration
protected override void OnPropertyChanged(string propertyName = null)
Parameters
| Type | Name | Description |
|---|---|---|
| String | propertyName | The name of the property that changed. |


Batman's first sidekick. The first Robin. After his parents were murdered, Dick Grayson was taken in by Bruce Wayne as his ward and trained to become Robin. Eventually, he becomes the leader of the Teen Titans. After a disagreement with Batman, Dick trashes his Robin persona and returns as the new hero of Bludhaven, Nightwing.
Nightwing's first appearance was in Tales of the Teen Titans Vol 1 Issue 44


RIT Nap Spot Map is a mapping tool to mark the best places to take naps on campus. The content of this application is provided by RIT students and moderated by the RIT Student Government.
How can I contribute?In RIT Nap Spot Map everyone can be a Naps guru! To contribute, click in Add an Entry, select a place were you regularly Nap on campus, fill in the extra information and add it to the map.
Once you add a Nap Spot, you will see it represented by a brown marker, this means that your spot is waiting to be reviewed by one of our moderators and will only be visible to you. Once your Nap spot gets reviewed, you will receive an email and your Nap Spot will turn into an orange marker, meaning that its public and visible to the entire Naps community.


28
1 "It is true that there are places where men dig to find silver,
and there are places where people refine gold that they have dug.
2 People dig iron ore out of the ground,
and they also smelt copper.
3 Men use lamps while they work far down under the ground
to search for the ore inside the mines
where it is very dark.
4 They dig shafts in places that are far from where people live,
where travelers do not go.
They work far away from other people,
swinging back and forth on ropes as they descend into the mine shafts.
5 Food grows on the surface of the ground,
but down under the ground, where there is no food, the miners make fires to break apart the rocks.
6 The stones that are dug from under the ground contain sapphires,
and the dirt contains bits of gold.
7 Some birds have very good eyes,
but even hawks do not know where the mines are,
and falcons have not seen those places.
8 Lions or other proud wild animals have never gone to those places.
9 Miners dig very hard rock;
it is as though they turned the mountains upside down to get the ore.
10 They cut tunnels through the rocks,
and they find precious things.
11 They dam up small streams to stop the water from flowing,
and they bring up into the light things that are hidden in the ground and in the streams.
12 But wisdom: Where can people find that?
Where can we find out how to truly understand things?
13 Humans do not know what wisdom is truly worth;
no one can find it here on this earth where they are living.
14 It is as though the water that is under the earth and water that is in the seas said,
'I do not have it!'
15 People cannot buy wisdom
by paying for it with silver or gold.
16 Wisdom is worth much more than fine gold from the land of Ophir,
much more than very valuable stones.
17 It is worth much more than gold or beautiful quartz,
worth more than vases made from fine gold.
18 Wisdom is worth more than coral or crystal quartz;
the price of wisdom is higher than the price of rubies.
19 The prices of topaz from Ethiopia and of pure gold
are lower than the value of wisdom.
20 So from where does wisdom come?
Where can we find out how to truly understand things?
21 No living humans can see it;
and birds cannot see it while they are up in the sky.
22 It is as though the places where people go after they die said,
'We have only heard rumors about where to find wisdom.'
23 God is the only one who knows how to find wisdom;
he knows where it is
24 because he can see things even in the most remote places on the earth;
he can see everything that is below the sky.
25 He decided how strongly the winds should blow,
and how much rain should be in the clouds,
26 He decided where rain should fall,
and what path lightning should take from the clouds down to the ground.
27 At that time he saw wisdom and decided that it is very valuable.
He examined it and approved it.
28 And then he said to human beings, 'Listen! If you have much respect for me, you will be able to become wise;
to truly understand everything, you must first turn away from doing what is evil.'"


Starting from the directory where you’ve copied your application, take the following steps to convert your app to an Electron-based desktop application.
npm install electron electron-builder wait-on concurrently --only=dev
npm install electron-is-dev
public
folder of your app, public/start-electron.js
, with the following code:
const electron = require('electron'),
app = electron.app,
BrowserWindow = electron.BrowserWindow;
const path = require('path'),
isDev = require('electron-is-dev');
let mainWindow;
const createWindow = () => {
mainWindow = new BrowserWindow({ width: 480, height: 320 })
const appUrl = isDev ? 'http://localhost:3000' :
`file://${path.join(__dirname, '../build/index.html')}`
mainWindow.loadURL(appUrl)
mainWindow.maximize()
mainWindow.setFullScreen(true)
mainWindow.on('closed', () => mainWindow = null)
}
app.on('ready', createWindow)
app.on('window-all-closed', () => {
// Follow OS convention on whether to quit app when
// all windows are closed.
if (process.platform !== 'darwin') { app.quit() }
})
app.on('activate', () => {
// If the app is still open, but no windows are open,
// create one when the app comes into focus.
if (mainWindow === null) { createWindow() }
})
package.json
file:
"scripts"
section, add the following scripts:
"electron-dev": "concurrently \"BROWSER=none npm start\" \"wait-on http://localhost:3000 && electron .\"",
"electron-package": "./node_modules/.bin/electron-builder -c.extraMetadata.main=build/start-electron.js",
"preelectron-package": "npm run build"
These scripts will allow you to start electron in development mode (npm run electron-dev
), and to build (“package”) your application into an executable for the system you’re running on (npm run electron-package
).
"homepage"
value to read: "homepage": "./",
. (If it’s not there, add it.)"build"
section to the file:
"build": {
"appId": "com.loyno-mathcs.your-github-name.weatherstation.wotdevice",
"files": [ "build/**/*", "node_modules/**/*" ],
"directories":{
"buildResources": "assets"
}
},
(Be sure to replace your-github-name
above with your actual Github username.)
"name"
value to something more appropriate for this application (i.e., "name": "wot-device"
or similar).npm run electron-dev
You should see your app launch as a desktop application in a new window, and immediately become fullscreen.
npm run electron-package
You should find a new dist
directory with a folder for your operating system. Inside, you should see a new executable. Double-click it to test executing the app you’ve created.


Create Vault
Vault name
From
{{wallet.name}}
{{wallet.balance.spendableAmount | toMRT}}
Amount (MRT)
You have {{ this.wallet.balance.totalConfirmedAmount | toMRT }} confirmed on selected wallet. You can use only
confirmed balance to create a wallet.
Create Vault


interface DataModel
Base interface for data models.
See Also
interface DataRelationship : DataModel
Interface that "relationship" model classes should implement. |
|
interface StandardData : DataModel
Interface that "standard" data model classes should implement. |


Resume
— Hello! I’m a frontend developer I strive to craft precise, responsive, fast, easy-to-use environments with both strong purpose and great looks.
EXPERIENCE
-
-
- Description
We develop notes with a team of 3 people, the main advantages of the project are the ability to access the note, take notes (fix video, remove text from audio), flexible and easy-to-understand interface and create groups like channel telegrams. On the project I deal mostly with the front-end part, small back-end tasks and designing a business model. Each developer took the task with Trello and performed it.
- List of technologies
ASP.NET Core, Entity Framework Core, Elasticsearch, MongoDB, RabbitMQ, Angular 9, SASS
- Methodology
Scrum
- Link
- Description
-
-
-
- Description
The student team developed a charity project for people with a boarding school. In the project, I was responsible for front-end development
- List of technologies
ASP.NET MVC, Entity Framework Core, PostgreSQL, Angular 9, SCSS, WEBPACK, POSTCSS
- Methodology
Scrum
- Link
- Description
-
-
-
- Description
Interesting things that I do in my free time
- Space
- To to list
- Description
-
LIFE & EDUCATION
-
3rd year student of Kyiv Polytechnic Institute, Faculty of Informatics and Computer Engineering, specialization "Information Systems and Technologies", full-time education.
-
25th February 2000
Born in Kyiv, Ukraine


Logan Sanderlin
Menu
Portfolio
About
Contact
Breaker - Graphic Artist - Ninja
Portfolio
Previous
Next
Previous
Next
About
I am Logan from IPFW and i break and swag lsdkajflkas
Contact Me
<EMAIL_ADDRESS>(260) 615-0732
Copyright © Logan Sanderlin 2017


I have moved my site over to Gitlab.
You'll be redirected to the new address in a few seconds.
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Wait a sec! You've disabled Javascript! Click here instead


{% extends 'vesper/base.html' %} {% block head %}
Imports short audio files created by the Old Bird Tseep and Thrush detectors into a Vesper archive.
This command searches each of the specified directories recursivaly for audio files (currently just .wav files). For each audio file it finds, the command tries to parse information about a clip from the file's path and contents, and if successful imports the clip into the archive. The command copies each imported audio file into the archive, so if you subsequently delete the original file it will have no effect on the archive.
The command adds recordings to the archive as needed to cover the nights for which clips are imported. Each recording extends from 8:30 pm to 5:30 am on its night, and has one channel. The created recordings have no audio data, only metadata.
You can specify default directory paths via the import_old_bird_clips_defaults preference. The start and end dates are each optional.
{% endblock main %}


Note:
<EMAIL_ADDRESS>only works<EMAIL_ADDRESS>Hot reload API for Vue components. This is what vue-loader and vueify use under the hood.
You will only be using this if you are writing some build toolchain based on Vue components. For normal application usage, just use vue-loader
or vueify
.
``` js // define a component as an options object const myComponentOptions = { data () { … }, created () { … }, render () { … } }
// assuming Webpack’s HMR API. // https://webpack.js.org/guides/hot-module-replacement/ if (module.hot) { const api = require(‘vue-hot-reload-api’) const Vue = require(‘vue’)
// make the API aware of the Vue that you are using. // also checks compatibility. api.install(Vue)
// compatibility can be checked via api.compatible after installation if (!api.compatible) { throw new Error(‘vue-hot-reload-api is not compatible with the version of Vue you are using.’) }
// indicate this module can be hot-reloaded module.hot.accept()
if (!module.hot.data) { // for each component option object to be hot-reloaded, // you need to create a record for it with a unique id. // do this once on startup. api.createRecord(‘very-unique-id’, myComponentOptions) } else { // if a component has only its template or render function changed, // you can force a re-render for all its active instances without // destroying/re-creating them. This keeps all current app state intact. api.rerender(‘very-unique-id’, myComponentOptions)
// --- OR ---
// if a component has non-template/render options changed,
// it needs to be fully reloaded. This will destroy and re-create all its
// active instances (and their children).
api.reload('very-unique-id', myComponentOptions) } } ```


§377-2 Administration by Hawaii labor relations board. The Hawaii labor relations board provided for in chapter 89 shall administer the Hawaii employment relations act.
The board shall have a seal for the authentication of its orders and proceedings, upon which shall be inscribed the words "Hawaii Labor Relations Board--Seal". [L 1945, c 250, §4; am L 1951, c 249, §1; RL 1955, §90-3; am L Sp 1959 2d, c 1, §14; am L 1963, c 114, §1; am L 1964, c 56, §2; am L 1965, c 244, §2; HRS §377-2; am L 1985, c 251, §13]
Cross References
Generally, see §§26-20 and 26-34.


Advanced Concepts
Change Detection - Intro - When and Where
There are 2 questions to answer in order to understand
-
When to check for changes?
- If there is a process to launch, we necessary need to know when it has to be run
-
Where to update the changes?
- When something changes, does the whole view has to be updated


IN THE HIGH COURT OF JHARKHAND AT RANCHI A.B. A. No. 572 of 2014 1. Manoj Kumar 2. Santosh Kumar ...... Petitioners Versus The State of Jharkhand ...... Opposite Party ---------
CORAM: HON'BLE MR. JUSTICE AMITAV K. GUPTA
---------
For the Petitioners : Mr. Prabhat Kr. Sinha, Advocate For the State : A.P.P. --------- 04/Dated: 13th March, 2014
Heard learned counsel for the petitioners and learned counsel for the State.
Petitioners are apprehending their arrest in connection with the case registered under Sections 21 of the Mines & Mineral (Development & Regulation) Act, 1957, Section 21 of the Air Pollution Act, 1981 and Section 25 and 26 of the Water Pollution Act, 1974 .
Learned counsel for the petitioners has submitted that the petitioners have been falsely implicated in this case; that the petitioner No.2 is a sleeping partner of the alleged brick kiln; that the petitioner No.1 had deposited the royalty amount of Rs. 45,658/- as per Annexure-2 and the same was accepted by the District Mining Officer as per Annexure-2/1; that he had also applied for obtaining the N.O.C to the Pollution Control Board, which was also received on 10.09.2012; that the petitioners have not violated any provisions under the Pollution Control Act or under the Jharkhand Mines & Mineral (Development & Regulation) Act; that they have been implicated with an ulterior motive.
Learned A.P.P while opposing the prayer for bail of the petitioners, has submitted that as per Annexure-2/1 shows that the petitioner No.1 had deposited the royalty amount after lodging of the F.I.R. and N.O.C. has not been granted by the Pollution Control Board.
Considering the fact that amount was deposited by the petitioner after lodging of the F.I.R and there is no N.O.C. from the Pollution Control Board for the brick kiln, I do not find it to be a fit case for granting bail to the petitioner No.1. Accordingly, the anticipatory bail application of the petitioner No.1, namely, Manoj Kumar is hereby rejected.
Petitioner No.1 is directed to surrender in the Court below in connection with Katkamsandi (Pelawal O.P.) P.S. Case No. 53 of 2013, corresponding to G.R. No. 709 of 2013, pending in the Court of Judicial Magistrate, 1st Class, Hazaribagh and Court below shall consider that the petitioner No.1 had deposited the royalty amount and had also applied for N.O.C. to the Pollution Control Board and pass necessary order without being prejudiced.
So far as the petitioner No.2 is concerned, it is evident that he is a sleeping partner of the said brick kiln, the petitioner No.2, namely, Santosh Kumar is directed to surrender in the Court below within two weeks from the date of this order and in the event of his arrest or surrender the Court below shall enlarge the him on bail on furnishing bail bond of Rs. 10,000/- (Rupees ten thousand) with two sureties of the like amount each to the satisfaction of Judicial Magistrate, 1st Class, Hazaribagh in connection with Katkamsandi (Pelawal O.P.) P.S. Case No. 53 of 2013 corresponding to G.R. No. 709 of 2013, subject to the conditions as laid down under Section 438(2) of the Cr.P.C.
(Amitav K. Gupta, J.) Satayendra/


Our vision for rxweb framework is...
Core Values:
- Focus on those features which are not available in Angular framework or taking more efforts to achieve with the standard approach.
- Issues and pull requests get handled within reasonable time as per our issue workflow.
- Always willing to help or guidance.
- Always welcome new comers and respect their valuable effort as experts.
- Seeking to improve ourselves and our community.
- Recognize and validate contributions.
Reliability:
To prevent bugs and ensure stable release, rxweb framework heavily rely on tests and as a practice every new functionality or bug resolution test must be written with their respective scenarios. This practice helps to ensure while developing new features in existing features without any bug.


Cross-Origin Resource Sharing (CORS) is a specification that allows applications to make requests to other domains from within the browser. With CORS you have a secure and easy-to-implement approach for circumventing the browser’s same origin policy.
In this hack we will explore hosting a web font on a cloud drive. In order to do so, we will learn how to configure an Amazon S3 bucket to accept requests from other domains.
If you are not already familiar with web fonts and @font-face, refer to Hack #12.
In the next section I provide a bit more background on Amazon S3 and the same origin policy, before we get into the details of CORS.
What Is an Amazon S3 Bucket?
Amazon S3 (Simple Storage Service) is simply a cloud drive. Files of all kinds can be stored using this service, but web application developers often use it to store static assets such as images, JavaScript files, and stylesheets.
For performance improvements, web developers like to employ Content Delivery Networks (CDNs) to serve their static files. While Amazon S3 is not a CDN in and of itself, it’s easy to activate it as one by using CloudFront.
A bucket refers to the directory name that you choose to store your static files. To get started let’s set up an account at Amazon and navigate to the Amazon Management Console; see Figure 9-21.
Figure 9-21. S3 Management Console
If we click on Create a Bucket we should see the prompt shown in Figure 9-22.
Figure 9-22. Creating an S3 bucket in the S3 Management Console
Let’s name the bucket and choose a region (see Figure 9-23). As I stated earlier, you can choose a region to optimize for latency, minimize costs, or address regulatory requirements.
Figure 9-23. Naming an S3 bucket in the S3 Management Console
We will go ahead and name our bucket none other than “html5hacks.” You should now see an admin screen that shows an empty filesystem (see Figure 9-24).
Figure 9-24. The html5hacks S3 bucket
Well, that was simple. So why are we doing this? Let’s start with some simple browser security—something called the same origin policy.
Same Origin Policy
As the browser becomes more and more of an application platform, application developers have compelling reasons to write code that makes requests to other domains in order to interact directly with the content. Wikipedia defines same origin policy as follows:
In computing, the same origin policy is an important security concept for a number of browser-side programming languages, such as JavaScript. The policy permits scripts running on pages originating from the same site to access each other’s methods and properties with no specific restrictions, but prevents access to most methods and properties across pages on different sites.1
1 http://en.wikipedia.org/wiki/Same_origin_policy
As stated in Wikipedia’s definition, the same origin policy is a good thing; it protects the end user from security attacks. But it does cause some challenges for web developers.
This is where CORS comes into the picture. CORS allows developers of remote data and content to designate which domains (through a whitelist) can interact with their content.
Using Web Fonts in Your Application
There are a number of ways to use a web font within your web pages, such as calling the @font-face service, bundling the font within your application, hosting the web font in your own Amazon S3 bucket (more on this later), or converting the file to Base64 and embedding the data inline in a data-uri. By the way, the last technique is similar to the one outlined in Hack #13.
Each of these techniques has limitations.
- When calling the @font-face service you are limited to the fonts within the particular service’s database.
- Bundling the font within your application does not make use of HTTP caching, so your application will continue to download the font file on every page request. Furthermore, you cannot reuse the font within other applications.
- Hosting the font in an Amazon S3 bucket works great, except with Firefox, which enforces the same origin policy on all resources. So the response from the remote server will be denied.
- Converting the font to Base64 adds additional weight to the stylesheet, and does not take advantage of caching.
An exploration into the different types of web fonts is beyond the scope of this hack, so I will assume that you have already selected the web font BebasNeue.otf. You can download free and open fonts from sites such as http://www.dafont.com.
Uploading Your Font to Your Amazon S3 Bucket
Now, all we have to do is to upload the font onto our filesystem in the cloud (see Figure 9-25).
Figure 9-25. An uploaded BebasNeue font
Adding the Web Font to Your Web Page
In order to add a web font to our page, we need to add a single stylesheet to an HTML page.
Here is our page. Let’s call it index.html, and add a tag pointing to our base stylesheet, styles.css.
1 2 3 4 5 6 7 8 9 10 |
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In our styles.css let’s add the following and point to our uploaded file. Also, let’s assign the font to our H1 header via the test class name.
1 2 3 4 5 6 7 8 |
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Now we’ll open a browser and point to our newly created HTML page. In Opera (see Figure 9-26), Safari, and Chrome our header tag is being styled correctly.
Figure 9-26. Opera browser showing the BebasNeue font
But if we view it in Firefox, we are having issues (see Figure 9-27).
Figure 9-27. Firefox browser failing to show the BebasNeue font
If we examine the request for our font in the Chrome Dev Tools Network tab, we will see that the response from the server is empty (see Figure 9-28).
Figure 9-28. Firefox browser showing an empty response
What gives? Well, by default, Firefox will only accept links from the same domain as the host page. If we want to include fonts from different domains, we need to add an Access-Control-Allow-Origin header to the font.
So, if you try to serve fonts from any CDN, Firefox will not load them.
What Is CORS?
The CORS specification uses the XMLHttpRequest object to send and receive headers from the originating web page to a server that is properly configured in order to enable cross-site requests.
The server accepting the request must respond with the Access-Control-Allow-Origin header with either a wildcard (*) or the correct origin domain sent by the originating web page as the value. If the value is not included, the request will fail.
Furthermore, for HTTP methods other than GET or POST, such as PUT, a preflight request is necessary, in which the browser sends an HTTP OPTIONS request to establish a handshake with the server before accepting the PUT request.
Fortunately, after enough backlash from the development community, Amazon made CORS configuration available on Amazon S3 via a very simple XML configuration.
Let’s get started.
Configuring CORS at Amazon S3
You should already be at your Amazon Management Console at http:// console.aws.amazon.com. Click on Properties→Permissions→Edit CORS configuration, and you should receive a modal prompt.
The configuration can accept up to 100 rule definitions, but for our web font we will only need a few. For this example we will use the wildcard, but if you are doing this in production, you should whitelist the domains to prevent others from serving your font from your S3 account on their own web pages. It wouldn’t be the end of the world, but it might get costly.
The first rule allows cross-origin GET requests from any origin. The rule also allows all headers in a preflight OPTIONS request through the Access-Control-Request-Headers header. In response to any preflight OPTIONS request, Amazon S3 will return any requested headers.
The second rule allows cross-origin GET requests from all origins. The * wildcard character refers to all origins.
1 2 3 4 5 6 |
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So, let’s add our new configuration to our Editor and save (see Figure 9-29).
Figure 9-29. Configuring CORS in the S3 Management Console
Now, let’s return to Firefox and reload the page. We should now see the header font styled with our BebasNeue web font, as shown in Figure 9-30.
Figure 9-30. Firefox browser successfully showing the BebasNeue font
There is much more to learn about CORS, most notably, HTTP POST usage with certain MIME types, and sending cookies and HTTP authentication data with requests if so requested by the CORS-enabled server.


Simple, Purpose-Driven Tech
CoLab Cooperative is a transnational tech worker cooperative network.
CoLab Cooperative was founded in 2010 to co-create simple, purpose-driven web technology for a better world.
CoLab was born of diversity, with intercultural collaboration a part of its organizational DNA. In growing, we have prioritized heart-centered and inclusive cooperation, welcoming committed and aligned collaborators into the owning membership as they become woven into our team through the practice of work together.
Today, we have invested member-owners on three continents, and a larger collaborator member network in seven U.S. states and eight countries from Austin, Texas to Chandigarh, India. These CoLabrs are working their way toward member ownership at various stages. By choosing to work with the CoLab Network, our clients support our efforts to include more CoLabrs as invested members.
Our specialty is agile web development and participatory co-design for socio-economic and ecological impact.
We’re proudly building platforms with clients ranging from established educational institutions like Virginia Tech University, Stanford University, and Cornell University; to B-Corporations like Seventh Generation, to cooperatives like Green Worker Cooperative, and the innovative platform cooperative Up&Go, one of the only digital tools owned and governed by its members.
As a co-op, we’re especially committed to cooperative alternatives. In 2017, we completed a study for the International Cooperative Alliance on financing for co-op startups. In 2018, we collaborated with Vancity Credit Union to validate new concepts for high-impact, community-led investment. In 2019 we are published with Democracy Collaborative a report on scaling democratic organizations. It gives an overview of the many models for scalable democratic organizations to inform our own efforts to grow from a single transnational cooperative into a cooperative network.
As of 2021, CoLab Coop established a new entity based in the EU via Slovenia.
Meet our team
CoLab Members
-
Rylan PeeryOwner, Co-Founder
-
Ralph CutlerOwner, Co-Founder
-
Ethan WinnOwner, Senior Strategist
-
Amandeep SapraOwner, Senior Technologist
-
David BrooksOwner, Developer
-
Cris NelsonOwner, Project Manager
-
Colleen SkempOwner, Project Manager
-
Angela DawsonOwner, Financial Manager
-
Pat HaggertyOwner, Developer
-
McKenzie JonesOwner, Cooperative Developer
-
MaryJo MeckfesselOwner, Administrative Support Specialist
-
Margy Levine YoungOwner, Project Manager and Migration Analyst
-
Jonathan FigueroaOwner, Developer
-
Peter HebertOwner, Developer
-
Laurie Sterling DurantOwner, Developer
-
Neetu MorwaniOwner, Developer
-
Shruti MehtaOwner, QA Specialist
-
Karen MenezesOwner, Developer
-
Brandon VehrsOwner, SEO


Name: Chef Matthew
Dish: Pan Seared Chicken Breast
w/ Veloute Sauce & Mash Potatoes
Challenges will have to show their skills by creating a dish using techniques that were demonstrated by Chefs Panton and Swaby.


The success
of swarming content delivery has motivated a new
approach to live Peer-to-Peer (P2P) streaming that we call
mesh-based streaming. In this approach, participating peers
form a random mesh and incorporate swarming content delivery to
stream live content.
Despite the growing popularity of this approach, neither the
design tradeoffs nor the basic performance bottlenecks
in mesh-based P2P streaming are well understood.
We designed PRIME, the first mesh-based P2P streaming
for live content that effectively incorporates swarming content
delivery. We identify two performance bottlenecks in
a mesh-based P2P streaming, namely bandwidth bottleneck and content bottleneck.
We derive proper peer connectivity
to minimize bandwidth bottleneck as well as an efficient pattern of
delivery for live content over a random mesh to minimize content
bottleneck.
We show that the pattern of delivery can be divided into
diffusion and swarming phases and then identify proper
packet scheduling algorithm at individual peers.
Using ns simulations, we examine key characteristics, design tradeoffs
and the relationship between main system parameters.
Peer-to-Peer streaming overlays consist of peers with heterogeneous, asymmetric and limited bandwidth. A reasonable approach to maximize the delivered quality to individual peers in such an environment is to ensure that delivered quality to each peer is proportional to its contribution. In essence the delivered quality in a resource-constraint P2P streaming system should be contribution aware. The contribution-aware paradigm not only promotes the fairness among peers, but also serves as an effective means to encourage peers to contribute. Incorporating contribution-awareness into P2P streaming is challenging. In this project, the contribution awareness mechanism is incorporated into a mesh-based P2P live streaming, and its performance is extensively studied. Our mail goal is to deliver a persistent quality to individual peers proportional to their contribution while maximizing the utilization of the resources in the system. Through extensive evaluation we show that the contribution-awareness mechanism in a mesh-based P2P streaming is achievable, i.e. peers received quality is proportional to their contribution while resources in the system is fully utilized.
Existing approaches to P2P streaming can be divided into two general classes: (i) tree-based approaches use push-based content delivery over multiple tree-shaped overlays, and (ii) mesh-based approaches use swarming content delivery over a randomly connected mesh. Previous studies have often focused on a particular P2P streaming mechanism and no comparison between these two classes has been conducted. In this project, we compare and contrast the performance of representative protocols from each class using simulations. We identify the similarities and differences between these two approaches. Furthermore, we separately examine the behavior of content delivery and overlay construction mechanisms for both approaches in static and dynamic scenarios. Our results indicate that the mesh-based approach consistently exhibits a superior performance over the tree-based approach. We also show that the main factors attributing in the inferior performance of the tree-based approach are (i) the static mapping of content to a particular tree, and (ii) the placement of each peer as an internal node in one tree and as a leaf in all other trees.
The behavior of Peer-to-Peer (P2P) streaming mechanism in sessions where a large fraction of peers are residential peers have not been examined. Several characteristics of residential users could affect the behavior of P2P streaming sessions including (i) the heterogeneity of access link bandwidth, (ii) the limitation of available resources due to asymmetric nature of access link bandwidth (for DSL and cable modem), and (iii) the participation of free-loaders. In this project, we examine the effect of these three characteristics of residential users on the performance of P2P streaming mechanisms using ns simulations. We show that these characteristics could adversely affect the performance of P2P streaming mechanisms as follows; First, the delivered quality to individual users is not correlated with their contributed resource to the system. Second, the presence of free-loaders could dramatically degrade the delivered quality to participating peers even when the amount of available resources in the system are adequate. Our findings suggest that P2P streaming should be able to address these issues in order to be successfully deployed among residential users.
Mesh-based Peer-to-Peer streaming mechanisms incorporate swarming content delivery and thus are able to support scalable streaming of live content. Their key component is a packet scheduling scheme at each peer that determines pulled packet from neighbors while accommodating in-time arrival and diversity of delivered packets. Besides packet scheduling scheme, the overall performance of a mesh-based P2P streaming mechanism also depends on the availability of excess resources in the system. Recently proposed mesh-based P2P streaming mechanisms have been evaluated in a scenario-rich setting. Thus, neither their performance in a resource constraint scenario nor the separate effect of packet scheduling and available resources on their performance is known. In this project, we dissect the performance of mesh-based P2P streaming mechanism and investigate the effect of packet scheduling and available resource on their performance. We argue that the global pattern of content delivery primarily determines behavior of a mesh-based P2P streaming system. We present a new evaluation methodology that properly captures this pattern. Using our evaluation methodology, we examine the performance of representative scheduling schemes and the role of available resources. Our findings provide useful insights in design and evaluation of mesh-based P2P streaming mechanisms.
In Swarm-based Peer-to-Peer Streamiing (SPS) mechanisms, participating peers form a randomly connected mesh over which they incorporate swarm-like content delivery. In practice, a subset of participating peers may form clusters in the overlay due to various reasons such as localization of connectivity within edge ISPs. Despite the commonly held assumptions, the appearance of such clusters could significantly degrade the delivered quality to participating peers in SPS mechanisms.
This project examines the effect of overlay clustering on the performance of SPS mechanisms for live content. Leveraging the notion of two-phase content delivery in SPS mechanisms, we illustrate the effect of overlay clustering on content delivery. We propose the Overlay Monitoring and Repair (OMR) mechanism as a distributed and scalable approach to maintain proper overlay connectivity in SPS mechanisms. The key idea is to use delivered quality to individual peers as an indication of poor connectivity from other regions of the overlay. OMR employs a probabilistic approach to ensure an adequate number of properly-positioned peers reacts to detected clustering in the overlay without any coordination. Reacting peers rewire a small number of carefully-selected connections in the overlay to significantly improve the performance of content delivery.
P2P streaming applications have been widely used for scalable streaming of
live multimedia over the Internet. Their high bandwidth demand potentially can result in
generating a significant amount of network traffic. P2P
applications build a random overlay among peers and often ignore the
underlying network topology. This imposes a significant amount of
costly traffic on ISPs. For this reason, ISPs try to reduce the costly inter-ISP traffic by
various means and thus, localized the P2P traffic. Localization can
significantly degrades the performance of live P2P
streaming applications. In a localized P2P
overlay, there may not be adequate shortcuts throughout the varous
parts of the overlay to ensure the diversity of content in each neighborhood. Thus,
localization may results in decreasing the diversity of content in each peer's
neighborhood and stretching the shape of the random P2P overlay. We propose the first
ISP-friendly Swarm-based P2P streaming mechanism with the goal of maintaining the P2P
streaming application performance while reducing inter-ISPs traffic. In
essence, we design an ISP-friendly block scheduling algorithm that
considers the localized topology of the P2P overlay for smart block scheduling.
Our evaluation results demonstrate that through the proposed ISP-friendly
mechanism, the delivered quality to individual peers in a localized overlay is
comparable to the peers' quality in a random overlay.
Papers & Presentations:
Acknowledgment and
Disclaimer


Do you already have a GitHub account?
If you don't, here is where you should start.
DynaHub is extension for Dynamo that allows you to seamlessly connect to GitHub. Upload your graphs online to be able to reach them from anywhere.
Host your Dynamo content on the most used Git provider
Once you created and account, create a new repo, public or private and start populating it with your Dynamo files. Every time you edit them you'll see what changed and you'll be able to roll back to a previous (hopefully working) version.
Deploy your graphs everywhere in the world!
Access your GitHub repository without leaving Dynamo and open your files with just a click! No worries about messing up and unwanted changes.
DynaHub has shaped the business we have today. We have a repeatable deployment process and a strategy to scale our team. I recommend DynaHub to any business looking to improve their Dynamo.


Moorish idol fish
Scientific Name:
Zanclus cornutus (Linnaeus, 1758)
Distribution:
The distribution of this species includes the warm tropical water from Hawai'i to Australia, and from the west coast of Central America westward to the coast of Africa and the Red Sea.
Maximum Size:
To 9".
Habitat:
The best environment for this fish is to provide it with lots of swimming room to move around unobstructed, and plenty of cover and hiding places. Because it is a very easily frightened fish and rather unpredictable in its compatibility nature, these provisions are important.
Minimum Tank Size Suggested:
100 gallons.
Reef Tank Suitability:
The Moorish Idol is an omnivore. Its preferred food sources are sponge, small crustacean and invertebrate life, and some marine algae. The Moorish Idol is a grazer and spends its day cruising and picking. Sometimes an individual may nip at large polyped stony corals and some types of soft coral polyps.
Characteristics & Compatibility:
The Moorish Idol is compatible with most other fish. If more than one Idol is to be housed in one tank, they should be introduced to the tank at the same time.
Diet & Feeding:
This fish should be fed several times a day, with a varied diet of finely chopped dried, fresh or frozen meaty fares such as shrimp, squid, clams, and live mysid shrimp or vitamin enriched brine shrimp, as well as vegetable matter suitable for herbivores. Because sponge is one of this fish's main natural food sources, provide prepared fares that include sponge in them.
Copperband butterflyfish
Scientific Name:
Chelmon rostratus.
Other Common Names:
Beaked Butterflyfish, Beaked Coralfish, or Orange Stripe Butterfly.
Maximum Size:
7.9".
Distribution:
Indo-west-Pacific.
Diet:
The Copperband Butterfly may be difficult to get to eat in an aquarium. Feeding live (fresh clams or mussels with their shells broken open), frozen foods (Mysis Shrimp or carnivore preparations) or marine fish and crustaceans to begin with seems to be the best bet to get them to begin feeding.
Reef Tank Suitability:
The Copperband is generally safe with soft and small-polyped stony corals. Some specimens may nip at large-polyped stony corals, certain soft corals and zoanthids. Most of them will consume Aiptasia and polychaete worms.
Characteristics:
This fish is fairly sensitive, so poor treatment during capture, transport and holding will greatly determine how well it will fare in your tank. Close inspection of the fish's condition, as well as observing it eat before purchasing will greatly improve its odds of survival.
Minimum Tank Size:
55 gallon.
Clown fish
Scientific Name:
Amphiprion ocellaris (Cuvier, 1830)
Other Common Names:
False Clown Anemonefish.
Identification:
Normally bright orange with three white bars, the middle one with forward-projecting bulge; bars have narrow black margins.
Distribtution:
Eastern Indian Ocean and Western Pacific.
Average Size:
To 3.5 inches.
Habitat:
Provide with plenty of hiding places and live rock growth for grazing on.
Minimum Tank Size Suggested:
20 gallons
Reef Tank Suitability:
Excellent fish for a reef tank environment.
Preferred Host Anemone Species:
Heteractis magnifica; Stichodactyla gigantea; S. mertensii. This fish also does fine without a host anemone.
Characteristics & Compatibility:
Gets along well with most other species, including other Clownfish.
Diet & Feeding:
An omnivore which should have a varied diet including meaty food items and algae. A high quality marine omnivore flake food with these items can supply adequate levels of these nutrients. Feed 2 to 3 times per day.
Pacific blue tang
Scientific Name:
Paracanthurus hepatus (Linnaeus, 1766).
Other Common Names:
Hippo Tang, Blue Regal Tang, and Palette Surgeonfish. Also recognized and known as "Dory", the fish in the Disney movie Finding Nemo.
Distribution:
Native to reefs across the Indo-Pacific.
Average Size:
12.2 inches (31 cm).
Characteristics and Compatibility:
Not overly aggressive towards other tank mates, but may become boisterous in the community. Juveniles can be kept together in groups, but adults will fight unless ample shelter and swimming room is provided. Prone to contracting ich, and susceptible to head and lateral line erosion (HLLE), like most Surgeonfishes are.
Diet and Feeding:
Unlike most tangs or surgeonfishes that require a steady diet of algae, the Pacific Blue Tang should also be fed meaty fares to satisfy its zooplankton dietary needs. Finely chopped fresh or frozen shrimp, mysid shrimp, brine shrimp, and preparations for herbivores are suitable foods, as well as nori (dried seaweed) is accepted. To help with healing of HLLE problems, foods can be soaked in a liquid vitamin supplement, such as Selcon, and Kent Marine Zoecon.
Habitat:
A fish that is very active, it should be provided with plenty of room to move around, and an ample supply of live rock to graze on at its leisure is beneficial.
Suggested Minimum Tank Size:
100 gallons (379 L).
Reef Tank Suitability:
Good.
Fantail Goldfish
Scientific Name:
Carassius auratus
Other Common Names:
Show Goldfish, Fancy Goldfish
Distribution:
originated in Asia; Central Asia (Siberia). They inhabit the slow moving and stagnant waters of rivers, lakes, ponds, and ditches feeding on plants, detritus, small crustaceans, and insects.
Average Size:
6.0 inches (15.24 cm)
Characteristics and Compatibility:
Goldfish are very social animals and thrive in a community. Not only are they a great community fish, but they are great scavengers as well. The Fantail Goldfish, along with the Ryukins, are some of the only egg-shaped goldfish that can readily compete for food with elongated goldfish, such as the Common or Shubunkin Goldfish. As such, the Fantail Goldfish makes a suitable tankmate for any of those. It is really not necessary to add other scavengers or other bottom feeders to the aquarium when you have goldfish.
Most fancy goldfish will thrive in both freshwater and tropical aquariums as long as there are no aggressive or territorial fish in the tank. Some good tankmates for fancy goldfish are the Chinese Blue Bitterling and the Northern Redbelly Dace.
Diet and Feeding:
Since they are omnivorous, the Fantail Goldfish will generally eat all kinds of fresh, frozen, and flake foods. To keep a good balance, give them a high quality flake food everyday. To care for your goldfish, feed brine shrimp (either live or frozen), blood worms, Daphnia, or tubifex worms as a treat. It is usually better to feed freeze-dried foods as opposed to live foods to avoid parasites and bacterial infections that could be present in live foods.
Habitat:
These goldfish are hardy and easy to keep in a well-maintained tank. Minimum tank size is 10 gallons, but make sure water changes are frequent in such as small tank. Regular weekly water changes of 1/4 to 1/3 are strongly recommended to keep these fish healthy. Snails can be added as they reduce the algae in the tank, helping to keep it clean.
Suggested Minimum Tank Size:10gal
Guppies
Scientific Name:
Poecilia reticulata
Other Common Names:
Fancy Guppy, Millions Fish
Distribution:
They are widely distributed in Southern and Central America, specifically Venezuela, Barbados, Trinidad, Brazil and the Guyanas. There is a great deal of color diversity within the species, and it breeds readily and quickly. There is also a diverse range of variations in the tail fin, including Sword and Double Sword varieties, Roundtail, Pintail, Flagtail, and the ever popular Fantail variety.
They occur in a wide variety of habitats, but are usually found in waters that are quiet and densely vegetated. They can tolerate a wide salinity range and water temperatures ranging from 64-82° F (18-28° C). These fish often live in shoals in the wild.They feed on detritus with algae and plant matter and also consume zooplankton, diatoms, invertebrates, small insects, and insect larvae.
Average Size:
2.4 inches (5.99 cm)
Characteristics and Compatibility:
The Guppy is extremely active but also very friendly. This fish has a very kind and even temperament and is generally peaceful and active.This sociable fish combines well with all other good-natured fish. Small fishes such as armored catfish (Corydoras), Platy fish, Tetras and other Characins make good tankmates.
These active fish form loose schools and are always on the move. Though they are peaceful community fish and easily kept with other livebearers, they may chase fry and will often nip the fins of the Betta or Siamese Fighting Fish. The aquarist should avoid combining the Guppy with the Betta, particularly in small quarters, as one of the two or both are bound to get their fins shredded.
Diet and Feeding:
Since they are omnivorous, the Guppy will generally eat all kinds of fresh, frozen, and flake foods. In the wild, their diet consists of detritus with algae and plant matter, zooplankton, diatoms, invertebrates, small insects, and insect larvae. In the aquarium, they will gladly eat most commercially-prepared fish foods as well as supplementary live and vegetable-based food. Feed brine shrimp (either live or frozen) or blood worms as a treat. Baby brine shrimp are a favorite of this species. This fish is not a picky eater but should be fed a varied diet several times daily in very small amounts.
Habitat:
Fancy Guppies do not require special aquarium care and are not too demanding about their tank. Still, the tank should have regular water changes of 25% two to three times a month, depending how many fish it holds and the condition of the water. As in caring for most of this family, aquarists should add 1-1.25 teaspoons of aquarium salt per gallon. When changing water, replace salted water with salted water, but when replacing water that has evaporated, do not add additional salt. Water that evaporates will leave salts behind, so there is no need to add more salt if you are topping off evaporated water.
Suggested Minimum Tank Size:
5 gal
Neon Tetra
Scientific Name:
Paracheirodon innesi
Distribution:
They are found in South America in the Paraguay River basin, Rio Taquari, Pantanal of Mato Grosso do Sul, and Brazil. In nature, these fish inhabit the slow-moving tributaries of main rivers. Neon Tetras live in shoals mainly in the middle water layers and feed on worms and small crustaceans.
Average Size:
1.6 inches (3.99 cm)
Characteristics and Compatibility:
Neon Tetras are ideal for a community aquarium with other peaceful fish. It is best not to keep them with fish that are larger or aggressive, like angels. Good tankmates include other small tetras, hatchet fish, pencil fish, Corydoras, smaller rasboras, and peaceful barbs. They are most comfortable and show their best colors when kept in a school of 6 or more fish.
Diet and Feeding:
Since they are omnivorous, Neon Tetras will generally eat all kinds of small or finely ground foods--live, fresh, and flake. To keep a good balance, give them a high quality flake food every day. Feed brine shrimp (either live or frozen) or blood worms as a treat. These tetras like several feedings a day, but offer only what they can consume in 3 minutes or less at each feeding.
Habitat:
The Neon Tetra is active and does best in a school with 6 or more of its own kind. A school will be comfortable in a 10-gallon aquarium.They should have peat-filtered water. These fish also prefer to have a bit of a current to swim in.Dim lighting will develop this tetra's best coloring.
These fish prefer some plant cover and a darker gravel. A biotype setup is a great choice for this tetra and is very easy to put together. For the substrate, use a river sand with some drift wood and twisted roots. Add some dried leaves to the tank, which will stain the water a light brown, and replace the leaves every few weeks.
Suggested Minimum Tank Size:
10gal
Oranda Goldfish
Scientific Name:
Carassius auratus auratus
Other Common Names:
Oranda Fancy Goldfish
Distribution:
These wild carp originated in Asia; Central Asia (Siberia). They inhabit the slow moving and stagnant waters of rivers, lakes, ponds, and ditches feeding on plants, detritus, small crustaceans, and insects. The Oranda Goldfish is one of the older varieties of fancy goldfish. Today, domesticated goldfish are distributed world-wide. The Oranda is one of the more than 125-captive bred fancy goldfish varieties.
Average Size:
7.0 inches (17.78 cm)
Characteristics and Compatibility:
Goldfish are very social animals and thrive in a community. Not only are they a great community fish but they are great scavengers as well. It is really not necessary to add other scavengers or other bottom feeders to the aquarium when you have goldfish. The Oranda Goldfish is not a fast swimmer, so it cannot vigorously compete for food with fast swimming types of goldfish like the Common Goldfish, Comet Goldfish, and the Shubunkin. The Oranda may not fare well if housed with these fish, but it does well with other egg-shaped varieties, if its environment is well cared for.
Diet and Feeding:
Since they are omnivorous, the Oranda Goldfish will generally eat all kinds of fresh, frozen, and flake foods. To keep a good balance give them a high quality flake food everyday. To care for your Oranda Goldfish, feed brine shrimp (either live or frozen), blood worms, Daphnia, or tubifex worms as a treat. It is usually better to feed freeze-dried foods as opposed to live foods to avoid parasites and bacterial infections that could be present in live foods. Due to their fleshy head growth they can have poor vision and a harder time seeing their food, so need extra time to feed.
Habitat:
Setting up a goldfish aquarium in a manner that will keep your fish happy and healthy is the first step to success. The shape and size of the aquarium is important and depends upon the number of goldfish you are going to keep. These fish need a lot of oxygen and produce a lot of waste. Good filtration, especially biological filtration, is very helpful in maintaining the water quality of the aquarium. A filtration system will remove much of the detritus, excess foods, and waste, which keeps the tank clean and maintains the general health of the goldfish
Suggested Minimum Tank Size:
10gal


The WPI Robotics library (WPILibJ) is a set of Java classes that interfaces
to the hardware in the FRC control system and your robot. There are classes
to handle sensors, motors, the driver station, and a number of other
utility functions like timing and field management. The library is designed
to:
- Deal with all the low level interfacing to these components, so you
can concentrate on solving this year's "robot problem". This is a
philosophical decision to let you focus on the higher-level design of
your robot rather than deal with the details of the processor and the
operating system.
- Understand everything at all levels by making the full source code of
the library available. You can study (and modify) the algorithms used by
the gyro class for oversampling and integration of the input signal or
just ask the class for the current robot heading. You can work at any
level.