An industrial robot is a robot system used for manufacturing. Industrial robots are automated, programmable and capable of movement on three or more axis.
The most commonly used robot configurations are articulated robots, SCARA robots, delta robots and cartesian coordinate robots, (gantry robots or x-y-z robots). In the context of general robotics, most types of robots would fall into the category of robotic arms (inherent in the use of the word manipulator in ISO standard 8373). Robots exhibit varying degrees of autonomy: Some robots are programmed to faithfully carry out specific actions over and over again (repetitive actions) without variation and with a high degree of accuracy. These actions are determined by programmed routines that specify the direction, acceleration, velocity, deceleration, and distance of a series of coordinated motions.
An articulated robot uses all the three revolute joints to access its work space. Usually the joints are arranged in a chain, so that one joint supports another further in the chain.
The SCARA's parallel-axis joint layout, the arm is slightly compliant in the X-Y direction but rigid in the 'Z' direction, hence the term: Selective Compliant.


Mac & Cheese
Summary
Ingredients
Directions
Summary
This is a summary with a
link
Ingredients
maceroni
cheese
Directions
make maceroni
melt the cheese on top
Mason Chinkin is the inventor of Mac and Cheese


Australia braces for more fires as extreme temperatures predicted
SYDNEY: Thousands of firefighters were fortifying containment lines on Monday (Dec 9) as temperatures were forecast to soar, increasing the danger of a fresh wave of bushfires across Australia's east coast.
More than 100 fires remain ablaze in the region, and authorities warned conditions would worsen on Tuesday, when temperatures were predicted to top 40 degrees Celsius.
Seeking to minimise the threat, firefighters safely burned grassland around homes to remove fuel, said NSW Rural Fire Service Commissioner Shane Fitzsimmons.
"Firefighters are trying to take advantage of the more moderate conditions ... and establish as many significant containment options as they can," Fitzsimmons told reporters in Sydney. "It is an enormous amount of work with more than 2,000 people out in the field."
READ: Sydney smoke crisis 'longest on record'
Wildfires have killed at least four people, destroyed more than 680 homes and burned more than 2.5 million acres of bushland across eastern Australia since the start of November.
Such fires are common in Australia's hot, dry summers, but the ferocity and early arrival of the fires in the southern spring this year have caught many by surprise. Experts have said climate change has left bushland tinder-dry.
In the small city of Hawkesbury, about 50km north west of Sydney, residents joined firefighters to safeguard their properties.
READ: Australian PM denies climate link as smoke chokes Sydney
Mayor Barry Calvert said residents were trying to clear foliage from around their homes, and opening gates to ensure emergency workers have access.
Calvert said many locals were struggling to move animals and livestock in an area renowned for breeding racehorses.
"We've opened the showground for people to move their animals, but many people here may have 20 horses and only two horse boxes so they can't move them quickly," Calvert told Reuters.
READ: Online fundraiser for bushfire-hit koalas top A$1 million
The wildfires have blanketed Sydney - home to more the 5 million people - in smoke and ash for more than a week, turning the daytime sky orange, obscuring visibility and prompting commuters to wear breathing masks.
Australia's worst bushfires on record destroyed thousands of homes in Victoria state in February 2009, killing 173 people and injuring 414.


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import { ContainerModule } from 'easy-framework';
Containers are styled with a .container
class that sets width: 80%
when the viewport is 48rem.
import { ContainerModule } from 'easy-framework';
Containers are styled with a .container
class that sets width: 80%
when the viewport is 48rem.
Fluid containers are styled with a .container-fluid
class that sets max-width: 85.37rem (1366px)
.
Full containers are styled with a .container-full
class that sets width: 100%
.
Rounded containers are styled with a .rounded
class that adds border-radius: .5rem (8px)
.


User Login
Team Ngoc!
Pokemon
Hp
45
Bulbasaur
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
01
Hp
39
Charmander
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
04
Hp
34
Squirtle
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
07
Hp
35
Pikachu
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
25
Hp
91
Dragonite
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
149
Hp
65
Flareon
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
136
Hp
65
Zapdos
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
145
Hp
160
Snorlax
Caught: Monday 03/18/17 10:00am
https://pokemondb.net/pokedex
Weakness
Special Abilities
National Number
143


Please store this email as receipt
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Start time: {{sub.start_time}}
End_time: {{sub.ends_time}}
Amount Paid: {{amount}}


Professional
I'm a Full Stack JavaScript developer recently graduated from Portland State University with a B.S. in Computer Science and Mathematics. You can check out some of my recent small projects that I have created while working towards a Full Stack Developer Certification from freeCodeCamp by going to my CodePen.

Projects
Infinity: A tool for children with complex communication needs which allows them to speek using speech sythesis.
Send me an email<EMAIL_ADDRESS>or check out one of my profiles below


Gluten-free Banana Bread
Search Results
Ingredients:
For the Banana Bread
- ½ cup unsalted butter, melted, browned and cooled slightly
- 2 cups gluten-free all-purpose flour (I used King Arthur
- Gluten-Free Flour)
- 1 ½ teaspoons xanthan gum
- 1 teaspoon baking soda
- ½ teaspoon baking powder
- ½ teaspoon salt
- ¾ teaspoon ground cinnamon
- ½ teaspoon freshly grated nutmeg
- ¾ cup packed light brown sugar
- 2 large eggs
- 1 ¼ cup mashed banana (from about 3 medium bananas)
- 1 teaspoon pure vanilla extract
- ¼ cup buttermilk
For the Crumble
- 3 tablespoons cold, unsalted butter, cut into ½-inch cubes
- ½ cup gluten-free all-purpose flour
- 3 tablespoons packed light brown sugar
- 3 tablespoons old-fashioned oats
For the Salted Caramel
- 2 tablespoons butter
- ½ cup cream
- 1 cup sugar (brown or white)
- 1 pinch sea salt
- 1 tablespoon vanilla extract
Directions:
- Place a rack in the center of the oven and preheat to 350° F. Grease and flour a 9×5-inch loaf pan and set aside.
- Melt butter in a saucepan over medium heat. Butter will begin to foam
and crackle as it melts.
- When the crackling subsides, the butter will
begin to brown.
- Swirl the pan as the butter cooks. When the butter
browns and begins to smell nutty, remove the pan from the flame and
transfer the butter to a small bowl. Taking the butter out of the hot
saucepan will stop the butter from overcooking and burning.
- Set aside to cool.
- In a large bowl, whisk together flour, xanthan gum, baking soda,
baking powder, salt, cinnamon, and nutmeg.
- In a medium bowl, whisk together sugar, eggs, mashed bananas, vanilla
extract, and buttermilk.
- When butter has cooled, whisk in the browned butter.
- Add the wet ingredients, all at once to the dry ingredients. Fold
together, making sure to scrape the bottom of the bowl to reveal any
hidden pockets of flour. Fold together ingredients, but try not to
over stir.
- Spoon batter into prepared pan.
- To make the topping combine all of the ingredients in a bowl and rub
together with your fingertips until crumbly. Sprinkle evenly over the
batter in the bread pan.
- Bake for 40-45 minutes, or until a skewer inserted into the center of
the loaf comes out clean.
- Remove from the oven and allow to rest in the pan for 15 minutes, before inverting onto a wire rack to cool
completely.
- To make the caramel, combine all ingredients in a saucepan over
medium-high heat and let simmer/boil for 10-15 minutes, until thick.
Don’t stir too much, but also make sure that it doesn’t burn!
- Pour the caramel over the bread and reflect on how good the world
is.
- Bread will last 4 days, well wrapped at room temperature. This loaf
also freezes well. Just before ready to serve, drizzle with salted
caramel.


Stats
Since it was released, MTGA Tracker has done lots of things!
Total downloads
Unique users
Tracked games
Features
Detailed Match History
(Coming soon) Keep a record of your entire match history. Play an opponent with a really cool deck, but didn't write down all the cards you saw? Don't worry about it! MTGA Tracker did!
In-Depth Statistics
(Coming soon) Spot your deck's strengths and weaknesses.  Now you can know for sure!
Collaborative Deck Hub and Meta Report
(Coming soon) Brew your craziest ideas together! Want to make that ridiculous Revel and Riches deck, but can't figure out which cards to use? Let the community help you make your best decks better
(and your silliest decks sillier)
Download the latest release
Get started tracking your decks and games now! MTGA Tracker is (and always will be) free and open-source. No account required.


supervisord
Supervisor is a client/server system for controlling some processes on UNIX-like operating systems.
Supervisord is the server part of supervisor; it is primarily managed via a configuration file.
More information: home page
- Start supervisord with specified configuration file:
supervisord -c path/to/file
- Run supervisord in the foreground:
supervisord -n


--- title: BUGS layout: null --- {% include head.html %}
Open source represents a form of licensing that encourages collaboration and transparency. Although open source licenses may take a number of forms, essential features include being able to freely study, change, and distribute the source code.
BUGS is focused on the promotion of open source by engaging students in open source projects on the local and global scale, hosting speakers who work with open source in industry and philanthropy, and running events to advocate for open standards in subjects such as data and innovation.
BUGS is a member of the Mozilla-led Open Source Student Network (OSSN), a network of university students and clubs who share the belief that open source software – technology built with code that is open for view, use, and modification – is the engine that powers innovation. Mozilla's goal is to support, empower and help Clubs and their members towards getting more skills and contributing to Open Source Projects through this network of Clubs.


Paragraph
This module on Gerrymandering was authored by
Sarah Bryant
,
Beth Campbell-Hetrick
, and
Kyle Evans
.
in-context


Class rex_password_policy
Direct known subclasses
Methods summary
public
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public
boolean|string
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protected
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protected
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protected
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public
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public
boolean|string
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protected
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protected
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protected
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Street Wear
Supreme has a line of collaborations with brands such as Nike, Air Jordan, Vans, Clarks, The North Face., Hanes, Playboy, Levi's, Timberland, Comme des Garçons, UNDERCOVER, White Castle as well as many more. Fashion photographer Terry Richardson has produced some of the most notable pieces which include photographs of Michael Jordan, Kermit the Frog, Three Six Mafia, Lou Reed, Lady Gaga, and Neil Young.
SkateBoard
STORE LOCATION
United States:
New York City: 274 Lafayette Street, NYC 10012
Los Angeles: 439 North Fairfax Ave, LA 90036
Open 11:00 - 7(Mon-Thu)
11-7:30(Fri-SAT)
12-6(SUN)
News
www.supremenewyork.com will be releasing a web exclusive collection. The capsule will release on December 5th at 11am EST. The collection is influence by SUPREME STORE® NY and features the 1st Camo Pattern.
Supreme® is happy to present the 2015 Christmas Collection which will hit stores on Saturday, Dec 5th! Inspired by the cosmos, the Space Camo series feature a glow in the dark galaxy print on t-shirts and hoodies.
Contact
Please chack Supreme officila website http://www.supremenewyork.com/ for more info, or Send messege to us.
274 Lafayette Street NYC 10012
Tel<PHONE_NUMBER>
Company Intro
Supreme is a skateboarding shop/clothing brand in New York City established in April 1994.
The brand was originally founded by James Jebbia. Although he was born in the US, he lived in England from the age of one to nineteen.The first Supreme store opened on Lafayette Street in downtown Manhattan in 1994. It was designed with skaters in mind, unusually with the clothes arranged around the outside of the store with a large space in the middle. This meant that skaters with backpacks on could skate right into the store, and still feel comfortable. In 2004, a store was opened on North Fairfax Ave in Los Angeles, California, which is almost double the size of the original New York store and also includes an indoor skate bowl. There are other stores in London, Tokyo (Harajuku, Daikanyama & Shibuya), Nagoya, Osaka, and Fukuoka. These modern stores still try to emulate the original Lafayette Street store design.
Unlike other clothing brands, who release their new collections all at once, Supreme releases a small number of items at a time, typically five to fifteen. This "drop" occurs online at 11 am local time in America, UK and Japan. This strategy maintains the aura of "hype" that the brand creates. Their shoes, clothing, and accessories create a big secondary market for supreme clothing, because items are produced to a very limited quantity and also because there are only nine stores worldwide. Supreme has a line of collaborations with brands such as Nike, Air Jordan, Vans, Clarks, The North Face., Hanes, Playboy, Levi's, Timberland, Comme des Garçons, UNDERCOVER, White Castle as well as many more. Fashion photographer Terry Richardson has produced some of the most notable pieces which include photographs of Michael Jordan, Kermit the Frog, Three Six Mafia, Lou Reed, Lady Gaga, and Neil Young.


| Class | Description |
|---|---|
| DemoNaiveBroadcast |
This is a merged four-protocol, self-stabilizing stack that sits on
top of an
arbitrary overlay, "view" The main method demonstrates running an experiment
with this protocol using the TestHarness class to create many simulated nodes
on a random graph
Layer 1: Leader election.
|
| DemoNaiveBroadcast.StringBroadcast | |
| DemoTokenRing | |
| DemoTokenRing.ChattyTokenRing |
Override the act() function of TokenRing to print a message to the
console when the token arrives.
|
| DemoTokenRing.StaticNetworkSizeCounter |
Static network size.
|
| DemoTokenRingPipeline | |
| DemoTokenRingPipeline.TokenRingFactory |
This factory is used by the pipeline to create individual token ring
instances.
|
| Dilator | |
| FindMin<T> | |
| FindMinComparable<T extends Comparable<T>> | |
| FindMinPull |
Pull-based "find minimum value" example protocol
|
| FindMinPullWeighted |
Pull-based "find minimum value" example protocol
Demonstrates gossiping to neighbors with an arbitrary weighted distribution
|
| FindMinPush |
"Find minimum value" pull protocol example
|
| FindMinSymmetric |
Push-pull "find minimum value" example
|
| FourLayerTreeStack |
This is a merged four-protocol, self-stabilizing stack that sits on
top of an
arbitrary overlay, "view" The main method demonstrates running an experiment
with this protocol using the TestHarness class to create many simulated nodes
on a random graph
Layer 1: Leader election.
|
| RoundRobinMerge | |
| RoundRobinMergeRate | |
| RunCompositeProtocol | |
| RunCompositeProtocolDeterministic | |
| TreeCountNodes |
Count the nodes in each subtree of a rooted spanning tree.
|
| TreeLabelNodes |
Use the subtree node count protocol to assign unique numbers to every
node in
DFS order.
|


Portfolio
Quarantine and Chill
Our latest project is quarantine and chill.
Our collaborators are Adia Boyd, Beau Hengst, Caroline Tobin,
Domo Christopher and Evan Chu Our app is a activity generator,
which choose random movie drink and meal for the user to watch and relax.
It is the convenient way to have a good time.
|Javascript|Foundation for CSS|HTML|
Code-Convertible-Password-Generator
This password generator is for the users to create any
random password between 1 and 128. This app is
to make the users play with it and save it.
|JavaScript|CSS|HTML|


The dissolution stage comprises two possible solutions for the dissolution system: using a dedicated unit (DU) or using the FPSO (Floating Production, Storage, and Offloading) platform available infrastructure.
When using a dedicated unit, a subsea pump will provide water to the cave dissolution. This subsea pump requires an infrastructure consisting of a generator, an umbilical cable to provide high voltage electricity, a water intake pipe, and connection equipment as flowlines, terminals, and jumpers
On the transition phase the Dedicated unit ship is substitute by a FPSO that stores the liquified CO2, the Sub pump unit is removed and the Umbilical will be reconnected to the Christmas Tree.
The FPSO start the injection of the liquified CO2 in the epoch, the time for fulfilling the epoch depends upon the size of the epoch and CO2 flow rate.
Felipe Ferrari, Daniel Prata, Henrique Gaspar
Ship Design and Operations Lab
Department of Ocean Operations and Civil Engineering - NTNU (Aalesund, Norway)
Scale of Elements
A simulation using Vessel.js library - November, 2019.


Bookshelf is a JavaScript ORM for Node.js, built on the Knex SQL query builder. Featuring both promise based and traditional callback interfaces, it follows the Model & Collection patterns seen in Backbone.js, providing transaction support, eager/nested-eager relation loading, polymorphic associations, and support for one-to-one, one-to-many, and many-to-many relations.
It is designed to work well with PostgreSQL, MySQL, and SQLite3.
The project is hosted on GitHub, and has a comprehensive test suite.
Bookshelf is available for use under the MIT software license.
You can report bugs and discuss features on the GitHub issues page, add pages to the wiki or send tweets to @tgriesser.
Bookshelf aims to provide a simple library for common tasks when querying databases in JavaScript, and forming relations between these objects, taking a lot of ideas from the the Data Mapper Pattern. With a concise, literate codebase, Bookshelf is simple to read, understand, and extend. It doesn't force you to use any specific validation scheme, provides flexible and efficient relation/nested-relation loading, and first class transaction support. It's a lean Object Relational Mapper, allowing you to drop down to the raw knex interface whenever you need a custom query that doesn't quite fit with the stock conventions.
Bookshelf follows the excellent foundation provided by Backbone.js Models and Collections, using similar patterns, naming conventions, and philosophies to build a lightweight, easy to navigate ORM. If you know how to use Backbone, you probably already know how to use Bookshelf.
You'll need to install a copy of knex.js, and either mysql, pg, or sqlite3 from npm.
$ npm install knex --save $ npm install bookshelf --save # Then add one of the following: $ npm install pg $ npm install mysql $ npm install mariasql $ npm install sqlite3
The Bookshelf library is initialized by passing an initialized Knex client instance. The knex documentation provides a number of examples for different databases.
var knex = require('knex')({
client: 'mysql',
connection: {
host : '<IP_ADDRESS>',
user : 'your_database_user',
password : 'your_database_password',
database : 'myapp_test',
charset : 'utf8'
}
});
var bookshelf = require('bookshelf')(knex);
var User = bookshelf.Model.extend({
tableName: 'users'
});
This initialization should likely only ever happen once in your application, as it creates a connection pool for the current database, you should use the bookshelf instance returned throughout your library. You'll need to store this instance created by the initialize somewhere in the application you can reference it. A common pattern to follow is to initialize the client in a module so you can easily reference it later:
// In a file named something like bookshelf.js
var knex = require('knex')(dbConfig);
module.exports = require('bookshelf')(knex);
// elsewhere, to use the bookshelf client:
var bookshelf = require('./bookshelf');
var Post = bookshelf.Model.extend({
// ...
});
Models are simple objects representing individual database rows, specifying the tableName and any relations to other models. They can be extended with any domain-specific methods, which can handle components such as validations, computed properties, and access control.
extendbookshelf.Model.extend([protoProps], [classProperties])
To create a Model class of your own, you extend bookshelf.Model
and provide instance properties, as well as optional
classProperties to be attached directly to the constructor function.
extend correctly sets up the prototype chain, so subclasses created with extend can be further extended and subclassed as far as you like.
var checkit = require('checkit');
var Promise = require('bluebird');
var bcrypt = Promise.promisifyAll(require('bcrypt'));
var Customer = bookshelf.Model.extend({
initialize: function() {
this.on('saving', this.validateSave);
},
validateSave: function() {
return checkit(rules).run(this.attributes);
},
account: function() {
return this.belongsTo(Account);
},
}, {
login: Promise.method(function(email, password) {
if (!email || !password) throw new Error('Email and password are both required');
return new this({email: email.toLowerCase().trim()}).fetch({require: true}).tap(function(customer) {
return bcrypt.compareAsync(customer.get('password'), password);
});
})
});
Customer.login(email, password)
.then(function(customer) {
res.json(customer.omit('password'));
}).catch(Customer.NotFoundError, function() {
res.json(400, {error: email + ' not found'});
}).catch(function(err) {
console.error(err);
});
Brief aside on super: JavaScript does not provide a simple way to call super — the function of the same name defined higher on the prototype chain. If you override a core function like set, or save, and you want to invoke the parent object's implementation, you'll have to explicitly call it, along these lines:
var Customer = bookshelf.Model.extend({
set: function() {
...
bookshelf.Model.prototype.set.apply(this, arguments);
...
}
});
forgebookshelf.Model.forge([attributes], [options])
A simple helper function to instantiate a new Model without needing new.
var Customer = bookshelf.Model.extend({
tableName: 'customers'
});
Customer.forge({item: 'value'}).save().then(function() {
// ...
});
collectionModel.collection([models], [options])
A simple static helper to instantiate a new Collection, setting the current model as the collection's target.
Customer.collection().fetch().then(function(collection) {
// ...
})
constructor / initializenew Model([attributes], [options])
When creating an instance of a model, you can pass in the initial values
of the attributes, which will be set on the
model. If you define an initialize function, it will be invoked when
the model is created.
new Book({
title: "One Thousand and One Nights",
author: "Scheherazade"
});
In rare cases, if you're looking to get fancy, you may want to override constructor, which allows you to replace the actual constructor function for your model.
var Books = bookshelf.Model.extend({
tableName: 'documents',
constructor: function() {
bookshelf.Model.apply(this, arguments);
this.on('saving', function(model, attrs, options) {
options.query.where('type', '=', 'book');
});
}
});
The tableName and hasTimestamps properties will be directly attached if passed in the options during model creation.
If {parse: true} is passed as an option, the attributes will first be converted by parse before being set on the model.
tableNamemodel.tableName
A required property for any database usage, The tableName property
refers to the database table name the model will query against.
var Television = bookshelf.Model.extend({
tableName: 'televisions'
});
idAttributemodel.idAttribute
This tells the model which attribute to expect as
the unique identifier for each database row
(typically an auto-incrementing primary key named id).
Note that if you are using parse and format
(to have your model's attributes in camelCase,
but your database's columns in snake_case, for example)
this refers to the name returned by parse (myId),
not the database column (my_id). Specify compound primary
keys as an array of columns.
idmodel.id
A special property of models, the id is the unique identifier associated,
named by the idAttribute. If you set the id
in the attributes hash, it will be copied onto the model as a direct property.
Models can be retrieved by id from collections, and the id is used in fetching models and
building model relations.
setmodel.set(attributes, [options])
Set a hash of attributes (one or many) on the model. If any of the attributes
change the model's state, a "change" event will be triggered. You may also pass individual keys and values.
customer.set({first_name: "Joe", last_name: "Customer"});
customer.set("telephone", "555-555-1212");
getmodel.get(attribute)
Get the current value of an attribute from the model. For example:
note.get("title")
refreshmodel.refresh([options]).then(function(model) {...
Updates model attributes to match those currently in the database. If the model's idAttribute is set, then it will do a select based on primary key alone. Otherwise it will default to fetch's behaviour of matching all given attributes.
Accepts the same options as fetch; {require: true} to throw an error if the model is not found, and {columns: [...]} to only update certain columns.
fetchmodel.fetch([options]).then(function(model) {...
Fetches a model from the database, using all attributes currently set on the model
to form a select query. Returns a promise, which will resolve with the fetched model,
or undefined if the model isn't fetched. If you wish to trigger an error if the fetched model is not found, pass {require: true} as one of the options to the fetch call. A "fetching" event will be fired just before the record is fetched; a good place to hook into for validation. A "fetched" event will be fired when a record is successfully retrieved. If you need to constrain the query performed by fetch, you can call the query method before calling fetch.
// select * from `books` where `ISBN-13` = '9780440180296'
new Book({'ISBN-13': '9780440180296'})
.fetch()
.then(function(model) {
// outputs 'Slaughterhouse Five'
console.log(model.get('title'));
});
If you'd like to only fetch specific columns, you may specify a columns property, in the options for the fetch call, or use the query method, tapping into the knex column method to specify which columns will be fetched.
The withRelated parameter may be specified to fetch the resource, along with any specified relations named on the model. A single property, or an array of properties can be specified as a value for the withRelated property. The results of these relation queries will be loaded into a relations property on the model, may be retrieved with the related method, and will be serialized as properties on a toJSON call unless {shallow: true} is passed.
var Book = bookshelf.Model.extend({
tableName: 'books',
editions: function() {
return this.hasMany(Edition);
},
genre: function() {
return this.belongsTo(Genre);
}
})
new Book({'ISBN-13': '9780440180296'}).fetch({
withRelated: ['genre', 'editions']
}).then(function(book) {
console.log(book.related('genre').toJSON());
console.log(book.related('editions').toJSON());
console.log(book.toJSON());
});
fetchAllModel.fetchAll / model.fetchAll([options]).then(function(collection) {...
Fetches a collection of models from the database, using any query parameters currently set on the model to form a select query. Returns a promise, which will resolve with the fetched collection. If you wish to trigger an error if no models are found, pass {require: true} as one of the options to the fetchAll call. A "fetching" event will be fired just before the collection is fetched; a good place to hook into for validations. A "fetched" event will be fired when a record is successfully retrieved. If you need to constrain the query performed by fetch, you can call the query method before calling fetch.
countModel.count / model.count(column='*', [options]).then(function(count) { ...
Gets the number of matching records in the database, respecting any previous calls to query. If a column if provided, records with a null value in that column will be excluded from the count.
// Get the number of named, blue ducks.
Duck.where('color', 'blue').count('name')
.then(function(count) { //...
loadmodel.load(relations, [options]).then(function(model) {...
The load method takes an array of relations to eager load attributes onto a Model,
in a similar way that the withRelated property works on fetch. Dot separated attributes
may be used to specify deep eager loading.
new Posts().fetch().then(function(collection) {
collection.at(0)
.load(['author', 'content', 'comments.tags'])
.then(function(model) {
JSON.stringify(model);
});
});
{
title: 'post title',
author: {...},
content: {...},
comments: [
{tags: [...]}, {tags: [...]}
]
}
Relationships are used to create associations between models.
There are four types of relationships that may be defined between Models and Collections: hasOne, hasMany, belongsTo, belongsToMany. The relations are specified by creating named methods on the model, which return the appropriate relation type.
var Summary = bookshelf.Model.extend({tableName: 'summaries'});
var Author = bookshelf.Model.extend({tableName: 'authors'});
var Owner = bookshelf.Model.extend({tableName: 'owners'});
var Pages = bookshelf.Model.extend({tableName: 'pages'});
var Book = bookshelf.Model.extend({
summary: function() {
return this.hasOne(Summary);
},
owner: function() {
return this.belongsTo(Owner);
},
pages: function() {
return this.hasMany(Pages);
},
author: function() {
return this.belongsToMany(Author);
}
});
new Book({id: 1}).related('summary').fetch().then(function(summary) {
console.log(summary.toJSON());
});
// or:
new Book({id: 1}).summary().fetch().then(function(summary) {
console.log(summary.toJSON());
});
Relations may also be loaded eagerly, by specifying a withRelated option during the fetch call. Note that the call to related will successfully return an object regardless of whether or not such a relation exists. To check for the existence of a related object, use the id.
new Book({id: 2}).fetch({
withRelated: ['summary', 'owner', 'pages', 'author']
}).then(function(book) {
console.log(book.toJSON());
var owner = book.related('owner');
if (owner.id) {
console.log(owner.toJSON());
}
});
You may also want to eagerly load related models on a model or collection after it has already been fetched. For this, you may use the load method to specify which relations should be eagerly loaded on the model or collection.
var accounts = new Accounts();
accounts.fetch()
.then(function(collection) {
return collection.at(0).load('account_info');
})
.then(function(model) {
res.json({
accounts: accounts.toJSON({shallow: true}),
current_account: model
});
});
Nested eager loads may be performed, by separating the nested relations with '.'.
Story.where({id: 2}).fetch({
withRelated: ['comments.tags', 'comments.author', 'author']
}).then(function(model) {
JSON.stringify(model);
});
// performs 5 queries in total, outputting:
{
id: 2,
title: '',
author: {...},
comments: [
{tags: [{...}, {...}], author: {...}},
{tags: [...], author: {...}},
{tags: [...], author: {...}}
]
}
An object may be passed as a relation, where the first argument is the key and the second a function which constraints the relation, called with the context of the current related model and accepting the Knex query builder object as the first argument.
Story.where({id: 2}).fetch({
withRelated: ['comments.tags', 'comments.author', {
'author': function(qb) {
qb.where('status', 'active')
}
}]
}).then(...
hasOnemodel.hasOne(Target, [foreignKey])
A one-to-one relation is a very basic relation, where the model has exactly
one of another Target model, referenced by a foreignKey in the Target model.
By default, the foreignKey is assumed to be the singular form of the current model's tableName,
followed by _id / _{{idAttribute}}.
var Record = bookshelf.Model.extend({
tableName: 'health_records'
});
var Patient = bookshelf.Model.extend({
tableName: 'patients',
record: function() {
return this.hasOne(Record);
}
});
// select * from `health_records` where `patient_id` = 1;
new Patient({id: 1}).related('record').fetch().then(function(model) {
...
});
// alternatively, if you don't need the relation loaded on the patient's relations hash:
new Patient({id: 1}).record().fetch().then(function(model) {
...
});
If the foreign key is different than the one assumed by the query builder, you may specify it in the second argument of the query.
hasManymodel.hasMany(Target, [foreignKey])
Typically the most common relationship type, a hasMany is when the model
has a "one-to-many" relationship with the Target model or collection. The
model is referenced by a foreignKey in the Target model, which defaults to the singular form of the current model's
tableName, followed by _id / _{{idAttribute}}.
belongsTomodel.belongsTo(Target, [foreignKey])
The belongsTo relationship is used when a model is a member of another Target model. It can be used in a
one-to-one associations as the inverse of a hasOne. It can also be used in
one-to-many associations as the inverse of a hasMany
(and is the one side of that association). In both cases, the belongsTo
relationship is used for a model that is a member of another Target model, referenced by the foreignKey in the current model.
By default, the foreignKey is assumed to be the singular form of the Target model's tableName,
followed by _id / _{{idAttribute}}.
var Book = bookshelf.Model.extend({
tableName: 'books',
author: function() {
return this.belongsTo(Author);
}
});
// select * from `books` where id = 1
// select * from `authors` where id = book.author_id
Book.where({id: 1}).fetch({withRelated: ['author']}).then(function(book) {
console.log(JSON.stringify(book.related('author')));
});
belongsToManymodel.belongsToMany(Target, [table], [foreignKey], [otherKey])
The belongsToMany method defines a many-to-many relation, where the current model
is joined to one or more of a Target model through another table. The default name for
the joining table is the two table names, joined by an underscore, ordered alphabetically. For example, a
users table and an accounts table would have a joining table of accounts_users.
var Account = bookshelf.Model.extend({
tableName: 'accounts'
});
var User = bookshelf.Model.extend({
tableName: 'users',
allAccounts: function () {
return this.belongsToMany(Account);
},
adminAccounts: function() {
return this.belongsToMany(Account).query({where: {access: 'admin'}});
},
viewAccounts: function() {
return this.belongsToMany(Account).query({where: {access: 'readonly'}});
}
});
The default key names in the joining table are the singular versions of the model table names, followed by _id / _{{idAttribute}}. So in the above case, the columns in the joining table would be user_id, account_id, and access, which is used as an example of how dynamic relations can be formed using different contexts. To customize the keys used in, or the tableName used for the join table, you may specify them like so:
this.belongsToMany(Account, 'users_accounts', 'userid', 'accountid');
If you wish to create a belongsToMany association where the joining table has a primary key, and more information about the model, you may create a belongsToMany through relation:
var Doctor = bookshelf.Model.extend({
patients: function() {
return this.belongsToMany(Patient).through(Appointment);
}
});
var Appointment = bookshelf.Model.extend({
patient: function() {
return this.belongsTo(Patient);
},
doctor: function() {
return this.belongsTo(Doctor);
}
});
var Patient = bookshelf.Model.extend({
doctors: function() {
return this.belongsToMany(Doctor).through(Appointment);
}
});
through.through(JoinModel, [throughFk], [otherKey])
The through method helps to create dynamic relations between models & collections, where a
hasOne, hasMany, belongsTo,
or belongsToMany relation may run through a JoinModel.
A good example of where this would be useful is if a book hasMany paragraphs through chapters. Consider the following examples:
var Book = bookshelf.Model.extend({
tableName: 'books',
// Find all paragraphs associated with this book, by
// passing through the "Chapter" model.
paragraphs: function() {
return this.hasMany(Paragraph).through(Chapter);
},
chapters: function() {
return this.hasMany(Chapter);
}
});
var Chapter = bookshelf.Model.extend({
tableName: 'chapters',
paragraphs: function() {
return this.hasMany(Paragraph);
}
});
var Paragraph = bookshelf.Model.extend({
tableName: 'paragraphs',
chapter: function() {
return this.belongsTo(Chapter);
},
// A reverse relation, where we can get the book from the chapter.
book: function() {
return this.belongsTo(Book).through(Chapter);
}
});
The "through" table creates a pivot model, which it assigns to model.pivot after it is created. On toJSON, the pivot model is flattened to values prefixed with _pivot_.
attachrelation.attach(ids, [options])
Attaches one or more ids from a foreign table to the current table, in a
belongsToMany relationship.
Creates & saves a new model and attaches the model with the related model.
new Site({id: 1}).related('admins').attach([1, 2]);
The attach function may also take one or more models to attach to the current model:
var admin1 = new Admin({username: 'user1', password: 'test'});
var admin2 = new Admin({username: 'user2', password: 'test'});
Promise.all([admin1.save(), admin2.save()])
.then(function() {
return Promise.all([
new Site({id: 1}).admins().attach([admin1, admin2]),
new Site({id: 2}).admins().attach(admin2)
]);
})
detachrelation.detach(ids, [options])
Detach one or more related objects from their pivot tables. If a model or id is passed,
it attempts to remove the pivot table based on that foreign key. If no parameters
are specified, we assume we will detach all related associations.
withPivotrelation.withPivot(columns)
The withPivot method is used exclusively on belongsToMany
relations, and allows for additional fields to be pulled from the joining table.
var Tag = bookshelf.Model.extend({
comments: function() {
return this.belongsToMany(Comment).withPivot(['created_at', 'order']);
}
});
updatePivotrelation.updatePivot(attrs, [options])
The updatePivot method is used exclusively on belongsToMany
relations, and allows for updating pivot rows on the joining table. If you wish to confine the update clause,
you may pass a query property on the options, which acts similar to the model.query method.
If you are expecting an update and wish for an error (rejected promise) when no rows are updated, you can pass
{require: true} in the options.
With polymorphic associations, a model can belong to more than one other model, on a single association. For example, you might have a photo model that belongs to either a Site model or a Post model. Here’s how this could be declared:
var Site = bookshelf.Model.extend({
tableName: 'sites',
photo: function() {
return this.morphOne(Photo, 'imageable');
}
});
var Post = bookshelf.Model.extend({
tableName: 'posts',
photos: function() {
return this.morphMany(Photo, 'imageable');
}
});
var Photo = bookshelf.Model.extend({
tableName: 'photos',
imageable: function() {
return this.morphTo('imageable', Site, Post);
}
});
Optionally, if you wish to use column names other than the name suffixed with _type and _id (for example, if you use a different naming convention in your database), you may specify custom columnNames. This argument, when specified, expects an array containing the substitute _type and _id columns, respectively.
Note that any custom columnNames must be specified on both ends of the relationship! Examples are provided for each of the polymorphic relationship types individually.
morphOnemodel.morphOne(Target, name, [columnNames], [morphValue])
The morphOne is used to signify a polymorphic relation with another Target model,
where the name of the model is used to determine which database table keys are used.
The naming convention requires the name prefix an _id and _type field in
the database. So for the case above the table names would be imageable_type and imageable_id.
The morphValue may be optionally set to store/retrieve a different value in the _type
column than the tableName.
var Site = bookshelf.Model.extend({
tableName: 'sites',
photo: function() {
return this.morphOne(Photo, 'imageable');
}
});
And with custom columnNames:
var Site = bookshelf.Model.extend({
tableName: 'sites',
photo: function() {
return this.morphOne(Photo, 'imageable', ["ImageableType", "ImageableId"]);
}
});
Note that both columnNames and morphValue are optional arguments. How your argument is treated when only one is specified, depends on the type. If your argument is an array, it will be assumed to contain custom columnNames. If it's not, it will be assumed to indicate a morphValue.
morphManymodel.morphMany(Target, name, [columnNames], [morphValue])
The morphMany property is essentially the same as a morphOne, but creating a collection rather than a
model (similar to a hasOne vs. hasMany relation). The morphValue may be optionally set to store/retrieve
a different value in the _type column than the tableName.
var Post = bookshelf.Model.extend({
tableName: 'posts',
photos: function() {
return this.morphMany(Photo, 'imageable');
}
});
And with custom columnNames:
var Post = bookshelf.Model.extend({
tableName: 'posts',
photos: function() {
return this.morphMany(Photo, 'imageable', ["ImageableType", "ImageableId"]);
}
});
The same argument parsing rules apply as for morphOne.
morphTomodel.morphTo(name, [columnNames], targets*)
The morphTo relation is used to specify the inverse of the "morphOne" or "morphMany" relations,
where the targets (constructors) must be passed to signify which models are the potential opposite end of the
polymorphic relation.
var Photo = bookshelf.Model.extend({
tableName: 'photos',
imageable: function() {
return this.morphTo('imageable', Site, Post);
}
});
And with custom columnNames:
var Photo = bookshelf.Model.extend({
tableName: 'photos',
imageable: function() {
return this.morphTo('imageable', ["ImageableType", "ImageableId"], Site, Post);
}
});
relationsmodel.relations
The relations property is the internal hash containing each of the relations
(models or collections) loaded on the model with load or with
the withRelated property during fetch. This is also populated by default
when using Model#related to retrieve a relation, if one does not already exist.
You can access the relation using the related method on the model.
new Photo({id: 1}).fetch({
withRelated: ['account']
}).then(function(photo) {
if (photo) {
var account = photo.related('account');
if (account.id) {
return account.related('trips').fetch();
}
}
});
savemodel.save([params], [options]).then(function(model) {...
The Model's save method is used to perform an insert or update
query with the model, dependent on whether the model isNew.
If the model isNew, any defaults will be added to
the object being saved. If you wish to use update rather than insert or
vice versa, the {method: ...} option may be specified to explicitly state which
bookshelf.Sync method to use in the save call. If the method is update,
a {defaults: true} option may be specified to also merge with the default values.
new Post({name: 'New Article'}).save().then(function(model) {
// ...
});
If you only wish to update with the params passed to the save, you may pass a {patch: true} flag to the database:
// update authors set "bio" = 'Short user bio' where "id" = 1
new Author({id: 1, first_name: 'User'})
.save({bio: 'Short user bio'}, {patch: true})
.then(function(model) {
// ...
});
Several events fired on the model when saving: a "creating", or "updating" event if the model is being inserted or updated, and a "saving" event in either case. To prevent saving the model (with validation, etc.), throwing an error inside one of these event listeners will stop saving the model and reject the promise. A "created", or "updated" event is fired after the model is saved, as well as a "saved" event either way. If you wish to modify the query when the "saving" event is fired, the knex query object should be available on options.query.
destroymodel.destroy
The Model's destroy method performs a delete on the model, using the model's
idAttribute to constrain the query.
A "destroying" event is triggered on the model before being destroyed. To prevent
destroying the model (with validation, etc.), throwing an error inside one of these event listeners will stop
destroying the model and reject the promise. A "destroyed" event is fired after the model's removal
is completed.
new User({id: 1})
.destroy()
.then(function(model) {
// ...
});
attributesmodel.attributes
The attributes property is the internal hash containing the database row.
Please use set to update the attributes instead of modifying them directly. If you'd like to retrieve and munge a copy of the model's attributes, use toJSON instead.
defaultsmodel.defaults or model.defaults()
The defaults hash (or function) can be used to specify the default
attributes for your model. Unlike with Backbone's model defaults, Bookshelf defaults
are applied before an "insert" query, rather than during object creation.
var Meal = bookshelf.Model.extend({
tableName: 'meals',
defaults: {
appetizer: "caesar salad",
entree: "ravioli",
dessert: "cheesecake"
}
});
new Meal().save().then(function(meal) {
alert("Dessert will be " + meal.get('dessert'));
});
Remember that in JavaScript, objects are passed by reference, so if you include an object as a default value, it will be shared among all instances. Instead, define defaults as a function.
formatmodel.format(attributes, [options])
The format method is used to modify the current state of the model before
it is persisted to the database. The attributes passed are a shallow clone
of the model, and are only used for inserting/updating - the current values of the
model are left intact.
// Example of a "format" to convert camelCase to snake_case when saving, using `underscore.string`
model.format = function(attrs) {
return _.reduce(attrs, function(memo, val, key) {
memo[_.str.underscored(key)] = val;
return memo;
}, {});
};
parsemodel.parse(response, [options])
The parse method is called whenever a model's data is returned in a
fetch call. The function is passed
the raw database response object, and should return the attributes hash
to be set on the model. The default implementation
is a no-op, simply passing through the JSON response. Override this if
you need to format the database responses - for example calling JSON.parse
on a text field containing JSON, or explicitly typecasting a boolean
in a sqlite3 database response.
// Example of a "parse" to convert snake_case to camelCase, using `underscore.string`
model.parse = function(attrs) {
return _.reduce(attrs, function(memo, val, key) {
memo[_.str.camelize(key)] = val;
return memo;
}, {});
};
toJSONmodel.toJSON([options])
Return a copy of the model's attributes for JSON stringification.
If the model has any relations defined, this will also call
toJSON on each of the related objects, and include them on the object unless {shallow: true}
is passed as an option. For more information on the use of toJSON, check out the
JavaScript API for JSON.stringify.
var artist = new bookshelf.Model({
firstName: "Wassily",
lastName: "Kandinsky"
});
artist.set({birthday: "December 16, 1866"});
console.log(JSON.stringify(artist));
// {firstName: "Wassily", lastName: "Kandinsky", birthday: "December 16, 1866"}
Additional Backbone Methods (4)
Bookshelf also proxies to Backbone.js for more core Model methods
that aren't documented here. The Backbone documentation applies equally
for Bookshelf, and can be used to read more on these methods.
Underscore Methods (6)
Bookshelf proxies to the Underscore implementation to provide 6 object functions
on bookshelf.Model. They aren't all documented here, but
you can take a look at the Underscore documentation for the full details…
user.pick('first_name', 'last_name', 'email');
chapters.keys().join(', ');
whereModel.where / model.where([parameters])
The where method is used as convenience for the most common query
method, adding a where clause to the builder. Any additional knex methods may be accessed
using the query method.
model
.where({other_id: 5})
.fetch()
.then(function(model) {
...
});
queryModel.query / model.query([method], [*parameters])
The query method is used to tap into the underlying Knex
query builder instance for the current model. If called with no arguments, it will return the query
builder directly. Otherwise, it will call the specified method on the query builder, applying
any additional arguments from the model.query call. If the method argument is a function,
it will be called with the Knex query builder as the context and the first argument, returning the current
model.
model
.query('where', 'other_id', '=', '5')
.fetch()
.then(function(model) {
...
});
model
.query({where: {other_id: '5'}, orWhere: {key: 'value'}})
.fetch()
.then(function(model) {
...
});
model.query(function(qb) {
qb.where('other_person', 'LIKE', '%Demo').orWhere('other_id', '>', 10);
}).fetch()
.then(function(model) {...
var qb = model.query();
qb.where({id: 1}).select().then(function(resp) {...
resetQuerymodel.resetQuery()
Used to reset the internal state of the current query builder instance. This method is
called internally each time a database action is completed by bookshelf.Sync.
hasTimestampsmodel.hasTimestamps
If this value is set, the timestamp method will
be called on a model.save() to set the created_at and updated_at
values on save. If this value is an array, the first value will be used as the model's
key for the "created at" value and the second for the "updated at" value.
var PostModel = bookshelf.Model.extend({
// If, for example, you snakify in your `format` function (from model to db)
// and camelize in `parse` (from db to model), then you would camelize your model like so:
hasTimestamps: ['createdAt', 'updatedAt']
});
timestampmodel.timestamp(options)
Sets the timestamp attributes on the model, if hasTimestamps is set to true or an array.
The default implementation is to check if the model isNew or if
{method: 'insert'} is provided as an option and set the created_at and
updated_at attributes to the current date if it is being inserted, and just the
updated_at attribute if it's being updated. You may override this method if you wish to
use different column names or types for the timestamps.
clonemodel.clone()
Returns a new instance of the model with identical attributes, including any relations
from the cloned model.
isNewmodel.isNew()
Checks for the existence of an id to determine whether the model
is considered "new".
var modelA = new bookshelf.Model();
modelA.isNew(); // true
var modelB = new bookshelf.Model({id: 1});
modelB.isNew(); // false
changedmodel.changed
The changed property is the internal hash containing all the attributes
that have changed since the model's last fetch,
save, or destroy.
hasChangedmodel.hasChanged([attribute])
Returns true if any attribute has changed since the last
fetch, save,
or destroy.
If an attribute is passed, returns true only
if that specific attribute has changed.
previousmodel.previous(attribute)
Returns the this previous value of a changed attribute, or undefined
if one had not been specified previously.
previousAttributesmodel.previousAttributes()
Return a copy of the model's previous attributes from the model's last fetch,
save, or destroy. Useful for getting a
diff between versions of a model, or getting back to a valid state after an error occurs.
syncmodel.sync(method, model, [options])
Creates and returns a new Bookshelf.Sync instance. Can be overridden for custom behavior.
Bookshelf handles one-to-one, one-to-many, and many-to-many associations by defining relationships on models.
One-to-one associations can be created with belongsTo, hasOne, and morphOne relation types.
var Book, Summary;
Book = bookshelf.Model.extend({
tableName: 'books',
summary: function() {
return this.hasOne(Summary);
}
});
Summary = bookshelf.Model.extend({
tableName: 'summaries',
book: function() {
return this.belongsTo(Book);
}
});
A Knex migration for the above relationship could be created with:
exports.up = function(knex, Promise) {
return knex.schema.createTable('books', function(table) {
table.increments('id').primary();
table.string('name');
}).createTable('summaries', function(table) {
table.increments('id').primary();
table.string('details');
table.integer('book_id').unique().references('books.id');
});
};
exports.down = function(knex, Promise) {
return knex.schema.dropTable('books')
.dropTable('summaries');
};
One-to-many associations can be created with belongsTo, hasMany, morphMany / morphTo, and some of the through relation types.
var Book = bookshelf.Model.extend({
tableName: 'books',
pages: function() {
return this.hasMany(Page);
}
});
var Page = bookshelf.Model.extend({
tableName: 'pages',
book: function() {
return this.belongsTo(Book);
}
});
A Knex migration for the above relationship could be created with:
exports.up = function(knex, Promise) {
return knex.schema.createTable('books', function(table) {
table.increments('id').primary();
table.string('name');
}).createTable('pages', function(table) {
table.increments('id').primary();
table.string('content');
table.integer('book_id').references('books.id')
});
};
exports.down = function(knex, Promise) {
return knex.schema.dropTable('books')
.dropTable('pages');
};
Many-to-many associations can be created with belongsToMany, and through relation types.
var Book = bookshelf.Model.extend({
tableName: 'books',
authors: function() {
return this.belongsToMany(Author);
}
});
var Author = bookshelf.Model.extend({
tableName: 'authors',
books: function() {
return this.belongsToMany(Book);
}
});
A Knex migration for the above relationship could be created with:
exports.up = function(knex, Promise) {
return knex.schema.createTable('books', function(table) {
table.increments('id').primary();
table.string('name');
}).createTable('authors', function(table) {
table.increments('id').primary();
table.string('name');
}).createTable('authors_books', function(table) {
table.integer('author_id').references('authors.id');
table.integer('book_id').references('books.id');
});
};
exports.down = function(knex, Promise) {
return knex.schema.dropTable('books')
.dropTable('authors')
.dropTable('authors_books');
};
Collections are ordered sets of models returned from the database, from a fetchAll call. They may be used with a full suite of Underscore methods.
extendbookshelf.Collection.extend(properties, [classProperties])
To create a Collection class of your own, extend Bookshelf.Collection,
providing instance properties, as well as optional classProperties to be attached
directly to the collection's constructor function.
forgebookshelf.Collection.forge([models], [options])
A simple helper function to instantiate a new Collection without needing new.
var Promise = require('bluebird');
var Accounts = bookshelf.Collection.extend({
model: Account
});
var accounts = Accounts.forge([
{name: 'Person1'},
{name: 'Person2'}
])
Promise.all(accounts.invoke('save')).then(function() {
// collection models should now be saved...
});
modelcollection.model
Override this property to specify the model class that the collection
contains. If defined, you can pass raw attributes objects (and arrays) to
add, create,
and reset, and the attributes will be
converted into a model of the proper type. Unlike in Backbone.js, the model
attribute may not be a polymorphic model.
var Trilogy = bookshelf.Collection.extend({
model: Book
});
constructor / initializenew Collection([models], [options])
When creating a Collection, you may choose to pass in the initial array
of models. The collection's comparator
may be included as an option. Passing false as the
comparator option will prevent sorting. If you define an
initialize function, it will be invoked when the collection is
created.
var tabs = new TabSet([tab1, tab2, tab3]);
modelscollection.models
Raw access to the JavaScript array of models inside of the collection. Usually you'll
want to use get, at, or the Underscore methods
to access model objects, but occasionally a direct reference to the array
is desired.
parsecollection.parse(response, [options])
The parse method is called whenever a collection's data is returned in a
fetch call. The function is passed
the raw database response array, and should return an array
to be set on the collection. The default implementation
is a no-op, simply passing through the JSON response.
toJSONcollection.toJSON([options])
Return an array containing the toJSON for each model in the
collection. For more information about toJSON, check out
JavaScript's JSON API.
You may pass {shallow: true} in the options to omit any
relations loaded on the collection's models.
fetchcollection.fetch([options])
Fetch the default set of models for this collection from the database,
resetting the collection when they arrive. If you wish to trigger an error if the fetched collection
is empty, pass {require: true} as one of the options to the fetch call. A "fetched"
event will be fired when records are successfully retrieved. If you need to constrain the query performed
by fetch, you can call the query method before calling fetch.
If you'd like to only fetch specific columns, you may specify a columns property, in the options for the fetch call, or use the query method, tapping into the knex column method to specify which columns will be fetched.
The withRelated parameter may be specified to fetch the models of the collection, eager loading any specified relations named on the model. A single property, or an array of properties can be specified as a value for the withRelated property. The results of these relation queries will be loaded into a relations property on the respective models, may be retrieved with the related method, and will be serialized as properties on a toJSON call unless {shallow: true} is passed.
fetchOnecollection.fetchOne([options])
Fetch and return a single model from the collection, maintaining any relation data from the collection,
and any query parameters that have already been passed to the collection. Especially helpful on relations,
where you would only like to return a single model from the associated collection.
// select * from authors where site_id = 1 and id = 2 limit 1;
new Site({id:1})
.authors()
.query({where: {id: 2}})
.fetchOne()
.then(function(model) {
... //
});
countcollection.count(column='*', [options])
Get the number of records in the collection's table. Providing a column
value excludes records with a null value in that column.
// select count(*) from shareholders where company_id = 1 and share > 0.1;
new Company({id:1})
.shareholders()
.query('where', 'share', '>', '0.1')
.count()
.then(function(count) {
assert(count === 3);
});
mapThencollection.mapThen(iterator, [context])
Shortcut for calling Promise.map(collection.models, iterator) with an optionally bound context, returning a promise which is resolved with the result of the map.
new Collection([{id: 1}, {id: 2}, {id: 3}]).mapThen(function(model) {
return model.save().then(function() {
return model.get('id') + '-saved';
});
}).then(function(resp) {
// resp: ['1-saved', '2-saved', '3-saved']
});
reduceThencollection.reduceThen(iterator, [memo], [context])
Shortcut for calling Promise.reduce(collection.models, iterator, memo) with an optionally bound context, returning a promise which is resolved with the result of the reduce.
new Collection([{id: 1}, {id: 2}, {id: 3}]).reduceThen(function(memo, model) {
return model.save().then(function() {
memo++;
return memo;
});
}, 0).then(function(saved) {
// resp: 3
});
invokeThencollection.invokeThen(method, args*)
Shortcut for calling Promise.all around a collection.invoke, this will delegate to the
collection's invoke method, resolving the promise with an array
of responses all async (and sync) behavior has settled. Useful for bulk saving or deleting models:
collection.invokeThen('save', null, options).then(function() {
// ... all models in the collection have been saved
});
collection.invokeThen('destroy', options).then(function() {
// ... all models in the collection have been destroyed
});
loadcollection.load(relations, options).then(function(collection) {...
The load method can be used to eager load attributes onto a Collection, in a similar way
that the withRelated property works on fetch. Nested eager
loads can be specified by separating the nested relations with '.'.
new Stories().fetch({
withRelated: 'author'
}).tap(function(stories) {
if (req.withComments) return stories.load(['comments.tags', 'comments.author']);
}).then(function(stories) {
console.log(JSON.stringify(stories));
});
addcollection.add(models, [options])
Add a model (or an array of models) to the collection, You may also pass
raw attributes objects, and have them be vivified as instances of the model.
Pass {at: index} to splice the model into the collection at the
specified index. If you're adding models to the collection that are
already in the collection, they'll be ignored, unless you pass
{merge: true}, in which case their attributes will be merged
into the corresponding models, firing any appropriate "change" events.
var Ships = new bookshelf.Collection(); Ships.model = Ship; Ships.add([ {name: "Flying Dutchman"}, {name: "Black Pearl"} ]); Ships.fetch().then(function(resp) { });
Note that adding the same model (a model with the same id) to
a collection more than once
is a no-op.
removecollection.remove(models, [options])
Remove a model (or an array of models) from the collection, but does not remove
the model from the database, use the model's destroy
method for this.
resetcollection.reset([models], [options])
Adding and removing models one at a time is all well and good, but sometimes
you have so many models to change that you'd rather just update the collection
in bulk. Use reset to replace a collection with a new list
of models (or attribute hashes). Calling collection.reset() without
passing any models as arguments will empty the entire collection.
setcollection.set(models, [options])
The set method performs a "smart" update of the collection
with the passed list of models. If a model in the list isn't yet in the
collection it will be added; if the model is already in the collection
its attributes will be merged; and if the collection contains any models that
aren't present in the list, they'll be removed. If you'd like to
customize the behavior, you can disable it with options:
{add: false}, {remove: false}, or {merge: false}.
var vanHalen = new bookshelf.Collection([eddie, alex, stone, roth]);
vanHalen.set([eddie, alex, stone, hagar]);
getcollection.get(id)
Get a model from a collection, specified by an id,
a cid, or by passing in a model.
var book = library.get(110);
atcollection.at(index)
Get a model from a collection, specified by index. Useful if your collection
is sorted, and if your collection isn't sorted, at will still
retrieve models in insertion order.
querycollection.query([method], [*parameters])
The query method is used to tap into the underlying Knex
query builder instance for the current collection. If called with no arguments, it will return the query
builder directly. Otherwise, it will call the specified method on the query builder, applying
any additional arguments from the collection.query call. If the method argument is a function,
it will be called with the Knex query builder as the context and the first argument, returning the current
model.
var qb = collection.query();
qb.where({id: 1}).select().then(function(resp) {...
collection.query(function(qb) {
qb.where('id', '>', 5).andWhere('first_name', '=', 'Test');
}).fetch()
.then(function(collection) {...
collection
.query('where', 'other_id', '=', '5')
.fetch()
.then(function(collection) {
...
});
resetQuerycollection.resetQuery()
Used to reset the internal state of the current query builder instance. This method is
called internally each time a database action is completed by Bookshelf.Sync.
synccollection.sync([options])
Creates and returns a new Bookshelf.Sync instance. Can be overridden for custom behavior.
createcollection.create(relations, options).then(function(model) {...
Convenience to create a new instance of a model within a collection. Equivalent to instantiating a
model with a hash of attributes, saving the model to the database, and adding the model to the collection
after being successfully created. Returns a promise, resolving with the new model.
Additional Backbone Methods (12)
Bookshelf also proxies to Backbone.js for more core Collection methods
that aren't documented here. The Backbone documentation
applies equally for Bookshelf, and can be used to read more on these methods.
Underscore Methods (28)
Just as with Backbone, Bookshelf proxies to the Underscore implementation to provide 28 iteration functions on Bookshelf.Collection. They aren't all documented here, but you can take a look at the Underscore documentation for the full details…
Backbone Methods (5)
Bookshelf mixes in the Events module from Backbone, and therefore each Model and Collection has access
to each of the following methods, which can be referenced in the Backbone documentation.
.triggerThen(name, args*)
A promise version of "trigger", returning a promise which resolves with all return values
from triggered event handlers. If any of the event handlers throw an Error or return
a rejected promise, the promise will be rejected. Used internally on the "creating", "updating",
"saving", and "destroying" events, and can be helpful when needing async event handlers (for
validations, etc).
Catalog of Events
Here's the complete list of recognized Bookshelf events, with arguments.
Other events from Backbone might be triggered, but aren't officially supported unless they
are noted in this list. You're also free to trigger your own events on Models and Collections and
The Bookshelf object itself mixes in Events, and can be used to emit any
global events that your application needs.
Model:
Collection:
For fetching events, columns is an array of columns that will be passed to knex. If you want to modify the columns, make sure to preserve the reference:
// won't work
function (model, columns) {
columns = ['my', 'columns'];
}
// will work
function (model, columns) {
columns.length = 0;
columns.push('my', 'columns');
}
Bookshelf.knex
A reference to the Knex.js instance being used by Bookshelf.
bookshelf.transaction
An alias to Knex.transaction, the transaction
object must be passed along in the options of any relevant Bookshelf.Sync calls,
to ensure all queries are on the same connection. The entire transaction block is
a promise that will resolve when the transaction is committed, or fail if the
transaction is rolled back.
var Promise = require('bluebird');
bookshelf.transaction(function(t) {
return new Library({name: 'Old Books'})
.save(null, {transacting: t})
.tap(function(model) {
return Promise.map([
{title: 'Canterbury Tales'},
{title: 'Moby Dick'},
{title: 'Hamlet'}
], function(info) {
// Some validation could take place here.
return new Book(info).save({'shelf_id': model.id}, {transacting: t});
});
});
}).then(function(library) {
console.log(library.related('books').pluck('title'));
}).catch(function(err) {
console.error(err);
});
Have questions about the library? Come join us in the #bookshelf freenode IRC channel for support on knex.js and bookshelf.js, or post an issue on Stack Overflow or in the GitHub issue tracker.
Can I use standard node.js style callbacks.
Yes - you can call .asCallback(function(err, resp) { on any "sync" method and
use the standard (err, result) style callback interface if you prefer.
My relations don't seem to be loading, what's up?
Make sure you check that the type is correct for the initial parameters passed to the initial model
being fetched. For example new Model({id: '1'}).load([relations...]) will not return the same as
Model({id: 1}).load([relations...]) - notice that the id is a string in one case and a
number in the other. This can be a common mistake if retrieving the id from a url parameter.
This is only an issue if you're eager loading data with load without first fetching the original model. Model({id: '1'}).fetch({withRelated: [relations...]}) should work just fine.
My process won't exit after my script is finished, why?
The issue here is that Knex, the database abstraction layer used by Bookshelf,
uses connection pooling and thus keeps the database connection open. If you want your process to exit after your
script has finished, you will have to call .destroy(cb) on the knex property of
your Bookshelf instance or on the Knex instance passed during initialization.
More information about connection pooling can be found over at the
Knex docs.
How do I debug?
If you pass {debug: true} as one of the options in your initialize settings, you can see
all of the query calls being made. Sometimes you need to dive a bit further into
the various calls and see what all is going on behind the scenes. I'd recommend
node-inspector, which allows you to debug
code with debugger statements like you would in the browser.
Bookshelf uses its own copy of the "bluebird" promise library, you can read up here for more on debugging these promises... but in short, adding:
process.stderr.on('data', function(data) {
console.log(data);
});
At the start of your application code will catch any errors not otherwise caught in the normal promise chain handlers, which is very helpful in debugging.
How do I run the test suite?
The test suite looks for an environment variable called BOOKSHELF_TEST for the path to the database
configuration. If you run the following command:
$ export BOOKSHELF_TEST='/path/to/your/bookshelf_config.js', replacing with the path to your config file,
and the config file is valid, the test suite should run with npm test.
Also note that you will have to create the appropriate database(s) for the test suite to run. For example, with mysql, you'll need to run the command create database bookshelf_test; in addition to exporting the correct test settings prior to running the test suite.
Can I use Bookshelf outside of Node.js
While it primarily targets Node.js, all dependencies are browser compatible, and
it could be adapted to work with other JavaScript environments supporting a sqlite3
database, by providing a custom Knex adapter.
0.8.2 — August 20, 2015 — Diff
0.8.1 — May 12, 2015 — Diff
0.8.0 — May 1, 2015 — Diff
0.7.9 — Oct 28, 2014 — Diff
0.7.8 — Oct 28, 2014 — Diff
0.7.7 — July 23, 2014 — Diff
0.7.6 — June 29, 2014 — Diff
Add omitPivot flag on toJSON options for omitting the _pivot_ keys in through and
belongsToMany relations (#404).
0.7.5 — June 23, 2014 — Diff
Fix missing NotFoundError & EmptyError on Model & Collection, respectively (#389, 399).
0.7.4 — June 18, 2014 — Diff
Added bookshelf.model(name, protoProps, [staticProps]) syntax for registry plugin.
0.7.3 — June 17, 2014 — Diff
Fix for collection dropping models early in set, #376.
0.7.2 — June 12, 2014 — Diff
Pass a cloned copy of the model's attributes to format rather than the original, related to #315.
0.7.1 — June 10, 2014 — Diff
Ensure the knex version >= 0.6.10, where a major regression affecting column names was fixed.
0.7.0 — June 9, 2014
0.6.12 — June 5, 2014 — Diff
Fix for eager loaded belongsTo relation bug with custom parse/format (#377).
0.6.11 — June 4, 2014 — Diff
Temporarily add knex to peerDependencies until 0.7 is released to support knex 0.6 and there exists
a better internal method of doing a semver check.
Fix for belongsTo relation bug (#353).
0.6.10 — April 3, 2014 — Diff
0.6.9 — April 3, 2014 — Diff
Only prefix model fields with the "tableName" after format has been called, (#308).
0.6.8 — March 6, 2014 — Diff


2 writes to TypeResolutionState
System.Management.Automation (2)
engine\runtime\Operations\MiscOps.cs (2)
2290
context.EngineSessionState.CurrentScope.
TypeResolutionState
= trs.CloneWithAddTypesDefined(types.Keys);
2327
context.EngineSessionState.CurrentScope.
TypeResolutionState
= trs;
3 references to TypeResolutionState
System.Management.Automation (3)
engine\parser\TypeResolver.cs (1)
592
return context.EngineSessionState.CurrentScope.
TypeResolutionState
;
engine\runtime\Operations\MiscOps.cs (1)
2282
var trs = context.EngineSessionState.CurrentScope.
TypeResolutionState
;
engine\SessionStateScope.cs (1)
1618
return Parent != null ? Parent.
TypeResolutionState
: Language.TypeResolutionState.UsingSystem;


435: void delKw(FitsKw); 436: void delAllKw(Hdr *);
The ``del'' function must be preceeded by a ``find'' or ``findnext'' operation. The ``delAllKw'' function deletes all keywords.


I am Joachim. Joachim Ringelnatz. Well, actually my name is Hans Bötticher. But Ringelnatz sounds way funnier, don't you think? Do you know what sounds funny? If you append "bi" behind each vowel of a word. Try it!
Originally, the bi-language was part of a special German dialect. They did this to seperate their language from the Buttians. While the Buttjersprache has its own vocabulary and many rules, such as the bi language, as you have learned, is quite simple and sounds quite incomprehensible, if you speak it quickly!
The bi language is very similar to other game languages, e.g. the B language. A "b" is inserted behind each vowel, and the same vowel is inserted again.
klibingt dabann sobo!
What do I have to do with the game language, you ask? Well, I did not invent them, but in my poem, "poem in bi language", it was made famous. However, in some places I didn't quite follow all the rules, because in poetry everything is allowed. Maybe you can find out where a fault is?


Automating the deployment of Rails application using Capistrano, Ruby, Rails, Automation
Difficulty: 2
Time: 30 minutes
In this article, we will assist you to automate the deployment of your Rails application using Capistrano. Capistrano is a remote server automation and deployment tool, which can be used to push your Rails application to remote repository. We are assuming that you have a GitHub account and own sudo
priviledges to perform this task.
If you have not installed ruby with RVM , please visit: Install Ruby on Rails using RVM - CentOS
Capistrano relies on Git for deployments.
EPEL
repository using the following commands:
1. Yes: download, compile and install Nginx for me.(recommended) The easiest way to get started. A stock Nginx 1.4.4 with Passenger support, but with no other additional third party modules, will be installed for you to a directory of your choice.
Press Enter to continue.
#!/bin/sh . /etc/rc.d/init.d/functions . /etc/sysconfig/network [ "$NETWORKING" = "no" ] && exit 0 nginx="/opt/nginx/sbin/nginx" prog=$(basename $nginx) NGINX_CONF_FILE="/opt/nginx/conf/nginx.conf" lockfile=/var/lock/subsys/nginx start() { [ -x $nginx ] || exit 5 [ -f $NGINX_CONF_FILE ] || exit 6 echo -n $"Starting $prog: " daemon $nginx -c $NGINX_CONF_FILE retval=$? echo [ $retval -eq 0 ] && touch $lockfile return $retval } stop() { echo -n $"Stopping $prog: " killproc $prog -QUIT retval=$? echo [ $retval -eq 0 ] && rm -f $lockfile return $retval } restart() { configtest || return $? stop start } reload() { configtest || return $? echo -n $”Reloading $prog: ” killproc $nginx -HUP RETVAL=$? echo } force_reload() { restart } configtest() { $nginx -t -c $NGINX_CONF_FILE } rh_status() { status $prog } rh_status_q() { rh_status >/dev/null 2>&1 } case "$1" in start) rh_status_q && exit 0 $1 ;; stop) rh_status_q || exit 0 $1 ;; restart|configtest) $1 ;; reload) rh_status_q || exit 7 $1 ;; force-reload) force_reload ;; status) rh_status ;; condrestart|try-restart) rh_status_q || exit 0 ;; *) echo $"Usage: $0 {start|stop|status|restart|condrestart|try- restart|reload|force-reload|configtest}" exit 2 esac
Open the NGINX configuration file.
passenger_root
and passenger_ruby
directives
passenger_app_env development;
# location / { # root html; # index index.html index.htm; # } ..
root /var/www/HelloWorld/public; passenger_enabled on;
/etc/sudoers
file
Scroll down to the bottom of this file and find where root is defined. Add the following line.
UserName ALL=(ALL) ALL
Or
# mkdir -p config/deploy # create config/deploy.rb # create config/deploy/staging.rb # create config/deploy/production.rb # mkdir -p lib/capistrano/tasks # Capified
config/deploy.rb
file.
The file deploy.rb
contains arguments and settings relevant to the deployment server(s). Here, we will tell Capistrano which server(s) we would like to connect to, deploy and how to do that.
# Define the name of the application set :application, 'HelloWorld' # Define where can Capistrano access the source repository # set :repo_url, 'https://github.com/[user name]/[application name].git' set :scm, :git set :repo_url, 'https://github.com/GitHub_UserName/HelloWorld/ HelloWorld.git' # Define where to put your application code set :deploy_to, "/var/www/HelloWorld" // rail application path set :pty, true set :format, :pretty # Set the post-deployment instructions here. # Once the deployment is complete, Capistrano # will begin performing them as described. # To learn more about creating tasks, # check out: # http://capistranorb.com/ # namespace: deploy do # desc 'Restart application' # task :restart do # on roles(:app), in: :sequence, wait: 5 do # # Your restart mechanism here, for example: # execute :touch, release_path.join('tmp/restart.txt') # end # end # after :publishing, :restart # after :restart, :clear_cache do # on roles(:web), in: :groups, limit: 3, wait: 10 do # # Here we can do anything such as: # # within release_path do # # execute :rake, 'cache:clear' # # end # end # end # end
config/deploy/production.rb
file.
# Define roles, user and IP address of deployment server # role :name, %{[user]@[IP adde.]} role :app<EMAIL_ADDRESS>// YOUR PUBLIC IP role :web<EMAIL_ADDRESS>role :db<EMAIL_ADDRESS># Define server(s) server '<IP_ADDRESS>', user: 'UserName', roles: %w{web} # SSH Options # See the example commented out section in the file # for more options. set :ssh_options, { forward_agent: false, auth_methods: %w(password), password: 'System_User_Password’, user: 'UserName', }
By using all of the above mentioned steps, you can easily automate the deployment of your Rails application on GitHub on CentOS or Fedora.


@(games: Iterable[(Game, Iterable[ServiceProfile])])
Games that are trending right now:
@for((game, profiles) <- games) {
@customGameMini(game){
You have
@profiles.size friends
@for(profile <- profiles) {
@profile.displayName
}
who own this game.
}
}


{$pair_setup_title$}confirm - this will remove connections
Position the camera to capture
the QR code on the other device
Display QR code so the other device
can capture it, and complete the pairing.
To pair devices without a camera, tap random symbols to pair the devices
On the other device, choose
, and tap each symbol as it shown here until the devices are paired
On the other device, choose
, then on this device,tap the same image that is shown on the other device, repeating until the devices are paired
Use "by sms" to send a text to a friend that contains a link to let them quickly share their location, in real time.
Use QR code sharing to quickly pair your phone with a friend, so if you get separated later, you can find each other later. If you aren't currently with your friend, use "by sms" instead.
Use QR code sharing to quickly pair your phone with a friend, so if you get separated later, you can find each other later. If you aren't currently with your friend, use "by sms" instead.


Main menu
Settings
Help
Tests
Some random basic facts thing
(work in progress)
Tests
Settings
Help
Settings
Nothing to see here...
Help
help me
in tests you type in the answer and press enter.
Tests
Question 1 of 10
0
✅
0
❌
Results
Answers correct:
0 / 0
Restart
Tests


Hey dude, In 2010 I cruised around a few great Caribbean islands. Here is a short video about my snorkeling experience.


To use in Gmail, change the details, copy to clipboard and then go to
Settings > Signature
and paste the signature.
Name:
Position:
Phone:
Email:
Copy to clipboard
{{ name }}
•
{{ position }}
{{ phone }}
•
{{ email }}
•
www.tedxbucharest.ro


info quest values your time and delivers only the best articles that fit into your busy life.
The articles are selected from various International and national news sources And delivered to you. So it lets you know it all without reading it all.
Articles look into latest:
1.state news
2.national news
3.international news
4.economical news
5.technical news
6.sports news


Your browser doesn't support the features required by impress.js, so you are presented with a simplified version of this presentation.
For the best experience please use the latest Chrome, Safari or Firefox browser.
Why version control??
Introduce yourself
$ git config --global user.name "Your Name"
$ git config --global user.email<EMAIL_ADDRESS>$ git config --list
$ git help
In a nutshell
SHA-1 sum
$ echo 'Hello, world!' > greeting
$ git hash-object greeting
af5626b4a114abcb82d63db7c8082c3c4756e51b
Cloning an existing repository
$ git clone git://github.com/ASIST-SUNY-Albany/Git-Workshop-2013.git myRepo
$ git clone https://github.com/ASIST-SUNY-Albany/Git-Workshop-2013.git myRepo
$ git clone git@github.com:ASIST-SUNY-Albany/Git-Workshop-2013.git myRepo
Undoing things
$ git commit --amend
$ git reset HEAD filename
$ git checkout -- filename
Something wrong??
$ git merge iss53
Auto-merging merging.txt
CONFLICT (content): Merge conflict in merging.txt
Automatic merge failed; fix conflicts and then commit the result.
<<<<<<< HEAD:merging.txt
Here is the original change.
=======
Here is the modified change.
>>>>>>> iss53:merging.txt
Trivia Time
Additional Resources
Use a spacebar or arrow keys to navigate


STYLQ
Home
About
This WebSite is designed using Stylq
About Author
Author : Ajith Krish
Mail ID :
<EMAIL_ADDRESS>View this WebSite on GitHub
View on GitHub


Cancer Genetics: 3Q Earnings Snapshot
RUTHERFORD, N.J. (AP) _ Cancer Genetics Inc. (CGIX) on Wednesday reported third-quarter net income of $2 million, after reporting a loss in the same period a year earlier.
On a per-share basis, the Rutherford, New Jersey-based company said it had net income of 98 cents. Losses, adjusted for one-time gains and costs, came to 32 cents per share.
The diagnostics company posted revenue of $2.1 million in the period.
The company’s shares closed at $2.08. A year ago, they were trading at $13.56.
This story was generated by Automated Insights (http://automatedinsights.com/ap) using data from Zacks Investment Research. Access a Zacks stock report on CGIX at https://www.zacks.com/ap/CGIX
Sign up for Daily Newsletters
Copyright © 2019 The Washington Times, LLC.
Please read our comment policy before commenting.


{% extends "base2.html" %} {% block title %}Password reset{% endblock %} {% block content %}
Password has been reset. Your password has been set. You can log in now


|
Bullet Collision Detection & Physics Library
|
Public Member Functions | |
| btDbvtTreeCollider (btDbvtBroadphase *p) | |
| void | Process (const btDbvtNode *na, const btDbvtNode *nb) |
| void | Process (const btDbvtNode *n) |
| Public Member Functions inherited from btDbvt::ICollide | |
| DBVT_VIRTUAL void | Process (const btDbvtNode *, const btDbvtNode *) |
| DBVT_VIRTUAL void | Process (const btDbvtNode *) |
| DBVT_VIRTUAL void | Process (const btDbvtNode *n, btScalar) |
| DBVT_VIRTUAL bool | Descent (const btDbvtNode *) |
| DBVT_VIRTUAL bool | AllLeaves (const btDbvtNode *) |
Public Attributes | |
| btDbvtBroadphase * | pbp |
| btDbvtProxy * | proxy |
Definition at line 101 of file btDbvtBroadphase.cpp.
|
inline |
Definition at line 105 of file btDbvtBroadphase.cpp.
|
inline |
Definition at line 106 of file btDbvtBroadphase.cpp.
|
inline |
Definition at line 120 of file btDbvtBroadphase.cpp.
| btDbvtBroadphase* btDbvtTreeCollider::pbp |
Definition at line 103 of file btDbvtBroadphase.cpp.
| btDbvtProxy* btDbvtTreeCollider::proxy |
Definition at line 104 of file btDbvtBroadphase.cpp.


For gamers, By gamers.
This game is the pinnacle of gaming innovation. I'm not sure how long it's been since I first started playing but there definitely wasn't snow on the ground. I lost my job and my wife left me at some point but when that ball goes into the hole my life has meaning again. As mere humans we are not worthy of such an experience as this. I weep because as a species we are close to extinction since no-one will be leaving their house ever again after playing this game. Then I get the ball in the hole again and the warm fuzzy feeling of success makes all the bad feelings become a fleeting memory.
Excellent game This game is great! I can't stop playing. The graphics are awesome. The game play is challenging and addictive. Nicely done!
Very addictive game. As soon as you pass a few levels you can't stop playing. Good range of difficulty, hope more levels get added soon :-)
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| 042:048 Khan | : |
But if they turn away (O Muhammad SAW from the Islamic Monotheism, which you have brought to them). We have not sent you (O Muhammad SAW) as a Hafiz (protector) over them (i.e. to take care of their deeds and to recompense them). Your duty is to convey (the Message). And verily, when We cause man to taste of Mercy from Us, he rejoices thereat, but when some ill befalls them because of the deeds which their hands have sent forth, then verily, man (becomes) ingrate! |
| 042:048 Maulana | : |
But if they turn away, We have not sent thee as a watcher over them. Thy duty is only to deliver (the message). And surely when We make man taste mercy from Us, he rejoices thereat; and if an evil afflicts them on account of what their hands have sent before, then surely man is ungrateful. |
| 042:048 Pickthal | : |
But if they are averse, We have not sent thee as a warder over them. Thine is only to convey (the message). And lo! when We cause man to taste of mercy from Us he exulteth therefor. And if some evil striketh them because of that which their own hands have sent before, then lo! man is an ingrate. |
| 042:048 Rashad | : |
If they turn away, we did not send you as their guardian. Your sole mission is delivering the message. When we shower the human beings with mercy, they become proud, and when adversity afflicts them, as a consequence of their own deeds, the human beings turn into disbelievers. |
| 042:048 Sarwar | : |
(Muhammad), if they turn away from your message, know that We have not sent you as their keeper. Your duty is only to deliver the message. When We grant mercy to the human being, he becomes joyous, but when he is afflicted by evil as a result of his own deeds, he proves to be ungrateful. |
| 042:048 Shakir | : |
But if they turn aside, We have not sent you as a watcher over them; on you is only to deliver (the message); and surely when We make man taste mercy from Us, he rejoices thereat; and if an evil afflicts them on account of what their hands have already done, then-surely man is ungrateful. |
| 042:048 Sherali | : |
But if they turn away, WE have not sent thee as a guardian over them. Thy duty is only to convey the Message. And truly when WE cause man to taste of mercy from US, he rejoice therein. But if an evil befalls them because of what their hands have sent forth, then lo ! man is ungrateful. |
| 042:048 Yusufali | : |
If then they run away, We have not sent thee as a guard over them. Thy duty is but to convey (the Message). And truly, when We give man a taste of a Mercy from Ourselves, he doth exult thereat, but when some ill happens to him, on account of the deeds which his hands have sent forth, truly then is man ungrateful! |
Concepts/Themes Covered: أركان الإسلام > التوحيد > توحيد الله تعالي > عقائد البشر وأهواؤهم Pillars of Islam> Islamic> Oneness of Allah>The Human Beliefs and Inclinations الإيمان > الأنبياء والرسل > مهمتهم في البلاغ Faith> The Prophets and the Messengers of Allah> Their Mission to Inform الدعوة إلى الله > وجوبها > مهمة الرسل The Call for Allah> Its Necessity> The Messengers' Mission الإنسان والعلاقات الاجتماعية > الإنسان > أحواله وأوصافه Man and The Social Relations>Man>His Cirumstances and his Specifications الإنسان والعلاقات الاجتماعية > الإنسان > شرفه ودنوه Man and The Social Relations>Man>When Honourable and When Unhonourable الإنسان والعلاقات الاجتماعية > الإنسان > ضجره فى حال الشدة و نسيانه الشكر حال الرخاء Man and The Social Relations>Man> His Despair during the Distress and his Ingratitude during Welfare الإنسان والعلاقات الاجتماعية > الرجل والمرأة Man and The Social Relations>Man and Woman
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